[ { "path": ".gitattributes", "content": "# Auto detect text files and perform LF normalization\n* text=auto\n" }, { "path": ".gitignore", "content": "# Byte-compiled / optimized / DLL files\n__pycache__/\n*.py[cod]\n*$py.class\n\n## Mac ignore\n\n# General\n.DS_Store\n.AppleDouble\n.LSOverride\n*.pyc\ntab_stats.dat\n*.dat\n\n.dropbox\n\n# Thumbnails\n._*\n\n# Files that might appear in the root of a volume\n.DocumentRevisions-V100\n.fseventsd\n.Spotlight-V100\n.TemporaryItems\n.Trashes\n.VolumeIcon.icns\n.com.apple.timemachine.donotpresent\n\n# Directories potentially created on remote AFP share\n.AppleDB\n.AppleDesktop\nNetwork Trash Folder\nTemporary Items\n.apdisk\n\n\n# C extensions\n*.so\n\n# Distribution / packaging\n*.zip\n.Python\nbuild/\ndevelop-eggs/\ndist/\ndownloads/\neggs/\n.eggs/\nlib/\nlib64/\nparts/\nsdist/\nvar/\nwheels/\npip-wheel-metadata/\nshare/python-wheels/\n*.egg-info/\n.installed.cfg\n*.egg\nMANIFEST\n\n# PyInstaller\n# Usually these files are written by a python script from a template\n# before PyInstaller builds the exe, so as to inject date/other infos into it.\n*.manifest\n*.spec\n\n# Installer logs\npip-log.txt\npip-delete-this-directory.txt\n\n# Unit test / coverage reports\nhtmlcov/\n.tox/\n.nox/\n.coverage\n.coverage.*\n.cache\nnosetests.xml\ncoverage.xml\n*.cover\n*.py,cover\n.hypothesis/\n.pytest_cache/\n\n# Translations\n*.mo\n*.pot\n\n# Django stuff:\n*.log\nlocal_settings.py\ndb.sqlite3\ndb.sqlite3-journal\n\n# Flask stuff:\ninstance/\n.webassets-cache\n\n# Scrapy stuff:\n.scrapy\n\n# Sphinx documentation\ndocs/_build/\n\n# PyBuilder\ntarget/\n\n# Jupyter Notebook\n.ipynb_checkpoints\n\n# IPython\nprofile_default/\nipython_config.py\n\n# pyenv\n.python-version\n\n# pipenv\n# According to pypa/pipenv#598, it is recommended to include Pipfile.lock in version control.\n# However, in case of collaboration, if having platform-specific dependencies or dependencies\n# having no cross-platform support, pipenv may install dependencies that don't work, or not\n# install all needed dependencies.\n#Pipfile.lock\n\n# celery beat schedule file\ncelerybeat-schedule\n\n# SageMath parsed files\n*.sage.py\n\n# Environments\n.env\n.venv\nenv/\nvenv/\nENV/\nenv.bak/\nvenv.bak/\n\n# Spyder project settings\n.spyderproject\n.spyproject\n\n# Rope project settings\n.ropeproject\n\n# mkdocs documentation\n/site\n\n# mypy\n.mypy_cache/\n.dmypy.json\ndmypy.json\n\n# Pyre type checker\n.pyre/\n.DS_Store\n*.dat\n\n# Cursor IDE\n.cursor/\n\n# AI assistant/tooling\n.claude/\n.codex/\n\n# JetBrains IDE\n.idea/\n\n# Code review reports\n.code-review/\n.code-review\n" }, { "path": "CHANGELOG.md", "content": "# Changelog\n\nAll notable changes to the Nuke Survival Toolkit are documented in this file.\n\nThe format is based on [Keep a Changelog](https://keepachangelog.com/en/1.1.0/),\nand this project adheres to [Semantic Versioning](https://semver.org/spec/v2.0.0.html).\n\n## [2.2.0] - 2026-03-19\n\n### Added\n\n**Tools (gizmos and Python)**\n\n**2026**\n- CardToTrack (AK) v9.0\n\n**2024**\n- aeShadows (AE) v1.0\n- FastComplexity_Distort (MHD)\n- fxT_ChromaticAberration (fxT) v3.1\n- Emission (NW) v1.2\n- aeRefracTHOR (AE) v1.0\n- LightSwitch (TL)\n- LightSwitchPuppet template\n- ChromaSmear (LJ)\n- apEdgeCrush (AP)\n- MirrorDimension (TL)\n\n**2023**\n- PointCloudKeyer (IS)\n- SpotLight (TL)\n- Rings of Power (TL)\n- Symmetry (TL)\n- SkyMatte\n\n**2022**\n- CardToTrack (AK) updated to v8.0 with NST_cardToTrack.py\n- ID_Extractor (TL) with NST_ID_Extractor.py\n- ConstantPro (TL)\n- HexColor (NW)\n- RadialDilate (CF)\n\n**2021**\n- GuidedBlur (RF)\n- iErode (PP)\n- aeRelight2D (AE)\n- iTransform_ae (AE) — later fixed onCreate code for render farm\n- ImagePlane3D_v2 (TL) v2.0\n- bm_OpticalLightwrap (renamed from bm_Lightwrap)\n\n---\n\n**Other**\n\n- `LOAD_EXPRESSION_MENU` configuration option in `menu.py` to optionally enable or disable the Expression Nodes AG submenu (default: disabled).\n\n### Changed\n\n- Icon assets recompressed for ~53% size reduction (~127 KB saved); no visual changes.\n- `ColorGradientUi.py` updated for Nuke 16+ compatibility and PySide6 migration (GradientEditor MHD).\n- Menu refactor: `nk_path()` and `icon_path()` helpers, f-strings, improved readability; no user-visible behavior change.\n- Documentation menu now uses a `Documentation` submenu with `Wiki/Docs (Auto)`, `Wiki (Online)`, `Wiki (Offline)`, and `Docs (PDF)` commands. The auto command now falls back in order: online wiki -> offline local wiki -> local PDF, with reachability checks and concise missing-target guidance.\n- Documentation (offline HTML): **`Wiki/Docs (Auto)`** and **`Wiki (Offline)`** open the bundled wiki via a local **`http://127.0.0.1`** static server (ephemeral port) so **MkDocs Material search** works; falls back to **`file://`** if the server cannot start; browser launch is **non-blocking** (background thread). Reuses the same server when the offline root path is unchanged.\n- Added dedicated icons for documentation submenu entries (`wiki_default`, `wiki_online`, `wiki_offline`) and used Nuke native `StickyNote` for PDF.\n- `README.md` now includes an optional offline documentation install section that points users to release ZIP downloads and the required local path (`NukeSurvivalToolkit/NST_Documentation/index.html`).\n- Updated .nk templates: NST_AdvancedKeyingTemplate_Stamps.nk, NST_X_Aton_Examples.nk, deepThickness.nk.\n- New icon assets for aeRefracTHOR, aeShadows.\n- EdgeDetect, GuidedBlur: corrected icons and attribution (#62).\n- iMorph v2 AP (beta) added alongside v1 in menu.\n- CardToTrack v9 (AK): Transform menu entries CardToTrack_v9 AK, CProject2 AK, TProject2 AK now use NST_-prefixed gizmos (NST_CardToTrack2, NST_CProject2, NST_TProject2) and NST_cardToTrack_v9.py.\n\n**Updated Tools**\n\n*Nuke 13 compatibility:*\n- aPCard\n- AutoCropTool\n- DeepKeyMix\n- FrameFiller\n- GradMagic\n- ImagePlane3D\n- LumaGrain\n- Matrix4x4_Inverse\n- mScatterGeo\n- origami\n- PlanarProjection (also fixed XAton volumes example)\n- Reconcile3DFast\n- Relight_Simple\n- ReProject_3D\n- RotoCentroid\n- RP_Reformat\n- Sparky\n- SSMesh\n- viewer_render\n- VoronoiGradient\n\n*Other updates:*\n- apeGlow (fixed overscan bug on crop knobs)\n- apChroma (internal restructure)\n- apChromaMergeNew (internal restructure)\n- apDespill: v1 deprecated, v2 promoted as canonical — `NST_apDespill_v2.gizmo` renamed to `NST_apDespill.gizmo` (#63)\n- apVignette (v0.5: added transform tab, \"Apply to White Constant\" option)\n- bm_CameraShake (v4.0: fewer internal nodes/expressions, curve smoothness control, cleaner UI, experimental auto-motionblur beta) (#39)\n- bm_OpticalGlow (v4.1: fixed mix slider with mask input, removed stale `algorithm_code` knob) (#40, #64)\n- bm_OpticalLightwrap (fixed mix slider with mask input, removed stale `algorithm_code` knob, default `effect_only` to false, renamed menu entry and icon) (#41)\n- CameraNormals (updated DummyCam to v1.3)\n- CellNoise (fixed onCreate center calculation)\n- ColorSampler (added option to export constant)\n- DeepRecolorMatte (bug fixes, ported later version)\n- DummyCam (v1.3, Nuke 13/14+ Camera3 class)\n- ExponGlow (fixed bug that deleted luma key when changing iterations)\n- Glass (added channel support and mask input)\n- InjectMatteChannel (exposed bbox knob)\n- LightWrapPro (fixed bounding box in non-final view modes)\n- MorphDissolve (added 0→1 / 1→0 options, STmap export)\n- SimpleSSS (internal cleanup)\n- SliceTool (code cleanup)\n- STmapInverse (code cleanup)\n- Suppress_RGBCMY (added mask and mix features)\n- UV_Map (fixed overscan scaling bug)\n- UV_Mapper (internal cleanup)\n\n### Removed\n\n- `h_Qt.py` — obsolete Qt compatibility shim (no longer needed after PySide6 migration).\n- `NST_bm_Lightwrap.gizmo` — replaced by bm_OpticalLightwrap.\n- `NST_apDespill_v2.gizmo` — renamed to `NST_apDespill.gizmo` (v2 promoted as canonical).\n- GlobalCTRL, AnamorphicLensBlur — removed from toolkit (no menu entry, not maintained).\n- Duplicate `NST_ImagePlane3D_v2.gizmo` — identical to v1, single copy retained.\n\n### Fixed\n\n- CellNoise: Blink kernel compile errors on Nuke 15+ (moved globals to #define, replaced abs() with signedness check) (#36).\n- apEdgeCrush: BlinkScript compile error on Nuke 16 — replaced global inline `lerp()` with `#define` macro (#59).\n- Windows filepath issues: use `Path.as_posix()` for all toolkit paths so forward slashes are used on every platform, avoiding backslash escape sequences (e.g. `\\n` in `\\nk_files`) that broke `nuke.nodePaste()` and file knobs on Windows.\n- Help documentation link on Windows: use `Path.as_uri()` for the documentation PDF URL so drive-letter paths open correctly in the browser.\n- Documentation online reachability check now handles environments where Python SSL certificate validation fails, preventing false fallback from online docs to PDF.\n- Offline MkDocs **search** was unreliable when the wiki was opened as **`file://`** — mitigated by serving the same folder over **localhost** when launching from Nuke (**Wiki/Docs (Auto)** / **Wiki (Offline)**).\n- Node class check in `filepathCreateNode`: use tuple membership instead of chained `or` for file-node detection (#46).\n- Replaced bare `except:` clauses with specific exception handling (ImportError, RuntimeError) for ColorGradientUi, VectorTracker, and NST_cardToTrack imports (#45).\n- Menu: corrected bm_Lightwrap node name to bm_OpticalLightwrap (#61).\n- Menu: replaced broken DeepToPosition TL with Deep2VPosition MJT (#60).\n- Issue #43: **`NST_FolderPath` is defined inside `NST_helper`** (from `__file__`) instead of being assigned from `menu.py`, so the helper does not depend on `menu.py` having run first and avoids import-order `NameError` risk.\n\n---\n\n## [2.1.1] - 2021-05-19\n\n### Changed\n\n- Updated NST_ImagePlane3D, NST_apDespill_v2, NST_FrameHoldSpecial gizmos.\n- Updated deepThickness.nk script.\n\n---\n\n## [2.1.0] - 2021-04-28\n\n### Added\n\n**Tools (gizmos and Python)**\n\n**2021**\n- BokehBuilder (KB)\n- LensEngine (KB)\n- RankFilter (JP)\n- MotionBlurPaint (AG)\n- RotoPaintTransform (AG)\n- Deep2VP (MJT)\n- DVPColorCorrect (MJT)\n- DVP_Shader (MJT)\n- DVP_ToonShader (MJT)\n- DVPrelightPT (MJT)\n- DVPortal (MJT)\n- FrameHoldSpecial (AG)\n- InverseMatrix33 (MJT)\n- InverseMatrix44 (MJT)\n- apDespill v2 (AP)\n- MonochromePlus (CF)\n\n**2020**\n- iMorph v2 (AP)\n- LabelFromRead (TL)\n- Unify3DCoordinate (MJT)\n- SceneDepthCalculator (MJT)\n- DasGrain (FH)\n- Looper (DB)\n- HeatWave (DB)\n\n---\n\n**Other**\n\n- New documentation.\n\n### Changed\n\n- NST_ImagePlane3D, NST_GradMagic, NST_iMorph updates.\n- Menu structure updates.\n\n---\n\n## [2.0.0] - 2021-03-29\n\n### Added\n\n**Tools (gizmos and Python)**\n\n**2021**\n- GodRaysProjector (CF)\n- MonochromePlus (CF)\n- RainMaker (MR)\n\n**2020**\n- ImagePlane3D (TL) v2.0\n- FrameFiller (MJT)\n- Edge (RB)\n- Reconcile3DFast (DR)\n- GlueP (LS)\n- AutoFlare2 (NKPD)\n- DeepMerge_Advanced (BM)\n- bm_MatteCheck (BM)\n- bm_NoiseGen (BM)\n- bm_Lightwrap (BM)\n- SimpleSSS (MHD)\n- KeyChew (NKPD)\n- AdditiveKeyerPro (TL)\n- apeGlow (AP)\n- iBlurU (NKPD)\n- DeepFromDepth\n\n---\n\n**Other**\n\n- ReadGeo class support in NST_helper.\n- PerspectiveBB reset points button.\n- UV_Map, injectChannelMatte tab rename.\n- Menu restructure and submenus.\n\n### Changed\n\n- Nuke 13 compatibility updates across multiple gizmos.\n- Major init.py restructure.\n- Documentation updates.\n\n### Fixed\n\n- ImagePlane3D crop1, DirectionalBlur CopyBBox, bm_MatteCheck grey_amt.\n- Menu bugs.\n- NST_Reconcile3DFast.\n\n---\n\n## [1.1.1] - 2020-10-05\n\n### Changed\n\n- Updated NST_AutoFlare2 gizmo.\n\n---\n\n## [1.1.0] - 2020-10-04\n\n### Added\n\n**Tools (gizmos and Python)**\n\n- AutoFlare2 (NKPD)\n- FrameFiller (MJT)\n- Edge (RB)\n- Reconcile3DFast (DR)\n- GlueP (LS)\n- DeepMerge_Advanced (BM)\n- bm_MatteCheck (BM)\n- bm_NoiseGen (BM)\n- bm_CurveRemapper (BM)\n- bm_Lightwrap (BM)\n- SimpleSSS (MHD)\n- KeyChew (NKPD)\n\n---\n\n### Changed\n\n- Dev branch merge; bm_Lightwrap replaced prior NST_bm_Lightwrap; various tool updates.\n\n---\n\n## [1.0.1] - 2020-09-26\n\n### Changed\n\n- Sparky DB updated to v1.5.\n- README updates.\n\n---\n\n## [1.0.0] - 2020-09-23\n\n### Added\n\n**Tools (gizmos and Python)**\n\n- Initial curated gizmo collection.\n\n---\n\n**Other**\n\n- Portable tool menu for Foundry Nuke.\n- Installation via init.py plugin path.\n\n[Unreleased]: https://github.com/CreativeLyons/NukeSurvivalToolkit_publicRelease/compare/v2.2.0...HEAD\n[2.2.0]: https://github.com/CreativeLyons/NukeSurvivalToolkit_publicRelease/compare/v2.1.1...v2.2.0\n[2.1.1]: https://github.com/CreativeLyons/NukeSurvivalToolkit_publicRelease/compare/v2.1.0...v2.1.1\n[2.1.0]: https://github.com/CreativeLyons/NukeSurvivalToolkit_publicRelease/compare/v2.0.0...v2.1.0\n[2.0.0]: https://github.com/CreativeLyons/NukeSurvivalToolkit_publicRelease/compare/v1.1.1...v2.0.0\n[1.1.1]: https://github.com/CreativeLyons/NukeSurvivalToolkit_publicRelease/compare/v1.1.0...v1.1.1\n[1.1.0]: https://github.com/CreativeLyons/NukeSurvivalToolkit_publicRelease/compare/v1.0.1...v1.1.0\n[1.0.1]: https://github.com/CreativeLyons/NukeSurvivalToolkit_publicRelease/compare/v1.0.0...v1.0.1\n[1.0.0]: https://github.com/CreativeLyons/NukeSurvivalToolkit_publicRelease/releases/tag/v1.0.0\n" }, { "path": "DEVELOPMENT.md", "content": "# NukeSurvivalToolkit Development Notes\n\nThis document captures key learnings, architecture decisions, and development knowledge for AI agents and developers working on this project.\n\n## Architecture Overview\n\n```\nNukeSurvivalToolkit/\n├── menu.py # Main entry point - creates toolbar, loads all tools\n├── init.py # Minimal (plugin path setup happens in menu.py)\n├── gizmos/ # 290+ .gizmo files (prefixed NST_)\n├── python/ # Supporting Python modules\n├── nk_files/ # .nk script templates and presets\n├── icons/ # Menu and tool icons (.png)\n└── images/ # Demo images referenced by gizmos\n```\n\n**Loading Flow:**\n1. User adds `nuke.pluginAddPath(\"path/to/NukeSurvivalToolkit\")` to their `init.py`\n2. Nuke auto-loads `menu.py` on startup\n3. `menu.py` registers plugin paths, imports helpers, creates the toolbar menu structure\n\n**Documentation menu:** Online/offline/PDF targets and opening offline HTML (preferring a local `http://127.0.0.1` server so MkDocs Material search works) are implemented in `NST_helper`—see that module and `CHANGELOG.md`.\n\n## Menu System\n\n### Entry Point: `menu.py`\n\nThe menu system uses `nuke.menu('Nodes')` to create a toolbar with submenus:\n\n```python\ntoolbar = nuke.menu('Nodes')\nNST_menu = toolbar.addMenu('NukeSurvivalToolkit', icon=\"SurvivalToolkit.png\")\n```\n\n### Helper Functions\n\nTwo utility functions simplify path construction:\n\n```python\ndef nk_path(filename, prefix=False):\n \"\"\"Return full path to an .nk file in nk_files folder.\"\"\"\n name = f\"{prefixNST}{filename}\" if prefix else filename\n return f\"{NST_FolderPath}/nk_files/{name}\"\n\ndef icon_path(filename):\n \"\"\"Return full path to an icon file.\"\"\"\n return f\"{NST_FolderPath}/icons/{filename}\"\n```\n\nUsage patterns:\n```python\n# With prefix (NST_AdvancedKeyingTemplate.nk)\nnk_path(\"AdvancedKeyingTemplate.nk\", prefix=True)\n\n# Without prefix (deepThickness.nk)\nnk_path(\"deepThickness.nk\")\n```\n\n### Tool Creation Methods\n\nThere are three ways tools are added to menus:\n\n1. **Direct gizmo creation** (most common):\n ```python\n menu.addCommand('ToolName', f\"nuke.createNode('{prefixNST}ToolName')\", icon=\"icon.png\")\n ```\n\n2. **Node paste from .nk file** (for templates/multi-node setups):\n ```python\n menu.addCommand('Template', f'nuke.nodePaste(\"{nk_path(\"Template.nk\")}\")')\n ```\n\n3. **Helper function** (for tools needing file path replacement):\n ```python\n menu.addCommand('AutoFlare', f\"NST_helper.filepathCreateNode('{prefixNST}AutoFlare2')\")\n ```\n\n## Gizmo Naming Convention\n\n**All toolkit gizmos are prefixed with `NST_`** to avoid conflicts with user tools or other plugins.\n\n```\nNST_DummyCam.gizmo\nNST_LabelFromRead.gizmo\nNST_ID_Extractor.gizmo\n```\n\nThe prefix is stored as a global in `menu.py`:\n```python\nglobal prefixNST\nprefixNST = \"NST_\"\n```\n\n## Cross-Platform Path Handling\n\n### The Windows Backslash Problem\n\nWindows uses backslashes (`\\`) in paths, which causes issues:\n- `\\n` in a path like `C:\\nk_files\\` is interpreted as a newline\n- `nuke.nodePaste()` fails with malformed paths\n- File knobs display incorrectly\n\n**Solution:** Always use `Path.as_posix()` to force forward slashes:\n\n```python\nfrom pathlib import Path\n\n# CORRECT - works on all platforms\nNST_FolderPath = Path(__file__).parent.as_posix()\n\n# WRONG - breaks on Windows\nNST_FolderPath = os.path.dirname(__file__)\n```\n\n`NST_helper.py` also defines `NST_FolderPath` at import time from its own location (toolkit root is the parent of `python/`). `menu.py` still assigns `NST_helper.NST_FolderPath` after import; both point at the same toolkit folder.\n\n### Documentation URLs (`NST_helper`)\n\nDocumentation is opened from `NST_helper` (see `openNSTDocumentationDefault`, `openNSTDocumentationOffline`, `openNSTDocumentationPDF`).\n\n- **Online wiki:** `webbrowser.open(NST_DOCS_ONLINE_URL)` with a prior HTTPS reachability check (`is_online_wiki_reachable`).\n- **Offline HTML:** Prefer `http://127.0.0.1:/` via a small local static server so MkDocs Material search works; if that fails, fall back to `offline_index.as_uri()` (`file://`).\n- **PDF in toolkit root:** Resolve with `find_pdf_doc()` (`NST_DOCS_PDF_NAME` under `_toolkit_root()`), then open with `Path.as_uri()` so Windows drive letters become valid `file:///…` URLs:\n\n```python\npdf_doc = find_pdf_doc()\nif pdf_doc:\n webbrowser.open(pdf_doc.as_uri())\n```\n\n## Dynamic File Path Replacement\n\nSome gizmos contain Read/Camera nodes that reference image files in the toolkit. These use a placeholder pattern:\n\n```python\n# In gizmo: file path contains \"<<>>\"\n# NST_helper.filepathCreateNode() swaps it with actual path\n\ndef filepathCreateNode(gizmoName):\n # ...create node...\n for i in fileNodes:\n if i.Class() in (\"Read\", \"DeepRead\", \"ReadGeo\", \"ReadGeo2\", \"Camera2\", \"Axis2\"):\n filepath = i.knob(\"file\").getValue()\n if \"<<>>\" in filepath:\n newFilepath = filepath.replace(\"<<>>\", NST_FolderPath)\n i.knob(\"file\").setValue(newFilepath)\n```\n\n**Example (Read node `file` knob):**\n\n| | Path |\n|---|------|\n| **Before** (placeholder in gizmo) | `<<>>/images/my_demo.exr` |\n| **After** (at runtime) | `NST_FolderPath` + `/images/my_demo.exr` — e.g. `/…/NukeSurvivalToolkit/images/my_demo.exr` |\n\nPut assets under `images/` next to `gizmos/`, `python/`, etc., and keep the path after `<<>>` relative to the toolkit root.\n\n**Node classes that support file replacement:** Read, DeepRead, ReadGeo, ReadGeo2, Camera2, Axis2\n\n## Python Module Loading\n\n### Safe Import Pattern\n\nWhen loading optional Python modules, use specific exception handling:\n\n```python\n# CORRECT - catches specific errors\ntry:\n import ColorGradientUi\n drawMenu.addCommand(\"GradientEditor\", ...)\nexcept ImportError as e:\n print(f\"Could not load ColorGradientUi: {e}\")\n pass\n\n# ALSO CORRECT - for nuke.load()\ntry:\n nuke.load(f'{prefixNST}VectorTracker.py')\n menu.addCommand('VectorTracker', ...)\nexcept RuntimeError as e:\n print(f\"Could not load VectorTracker.py: {e}\")\n pass\n```\n\n### Module Dependencies\n\n| Module | Purpose | Dependencies |\n|--------|---------|--------------|\n| `ColorGradientUi.py` | Gradient editor widget | PySide6, ConfigParser |\n| `NST_helper.py` | Path replacement utility; documentation submenu (online/offline/PDF); local HTTP for offline HTML | nuke, nukescripts, pathlib, stdlib (http, threading) |\n| `NST_ID_Extractor.py` | ID channel extraction | nuke, nukescripts |\n| `NST_VectorTracker.py` | Vector-based tracking | nuke |\n| `NST_cardToTrack.py` | CardToTrack v7 — 3D card to 2D track | nuke, math, threading |\n| `NST_cardToTrack_v9.py` | CardToTrack v9 — used by NST_CardToTrack2, NST_CProject2, NST_TProject2 | nuke, math, re, time |\n| `NST_stickit.py` | Camera tracker warping | nuke, nuke.splinewarp, math |\n\n## Nuke Version Compatibility\n\n### Camera Class Changes (Nuke 13+)\n\nNuke 13 introduced `Camera3` class. Code must check for all camera types:\n\n```tcl\n# In DummyCam.gizmo TCL expression\nif {[class $x]==\"Camera3\"||[class $x]==\"Camera2\"||[class $x]==\"Camera\"} {\n # handle camera...\n}\n```\n\n### PySide Migration (Nuke 16+)\n\nNuke 16+ uses PySide6 instead of PySide2. The `ColorGradientUi.py` was updated:\n\n```python\n# Old (PySide2)\nfrom PySide2 import QtGui, QtCore, QtWidgets\n\n# New (PySide6)\nfrom PySide6 import QtGui, QtCore, QtWidgets\nfrom PySide6.QtWidgets import QWidget, QLabel, ...\nfrom PySide6.QtGui import QColor, QPainter, ...\n```\n\n**Key change:** In PySide6, some classes moved from `QtWidgets` to `QtGui` (e.g., `QAction`).\n\n## Gizmo Etiquette\n\n### Save as Group, not Gizmo\n\nWhen you save a tool to disk, use a **Group** as the root node, not a **Gizmo**. NST ships tools as Groups so scripts remain valid if NST is not installed (for example on a render farm) or if the toolkit is removed. Internal nodes, expressions, and the Group structure still load; a Gizmo definition would not.\n\n### Clean the header when pasting from Nuke\n\nCopying a node from Nuke into a text editor often includes paste/stack boilerplate before the node block. Strip that so **`Group {` is the first line** of the tool, and verify the **`name`** matches the tool.\n\n**Remove these lines** (everything above `Group {`):\n\n```nk\nset cut_paste_input [stack 0]\nversion 16.0 v8\npush $cut_paste_input\n```\n\n(Version numbers will differ; remove the `set`, `version`, and `push` block in full.)\n\n**Remove graph position** so the node does not snap to a fixed spot when the script is merged or opened elsewhere. Delete the `xpos` and `ypos` lines near the top of the Group, **before** the first `addUserKnob`:\n\n```nk\n xpos 136\n ypos -78\n```\n\n**Example — raw paste (abbreviated):**\n\n```nk\n---\n\nset cut_paste_input [stack 0]\nversion 16.0 v8\npush $cut_paste_input\nGroup {\n name GradMagic\n tile_color 0x621d5aff\n gl_color 0xbffffff\n note_font \"Verdana Bold\"\n note_font_color 0x73e6e2ff\n selected true\n xpos 136\n ypos -78\n addUserKnob {20 GradMagic}\n```\n\n**Example — cleaned header:**\n\n```nk\nGroup {\n name GradMagic\n tile_color 0x621d5aff\n gl_color 0xbffffff\n note_font \"Verdana Bold\"\n note_font_color 0x73e6e2ff\n selected true\n addUserKnob {20 GradMagic}\n```\n\n## TCL Expression Techniques\n\n### DummyCam's Camera Traversal\n\nThe DummyCam gizmo uses TCL to find an upstream camera through any number of group levels:\n\n```tcl\n# Traverse up through inputs and groups to find camera\nset x [node $starting_point]\nwhile {$finished != 1} {\n while {[class $x] != \"Camera3\" && [class $x] != \"Camera2\" ...} {\n set x [node $x.input0]\n }\n # If found Input node, jump to parent group's corresponding input\n if {[class $x]==\"Input\"} {\n set inp \"$x.parent.input\"\n set inputNum [value $x.number]\n # ...\n }\n}\n```\n\n## Configuration Options\n\n`menu.py` includes user-configurable variables:\n\n```python\n# Set to True to load the Expression Nodes AG submenu under Draw\nLOAD_EXPRESSION_MENU = False\n```\n\n**Note:** Disabled by default to reduce menu clutter for users who don't need expression node presets.\n\n## Integration with External Tools\n\n### Stamps Integration\n\nSeveral tools attempt to integrate with Adrian Pueyo's Stamps tool:\n\n```python\ntry:\n import stamps\n stamps.anchor(title=channelName, tags=\"ID\", input_node=\"\", node_type=\"2D\")\nexcept ImportError:\n pass # Stamps not installed, skip silently\n```\n\n**Tools with Stamps support:** ID_Extractor\n\n## File Reference\n\n| File | Purpose |\n|------|---------|\n| `menu.py` | Main menu creation and tool registration |\n| `init.py` | Minimal stub (most work in menu.py) |\n| `NST_helper.py` | `filepathCreateNode()` for dynamic paths; documentation menu (online/offline/PDF); local HTTP server for offline wiki when opening bundled HTML |\n| `ColorGradientUi.py` | PySide6 gradient editor widget |\n| `NST_ID_Extractor.py` | RGB channel extraction with Stamps |\n| `NST_VectorTracker.py` | Vector/motion vector based tracking |\n| `NST_cardToTrack.py` | CardToTrack v7 3D→2D conversion |\n| `NST_cardToTrack_v9.py` | CardToTrack v9 3D→2D conversion; used by NST_CardToTrack2, NST_CProject2, NST_TProject2 gizmos |\n| `NST_stickit.py` | SplineWarp from CameraTracker |\n| `GradientPresets.cfg` | Stored gradient presets (ConfigParser) |\n\n## Testing\n\n1. Add toolkit path to `~/.nuke/init.py`:\n ```python\n nuke.pluginAddPath(\"/path/to/NukeSurvivalToolkit\")\n ```\n\n2. Restart Nuke\n\n3. Look for red multi-tool icon in toolbar\n\n4. Test individual tools by creating them from the menu\n\n## Contributing\n\nWhen adding new tools:\n\n1. Name the gizmo file `NST_ToolName.gizmo`\n2. Add menu entry in appropriate section of `menu.py`\n3. Use existing icon or add new one to `icons/`\n4. If tools or tool demos need images to read in, add them to `images/` and use the `<<>>` placeholder in the Read (or other file) node's file path so `NST_helper.filepathCreateNode()` can substitute the toolkit root.\n5. Update CHANGELOG.md with addition\n" }, { "path": "LICENSE", "content": "MIT License\n\nCopyright (c) 2020 CreativeLyons\n\nPermission is hereby granted, free of charge, to any person obtaining a copy\nof this software and associated documentation files (the \"Software\"), to deal\nin the Software without restriction, including without limitation the rights\nto use, copy, modify, merge, publish, distribute, sublicense, and/or sell\ncopies of the Software, and to permit persons to whom the Software is\nfurnished to do so, subject to the following conditions:\n\nThe above copyright notice and this permission notice shall be included in all\ncopies or substantial portions of the Software.\n\nTHE SOFTWARE IS PROVIDED \"AS IS\", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR\nIMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,\nFITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE\nAUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER\nLIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,\nOUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE\nSOFTWARE.\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_AdditiveKeyerPro.gizmo", "content": "Group {\n name AdditiveKeyerPro\n tile_color 0x5200ff\n note_font \"Verdana Bold\"\n note_font_color 0xffffffff\n selected true\n addUserKnob {20 AdditiveKeyer}\n addUserKnob {6 useSC l \"Use Screen Color as CleanPlate\" +STARTLINE}\n addUserKnob {41 screenColor l \"Screen Color\" T Keylight1.screenColour}\n addUserKnob {6 despillSat l \"Despill Screen Color from Saturation?\" +STARTLINE}\n despillSat true\n addUserKnob {26 \"\"}\n addUserKnob {7 DarkValue l \"Dark Value\" R 0 5}\n DarkValue 1\n addUserKnob {7 satDarks l \"Saturate Darks\"}\n satDarks 0.2\n addUserKnob {18 darkTint l \"Dark Tint\"}\n darkTint 1\n addUserKnob {6 darkTint_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {26 \"\"}\n addUserKnob {6 lightTint_panelDropped l \"panel dropped state\" +HIDDEN +STARTLINE}\n addUserKnob {7 ExtraLightValue l \"Light Value Plus\" R 0 2}\n ExtraLightValue 1\n addUserKnob {7 satLights l \"Saturate Lights\"}\n satLights 0.2\n addUserKnob {18 lightTint l \"Light Tint\"}\n lightTint 1\n addUserKnob {6 lightTint_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {7 LightValue l \"Light Value BG Mult\" R 0 5}\n LightValue 0.25\n addUserKnob {26 \"\"}\n addUserKnob {6 darkTint_panelDropped_1_1_1_1_1_1_1_1_1_1_1_1_1_1_1_1 l \"panel dropped state\" +HIDDEN +STARTLINE}\n addUserKnob {6 lightTint_panelDropped_1_1_1_1_1_1_1_1_1_1_1_1 l \"panel dropped state\" +HIDDEN +STARTLINE}\n addUserKnob {6 compositeSwitch l \"Output Difference to RGB\" +STARTLINE}\n addUserKnob {6 outputDiffAlpha l \"Output Difference Matte to Alpha\" +STARTLINE}\n addUserKnob {26 \"\"}\n addUserKnob {41 maskChannelMask l mask T MergeKeymix.maskChannelMask}\n addUserKnob {41 inject -STARTLINE T MergeKeymix.inject}\n addUserKnob {41 invert_mask l invert -STARTLINE T MergeKeymix.invert_mask}\n addUserKnob {41 fringe -STARTLINE T MergeKeymix.fringe}\n addUserKnob {41 mix T MergeKeymix.mix}\n addUserKnob {20 info l Info}\n addUserKnob {26 creator l \"Modified By:\" T \"Tony Lyons\"}\n addUserKnob {26 desc l Description: t \"adds the difference between cleanplate and key plate to the BG\\n\\nGood for hair details and shadows and sensitive edge treatment\" T AdditiveKeyer}\n addUserKnob {26 ver l Version: T v04}\n}\n Input {\n inputs 0\n name Inputmask\n xpos 685\n ypos 1141\n number 3\n }\n Dot {\n name Dot10\n label Mask\n note_font_size 41\n xpos 719\n ypos 1883\n }\n Dot {\n name Dot11\n note_font_size 41\n xpos 719\n ypos 1983\n }\n Input {\n inputs 0\n name fg\n label \"\\[value number]\"\n xpos -500\n ypos -221\n number 1\n }\n Remove {\n channels alpha\n name Remove2\n xpos -500\n ypos -147\n }\n AddChannels {\n channels rgba\n name AddChannels2\n xpos -500\n ypos -109\n }\n Dot {\n name Dot26\n note_font_size 41\n xpos -466\n ypos 5\n }\nset Ne63218b0 [stack 0]\n OFXuk.co.thefoundry.keylight.keylight_v201 {\n show \"Final Result\"\n unPreMultiply false\n screenColour {0 0 0}\n screenGain 1\n screenBalance 0.5\n alphaBias {0.5 0.5 0.5}\n despillBias {0.5 0.5 0.5}\n gangBiases true\n preBlur 0\n \"Screen Matte\" 0\n screenClipMin 0\n screenClipMax 1\n screenClipRollback 0\n screenGrowShrink 0\n screenSoftness 0\n screenDespotBlack 0\n screenDespotWhite 0\n screenReplaceMethod \"Soft Colour\"\n screenReplaceColour {0.5 0.5 0.5}\n Tuning 0\n midPoint 0.5\n lowGain 1\n midGain 1\n highGain 1\n \"Inside Mask\" 0\n sourceAlphaHandling Ignore\n insideReplaceMethod \"Soft Colour\"\n insideReplaceColour {0.5 0.5 0.5}\n Crops 0\n SourceXMethod Colour\n SourceYMethod Colour\n SourceEdgeColour 0\n SourceCropL 0\n SourceCropR 1\n SourceCropB 0\n SourceCropT 1\n balanceSet false\n insideComponent None\n outsideComponent None\n cacheBreaker true\n name Keylight1\n xpos -500\n ypos 73\n }\nset Nda7c91c0 [stack 0]\npush $Ne63218b0\n Dot {\n name Dot27\n note_font_size 41\n xpos -356\n ypos 5\n }\n Merge2 {\n inputs 2\n operation from\n name Merge3\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos -390\n ypos 73\n }\n Clamp {\n channels rgba\n name Clamp1\n xpos -390\n ypos 99\n }\n Saturation {\n saturation 0\n name Saturation4\n xpos -390\n ypos 125\n }\npush $Nda7c91c0\n Merge2 {\n inputs 2\n operation plus\n name Merge7\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos -500\n ypos 125\n }\npush $Ne63218b0\n Dot {\n name Dot30\n note_font_size 41\n xpos -598\n ypos 5\n }\n Dot {\n name Dot31\n note_font_size 41\n xpos -598\n ypos 218\n }\n Switch {\n inputs 2\n which {{parent.despillSat}}\n name DespillSwitch1\n label \"\\[value which]\"\n xpos -500\n ypos 208\n }\n Dot {\n name Dot8\n xpos -466\n ypos 373\n }\nset Ne61ad600 [stack 0]\n Input {\n inputs 0\n name clean\n label \"\\[value number]\"\n xpos 126\n ypos -175\n number 2\n }\n Remove {\n channels alpha\n name Remove3\n xpos 126\n ypos -101\n }\n AddChannels {\n channels rgba\n name AddChannels1\n xpos 126\n ypos -63\n }\n Grade {\n multiply 0\n add {{parent.Keylight1.screenColour} {parent.Keylight1.screenColour} {parent.Keylight1.screenColour} {parent.Keylight1.screenColour}}\n name ScreenColor\n xpos 126\n ypos -14\n disable {{!parent.useSC}}\n }\n Dot {\n name Dot28\n note_font_size 41\n xpos 160\n ypos 50\n }\nset Ne61d0820 [stack 0]\n OFXuk.co.thefoundry.keylight.keylight_v201 {\n show \"Final Result\"\n unPreMultiply false\n screenColour {{parent.Keylight1.screenColour} {parent.Keylight1.screenColour} {parent.Keylight1.screenColour}}\n screenGain 1\n screenBalance 0.5\n alphaBias {0.5 0.5 0.5}\n despillBias {0.5 0.5 0.5}\n gangBiases true\n preBlur 0\n \"Screen Matte\" 0\n screenClipMin 0\n screenClipMax 1\n screenClipRollback 0\n screenGrowShrink 0\n screenSoftness 0\n screenDespotBlack 0\n screenDespotWhite 0\n screenReplaceMethod \"Soft Colour\"\n screenReplaceColour {0.5 0.5 0.5}\n Tuning 0\n midPoint 0.5\n lowGain 1\n midGain 1\n highGain 1\n \"Inside Mask\" 0\n sourceAlphaHandling Ignore\n insideReplaceMethod \"Soft Colour\"\n insideReplaceColour {0.5 0.5 0.5}\n Crops 0\n SourceXMethod Colour\n SourceYMethod Colour\n SourceEdgeColour 0\n SourceCropL 0\n SourceCropR 1\n SourceCropB 0\n SourceCropT 1\n balanceSet false\n insideComponent None\n outsideComponent None\n cacheBreaker true\n name Keylight2\n xpos 126\n ypos 118\n }\nset Ne61d4760 [stack 0]\npush $Ne61d0820\n Dot {\n name Dot29\n note_font_size 41\n xpos 270\n ypos 50\n }\n Merge2 {\n inputs 2\n operation from\n name Merge8\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 236\n ypos 118\n }\n Clamp {\n channels rgba\n name Clamp2\n xpos 236\n ypos 144\n }\n Saturation {\n saturation 0\n name Saturation5\n xpos 236\n ypos 170\n }\npush $Ne61d4760\n Merge2 {\n inputs 2\n operation plus\n name Merge9\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 126\n ypos 170\n }\npush $Ne61d0820\n Dot {\n name Dot33\n note_font_size 41\n xpos 28\n ypos 50\n }\n Dot {\n name Dot34\n note_font_size 41\n xpos 28\n ypos 230\n }\n Switch {\n inputs 2\n which {{parent.despillSat}}\n name DespillSwitch2\n label \"\\[value which]\"\n xpos 126\n ypos 223\n }\n Dot {\n name Dot35\n note_font_size 41\n xpos 160\n ypos 320\n }\nset Ndc6e9920 [stack 0]\n Dot {\n name Dot6\n xpos 412\n ypos 320\n }\n Merge2 {\n inputs 2\n operation difference\n Achannels rgb\n Bchannels rgb\n name Merge6\n xpos 378\n ypos 370\n }\n Group {\n name ChannelControl_v3\n label \"\\[value channel_selector.in]\"\n note_font \"Bitstream Vera Sans\"\n xpos 378\n ypos 440\n mapsize {0.15 0.15}\n addUserKnob {20 channelControl}\n addUserKnob {41 Channel_Selection T channel_selector.in}\n addUserKnob {26 Description l \"\" +STARTLINE T \":Channel Control:\\n\\nChannel math with choice of merge operation\"}\n addUserKnob {26 \"\"}\n addUserKnob {7 redGain}\n redGain 0.3\n addUserKnob {7 greenGain}\n greenGain 0.59\n addUserKnob {7 blueGain}\n blueGain 0.11\n addUserKnob {7 alphaGain}\n addUserKnob {41 operation T Merge1.operation}\n }\n Input {\n inputs 0\n name Input1\n xpos 558\n ypos -694\n }\n Shuffle {\n name channel_selector\n label \"\\[value in]\"\n xpos 558\n ypos -668\n }\nset Ne600a100 [stack 0]\n Shuffle {\n green red\n blue red\n alpha red\n name Shuffle1\n xpos 386\n ypos -536\n }\n Grade {\n channels rgba\n white {{parent.redGain i}}\n name Grade12\n xpos 386\n ypos -492\n }\npush $Ne600a100\n Shuffle {\n red green\n blue green\n alpha green\n name Shuffle2\n xpos 499\n ypos -534\n }\n Grade {\n channels rgba\n white {{parent.greenGain i}}\n name Grade13\n xpos 499\n ypos -493\n }\n Merge2 {\n inputs 2\n operation plus\n name Merge1\n xpos 411\n ypos -428\n }\n set C310f6910 [stack 0]\npush $Ne600a100\n Shuffle {\n red blue\n green blue\n alpha blue\n name Shuffle3\n xpos 610\n ypos -538\n }\n Grade {\n channels rgba\n white {{parent.blueGain i}}\n name Grade14\n xpos 610\n ypos -494\n }\nclone $C310f6910 {\n inputs 2\n xpos 486\n ypos -369\n selected false\n }\npush $Ne600a100\n Shuffle {\n red alpha\n green alpha\n blue alpha\n name Shuffle4\n selected true\n xpos 725\n ypos -535\n }\n Grade {\n channels rgba\n white {{parent.alphaGain i}}\n name Grade15\n xpos 725\n ypos -494\n }\nclone $C310f6910 {\n inputs 2\n xpos 580\n ypos -307\n selected false\n }\n Output {\n name Output1\n xpos 600\n ypos -210\n }\n end_group\n Dot {\n name Dot14\n note_font_size 41\n xpos 412\n ypos 1768\n }\n Input {\n inputs 0\n name bg\n label \"\\[value number]\"\n xpos -845\n ypos -242\n }\n AddChannels {\n channels rgba\n name AddChannels3\n xpos -845\n ypos -151\n }\n Dot {\n name Dot9\n note_font_size 41\n xpos -811\n ypos -78\n }\n Dot {\n name Dot4\n xpos -811\n ypos 1449\n }\nset Nd631a0b0 [stack 0]\n Dot {\n name Dot13\n note_font_size 41\n xpos -811\n ypos 1688\n }\nset Nd631df90 [stack 0]\npush $Ne61ad600\n Dot {\n name Dot2\n note_font_size 41\n xpos -466\n ypos 421\n }\nset Nd6321e60 [stack 0]\n Saturation {\n saturation {{parent.satDarks}}\n name Saturation9\n xpos -378\n ypos 418\n }\npush $Ndc6e9920\n Saturation {\n saturation {{parent.satDarks}}\n name Saturation8\n xpos -215\n ypos 317\n }\n Merge2 {\n inputs 2\n operation divide\n name Merge5\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos -215\n ypos 418\n }\n Dot {\n name Dot38\n note_font_size 41\n xpos -181\n ypos 674\n }\n Clamp {\n channels rgba\n minimum 1\n minimum_enable false\n name Clamp4\n xpos -215\n ypos 786\n }\n Add {\n channels rgba\n value -1\n name Add3\n xpos -215\n ypos 840\n }\n Multiply {\n channels rgb\n value {{parent.DarkValue} {parent.DarkValue} {parent.DarkValue} 0}\n name DARK_VALUE\n xpos -215\n ypos 892\n }\n Grade {\n multiply {{parent.darkTint} {parent.darkTint} {parent.darkTint} {parent.darkTint}}\n reverse true\n black_clamp false\n name DARK_TINT\n xpos -215\n ypos 931\n }\n Add {\n channels rgba\n value 1\n name Add4\n xpos -215\n ypos 988\n }\n Clamp {\n channels rgb\n name Clamp5\n xpos -215\n ypos 1065\n }\n Dot {\n name Dot39\n note_font_size 41\n xpos -181\n ypos 1257\n }\npush $Nd6321e60\n Dot {\n name Dot36\n note_font_size 41\n xpos -466\n ypos 577\n }\n Saturation {\n saturation {{parent.satLights}}\n name Saturation1\n xpos -101\n ypos 574\n }\nset Nb662b010 [stack 0]\npush $Ndc6e9920\n Saturation {\n saturation {{parent.satLights}}\n name Saturation6\n xpos 126\n ypos 500\n }\nset Nb662f000 [stack 0]\n Merge2 {\n inputs 2\n operation divide\n also_merge all\n name Merge10\n label all\n xpos 126\n ypos 568\n }\n Clamp {\n channels rgba\n minimum 1\n maximum_enable false\n name Clamp3\n xpos 126\n ypos 780\n }\n Add {\n channels rgba\n value -1\n name Add1\n xpos 126\n ypos 838\n }\n Multiply {\n channels rgb\n value {{parent.LightValue} {parent.LightValue} {parent.LightValue} 0}\n name LIGHT_VALUE\n xpos 126\n ypos 961\n }\n Multiply {\n channels rgb\n value {{parent.lightTint.r} {parent.lightTint.g} {parent.lightTint.b} 0}\n name LIGHT_TINT\n xpos 126\n ypos 1039\n }\n Add {\n channels rgba\n value 1\n name Add2\n xpos 126\n ypos 1120\n }\n Merge2 {\n inputs 2\n operation multiply\n Achannels rgb\n Bchannels rgb\n output rgb\n name __CONSTRAIN_DARKS__\n xpos 128\n ypos 1253\n }\n Dot {\n name Dot19\n note_font_size 41\n xpos 162\n ypos 1354\n }\nset Nd6028a80 [stack 0]\n Dot {\n name Dot3\n xpos -8\n ypos 1354\n }\n Dot {\n name Dot16\n note_font_size 41\n xpos -8\n ypos 1611\n }\npush $Nb662f000\n Dot {\n name Dot7\n note_font_size 41\n xpos 310\n ypos 503\n }\npush $Nb662b010\n Dot {\n name Dot5\n note_font_size 41\n xpos -67\n ypos 691\n }\n Merge2 {\n inputs 2\n operation from\n name Merge1\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 276\n ypos 688\n }\n Clamp {\n channels rgba\n maximum_enable false\n name Clamp6\n xpos 276\n ypos 781\n }\n Multiply {\n channels rgba\n value {{parent.ExtraLightValue}}\n name Multiply1\n label \"\\[value value]\"\n xpos 276\n ypos 899\n }\n Multiply {\n channels rgb\n value {{parent.lightTint.r} {parent.lightTint.g} {parent.lightTint.b} 0}\n name LIGHT_TINT1\n xpos 276\n ypos 1036\n }\n Dot {\n name Dot15\n note_font_size 41\n xpos 310\n ypos 1513\n }\npush $Nd6028a80\n Dot {\n name Dot1\n note_font_size 41\n xpos 162\n ypos 1449\n }\npush $Nd631a0b0\n Merge2 {\n inputs 2\n operation multiply\n Achannels rgb\n Bchannels rgb\n output rgb\n name CONSTRAIN_LIGHTS\n xpos 128\n ypos 1446\n }\n Merge2 {\n inputs 2\n operation plus\n output rgb\n name Merge2\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 128\n ypos 1510\n }\n Switch {\n inputs 2\n which {{parent.compositeSwitch}}\n name Switch1\n label \"\\[value which]\"\n xpos 128\n ypos 1604\n }\n Copy {\n inputs 2\n from0 rgba.alpha\n to0 rgba.alpha\n name Copy1\n xpos 128\n ypos 1678\n disable {{parent.outputDiffAlpha}}\n }\n Copy {\n inputs 2\n from0 rgba.blue\n to0 rgba.alpha\n name __LUMA_INTO_ALPHA__\n xpos 128\n ypos 1758\n disable {{!parent.outputDiffAlpha}}\n }\n Dot {\n name Dot17\n label A\n note_font_size 41\n xpos 162\n ypos 1910\n }\npush $Nd631df90\n Dot {\n name Dot18\n label B\n note_font_size 41\n xpos -811\n ypos 1895\n }\n Dot {\n name Dot12\n note_font_size 41\n xpos -811\n ypos 1986\n }\n Merge2 {\n inputs 2+1\n operation copy\n bbox B\n Achannels none\n Bchannels none\n output none\n also_merge rgba\n name MergeKeymix\n xpos 128\n ypos 1973\n }\n Output {\n name Output1\n xpos 128\n ypos 2235\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_AnimationCurve.gizmo", "content": "Group {\n name ANIMATION_CURVES\n inputs 0\n knobChanged \"nk = nuke.thisNode()\\nk = nuke.thisKnob()\\nif ('active_translate' in k.name()) or ('active_scale' in k.name()) or ('active_time' in k.name())or ('scale_1' in k.name()) or ('translate' in k.name()) or ('delay' in k.name()):\\n input = nk.knob('input_modify').getValue()\\n value = input\\n expression = 'input_modify'\\n string = 'input'\\n if(nk.knob('active_time').getValue() == 1):\\n expression = 'input_modify(frame + delay)'\\n string = 'input(frame + offset)'\\n if(nk.knob('active_scale').getValue() == 1):\\n value = value * nk.knob('scale_1').getValue()\\n expression = expression + '*scale_1'\\n string = string + ' * scale'\\n if(nk.knob('active_translate').getValue() == 1):\\n value = value + nk.knob('translate').getValue()\\n expression = '(' + expression + ' + translate)'\\n string = '(' + string + '+ translate)'\\n nk.knob('output_modify').setExpression(expression)\\n nk.knob('expression_modify').setValue(string)\\nif ('wave_type' in k.name()):\\n if int(nk.knob('wave_type').getValue())==0:\\n expression = 'random((frame+offset)/speed) * (max_val-min_val) + min_val'\\n elif int(nk.knob('wave_type').getValue())==1:\\n expression = '(noise((frame+offset)/speed)+1)/2 * (max_val-min_val) + min_val'\\n elif int(nk.knob('wave_type').getValue())==2:\\n expression = '(sin(2*pi*(frame+offset)/speed)+1)/2 * (max_val-min_val) + min_val'\\n elif int(nk.knob('wave_type').getValue())==3:\\n expression = '(asin(sin(2*pi*(frame+offset)/speed))/pi+0.5) * (max_val-min_val) + min_val'\\n elif int(nk.knob('wave_type').getValue())==4:\\n expression = 'int(sin(2*pi*(frame+offset)/speed)+1) * (max_val-min_val) + min_val'\\n elif int(nk.knob('wave_type').getValue())==5:\\n expression = '((frame+(offset+speed)) % (speed+blip)/(speed)) *(speed/blip) - (speed/blip) >= 0 ? max_val : min_val'\\n elif int(nk.knob('wave_type').getValue())==6:\\n expression = '((int((frame+offset) % speed)) >= 0 ? ((int((frame+offset) % speed)) <= (0+(blip-1)) ? ((sin(pi*((frame+offset) % speed)/blip)/2+1/2) * (2*max_val-2*min_val) + (2*min_val-max_val)) : min_val) : min_val)'\\n elif int(nk.knob('wave_type').getValue())==7:\\n expression = 'abs(sin(pi*(frame + offset)/speed))* (max_val-min_val) + min_val'\\n elif int(nk.knob('wave_type').getValue())==8:\\n expression = '((frame+offset) % speed)/speed * (max_val-min_val) + min_val'\\n elif int(nk.knob('wave_type').getValue())==9:\\n expression = 'sin((pi*(frame+offset)/(2*speed)) % (pi/2)) * (max_val-min_val) + min_val'\\n elif int(nk.knob('wave_type').getValue())==10:\\n expression = 'cos((pi*(frame+offset)/(2*speed)) % (pi/2)) * (max_val-min_val) + min_val'\\n elif int(nk.knob('wave_type').getValue())==11:\\n expression = '(exp(2*pi*((frame+offset) % speed)/speed)-1)/exp(2*pi) * (max_val-min_val) + min_val'\\n nk.knob('output_wave').setExpression(expression)\\n nk.knob('expression_wave').setValue(expression)\\n#----------------------------------------\\n#FADE\\n\\n\\nif ('fade_type' in k.name()) or ('fade_dissolve' in k.name()):\\n fadeStart = nk.knob('fadeStart').getValue()\\n fadeEnd = nk.knob('fadeEnd').getValue()\\n \\n if int(nk.knob('fade_type').getValue())==0:\\n expression_fade=\\\"clamp((frame-fadeStart)/(fadeEnd-fadeStart))\\\"\\n elif int(nk.knob('fade_type').getValue())==1:\\n expression_fade=\\\"(sin(clamp(((frame-fadeStart)*pi)/(fadeEnd-fadeStart) - pi/2, -pi/2, pi/2))+1) /2\\\"\\n elif int(nk.knob('fade_type').getValue())==2:\\n expression_fade=\\\"sin(clamp(((frame-fadeStart)*pi)/((fadeEnd-fadeStart)*2)-pi/2, -pi/2,0))+1\\\"\\n elif int(nk.knob('fade_type').getValue())==3:\\n expression_fade=\\\"sin(clamp(((frame-(fadeStart*2-fadeEnd))*pi)/((fadeEnd-fadeStart)*2)-pi/2,0,pi/2))\\\"\\n\\n\\n \\n saveExpression = expression_fade\\n \\n if int(nk.knob('fade_dissolve').getValue())==0:\\n expression_fade = saveExpression\\n elif int(nk.knob('fade_dissolve').getValue())==1:\\n expression_fade = \\\"1-(\\\" + saveExpression + \\\")\\\"\\n \\n nk.knob('out_fade').setExpression(expression_fade)\\n nk.knob('expression_fade').setValue(expression_fade)\\n\"\n autolabel nuke.thisNode().name()\n tile_color 0x367f5eff\n note_font \"Bitstream Vera Sans Bold\"\n note_font_color 0xffffffff\n addUserKnob {20 wave_generator l \"Wave Generator\"}\n addUserKnob {4 wave_type l \"Wave type\" M {Random Noise Sine Triangle Square Blip \"Sine Blip\" Bounce SawTooth \"Saw Parabolic\" \"Saw Parabolic Reverse\" \"Saw Exponential\" \"\"}}\n addUserKnob {7 min_val l \"Min val\" R -10 10}\n min_val 10\n addUserKnob {7 max_val l \"Max val\" R -10 10}\n max_val 28\n addUserKnob {7 speed l \"Speed (frequency)\" R 1 100}\n speed 2\n addUserKnob {7 offset l \"Time offset\" R -10 10}\n addUserKnob {7 blip l Blip R 1 10}\n blip 1\n addUserKnob {26 \"\"}\n addUserKnob {7 output_wave l \"output wave\"}\n output_wave {{\"random((frame+offset)/speed) * (max_val-min_val) + min_val\"}}\n addUserKnob {1 expression_wave l \"Expression\"}\n expression_wave \"random((frame+offset)/speed) * (max_val-min_val) + min_val\"\n addUserKnob {26 \"\"}\n addUserKnob {26 email l \"\" +STARTLINE T \"Animation and Curves v2.2
\\nby Andrea Geremia
\\n
\\nandrea.geremia89@gmail.com
\\nwww.andreageremia.it\"}\n addUserKnob {22 Tutorial l \"Tutorial\" -STARTLINE T \"nuke.tcl('start', 'http://www.andreageremia.it/tutorial_animation_nuke.html')\"}\n addUserKnob {20 newrange l \"New Range\"}\n addUserKnob {26 message l \"\" +STARTLINE T \"Normalize animation curves\\nRemap a curve into a new min-max range, keeping the proportion\"}\n addUserKnob {26 \"\" +STARTLINE}\n addUserKnob {7 input_range l \"input\"}\n addUserKnob {26 original l \"ORIGINAL RANGE\"}\n addUserKnob {22 calc_min_max l \"Calculate Min and Max\" t \"Drag and drop your input curve, then press this button. \\nYou can calculate automatically the min and max value of the curve\" T \"first = nuke.Root().firstFrame()\\nlast = nuke.Root().lastFrame()\\n\\nframeRange = str(first) + \\\"-\\\" + str(last)\\n\\n\\nret = nuke.getFramesAndViews('insert frame range', frameRange)\\nif ret:\\n frame_range = ret\\[0].split('-')\\n \\n min = max = nuke.thisNode()\\['input_range'].getValueAt(int(frame_range\\[0]))\\n \\n nuke.frame(int(frame_range\\[0]))\\n \\n for i in range(int(frame_range\\[0]), int(frame_range\\[1])+1):\\n knob = nuke.thisNode()\\['input_range'].getValueAt(i)\\n if (knob > max):\\n max = knob\\n \\n if (knob < min):\\n min = knob\\n \\n \\n nuke.thisNode()\\['min_old'].setValue(min)\\n nuke.thisNode()\\['max_old'].setValue(max)\" +STARTLINE}\n addUserKnob {7 min_old l min}\n min_old -5\n addUserKnob {7 max_old l max}\n max_old 6\n addUserKnob {26 new l \"NEW RANGE\"}\n addUserKnob {7 min_new l min}\n addUserKnob {7 max_new l max}\n max_new 1\n addUserKnob {26 \"\"}\n addUserKnob {7 output_range l \"output range\" -STARTLINE}\n output_range {{min_new+(((max_new-min_new)/(max_old-min_old))*(input_range-min_old))}}\n addUserKnob {1 expression_range l \"Expression\"}\n expression_range min_new+(((max_new-min_new)/(max_old-min_old))*(input-min_old))\n addUserKnob {22 generate l Generate -STARTLINE T \"nk = nuke.thisNode()\\nnk.knob('expression_range').setValue(\\\"min_new+(((max_new-min_new)/(max_old-min_old))*(input-min_old))\\\")\"}\n addUserKnob {20 smooth_curve l \"Smooth Curves\"}\n addUserKnob {26 message_2 l \"\" +STARTLINE T \"Drag and drop your curve and apply the smooth.\"}\n addUserKnob {26 \"\" +STARTLINE}\n addUserKnob {14 input_smooth l \"input\" R 0 100}\n addUserKnob {26 \"\"}\n addUserKnob {14 smooth l Smooth R 0 100}\n smooth 2\n addUserKnob {4 smooth_type l Type M {low high \"\" \"\"}}\n smooth_type high\n addUserKnob {26 \"\"}\n addUserKnob {14 output_smooth l \"output smooth\" R 0 100}\n output_smooth {{\"smooth_type==0?input_smooth.w.integrate(frame-1, frame+1) / (2*smooth.w):input_smooth.w.integrate(frame-smooth.w, frame+smooth.w) / (2*smooth.w)\"}}\n addUserKnob {1 expression_smooth l \"Expression\"}\n expression_smooth \"input.x.integrate(frame-smooth, frame+smooth) / (2*smooth)\"\n addUserKnob {22 generate_smooth l Generate -STARTLINE T \"nk = nuke.thisNode()\\nnk.knob('expression_smooth').setValue(\\\"input.x.integrate(frame-smooth, frame+smooth) / (2*smooth)\\\")\"}\n addUserKnob {20 modify l \"Modify Curves\"}\n addUserKnob {26 message_5 l \"\" +STARTLINE T \"Change size, translation or offset of your curve\"}\n addUserKnob {26 \"\" +STARTLINE}\n addUserKnob {14 input_modify l \"input\" R 0 100}\n addUserKnob {26 \"\"}\n addUserKnob {6 active_translate l \"\" +STARTLINE +STARTLINE}\n addUserKnob {26 position l TRANSLATE -STARTLINE T \" \"}\n addUserKnob {14 translate R 0 100}\n translate 1\n addUserKnob {26 \"\"}\n addUserKnob {6 active_scale l \"\" +STARTLINE +STARTLINE}\n addUserKnob {26 scale l SCALE -STARTLINE T \" \"}\n addUserKnob {14 scale_1 l scale R 0 100}\n scale_1 1\n addUserKnob {26 \"\"}\n addUserKnob {6 active_time l \"\" +STARTLINE +STARTLINE}\n addUserKnob {26 time l TIME -STARTLINE T \" \"}\n addUserKnob {3 delay l \"Time offset\"}\n delay 1\n addUserKnob {26 frames -STARTLINE T \" \"}\n addUserKnob {26 \"\"}\n addUserKnob {14 output_modify l \"output modify\" R 0 100}\n output_modify {{input_modify}}\n addUserKnob {1 expression_modify l \"Expression\"}\n expression_modify input\n addUserKnob {20 Fade}\n addUserKnob {26 fade_message l \"\" +STARTLINE T \"Create the fade/dissolve from start frame till end frame. \\nYou can animate mix or another value from 0-1 or 1-0\"}\n addUserKnob {26 \"\" +STARTLINE}\n addUserKnob {4 fade_type l Type M {Linear \"Slow-in Slow-out\" \"Slow-in Linear-out\" \"Linear-in Slow-Out\"}}\n fade_type \"Slow-in Slow-out\"\n addUserKnob {4 fade_dissolve l \"fade from\" M {\"0 to 1\" \"1 to 0\"}}\n fade_dissolve \"1 to 0\"\n addUserKnob {26 \"\"}\n addUserKnob {26 fade_message_1 l \"\" +STARTLINE T \"Start frame has to be less than End frame\"}\n addUserKnob {3 fadeStart l \"start Frame\"}\n addUserKnob {3 fadeEnd l \"end Frame\"}\n fadeEnd 5\n addUserKnob {26 \"\"}\n addUserKnob {7 out_fade l \"output fade\"}\n out_fade {{\"1-((sin(clamp(((frame-fadeStart)*pi)/(fadeEnd-fadeStart) - pi/2, -pi/2, pi/2))+1) /2)\"}}\n addUserKnob {1 expression_fade l \"Expression\"}\n expression_fade \"1-((sin(clamp(((frame-fadeStart)*pi)/(fadeEnd-fadeStart) - pi/2, -pi/2, pi/2))+1) /2)\"\n addUserKnob {20 reference_frame l \"Ref frame\"}\n addUserKnob {26 message_1 l \"\" +STARTLINE T \"Change reference frame of your curve.\\nSet the input equal to 0 in the reference frame\"}\n addUserKnob {26 \"\" +STARTLINE}\n addUserKnob {7 input_ref l \"input\"}\n addUserKnob {3 ref_frame l \"Reference frame\"}\n ref_frame 100\n addUserKnob {22 set_frame l \"set current to frame\" -STARTLINE T \"nk = nuke.thisNode()\\nnk.knob('ref_frame').setValue(nuke.frame())\"}\n addUserKnob {26 \"\"}\n addUserKnob {7 output_ref l \"output ref\"}\n output_ref {{\"input_ref - input_ref(ref_frame)\"}}\n addUserKnob {1 expression_ref l \"Expression\"}\n expression_ref \"input - input(frame)\"\n addUserKnob {22 generate_3 l Generate -STARTLINE T \"nk = nuke.thisNode()\\nnk.knob('expression_ref').setValue(\\\"input - input(frame)\\\")\"}\n addUserKnob {20 percentage l Percentage}\n addUserKnob {26 message_4 l \"\" +STARTLINE T \"Increase or reduce the curve with %\"}\n addUserKnob {26 \"\" +STARTLINE}\n addUserKnob {7 input_percentage l \"input\"}\n addUserKnob {4 operation M {increase reduce \"\" \"\" \"\"}}\n addUserKnob {3 percentage_1 l \" \"}\n percentage_1 10\n addUserKnob {26 percentage_2 l % -STARTLINE}\n addUserKnob {26 \"\"}\n addUserKnob {7 output_percentage l \"output percentage\"}\n output_percentage {{operation==0?input_percentage+(input_percentage*percentage_1)/100:input_percentage-(input_percentage*percentage_1)/100}}\n addUserKnob {1 expression_percentage l \"Expression\" t \"nk = nuke.thisNode()\\nnk.knob('expression_percentage').setValue(\\\"input+(input*percentage)/100\\\")\"}\n expression_percentage input+(input*percentage)/100\n addUserKnob {22 generate_1 l Generate -STARTLINE T \"nk = nuke.thisNode()\\nnk.knob('expression_percentage').setValue(\\\"input+(input*percentage)/100\\\")\"}\n addUserKnob {20 average_1 l Average}\n addUserKnob {26 message_3 l \"\" +STARTLINE T \"Find the average number of the curve values\"}\n addUserKnob {26 \"\" +STARTLINE}\n addUserKnob {7 input_average l \"input\"}\n addUserKnob {3 frame_in l \"frame range\"}\n frame_in 1\n addUserKnob {3 frame_out l \"\" -STARTLINE}\n frame_out 100\n addUserKnob {26 \"\"}\n addUserKnob {7 average l \"average\"}\n average {{\"input_average.integrate(frame_in, frame_out)/(frame_out-frame_in)\"}}\n addUserKnob {1 expression_average l \"Expression\"}\n expression_average \"input.integrate(frame_in, frame_out)/(frame_out-frame_in)\"\n addUserKnob {22 generate_2 l Generate -STARTLINE T \"nk = nuke.thisNode()\\nnk.knob('expression_average').setValue(\\\"input.integrate(frame_in, frame_out)/(frame_out-frame_in)\\\")\"}\n}\n Output {\n inputs 0\n name Output1\n xpos 0\n ypos 300\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_AntiAliasingFilter.gizmo", "content": "Group {\n name AntialiasingFilter\n inputs 2\n tile_color 0xc17a4aff\n label \"(\\[value antialiasing])\"\n note_font \"Verdana Bold\"\n addUserKnob {20 Antialiasing}\n addUserKnob {41 channels T Matrix3.channels}\n addUserKnob {26 \"\"}\n addUserKnob {4 antialiasing t \"Select which filter you want to apply: you have 3 intensity for the antialiasing filter and other 3 for to tweak the aliasing and get the image sharper\" M {\"- aliasing high\" \"- aliasing medium\" \"- aliasing low\" none \"+ antialiasing low\" \"+ antialiasing medium\" \"+ antialiasing high\" \"\"}}\n antialiasing none\n addUserKnob {6 blackClamp l \"black clamp\" t \"Aliasing filter can give you negative values\" +STARTLINE}\n blackClamp true\n addUserKnob {6 whiteClamp l \"white clamp\" t \"Aliasing filter can give you values over 1 in the alpha channel\" -STARTLINE}\n addUserKnob {6 normalize l INVISIBLE -STARTLINE +INVISIBLE}\n normalize true\n addUserKnob {26 \"\"}\n addUserKnob {41 maskChannel l \"mask channel\" T Keymix1.maskChannel}\n addUserKnob {41 invertMask l invert -STARTLINE T Keymix1.invertMask}\n addUserKnob {26 \"\"}\n addUserKnob {41 mix T Keymix1.mix}\n addUserKnob {26 \"\" +STARTLINE}\n addUserKnob {26 email l \"\" +STARTLINE T \"Antialiasing filter v2.0
\\nby Andrea Geremia
\\n
\\nandrea.geremia89@gmail.com
\\nwww.andreageremia.it \"}\n}\n Reformat {\n inputs 0\n type \"to box\"\n box_width 10\n box_height 10\n box_fixed true\n name Reformat1\n xpos 207\n ypos -40\n }\n Shuffle {\n alpha white\n name Shuffle1\n xpos 207\n ypos 40\n }\n Input {\n inputs 0\n name mask\n xpos 55\n ypos -187\n number 1\n }\n Switch {\n inputs 2\n which {{\"!\\[exists parent.input1]\"}}\n name Switch3\n xpos 55\n ypos 40\n }\n Dot {\n name Dot8\n xpos 88\n ypos 432\n }\n Input {\n inputs 0\n name src\n xpos -1152\n ypos -390\n }\nset N66a8cd60 [stack 0]\n Dot {\n name Dot3\n xpos -1119\n ypos -180\n }\nset N7f720840 [stack 0]\n Dot {\n name Dot9\n xpos -1005\n ypos -180\n }\nset N66ce7a80 [stack 0]\n Dot {\n name Dot10\n xpos -858\n ypos -180\n }\nset N66ce9ee0 [stack 0]\n Dot {\n name Dot4\n xpos -623\n ypos -180\n }\n Matrix {\n channels {{{parent.Matrix3.channels}}}\n matrix {\n {1 1 1}\n {1 1 1}\n {1 1 1}\n }\n normalize true\n name Matrix8\n label \"ANTIALIASING HIGH\"\n xpos -656\n ypos -34\n }\npush $N66ce9ee0\n Matrix {\n channels {{{parent.Matrix3.channels}}}\n matrix {\n {1 2 1}\n {2 4 2}\n {1 2 1}\n }\n normalize true\n name Matrix5\n label \"ANTIALIASING MEDIUM\"\n xpos -891\n ypos -24\n }\npush $N66ce7a80\n Matrix {\n channels {{{parent.Matrix3.channels}}}\n matrix {\n {0 1 0}\n {1 2 1}\n {0 1 0}\n }\n normalize true\n name Matrix6\n label \"ANTIALIASING LOW\"\n xpos -1038\n ypos -26\n }\npush $N7f720840\npush $N7f720840\n Dot {\n name Dot12\n xpos -1309\n ypos -180\n }\nset N66ce0a50 [stack 0]\n Matrix {\n channels {{{parent.Matrix3.channels}}}\n matrix {\n {0 -0.5 0}\n {-0.5 3 -0.5}\n {0 -0.5 0}\n }\n normalize {{parent.normalize}}\n name Matrix10\n label \"ALIASING LOW\"\n xpos -1342\n ypos -65\n }\npush $N66ce0a50\n Dot {\n name Dot5\n xpos -1464\n ypos -180\n }\nset N66cc8b70 [stack 0]\n Matrix {\n channels {{{parent.Matrix3.channels}}}\n matrix {\n {0 -1 0}\n {-1 5 -1}\n {0 -1 0}\n }\n normalize true\n name Matrix7\n label \"ALIASING MEDIUM\"\n xpos -1497\n ypos -59\n }\npush $N66cc8b70\n Dot {\n name Dot13\n xpos -1699\n ypos -180\n }\n Matrix {\n channels {{{parent.Matrix3.channels}}}\n matrix {\n {-1 -1 -1}\n {-1 9 -1}\n {-1 -1 -1}\n }\n normalize {{parent.normalize}}\n name Matrix4\n label \"ALIASING HIGH\"\n xpos -1732\n ypos -58\n }\n Switch {\n inputs 7\n which {{parent.antialiasing}}\n name Switch1\n xpos -1152\n ypos 244\n }\n Clamp {\n channels {{{parent.Matrix3.channels}}}\n minimum_enable {{parent.blackClamp}}\n maximum_enable {{parent.whiteClamp}}\n name Clamp1\n xpos -1152\n ypos 323\n }\n Dot {\n name Dot2\n xpos -1119\n ypos 432\n }\npush $N66a8cd60\n Dot {\n name Dot1\n xpos -234\n ypos -388\n }\n Keymix {\n inputs 3\n name Keymix1\n xpos -267\n ypos 426\n }\n Output {\n name Output1\n xpos -267\n ypos 516\n }\n StickyNote {\n inputs 0\n name StickyNote2\n label \"sharp .\"\n note_font_size 20\n xpos -1486\n ypos -239\n }\n StickyNote {\n inputs 0\n name StickyNote1\n label \"antialiasing .\"\n note_font_size 20\n xpos -925\n ypos -226\n }\n Matrix {\n inputs 0\n channels rgba\n matrix {\n {0 0 0}\n {0 1 0}\n {0 0 0}\n }\n name Matrix3\n xpos -1936\n ypos -79\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_AutoCropTool.gizmo", "content": "Group {\n name AutoCropTool\n tile_color 0xa57aaaff\n note_font \"Bitstream Vera Sans Bold\"\n note_font_color 0xffffffff\n selected true\n addUserKnob {20 AutoCropTool}\n addUserKnob {41 channels l \"Channels to Analyse\" T CurveTool.channels}\n addUserKnob {26 \"\"}\n addUserKnob {26 preReformat l \"@b; Pre-Reformat Scale\" T \" \"}\n addUserKnob {41 scale l \"\" -STARTLINE T Reformat1.scale}\n addUserKnob {22 go l Go! T \"import time\\nn = nuke.thisNode()\\n#Define this node\\n\\nct1 = nuke.toNode(\\\"CurveTool\\\")\\n# Define curveTool nodes\\n\\nfirst_frame = int(nuke.Root()\\['first_frame'].getValue())\\nlast_frame = int(nuke.Root()\\['last_frame'].getValue())\\n# Grab first and last frame from root\\n\\np = nuke.Panel(\\\"Execute on FrameRange\\\")\\np.addSingleLineInput('First Frame', first_frame)\\np.addSingleLineInput('Last Frame', last_frame)\\np.addSingleLineInput('Increment', 1)\\nif p.show():\\n \\n # Create user input panel\\n \\n ff = int(p.value(\\\"First Frame\\\"))\\n lf = int(p.value(\\\"Last Frame\\\"))\\n i = int(p.value(\\\"Increment\\\"))\\n # Define first, last, increment from user input panel\\n \\n with n:\\n \\n ct1\\[\\\"autocropdata\\\"].clearAnimated()\\n # Clear any intensitydata from all CurveTool nodes\\n \\n def executeCT(first,last,inc):\\n runMe = True\\n while runMe == True:\\n nuke.execute(ct1,first,last,inc)\\n stop_event.set()\\n runMe = False\\n print('CurveTools done')\\n break\\n # Define CurveTool execution function\\n \\n \\n global stop_event \\n stop_event = threading.Event()\\n threading.Thread(target=executeCT, kwargs=dict(first=ff,last=lf,inc=i) ).start() \\n while not stop_event.is_set():\\n time.sleep(0.1)\\n # run CurveTools with threading\" +STARTLINE}\n addUserKnob {26 adjustbbox l \"@b;Adjust Final BBox\"}\n addUserKnob {6 blackOutside l BlackOutside +STARTLINE}\n addUserKnob {7 addPix l \"Add Pixels\" R 0 100}\n addPix 20\n addUserKnob {20 outbbox2 l \"Output BBox Data\" n 1}\n outbbox2 0\n addUserKnob {41 box T CropBBox_v02_.box}\n addUserKnob {41 bboxCenter l \"bbox Center\" T CropBBox_v02_.bboxCenter}\n addUserKnob {20 endGroup n -1}\n addUserKnob {20 Info}\n addUserKnob {26 creator l Creator: T \"Tony Lyons\"}\n addUserKnob {26 desc l Name: T AutoCropTool}\n addUserKnob {26 ver l Version: T v03}\n}\n Input {\n inputs 0\n name Input1\n xpos -489\n ypos 342\n }\n Dot {\n name Dot159\n xpos -455\n ypos 404\n }\nset N1f815980 [stack 0]\n Reformat {\n type scale\n scale 0.05\n pbb true\n name Reformat1\n xpos -629\n ypos 400\n }\nset N1f864460 [stack 0]\n CurveTool {\n operation \"Auto Crop\"\n channels alpha\n ROI {{\"min(bboxSize1.Crop6.box.x, bboxSize2.Crop6.box.x)\"} {\"min(bboxSize1.Crop6.box.y, bboxSize2.Crop6.box.y)\"} {\"max(bboxSize1.Crop6.box.r, bboxSize2.Crop6.box.r)\"} {\"max(bboxSize1.Crop6.box.t, bboxSize2.Crop6.box.t)\"}}\n autocropdata {{curve} {curve} {curve} {curve}}\n intensitydata {0 0 0 0}\n name CurveTool\n xpos -629\n ypos 496\n }\n Crop {\n box {{parent.CurveTool.autocropdata} {parent.CurveTool.autocropdata} {\"parent.CurveTool.autocropdata.r == 0 ? 1 : parent.CurveTool.autocropdata.r\"} {\"parent.CurveTool.autocropdata.t == 0 ? 1 : parent.CurveTool.autocropdata.t\"}}\n name Crop29\n xpos -629\n ypos 534\n addUserKnob {20 User}\n addUserKnob {22 cropToBbox l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n addUserKnob {22 cropToBbox_1 l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n addUserKnob {22 cropToBbox_2 l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n }\n Reformat {\n type scale\n scale {{1/parent.Reformat1.scale}}\n pbb true\n name Reformat6\n xpos -629\n ypos 560\n }\n Group {\n name CropBBox_v02_\n tile_color 0xa57aaaff\n xpos -629\n ypos 586\n lock_connections {{curve x1000 0}}\n addUserKnob {20 User}\n addUserKnob {26 info l \"\" +STARTLINE T \"crop node with width/height set to the inputs width/height, with black outside checked off\"}\n addUserKnob {4 type l Type M {\"To Format\" \"To BBox\"}}\n type \"To BBox\"\n addUserKnob {41 intersect T Crop6.intersect}\n addUserKnob {6 blackOutside l \"Black Outside\" -STARTLINE}\n addUserKnob {20 inputBbox n 1}\n addUserKnob {41 box T Crop6.box}\n addUserKnob {14 bboxCenter l \"bbox Center\" R 0 100}\n bboxCenter {{\"(this.Crop6.box.r-this.Crop6.box.x)/2 + this.Crop6.box.x\"} {\"(this.Crop6.box.t-this.Crop6.box.y)/2 + this.Crop6.box.y\"}}\n addUserKnob {20 endGroup n -1}\n }\n Input {\n inputs 0\n name Input1\n xpos 261\n ypos 388\n }\n Crop {\n box {{\"type == 0 ? 0 : input.bbox.x\"} {\"type == 0 ? 0 : input.bbox.y\"} {\"type == 0 ? input.width : input.bbox.r\"} {\"type == 0 ? input.height : input.bbox.t\"}}\n crop {{parent.blackOutside}}\n name Crop6\n xpos 261\n ypos 466\n addUserKnob {20 User}\n addUserKnob {22 cropToBbox l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n addUserKnob {22 cropToBbox_1 l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n addUserKnob {22 cropToBbox_2 l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n }\n Output {\n name Output1\n xpos 261\n ypos 583\n }\n end_group\n AdjBBox {\n numpixels {{parent.addPix}}\n name AdjBBox6\n xpos -629\n ypos 612\n }\npush $N1f815980\n CopyBBox {\n inputs 2\n name CopyBBox13\n xpos -489\n ypos 612\n }\n BlackOutside {\n name BlackOutside1\n xpos -489\n ypos 636\n disable {{!parent.blackOutside}}\n }\n Output {\n name Output1\n xpos -489\n ypos 712\n }\npush $N1f864460\n Group {\n name bboxSize1\n tile_color 0xa57aaaff\n xpos -780\n ypos 400\n lock_connections {{curve x1000 0}}\n addUserKnob {20 User}\n addUserKnob {26 info l \"\" +STARTLINE T \"crop node with width/height set to the inputs width/height, with black outside checked off\"}\n addUserKnob {4 type l Type M {\"To Format\" \"To BBox\"}}\n addUserKnob {41 intersect T Crop6.intersect}\n addUserKnob {6 blackOutside l \"Black Outside\" -STARTLINE}\n addUserKnob {20 inputBbox n 1}\n addUserKnob {41 box T Crop6.box}\n addUserKnob {14 bboxCenter l \"bbox Center\" R 0 100}\n bboxCenter {{\"(this.Crop6.box.r-this.Crop6.box.x)/2 + this.Crop6.box.x\"} {\"(this.Crop6.box.t-this.Crop6.box.y)/2 + this.Crop6.box.y\"}}\n addUserKnob {20 endGroup n -1}\n }\n Input {\n inputs 0\n name Input1\n xpos 261\n ypos 388\n }\n Crop {\n box {{\"type == 0 ? 0 : input.bbox.x\"} {\"type == 0 ? 0 : input.bbox.y\"} {\"type == 0 ? input.width : input.bbox.r\"} {\"type == 0 ? input.height : input.bbox.t\"}}\n intersect true\n crop {{parent.blackOutside}}\n name Crop6\n xpos 261\n ypos 466\n addUserKnob {20 User}\n addUserKnob {22 cropToBbox l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n addUserKnob {22 cropToBbox_1 l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n addUserKnob {22 cropToBbox_2 l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n }\n Output {\n name Output1\n xpos 261\n ypos 583\n }\n end_group\npush $N1f864460\n Group {\n name bboxSize2\n tile_color 0xa57aaaff\n xpos -763\n ypos 501\n lock_connections {{curve x1000 0}}\n addUserKnob {20 User}\n addUserKnob {26 info l \"\" +STARTLINE T \"crop node with width/height set to the inputs width/height, with black outside checked off\"}\n addUserKnob {4 type l Type M {\"To Format\" \"To BBox\"}}\n type \"To BBox\"\n addUserKnob {41 intersect T Crop6.intersect}\n addUserKnob {6 blackOutside l \"Black Outside\" -STARTLINE}\n addUserKnob {20 inputBbox n 1}\n addUserKnob {20 endGroup n -1}\n }\n Input {\n inputs 0\n name Input1\n xpos 261\n ypos 388\n }\n Crop {\n box {{\"type == 0 ? 0 : input.bbox.x\"} {\"type == 0 ? 0 : input.bbox.y\"} {\"type == 0 ? input.width : input.bbox.r\"} {\"type == 0 ? input.height : input.bbox.t\"}}\n intersect true\n crop {{parent.blackOutside}}\n name Crop6\n xpos 261\n ypos 466\n addUserKnob {20 User}\n addUserKnob {22 cropToBbox l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n addUserKnob {22 cropToBbox_1 l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n addUserKnob {22 cropToBbox_2 l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n }\n Output {\n name Output1\n xpos 261\n ypos 583\n }\n end_group\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_AutoFlare2.gizmo", "content": "Group {\n name AutoFlare\n selected true\n lock_connections true\n addUserKnob {20 User l Controls}\n addUserKnob {41 effectOnly l \"effect only\" T _INPUT_CTRL.effectOnly}\n addUserKnob {41 viewSelectedHighlights l \"view highlights selection\" T _INPUT_CTRL.viewSelectedHighlights}\n addUserKnob {41 brightspot T _INPUT_CTRL.brightspot}\n addUserKnob {41 threshold T _INPUT_CTRL.threshold}\n addUserKnob {41 gamma T _INPUT_CTRL.gamma}\n addUserKnob {41 clampBright l \"clamp to brightspot\" T _INPUT_CTRL.clampBright}\n addUserKnob {41 quality T _INPUT_CTRL.quality}\n addUserKnob {26 \"\"}\n addUserKnob {41 overallMult l \"overall mult\" T _INPUT_CTRL.overallMult}\n addUserKnob {41 overallLensScale l \"overall lens scale\" T _INPUT_CTRL.overallLensScale}\n addUserKnob {41 overallLensDistance l \"overall lens distance\" T _INPUT_CTRL.overallLensDistance}\n addUserKnob {41 overallSaturation l \"overall saturation\" T _INPUT_CTRL.overallSaturation}\n addUserKnob {41 sourceCol l \"source color\" T _INPUT_CTRL.sourceCol}\n addUserKnob {41 sourceSat l \"source sat\" T _INPUT_CTRL.sourceSat}\n addUserKnob {26 \"\"}\n addUserKnob {41 overallGrainOpacity l \"overall grain opacity\" T _INPUT_CTRL.overallGrainOpacity}\n addUserKnob {41 overallGrainSizeMult l \"grain size mult\" T _INPUT_CTRL.overallGrainSizeMult}\n addUserKnob {41 overallGrainGainMult l \"grain gain mult\" T _INPUT_CTRL.overallGrainGainMult}\n addUserKnob {26 \"\"}\n addUserKnob {41 reflectionsOpacity l \"reflections opacity\" T _INPUT_CTRL.reflectionsOpacity}\n addUserKnob {41 reflectionsRotOffset l \"reflections rot offset\" T _INPUT_CTRL.reflectionsRotOffset}\n addUserKnob {41 reflectionsBlurAdd l \"reflections add blur\" T _INPUT_CTRL.reflectionsBlurAdd}\n addUserKnob {41 reflectionsWhitepointMult l \"refl whitepoint mult\" T _INPUT_CTRL.reflectionsWhitepointMult}\n addUserKnob {41 reflectionsGammaMult l \"refl gamma mult\" T _INPUT_CTRL.reflectionsGammaMult}\n addUserKnob {26 \"\"}\n addUserKnob {41 vignetteActive l \"vignette source\" T _INPUT_CTRL.vignetteActive}\n addUserKnob {41 vignetteScale l scale T _INPUT_CTRL.vignetteScale}\n addUserKnob {41 vignetteDarkness l darkness T _INPUT_CTRL.vignetteDarkness}\n addUserKnob {20 Presets}\n addUserKnob {41 preset_01 l \"Pink on Blue\" T _INPUT_CTRL.preset_01}\n addUserKnob {41 preset_02 l \"Fat Orange\" T _INPUT_CTRL.preset_02}\n addUserKnob {41 preset_03 l \"Classic Orange Blue\" T _INPUT_CTRL.preset_03}\n addUserKnob {41 preset_04 l \"Giant Colorful\" T _INPUT_CTRL.preset_04}\n addUserKnob {41 preset_05 l \"Thin and Wide\" T _INPUT_CTRL.preset_05}\n addUserKnob {41 preset_06 l \"Hexa Green Orange\" T _INPUT_CTRL.preset_06}\n addUserKnob {20 Lenses}\n addUserKnob {41 showNumbers l \"show numbers on lenses\" T _INPUT_CTRL.showNumbers}\n addUserKnob {26 \"\"}\n addUserKnob {20 Lens1GRP l \"lens 01\" n 1}\n Lens1GRP 0\n addUserKnob {41 lens1Active l active T _INPUT_CTRL.lens1Active}\n addUserKnob {41 lens1Size l size T _INPUT_CTRL.lens1Size}\n addUserKnob {41 lens1Col l color T _INPUT_CTRL.lens1Col}\n addUserKnob {41 lens1Blur l blur T _INPUT_CTRL.lens1Blur}\n addUserKnob {41 lens1AxisPos l \"axis pos\" T _INPUT_CTRL.lens1AxisPos}\n addUserKnob {41 lens1Polygon l polygon T _INPUT_CTRL.lens1Polygon}\n addUserKnob {41 lens1Diaphragm l diaphragm T _INPUT_CTRL.lens1Diaphragm}\n addUserKnob {41 lens1DiaphRot l \"diaph rotation\" T _INPUT_CTRL.lens1DiaphRot}\n addUserKnob {41 lens1grainOpacity l \"grain opacity\" T _INPUT_CTRL.lens1grainOpacity}\n addUserKnob {41 lens1grainSize l \"grain size\" T _INPUT_CTRL.lens1grainSize}\n addUserKnob {41 lens1grainGain l \"grain gain\" T _INPUT_CTRL.lens1grainGain}\n addUserKnob {41 lens1reflectionOpacity l \"refl opacity\" T _INPUT_CTRL.lens1reflectionOpacity}\n addUserKnob {41 lens1reflectionRotation l \"refl rotation\" T _INPUT_CTRL.lens1reflectionRotation}\n addUserKnob {41 lens1reflWhitepoint l \"refl whitepoint\" T _INPUT_CTRL.lens1reflWhitepoint}\n addUserKnob {41 lens1reflectionGamma l \"refl gamma\" T _INPUT_CTRL.lens1reflectionGamma}\n addUserKnob {41 lens1reflectionBlur l \"refl blur\" T _INPUT_CTRL.lens1reflectionBlur}\n addUserKnob {20 endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {20 lens2GRP l \"lens 02\" n 1}\n lens2GRP 0\n addUserKnob {41 lens2Active l active T _INPUT_CTRL.lens2Active}\n addUserKnob {41 lens2Size l size T _INPUT_CTRL.lens2Size}\n addUserKnob {41 lens2Col l color T _INPUT_CTRL.lens2Col}\n addUserKnob {41 lens2Blur l blur T _INPUT_CTRL.lens2Blur}\n addUserKnob {41 lens2AxisPos l \"axis pos\" T _INPUT_CTRL.lens2AxisPos}\n addUserKnob {41 lens2Polygon l polygon T _INPUT_CTRL.lens2Polygon}\n addUserKnob {41 lens2Diaphragm l diaphragm T _INPUT_CTRL.lens2Diaphragm}\n addUserKnob {41 lens2DiaphRot l \"diaph rotation\" T _INPUT_CTRL.lens2DiaphRot}\n addUserKnob {41 lens2grainOpacity l \"grain opacity\" T _INPUT_CTRL.lens2grainOpacity}\n addUserKnob {41 lens2grainSize l \"grain size\" T _INPUT_CTRL.lens2grainSize}\n addUserKnob {41 lens2grainGain l \"grain gain\" T _INPUT_CTRL.lens2grainGain}\n addUserKnob {41 lens2reflectionOpacity l \"refl opacity\" T _INPUT_CTRL.lens2reflectionOpacity}\n addUserKnob {41 lens2reflectionRotation l \"refl rotation\" T _INPUT_CTRL.lens2reflectionRotation}\n addUserKnob {41 lens2reflWhitepoint l \"refl whitepoint\" T _INPUT_CTRL.lens2reflWhitepoint}\n addUserKnob {41 lens2reflectionGamma l \"refl gamma\" T _INPUT_CTRL.lens2reflectionGamma}\n addUserKnob {41 lens2reflectionBlur l \"refl blur\" T _INPUT_CTRL.lens2reflectionBlur}\n addUserKnob {20 endGroup_1 l endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {20 lens3GRP l \"lens 03\" n 1}\n lens3GRP 0\n addUserKnob {41 lens3Active l active T _INPUT_CTRL.lens3Active}\n addUserKnob {41 lens3Size l size T _INPUT_CTRL.lens3Size}\n addUserKnob {41 lens3Col l color T _INPUT_CTRL.lens3Col}\n addUserKnob {41 lens3Blur l blur T _INPUT_CTRL.lens3Blur}\n addUserKnob {41 lens3AxisPos l \"axis pos\" T _INPUT_CTRL.lens3AxisPos}\n addUserKnob {41 lens3Polygon l polygon T _INPUT_CTRL.lens3Polygon}\n addUserKnob {41 lens3Diaphragm l diaphragm T _INPUT_CTRL.lens3Diaphragm}\n addUserKnob {41 lens3DiaphRot l \"diaph rotation\" T _INPUT_CTRL.lens3DiaphRot}\n addUserKnob {41 lens3grainOpacity l \"grain opacity\" T _INPUT_CTRL.lens3grainOpacity}\n addUserKnob {41 lens3grainSize l \"grain size\" T _INPUT_CTRL.lens3grainSize}\n addUserKnob {41 lens3grainGain l \"grain gain\" T _INPUT_CTRL.lens3grainGain}\n addUserKnob {41 lens3reflectionOpacity l \"refl opacity\" T _INPUT_CTRL.lens3reflectionOpacity}\n addUserKnob {41 lens3reflectionRotation l \"refl rotation\" T _INPUT_CTRL.lens3reflectionRotation}\n addUserKnob {41 lens3reflWhitepoint l \"refl whitepoint\" T _INPUT_CTRL.lens3reflWhitepoint}\n addUserKnob {41 lens3reflectionGamma l \"refl gamma\" T _INPUT_CTRL.lens3reflectionGamma}\n addUserKnob {41 lens3reflectionBlur l \"refl blur\" T _INPUT_CTRL.lens3reflectionBlur}\n addUserKnob {20 endGroup_2 l endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {20 lens4GRP l \"lens 04\" n 1}\n lens4GRP 0\n addUserKnob {41 lens4Active l active T _INPUT_CTRL.lens4Active}\n addUserKnob {41 lens4Size l size T _INPUT_CTRL.lens4Size}\n addUserKnob {41 lens4Col l color T _INPUT_CTRL.lens4Col}\n addUserKnob {41 lens4Blur l blur T _INPUT_CTRL.lens4Blur}\n addUserKnob {41 lens4AxisPos l \"axis pos\" T _INPUT_CTRL.lens4AxisPos}\n addUserKnob {41 lens4Polygon l polygon T _INPUT_CTRL.lens4Polygon}\n addUserKnob {41 lens4Diaphragm l diaphragm T _INPUT_CTRL.lens4Diaphragm}\n addUserKnob {41 lens4DiaphRot l \"diaph rotation\" T _INPUT_CTRL.lens4DiaphRot}\n addUserKnob {41 lens4grainOpacity l \"grain opacity\" T _INPUT_CTRL.lens4grainOpacity}\n addUserKnob {41 lens4grainSize l \"grain size\" T _INPUT_CTRL.lens4grainSize}\n addUserKnob {41 lens4grainGain l \"grain gain\" T _INPUT_CTRL.lens4grainGain}\n addUserKnob {41 lens4reflectionOpacity l \"refl opacity\" T _INPUT_CTRL.lens4reflectionOpacity}\n addUserKnob {41 lens4reflectionRotation l \"refl rotation\" T _INPUT_CTRL.lens4reflectionRotation}\n addUserKnob {41 lens4reflWhitepoint l \"refl whitepoint\" T _INPUT_CTRL.lens4reflWhitepoint}\n addUserKnob {41 lens4reflectionGamma l \"refl gamma\" T _INPUT_CTRL.lens4reflectionGamma}\n addUserKnob {41 lens4reflectionBlur l \"refl blur\" T _INPUT_CTRL.lens4reflectionBlur}\n addUserKnob {20 endGroup_3 l endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {20 lens5GRP l \"lens 05\" n 1}\n lens5GRP 0\n addUserKnob {41 lens5Active l active T _INPUT_CTRL.lens5Active}\n addUserKnob {41 lens5Size l size T _INPUT_CTRL.lens5Size}\n addUserKnob {41 lens5Col l color T _INPUT_CTRL.lens5Col}\n addUserKnob {41 lens5Blur l blur T _INPUT_CTRL.lens5Blur}\n addUserKnob {41 lens5AxisPos l \"axis pos\" T _INPUT_CTRL.lens5AxisPos}\n addUserKnob {41 lens5Polygon l polygon T _INPUT_CTRL.lens5Polygon}\n addUserKnob {41 lens5Diaphragm l diaphragm T _INPUT_CTRL.lens5Diaphragm}\n addUserKnob {41 lens5DiaphRot l \"diaph rotation\" T _INPUT_CTRL.lens5DiaphRot}\n addUserKnob {41 lens5grainOpacity l \"grain opacity\" T _INPUT_CTRL.lens5grainOpacity}\n addUserKnob {41 lens5grainSize l \"grain size\" T _INPUT_CTRL.lens5grainSize}\n addUserKnob {41 lens5grainGain l \"grain gain\" T _INPUT_CTRL.lens5grainGain}\n addUserKnob {41 lens5reflectionOpacity l \"refl opacity\" T _INPUT_CTRL.lens5reflectionOpacity}\n addUserKnob {41 lens5reflectionRotation l \"refl rotation\" T _INPUT_CTRL.lens5reflectionRotation}\n addUserKnob {41 lens5reflWhitepoint l \"refl whitepoint\" T _INPUT_CTRL.lens5reflWhitepoint}\n addUserKnob {41 lens5reflectionGamma l \"refl gamma\" T _INPUT_CTRL.lens5reflectionGamma}\n addUserKnob {41 lens5reflectionBlur l \"refl blur\" T _INPUT_CTRL.lens5reflectionBlur}\n addUserKnob {20 endGroup_4 l endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {20 lens6GRP l \"lens 06\" n 1}\n lens6GRP 0\n addUserKnob {41 lens6Active l active T _INPUT_CTRL.lens6Active}\n addUserKnob {41 lens6Size l size T _INPUT_CTRL.lens6Size}\n addUserKnob {41 lens6Col l color T _INPUT_CTRL.lens6Col}\n addUserKnob {41 lens6Blur l blur T _INPUT_CTRL.lens6Blur}\n addUserKnob {41 lens6AxisPos l \"axis pos\" T _INPUT_CTRL.lens6AxisPos}\n addUserKnob {41 lens6Polygon l polygon T _INPUT_CTRL.lens6Polygon}\n addUserKnob {41 lens6Diaphragm l diaphragm T _INPUT_CTRL.lens6Diaphragm}\n addUserKnob {41 lens6DiaphRot l \"diaph rotation\" T _INPUT_CTRL.lens6DiaphRot}\n addUserKnob {41 lens6grainOpacity l \"grain opacity\" T _INPUT_CTRL.lens6grainOpacity}\n addUserKnob {41 lens6grainSize l \"grain size\" T _INPUT_CTRL.lens6grainSize}\n addUserKnob {41 lens6grainGain l \"grain gain\" T _INPUT_CTRL.lens6grainGain}\n addUserKnob {41 lens6reflectionOpacity l \"refl opacity\" T _INPUT_CTRL.lens6reflectionOpacity}\n addUserKnob {41 lens6reflectionRotation l \"refl rotation\" T _INPUT_CTRL.lens6reflectionRotation}\n addUserKnob {41 lens6reflWhitepoint l \"refl whitepoint\" T _INPUT_CTRL.lens6reflWhitepoint}\n addUserKnob {41 lens6reflectionGamma l \"refl gamma\" T _INPUT_CTRL.lens6reflectionGamma}\n addUserKnob {41 lens6reflectionBlur l \"refl blur\" T _INPUT_CTRL.lens6reflectionBlur}\n addUserKnob {20 endGroup_5 l endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {20 lens7GRP l \"lens 07\" n 1}\n lens7GRP 0\n addUserKnob {41 lens7Active l active T _INPUT_CTRL.lens7Active}\n addUserKnob {41 lens7Size l size T _INPUT_CTRL.lens7Size}\n addUserKnob {41 lens7Col l color T _INPUT_CTRL.lens7Col}\n addUserKnob {41 lens7Blur l blur T _INPUT_CTRL.lens7Blur}\n addUserKnob {41 lens7AxisPos l \"axis pos\" T _INPUT_CTRL.lens7AxisPos}\n addUserKnob {41 lens7Polygon l polygon T _INPUT_CTRL.lens7Polygon}\n addUserKnob {41 lens7Diaphragm l diaphragm T _INPUT_CTRL.lens7Diaphragm}\n addUserKnob {41 lens7DiaphRot l \"diaph rotation\" T _INPUT_CTRL.lens7DiaphRot}\n addUserKnob {41 lens7grainOpacity l \"grain opacity\" T _INPUT_CTRL.lens7grainOpacity}\n addUserKnob {41 lens7grainSize l \"grain size\" T _INPUT_CTRL.lens7grainSize}\n addUserKnob {41 lens7grainGain l \"grain gain\" T _INPUT_CTRL.lens7grainGain}\n addUserKnob {41 lens7reflectionOpacity l \"refl opacity\" T _INPUT_CTRL.lens7reflectionOpacity}\n addUserKnob {41 lens7reflectionRotation l \"refl rotation\" T _INPUT_CTRL.lens7reflectionRotation}\n addUserKnob {41 lens7reflWhitepoint l \"refl whitepoint\" T _INPUT_CTRL.lens7reflWhitepoint}\n addUserKnob {41 lens7reflectionGamma l \"refl gamma\" T _INPUT_CTRL.lens7reflectionGamma}\n addUserKnob {41 lens7reflectionBlur l \"refl blur\" T _INPUT_CTRL.lens7reflectionBlur}\n addUserKnob {20 endGroup_6 l endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {20 lens8GRP l \"lens 08\" n 1}\n lens8GRP 0\n addUserKnob {41 lens8Active l active T _INPUT_CTRL.lens8Active}\n addUserKnob {41 lens8Size l size T _INPUT_CTRL.lens8Size}\n addUserKnob {41 lens8Col l color T _INPUT_CTRL.lens8Col}\n addUserKnob {41 lens8Blur l blur T _INPUT_CTRL.lens8Blur}\n addUserKnob {41 lens8AxisPos l \"axis pos\" T _INPUT_CTRL.lens8AxisPos}\n addUserKnob {41 lens8Polygon l polygon T _INPUT_CTRL.lens8Polygon}\n addUserKnob {41 lens8Diaphragm l diaphragm T _INPUT_CTRL.lens8Diaphragm}\n addUserKnob {41 lens8DiaphRot l \"diaph rotation\" T _INPUT_CTRL.lens8DiaphRot}\n addUserKnob {41 lens8grainOpacity l \"grain opacity\" T _INPUT_CTRL.lens8grainOpacity}\n addUserKnob {41 lens8grainSize l \"grain size\" T _INPUT_CTRL.lens8grainSize}\n addUserKnob {41 lens8grainGain l \"grain gain\" T _INPUT_CTRL.lens8grainGain}\n addUserKnob {41 lens8reflectionOpacity l \"refl opacity\" T _INPUT_CTRL.lens8reflectionOpacity}\n addUserKnob {41 lens8reflectionRotation l \"refl rotation\" T _INPUT_CTRL.lens8reflectionRotation}\n addUserKnob {41 lens8reflWhitepoint l \"refl whitepoint\" T _INPUT_CTRL.lens8reflWhitepoint}\n addUserKnob {41 lens8reflectionGamma l \"refl gamma\" T _INPUT_CTRL.lens8reflectionGamma}\n addUserKnob {41 lens8reflectionBlur l \"refl blur\" T _INPUT_CTRL.lens8reflectionBlur}\n addUserKnob {20 endGroup_7 l endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {20 lens9GRP l \"lens 09\" n 1}\n lens9GRP 0\n addUserKnob {41 lens9Active l active T _INPUT_CTRL.lens9Active}\n addUserKnob {41 lens9Size l size T _INPUT_CTRL.lens9Size}\n addUserKnob {41 lens9Col l color T _INPUT_CTRL.lens9Col}\n addUserKnob {41 lens9Blur l blur T _INPUT_CTRL.lens9Blur}\n addUserKnob {41 lens9AxisPos l \"axis pos\" T _INPUT_CTRL.lens9AxisPos}\n addUserKnob {41 lens9Polygon l polygon T _INPUT_CTRL.lens9Polygon}\n addUserKnob {41 lens9Diaphragm l diaphragm T _INPUT_CTRL.lens9Diaphragm}\n addUserKnob {41 lens9DiaphRot l \"diaph rotation\" T _INPUT_CTRL.lens9DiaphRot}\n addUserKnob {41 lens9grainOpacity l \"grain opacity\" T _INPUT_CTRL.lens9grainOpacity}\n addUserKnob {41 lens9grainSize l \"grain size\" T _INPUT_CTRL.lens9grainSize}\n addUserKnob {41 lens9grainGain l \"grain gain\" T _INPUT_CTRL.lens9grainGain}\n addUserKnob {41 lens9reflectionOpacity l \"refl opacity\" T _INPUT_CTRL.lens9reflectionOpacity}\n addUserKnob {41 lens9reflectionRotation l \"refl rotation\" T _INPUT_CTRL.lens9reflectionRotation}\n addUserKnob {41 lens9reflWhitepoint l \"refl whitepoint\" T _INPUT_CTRL.lens9reflWhitepoint}\n addUserKnob {41 lens9reflectionGamma l \"refl gamma\" T _INPUT_CTRL.lens9reflectionGamma}\n addUserKnob {41 lens9reflectionBlur l \"refl blur\" T _INPUT_CTRL.lens9reflectionBlur}\n addUserKnob {20 endGroup_8 l endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {20 lens10GRP l \"lens 10\" n 1}\n lens10GRP 0\n addUserKnob {41 lens10Active l active T _INPUT_CTRL.lens10Active}\n addUserKnob {41 lens10Size l size T _INPUT_CTRL.lens10Size}\n addUserKnob {41 lens10Col l color T _INPUT_CTRL.lens10Col}\n addUserKnob {41 lens10Blur l blur T _INPUT_CTRL.lens10Blur}\n addUserKnob {41 lens10AxisPos l \"axis pos\" T _INPUT_CTRL.lens10AxisPos}\n addUserKnob {41 lens10Polygon l polygon T _INPUT_CTRL.lens10Polygon}\n addUserKnob {41 lens10Diaphragm l diaphragm T _INPUT_CTRL.lens10Diaphragm}\n addUserKnob {41 lens10DiaphRot l \"diaph rotation\" T _INPUT_CTRL.lens10DiaphRot}\n addUserKnob {41 lens10grainOpacity l \"grain opacity\" T _INPUT_CTRL.lens10grainOpacity}\n addUserKnob {41 lens10grainSize l \"grain size\" T _INPUT_CTRL.lens10grainSize}\n addUserKnob {41 lens10grainGain l \"grain gain\" T _INPUT_CTRL.lens10grainGain}\n addUserKnob {41 lens10reflectionOpacity l \"refl opacity\" T _INPUT_CTRL.lens10reflectionOpacity}\n addUserKnob {41 lens10reflectionRotation l \"refl rotation\" T _INPUT_CTRL.lens10reflectionRotation}\n addUserKnob {41 lens10reflWhitepoint l \"refl whitepoint\" T _INPUT_CTRL.lens10reflWhitepoint}\n addUserKnob {41 lens10reflectionGamma l \"refl gamma\" T _INPUT_CTRL.lens10reflectionGamma}\n addUserKnob {41 lens10reflectionBlur l \"refl blur\" T _INPUT_CTRL.lens10reflectionBlur}\n addUserKnob {20 endGroup_9 l endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {20 lens11GRP l \"lens 11\" n 1}\n lens11GRP 0\n addUserKnob {41 lens11Active l active T _INPUT_CTRL.lens11Active}\n addUserKnob {41 lens11Size l size T _INPUT_CTRL.lens11Size}\n addUserKnob {41 lens11Col l color T _INPUT_CTRL.lens11Col}\n addUserKnob {41 lens11Blur l blur T _INPUT_CTRL.lens11Blur}\n addUserKnob {41 lens11AxisPos l \"axis pos\" T _INPUT_CTRL.lens11AxisPos}\n addUserKnob {41 lens11Polygon l polygon T _INPUT_CTRL.lens11Polygon}\n addUserKnob {41 lens11Diaphragm l diaphragm T _INPUT_CTRL.lens11Diaphragm}\n addUserKnob {41 lens11DiaphRot l \"diaph rotation\" T _INPUT_CTRL.lens11DiaphRot}\n addUserKnob {41 lens11grainOpacity l \"grain opacity\" T _INPUT_CTRL.lens11grainOpacity}\n addUserKnob {41 lens11grainSize l \"grain size\" T _INPUT_CTRL.lens11grainSize}\n addUserKnob {41 lens11grainGain l \"grain gain\" T _INPUT_CTRL.lens11grainGain}\n addUserKnob {41 lens11reflectionOpacity l \"refl opacity\" T _INPUT_CTRL.lens11reflectionOpacity}\n addUserKnob {41 lens11reflectionRotation l \"refl rotation\" T _INPUT_CTRL.lens11reflectionRotation}\n addUserKnob {41 lens11reflWhitepoint l \"refl whitepoint\" T _INPUT_CTRL.lens11reflWhitepoint}\n addUserKnob {41 lens11reflectionGamma l \"refl gamma\" T _INPUT_CTRL.lens11reflectionGamma}\n addUserKnob {41 lens11reflectionBlur l \"refl blur\" T _INPUT_CTRL.lens11reflectionBlur}\n addUserKnob {20 endGroup_10 l endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {20 lens12GRP l \"lens 12\" n 1}\n lens12GRP 0\n addUserKnob {41 lens12Active l active T _INPUT_CTRL.lens12Active}\n addUserKnob {41 lens12Size l size T _INPUT_CTRL.lens12Size}\n addUserKnob {41 lens12Col l color T _INPUT_CTRL.lens12Col}\n addUserKnob {41 lens12Blur l blur T _INPUT_CTRL.lens12Blur}\n addUserKnob {41 lens12AxisPos l \"axis pos\" T _INPUT_CTRL.lens12AxisPos}\n addUserKnob {41 lens12Polygon l polygon T _INPUT_CTRL.lens12Polygon}\n addUserKnob {41 lens12Diaphragm l diaphragm T _INPUT_CTRL.lens12Diaphragm}\n addUserKnob {41 lens12DiaphRot l \"diaph rotation\" T _INPUT_CTRL.lens12DiaphRot}\n addUserKnob {41 lens12grainOpacity l \"grain opacity\" T _INPUT_CTRL.lens12grainOpacity}\n addUserKnob {41 lens12grainSize l \"grain size\" T _INPUT_CTRL.lens12grainSize}\n addUserKnob {41 lens12grainGain l \"grain gain\" T _INPUT_CTRL.lens12grainGain}\n addUserKnob {41 lens12reflectionOpacity l \"refl opacity\" T _INPUT_CTRL.lens12reflectionOpacity}\n addUserKnob {41 lens12reflectionRotation l \"refl rotation\" T _INPUT_CTRL.lens12reflectionRotation}\n addUserKnob {41 lens12reflWhitepoint l \"refl whitepoint\" T _INPUT_CTRL.lens12reflWhitepoint}\n addUserKnob {41 lens12reflectionGamma l \"refl gamma\" T _INPUT_CTRL.lens12reflectionGamma}\n addUserKnob {41 lens12reflectionBlur l \"refl blur\" T _INPUT_CTRL.lens12reflectionBlur}\n addUserKnob {20 endGroup_11 l endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {20 len13GRP l \"lens 13\" n 1}\n len13GRP 0\n addUserKnob {41 lens13Active l active T _INPUT_CTRL.lens13Active}\n addUserKnob {41 lens13Size l size T _INPUT_CTRL.lens13Size}\n addUserKnob {41 lens13Col l color T _INPUT_CTRL.lens13Col}\n addUserKnob {41 lens13Blur l blur T _INPUT_CTRL.lens13Blur}\n addUserKnob {41 lens13AxisPos l \"axis pos\" T _INPUT_CTRL.lens13AxisPos}\n addUserKnob {41 lens13Polygon l polygon T _INPUT_CTRL.lens13Polygon}\n addUserKnob {41 lens13Diaphragm l diaphragm T _INPUT_CTRL.lens13Diaphragm}\n addUserKnob {41 lens13DiaphRot l \"diaph rotation\" T _INPUT_CTRL.lens13DiaphRot}\n addUserKnob {41 lens13grainOpacity l \"grain opacity\" T _INPUT_CTRL.lens13grainOpacity}\n addUserKnob {41 lens13grainSize l \"grain size\" T _INPUT_CTRL.lens13grainSize}\n addUserKnob {41 lens13grainGain l \"grain gain\" T _INPUT_CTRL.lens13grainGain}\n addUserKnob {41 lens13reflectionOpacity l \"refl opacity\" T _INPUT_CTRL.lens13reflectionOpacity}\n addUserKnob {41 lens13reflectionRotation l \"refl rotation\" T _INPUT_CTRL.lens13reflectionRotation}\n addUserKnob {41 lens13reflWhitepoint l \"refl whitepoint\" T _INPUT_CTRL.lens13reflWhitepoint}\n addUserKnob {41 lens13reflectionGamma l \"refl gamma\" T _INPUT_CTRL.lens13reflectionGamma}\n addUserKnob {41 lens13reflectionBlur l \"refl blur\" T _INPUT_CTRL.lens13reflectionBlur}\n addUserKnob {20 endGroup_12 l endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {20 lens14GRP l \"lens 14\" n 1}\n lens14GRP 0\n addUserKnob {41 lens14Active l active T _INPUT_CTRL.lens14Active}\n addUserKnob {41 lens14Size l size T _INPUT_CTRL.lens14Size}\n addUserKnob {41 lens14Col l color T _INPUT_CTRL.lens14Col}\n addUserKnob {41 lens14Blur l blur T _INPUT_CTRL.lens14Blur}\n addUserKnob {41 lens14AxisPos l \"axis pos\" T _INPUT_CTRL.lens14AxisPos}\n addUserKnob {41 lens14Polygon l polygon T _INPUT_CTRL.lens14Polygon}\n addUserKnob {41 lens14Diaphragm l diaphragm T _INPUT_CTRL.lens14Diaphragm}\n addUserKnob {41 lens14DiaphRot l \"diaph rotation\" T _INPUT_CTRL.lens14DiaphRot}\n addUserKnob {41 lens14grainOpacity l \"grain opacity\" T _INPUT_CTRL.lens14grainOpacity}\n addUserKnob {41 lens14grainSize l \"grain size\" T _INPUT_CTRL.lens14grainSize}\n addUserKnob {41 lens14grainGain l \"grain gain\" T _INPUT_CTRL.lens14grainGain}\n addUserKnob {41 lens14reflectionOpacity l \"refl opacity\" T _INPUT_CTRL.lens14reflectionOpacity}\n addUserKnob {41 lens14reflectionRotation l \"refl rotation\" T _INPUT_CTRL.lens14reflectionRotation}\n addUserKnob {41 lens14reflWhitepoint l \"refl whitepoint\" T _INPUT_CTRL.lens14reflWhitepoint}\n addUserKnob {41 lens14reflectionGamma l \"refl gamma\" T _INPUT_CTRL.lens14reflectionGamma}\n addUserKnob {41 lens14reflectionBlur l \"refl blur\" T _INPUT_CTRL.lens14reflectionBlur}\n addUserKnob {20 endGroup_13 l endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {20 lens15GRP l \"lens 15\" n 1}\n lens15GRP 0\n addUserKnob {41 lens15Active l active T _INPUT_CTRL.lens15Active}\n addUserKnob {41 lens15Size l size T _INPUT_CTRL.lens15Size}\n addUserKnob {41 lens15Col l color T _INPUT_CTRL.lens15Col}\n addUserKnob {41 lens15Blur l blur T _INPUT_CTRL.lens15Blur}\n addUserKnob {41 lens15AxisPos l \"axis pos\" T _INPUT_CTRL.lens15AxisPos}\n addUserKnob {41 lens15Polygon l polygon T _INPUT_CTRL.lens15Polygon}\n addUserKnob {41 lens15Diaphragm l diaphragm T _INPUT_CTRL.lens15Diaphragm}\n addUserKnob {41 lens15DiaphRot l \"diaph rotation\" T _INPUT_CTRL.lens15DiaphRot}\n addUserKnob {41 lens15grainOpacity l \"grain opacity\" T _INPUT_CTRL.lens15grainOpacity}\n addUserKnob {41 lens15grainSize l \"grain size\" T _INPUT_CTRL.lens15grainSize}\n addUserKnob {41 lens15grainGain l \"grain gain\" T _INPUT_CTRL.lens15grainGain}\n addUserKnob {41 lens15reflectionOpacity l \"refl opacity\" T _INPUT_CTRL.lens15reflectionOpacity}\n addUserKnob {41 lens15reflectionRotation l \"refl rotation\" T _INPUT_CTRL.lens15reflectionRotation}\n addUserKnob {41 lens15reflWhitepoint l \"refl whitepoint\" T _INPUT_CTRL.lens15reflWhitepoint}\n addUserKnob {41 lens15reflectionGamma l \"refl gamma\" T _INPUT_CTRL.lens15reflectionGamma}\n addUserKnob {41 lens15reflectionBlur l \"refl blur\" T _INPUT_CTRL.lens15reflectionBlur}\n addUserKnob {20 endGroup_14 l endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {20 lens16GRP l \"lens 16\" n 1}\n lens16GRP 0\n addUserKnob {41 lens16Active l active T _INPUT_CTRL.lens16Active}\n addUserKnob {41 lens16Size l size T _INPUT_CTRL.lens16Size}\n addUserKnob {41 lens16Col l color T _INPUT_CTRL.lens16Col}\n addUserKnob {41 lens16Blur l blur T _INPUT_CTRL.lens16Blur}\n addUserKnob {41 lens16AxisPos l \"axis pos\" T _INPUT_CTRL.lens16AxisPos}\n addUserKnob {41 lens16Polygon l polygon T _INPUT_CTRL.lens16Polygon}\n addUserKnob {41 lens16Diaphragm l diaphragm T _INPUT_CTRL.lens16Diaphragm}\n addUserKnob {41 lens16DiaphRot l \"diaph rotation\" T _INPUT_CTRL.lens16DiaphRot}\n addUserKnob {41 lens16grainOpacity l \"grain opacity\" T _INPUT_CTRL.lens16grainOpacity}\n addUserKnob {41 lens16grainSize l \"grain size\" T _INPUT_CTRL.lens16grainSize}\n addUserKnob {41 lens16grainGain l \"grain gain\" T _INPUT_CTRL.lens16grainGain}\n addUserKnob {41 lens16reflectionOpacity l \"refl opacity\" T _INPUT_CTRL.lens16reflectionOpacity}\n addUserKnob {41 lens16reflectionRotation l \"refl rotation\" T _INPUT_CTRL.lens16reflectionRotation}\n addUserKnob {41 lens16reflWhitepoint l \"refl whitepoint\" T _INPUT_CTRL.lens16reflWhitepoint}\n addUserKnob {41 lens16reflectionGamma l \"refl gamma\" T _INPUT_CTRL.lens16reflectionGamma}\n addUserKnob {41 lens16reflectionBlur l \"refl blur\" T _INPUT_CTRL.lens16reflectionBlur}\n addUserKnob {20 endGroup_15 l endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {20 lens17GRP l \"lens 17\" n 1}\n lens17GRP 0\n addUserKnob {41 lens17Active l active T _INPUT_CTRL.lens17Active}\n addUserKnob {41 lens17Size l size T _INPUT_CTRL.lens17Size}\n addUserKnob {41 lens17Col l color T _INPUT_CTRL.lens17Col}\n addUserKnob {41 lens17Blur l blur T _INPUT_CTRL.lens17Blur}\n addUserKnob {41 lens17AxisPos l \"axis pos\" T _INPUT_CTRL.lens17AxisPos}\n addUserKnob {41 lens17Polygon l polygon T _INPUT_CTRL.lens17Polygon}\n addUserKnob {41 lens17Diaphragm l diaphragm T _INPUT_CTRL.lens17Diaphragm}\n addUserKnob {41 lens17DiaphRot l \"diaph rotation\" T _INPUT_CTRL.lens17DiaphRot}\n addUserKnob {41 lens17grainOpacity l \"grain opacity\" T _INPUT_CTRL.lens17grainOpacity}\n addUserKnob {41 lens17grainSize l \"grain size\" T _INPUT_CTRL.lens17grainSize}\n addUserKnob {41 lens17grainGain l \"grain gain\" T _INPUT_CTRL.lens17grainGain}\n addUserKnob {41 lens17reflectionOpacity l \"refl opacity\" T _INPUT_CTRL.lens17reflectionOpacity}\n addUserKnob {41 lens17reflectionRotation l \"refl rotation\" T _INPUT_CTRL.lens17reflectionRotation}\n addUserKnob {41 lens17reflWhitepoint l \"refl whitepoint\" T _INPUT_CTRL.lens17reflWhitepoint}\n addUserKnob {41 lens17reflectionGamma l \"refl gamma\" T _INPUT_CTRL.lens17reflectionGamma}\n addUserKnob {41 lens17reflectionBlur l \"refl blur\" T _INPUT_CTRL.lens17reflectionBlur}\n addUserKnob {20 endGroup_16 l endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {20 lens18GRP l \"lens 18\" n 1}\n lens18GRP 0\n addUserKnob {41 lens18Active l active T _INPUT_CTRL.lens18Active}\n addUserKnob {41 lens18Size l size T _INPUT_CTRL.lens18Size}\n addUserKnob {41 lens18Col l color T _INPUT_CTRL.lens18Col}\n addUserKnob {41 lens18Blur l blur T _INPUT_CTRL.lens18Blur}\n addUserKnob {41 lens18AxisPos l \"axis pos\" T _INPUT_CTRL.lens18AxisPos}\n addUserKnob {41 lens18Polygon l polygon T _INPUT_CTRL.lens18Polygon}\n addUserKnob {41 lens18Diaphragm l diaphragm T _INPUT_CTRL.lens18Diaphragm}\n addUserKnob {41 lens18DiaphRot l \"diaph rotation\" T _INPUT_CTRL.lens18DiaphRot}\n addUserKnob {41 lens18grainOpacity l \"grain opacity\" T _INPUT_CTRL.lens18grainOpacity}\n addUserKnob {41 lens18grainSize l \"grain size\" T _INPUT_CTRL.lens18grainSize}\n addUserKnob {41 lens18grainGain l \"grain gain\" T _INPUT_CTRL.lens18grainGain}\n addUserKnob {41 lens18reflectionOpacity l \"refl opacity\" T _INPUT_CTRL.lens18reflectionOpacity}\n addUserKnob {41 lens18reflectionRotation l \"refl rotation\" T _INPUT_CTRL.lens18reflectionRotation}\n addUserKnob {41 lens18reflWhitepoint l \"refl whitepoint\" T _INPUT_CTRL.lens18reflWhitepoint}\n addUserKnob {41 lens18reflectionGamma l \"refl gamma\" T _INPUT_CTRL.lens18reflectionGamma}\n addUserKnob {41 lens18reflectionBlur l \"refl blur\" T _INPUT_CTRL.lens18reflectionBlur}\n addUserKnob {20 endGroup_17 l endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {20 lens19GRP l \"lens 19\" n 1}\n lens19GRP 0\n addUserKnob {41 lens19Active l active T _INPUT_CTRL.lens19Active}\n addUserKnob {41 lens19Size l size T _INPUT_CTRL.lens19Size}\n addUserKnob {41 lens19Col l color T _INPUT_CTRL.lens19Col}\n addUserKnob {41 lens19Blur l blur T _INPUT_CTRL.lens19Blur}\n addUserKnob {41 lens19AxisPos l \"axis pos\" T _INPUT_CTRL.lens19AxisPos}\n addUserKnob {41 lens19Polygon l polygon T _INPUT_CTRL.lens19Polygon}\n addUserKnob {41 lens19Diaphragm l diaphragm T _INPUT_CTRL.lens19Diaphragm}\n addUserKnob {41 lens19DiaphRot l \"diaph rotation\" T _INPUT_CTRL.lens19DiaphRot}\n addUserKnob {41 lens19grainOpacity l \"grain opacity\" T _INPUT_CTRL.lens19grainOpacity}\n addUserKnob {41 lens19grainSize l \"grain size\" T _INPUT_CTRL.lens19grainSize}\n addUserKnob {41 lens19grainGain l \"grain gain\" T _INPUT_CTRL.lens19grainGain}\n addUserKnob {41 lens19reflectionOpacity l \"refl opacity\" T _INPUT_CTRL.lens19reflectionOpacity}\n addUserKnob {41 lens19reflectionRotation l \"refl rotation\" T _INPUT_CTRL.lens19reflectionRotation}\n addUserKnob {41 lens19reflWhitepoint l \"refl whitepoint\" T _INPUT_CTRL.lens19reflWhitepoint}\n addUserKnob {41 lens19reflectionGamma l \"refl gamma\" T _INPUT_CTRL.lens19reflectionGamma}\n addUserKnob {41 lens19reflectionBlur l \"refl blur\" T _INPUT_CTRL.lens19reflectionBlur}\n addUserKnob {20 endGroup_18 l endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {20 lens20GRP l \"lens 20\" n 1}\n lens20GRP 0\n addUserKnob {41 lens20Active l active T _INPUT_CTRL.lens20Active}\n addUserKnob {41 lens20Size l size T _INPUT_CTRL.lens20Size}\n addUserKnob {41 lens20Col l color T _INPUT_CTRL.lens20Col}\n addUserKnob {41 lens20Blur l blur T _INPUT_CTRL.lens20Blur}\n addUserKnob {41 lens20AxisPos l \"axis pos\" T _INPUT_CTRL.lens20AxisPos}\n addUserKnob {41 lens20Polygon l polygon T _INPUT_CTRL.lens20Polygon}\n addUserKnob {41 lens20Diaphragm l diaphragm T _INPUT_CTRL.lens20Diaphragm}\n addUserKnob {41 lens20DiaphRot l \"diaph rotation\" T _INPUT_CTRL.lens20DiaphRot}\n addUserKnob {41 lens20grainOpacity l \"grain opacity\" T _INPUT_CTRL.lens20grainOpacity}\n addUserKnob {41 lens20grainSize l \"grain size\" T _INPUT_CTRL.lens20grainSize}\n addUserKnob {41 lens20grainGain l \"grain gain\" T _INPUT_CTRL.lens20grainGain}\n addUserKnob {41 lens20reflectionOpacity l \"refl opacity\" T _INPUT_CTRL.lens20reflectionOpacity}\n addUserKnob {41 lens20reflectionRotation l \"refl rotation\" T _INPUT_CTRL.lens20reflectionRotation}\n addUserKnob {41 lens20reflWhitepoint l \"refl whitepoint\" T _INPUT_CTRL.lens20reflWhitepoint}\n addUserKnob {41 lens20reflectionGamma l \"refl gamma\" T _INPUT_CTRL.lens20reflectionGamma}\n addUserKnob {41 lens20reflectionBlur l \"refl blur\" T _INPUT_CTRL.lens20reflectionBlur}\n addUserKnob {20 endGroup_19 l endGroup n -1}\n}\n Input {\n inputs 0\n name Input\n xpos 153\n ypos 416\n }\n NoOp {\n name _INPUT_\n xpos 153\n ypos 456\n }\nset N49d16e70 [stack 0]\n NoOp {\n name _SOURCE\n xpos -72\n ypos 456\n }\n Multiply {\n value 0\n name _compOnSource\n xpos -72\n ypos 10508\n disable {{1-_INPUT_CTRL.effectOnly i}}\n }\npush $N49d16e70\n Reformat {\n type scale\n scale {{_INPUT_CTRL.quality i}}\n name _reformatQuality\n xpos 153\n ypos 485\n }\n NoOp {\n name _INPUT_CTRL\n xpos 153\n ypos 523\n addUserKnob {20 Controls}\n addUserKnob {6 effectOnly l \"effect only\" +STARTLINE}\n addUserKnob {6 viewSelectedHighlights l \"view highlights selection\" +STARTLINE}\n addUserKnob {7 brightspot R 0.9 15}\n brightspot 2\n addUserKnob {7 threshold}\n threshold 1\n addUserKnob {7 gamma t \"Value for the gamma function applied between threshold value and brightspot value.\\n\" R 0 3}\n gamma 2.2\n addUserKnob {6 clampBright l \"clamp to brightspot\" t \"Clamp the maximum values to the brightspot value.\" +STARTLINE}\n clampBright true\n addUserKnob {7 quality}\n quality 0.5\n addUserKnob {26 \"\"}\n addUserKnob {7 overallMult l \"overall mult\" R 0 2}\n overallMult 1\n addUserKnob {7 overallLensScale l \"overall lens scale\" R 0 2}\n overallLensScale 1\n addUserKnob {7 overallLensDistance l \"overall lens distance\" R 0 2}\n overallLensDistance 1\n addUserKnob {7 overallSaturation l \"overall saturation\" R 0 2}\n overallSaturation 1\n addUserKnob {7 sourceCol l \"source color\" t \"Mix with source color\"}\n sourceCol 1\n addUserKnob {7 sourceSat l \"source sat\" R 0 3}\n sourceSat 1\n addUserKnob {26 \"\"}\n addUserKnob {7 overallGrainOpacity l \"overall grain opacity\"}\n addUserKnob {7 overallGrainSizeMult l \"grain size mult\" R 0 10}\n overallGrainSizeMult 1\n addUserKnob {7 overallGrainGainMult l \"grain gain mult\" R 0 5}\n overallGrainGainMult 1\n addUserKnob {26 \"\"}\n addUserKnob {7 reflectionsOpacity l \"reflections opacity\"}\n addUserKnob {7 reflectionsRotOffset l \"reflections rot offset\" R 0 360}\n addUserKnob {7 reflectionsBlurAdd l \"reflections add blur\" R 0 50}\n addUserKnob {18 reflectionsWhitepointMult l \"refl whitepoint mult\" R 0 2}\n reflectionsWhitepointMult 1\n addUserKnob {6 reflectionsWhitepointMult_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 reflectionsWhitepointMult_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 reflectionsWhitepointMult_panelDropped_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {18 reflectionsGammaMult l \"refl gamma mult\" R 0 5}\n reflectionsGammaMult 1\n addUserKnob {6 reflectionsGammaMult_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 reflectionsGammaMult_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 reflectionsGammaMult_panelDropped_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {26 \"\"}\n addUserKnob {6 vignetteActive l \"vignette source\" +STARTLINE}\n vignetteActive true\n addUserKnob {7 vignetteScale l scale}\n vignetteScale 0.7\n addUserKnob {7 vignetteDarkness l darkness}\n vignetteDarkness 1\n addUserKnob {20 Presets}\n addUserKnob {22 preset_01 l \"Pink on Blue\" T \"n=nuke.toNode('_INPUT_CTRL')\\n\\nn.knob('lens1Active').setValue(True)\\nn.knob('lens1Size').setValue(230)\\nn.knob('lens1Col').setValue(2.48,0)\\nn.knob('lens1Col').setValue(2.86,1)\\nn.knob('lens1Col').setValue(16.6,2)\\nn.knob('lens1Blur').setValue(17)\\nn.knob('lens1AxisPos').setValue(-1.18)\\nn.knob('lens1Polygon').setValue(0)\\nn.knob('lens1Diaphragm').setValue(1)\\nn.knob('lens1DiaphRot').setValue(0)\\n\\nn.knob('lens2Active').setValue(True)\\nn.knob('lens2Size').setValue(50)\\nn.knob('lens2Col').setValue(0.0027,0)\\nn.knob('lens2Col').setValue(0.0095,1)\\nn.knob('lens2Col').setValue(0.3,2)\\nn.knob('lens2Blur').setValue(0)\\nn.knob('lens2AxisPos').setValue(1.86)\\nn.knob('lens2Polygon').setValue(0)\\nn.knob('lens2Diaphragm').setValue(1)\\nn.knob('lens2DiaphRot').setValue(0)\\n\\nn.knob('lens3Active').setValue(True)\\nn.knob('lens3Size').setValue(200)\\nn.knob('lens3Col').setValue(7,0)\\nn.knob('lens3Col').setValue(6.02,1)\\nn.knob('lens3Col').setValue(2.79,2)\\nn.knob('lens3Blur').setValue(0)\\nn.knob('lens3AxisPos').setValue(-1.18)\\nn.knob('lens3Polygon').setValue(0)\\nn.knob('lens3Diaphragm').setValue(1)\\nn.knob('lens3DiaphRot').setValue(0)\\n\\nn.knob('lens4Active').setValue(True)\\nn.knob('lens4Size').setValue(900)\\nn.knob('lens4Col').setValue(26,0)\\nn.knob('lens4Col').setValue(5.88,1)\\nn.knob('lens4Col').setValue(10.64,2)\\nn.knob('lens4Blur').setValue(0)\\nn.knob('lens4AxisPos').setValue(-2.2)\\nn.knob('lens4Polygon').setValue(0)\\nn.knob('lens4Diaphragm').setValue(1)\\nn.knob('lens4DiaphRot').setValue(0)\\n\\nn.knob('lens5Active').setValue(True)\\nn.knob('lens5Size').setValue(540)\\nn.knob('lens5Col').setValue(0.6,0)\\nn.knob('lens5Col').setValue(0.34,1)\\nn.knob('lens5Col').setValue(0.4,2)\\nn.knob('lens5Blur').setValue(0)\\nn.knob('lens5AxisPos').setValue(1)\\nn.knob('lens5Polygon').setValue(0)\\nn.knob('lens5Diaphragm').setValue(1)\\nn.knob('lens5DiaphRot').setValue(0)\\n\\nn.knob('lens6Active').setValue(True)\\nn.knob('lens6Size').setValue(430)\\nn.knob('lens6Col').setValue(1.29,0)\\nn.knob('lens6Col').setValue(0.19,1)\\nn.knob('lens6Col').setValue(1.17,2)\\nn.knob('lens6Blur').setValue(0)\\nn.knob('lens6AxisPos').setValue(2.2)\\nn.knob('lens6Polygon').setValue(0)\\nn.knob('lens6Diaphragm').setValue(1)\\nn.knob('lens6DiaphRot').setValue(0)\\n\\nn.knob('lens7Active').setValue(True)\\nn.knob('lens7Size').setValue(400)\\nn.knob('lens7Col').setValue(0,0)\\nn.knob('lens7Col').setValue(674.66,1)\\nn.knob('lens7Col').setValue(720,2)\\nn.knob('lens7Blur').setValue(0)\\nn.knob('lens7AxisPos').setValue(0.1)\\nn.knob('lens7Polygon').setValue(0)\\nn.knob('lens7Diaphragm').setValue(1)\\nn.knob('lens7DiaphRot').setValue(0)\\n\\nn.knob('lens8Active').setValue(True)\\nn.knob('lens8Size').setValue(950)\\nn.knob('lens8Col').setValue(5,0)\\nn.knob('lens8Col').setValue(13.21,1)\\nn.knob('lens8Col').setValue(20,2)\\nn.knob('lens8Blur').setValue(40)\\nn.knob('lens8AxisPos').setValue(-2.16)\\nn.knob('lens8Polygon').setValue(0)\\nn.knob('lens8Diaphragm').setValue(1)\\nn.knob('lens8DiaphRot').setValue(0)\\n\\nn.knob('lens9Active').setValue(True)\\nn.knob('lens9Size').setValue(130)\\nn.knob('lens9Col').setValue(0.07,0)\\nn.knob('lens9Col').setValue(0.23,1)\\nn.knob('lens9Col').setValue(4.8,2)\\nn.knob('lens9Blur').setValue(5.6)\\nn.knob('lens9AxisPos').setValue(0.7)\\nn.knob('lens9Polygon').setValue(0)\\nn.knob('lens9Diaphragm').setValue(1)\\nn.knob('lens9DiaphRot').setValue(0)\\n\\nn.knob('lens10Active').setValue(True)\\nn.knob('lens10Size').setValue(350)\\nn.knob('lens10Col').setValue(1.549,0)\\nn.knob('lens10Col').setValue(1,1)\\nn.knob('lens10Col').setValue(0.85,2)\\nn.knob('lens10Blur').setValue(0)\\nn.knob('lens10AxisPos').setValue(-1.8)\\nn.knob('lens10Polygon').setValue(0)\\nn.knob('lens10Diaphragm').setValue(1)\\nn.knob('lens10DiaphRot').setValue(0)\\n\\nn.knob('lens11Active').setValue(True)\\nn.knob('lens11Size').setValue(10)\\nn.knob('lens11Col').setValue(0.1,0)\\nn.knob('lens11Col').setValue(0.032,1)\\nn.knob('lens11Col').setValue(0.087,2)\\nn.knob('lens11Blur').setValue(3.8)\\nn.knob('lens11AxisPos').setValue(-0.6)\\nn.knob('lens11Polygon').setValue(0)\\nn.knob('lens11Diaphragm').setValue(1)\\nn.knob('lens11DiaphRot').setValue(0)\\n\\nn.knob('lens12Active').setValue(True)\\nn.knob('lens12Size').setValue(390)\\nn.knob('lens12Col').setValue(0.11,0)\\nn.knob('lens12Col').setValue(0.053,1)\\nn.knob('lens12Col').setValue(0.036,2)\\nn.knob('lens12Blur').setValue(2.1)\\nn.knob('lens12AxisPos').setValue(-1.8)\\nn.knob('lens12Polygon').setValue(0)\\nn.knob('lens12Diaphragm').setValue(1)\\nn.knob('lens12DiaphRot').setValue(0)\\n\\nn.knob('lens13Active').setValue(True)\\nn.knob('lens13Size').setValue(140)\\nn.knob('lens13Col').setValue(0.5,0)\\nn.knob('lens13Col').setValue(2.75,1)\\nn.knob('lens13Col').setValue(5,2)\\nn.knob('lens13Blur').setValue(140)\\nn.knob('lens13AxisPos').setValue(2)\\nn.knob('lens13Polygon').setValue(0)\\nn.knob('lens13Diaphragm').setValue(1)\\nn.knob('lens13DiaphRot').setValue(0)\\n\\nn.knob('lens14Active').setValue(True)\\nn.knob('lens14Size').setValue(420)\\nn.knob('lens14Col').setValue(509.29,0)\\nn.knob('lens14Col').setValue(-50.93,1)\\nn.knob('lens14Col').setValue(500.3,2)\\nn.knob('lens14Blur').setValue(20)\\nn.knob('lens14AxisPos').setValue(0.08)\\nn.knob('lens14Polygon').setValue(0)\\nn.knob('lens14Diaphragm').setValue(1)\\nn.knob('lens14DiaphRot').setValue(0)\\n\\nn.knob('lens15Active').setValue(True)\\nn.knob('lens15Size').setValue(590)\\nn.knob('lens15Col').setValue(1120,0)\\nn.knob('lens15Col').setValue(-55.99,1)\\nn.knob('lens15Col').setValue(946.47,2)\\nn.knob('lens15Blur').setValue(0)\\nn.knob('lens15AxisPos').setValue(-0.1)\\nn.knob('lens15Polygon').setValue(0)\\nn.knob('lens15Diaphragm').setValue(1)\\nn.knob('lens15DiaphRot').setValue(0)\\n\\nn.knob('lens16Active').setValue(True)\\nn.knob('lens16Size').setValue(130)\\nn.knob('lens16Col').setValue(0.8,0)\\nn.knob('lens16Col').setValue(0.74,1)\\nn.knob('lens16Col').setValue(0.119,2)\\nn.knob('lens16Blur').setValue(5.8)\\nn.knob('lens16AxisPos').setValue(-0.51)\\nn.knob('lens16Polygon').setValue(0)\\nn.knob('lens16Diaphragm').setValue(1)\\nn.knob('lens16DiaphRot').setValue(0)\\n\\nn.knob('lens17Active').setValue(True)\\nn.knob('lens17Size').setValue(210)\\nn.knob('lens17Col').setValue(0.4911,0)\\nn.knob('lens17Col').setValue(1.01,1)\\nn.knob('lens17Col').setValue(2.59,2)\\nn.knob('lens17Blur').setValue(0)\\nn.knob('lens17AxisPos').setValue(1.2)\\nn.knob('lens17Polygon').setValue(0)\\nn.knob('lens17Diaphragm').setValue(1)\\nn.knob('lens17DiaphRot').setValue(0)\\n\\nn.knob('lens18Active').setValue(True)\\nn.knob('lens18Size').setValue(50)\\nn.knob('lens18Col').setValue(0.26,0)\\nn.knob('lens18Col').setValue(0.039,1)\\nn.knob('lens18Col').setValue(-0.624,2)\\nn.knob('lens18Blur').setValue(0)\\nn.knob('lens18AxisPos').setValue(-0.83)\\nn.knob('lens18Polygon').setValue(0)\\nn.knob('lens18Diaphragm').setValue(1)\\nn.knob('lens18DiaphRot').setValue(0)\\n\\nn.knob('lens19Active').setValue(True)\\nn.knob('lens19Size').setValue(410)\\nn.knob('lens19Col').setValue(4.4,0)\\nn.knob('lens19Col').setValue(2.7,1)\\nn.knob('lens19Col').setValue(2.04,2)\\nn.knob('lens19Blur').setValue(0)\\nn.knob('lens19AxisPos').setValue(-0.95)\\nn.knob('lens19Polygon').setValue(0)\\nn.knob('lens19Diaphragm').setValue(1)\\nn.knob('lens19DiaphRot').setValue(0)\\n\\nn.knob('lens20Active').setValue(True)\\nn.knob('lens20Size').setValue(700)\\nn.knob('lens20Col').setValue(2.32,0)\\nn.knob('lens20Col').setValue(0,1)\\nn.knob('lens20Col').setValue(104,2)\\nn.knob('lens20Blur').setValue(0)\\nn.knob('lens20AxisPos').setValue(0.6)\\nn.knob('lens20Polygon').setValue(0)\\nn.knob('lens20Diaphragm').setValue(1)\\nn.knob('lens20DiaphRot').setValue(0)\\n\\n\\n\" +STARTLINE}\n addUserKnob {22 preset_02 l \"Fat Orange\" T \"n=nuke.toNode('_INPUT_CTRL')\\n\\nn.knob('lens1Active').setValue(True)\\nn.knob('lens1Size').setValue(7)\\nn.knob('lens1Col').setValue(0.0074,0)\\nn.knob('lens1Col').setValue(0,1)\\nn.knob('lens1Col').setValue(0.07,2)\\nn.knob('lens1Blur').setValue(17)\\nn.knob('lens1AxisPos').setValue(-1.3)\\nn.knob('lens1Polygon').setValue(0)\\nn.knob('lens1Diaphragm').setValue(1)\\nn.knob('lens1DiaphRot').setValue(0)\\n\\nn.knob('lens2Active').setValue(True)\\nn.knob('lens2Size').setValue(130)\\nn.knob('lens2Col').setValue(0.11,0)\\nn.knob('lens2Col').setValue(0.055,1)\\nn.knob('lens2Col').setValue(0.0709,2)\\nn.knob('lens2Blur').setValue(9.5)\\nn.knob('lens2AxisPos').setValue(-1.66)\\nn.knob('lens2Polygon').setValue(0)\\nn.knob('lens2Diaphragm').setValue(1)\\nn.knob('lens2DiaphRot').setValue(0)\\n\\nn.knob('lens3Active').setValue(True)\\nn.knob('lens3Size').setValue(340)\\nn.knob('lens3Col').setValue(3.9,0)\\nn.knob('lens3Col').setValue(1.125,1)\\nn.knob('lens3Col').setValue(0.195,2)\\nn.knob('lens3Blur').setValue(0)\\nn.knob('lens3AxisPos').setValue(-0.32)\\nn.knob('lens3Polygon').setValue(0)\\nn.knob('lens3Diaphragm').setValue(1)\\nn.knob('lens3DiaphRot').setValue(0)\\n\\nn.knob('lens4Active').setValue(True)\\nn.knob('lens4Size').setValue(160)\\nn.knob('lens4Col').setValue(2.59,0)\\nn.knob('lens4Col').setValue(0.13,1)\\nn.knob('lens4Col').setValue(0.228,2)\\nn.knob('lens4Blur').setValue(0)\\nn.knob('lens4AxisPos').setValue(-0.24)\\nn.knob('lens4Polygon').setValue(0)\\nn.knob('lens4Diaphragm').setValue(1)\\nn.knob('lens4DiaphRot').setValue(0)\\n\\nn.knob('lens5Active').setValue(True)\\nn.knob('lens5Size').setValue(350)\\nn.knob('lens5Col').setValue(0.6,0)\\nn.knob('lens5Col').setValue(0.135,1)\\nn.knob('lens5Col').setValue(0,2)\\nn.knob('lens5Blur').setValue(0)\\nn.knob('lens5AxisPos').setValue(-0.78)\\nn.knob('lens5Polygon').setValue(0)\\nn.knob('lens5Diaphragm').setValue(1)\\nn.knob('lens5DiaphRot').setValue(0)\\n\\nn.knob('lens6Active').setValue(True)\\nn.knob('lens6Size').setValue(30)\\nn.knob('lens6Col').setValue(0.11,0)\\nn.knob('lens6Col').setValue(0.053,1)\\nn.knob('lens6Col').setValue(0.0000012,2)\\nn.knob('lens6Blur').setValue(4)\\nn.knob('lens6AxisPos').setValue(-0.75)\\nn.knob('lens6Polygon').setValue(0)\\nn.knob('lens6Diaphragm').setValue(1)\\nn.knob('lens6DiaphRot').setValue(0)\\n\\nn.knob('lens7Active').setValue(True)\\nn.knob('lens7Size').setValue(1000)\\nn.knob('lens7Col').setValue(190,0)\\nn.knob('lens7Col').setValue(24.27,1)\\nn.knob('lens7Col').setValue(0,2)\\nn.knob('lens7Blur').setValue(0)\\nn.knob('lens7AxisPos').setValue(-0.04)\\nn.knob('lens7Polygon').setValue(0)\\nn.knob('lens7Diaphragm').setValue(1)\\nn.knob('lens7DiaphRot').setValue(0)\\n\\nn.knob('lens8Active').setValue(True)\\nn.knob('lens8Size').setValue(350)\\nn.knob('lens8Col').setValue(0.6,0)\\nn.knob('lens8Col').setValue(0.233,1)\\nn.knob('lens8Col').setValue(0.089,2)\\nn.knob('lens8Blur').setValue(100)\\nn.knob('lens8AxisPos').setValue(-1.9)\\nn.knob('lens8Polygon').setValue(0)\\nn.knob('lens8Diaphragm').setValue(1)\\nn.knob('lens8DiaphRot').setValue(0)\\n\\nn.knob('lens9Active').setValue(True)\\nn.knob('lens9Size').setValue(200)\\nn.knob('lens9Col').setValue(0.949,0)\\nn.knob('lens9Col').setValue(0.05,1)\\nn.knob('lens9Col').setValue(0,2)\\nn.knob('lens9Blur').setValue(30)\\nn.knob('lens9AxisPos').setValue(-0.76)\\nn.knob('lens9Polygon').setValue(0)\\nn.knob('lens9Diaphragm').setValue(1)\\nn.knob('lens9DiaphRot').setValue(0)\\n\\nn.knob('lens10Active').setValue(True)\\nn.knob('lens10Size').setValue(270)\\nn.knob('lens10Col').setValue(5,0)\\nn.knob('lens10Col').setValue(1.78,1)\\nn.knob('lens10Col').setValue(0.87,2)\\nn.knob('lens10Blur').setValue(0)\\nn.knob('lens10AxisPos').setValue(0.18)\\nn.knob('lens10Polygon').setValue(0)\\nn.knob('lens10Diaphragm').setValue(1)\\nn.knob('lens10DiaphRot').setValue(0)\\n\\nn.knob('lens11Active').setValue(True)\\nn.knob('lens11Size').setValue(20)\\nn.knob('lens11Col').setValue(0.03,0)\\nn.knob('lens11Col').setValue(0.0093,1)\\nn.knob('lens11Col').setValue(0,2)\\nn.knob('lens11Blur').setValue(3.5)\\nn.knob('lens11AxisPos').setValue(-0.6)\\nn.knob('lens11Polygon').setValue(0)\\nn.knob('lens11Diaphragm').setValue(1)\\nn.knob('lens11DiaphRot').setValue(0)\\n\\nn.knob('lens12Active').setValue(True)\\nn.knob('lens12Size').setValue(700)\\nn.knob('lens12Col').setValue(0.04,0)\\nn.knob('lens12Col').setValue(0,1)\\nn.knob('lens12Col').setValue(0.0058,2)\\nn.knob('lens12Blur').setValue(10)\\nn.knob('lens12AxisPos').setValue(-2.2)\\nn.knob('lens12Polygon').setValue(0)\\nn.knob('lens12Diaphragm').setValue(1)\\nn.knob('lens12DiaphRot').setValue(0)\\n\\nn.knob('lens13Active').setValue(True)\\nn.knob('lens13Size').setValue(100)\\nn.knob('lens13Col').setValue(0.12,0)\\nn.knob('lens13Col').setValue(0,1)\\nn.knob('lens13Col').setValue(0.0178,2)\\nn.knob('lens13Blur').setValue(200)\\nn.knob('lens13AxisPos').setValue(2)\\nn.knob('lens13Polygon').setValue(0)\\nn.knob('lens13Diaphragm').setValue(1)\\nn.knob('lens13DiaphRot').setValue(0)\\n\\nn.knob('lens14Active').setValue(True)\\nn.knob('lens14Size').setValue(80)\\nn.knob('lens14Col').setValue(0.28,0)\\nn.knob('lens14Col').setValue(0.0419,1)\\nn.knob('lens14Col').setValue(0.101,2)\\nn.knob('lens14Blur').setValue(0)\\nn.knob('lens14AxisPos').setValue(0.38)\\nn.knob('lens14Polygon').setValue(0)\\nn.knob('lens14Diaphragm').setValue(1)\\nn.knob('lens14DiaphRot').setValue(0)\\n\\nn.knob('lens15Active').setValue(True)\\nn.knob('lens15Size').setValue(500)\\nn.knob('lens15Col').setValue(1,0)\\nn.knob('lens15Col').setValue(0.2428,1)\\nn.knob('lens15Col').setValue(0.1,2)\\nn.knob('lens15Blur').setValue(0)\\nn.knob('lens15AxisPos').setValue(-0.5)\\nn.knob('lens15Polygon').setValue(0)\\nn.knob('lens15Diaphragm').setValue(1)\\nn.knob('lens15DiaphRot').setValue(0)\\n\\nn.knob('lens16Active').setValue(True)\\nn.knob('lens16Size').setValue(130)\\nn.knob('lens16Col').setValue(0.449,0)\\nn.knob('lens16Col').setValue(0.146,1)\\nn.knob('lens16Col').setValue(0.0225,2)\\nn.knob('lens16Blur').setValue(0)\\nn.knob('lens16AxisPos').setValue(1.4)\\nn.knob('lens16Polygon').setValue(0)\\nn.knob('lens16Diaphragm').setValue(1)\\nn.knob('lens16DiaphRot').setValue(0)\\n\\nn.knob('lens17Active').setValue(True)\\nn.knob('lens17Size').setValue(210)\\nn.knob('lens17Col').setValue(0.09,0)\\nn.knob('lens17Col').setValue(0.009,1)\\nn.knob('lens17Col').setValue(0.056,2)\\nn.knob('lens17Blur').setValue(0)\\nn.knob('lens17AxisPos').setValue(1.2)\\nn.knob('lens17Polygon').setValue(0)\\nn.knob('lens17Diaphragm').setValue(1)\\nn.knob('lens17DiaphRot').setValue(0)\\n\\nn.knob('lens18Active').setValue(True)\\nn.knob('lens18Size').setValue(100)\\nn.knob('lens18Col').setValue(0.06,0)\\nn.knob('lens18Col').setValue(0.009,1)\\nn.knob('lens18Col').setValue(0.0579,2)\\nn.knob('lens18Blur').setValue(120)\\nn.knob('lens18AxisPos').setValue(2.5)\\nn.knob('lens18Polygon').setValue(0)\\nn.knob('lens18Diaphragm').setValue(1)\\nn.knob('lens18DiaphRot').setValue(0)\\n\\nn.knob('lens19Active').setValue(True)\\nn.knob('lens19Size').setValue(150)\\nn.knob('lens19Col').setValue(0.2,0)\\nn.knob('lens19Col').setValue(0.0708,1)\\nn.knob('lens19Col').setValue(0.1219,2)\\nn.knob('lens19Blur').setValue(9)\\nn.knob('lens19AxisPos').setValue(0.8)\\nn.knob('lens19Polygon').setValue(0)\\nn.knob('lens19Diaphragm').setValue(1)\\nn.knob('lens19DiaphRot').setValue(0)\\n\\nn.knob('lens20Active').setValue(True)\\nn.knob('lens20Size').setValue(1100)\\nn.knob('lens20Col').setValue(0.8,0)\\nn.knob('lens20Col').setValue(0.178,1)\\nn.knob('lens20Col').setValue(0.119,2)\\nn.knob('lens20Blur').setValue(0)\\nn.knob('lens20AxisPos').setValue(0.95)\\nn.knob('lens20Polygon').setValue(0)\\nn.knob('lens20Diaphragm').setValue(1)\\nn.knob('lens20DiaphRot').setValue(0)\\n\\n\\n\" +STARTLINE}\n addUserKnob {22 preset_03 l \"Classic Orange Blue\" T \"n=nuke.toNode('_INPUT_CTRL')\\n\\nn.knob('lens1Active').setValue(True)\\nn.knob('lens1Size').setValue(650)\\nn.knob('lens1Col').setValue(35.59,0)\\nn.knob('lens1Col').setValue(19.95,1)\\nn.knob('lens1Col').setValue(5.27,2)\\nn.knob('lens1Blur').setValue(17)\\nn.knob('lens1AxisPos').setValue(0.98)\\nn.knob('lens1Polygon').setValue(0)\\nn.knob('lens1Diaphragm').setValue(1)\\nn.knob('lens1DiaphRot').setValue(0)\\n\\nn.knob('lens2Active').setValue(True)\\nn.knob('lens2Size').setValue(20)\\nn.knob('lens2Col').setValue(0.649,0)\\nn.knob('lens2Col').setValue(0.34,1)\\nn.knob('lens2Col').setValue(0.137,2)\\nn.knob('lens2Blur').setValue(7)\\nn.knob('lens2AxisPos').setValue(0.77)\\nn.knob('lens2Polygon').setValue(0)\\nn.knob('lens2Diaphragm').setValue(1)\\nn.knob('lens2DiaphRot').setValue(0)\\n\\nn.knob('lens3Active').setValue(True)\\nn.knob('lens3Size').setValue(520)\\nn.knob('lens3Col').setValue(446,0)\\nn.knob('lens3Col').setValue(249.31,1)\\nn.knob('lens3Col').setValue(44.6,2)\\nn.knob('lens3Blur').setValue(9.4)\\nn.knob('lens3AxisPos').setValue(-0.43)\\nn.knob('lens3Polygon').setValue(0)\\nn.knob('lens3Diaphragm').setValue(1)\\nn.knob('lens3DiaphRot').setValue(0)\\n\\nn.knob('lens4Active').setValue(True)\\nn.knob('lens4Size').setValue(60)\\nn.knob('lens4Col').setValue(26,0)\\nn.knob('lens4Col').setValue(22.8,1)\\nn.knob('lens4Col').setValue(14,2)\\nn.knob('lens4Blur').setValue(7)\\nn.knob('lens4AxisPos').setValue(0.7)\\nn.knob('lens4Polygon').setValue(0)\\nn.knob('lens4Diaphragm').setValue(1)\\nn.knob('lens4DiaphRot').setValue(0)\\n\\nn.knob('lens5Active').setValue(True)\\nn.knob('lens5Size').setValue(220)\\nn.knob('lens5Col').setValue(30,0)\\nn.knob('lens5Col').setValue(11.46,1)\\nn.knob('lens5Col').setValue(0,2)\\nn.knob('lens5Blur').setValue(4.4)\\nn.knob('lens5AxisPos').setValue(0.66)\\nn.knob('lens5Polygon').setValue(0)\\nn.knob('lens5Diaphragm').setValue(1)\\nn.knob('lens5DiaphRot').setValue(0)\\n\\nn.knob('lens6Active').setValue(True)\\nn.knob('lens6Size').setValue(130)\\nn.knob('lens6Col').setValue(0.134,0)\\nn.knob('lens6Col').setValue(17.49,1)\\nn.knob('lens6Col').setValue(40,2)\\nn.knob('lens6Blur').setValue(0)\\nn.knob('lens6AxisPos').setValue(0.23)\\nn.knob('lens6Polygon').setValue(0)\\nn.knob('lens6Diaphragm').setValue(1)\\nn.knob('lens6DiaphRot').setValue(0)\\n\\nn.knob('lens7Active').setValue(True)\\nn.knob('lens7Size').setValue(200)\\nn.knob('lens7Col').setValue(50,0)\\nn.knob('lens7Col').setValue(47.767,1)\\nn.knob('lens7Col').setValue(31.44,2)\\nn.knob('lens7Blur').setValue(0)\\nn.knob('lens7AxisPos').setValue(0.203)\\nn.knob('lens7Polygon').setValue(0)\\nn.knob('lens7Diaphragm').setValue(1)\\nn.knob('lens7DiaphRot').setValue(0)\\n\\nn.knob('lens8Active').setValue(True)\\nn.knob('lens8Size').setValue(850)\\nn.knob('lens8Col').setValue(130,0)\\nn.knob('lens8Col').setValue(61.45,1)\\nn.knob('lens8Col').setValue(1.76,2)\\nn.knob('lens8Blur').setValue(40)\\nn.knob('lens8AxisPos').setValue(-0.96)\\nn.knob('lens8Polygon').setValue(0)\\nn.knob('lens8Diaphragm').setValue(1)\\nn.knob('lens8DiaphRot').setValue(0)\\n\\nn.knob('lens9Active').setValue(True)\\nn.knob('lens9Size').setValue(10)\\nn.knob('lens9Col').setValue(1.25,0)\\nn.knob('lens9Col').setValue(0.249,1)\\nn.knob('lens9Col').setValue(0.756,2)\\nn.knob('lens9Blur').setValue(0)\\nn.knob('lens9AxisPos').setValue(0.53)\\nn.knob('lens9Polygon').setValue(0)\\nn.knob('lens9Diaphragm').setValue(1)\\nn.knob('lens9DiaphRot').setValue(0)\\n\\nn.knob('lens10Active').setValue(True)\\nn.knob('lens10Size').setValue(65)\\nn.knob('lens10Col').setValue(20,0)\\nn.knob('lens10Col').setValue(9.2,1)\\nn.knob('lens10Col').setValue(5.5,2)\\nn.knob('lens10Blur').setValue(4.8)\\nn.knob('lens10AxisPos').setValue(0.18)\\nn.knob('lens10Polygon').setValue(0)\\nn.knob('lens10Diaphragm').setValue(1)\\nn.knob('lens10DiaphRot').setValue(0)\\n\\nn.knob('lens11Active').setValue(True)\\nn.knob('lens11Size').setValue(30)\\nn.knob('lens11Col').setValue(4.5,0)\\nn.knob('lens11Col').setValue(8.26,1)\\nn.knob('lens11Col').setValue(10,2)\\nn.knob('lens11Blur').setValue(0)\\nn.knob('lens11AxisPos').setValue(-0.2)\\nn.knob('lens11Polygon').setValue(0)\\nn.knob('lens11Diaphragm').setValue(1)\\nn.knob('lens11DiaphRot').setValue(0)\\n\\nn.knob('lens12Active').setValue(True)\\nn.knob('lens12Size').setValue(1090)\\nn.knob('lens12Col').setValue(0.11,0)\\nn.knob('lens12Col').setValue(0.053,1)\\nn.knob('lens12Col').setValue(0.036,2)\\nn.knob('lens12Blur').setValue(2.1)\\nn.knob('lens12AxisPos').setValue(-0.8)\\nn.knob('lens12Polygon').setValue(0)\\nn.knob('lens12Diaphragm').setValue(1)\\nn.knob('lens12DiaphRot').setValue(0)\\n\\nn.knob('lens13Active').setValue(True)\\nn.knob('lens13Size').setValue(32)\\nn.knob('lens13Col').setValue(10,0)\\nn.knob('lens13Col').setValue(9.7,1)\\nn.knob('lens13Col').setValue(6.26,2)\\nn.knob('lens13Blur').setValue(19.6)\\nn.knob('lens13AxisPos').setValue(0.68)\\nn.knob('lens13Polygon').setValue(0)\\nn.knob('lens13Diaphragm').setValue(1)\\nn.knob('lens13DiaphRot').setValue(0)\\n\\nn.knob('lens14Active').setValue(True)\\nn.knob('lens14Size').setValue(320)\\nn.knob('lens14Col').setValue(2509,0)\\nn.knob('lens14Col').setValue(1171,1)\\nn.knob('lens14Col').setValue(1256,2)\\nn.knob('lens14Blur').setValue(0)\\nn.knob('lens14AxisPos').setValue(-0.04)\\nn.knob('lens14Polygon').setValue(0)\\nn.knob('lens14Diaphragm').setValue(1)\\nn.knob('lens14DiaphRot').setValue(0)\\n\\nn.knob('lens15Active').setValue(True)\\nn.knob('lens15Size').setValue(590)\\nn.knob('lens15Col').setValue(1120,0)\\nn.knob('lens15Col').setValue(506,1)\\nn.knob('lens15Col').setValue(456,2)\\nn.knob('lens15Blur').setValue(0)\\nn.knob('lens15AxisPos').setValue(-0.1)\\nn.knob('lens15Polygon').setValue(0)\\nn.knob('lens15Diaphragm').setValue(1)\\nn.knob('lens15DiaphRot').setValue(0)\\n\\nn.knob('lens16Active').setValue(True)\\nn.knob('lens16Size').setValue(60)\\nn.knob('lens16Col').setValue(18,0)\\nn.knob('lens16Col').setValue(4.51,1)\\nn.knob('lens16Col').setValue(1.8,2)\\nn.knob('lens16Blur').setValue(5.8)\\nn.knob('lens16AxisPos').setValue(-0.27)\\nn.knob('lens16Polygon').setValue(0)\\nn.knob('lens16Diaphragm').setValue(1)\\nn.knob('lens16DiaphRot').setValue(0)\\n\\nn.knob('lens17Active').setValue(True)\\nn.knob('lens17Size').setValue(70)\\nn.knob('lens17Col').setValue(20,0)\\nn.knob('lens17Col').setValue(13.74,1)\\nn.knob('lens17Col').setValue(4.58,2)\\nn.knob('lens17Blur').setValue(0)\\nn.knob('lens17AxisPos').setValue(-0.24)\\nn.knob('lens17Polygon').setValue(0)\\nn.knob('lens17Diaphragm').setValue(1)\\nn.knob('lens17DiaphRot').setValue(0)\\n\\nn.knob('lens18Active').setValue(True)\\nn.knob('lens18Size').setValue(50)\\nn.knob('lens18Col').setValue(30,0)\\nn.knob('lens18Col').setValue(8.94,1)\\nn.knob('lens18Col').setValue(-10.5,2)\\nn.knob('lens18Blur').setValue(30)\\nn.knob('lens18AxisPos').setValue(-0.32)\\nn.knob('lens18Polygon').setValue(0)\\nn.knob('lens18Diaphragm').setValue(1)\\nn.knob('lens18DiaphRot').setValue(0)\\n\\nn.knob('lens19Active').setValue(True)\\nn.knob('lens19Size').setValue(50)\\nn.knob('lens19Col').setValue(1.97,0)\\nn.knob('lens19Col').setValue(3.2,1)\\nn.knob('lens19Col').setValue(0.32,2)\\nn.knob('lens19Blur').setValue(4.4)\\nn.knob('lens19AxisPos').setValue(-0.47)\\nn.knob('lens19Polygon').setValue(0)\\nn.knob('lens19Diaphragm').setValue(1)\\nn.knob('lens19DiaphRot').setValue(0)\\n\\nn.knob('lens20Active').setValue(True)\\nn.knob('lens20Size').setValue(80)\\nn.knob('lens20Col').setValue(3.79,0)\\nn.knob('lens20Col').setValue(3.11,1)\\nn.knob('lens20Col').setValue(0.8,2)\\nn.knob('lens20Blur').setValue(0)\\nn.knob('lens20AxisPos').setValue(-0.15)\\nn.knob('lens20Polygon').setValue(0)\\nn.knob('lens20Diaphragm').setValue(1)\\nn.knob('lens20DiaphRot').setValue(0)\\n\\n\\n\" +STARTLINE}\n addUserKnob {22 preset_04 l \"Giant Colorful\" T \"n=nuke.toNode('_INPUT_CTRL')\\n\\nn.knob('lens1Active').setValue(True)\\nn.knob('lens1Size').setValue(6)\\nn.knob('lens1Col').setValue(0.4,0)\\nn.knob('lens1Col').setValue(0.664,1)\\nn.knob('lens1Col').setValue(1.85,2)\\nn.knob('lens1Blur').setValue(0)\\nn.knob('lens1AxisPos').setValue(-0.16)\\nn.knob('lens1Polygon').setValue(0)\\nn.knob('lens1Diaphragm').setValue(1)\\nn.knob('lens1DiaphRot').setValue(0)\\n\\nn.knob('lens2Active').setValue(True)\\nn.knob('lens2Size').setValue(1.1)\\nn.knob('lens2Col').setValue(2.67,0)\\nn.knob('lens2Col').setValue(3.09,1)\\nn.knob('lens2Col').setValue(0.68,2)\\nn.knob('lens2Blur').setValue(0)\\nn.knob('lens2AxisPos').setValue(0.05)\\nn.knob('lens2Polygon').setValue(0)\\nn.knob('lens2Diaphragm').setValue(1)\\nn.knob('lens2DiaphRot').setValue(0)\\n\\nn.knob('lens3Active').setValue(True)\\nn.knob('lens3Size').setValue(410)\\nn.knob('lens3Col').setValue(14,0)\\nn.knob('lens3Col').setValue(4.77,1)\\nn.knob('lens3Col').setValue(0.76,2)\\nn.knob('lens3Blur').setValue(0)\\nn.knob('lens3AxisPos').setValue(1.1)\\nn.knob('lens3Polygon').setValue(0)\\nn.knob('lens3Diaphragm').setValue(1)\\nn.knob('lens3DiaphRot').setValue(0)\\n\\nn.knob('lens4Active').setValue(True)\\nn.knob('lens4Size').setValue(370)\\nn.knob('lens4Col').setValue(12,0)\\nn.knob('lens4Col').setValue(3.96,1)\\nn.knob('lens4Col').setValue(10.37,2)\\nn.knob('lens4Blur').setValue(7)\\nn.knob('lens4AxisPos').setValue(0.95)\\nn.knob('lens4Polygon').setValue(0)\\nn.knob('lens4Diaphragm').setValue(1)\\nn.knob('lens4DiaphRot').setValue(0)\\n\\nn.knob('lens5Active').setValue(True)\\nn.knob('lens5Size').setValue(1120)\\nn.knob('lens5Col').setValue(110,0)\\nn.knob('lens5Col').setValue(48.46,1)\\nn.knob('lens5Col').setValue(7.55,2)\\nn.knob('lens5Blur').setValue(18.8)\\nn.knob('lens5AxisPos').setValue(0.26)\\nn.knob('lens5Polygon').setValue(0)\\nn.knob('lens5Diaphragm').setValue(1)\\nn.knob('lens5DiaphRot').setValue(0)\\n\\nn.knob('lens6Active').setValue(True)\\nn.knob('lens6Size').setValue(330)\\nn.knob('lens6Col').setValue(0.55,0)\\nn.knob('lens6Col').setValue(0.329,1)\\nn.knob('lens6Col').setValue(0.073,2)\\nn.knob('lens6Blur').setValue(0)\\nn.knob('lens6AxisPos').setValue(-1.43)\\nn.knob('lens6Polygon').setValue(0)\\nn.knob('lens6Diaphragm').setValue(1)\\nn.knob('lens6DiaphRot').setValue(0)\\n\\nn.knob('lens7Active').setValue(True)\\nn.knob('lens7Size').setValue(360)\\nn.knob('lens7Col').setValue(5.69,0)\\nn.knob('lens7Col').setValue(3.44,1)\\nn.knob('lens7Col').setValue(0,2)\\nn.knob('lens7Blur').setValue(0)\\nn.knob('lens7AxisPos').setValue(-1.58)\\nn.knob('lens7Polygon').setValue(0)\\nn.knob('lens7Diaphragm').setValue(1)\\nn.knob('lens7DiaphRot').setValue(0)\\n\\nn.knob('lens8Active').setValue(True)\\nn.knob('lens8Size').setValue(8)\\nn.knob('lens8Col').setValue(0.38,0)\\nn.knob('lens8Col').setValue(1.5,1)\\nn.knob('lens8Col').setValue(3.79,2)\\nn.knob('lens8Blur').setValue(0)\\nn.knob('lens8AxisPos').setValue(0.1)\\nn.knob('lens8Polygon').setValue(0)\\nn.knob('lens8Diaphragm').setValue(1)\\nn.knob('lens8DiaphRot').setValue(0)\\n\\nn.knob('lens9Active').setValue(True)\\nn.knob('lens9Size').setValue(46.5)\\nn.knob('lens9Col').setValue(1.8,0)\\nn.knob('lens9Col').setValue(1.88,1)\\nn.knob('lens9Col').setValue(3.29,2)\\nn.knob('lens9Blur').setValue(2.8)\\nn.knob('lens9AxisPos').setValue(-0.22)\\nn.knob('lens9Polygon').setValue(0)\\nn.knob('lens9Diaphragm').setValue(1)\\nn.knob('lens9DiaphRot').setValue(0)\\n\\nn.knob('lens10Active').setValue(True)\\nn.knob('lens10Size').setValue(400)\\nn.knob('lens10Col').setValue(14,0)\\nn.knob('lens10Col').setValue(7.09,1)\\nn.knob('lens10Col').setValue(12.38,2)\\nn.knob('lens10Blur').setValue(0)\\nn.knob('lens10AxisPos').setValue(0.44)\\nn.knob('lens10Polygon').setValue(0)\\nn.knob('lens10Diaphragm').setValue(1)\\nn.knob('lens10DiaphRot').setValue(0)\\n\\nn.knob('lens11Active').setValue(True)\\nn.knob('lens11Size').setValue(6.2)\\nn.knob('lens11Col').setValue(0.14,0)\\nn.knob('lens11Col').setValue(0.11,1)\\nn.knob('lens11Col').setValue(0.014,2)\\nn.knob('lens11Blur').setValue(10.8)\\nn.knob('lens11AxisPos').setValue(-1.4)\\nn.knob('lens11Polygon').setValue(0)\\nn.knob('lens11Diaphragm').setValue(1)\\nn.knob('lens11DiaphRot').setValue(0)\\n\\nn.knob('lens12Active').setValue(True)\\nn.knob('lens12Size').setValue(10)\\nn.knob('lens12Col').setValue(0.11,0)\\nn.knob('lens12Col').setValue(0.05,1)\\nn.knob('lens12Col').setValue(0.02,2)\\nn.knob('lens12Blur').setValue(4.6)\\nn.knob('lens12AxisPos').setValue(-1.42)\\nn.knob('lens12Polygon').setValue(0)\\nn.knob('lens12Diaphragm').setValue(1)\\nn.knob('lens12DiaphRot').setValue(0)\\n\\nn.knob('lens13Active').setValue(True)\\nn.knob('lens13Size').setValue(2.3)\\nn.knob('lens13Col').setValue(0.14,0)\\nn.knob('lens13Col').setValue(0.13,1)\\nn.knob('lens13Col').setValue(0.04,2)\\nn.knob('lens13Blur').setValue(3)\\nn.knob('lens13AxisPos').setValue(-1.48)\\nn.knob('lens13Polygon').setValue(0)\\nn.knob('lens13Diaphragm').setValue(1)\\nn.knob('lens13DiaphRot').setValue(0)\\n\\nn.knob('lens14Active').setValue(True)\\nn.knob('lens14Size').setValue(1020)\\nn.knob('lens14Col').setValue(260,0)\\nn.knob('lens14Col').setValue(122,1)\\nn.knob('lens14Col').setValue(12.6,2)\\nn.knob('lens14Blur').setValue(0)\\nn.knob('lens14AxisPos').setValue(0.5)\\nn.knob('lens14Polygon').setValue(0)\\nn.knob('lens14Diaphragm').setValue(1)\\nn.knob('lens14DiaphRot').setValue(0)\\n\\nn.knob('lens15Active').setValue(True)\\nn.knob('lens15Size').setValue(650)\\nn.knob('lens15Col').setValue(80,0)\\nn.knob('lens15Col').setValue(21.6,1)\\nn.knob('lens15Col').setValue(47.88,2)\\nn.knob('lens15Blur').setValue(0)\\nn.knob('lens15AxisPos').setValue(0.4)\\nn.knob('lens15Polygon').setValue(0)\\nn.knob('lens15Diaphragm').setValue(1)\\nn.knob('lens15DiaphRot').setValue(0)\\n\\nn.knob('lens16Active').setValue(True)\\nn.knob('lens16Size').setValue(60)\\nn.knob('lens16Col').setValue(2.04,0)\\nn.knob('lens16Col').setValue(0.42,1)\\nn.knob('lens16Col').setValue(0.10,2)\\nn.knob('lens16Blur').setValue(0)\\nn.knob('lens16AxisPos').setValue(0.4)\\nn.knob('lens16Polygon').setValue(0)\\nn.knob('lens16Diaphragm').setValue(1)\\nn.knob('lens16DiaphRot').setValue(0)\\n\\nn.knob('lens17Active').setValue(True)\\nn.knob('lens17Size').setValue(80)\\nn.knob('lens17Col').setValue(1.2,0)\\nn.knob('lens17Col').setValue(0.36,1)\\nn.knob('lens17Col').setValue(0.388,2)\\nn.knob('lens17Blur').setValue(70)\\nn.knob('lens17AxisPos').setValue(-2.4)\\nn.knob('lens17Polygon').setValue(0)\\nn.knob('lens17Diaphragm').setValue(1)\\nn.knob('lens17DiaphRot').setValue(0)\\n\\nn.knob('lens18Active').setValue(True)\\nn.knob('lens18Size').setValue(60)\\nn.knob('lens18Col').setValue(10,0)\\nn.knob('lens18Col').setValue(4.42,1)\\nn.knob('lens18Col').setValue(0,2)\\nn.knob('lens18Blur').setValue(30)\\nn.knob('lens18AxisPos').setValue(-0.54)\\nn.knob('lens18Polygon').setValue(0)\\nn.knob('lens18Diaphragm').setValue(1)\\nn.knob('lens18DiaphRot').setValue(0)\\n\\nn.knob('lens19Active').setValue(True)\\nn.knob('lens19Size').setValue(99)\\nn.knob('lens19Col').setValue(1.54,0)\\nn.knob('lens19Col').setValue(1.25,1)\\nn.knob('lens19Col').setValue(0.24,2)\\nn.knob('lens19Blur').setValue(50)\\nn.knob('lens19AxisPos').setValue(1.8)\\nn.knob('lens19Polygon').setValue(0)\\nn.knob('lens19Diaphragm').setValue(1)\\nn.knob('lens19DiaphRot').setValue(0)\\n\\nn.knob('lens20Active').setValue(True)\\nn.knob('lens20Size').setValue(9.4)\\nn.knob('lens20Col').setValue(0.239,0)\\nn.knob('lens20Col').setValue(0.121,1)\\nn.knob('lens20Col').setValue(0.065,2)\\nn.knob('lens20Blur').setValue(4)\\nn.knob('lens20AxisPos').setValue(0.58)\\nn.knob('lens20Polygon').setValue(0)\\nn.knob('lens20Diaphragm').setValue(1)\\nn.knob('lens20DiaphRot').setValue(0)\\n\\n\\n\" +STARTLINE}\n addUserKnob {22 preset_05 l \"Thin and Wide\" T \"n=nuke.toNode('_INPUT_CTRL')\\n\\nn.knob('lens1Active').setValue(True)\\nn.knob('lens1Size').setValue(25.2)\\nn.knob('lens1Col').setValue(0.97,0)\\nn.knob('lens1Col').setValue(2.927,1)\\nn.knob('lens1Col').setValue(18,2)\\nn.knob('lens1Blur').setValue(0)\\nn.knob('lens1AxisPos').setValue(-0.11)\\nn.knob('lens1Polygon').setValue(0)\\nn.knob('lens1Diaphragm').setValue(0.8)\\nn.knob('lens1DiaphRot').setValue(0)\\n\\nn.knob('lens2Active').setValue(True)\\nn.knob('lens2Size').setValue(4.8)\\nn.knob('lens2Col').setValue(-2.3,0)\\nn.knob('lens2Col').setValue(6.32,1)\\nn.knob('lens2Col').setValue(15.39,2)\\nn.knob('lens2Blur').setValue(0)\\nn.knob('lens2AxisPos').setValue(-0.082)\\nn.knob('lens2Polygon').setValue(0)\\nn.knob('lens2Diaphragm').setValue(1)\\nn.knob('lens2DiaphRot').setValue(0)\\n\\nn.knob('lens3Active').setValue(True)\\nn.knob('lens3Size').setValue(13.5)\\nn.knob('lens3Col').setValue(1.17,0)\\nn.knob('lens3Col').setValue(1.72,1)\\nn.knob('lens3Col').setValue(26,2)\\nn.knob('lens3Blur').setValue(0)\\nn.knob('lens3AxisPos').setValue(-0.06)\\nn.knob('lens3Polygon').setValue(0)\\nn.knob('lens3Diaphragm').setValue(0.8)\\nn.knob('lens3DiaphRot').setValue(0)\\n\\nn.knob('lens4Active').setValue(True)\\nn.knob('lens4Size').setValue(2.05)\\nn.knob('lens4Col').setValue(6.93,0)\\nn.knob('lens4Col').setValue(32,1)\\nn.knob('lens4Col').setValue(29.82,2)\\nn.knob('lens4Blur').setValue(0)\\nn.knob('lens4AxisPos').setValue(0.08)\\nn.knob('lens4Polygon').setValue(0)\\nn.knob('lens4Diaphragm').setValue(1)\\nn.knob('lens4DiaphRot').setValue(0)\\n\\nn.knob('lens5Active').setValue(True)\\nn.knob('lens5Size').setValue(200)\\nn.knob('lens5Col').setValue(1.09,0)\\nn.knob('lens5Col').setValue(1.14,1)\\nn.knob('lens5Col').setValue(8,2)\\nn.knob('lens5Blur').setValue(0)\\nn.knob('lens5AxisPos').setValue(0.27)\\nn.knob('lens5Polygon').setValue(0)\\nn.knob('lens5Diaphragm').setValue(1)\\nn.knob('lens5DiaphRot').setValue(0)\\n\\nn.knob('lens6Active').setValue(True)\\nn.knob('lens6Size').setValue(1000)\\nn.knob('lens6Col').setValue(50,0)\\nn.knob('lens6Col').setValue(6.38,1)\\nn.knob('lens6Col').setValue(0,2)\\nn.knob('lens6Blur').setValue(0)\\nn.knob('lens6AxisPos').setValue(-1.08)\\nn.knob('lens6Polygon').setValue(0)\\nn.knob('lens6Diaphragm').setValue(1)\\nn.knob('lens6DiaphRot').setValue(0)\\n\\nn.knob('lens7Active').setValue(True)\\nn.knob('lens7Size').setValue(460)\\nn.knob('lens7Col').setValue(0,0)\\nn.knob('lens7Col').setValue(0.99,1)\\nn.knob('lens7Col').setValue(20,2)\\nn.knob('lens7Blur').setValue(0)\\nn.knob('lens7AxisPos').setValue(-0.88)\\nn.knob('lens7Polygon').setValue(0)\\nn.knob('lens7Diaphragm').setValue(1)\\nn.knob('lens7DiaphRot').setValue(0)\\n\\nn.knob('lens8Active').setValue(True)\\nn.knob('lens8Size').setValue(450)\\nn.knob('lens8Col').setValue(12,0)\\nn.knob('lens8Col').setValue(2.25,1)\\nn.knob('lens8Col').setValue(10.04,2)\\nn.knob('lens8Blur').setValue(9.9)\\nn.knob('lens8AxisPos').setValue(-0.69)\\nn.knob('lens8Polygon').setValue(0)\\nn.knob('lens8Diaphragm').setValue(1)\\nn.knob('lens8DiaphRot').setValue(0)\\n\\nn.knob('lens9Active').setValue(True)\\nn.knob('lens9Size').setValue(50.4)\\nn.knob('lens9Col').setValue(0.9,0)\\nn.knob('lens9Col').setValue(1.012,1)\\nn.knob('lens9Col').setValue(3,2)\\nn.knob('lens9Blur').setValue(2.8)\\nn.knob('lens9AxisPos').setValue(0.34)\\nn.knob('lens9Polygon').setValue(0)\\nn.knob('lens9Diaphragm').setValue(1)\\nn.knob('lens9DiaphRot').setValue(0)\\n\\nn.knob('lens10Active').setValue(True)\\nn.knob('lens10Size').setValue(85.6)\\nn.knob('lens10Col').setValue(2.79,0)\\nn.knob('lens10Col').setValue(1.537,1)\\nn.knob('lens10Col').setValue(-2.6,2)\\nn.knob('lens10Blur').setValue(4.6)\\nn.knob('lens10AxisPos').setValue(0.37)\\nn.knob('lens10Polygon').setValue(0)\\nn.knob('lens10Diaphragm').setValue(1)\\nn.knob('lens10DiaphRot').setValue(0)\\n\\nn.knob('lens11Active').setValue(True)\\nn.knob('lens11Size').setValue(83.5)\\nn.knob('lens11Col').setValue(0,0)\\nn.knob('lens11Col').setValue(4.86,1)\\nn.knob('lens11Col').setValue(30,2)\\nn.knob('lens11Blur').setValue(0)\\nn.knob('lens11AxisPos').setValue(0.15)\\nn.knob('lens11Polygon').setValue(0)\\nn.knob('lens11Diaphragm').setValue(1)\\nn.knob('lens11DiaphRot').setValue(0)\\n\\nn.knob('lens12Active').setValue(True)\\nn.knob('lens12Size').setValue(40)\\nn.knob('lens12Col').setValue(10,0)\\nn.knob('lens12Col').setValue(3.9,1)\\nn.knob('lens12Col').setValue(7.98,2)\\nn.knob('lens12Blur').setValue(4.6)\\nn.knob('lens12AxisPos').setValue(0.44)\\nn.knob('lens12Polygon').setValue(0)\\nn.knob('lens12Diaphragm').setValue(1)\\nn.knob('lens12DiaphRot').setValue(0)\\n\\nn.knob('lens13Active').setValue(True)\\nn.knob('lens13Size').setValue(1.4)\\nn.knob('lens13Col').setValue(3.29,0)\\nn.knob('lens13Col').setValue(1.28,1)\\nn.knob('lens13Col').setValue(2.6,2)\\nn.knob('lens13Blur').setValue(5.6)\\nn.knob('lens13AxisPos').setValue(0.45)\\nn.knob('lens13Polygon').setValue(0)\\nn.knob('lens13Diaphragm').setValue(1)\\nn.knob('lens13DiaphRot').setValue(0)\\n\\nn.knob('lens14Active').setValue(True)\\nn.knob('lens14Size').setValue(1)\\nn.knob('lens14Col').setValue(1.64,0)\\nn.knob('lens14Col').setValue(0.74,1)\\nn.knob('lens14Col').setValue(1.3,2)\\nn.knob('lens14Blur').setValue(2)\\nn.knob('lens14AxisPos').setValue(0.458)\\nn.knob('lens14Polygon').setValue(0)\\nn.knob('lens14Diaphragm').setValue(1)\\nn.knob('lens14DiaphRot').setValue(0)\\n\\nn.knob('lens15Active').setValue(True)\\nn.knob('lens15Size').setValue(1050)\\nn.knob('lens15Col').setValue(80,0)\\nn.knob('lens15Col').setValue(24,1)\\nn.knob('lens15Col').setValue(49.19,2)\\nn.knob('lens15Blur').setValue(0)\\nn.knob('lens15AxisPos').setValue(0.8)\\nn.knob('lens15Polygon').setValue(0)\\nn.knob('lens15Diaphragm').setValue(1)\\nn.knob('lens15DiaphRot').setValue(0)\\n\\nn.knob('lens16Active').setValue(True)\\nn.knob('lens16Size').setValue(600)\\nn.knob('lens16Col').setValue(30,0)\\nn.knob('lens16Col').setValue(7.29,1)\\nn.knob('lens16Col').setValue(12.7,2)\\nn.knob('lens16Blur').setValue(0)\\nn.knob('lens16AxisPos').setValue(-0.42)\\nn.knob('lens16Polygon').setValue(0)\\nn.knob('lens16Diaphragm').setValue(1)\\nn.knob('lens16DiaphRot').setValue(0)\\n\\nn.knob('lens17Active').setValue(True)\\nn.knob('lens17Size').setValue(600)\\nn.knob('lens17Col').setValue(25,0)\\nn.knob('lens17Col').setValue(7.5,1)\\nn.knob('lens17Col').setValue(8.08,2)\\nn.knob('lens17Blur').setValue(50)\\nn.knob('lens17AxisPos').setValue(0.7)\\nn.knob('lens17Polygon').setValue(0)\\nn.knob('lens17Diaphragm').setValue(1)\\nn.knob('lens17DiaphRot').setValue(0)\\n\\nn.knob('lens18Active').setValue(True)\\nn.knob('lens18Size').setValue(270)\\nn.knob('lens18Col').setValue(6.4,0)\\nn.knob('lens18Col').setValue(3.69,1)\\nn.knob('lens18Col').setValue(0.73,2)\\nn.knob('lens18Blur').setValue(0)\\nn.knob('lens18AxisPos').setValue(-0.36)\\nn.knob('lens18Polygon').setValue(0)\\nn.knob('lens18Diaphragm').setValue(1)\\nn.knob('lens18DiaphRot').setValue(0)\\n\\nn.knob('lens19Active').setValue(True)\\nn.knob('lens19Size').setValue(99)\\nn.knob('lens19Col').setValue(5.249,0)\\nn.knob('lens19Col').setValue(7.51,1)\\nn.knob('lens19Col').setValue(40,2)\\nn.knob('lens19Blur').setValue(20)\\nn.knob('lens19AxisPos').setValue(-0.16)\\nn.knob('lens19Polygon').setValue(0)\\nn.knob('lens19Diaphragm').setValue(1)\\nn.knob('lens19DiaphRot').setValue(0)\\n\\nn.knob('lens20Active').setValue(True)\\nn.knob('lens20Size').setValue(9.4)\\nn.knob('lens20Col').setValue(0.03,0)\\nn.knob('lens20Col').setValue(0.006,1)\\nn.knob('lens20Col').setValue(0.015,2)\\nn.knob('lens20Blur').setValue(4)\\nn.knob('lens20AxisPos').setValue(0.5)\\nn.knob('lens20Polygon').setValue(0)\\nn.knob('lens20Diaphragm').setValue(1)\\nn.knob('lens20DiaphRot').setValue(0)\\n\\n\\n\" +STARTLINE}\n addUserKnob {22 preset_06 l \"Hexa Green Orange\" T \"n=nuke.toNode('_INPUT_CTRL')\\n\\nn.knob('lens1Active').setValue(True)\\nn.knob('lens1Size').setValue(140)\\nn.knob('lens1Col').setValue(0.918,0)\\nn.knob('lens1Col').setValue(6.62,1)\\nn.knob('lens1Col').setValue(7,2)\\nn.knob('lens1Blur').setValue(12.9)\\nn.knob('lens1AxisPos').setValue(-0.426)\\nn.knob('lens1Polygon').setValue(0)\\nn.knob('lens1Diaphragm').setValue(0.722)\\nn.knob('lens1DiaphRot').setValue(26)\\n\\nn.knob('lens2Active').setValue(True)\\nn.knob('lens2Size').setValue(140)\\nn.knob('lens2Col').setValue(10.72,0)\\nn.knob('lens2Col').setValue(13,1)\\nn.knob('lens2Col').setValue(1.63,2)\\nn.knob('lens2Blur').setValue(9.5)\\nn.knob('lens2AxisPos').setValue(-0.358)\\nn.knob('lens2Polygon').setValue(0)\\nn.knob('lens2Diaphragm').setValue(0.656)\\nn.knob('lens2DiaphRot').setValue(26)\\n\\nn.knob('lens3Active').setValue(True)\\nn.knob('lens3Size').setValue(82)\\nn.knob('lens3Col').setValue(3,0)\\nn.knob('lens3Col').setValue(1.72,1)\\nn.knob('lens3Col').setValue(0,2)\\nn.knob('lens3Blur').setValue(5.4)\\nn.knob('lens3AxisPos').setValue(-0.346)\\nn.knob('lens3Polygon').setValue(0)\\nn.knob('lens3Diaphragm').setValue(0.792)\\nn.knob('lens3DiaphRot').setValue(26)\\n\\nn.knob('lens4Active').setValue(True)\\nn.knob('lens4Size').setValue(230)\\nn.knob('lens4Col').setValue(152,0)\\nn.knob('lens4Col').setValue(41.01,1)\\nn.knob('lens4Col').setValue(0,2)\\nn.knob('lens4Blur').setValue(6.1)\\nn.knob('lens4AxisPos').setValue(-0.634)\\nn.knob('lens4Polygon').setValue(0)\\nn.knob('lens4Diaphragm').setValue(0.566)\\nn.knob('lens4DiaphRot').setValue(26)\\n\\nn.knob('lens5Active').setValue(True)\\nn.knob('lens5Size').setValue(250)\\nn.knob('lens5Col').setValue(23,0)\\nn.knob('lens5Col').setValue(19,1)\\nn.knob('lens5Col').setValue(0,2)\\nn.knob('lens5Blur').setValue(60)\\nn.knob('lens5AxisPos').setValue(-0.66)\\nn.knob('lens5Polygon').setValue(0)\\nn.knob('lens5Diaphragm').setValue(1)\\nn.knob('lens5DiaphRot').setValue(26)\\n\\nn.knob('lens6Active').setValue(True)\\nn.knob('lens6Size').setValue(520)\\nn.knob('lens6Col').setValue(12,0)\\nn.knob('lens6Col').setValue(-2.54,1)\\nn.knob('lens6Col').setValue(-4.8,2)\\nn.knob('lens6Blur').setValue(21)\\nn.knob('lens6AxisPos').setValue(-1.06)\\nn.knob('lens6Polygon').setValue(0)\\nn.knob('lens6Diaphragm').setValue(0.446)\\nn.knob('lens6DiaphRot').setValue(26)\\n\\nn.knob('lens7Active').setValue(True)\\nn.knob('lens7Size').setValue(460)\\nn.knob('lens7Col').setValue(2.46,0)\\nn.knob('lens7Col').setValue(9,1)\\nn.knob('lens7Col').setValue(0.9,2)\\nn.knob('lens7Blur').setValue(50)\\nn.knob('lens7AxisPos').setValue(-1.04)\\nn.knob('lens7Polygon').setValue(0)\\nn.knob('lens7Diaphragm').setValue(0.536)\\nn.knob('lens7DiaphRot').setValue(26)\\n\\nn.knob('lens8Active').setValue(True)\\nn.knob('lens8Size').setValue(110)\\nn.knob('lens8Col').setValue(4,0)\\nn.knob('lens8Col').setValue(2.44,1)\\nn.knob('lens8Col').setValue(0,2)\\nn.knob('lens8Blur').setValue(4.5)\\nn.knob('lens8AxisPos').setValue(0.414)\\nn.knob('lens8Polygon').setValue(0)\\nn.knob('lens8Diaphragm').setValue(0.754)\\nn.knob('lens8DiaphRot').setValue(26)\\n\\nn.knob('lens9Active').setValue(True)\\nn.knob('lens9Size').setValue(50)\\nn.knob('lens9Col').setValue(7,0)\\nn.knob('lens9Col').setValue(4.89,1)\\nn.knob('lens9Col').setValue(2.45,2)\\nn.knob('lens9Blur').setValue(2.8)\\nn.knob('lens9AxisPos').setValue(0.19)\\nn.knob('lens9Polygon').setValue(0)\\nn.knob('lens9Diaphragm').setValue(0.726)\\nn.knob('lens9DiaphRot').setValue(26)\\n\\nn.knob('lens10Active').setValue(True)\\nn.knob('lens10Size').setValue(40)\\nn.knob('lens10Col').setValue(-0.32,0)\\nn.knob('lens10Col').setValue(10,1)\\nn.knob('lens10Col').setValue(-5,2)\\nn.knob('lens10Blur').setValue(12.1)\\nn.knob('lens10AxisPos').setValue(0.234)\\nn.knob('lens10Polygon').setValue(0)\\nn.knob('lens10Diaphragm').setValue(0.836)\\nn.knob('lens10DiaphRot').setValue(26)\\n\\nn.knob('lens11Active').setValue(True)\\nn.knob('lens11Size').setValue(57)\\nn.knob('lens11Col').setValue(5.3,0)\\nn.knob('lens11Col').setValue(10,1)\\nn.knob('lens11Col').setValue(6.13,2)\\nn.knob('lens11Blur').setValue(3)\\nn.knob('lens11AxisPos').setValue(0.3)\\nn.knob('lens11Polygon').setValue(0)\\nn.knob('lens11Diaphragm').setValue(0.732)\\nn.knob('lens11DiaphRot').setValue(26)\\n\\nn.knob('lens12Active').setValue(True)\\nn.knob('lens12Size').setValue(70)\\nn.knob('lens12Col').setValue(-9,0)\\nn.knob('lens12Col').setValue(16,1)\\nn.knob('lens12Col').setValue(20,2)\\nn.knob('lens12Blur').setValue(4.6)\\nn.knob('lens12AxisPos').setValue(0.216)\\nn.knob('lens12Polygon').setValue(0)\\nn.knob('lens12Diaphragm').setValue(1)\\nn.knob('lens12DiaphRot').setValue(26)\\n\\nn.knob('lens13Active').setValue(True)\\nn.knob('lens13Size').setValue(120)\\nn.knob('lens13Col').setValue(10,0)\\nn.knob('lens13Col').setValue(8.51,1)\\nn.knob('lens13Col').setValue(1.19,2)\\nn.knob('lens13Blur').setValue(5.6)\\nn.knob('lens13AxisPos').setValue(0.242)\\nn.knob('lens13Polygon').setValue(0)\\nn.knob('lens13Diaphragm').setValue(0.363)\\nn.knob('lens13DiaphRot').setValue(26)\\n\\nn.knob('lens14Active').setValue(True)\\nn.knob('lens14Size').setValue(20)\\nn.knob('lens14Col').setValue(5.5,0)\\nn.knob('lens14Col').setValue(3.02,1)\\nn.knob('lens14Col').setValue(0,2)\\nn.knob('lens14Blur').setValue(1.7)\\nn.knob('lens14AxisPos').setValue(0.18)\\nn.knob('lens14Polygon').setValue(0)\\nn.knob('lens14Diaphragm').setValue(0.532)\\nn.knob('lens14DiaphRot').setValue(26)\\n\\nn.knob('lens15Active').setValue(True)\\nn.knob('lens15Size').setValue(500)\\nn.knob('lens15Col').setValue(50,0)\\nn.knob('lens15Col').setValue(21.61,1)\\nn.knob('lens15Col').setValue(-7.5,2)\\nn.knob('lens15Blur').setValue(500)\\nn.knob('lens15AxisPos').setValue(1.2)\\nn.knob('lens15Polygon').setValue(0)\\nn.knob('lens15Diaphragm').setValue(1)\\nn.knob('lens15DiaphRot').setValue(0)\\n\\nn.knob('lens16Active').setValue(True)\\nn.knob('lens16Size').setValue(30)\\nn.knob('lens16Col').setValue(20,0)\\nn.knob('lens16Col').setValue(16.7,1)\\nn.knob('lens16Col').setValue(5,2)\\nn.knob('lens16Blur').setValue(5)\\nn.knob('lens16AxisPos').setValue(0.7)\\nn.knob('lens16Polygon').setValue(0)\\nn.knob('lens16Diaphragm').setValue(0.496)\\nn.knob('lens16DiaphRot').setValue(26)\\n\\nn.knob('lens17Active').setValue(True)\\nn.knob('lens17Size').setValue(10)\\nn.knob('lens17Col').setValue(5,0)\\nn.knob('lens17Col').setValue(2.31,1)\\nn.knob('lens17Col').setValue(0.26,2)\\nn.knob('lens17Blur').setValue(3.7)\\nn.knob('lens17AxisPos').setValue(0.67)\\nn.knob('lens17Polygon').setValue(0)\\nn.knob('lens17Diaphragm').setValue(0.468)\\nn.knob('lens17DiaphRot').setValue(26)\\n\\nn.knob('lens18Active').setValue(True)\\nn.knob('lens18Size').setValue(200)\\nn.knob('lens18Col').setValue(6.4,0)\\nn.knob('lens18Col').setValue(0.86,1)\\nn.knob('lens18Col').setValue(-0.64,2)\\nn.knob('lens18Blur').setValue(70)\\nn.knob('lens18AxisPos').setValue(0.75)\\nn.knob('lens18Polygon').setValue(0)\\nn.knob('lens18Diaphragm').setValue(0.624)\\nn.knob('lens18DiaphRot').setValue(26)\\n\\nn.knob('lens19Active').setValue(True)\\nn.knob('lens19Size').setValue(9)\\nn.knob('lens19Col').setValue(0.3,0)\\nn.knob('lens19Col').setValue(0.1,1)\\nn.knob('lens19Col').setValue(0.284,2)\\nn.knob('lens19Blur').setValue(9.4)\\nn.knob('lens19AxisPos').setValue(0.64)\\nn.knob('lens19Polygon').setValue(0)\\nn.knob('lens19Diaphragm').setValue(1)\\nn.knob('lens19DiaphRot').setValue(0)\\n\\nn.knob('lens20Active').setValue(True)\\nn.knob('lens20Size').setValue(500)\\nn.knob('lens20Col').setValue(500,0)\\nn.knob('lens20Col').setValue(100,1)\\nn.knob('lens20Col').setValue(250,2)\\nn.knob('lens20Blur').setValue(100)\\nn.knob('lens20AxisPos').setValue(-0.1)\\nn.knob('lens20Polygon').setValue(0)\\nn.knob('lens20Diaphragm').setValue(1)\\nn.knob('lens20DiaphRot').setValue(26)\\n\\n\\n\" +STARTLINE}\n addUserKnob {20 Lenses}\n addUserKnob {6 showNumbers l \"show numbers on lenses\" +STARTLINE}\n addUserKnob {26 \"\"}\n addUserKnob {20 Lens1GRP l \"lens 01\" n 1}\n Lens1GRP 0\n addUserKnob {6 lens1Active l active +STARTLINE}\n lens1Active true\n addUserKnob {14 lens1Size l size R 0 100}\n lens1Size 25.2\n addUserKnob {18 lens1Col l color R 0 10}\n lens1Col {0.97 2.927 18}\n addUserKnob {6 lens1Col_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 lens1Col_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 lens1Col_panelDropped_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {7 lens1Blur l blur R 0 50}\n addUserKnob {7 lens1AxisPos l \"axis pos\" R -3 3}\n lens1AxisPos -0.11\n addUserKnob {4 lens1Polygon l polygon M {Pentagon Hexagon Heptagon Octogon Nonagon Decagon Undecagon Dodecagon \"\"}}\n addUserKnob {7 lens1Diaphragm l diaphragm}\n lens1Diaphragm 0.8\n addUserKnob {7 lens1DiaphRot l \"diaph rotation\" R -180 180}\n addUserKnob {7 lens1grainOpacity l \"grain opacity\"}\n lens1grainOpacity 1\n addUserKnob {7 lens1grainSize l \"grain size\" R 0 1000}\n lens1grainSize 100\n addUserKnob {7 lens1grainGain l \"grain gain\" R 0 3}\n lens1grainGain 1\n addUserKnob {7 lens1reflectionOpacity l \"refl opacity\"}\n lens1reflectionOpacity 1\n addUserKnob {7 lens1reflectionRotation l \"refl rotation\" R 0 360}\n addUserKnob {7 lens1reflWhitepoint l \"refl whitepoint\" R 0 2}\n lens1reflWhitepoint 1\n addUserKnob {18 lens1reflectionGamma l \"refl gamma\" R 0 5}\n lens1reflectionGamma 1\n addUserKnob {6 lens1reflectionGamma_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 lens1reflectionGamma_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 lens1reflectionGamma_panelDropped_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {7 lens1reflectionBlur l \"refl blur\" R 0 50}\n addUserKnob {20 endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {20 lens2GRP l \"lens 02\" n 1}\n lens2GRP 0\n addUserKnob {6 lens2Active l active +STARTLINE}\n lens2Active true\n addUserKnob {14 lens2Size l size R 0 100}\n lens2Size 4.8\n addUserKnob {18 lens2Col l color R 0 10}\n lens2Col {-2.3 6.32 15.39}\n addUserKnob {6 lens2Col_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 lens2Col_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 lens2Col_panelDropped_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {7 lens2Blur l blur R 0 50}\n addUserKnob {7 lens2AxisPos l \"axis pos\" R -3 3}\n lens2AxisPos -0.082\n addUserKnob {4 lens2Polygon l polygon M {Pentagon Hexagon Heptagon Octogon Nonagon Decagon Undecagon Dodecagon \"\"}}\n addUserKnob {7 lens2Diaphragm l diaphragm}\n lens2Diaphragm 1\n addUserKnob {7 lens2DiaphRot l \"diaph rotation\" R -180 180}\n addUserKnob {7 lens2grainOpacity l \"grain opacity\"}\n lens2grainOpacity 1\n addUserKnob {7 lens2grainSize l \"grain size\" R 0 1000}\n lens2grainSize 100\n addUserKnob {7 lens2grainGain l \"grain gain\" R 0 3}\n lens2grainGain 1\n addUserKnob {7 lens2reflectionOpacity l \"refl opacity\"}\n lens2reflectionOpacity 1\n addUserKnob {7 lens2reflectionRotation l \"refl rotation\" R 0 360}\n addUserKnob {7 lens2reflWhitepoint l \"refl whitepoint\" R 0 2}\n lens2reflWhitepoint 1\n addUserKnob {18 lens2reflectionGamma l \"refl gamma\" R 0 5}\n lens2reflectionGamma 1\n addUserKnob {6 lens2reflectionGamma_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 lens2reflectionGamma_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 lens2reflectionGamma_panelDropped_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {7 lens2reflectionBlur l \"refl blur\" R 0 50}\n addUserKnob {20 endGroup_1 l endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {20 lens3GRP l \"lens 03\" n 1}\n lens3GRP 0\n addUserKnob {6 lens3Active l active +STARTLINE}\n lens3Active true\n addUserKnob {14 lens3Size l size R 0 100}\n lens3Size 13.5\n addUserKnob {18 lens3Col l color R 0 10}\n lens3Col {1.17 1.72 26}\n addUserKnob {6 lens3Col_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 lens3Col_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 lens3Col_panelDropped_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {7 lens3Blur l blur R 0 50}\n addUserKnob {7 lens3AxisPos l \"axis pos\" R -3 3}\n lens3AxisPos -0.06\n addUserKnob {4 lens3Polygon l polygon M {Pentagon Hexagon Heptagon Octogon Nonagon Decagon Undecagon Dodecagon \"\"}}\n addUserKnob {7 lens3Diaphragm l diaphragm}\n lens3Diaphragm 0.8\n addUserKnob {7 lens3DiaphRot l \"diaph rotation\" R -180 180}\n addUserKnob {7 lens3grainOpacity l \"grain opacity\"}\n lens3grainOpacity 1\n addUserKnob {7 lens3grainSize l \"grain size\" t \"\\t\" R 0 1000}\n lens3grainSize 100\n addUserKnob {7 lens3grainGain l \"grain gain\" R 0 3}\n lens3grainGain 1\n addUserKnob {7 lens3reflectionOpacity l \"refl opacity\"}\n lens3reflectionOpacity 1\n addUserKnob {7 lens3reflectionRotation l \"refl rotation\" R 0 360}\n addUserKnob {7 lens3reflWhitepoint l \"refl whitepoint\" R 0 2}\n lens3reflWhitepoint 1\n addUserKnob {18 lens3reflectionGamma l \"refl gamma\" R 0 5}\n lens3reflectionGamma 1\n addUserKnob {6 lens3reflectionGamma_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 lens3reflectionGamma_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 lens3reflectionGamma_panelDropped_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {7 lens3reflectionBlur l \"refl blur\" R 0 50}\n addUserKnob {20 endGroup_2 l endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {20 lens4GRP l \"lens 04\" n 1}\n lens4GRP 0\n addUserKnob {6 lens4Active l active +STARTLINE}\n lens4Active true\n addUserKnob {14 lens4Size l size R 0 100}\n lens4Size 2.05\n addUserKnob {18 lens4Col l color R 0 10}\n lens4Col {6.93 32 29.82}\n addUserKnob {6 lens4Col_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 lens4Col_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 lens4Col_panelDropped_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {7 lens4Blur l blur R 0 50}\n addUserKnob {7 lens4AxisPos l \"axis pos\" R -3 3}\n lens4AxisPos 0.08\n addUserKnob {4 lens4Polygon l polygon M {Pentagon Hexagon Heptagon Octogon Nonagon Decagon Undecagon Dodecagon \"\"}}\n addUserKnob {7 lens4Diaphragm l diaphragm}\n lens4Diaphragm 1\n addUserKnob {7 lens4DiaphRot l \"diaph rotation\" R -180 180}\n addUserKnob {7 lens4grainOpacity l \"grain opacity\"}\n lens4grainOpacity 1\n addUserKnob {7 lens4grainSize l \"grain size\" R 0 1000}\n lens4grainSize 100\n addUserKnob {7 lens4grainGain l \"grain gain\" R 0 3}\n lens4grainGain 1\n addUserKnob {7 lens4reflectionOpacity l \"refl opacity\"}\n lens4reflectionOpacity 1\n addUserKnob {7 lens4reflectionRotation l \"refl rotation\" R 0 360}\n addUserKnob {7 lens4reflWhitepoint l \"refl whitepoint\" R 0 2}\n lens4reflWhitepoint 1\n addUserKnob {18 lens4reflectionGamma l \"refl gamma\" R 0 5}\n lens4reflectionGamma 1\n addUserKnob {6 lens4reflectionGamma_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 lens4reflectionGamma_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 lens4reflectionGamma_panelDropped_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {7 lens4reflectionBlur l \"refl blur\" R 0 50}\n addUserKnob {20 endGroup_3 l endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {20 lens5GRP l \"lens 05\" n 1}\n lens5GRP 0\n addUserKnob {6 lens5Active l active +STARTLINE}\n lens5Active true\n addUserKnob {14 lens5Size l size R 0 100}\n lens5Size 200\n addUserKnob {18 lens5Col l color R 0 10}\n lens5Col {1.09 1.14 8}\n addUserKnob {6 lens5Col_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 lens5Col_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 lens5Col_panelDropped_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {7 lens5Blur l blur R 0 50}\n addUserKnob {7 lens5AxisPos l \"axis pos\" R -3 3}\n lens5AxisPos 0.27\n addUserKnob {4 lens5Polygon l polygon M {Pentagon Hexagon Heptagon Octogon Nonagon Decagon Undecagon Dodecagon \"\"}}\n addUserKnob {7 lens5Diaphragm l diaphragm}\n lens5Diaphragm 1\n addUserKnob {7 lens5DiaphRot l \"diaph rotation\" R -180 180}\n addUserKnob {7 lens5grainOpacity l \"grain opacity\"}\n lens5grainOpacity 1\n addUserKnob {7 lens5grainSize l \"grain size\" R 0 1000}\n lens5grainSize 100\n addUserKnob {7 lens5grainGain l \"grain gain\" R 0 3}\n lens5grainGain 1\n addUserKnob {7 lens5reflectionOpacity l \"refl opacity\"}\n lens5reflectionOpacity 1\n addUserKnob {7 lens5reflectionRotation l \"refl rotation\" R 0 360}\n addUserKnob {7 lens5reflWhitepoint l \"refl whitepoint\" R 0 2}\n lens5reflWhitepoint 1\n addUserKnob {18 lens5reflectionGamma l \"refl gamma\" R 0 5}\n lens5reflectionGamma 1\n addUserKnob {6 lens5reflectionGamma_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 lens5reflectionGamma_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 lens5reflectionGamma_panelDropped_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {7 lens5reflectionBlur l \"refl blur\" R 0 50}\n addUserKnob {20 endGroup_4 l endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {20 lens6GRP l \"lens 06\" n 1}\n lens6GRP 0\n addUserKnob {6 lens6Active l active +STARTLINE}\n lens6Active true\n addUserKnob {14 lens6Size l size R 0 100}\n lens6Size 1000\n addUserKnob {18 lens6Col l color R 0 10}\n lens6Col {50 6.38 0}\n addUserKnob {6 lens6Col_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 lens6Col_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 lens6Col_panelDropped_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {7 lens6Blur l blur R 0 50}\n addUserKnob {7 lens6AxisPos l \"axis pos\" R -3 3}\n lens6AxisPos -1.08\n addUserKnob {4 lens6Polygon l polygon M {Pentagon Hexagon Heptagon Octogon Nonagon Decagon Undecagon Dodecagon \"\"}}\n addUserKnob {7 lens6Diaphragm l diaphragm}\n lens6Diaphragm 1\n addUserKnob {7 lens6DiaphRot l \"diaph rotation\" R -180 180}\n addUserKnob {7 lens6grainOpacity l \"grain opacity\"}\n lens6grainOpacity 1\n addUserKnob {7 lens6grainSize l \"grain size\" R 0 1000}\n lens6grainSize 100\n addUserKnob {7 lens6grainGain l \"grain gain\" R 0 3}\n lens6grainGain 1\n addUserKnob {7 lens6reflectionOpacity l \"refl opacity\"}\n lens6reflectionOpacity 1\n addUserKnob {7 lens6reflectionRotation l \"refl rotation\" R 0 360}\n addUserKnob {7 lens6reflWhitepoint l \"refl whitepoint\" R 0 2}\n lens6reflWhitepoint 1\n addUserKnob {18 lens6reflectionGamma l \"refl gamma\" R 0 5}\n lens6reflectionGamma 1\n addUserKnob {6 lens6reflectionGamma_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 lens6reflectionGamma_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 lens6reflectionGamma_panelDropped_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {7 lens6reflectionBlur l \"refl blur\" R 0 50}\n addUserKnob {20 endGroup_5 l endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {20 lens7GRP l \"lens 07\" n 1}\n lens7GRP 0\n addUserKnob {6 lens7Active l active +STARTLINE}\n lens7Active true\n addUserKnob {14 lens7Size l size R 0 100}\n lens7Size 460\n addUserKnob {18 lens7Col l color R 0 10}\n lens7Col {0 3.959999084 80}\n addUserKnob {6 lens7Col_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 lens7Col_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 lens7Col_panelDropped_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {16 lens7Blur l blur}\n addUserKnob {7 lens7AxisPos l \"axis pos\" R -3 3}\n lens7AxisPos -0.88\n addUserKnob {4 lens7Polygon l polygon M {Pentagon Hexagon Heptagon Octogon Nonagon Decagon Undecagon Dodecagon \"\"}}\n addUserKnob {7 lens7Diaphragm l diaphragm}\n lens7Diaphragm 1\n addUserKnob {7 lens7DiaphRot l \"diaph rotation\" R -180 180}\n addUserKnob {7 lens7grainOpacity l \"grain opacity\"}\n lens7grainOpacity 1\n addUserKnob {7 lens7grainSize l \"grain size\" R 0 1000}\n lens7grainSize 100\n addUserKnob {7 lens7grainGain l \"grain gain\" R 0 3}\n lens7grainGain 1\n addUserKnob {7 lens7reflectionOpacity l \"refl opacity\"}\n lens7reflectionOpacity 1\n addUserKnob {7 lens7reflectionRotation l \"refl rotation\" R 0 360}\n addUserKnob {7 lens7reflWhitepoint l \"refl whitepoint\" R 0 2}\n lens7reflWhitepoint 1\n addUserKnob {18 lens7reflectionGamma l \"refl gamma\" R 0 5}\n lens7reflectionGamma 1\n addUserKnob {6 lens7reflectionGamma_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 lens7reflectionGamma_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 lens7reflectionGamma_panelDropped_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {7 lens7reflectionBlur l \"refl blur\" R 0 50}\n addUserKnob {20 endGroup_6 l endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {20 lens8GRP l \"lens 08\" n 1}\n lens8GRP 0\n addUserKnob {6 lens8Active l active +STARTLINE}\n lens8Active true\n addUserKnob {14 lens8Size l size R 0 100}\n lens8Size 450\n addUserKnob {18 lens8Col l color R 0 10}\n lens8Col {12 2.25 10.04}\n addUserKnob {6 lens8Col_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 lens8Col_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 lens8Col_panelDropped_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {7 lens8Blur l blur R 0 10}\n lens8Blur 9.9\n addUserKnob {7 lens8AxisPos l \"axis pos\" R -3 3}\n lens8AxisPos -0.69\n addUserKnob {4 lens8Polygon l polygon M {Pentagon Hexagon Heptagon Octogon Nonagon Decagon Undecagon Dodecagon \"\"}}\n addUserKnob {7 lens8Diaphragm l diaphragm}\n lens8Diaphragm 1\n addUserKnob {7 lens8DiaphRot l \"diaph rotation\" R -180 180}\n addUserKnob {7 lens8grainOpacity l \"grain opacity\"}\n lens8grainOpacity 1\n addUserKnob {7 lens8grainSize l \"grain size\" R 0 1000}\n lens8grainSize 100\n addUserKnob {7 lens8grainGain l \"grain gain\" R 0 3}\n lens8grainGain 1\n addUserKnob {7 lens8reflectionOpacity l \"refl opacity\"}\n lens8reflectionOpacity 1\n addUserKnob {7 lens8reflectionRotation l \"refl rotation\" R 0 360}\n addUserKnob {7 lens8reflWhitepoint l \"refl whitepoint\" R 0 2}\n lens8reflWhitepoint 1\n addUserKnob {18 lens8reflectionGamma l \"refl gamma\" R 0 5}\n lens8reflectionGamma 1\n addUserKnob {6 lens8reflectionGamma_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 lens8reflectionGamma_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 lens8reflectionGamma_panelDropped_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {7 lens8reflectionBlur l \"refl blur\" R 0 50}\n addUserKnob {20 endGroup_7 l endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {20 lens9GRP l \"lens 09\" n 1}\n lens9GRP 0\n addUserKnob {6 lens9Active l active +STARTLINE}\n lens9Active true\n addUserKnob {14 lens9Size l size R 0 100}\n lens9Size 50.4\n addUserKnob {18 lens9Col l color R 0 10}\n lens9Col {0.9 1.012 3}\n addUserKnob {6 lens9Col_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 lens9Col_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 lens9Col_panelDropped_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {7 lens9Blur l blur R 0 50}\n lens9Blur 2.8\n addUserKnob {7 lens9AxisPos l \"axis pos\" R -3 3}\n lens9AxisPos 0.34\n addUserKnob {4 lens9Polygon l polygon M {Pentagon Hexagon Heptagon Octogon Nonagon Decagon Undecagon Dodecagon \"\"}}\n addUserKnob {7 lens9Diaphragm l diaphragm}\n lens9Diaphragm 1\n addUserKnob {7 lens9DiaphRot l \"diaph rotation\" R -180 180}\n addUserKnob {7 lens9grainOpacity l \"grain opacity\"}\n lens9grainOpacity 1\n addUserKnob {7 lens9grainSize l \"grain size\" R 0 1000}\n lens9grainSize 100\n addUserKnob {7 lens9grainGain l \"grain gain\" R 0 3}\n lens9grainGain 1\n addUserKnob {7 lens9reflectionOpacity l \"refl opacity\"}\n lens9reflectionOpacity 1\n addUserKnob {7 lens9reflectionRotation l \"refl rotation\" R 0 360}\n addUserKnob {7 lens9reflWhitepoint l \"refl whitepoint\" R 0 2}\n lens9reflWhitepoint 1\n addUserKnob {18 lens9reflectionGamma l \"refl gamma\" R 0 5}\n lens9reflectionGamma 1\n addUserKnob {6 lens9reflectionGamma_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 lens9reflectionGamma_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 lens9reflectionGamma_panelDropped_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {7 lens9reflectionBlur l \"refl blur\" R 0 50}\n addUserKnob {20 endGroup_8 l endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {20 lens10GRP l \"lens 10\" n 1}\n lens10GRP 0\n addUserKnob {6 lens10Active l active +STARTLINE}\n lens10Active true\n addUserKnob {14 lens10Size l size R 0 100}\n lens10Size 85.6\n addUserKnob {18 lens10Col l color R 0 10}\n lens10Col {2.79 1.537 -2.6}\n addUserKnob {6 lens10Col_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 lens10Col_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 lens10Col_panelDropped_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {7 lens10Blur l blur R 0 50}\n lens10Blur 4.6\n addUserKnob {7 lens10AxisPos l \"axis pos\" R -3 3}\n lens10AxisPos 0.37\n addUserKnob {4 lens10Polygon l polygon M {Pentagon Hexagon Heptagon Octogon Nonagon Decagon Undecagon Dodecagon \"\"}}\n addUserKnob {7 lens10Diaphragm l diaphragm}\n lens10Diaphragm 1\n addUserKnob {7 lens10DiaphRot l \"diaph rotation\" R -180 180}\n addUserKnob {7 lens10grainOpacity l \"grain opacity\"}\n lens10grainOpacity 1\n addUserKnob {7 lens10grainSize l \"grain size\" R 0 1000}\n lens10grainSize 100\n addUserKnob {7 lens10grainGain l \"grain gain\" R 0 3}\n lens10grainGain 1\n addUserKnob {7 lens10reflectionOpacity l \"refl opacity\"}\n lens10reflectionOpacity 1\n addUserKnob {7 lens10reflectionRotation l \"refl rotation\" R 0 360}\n addUserKnob {7 lens10reflWhitepoint l \"refl whitepoint\" R 0 2}\n lens10reflWhitepoint 1\n addUserKnob {18 lens10reflectionGamma l \"refl gamma\" R 0 5}\n lens10reflectionGamma 1\n addUserKnob {6 lens10reflectionGamma_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 lens10reflectionGamma_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 lens10reflectionGamma_panelDropped_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {7 lens10reflectionBlur l \"refl blur\" R 0 50}\n addUserKnob {20 endGroup_9 l endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {20 lens11GRP l \"lens 11\" n 1}\n lens11GRP 0\n addUserKnob {6 lens11Active l active +STARTLINE}\n lens11Active true\n addUserKnob {14 lens11Size l size R 0 100}\n lens11Size 83.5\n addUserKnob {18 lens11Col l color R 0 10}\n lens11Col {0 4.86 30}\n addUserKnob {6 lens11Col_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 lens11Col_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 lens11Col_panelDropped_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {7 lens11Blur l blur R 0 50}\n addUserKnob {7 lens11AxisPos l \"axis pos\" R -3 3}\n lens11AxisPos 0.15\n addUserKnob {4 lens11Polygon l polygon M {Pentagon Hexagon Heptagon Octogon Nonagon Decagon Undecagon Dodecagon \"\"}}\n addUserKnob {7 lens11Diaphragm l diaphragm}\n lens11Diaphragm 1\n addUserKnob {7 lens11DiaphRot l \"diaph rotation\" R -180 180}\n addUserKnob {7 lens11grainOpacity l \"grain opacity\"}\n lens11grainOpacity 1\n addUserKnob {7 lens11grainSize l \"grain size\" R 0 1000}\n lens11grainSize 100\n addUserKnob {7 lens11grainGain l \"grain gain\" R 0 3}\n lens11grainGain 1\n addUserKnob {7 lens11reflectionOpacity l \"refl opacity\"}\n lens11reflectionOpacity 1\n addUserKnob {7 lens11reflectionRotation l \"refl rotation\" R 0 360}\n addUserKnob {7 lens11reflWhitepoint l \"refl whitepoint\" R 0 2}\n lens11reflWhitepoint 1\n addUserKnob {18 lens11reflectionGamma l \"refl gamma\" R 0 5}\n lens11reflectionGamma 1\n addUserKnob {6 lens11reflectionGamma_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 lens11reflectionGamma_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 lens11reflectionGamma_panelDropped_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {7 lens11reflectionBlur l \"refl blur\" R 0 50}\n addUserKnob {20 endGroup_10 l endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {20 lens12GRP l \"lens 12\" n 1}\n lens12GRP 0\n addUserKnob {6 lens12Active l active +STARTLINE}\n lens12Active true\n addUserKnob {14 lens12Size l size R 0 100}\n lens12Size 40\n addUserKnob {18 lens12Col l color R 0 10}\n lens12Col {10 3.9 7.98}\n addUserKnob {6 lens12Col_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 lens12Col_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 lens12Col_panelDropped_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {7 lens12Blur l blur R 0 10}\n lens12Blur 4.6\n addUserKnob {7 lens12AxisPos l \"axis pos\" R -3 3}\n lens12AxisPos 0.44\n addUserKnob {4 lens12Polygon l polygon M {Pentagon Hexagon Heptagon Octogon Nonagon Decagon Undecagon Dodecagon \"\" \"\"}}\n addUserKnob {7 lens12Diaphragm l diaphragm}\n lens12Diaphragm 1\n addUserKnob {7 lens12DiaphRot l \"diaph rotation\" R -180 180}\n addUserKnob {7 lens12grainOpacity l \"grain opacity\"}\n lens12grainOpacity 1\n addUserKnob {7 lens12grainSize l \"grain size\" R 0 1000}\n lens12grainSize 100\n addUserKnob {7 lens12grainGain l \"grain gain\" R 0 3}\n lens12grainGain 1\n addUserKnob {7 lens12reflectionOpacity l \"refl opacity\"}\n lens12reflectionOpacity 1\n addUserKnob {7 lens12reflectionRotation l \"refl rotation\" R 0 360}\n addUserKnob {7 lens12reflWhitepoint l \"refl whitepoint\" R 0 2}\n lens12reflWhitepoint 1\n addUserKnob {18 lens12reflectionGamma l \"refl gamma\" R 0 5}\n lens12reflectionGamma 1\n addUserKnob {6 lens12reflectionGamma_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 lens12reflectionGamma_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 lens12reflectionGamma_panelDropped_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {7 lens12reflectionBlur l \"refl blur\" R 0 50}\n addUserKnob {20 endGroup_11 l endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {20 len13GRP l \"lens 13\" n 1}\n len13GRP 0\n addUserKnob {6 lens13Active l active +STARTLINE}\n lens13Active true\n addUserKnob {14 lens13Size l size R 0 100}\n lens13Size 1.4\n addUserKnob {18 lens13Col l color R 0 10}\n lens13Col {3.29 1.28 2.6}\n addUserKnob {6 lens13Col_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 lens13Col_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 lens13Col_panelDropped_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {7 lens13Blur l blur R 0 50}\n lens13Blur 5.6\n addUserKnob {7 lens13AxisPos l \"axis pos\" R -3 3}\n lens13AxisPos 0.45\n addUserKnob {4 lens13Polygon l polygon M {Pentagon Hexagon Heptagon Octogon Nonagon Decagon Undecagon Dodecagon}}\n addUserKnob {7 lens13Diaphragm l diaphragm}\n lens13Diaphragm 1\n addUserKnob {7 lens13DiaphRot l \"diaph rotation\" R -180 180}\n addUserKnob {7 lens13grainOpacity l \"grain opacity\"}\n lens13grainOpacity 1\n addUserKnob {7 lens13grainSize l \"grain size\" R 0 1000}\n lens13grainSize 100\n addUserKnob {7 lens13grainGain l \"grain gain\" R 0 3}\n lens13grainGain 1\n addUserKnob {7 lens13reflectionOpacity l \"refl opacity\"}\n lens13reflectionOpacity 1\n addUserKnob {7 lens13reflectionRotation l \"refl rotation\" R 0 360}\n addUserKnob {7 lens13reflWhitepoint l \"refl whitepoint\" R 0 2}\n lens13reflWhitepoint 1\n addUserKnob {18 lens13reflectionGamma l \"refl gamma\" R 0 5}\n lens13reflectionGamma 1\n addUserKnob {6 lens13reflectionGamma_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 lens13reflectionGamma_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 lens13reflectionGamma_panelDropped_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {7 lens13reflectionBlur l \"refl blur\" R 0 50}\n addUserKnob {20 endGroup_12 l endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {20 lens14GRP l \"lens 14\" n 1}\n lens14GRP 0\n addUserKnob {6 lens14Active l active +STARTLINE}\n lens14Active true\n addUserKnob {14 lens14Size l size R 0 100}\n lens14Size 1\n addUserKnob {18 lens14Col l color R 0 10}\n lens14Col {1.64 0.74 1.3}\n addUserKnob {6 lens14Col_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 lens14Col_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 lens14Col_panelDropped_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {7 lens14Blur l blur R 0 50}\n lens14Blur 2\n addUserKnob {7 lens14AxisPos l \"axis pos\" R -3 3}\n lens14AxisPos 0.458\n addUserKnob {4 lens14Polygon l polygon M {Pentagon Hexagon Heptagon Octogon Nonagon Decagon Undecagon Dodecagon \"\"}}\n addUserKnob {7 lens14Diaphragm l diaphragm}\n lens14Diaphragm 1\n addUserKnob {7 lens14DiaphRot l \"diaph rotation\" R -180 180}\n addUserKnob {7 lens14grainOpacity l \"grain opacity\"}\n lens14grainOpacity 1\n addUserKnob {7 lens14grainSize l \"grain size\" R 0 1000}\n lens14grainSize 100\n addUserKnob {7 lens14grainGain l \"grain gain\" R 0 3}\n lens14grainGain 1\n addUserKnob {7 lens14reflectionOpacity l \"refl opacity\"}\n lens14reflectionOpacity 1\n addUserKnob {7 lens14reflectionRotation l \"refl rotation\" R 0 360}\n addUserKnob {7 lens14reflWhitepoint l \"refl whitepoint\" R 0 2}\n lens14reflWhitepoint 1\n addUserKnob {18 lens14reflectionGamma l \"refl gamma\" R 0 5}\n lens14reflectionGamma 1\n addUserKnob {6 lens14reflectionGamma_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 lens14reflectionGamma_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 lens14reflectionGamma_panelDropped_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {7 lens14reflectionBlur l \"refl blur\" R 0 50}\n addUserKnob {20 endGroup_13 l endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {20 lens15GRP l \"lens 15\" n 1}\n lens15GRP 0\n addUserKnob {6 lens15Active l active +STARTLINE}\n lens15Active true\n addUserKnob {14 lens15Size l size R 0 100}\n lens15Size 1050\n addUserKnob {18 lens15Col l color R 0 10}\n lens15Col {80 24 49.19}\n addUserKnob {6 lens15Col_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 lens15Col_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 lens15Col_panelDropped_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {7 lens15Blur l blur R 0 50}\n addUserKnob {7 lens15AxisPos l \"axis pos\" R -3 3}\n lens15AxisPos 0.8\n addUserKnob {4 lens15Polygon l polygon M {Pentagon Hexagon Heptagon Octogon Nonagon Decagon Undecagon Dodecagon \"\"}}\n addUserKnob {7 lens15Diaphragm l diaphragm}\n lens15Diaphragm 1\n addUserKnob {7 lens15DiaphRot l \"diaph rotation\" R -180 180}\n addUserKnob {7 lens15grainOpacity l \"grain opacity\"}\n lens15grainOpacity 1\n addUserKnob {7 lens15grainSize l \"grain size\" R 0 1000}\n lens15grainSize 100\n addUserKnob {7 lens15grainGain l \"grain gain\" R 0 3}\n lens15grainGain 1\n addUserKnob {7 lens15reflectionOpacity l \"refl opacity\"}\n lens15reflectionOpacity 1\n addUserKnob {7 lens15reflectionRotation l \"refl rotation\" R 0 360}\n addUserKnob {7 lens15reflWhitepoint l \"refl whitepoint\" R 0 2}\n lens15reflWhitepoint 1\n addUserKnob {18 lens15reflectionGamma l \"refl gamma\" R 0 5}\n lens15reflectionGamma 1\n addUserKnob {6 lens15reflectionGamma_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 lens15reflectionGamma_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 lens15reflectionGamma_panelDropped_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {7 lens15reflectionBlur l \"refl blur\" R 0 50}\n addUserKnob {20 endGroup_14 l endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {20 lens16GRP l \"lens 16\" n 1}\n lens16GRP 0\n addUserKnob {6 lens16Active l active +STARTLINE}\n lens16Active true\n addUserKnob {14 lens16Size l size R 0 100}\n lens16Size 600\n addUserKnob {18 lens16Col l color R 0 10}\n lens16Col {30 7.29 12.7}\n addUserKnob {6 lens16Col_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 lens16Col_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 lens16Col_panelDropped_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {7 lens16Blur l blur R 0 50}\n addUserKnob {7 lens16AxisPos l \"axis pos\" R -3 3}\n lens16AxisPos -0.42\n addUserKnob {4 lens16Polygon l polygon M {Pentagon Hexagon Heptagon Octogon Nonagon Decagon Undecagon Dodecagon \"\"}}\n addUserKnob {7 lens16Diaphragm l diaphragm}\n lens16Diaphragm 1\n addUserKnob {7 lens16DiaphRot l \"diaph rotation\" R -180 180}\n addUserKnob {7 lens16grainOpacity l \"grain opacity\"}\n lens16grainOpacity 1\n addUserKnob {7 lens16grainSize l \"grain size\" R 0 1000}\n lens16grainSize 100\n addUserKnob {7 lens16grainGain l \"grain gain\" R 0 3}\n lens16grainGain 1\n addUserKnob {7 lens16reflectionOpacity l \"refl opacity\"}\n lens16reflectionOpacity 1\n addUserKnob {7 lens16reflectionRotation l \"refl rotation\" R 0 360}\n addUserKnob {7 lens16reflWhitepoint l \"refl whitepoint\" R 0 2}\n lens16reflWhitepoint 1\n addUserKnob {18 lens16reflectionGamma l \"refl gamma\" R 0 5}\n lens16reflectionGamma 1\n addUserKnob {6 lens16reflectionGamma_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 lens16reflectionGamma_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 lens16reflectionGamma_panelDropped_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {7 lens16reflectionBlur l \"refl blur\" R 0 50}\n addUserKnob {20 endGroup_15 l endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {20 lens17GRP l \"lens 17\" n 1}\n lens17GRP 0\n addUserKnob {6 lens17Active l active +STARTLINE}\n lens17Active true\n addUserKnob {14 lens17Size l size R 0 100}\n lens17Size 600\n addUserKnob {18 lens17Col l color R 0 10}\n lens17Col {25 7.5 8.08}\n addUserKnob {6 lens17Col_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 lens17Col_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 lens17Col_panelDropped_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {7 lens17Blur l blur R 0 50}\n lens17Blur 50\n addUserKnob {7 lens17AxisPos l \"axis pos\" R -3 3}\n lens17AxisPos 0.7\n addUserKnob {4 lens17Polygon l polygon M {Pentagon Hexagon Heptagon Octogon Nonagon Decagon Undecagon Dodecagon \"\"}}\n addUserKnob {7 lens17Diaphragm l diaphragm}\n lens17Diaphragm 1\n addUserKnob {7 lens17DiaphRot l \"diaph rotation\" R -180 180}\n addUserKnob {7 lens17grainOpacity l \"grain opacity\"}\n lens17grainOpacity 1\n addUserKnob {7 lens17grainSize l \"grain size\" R 0 1000}\n lens17grainSize 100\n addUserKnob {7 lens17grainGain l \"grain gain\" R 0 3}\n lens17grainGain 1\n addUserKnob {7 lens17reflectionOpacity l \"refl opacity\"}\n lens17reflectionOpacity 1\n addUserKnob {7 lens17reflectionRotation l \"refl rotation\" R 0 360}\n addUserKnob {7 lens17reflWhitepoint l \"refl whitepoint\" R 0 2}\n lens17reflWhitepoint 1\n addUserKnob {18 lens17reflectionGamma l \"refl gamma\" R 0 5}\n lens17reflectionGamma 1\n addUserKnob {6 lens17reflectionGamma_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 lens17reflectionGamma_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 lens17reflectionGamma_panelDropped_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {7 lens17reflectionBlur l \"refl blur\" R 0 50}\n addUserKnob {20 endGroup_16 l endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {20 lens18GRP l \"lens 18\" n 1}\n lens18GRP 0\n addUserKnob {6 lens18Active l active +STARTLINE}\n lens18Active true\n addUserKnob {14 lens18Size l size R 0 100}\n lens18Size 270\n addUserKnob {18 lens18Col l color R 0 10}\n lens18Col {6.4 3.69 0.73}\n addUserKnob {6 lens18Col_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 lens18Col_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 lens18Col_panelDropped_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {7 lens18Blur l blur R 0 50}\n addUserKnob {7 lens18AxisPos l \"axis pos\" R -3 3}\n lens18AxisPos -0.36\n addUserKnob {4 lens18Polygon l polygon M {Pentagon Hexagon Heptagon Octogon Nonagon Decagon Undecagon Dodecagon \"\"}}\n addUserKnob {7 lens18Diaphragm l diaphragm}\n lens18Diaphragm 1\n addUserKnob {7 lens18DiaphRot l \"diaph rotation\" R -180 180}\n addUserKnob {7 lens18grainOpacity l \"grain opacity\"}\n lens18grainOpacity 1\n addUserKnob {7 lens18grainSize l \"grain size\" R 0 1000}\n lens18grainSize 100\n addUserKnob {7 lens18grainGain l \"grain gain\" R 0 3}\n lens18grainGain 1\n addUserKnob {7 lens18reflectionOpacity l \"refl opacity\"}\n lens18reflectionOpacity 1\n addUserKnob {7 lens18reflectionRotation l \"refl rotation\" R 0 360}\n addUserKnob {7 lens18reflWhitepoint l \"refl whitepoint\" R 0 2}\n lens18reflWhitepoint 1\n addUserKnob {18 lens18reflectionGamma l \"refl gamma\" R 0 5}\n lens18reflectionGamma 1\n addUserKnob {6 lens18reflectionGamma_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 lens18reflectionGamma_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 lens18reflectionGamma_panelDropped_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {7 lens18reflectionBlur l \"refl blur\" R 0 50}\n addUserKnob {20 endGroup_17 l endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {20 lens19GRP l \"lens 19\" n 1}\n lens19GRP 0\n addUserKnob {6 lens19Active l active +STARTLINE}\n lens19Active true\n addUserKnob {14 lens19Size l size R 0 100}\n lens19Size 99\n addUserKnob {18 lens19Col l color R 0 10}\n lens19Col {5.249 7.51 40}\n addUserKnob {6 lens19Col_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 lens19Col_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 lens19Col_panelDropped_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {7 lens19Blur l blur R 0 50}\n lens19Blur 20\n addUserKnob {7 lens19AxisPos l \"axis pos\" R -3 3}\n lens19AxisPos -0.16\n addUserKnob {4 lens19Polygon l polygon M {Pentagon Hexagon Heptagon Octogon Nonagon Decagon Undecagon Dodecagon \"\"}}\n addUserKnob {7 lens19Diaphragm l diaphragm}\n lens19Diaphragm 1\n addUserKnob {7 lens19DiaphRot l \"diaph rotation\" R -180 180}\n addUserKnob {7 lens19grainOpacity l \"grain opacity\"}\n lens19grainOpacity 1\n addUserKnob {7 lens19grainSize l \"grain size\" R 0 1000}\n lens19grainSize 100\n addUserKnob {7 lens19grainGain l \"grain gain\" R 0 3}\n lens19grainGain 1\n addUserKnob {7 lens19reflectionOpacity l \"refl opacity\"}\n lens19reflectionOpacity 1\n addUserKnob {7 lens19reflectionRotation l \"refl rotation\" R 0 360}\n addUserKnob {7 lens19reflWhitepoint l \"refl whitepoint\" R 0 2}\n lens19reflWhitepoint 1\n addUserKnob {18 lens19reflectionGamma l \"refl gamma\" R 0 5}\n lens19reflectionGamma 1\n addUserKnob {6 lens19reflectionGamma_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 lens19reflectionGamma_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 lens19reflectionGamma_panelDropped_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {7 lens19reflectionBlur l \"refl blur\" R 0 50}\n addUserKnob {20 endGroup_18 l endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {20 lens20GRP l \"lens 20\" n 1}\n lens20GRP 0\n addUserKnob {6 lens20Active l active +STARTLINE}\n lens20Active true\n addUserKnob {14 lens20Size l size R 0 100}\n lens20Size 9.4\n addUserKnob {18 lens20Col l color R 0 10}\n lens20Col {0.03 0.006 0.015}\n addUserKnob {6 lens20Col_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 lens20Col_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 lens20Col_panelDropped_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {7 lens20Blur l blur R 0 50}\n lens20Blur 4\n addUserKnob {7 lens20AxisPos l \"axis pos\" R -3 3}\n lens20AxisPos 0.5\n addUserKnob {4 lens20Polygon l polygon M {Pentagon Hexagon Heptagon Octogon Nonagon Decagon Undecagon Dodecagon \"\"}}\n addUserKnob {7 lens20Diaphragm l diaphragm}\n lens20Diaphragm 1\n addUserKnob {7 lens20DiaphRot l \"diaph rotation\" R -180 180}\n addUserKnob {7 lens20grainOpacity l \"grain opacity\"}\n lens20grainOpacity 1\n addUserKnob {7 lens20grainSize l \"grain size\" R 0 1000}\n lens20grainSize 100\n addUserKnob {7 lens20grainGain l \"grain gain\" R 0 3}\n lens20grainGain 1\n addUserKnob {7 lens20reflectionOpacity l \"refl opacity\"}\n lens20reflectionOpacity 1\n addUserKnob {7 lens20reflectionRotation l \"refl rotation\" R 0 360}\n addUserKnob {7 lens20reflWhitepoint l \"refl whitepoint\" R 0 2}\n lens20reflWhitepoint 1\n addUserKnob {18 lens20reflectionGamma l \"refl gamma\" R 0 5}\n lens20reflectionGamma 1\n addUserKnob {6 lens20reflectionGamma_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 lens20reflectionGamma_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 lens20reflectionGamma_panelDropped_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {7 lens20reflectionBlur l \"refl blur\" R 0 50}\n addUserKnob {20 endGroup_19 l endGroup n -1}\n }\nset N49978760 [stack 0]\n Dot {\n name Dot21\n xpos 274\n ypos 566\n }\n SphericalTransform {\n fix true\n name _SphericalTransformLensALL\n xpos 240\n ypos 960\n }\n Reformat {\n format \"256 256 0 0 256 256 1 square_256\"\n resize distort\n name _ReformatReflectionLensALL\n xpos 240\n ypos 1002\n }\n Shuffle {\n alpha white\n name _ShuffleCleanALensALL\n xpos 240\n ypos 1044\n }\n Dot {\n name Dot26\n xpos 274\n ypos 1128\n }\nset N474c77c0 [stack 0]\n Dot {\n name Dot22\n xpos 274\n ypos 1560\n }\nset N3f716ff0 [stack 0]\n Dot {\n name Dot23\n xpos 274\n ypos 1992\n }\nset N4a48a940 [stack 0]\n Dot {\n name Dot24\n xpos 274\n ypos 2428\n }\nset N47423090 [stack 0]\n Dot {\n name Dot27\n xpos 274\n ypos 2889\n }\nset N3f719100 [stack 0]\n Dot {\n name Dot28\n xpos 274\n ypos 3335\n }\nset N4a6543b0 [stack 0]\n Dot {\n name Dot30\n xpos 274\n ypos 3791\n }\nset N4a469eb0 [stack 0]\n Dot {\n name Dot31\n xpos 274\n ypos 4338\n }\nset N676f4660 [stack 0]\n Dot {\n name Dot32\n xpos 274\n ypos 4811\n }\nset N4a6df9c0 [stack 0]\n Dot {\n name Dot33\n xpos 274\n ypos 5253\n }\nset N4a6925e0 [stack 0]\n Dot {\n name Dot29\n xpos 274\n ypos 5734\n }\nset N6662b930 [stack 0]\n Dot {\n name Dot34\n xpos 274\n ypos 6211\n }\nset N67043a20 [stack 0]\n Dot {\n name Dot35\n xpos 274\n ypos 6685\n }\nset N6d8e0a10 [stack 0]\n Dot {\n name Dot36\n xpos 274\n ypos 7163\n }\nset N4a2dc600 [stack 0]\n Dot {\n name Dot37\n xpos 274\n ypos 7632\n }\nset N474278a0 [stack 0]\n Dot {\n name Dot38\n xpos 274\n ypos 8100\n }\nset N4a542850 [stack 0]\n Dot {\n name Dot39\n xpos 273\n ypos 8578\n }\nset N4a541e20 [stack 0]\n Dot {\n name Dot40\n xpos 273\n ypos 9052\n }\nset N4a58cd50 [stack 0]\n Dot {\n name Dot41\n xpos 273\n ypos 9548\n }\nset N66a55920 [stack 0]\n Dot {\n name Dot25\n xpos 273\n ypos 10031\n }\n Grade {\n whitepoint {{_INPUT_CTRL.lens1reflWhitepoint*_INPUT_CTRL.reflectionsWhitepointMult i}}\n gamma {{_INPUT_CTRL.lens1reflectionGamma*_INPUT_CTRL.reflectionsGammaMult i}}\n name _GradeReflectionLens20\n xpos 402\n ypos 10026\n }\n Transform {\n rotate {{_INPUT_CTRL.reflectionsRotOffset+_INPUT_CTRL.lens1reflectionRotation i}}\n center {128 128}\n name _TransformReflectionLens20\n xpos 402\n ypos 10054\n }\n Blur {\n size {{_INPUT_CTRL.lens1reflectionBlur+_INPUT_CTRL.reflectionsBlurAdd}}\n name _BlurReflectionLens20\n xpos 402\n ypos 10082\n }\n Read {\n inputs 0\n file_type png\n file <<>>/images/dodecagon.png\n format \"512 512 0 0 512 512 1 square_512\"\n origset true\n name Read19\n xpos 1735\n ypos 632\n }\n Shuffle {\n green red\n blue red\n alpha red\n name Shuffle1\n note_font_color 0xffffffff\n xpos 1735\n ypos 712\n }\nset N4a2244b0 [stack 0]\n Read {\n inputs 0\n file_type png\n file <<>>/images/undecagon.png\n format \"512 512 0 0 512 512 1 square_512\"\n origset true\n name Read26\n xpos 1649\n ypos 632\n }\n Shuffle {\n green red\n blue red\n alpha red\n name Shuffle2\n note_font_color 0xffffffff\n xpos 1649\n ypos 712\n }\nset N4a638510 [stack 0]\n Read {\n inputs 0\n file_type png\n file <<>>/images/decagon.png\n format \"512 512 0 0 512 512 1 square_512\"\n origset true\n name Read3\n xpos 1562\n ypos 633\n }\n Shuffle {\n green red\n blue red\n alpha red\n name Shuffle3\n note_font_color 0xffffffff\n xpos 1562\n ypos 713\n }\nset N6703bbe0 [stack 0]\n Read {\n inputs 0\n file_type png\n file <<>>/images/nonagon.png\n format \"512 512 0 0 512 512 1 square_512\"\n origset true\n name Read22\n xpos 1475\n ypos 632\n }\n Shuffle {\n green red\n blue red\n alpha red\n name Shuffle4\n note_font_color 0xffffffff\n xpos 1475\n ypos 712\n }\nset N4993c8b0 [stack 0]\n Read {\n inputs 0\n file_type png\n file <<>>/images/octogon.png\n format \"512 512 0 0 512 512 1 square_512\"\n origset true\n name Read23\n xpos 1388\n ypos 632\n }\n Shuffle {\n green red\n blue red\n alpha red\n name Shuffle5\n note_font_color 0xffffffff\n xpos 1388\n ypos 712\n }\nset N4a1d10d0 [stack 0]\n Read {\n inputs 0\n file_type png\n file <<>>/images/heptagon.png\n format \"512 512 0 0 512 512 1 square_512\"\n origset true\n name Read20\n xpos 1301\n ypos 632\n }\n Shuffle {\n green red\n blue red\n alpha red\n name Shuffle8\n note_font_color 0xffffffff\n xpos 1301\n ypos 712\n }\nset N4a055400 [stack 0]\n Read {\n inputs 0\n file_type png\n file <<>>/images/hexagon.png\n format \"512 512 0 0 512 512 1 square_512\"\n origset true\n name Read21\n xpos 1214\n ypos 633\n }\n Shuffle {\n green red\n blue red\n alpha red\n name Shuffle6\n note_font_color 0xffffffff\n xpos 1214\n ypos 713\n }\nset N4a07d0f0 [stack 0]\n Read {\n inputs 0\n file_type png\n file <<>>/images/pentagon.png\n format \"512 512 0 0 512 512 1 square_512\"\n origset true\n name Read24\n xpos 1128\n ypos 633\n }\n Shuffle {\n green red\n blue red\n alpha red\n name Shuffle7\n note_font_color 0xffffffff\n xpos 1128\n ypos 713\n }\nset N49b24150 [stack 0]\n Switch {\n inputs 8\n which {{_INPUT_CTRL.lens20Polygon i}}\n name _switchPolygon20\n xpos 684\n ypos 9983\n }\n Transform {\n translate {-128 -128}\n rotate {{_INPUT_CTRL.lens20DiaphRot i}}\n scale {{_INPUT_CTRL.lens20Diaphragm*0.65 i}}\n center {256 256}\n name _transformPolygon20\n xpos 684\n ypos 10012\n }\n Noise {\n opacity {{_INPUT_CTRL.lens7grainOpacity*_INPUT_CTRL.overallGrainOpacity}}\n maskChannelInput rgba.red\n size {{_INPUT_CTRL.lens1grainSize*_INPUT_CTRL.overallGrainSizeMult}}\n octaves 4\n lacunarity 5\n gain {{_INPUT_CTRL.lens1grainGain*_INPUT_CTRL.overallGrainGainMult}}\n gamma 1\n center {640 360}\n name _NoiseLens20\n xpos 684\n ypos 10040\n }\n Merge2 {\n inputs 2\n output rgb\n maskChannelInput rgba.red\n mix {{_INPUT_CTRL.lens1reflectionOpacity*_INPUT_CTRL.reflectionsOpacity}}\n name _MergeReflectionLens20\n xpos 684\n ypos 10082\n }\n Read {\n inputs 0\n file_type png\n file <<>>/images/twoCircle2.png\n format \"256 256 0 0 256 256 1 square_256\"\n origset true\n name Read12\n xpos 893\n ypos 3398\n }\nset N49bb6c00 [stack 0]\n Dot {\n name Dot8\n xpos 927\n ypos 6783\n }\nset N49b4e340 [stack 0]\n Dot {\n name Dot13\n xpos 927\n ypos 8198\n }\nset N477b0ad0 [stack 0]\n Dot {\n name Dot16\n xpos 927\n ypos 10129\n }\n Merge2 {\n inputs 2\n operation multiply\n name _multPolygon20\n xpos 684\n ypos 10124\n }\n Reformat {\n format \"256 256 0 0 256 256 1 square_256\"\n name _reformatPolyMask20\n xpos 684\n ypos 10153\n }\n Bezier {\n replace true\n points {{\n{87.8 180.4}\n{107.6 179.9}\n{108.6 87.6}\n{87.4 86.8}\n{87.4 155.4}\n{73.1 143.4}\n{60.9 158.9}\n}}\n shape {}\n center {128 128}\n color 10\n name _number30\n xpos 574\n ypos 10160\n disable {{1-_INPUT_CTRL.showNumbers i}}\n }\n Bezier {\n points {{\n{123 89.3}\n{123 102.5}\n{161.3 104 7.1 0.64 14.9}\n{169.1 124.7}\n{127.3 123.1 15.2 2.59 16.7}\n{114.3 159.5 19.5 1.33 18.5}\n{170.4 176.6 19.5 -0.72 18.8}\n{183.7 141.3}\n{169.5 138}\n{157 167.5 16.1 2.79 15.4}\n{127.3 155.2 3.5 4.4 9.3}\n{135.5 135.8 11.8 5.78 11}\n{183.7 141.3}\n{172.6 95.5 17.6 4.01 19.1}\n}}\n shape {}\n center {128 128}\n color 10\n name _number31\n xpos 574\n ypos 10189\n disable {{1-_INPUT_CTRL.showNumbers i}}\n }\n Reformat {\n type scale\n scale {{(_INPUT_CTRL.lens20Size.w*_INPUT_CTRL.quality*_INPUT_CTRL.overallLensScale/223)+0.01 i} {(_INPUT_CTRL.lens20Size.h*_INPUT_CTRL.quality*_INPUT_CTRL.overallLensScale/223)+0.01 i}}\n name _bokehSize20\n xpos 574\n ypos 10218\n }\npush $N49978760\n Dot {\n name Dot1\n xpos 72\n ypos 528\n }\n Multiply {\n value 0\n name _mkBlack\n xpos 38\n ypos 701\n }\nset N49dbb260 [stack 0]\n Dot {\n name Dot12\n xpos -149\n ypos 713\n }\nset N49b99050 [stack 0]\n Dot {\n name Dot11\n xpos -259\n ypos 713\n }\n Add {\n value 1\n name _mkWhite\n xpos -293\n ypos 772\n }\n Clamp {\n name _vignetteClamp\n xpos -293\n ypos 815\n }\n Crop {\n box {{_INPUT_CTRL.width-((_INPUT_CTRL.width/2)+((_INPUT_CTRL.vignetteScale/2+0.5))*(_INPUT_CTRL.width/2)) i} {_INPUT_CTRL.height-((_INPUT_CTRL.width/2)+((_INPUT_CTRL.vignetteScale/2+0.5))*(_INPUT_CTRL.width/2)-(_INPUT_CTRL.width-_INPUT_CTRL.height)) i} {(_INPUT_CTRL.width/2)+((_INPUT_CTRL.vignetteScale/2+0.5))*(_INPUT_CTRL.width/2) i} {(_INPUT_CTRL.width/2)+((_INPUT_CTRL.vignetteScale/2+0.5))*(_INPUT_CTRL.width/2)-(_INPUT_CTRL.width-_INPUT_CTRL.height) i}}\n name _cropVignette\n xpos -293\n ypos 858\n }\npush $N49b99050\n Add {\n value {{1-_INPUT_CTRL.vignetteDarkness i}}\n name _vignetteDarkness\n xpos -183\n ypos 772\n }\n Merge2 {\n inputs 2\n name _compVignette\n xpos -183\n ypos 858\n }\n Blur {\n size {{_cropVignette.box.x*0.8 i}}\n name Blur2\n xpos -183\n ypos 887\n }\npush $N49978760\n Clamp {\n name _clampCol\n xpos 310\n ypos 516\n }\n Saturation {\n saturation {{_INPUT_CTRL.sourceSat i}}\n name _sourceSaturation\n xpos 310\n ypos 617\n }\npush $N49978760\n Expression {\n temp_name0 X\n temp_expr0 (_INPUT_CTRL.brightspot/pow((_INPUT_CTRL.brightspot-_INPUT_CTRL.threshold),_INPUT_CTRL.gamma))*pow(((0.2126*r+0.7152*g+0.0722*b)-_INPUT_CTRL.threshold),(_INPUT_CTRL.gamma+0.000000001))\n expr0 X\n expr1 X\n expr2 X\n expr3 X\n name _curvOp\n xpos 153\n ypos 610\n }\n Clamp {\n minimum_enable false\n maximum {{_INPUT_CTRL.brightspot i}}\n MinClampTo_enable true\n MaxClampTo {{_INPUT_CTRL.brightspot i}}\n MaxClampTo_enable true\n name _resultClamp\n xpos 153\n ypos 639\n disable {{1-(_INPUT_CTRL.clampBright) i}}\n }\n Merge2 {\n inputs 2\n operation multiply\n mix {{_INPUT_CTRL.sourceCol i}}\n name _multCol\n xpos 310\n ypos 646\n }\n NoOp {\n name _GAMMA_RESULT\n xpos 310\n ypos 674\n }\nset N499e6c00 [stack 0]\n Merge2 {\n inputs 2\n operation multiply\n name _multVignette\n xpos 310\n ypos 894\n disable {{1-_INPUT_CTRL.vignetteActive i}}\n }\nset N67220f40 [stack 0]\n NoOp {\n name _inputToBokeh20\n xpos 473\n ypos 10218\n }\n Transform {\n scale {{_INPUT_CTRL.lens20AxisPos*_INPUT_CTRL.overallLensDistance i}}\n center {{_INPUT_CTRL.width/2 i} {_INPUT_CTRL.height/2 i}}\n name _symSource20\n xpos 473\n ypos 10247\n }\n Convolve {\n inputs 2\n channels rgb\n name _convolveLens20\n xpos 574\n ypos 10247\n }\n Multiply {\n value {{_INPUT_CTRL.lens20Col.r i} {_INPUT_CTRL.lens20Col.g i} {_INPUT_CTRL.lens20Col.b i} 0}\n name _colorLens20\n xpos 574\n ypos 10276\n }\n Blur {\n size {{_INPUT_CTRL.lens20Blur*(1-_INPUT_CTRL.showNumbers) i}}\n name _blurLens20\n xpos 574\n ypos 10319\n }\npush $N66a55920\n Grade {\n whitepoint {{_INPUT_CTRL.lens1reflWhitepoint*_INPUT_CTRL.reflectionsWhitepointMult i}}\n gamma {{_INPUT_CTRL.lens1reflectionGamma*_INPUT_CTRL.reflectionsGammaMult i}}\n name _GradeReflectionLens19\n xpos 401\n ypos 9543\n }\n Transform {\n rotate {{_INPUT_CTRL.reflectionsRotOffset+_INPUT_CTRL.lens1reflectionRotation i}}\n center {128 128}\n name _TransformReflectionLens19\n xpos 401\n ypos 9571\n }\n Blur {\n size {{_INPUT_CTRL.lens1reflectionBlur+_INPUT_CTRL.reflectionsBlurAdd}}\n name _BlurReflectionLens19\n xpos 401\n ypos 9599\n }\npush $N4a2244b0\npush $N4a638510\npush $N6703bbe0\npush $N4993c8b0\npush $N4a1d10d0\npush $N4a055400\npush $N4a07d0f0\npush $N49b24150\n Switch {\n inputs 8\n which {{_INPUT_CTRL.lens19Polygon i}}\n name _switchPolygon19\n xpos 683\n ypos 9500\n }\n Transform {\n translate {-128 -128}\n rotate {{_INPUT_CTRL.lens19DiaphRot i}}\n scale {{_INPUT_CTRL.lens19Diaphragm*0.65 i}}\n center {256 256}\n name _transformPolygon19\n xpos 683\n ypos 9529\n }\n Noise {\n opacity {{_INPUT_CTRL.lens7grainOpacity*_INPUT_CTRL.overallGrainOpacity}}\n maskChannelInput rgba.red\n size {{_INPUT_CTRL.lens1grainSize*_INPUT_CTRL.overallGrainSizeMult}}\n octaves 4\n lacunarity 5\n gain {{_INPUT_CTRL.lens1grainGain*_INPUT_CTRL.overallGrainGainMult}}\n gamma 1\n center {640 360}\n name _NoiseLens19\n xpos 683\n ypos 9557\n }\n Merge2 {\n inputs 2\n output rgb\n maskChannelInput rgba.red\n mix {{_INPUT_CTRL.lens1reflectionOpacity*_INPUT_CTRL.reflectionsOpacity}}\n name _MergeReflectionLens19\n xpos 683\n ypos 9599\n }\n Read {\n inputs 0\n file_type png\n file <<>>/images/circleNoise1.png\n format \"256 256 0 0 256 256 1 square_256\"\n origset true\n name Read7\n xpos 1110\n ypos 2055\n }\nset N4996bc50 [stack 0]\n Dot {\n name Dot5\n xpos 1144\n ypos 5351\n }\nset N4995abf0 [stack 0]\n Dot {\n name Dot15\n xpos 1143\n ypos 9646\n }\n Merge2 {\n inputs 2\n operation multiply\n name _multPolygon19\n xpos 683\n ypos 9641\n }\n Reformat {\n format \"256 256 0 0 256 256 1 square_256\"\n name _reformatPolyMask19\n xpos 683\n ypos 9670\n }\n Bezier {\n replace true\n points {{\n{87.8 180.4}\n{107.6 179.9}\n{108.6 87.6}\n{87.4 86.8}\n{87.4 155.4}\n{73.1 143.4}\n{60.9 158.9}\n}}\n shape {}\n center {128 128}\n color 10\n name _number28\n xpos 573\n ypos 9677\n disable {{1-_INPUT_CTRL.showNumbers i}}\n }\n Bezier {\n points {{\n{123 89.3}\n{123 102.5}\n{161.3 104 7.1 0.64 14.9}\n{169.1 124.7}\n{127.3 123.1 15.2 2.59 16.7}\n{114.3 159.5 19.5 1.33 18.5}\n{170.4 176.6 19.5 -0.72 18.8}\n{183.7 141.3}\n{169.5 138}\n{157 167.5 16.1 2.79 15.4}\n{127.3 155.2 3.5 4.4 9.3}\n{135.5 135.8 11.8 5.78 11}\n{183.7 141.3}\n{172.6 95.5 17.6 4.01 19.1}\n}}\n shape {}\n center {128 128}\n color 10\n name _number29\n xpos 573\n ypos 9706\n disable {{1-_INPUT_CTRL.showNumbers i}}\n }\n Reformat {\n type scale\n scale {{(_INPUT_CTRL.lens19Size.w*_INPUT_CTRL.quality*_INPUT_CTRL.overallLensScale/223)+0.01 i} {(_INPUT_CTRL.lens19Size.h*_INPUT_CTRL.quality*_INPUT_CTRL.overallLensScale/223)+0.01 i}}\n name _bokehSize19\n xpos 573\n ypos 9735\n }\npush $N67220f40\n NoOp {\n name _inputToBokeh19\n xpos 472\n ypos 9735\n }\n Transform {\n scale {{_INPUT_CTRL.lens19AxisPos*_INPUT_CTRL.overallLensDistance i}}\n center {{_INPUT_CTRL.width/2 i} {_INPUT_CTRL.height/2 i}}\n name _symSource19\n xpos 472\n ypos 9764\n }\n Convolve {\n inputs 2\n channels rgb\n name _convolveLens19\n xpos 573\n ypos 9764\n }\n Multiply {\n value {{_INPUT_CTRL.lens19Col.r i} {_INPUT_CTRL.lens19Col.g i} {_INPUT_CTRL.lens19Col.b i} 0}\n name _colorLens19\n xpos 573\n ypos 9793\n }\n Blur {\n size {{_INPUT_CTRL.lens19Blur*(1-_INPUT_CTRL.showNumbers) i}}\n name _blurLens19\n xpos 573\n ypos 9836\n }\npush $N4a58cd50\n Grade {\n whitepoint {{_INPUT_CTRL.lens1reflWhitepoint*_INPUT_CTRL.reflectionsWhitepointMult i}}\n gamma {{_INPUT_CTRL.lens1reflectionGamma*_INPUT_CTRL.reflectionsGammaMult i}}\n name _GradeReflectionLens18\n xpos 401\n ypos 9047\n }\n Transform {\n rotate {{_INPUT_CTRL.reflectionsRotOffset+_INPUT_CTRL.lens1reflectionRotation i}}\n center {128 128}\n name _TransformReflectionLens18\n xpos 401\n ypos 9075\n }\n Blur {\n size {{_INPUT_CTRL.lens1reflectionBlur+_INPUT_CTRL.reflectionsBlurAdd}}\n name _BlurReflectionLens18\n xpos 401\n ypos 9103\n }\npush $N4a2244b0\npush $N4a638510\npush $N6703bbe0\npush $N4993c8b0\npush $N4a1d10d0\npush $N4a055400\npush $N4a07d0f0\npush $N49b24150\n Switch {\n inputs 8\n which {{_INPUT_CTRL.lens18Polygon i}}\n name _switchPolygon18\n xpos 683\n ypos 9004\n }\n Transform {\n translate {-128 -128}\n rotate {{_INPUT_CTRL.lens18DiaphRot i}}\n scale {{_INPUT_CTRL.lens18Diaphragm*0.65 i}}\n center {256 256}\n name _transformPolygon18\n xpos 683\n ypos 9033\n }\n Noise {\n opacity {{_INPUT_CTRL.lens7grainOpacity*_INPUT_CTRL.overallGrainOpacity}}\n maskChannelInput rgba.red\n size {{_INPUT_CTRL.lens1grainSize*_INPUT_CTRL.overallGrainSizeMult}}\n octaves 4\n lacunarity 5\n gain {{_INPUT_CTRL.lens1grainGain*_INPUT_CTRL.overallGrainGainMult}}\n gamma 1\n center {640 360}\n name _NoiseLens18\n xpos 683\n ypos 9061\n }\n Merge2 {\n inputs 2\n output rgb\n maskChannelInput rgba.red\n mix {{_INPUT_CTRL.lens1reflectionOpacity*_INPUT_CTRL.reflectionsOpacity}}\n name _MergeReflectionLens18\n xpos 683\n ypos 9103\n }\n Read {\n inputs 0\n file_type png\n file <<>>/images/circleHard1.png\n format \"256 256 0 0 256 256 1 square_256\"\n origset true\n name Read14\n xpos 817\n ypos 3854\n }\nset N4a1f2640 [stack 0]\n Dot {\n name Dot9\n xpos 851\n ypos 7261\n }\nset N67230a50 [stack 0]\n Dot {\n name Dot10\n xpos 851\n ypos 7730\n }\nset N4a1df840 [stack 0]\n Dot {\n name Dot2\n xpos 850\n ypos 9150\n }\n Merge2 {\n inputs 2\n operation multiply\n name _multPolygon18\n xpos 683\n ypos 9145\n }\n Reformat {\n format \"256 256 0 0 256 256 1 square_256\"\n name _reformatPolyMask18\n xpos 683\n ypos 9174\n }\n Bezier {\n replace true\n points {{\n{87.8 180.4}\n{107.6 179.9}\n{108.6 87.6}\n{87.4 86.8}\n{87.4 155.4}\n{73.1 143.4}\n{60.9 158.9}\n}}\n shape {}\n center {128 128}\n color 10\n name _number26\n xpos 573\n ypos 9181\n disable {{1-_INPUT_CTRL.showNumbers i}}\n }\n Bezier {\n points {{\n{159.8 178.7 1.4 -1.72 4.3 1.7 0 0 0 0 0 1.7}\n{159.4 167.3 4.7 -3.07 2.5 1.44 0 0 0 0 0 1.44}\n{144.1 152.3 8.9 -1.57 13.4}\n{157.2 136 6.1 0.68 2.9 -1.3 0 0 0 0 0 -1.3}\n{173.6 153.5 11.3 -4.79 14}\n{159.6 167.6 2.1 1.59 4.4 1.47 0 0 0 0 0 1.47}\n{159.8 178.7 8.6 -0.04 3.9 1.55 0 0 0 0 0 1.55}\n{185.7 152.5 18.1 -1.56 22.7}\n{156.8 123.6 3.2 2.78 1}\n{133.4 150.5 27.6 1.55 16.4}\n}}\n shape {}\n center {128 128}\n color 10\n name _number8\n xpos 573\n ypos 9210\n disable {{1-_INPUT_CTRL.showNumbers i}}\n }\n Bezier {\n points {{\n{161.2 78.4 1.3 1.48 4.3 1.7 0 0 0 0 0 1.7}\n{160.7 90.8 4.7 0.13 2.5 1.44 0 0 0 0 0 1.44}\n{177.5 108.8 8.8 1.63 13.3}\n{160.9 125.2 6 3.88 2.9 -1.3 0 0 0 0 0 -1.3}\n{144.7 105.3 11.2 -1.59 13.9}\n{160.5 90.5 2.1 4.79 4.4 1.47 0 0 0 0 0 1.47}\n{161.2 78.4 8.5 3.16 3.9 1.55 0 0 0 0 0 1.55}\n{132.7 105.7 18 1.64 22.6}\n{160.6 137.5 3.1 5.98 1}\n{188 111.1 27.4 4.75 16.3}\n}}\n shape {}\n center {128 128}\n color 10\n name _number8_2\n xpos 574\n ypos 9239\n disable {{1-_INPUT_CTRL.showNumbers i}}\n }\n Reformat {\n type scale\n scale {{(_INPUT_CTRL.lens18Size.w*_INPUT_CTRL.quality*_INPUT_CTRL.overallLensScale/223)+0.01 i} {(_INPUT_CTRL.lens18Size.h*_INPUT_CTRL.quality*_INPUT_CTRL.overallLensScale/223)+0.01 i}}\n name _bokehSize18\n xpos 574\n ypos 9268\n }\npush $N67220f40\n NoOp {\n name _inputToBokeh18\n xpos 473\n ypos 9268\n }\n Transform {\n scale {{_INPUT_CTRL.lens18AxisPos*_INPUT_CTRL.overallLensDistance i}}\n center {{_INPUT_CTRL.width/2 i} {_INPUT_CTRL.height/2 i}}\n name _symSource18\n xpos 473\n ypos 9297\n }\n Convolve {\n inputs 2\n channels rgb\n name _convolveLens18\n xpos 574\n ypos 9297\n }\n Multiply {\n value {{_INPUT_CTRL.lens18Col.r i} {_INPUT_CTRL.lens18Col.g i} {_INPUT_CTRL.lens18Col.b i} 0}\n name _colorLens18\n xpos 574\n ypos 9326\n }\n Blur {\n size {{_INPUT_CTRL.lens18Blur*(1-_INPUT_CTRL.showNumbers) i}}\n name _blurLens18\n xpos 574\n ypos 9369\n }\npush $N4a541e20\n Grade {\n whitepoint {{_INPUT_CTRL.lens1reflWhitepoint*_INPUT_CTRL.reflectionsWhitepointMult i}}\n gamma {{_INPUT_CTRL.lens1reflectionGamma*_INPUT_CTRL.reflectionsGammaMult i}}\n name _GradeReflectionLens17\n xpos 403\n ypos 8573\n }\n Transform {\n rotate {{_INPUT_CTRL.reflectionsRotOffset+_INPUT_CTRL.lens1reflectionRotation i}}\n center {128 128}\n name _TransformReflectionLens17\n xpos 403\n ypos 8601\n }\n Blur {\n size {{_INPUT_CTRL.lens1reflectionBlur+_INPUT_CTRL.reflectionsBlurAdd}}\n name _BlurReflectionLens17\n xpos 403\n ypos 8629\n }\npush $N4a2244b0\npush $N4a638510\npush $N6703bbe0\npush $N4993c8b0\npush $N4a1d10d0\npush $N4a055400\npush $N4a07d0f0\npush $N49b24150\n Switch {\n inputs 8\n which {{_INPUT_CTRL.lens17Polygon i}}\n name _switchPolygon17\n xpos 685\n ypos 8530\n }\n Transform {\n translate {-128 -128}\n rotate {{_INPUT_CTRL.lens17DiaphRot i}}\n scale {{_INPUT_CTRL.lens17Diaphragm*0.65 i}}\n center {256 256}\n name _transformPolygon17\n xpos 685\n ypos 8559\n }\n Noise {\n opacity {{_INPUT_CTRL.lens7grainOpacity*_INPUT_CTRL.overallGrainOpacity}}\n maskChannelInput rgba.red\n size {{_INPUT_CTRL.lens1grainSize*_INPUT_CTRL.overallGrainSizeMult}}\n octaves 4\n lacunarity 5\n gain {{_INPUT_CTRL.lens1grainGain*_INPUT_CTRL.overallGrainGainMult}}\n gamma 1\n center {640 360}\n name _NoiseLens17\n xpos 685\n ypos 8587\n }\n Merge2 {\n inputs 2\n output rgb\n maskChannelInput rgba.red\n mix {{_INPUT_CTRL.lens1reflectionOpacity*_INPUT_CTRL.reflectionsOpacity}}\n name _MergeReflectionLens17\n xpos 685\n ypos 8629\n }\n Read {\n inputs 0\n file_type png\n file <<>>/images/circleBlur1.png\n format \"256 256 0 0 256 256 1 square_256\"\n origset true\n name Read9\n xpos 1035\n ypos 2491\n }\nset N4a5c4aa0 [stack 0]\n Dot {\n name Dot6\n xpos 1069\n ypos 5832\n }\nset N4a5e2670 [stack 0]\n Dot {\n name Dot14\n xpos 1069\n ypos 8676\n }\n Merge2 {\n inputs 2\n operation multiply\n name _multPolygon17\n xpos 685\n ypos 8671\n }\n Reformat {\n format \"256 256 0 0 256 256 1 square_256\"\n name _reformatPolyMask17\n xpos 685\n ypos 8700\n }\n Bezier {\n replace true\n points {{\n{87.8 180.4}\n{107.6 179.9}\n{108.6 87.6}\n{87.4 86.8}\n{87.4 155.4}\n{73.1 143.4}\n{60.9 158.9}\n}}\n shape {}\n center {128 128}\n color 10\n name _number24\n xpos 575\n ypos 8707\n disable {{1-_INPUT_CTRL.showNumbers i}}\n }\n Bezier {\n points {{\n{120.4 178.9}\n{120 164.1}\n{166.3 164.8}\n{128.3 88.5}\n{147.1 87.9}\n{184.7 163.7}\n{185.5 180.2}\n}}\n shape {}\n center {128 128}\n color 10\n name _number25\n xpos 575\n ypos 8736\n disable {{1-_INPUT_CTRL.showNumbers i}}\n }\n Reformat {\n type scale\n scale {{(_INPUT_CTRL.lens17Size.w*_INPUT_CTRL.quality*_INPUT_CTRL.overallLensScale/223)+0.01 i} {(_INPUT_CTRL.lens17Size.h*_INPUT_CTRL.quality*_INPUT_CTRL.overallLensScale/223)+0.01 i}}\n name _bokehSize17\n xpos 575\n ypos 8765\n }\npush $N67220f40\n NoOp {\n name _inputToBokeh17\n xpos 474\n ypos 8765\n }\n Transform {\n scale {{_INPUT_CTRL.lens17AxisPos*_INPUT_CTRL.overallLensDistance i}}\n center {{_INPUT_CTRL.width/2 i} {_INPUT_CTRL.height/2 i}}\n name _symSource17\n xpos 474\n ypos 8794\n }\n Convolve {\n inputs 2\n channels rgb\n name _convolveLens17\n xpos 575\n ypos 8794\n }\n Multiply {\n value {{_INPUT_CTRL.lens17Col.r i} {_INPUT_CTRL.lens17Col.g i} {_INPUT_CTRL.lens17Col.b i} 0}\n name _colorLens17\n xpos 575\n ypos 8823\n }\n Blur {\n size {{_INPUT_CTRL.lens17Blur*(1-_INPUT_CTRL.showNumbers) i}}\n name _blurLens17\n xpos 575\n ypos 8866\n }\npush $N4a542850\n Grade {\n whitepoint {{_INPUT_CTRL.lens1reflWhitepoint*_INPUT_CTRL.reflectionsWhitepointMult i}}\n gamma {{_INPUT_CTRL.lens1reflectionGamma*_INPUT_CTRL.reflectionsGammaMult i}}\n name _GradeReflectionLens16\n xpos 403\n ypos 8095\n }\n Transform {\n rotate {{_INPUT_CTRL.reflectionsRotOffset+_INPUT_CTRL.lens1reflectionRotation i}}\n center {128 128}\n name _TransformReflectionLens16\n xpos 403\n ypos 8123\n }\n Blur {\n size {{_INPUT_CTRL.lens1reflectionBlur+_INPUT_CTRL.reflectionsBlurAdd}}\n name _BlurReflectionLens16\n xpos 403\n ypos 8151\n }\npush $N4a2244b0\npush $N4a638510\npush $N6703bbe0\npush $N4993c8b0\npush $N4a1d10d0\npush $N4a055400\npush $N4a07d0f0\npush $N49b24150\n Switch {\n inputs 8\n which {{_INPUT_CTRL.lens16Polygon i}}\n name _switchPolygon16\n xpos 685\n ypos 8052\n }\n Transform {\n translate {-128 -128}\n rotate {{_INPUT_CTRL.lens16DiaphRot i}}\n scale {{_INPUT_CTRL.lens16Diaphragm*0.65 i}}\n center {256 256}\n name _transformPolygon16\n xpos 685\n ypos 8081\n }\n Noise {\n opacity {{_INPUT_CTRL.lens7grainOpacity*_INPUT_CTRL.overallGrainOpacity}}\n maskChannelInput rgba.red\n size {{_INPUT_CTRL.lens1grainSize*_INPUT_CTRL.overallGrainSizeMult}}\n octaves 4\n lacunarity 5\n gain {{_INPUT_CTRL.lens1grainGain*_INPUT_CTRL.overallGrainGainMult}}\n gamma 1\n center {640 360}\n name _NoiseLens16\n xpos 685\n ypos 8109\n }\n Merge2 {\n inputs 2\n output rgb\n maskChannelInput rgba.red\n mix {{_INPUT_CTRL.lens1reflectionOpacity*_INPUT_CTRL.reflectionsOpacity}}\n name _MergeReflectionLens16\n xpos 685\n ypos 8151\n }\npush $N477b0ad0\n Merge2 {\n inputs 2\n operation multiply\n name _multPolygon16\n xpos 685\n ypos 8193\n }\n Reformat {\n format \"256 256 0 0 256 256 1 square_256\"\n name _reformatPolyMask16\n xpos 685\n ypos 8222\n }\n Bezier {\n replace true\n points {{\n{90.2 180.4}\n{110 179.9}\n{111 87.6}\n{89.8 86.8}\n{89.8 155.4}\n{75.5 143.4}\n{63.3 158.9}\n}}\n shape {}\n center {128 128}\n color 10\n name _number22\n xpos 575\n ypos 8229\n disable {{1-_INPUT_CTRL.showNumbers i}}\n }\n Bezier {\n points {{\n{180.5 180.1}\n{180.5 166.6}\n{141.4 165.1 7.2 -2.5 15.2}\n{133.5 143.9}\n{176.1 145.6 15.6 -0.55 17}\n{189.7 108.4 15.6 -1.76 18.9}\n{130.8 90.1 19.9 -3.94 24.2}\n{118.7 126.8}\n{133.2 129.9}\n{145.8 100.2 16.4 -0.35 15.7}\n{176.1 112.8 3.6 1.34 3.6}\n{167.7 132.6 12.1 2.64 11.2}\n{118.7 126.5}\n{129.8 173.8 18 0.87 19.5}\n}}\n shape {}\n center {128 128}\n color 10\n name _number23\n xpos 575\n ypos 8258\n disable {{1-_INPUT_CTRL.showNumbers i}}\n }\n Reformat {\n type scale\n scale {{(_INPUT_CTRL.lens16Size.w*_INPUT_CTRL.quality*_INPUT_CTRL.overallLensScale/223)+0.01 i} {(_INPUT_CTRL.lens16Size.h*_INPUT_CTRL.quality*_INPUT_CTRL.overallLensScale/223)+0.01 i}}\n name _bokehSize16\n xpos 575\n ypos 8287\n }\npush $N67220f40\n NoOp {\n name _inputToBokeh16\n xpos 474\n ypos 8287\n }\n Transform {\n scale {{_INPUT_CTRL.lens16AxisPos*_INPUT_CTRL.overallLensDistance i}}\n center {{_INPUT_CTRL.width/2 i} {_INPUT_CTRL.height/2 i}}\n name _symSource16\n xpos 474\n ypos 8316\n }\n Convolve {\n inputs 2\n channels rgb\n name _convolveLens16\n xpos 575\n ypos 8316\n }\n Multiply {\n value {{_INPUT_CTRL.lens16Col.r i} {_INPUT_CTRL.lens16Col.g i} {_INPUT_CTRL.lens16Col.b i} 0}\n name _colorLens16\n xpos 575\n ypos 8345\n }\n Blur {\n size {{_INPUT_CTRL.lens16Blur*(1-_INPUT_CTRL.showNumbers) i}}\n name _blurLens16\n xpos 575\n ypos 8388\n }\npush $N474278a0\n Grade {\n whitepoint {{_INPUT_CTRL.lens1reflWhitepoint*_INPUT_CTRL.reflectionsWhitepointMult i}}\n gamma {{_INPUT_CTRL.lens1reflectionGamma*_INPUT_CTRL.reflectionsGammaMult i}}\n name _GradeReflectionLens15\n xpos 403\n ypos 7627\n }\n Transform {\n rotate {{_INPUT_CTRL.reflectionsRotOffset+_INPUT_CTRL.lens1reflectionRotation i}}\n center {128 128}\n name _TransformReflectionLens15\n xpos 403\n ypos 7655\n }\n Blur {\n size {{_INPUT_CTRL.lens1reflectionBlur+_INPUT_CTRL.reflectionsBlurAdd}}\n name _BlurReflectionLens15\n xpos 403\n ypos 7683\n }\npush $N4a2244b0\npush $N4a638510\npush $N6703bbe0\npush $N4993c8b0\npush $N4a1d10d0\npush $N4a055400\npush $N4a07d0f0\npush $N49b24150\n Switch {\n inputs 8\n which {{_INPUT_CTRL.lens15Polygon i}}\n name _switchPolygon15\n xpos 685\n ypos 7584\n }\n Transform {\n translate {-128 -128}\n rotate {{_INPUT_CTRL.lens15DiaphRot i}}\n scale {{_INPUT_CTRL.lens15Diaphragm*0.65 i}}\n center {256 256}\n name _transformPolygon15\n xpos 685\n ypos 7613\n }\n Noise {\n opacity {{_INPUT_CTRL.lens7grainOpacity*_INPUT_CTRL.overallGrainOpacity}}\n maskChannelInput rgba.red\n size {{_INPUT_CTRL.lens1grainSize*_INPUT_CTRL.overallGrainSizeMult}}\n octaves 4\n lacunarity 5\n gain {{_INPUT_CTRL.lens1grainGain*_INPUT_CTRL.overallGrainGainMult}}\n gamma 1\n center {640 360}\n name _NoiseLens15\n xpos 685\n ypos 7641\n }\n Merge2 {\n inputs 2\n output rgb\n maskChannelInput rgba.red\n mix {{_INPUT_CTRL.lens1reflectionOpacity*_INPUT_CTRL.reflectionsOpacity}}\n name _MergeReflectionLens15\n xpos 685\n ypos 7683\n }\npush $N4a1df840\n Merge2 {\n inputs 2\n operation multiply\n name _multPolygon15\n xpos 685\n ypos 7725\n }\n Reformat {\n format \"256 256 0 0 256 256 1 square_256\"\n name _reformatPolyMask15\n xpos 685\n ypos 7754\n }\n Bezier {\n replace true\n points {{\n{87.8 180.4}\n{107.6 179.9}\n{108.6 87.6}\n{87.4 86.8}\n{87.4 155.4}\n{73.1 143.4}\n{60.9 158.9}\n}}\n shape {}\n center {128 128}\n color 10\n name _number20\n xpos 575\n ypos 7761\n disable {{1-_INPUT_CTRL.showNumbers i}}\n }\n Bezier {\n points {{\n{179.3 178.7}\n{179.3 164.8}\n{133.6 165.5}\n{134.1 146.6}\n{175.1 144.5 15 -0.55 16.4}\n{188.1 108.6 15 -1.76 18.3}\n{147.3 85.8 9.6 -3.39 14.2}\n{118.7 94.6}\n{123.3 109.8}\n{151.1 100.9 11 -0.02 10.3}\n{174.6 112.8 3.5 1.34 3.5}\n{167.6 133.1 11.6 2.64 10.8}\n{120.3 127}\n{120.3 179.4}\n}}\n shape {}\n center {128 128}\n color 10\n name _number21\n xpos 575\n ypos 7790\n disable {{1-_INPUT_CTRL.showNumbers i}}\n }\n Reformat {\n type scale\n scale {{(_INPUT_CTRL.lens15Size.w*_INPUT_CTRL.quality*_INPUT_CTRL.overallLensScale/223)+0.01 i} {(_INPUT_CTRL.lens15Size.h*_INPUT_CTRL.quality*_INPUT_CTRL.overallLensScale/223)+0.01 i}}\n name _bokehSize15\n xpos 575\n ypos 7819\n }\npush $N67220f40\n NoOp {\n name _inputToBokeh15\n xpos 474\n ypos 7819\n }\n Transform {\n scale {{_INPUT_CTRL.lens15AxisPos*_INPUT_CTRL.overallLensDistance i}}\n center {{_INPUT_CTRL.width/2 i} {_INPUT_CTRL.height/2 i}}\n name _symSource15\n xpos 474\n ypos 7848\n }\n Convolve {\n inputs 2\n channels rgb\n name _convolveLens15\n xpos 575\n ypos 7848\n }\n Multiply {\n value {{_INPUT_CTRL.lens15Col.r i} {_INPUT_CTRL.lens15Col.g i} {_INPUT_CTRL.lens15Col.b i} 0}\n name _colorLens15\n xpos 575\n ypos 7878\n }\n Blur {\n size {{_INPUT_CTRL.lens15Blur*(1-_INPUT_CTRL.showNumbers) i}}\n name _blurLens15\n xpos 575\n ypos 7920\n }\npush $N4a2dc600\n Grade {\n whitepoint {{_INPUT_CTRL.lens1reflWhitepoint*_INPUT_CTRL.reflectionsWhitepointMult i}}\n gamma {{_INPUT_CTRL.lens1reflectionGamma*_INPUT_CTRL.reflectionsGammaMult i}}\n name _GradeReflectionLens14\n xpos 406\n ypos 7158\n }\n Transform {\n rotate {{_INPUT_CTRL.reflectionsRotOffset+_INPUT_CTRL.lens1reflectionRotation i}}\n center {128 128}\n name _TransformReflectionLens14\n xpos 406\n ypos 7186\n }\n Blur {\n size {{_INPUT_CTRL.lens1reflectionBlur+_INPUT_CTRL.reflectionsBlurAdd}}\n name _BlurReflectionLens14\n xpos 406\n ypos 7214\n }\npush $N4a2244b0\npush $N4a638510\npush $N6703bbe0\npush $N4993c8b0\npush $N4a1d10d0\npush $N4a055400\npush $N4a07d0f0\npush $N49b24150\n Switch {\n inputs 8\n which {{_INPUT_CTRL.lens14Polygon i}}\n name _switchPolygon14\n xpos 688\n ypos 7115\n }\n Transform {\n translate {-128 -128}\n rotate {{_INPUT_CTRL.lens14DiaphRot i}}\n scale {{_INPUT_CTRL.lens14Diaphragm*0.65 i}}\n center {256 256}\n name _transformPolygon14\n xpos 688\n ypos 7144\n }\n Noise {\n opacity {{_INPUT_CTRL.lens7grainOpacity*_INPUT_CTRL.overallGrainOpacity}}\n maskChannelInput rgba.red\n size {{_INPUT_CTRL.lens1grainSize*_INPUT_CTRL.overallGrainSizeMult}}\n octaves 4\n lacunarity 5\n gain {{_INPUT_CTRL.lens1grainGain*_INPUT_CTRL.overallGrainGainMult}}\n gamma 1\n center {640 360}\n name _NoiseLens14\n xpos 688\n ypos 7172\n }\n Merge2 {\n inputs 2\n output rgb\n maskChannelInput rgba.red\n mix {{_INPUT_CTRL.lens1reflectionOpacity*_INPUT_CTRL.reflectionsOpacity}}\n name _MergeReflectionLens14\n xpos 688\n ypos 7214\n }\npush $N67230a50\n Merge2 {\n inputs 2\n operation multiply\n name _multPolygon14\n xpos 688\n ypos 7256\n }\n Reformat {\n format \"256 256 0 0 256 256 1 square_256\"\n name _reformatPolyMask14\n xpos 688\n ypos 7285\n }\n Bezier {\n replace true\n points {{\n{87.8 180.4}\n{107.6 179.9}\n{108.6 87.6}\n{87.4 86.8}\n{87.4 155.4}\n{73.1 143.4}\n{60.9 158.9}\n}}\n shape {}\n center {128 128}\n color 10\n name _number18\n xpos 578\n ypos 7292\n disable {{1-_INPUT_CTRL.showNumbers i}}\n }\n Bezier {\n points {{\n{159.5 183}\n{118.6 121.8}\n{119.3 100.1}\n{153.8 102.3}\n{154 86.4}\n{169 89}\n{168.6 104.3}\n{181 105.2}\n{180.5 121.8}\n{168.1 120.3}\n{168.2 131.5}\n{153.8 130.8}\n{154.4 120.2}\n{137 119.2}\n{173.5 176.2}\n}}\n shape {}\n center {128 128}\n color 10\n name _number19\n xpos 578\n ypos 7321\n disable {{1-_INPUT_CTRL.showNumbers i}}\n }\n Reformat {\n type scale\n scale {{(_INPUT_CTRL.lens14Size.w*_INPUT_CTRL.quality*_INPUT_CTRL.overallLensScale/223)+0.01 i} {(_INPUT_CTRL.lens14Size.h*_INPUT_CTRL.quality*_INPUT_CTRL.overallLensScale/223)+0.01 i}}\n name _bokehSize14\n xpos 578\n ypos 7350\n }\npush $N67220f40\n NoOp {\n name _inputToBokeh14\n xpos 477\n ypos 7350\n }\n Transform {\n scale {{_INPUT_CTRL.lens14AxisPos*_INPUT_CTRL.overallLensDistance i}}\n center {{_INPUT_CTRL.width/2 i} {_INPUT_CTRL.height/2 i}}\n name _symSource14\n xpos 477\n ypos 7379\n }\n Convolve {\n inputs 2\n channels rgb\n name _convolveLens14\n xpos 578\n ypos 7379\n }\n Multiply {\n value {{_INPUT_CTRL.lens14Col.r i} {_INPUT_CTRL.lens14Col.g i} {_INPUT_CTRL.lens14Col.b i} 0}\n name _colorLens14\n xpos 578\n ypos 7408\n }\n Blur {\n size {{_INPUT_CTRL.lens14Blur*(1-_INPUT_CTRL.showNumbers) i}}\n name _blurLens14\n xpos 578\n ypos 7451\n }\npush $N6d8e0a10\n Grade {\n whitepoint {{_INPUT_CTRL.lens1reflWhitepoint*_INPUT_CTRL.reflectionsWhitepointMult i}}\n gamma {{_INPUT_CTRL.lens1reflectionGamma*_INPUT_CTRL.reflectionsGammaMult i}}\n name _GradeReflectionLens13\n xpos 406\n ypos 6680\n }\n Transform {\n rotate {{_INPUT_CTRL.reflectionsRotOffset+_INPUT_CTRL.lens1reflectionRotation i}}\n center {128 128}\n name _TransformReflectionLens13\n xpos 406\n ypos 6708\n }\n Blur {\n size {{_INPUT_CTRL.lens1reflectionBlur+_INPUT_CTRL.reflectionsBlurAdd}}\n name _BlurReflectionLens13\n xpos 406\n ypos 6736\n }\npush $N4a2244b0\npush $N4a638510\npush $N6703bbe0\npush $N4993c8b0\npush $N4a1d10d0\npush $N4a055400\npush $N4a07d0f0\npush $N49b24150\n Switch {\n inputs 8\n which {{_INPUT_CTRL.lens13Polygon i}}\n name _switchPolygon13\n xpos 688\n ypos 6637\n }\n Transform {\n translate {-128 -128}\n rotate {{_INPUT_CTRL.lens13DiaphRot i}}\n scale {{_INPUT_CTRL.lens13Diaphragm*0.65 i}}\n center {256 256}\n name _transformPolygon13\n xpos 688\n ypos 6666\n }\n Noise {\n opacity {{_INPUT_CTRL.lens7grainOpacity*_INPUT_CTRL.overallGrainOpacity}}\n maskChannelInput rgba.red\n size {{_INPUT_CTRL.lens1grainSize*_INPUT_CTRL.overallGrainSizeMult}}\n octaves 4\n lacunarity 5\n gain {{_INPUT_CTRL.lens1grainGain*_INPUT_CTRL.overallGrainGainMult}}\n gamma 1\n center {640 360}\n name _NoiseLens13\n xpos 688\n ypos 6694\n }\n Merge2 {\n inputs 2\n output rgb\n maskChannelInput rgba.red\n mix {{_INPUT_CTRL.lens1reflectionOpacity*_INPUT_CTRL.reflectionsOpacity}}\n name _MergeReflectionLens13\n xpos 688\n ypos 6736\n }\npush $N49b4e340\n Merge2 {\n inputs 2\n operation multiply\n name _multPolygon13\n xpos 688\n ypos 6778\n }\n Reformat {\n format \"256 256 0 0 256 256 1 square_256\"\n name _reformatPolyMask13\n xpos 688\n ypos 6807\n }\n Bezier {\n replace true\n points {{\n{91.5 175.1}\n{109.1 174.7}\n{110 92.6}\n{91.1 91.9}\n{91.1 152.9}\n{78.4 142.2}\n{67.6 156}\n}}\n shape {}\n center {128 128}\n color 10\n name _number16\n xpos 578\n ypos 6814\n disable {{1-_INPUT_CTRL.showNumbers i}}\n }\n Bezier {\n points {{\n{125 172.8}\n{142.6 180.8 19.6 0.25 15.5}\n{173.4 150.2 14.3 -1.84 18.3}\n{155.4 134.4}\n{177.4 103.8 30.5 -1.76 27.9}\n{126.4 89}\n{126.6 103.8}\n{161.2 107.8 18.9 1.34 17.9}\n{135.6 126.4}\n{135.4 142.2}\n{159.8 155.8 23.6 1.72 6.8}\n{131.2 161.6}\n}}\n shape {}\n center {128 128}\n color 10\n name _number17\n xpos 578\n ypos 6843\n disable {{1-_INPUT_CTRL.showNumbers i}}\n }\n Reformat {\n type scale\n scale {{(_INPUT_CTRL.lens13Size.w*_INPUT_CTRL.quality*_INPUT_CTRL.overallLensScale/223)+0.01 i} {(_INPUT_CTRL.lens13Size.h*_INPUT_CTRL.quality*_INPUT_CTRL.overallLensScale/223)+0.01 i}}\n name _bokehSize13\n xpos 578\n ypos 6872\n }\npush $N67220f40\n NoOp {\n name _inputToBokeh13\n xpos 477\n ypos 6872\n }\n Transform {\n scale {{_INPUT_CTRL.lens13AxisPos*_INPUT_CTRL.overallLensDistance i}}\n center {{_INPUT_CTRL.width/2 i} {_INPUT_CTRL.height/2 i}}\n name _symSource13\n xpos 477\n ypos 6901\n }\n Convolve {\n inputs 2\n channels rgb\n name _convolveLens13\n xpos 578\n ypos 6901\n }\n Multiply {\n value {{_INPUT_CTRL.lens13Col.r i} {_INPUT_CTRL.lens13Col.g i} {_INPUT_CTRL.lens13Col.b i} 0}\n name _colorLens13\n xpos 578\n ypos 6930\n }\n Blur {\n size {{_INPUT_CTRL.lens13Blur*(1-_INPUT_CTRL.showNumbers) i}}\n name _blurLens13\n xpos 578\n ypos 6973\n }\npush $N67043a20\n Grade {\n whitepoint {{_INPUT_CTRL.lens1reflWhitepoint*_INPUT_CTRL.reflectionsWhitepointMult i}}\n gamma {{_INPUT_CTRL.lens1reflectionGamma*_INPUT_CTRL.reflectionsGammaMult i}}\n name _GradeReflectionLens12\n xpos 406\n ypos 6206\n }\n Transform {\n rotate {{_INPUT_CTRL.reflectionsRotOffset+_INPUT_CTRL.lens1reflectionRotation i}}\n center {128 128}\n name _TransformReflectionLens12\n xpos 406\n ypos 6234\n }\n Blur {\n size {{_INPUT_CTRL.lens1reflectionBlur+_INPUT_CTRL.reflectionsBlurAdd}}\n name _BlurReflectionLens12\n xpos 406\n ypos 6262\n }\npush $N4a2244b0\npush $N4a638510\npush $N6703bbe0\npush $N4993c8b0\npush $N4a1d10d0\npush $N4a055400\npush $N4a07d0f0\npush $N49b24150\n Switch {\n inputs 8\n which {{_INPUT_CTRL.lens12Polygon i}}\n name _switchPolygon12\n xpos 688\n ypos 6163\n }\n Transform {\n translate {-128 -128}\n rotate {{_INPUT_CTRL.lens12DiaphRot i}}\n scale {{_INPUT_CTRL.lens12Diaphragm*0.65 i}}\n center {256 256}\n name _transformPolygon12\n xpos 688\n ypos 6192\n }\n Noise {\n opacity {{_INPUT_CTRL.lens7grainOpacity*_INPUT_CTRL.overallGrainOpacity}}\n maskChannelInput rgba.red\n size {{_INPUT_CTRL.lens1grainSize*_INPUT_CTRL.overallGrainSizeMult}}\n octaves 4\n lacunarity 5\n gain {{_INPUT_CTRL.lens1grainGain*_INPUT_CTRL.overallGrainGainMult}}\n gamma 1\n center {640 360}\n name _NoiseLens12\n xpos 688\n ypos 6220\n }\n Merge2 {\n inputs 2\n output rgb\n maskChannelInput rgba.red\n mix {{_INPUT_CTRL.lens1reflectionOpacity*_INPUT_CTRL.reflectionsOpacity}}\n name _MergeReflectionLens12\n xpos 688\n ypos 6262\n }\n Read {\n inputs 0\n file_type png\n file <<>>/images/twoCircle1.png\n format \"256 256 0 0 256 256 1 square_256\"\n origset true\n name Read11\n xpos 964\n ypos 2952\n }\nset N4a09bae0 [stack 0]\n Dot {\n name Dot7\n xpos 998\n ypos 6309\n }\n Merge2 {\n inputs 2\n operation multiply\n name _multPolygon12\n xpos 688\n ypos 6304\n }\n Reformat {\n format \"256 256 0 0 256 256 1 square_256\"\n name _reformatPolyMask12\n xpos 688\n ypos 6333\n }\n Bezier {\n replace true\n points {{\n{91.5 175.1}\n{109.1 174.7}\n{110 92.6}\n{91.1 91.9}\n{91.1 152.9}\n{78.4 142.2}\n{67.6 156}\n}}\n shape {}\n center {128 128}\n color 10\n name _number14\n xpos 578\n ypos 6340\n disable {{1-_INPUT_CTRL.showNumbers i}}\n }\n Bezier {\n points {{\n{115.9 160.7}\n{143.6 176.4 17.4 0.25 13.8}\n{172.7 149.4 18.4 -1.88 16.3}\n{143.2 111.5}\n{177.2 111.5}\n{177.7 93.2}\n{121.9 93.2}\n{122.5 112.2}\n{156.9 152.6 21 1.72 6}\n{123.2 147.1}\n}}\n shape {}\n center {128 128}\n color 10\n name _number15\n xpos 578\n ypos 6369\n disable {{1-_INPUT_CTRL.showNumbers i}}\n }\n Reformat {\n type scale\n scale {{(_INPUT_CTRL.lens12Size.w*_INPUT_CTRL.quality*_INPUT_CTRL.overallLensScale/223)+0.01 i} {(_INPUT_CTRL.lens12Size.h*_INPUT_CTRL.quality*_INPUT_CTRL.overallLensScale/223)+0.01 i}}\n name _bokehSize12\n xpos 578\n ypos 6398\n }\npush $N67220f40\n NoOp {\n name _inputToBokeh12\n xpos 477\n ypos 6398\n }\n Transform {\n scale {{_INPUT_CTRL.lens12AxisPos*_INPUT_CTRL.overallLensDistance i}}\n center {{_INPUT_CTRL.width/2 i} {_INPUT_CTRL.height/2 i}}\n name _symSource12\n xpos 477\n ypos 6427\n }\n Convolve {\n inputs 2\n channels rgb\n name _convolveLens12\n xpos 578\n ypos 6427\n }\n Multiply {\n value {{_INPUT_CTRL.lens12Col.r i} {_INPUT_CTRL.lens12Col.g i} {_INPUT_CTRL.lens12Col.b i} 0}\n name _colorLens12\n xpos 578\n ypos 6456\n }\n Blur {\n size {{_INPUT_CTRL.lens12Blur*(1-_INPUT_CTRL.showNumbers) i}}\n name _blurLens12\n xpos 578\n ypos 6499\n }\npush $N6662b930\n Grade {\n whitepoint {{_INPUT_CTRL.lens1reflWhitepoint*_INPUT_CTRL.reflectionsWhitepointMult i}}\n gamma {{_INPUT_CTRL.lens1reflectionGamma*_INPUT_CTRL.reflectionsGammaMult i}}\n name _GradeReflectionLens11\n xpos 406\n ypos 5729\n }\n Transform {\n rotate {{_INPUT_CTRL.reflectionsRotOffset+_INPUT_CTRL.lens1reflectionRotation i}}\n center {128 128}\n name _TransformReflectionLens11\n xpos 406\n ypos 5757\n }\n Blur {\n size {{_INPUT_CTRL.lens1reflectionBlur+_INPUT_CTRL.reflectionsBlurAdd}}\n name _BlurReflectionLens11\n xpos 406\n ypos 5785\n }\npush $N4a2244b0\npush $N4a638510\npush $N6703bbe0\npush $N4993c8b0\npush $N4a1d10d0\npush $N4a055400\npush $N4a07d0f0\npush $N49b24150\n Switch {\n inputs 8\n which {{_INPUT_CTRL.lens11Polygon i}}\n name _switchPolygon11\n xpos 688\n ypos 5686\n }\n Transform {\n translate {-128 -128}\n rotate {{_INPUT_CTRL.lens11DiaphRot i}}\n scale {{_INPUT_CTRL.lens11Diaphragm*0.65 i}}\n center {256 256}\n name _transformPolygon11\n xpos 688\n ypos 5715\n }\n Noise {\n opacity {{_INPUT_CTRL.lens7grainOpacity*_INPUT_CTRL.overallGrainOpacity}}\n maskChannelInput rgba.red\n size {{_INPUT_CTRL.lens1grainSize*_INPUT_CTRL.overallGrainSizeMult}}\n octaves 4\n lacunarity 5\n gain {{_INPUT_CTRL.lens1grainGain*_INPUT_CTRL.overallGrainGainMult}}\n gamma 1\n center {640 360}\n name _NoiseLens11\n xpos 688\n ypos 5743\n }\n Merge2 {\n inputs 2\n output rgb\n maskChannelInput rgba.red\n mix {{_INPUT_CTRL.lens1reflectionOpacity*_INPUT_CTRL.reflectionsOpacity}}\n name _MergeReflectionLens11\n xpos 688\n ypos 5785\n }\npush $N4a5e2670\n Merge2 {\n inputs 2\n operation multiply\n name _multPolygon11\n xpos 688\n ypos 5827\n }\n Reformat {\n format \"256 256 0 0 256 256 1 square_256\"\n name _reformatPolyMask11\n xpos 688\n ypos 5856\n }\n Bezier {\n replace true\n points {{\n{103.8 170.6}\n{119.4 170.3}\n{120.2 97.4}\n{103.4 96.8}\n{103.4 150.9}\n{92.2 141.4}\n{82.6 153.7}\n}}\n shape {}\n center {128 128}\n color 10\n name _number13\n xpos 578\n ypos 5863\n disable {{1-_INPUT_CTRL.showNumbers i}}\n }\n Bezier {\n points {{\n{146.2 171.4}\n{161.8 171.1}\n{162.6 98.2}\n{145.8 97.6}\n{145.8 151.7}\n{134.6 142.2}\n{125 154.5}\n}}\n shape {}\n center {128 128}\n color 10\n name _number11\n xpos 578\n ypos 5892\n disable {{1-_INPUT_CTRL.showNumbers i}}\n }\n Reformat {\n type scale\n scale {{(_INPUT_CTRL.lens11Size.w*_INPUT_CTRL.quality*_INPUT_CTRL.overallLensScale/223)+0.01 i} {(_INPUT_CTRL.lens11Size.h*_INPUT_CTRL.quality*_INPUT_CTRL.overallLensScale/223)+0.01 i}}\n name _bokehSize11\n xpos 578\n ypos 5921\n }\npush $N67220f40\n NoOp {\n name _inputToBokeh11\n xpos 477\n ypos 5921\n }\n Transform {\n scale {{_INPUT_CTRL.lens11AxisPos*_INPUT_CTRL.overallLensDistance i}}\n center {{_INPUT_CTRL.width/2 i} {_INPUT_CTRL.height/2 i}}\n name _symSource11\n xpos 477\n ypos 5950\n }\n Convolve {\n inputs 2\n channels rgb\n name _convolveLens11\n xpos 578\n ypos 5950\n }\n Multiply {\n value {{_INPUT_CTRL.lens11Col.r i} {_INPUT_CTRL.lens11Col.g i} {_INPUT_CTRL.lens11Col.b i} 0}\n name _colorLens11\n xpos 578\n ypos 5979\n }\n Blur {\n size {{_INPUT_CTRL.lens11Blur*(1-_INPUT_CTRL.showNumbers) i}}\n name _blurLens11\n xpos 578\n ypos 6022\n }\npush $N4a6925e0\n Grade {\n whitepoint {{_INPUT_CTRL.lens1reflWhitepoint*_INPUT_CTRL.reflectionsWhitepointMult i}}\n gamma {{_INPUT_CTRL.lens1reflectionGamma*_INPUT_CTRL.reflectionsGammaMult i}}\n name _GradeReflectionLens10\n xpos 402\n ypos 5248\n }\n Transform {\n rotate {{_INPUT_CTRL.reflectionsRotOffset+_INPUT_CTRL.lens1reflectionRotation i}}\n center {128 128}\n name _TransformReflectionLens10\n xpos 402\n ypos 5276\n }\n Blur {\n size {{_INPUT_CTRL.lens1reflectionBlur+_INPUT_CTRL.reflectionsBlurAdd}}\n name _BlurReflectionLens10\n xpos 402\n ypos 5304\n }\npush $N4a2244b0\npush $N4a638510\npush $N6703bbe0\npush $N4993c8b0\npush $N4a1d10d0\npush $N4a055400\npush $N4a07d0f0\npush $N49b24150\n Switch {\n inputs 8\n which {{_INPUT_CTRL.lens10Polygon i}}\n name _switchPolygon10\n xpos 684\n ypos 5205\n }\n Transform {\n translate {-128 -128}\n rotate {{_INPUT_CTRL.lens10DiaphRot i}}\n scale {{_INPUT_CTRL.lens10Diaphragm*0.65 i}}\n center {256 256}\n name _transformPolygon10\n xpos 684\n ypos 5234\n }\n Noise {\n opacity {{_INPUT_CTRL.lens7grainOpacity*_INPUT_CTRL.overallGrainOpacity}}\n maskChannelInput rgba.red\n size {{_INPUT_CTRL.lens1grainSize*_INPUT_CTRL.overallGrainSizeMult}}\n octaves 4\n lacunarity 5\n gain {{_INPUT_CTRL.lens1grainGain*_INPUT_CTRL.overallGrainGainMult}}\n gamma 1\n center {640 360}\n name _NoiseLens10\n xpos 684\n ypos 5262\n }\n Merge2 {\n inputs 2\n output rgb\n maskChannelInput rgba.red\n mix {{_INPUT_CTRL.lens1reflectionOpacity*_INPUT_CTRL.reflectionsOpacity}}\n name _MergeReflectionLens10\n xpos 684\n ypos 5304\n }\npush $N4995abf0\n Merge2 {\n inputs 2\n operation multiply\n name _multPolygon10\n xpos 684\n ypos 5346\n }\n Reformat {\n format \"256 256 0 0 256 256 1 square_256\"\n name _reformatPolyMask10\n xpos 684\n ypos 5375\n }\n Bezier {\n replace true\n points {{\n{150.9 171.1 34.4 3.15 26.2}\n{122.4 130.5}\n{134.9 131.3}\n{150 158.8 13.2 0 19.2}\n{165.4 133.6 8 -1.54 13}\n{150.4 111.4 13.8 -3.13 11.6}\n{134.9 131.3}\n{122.5 130.4}\n{151.3 97.6 24 0.01 26.9}\n{178 134.4 7.3 1.57 6.6}\n}}\n shape {}\n center {128 128}\n color 10\n name _number10\n xpos 574\n ypos 5382\n disable {{1-_INPUT_CTRL.showNumbers i}}\n }\n Bezier {\n points {{\n{98.8 171}\n{114.4 170.7}\n{115.2 97.8}\n{98.4 97.2}\n{98.4 151.3}\n{87.2 141.8}\n{77.6 154.1}\n}}\n shape {}\n center {128 128}\n color 10\n name _number12\n xpos 574\n ypos 5411\n disable {{1-_INPUT_CTRL.showNumbers i}}\n }\n Reformat {\n type scale\n scale {{(_INPUT_CTRL.lens10Size.w*_INPUT_CTRL.quality*_INPUT_CTRL.overallLensScale/223)+0.01 i} {(_INPUT_CTRL.lens10Size.h*_INPUT_CTRL.quality*_INPUT_CTRL.overallLensScale/223)+0.01 i}}\n name _bokehSize10\n xpos 574\n ypos 5440\n }\npush $N67220f40\n NoOp {\n name _inputToBokeh10\n xpos 473\n ypos 5440\n }\n Transform {\n scale {{_INPUT_CTRL.lens10AxisPos*_INPUT_CTRL.overallLensDistance i}}\n center {{_INPUT_CTRL.width/2 i} {_INPUT_CTRL.height/2 i}}\n name _symSource10\n xpos 473\n ypos 5469\n }\n Convolve {\n inputs 2\n channels rgb\n name _convolveLens10\n xpos 574\n ypos 5469\n }\n Multiply {\n value {{_INPUT_CTRL.lens10Col.r i} {_INPUT_CTRL.lens10Col.g i} {_INPUT_CTRL.lens9Col.b i} 0}\n name _colorLens10\n xpos 574\n ypos 5498\n }\n Blur {\n size {{_INPUT_CTRL.lens10Blur*(1-_INPUT_CTRL.showNumbers) i}}\n name _blurLens10\n xpos 574\n ypos 5541\n }\npush $N4a6df9c0\n Grade {\n whitepoint {{_INPUT_CTRL.lens1reflWhitepoint*_INPUT_CTRL.reflectionsWhitepointMult i}}\n gamma {{_INPUT_CTRL.lens1reflectionGamma*_INPUT_CTRL.reflectionsGammaMult i}}\n name _GradeReflectionLens9\n xpos 417\n ypos 4806\n }\n Transform {\n rotate {{_INPUT_CTRL.reflectionsRotOffset+_INPUT_CTRL.lens1reflectionRotation i}}\n center {128 128}\n name _TransformReflectionLens9\n xpos 417\n ypos 4834\n }\n Blur {\n size {{_INPUT_CTRL.lens1reflectionBlur+_INPUT_CTRL.reflectionsBlurAdd}}\n name _BlurReflectionLens9\n xpos 417\n ypos 4862\n }\npush $N4a2244b0\npush $N4a638510\npush $N6703bbe0\npush $N4993c8b0\npush $N4a1d10d0\npush $N4a055400\npush $N4a07d0f0\npush $N49b24150\n Switch {\n inputs 8\n which {{_INPUT_CTRL.lens9Polygon i}}\n name _switchPolygon9\n xpos 684\n ypos 4763\n }\n Transform {\n translate {-128 -128}\n rotate {{_INPUT_CTRL.lens9DiaphRot i}}\n scale {{_INPUT_CTRL.lens9Diaphragm*0.65 i}}\n center {256 256}\n name _transformPolygon9\n xpos 684\n ypos 4792\n }\n Noise {\n opacity {{_INPUT_CTRL.lens7grainOpacity*_INPUT_CTRL.overallGrainOpacity}}\n maskChannelInput rgba.red\n size {{_INPUT_CTRL.lens1grainSize*_INPUT_CTRL.overallGrainSizeMult}}\n octaves 4\n lacunarity 5\n gain {{_INPUT_CTRL.lens1grainGain*_INPUT_CTRL.overallGrainGainMult}}\n gamma 1\n center {640 360}\n name _NoiseLens9\n xpos 684\n ypos 4820\n }\n Merge2 {\n inputs 2\n output rgb\n maskChannelInput rgba.red\n mix {{_INPUT_CTRL.lens1reflectionOpacity*_INPUT_CTRL.reflectionsOpacity}}\n name _MergeReflectionLens9\n xpos 684\n ypos 4862\n }\n Read {\n inputs 0\n file_type png\n file <<>>/images/circleHard3.png\n format \"256 256 0 0 256 256 1 square_256\"\n origset true\n name Read6\n xpos 1205\n ypos 1623\n }\nset N49f68da0 [stack 0]\n Dot {\n name Dot4\n xpos 1217\n ypos 4909\n }\n Merge2 {\n inputs 2\n operation multiply\n name _multPolygon9\n xpos 684\n ypos 4904\n }\n Reformat {\n format \"256 256 0 0 256 256 1 square_256\"\n name _reformatPolyMask9\n xpos 684\n ypos 4932\n }\n Bezier {\n replace true\n points {{\n{105 94.4}\n{105 105.6}\n{137.4 106.8 6 0.64 12.6}\n{144 124.4}\n{108.6 123 12.9 2.59 14.1}\n{97.6 153.8 16.5 1.33 15.7}\n{145.1 168.3 16.5 -0.72 15.9}\n{156.4 138.4}\n{144.4 135.6}\n{133.8 160.6 13.6 2.79 13}\n{108.6 150.2 3 4.4 7.9}\n{115.6 133.8 10 5.78 9.3}\n{156.4 138.4}\n{147 99.6 14.9 4.01 16.2}\n}}\n shape {}\n center {128 128}\n color 10\n name _number9\n xpos 574\n ypos 4939\n disable {{1-_INPUT_CTRL.showNumbers i}}\n }\n Reformat {\n type scale\n scale {{(_INPUT_CTRL.lens9Size.w*_INPUT_CTRL.quality*_INPUT_CTRL.overallLensScale/223)+0.01 i} {(_INPUT_CTRL.lens9Size.h*_INPUT_CTRL.quality*_INPUT_CTRL.overallLensScale/223)+0.01 i}}\n name _bokehSize9\n xpos 574\n ypos 4968\n }\npush $N67220f40\n NoOp {\n name _inputToBokeh9\n xpos 473\n ypos 4968\n }\n Transform {\n scale {{_INPUT_CTRL.lens9AxisPos*_INPUT_CTRL.overallLensDistance i}}\n center {{_INPUT_CTRL.width/2 i} {_INPUT_CTRL.height/2 i}}\n name _symSource9\n xpos 473\n ypos 4997\n }\n Convolve {\n inputs 2\n channels rgb\n name _convolveLens9\n xpos 574\n ypos 4997\n }\n Multiply {\n value {{_INPUT_CTRL.lens9Col.r i} {_INPUT_CTRL.lens9Col.g i} {_INPUT_CTRL.lens9Col.b i} 0}\n name _colorLens9\n xpos 574\n ypos 5026\n }\n Blur {\n size {{_INPUT_CTRL.lens9Blur*(1-_INPUT_CTRL.showNumbers) i}}\n name _blurLens9\n xpos 574\n ypos 5069\n }\npush $N676f4660\n Grade {\n whitepoint {{_INPUT_CTRL.lens1reflWhitepoint*_INPUT_CTRL.reflectionsWhitepointMult i}}\n gamma {{_INPUT_CTRL.lens1reflectionGamma*_INPUT_CTRL.reflectionsGammaMult i}}\n name _GradeReflectionLens8\n xpos 401\n ypos 4333\n }\n Transform {\n rotate {{_INPUT_CTRL.reflectionsRotOffset+_INPUT_CTRL.lens1reflectionRotation i}}\n center {128 128}\n name _TransformReflectionLens8\n xpos 401\n ypos 4361\n }\n Blur {\n size {{_INPUT_CTRL.lens1reflectionBlur+_INPUT_CTRL.reflectionsBlurAdd}}\n name _BlurReflectionLens8\n xpos 401\n ypos 4389\n }\npush $N4a2244b0\npush $N4a638510\npush $N6703bbe0\npush $N4993c8b0\npush $N4a1d10d0\npush $N4a055400\npush $N4a07d0f0\npush $N49b24150\n Switch {\n inputs 8\n which {{_INPUT_CTRL.lens8Polygon i}}\n name _switchPolygon8\n xpos 683\n ypos 4290\n }\n Transform {\n translate {-128 -128}\n rotate {{_INPUT_CTRL.lens8DiaphRot i}}\n scale {{_INPUT_CTRL.lens8Diaphragm*0.65 i}}\n center {256 256}\n name _transformPolygon8\n xpos 683\n ypos 4319\n }\n Noise {\n opacity {{_INPUT_CTRL.lens7grainOpacity*_INPUT_CTRL.overallGrainOpacity i}}\n maskChannelInput rgba.red\n size {{_INPUT_CTRL.lens1grainSize*_INPUT_CTRL.overallGrainSizeMult i}}\n octaves 4\n lacunarity 5\n gain {{_INPUT_CTRL.lens1grainGain*_INPUT_CTRL.overallGrainGainMult i}}\n gamma 1\n center {640 360}\n name _NoiseLens8\n xpos 683\n ypos 4347\n }\n Merge2 {\n inputs 2\n output rgb\n maskChannelInput rgba.red\n mix {{_INPUT_CTRL.lens1reflectionOpacity*_INPUT_CTRL.reflectionsOpacity}}\n name _MergeReflectionLens8\n xpos 683\n ypos 4389\n }\n Read {\n inputs 0\n file_type png\n file <<>>/images/circleHard2.png\n format \"256 256 0 0 256 256 1 square_256\"\n origset true\n name Read5\n xpos 1264\n ypos 1079\n }\nset N67371ef0 [stack 0]\n Dot {\n name Dot3\n xpos 1298\n ypos 4436\n }\n Merge2 {\n inputs 2\n operation multiply\n name _multPolygon8\n xpos 683\n ypos 4431\n }\n Reformat {\n format \"256 256 0 0 256 256 1 square_256\"\n name _reformatPolyMask8\n xpos 683\n ypos 4460\n }\n Bezier {\n replace true\n points {{\n{125.5 178.3 1.2 -1.72 3.8 1.7 0 0 0 0 0 1.7}\n{125.3 167.2 4.2 -3.07 2.2 1.44 0 0 0 0 0 1.44}\n{109.3 152.1 7.9 -1.57 11.9}\n{123.2 136.5 5.4 0.68 2.6 -1.3 0 0 0 0 0 -1.3}\n{138.7 153.3 10 -4.79 12.4}\n{125.5 167.4 1.9 1.59 3.9 1.47 0 0 0 0 0 1.47}\n{125.5 178.3 7.6 -0.04 3.5 1.55 0 0 0 0 0 1.55}\n{149.5 152.4 16.1 -1.56 20.2}\n{122.8 125.5 2.8 2.78 0.9}\n{99.8 150.5 24.5 1.55 14.6}\n}}\n shape {}\n center {128 128}\n color 10\n name _number27\n xpos 573\n ypos 4467\n disable {{1-_INPUT_CTRL.showNumbers i}}\n }\n Bezier {\n points {{\n{125 84.6 1.2 1.48 3.8 1.7 0 0 0 0 0 1.7}\n{124.6 95.7 4.2 0.13 2.2 1.44 0 0 0 0 0 1.44}\n{139.6 111.8 7.9 1.63 11.9}\n{124.7 126.5 5.4 3.88 2.6 -1.3 0 0 0 0 0 -1.3}\n{110.3 108.7 10 -1.59 12.4}\n{124.4 95.5 1.9 4.79 3.9 1.47 0 0 0 0 0 1.47}\n{125 84.6 7.6 3.16 3.5 1.55 0 0 0 0 0 1.55}\n{99.5 109 16.1 1.64 20.2}\n{124.5 137.5 2.8 5.98 0.9}\n{149 113.9 24.5 4.75 14.6}\n}}\n shape {}\n center {128 128}\n color 10\n name _number8_1\n xpos 574\n ypos 4496\n disable {{1-_INPUT_CTRL.showNumbers i}}\n }\n Reformat {\n type scale\n scale {{(_INPUT_CTRL.lens8Size.w*_INPUT_CTRL.quality*_INPUT_CTRL.overallLensScale/247)+0.01 i} {(_INPUT_CTRL.lens8Size.h*_INPUT_CTRL.quality*_INPUT_CTRL.overallLensScale/247)+0.01 i}}\n name _bokehSize8\n xpos 574\n ypos 4525\n }\npush $N67220f40\n NoOp {\n name _inputToBokeh8\n xpos 473\n ypos 4525\n }\n Transform {\n scale {{_INPUT_CTRL.lens8AxisPos*_INPUT_CTRL.overallLensDistance i}}\n center {{_INPUT_CTRL.width/2 i} {_INPUT_CTRL.height/2 i}}\n name _symSource8\n xpos 473\n ypos 4554\n }\n Convolve {\n inputs 2\n channels rgb\n name _convolveLens8\n xpos 574\n ypos 4554\n }\n Multiply {\n value {{_INPUT_CTRL.lens8Col.r i} {_INPUT_CTRL.lens8Col.g i} {_INPUT_CTRL.lens8Col.b i} 0}\n name _colorLens8\n xpos 574\n ypos 4583\n }\n Blur {\n size {{_INPUT_CTRL.lens8Blur*(1-_INPUT_CTRL.showNumbers) i}}\n name _blurLens8\n xpos 574\n ypos 4626\n }\npush $N4a469eb0\n Grade {\n whitepoint {{_INPUT_CTRL.lens1reflWhitepoint*_INPUT_CTRL.reflectionsWhitepointMult i}}\n gamma {{_INPUT_CTRL.lens1reflectionGamma*_INPUT_CTRL.reflectionsGammaMult i}}\n name _GradeReflectionLens7\n xpos 397\n ypos 3786\n }\n Transform {\n rotate {{_INPUT_CTRL.reflectionsRotOffset+_INPUT_CTRL.lens1reflectionRotation i}}\n center {128 128}\n name _TransformReflectionLens7\n xpos 397\n ypos 3814\n }\n Blur {\n size {{_INPUT_CTRL.lens1reflectionBlur+_INPUT_CTRL.reflectionsBlurAdd}}\n name _BlurReflectionLens7\n xpos 397\n ypos 3842\n }\npush $N4a2244b0\npush $N4a638510\npush $N6703bbe0\npush $N4993c8b0\npush $N4a1d10d0\npush $N4a055400\npush $N4a07d0f0\npush $N49b24150\n Switch {\n inputs 8\n which {{_INPUT_CTRL.lens7Polygon i}}\n name _switchPolygon7\n xpos 679\n ypos 3743\n }\n Transform {\n translate {-128 -128}\n rotate {{_INPUT_CTRL.lens7DiaphRot i}}\n scale {{_INPUT_CTRL.lens7Diaphragm*0.65 i}}\n center {256 256}\n name _transformPolygon7\n xpos 679\n ypos 3772\n }\n Noise {\n opacity {{_INPUT_CTRL.lens7grainOpacity*_INPUT_CTRL.overallGrainOpacity}}\n maskChannelInput rgba.red\n size {{_INPUT_CTRL.lens1grainSize*_INPUT_CTRL.overallGrainSizeMult}}\n octaves 4\n lacunarity 5\n gain {{_INPUT_CTRL.lens1grainGain*_INPUT_CTRL.overallGrainGainMult}}\n gamma 1\n center {640 360}\n name _NoiseLens7\n xpos 679\n ypos 3800\n }\n Merge2 {\n inputs 2\n output rgb\n maskChannelInput rgba.red\n mix {{_INPUT_CTRL.lens1reflectionOpacity*_INPUT_CTRL.reflectionsOpacity}}\n name _MergeReflectionLens7\n xpos 679\n ypos 3842\n }\npush $N4a1f2640\n Merge2 {\n inputs 2\n operation multiply\n name _multPolygon7\n xpos 679\n ypos 3884\n }\n Reformat {\n format \"256 256 0 0 256 256 1 square_256\"\n name _reformatPolyMask7\n xpos 679\n ypos 4032\n }\n Bezier {\n replace true\n points {{\n{98.7 170.4}\n{98.3 156.4}\n{142.2 157}\n{106.2 84.6}\n{124 84.1}\n{159.7 156}\n{160.4 171.6}\n}}\n shape {}\n center {128 128}\n color 10\n name _number7\n xpos 574\n ypos 4039\n disable {{1-_INPUT_CTRL.showNumbers i}}\n }\n Reformat {\n type scale\n scale {{(_INPUT_CTRL.lens7Size.w*_INPUT_CTRL.quality*_INPUT_CTRL.overallLensScale/246)+0.01 i} {(_INPUT_CTRL.lens7Size.h*_INPUT_CTRL.quality*_INPUT_CTRL.overallLensScale/246)+0.01 i}}\n name _bokehSize7\n xpos 574\n ypos 4069\n }\npush $N67220f40\n NoOp {\n name _inputToBokeh7\n xpos 473\n ypos 4068\n }\n Transform {\n scale {{_INPUT_CTRL.lens7AxisPos*_INPUT_CTRL.overallLensDistance i}}\n center {{_INPUT_CTRL.width/2 i} {_INPUT_CTRL.height/2 i}}\n name _symSource7\n xpos 473\n ypos 4097\n }\n Convolve {\n inputs 2\n channels rgb\n name _convolveLens7\n xpos 574\n ypos 4097\n }\n Multiply {\n value {{_INPUT_CTRL.lens7Col.r i} {_INPUT_CTRL.lens7Col.g i} {_INPUT_CTRL.lens7Col.b i} 0}\n name _colorLens7\n xpos 574\n ypos 4126\n }\n Blur {\n size {{_INPUT_CTRL.lens7Blur*(1-_INPUT_CTRL.showNumbers) i}}\n name _blurLens7\n xpos 574\n ypos 4169\n }\npush $N4a6543b0\n Grade {\n whitepoint {{_INPUT_CTRL.lens1reflWhitepoint*_INPUT_CTRL.reflectionsWhitepointMult i}}\n gamma {{_INPUT_CTRL.lens1reflectionGamma*_INPUT_CTRL.reflectionsGammaMult i}}\n name _GradeReflectionLens6\n xpos 403\n ypos 3330\n }\n Transform {\n rotate {{_INPUT_CTRL.reflectionsRotOffset+_INPUT_CTRL.lens1reflectionRotation i}}\n center {128 128}\n name _TransformReflectionLens6\n xpos 403\n ypos 3358\n }\n Blur {\n size {{_INPUT_CTRL.lens1reflectionBlur+_INPUT_CTRL.reflectionsBlurAdd}}\n name _BlurReflectionLens6\n xpos 403\n ypos 3386\n }\npush $N4a2244b0\npush $N4a638510\npush $N6703bbe0\npush $N4993c8b0\npush $N4a1d10d0\npush $N4a055400\npush $N4a07d0f0\npush $N49b24150\n Switch {\n inputs 8\n which {{_INPUT_CTRL.lens6Polygon}}\n name _switchPolygon6\n xpos 685\n ypos 3287\n }\n Transform {\n translate {-128 -128}\n rotate {{_INPUT_CTRL.lens6DiaphRot i}}\n scale {{_INPUT_CTRL.lens6Diaphragm*0.65 i}}\n center {256 256}\n name _transformPolygon6\n xpos 685\n ypos 3316\n }\n Noise {\n opacity {{_INPUT_CTRL.lens7grainOpacity*_INPUT_CTRL.overallGrainOpacity}}\n maskChannelInput rgba.red\n size {{_INPUT_CTRL.lens1grainSize*_INPUT_CTRL.overallGrainSizeMult}}\n octaves 4\n lacunarity 5\n gain {{_INPUT_CTRL.lens1grainGain*_INPUT_CTRL.overallGrainGainMult}}\n gamma 1\n center {640 360}\n name _NoiseLens6\n xpos 685\n ypos 3344\n }\n Merge2 {\n inputs 2\n output rgb\n maskChannelInput rgba.red\n mix {{_INPUT_CTRL.lens1reflectionOpacity*_INPUT_CTRL.reflectionsOpacity}}\n name _MergeReflectionLens6\n xpos 685\n ypos 3386\n }\npush $N49bb6c00\n Merge2 {\n inputs 2\n operation multiply\n name _multPolygon6\n xpos 684\n ypos 3428\n }\n Reformat {\n format \"256 256 0 0 256 256 1 square_256\"\n name _reformatPolyMask6\n xpos 684\n ypos 3457\n }\n Bezier {\n replace true\n points {{\n{148.6 169}\n{148.6 157.8}\n{116.2 156.6 6 -2.5 12.6}\n{109.6 139}\n{145 140.4 12.9 -0.55 14.1}\n{156.2 109.6 12.9 -1.76 15.7}\n{107.4 94.4 16.5 -3.94 20.1}\n{97.4 124.8}\n{109.4 127.4}\n{119.8 102.8 13.6 -0.35 13}\n{145 113.2 3 1.34 3}\n{138 129.6 10 2.64 9.3}\n{97.4 124.6}\n{106.6 163.8 14.9 0.87 16.2}\n}}\n shape {}\n center {128 128}\n color 10\n name _number6\n xpos 574\n ypos 3464\n disable {{1-_INPUT_CTRL.showNumbers i}}\n }\n Reformat {\n type scale\n scale {{(_INPUT_CTRL.lens6Size.w*_INPUT_CTRL.quality*_INPUT_CTRL.overallLensScale/223)+0.01 i} {(_INPUT_CTRL.lens6Size.h*_INPUT_CTRL.quality*_INPUT_CTRL.overallLensScale/223)+0.01 i}}\n name _bokehSize6\n xpos 574\n ypos 3493\n }\npush $N67220f40\n NoOp {\n name _inputToBokeh6\n xpos 473\n ypos 3493\n }\n Transform {\n scale {{_INPUT_CTRL.lens6AxisPos*_INPUT_CTRL.overallLensDistance i}}\n center {{_INPUT_CTRL.width/2 i} {_INPUT_CTRL.height/2 i}}\n name _symSource6\n xpos 473\n ypos 3522\n }\n Convolve {\n inputs 2\n channels rgb\n name _convolveLens6\n xpos 574\n ypos 3522\n }\n Multiply {\n value {{_INPUT_CTRL.lens6Col.r i} {_INPUT_CTRL.lens6Col.g i} {_INPUT_CTRL.lens6Col.b i} 0}\n name _colorLens6\n xpos 574\n ypos 3551\n }\n Blur {\n size {{_INPUT_CTRL.lens6Blur*(1-_INPUT_CTRL.showNumbers) i}}\n name _blurLens6\n xpos 574\n ypos 3594\n }\npush $N3f719100\n Grade {\n whitepoint {{_INPUT_CTRL.lens1reflWhitepoint*_INPUT_CTRL.reflectionsWhitepointMult i}}\n gamma {{_INPUT_CTRL.lens1reflectionGamma*_INPUT_CTRL.reflectionsGammaMult i}}\n name _GradeReflectionLens5\n xpos 402\n ypos 2884\n }\n Transform {\n rotate {{_INPUT_CTRL.reflectionsRotOffset+_INPUT_CTRL.lens1reflectionRotation i}}\n center {128 128}\n name _TransformReflectionLens5\n xpos 402\n ypos 2912\n }\n Blur {\n size {{_INPUT_CTRL.lens1reflectionBlur+_INPUT_CTRL.reflectionsBlurAdd}}\n name _BlurReflectionLens5\n xpos 402\n ypos 2940\n }\npush $N4a2244b0\npush $N4a638510\npush $N6703bbe0\npush $N4993c8b0\npush $N4a1d10d0\npush $N4a055400\npush $N4a07d0f0\npush $N49b24150\n Switch {\n inputs 8\n which {{_INPUT_CTRL.lens5Polygon i}}\n name _switchPolygon5\n xpos 684\n ypos 2842\n }\n Transform {\n translate {-128 -128}\n rotate {{_INPUT_CTRL.lens5DiaphRot i}}\n scale {{_INPUT_CTRL.lens5Diaphragm*0.65 i}}\n center {256 256}\n name _transformPolygon5\n xpos 684\n ypos 2870\n }\n Noise {\n opacity {{_INPUT_CTRL.lens7grainOpacity*_INPUT_CTRL.overallGrainOpacity}}\n maskChannelInput rgba.red\n size {{_INPUT_CTRL.lens1grainSize*_INPUT_CTRL.overallGrainSizeMult}}\n octaves 4\n lacunarity 5\n gain {{_INPUT_CTRL.lens1grainGain*_INPUT_CTRL.overallGrainGainMult}}\n gamma 1\n center {640 360}\n name _NoiseLens5\n xpos 684\n ypos 2898\n }\n Merge2 {\n inputs 2\n output rgb\n maskChannelInput rgba.red\n mix {{_INPUT_CTRL.lens1reflectionOpacity*_INPUT_CTRL.reflectionsOpacity}}\n name _MergeReflectionLens5\n xpos 684\n ypos 2940\n }\npush $N4a09bae0\n Merge2 {\n inputs 2\n operation multiply\n name _multPolygon5\n xpos 684\n ypos 2982\n }\n Reformat {\n format \"256 256 0 0 256 256 1 square_256\"\n name _reformatPolyMask5\n xpos 684\n ypos 3011\n }\n Bezier {\n replace true\n points {{\n{154.4 168.4}\n{154.4 156.4}\n{115.2 157}\n{115.6 140.8}\n{150.8 139 12.9 -0.55 14.1}\n{162 108.2 12.9 -1.76 15.7}\n{127 88.6 8.2 -3.39 12.2}\n{102.4 96.2}\n{106.4 109.2}\n{130.2 101.6 9.4 -0.02 8.8}\n{150.4 111.8 3 1.34 3}\n{144.4 129.2 10 2.64 9.3}\n{103.8 124}\n{103.8 169}\n}}\n shape {}\n center {128 128}\n color 10\n name _number5\n xpos 574\n ypos 3018\n disable {{1-_INPUT_CTRL.showNumbers i}}\n }\n Reformat {\n type scale\n scale {{(_INPUT_CTRL.lens5Size.w*_INPUT_CTRL.quality*_INPUT_CTRL.overallLensScale/240)+0.01 i} {(_INPUT_CTRL.lens5Size.h*_INPUT_CTRL.quality*_INPUT_CTRL.overallLensScale/240)+0.01 i}}\n name _bokehSize5\n xpos 574\n ypos 3047\n }\npush $N67220f40\n NoOp {\n name _inputToBokeh5\n xpos 473\n ypos 3047\n }\n Transform {\n scale {{_INPUT_CTRL.lens5AxisPos*_INPUT_CTRL.overallLensDistance i}}\n center {{_INPUT_CTRL.width/2 i} {_INPUT_CTRL.height/2 i}}\n name _symSource5\n xpos 473\n ypos 3076\n }\n Convolve {\n inputs 2\n channels rgb\n name _convolveLens5\n xpos 574\n ypos 3076\n }\n Multiply {\n value {{_INPUT_CTRL.lens5Col.r i} {_INPUT_CTRL.lens5Col.g i} {_INPUT_CTRL.lens5Col.b i} 0}\n name _colorLens5\n xpos 574\n ypos 3105\n }\n Blur {\n size {{_INPUT_CTRL.lens5Blur*(1-_INPUT_CTRL.showNumbers) i}}\n name _blurLens5\n xpos 574\n ypos 3148\n }\npush $N47423090\n Grade {\n whitepoint {{_INPUT_CTRL.lens1reflWhitepoint*_INPUT_CTRL.reflectionsWhitepointMult i}}\n gamma {{_INPUT_CTRL.lens1reflectionGamma*_INPUT_CTRL.reflectionsGammaMult i}}\n name _GradeReflectionLens4\n xpos 402\n ypos 2423\n }\n Transform {\n rotate {{_INPUT_CTRL.reflectionsRotOffset+_INPUT_CTRL.lens1reflectionRotation i}}\n center {128 128}\n name _TransformReflectionLens4\n xpos 402\n ypos 2451\n }\n Blur {\n size {{_INPUT_CTRL.lens1reflectionBlur+_INPUT_CTRL.reflectionsBlurAdd}}\n name _BlurReflectionLens4\n xpos 402\n ypos 2479\n }\npush $N4a2244b0\npush $N4a638510\npush $N6703bbe0\npush $N4993c8b0\npush $N4a1d10d0\npush $N4a055400\npush $N4a07d0f0\npush $N49b24150\n Switch {\n inputs 8\n which {{_INPUT_CTRL.lens4Polygon i}}\n name _switchPolygon4\n xpos 684\n ypos 2380\n }\n Transform {\n translate {-128 -128}\n rotate {{_INPUT_CTRL.lens4DiaphRot i}}\n scale {{_INPUT_CTRL.lens4Diaphragm*0.65 i}}\n center {256 256}\n name _transformPolygon4\n xpos 684\n ypos 2409\n }\n Noise {\n opacity {{_INPUT_CTRL.lens7grainOpacity*_INPUT_CTRL.overallGrainOpacity}}\n maskChannelInput rgba.red\n size {{_INPUT_CTRL.lens1grainSize*_INPUT_CTRL.overallGrainSizeMult}}\n octaves 4\n lacunarity 5\n gain {{_INPUT_CTRL.lens1grainGain*_INPUT_CTRL.overallGrainGainMult}}\n gamma 1\n center {640 360}\n name _NoiseLens4\n xpos 684\n ypos 2437\n }\n Merge2 {\n inputs 2\n output rgb\n maskChannelInput rgba.red\n mix {{_INPUT_CTRL.lens1reflectionOpacity*_INPUT_CTRL.reflectionsOpacity}}\n name _MergeReflectionLens4\n xpos 684\n ypos 2479\n }\npush $N4a5c4aa0\n Merge2 {\n inputs 2\n operation multiply\n name _multPolygon4\n xpos 684\n ypos 2521\n }\n Reformat {\n format \"256 256 0 0 256 256 1 square_256\"\n name _reformatPolyMask4\n xpos 684\n ypos 2550\n }\n Bezier {\n replace true\n points {{\n{132.9 186.8}\n{92 125.6}\n{92.7 103.9}\n{127.2 106.1}\n{127.4 90.2}\n{142.4 92.8}\n{142 108.1}\n{154.4 109}\n{153.9 125.6}\n{141.5 124.1}\n{141.6 135.3}\n{127.2 134.6}\n{127.8 124}\n{110.4 123}\n{146.9 180}\n}}\n shape {}\n center {128 128}\n color 10\n name _number4\n xpos 574\n ypos 2557\n disable {{1-_INPUT_CTRL.showNumbers i}}\n }\n Reformat {\n type scale\n scale {{(_INPUT_CTRL.lens4Size.w*_INPUT_CTRL.quality*_INPUT_CTRL.overallLensScale/242)+0.01 i} {(_INPUT_CTRL.lens4Size.h*_INPUT_CTRL.quality*_INPUT_CTRL.overallLensScale/242)+0.01 i}}\n name _bokehSize4\n xpos 574\n ypos 2586\n }\npush $N67220f40\n NoOp {\n name _inputToBokeh4\n xpos 473\n ypos 2586\n }\n Transform {\n scale {{_INPUT_CTRL.lens4AxisPos*_INPUT_CTRL.overallLensDistance i}}\n center {{_INPUT_CTRL.width/2 i} {_INPUT_CTRL.height/2 i}}\n name _symSource4\n xpos 473\n ypos 2615\n }\n Convolve {\n inputs 2\n channels rgb\n name _convolveLens4\n xpos 574\n ypos 2615\n }\n Multiply {\n value {{_INPUT_CTRL.lens4Col.r i} {_INPUT_CTRL.lens4Col.g i} {_INPUT_CTRL.lens4Col.b i} 0}\n name _colorLens4\n xpos 574\n ypos 2644\n }\n Blur {\n size {{_INPUT_CTRL.lens4Blur*(1-_INPUT_CTRL.showNumbers) i}}\n name _blurLens4\n xpos 574\n ypos 2687\n }\npush $N4a48a940\n Grade {\n whitepoint {{_INPUT_CTRL.lens1reflWhitepoint*_INPUT_CTRL.reflectionsWhitepointMult i}}\n gamma {{_INPUT_CTRL.lens1reflectionGamma*_INPUT_CTRL.reflectionsGammaMult i}}\n name _GradeReflectionLens3\n xpos 402\n ypos 1987\n }\n Transform {\n rotate {{_INPUT_CTRL.reflectionsRotOffset+_INPUT_CTRL.lens1reflectionRotation i}}\n center {128 128}\n name _TransformReflectionLens3\n xpos 402\n ypos 2015\n }\n Blur {\n size {{_INPUT_CTRL.lens1reflectionBlur+_INPUT_CTRL.reflectionsBlurAdd}}\n name _BlurReflectionLens3\n xpos 402\n ypos 2043\n }\npush $N4a2244b0\npush $N4a638510\npush $N6703bbe0\npush $N4993c8b0\npush $N4a1d10d0\npush $N4a055400\npush $N4a07d0f0\npush $N49b24150\n Switch {\n inputs 8\n which {{_INPUT_CTRL.lens3Polygon}}\n name _switchPolygon3\n xpos 684\n ypos 1877\n }\n Transform {\n translate {-128 -128}\n rotate {{_INPUT_CTRL.lens3DiaphRot i}}\n scale {{_INPUT_CTRL.lens3Diaphragm*0.65 i}}\n center {256 256}\n name _transformPolygon3\n xpos 684\n ypos 1906\n }\n Noise {\n opacity {{_INPUT_CTRL.lens7grainOpacity*_INPUT_CTRL.overallGrainOpacity}}\n maskChannelInput rgba.red\n size {{_INPUT_CTRL.lens1grainSize*_INPUT_CTRL.overallGrainSizeMult}}\n octaves 4\n lacunarity 5\n gain {{_INPUT_CTRL.lens1grainGain*_INPUT_CTRL.overallGrainGainMult}}\n gamma 1\n center {640 360}\n name _NoiseLens3\n xpos 684\n ypos 2001\n }\n Merge2 {\n inputs 2\n output rgb\n maskChannelInput rgba.red\n mix {{_INPUT_CTRL.lens1reflectionOpacity*_INPUT_CTRL.reflectionsOpacity}}\n name _MergeReflectionLens3\n xpos 684\n ypos 2043\n }\npush $N4996bc50\n Merge2 {\n inputs 2\n operation multiply\n name _multPolygon3\n xpos 684\n ypos 2085\n }\n Reformat {\n format \"256 256 0 0 256 256 1 square_256\"\n name _reformatPolyMask3\n xpos 684\n ypos 2114\n }\n Bezier {\n replace true\n points {{\n{105.2 171.6}\n{122.8 179.6 19.6 0.25 15.5}\n{153.6 149 14.3 -1.84 18.3}\n{135.6 133.2}\n{157.6 102.6 30.5 -1.76 27.9}\n{106.6 87.8}\n{106.8 102.6}\n{141.4 106.6 18.9 1.34 17.9}\n{115.8 125.2}\n{115.6 141}\n{140 154.6 23.6 1.72 6.8}\n{111.4 160.4}\n}}\n shape {}\n center {128 128}\n color 10\n name _number3\n xpos 574\n ypos 2121\n disable {{1-_INPUT_CTRL.showNumbers i}}\n }\n Reformat {\n type scale\n scale {{(_INPUT_CTRL.lens3Size.w*_INPUT_CTRL.quality*_INPUT_CTRL.overallLensScale/247)+0.01 i} {(_INPUT_CTRL.lens3Size.h*_INPUT_CTRL.quality*_INPUT_CTRL.overallLensScale/247)+0.01 i}}\n name _bokehSize3\n xpos 574\n ypos 2149\n }\npush $N67220f40\n NoOp {\n name _inputToBokeh3\n xpos 473\n ypos 2149\n }\n Transform {\n scale {{_INPUT_CTRL.lens3AxisPos*_INPUT_CTRL.overallLensDistance i}}\n center {{_INPUT_CTRL.width/2 i} {_INPUT_CTRL.height/2 i}}\n name _symSource3\n xpos 473\n ypos 2178\n }\n Convolve {\n inputs 2\n channels rgb\n name _convolveLens3\n xpos 574\n ypos 2178\n }\n Multiply {\n value {{_INPUT_CTRL.lens3Col.r i} {_INPUT_CTRL.lens3Col.g i} {_INPUT_CTRL.lens3Col.b i} 0}\n name _colorLens3\n xpos 574\n ypos 2207\n }\n Blur {\n size {{_INPUT_CTRL.lens3Blur*(1-_INPUT_CTRL.showNumbers) i}}\n name _blurLens3\n xpos 574\n ypos 2250\n }\npush $N3f716ff0\n Grade {\n whitepoint {{_INPUT_CTRL.lens1reflWhitepoint*_INPUT_CTRL.reflectionsWhitepointMult i}}\n gamma {{_INPUT_CTRL.lens1reflectionGamma*_INPUT_CTRL.reflectionsGammaMult i}}\n name _GradeReflectionLens2\n xpos 402\n ypos 1555\n }\n Transform {\n rotate {{_INPUT_CTRL.reflectionsRotOffset+_INPUT_CTRL.lens1reflectionRotation i}}\n center {128 128}\n name _TransformReflectionLens2\n xpos 402\n ypos 1583\n }\n Blur {\n size {{_INPUT_CTRL.lens1reflectionBlur+_INPUT_CTRL.reflectionsBlurAdd}}\n name _BlurReflectionLens2\n xpos 402\n ypos 1611\n }\npush $N4a2244b0\npush $N4a638510\npush $N6703bbe0\npush $N4993c8b0\npush $N4a1d10d0\npush $N4a055400\npush $N4a07d0f0\npush $N49b24150\n Switch {\n inputs 8\n which {{_INPUT_CTRL.lens2Polygon i}}\n name _switchPolygon2\n xpos 684\n ypos 1512\n }\n Transform {\n translate {-128 -128}\n rotate {{_INPUT_CTRL.lens2DiaphRot i}}\n scale {{_INPUT_CTRL.lens2Diaphragm*0.65 i}}\n center {256 256}\n name _transformPolygon2\n xpos 684\n ypos 1541\n }\n Noise {\n opacity {{_INPUT_CTRL.lens7grainOpacity*_INPUT_CTRL.overallGrainOpacity}}\n maskChannelInput rgba.red\n size {{_INPUT_CTRL.lens1grainSize*_INPUT_CTRL.overallGrainSizeMult}}\n octaves 4\n lacunarity 5\n gain {{_INPUT_CTRL.lens1grainGain*_INPUT_CTRL.overallGrainGainMult}}\n gamma 1\n center {640 360}\n name _NoiseLens2\n xpos 684\n ypos 1569\n }\n Merge2 {\n inputs 2\n output rgb\n maskChannelInput rgba.red\n mix {{_INPUT_CTRL.lens1reflectionOpacity*_INPUT_CTRL.reflectionsOpacity}}\n name _MergeReflectionLens2\n xpos 684\n ypos 1611\n }\npush $N49f68da0\n Merge2 {\n inputs 2\n operation multiply\n name _multPolygon2\n xpos 684\n ypos 1653\n }\n Reformat {\n format \"256 256 0 0 256 256 1 square_256\"\n name _reformatPolyMask2\n xpos 684\n ypos 1682\n }\n Bezier {\n replace true\n points {{\n{89.6 161.8 0 0.82}\n{120.8 179.4 19.6 0.25 15.5}\n{153.6 149 20.7 -1.88 18.3}\n{120.4 106.4 0 -1.39}\n{158.6 106.4 0 -0.49}\n{159.2 85.8 0 -2.82}\n{96.4 85.8}\n{97 107.2}\n{135.8 152.6 23.6 1.72 6.8}\n{97.8 146.4 0 3.14}\n}}\n shape {}\n center {128 128}\n color 10\n name _number2\n xpos 574\n ypos 1689\n disable {{1-_INPUT_CTRL.showNumbers i}}\n }\n Reformat {\n type scale\n scale {{(_INPUT_CTRL.lens2Size.w*_INPUT_CTRL.quality*_INPUT_CTRL.overallLensScale/237)+0.01 i} {(_INPUT_CTRL.lens2Size.h*_INPUT_CTRL.quality*_INPUT_CTRL.overallLensScale/237)+0.01 i}}\n name _bokehSize2\n xpos 574\n ypos 1718\n }\npush $N67220f40\n NoOp {\n name _inputToBokeh2\n xpos 473\n ypos 1718\n }\n Transform {\n scale {{_INPUT_CTRL.lens2AxisPos*_INPUT_CTRL.overallLensDistance i}}\n center {{_INPUT_CTRL.width/2 i} {_INPUT_CTRL.height/2 i}}\n name _symSource2\n xpos 473\n ypos 1747\n }\n Convolve {\n inputs 2\n channels rgb\n name _convolveLens2\n xpos 574\n ypos 1747\n }\n Multiply {\n value {{_INPUT_CTRL.lens2Col.r i} {_INPUT_CTRL.lens2Col.g i} {_INPUT_CTRL.lens2Col.b i} 0}\n name _colorLens2\n xpos 574\n ypos 1776\n }\n Blur {\n size {{_INPUT_CTRL.lens2Blur*(1-_INPUT_CTRL.showNumbers) i}}\n name _blurLens2\n xpos 574\n ypos 1819\n }\npush $N474c77c0\n Grade {\n whitepoint {{_INPUT_CTRL.lens1reflWhitepoint*_INPUT_CTRL.reflectionsWhitepointMult i}}\n gamma {{_INPUT_CTRL.lens1reflectionGamma*_INPUT_CTRL.reflectionsGammaMult i}}\n name _GradeReflectionLens1\n xpos 397\n ypos 1123\n }\n Transform {\n rotate {{_INPUT_CTRL.reflectionsRotOffset+_INPUT_CTRL.lens1reflectionRotation i}}\n center {128 128}\n name _TransformReflectionLens1\n xpos 397\n ypos 1151\n }\n Blur {\n size {{_INPUT_CTRL.lens1reflectionBlur+_INPUT_CTRL.reflectionsBlurAdd i}}\n name _BlurReflectionLens1\n xpos 397\n ypos 1179\n }\npush $N4a2244b0\npush $N4a638510\npush $N6703bbe0\npush $N4993c8b0\npush $N4a1d10d0\npush $N4a055400\npush $N4a07d0f0\npush $N49b24150\n Switch {\n inputs 8\n which {{_INPUT_CTRL.lens1Polygon i}}\n name _switchPolygon1\n xpos 679\n ypos 1051\n }\n Transform {\n translate {-128 -128}\n rotate {{_INPUT_CTRL.lens1DiaphRot i}}\n scale {{_INPUT_CTRL.lens1Diaphragm*0.65 i}}\n center {256 256}\n name _transformPolygon1\n xpos 679\n ypos 1081\n }\npush $N67371ef0\n Merge2 {\n inputs 2\n operation multiply\n name _multPolygon1\n xpos 679\n ypos 1109\n }\n Noise {\n opacity {{_INPUT_CTRL.lens7grainOpacity*_INPUT_CTRL.overallGrainOpacity i}}\n maskChannelInput rgba.red\n size {{_INPUT_CTRL.lens1grainSize*_INPUT_CTRL.overallGrainSizeMult i}}\n octaves 4\n lacunarity 5\n gain {{_INPUT_CTRL.lens1grainGain*_INPUT_CTRL.overallGrainGainMult i}}\n gamma 1\n center {640 360}\n name _NoiseLens1\n xpos 679\n ypos 1137\n }\n Merge2 {\n inputs 2\n output rgb\n maskChannelInput rgba.red\n mix {{_INPUT_CTRL.lens1reflectionOpacity*_INPUT_CTRL.reflectionsOpacity i}}\n name _MergeReflectionLens1\n xpos 679\n ypos 1179\n }\n Reformat {\n format \"256 256 0 0 256 256 1 square_256\"\n box_width 256\n name _reformatPolyMask1\n xpos 679\n ypos 1255\n }\n Bezier {\n replace true\n points {{\n{121.6 171.4}\n{138.8 171.1}\n{139.6 98.2}\n{121.2 97.6}\n{121.2 151.7}\n{110 142.2}\n{100.4 154.5}\n}}\n shape {}\n center {128 128}\n color 10\n name _number1\n xpos 572\n ypos 1262\n disable {{1-_INPUT_CTRL.showNumbers i}}\n }\n Reformat {\n type scale\n scale {{(_INPUT_CTRL.lens1Size.w*_INPUT_CTRL.quality*_INPUT_CTRL.overallLensScale/247)+0.01 i} {(_INPUT_CTRL.lens1Size.h*_INPUT_CTRL.quality*_INPUT_CTRL.overallLensScale/247)+0.01 i}}\n name _bokehSize1\n xpos 572\n ypos 1291\n }\npush $N67220f40\n NoOp {\n name _inputToBokeh1\n xpos 471\n ypos 1291\n }\n Transform {\n scale {{_INPUT_CTRL.lens1AxisPos*_INPUT_CTRL.overallLensDistance i}}\n center {{_INPUT_CTRL.width/2 i} {_INPUT_CTRL.height/2 i}}\n name _symSource1\n xpos 471\n ypos 1320\n }\n Convolve {\n inputs 2\n channels rgb\n name _convolveLens1\n xpos 572\n ypos 1320\n }\n Multiply {\n value {{_INPUT_CTRL.lens1Col.r i} {_INPUT_CTRL.lens1Col.g i} {_INPUT_CTRL.lens1Col.b i} 0}\n name _colorLens1\n xpos 572\n ypos 1349\n }\n Blur {\n size {{_INPUT_CTRL.lens1Blur*(1-_INPUT_CTRL.showNumbers) i}}\n name _blurLens1\n xpos 572\n ypos 1392\n }\npush $N49dbb260\n Merge2 {\n inputs 2\n name _screenLens1\n xpos 38\n ypos 1399\n disable {{1-_INPUT_CTRL.lens1Active i}}\n }\n Merge2 {\n inputs 2\n name _screenLens2\n xpos 38\n ypos 1826\n disable {{1-_INPUT_CTRL.lens2Active i}}\n }\n Merge2 {\n inputs 2\n name _screenLens3\n xpos 38\n ypos 2257\n disable {{1-_INPUT_CTRL.lens3Active i}}\n }\n Merge2 {\n inputs 2\n name _screenLens4\n xpos 38\n ypos 2694\n disable {{1-_INPUT_CTRL.lens4Active i}}\n }\n Merge2 {\n inputs 2\n name _screenLens5\n xpos 38\n ypos 3155\n disable {{1-_INPUT_CTRL.lens5Active i}}\n }\n Merge2 {\n inputs 2\n name _screenLens6\n xpos 38\n ypos 3601\n disable {{1-_INPUT_CTRL.lens6Active i}}\n }\n Merge2 {\n inputs 2\n name _screenLens7\n xpos 38\n ypos 4176\n disable {{1-_INPUT_CTRL.lens7Active i}}\n }\n Merge2 {\n inputs 2\n name _screenLens8\n xpos 38\n ypos 4633\n disable {{1-_INPUT_CTRL.lens8Active i}}\n }\n Merge2 {\n inputs 2\n name _screenLens9\n xpos 38\n ypos 5076\n disable {{1-_INPUT_CTRL.lens9Active i}}\n }\n Merge2 {\n inputs 2\n name _screenLens10\n xpos 38\n ypos 5548\n disable {{1-_INPUT_CTRL.lens10Active i}}\n }\n Merge2 {\n inputs 2\n name _screenLens11\n xpos 38\n ypos 6029\n disable {{1-_INPUT_CTRL.lens11Active i}}\n }\n Merge2 {\n inputs 2\n name _screenLens12\n xpos 38\n ypos 6506\n disable {{1-_INPUT_CTRL.lens12Active i}}\n }\n Merge2 {\n inputs 2\n name _screenLens13\n xpos 38\n ypos 6980\n disable {{1-_INPUT_CTRL.lens13Active i}}\n }\n Merge2 {\n inputs 2\n name _screenLens14\n xpos 38\n ypos 7458\n disable {{1-_INPUT_CTRL.lens14Active i}}\n }\n Merge2 {\n inputs 2\n name _screenLens15\n xpos 38\n ypos 7927\n disable {{1-_INPUT_CTRL.lens15Active i}}\n }\n Merge2 {\n inputs 2\n name _screenLens16\n xpos 38\n ypos 8395\n disable {{1-_INPUT_CTRL.lens16Active i}}\n }\n Merge2 {\n inputs 2\n name _screenLens17\n xpos 38\n ypos 8873\n disable {{1-_INPUT_CTRL.lens17Active i}}\n }\n Merge2 {\n inputs 2\n name _screenLens18\n xpos 36\n ypos 9376\n disable {{1-_INPUT_CTRL.lens18Active i}}\n }\n Merge2 {\n inputs 2\n name _screenLens19\n xpos 36\n ypos 9843\n disable {{1-_INPUT_CTRL.lens19Active i}}\n }\n Merge2 {\n inputs 2\n name _screenLens20\n xpos 38\n ypos 10330\n disable {{1-_INPUT_CTRL.lens20Active i}}\n }\n Reformat {\n type \"to box\"\n box_width {{_INPUT_.width i}}\n box_height {{_INPUT_.height i}}\n box_fixed true\n resize distort\n filter Mitchell\n name _reformatQualityOriginal\n xpos 38\n ypos 10393\n }\n Saturation {\n saturation {{_INPUT_CTRL.overallSaturation i}}\n mode Average\n name _overallSaturation\n xpos 38\n ypos 10422\n }\n Multiply {\n value {{_INPUT_CTRL.overallMult i}}\n name _overallMult\n xpos 38\n ypos 10451\n }\n Merge2 {\n inputs 2\n operation screen\n name Merge5\n xpos 38\n ypos 10515\n }\npush $N499e6c00\n Dot {\n name Dot18\n xpos 194\n ypos 814\n }\n Dot {\n name Dot17\n xpos 194\n ypos 10620\n }\n Switch {\n inputs 2\n which {{1-_INPUT_CTRL.viewSelectedHighlights i}}\n name _switchSelectedHighlights\n xpos 38\n ypos 10615\n }\n NoOp {\n name _OUTPUT\n xpos 38\n ypos 10643\n }\n Output {\n name Output1\n xpos 38\n ypos 10702\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_BBoxToFormat.gizmo", "content": "Group {\n name BBoxToFormat\n onCreate \"n = nuke.thisNode()\\ninputFormat = n.knob(\\\"inputFormat\\\")\\ninputBBox = n.knob(\\\"inputBBox\\\")\\ncrop = nuke.toNode(\\\"Crop6\\\")\\ncropb = crop.knob('box')\\noutputBBox = n.knob('outputBBox')\\noutputBBoxCenter = n.knob(\\\"outputBBoxCenter\\\")\\n\\ninputFormat.setFlag(0x0000000000008000)\\ninputBBox.setFlag(0x0000000000008000)\\ncropb.setFlag(0x0000000000008000)\\noutputBBox.setFlag(0x0000000000008000)\\noutputBBoxCenter.setFlag(0x0000000000008000)\\n\\nn = nuke.thisNode()\\nn.knob(\\\"overscan\\\").setRange(0,400)\\nn.knob(\\\"overscanPercent\\\").setRange(1,4)\"\n knobChanged \"n = nuke.thisNode()\\nk = nuke.thisKnob()\\nif k.name() == \\\"overscanType\\\":\\n if n.knob(\\\"overscanType\\\").getValue() == 1:\\n n.knob(\\\"overscanPercent\\\").setVisible(True)\\n n.knob(\\\"overscan\\\").setVisible(False)\\n else:\\n n.knob(\\\"overscanPercent\\\").setVisible(False)\\n n.knob(\\\"overscan\\\").setVisible(True)\"\n tile_color 0xa57aaaff\n note_font \"Verdana Bold\"\n note_font_color 0xffffffff\n selected true\n addUserKnob {20 CropBBox}\n addUserKnob {4 type l Type +INVISIBLE M {\"To Format\" \"To BBox\"}}\n addUserKnob {41 intersect T Crop6.intersect}\n addUserKnob {6 blackOutside l \"Black Outside\" -STARTLINE}\n addUserKnob {4 overscanType l \"Overscan Type:\" M {Pixels Percentage}}\n overscanType Percentage\n addUserKnob {14 overscan l Overscan +HIDDEN R 0 400}\n addUserKnob {14 overscanPercent l \"Overscan Percent\" R 1 4}\n overscanPercent 1\n addUserKnob {20 inputBbox l \"BBox Data\" n 1}\n inputBbox 0\n addUserKnob {15 inputFormat l \"Input Format\"}\n inputFormat {0 0 {input.width} {input.height}}\n addUserKnob {15 inputBBox l \"Input BBox\"}\n inputBBox {{input.bbox.x} {input.bbox.y} {input.bbox.r} {input.bbox.t}}\n addUserKnob {12 outputBBoxCenter l OutputBBoxCenter}\n outputBBoxCenter {{OutputBBox1.outputBBoxCenter.w} {OutputBBox1.outputBBoxCenter.h}}\n addUserKnob {15 outputBBox l \"Output BBox\"}\n outputBBox {{OutputBBox1.OutputBBox} {OutputBBox1.OutputBBox} {OutputBBox1.OutputBBox} {OutputBBox1.OutputBBox}}\n addUserKnob {20 endGroup n -1}\n addUserKnob {20 info_1 l Info}\n addUserKnob {26 creator l Creator: T \"Tony Lyons\"}\n addUserKnob {26 desc l Description: t \"crop to inputformat\\n\\ndisplays values of input bbox\" T CropBBox}\n addUserKnob {26 ver l Version: T v02}\n}\n Input {\n inputs 0\n name Input\n xpos 261\n ypos 394\n }\n Dot {\n name Dot2\n note_font_size 41\n xpos 295\n ypos 462\n }\nset N7f3e26e0 [stack 0]\n Dot {\n name Dot1\n note_font_size 41\n xpos -160\n ypos 462\n }\nset N7f3e6330 [stack 0]\npush $N7f3e26e0\n Crop {\n box {{curve} {curve} {input.width} {input.height}}\n crop {{parent.blackOutside}}\n name Crop6\n xpos 261\n ypos 510\n addUserKnob {20 User}\n addUserKnob {22 cropToBbox l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n }\nset N7f3e9f50 [stack 0]\n Remove {\n operation keep\n channels none\n name Remove1\n xpos 120\n ypos 504\n }\nset N7f3f5c30 [stack 0]\n Transform {\n scale {{parent.overscanPercent} {parent.overscanPercent}}\n center {{input.bbox.r/2} {input.bbox.t/2}}\n shutteroffset centred\n name Transform1\n xpos 120\n ypos 555\n }\npush $N7f3f5c30\n AdjBBox {\n numpixels {{parent.overscan} {parent.overscan}}\n name AdjBBox1\n xpos -5\n ypos 510\n }\n Switch {\n inputs 2\n which {{overscanType}}\n name Switch2\n label \"\\[value which]\"\n xpos -5\n ypos 549\n }\n Merge2 {\n inputs 2\n bbox intersection\n Achannels {-rgba.red -rgba.green -rgba.blue rgba.alpha}\n Bchannels {-rgba.red -rgba.green -rgba.blue rgba.alpha}\n output {-rgba.red -rgba.green -rgba.blue rgba.alpha}\n name Merge1\n xpos -5\n ypos 647\n disable {{!parent.Crop6.intersect}}\n }\npush $N7f3e6330\n CopyBBox {\n inputs 2\n name CopyBBox1\n xpos -194\n ypos 653\n }\n BlackOutside {\n name BlackOutside1\n xpos -194\n ypos 692\n disable {{!parent.blackOutside}}\n }\n Dot {\n name Dot4\n note_font_size 41\n xpos -160\n ypos 769\n }\npush $N7f3e9f50\n Switch {\n inputs 2\n which {{\"overscanType == 0 ? overscan.w != 0 || overscan.h != 0 : overscanPercent.w != 1 || overscanPercent.h != 1 ? 1 : 0\"}}\n name Switch1\n label \"\\[value which]\"\n xpos 261\n ypos 759\n }\nset N7f4342c0 [stack 0]\n Output {\n name Output1\n xpos 261\n ypos 921\n }\npush $N7f4342c0\n NoOp {\n name OutputBBox1\n selected true\n xpos 378\n ypos 821\n addUserKnob {20 User}\n addUserKnob {15 OutputBBox l \"Output BBox\"}\n OutputBBox {{input.bbox.x} {input.bbox.y} {input.bbox.r} {input.bbox.t}}\n addUserKnob {14 outputBBoxCenter l \"Output BBox Center\" R 0 100}\n outputBBoxCenter {{OutputBBox.x+(OutputBBox.r-OutputBBox.x)/2} {OutputBBox.y+(OutputBBox.t-OutputBBox.y)/2}}\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_BeautifulSkin.gizmo", "content": "Group {\n name BeautifulSkin\n tile_color 0xb2776dff\n note_font \"Verdana Bold\"\n note_font_color 0xffffffff\n selected true\n addUserKnob {20 BeautifulSkin}\n addUserKnob {41 channels l Channels T Merge1.also_merge}\n addUserKnob {41 size l \"Dilate size\" T Dilate5.size}\n addUserKnob {26 \"\"}\n addUserKnob {4 blurType l \"Blur Type\" M {Blur Defocus Median}}\n blurType Median\n addUserKnob {7 blurDefocusSize l \"Blur/Defocus size\" R 0 100}\n blurDefocusSize 5\n addUserKnob {41 size_2 l \"Median size\" T Median2.size}\n addUserKnob {6 guiblur l \"use blur in gui, switch to defocus/median at render time\" +STARTLINE}\n guiblur true\n addUserKnob {26 \"\"}\n addUserKnob {41 mixMax l \"mix Max back in\" T Merge8.mix}\n addUserKnob {41 mixMin l \"mix Min back in\" T Merge7.mix}\n addUserKnob {26 \"\"}\n addUserKnob {26 \"\" l mask T \"\"}\n addUserKnob {41 maskChannelInput l \"\" -STARTLINE T Merge1.maskChannelInput}\n addUserKnob {41 inject -STARTLINE T Merge1.inject}\n addUserKnob {41 invert_mask l invert -STARTLINE T Merge1.invert_mask}\n addUserKnob {41 fringe -STARTLINE T Merge1.fringe}\n addUserKnob {41 mix T Merge1.mix}\n addUserKnob {20 info l Info}\n addUserKnob {26 creator l Creator: T \"Tony Lyons\"}\n addUserKnob {26 desc l Description: T BeautifulSkin}\n addUserKnob {26 ver l Version: T v02}\n}\n Input {\n inputs 0\n name Inputmask\n xpos 626\n ypos -370\n number 1\n }\n Input {\n inputs 0\n name Input\n xpos 462\n ypos -1126\n }\n Dot {\n name Dot9\n xpos 496\n ypos -1018\n }\nset Neb880d20 [stack 0]\n Dot {\n name Dot10\n xpos 264\n ypos -1018\n }\n Dot {\n name Dot12\n xpos 264\n ypos -530\n }\nset Neb885890 [stack 0]\n Dot {\n name Dot13\n xpos 264\n ypos -454\n }\nset Neb8897b0 [stack 0]\npush $Neb885890\npush $Neb880d20\n Dilate {\n size 3\n name Dilate5\n xpos 462\n ypos -959\n }\n Dilate {\n size {{-parent.Dilate5.size i}}\n name Dilate6\n xpos 462\n ypos -895\n }\n Dot {\n name Dot14\n xpos 496\n ypos -819\n }\nset Neb8d7770 [stack 0]\n Blur {\n size {{parent.blurDefocusSize}}\n name Blur10\n label \"\\[value size]\"\n xpos 343\n ypos -736\n }\nset Neb8db490 [stack 0]\npush $Neb8d7770\n Median {\n channels all\n size 2\n ignore_top_line false\n name Median2\n xpos 573\n ypos -729\n }\npush $Neb8d7770\n Defocus {\n defocus {{parent.blurDefocusSize i}}\n name Defocus1\n xpos 462\n ypos -728\n }\npush $Neb8db490\n Switch {\n inputs 3\n which {{parent.blurType i}}\n name Switch1\n xpos 462\n ypos -660\n }\n Switch {\n inputs 2\n which {{guiblur i}}\n name Switch2\n xpos 462\n ypos -602\n }\n Merge2 {\n inputs 2\n operation max\n also_merge all\n mix 0.5\n name Merge8\n xpos 462\n ypos -534\n }\n Merge2 {\n inputs 2\n operation min\n also_merge all\n mix 0.2\n name Merge7\n xpos 462\n ypos -458\n }\npush $Neb8897b0\n Dot {\n name Dot11\n xpos 264\n ypos -367\n }\n Merge2 {\n inputs 2+1\n operation copy\n Achannels none\n Bchannels none\n output none\n also_merge rgb\n name Merge1\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 462\n ypos -374\n }\n Output {\n name Output1\n xpos 462\n ypos -225\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_BiasedSaturation.gizmo", "content": "Group {\n name BiasedSaturation\n tile_color 0x5c7fc0ff\n note_font \"Verdana Bold\"\n note_font_color 0xffffffff\n selected true\n addUserKnob {20 BiasedSaturation}\n addUserKnob {41 channels T MergeKeymix.also_merge}\n addUserKnob {26 \"\"}\n addUserKnob {41 source l \"bias colour\" T targetMult.source}\n addUserKnob {41 mode l \"luminance math\" T Saturation1.mode}\n addUserKnob {41 saturation T Saturation1.saturation}\n addUserKnob {7 restoreLuminance l \"Restore Luminance\"}\n addUserKnob {26 \"\"}\n addUserKnob {41 maskChannelMask l mask -STARTLINE T MergeKeymix.maskChannelMask}\n addUserKnob {41 inject -STARTLINE T MergeKeymix.inject}\n addUserKnob {41 invert_mask l invert -STARTLINE T MergeKeymix.invert_mask}\n addUserKnob {41 fringe -STARTLINE T MergeKeymix.fringe}\n addUserKnob {41 unpremult l \"(un)premult? by\" T Unpremult1.alpha}\n addUserKnob {41 mix T MergeKeymix.mix}\n addUserKnob {20 info l Info}\n addUserKnob {26 createdBy l \"Created By:\" T \"Paul Raeburn\"}\n addUserKnob {26 creator l \"Modified By:\" T \"Tony Lyons\"}\n addUserKnob {26 desc l Description: t \"desaturates towards target color\" T BiasedSaturation}\n addUserKnob {26 ver l Version: T v02}\n}\n Input {\n inputs 0\n name Inputmask\n xpos 346\n ypos 202\n number 1\n }\n Dot {\n name Dot5\n label Mask\n note_font_size 41\n xpos 380\n ypos 577\n }\n Dot {\n name Dot4\n note_font_size 41\n xpos 380\n ypos 677\n }\n Input {\n inputs 0\n name Input\n xpos 0\n ypos -269\n }\n Dot {\n name Dot1\n note_font_size 41\n xpos 34\n ypos -102\n }\nset N544377f0 [stack 0]\n Unpremult {\n channels all\n alpha -rgba.alpha\n name Unpremult1\n xpos 0\n ypos -40\n }\nset N54210d80 [stack 0]\n Dot {\n name Dot7\n note_font_size 41\n xpos -247\n ypos -30\n }\n Colorspace {\n channels all\n colorspace_out HSV\n name Colorspace3\n label \"\\[value colorspace_in] >> \\[value colorspace_out]\"\n xpos -281\n ypos 193\n }\n Dot {\n name Dot6\n note_font_size 41\n xpos -247\n ypos 287\n }\npush $N54210d80\n Multiply {\n value {{target/source} {target/source} {target/source} {target/source}}\n name targetMult\n xpos 0\n ypos 49\n addUserKnob {20 User}\n addUserKnob {19 source l \"bias colour\"}\n source {0.03229996562 0.1138856411 0.2395002097 0.218351528}\n addUserKnob {6 source_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {19 target}\n target {{(source.r*.3)+(source.g*.59)+(source.b*.11)}}\n addUserKnob {6 target_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n }\n Saturation {\n channels all\n saturation 0.5\n unpremult -rgba.alpha\n name Saturation1\n xpos 0\n ypos 87\n }\n Multiply {\n value {{1/targetMult.value} {1/targetMult.value} {1/targetMult.value} {1/targetMult.value}}\n name MultiBack\n xpos 0\n ypos 125\n }\n Dot {\n name Dot8\n note_font_size 41\n xpos 34\n ypos 212\n }\nset N5476c040 [stack 0]\n Colorspace {\n channels all\n colorspace_out HSV\n name Colorspace2\n label \"\\[value colorspace_in] >> \\[value colorspace_out]\"\n xpos -137\n ypos 196\n }\n Copy {\n inputs 2\n from0 rgba.blue\n to0 rgba.blue\n name Copy1\n xpos -137\n ypos 277\n }\n Colorspace {\n channels all\n colorspace_in HSV\n name Colorspace1\n label \"\\[value colorspace_in] >> \\[value colorspace_out]\"\n xpos -137\n ypos 337\n }\npush $N5476c040\n Dissolve {\n inputs 2\n which {{parent.restoreLuminance}}\n name Dissolve1\n label \"\\[value which]\"\n xpos 0\n ypos 337\n }\n Dot {\n name Dot9\n note_font_size 41\n xpos 34\n ypos 459\n }\n Premult {\n channels all\n alpha {{{parent.Unpremult1.alpha}}}\n name Premult1\n xpos 0\n ypos 521\n }\n Dot {\n name Dot17\n label A\n note_font_size 41\n xpos 34\n ypos 589\n }\npush $N544377f0\n Dot {\n name Dot2\n note_font_size 41\n xpos -389\n ypos -102\n }\n Dot {\n name Dot18\n label B\n note_font_size 41\n xpos -389\n ypos 586\n }\n Dot {\n name Dot3\n note_font_size 41\n xpos -389\n ypos 677\n }\n Merge2 {\n inputs 2+1\n operation copy\n bbox B\n Achannels none\n Bchannels none\n output none\n also_merge rgb\n mix 0.5\n name MergeKeymix\n xpos 0\n ypos 670\n }\n Output {\n name Output1\n xpos 0\n ypos 851\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_BinaryAlpha.gizmo", "content": "Group {\n name BinaryAlpha\n tile_color 0x2a2a2aff\n label \"(\\[value an] --> \\[value output1])\"\n note_font Verdana\n note_font_color 0xfffff9ff\n selected true\n addUserKnob {20 BinaryAlpha}\n addUserKnob {4 an l Analyze: M {rgb rgba alpha \"\" \"\" \"\"}}\n addUserKnob {4 output1 l Output: M {rgba alpha \"\" \"\" \"\" \"\"}}\n output1 alpha\n addUserKnob {20 info l Info}\n addUserKnob {26 creator l Creator: T \"Tony Lyons\"}\n addUserKnob {26 desc l Description: t \"Analyzes channel input and creates a binary result 0 or 1 and outputs it into output channel\" T BinaryAlpha}\n addUserKnob {26 ver l Version: T v03}\n}\n Input {\n inputs 0\n name Input\n xpos -398\n ypos 275\n }\n Expression {\n temp_name0 rgb_an\n temp_expr0 \"r !=0 || g!=0 || b!=0?1:0\"\n temp_name1 rgba_an\n temp_expr1 \"r!=0 || g!=0 || b!=0 || a!=0?1:0\"\n temp_name2 alpha_an\n temp_expr2 a!=0?1:0\n expr3 \"parent.an == 0 ? rgb_an : parent.an == 1 ? rgba_an : alpha_an\"\n name Expression\n xpos -398\n ypos 341\n }\n Shuffle {\n red alpha\n green alpha\n blue alpha\n name Shuffle\n label \"\\[value in]\"\n xpos -398\n ypos 367\n disable {{parent.output1}}\n }\n Output {\n name Output1\n xpos -398\n ypos 456\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_BlacksExpon.gizmo", "content": "Group {\nname BlacksExpon\nknobChanged \"n = nuke.thisNode()\\nk = nuke.thisKnob()\\n\\nif k.name() == \\\"steps\\\": \\n s = int(k.value())\\n if s<1:\\n k.setValue(1)\\n else:\\n with n:\\n ebs1 = nuke.toNode(\\\"ExponBlurSimple\\\")\\n ebs2 = nuke.toNode(\\\"ExponBlurSimple1\\\")\\n ebs1.knob('steps').setValue(s)\\n ebs2.knob('steps').setValue(s)\\n \\n both = \\[ebs1, ebs2]\\n for ebs in both:\\n with ebs: \\n start = nuke.toNode(\\\"Start\\\")\\n end = nuke.toNode(\\\"End\\\")\\n b1 = nuke.toNode(\\\"Blur1\\\")\\n merge = nuke.toNode(\\\"Merge1\\\")\\n AvgMult = nuke.toNode(\\\"AverageMult\\\")\\n \\n b1x = b1.xpos()\\n b1y = b1.ypos()\\n b1n = b1.name()\\n \\n steps = int(n.knob('steps').getValue())\\n size = ebs1.knob('size').getValue()\\n mult = ebs1.knob('mult').getValue()\\n \\n #b1.setInput(0, start)\\n for i in range(1,merge.inputs()):\\n merge.setInput(i,None)\\n merge.setInput(0, b1)\\n \\[nuke.delete(i) for i in nuke.allNodes() if i.xpos()>start.xpos()]\\n for i in range(1,steps):\\n # Blur\\n b = nuke.nodes.Blur()\\n b.setXYpos(b1x+i*100,b1y)\\n b.setInput(0,start)\\n b\\[\\\"channels\\\"].setValue(\\\"rgba\\\")\\n b\\[\\\"crop\\\"].setValue(0)\\n b\\[\\\"size\\\"].setValue(0, 1)\\n b\\[\\\"size\\\"].setExpression(\\\"(Blur1.size)*(mult)**%s\\\"%(i))\\n b\\[\\\"label\\\"].setValue(\\\"\\[value size]\\\")\\n merge.setInput(i if i<2 else i+1, b)\\n AvgMult\\['whitepoint'].setValue(i if i<2 else i+1)\\n \\n\\n \\n\\n\"\ntile_color 0x262626ff\nnote_font \"Verdana Bold Bold Bold Bold Bold Bold Bold\"\nnote_font_color 0xccccccff\nselected true\naddUserKnob {20 BlacksExpon}\naddUserKnob {41 maskChannelInput l \"area mask\" T Merge1.maskChannelInput}\naddUserKnob {41 invert_mask l invert -STARTLINE T Merge1.invert_mask}\naddUserKnob {41 operation2 l operation T Keyer1.operation}\naddUserKnob {6 previewKey l \"Preview Key\" -STARTLINE}\naddUserKnob {6 invertKey l \"invert key\" -STARTLINE}\ninvertKey true\naddUserKnob {7 blackpoint}\nblackpoint 0.1\naddUserKnob {7 whitepoint}\nwhitepoint 0.2\naddUserKnob {26 \"\"}\naddUserKnob {41 steps l \" Steps Min\" T ExponBlurSimple.steps}\naddUserKnob {41 steps_1 l \" Steps Over\" -STARTLINE T ExponBlurSimple1.steps}\naddUserKnob {7 size l Size R 0 20}\nsize 3\naddUserKnob {7 mult l Multiply R 1 8}\nmult 2\naddUserKnob {14 postBlur R 0 100}\naddUserKnob {26 \"\"}\naddUserKnob {26 \"\" l mask T \"\"}\naddUserKnob {41 maskChannelInput_1 l \"\" -STARTLINE T Merge2.maskChannelInput}\naddUserKnob {41 inject -STARTLINE T Merge2.inject}\naddUserKnob {41 invert_mask_1 l invert -STARTLINE T Merge2.invert_mask}\naddUserKnob {41 fringe -STARTLINE T Merge2.fringe}\naddUserKnob {41 mix T Merge2.mix}\naddUserKnob {41 bbox l \"set bbox to \" T Merge2.bbox}\naddUserKnob {20 info l Info}\naddUserKnob {26 creator l Creator: T \"Tony Lyons\"}\naddUserKnob {26 desc l Description: T BlacksExpon}\naddUserKnob {26 ver l Version: T v02}\n}\nInput {\ninputs 0\nname Inputmask\nxpos 198\nypos 1042\nnumber 2\n}\nInput {\ninputs 0\nname Inputarea\nxpos 371\nypos 371\nnumber 1\n}\nInput {\ninputs 0\nname Inputimg\nxpos 52\nypos 109\n}\nDot {\nname Dot1\nnote_font_size 41\nxpos 86\nypos 202\n}\nset N32d06f00 [stack 0]\nKeyer {\noperation \"luminance key\"\nname Keyer1\nxpos 177\nypos 192\n}\nShuffle {\nred alpha\ngreen alpha\nblue alpha\nname Shuffle1\ntile_color 0xffffffff\nxpos 177\nypos 230\n}\nGrade {\nchannels rgba\nblackpoint {{parent.blackpoint}}\nwhitepoint {{parent.whitepoint}}\nwhite_clamp true\nname Grade1\nxpos 177\nypos 272\n}\nInvert {\nchannels rgba\nname Invert1\nxpos 177\nypos 298\ndisable {{!parent.invertKey}}\n}\nConstant {\ninputs 0\ncolor 1\nname Constant1\nxpos 299\nypos 303\npostage_stamp false\n}\nMerge2 {\ninputs 2+1\noperation copy\nname Merge1\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nxpos 177\nypos 371\n}\nDot {\nname Dot2\nnote_font_size 41\nxpos 211\nypos 450\n}\nset N9ad740a0 [stack 0]\nDot {\nname Dot3\nnote_font_size 41\nxpos 211\nypos 984\n}\npush $N9ad740a0\npush $N32d06f00\nCopy {\ninputs 2\nfrom0 rgba.alpha\nto0 rgba.alpha\nname Copy1\nxpos 52\nypos 440\n}\nPremult {\nname Premult1\nxpos 52\nypos 478\n}\nUnpremult {\nname Unpremult1\nxpos 52\nypos 504\n}\nGroup {\nname BinaryAlpha\ntile_color 0x2a2a2aff\nlabel \"(\\[value an] --> \\[value output1])\"\nnote_font Verdana\nnote_font_color 0xfffff9ff\nxpos 52\nypos 580\naddUserKnob {20 BinaryAlpha}\naddUserKnob {4 an l Analyze: M {rgb rgba alpha \"\" \"\" \"\"}}\naddUserKnob {4 output1 l Output: M {rgba alpha \"\" \"\" \"\" \"\"}}\noutput1 alpha\naddUserKnob {20 info l Info}\naddUserKnob {26 creator l Creator: T \"Tony Lyons\"}\naddUserKnob {26 desc l Description: t \"Analyzes channel input and creates a binary result 0 or 1 and outputs it into output channel\" T BinaryAlpha}\naddUserKnob {26 ver l Version: T v03}\n}\nInput {\ninputs 0\nname Input\nxpos -398\nypos 275\n}\nExpression {\ntemp_name0 rgb_an\ntemp_expr0 \"r !=0 || g!=0 || b!=0?1:0\"\ntemp_name1 rgba_an\ntemp_expr1 \"r!=0 || g!=0 || b!=0 || a!=0?1:0\"\ntemp_name2 alpha_an\ntemp_expr2 a!=0?1:0\nexpr3 \"parent.an == 0 ? rgb_an : parent.an == 1 ? rgba_an : alpha_an\"\nname Expression\nxpos -398\nypos 341\n}\nShuffle {\nred alpha\ngreen alpha\nblue alpha\nname Shuffle\nlabel \"\\[value in]\"\nxpos -398\nypos 367\ndisable {{parent.output1}}\n}\nOutput {\nname Output1\nxpos -398\nypos 456\n}\nend_group\nGroup {\nname ExponBlurSimple\nonCreate \"n = nuke.thisNode()\\nn.knob('size').setRange(-100, 100)\\nn.knob('adjustBBoxPixels').setRange(0, 400)\\nn.knob('adjustBBoxPercent').setRange(1, 2)\\nn.knob('safeBBoxPixels').setRange(0, 400)\\nn.knob('safeBBoxPercent').setRange(1, 2)\"\nknobChanged \"n = nuke.thisNode()\\nk = nuke.thisKnob()\\n\\nif k.name() == \\\"includeOriginal\\\":\\n if n.knob('includeOriginal').getValue() == 1:\\n merge = nuke.toNode(\\\"Merge1\\\")\\n original = nuke.toNode('Original')\\n AvgMult = nuke.toNode(\\\"AverageMult\\\")\\n steps = int(n.knob('steps').getValue())\\n merge.setInput(steps+1, original)\\n AvgMult\\['whitepoint'].setValue(2 if steps<2 else steps+1)\\n \\n else:\\n merge.setInput(steps+1, None)\\n AvgMult\\['whitepoint'].setValue(2 if steps<2 else steps)\\n \\nelif k.name() == \\\"steps\\\":\\n \\n s = int(k.value())\\n if s<1:\\n k.setValue(1)\\n else:\\n start = nuke.toNode(\\\"Start\\\")\\n end = nuke.toNode(\\\"End\\\")\\n b1 = nuke.toNode(\\\"Blur1\\\")\\n merge = nuke.toNode(\\\"Merge1\\\")\\n AvgMult = nuke.toNode(\\\"AverageMult\\\")\\n \\n b1x = b1.xpos()\\n b1y = b1.ypos()\\n b1n = b1.name()\\n \\n steps = int(n.knob('steps').getValue())\\n size = n.knob('size').getValue()\\n mult = n.knob('mult').getValue()\\n \\n #b1.setInput(0, start)\\n for i in range(1,merge.inputs()):\\n merge.setInput(i,None)\\n merge.setInput(0, b1)\\n \\[nuke.delete(i) for i in nuke.allNodes() if i.xpos()>start.xpos()]\\n for i in range(1,steps):\\n # Blur\\n b = nuke.nodes.Blur()\\n b.setXYpos(b1x+i*100,b1y)\\n b.setInput(0,start)\\n b\\[\\\"channels\\\"].setValue(\\\"rgba\\\")\\n b\\[\\\"crop\\\"].setValue(0)\\n b\\[\\\"size\\\"].setValue(0, 1)\\n b\\[\\\"size\\\"].setExpression(\\\"(Blur1.size)*(mult)**%s\\\"%(i))\\n b\\[\\\"label\\\"].setValue(\\\"\\[value size]\\\")\\n merge.setInput(i if i<2 else i+1, b)\\n AvgMult\\['whitepoint'].setValue(i if i<2 else i+1)\\n \\n if n.knob('includeOriginal').getValue() == 1:\\n merge = nuke.toNode(\\\"Merge1\\\")\\n original = nuke.toNode('Original')\\n AvgMult = nuke.toNode(\\\"AverageMult\\\")\\n steps = int(n.knob('steps').getValue())\\n merge.setInput(steps+1, original)\\n AvgMult\\['whitepoint'].setValue(2 if steps<2 else steps+1)\\n \\nelif k.name() == \\\"output2\\\":\\n if n.knob(\\\"output2\\\").getValue() == 4:\\n n.knob('AvgMaxOriginal').setVisible(True)\\n else:\\n n.knob('AvgMaxOriginal').setVisible(False)\\n \\nelif k.name() == \\\"safeBBox\\\":\\n if n.knob(\\\"safeBBox\\\").getValue() == 0:\\n n.knob('safeBBoxText').setVisible(False)\\n n.knob('safetyBBoxMethod').setVisible(False)\\n n.knob('safeBBoxPixels').setVisible(False)\\n n.knob('safeBBoxPercent').setVisible(False)\\n \\n elif n.knob(\\\"safeBBox\\\").getValue() == 1:\\n n.knob('safetyBBoxMethod').setVisible(True)\\n n.knob('safeBBoxText').setVisible(True)\\n if n.knob('safetyBBoxMethod').value() == \\\"pixels\\\":\\n n.knob('safeBBoxPixels').setVisible(True)\\n n.knob('safeBBoxPercent').setVisible(False)\\n elif n.knob('safetyBBoxMethod').value() == \\\"percent\\\":\\n n.knob('safeBBoxPixels').setVisible(False)\\n n.knob('safeBBoxPercent').setVisible(True)\\n \\nelif k.name() == \\\"safetyBBoxMethod\\\":\\n if n.knob(\\\"safetyBBoxMethod\\\").value() == \\\"pixels\\\":\\n n.knob('safeBBoxPixels').setVisible(True)\\n n.knob('safeBBoxPercent').setVisible(False)\\n elif n.knob(\\\"safetyBBoxMethod\\\").value() == \\\"percent\\\":\\n n.knob('safeBBoxPixels').setVisible(False)\\n n.knob('safeBBoxPercent').setVisible(True)\\n \\nelif k.name() == \\\"adjustBBoxExtra\\\":\\n if n.knob(\\\"adjustBBoxExtra\\\").value() == \\\"pixels\\\":\\n n.knob('adjustBBoxPixels').setVisible(True)\\n n.knob('adjustBBoxPercent').setVisible(False)\\n elif n.knob(\\\"adjustBBoxExtra\\\").value() == \\\"percent\\\":\\n n.knob('adjustBBoxPixels').setVisible(False)\\n n.knob('adjustBBoxPercent').setVisible(True)\\n\"\ntile_color 0xcc804eff\nlabel \"(\\[value output2])\"\nnote_font \"Verdana Bold Bold Bold Bold Bold Bold Bold\"\nnote_font_color 0xffffffff\nxpos 52\nypos 645\naddUserKnob {20 ExponBlurSimple}\naddUserKnob {41 channels T Shuffle1.in}\naddUserKnob {41 maskChannelMask_1 l area T Multiply1.maskChannelMask}\naddUserKnob {41 inject_1 l inject -STARTLINE T Multiply1.inject}\naddUserKnob {41 invert_mask_1 l invert -STARTLINE T Multiply1.invert_mask}\naddUserKnob {41 fringe_1 l fringe -STARTLINE T Multiply1.fringe}\naddUserKnob {26 \"\"}\naddUserKnob {4 output2 l Operation: M {Screen Plus Over Hypot Average Max Min \"\" \"\" \"\" \"\" \"\"}}\noutput2 Min\naddUserKnob {3 steps l \" Steps\" -STARTLINE}\nsteps 8\naddUserKnob {3 mergeNumber -STARTLINE +INVISIBLE}\nmergeNumber {{\"output2 == 0 ? 25 : output2 == 1 ? 24 : output2 == 2 ? 22 : output2 == 3 ? 13 : output2 == 4 ? 24 : output2 == 5 ? 17 : 18\"}}\naddUserKnob {26 text l \" \" -STARTLINE T \" \"}\naddUserKnob {6 includeOriginal l \"Include Original?\" -STARTLINE}\nincludeOriginal true\naddUserKnob {6 AvgMaxOriginal l \"Use Max of Average and Original\" +HIDDEN +STARTLINE}\naddUserKnob {14 size l Size R -100 100}\nsize {{parent.ExponBlurSimple1.size} {parent.ExponBlurSimple1.size}}\naddUserKnob {7 mult l Multiplier R 1 8}\nmult {{parent.mult}}\naddUserKnob {14 postBlur l \"Post Blur\" R 0 100}\npostBlur {0 0}\naddUserKnob {26 text_1 l \" \" -STARTLINE T \" \"}\naddUserKnob {26 \"\"}\naddUserKnob {20 bboxControl l \"BBox Control\" n 1}\nbboxControl 0\naddUserKnob {26 text_2 l \" \" T \" \"}\naddUserKnob {4 bbox l \"BBox: \" -STARTLINE M {union intersectionMask A B \"input format\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\"}}\naddUserKnob {6 blackOutside l \"Black Outside\" -STARTLINE}\naddUserKnob {6 safeBBox l \"Safe BBox\" t \"If the output BBox is larger than the input format and the input box combined. the result will be max of the input/format bbox plus a safety \\\"buffer\\\" in pixels or percent \\n\\nTurning off might make your BBox grow exponentially with high blur values\" -STARTLINE}\nsafeBBox true\naddUserKnob {26 safeBBoxText l \"\" +STARTLINE T \" \"}\naddUserKnob {4 safetyBBoxMethod l \"Safe BBox Buffer \" -STARTLINE M {pixels percent \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\"}}\nsafetyBBoxMethod percent\naddUserKnob {14 safeBBoxPercent l \"\" -STARTLINE R 1 2}\nsafeBBoxPercent 1.1\naddUserKnob {26 text_3 l \"\" +STARTLINE T \" \"}\naddUserKnob {4 adjustBBoxExtra l \"Extra BBox Adjust\" -STARTLINE M {pixels percent \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\"}}\naddUserKnob {14 adjustBBoxPixels l \"\" -STARTLINE R 0 400}\naddUserKnob {26 \"\"}\naddUserKnob {20 endGroup n -1}\naddUserKnob {41 maskChannelMask l mask T MergeKeymix.maskChannelMask}\naddUserKnob {41 inject -STARTLINE T MergeKeymix.inject}\naddUserKnob {41 invert_mask l invert -STARTLINE T MergeKeymix.invert_mask}\naddUserKnob {41 fringe -STARTLINE T MergeKeymix.fringe}\naddUserKnob {41 mix T MergeKeymix.mix}\naddUserKnob {14 safeBBoxPixels l \"\" +STARTLINE +HIDDEN R 0 400}\nsafeBBoxPixels 100\naddUserKnob {14 adjustBBoxPercent l \"\" -STARTLINE +HIDDEN R 1 2}\nadjustBBoxPercent 1\naddUserKnob {20 info l Info}\naddUserKnob {26 creator l Creator: T \"Tony Lyons\"}\naddUserKnob {26 desc l Description: t \"Add description and tooltip for gizmo\" T ExponBlurSimple}\naddUserKnob {26 ver l Version: T v02}\n}\nBackdropNode {\ninputs 0\nname BackdropNode1\ntile_color 0x535e5a00\nlabel \"BBox Management\"\nnote_font_size 30\nnote_font_color 0xffffffff\nxpos -529\nypos 492\nbdwidth 341\nbdheight 525\n}\nInput {\ninputs 0\nname Inputimg\nxpos 0\nypos -969\n}\nDot {\nname Dot16\nnote_font_size 41\nxpos 34\nypos -802\n}\nset N9ade9da0 [stack 0]\nDot {\nname Dot2\nnote_font_size 41\nxpos -367\nypos -802\n}\nDot {\nname Dot18\nlabel B\nnote_font_size 41\nxpos -367\nypos 434\n}\nDot {\nname Dot11\nnote_font_size 41\nxpos -367\nypos 623\n}\nset N9adf8000 [stack 0]\nDot {\nname Dot3\nnote_font_size 41\nxpos -367\nypos 675\n}\nset N9adfcc00 [stack 0]\nDot {\nname Dot8\nnote_font_size 41\nxpos -463\nypos 675\n}\nDot {\nname Dot15\nnote_font_size 41\nxpos -463\nypos 831\n}\npush $N9ade9da0\nDot {\nname Dot1\nnote_font_size 41\nxpos 461\nypos -802\n}\nShuffle {\nname Shuffle1\nlabel \"\\[value in]\"\nxpos 427\nypos -756\n}\nRemove {\noperation keep\nchannels rgba\nname Remove1\nxpos 427\nypos -718\n}\nDot {\nname Dot21\nnote_font_size 41\nxpos 461\nypos -597\n}\nset N9ae289a0 [stack 0]\nInvert {\nchannels rgba\nname Invert1\nxpos 695\nypos -601\ndisable {{\"parent.size < 0 ? 0 : 1\"}}\n}\nset N9ae2d530 [stack 0]\nDot {\nname Dot4\nnote_font_size 41\nxpos 540\nypos -543\n}\nNoOp {\nname Original\nxpos 506\nypos -327\n}\nset N9ac4da10 [stack 0]\nDot {\nname Dot5\nnote_font_size 41\nxpos 540\nypos 14\n}\nCrop {\ninputs 0\nbox {{input.format.x} {input.format.y} {input.format.r} {input.format.t}}\nreformat true\ncrop false\nname Crop1\nxpos 210\nypos -750\naddUserKnob {20 User}\naddUserKnob {22 cropToBbox l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n}\nAddChannels {\nchannels rgba\nname AddChannels2\nxpos 210\nypos -724\n}\npush $N9ade9da0\nMerge2 {\ninputs 2\nname Merge3\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nxpos 83\nypos -671\n}\nNoOp {\nname BBoxInput\nxpos 83\nypos -628\naddUserKnob {20 User}\naddUserKnob {15 bbox}\nbbox {{input.bbox.x} {input.bbox.y} {input.bbox.r} {input.bbox.t}}\n}\npush $N9ac4da10\nInput {\ninputs 0\nname Inputarea\nxpos 289\nypos -638\nnumber 2\n}\nAddChannels {\nchannels alpha\ncolor 1\nname AddChannels1\nxpos 289\nypos -580\n}\nInvert {\nchannels rgba\nname Invert3\nxpos 289\nypos -503\n}\npush $N9ae2d530\nMultiply {\ninputs 1+1\nchannels rgba\nvalue 0\nname Multiply1\nlabel \"\\[value value]\"\nxpos 695\nypos -509\n}\nNoOp {\nname Start\nxpos 695\nypos -450\n}\nset N9aca5f90 [stack 0]\nBlur {\nchannels rgba\nsize {{(Blur1.size)*(mult)**7} {(Blur1.size)*(mult)**7}}\ncrop false\nname Blur8\nlabel \"\\[value size]\"\nxpos 1395\nypos -370\n}\npush $N9aca5f90\nBlur {\nchannels rgba\nsize {{(Blur1.size)*(mult)**6} {(Blur1.size)*(mult)**6}}\ncrop false\nname Blur7\nlabel \"\\[value size]\"\nxpos 1295\nypos -370\n}\npush $N9aca5f90\nBlur {\nchannels rgba\nsize {{(Blur1.size)*(mult)**5} {(Blur1.size)*(mult)**5}}\ncrop false\nname Blur6\nlabel \"\\[value size]\"\nxpos 1195\nypos -370\n}\npush $N9aca5f90\nBlur {\nchannels rgba\nsize {{(Blur1.size)*(mult)**4} {(Blur1.size)*(mult)**4}}\ncrop false\nname Blur5\nlabel \"\\[value size]\"\nxpos 1095\nypos -370\n}\npush $N9aca5f90\nBlur {\nchannels rgba\nsize {{(Blur1.size)*(mult)**3} {(Blur1.size)*(mult)**3}}\ncrop false\nname Blur4\nlabel \"\\[value size]\"\nxpos 995\nypos -370\n}\npush $N9aca5f90\nBlur {\nchannels rgba\nsize {{(Blur1.size)*(mult)**2} {(Blur1.size)*(mult)**2}}\ncrop false\nname Blur3\nlabel \"\\[value size]\"\nxpos 895\nypos -370\n}\npush 0\npush $N9aca5f90\nBlur {\nchannels rgba\nsize {{(Blur1.size)*(mult)**1} {(Blur1.size)*(mult)**1}}\ncrop false\nname Blur2\nlabel \"\\[value size]\"\nxpos 795\nypos -370\n}\npush $N9aca5f90\nBlur {\nchannels rgba\nsize {{parent.size.w} {parent.size.h}}\nname Blur1\nlabel \"\\[value size]\"\nxpos 695\nypos -370\n}\nMerge2 {\ninputs 9+1\noperation {{parent.mergeNumber}}\nname Merge1\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nxpos 695\nypos -256\n}\nNoOp {\nname End\nxpos 695\nypos -230\n}\nset N9ad292a0 [stack 0]\nCopyBBox {\ninputs 2\nname CopyBBox1\nxpos 585\nypos -175\n}\nGroup {\nname BBoxToFormat\nonCreate \"n = nuke.thisNode()\\ninputFormat = n.knob(\\\"inputFormat\\\")\\ninputBBox = n.knob(\\\"inputBBox\\\")\\ncrop = nuke.toNode(\\\"Crop6\\\")\\ncropb = crop.knob('box')\\noutputBBox = n.knob('outputBBox')\\noutputBBoxCenter = n.knob(\\\"outputBBoxCenter\\\")\\n\\ninputFormat.setFlag(0x0000000000008000)\\ninputBBox.setFlag(0x0000000000008000)\\ncropb.setFlag(0x0000000000008000)\\noutputBBox.setFlag(0x0000000000008000)\\noutputBBoxCenter.setFlag(0x0000000000008000)\\n\\nn = nuke.thisNode()\\nn.knob(\\\"overscan\\\").setRange(0,400)\\nn.knob(\\\"overscanPercent\\\").setRange(1,4)\"\ntile_color 0xa57aaaff\nnote_font \"Verdana Bold Bold Bold Bold Bold Bold Bold\"\nnote_font_color 0xffffffff\nxpos 585\nypos -151\naddUserKnob {20 CropBBox}\naddUserKnob {4 type l Type +INVISIBLE M {\"To Format\" \"To BBox\"}}\naddUserKnob {41 intersect T Crop6.intersect}\naddUserKnob {6 blackOutside l \"Black Outside\" -STARTLINE}\naddUserKnob {4 overscanType l \"Overscan Type:\" M {Pixels Percentage}}\noverscanType {{parent.safetyBBoxMethod}}\naddUserKnob {14 overscan l Overscan R 0 400}\noverscan {{parent.safeBBoxPixels} {parent.safeBBoxPixels}}\naddUserKnob {14 overscanPercent l \"Overscan Percent\" R 1 4}\noverscanPercent {{parent.safeBBoxPercent} {parent.safeBBoxPercent}}\naddUserKnob {20 inputBbox l \"BBox Data\" n 1}\naddUserKnob {15 inputFormat l \"Input Format\"}\ninputFormat {0 0 {input.width} {input.height}}\naddUserKnob {15 inputBBox l \"Input BBox\"}\ninputBBox {{input.bbox.x} {input.bbox.y} {input.bbox.r} {input.bbox.t}}\naddUserKnob {12 outputBBoxCenter l OutputBBoxCenter}\noutputBBoxCenter {{OutputBBox1.outputBBoxCenter.w} {OutputBBox1.outputBBoxCenter.h}}\naddUserKnob {15 outputBBox l \"Output BBox\"}\noutputBBox {{OutputBBox1.OutputBBox} {OutputBBox1.OutputBBox} {OutputBBox1.OutputBBox} {OutputBBox1.OutputBBox}}\naddUserKnob {20 endGroup n -1}\naddUserKnob {20 info_1 l Info}\naddUserKnob {26 creator l Creator: T \"Tony Lyons\"}\naddUserKnob {26 desc l Description: t \"crop to inputformat\\n\\ndisplays values of input bbox\" T CropBBox}\naddUserKnob {26 ver l Version: T v02}\n}\nInput {\ninputs 0\nname Input\nxpos 261\nypos 394\n}\nDot {\nname Dot2\nnote_font_size 41\nxpos 295\nypos 462\n}\nset N9ab58640 [stack 0]\nDot {\nname Dot1\nnote_font_size 41\nxpos -160\nypos 462\n}\nset N9ab5d180 [stack 0]\npush $N9ab58640\nCrop {\nbox {{parent.inputBBox} {parent.inputBBox} {parent.inputBBox} {parent.inputBBox}}\ncrop {{parent.blackOutside}}\nname Crop6\nxpos 261\nypos 510\naddUserKnob {20 User}\naddUserKnob {22 cropToBbox l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n}\nset N9ab61d00 [stack 0]\nRemove {\noperation keep\nchannels none\nname Remove1\nxpos 120\nypos 504\n}\nset N9ab6d0f0 [stack 0]\nTransform {\nscale {{parent.overscanPercent} {parent.overscanPercent}}\ncenter {{((input.bbox.r-input.bbox.x)/2)+input.bbox.x} {((input.bbox.t-input.bbox.y)/2)+input.bbox.y}}\nshutteroffset centred\nname Transform1\nselected true\nxpos 120\nypos 553\n}\npush $N9ab6d0f0\nAdjBBox {\nnumpixels {{parent.overscan} {parent.overscan}}\nname AdjBBox1\nxpos -5\nypos 510\n}\nSwitch {\ninputs 2\nwhich {{overscanType}}\nname Switch2\nlabel \"\\[value which]\"\nxpos -5\nypos 549\n}\nMerge2 {\ninputs 2\nbbox intersection\nAchannels {-rgba.red -rgba.green -rgba.blue rgba.alpha}\nBchannels {-rgba.red -rgba.green -rgba.blue rgba.alpha}\noutput {-rgba.red -rgba.green -rgba.blue rgba.alpha}\nname Merge1\nxpos -5\nypos 647\ndisable {{!parent.Crop6.intersect}}\n}\npush $N9ab5d180\nCopyBBox {\ninputs 2\nname CopyBBox1\nxpos -194\nypos 653\n}\nBlackOutside {\nname BlackOutside1\nxpos -194\nypos 692\ndisable {{!parent.blackOutside}}\n}\nDot {\nname Dot4\nnote_font_size 41\nxpos -160\nypos 769\n}\npush $N9ab61d00\nSwitch {\ninputs 2\nwhich {{\"overscanType == 0 ? overscan.w != 0 || overscan.h != 0 : overscanPercent.w != 1 || overscanPercent.h != 1 ? 1 : 0\"}}\nname Switch1\nlabel \"\\[value which]\"\nxpos 261\nypos 759\n}\nset N9abb8db0 [stack 0]\nOutput {\nname Output1\nxpos 261\nypos 921\n}\npush $N9abb8db0\nNoOp {\nname OutputBBox1\nxpos 378\nypos 821\naddUserKnob {20 User}\naddUserKnob {15 OutputBBox l \"Output BBox\"}\nOutputBBox {{input.bbox.x} {input.bbox.y} {input.bbox.r} {input.bbox.t}}\naddUserKnob {14 outputBBoxCenter l \"Output BBox Center\" R 0 100}\noutputBBoxCenter {{OutputBBox.x+(OutputBBox.r-OutputBBox.x)/2} {OutputBBox.y+(OutputBBox.t-OutputBBox.y)/2}}\n}\nend_group\npush $N9ad292a0\nMerge2 {\ninputs 2\nbbox intersection\nname Merge4\nxpos 585\nypos -127\n}\npush $N9ad292a0\nCopyBBox {\ninputs 2\nname CopyBBox2\nxpos 585\nypos -101\n}\npush $N9ad292a0\nSwitch {\ninputs 2\nwhich {{\"parent.safeBBox && ((BBoxResult.bbox.x < BBoxInput.bbox.x || BBoxResult.bbox.y < BBoxInput.bbox.y || BBoxResult.bbox.r > BBoxInput.bbox.r || BBoxResult.bbox.t > BBoxInput.bbox.t))\"}}\nname Switch2\nlabel \"\\[value which]\"\nxpos 695\nypos -106\n}\nGrade {\nchannels rgba\nwhitepoint 9\nblack_clamp false\nname AverageMult\nxpos 695\nypos -37\ndisable {{\"output2 == 4 ? 0 : 1\"}}\n}\nMerge2 {\ninputs 2\noperation max\nname Merge2\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nxpos 695\nypos 10\ndisable {{\"output2 == 4 && includeOriginal == 1 && AvgMaxOriginal == 1 ? 0 : 1\"}}\n}\nBlur {\nchannels rgba\nsize {{postBlur} {postBlur}}\nname BlurOriginal\nlabel \"\\[value size]\"\nxpos 695\nypos 59\n}\nInvert {\nchannels rgba\nname Invert2\nxpos 695\nypos 97\ndisable {{\"parent.size < 0 ? 0 : 1\"}}\n}\npush $N9ae289a0\nSwitch {\ninputs 2\nwhich {{\"parent.size == 0 ? 0 : 1\"}}\nname Switch1\nlabel \"\\[value which]\"\nxpos 427\nypos 93\n}\npush $N9ade9da0\nShuffleCopy {\ninputs 2\nin2 none\nblack red\nwhite green\nred2 blue\ngreen2 alpha\nout none\nout2 {{{parent.Shuffle1.in}}}\nname ShuffleCopy1\nxpos 0\nypos 97\n}\nDot {\nname Dot17\nlabel A\nnote_font_size 41\nxpos 34\nypos 455\n}\nDot {\nname Dot7\nnote_font_size 41\nxpos 34\nypos 585\n}\nset N9aa53770 [stack 0]\nDot {\nname Dot12\nnote_font_size 41\nxpos -260\nypos 585\n}\nDot {\nname Dot13\nnote_font_size 41\nxpos -260\nypos 799\n}\npush $N9adf8000\nInput {\ninputs 0\nname Inputmask\nxpos 346\nypos 325\nnumber 1\n}\nDot {\nname Dot19\nlabel Mask\nnote_font_size 41\nxpos 380\nypos 438\n}\nset N9aa66520 [stack 0]\nDot {\nname Dot20\nnote_font_size 41\nxpos 270\nypos 438\n}\npush $N9aa53770\nMerge2 {\ninputs 2\nbbox intersection\nAchannels {rgba.red -rgba.green -rgba.blue rgba.alpha}\nBchannels {rgba.red -rgba.green -rgba.blue rgba.alpha}\noutput {rgba.red -rgba.green -rgba.blue rgba.alpha}\nname MergeIntersection\nxpos 236\nypos 575\ndisable {{\"!\\[exists parent.input1]\"}}\n}\nMerge2 {\ninputs 2\nAchannels {rgba.red -rgba.green -rgba.blue rgba.alpha}\nBchannels {rgba.red -rgba.green -rgba.blue rgba.alpha}\noutput {rgba.red -rgba.green -rgba.blue rgba.alpha}\nname MergeUnion\nxpos 236\nypos 613\ndisable {{\"!\\[exists parent.input1]\"}}\n}\nDot {\nname Dot6\nlabel \"intersection\\nof (Mask and A) + B\"\nnote_font_size 14\nnote_font_color 0xffffffff\nxpos 270\nypos 773\n}\npush $N9aa66520\nDot {\nname Dot10\nnote_font_size 41\nxpos 380\nypos 675\n}\npush $N9aa53770\npush $N9adfcc00\nMerge2 {\ninputs 2+1\noperation copy\nAchannels none\nBchannels none\noutput none\nalso_merge all\nname MergeKeymix\nxpos 0\nypos 665\n}\nDot {\nname Dot14\nnote_font_size 41\nxpos 34\nypos 747\n}\nset N9aaaa4f0 [stack 0]\npush $N9adfcc00\nCopyBBox {\ninputs 2\nname CopyBBoxUnion\nxpos -401\nypos 743\ndisable {{parent.bbox==0?0:1}}\n}\nCopyBBox {\ninputs 2\nname CopyBBoxIntersection\nxpos -401\nypos 769\ndisable {{\"parent.bbox==1 ? 0 : 1\"}}\n}\nCopyBBox {\ninputs 2\nname CopyBBoxA\nxpos -401\nypos 795\ndisable {{\"parent.bbox==2 ? 0 : 1\"}}\n}\nCopyBBox {\ninputs 2\nname CopyBBoxB\nxpos -401\nypos 827\ndisable {{\"parent.bbox==3 ? 0 : 1\"}}\n}\nCrop {\nbox {0 0 {parent.width} {parent.height}}\ncrop false\nname CopyBBoxFormat\nxpos -401\nypos 853\ndisable {{\"parent.bbox==4 ? 0 : 1\"}}\naddUserKnob {20 User}\naddUserKnob {22 cropToBbox l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n}\nset N9aace0b0 [stack 0]\nTransform {\nscale {{parent.adjustBBoxPercent} {parent.adjustBBoxPercent}}\ncenter {{((input.bbox.r-input.bbox.x)/2)+input.bbox.x} {((input.bbox.t-input.bbox.y)/2)+input.bbox.y}}\nblack_outside false\nshutteroffset centred\nname TransformBBoxAdjustPercent\nxpos -516\nypos 898\n}\npush $N9aace0b0\nAdjBBox {\nnumpixels {{parent.adjustBBoxPixels} {parent.adjustBBoxPixels}}\nname AdjBBoxPixels\nxpos -401\nypos 901\n}\nSwitch {\ninputs 2\nwhich {{adjustBBoxExtra}}\nname Switch3\nxpos -401\nypos 940\n}\nDot {\nname Dot9\nnote_font_size 41\nxpos -367\nypos 993\n}\npush $N9aaaa4f0\nCopyBBox {\ninputs 2\nname CopyBBox\nxpos 0\nypos 989\n}\nBlackOutside {\nname BlackOutside1\nxpos 0\nypos 1015\ndisable {{!parent.blackOutside}}\n}\nOutput {\nname Output1\nxpos 0\nypos 1155\n}\npush $N9ad292a0\nNoOp {\nname BBoxResult\nxpos 588\nypos -223\naddUserKnob {20 User}\naddUserKnob {15 bbox}\nbbox {{input.bbox.x} {input.bbox.y} {input.bbox.r} {input.bbox.t}}\n}\nend_group\nGroup {\nname BinaryAlpha1\ntile_color 0x2a2a2aff\nlabel \"(\\[value an] --> \\[value output1])\"\nnote_font Verdana\nnote_font_color 0xfffff9ff\nxpos 52\nypos 741\naddUserKnob {20 BinaryAlpha}\naddUserKnob {4 an l Analyze: M {rgb rgba alpha \"\" \"\" \"\"}}\naddUserKnob {4 output1 l Output: M {rgba alpha \"\" \"\" \"\" \"\"}}\noutput1 alpha\naddUserKnob {20 info l Info}\naddUserKnob {26 creator l Creator: T \"Tony Lyons\"}\naddUserKnob {26 desc l Description: t \"Analyzes channel input and creates a binary result 0 or 1 and outputs it into output channel\" T BinaryAlpha}\naddUserKnob {26 ver l Version: T v03}\n}\nInput {\ninputs 0\nname Input\nxpos -398\nypos 275\n}\nExpression {\ntemp_name0 rgb_an\ntemp_expr0 \"r !=0 || g!=0 || b!=0?1:0\"\ntemp_name1 rgba_an\ntemp_expr1 \"r!=0 || g!=0 || b!=0 || a!=0?1:0\"\ntemp_name2 alpha_an\ntemp_expr2 a!=0?1:0\nexpr3 \"parent.an == 0 ? rgb_an : parent.an == 1 ? rgba_an : alpha_an\"\nname Expression\nxpos -398\nypos 341\n}\nShuffle {\nred alpha\ngreen alpha\nblue alpha\nname Shuffle\nlabel \"\\[value in]\"\nxpos -398\nypos 367\ndisable {{parent.output1}}\n}\nOutput {\nname Output1\nxpos -398\nypos 456\n}\nend_group\nGroup {\nname ExponBlurSimple1\nonCreate \"n = nuke.thisNode()\\nn.knob('size').setRange(-100, 100)\\nn.knob('adjustBBoxPixels').setRange(0, 400)\\nn.knob('adjustBBoxPercent').setRange(1, 2)\\nn.knob('safeBBoxPixels').setRange(0, 400)\\nn.knob('safeBBoxPercent').setRange(1, 2)\"\nknobChanged \"n = nuke.thisNode()\\nk = nuke.thisKnob()\\n\\nif k.name() == \\\"includeOriginal\\\":\\n if n.knob('includeOriginal').getValue() == 1:\\n merge = nuke.toNode(\\\"Merge1\\\")\\n original = nuke.toNode('Original')\\n AvgMult = nuke.toNode(\\\"AverageMult\\\")\\n steps = int(n.knob('steps').getValue())\\n merge.setInput(steps+1, original)\\n AvgMult\\['whitepoint'].setValue(2 if steps<2 else steps+1)\\n \\n else:\\n merge.setInput(steps+1, None)\\n AvgMult\\['whitepoint'].setValue(2 if steps<2 else steps)\\n \\nelif k.name() == \\\"steps\\\":\\n \\n s = int(k.value())\\n if s<1:\\n k.setValue(1)\\n else:\\n start = nuke.toNode(\\\"Start\\\")\\n end = nuke.toNode(\\\"End\\\")\\n b1 = nuke.toNode(\\\"Blur1\\\")\\n merge = nuke.toNode(\\\"Merge1\\\")\\n AvgMult = nuke.toNode(\\\"AverageMult\\\")\\n \\n b1x = b1.xpos()\\n b1y = b1.ypos()\\n b1n = b1.name()\\n \\n steps = int(n.knob('steps').getValue())\\n size = n.knob('size').getValue()\\n mult = n.knob('mult').getValue()\\n \\n #b1.setInput(0, start)\\n for i in range(1,merge.inputs()):\\n merge.setInput(i,None)\\n merge.setInput(0, b1)\\n \\[nuke.delete(i) for i in nuke.allNodes() if i.xpos()>start.xpos()]\\n for i in range(1,steps):\\n # Blur\\n b = nuke.nodes.Blur()\\n b.setXYpos(b1x+i*100,b1y)\\n b.setInput(0,start)\\n b\\[\\\"channels\\\"].setValue(\\\"rgba\\\")\\n b\\[\\\"crop\\\"].setValue(0)\\n b\\[\\\"size\\\"].setValue(0, 1)\\n b\\[\\\"size\\\"].setExpression(\\\"(Blur1.size)*(mult)**%s\\\"%(i))\\n b\\[\\\"label\\\"].setValue(\\\"\\[value size]\\\")\\n merge.setInput(i if i<2 else i+1, b)\\n AvgMult\\['whitepoint'].setValue(i if i<2 else i+1)\\n \\n if n.knob('includeOriginal').getValue() == 1:\\n merge = nuke.toNode(\\\"Merge1\\\")\\n original = nuke.toNode('Original')\\n AvgMult = nuke.toNode(\\\"AverageMult\\\")\\n steps = int(n.knob('steps').getValue())\\n merge.setInput(steps+1, original)\\n AvgMult\\['whitepoint'].setValue(2 if steps<2 else steps+1)\\n \\nelif k.name() == \\\"output2\\\":\\n if n.knob(\\\"output2\\\").getValue() == 4:\\n n.knob('AvgMaxOriginal').setVisible(True)\\n else:\\n n.knob('AvgMaxOriginal').setVisible(False)\\n \\nelif k.name() == \\\"safeBBox\\\":\\n if n.knob(\\\"safeBBox\\\").getValue() == 0:\\n n.knob('safeBBoxText').setVisible(False)\\n n.knob('safetyBBoxMethod').setVisible(False)\\n n.knob('safeBBoxPixels').setVisible(False)\\n n.knob('safeBBoxPercent').setVisible(False)\\n \\n elif n.knob(\\\"safeBBox\\\").getValue() == 1:\\n n.knob('safetyBBoxMethod').setVisible(True)\\n n.knob('safeBBoxText').setVisible(True)\\n if n.knob('safetyBBoxMethod').value() == \\\"pixels\\\":\\n n.knob('safeBBoxPixels').setVisible(True)\\n n.knob('safeBBoxPercent').setVisible(False)\\n elif n.knob('safetyBBoxMethod').value() == \\\"percent\\\":\\n n.knob('safeBBoxPixels').setVisible(False)\\n n.knob('safeBBoxPercent').setVisible(True)\\n \\nelif k.name() == \\\"safetyBBoxMethod\\\":\\n if n.knob(\\\"safetyBBoxMethod\\\").value() == \\\"pixels\\\":\\n n.knob('safeBBoxPixels').setVisible(True)\\n n.knob('safeBBoxPercent').setVisible(False)\\n elif n.knob(\\\"safetyBBoxMethod\\\").value() == \\\"percent\\\":\\n n.knob('safeBBoxPixels').setVisible(False)\\n n.knob('safeBBoxPercent').setVisible(True)\\n \\nelif k.name() == \\\"adjustBBoxExtra\\\":\\n if n.knob(\\\"adjustBBoxExtra\\\").value() == \\\"pixels\\\":\\n n.knob('adjustBBoxPixels').setVisible(True)\\n n.knob('adjustBBoxPercent').setVisible(False)\\n elif n.knob(\\\"adjustBBoxExtra\\\").value() == \\\"percent\\\":\\n n.knob('adjustBBoxPixels').setVisible(False)\\n n.knob('adjustBBoxPercent').setVisible(True)\\n\"\ntile_color 0xcc804eff\nlabel \"(\\[value output2])\"\nnote_font \"Verdana Bold Bold Bold Bold Bold Bold Bold\"\nnote_font_color 0xffffffff\nselected true\nxpos 52\nypos 823\naddUserKnob {20 ExponBlurSimple}\naddUserKnob {41 channels T Shuffle1.in}\naddUserKnob {41 maskChannelMask_1 l area T Multiply1.maskChannelMask}\naddUserKnob {41 inject_1 l inject -STARTLINE T Multiply1.inject}\naddUserKnob {41 invert_mask_1 l invert -STARTLINE T Multiply1.invert_mask}\naddUserKnob {41 fringe_1 l fringe -STARTLINE T Multiply1.fringe}\naddUserKnob {26 \"\"}\naddUserKnob {4 output2 l Operation: M {Screen Plus Over Hypot Average Max Min \"\" \"\" \"\" \"\" \"\"}}\noutput2 Over\naddUserKnob {3 steps l \" Steps\" -STARTLINE}\nsteps 8\naddUserKnob {3 mergeNumber -STARTLINE +INVISIBLE}\nmergeNumber {{\"output2 == 0 ? 25 : output2 == 1 ? 24 : output2 == 2 ? 22 : output2 == 3 ? 13 : output2 == 4 ? 24 : output2 == 5 ? 17 : 18\"}}\naddUserKnob {26 text l \" \" -STARTLINE T \" \"}\naddUserKnob {6 includeOriginal l \"Include Original?\" -STARTLINE}\naddUserKnob {6 AvgMaxOriginal l \"Use Max of Average and Original\" +HIDDEN +STARTLINE}\naddUserKnob {14 size l Size R -100 100}\nsize {{parent.size} {parent.size}}\naddUserKnob {7 mult l Multiplier R 1 8}\nmult {{parent.mult}}\naddUserKnob {26 text_1 l \" \" T \" \"}\naddUserKnob {14 postBlur l \"Post Blur\" R 0 100}\npostBlur {{parent.postBlur} {parent.postBlur}}\naddUserKnob {26 \"\"}\naddUserKnob {20 bboxControl l \"BBox Control\" n 1}\nbboxControl 0\naddUserKnob {26 text_2 l \" \" T \" \"}\naddUserKnob {4 bbox l \"BBox: \" -STARTLINE M {union intersectionMask A B \"input format\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\"}}\naddUserKnob {6 blackOutside l \"Black Outside\" -STARTLINE}\naddUserKnob {6 safeBBox l \"Safe BBox\" t \"If the output BBox is larger than the input format and the input box combined. the result will be max of the input/format bbox plus a safety \\\"buffer\\\" in pixels or percent \\n\\nTurning off might make your BBox grow exponentially with high blur values\" -STARTLINE}\nsafeBBox true\naddUserKnob {26 safeBBoxText l \"\" +STARTLINE T \" \"}\naddUserKnob {4 safetyBBoxMethod l \"Safe BBox Buffer \" -STARTLINE M {pixels percent \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\"}}\nsafetyBBoxMethod percent\naddUserKnob {14 safeBBoxPercent l \"\" -STARTLINE R 1 2}\nsafeBBoxPercent 1.1\naddUserKnob {26 text_3 l \"\" +STARTLINE T \" \"}\naddUserKnob {4 adjustBBoxExtra l \"Extra BBox Adjust\" -STARTLINE M {pixels percent \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\"}}\naddUserKnob {14 adjustBBoxPixels l \"\" -STARTLINE R 0 400}\naddUserKnob {26 \"\"}\naddUserKnob {20 endGroup n -1}\naddUserKnob {41 maskChannelMask l mask T MergeKeymix.maskChannelMask}\naddUserKnob {41 inject -STARTLINE T MergeKeymix.inject}\naddUserKnob {41 invert_mask l invert -STARTLINE T MergeKeymix.invert_mask}\naddUserKnob {41 fringe -STARTLINE T MergeKeymix.fringe}\naddUserKnob {41 mix T MergeKeymix.mix}\naddUserKnob {14 safeBBoxPixels l \"\" +STARTLINE +HIDDEN R 0 400}\nsafeBBoxPixels 100\naddUserKnob {14 adjustBBoxPercent l \"\" -STARTLINE +HIDDEN R 1 2}\nadjustBBoxPercent 1\naddUserKnob {20 info l Info}\naddUserKnob {26 creator l Creator: T \"Tony Lyons\"}\naddUserKnob {26 desc l Description: t \"Add description and tooltip for gizmo\" T ExponBlurSimple}\naddUserKnob {26 ver l Version: T v02}\n}\nBackdropNode {\ninputs 0\nname BackdropNode1\ntile_color 0x535e5a00\nlabel \"BBox Management\"\nnote_font_size 30\nnote_font_color 0xffffffff\nxpos -529\nypos 492\nbdwidth 341\nbdheight 525\n}\nInput {\ninputs 0\nname Inputimg\nxpos 0\nypos -969\n}\nDot {\nname Dot16\nnote_font_size 41\nxpos 34\nypos -802\n}\nset N9a974650 [stack 0]\nDot {\nname Dot2\nnote_font_size 41\nxpos -367\nypos -802\n}\nDot {\nname Dot18\nlabel B\nnote_font_size 41\nxpos -367\nypos 434\n}\nDot {\nname Dot11\nnote_font_size 41\nxpos -367\nypos 623\n}\nset N9a9828b0 [stack 0]\nDot {\nname Dot3\nnote_font_size 41\nxpos -367\nypos 675\n}\nset N9a9874b0 [stack 0]\nDot {\nname Dot8\nnote_font_size 41\nxpos -463\nypos 675\n}\nDot {\nname Dot15\nnote_font_size 41\nxpos -463\nypos 831\n}\npush $N9a974650\nDot {\nname Dot1\nnote_font_size 41\nxpos 461\nypos -802\n}\nShuffle {\nname Shuffle1\nlabel \"\\[value in]\"\nxpos 427\nypos -756\n}\nRemove {\noperation keep\nchannels rgba\nname Remove1\nxpos 427\nypos -718\n}\nDot {\nname Dot21\nnote_font_size 41\nxpos 461\nypos -597\n}\nset N9a9b3250 [stack 0]\nInvert {\nchannels rgba\nname Invert1\nxpos 695\nypos -601\ndisable {{\"parent.size < 0 ? 0 : 1\"}}\n}\nset N9a9b7de0 [stack 0]\nDot {\nname Dot4\nnote_font_size 41\nxpos 540\nypos -543\n}\nNoOp {\nname Original\nxpos 506\nypos -327\n}\nDot {\nname Dot5\nnote_font_size 41\nxpos 540\nypos 14\n}\nCrop {\ninputs 0\nbox {{input.format.x} {input.format.y} {input.format.r} {input.format.t}}\nreformat true\ncrop false\nname Crop1\nxpos 210\nypos -750\naddUserKnob {20 User}\naddUserKnob {22 cropToBbox l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n}\nAddChannels {\nchannels rgba\nname AddChannels2\nxpos 210\nypos -724\n}\npush $N9a974650\nMerge2 {\ninputs 2\nname Merge3\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nxpos 83\nypos -671\n}\nNoOp {\nname BBoxInput\nxpos 83\nypos -628\naddUserKnob {20 User}\naddUserKnob {15 bbox}\nbbox {{input.bbox.x} {input.bbox.y} {input.bbox.r} {input.bbox.t}}\n}\nInput {\ninputs 0\nname Inputarea\nxpos 289\nypos -638\nnumber 2\n}\nAddChannels {\nchannels alpha\ncolor 1\nname AddChannels1\nxpos 289\nypos -580\n}\nInvert {\nchannels rgba\nname Invert3\nxpos 289\nypos -503\n}\npush $N9a9b7de0\nMultiply {\ninputs 1+1\nchannels rgba\nvalue 0\nname Multiply1\nlabel \"\\[value value]\"\nxpos 695\nypos -509\n}\nNoOp {\nname Start\nxpos 695\nypos -450\n}\nset N9aa20930 [stack 0]\nBlur {\nchannels rgba\nsize {{(Blur1.size)*(mult)**7} {(Blur1.size)*(mult)**7}}\ncrop false\nname Blur8\nlabel \"\\[value size]\"\nxpos 1395\nypos -370\n}\npush $N9aa20930\nBlur {\nchannels rgba\nsize {{(Blur1.size)*(mult)**6} {(Blur1.size)*(mult)**6}}\ncrop false\nname Blur7\nlabel \"\\[value size]\"\nxpos 1295\nypos -370\n}\npush $N9aa20930\nBlur {\nchannels rgba\nsize {{(Blur1.size)*(mult)**5} {(Blur1.size)*(mult)**5}}\ncrop false\nname Blur6\nlabel \"\\[value size]\"\nxpos 1195\nypos -370\n}\npush $N9aa20930\nBlur {\nchannels rgba\nsize {{(Blur1.size)*(mult)**4} {(Blur1.size)*(mult)**4}}\ncrop false\nname Blur5\nlabel \"\\[value size]\"\nxpos 1095\nypos -370\n}\npush $N9aa20930\nBlur {\nchannels rgba\nsize {{(Blur1.size)*(mult)**3} {(Blur1.size)*(mult)**3}}\ncrop false\nname Blur4\nlabel \"\\[value size]\"\nxpos 995\nypos -370\n}\npush $N9aa20930\nBlur {\nchannels rgba\nsize {{(Blur1.size)*(mult)**2} {(Blur1.size)*(mult)**2}}\ncrop false\nname Blur3\nlabel \"\\[value size]\"\nxpos 895\nypos -370\n}\npush 0\npush $N9aa20930\nBlur {\nchannels rgba\nsize {{(Blur1.size)*(mult)**1} {(Blur1.size)*(mult)**1}}\ncrop false\nname Blur2\nlabel \"\\[value size]\"\nxpos 795\nypos -370\n}\npush $N9aa20930\nBlur {\nchannels rgba\nsize {{parent.size.w} {parent.size.h}}\nname Blur1\nlabel \"\\[value size]\"\nxpos 695\nypos -370\n}\nMerge2 {\ninputs 8+1\noperation {{parent.mergeNumber}}\nname Merge1\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nxpos 695\nypos -256\n}\nNoOp {\nname End\nxpos 695\nypos -230\n}\nset Nd6534700 [stack 0]\nCopyBBox {\ninputs 2\nname CopyBBox1\nxpos 585\nypos -175\n}\nGroup {\nname BBoxToFormat\nonCreate \"n = nuke.thisNode()\\ninputFormat = n.knob(\\\"inputFormat\\\")\\ninputBBox = n.knob(\\\"inputBBox\\\")\\ncrop = nuke.toNode(\\\"Crop6\\\")\\ncropb = crop.knob('box')\\noutputBBox = n.knob('outputBBox')\\noutputBBoxCenter = n.knob(\\\"outputBBoxCenter\\\")\\n\\ninputFormat.setFlag(0x0000000000008000)\\ninputBBox.setFlag(0x0000000000008000)\\ncropb.setFlag(0x0000000000008000)\\noutputBBox.setFlag(0x0000000000008000)\\noutputBBoxCenter.setFlag(0x0000000000008000)\\n\\nn = nuke.thisNode()\\nn.knob(\\\"overscan\\\").setRange(0,400)\\nn.knob(\\\"overscanPercent\\\").setRange(1,4)\"\ntile_color 0xa57aaaff\nnote_font \"Verdana Bold Bold Bold Bold Bold Bold Bold\"\nnote_font_color 0xffffffff\nxpos 585\nypos -151\naddUserKnob {20 CropBBox}\naddUserKnob {4 type l Type +INVISIBLE M {\"To Format\" \"To BBox\"}}\naddUserKnob {41 intersect T Crop6.intersect}\naddUserKnob {6 blackOutside l \"Black Outside\" -STARTLINE}\naddUserKnob {4 overscanType l \"Overscan Type:\" M {Pixels Percentage}}\noverscanType {{parent.safetyBBoxMethod}}\naddUserKnob {14 overscan l Overscan R 0 400}\noverscan {{parent.safeBBoxPixels} {parent.safeBBoxPixels}}\naddUserKnob {14 overscanPercent l \"Overscan Percent\" R 1 4}\noverscanPercent {{parent.safeBBoxPercent} {parent.safeBBoxPercent}}\naddUserKnob {20 inputBbox l \"BBox Data\" n 1}\naddUserKnob {15 inputFormat l \"Input Format\"}\ninputFormat {0 0 {input.width} {input.height}}\naddUserKnob {15 inputBBox l \"Input BBox\"}\ninputBBox {{input.bbox.x} {input.bbox.y} {input.bbox.r} {input.bbox.t}}\naddUserKnob {12 outputBBoxCenter l OutputBBoxCenter}\noutputBBoxCenter {{OutputBBox1.outputBBoxCenter.w} {OutputBBox1.outputBBoxCenter.h}}\naddUserKnob {15 outputBBox l \"Output BBox\"}\noutputBBox {{OutputBBox1.OutputBBox} {OutputBBox1.OutputBBox} {OutputBBox1.OutputBBox} {OutputBBox1.OutputBBox}}\naddUserKnob {20 endGroup n -1}\naddUserKnob {20 info_1 l Info}\naddUserKnob {26 creator l Creator: T \"Tony Lyons\"}\naddUserKnob {26 desc l Description: t \"crop to inputformat\\n\\ndisplays values of input bbox\" T CropBBox}\naddUserKnob {26 ver l Version: T v02}\n}\nInput {\ninputs 0\nname Input\nxpos 261\nypos 394\n}\nDot {\nname Dot2\nnote_font_size 41\nxpos 295\nypos 462\n}\nset Nd6553b90 [stack 0]\nDot {\nname Dot1\nnote_font_size 41\nxpos -160\nypos 462\n}\nset Nd65586d0 [stack 0]\npush $Nd6553b90\nCrop {\nbox {{parent.inputBBox} {parent.inputBBox} {parent.inputBBox} {parent.inputBBox}}\ncrop {{parent.blackOutside}}\nname Crop6\nxpos 261\nypos 510\naddUserKnob {20 User}\naddUserKnob {22 cropToBbox l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n}\nset Nd655d250 [stack 0]\nRemove {\noperation keep\nchannels none\nname Remove1\nxpos 120\nypos 504\n}\nset Nd6568640 [stack 0]\nTransform {\nscale {{parent.overscanPercent} {parent.overscanPercent}}\ncenter {{((input.bbox.r-input.bbox.x)/2)+input.bbox.x} {((input.bbox.t-input.bbox.y)/2)+input.bbox.y}}\nshutteroffset centred\nname Transform1\nselected true\nxpos 120\nypos 553\n}\npush $Nd6568640\nAdjBBox {\nnumpixels {{parent.overscan} {parent.overscan}}\nname AdjBBox1\nxpos -5\nypos 510\n}\nSwitch {\ninputs 2\nwhich {{overscanType}}\nname Switch2\nlabel \"\\[value which]\"\nxpos -5\nypos 549\n}\nMerge2 {\ninputs 2\nbbox intersection\nAchannels {-rgba.red -rgba.green -rgba.blue rgba.alpha}\nBchannels {-rgba.red -rgba.green -rgba.blue rgba.alpha}\noutput {-rgba.red -rgba.green -rgba.blue rgba.alpha}\nname Merge1\nxpos -5\nypos 647\ndisable {{!parent.Crop6.intersect}}\n}\npush $Nd65586d0\nCopyBBox {\ninputs 2\nname CopyBBox1\nxpos -194\nypos 653\n}\nBlackOutside {\nname BlackOutside1\nxpos -194\nypos 692\ndisable {{!parent.blackOutside}}\n}\nDot {\nname Dot4\nnote_font_size 41\nxpos -160\nypos 769\n}\npush $Nd655d250\nSwitch {\ninputs 2\nwhich {{\"overscanType == 0 ? overscan.w != 0 || overscan.h != 0 : overscanPercent.w != 1 || overscanPercent.h != 1 ? 1 : 0\"}}\nname Switch1\nlabel \"\\[value which]\"\nxpos 261\nypos 759\n}\nset N9ed07210 [stack 0]\nOutput {\nname Output1\nxpos 261\nypos 921\n}\npush $N9ed07210\nNoOp {\nname OutputBBox1\nxpos 378\nypos 821\naddUserKnob {20 User}\naddUserKnob {15 OutputBBox l \"Output BBox\"}\nOutputBBox {{input.bbox.x} {input.bbox.y} {input.bbox.r} {input.bbox.t}}\naddUserKnob {14 outputBBoxCenter l \"Output BBox Center\" R 0 100}\noutputBBoxCenter {{OutputBBox.x+(OutputBBox.r-OutputBBox.x)/2} {OutputBBox.y+(OutputBBox.t-OutputBBox.y)/2}}\n}\nend_group\npush $Nd6534700\nMerge2 {\ninputs 2\nbbox intersection\nname Merge4\nxpos 585\nypos -127\n}\npush $Nd6534700\nCopyBBox {\ninputs 2\nname CopyBBox2\nxpos 585\nypos -101\n}\npush $Nd6534700\nSwitch {\ninputs 2\nwhich {{\"parent.safeBBox && ((BBoxResult.bbox.x < BBoxInput.bbox.x || BBoxResult.bbox.y < BBoxInput.bbox.y || BBoxResult.bbox.r > BBoxInput.bbox.r || BBoxResult.bbox.t > BBoxInput.bbox.t))\"}}\nname Switch2\nlabel \"\\[value which]\"\nxpos 695\nypos -106\n}\nGrade {\nchannels rgba\nwhitepoint 8\nblack_clamp false\nname AverageMult\nxpos 695\nypos -37\ndisable {{\"output2 == 4 ? 0 : 1\"}}\n}\nMerge2 {\ninputs 2\noperation max\nname Merge2\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nxpos 695\nypos 10\ndisable {{\"output2 == 4 && includeOriginal == 1 && AvgMaxOriginal == 1 ? 0 : 1\"}}\n}\nBlur {\nchannels rgba\nsize {{postBlur} {postBlur}}\nname BlurOriginal\nlabel \"\\[value size]\"\nxpos 695\nypos 59\n}\nInvert {\nchannels rgba\nname Invert2\nxpos 695\nypos 97\ndisable {{\"parent.size < 0 ? 0 : 1\"}}\n}\npush $N9a9b3250\nSwitch {\ninputs 2\nwhich {{\"parent.size == 0 ? 0 : 1\"}}\nname Switch1\nlabel \"\\[value which]\"\nxpos 427\nypos 93\n}\npush $N9a974650\nShuffleCopy {\ninputs 2\nin2 none\nblack red\nwhite green\nred2 blue\ngreen2 alpha\nout none\nout2 {{{parent.Shuffle1.in}}}\nname ShuffleCopy1\nxpos 0\nypos 97\n}\nDot {\nname Dot17\nlabel A\nnote_font_size 41\nxpos 34\nypos 455\n}\nDot {\nname Dot7\nnote_font_size 41\nxpos 34\nypos 585\n}\nset N9eda1cc0 [stack 0]\nDot {\nname Dot12\nnote_font_size 41\nxpos -260\nypos 585\n}\nDot {\nname Dot13\nnote_font_size 41\nxpos -260\nypos 799\n}\npush $N9a9828b0\nInput {\ninputs 0\nname Inputmask\nxpos 346\nypos 325\nnumber 1\n}\nDot {\nname Dot19\nlabel Mask\nnote_font_size 41\nxpos 380\nypos 438\n}\nset N9edb4a70 [stack 0]\nDot {\nname Dot20\nnote_font_size 41\nxpos 270\nypos 438\n}\npush $N9eda1cc0\nMerge2 {\ninputs 2\nbbox intersection\nAchannels {rgba.red -rgba.green -rgba.blue rgba.alpha}\nBchannels {rgba.red -rgba.green -rgba.blue rgba.alpha}\noutput {rgba.red -rgba.green -rgba.blue rgba.alpha}\nname MergeIntersection\nxpos 236\nypos 575\ndisable {{\"!\\[exists parent.input1]\"}}\n}\nMerge2 {\ninputs 2\nAchannels {rgba.red -rgba.green -rgba.blue rgba.alpha}\nBchannels {rgba.red -rgba.green -rgba.blue rgba.alpha}\noutput {rgba.red -rgba.green -rgba.blue rgba.alpha}\nname MergeUnion\nxpos 236\nypos 613\ndisable {{\"!\\[exists parent.input1]\"}}\n}\nDot {\nname Dot6\nlabel \"intersection\\nof (Mask and A) + B\"\nnote_font_size 14\nnote_font_color 0xffffffff\nxpos 270\nypos 773\n}\npush $N9edb4a70\nDot {\nname Dot10\nnote_font_size 41\nxpos 380\nypos 675\n}\npush $N9eda1cc0\npush $N9a9874b0\nMerge2 {\ninputs 2+1\noperation copy\nAchannels none\nBchannels none\noutput none\nalso_merge all\nname MergeKeymix\nxpos 0\nypos 665\n}\nDot {\nname Dot14\nnote_font_size 41\nxpos 34\nypos 747\n}\nset N9eb08930 [stack 0]\npush $N9a9874b0\nCopyBBox {\ninputs 2\nname CopyBBoxUnion\nxpos -401\nypos 743\ndisable {{parent.bbox==0?0:1}}\n}\nCopyBBox {\ninputs 2\nname CopyBBoxIntersection\nxpos -401\nypos 769\ndisable {{\"parent.bbox==1 ? 0 : 1\"}}\n}\nCopyBBox {\ninputs 2\nname CopyBBoxA\nxpos -401\nypos 795\ndisable {{\"parent.bbox==2 ? 0 : 1\"}}\n}\nCopyBBox {\ninputs 2\nname CopyBBoxB\nxpos -401\nypos 827\ndisable {{\"parent.bbox==3 ? 0 : 1\"}}\n}\nCrop {\nbox {0 0 {parent.width} {parent.height}}\ncrop false\nname CopyBBoxFormat\nxpos -401\nypos 853\ndisable {{\"parent.bbox==4 ? 0 : 1\"}}\naddUserKnob {20 User}\naddUserKnob {22 cropToBbox l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n}\nset N9eb2c890 [stack 0]\nTransform {\nscale {{parent.adjustBBoxPercent} {parent.adjustBBoxPercent}}\ncenter {{((input.bbox.r-input.bbox.x)/2)+input.bbox.x} {((input.bbox.t-input.bbox.y)/2)+input.bbox.y}}\nblack_outside false\nshutteroffset centred\nname TransformBBoxAdjustPercent\nxpos -516\nypos 898\n}\npush $N9eb2c890\nAdjBBox {\nnumpixels {{parent.adjustBBoxPixels} {parent.adjustBBoxPixels}}\nname AdjBBoxPixels\nxpos -401\nypos 901\n}\nSwitch {\ninputs 2\nwhich {{adjustBBoxExtra}}\nname Switch3\nxpos -401\nypos 940\n}\nDot {\nname Dot9\nnote_font_size 41\nxpos -367\nypos 993\n}\npush $N9eb08930\nCopyBBox {\ninputs 2\nname CopyBBox\nxpos 0\nypos 989\n}\nBlackOutside {\nname BlackOutside1\nxpos 0\nypos 1015\ndisable {{!parent.blackOutside}}\n}\nOutput {\nname Output1\nxpos 0\nypos 1155\n}\npush $Nd6534700\nNoOp {\nname BBoxResult\nxpos 588\nypos -223\naddUserKnob {20 User}\naddUserKnob {15 bbox}\nbbox {{input.bbox.x} {input.bbox.y} {input.bbox.r} {input.bbox.t}}\n}\nend_group\nUnpremult {\nname Unpremult6\nxpos 52\nypos 929\n}\nSwitch {\ninputs 2\nwhich {{parent.previewKey}}\nname Switch1\nlabel \"\\[value which]\"\nxpos 52\nypos 977\n}\npush $N32d06f00\nDot {\nname Dot4\nnote_font_size 41\nxpos -124\nypos 202\n}\nDot {\nname Dot5\nnote_font_size 41\nxpos -124\nypos 1046\n}\nMerge2 {\ninputs 2+1\noperation copy\nname Merge2\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nxpos 52\nypos 1043\n}\nOutput {\nname Output1\nxpos 52\nypos 1163\n}\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_BlacksMatch.gizmo", "content": "set cut_paste_input [stack 0]\npush $cut_paste_input\nGroup {\n name BlacksMatch\n help \"Choose a black point color or plug an image /constant you wish to be your blackpoint into BlackColor input.\\n\\nUse Mult Range to control how far above the blackpoint color to affect the lows\\n\\nUse the RollOff gamma to add fall off to the bottom of the curve\\n\\nTurn on the preview Plotscan and move the sampler over a region to see what your settings are doing to a linear 0-1 ramp. This will help you see if you have weird curves, clamping or other funky problems as you adjust settings\"\n knobChanged \"n = nuke.thisNode()\\nk = nuke.thisKnob()\\n\\nif k.name() == \\\"inputChange\\\":\\n nsd = nuke.toNode(\\\"SwitchDefault\\\")\\n n\\[\\\"defaultBlack\\\"].setEnabled(nsd\\[\\\"which\\\"].getValue()==1)\\n\\nif k.name() == \\\"previewPlotScan\\\":\\n p = n.knob(\\\"previewPlotScan\\\").value()\\n if p == True:\\n n.knob(\\\"plotscanSampler\\\").setVisible(True)\\n else:\\n n.knob(\\\"plotscanSampler\\\").setVisible(False)\"\n tile_color 0x1c1c1cff\n note_font \"Helvetica Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold\"\n selected true\n addUserKnob {20 BlacksMatch}\n addUserKnob {6 default_black_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 premultInput l \"Premultiplied Input\" +STARTLINE}\n addUserKnob {4 mergeOp l Operation: t \"Plus and Screen do the same thing with our operation, so I only included a hypot between plus/screen and hypot. Hypot raises the mult by x2 because I thought that gave more pleasising results. It will probably be a harsher curve (more towards clamp) than the plus/screen result).\" M {Plus/Screen Hypot \"\" \"\"}}\n addUserKnob {18 defaultBlack l \"Default Black\"}\n defaultBlack {0.05 0.05 0.05}\n addUserKnob {6 defaultBlack_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 defaultBlack_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {26 \"\"}\n addUserKnob {7 multBase l \"Mult Low Range\" t \"This is the Multiplier for the top of the \\\"toe\\\" curve. It is multiplying the BlackPoint color by this number and setting it as the highest point weird the curve will influence the midtones and the highlights\" R 1.5 10}\n multBase 4\n addUserKnob {7 rolloffGamma l \"Rolloff Gamma\" t \"This controls the bottom of the curve, the falloff to where it is bending toward the \\\"cut off point\\\" which is out black color. A lower value will act more like a clamp and a higher value will act more like a plus.\" R 0.1 1}\n rolloffGamma 0.35\n addUserKnob {4 minVal l \"Min Value is:\" M {\"Toe Result\" \"Clamp Result\" \"\" \"\"}}\n addUserKnob {6 previewPlotScan l \"Preview PlotScan\" t \"Click to overlay a plotscan graph to show you how your black color is influenced by your settings.\" +STARTLINE}\n addUserKnob {12 plotscanSampler l \"PlotScan Sampler\" +HIDDEN}\n plotscanSampler {200 200}\n addUserKnob {6 color_rgb_panelDropped l \"panel dropped state\" +HIDDEN +STARTLINE}\n addUserKnob {26 \"\"}\n addUserKnob {41 maskChannelMask l mask -STARTLINE T MergeKeymix.maskChannelMask}\n addUserKnob {41 inject -STARTLINE T MergeKeymix.inject}\n addUserKnob {41 invert_mask l invert -STARTLINE T MergeKeymix.invert_mask}\n addUserKnob {41 fringe -STARTLINE T MergeKeymix.fringe}\n addUserKnob {41 mix T MergeKeymix.mix}\n addUserKnob {20 info l Info}\n addUserKnob {26 creator l Creator: T \"Tony Lyons\"}\n addUserKnob {26 desc l Name: T BlacksMatch}\n addUserKnob {26 ver l Version: T v10}\n}\n BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0x556a5000\n label \"This Creates a \\nPer Channel Key\\nBased on the Blackpoint\"\n note_font_size 30\n note_font_color 0xffffffff\n xpos 991\n ypos -77\n bdwidth 314\n bdheight 421\n }\n StickyNote {\n inputs 0\n name StickyNote2\n tile_color 0xff\n label green\n note_font_size 41\n note_font_color 0xffffffff\n xpos 177\n ypos 466\n }\n StickyNote {\n inputs 0\n name StickyNote1\n tile_color 0xff\n label red\n note_font_size 41\n note_font_color 0xffffffff\n xpos 188\n ypos 350\n }\n StickyNote {\n inputs 0\n name StickyNote3\n tile_color 0xff\n label blue\n note_font_size 41\n note_font_color 0xffffffff\n xpos 186\n ypos 570\n }\n StickyNote {\n inputs 0\n name StickyNote4\n tile_color 0xff\n label \"min will be \\nblack color\"\n note_font_size 31\n note_font_color 0xffffffff\n xpos 143\n ypos 733\n }\n Input {\n inputs 0\n name Inputimg\n xpos 322\n ypos -550\n }\n Dot {\n name Dot17\n xpos 356\n ypos -418\n }\nset N8dc35590 [stack 0]\n AddChannels {\n channels rgba\n color 1\n name AddChannels1\n xpos 322\n ypos -365\n }\n Dot {\n name Dot5\n note_font_size 41\n xpos 356\n ypos -288\n }\nset N8dd1b7b0 [stack 0]\n Grade {\n channels rgba\n white 0\n multiply 0\n add {{defaultBlack.r} {defaultBlack.g} {defaultBlack.b} 0}\n black_clamp false\n name Grade1\n label color\n xpos 922\n ypos -295\n }\n Input {\n inputs 0\n name InputBlackColor\n xpos 1138\n ypos -569\n number 1\n }\n Switch {\n inputs 2\n which {{\"!\\[exists parent.input1]\"}}\n name SwitchDefault\n xpos 1138\n ypos -291\n }\n Dot {\n name Dot26\n label \"Black Color\"\n note_font_size 41\n xpos 1172\n ypos -212\n }\n Dot {\n name Dot4\n note_font_size 41\n xpos 1172\n ypos -151\n }\nset N8dc262e0 [stack 0]\n Dot {\n name Dot36\n note_font_size 41\n xpos 1631\n ypos -151\n }\nset N7a523960 [stack 0]\n Dot {\n name Dot16\n note_font_size 41\n xpos 2140\n ypos -151\n }\nset N920f36d0 [stack 0]\n Crop {\n box {{plotscanSampler.x-2} {plotscanSampler.y-2} {plotscanSampler.x+2} {plotscanSampler.x+2}}\n reformat true\n crop false\n name Crop1\n xpos 2432\n ypos -154\n addUserKnob {20 User}\n addUserKnob {22 cropToBbox l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n addUserKnob {22 cropToBbox_1 l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n }\n Blur {\n channels rgb\n size 16\n name Blur1\n label \"\\[value size]\"\n xpos 2432\n ypos -130\n }\n Reformat {\n format \"512 512 0 0 512 512 1 square_512\"\n name Reformat4\n xpos 2432\n ypos -92\n }\n Dot {\n name Dot12\n note_font_size 41\n xpos 2466\n ypos -43\n }\nset N8d9639b0 [stack 0]\n Dot {\n name Dot47\n note_font_size 41\n xpos 2917\n ypos -43\n }\nset N8daf4010 [stack 0]\n Dot {\n name Dot42\n label \"Black Color\"\n note_font_size 41\n xpos 2917\n ypos 286\n }\n Dot {\n name Dot43\n note_font_size 41\n xpos 2917\n ypos 366\n }\nset N8de4da70 [stack 0]\n Dot {\n name Dot44\n note_font_size 41\n xpos 2917\n ypos 480\n }\nset N8de34ea0 [stack 0]\n Dot {\n name Dot45\n note_font_size 41\n xpos 2917\n ypos 588\n }\nset N8de26340 [stack 0]\n Dot {\n name Dot31\n note_font_size 41\n xpos 2917\n ypos 656\n }\nset N6a60ea60 [stack 0]\npush $N6a60ea60\npush $N8daf4010\n Dot {\n name Dot11\n label \"Black Color\"\n note_font_size 41\n xpos 3426\n ypos -43\n }\n Multiply {\n channels rgb\n value 2\n name Multiply6\n label \"mult black color\"\n xpos 3392\n ypos 77\n }\n Reformat {\n inputs 0\n format \"512 512 0 0 512 512 1 square_512\"\n pbb true\n name Reformat1\n xpos 2711\n ypos 61\n }\n Ramp {\n p0 {0 0}\n p1 {512 0}\n name Ramp1\n xpos 2711\n ypos 93\n }\n Dot {\n name Dot1\n note_font_size 41\n xpos 2745\n ypos 154\n }\nset N8dd35090 [stack 0]\n Dot {\n name Dot7\n note_font_size 41\n xpos 3138\n ypos 154\n }\nset N8deb2480 [stack 0]\n MergeExpression {\n inputs 2\n expr0 Br/Ar\n expr1 Bg/Ag\n expr2 Bb/Ab\n name MergeDivide2\n xpos 3392\n ypos 151\n }\n Invert {\n channels rgb\n name Invert5\n xpos 3392\n ypos 175\n }\n Clamp {\n channels rgb\n name Clamp4\n xpos 3392\n ypos 199\n }\n Gamma {\n channels rgb\n value 0.5\n name Gamma4\n xpos 3392\n ypos 223\n }\n Dot {\n name Dot39\n xpos 3426\n ypos 366\n }\nset N8de36a30 [stack 0]\n Dot {\n name Dot40\n xpos 3426\n ypos 480\n }\nset N8de3ea20 [stack 0]\n Dot {\n name Dot41\n xpos 3426\n ypos 588\n }\n Shuffle {\n red blue\n green blue\n alpha blue\n name Shuffle11\n tile_color 0x3fbfff\n label \"\\[value in] \\[ expr \\{ \\[value out2] == \\\"none\\\" ? \\\" \\\" : \\[concat --> \\[value out2]] \\}]\"\n xpos 3277\n ypos 581\n }\npush $N8de26340\npush $N8de3ea20\n Shuffle {\n red green\n blue green\n alpha green\n name Shuffle12\n tile_color 0xbf00ff\n label \"\\[value in] \\[ expr \\{ \\[value out2] == \\\"none\\\" ? \\\" \\\" : \\[concat --> \\[value out2]] \\}]\"\n xpos 3276\n ypos 473\n }\npush $N8de34ea0\npush $N8de36a30\n Shuffle {\n green red\n blue red\n alpha red\n name Shuffle13\n tile_color 0xbf0000ff\n label \"\\[value in] \\[ expr \\{ \\[value out2] == \\\"none\\\" ? \\\" \\\" : \\[concat --> \\[value out2]] \\}]\"\n xpos 3270\n ypos 359\n }\npush $N8de4da70\npush $N8deb2480\n Merge2 {\n inputs 2+1\n operation {{parent.Settings.mergeOpNum}}\n bbox B\n Achannels {rgba.red -rgba.green -rgba.blue -rgba.alpha}\n Bchannels {rgba.red -rgba.green -rgba.blue -rgba.alpha}\n output {rgba.red -rgba.green -rgba.blue -rgba.alpha}\n maskChannelInput -rgba.red\n name Merge14\n label red\n xpos 3104\n ypos 359\n }\n Merge2 {\n inputs 2+1\n operation {{parent.Settings.mergeOpNum}}\n bbox B\n Achannels {-rgba.red rgba.green -rgba.blue -rgba.alpha}\n Bchannels {-rgba.red rgba.green -rgba.blue -rgba.alpha}\n output {-rgba.red rgba.green -rgba.blue -rgba.alpha}\n maskChannelInput -rgba.red\n name Merge15\n label green\n xpos 3104\n ypos 473\n }\n Merge2 {\n inputs 2+1\n operation {{parent.Settings.mergeOpNum}}\n bbox B\n Achannels {-rgba.red -rgba.green rgba.blue -rgba.alpha}\n Bchannels {-rgba.red -rgba.green rgba.blue -rgba.alpha}\n output {-rgba.red -rgba.green rgba.blue -rgba.alpha}\n maskChannelInput -rgba.red\n name Merge16\n label blue\n xpos 3104\n ypos 581\n }\n Merge2 {\n inputs 2\n operation max\n bbox B\n Achannels rgb\n Bchannels rgb\n output rgb\n name Merge18\n label \"Set Min Color\\nto Blackpoint\"\n xpos 3104\n ypos 644\n }\n Dot {\n name Dot46\n note_font_size 41\n xpos 3138\n ypos 742\n }\n Switch {\n inputs 2\n which {{minVal}}\n name SwitchMinColor1\n xpos 2883\n ypos 739\n }\npush $N8d9639b0\n Multiply {\n channels rgb\n value {{multBase}}\n name Multiply3\n label \"mult black color\"\n xpos 2432\n ypos 63\n }\n Multiply {\n channels rgb\n value 2\n name Multiply4\n label \"hypot Extra Mult\\n\"\n xpos 2432\n ypos 95\n disable {{\"mergeOp == 1 ? 0 : 1\"}}\n }\npush $N8dd35090\n MergeExpression {\n inputs 2\n expr0 Br/Ar\n expr1 Bg/Ag\n expr2 Bb/Ab\n name MergeDivide1\n xpos 2432\n ypos 151\n }\n Invert {\n channels rgb\n name Invert2\n xpos 2432\n ypos 175\n }\n Clamp {\n channels rgb\n name Clamp2\n xpos 2432\n ypos 199\n }\n Gamma {\n channels rgb\n value {{rolloffGamma}}\n name Gamma2\n xpos 2432\n ypos 223\n }\n Dot {\n name Dot6\n xpos 2466\n ypos 366\n }\nset N8dd476b0 [stack 0]\n Dot {\n name Dot9\n xpos 2466\n ypos 480\n }\nset N8dd49a30 [stack 0]\n Dot {\n name Dot10\n xpos 2466\n ypos 588\n }\n Shuffle {\n red blue\n green blue\n alpha blue\n name Shuffle4\n tile_color 0x3fbfff\n label \"\\[value in] \\[ expr \\{ \\[value out2] == \\\"none\\\" ? \\\" \\\" : \\[concat --> \\[value out2]] \\}]\"\n xpos 2511\n ypos 581\n }\npush $N8de26340\npush $N8dd49a30\n Shuffle {\n red green\n blue green\n alpha green\n name Shuffle5\n tile_color 0xbf00ff\n label \"\\[value in] \\[ expr \\{ \\[value out2] == \\\"none\\\" ? \\\" \\\" : \\[concat --> \\[value out2]] \\}]\"\n xpos 2511\n ypos 473\n }\npush $N8de34ea0\npush $N8dd476b0\n Shuffle {\n green red\n blue red\n alpha red\n name Shuffle6\n tile_color 0xbf0000ff\n label \"\\[value in] \\[ expr \\{ \\[value out2] == \\\"none\\\" ? \\\" \\\" : \\[concat --> \\[value out2]] \\}]\"\n xpos 2517\n ypos 359\n }\npush $N8de4da70\npush $N8dd35090\n Merge2 {\n inputs 2+1\n operation {{parent.Settings.mergeOpNum}}\n bbox B\n Achannels {rgba.red -rgba.green -rgba.blue -rgba.alpha}\n Bchannels {rgba.red -rgba.green -rgba.blue -rgba.alpha}\n output {rgba.red -rgba.green -rgba.blue -rgba.alpha}\n maskChannelInput -rgba.red\n name Merge2\n label red\n xpos 2711\n ypos 359\n }\n Merge2 {\n inputs 2+1\n operation {{parent.Settings.mergeOpNum}}\n bbox B\n Achannels {-rgba.red rgba.green -rgba.blue -rgba.alpha}\n Bchannels {-rgba.red rgba.green -rgba.blue -rgba.alpha}\n output {-rgba.red rgba.green -rgba.blue -rgba.alpha}\n maskChannelInput -rgba.red\n name Merge6\n label green\n xpos 2711\n ypos 473\n }\n Merge2 {\n inputs 2+1\n operation {{parent.Settings.mergeOpNum}}\n bbox B\n Achannels {-rgba.red -rgba.green rgba.blue -rgba.alpha}\n Bchannels {-rgba.red -rgba.green rgba.blue -rgba.alpha}\n output {-rgba.red -rgba.green rgba.blue -rgba.alpha}\n maskChannelInput -rgba.red\n name Merge7\n label blue\n xpos 2711\n ypos 581\n }\n Merge2 {\n inputs 2\n operation max\n bbox B\n Achannels rgb\n Bchannels rgb\n output rgb\n name Merge8\n label \"Set Min Color\\nto Blackpoint\"\n xpos 2711\n ypos 730\n }\n Group {\n name PlotScanline\n tile_color 0x9c0000ff\n xpos 2711\n ypos 805\n addUserKnob {20 Controls}\n addUserKnob {4 mode l \"Sampling method\" M {\"Slice Per Pixel (faster)\" \"Slice Area (slower)\" \"Full Scanline\" \"\" \"\" \"\"}}\n mode \"Full Scanline\"\n addUserKnob {6 add2image l \"Add to original\" +STARTLINE}\n addUserKnob {6 Normalize -STARTLINE}\n addUserKnob {6 tonemap l \"Tone Map (HDRI)\" -STARTLINE}\n addUserKnob {6 curve l \"Plot as curve\" +STARTLINE}\n curve true\n addUserKnob {3 curveFat l \"Curve Thickness\" -STARTLINE}\n addUserKnob {3 sa l \"Sample Area\" t \"Disabled when using pr pixel method.\"}\n sa 1\n addUserKnob {7 lift l Lift R -1 1}\n addUserKnob {7 scale l Scale R 0 5}\n scale 1\n addUserKnob {26 \"\"}\n addUserKnob {12 p1 l \"Start Point\"}\n p1 {376 418}\n addUserKnob {12 p2 l \"End Point\" -STARTLINE}\n p2 {428.5 425.5}\n addUserKnob {26 \"\"}\n addUserKnob {26 \"\" l \"About \" T \"Plot Scanline v0.4 | theo@euqahuba.com\\nUse P1 to select your scanline and/or you start slice.\"}\n }\n Input {\n inputs 0\n name Input1\n xpos -480\n ypos 62\n }\nset N8d8817e0 [stack 0]\n Expression {\n temp_name0 length\n temp_expr0 sqrt(r*r+g*g+b*b)\n expr0 r/length\n expr1 g/length\n expr2 b/length\n name Normalize\n xpos -480\n ypos 108\n disable {{1-parent.Normalize i}}\n }\n Expression {\n expr0 r/(r+1)\n expr1 g/(g+1)\n expr2 b/(b+1)\n name tonamap\n xpos -480\n ypos 134\n disable {{1-parent.tonemap i}}\n }\nset N8d88b5b0 [stack 0]\n Expression {\n temp_name0 rExpr\n temp_expr0 \"min(max(0,\\r\\nceil(r(x,parent.p1.y)-((y/height+parent.lift)*parent.scale))),1)\"\n temp_name1 gExpr\n temp_expr1 \"min(max(0,\\r\\nceil(g(x,parent.p1.y)-((y/height+parent.lift)*parent.scale))),1)\"\n temp_name2 bExpr\n temp_expr2 \"min(max(0,\\r\\nceil(b(x,parent.p1.y)-((y/height+parent.lift)*parent.scale))),1)\"\n expr0 rExpr\n expr1 gExpr\n expr2 bExpr\n expr3 0\n name scanline\n xpos -302\n ypos 193\n addUserKnob {20 User}\n }\npush $N8d88b5b0\n Expression {\n temp_name0 rExpr\n temp_expr0 \"min(max(0,\\r\\nceil(r((x/width)*(parent.p2.x-parent.p1.x)+parent.p1.x,(x/width)*(parent.p2.y-parent.p1.y)+parent.p1.y,parent.sa,parent.sa)-((y/height+parent.lift)*parent.scale))),1)\"\n temp_name1 gExpr\n temp_expr1 \"min(max(0,\\r\\nceil(g((x/width)*(parent.p2.x-parent.p1.x)+parent.p1.x,(x/width)*(parent.p2.y-parent.p1.y)+parent.p1.y,parent.sa,parent.sa)-((y/height+parent.lift)*parent.scale))),1)\"\n temp_name2 bExpr\n temp_expr2 \"min(max(0,\\r\\nceil(b((x/width)*(parent.p2.x-parent.p1.x)+parent.p1.x,(x/width)*(parent.p2.y-parent.p1.y)+parent.p1.y,parent.sa,parent.sa)-((y/height+parent.lift)*parent.scale))),1)\"\n expr0 rExpr\n expr1 gExpr\n expr2 bExpr\n expr3 0\n name Expression_highQuality\n xpos -515\n ypos 197\n addUserKnob {20 User}\n }\npush $N8d88b5b0\n Expression {\n temp_name0 rExpr\n temp_expr0 \"min(max(0,\\r\\nceil(r((x/width)*(parent.p2.x-parent.p1.x)+parent.p1.x,(x/width)*(parent.p2.y-parent.p1.y)+parent.p1.y)-((y/height+parent.lift)*parent.scale))),1)\"\n temp_name1 gExpr\n temp_expr1 \"min(max(0,\\r\\nceil(g((x/width)*(parent.p2.x-parent.p1.x)+parent.p1.x,(x/width)*(parent.p2.y-parent.p1.y)+parent.p1.y)-((y/height+parent.lift)*parent.scale))),1)\"\n temp_name2 bExpr\n temp_expr2 \"min(max(0,\\r\\nceil(b((x/width)*(parent.p2.x-parent.p1.x)+parent.p1.x,(x/width)*(parent.p2.y-parent.p1.y)+parent.p1.y)-((y/height+parent.lift)*parent.scale))),1)\"\n expr0 rExpr\n expr1 gExpr\n expr2 bExpr\n expr3 0\n name perPixel\n xpos -419\n ypos 201\n addUserKnob {20 User}\n }\n Switch {\n inputs 3\n which {{parent.mode i}}\n name Switch2\n xpos -480\n ypos 253\n }\n Matrix {\n matrix {\n {0 1 0}\n {1 -4 1}\n {0 1 0}\n }\n name Matrix2\n xpos -480\n ypos 284\n disable {{-1+parent.curve i x70 1}}\n }\n Dilate {\n size {{parent.curveFat}}\n name Dilate1\n xpos -480\n ypos 326\n disable {{-1+parent.curve.main}}\n }\n Clamp {\n name Clamp1\n xpos -480\n ypos 383\n }\nset N8dd6f3b0 [stack 0]\npush $N8d8817e0\n Dot {\n name Dot1\n xpos -556\n ypos 66\n }\n Clamp {\n maximum 331\n name Clamp2\n xpos -590\n ypos 352\n }\n Merge2 {\n inputs 2\n operation plus\n bbox intersection\n name Merge1\n xpos -590\n ypos 394\n }\n Dot {\n name Dot2\n xpos -556\n ypos 433\n }\npush $N8dd6f3b0\n Switch {\n inputs 2\n which {{parent.add2image i}}\n name Switch1\n xpos -480\n ypos 430\n }\n Output {\n name Output1\n xpos -480\n ypos 470\n }\n end_group\n Dot {\n name Dot15\n note_font_size 41\n xpos 2745\n ypos 857\n }\nset N8d88db50 [stack 0]\n Shuffle {\n red white\n green white\n blue white\n alpha white\n name Shuffle7\n label \"\\[value in] \\[ expr \\{ \\[value out2] == \\\"none\\\" ? \\\" \\\" : \\[concat --> \\[value out2]] \\}]\"\n xpos 2821\n ypos 850\n }\n BlackOutside {\n name BlackOutside1\n xpos 2821\n ypos 882\n }\n Dilate {\n channels rgba\n size -2\n name Dilate1\n xpos 2821\n ypos 910\n }\n Invert {\n name Invert3\n xpos 2821\n ypos 934\n }\npush $N8d88db50\n Merge2 {\n inputs 2\n name Merge9\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 2711\n ypos 938\n }\n Group {\n name BinaryAlpha\n tile_color 0x2a2a2aff\n label \"(\\[value an] --> \\[value output1])\"\n note_font Verdana\n note_font_color 0xfffff9ff\n xpos 2711\n ypos 983\n addUserKnob {20 BinaryAlpha}\n addUserKnob {4 an l Analyze: M {rgb rgba alpha \"\" \"\" \"\"}}\n addUserKnob {4 output1 l Output: M {rgba alpha \"\" \"\" \"\" \"\"}}\n output1 alpha\n addUserKnob {20 info l Info}\n addUserKnob {26 creator l Creator: T \"Tony Lyons\"}\n addUserKnob {26 desc l Description: t \"Analyzes channel input and creates a binary result 0 or 1 and outputs it into output channel\" T BinaryAlpha}\n addUserKnob {26 ver l Version: T v03}\n }\n Input {\n inputs 0\n name Input\n xpos -398\n ypos 275\n }\n Expression {\n temp_name0 rgb_an\n temp_expr0 \"r !=0 || g!=0 || b!=0?1:0\"\n temp_name1 rgba_an\n temp_expr1 \"r!=0 || g!=0 || b!=0 || a!=0?1:0\"\n temp_name2 alpha_an\n temp_expr2 a!=0?1:0\n expr3 \"parent.an == 0 ? rgb_an : parent.an == 1 ? rgba_an : alpha_an\"\n name Expression\n xpos -398\n ypos 341\n }\n Shuffle {\n red alpha\n green alpha\n blue alpha\n name Shuffle\n label \"\\[value in]\"\n xpos -398\n ypos 367\n disable {{parent.output1}}\n }\n Output {\n name Output1\n xpos -398\n ypos 456\n }\n end_group\n Reformat {\n type \"to box\"\n box_height {{\"\\[exists parent.input0] ? parent.input.height : root.format.height\"}}\n resize height\n filter Impulse\n pbb true\n name Reformat2\n xpos 2711\n ypos 1041\n }\n Reformat {\n type \"to box\"\n box_width {{\"\\[exists parent.input0] ? parent.input.width : root.format.width\"}}\n box_height {{input.height}}\n resize none\n filter Impulse\n black_outside true\n pbb true\n name Reformat3\n xpos 2711\n ypos 1081\n }\n Dilate {\n channels rgba\n size 1\n name Dilate2\n xpos 2711\n ypos 1121\n }\n Dot {\n name Dot14\n note_font_size 41\n xpos 2745\n ypos 1192\n }\n Input {\n inputs 0\n name Inputmask\n xpos 864\n ypos 878\n number 2\n }\n Dot {\n name Dot29\n xpos 898\n ypos 1015\n }\npush $N7a523960\n Dot {\n name Dot33\n label \"Black Color\"\n note_font_size 41\n xpos 1631\n ypos 295\n }\n Dot {\n name Dot37\n note_font_size 41\n xpos 1631\n ypos 360\n }\nset N7a5235b0 [stack 0]\n Dot {\n name Dot34\n note_font_size 41\n xpos 1631\n ypos 474\n }\nset N7a51e4a0 [stack 0]\n Dot {\n name Dot35\n note_font_size 41\n xpos 1631\n ypos 582\n }\nset N7a520820 [stack 0]\n Dot {\n name Dot13\n note_font_size 41\n xpos 1631\n ypos 674\n }\nset N92018d80 [stack 0]\npush $N92018d80\npush $N920f36d0\n Multiply {\n channels rgb\n value 2\n name Multiply7\n label \"mult black color\"\n xpos 2106\n ypos 87\n }\npush $N8dd1b7b0\n Unpremult {\n name Unpremult1\n xpos 322\n ypos -16\n disable {{\"! premultInput\"}}\n }\n Dot {\n name Dot18\n xpos 356\n ypos 145\n }\nset N8d8b1320 [stack 0]\n Dot {\n name Dot22\n note_font_size 41\n xpos 1028\n ypos 145\n }\nset N920f9750 [stack 0]\n Dot {\n name Dot32\n note_font_size 41\n xpos 1852\n ypos 145\n }\nset N8dea12a0 [stack 0]\n MergeExpression {\n inputs 2\n expr0 Br/Ar\n expr1 Bg/Ag\n expr2 Bb/Ab\n name MergeDivide3\n xpos 2106\n ypos 142\n }\n Invert {\n channels rgb\n name Invert4\n xpos 2106\n ypos 166\n }\n Clamp {\n channels rgb\n name Clamp3\n xpos 2106\n ypos 190\n }\n Gamma {\n channels rgb\n value 0.51\n name Gamma3\n xpos 2106\n ypos 214\n }\n Dot {\n name Dot24\n xpos 2140\n ypos 360\n }\nset N8d9b6b10 [stack 0]\n Dot {\n name Dot25\n xpos 2140\n ypos 474\n }\nset N8d9b8fd0 [stack 0]\n Dot {\n name Dot27\n xpos 2140\n ypos 582\n }\n Shuffle {\n red blue\n green blue\n alpha blue\n name Shuffle8\n tile_color 0x3fbfff\n label \"\\[value in] \\[ expr \\{ \\[value out2] == \\\"none\\\" ? \\\" \\\" : \\[concat --> \\[value out2]] \\}]\"\n xpos 1990\n ypos 575\n }\npush $N7a520820\npush $N8d9b8fd0\n Shuffle {\n red green\n blue green\n alpha green\n name Shuffle9\n tile_color 0xbf00ff\n label \"\\[value in] \\[ expr \\{ \\[value out2] == \\\"none\\\" ? \\\" \\\" : \\[concat --> \\[value out2]] \\}]\"\n xpos 1990\n ypos 467\n }\npush $N7a51e4a0\npush $N8d9b6b10\n Shuffle {\n green red\n blue red\n alpha red\n name Shuffle10\n tile_color 0xbf0000ff\n label \"\\[value in] \\[ expr \\{ \\[value out2] == \\\"none\\\" ? \\\" \\\" : \\[concat --> \\[value out2]] \\}]\"\n xpos 1984\n ypos 353\n }\npush $N7a5235b0\npush $N8dea12a0\n Merge2 {\n inputs 2+1\n operation {{parent.Settings.mergeOpNum}}\n bbox B\n Achannels {rgba.red -rgba.green -rgba.blue -rgba.alpha}\n Bchannels {rgba.red -rgba.green -rgba.blue -rgba.alpha}\n output {rgba.red -rgba.green -rgba.blue -rgba.alpha}\n maskChannelInput -rgba.red\n name Merge11\n label red\n xpos 1818\n ypos 353\n }\n Merge2 {\n inputs 2+1\n operation {{parent.Settings.mergeOpNum}}\n bbox B\n Achannels {-rgba.red rgba.green -rgba.blue -rgba.alpha}\n Bchannels {-rgba.red rgba.green -rgba.blue -rgba.alpha}\n output {-rgba.red rgba.green -rgba.blue -rgba.alpha}\n maskChannelInput -rgba.red\n name Merge12\n label green\n xpos 1818\n ypos 467\n }\n Merge2 {\n inputs 2+1\n operation {{parent.Settings.mergeOpNum}}\n bbox B\n Achannels {-rgba.red -rgba.green rgba.blue -rgba.alpha}\n Bchannels {-rgba.red -rgba.green rgba.blue -rgba.alpha}\n output {-rgba.red -rgba.green rgba.blue -rgba.alpha}\n maskChannelInput -rgba.red\n name Merge13\n label blue\n xpos 1818\n ypos 575\n }\n Merge2 {\n inputs 2\n operation max\n bbox B\n Achannels rgb\n Bchannels rgb\n output rgb\n name Merge17\n label \"Set Min Color\\nto Blackpoint\"\n xpos 1818\n ypos 662\n }\n Dot {\n name Dot38\n note_font_size 41\n xpos 1852\n ypos 760\n }\n Switch {\n inputs 2\n which {{minVal}}\n name SwitchMinColor\n xpos 1597\n ypos 757\n }\npush $N8dc262e0\n Multiply {\n channels rgb\n value {{multBase}}\n name Multiply1\n label \"mult black color\"\n xpos 1138\n ypos 52\n }\n Multiply {\n channels rgb\n value 2\n name Multiply2\n label \"hypot Extra Mult\\n\"\n xpos 1138\n ypos 84\n disable {{\"mergeOp == 1 ? 0 : 1\"}}\n }\npush $N920f9750\n MergeExpression {\n inputs 2\n expr0 Br/Ar\n expr1 Bg/Ag\n expr2 Bb/Ab\n name MergeDivide\n xpos 1138\n ypos 194\n }\n Invert {\n channels rgb\n name Invert1\n xpos 1138\n ypos 239\n }\n Clamp {\n channels rgb\n name Clamp1\n xpos 1138\n ypos 263\n }\n Gamma {\n channels rgb\n value {{rolloffGamma}}\n name Gamma1\n xpos 1138\n ypos 287\n }\n Dot {\n name Dot19\n xpos 1172\n ypos 364\n }\nset N8d8cc9a0 [stack 0]\n Dot {\n name Dot20\n xpos 1172\n ypos 478\n }\nset N8d8ced20 [stack 0]\n Dot {\n name Dot21\n xpos 1172\n ypos 586\n }\n Shuffle {\n red blue\n green blue\n alpha blue\n name Shuffle3\n tile_color 0x3fbfff\n label \"\\[value in] \\[ expr \\{ \\[value out2] == \\\"none\\\" ? \\\" \\\" : \\[concat --> \\[value out2]] \\}]\"\n xpos 1022\n ypos 579\n }\npush $N8dc262e0\n Dot {\n name Dot23\n xpos 706\n ypos -151\n }\n Dot {\n name Dot8\n label \"Black Color\"\n note_font_size 41\n xpos 706\n ypos 293\n }\nset N8dcc6640 [stack 0]\n Dot {\n name Dot2\n note_font_size 41\n xpos 706\n ypos 404\n }\nset N8dcc8b00 [stack 0]\n Dot {\n name Dot3\n note_font_size 41\n xpos 706\n ypos 523\n }\npush $N8d8ced20\n Shuffle {\n red green\n blue green\n alpha green\n name Shuffle2\n tile_color 0xbf00ff\n label \"\\[value in] \\[ expr \\{ \\[value out2] == \\\"none\\\" ? \\\" \\\" : \\[concat --> \\[value out2]] \\}]\"\n xpos 1022\n ypos 471\n }\npush $N8dcc8b00\npush $N8d8cc9a0\n Shuffle {\n green red\n blue red\n alpha red\n name Shuffle1\n tile_color 0xbf0000ff\n label \"\\[value in] \\[ expr \\{ \\[value out2] == \\\"none\\\" ? \\\" \\\" : \\[concat --> \\[value out2]] \\}]\"\n xpos 1016\n ypos 357\n }\npush $N8dcc6640\npush $N8d8b1320\n Merge2 {\n inputs 2+1\n operation {{parent.Settings.mergeOpNum}}\n bbox B\n Achannels {rgba.red -rgba.green -rgba.blue -rgba.alpha}\n Bchannels {rgba.red -rgba.green -rgba.blue -rgba.alpha}\n output {rgba.red -rgba.green -rgba.blue -rgba.alpha}\n maskChannelInput -rgba.red\n name Merge3\n label red\n xpos 322\n ypos 357\n }\n Merge2 {\n inputs 2+1\n operation {{parent.Settings.mergeOpNum}}\n bbox B\n Achannels {-rgba.red rgba.green -rgba.blue -rgba.alpha}\n Bchannels {-rgba.red rgba.green -rgba.blue -rgba.alpha}\n output {-rgba.red rgba.green -rgba.blue -rgba.alpha}\n maskChannelInput -rgba.red\n name Merge4\n label green\n xpos 322\n ypos 471\n }\n Merge2 {\n inputs 2+1\n operation {{parent.Settings.mergeOpNum}}\n bbox B\n Achannels {-rgba.red -rgba.green rgba.blue -rgba.alpha}\n Bchannels {-rgba.red -rgba.green rgba.blue -rgba.alpha}\n output {-rgba.red -rgba.green rgba.blue -rgba.alpha}\n maskChannelInput -rgba.red\n name Merge5\n label blue\n xpos 322\n ypos 579\n }\n Merge2 {\n inputs 2\n operation max\n bbox B\n Achannels rgb\n Bchannels rgb\n output rgb\n name Merge1\n label \"Set Min Color\\nto Blackpoint\"\n xpos 322\n ypos 748\n }\n Premult {\n name Premult4\n xpos 322\n ypos 881\n disable {{\"! premultInput\"}}\n }\npush $N8dc35590\n Dot {\n name Dot28\n xpos -146\n ypos -418\n }\n Dot {\n name Dot30\n xpos -146\n ypos 1015\n }\n Merge2 {\n inputs 2+1\n operation copy\n bbox B\n Achannels {rgba.red rgba.green rgba.blue -rgba.alpha}\n Bchannels {rgba.red rgba.green rgba.blue -rgba.alpha}\n output {rgba.red rgba.green rgba.blue -rgba.alpha}\n name MergeKeymix\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 322\n ypos 1012\n }\n Merge2 {\n inputs 2\n name Merge10\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 322\n ypos 1189\n disable {{!previewPlotScan}}\n }\n Output {\n name Output1\n xpos 322\n ypos 1395\n }\n NoOp {\n inputs 0\n name Settings\n note_font_size 51\n xpos 2494\n ypos -414\n addUserKnob {20 User}\n addUserKnob {7 mergeOpNum l \"Merge Op Num\"}\n mergeOpNum {{\"mergeOp == 0 ? 24 : 13\"}}\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_BokehBuilder.gizmo", "content": "Group {\n inputs 0\n name BokehBuilder\n tile_color 0x242424ff\n note_font_color 0x91d5ffff\n selected true\n addUserKnob {20 mainSettings l main}\n addUserKnob {26 header l \"\" +STARTLINE T \"Bokeh Builder v1.0 \"}\n addUserKnob {26 subheader l \"\" +STARTLINE T \"by Kyran Bishop\"}\n addUserKnob {26 formatHeader l INVISIBLE +INVISIBLE}\n addUserKnob {41 format l INVISIBLE +INVISIBLE T Constant1.format}\n addUserKnob {26 qualityHeader l \"bokeh quality\"}\n addUserKnob {7 bokehQuality l quality}\n bokehQuality 0.2\n addUserKnob {26 typeHeader l \"bokeh controls\"}\n addUserKnob {4 bokehType l type M {circular spiked}}\n addUserKnob {7 bokehAnamorph l anamorph}\n addUserKnob {7 bokehRotation l rotation R -180 180}\n addUserKnob {7 bokehGamma l gamma}\n addUserKnob {6 grainEnable l grain +STARTLINE}\n addUserKnob {26 presetHeader l \"preset picker\"}\n addUserKnob {4 presetPicker l presets M {\"broken blue\" \"soft blue\" \"natural blue\" microscope \"hexagonal falloff\" \"ringed blue\" \"blue microscope\" \"purple haze\" \"dirty circle\" \"softer dirty circle\" \"super blue\" \"soft spike\"}}\n presetPicker \"soft spike\"\n addUserKnob {22 presetApply l \"apply preset\" -STARTLINE T \"import nuke\\n\\n#TEMPLATE\\n#nuke.thisNode()\\[''].setValue()\\n\\nnuke.thisNode()\\['bokehQuality'].setValue(0.25)\\n\\nif nuke.thisNode()\\['presetPicker'].value() == \\\"broken blue\\\":\\n\\tnuke.thisNode()\\['bokehType'].setValue(0)\\n\\tnuke.thisNode()\\['bokehAnamorph'].setValue(0)\\n\\tnuke.thisNode()\\['bokehRotation'].setValue(0)\\n\\tnuke.thisNode()\\['bokehGamma'].setValue(0)\\n\\tnuke.thisNode()\\['grainEnable'].setValue(1)\\n\\t#\\t\\n\\tnuke.thisNode()\\['noiseEnable'].setValue(1)\\n\\tnuke.thisNode()\\['noiseSize'].setValue(200)\\n\\tnuke.thisNode()\\['noiseGain'].setValue(0.835)\\n\\tnuke.thisNode()\\['noiseGamma'].setValue(0.135)\\n\\tnuke.thisNode()\\['noiseMix'].setValue(0.21)\\n\\t#\\n\\tnuke.thisNode()\\['naturalNoiseEnable'].setValue(1)\\n\\tnuke.thisNode()\\['naturalNoisePicker'].setValue(0)\\n\\tnuke.thisNode()\\['naturalNoiseSize'].setValue(0)\\n\\tnuke.thisNode()\\['naturalNoiseSoftness'].setValue(1.2)\\n\\tnuke.thisNode()\\['naturalNoiseGain'].setValue(0.3)\\n\\tnuke.thisNode()\\['naturalNoiseGamma'].setValue(0.2)\\n\\tnuke.thisNode()\\['naturalNoiseStrength'].setValue(0.495)\\n\\t#\\n\\tnuke.thisNode()\\['ringsEnable'].setValue(0)\\n\\tnuke.thisNode()\\['ringsThickness'].setValue(0.02)\\n\\tnuke.thisNode()\\['ringsStrength'].setValue(0.5)\\n\\t#\\n\\tnuke.thisNode()\\['chromaEnable'].setValue(1)\\n\\tnuke.thisNode()\\['innerChromaSize'].setValue(0)\\n\\tnuke.thisNode()\\['innerChromaFalloff'].setValue(0)\\n\\tnuke.thisNode()\\['innerChromaTint'].setValue(0, 0)\\n\\tnuke.thisNode()\\['innerChromaTint'].setValue(1, 1)\\n\\tnuke.thisNode()\\['innerChromaTint'].setValue(2, 2)\\n\\tnuke.thisNode()\\['innerChromaStrength'].setValue(0.5)\\n\\t#\\n\\tnuke.thisNode()\\['outerChromaEnable'].setValue(1)\\n\\tnuke.thisNode()\\['outerChromaSize'].setValue(23)\\n\\tnuke.thisNode()\\['outerChromaTint'].setValue(0, 0)\\n\\tnuke.thisNode()\\['outerChromaTint'].setValue(1, 1)\\n\\tnuke.thisNode()\\['outerChromaTint'].setValue(1, 2)\\n\\tnuke.thisNode()\\['outerChromaStrength'].setValue(1)\\n\\t#\\n\\tnuke.thisNode()\\['distortionEnable'].setValue(1)\\n\\tnuke.thisNode()\\['distortionSize'].setValue(100)\\n\\tnuke.thisNode()\\['noiseDetail'].setValue(5.95)\\n\\tnuke.thisNode()\\['distortionStrength'].setValue(2.8)\\n\\t#\\n\\tnuke.thisNode()\\['circularTypePicker'].setValue(6)\\n\\tnuke.thisNode()\\['spikedTypePicker'].setValue(0)\\n\\t\\nif nuke.thisNode()\\['presetPicker'].value() == \\\"soft blue\\\":\\n\\tnuke.thisNode()\\['bokehType'].setValue(0)\\n\\tnuke.thisNode()\\['bokehAnamorph'].setValue(0)\\n\\tnuke.thisNode()\\['bokehRotation'].setValue(0)\\n\\tnuke.thisNode()\\['bokehGamma'].setValue(0)\\n\\tnuke.thisNode()\\['grainEnable'].setValue(0)\\n\\t#\\t\\n\\tnuke.thisNode()\\['noiseEnable'].setValue(0)\\n\\tnuke.thisNode()\\['noiseSize'].setValue(200)\\n\\tnuke.thisNode()\\['noiseGain'].setValue(0.835)\\n\\tnuke.thisNode()\\['noiseGamma'].setValue(0.135)\\n\\tnuke.thisNode()\\['noiseMix'].setValue(0.21)\\n\\t#\\n\\tnuke.thisNode()\\['naturalNoiseEnable'].setValue(1)\\n\\tnuke.thisNode()\\['naturalNoisePicker'].setValue(1)\\n\\tnuke.thisNode()\\['naturalNoiseSize'].setValue(0)\\n\\tnuke.thisNode()\\['naturalNoiseSoftness'].setValue(0)\\n\\tnuke.thisNode()\\['naturalNoiseGain'].setValue(0.3)\\n\\tnuke.thisNode()\\['naturalNoiseGamma'].setValue(0.2)\\n\\tnuke.thisNode()\\['naturalNoiseStrength'].setValue(0.15)\\n\\t#\\n\\tnuke.thisNode()\\['ringsEnable'].setValue(0)\\n\\tnuke.thisNode()\\['ringsThickness'].setValue(0.02)\\n\\tnuke.thisNode()\\['ringsStrength'].setValue(0.5)\\n\\t#\\n\\tnuke.thisNode()\\['chromaEnable'].setValue(1)\\n\\tnuke.thisNode()\\['innerChromaSize'].setValue(0)\\n\\tnuke.thisNode()\\['innerChromaFalloff'].setValue(0)\\n\\tnuke.thisNode()\\['innerChromaTint'].setValue(0, 0)\\n\\tnuke.thisNode()\\['innerChromaTint'].setValue(1, 1)\\n\\tnuke.thisNode()\\['innerChromaTint'].setValue(2, 2)\\n\\tnuke.thisNode()\\['innerChromaStrength'].setValue(0.49)\\n\\t#\\n\\tnuke.thisNode()\\['outerChromaEnable'].setValue(1)\\n\\tnuke.thisNode()\\['outerChromaSize'].setValue(19)\\n\\tnuke.thisNode()\\['outerChromaTint'].setValue(0, 0)\\n\\tnuke.thisNode()\\['outerChromaTint'].setValue(4, 1)\\n\\tnuke.thisNode()\\['outerChromaTint'].setValue(4, 2)\\n\\tnuke.thisNode()\\['outerChromaStrength'].setValue(1)\\n\\t#\\n\\tnuke.thisNode()\\['distortionEnable'].setValue(0)\\n\\tnuke.thisNode()\\['distortionSize'].setValue(100)\\n\\tnuke.thisNode()\\['noiseDetail'].setValue(5.95)\\n\\tnuke.thisNode()\\['distortionStrength'].setValue(2.8)\\n\\t#\\n\\tnuke.thisNode()\\['circularTypePicker'].setValue(4)\\n\\tnuke.thisNode()\\['spikedTypePicker'].setValue(0)\\n\\t\\nif nuke.thisNode()\\['presetPicker'].value() == \\\"natural blue\\\":\\n\\tnuke.thisNode()\\['bokehType'].setValue(0)\\n\\tnuke.thisNode()\\['bokehAnamorph'].setValue(0)\\n\\tnuke.thisNode()\\['bokehRotation'].setValue(0)\\n\\tnuke.thisNode()\\['bokehGamma'].setValue(0)\\n\\tnuke.thisNode()\\['grainEnable'].setValue(0)\\n\\t#\\t\\n\\tnuke.thisNode()\\['noiseEnable'].setValue(1)\\n\\tnuke.thisNode()\\['noiseSize'].setValue(98)\\n\\tnuke.thisNode()\\['noiseGain'].setValue(0.755)\\n\\tnuke.thisNode()\\['noiseGamma'].setValue(0.035)\\n\\tnuke.thisNode()\\['noiseMix'].setValue(0.095)\\n\\t#\\n\\tnuke.thisNode()\\['naturalNoiseEnable'].setValue(1)\\n\\tnuke.thisNode()\\['naturalNoisePicker'].setValue(3)\\n\\tnuke.thisNode()\\['naturalNoiseSize'].setValue(0)\\n\\tnuke.thisNode()\\['naturalNoiseSoftness'].setValue(0.5)\\n\\tnuke.thisNode()\\['naturalNoiseGain'].setValue(0.63)\\n\\tnuke.thisNode()\\['naturalNoiseGamma'].setValue(0.24)\\n\\tnuke.thisNode()\\['naturalNoiseStrength'].setValue(0.24)\\n\\t#\\n\\tnuke.thisNode()\\['ringsEnable'].setValue(0)\\n\\tnuke.thisNode()\\['ringsThickness'].setValue(0.02)\\n\\tnuke.thisNode()\\['ringsStrength'].setValue(0.5)\\n\\t#\\n\\tnuke.thisNode()\\['chromaEnable'].setValue(1)\\n\\tnuke.thisNode()\\['innerChromaSize'].setValue(0)\\n\\tnuke.thisNode()\\['innerChromaFalloff'].setValue(0)\\n\\tnuke.thisNode()\\['innerChromaTint'].setValue(0, 0)\\n\\tnuke.thisNode()\\['innerChromaTint'].setValue(1, 1)\\n\\tnuke.thisNode()\\['innerChromaTint'].setValue(2, 2)\\n\\tnuke.thisNode()\\['innerChromaStrength'].setValue(0.49)\\n\\t#\\n\\tnuke.thisNode()\\['outerChromaEnable'].setValue(1)\\n\\tnuke.thisNode()\\['outerChromaSize'].setValue(19)\\n\\tnuke.thisNode()\\['outerChromaTint'].setValue(0, 0)\\n\\tnuke.thisNode()\\['outerChromaTint'].setValue(4, 1)\\n\\tnuke.thisNode()\\['outerChromaTint'].setValue(4, 2)\\n\\tnuke.thisNode()\\['outerChromaStrength'].setValue(1)\\n\\t#\\n\\tnuke.thisNode()\\['distortionEnable'].setValue(1)\\n\\tnuke.thisNode()\\['distortionSize'].setValue(22)\\n\\tnuke.thisNode()\\['noiseDetail'].setValue(0)\\n\\tnuke.thisNode()\\['distortionStrength'].setValue(8.5)\\n\\t#\\n\\tnuke.thisNode()\\['circularTypePicker'].setValue(1)\\n\\tnuke.thisNode()\\['spikedTypePicker'].setValue(0)\\n\\t\\nif nuke.thisNode()\\['presetPicker'].value() == \\\"microscope\\\":\\n\\tnuke.thisNode()\\['bokehType'].setValue(0)\\n\\tnuke.thisNode()\\['bokehAnamorph'].setValue(0)\\n\\tnuke.thisNode()\\['bokehRotation'].setValue(0)\\n\\tnuke.thisNode()\\['bokehGamma'].setValue(0)\\n\\tnuke.thisNode()\\['grainEnable'].setValue(1)\\n\\t#\\t\\n\\tnuke.thisNode()\\['noiseEnable'].setValue(1)\\n\\tnuke.thisNode()\\['noiseSize'].setValue(100)\\n\\tnuke.thisNode()\\['noiseGain'].setValue(0.66)\\n\\tnuke.thisNode()\\['noiseGamma'].setValue(0.41)\\n\\tnuke.thisNode()\\['noiseMix'].setValue(0.04)\\n\\t#\\n\\tnuke.thisNode()\\['naturalNoiseEnable'].setValue(1)\\n\\tnuke.thisNode()\\['naturalNoisePicker'].setValue(1)\\n\\tnuke.thisNode()\\['naturalNoiseSize'].setValue(0)\\n\\tnuke.thisNode()\\['naturalNoiseSoftness'].setValue(0)\\n\\tnuke.thisNode()\\['naturalNoiseGain'].setValue(0.55)\\n\\tnuke.thisNode()\\['naturalNoiseGamma'].setValue(0.39)\\n\\tnuke.thisNode()\\['naturalNoiseStrength'].setValue(0.31)\\n\\t#\\n\\tnuke.thisNode()\\['ringsEnable'].setValue(1)\\n\\tnuke.thisNode()\\['ringsThickness'].setValue(0.0392)\\n\\tnuke.thisNode()\\['ringsStrength'].setValue(0.545)\\n\\t#\\n\\tnuke.thisNode()\\['chromaEnable'].setValue(0)\\n\\tnuke.thisNode()\\['innerChromaSize'].setValue(0)\\n\\tnuke.thisNode()\\['innerChromaFalloff'].setValue(0)\\n\\tnuke.thisNode()\\['innerChromaTint'].setValue(1, 0)\\n\\tnuke.thisNode()\\['innerChromaTint'].setValue(1, 1)\\n\\tnuke.thisNode()\\['innerChromaTint'].setValue(1, 2)\\n\\tnuke.thisNode()\\['innerChromaStrength'].setValue(0.49)\\n\\t#\\n\\tnuke.thisNode()\\['outerChromaEnable'].setValue(0)\\n\\tnuke.thisNode()\\['outerChromaSize'].setValue(0)\\n\\tnuke.thisNode()\\['outerChromaTint'].setValue(1, 0)\\n\\tnuke.thisNode()\\['outerChromaTint'].setValue(1, 1)\\n\\tnuke.thisNode()\\['outerChromaTint'].setValue(1, 2)\\n\\tnuke.thisNode()\\['outerChromaStrength'].setValue(1)\\n\\t#\\n\\tnuke.thisNode()\\['distortionEnable'].setValue(1)\\n\\tnuke.thisNode()\\['distortionSize'].setValue(100)\\n\\tnuke.thisNode()\\['noiseDetail'].setValue(1)\\n\\tnuke.thisNode()\\['distortionStrength'].setValue(9)\\n\\t#\\n\\tnuke.thisNode()\\['circularTypePicker'].setValue(3)\\n\\tnuke.thisNode()\\['spikedTypePicker'].setValue(0)\\n\\nif nuke.thisNode()\\['presetPicker'].value() == \\\"hexagonal falloff\\\":\\n\\tnuke.thisNode()\\['bokehType'].setValue(1)\\n\\tnuke.thisNode()\\['bokehAnamorph'].setValue(0)\\n\\tnuke.thisNode()\\['bokehRotation'].setValue(0)\\n\\tnuke.thisNode()\\['bokehGamma'].setValue(0)\\n\\tnuke.thisNode()\\['grainEnable'].setValue(0)\\n\\t#\\t\\n\\tnuke.thisNode()\\['noiseEnable'].setValue(1)\\n\\tnuke.thisNode()\\['noiseSize'].setValue(100)\\n\\tnuke.thisNode()\\['noiseGain'].setValue(0.66)\\n\\tnuke.thisNode()\\['noiseGamma'].setValue(0.41)\\n\\tnuke.thisNode()\\['noiseMix'].setValue(0.01)\\n\\t#\\n\\tnuke.thisNode()\\['naturalNoiseEnable'].setValue(1)\\n\\tnuke.thisNode()\\['naturalNoisePicker'].setValue(0)\\n\\tnuke.thisNode()\\['naturalNoiseSize'].setValue(0)\\n\\tnuke.thisNode()\\['naturalNoiseSoftness'].setValue(0)\\n\\tnuke.thisNode()\\['naturalNoiseGain'].setValue(0.55)\\n\\tnuke.thisNode()\\['naturalNoiseGamma'].setValue(0.39)\\n\\tnuke.thisNode()\\['naturalNoiseStrength'].setValue(0.31)\\n\\t#\\n\\tnuke.thisNode()\\['ringsEnable'].setValue(0)\\n\\tnuke.thisNode()\\['ringsThickness'].setValue(0.0392)\\n\\tnuke.thisNode()\\['ringsStrength'].setValue(0.545)\\n\\t#\\n\\tnuke.thisNode()\\['chromaEnable'].setValue(0)\\n\\tnuke.thisNode()\\['innerChromaSize'].setValue(0)\\n\\tnuke.thisNode()\\['innerChromaFalloff'].setValue(0)\\n\\tnuke.thisNode()\\['innerChromaTint'].setValue(1, 0)\\n\\tnuke.thisNode()\\['innerChromaTint'].setValue(1, 1)\\n\\tnuke.thisNode()\\['innerChromaTint'].setValue(1, 2)\\n\\tnuke.thisNode()\\['innerChromaStrength'].setValue(0.49)\\n\\t#\\n\\tnuke.thisNode()\\['outerChromaEnable'].setValue(1)\\n\\tnuke.thisNode()\\['outerChromaSize'].setValue(13.5)\\n\\tnuke.thisNode()\\['outerChromaTint'].setValue(1, 0)\\n\\tnuke.thisNode()\\['outerChromaTint'].setValue(1, 1)\\n\\tnuke.thisNode()\\['outerChromaTint'].setValue(5, 2)\\n\\tnuke.thisNode()\\['outerChromaStrength'].setValue(1)\\n\\t#\\n\\tnuke.thisNode()\\['distortionEnable'].setValue(0)\\n\\tnuke.thisNode()\\['distortionSize'].setValue(100)\\n\\tnuke.thisNode()\\['noiseDetail'].setValue(1)\\n\\tnuke.thisNode()\\['distortionStrength'].setValue(0)\\n\\t#\\n\\tnuke.thisNode()\\['circularTypePicker'].setValue(0)\\n\\tnuke.thisNode()\\['spikedTypePicker'].setValue(3)\\n\\t\\nif nuke.thisNode()\\['presetPicker'].value() == \\\"ringed blue\\\":\\n\\tnuke.thisNode()\\['bokehType'].setValue(0)\\n\\tnuke.thisNode()\\['bokehAnamorph'].setValue(0)\\n\\tnuke.thisNode()\\['bokehRotation'].setValue(0)\\n\\tnuke.thisNode()\\['bokehGamma'].setValue(0.185)\\n\\tnuke.thisNode()\\['grainEnable'].setValue(1)\\n\\t#\\t\\n\\tnuke.thisNode()\\['noiseEnable'].setValue(1)\\n\\tnuke.thisNode()\\['noiseSize'].setValue(100)\\n\\tnuke.thisNode()\\['noiseGain'].setValue(0.66)\\n\\tnuke.thisNode()\\['noiseGamma'].setValue(0.41)\\n\\tnuke.thisNode()\\['noiseMix'].setValue(0.04)\\n\\t#\\n\\tnuke.thisNode()\\['naturalNoiseEnable'].setValue(1)\\n\\tnuke.thisNode()\\['naturalNoisePicker'].setValue(3)\\n\\tnuke.thisNode()\\['naturalNoiseSize'].setValue(0)\\n\\tnuke.thisNode()\\['naturalNoiseSoftness'].setValue(0)\\n\\tnuke.thisNode()\\['naturalNoiseGain'].setValue(0.55)\\n\\tnuke.thisNode()\\['naturalNoiseGamma'].setValue(0.39)\\n\\tnuke.thisNode()\\['naturalNoiseStrength'].setValue(0.2)\\n\\t#\\n\\tnuke.thisNode()\\['ringsEnable'].setValue(1)\\n\\tnuke.thisNode()\\['ringsThickness'].setValue(0.0392)\\n\\tnuke.thisNode()\\['ringsStrength'].setValue(0.695)\\n\\t#\\n\\tnuke.thisNode()\\['chromaEnable'].setValue(1)\\n\\tnuke.thisNode()\\['innerChromaSize'].setValue(43)\\n\\tnuke.thisNode()\\['innerChromaFalloff'].setValue(125)\\n\\tnuke.thisNode()\\['innerChromaTint'].setValue(1, 0)\\n\\tnuke.thisNode()\\['innerChromaTint'].setValue(1, 1)\\n\\tnuke.thisNode()\\['innerChromaTint'].setValue(4, 2)\\n\\tnuke.thisNode()\\['innerChromaStrength'].setValue(0.78)\\n\\t#\\n\\tnuke.thisNode()\\['outerChromaEnable'].setValue(1)\\n\\tnuke.thisNode()\\['outerChromaSize'].setValue(13.5)\\n\\tnuke.thisNode()\\['outerChromaTint'].setValue(4, 0)\\n\\tnuke.thisNode()\\['outerChromaTint'].setValue(4, 1)\\n\\tnuke.thisNode()\\['outerChromaTint'].setValue(0, 2)\\n\\tnuke.thisNode()\\['outerChromaStrength'].setValue(1)\\n\\t#\\n\\tnuke.thisNode()\\['distortionEnable'].setValue(1)\\n\\tnuke.thisNode()\\['distortionSize'].setValue(100)\\n\\tnuke.thisNode()\\['noiseDetail'].setValue(1)\\n\\tnuke.thisNode()\\['distortionStrength'].setValue(6)\\n\\t#\\n\\tnuke.thisNode()\\['circularTypePicker'].setValue(0)\\n\\tnuke.thisNode()\\['spikedTypePicker'].setValue(0)\\n\\nif nuke.thisNode()\\['presetPicker'].value() == \\\"blue microscope\\\":\\n\\tnuke.thisNode()\\['bokehType'].setValue(0)\\n\\tnuke.thisNode()\\['bokehAnamorph'].setValue(0)\\n\\tnuke.thisNode()\\['bokehRotation'].setValue(0)\\n\\tnuke.thisNode()\\['bokehGamma'].setValue(0.185)\\n\\tnuke.thisNode()\\['grainEnable'].setValue(1)\\n\\t#\\t\\n\\tnuke.thisNode()\\['noiseEnable'].setValue(1)\\n\\tnuke.thisNode()\\['noiseSize'].setValue(68)\\n\\tnuke.thisNode()\\['noiseGain'].setValue(0.66)\\n\\tnuke.thisNode()\\['noiseGamma'].setValue(0.41)\\n\\tnuke.thisNode()\\['noiseMix'].setValue(0.04)\\n\\t#\\n\\tnuke.thisNode()\\['naturalNoiseEnable'].setValue(1)\\n\\tnuke.thisNode()\\['naturalNoisePicker'].setValue(4)\\n\\tnuke.thisNode()\\['naturalNoiseSize'].setValue(0.1)\\n\\tnuke.thisNode()\\['naturalNoiseSoftness'].setValue(0)\\n\\tnuke.thisNode()\\['naturalNoiseGain'].setValue(0.535)\\n\\tnuke.thisNode()\\['naturalNoiseGamma'].setValue(0.405)\\n\\tnuke.thisNode()\\['naturalNoiseStrength'].setValue(0.45)\\n\\t#\\n\\tnuke.thisNode()\\['ringsEnable'].setValue(1)\\n\\tnuke.thisNode()\\['ringsThickness'].setValue(0.0392)\\n\\tnuke.thisNode()\\['ringsStrength'].setValue(0.28)\\n\\t#\\n\\tnuke.thisNode()\\['chromaEnable'].setValue(0)\\n\\tnuke.thisNode()\\['innerChromaSize'].setValue(0)\\n\\tnuke.thisNode()\\['innerChromaFalloff'].setValue(0)\\n\\tnuke.thisNode()\\['innerChromaTint'].setValue(1, 0)\\n\\tnuke.thisNode()\\['innerChromaTint'].setValue(2, 1)\\n\\tnuke.thisNode()\\['innerChromaTint'].setValue(2, 2)\\n\\tnuke.thisNode()\\['innerChromaStrength'].setValue(0.345)\\n\\t#\\n\\tnuke.thisNode()\\['outerChromaEnable'].setValue(1)\\n\\tnuke.thisNode()\\['outerChromaSize'].setValue(15)\\n\\tnuke.thisNode()\\['outerChromaTint'].setValue(1, 0)\\n\\tnuke.thisNode()\\['outerChromaTint'].setValue(5, 1)\\n\\tnuke.thisNode()\\['outerChromaTint'].setValue(5, 2)\\n\\tnuke.thisNode()\\['outerChromaStrength'].setValue(1)\\n\\t#\\n\\tnuke.thisNode()\\['distortionEnable'].setValue(1)\\n\\tnuke.thisNode()\\['distortionSize'].setValue(100)\\n\\tnuke.thisNode()\\['noiseDetail'].setValue(1)\\n\\tnuke.thisNode()\\['distortionStrength'].setValue(0.7)\\n\\t#\\n\\tnuke.thisNode()\\['circularTypePicker'].setValue(6)\\n\\tnuke.thisNode()\\['spikedTypePicker'].setValue(0)\\n\\nif nuke.thisNode()\\['presetPicker'].value() == \\\"purple haze\\\":\\n\\tnuke.thisNode()\\['bokehType'].setValue(0)\\n\\tnuke.thisNode()\\['bokehAnamorph'].setValue(0)\\n\\tnuke.thisNode()\\['bokehRotation'].setValue(0)\\n\\tnuke.thisNode()\\['bokehGamma'].setValue(0.185)\\n\\tnuke.thisNode()\\['grainEnable'].setValue(1)\\n\\t#\\t\\n\\tnuke.thisNode()\\['noiseEnable'].setValue(1)\\n\\tnuke.thisNode()\\['noiseSize'].setValue(100)\\n\\tnuke.thisNode()\\['noiseGain'].setValue(0.765)\\n\\tnuke.thisNode()\\['noiseGamma'].setValue(0.1)\\n\\tnuke.thisNode()\\['noiseMix'].setValue(0.08)\\n\\t#\\n\\tnuke.thisNode()\\['naturalNoiseEnable'].setValue(1)\\n\\tnuke.thisNode()\\['naturalNoisePicker'].setValue(1)\\n\\tnuke.thisNode()\\['naturalNoiseSize'].setValue(0)\\n\\tnuke.thisNode()\\['naturalNoiseSoftness'].setValue(4)\\n\\tnuke.thisNode()\\['naturalNoiseGain'].setValue(0.13)\\n\\tnuke.thisNode()\\['naturalNoiseGamma'].setValue(1)\\n\\tnuke.thisNode()\\['naturalNoiseStrength'].setValue(0.155)\\n\\t#\\n\\tnuke.thisNode()\\['ringsEnable'].setValue(1)\\n\\tnuke.thisNode()\\['ringsThickness'].setValue(0.0392)\\n\\tnuke.thisNode()\\['ringsStrength'].setValue(0.28)\\n\\t#\\n\\tnuke.thisNode()\\['chromaEnable'].setValue(1)\\n\\tnuke.thisNode()\\['innerChromaSize'].setValue(0)\\n\\tnuke.thisNode()\\['innerChromaFalloff'].setValue(0)\\n\\tnuke.thisNode()\\['innerChromaTint'].setValue(2, 0)\\n\\tnuke.thisNode()\\['innerChromaTint'].setValue(0, 1)\\n\\tnuke.thisNode()\\['innerChromaTint'].setValue(1.5, 2)\\n\\tnuke.thisNode()\\['innerChromaStrength'].setValue(1)\\n\\t#\\n\\tnuke.thisNode()\\['outerChromaEnable'].setValue(1)\\n\\tnuke.thisNode()\\['outerChromaSize'].setValue(19)\\n\\tnuke.thisNode()\\['outerChromaTint'].setValue(0, 0)\\n\\tnuke.thisNode()\\['outerChromaTint'].setValue(10, 1)\\n\\tnuke.thisNode()\\['outerChromaTint'].setValue(10, 2)\\n\\tnuke.thisNode()\\['outerChromaStrength'].setValue(1)\\n\\t#\\n\\tnuke.thisNode()\\['distortionEnable'].setValue(0)\\n\\tnuke.thisNode()\\['distortionSize'].setValue(100)\\n\\tnuke.thisNode()\\['noiseDetail'].setValue(1)\\n\\tnuke.thisNode()\\['distortionStrength'].setValue(0.7)\\n\\t#\\n\\tnuke.thisNode()\\['circularTypePicker'].setValue(4)\\n\\tnuke.thisNode()\\['spikedTypePicker'].setValue(0)\\n\\t\\nif nuke.thisNode()\\['presetPicker'].value() == \\\"dirty circle\\\":\\n\\tnuke.thisNode()\\['bokehType'].setValue(0)\\n\\tnuke.thisNode()\\['bokehAnamorph'].setValue(0)\\n\\tnuke.thisNode()\\['bokehRotation'].setValue(0)\\n\\tnuke.thisNode()\\['bokehGamma'].setValue(0.185)\\n\\tnuke.thisNode()\\['grainEnable'].setValue(1)\\n\\t#\\t\\n\\tnuke.thisNode()\\['noiseEnable'].setValue(1)\\n\\tnuke.thisNode()\\['noiseSize'].setValue(70)\\n\\tnuke.thisNode()\\['noiseGain'].setValue(0.63)\\n\\tnuke.thisNode()\\['noiseGamma'].setValue(0.41)\\n\\tnuke.thisNode()\\['noiseMix'].setValue(0.04)\\n\\t#\\n\\tnuke.thisNode()\\['naturalNoiseEnable'].setValue(1)\\n\\tnuke.thisNode()\\['naturalNoisePicker'].setValue(4)\\n\\tnuke.thisNode()\\['naturalNoiseSize'].setValue(0)\\n\\tnuke.thisNode()\\['naturalNoiseSoftness'].setValue(4)\\n\\tnuke.thisNode()\\['naturalNoiseGain'].setValue(0.585)\\n\\tnuke.thisNode()\\['naturalNoiseGamma'].setValue(0.18)\\n\\tnuke.thisNode()\\['naturalNoiseStrength'].setValue(0.595)\\n\\t#\\n\\tnuke.thisNode()\\['ringsEnable'].setValue(1)\\n\\tnuke.thisNode()\\['ringsThickness'].setValue(0.0472)\\n\\tnuke.thisNode()\\['ringsStrength'].setValue(0.615)\\n\\t#\\n\\tnuke.thisNode()\\['chromaEnable'].setValue(1)\\n\\tnuke.thisNode()\\['innerChromaSize'].setValue(0)\\n\\tnuke.thisNode()\\['innerChromaFalloff'].setValue(0)\\n\\tnuke.thisNode()\\['innerChromaTint'].setValue(0, 0)\\n\\tnuke.thisNode()\\['innerChromaTint'].setValue(0, 1)\\n\\tnuke.thisNode()\\['innerChromaTint'].setValue(1.5, 2)\\n\\tnuke.thisNode()\\['innerChromaStrength'].setValue(1)\\n\\t#\\n\\tnuke.thisNode()\\['outerChromaEnable'].setValue(1)\\n\\tnuke.thisNode()\\['outerChromaSize'].setValue(3.4)\\n\\tnuke.thisNode()\\['outerChromaTint'].setValue(0, 0)\\n\\tnuke.thisNode()\\['outerChromaTint'].setValue(5, 1)\\n\\tnuke.thisNode()\\['outerChromaTint'].setValue(5, 2)\\n\\tnuke.thisNode()\\['outerChromaStrength'].setValue(0.415)\\n\\t#\\n\\tnuke.thisNode()\\['distortionEnable'].setValue(1)\\n\\tnuke.thisNode()\\['distortionSize'].setValue(100)\\n\\tnuke.thisNode()\\['noiseDetail'].setValue(2.7)\\n\\tnuke.thisNode()\\['distortionStrength'].setValue(6)\\n\\t#\\n\\tnuke.thisNode()\\['circularTypePicker'].setValue(0)\\n\\tnuke.thisNode()\\['spikedTypePicker'].setValue(0)\\n\\nif nuke.thisNode()\\['presetPicker'].value() == \\\"softer dirty circle\\\":\\n\\tnuke.thisNode()\\['bokehType'].setValue(0)\\n\\tnuke.thisNode()\\['bokehAnamorph'].setValue(0)\\n\\tnuke.thisNode()\\['bokehRotation'].setValue(0)\\n\\tnuke.thisNode()\\['bokehGamma'].setValue(0.185)\\n\\tnuke.thisNode()\\['grainEnable'].setValue(1)\\n\\t#\\t\\n\\tnuke.thisNode()\\['noiseEnable'].setValue(1)\\n\\tnuke.thisNode()\\['noiseSize'].setValue(70)\\n\\tnuke.thisNode()\\['noiseGain'].setValue(0.63)\\n\\tnuke.thisNode()\\['noiseGamma'].setValue(0.13)\\n\\tnuke.thisNode()\\['noiseMix'].setValue(0.04)\\n\\t#\\n\\tnuke.thisNode()\\['naturalNoiseEnable'].setValue(1)\\n\\tnuke.thisNode()\\['naturalNoisePicker'].setValue(4)\\n\\tnuke.thisNode()\\['naturalNoiseSize'].setValue(0)\\n\\tnuke.thisNode()\\['naturalNoiseSoftness'].setValue(4)\\n\\tnuke.thisNode()\\['naturalNoiseGain'].setValue(0.585)\\n\\tnuke.thisNode()\\['naturalNoiseGamma'].setValue(0.18)\\n\\tnuke.thisNode()\\['naturalNoiseStrength'].setValue(0.595)\\n\\t#\\n\\tnuke.thisNode()\\['ringsEnable'].setValue(1)\\n\\tnuke.thisNode()\\['ringsThickness'].setValue(0.0472)\\n\\tnuke.thisNode()\\['ringsStrength'].setValue(0.615)\\n\\t#\\n\\tnuke.thisNode()\\['chromaEnable'].setValue(1)\\n\\tnuke.thisNode()\\['innerChromaSize'].setValue(0)\\n\\tnuke.thisNode()\\['innerChromaFalloff'].setValue(0)\\n\\tnuke.thisNode()\\['innerChromaTint'].setValue(0, 0)\\n\\tnuke.thisNode()\\['innerChromaTint'].setValue(0, 1)\\n\\tnuke.thisNode()\\['innerChromaTint'].setValue(1.5, 2)\\n\\tnuke.thisNode()\\['innerChromaStrength'].setValue(1)\\n\\t#\\n\\tnuke.thisNode()\\['outerChromaEnable'].setValue(1)\\n\\tnuke.thisNode()\\['outerChromaSize'].setValue(3.4)\\n\\tnuke.thisNode()\\['outerChromaTint'].setValue(0, 0)\\n\\tnuke.thisNode()\\['outerChromaTint'].setValue(5, 1)\\n\\tnuke.thisNode()\\['outerChromaTint'].setValue(5, 2)\\n\\tnuke.thisNode()\\['outerChromaStrength'].setValue(0.415)\\n\\t#\\n\\tnuke.thisNode()\\['distortionEnable'].setValue(1)\\n\\tnuke.thisNode()\\['distortionSize'].setValue(100)\\n\\tnuke.thisNode()\\['noiseDetail'].setValue(2.7)\\n\\tnuke.thisNode()\\['distortionStrength'].setValue(6)\\n\\t#\\n\\tnuke.thisNode()\\['circularTypePicker'].setValue(4)\\n\\tnuke.thisNode()\\['spikedTypePicker'].setValue(0)\\n\\nif nuke.thisNode()\\['presetPicker'].value() == \\\"super blue\\\":\\n\\tnuke.thisNode()\\['bokehType'].setValue(0)\\n\\tnuke.thisNode()\\['bokehAnamorph'].setValue(0.08)\\n\\tnuke.thisNode()\\['bokehRotation'].setValue(0)\\n\\tnuke.thisNode()\\['bokehGamma'].setValue(0.165)\\n\\tnuke.thisNode()\\['grainEnable'].setValue(1)\\n\\t#\\t\\n\\tnuke.thisNode()\\['noiseEnable'].setValue(1)\\n\\tnuke.thisNode()\\['noiseSize'].setValue(70)\\n\\tnuke.thisNode()\\['noiseGain'].setValue(0.32)\\n\\tnuke.thisNode()\\['noiseGamma'].setValue(0.105)\\n\\tnuke.thisNode()\\['noiseMix'].setValue(0.095)\\n\\t#\\n\\tnuke.thisNode()\\['naturalNoiseEnable'].setValue(1)\\n\\tnuke.thisNode()\\['naturalNoisePicker'].setValue(4)\\n\\tnuke.thisNode()\\['naturalNoiseSize'].setValue(0)\\n\\tnuke.thisNode()\\['naturalNoiseSoftness'].setValue(1.2)\\n\\tnuke.thisNode()\\['naturalNoiseGain'].setValue(0.375)\\n\\tnuke.thisNode()\\['naturalNoiseGamma'].setValue(0.69)\\n\\tnuke.thisNode()\\['naturalNoiseStrength'].setValue(1)\\n\\t#\\n\\tnuke.thisNode()\\['ringsEnable'].setValue(1)\\n\\tnuke.thisNode()\\['ringsThickness'].setValue(0.0472)\\n\\tnuke.thisNode()\\['ringsStrength'].setValue(0.615)\\n\\t#\\n\\tnuke.thisNode()\\['chromaEnable'].setValue(1)\\n\\tnuke.thisNode()\\['innerChromaSize'].setValue(11)\\n\\tnuke.thisNode()\\['innerChromaFalloff'].setValue(78)\\n\\tnuke.thisNode()\\['innerChromaTint'].setValue(0, 0)\\n\\tnuke.thisNode()\\['innerChromaTint'].setValue(5, 1)\\n\\tnuke.thisNode()\\['innerChromaTint'].setValue(10, 2)\\n\\tnuke.thisNode()\\['innerChromaStrength'].setValue(0.88)\\n\\t#\\n\\tnuke.thisNode()\\['outerChromaEnable'].setValue(1)\\n\\tnuke.thisNode()\\['outerChromaSize'].setValue(26.5)\\n\\tnuke.thisNode()\\['outerChromaTint'].setValue(0, 0)\\n\\tnuke.thisNode()\\['outerChromaTint'].setValue(4, 1)\\n\\tnuke.thisNode()\\['outerChromaTint'].setValue(10, 2)\\n\\tnuke.thisNode()\\['outerChromaStrength'].setValue(1)\\n\\t#\\n\\tnuke.thisNode()\\['distortionEnable'].setValue(1)\\n\\tnuke.thisNode()\\['distortionSize'].setValue(100)\\n\\tnuke.thisNode()\\['noiseDetail'].setValue(2.7)\\n\\tnuke.thisNode()\\['distortionStrength'].setValue(3.4)\\n\\t#\\n\\tnuke.thisNode()\\['circularTypePicker'].setValue(5)\\n\\tnuke.thisNode()\\['spikedTypePicker'].setValue(0)\\n\\nif nuke.thisNode()\\['presetPicker'].value() == \\\"soft spike\\\":\\n\\tnuke.thisNode()\\['bokehType'].setValue(1)\\n\\tnuke.thisNode()\\['bokehAnamorph'].setValue(0)\\n\\tnuke.thisNode()\\['bokehRotation'].setValue(0)\\n\\tnuke.thisNode()\\['bokehGamma'].setValue(0)\\n\\tnuke.thisNode()\\['grainEnable'].setValue(0)\\n\\t#\\t\\n\\tnuke.thisNode()\\['noiseEnable'].setValue(1)\\n\\tnuke.thisNode()\\['noiseSize'].setValue(86)\\n\\tnuke.thisNode()\\['noiseGain'].setValue(0.43)\\n\\tnuke.thisNode()\\['noiseGamma'].setValue(0.15)\\n\\tnuke.thisNode()\\['noiseMix'].setValue(0.055)\\n\\t#\\n\\tnuke.thisNode()\\['naturalNoiseEnable'].setValue(1)\\n\\tnuke.thisNode()\\['naturalNoisePicker'].setValue(3)\\n\\tnuke.thisNode()\\['naturalNoiseSize'].setValue(0)\\n\\tnuke.thisNode()\\['naturalNoiseSoftness'].setValue(1.2)\\n\\tnuke.thisNode()\\['naturalNoiseGain'].setValue(0.375)\\n\\tnuke.thisNode()\\['naturalNoiseGamma'].setValue(0.69)\\n\\tnuke.thisNode()\\['naturalNoiseStrength'].setValue(0.205)\\n\\t#\\n\\tnuke.thisNode()\\['ringsEnable'].setValue(0)\\n\\tnuke.thisNode()\\['ringsThickness'].setValue(0.0472)\\n\\tnuke.thisNode()\\['ringsStrength'].setValue(0.615)\\n\\t#\\n\\tnuke.thisNode()\\['chromaEnable'].setValue(1)\\n\\tnuke.thisNode()\\['innerChromaSize'].setValue(11)\\n\\tnuke.thisNode()\\['innerChromaFalloff'].setValue(78)\\n\\tnuke.thisNode()\\['innerChromaTint'].setValue(0, 0)\\n\\tnuke.thisNode()\\['innerChromaTint'].setValue(2, 1)\\n\\tnuke.thisNode()\\['innerChromaTint'].setValue(5, 2)\\n\\tnuke.thisNode()\\['innerChromaStrength'].setValue(1)\\n\\t#\\n\\tnuke.thisNode()\\['outerChromaEnable'].setValue(1)\\n\\tnuke.thisNode()\\['outerChromaSize'].setValue(10)\\n\\tnuke.thisNode()\\['outerChromaTint'].setValue(0, 0)\\n\\tnuke.thisNode()\\['outerChromaTint'].setValue(4, 1)\\n\\tnuke.thisNode()\\['outerChromaTint'].setValue(5, 2)\\n\\tnuke.thisNode()\\['outerChromaStrength'].setValue(0.385)\\n\\t#\\n\\tnuke.thisNode()\\['distortionEnable'].setValue(0)\\n\\tnuke.thisNode()\\['distortionSize'].setValue(100)\\n\\tnuke.thisNode()\\['noiseDetail'].setValue(2.7)\\n\\tnuke.thisNode()\\['distortionStrength'].setValue(3.4)\\n\\t#\\n\\tnuke.thisNode()\\['circularTypePicker'].setValue(0)\\n\\tnuke.thisNode()\\['spikedTypePicker'].setValue(2)\"}\n addUserKnob {26 uiControlHeader l \"UI controls\"}\n addUserKnob {22 resetButton l \"reset all\" T \"import nuke\\n\\n#TEMPLATE\\n#nuke.thisNode()\\[''].setValue()\\n\\nif nuke.ask('Are you sure you want to reset the bokeh shape? This cannot be undone!'):\\t\\n\\tnuke.thisNode()\\['bokehQuality'].setValue(0.2)\\n\\tnuke.thisNode()\\['bokehType'].setValue(0)\\n\\tnuke.thisNode()\\['bokehAnamorph'].setValue(0)\\n\\tnuke.thisNode()\\['bokehRotation'].setValue(0)\\n\\tnuke.thisNode()\\['bokehGamma'].setValue(0)\\n\\tnuke.thisNode()\\['grainEnable'].setValue(0)\\n\\t#\\t\\n\\tnuke.thisNode()\\['noiseEnable'].setValue(1)\\n\\tnuke.thisNode()\\['noiseSize'].setValue(100)\\n\\tnuke.thisNode()\\['noiseGain'].setValue(0.5)\\n\\tnuke.thisNode()\\['noiseGamma'].setValue(0.4)\\n\\tnuke.thisNode()\\['noiseMix'].setValue(0.05)\\n\\t#\\n\\tnuke.thisNode()\\['naturalNoiseEnable'].setValue(1)\\n\\tnuke.thisNode()\\['naturalNoisePicker'].setValue(0)\\n\\tnuke.thisNode()\\['naturalNoiseSize'].setValue(0)\\n\\tnuke.thisNode()\\['naturalNoiseSoftness'].setValue(0)\\n\\tnuke.thisNode()\\['naturalNoiseGain'].setValue(0)\\n\\tnuke.thisNode()\\['naturalNoiseGamma'].setValue(0.7)\\n\\tnuke.thisNode()\\['naturalNoiseStrength'].setValue(0.4)\\n\\t#\\n\\tnuke.thisNode()\\['ringsEnable'].setValue(0)\\n\\tnuke.thisNode()\\['ringsThickness'].setValue(0.04)\\n\\tnuke.thisNode()\\['ringsStrength'].setValue(0.1)\\n\\t#\\n\\tnuke.thisNode()\\['chromaEnable'].setValue(0)\\n\\tnuke.thisNode()\\['innerChromaSize'].setValue(0)\\n\\tnuke.thisNode()\\['innerChromaFalloff'].setValue(0)\\n\\tnuke.thisNode()\\['innerChromaTint'].setValue(1, 0)\\n\\tnuke.thisNode()\\['innerChromaTint'].setValue(1, 1)\\n\\tnuke.thisNode()\\['innerChromaTint'].setValue(1, 2)\\n\\tnuke.thisNode()\\['innerChromaStrength'].setValue(0.5)\\n\\t#\\n\\tnuke.thisNode()\\['outerChromaEnable'].setValue(0)\\n\\tnuke.thisNode()\\['outerChromaSize'].setValue(0)\\n\\tnuke.thisNode()\\['outerChromaTint'].setValue(1, 0)\\n\\tnuke.thisNode()\\['outerChromaTint'].setValue(1, 1)\\n\\tnuke.thisNode()\\['outerChromaTint'].setValue(1, 2)\\n\\tnuke.thisNode()\\['outerChromaStrength'].setValue(1)\\n\\t#\\n\\tnuke.thisNode()\\['distortionEnable'].setValue(0)\\n\\tnuke.thisNode()\\['distortionSize'].setValue(100)\\n\\tnuke.thisNode()\\['noiseDetail'].setValue(1)\\n\\tnuke.thisNode()\\['distortionStrength'].setValue(8.5)\\n\\t#\\n\\tnuke.thisNode()\\['circularTypePicker'].setValue(0)\\n\\tnuke.thisNode()\\['spikedTypePicker'].setValue(0)\" +STARTLINE}\n addUserKnob {20 globalTab l global}\n addUserKnob {26 globalOptionsHeader l \"global options\"}\n addUserKnob {20 noiseGrp l noise n 1}\n addUserKnob {6 noiseEnable l enable +STARTLINE}\n noiseEnable true\n addUserKnob {26 \"\"}\n addUserKnob {14 noiseSize l size R 0 100}\n noiseSize 100\n addUserKnob {7 noiseGain l gain R 0.1 1}\n noiseGain 0.5\n addUserKnob {7 noiseGamma l gamma}\n noiseGamma 0.4\n addUserKnob {26 \"\"}\n addUserKnob {7 noiseMix l strength}\n noiseMix 0.05\n addUserKnob {26 \"\"}\n addUserKnob {20 endGroup_3 l endGroup n -1}\n addUserKnob {20 naturalNoiseGrp l \"natural noise\" n 1}\n addUserKnob {6 naturalNoiseEnable l enable +STARTLINE}\n naturalNoiseEnable true\n addUserKnob {4 naturalNoisePicker l type M {wavy streaks blobs \"spiky blobs\" \"inverted blobs\"}}\n addUserKnob {26 \"\"}\n addUserKnob {14 naturalNoiseSize l size R 0 100}\n addUserKnob {14 naturalNoiseSoftness l softness R 0 100}\n addUserKnob {7 naturalNoiseGain l gain}\n addUserKnob {7 naturalNoiseGamma l gamma}\n naturalNoiseGamma 0.7\n addUserKnob {26 \"\"}\n addUserKnob {7 naturalNoiseStrength l strength}\n naturalNoiseStrength 0.4\n addUserKnob {26 \"\"}\n addUserKnob {20 endGroup_8 l endGroup n -1}\n addUserKnob {20 ringsGrp l rings n 1}\n ringsGrp 0\n addUserKnob {6 ringsEnable l enable +STARTLINE}\n addUserKnob {26 \"\"}\n addUserKnob {7 ringsThickness l thickness R 0 0.05}\n ringsThickness 0.04\n addUserKnob {26 thicknessDescriptor l \"\" +STARTLINE T \"(thick) < - - - > (thin)\"}\n addUserKnob {26 \"\"}\n addUserKnob {7 ringsStrength l strength}\n ringsStrength 0.1\n addUserKnob {26 \"\"}\n addUserKnob {20 endGroup_4 l endGroup n -1}\n addUserKnob {20 innerChromaGrp l \"inner chroma\" n 1}\n innerChromaGrp 0\n addUserKnob {6 chromaEnable l enable +STARTLINE}\n addUserKnob {26 \"\"}\n addUserKnob {14 innerChromaSize l size R 0 100}\n addUserKnob {7 innerChromaFalloff l falloff R 0 200}\n addUserKnob {18 innerChromaTint l tint}\n innerChromaTint {1 1 1}\n addUserKnob {6 innerChromaTint_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {26 \"\"}\n addUserKnob {7 innerChromaStrength l strength}\n innerChromaStrength 0.5\n addUserKnob {26 \"\"}\n addUserKnob {20 endGroup_5 l endGroup n -1}\n addUserKnob {20 outerChromaGrp l \"outer chroma\" n 1}\n outerChromaGrp 0\n addUserKnob {6 outerChromaEnable l enable +STARTLINE}\n addUserKnob {26 \"\"}\n addUserKnob {14 outerChromaSize l size R 0 100}\n addUserKnob {18 outerChromaTint l tint}\n outerChromaTint {1 1 1}\n addUserKnob {6 outerChromaTint_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {26 \"\"}\n addUserKnob {7 outerChromaStrength l strength}\n outerChromaStrength 1\n addUserKnob {26 \"\"}\n addUserKnob {20 endGroup_7 l endGroup n -1}\n addUserKnob {20 distortionGrp l distortion n 1}\n distortionGrp 0\n addUserKnob {6 distortionEnable l enable +STARTLINE}\n addUserKnob {26 \"\"}\n addUserKnob {14 distortionSize l size R 0 100}\n distortionSize 100\n addUserKnob {7 noiseDetail l detail R 1 10}\n noiseDetail 1\n addUserKnob {26 \"\"}\n addUserKnob {14 distortionStrength l strength R 0 100}\n distortionStrength 8.5\n addUserKnob {26 \"\"}\n addUserKnob {20 endGroup_6 l endGroup n -1}\n addUserKnob {20 typeTab l type}\n addUserKnob {26 typeHeader_1 l \"type options\"}\n addUserKnob {20 circularGrp l circular n 1}\n addUserKnob {4 circularTypePicker l type M {\"solid circle\" \"radial falloff\" \"smooth radial falloff\" \"soft outer clip\" \"inverted outer clip\" \"sharp split\" \"thin clip\" \"punch hole\" \"\"}}\n addUserKnob {20 endGroup n -1}\n addUserKnob {20 spikedGrp l spiked n 1}\n addUserKnob {4 spikedTypePicker l type M {\"medium incline\" \"short incline\" \"soft curves\" \"no incline\"}}\n addUserKnob {20 endGroup_1 l endGroup n -1}\n}\n Noise {\n inputs 0\n size {{parent.distortionSize}}\n lacunarity {{parent.noiseDetail}}\n center {640 360}\n name Noise2\n xpos -196\n ypos 959\n }\n Reformat {\n inputs 0\n type \"to box\"\n box_width 512\n box_height 512\n box_fixed true\n name Reformat2\n xpos 992\n ypos -312\n }\n Dot {\n name Dot38\n xpos 1026\n ypos -286\n }\nset N672a3400 [stack 0]\n Dot {\n name Dot41\n xpos 1864\n ypos -286\n }\n Flare {\n position {256 256}\n radius {80 113.15 120}\n size_mult 2\n ring_color 0.33\n inner_color 0.1\n outer_falloff 0.56\n inner_falloff 1.55\n flattening 0.7\n sharpness 0.98\n name Flare8\n xpos 1830\n ypos -222\n }\n Dot {\n name Dot37\n xpos 1864\n ypos 337\n }\npush $N672a3400\n Flare {\n position {256 256}\n radius {80 117.54 120}\n size_mult 2\n inner_color 1\n flattening 0.7\n sharpness 0.98\n name Flare7\n xpos 992\n ypos -251\n }\n Roto {\n output alpha\n curves {{{v x3f99999a}\n {f 0}\n {n\n {layer Root\n {f 2097152}\n {t x43800000 x43800000}\n {a pt1x 0 pt1y 0 pt2x 0 pt2y 0 pt3x 0 pt3y 0 pt4x 0 pt4y 0 ptex00 0 ptex01 0 ptex02 0 ptex03 0 ptex10 0 ptex11 0 ptex12 0 ptex13 0 ptex20 0 ptex21 0 ptex22 0 ptex23 0 ptex30 0 ptex31 0 ptex32 0 ptex33 0 ptof1x 0 ptof1y 0 ptof2x 0 ptof2y 0 ptof3x 0 ptof3y 0 ptof4x 0 ptof4y 0 pterr 0 ptrefset 0 ptmot x40800000 ptref 0}\n {curvegroup Bezier1 512 bezier\n {{cc\n {f 8192}\n {px x429e0000\n {0 0}\n {xc2635552 x41e40000}\n {0 0}\n {0 0}\n {x438000a9 x438000ac}\n {0 0}\n {0 0}\n {x43b0c000 xc21c0000}\n {0 0}}} idem}\n {tx x429e0000 x4325d555 x426f5555}\n {a osw x41200000 osf 0 str 1 spx x43800000 spy x43800000 sb 1 ltn x429e0000 ltm x429e0000 tt x40800000}}}}}}\n toolbox {selectAll {\n { selectAll str 1 ssx 1 ssy 1 sf 1 }\n { createBezier str 1 ssx 1 ssy 1 sf 1 sb 1 tt 4 }\n { createBezierCusped str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createBSpline str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createEllipse str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createRectangle str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createRectangleCusped str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { brush str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { eraser src 2 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { clone src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { reveal src 3 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { dodge src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { burn src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { blur src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { sharpen src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { smear src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n} }\n toolbar_brush_hardness 0.200000003\n toolbar_source_transform_scale {1 1}\n toolbar_source_transform_center {256 256}\n colorOverlay {0 0 0 0}\n lifetime_type \"all frames\"\n lifetime_start 79\n lifetime_end 79\n motionblur_shutter_offset_type centred\n source_black_outside true\n name Roto1\n xpos 992\n ypos -209\n }\n Premult {\n name Premult2\n xpos 992\n ypos -158\n }\nset N7cf6b400 [stack 0]\n Transform {\n rotate 60\n center {256 256}\n name Transform9\n xpos 1103\n ypos -129\n }\nset N7cf6b000 [stack 0]\n Transform {\n rotate {{parent.Transform9.rotate}}\n center {256 256}\n name Transform10\n xpos 1103\n ypos -79\n }\nset N7cf6ac00 [stack 0]\n Transform {\n rotate {{parent.Transform9.rotate}}\n center {256 256}\n name Transform11\n xpos 1103\n ypos -37\n }\nset N7cf6a800 [stack 0]\n Transform {\n rotate {{parent.Transform9.rotate}}\n center {256 256}\n name Transform12\n xpos 1103\n ypos 10\n }\nset N7cf6a400 [stack 0]\n Transform {\n rotate {{parent.Transform9.rotate}}\n center {256 256}\n name Transform13\n xpos 1103\n ypos 50\n }\nset N7cf6a000 [stack 0]\n Transform {\n rotate {{parent.Transform9.rotate}}\n center {256 256}\n name Transform14\n xpos 1103\n ypos 104\n }\n Roto {\n curves {{{v x3f99999a}\n {f 0}\n {n\n {layer Root\n {f 2097152}\n {t x43800000 x43800000}\n {a pt1x 0 pt1y 0 pt2x 0 pt2y 0 pt3x 0 pt3y 0 pt4x 0 pt4y 0 ptex00 0 ptex01 0 ptex02 0 ptex03 0 ptex10 0 ptex11 0 ptex12 0 ptex13 0 ptex20 0 ptex21 0 ptex22 0 ptex23 0 ptex30 0 ptex31 0 ptex32 0 ptex33 0 ptof1x 0 ptof1y 0 ptof2x 0 ptof2y 0 ptof3x 0 ptof3y 0 ptof4x 0 ptof4y 0 pterr 0 ptrefset 0 ptmot x40800000 ptref 0}\n {curvegroup Bezier3 512 bezier\n {{cc\n {f 8192}\n {px x429e0000\n {0 0}\n {x43538000 x439a0000}\n {0 0}\n {xc0400000 x40800000}\n {x434f0000 x43568000}\n {x40400000 xc0800000}\n {xc1800000 xc1e80000}\n {x439a4000 x43500000}\n {x41800000 x41e80000}\n {x40d00000 xc1780000}\n {x43a34000 x4386c000}\n {xc0d00000 x41780000}\n {x3fc00000 x3fc00000}\n {x435e0000 x439b0000}\n {xbfc00000 xbfc00000}}} idem}\n {tx x429e0000 x437f199a x43830000}\n {a osw x41200000 osf 0 str 1 spx x43800000 spy x43800000 sb 1 ltn x429e0000 ltm x429e0000 tt x40800000}}\n {curvegroup Bezier2 512 bezier\n {{cc\n {f 8192}\n {px x429e0000\n {0 0}\n {x43a3a666 x42533333}\n {0 0}\n {x3e999800 x3dccce00}\n {x43963333 x4205999a}\n {xbe999800 xbdccce00}\n {xbf666600 1}\n {x4396599a x41dccccd}\n {x3f666600 xbf800000}\n {xc1133340 x3f4ccce0}\n {x439d6666 x41a5999a}\n {x41133340 xbf4ccce0}\n {xbf800000 xc111999c}\n {x43a9a666 x41c66666}\n {1 x4111999c}\n {x40466680 xc0533340}\n {x43a8599a x422c6666}\n {xc0466680 x40533340}}} idem}\n {tx x429e0000 x439feeef x4206eeef}\n {a r 0 g 0 b 0 a 0 osw x41200000 osf 0 str 1 spx x43800000 spy x43800000 sb 1 ltn x429e0000 ltm x429e0000 tt x40800000}}\n {curvegroup Bezier1 512 bezier\n {{cc\n {f 8192}\n {px x429e0000\n {0 0}\n {x438aa333 x42633333}\n {0 0}\n {xbeccd000 1}\n {x438be666 x41b1999a}\n {x3eccd000 xbf800000}\n {xbfb33300 0}\n {x438d6684 x41b134ff}\n {x3fb33300 0}\n {xbf4cce00 xbf199980}\n {x43b6c2eb x42a4ce98}\n {x3f4cce00 x3f199980}\n {xbf999a00 xbfb33300}\n {x43d4cb40 x430aa9b0}\n {x3f999a00 x3fb33300}\n {x41266660 x40866660}\n {x43973333 x43006666}\n {xc1266660 xc0866660}}}\n {cc\n {f 8192}\n {px x429e0000\n {0 0}\n {xc010fe00 x3ed4da80}\n {0 0}\n {xbeccd000 1}\n {xbff23900 xbf5b6460}\n {x3eccd000 xbf800000}\n {xbfb33300 0}\n {0 xc0180000}\n {x3fb33300 0}\n {xbf4cce00 xbf199980}\n {x3f9f6f00 xbfc59f00}\n {x3f4cce00 x3f199980}\n {xbf999a00 xbfb33300}\n {x40a4f180 x400a2280}\n {x3f999a00 x3fb33300}\n {x41266660 x40866660}\n {0 0}\n {xc1266660 xc0866660}}}}\n {tx x429e0000 x43a15555 x42944445}\n {a osw x41200000 osf 0 str 1 spx x43800000 spy x43800000 sb 1 ltn x429e0000 ltm x429e0000 tt x40800000}}}}}}\n toolbox {selectAll {\n { selectAll str 1 ssx 1 ssy 1 sf 1 }\n { createBezier str 1 ssx 1 ssy 1 sf 1 sb 1 tt 4 }\n { createBezierCusped str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createBSpline str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createEllipse str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createRectangle str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createRectangleCusped str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { brush str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { eraser src 2 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { clone src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { reveal src 3 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { dodge src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { burn src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { blur src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { sharpen src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { smear src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n} }\n toolbar_brush_hardness 0.200000003\n toolbar_source_transform_scale {1 1}\n toolbar_source_transform_center {256 256}\n colorOverlay {0 0 0 0}\n lifetime_type \"all frames\"\n lifetime_start 79\n lifetime_end 79\n motionblur_shutter_offset_type centred\n source_black_outside true\n name Roto2\n xpos 1103\n ypos 130\n }\npush $N7cf6a000\npush $N7cf6a400\npush $N7cf6a800\npush $N7cf6ac00\npush $N7cf6b000\npush $N7cf6b400\n Merge2 {\n inputs 2\n name Merge22\n xpos 992\n ypos -96\n }\n Merge2 {\n inputs 2\n name Merge23\n xpos 992\n ypos -53\n }\n Merge2 {\n inputs 2\n name Merge24\n xpos 992\n ypos -11\n }\n Merge2 {\n inputs 2\n name Merge25\n xpos 992\n ypos 36\n }\n Merge2 {\n inputs 2\n name Merge26\n xpos 992\n ypos 111\n }\n Merge2 {\n inputs 2\n name Merge27\n xpos 992\n ypos 165\n }\nset N7fff3c00 [stack 0]\n Dot {\n name Dot35\n xpos 1136\n ypos 169\n }\nset N7fff3800 [stack 0]\n Dot {\n name Dot45\n xpos 1246\n ypos 169\n }\n Dot {\n name Dot46\n xpos 1246\n ypos -217\n }\n Dot {\n name Dot47\n xpos 1404\n ypos -217\n }\nset N7fff2c00 [stack 0]\n Dot {\n name Dot40\n xpos 1657\n ypos -217\n }\n Roto {\n curves {{{v x3f99999a}\n {f 0}\n {n\n {layer Root\n {f 2097152}\n {t x44200000 x43b40000}\n {a pt1x 0 pt1y 0 pt2x 0 pt2y 0 pt3x 0 pt3y 0 pt4x 0 pt4y 0 ptex00 0 ptex01 0 ptex02 0 ptex03 0 ptex10 0 ptex11 0 ptex12 0 ptex13 0 ptex20 0 ptex21 0 ptex22 0 ptex23 0 ptex30 0 ptex31 0 ptex32 0 ptex33 0 ptof1x 0 ptof1y 0 ptof2x 0 ptof2y 0 ptof3x 0 ptof3y 0 ptof4x 0 ptof4y 0 pterr 0 ptrefset 0 ptmot x40800000 ptref 0}\n {layer Layer6\n {f 512}\n {t x43800000 x43800000 0 0 0 0 0 0 x43960000}\n {a pt1x 0 pt1y 0 pt2x 0 pt2y 0 pt3x 0 pt3y 0 pt4x 0 pt4y 0 ptex00 0 ptex01 0 ptex02 0 ptex03 0 ptex10 0 ptex11 0 ptex12 0 ptex13 0 ptex20 0 ptex21 0 ptex22 0 ptex23 0 ptex30 0 ptex31 0 ptex32 0 ptex33 0 ptof1x 0 ptof1y 0 ptof2x 0 ptof2y 0 ptof3x 0 ptof3y 0 ptof4x 0 ptof4y 0 pterr 0 ptrefset 0 ptmot x40800000 ptref 0}\n {curvegroup Bezier1 512 bezier\n {{cc\n {f 8192}\n {px x429e0000\n {xbe4cd000 0}\n {x43def9f0 x43c58d06}\n {x3e4cd000 0}\n {x3f000000 x3ff33300}\n {x43dcf97c x43c0e62d}\n {xbf000000 xbff33300}\n {x3e4cc800 x40600000}\n {x43dbd960 x43baed22}\n {xbe4cc800 xc0600000}\n {xbe4cc800 x40399980}\n {x43dc199a x43b48ccd}\n {x3e4cc800 xc0399980}\n {x3dccd000 x40066680}\n {x43dca714 x43aecccd}\n {xbdccd000 xc0066680}\n {x40a999c0 xc0833300}\n {x43d5599a x43add99a}\n {xc0a999c0 x40833300}\n {x3f999900 xc11b3340}\n {x43ce6666 x43baa666}\n {xbf999900 x411b3340}\n {xc08cccc0 xbe4cd000}\n {x43d74000 x43c68000}\n {x408cccc0 x3e4cd000}}}\n {cc\n {f 8192}\n {px x429e0000\n {xbe4cd000 0}\n {x4023ab80 x3f7fa800}\n {x3e4cd000 0}\n {x3f000000 x3ff33300}\n {x400bf800 xbf57ce00}\n {xbf000000 xbff33300}\n {x3e4cc800 x40600000}\n {x4020a480 x3e144800}\n {xbe4cc800 xc0600000}\n {xbe4cc800 x40399980}\n {x401ebb00 xbd9df000}\n {x3e4cc800 xc0399980}\n {x3dccd000 x40066680}\n {x403de500 xc04d7d80}\n {xbdccd000 xc0066680}\n {x40a999c0 xc0833300}\n {0 0}\n {xc0a999c0 x40833300}\n {x3f999900 xc11b3340}\n {0 0}\n {xbf999900 x411b3340}\n {xc08cccc0 xbe4cd000}\n {xbe9ba000 x40498400}\n {x408cccc0 x3e4cd000}}}}\n {tx x429e0000 x43d97000 x43ba8666}\n {a osw x41200000 osf 0 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x40800000}}}\n {layer Layer5\n {f 512}\n {t x43800000 x43800000 0 0 0 0 0 0 x43700000}\n {a pt1x 0 pt1y 0 pt2x 0 pt2y 0 pt3x 0 pt3y 0 pt4x 0 pt4y 0 ptex00 0 ptex01 0 ptex02 0 ptex03 0 ptex10 0 ptex11 0 ptex12 0 ptex13 0 ptex20 0 ptex21 0 ptex22 0 ptex23 0 ptex30 0 ptex31 0 ptex32 0 ptex33 0 ptof1x 0 ptof1y 0 ptof2x 0 ptof2y 0 ptof3x 0 ptof3y 0 ptof4x 0 ptof4y 0 pterr 0 ptrefset 0 ptmot x40800000 ptref 0}\n {curvegroup Bezier1 512 bezier\n {{cc\n {f 8192}\n {px x429e0000\n {xbe4cd000 0}\n {x43def9f0 x43c58d06}\n {x3e4cd000 0}\n {x3f000000 x3ff33300}\n {x43dcf97c x43c0e62d}\n {xbf000000 xbff33300}\n {x3e4cc800 x40600000}\n {x43dbd960 x43baed22}\n {xbe4cc800 xc0600000}\n {xbe4cc800 x40399980}\n {x43dc199a x43b48ccd}\n {x3e4cc800 xc0399980}\n {x3dccd000 x40066680}\n {x43dca714 x43aecccd}\n {xbdccd000 xc0066680}\n {x40a999c0 xc0833300}\n {x43d5599a x43add99a}\n {xc0a999c0 x40833300}\n {x3f999900 xc11b3340}\n {x43ce6666 x43baa666}\n {xbf999900 x411b3340}\n {xc08cccc0 xbe4cd000}\n {x43d74000 x43c68000}\n {x408cccc0 x3e4cd000}}}\n {cc\n {f 8192}\n {px x429e0000\n {xbe4cd000 0}\n {x4023ab80 x3f7fa800}\n {x3e4cd000 0}\n {x3f000000 x3ff33300}\n {x400bf800 xbf57ce00}\n {xbf000000 xbff33300}\n {x3e4cc800 x40600000}\n {x4020a480 x3e144800}\n {xbe4cc800 xc0600000}\n {xbe4cc800 x40399980}\n {x401ebb00 xbd9df000}\n {x3e4cc800 xc0399980}\n {x3dccd000 x40066680}\n {x403de500 xc04d7d80}\n {xbdccd000 xc0066680}\n {x40a999c0 xc0833300}\n {0 0}\n {xc0a999c0 x40833300}\n {x3f999900 xc11b3340}\n {0 0}\n {xbf999900 x411b3340}\n {xc08cccc0 xbe4cd000}\n {xbe9ba000 x40498400}\n {x408cccc0 x3e4cd000}}}}\n {tx x429e0000 x43d97000 x43ba8666}\n {a osw x41200000 osf 0 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x40800000}}}\n {layer Layer4\n {f 512}\n {t x43800000 x43800000 0 0 0 0 0 0 x43340000}\n {a pt1x 0 pt1y 0 pt2x 0 pt2y 0 pt3x 0 pt3y 0 pt4x 0 pt4y 0 ptex00 0 ptex01 0 ptex02 0 ptex03 0 ptex10 0 ptex11 0 ptex12 0 ptex13 0 ptex20 0 ptex21 0 ptex22 0 ptex23 0 ptex30 0 ptex31 0 ptex32 0 ptex33 0 ptof1x 0 ptof1y 0 ptof2x 0 ptof2y 0 ptof3x 0 ptof3y 0 ptof4x 0 ptof4y 0 pterr 0 ptrefset 0 ptmot x40800000 ptref 0}\n {curvegroup Bezier1 512 bezier\n {{cc\n {f 8192}\n {px x429e0000\n {xbe4cd000 0}\n {x43def9f0 x43c58d06}\n {x3e4cd000 0}\n {x3f000000 x3ff33300}\n {x43dcf97c x43c0e62d}\n {xbf000000 xbff33300}\n {x3e4cc800 x40600000}\n {x43dbd960 x43baed22}\n {xbe4cc800 xc0600000}\n {xbe4cc800 x40399980}\n {x43dc199a x43b48ccd}\n {x3e4cc800 xc0399980}\n {x3dccd000 x40066680}\n {x43dca714 x43aecccd}\n {xbdccd000 xc0066680}\n {x40a999c0 xc0833300}\n {x43d5599a x43add99a}\n {xc0a999c0 x40833300}\n {x3f999900 xc11b3340}\n {x43ce6666 x43baa666}\n {xbf999900 x411b3340}\n {xc08cccc0 xbe4cd000}\n {x43d74000 x43c68000}\n {x408cccc0 x3e4cd000}}}\n {cc\n {f 8192}\n {px x429e0000\n {xbe4cd000 0}\n {x4023ab80 x3f7fa800}\n {x3e4cd000 0}\n {x3f000000 x3ff33300}\n {x400bf800 xbf57ce00}\n {xbf000000 xbff33300}\n {x3e4cc800 x40600000}\n {x4020a480 x3e144800}\n {xbe4cc800 xc0600000}\n {xbe4cc800 x40399980}\n {x401ebb00 xbd9df000}\n {x3e4cc800 xc0399980}\n {x3dccd000 x40066680}\n {x403de500 xc04d7d80}\n {xbdccd000 xc0066680}\n {x40a999c0 xc0833300}\n {0 0}\n {xc0a999c0 x40833300}\n {x3f999900 xc11b3340}\n {0 0}\n {xbf999900 x411b3340}\n {xc08cccc0 xbe4cd000}\n {xbe9ba000 x40498400}\n {x408cccc0 x3e4cd000}}}}\n {tx x429e0000 x43d97000 x43ba8666}\n {a osw x41200000 osf 0 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x40800000}}}\n {layer Layer3\n {f 512}\n {t x43800000 x43800000 0 0 0 0 0 0 x42f00000}\n {a pt1x 0 pt1y 0 pt2x 0 pt2y 0 pt3x 0 pt3y 0 pt4x 0 pt4y 0 ptex00 0 ptex01 0 ptex02 0 ptex03 0 ptex10 0 ptex11 0 ptex12 0 ptex13 0 ptex20 0 ptex21 0 ptex22 0 ptex23 0 ptex30 0 ptex31 0 ptex32 0 ptex33 0 ptof1x 0 ptof1y 0 ptof2x 0 ptof2y 0 ptof3x 0 ptof3y 0 ptof4x 0 ptof4y 0 pterr 0 ptrefset 0 ptmot x40800000 ptref 0}\n {curvegroup Bezier1 512 bezier\n {{cc\n {f 8192}\n {px x429e0000\n {xbe4cd000 0}\n {x43def9f0 x43c58d06}\n {x3e4cd000 0}\n {x3f000000 x3ff33300}\n {x43dcf97c x43c0e62d}\n {xbf000000 xbff33300}\n {x3e4cc800 x40600000}\n {x43dbd960 x43baed22}\n {xbe4cc800 xc0600000}\n {xbe4cc800 x40399980}\n {x43dc199a x43b48ccd}\n {x3e4cc800 xc0399980}\n {x3dccd000 x40066680}\n {x43dca714 x43aecccd}\n {xbdccd000 xc0066680}\n {x40a999c0 xc0833300}\n {x43d5599a x43add99a}\n {xc0a999c0 x40833300}\n {x3f999900 xc11b3340}\n {x43ce6666 x43baa666}\n {xbf999900 x411b3340}\n {xc08cccc0 xbe4cd000}\n {x43d74000 x43c68000}\n {x408cccc0 x3e4cd000}}}\n {cc\n {f 8192}\n {px x429e0000\n {xbe4cd000 0}\n {x4023ab80 x3f7fa800}\n {x3e4cd000 0}\n {x3f000000 x3ff33300}\n {x400bf800 xbf57ce00}\n {xbf000000 xbff33300}\n {x3e4cc800 x40600000}\n {x4020a480 x3e144800}\n {xbe4cc800 xc0600000}\n {xbe4cc800 x40399980}\n {x401ebb00 xbd9df000}\n {x3e4cc800 xc0399980}\n {x3dccd000 x40066680}\n {x403de500 xc04d7d80}\n {xbdccd000 xc0066680}\n {x40a999c0 xc0833300}\n {0 0}\n {xc0a999c0 x40833300}\n {x3f999900 xc11b3340}\n {0 0}\n {xbf999900 x411b3340}\n {xc08cccc0 xbe4cd000}\n {xbe9ba000 x40498400}\n {x408cccc0 x3e4cd000}}}}\n {tx x429e0000 x43d97000 x43ba8666}\n {a osw x41200000 osf 0 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x40800000}}}\n {layer Layer2\n {f 512}\n {t x43800000 x43800000 0 0 0 0 0 0 x42700000}\n {a pt1x 0 pt1y 0 pt2x 0 pt2y 0 pt3x 0 pt3y 0 pt4x 0 pt4y 0 ptex00 0 ptex01 0 ptex02 0 ptex03 0 ptex10 0 ptex11 0 ptex12 0 ptex13 0 ptex20 0 ptex21 0 ptex22 0 ptex23 0 ptex30 0 ptex31 0 ptex32 0 ptex33 0 ptof1x 0 ptof1y 0 ptof2x 0 ptof2y 0 ptof3x 0 ptof3y 0 ptof4x 0 ptof4y 0 pterr 0 ptrefset 0 ptmot x40800000 ptref 0}\n {curvegroup Bezier1 512 bezier\n {{cc\n {f 8192}\n {px x429e0000\n {xbe4cd000 0}\n {x43def9f0 x43c58d06}\n {x3e4cd000 0}\n {x3f000000 x3ff33300}\n {x43dcf97c x43c0e62d}\n {xbf000000 xbff33300}\n {x3e4cc800 x40600000}\n {x43dbd960 x43baed22}\n {xbe4cc800 xc0600000}\n {xbe4cc800 x40399980}\n {x43dc199a x43b48ccd}\n {x3e4cc800 xc0399980}\n {x3dccd000 x40066680}\n {x43dca714 x43aecccd}\n {xbdccd000 xc0066680}\n {x40a999c0 xc0833300}\n {x43d5599a x43add99a}\n {xc0a999c0 x40833300}\n {x3f999900 xc11b3340}\n {x43ce6666 x43baa666}\n {xbf999900 x411b3340}\n {xc08cccc0 xbe4cd000}\n {x43d74000 x43c68000}\n {x408cccc0 x3e4cd000}}}\n {cc\n {f 8192}\n {px x429e0000\n {xbe4cd000 0}\n {x4023ab80 x3f7fa800}\n {x3e4cd000 0}\n {x3f000000 x3ff33300}\n {x400bf800 xbf57ce00}\n {xbf000000 xbff33300}\n {x3e4cc800 x40600000}\n {x4020a480 x3e144800}\n {xbe4cc800 xc0600000}\n {xbe4cc800 x40399980}\n {x401ebb00 xbd9df000}\n {x3e4cc800 xc0399980}\n {x3dccd000 x40066680}\n {x403de500 xc04d7d80}\n {xbdccd000 xc0066680}\n {x40a999c0 xc0833300}\n {0 0}\n {xc0a999c0 x40833300}\n {x3f999900 xc11b3340}\n {0 0}\n {xbf999900 x411b3340}\n {xc08cccc0 xbe4cd000}\n {xbe9ba000 x40498400}\n {x408cccc0 x3e4cd000}}}}\n {tx x429e0000 x43d97000 x43ba8666}\n {a osw x41200000 osf 0 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x40800000}}}\n {layer Layer1\n {f 512}\n {t x43800000 x43800000}\n {a pt1x 0 pt1y 0 pt2x 0 pt2y 0 pt3x 0 pt3y 0 pt4x 0 pt4y 0 ptex00 0 ptex01 0 ptex02 0 ptex03 0 ptex10 0 ptex11 0 ptex12 0 ptex13 0 ptex20 0 ptex21 0 ptex22 0 ptex23 0 ptex30 0 ptex31 0 ptex32 0 ptex33 0 ptof1x 0 ptof1y 0 ptof2x 0 ptof2y 0 ptof3x 0 ptof3y 0 ptof4x 0 ptof4y 0 pterr 0 ptrefset 0 ptmot x40800000 ptref 0}\n {curvegroup Bezier1 512 bezier\n {{cc\n {f 8192}\n {px x429e0000\n {xbe4cd000 0}\n {x43def9f0 x43c58d06}\n {x3e4cd000 0}\n {x3f000000 x3ff33300}\n {x43dcf97c x43c0e62d}\n {xbf000000 xbff33300}\n {x3e4cc800 x40600000}\n {x43dbd960 x43baed22}\n {xbe4cc800 xc0600000}\n {xbe4cc800 x40399980}\n {x43dc199a x43b48ccd}\n {x3e4cc800 xc0399980}\n {x3dccd000 x40066680}\n {x43dca714 x43aecccd}\n {xbdccd000 xc0066680}\n {x40a999c0 xc0833300}\n {x43d5599a x43add99a}\n {xc0a999c0 x40833300}\n {x3f999900 xc11b3340}\n {x43ce6666 x43baa666}\n {xbf999900 x411b3340}\n {xc08cccc0 xbe4cd000}\n {x43d74000 x43c68000}\n {x408cccc0 x3e4cd000}}}\n {cc\n {f 8192}\n {px x429e0000\n {xbe4cd000 0}\n {x4023ab80 x3f7fa800}\n {x3e4cd000 0}\n {x3f000000 x3ff33300}\n {x400bf800 xbf57ce00}\n {xbf000000 xbff33300}\n {x3e4cc800 x40600000}\n {x4020a480 x3e144800}\n {xbe4cc800 xc0600000}\n {xbe4cc800 x40399980}\n {x401ebb00 xbd9df000}\n {x3e4cc800 xc0399980}\n {x3dccd000 x40066680}\n {x403de500 xc04d7d80}\n {xbdccd000 xc0066680}\n {x40a999c0 xc0833300}\n {0 0}\n {xc0a999c0 x40833300}\n {x3f999900 xc11b3340}\n {0 0}\n {xbf999900 x411b3340}\n {xc08cccc0 xbe4cd000}\n {xbe9ba000 x40498400}\n {x408cccc0 x3e4cd000}}}}\n {tx x429e0000 x43d97000 x43ba8666}\n {a osw x41200000 osf 0 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x40800000}}}}}}}\n toolbox {selectAll {\n { selectAll str 1 ssx 1 ssy 1 sf 1 }\n { createBezier str 1 ssx 1 ssy 1 sf 1 sb 1 tt 4 }\n { createBezierCusped str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createBSpline str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createEllipse str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createRectangle str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createRectangleCusped str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { brush str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { eraser src 2 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { clone src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { reveal src 3 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { dodge src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { burn src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { blur src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { sharpen src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { smear src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n} }\n toolbar_brush_hardness 0.200000003\n toolbar_source_transform_scale {1 1}\n toolbar_source_transform_center {640 360}\n colorOverlay {0 0 0 0}\n lifetime_type \"all frames\"\n lifetime_start 79\n lifetime_end 79\n view {}\n motionblur_on true\n motionblur_shutter_offset_type centred\n source_black_outside true\n name Roto4\n xpos 1623\n ypos -99\n }\n Grade {\n multiply 0.28\n name Grade18\n xpos 1623\n ypos -20\n }\n Dot {\n name Dot39\n xpos 1657\n ypos 54\n }\nset N7fff1c00 [stack 0]\n Dot {\n name Dot44\n xpos 1767\n ypos 54\n }\n FilterErode {\n channels all\n size 31\n name FilterErode7\n xpos 1733\n ypos 120\n }\n Blur {\n size 37\n name Blur12\n xpos 1733\n ypos 173\n }\npush $N7fff1c00\n Merge2 {\n inputs 2\n operation from\n mix 0.705\n name Merge21\n xpos 1623\n ypos 227\n }\n Dot {\n name Dot36\n xpos 1657\n ypos 290\n }\npush $N7fff2c00\n Roto {\n curves {{{v x3f99999a}\n {f 0}\n {n\n {layer Root\n {f 2097152}\n {t x44200000 x43b40000}\n {a pt1x 0 pt1y 0 pt2x 0 pt2y 0 pt3x 0 pt3y 0 pt4x 0 pt4y 0 ptex00 0 ptex01 0 ptex02 0 ptex03 0 ptex10 0 ptex11 0 ptex12 0 ptex13 0 ptex20 0 ptex21 0 ptex22 0 ptex23 0 ptex30 0 ptex31 0 ptex32 0 ptex33 0 ptof1x 0 ptof1y 0 ptof2x 0 ptof2y 0 ptof3x 0 ptof3y 0 ptof4x 0 ptof4y 0 pterr 0 ptrefset 0 ptmot x40800000 ptref 0}\n {layer Layer6\n {f 2097664}\n {t x43800000 x43800000 0 0 0 0 0 0 x43960000}\n {a pt1x 0 pt1y 0 pt2x 0 pt2y 0 pt3x 0 pt3y 0 pt4x 0 pt4y 0 ptex00 0 ptex01 0 ptex02 0 ptex03 0 ptex10 0 ptex11 0 ptex12 0 ptex13 0 ptex20 0 ptex21 0 ptex22 0 ptex23 0 ptex30 0 ptex31 0 ptex32 0 ptex33 0 ptof1x 0 ptof1y 0 ptof2x 0 ptof2y 0 ptof3x 0 ptof3y 0 ptof4x 0 ptof4y 0 pterr 0 ptrefset 0 ptmot x40800000 ptref 0}\n {curvegroup Bezier1 512 bezier\n {{cc\n {f 8192}\n {px x429e0000\n {0 0}\n {x43ddc380 x43c2ac85}\n {0 0}\n {0 0}\n {x436aabab x43ec7e7e}\n {0 0}\n {0 0}\n {x43681818 x43f6e7e8}\n {0 0}\n {0 0}\n {x43ede666 x43cb3333}\n {0 0}}}\n {cc\n {f 8192}\n {px x429e0000\n {0 0}\n {xbee5b000 xc01dde00}\n {0 0}\n {0 0}\n {xbfd7e700 xc02c0480}\n {0 0}\n {0 0}\n {0 0}\n {0 0}\n {0 0}\n {0 0}\n {0 0}}}}\n {tx x429e0000 x43acd99a x43dc0667}\n {a osw x41200000 osf 0 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x40800000 a 0 b 0 g 0 r 0}}}\n {layer Layer5\n {f 2097664}\n {t x43800000 x43800000 0 0 0 0 0 0 x43700000}\n {a pt1x 0 pt1y 0 pt2x 0 pt2y 0 pt3x 0 pt3y 0 pt4x 0 pt4y 0 ptex00 0 ptex01 0 ptex02 0 ptex03 0 ptex10 0 ptex11 0 ptex12 0 ptex13 0 ptex20 0 ptex21 0 ptex22 0 ptex23 0 ptex30 0 ptex31 0 ptex32 0 ptex33 0 ptof1x 0 ptof1y 0 ptof2x 0 ptof2y 0 ptof3x 0 ptof3y 0 ptof4x 0 ptof4y 0 pterr 0 ptrefset 0 ptmot x40800000 ptref 0}\n {curvegroup Bezier1 512 bezier\n {{cc\n {f 8192}\n {px x429e0000\n {0 0}\n {x43ddc380 x43c2ac85}\n {0 0}\n {0 0}\n {x436aabab x43ec7e7e}\n {0 0}\n {0 0}\n {x43681818 x43f6e7e8}\n {0 0}\n {0 0}\n {x43ede666 x43cb3333}\n {0 0}}}\n {cc\n {f 8192}\n {px x429e0000\n {0 0}\n {xbee5b000 xc01dde00}\n {0 0}\n {0 0}\n {xbfd7e700 xc02c0480}\n {0 0}\n {0 0}\n {0 0}\n {0 0}\n {0 0}\n {0 0}\n {0 0}}}}\n {tx x429e0000 x43acd99a x43dc0667}\n {a osw x41200000 osf 0 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x40800000 a 0 b 0 g 0 r 0}}}\n {layer Layer4\n {f 512}\n {t x43800000 x43800000 0 0 0 0 0 0 x43340000}\n {a pt1x 0 pt1y 0 pt2x 0 pt2y 0 pt3x 0 pt3y 0 pt4x 0 pt4y 0 ptex00 0 ptex01 0 ptex02 0 ptex03 0 ptex10 0 ptex11 0 ptex12 0 ptex13 0 ptex20 0 ptex21 0 ptex22 0 ptex23 0 ptex30 0 ptex31 0 ptex32 0 ptex33 0 ptof1x 0 ptof1y 0 ptof2x 0 ptof2y 0 ptof3x 0 ptof3y 0 ptof4x 0 ptof4y 0 pterr 0 ptrefset 0 ptmot x40800000 ptref 0}\n {curvegroup Bezier1 512 bezier\n {{cc\n {f 8192}\n {px x429e0000\n {0 0}\n {x43ddc380 x43c2ac85}\n {0 0}\n {0 0}\n {x436aabab x43ec7e7e}\n {0 0}\n {0 0}\n {x43681818 x43f6e7e8}\n {0 0}\n {0 0}\n {x43ede666 x43cb3333}\n {0 0}}}\n {cc\n {f 8192}\n {px x429e0000\n {0 0}\n {xbee5b000 xc01dde00}\n {0 0}\n {0 0}\n {xbfd7e700 xc02c0480}\n {0 0}\n {0 0}\n {0 0}\n {0 0}\n {0 0}\n {0 0}\n {0 0}}}}\n {tx x429e0000 x43acd99a x43dc0667}\n {a osw x41200000 osf 0 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x40800000 a 0 b 0 g 0 r 0}}}\n {layer Layer3\n {f 2097664}\n {t x43800000 x43800000 0 0 0 0 0 0 x42f00000}\n {a pt1x 0 pt1y 0 pt2x 0 pt2y 0 pt3x 0 pt3y 0 pt4x 0 pt4y 0 ptex00 0 ptex01 0 ptex02 0 ptex03 0 ptex10 0 ptex11 0 ptex12 0 ptex13 0 ptex20 0 ptex21 0 ptex22 0 ptex23 0 ptex30 0 ptex31 0 ptex32 0 ptex33 0 ptof1x 0 ptof1y 0 ptof2x 0 ptof2y 0 ptof3x 0 ptof3y 0 ptof4x 0 ptof4y 0 pterr 0 ptrefset 0 ptmot x40800000 ptref 0}\n {curvegroup Bezier1 512 bezier\n {{cc\n {f 8192}\n {px x429e0000\n {0 0}\n {x43ddc380 x43c2ac85}\n {0 0}\n {0 0}\n {x436aabab x43ec7e7e}\n {0 0}\n {0 0}\n {x43681818 x43f6e7e8}\n {0 0}\n {0 0}\n {x43ede666 x43cb3333}\n {0 0}}}\n {cc\n {f 8192}\n {px x429e0000\n {0 0}\n {xbee5b000 xc01dde00}\n {0 0}\n {0 0}\n {xbfd7e700 xc02c0480}\n {0 0}\n {0 0}\n {0 0}\n {0 0}\n {0 0}\n {0 0}\n {0 0}}}}\n {tx x429e0000 x43acd99a x43dc0667}\n {a osw x41200000 osf 0 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x40800000 a 0 b 0 g 0 r 0}}}\n {layer Layer2\n {f 2097664}\n {t x43800000 x43800000 0 0 0 0 0 0 x42700000}\n {a pt1x 0 pt1y 0 pt2x 0 pt2y 0 pt3x 0 pt3y 0 pt4x 0 pt4y 0 ptex00 0 ptex01 0 ptex02 0 ptex03 0 ptex10 0 ptex11 0 ptex12 0 ptex13 0 ptex20 0 ptex21 0 ptex22 0 ptex23 0 ptex30 0 ptex31 0 ptex32 0 ptex33 0 ptof1x 0 ptof1y 0 ptof2x 0 ptof2y 0 ptof3x 0 ptof3y 0 ptof4x 0 ptof4y 0 pterr 0 ptrefset 0 ptmot x40800000 ptref 0}\n {curvegroup Bezier1 512 bezier\n {{cc\n {f 8192}\n {px x429e0000\n {0 0}\n {x43ddc380 x43c2ac85}\n {0 0}\n {0 0}\n {x436aabab x43ec7e7e}\n {0 0}\n {0 0}\n {x43681818 x43f6e7e8}\n {0 0}\n {0 0}\n {x43ede666 x43cb3333}\n {0 0}}}\n {cc\n {f 8192}\n {px x429e0000\n {0 0}\n {xbee5b000 xc01dde00}\n {0 0}\n {0 0}\n {xbfd7e700 xc02c0480}\n {0 0}\n {0 0}\n {0 0}\n {0 0}\n {0 0}\n {0 0}\n {0 0}}}}\n {tx x429e0000 x43acd99a x43dc0667}\n {a osw x41200000 osf 0 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x40800000 a 0 b 0 g 0 r 0}}}\n {layer Layer1\n {f 512}\n {t x43800000 x43800000}\n {a pt1x 0 pt1y 0 pt2x 0 pt2y 0 pt3x 0 pt3y 0 pt4x 0 pt4y 0 ptex00 0 ptex01 0 ptex02 0 ptex03 0 ptex10 0 ptex11 0 ptex12 0 ptex13 0 ptex20 0 ptex21 0 ptex22 0 ptex23 0 ptex30 0 ptex31 0 ptex32 0 ptex33 0 ptof1x 0 ptof1y 0 ptof2x 0 ptof2y 0 ptof3x 0 ptof3y 0 ptof4x 0 ptof4y 0 pterr 0 ptrefset 0 ptmot x40800000 ptref 0}\n {curvegroup Bezier1 512 bezier\n {{cc\n {f 8192}\n {px x429e0000\n {0 0}\n {x43ddc380 x43c2ac85}\n {0 0}\n {0 0}\n {x436aabab x43ec7e7e}\n {0 0}\n {0 0}\n {x43681818 x43f6e7e8}\n {0 0}\n {0 0}\n {x43ede666 x43cb3333}\n {0 0}}}\n {cc\n {f 8192}\n {px x429e0000\n {0 0}\n {xbee5b000 xc01dde00}\n {0 0}\n {0 0}\n {xbfd7e700 xc02c0480}\n {0 0}\n {0 0}\n {0 0}\n {0 0}\n {0 0}\n {0 0}\n {0 0}}}}\n {tx x429e0000 x43acd99a x43dc0667}\n {a osw x41200000 osf 0 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x40800000 a 0 b 0 g 0 r 0}}}}}}}\n toolbox {selectAll {\n { selectAll str 1 ssx 1 ssy 1 sf 1 }\n { createBezier str 1 ssx 1 ssy 1 sf 1 sb 1 tt 4 }\n { createBezierCusped str 1 ssx 1 ssy 1 sf 1 sb 1 tt 5 }\n { createBSpline str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createEllipse str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createRectangle str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createRectangleCusped str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { brush str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { eraser src 2 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { clone src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { reveal src 3 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { dodge src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { burn src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { blur src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { sharpen src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { smear src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n} }\n toolbar_brush_hardness 0.200000003\n toolbar_source_transform_scale {1 1}\n toolbar_source_transform_center {640 360}\n color 0\n colorOverlay {0 0 0 0}\n lifetime_type \"all frames\"\n lifetime_start 79\n lifetime_end 79\n view {}\n motionblur_on true\n motionblur_shutter_offset_type centred\n source_black_outside true\n name Roto3\n xpos 1370\n ypos -55\n }\n Grade {\n multiply 0.32\n name Grade12\n xpos 1370\n ypos -12\n }\n Dot {\n name Dot43\n xpos 1404\n ypos 51\n }\nset N7ff67800 [stack 0]\n Dot {\n name Dot42\n xpos 1514\n ypos 51\n }\n FilterErode {\n channels all\n size 31\n name FilterErode4\n xpos 1480\n ypos 117\n }\n Blur {\n size 37\n name Blur11\n xpos 1480\n ypos 170\n }\npush $N7ff67800\n Merge2 {\n inputs 2\n operation from\n mix 0.705\n name Merge35\n xpos 1370\n ypos 224\n }\n Dot {\n name Dot34\n xpos 1404\n ypos 283\n }\npush $N7fff3800\n FilterErode {\n channels all\n size 5.5\n name FilterErode5\n xpos 1102\n ypos 210\n }\npush $N7fff3c00\n Merge2 {\n inputs 2\n operation from\n mix 0.365\n name Merge28\n xpos 992\n ypos 216\n }\n Grade {\n multiply 0.32\n name Grade16\n xpos 992\n ypos 265\n }\n Switch {\n inputs 4\n which {{parent.spikedTypePicker}}\n name Switch4\n xpos 992\n ypos 333\n }\n Reformat {\n type \"to box\"\n box_width {{\"root.width * parent.bokehQuality\"}}\n box_height {{\"root.width * parent.bokehQuality\"}}\n box_fixed true\n name Reformat3\n xpos 992\n ypos 376\n }\n Grain2 {\n name Grain2_1\n label \"Kodak 5248\"\n xpos 99\n ypos 500\n disable {{!parent.grainEnable}}\n red_m 0.17\n green_m 0.195\n blue_m 0.235\n black {0 0 0}\n minimum {0 0 0}\n maskgrain false\n }\n Constant {\n inputs 0\n channels rgba\n format \"512 512 0 0 512 512 1 square_512\"\n name Constant1\n xpos -78\n ypos -599\n }\n Crop {\n box {0 0 {\"root.width * parent.bokehQuality\"} {\"root.width * parent.bokehQuality\"}}\n reformat true\n crop false\n name Crop2\n xpos -78\n ypos -502\n }\n Dot {\n name Dot1\n xpos -44\n ypos -411\n }\n Dot {\n name Dot2\n xpos -44\n ypos -325\n }\nset N7feee000 [stack 0]\n Dot {\n name Dot20\n xpos 522\n ypos -325\n }\nset N7feedc00 [stack 0]\n Dot {\n name Dot24\n xpos 632\n ypos -325\n }\nset N7feed800 [stack 0]\n Dot {\n name Dot26\n xpos 733\n ypos -325\n }\nset N7feed400 [stack 0]\n Dot {\n name Dot28\n xpos 833\n ypos -325\n }\nset N7feed000 [stack 0]\n Flare {\n position {{\"parent.Crop2.box.r / 2\"} {\"parent.Crop2.box.t / 2\"}}\n radius {17.14 49.31 54.22}\n size_mult {{\"parent.Crop2.box.r / 256\"}}\n inner_color 1\n outer_falloff 0.31\n inner_falloff 1.75\n brightness 0.53\n vis_in 1.01\n vis_out 1.29\n vis_mask_size 3.15\n sharpness 0.93\n name Flare6\n xpos 861\n ypos -289\n }\npush $N7feed000\n Flare {\n position {{\"parent.Crop2.box.r / 2\"} {\"parent.Crop2.box.t / 2\"}}\n radius {96.09 117.08 120}\n size_mult {{\"parent.Crop2.box.r / 256\"}}\n ring_color 0.235\n inner_color 0.96\n outer_falloff 0.31\n inner_falloff 1.75\n brightness 0.53\n vis_in 1.01\n vis_out 1.29\n vis_mask_size 3.15\n sharpness 0.93\n name Flare5\n xpos 799\n ypos -260\n }\nset N7feec400 [stack 0]\n Merge2 {\n inputs 2\n operation from\n name Merge19\n xpos 861\n ypos -209\n }\n Dot {\n name Dot30\n xpos 895\n ypos -74\n }\npush $N7feec400\n Dot {\n name Dot29\n xpos 833\n ypos -105\n }\npush $N7feed400\n Flare {\n position {{\"parent.Crop2.box.r / 2\"} {\"parent.Crop2.box.t / 2\"}}\n radius {96.09 117.08 120}\n size_mult {{\"parent.Crop2.box.r / 256\"}}\n ring_color 0.125\n inner_color 0.74\n outer_falloff 0.52\n inner_falloff 0.31\n brightness 0.53\n vis_in 1.01\n vis_out 1.29\n vis_mask_size 3.15\n sharpness 0.93\n name Flare4\n xpos 699\n ypos -261\n }\n Dot {\n name Dot27\n xpos 733\n ypos -127\n }\npush $N7feed800\n Flare {\n position {{\"parent.Crop2.box.r / 2\"} {\"parent.Crop2.box.t / 2\"}}\n radius {96.09 120 120}\n size_mult {{\"parent.Crop2.box.r / 256\"}}\n ring_color 0.09\n inner_color 0.56\n brightness 0.53\n vis_in 1.01\n vis_out 1.29\n vis_mask_size 3.15\n sharpness 0.93\n name Flare3\n xpos 598\n ypos -261\n }\n Dot {\n name Dot25\n xpos 632\n ypos -147\n }\npush $N7feedc00\n Flare {\n position {{\"parent.Crop2.box.r / 2\"} {\"parent.Crop2.box.t / 2\"}}\n radius {101.93 120 120}\n size_mult {{\"parent.Crop2.box.r / 256\"}}\n ring_color 0.6\n inner_color 0.024\n brightness 0.53\n vis_in 1.01\n vis_out 1.29\n vis_mask_size 3.15\n sharpness 0.93\n name Flare2\n xpos 488\n ypos -261\n }\n Dot {\n name Dot21\n xpos 522\n ypos -164\n }\npush $N7feee000\n Flare {\n position {{\"parent.Crop2.box.r / 2\"} {\"parent.Crop2.box.t / 2\"}}\n radius {80 119 120}\n size_mult {{\"parent.Crop2.box.r / 256\"}}\n ring_color 0.6\n brightness 0.53\n vis_in 1.01\n vis_out 1.29\n vis_mask_size 3.15\n sharpness 0.93\n name Flare1\n xpos -78\n ypos -266\n }\nset N78be0800 [stack 0]\n Dot {\n name Dot4\n xpos 81\n ypos -262\n }\nset N78b8fc00 [stack 0]\n Dot {\n name Dot19\n xpos 295\n ypos -262\n }\nset N78b8f800 [stack 0]\n Blur {\n size 400\n name Blur10\n xpos 365\n ypos -213\n }\n Grade {\n whitepoint 0.56\n name Grade9\n xpos 365\n ypos -175\n }\npush $N78b8f800\n Merge2 {\n inputs 2\n operation from\n name Merge18\n xpos 261\n ypos -175\n }\n Dot {\n name Dot22\n xpos 295\n ypos -138\n }\npush $N78b8fc00\n Blur {\n size 100\n name Blur1\n xpos 151\n ypos -213\n }\npush $N78b8fc00\n Merge2 {\n inputs 2\n operation from\n mix 0.9\n name Merge1\n xpos 47\n ypos -207\n }\n Dot {\n name Dot23\n xpos 81\n ypos -160\n }\npush $N78be0800\n Switch {\n inputs 8\n which {{parent.circularTypePicker}}\n name Switch2\n xpos -78\n ypos -29\n }\n Blur {\n size 2.2\n name Blur13\n xpos -78\n ypos 47\n }\n Grain2 {\n name Grain2_2\n label \"Kodak 5248\"\n xpos -78\n ypos 424\n disable {{!parent.grainEnable}}\n red_m 0.17\n green_m 0.195\n blue_m 0.235\n black {0 0 0}\n minimum {0 0 0}\n maskgrain false\n }\n Switch {\n inputs 2\n which {{parent.bokehType}}\n name Switch1\n xpos -78\n ypos 535\n }\n Transform {\n rotate {{parent.bokehRotation}}\n scale {{\"1 - parent.bokehAnamorph\"} 1}\n center {{\"root.width * parent.bokehQuality / 2\"} {\"root.width * parent.bokehQuality / 2\"}}\n name Transform15\n xpos -78\n ypos 652\n }\n Copy {\n inputs 2\n from0 rgba.red\n to0 forward.u\n from1 rgba.red\n to1 forward.v\n name Copy1\n xpos -78\n ypos 977\n }\n IDistort {\n uv forward\n uv_scale {{parent.distortionStrength}}\n blur_scale 0.8\n name IDistort1\n xpos -78\n ypos 1029\n disable {{!parent.distortionEnable}}\n }\n Crop {\n box {0 0 {\"root.width * parent.bokehQuality\"} {\"root.width * parent.bokehQuality\"}}\n reformat true\n crop false\n name Crop3\n xpos -78\n ypos 1083\n }\n Transform {\n scale 0.86\n center {{\"root.width * parent.bokehQuality / 2\"} {\"root.width * parent.bokehQuality / 2\"}}\n name Transform16\n xpos -78\n ypos 1126\n }\n Clamp {\n name Clamp1\n xpos -78\n ypos 1172\n }\nset N78b12000 [stack 0]\n Shuffle {\n alpha red\n name Shuffle4\n xpos 682\n ypos 1178\n }\n Dot {\n name Dot12\n xpos 716\n ypos 3715\n }\nset N78b11800 [stack 0]\n Dot {\n name Dot15\n xpos 364\n ypos 3715\n }\n Dot {\n name Dot16\n xpos 364\n ypos 4041\n }\npush $N78b11800\n Dilate {\n size {{\"1 - parent.innerChromaSize\"}}\n name Dilate1\n xpos 682\n ypos 3760\n }\n Blur {\n size {{parent.innerChromaFalloff}}\n filter box\n name Blur6\n xpos 682\n ypos 3810\n }\n Clamp {\n name Clamp5\n xpos 682\n ypos 3848\n }\n Dot {\n name Dot14\n xpos 716\n ypos 3944\n }\n Reformat {\n inputs 0\n type \"to box\"\n box_width 500\n box_height 500\n box_fixed true\n name Reformat1\n xpos 32\n ypos 2994\n }\nset N803f3800 [stack 0]\n RotoPaint {\n curves {{{v x3f99999a}\n {f 0}\n {n\n {layer Root\n {f 2097152}\n {t x44200000 x43b40000}\n {a pt1x 0 pt1y 0 pt2x 0 pt2y 0 pt3x 0 pt3y 0 pt4x 0 pt4y 0 ptex00 0 ptex01 0 ptex02 0 ptex03 0 ptex10 0 ptex11 0 ptex12 0 ptex13 0 ptex20 0 ptex21 0 ptex22 0 ptex23 0 ptex30 0 ptex31 0 ptex32 0 ptex33 0 ptof1x 0 ptof1y 0 ptof2x 0 ptof2y 0 ptof3x 0 ptof3y 0 ptof4x 0 ptof4y 0 pterr 0 ptrefset 0 ptmot x40800000 ptref 0}\n {cubiccurve Brush87 512 catmullrom\n {cc\n {f 2080}\n {px x429e0000\n {x41900000 x43ef8000 1}\n {x41800000 x43ef8000 x3ec9324d}\n {x41700000 x43ef8000 x3ee5b96e}\n {x41700000 x43ef0000 x3f0aa2a9}\n {x41700000 x43ee8000 x3f0b22c9}\n {x41700000 x43ee0000 x3f0b22c9}\n {x41800000 x43ed8000 x3e80a028}}}\n {tx x429e0000 x417b6db7 x43eec925}\n {a ro 0 go 0 bo 0 ao 0 opc x3dcccccd bs x43790000 bu 1 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x41880000}}\n {cubiccurve Brush86 512 catmullrom\n {cc\n {f 2080}\n {px x429e0000\n {x42780000 x43e08000 x3ec1304c}\n {x42700000 x43e08000 x3efbbef0}}}\n {tx x429e0000 x42740000 x43e08000}\n {a ro 0 go 0 bo 0 ao 0 opc x3dcccccd bs x43790000 bu 1 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x41880000}}\n {cubiccurve Brush85 512 catmullrom\n {cc\n {f 2080}\n {px x429e0000\n {x43580000 x43e78000 1}}}\n {tx x429e0000 x43580000 x43e78000}\n {a ro 0 go 0 bo 0 ao 0 opc x3dcccccd bs x43790000 bu 1 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x41880000}}\n {cubiccurve Brush84 512 catmullrom\n {cc\n {f 2080}\n {px x429e0000\n {x43700000 x43ca0000 1}\n {x436f0000 x43ca0000 x3f05a168}\n {x436d0000 x43c98000 x3f2deb7b}\n {x436c0000 x43c98000 x3f2f6bdb}\n {x436c0000 x43c90000 x3f23e8fa}\n {x436a0000 x43c88000 0}}}\n {tx x429e0000 x436d0000 x43c96aab}\n {a ro 0 go 0 bo 0 ao 0 opc x3dcccccd bs x43790000 bu 1 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x41880000}}\n {cubiccurve Brush83 512 catmullrom\n {cc\n {f 2080}\n {px x429e0000\n {x43d58000 x43df0000 1}\n {x43d48000 x43df0000 x3f00e038}\n {x43d58000 x43de8000 x3edf37ce}}}\n {tx x429e0000 x43d52aab x43ded555}\n {a ro 0 go 0 bo 0 ao 0 opc x3dcccccd bs x43790000 bu 1 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x41880000}}\n {cubiccurve Brush82 512 catmullrom\n {cc\n {f 2080}\n {px x429e0000\n {x43d90000 x43de8000 1}}}\n {tx x429e0000 x43d90000 x43de8000}\n {a ro 0 go 0 bo 0 ao 0 opc x3dcccccd bs x43790000 bu 1 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x41880000}}\n {cubiccurve Brush81 512 catmullrom\n {cc\n {f 2080}\n {px x429e0000\n {x43d60000 x43e00000 1}}}\n {tx x429e0000 x43d60000 x43e00000}\n {a ro 0 go 0 bo 0 ao 0 opc x3dcccccd bs x43790000 bu 1 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x41880000}}\n {cubiccurve Brush80 512 catmullrom\n {cc\n {f 2080}\n {px x429e0000\n {x43d90000 x43f00000 x3eb02c0b}\n {x43d80000 x43f00000 x3ece338d}\n {x43d78000 x43f00000 x3ed0340d}\n {x43d78000 x43ef8000 x3ed0340d}\n {x43d80000 x43ef0000 0}}}\n {tx x429e0000 x43d80000 x43efb333}\n {a ro 0 go 0 bo 0 ao 0 opc x3dcccccd bs x43790000 bu 1 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x41880000}}\n {cubiccurve Brush79 512 catmullrom\n {cc\n {f 2080}\n {px x429e0000\n {x43e20000 x43d60000 1}\n {x43e18000 x43d60000 x3f15e579}\n {x43e18000 x43d58000 x3f1a268a}\n {x43e20000 x43d48000 x3ec6b1ac}}}\n {tx x429e0000 x43e1c000 x43d58000}\n {a ro 0 go 0 bo 0 ao 0 opc x3dcccccd bs x43790000 bu 1 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x41880000}}\n {cubiccurve Brush78 512 catmullrom\n {cc\n {f 2080}\n {px x429e0000\n {x42000000 x41a80000 1}\n {x42000000 x41a00000 x3f09e279}\n {x42000000 x41980000 x3f0a2289}\n {x42000000 x41900000 x3edb36ce}}}\n {tx x429e0000 x42000000 x419c0000}\n {a ro 0 go 0 bo 0 ao 0 opc x3dcccccd bs x43790000 bu 1 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x41880000}}\n {cubiccurve Brush77 512 catmullrom\n {cc\n {f 2080}\n {px x429e0000\n {x422c0000 x437a0000 1}\n {x42280000 x437a0000 x3ef1bc6f}\n {x42280000 x43780000 x3eae2b8b}}}\n {tx x429e0000 x42295555 x43795555}\n {a ro 0 go 0 bo 0 ao 0 opc x3dcccccd bs x43790000 bu 1 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x41880000}}\n {cubiccurve Brush76 512 catmullrom\n {cc\n {f 2080}\n {px x429e0000\n {x43d38000 x41f00000 x3eb0ac2b}\n {x43d30000 x41f00000 x3ec1304c}\n {x43d30000 x41e80000 x3ed5b56d}\n {x43d38000 x41e80000 x3f0ca329}\n {x43d40000 x41e80000 x3f0360d8}\n {x43d48000 x41e00000 x3e902409}}}\n {tx x429e0000 x43d39555 x41e95555}\n {a ro 0 go 0 bo 0 ao 0 opc x3dcccccd bs x43790000 bu 1 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x41880000}}\n {cubiccurve Brush75 512 catmullrom\n {cc\n {f 2080}\n {px x429e0000\n {x43710000 x423c0000 1}\n {x43700000 x423c0000 x3ed0b42d}\n {x43710000 x423c0000 x3f1ae6ba}\n {x43730000 x423c0000 x3f18661a}}}\n {tx x429e0000 x43714000 x423c0000}\n {a ro 0 go 0 bo 0 ao 0 opc x3dcccccd bs x43790000 bu 1 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x41880000}}\n {cubiccurve Brush74 512 catmullrom\n {cc\n {f 2080}\n {px x429e0000\n {x43908000 x434e0000 1}\n {x438f8000 x434e0000 x3f10e439}\n {x438f8000 x434d0000 x3f006018}\n {x438f8000 x434b0000 x3e822088}}}\n {tx x429e0000 x438fc000 x434d0000}\n {a ro 0 go 0 bo 0 ao 0 opc x3dcccccd bs x43790000 bu 1 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x41880000}}\n {cubiccurve Brush73 512 catmullrom\n {cc\n {f 2080}\n {px x429e0000\n {x43d00000 x43950000 1}\n {x43d00000 x43940000 x3ef93e50}\n {x43d00000 x43930000 x3e773dcf}}}\n {tx x429e0000 x43d00000 x43940000}\n {a ro 0 go 0 bo 0 ao 0 opc x3dcccccd bs x43790000 bu 1 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x41880000}}\n {cubiccurve Brush72 512 catmullrom\n {cc\n {f 2080}\n {px x429e0000\n {x43ec8000 x43690000 x3ed8360e}\n {x43ec8000 x43680000 x3ef53d4f}\n {x43ed8000 x43670000 x3ea0280a}}}\n {tx x429e0000 x43ecd555 x43680000}\n {a ro 0 go 0 bo 0 ao 0 opc x3dcccccd bs x43790000 bu 1 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x41880000}}\n {cubiccurve Brush71 512 catmullrom\n {cc\n {f 2080}\n {px x429e0000\n {x43fc8000 x43230000 x3ebfafec}\n {x43fc0000 x43230000 x3eecbb2f}\n {x43fb8000 x43230000 x3f08a229}\n {x43fb8000 x43220000 x3f1324c9}\n {x43fb8000 x43210000 x3f11e479}\n {x43fc0000 x43210000 x3ece338d}\n {x43fc8000 x43210000 x3df83e10}}}\n {tx x429e0000 x43fbedb7 x43220000}\n {a ro 0 go 0 bo 0 ao 0 opc x3dcccccd bs x43790000 bu 1 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x41880000}}\n {cubiccurve Brush70 512 catmullrom\n {cc\n {f 2080}\n {px x429e0000\n {x43c00000 x42ba0000 1}\n {x43c10000 x42ba0000 x3ece338d}\n {x43c10000 x42b60000 x3e152549}}}\n {tx x429e0000 x43c0aaab x42b8aaab}\n {a ro 0 go 0 bo 0 ao 0 opc x3dcccccd bs x43790000 bu 1 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x41880000}}\n {cubiccurve Brush69 512 catmullrom\n {cc\n {f 2080}\n {px x429e0000\n {x433f0000 x43310000 x3e842108}\n {x43400000 x43310000 x3eb5ad6b}}}\n {tx x429e0000 x433f8000 x43310000}\n {a ro 0 go 0 bo 0 ao 0 opc x3dcccccd bs x43790000 bu 1 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x41880000}}\n {cubiccurve Brush68 512 catmullrom\n {cc\n {f 2080}\n {px x429e0000\n {x43410000 x43360000 1}\n {x43430000 x43360000 x3ef7bdef}\n {x43440000 x43340000 x3ee5394e}\n {x43450000 x43330000 x3e94a529}}}\n {tx x429e0000 x43434000 x4334c000}\n {a ro 0 go 0 bo 0 ao 0 opc x3dcccccd bs x43790000 bu 1 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x41880000}}\n {cubiccurve Brush67 512 catmullrom\n {cc\n {f 2080}\n {px x429e0000\n {x43808000 x43040000 x3eae2b8b}\n {x43810000 x43030000 x3f0ae2b9}\n {x43818000 x43030000 x3eccb32d}\n {x43818000 x43020000 x3dfa3e90}}}\n {tx x429e0000 x43812000 x43030000}\n {a ro 0 go 0 bo 0 ao 0 opc x3dcccccd bs x43790000 bu 1 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x41880000}}\n {cubiccurve Brush66 512 catmullrom\n {cc\n {f 2080}\n {px x429e0000\n {x43170000 x43b00000 x3e723c8f}\n {x43170000 x43af0000 x3e6b3acf}}}\n {tx x429e0000 x43170000 x43af8000}\n {a ro 0 go 0 bo 0 ao 0 opc x3dcccccd bs x43790000 bu 1 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x41880000}}\n {cubiccurve Brush65 512 catmullrom\n {cc\n {f 2080}\n {px x429e0000\n {x429a0000 x43b70000 x3e7d3f50}\n {x429a0000 x43b60000 x3f01a068}\n {x429e0000 x43b58000 x3ea5294a}}}\n {tx x429e0000 x429b5555 x43b62aab}\n {a ro 0 go 0 bo 0 ao 0 opc x3dcccccd bs x43790000 bu 1 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x41880000}}\n {cubiccurve Brush64 512 catmullrom\n {cc\n {f 2080}\n {px x429e0000\n {x43950000 x43e80000 1}\n {x43940000 x43e80000 x3e9ba6ea}}}\n {tx x429e0000 x43948000 x43e80000}\n {a ro 0 go 0 bo 0 ao 0 opc x3dcccccd bs x43790000 bu 1 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x41880000}}\n {cubiccurve Brush63 512 catmullrom\n {cc\n {f 2080}\n {px x429e0000\n {x42100000 x43c60000 x3eda368e}\n {x421c0000 x43c60000 x3eb82e0c}}}\n {tx x429e0000 x42160000 x43c60000}\n {a ro 0 go 0 bo 0 ao 0 opc x3dcccccd bs x43790000 bu 1 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x41880000}}\n {cubiccurve Brush62 512 catmullrom\n {cc\n {f 2080}\n {px x429e0000\n {x43860000 x43940000 1}\n {x43858000 x43940000 x3ed8360e}\n {x43850000 x43940000 x3e52348d}}}\n {tx x429e0000 x43858000 x43940000}\n {a ro 0 go 0 bo 0 ao 0 opc x3dcccccd bs x43790000 bu 1 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x41880000}}\n {cubiccurve Brush61 512 catmullrom\n {cc\n {f 2080}\n {px x429e0000\n {x43bd8000 x435a0000 1}\n {x43bc8000 x435a0000 x3f02a0a8}\n {x43bd8000 x43590000 x3f0761d8}\n {x43be0000 x43590000 x3f0761d8}\n {x43bf8000 x43590000 x3ebdaf6c}\n {x43c10000 x43590000 0}}}\n {tx x429e0000 x43be5555 x43595555}\n {a ro 0 go 0 bo 0 ao 0 opc x3dcccccd bs x43790000 bu 1 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x41880000}}\n {cubiccurve Brush60 512 catmullrom\n {cc\n {f 2080}\n {px x429e0000\n {x42480000 x42f20000 x3ec2b0ac}\n {x42440000 x42f20000 x3ee4390e}\n {x42440000 x42f00000 x3f292a4b}\n {x42480000 x42f00000 x3ec0b02c}}}\n {tx x429e0000 x42460000 x42f10000}\n {a ro 0 go 0 bo 0 ao 0 opc x3dcccccd bs x43790000 bu 1 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x41880000}}\n {cubiccurve Brush59 512 catmullrom\n {cc\n {f 2080}\n {px x429e0000\n {x42f00000 x43520000 x3e862188}\n {x42ec0000 x43520000 x3ec8320d}\n {x42f00000 x43520000 x3f122489}\n {x42f20000 x43520000 x3edfb7ee}\n {x42f40000 x43520000 x3d042108}}}\n {tx x429e0000 x42f06666 x43520000}\n {a ro 0 go 0 bo 0 ao 0 opc x3dcccccd bs x43790000 bu 1 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x41880000}}\n {cubiccurve Brush58 512 catmullrom\n {cc\n {f 2080}\n {px x429e0000\n {x43a98000 x43ea0000 x3e50340d}\n {x43a98000 x43ea8000 x3ec5314c}\n {x43a80000 x43ea8000 x3efc3f10}\n {x43a80000 x43ea0000 x3ed8360e}\n {x43a80000 x43e90000 x3e842108}}}\n {tx x429e0000 x43a8999a x43ea0000}\n {a ro 0 go 0 bo 0 ao 0 opc x3f000000 bs x431b0000 bu 1 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x41880000}}\n {cubiccurve Brush57 512 catmullrom\n {cc\n {f 2080}\n {px x429e0000\n {x43f68000 x43b38000 x3ed0340d}\n {x43f68000 x43b28000 x3ea6a9aa}}}\n {tx x429e0000 x43f68000 x43b30000}\n {a ro 0 go 0 bo 0 ao 0 opc x3f000000 bs x431b0000 bu 1 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x41880000}}\n {cubiccurve Brush56 512 catmullrom\n {cc\n {f 2080}\n {px x429e0000\n {x43ec0000 x42880000 x3edeb7ae}\n {x43eb8000 x42880000 x3f0ae2b9}\n {x43eb8000 x42860000 x3f162589}}}\n {tx x429e0000 x43ebaaab x42875555}\n {a ro 0 go 0 bo 0 ao 0 opc x3f000000 bs x431b0000 bu 1 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x41880000}}\n {cubiccurve Brush55 512 catmullrom\n {cc\n {f 2080}\n {px x429e0000\n {x43878000 x42b20000 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{cc\n {f 2080}\n {px x429e0000\n {x41a80000 x42a60000 1}\n {x41a00000 x42a60000 x3ee2b8ae}\n {x41b80000 x42a60000 0}}}\n {tx x429e0000 x41aaaaab x42a60000}\n {a ro 0 go 0 bo 0 ao 0 opc x3f000000 bs x423c0000 bu 1 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x41880000}}\n {cubiccurve Brush39 512 catmullrom\n {cc\n {f 2080}\n {px x429e0000\n {x42080000 x42780000 1}\n {x42040000 x42780000 x3f046118}}}\n {tx x429e0000 x42060000 x42780000}\n {a ro 0 go 0 bo 0 ao 0 opc x3f000000 bs x423c0000 bu 1 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x41880000}}\n {cubiccurve Brush38 512 catmullrom\n {cc\n {f 2080}\n {px x429e0000\n {x43230000 x41f00000 1}\n {x43220000 x41f00000 x3f1ce73a}}}\n {tx x429e0000 x43228000 x41f00000}\n {a ro 0 go 0 bo 0 ao 0 opc x3f000000 bs x423c0000 bu 1 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x41880000}}\n {cubiccurve Brush37 512 catmullrom\n {cc\n {f 2080}\n {px x429e0000\n {x437f0000 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x3ef83e10}\n {x431b0000 x42ea0000 x3f32ecbb}\n {x431c0000 x42ea0000 x3f2febfb}\n {x431d0000 x42ea0000 x3f22689a}\n {x431f0000 x42e80000 x3e7d3f50}}}\n {tx x429e0000 x431c3333 x42e9999a}\n {a ro 0 go 0 bo 0 ao 0 opc x3f000000 bs x423c0000 bu 1 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x41880000}}\n {cubiccurve Brush34 512 catmullrom\n {cc\n {f 2080}\n {px x429e0000\n {x42740000 x43100000 1}\n {x42700000 x43100000 x3eff3fd0}\n {x42700000 x430f0000 x3f1b66da}\n {x42740000 x430f0000 x3f062188}\n {x42780000 x430f0000 x3eac2b0b}}}\n {tx x429e0000 x42733333 x430f6666}\n {a ro 0 go 0 bo 0 ao 0 opc x3f000000 bs x423c0000 bu 1 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x41880000}}\n {cubiccurve Brush33 512 catmullrom\n {cc\n {f 2080}\n {px x429e0000\n {x428c0000 x43400000 1}\n {x428a0000 x43400000 x3ee338ce}}}\n {tx x429e0000 x428b0000 x43400000}\n {a ro 0 go 0 bo 0 ao 0 opc x3f000000 bs x423c0000 bu 1 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x41880000}}\n {cubiccurve Brush32 512 catmullrom\n {cc\n {f 2080}\n {px x429e0000\n {x40a00000 x436d0000 x3eb7adeb}\n {x40c00000 x436c0000 x3ef3bcef}}}\n {tx x429e0000 x40b00000 x436c8000}\n {a ro 0 go 0 bo 0 ao 0 opc x3f000000 bs x423c0000 bu 1 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x41880000}}\n {cubiccurve Brush31 512 catmullrom\n {cc\n {f 2080}\n {px x429e0000\n {x42380000 x43988000 1}\n {x42380000 x43970000 x3d802008}}}\n {tx x429e0000 x42380000 x4397c000}\n {a ro 0 go 0 bo 0 ao 0 opc x3f000000 bs x423c0000 bu 1 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x41880000}}\n {cubiccurve Brush30 512 catmullrom\n {cc\n {f 2080}\n {px x429e0000\n {x430f0000 x43b08000 1}\n {x430e0000 x43b08000 x3ed4b52d}\n {x430d0000 x43b08000 x3ed4b52d}}}\n {tx x429e0000 x430e0000 x43b08000}\n {a ro 0 go 0 bo 0 ao 0 opc x3f000000 bs x423c0000 bu 1 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt 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512 catmullrom\n {cc\n {f 2080}\n {px x429e0000\n {x438d0000 x43c10000 1}\n {x438e0000 x43c10000 x3ec4310c}\n {x438e0000 x43c00000 x3e152549}}}\n {tx x429e0000 x438daaab x43c0aaab}\n {a ro 0 go 0 bo 0 ao 0 opc x3f000000 bs x423c0000 bu 1 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x41880000}}\n {cubiccurve Brush25 512 catmullrom\n {cc\n {f 2080}\n {px x429e0000\n {x439d0000 x43de0000 x3f002008}\n {x439c8000 x43de0000 1}\n {x439d0000 x43dd8000 x3eefbbef}}}\n {tx x429e0000 x439cd555 x43ddd555}\n {a ro 0 go 0 bo 0 ao 0 opc x3f000000 bs x423c0000 bu 1 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x41880000}}\n {cubiccurve Brush24 512 catmullrom\n {cc\n {f 2080}\n {px x429e0000\n {x43560000 x43ea0000 x3e723c8f}\n {x43580000 x43ea0000 x3ebe2f8c}\n {x43580000 x43ea8000 x3f19a66a}\n {x43580000 x43ea0000 x3f1725c9}}}\n {tx x429e0000 x43578000 x43ea2000}\n {a ro 0 go 0 bo 0 ao 0 opc x3f000000 bs x423c0000 bu 1 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x41880000}}\n {cubiccurve Brush23 512 catmullrom\n {cc\n {f 2080}\n {px x429e0000\n {x431f0000 x43cc0000 1}\n {x431e0000 x43cc0000 x3eeb3acf}\n {x431e0000 x43cc8000 x3f12e4b9}}}\n {tx x429e0000 x431e5555 x43cc2aab}\n {a ro 0 go 0 bo 0 ao 0 opc x3f000000 bs x423c0000 bu 1 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x41880000}}\n {cubiccurve Brush22 512 catmullrom\n {cc\n {f 2080}\n {px x429e0000\n {x43600000 x43b80000 x3e743d0f}\n {x43610000 x43b80000 x3ed5354d}}}\n {tx x429e0000 x43608000 x43b80000}\n {a ro 0 go 0 bo 0 ao 0 opc x3f000000 bs x423c0000 bu 1 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x41880000}}\n {cubiccurve Brush21 512 catmullrom\n {cc\n {f 2080}\n {px x429e0000\n {x43870000 x43b00000 1}\n {x43870000 x43af0000 x3eb3aceb}\n {x43870000 x43ae8000 x3e46318c}}}\n {tx x429e0000 x43870000 x43af2aab}\n {a ro 0 go 0 bo 0 ao 0 opc x3f000000 bs x423c0000 bu 1 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x41880000}}\n {cubiccurve Brush20 512 catmullrom\n {cc\n {f 2080}\n {px x429e0000\n {x43cf0000 x439a0000 1}\n {x43ce8000 x439a0000 x3ee7b9ee}\n {x43ce8000 x43998000 x3f0ee3b9}\n {x43cf0000 x43998000 x3f056158}\n {x43cf8000 x43998000 x3ed2b4ad}}}\n {tx x429e0000 x43cee666 x4399b333}\n {a ro 0 go 0 bo 0 ao 0 opc x3f000000 bs x423c0000 bu 1 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x41880000}}\n {cubiccurve Brush19 512 catmullrom\n {cc\n {f 2080}\n {px x429e0000\n {x43ff0000 x43e30000 1}\n {x43fe8000 x43e30000 x3ee4b92e}\n {x43fe8000 x43e20000 x3ef9be70}}}\n {tx x429e0000 x43feaaab x43e2aaab}\n {a ro 0 go 0 bo 0 ao 0 opc x3f000000 bs x423c0000 bu 1 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x41880000}}\n {cubiccurve Brush18 512 catmullrom\n {cc\n {f 2080}\n {px x429e0000\n {x43da0000 x43e90000 x3dda368e}}}\n {tx x429e0000 x43da0000 x43e90000}\n {a ro 0 go 0 bo 0 ao 0 opc x3f000000 bs x423c0000 bu 1 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x41880000}}\n {cubiccurve Brush17 512 catmullrom\n {cc\n {f 2080}\n {px x429e0000\n {x43ac8000 x43d20000 x3e19264a}\n {x43ab8000 x43d28000 x3e052148}}}\n {tx x429e0000 x43ac0000 x43d24000}\n {a ro 0 go 0 bo 0 ao 0 opc x3f000000 bs x423c0000 bu 1 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x41880000}}\n {cubiccurve Brush16 512 catmullrom\n {cc\n {f 2080}\n {px x429e0000\n {x43c98000 x437a0000 x3e93a4e9}}}\n {tx x429e0000 x43c98000 x437a0000}\n {a ro 0 go 0 bo 0 ao 0 opc x3f000000 bs x423c0000 bu 1 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x41880000}}\n {cubiccurve Brush15 512 catmullrom\n {cc\n {f 2080}\n {px x429e0000\n {x438e0000 x43610000 1}\n {x438d0000 x43610000 x3e8b22c9}\n {x438d0000 x43600000 x3eaaaaab}\n {x438e0000 x435f0000 x3cb02c0b}}}\n {tx x429e0000 x438d8000 x43604000}\n {a ro 0 go 0 bo 0 ao 0 opc x3f000000 bs x423c0000 bu 1 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x41880000}}\n {cubiccurve Brush14 512 catmullrom\n {cc\n {f 2080}\n {px x429e0000\n {x431d0000 x431c0000 x3ea729ca}}}\n {tx x429e0000 x431d0000 x431c0000}\n {a ro 0 go 0 bo 0 ao 0 opc x3f000000 bs x423c0000 bu 1 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x41880000}}\n {cubiccurve Brush13 512 catmullrom\n {cc\n {f 2080}\n {px x429e0000\n {x42860000 x43090000 x3ec0b02c}\n {x42840000 x43090000 x3edb36ce}\n {x42840000 x43080000 x3e25294a}}}\n {tx x429e0000 x4284aaab x4308aaab}\n {a ro 0 go 0 bo 0 ao 0 opc x3f000000 bs x423c0000 bu 1 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x41880000}}\n {cubiccurve Brush12 512 catmullrom\n {cc\n {f 2080}\n {px x429e0000\n {x41e80000 x43a90000 1}}}\n {tx x429e0000 x41e80000 x43a90000}\n {a ro 0 go 0 bo 0 ao 0 opc x3f000000 bs x423c0000 bu 1 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x41880000}}\n {cubiccurve Brush11 512 catmullrom\n {cc\n {f 2080}\n {px x429e0000\n {x42b60000 x43ec8000 1}\n {x42b40000 x43ec8000 x3eb8ae2c}}}\n {tx x429e0000 x42b50000 x43ec8000}\n {a ro 0 go 0 bo 0 ao 0 opc x3f000000 bs x423c0000 bu 1 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x41880000}}\n {cubiccurve Brush10 512 catmullrom\n {cc\n {f 2080}\n {px x429e0000\n {x42f20000 x425c0000 x3e362d8b}\n {x42f00000 x425c0000 x3e9aa6aa}}}\n {tx x429e0000 x42f10000 x425c0000}\n {a ro 0 go 0 bo 0 ao 0 bs x423c0000 bu 1 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x41880000}}\n {cubiccurve Brush9 512 catmullrom\n {cc\n {f 2080}\n {px x429e0000\n {x439a8000 x42700000 1}\n {x439a0000 x42700000 x3e49324d}}}\n {tx x429e0000 x439a4000 x42700000}\n {a ro 0 go 0 bo 0 ao 0 bs x423c0000 bu 1 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x41880000}}\n {cubiccurve Brush8 512 catmullrom\n {cc\n {f 2080}\n {px x429e0000\n {x43d38000 x43140000 1}\n {x43d30000 x43140000 x3ec4310c}\n {x43d20000 x43140000 x3eef3bcf}\n {x43d28000 x43140000 x3eefbbef}\n {x43d30000 x43140000 x3eb3aceb}}}\n {tx x429e0000 x43d2cccd x43140000}\n {a ro 0 go 0 bo 0 ao 0 bs x423c0000 bu 1 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x41880000}}\n {cubiccurve Brush7 512 catmullrom\n {cc\n {f 2080}\n {px x429e0000\n {x43660000 x43220000 1}\n {x43680000 x43220000 x3e7d3f50}}}\n {tx x429e0000 x43670000 x43220000}\n {a ro 0 go 0 bo 0 ao 0 bs x423c0000 bu 1 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x41880000}}\n {cubiccurve Brush6 512 catmullrom\n {cc\n {f 2080}\n {px x429e0000\n {x431a0000 x439f0000 x3e7a3e90}\n {x43180000 x439f0000 x3eca328d}\n {x431a0000 x439f0000 x3e9aa6aa}}}\n {tx x429e0000 x43195555 x439f0000}\n {a ro 0 go 0 bo 0 ao 0 bs x423c0000 bu 1 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x41880000}}\n {cubiccurve Brush5 512 catmullrom\n {cc\n {f 2080}\n {px x429e0000\n {x435b0000 x43cf0000 1}\n {x435c0000 x43cf0000 x3e9725c9}}}\n {tx x429e0000 x435b8000 x43cf0000}\n {a ro 0 go 0 bo 0 ao 0 bs x423c0000 bu 1 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x41880000}}\n {cubiccurve Brush4 512 catmullrom\n {cc\n {f 2080}\n {px x429e0000\n {x43c68000 x43c68000 1}\n {x43c60000 x43c70000 x3eb8ae2c}\n {x43c58000 x43c70000 x3ebcaf2c}\n {x43c68000 x43c68000 x3d48320d}}}\n {tx x429e0000 x43c62000 x43c6c000}\n {a ro 0 go 0 bo 0 ao 0 bs x423c0000 bu 1 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x41880000}}\n {cubiccurve Brush3 512 catmullrom\n {cc\n {f 2080}\n {px x429e0000\n {x43970000 x438e0000 1}\n {x43968000 x438e0000 x3e842108}}}\n {tx x429e0000 x4396c000 x438e0000}\n {a ro 0 go 0 bo 0 ao 0 bs x423c0000 bu 1 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x41880000}}\n {cubiccurve Brush2 512 catmullrom\n {cc\n {f 2080}\n {px x429e0000\n {x42ea0000 x43760000 1}}}\n {tx x429e0000 x42ea0000 x43760000}\n {a ro 0 go 0 bo 0 ao 0 bs x423c0000 bu 1 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x41880000}}\n {cubiccurve Brush1 512 catmullrom\n {cc\n {f 2080}\n {px x429e0000\n {x42940000 x43b78000 x3e322c8b}}}\n {tx x429e0000 x42940000 x43b78000}\n {a ro 0 go 0 bo 0 ao 0 bs x423c0000 bu 1 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x41880000}}}}}}\n toolbox {brush {\n { selectAll opc 0.1 bs 249 str 1 ssx 1 ssy 1 sf 1 }\n { createBezier str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createBezierCusped str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createBSpline str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createEllipse str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createRectangle str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createRectangleCusped str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { brush opc 0.1 bs 249 str 1 ssx 1 ssy 1 sf 1 sb 1 ltn 79 ltm 79 tt 17 }\n { eraser src 2 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { clone bs 53 src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 ltn 79 ltm 79 tt 19 }\n { reveal src 3 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { dodge src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { burn src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { blur src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { sharpen src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { smear src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n} }\n toolbar_opacity 0.1000000015\n toolbar_brush_size 249\n toolbar_brush_hardness 0.200000003\n toolbar_lifetime_type single\n toolbar_lifetime_start 79\n toolbar_lifetime_end 79\n toolbar_openspline_render_hull always\n toolbar_source_transform_scale {1 1}\n toolbar_source_transform_center {640 360}\n colorOverlay {0 0 0 0}\n opacity 0.5\n lifetime_type \"all frames\"\n lifetime_start 79\n lifetime_end 79\n brush_size 47\n brush_spacing 0.05000000075\n brush_hardness 0.200000003\n source_black_outside true\n name RotoPaint5\n xpos 381\n ypos 3065\n }\n Grade {\n blackpoint -0.01\n whitepoint 0.76\n black -0.065\n name Grade14\n xpos 381\n ypos 3091\n }\nset N803f2c00 [stack 0]\n FilterErode {\n channels all\n size 0.1\n name FilterErode6\n xpos 481\n ypos 3085\n }\npush $N803f2c00\n Merge2 {\n inputs 2\n operation stencil\n mix 0.76\n name Merge29\n xpos 381\n ypos 3139\n }\n Grade {\n blackpoint 0.015\n whitepoint 0.92\n black -0.008\n white 0.88\n add -0.18\n name Grade15\n xpos 381\n ypos 3170\n }\nset N803f2000 [stack 0]\n Invert {\n name Invert3\n xpos 499\n ypos 3197\n }\n Grade {\n blackpoint 0.76\n multiply 0.16\n name Grade17\n xpos 499\n ypos 3235\n }\npush $N803f2000\n Dot {\n name Dot31\n xpos 415\n ypos 3208\n }\npush $N803f3800\n RotoPaint {\n curves {{{v x3f99999a}\n {f 0}\n {n\n {layer Root\n {f 2097152}\n {t x44200000 x43b40000}\n {a pt1x 0 pt1y 0 pt2x 0 pt2y 0 pt3x 0 pt3y 0 pt4x 0 pt4y 0 ptex00 0 ptex01 0 ptex02 0 ptex03 0 ptex10 0 ptex11 0 ptex12 0 ptex13 0 ptex20 0 ptex21 0 ptex22 0 ptex23 0 ptex30 0 ptex31 0 ptex32 0 ptex33 0 ptof1x 0 ptof1y 0 ptof2x 0 ptof2y 0 ptof3x 0 ptof3y 0 ptof4x 0 ptof4y 0 pterr 0 ptrefset 0 ptmot x40800000 ptref 0}\n {cubiccurve Brush87 512 catmullrom\n {cc\n {f 2080}\n {px x429e0000\n {x41900000 x43ef8000 1}\n {x41800000 x43ef8000 x3ec9324d}\n {x41700000 x43ef8000 x3ee5b96e}\n {x41700000 x43ef0000 x3f0aa2a9}\n {x41700000 x43ee8000 x3f0b22c9}\n {x41700000 x43ee0000 x3f0b22c9}\n {x41800000 x43ed8000 x3e80a028}}}\n {tx x429e0000 x417b6db7 x43eec925}\n {a ro 0 go 0 bo 0 ao 0 opc x3dcccccd bs x43790000 bu 1 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x41880000}}\n {cubiccurve Brush86 512 catmullrom\n {cc\n {f 2080}\n {px x429e0000\n {x42780000 x43e08000 x3ec1304c}\n {x42700000 x43e08000 x3efbbef0}}}\n {tx x429e0000 x42740000 x43e08000}\n {a ro 0 go 0 bo 0 ao 0 opc x3dcccccd bs x43790000 bu 1 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x41880000}}\n {cubiccurve Brush85 512 catmullrom\n {cc\n {f 2080}\n {px x429e0000\n {x43580000 x43e78000 1}}}\n {tx x429e0000 x43580000 x43e78000}\n {a ro 0 go 0 bo 0 ao 0 opc x3dcccccd bs x43790000 bu 1 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x41880000}}\n {cubiccurve Brush84 512 catmullrom\n {cc\n {f 2080}\n {px x429e0000\n {x43700000 x43ca0000 1}\n {x436f0000 x43ca0000 x3f05a168}\n {x436d0000 x43c98000 x3f2deb7b}\n {x436c0000 x43c98000 x3f2f6bdb}\n {x436c0000 x43c90000 x3f23e8fa}\n {x436a0000 x43c88000 0}}}\n {tx x429e0000 x436d0000 x43c96aab}\n {a ro 0 go 0 bo 0 ao 0 opc x3dcccccd bs x43790000 bu 1 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x41880000}}\n {cubiccurve Brush83 512 catmullrom\n {cc\n {f 2080}\n {px x429e0000\n {x43d58000 x43df0000 1}\n {x43d48000 x43df0000 x3f00e038}\n {x43d58000 x43de8000 x3edf37ce}}}\n {tx x429e0000 x43d52aab x43ded555}\n {a ro 0 go 0 bo 0 ao 0 opc x3dcccccd bs x43790000 bu 1 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x41880000}}\n {cubiccurve Brush82 512 catmullrom\n {cc\n {f 2080}\n {px x429e0000\n {x43d90000 x43de8000 1}}}\n {tx x429e0000 x43d90000 x43de8000}\n {a ro 0 go 0 bo 0 ao 0 opc x3dcccccd bs x43790000 bu 1 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x41880000}}\n {cubiccurve Brush81 512 catmullrom\n {cc\n {f 2080}\n {px x429e0000\n {x43d60000 x43e00000 1}}}\n {tx x429e0000 x43d60000 x43e00000}\n {a ro 0 go 0 bo 0 ao 0 opc x3dcccccd bs x43790000 bu 1 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x41880000}}\n {cubiccurve Brush80 512 catmullrom\n {cc\n {f 2080}\n {px x429e0000\n {x43d90000 x43f00000 x3eb02c0b}\n {x43d80000 x43f00000 x3ece338d}\n {x43d78000 x43f00000 x3ed0340d}\n {x43d78000 x43ef8000 x3ed0340d}\n {x43d80000 x43ef0000 0}}}\n {tx x429e0000 x43d80000 x43efb333}\n {a ro 0 go 0 bo 0 ao 0 opc x3dcccccd bs x43790000 bu 1 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x41880000}}\n {cubiccurve Brush79 512 catmullrom\n {cc\n {f 2080}\n {px x429e0000\n {x43e20000 x43d60000 1}\n {x43e18000 x43d60000 x3f15e579}\n {x43e18000 x43d58000 x3f1a268a}\n {x43e20000 x43d48000 x3ec6b1ac}}}\n {tx x429e0000 x43e1c000 x43d58000}\n {a ro 0 go 0 bo 0 ao 0 opc x3dcccccd bs x43790000 bu 1 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x41880000}}\n {cubiccurve Brush78 512 catmullrom\n {cc\n {f 2080}\n {px x429e0000\n {x42000000 x41a80000 1}\n {x42000000 x41a00000 x3f09e279}\n {x42000000 x41980000 x3f0a2289}\n {x42000000 x41900000 x3edb36ce}}}\n {tx x429e0000 x42000000 x419c0000}\n {a ro 0 go 0 bo 0 ao 0 opc x3dcccccd bs x43790000 bu 1 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x41880000}}\n {cubiccurve Brush77 512 catmullrom\n {cc\n {f 2080}\n {px x429e0000\n {x422c0000 x437a0000 1}\n {x42280000 x437a0000 x3ef1bc6f}\n {x42280000 x43780000 x3eae2b8b}}}\n {tx x429e0000 x42295555 x43795555}\n {a ro 0 go 0 bo 0 ao 0 opc x3dcccccd bs x43790000 bu 1 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x41880000}}\n {cubiccurve Brush76 512 catmullrom\n {cc\n {f 2080}\n {px x429e0000\n {x43d38000 x41f00000 x3eb0ac2b}\n {x43d30000 x41f00000 x3ec1304c}\n {x43d30000 x41e80000 x3ed5b56d}\n {x43d38000 x41e80000 x3f0ca329}\n {x43d40000 x41e80000 x3f0360d8}\n {x43d48000 x41e00000 x3e902409}}}\n {tx x429e0000 x43d39555 x41e95555}\n {a ro 0 go 0 bo 0 ao 0 opc x3dcccccd bs x43790000 bu 1 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x41880000}}\n {cubiccurve Brush75 512 catmullrom\n {cc\n {f 2080}\n {px x429e0000\n {x43710000 x423c0000 1}\n {x43700000 x423c0000 x3ed0b42d}\n {x43710000 x423c0000 x3f1ae6ba}\n {x43730000 x423c0000 x3f18661a}}}\n {tx x429e0000 x43714000 x423c0000}\n {a ro 0 go 0 bo 0 ao 0 opc x3dcccccd bs x43790000 bu 1 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x41880000}}\n {cubiccurve Brush74 512 catmullrom\n {cc\n {f 2080}\n {px x429e0000\n {x43908000 x434e0000 1}\n {x438f8000 x434e0000 x3f10e439}\n {x438f8000 x434d0000 x3f006018}\n {x438f8000 x434b0000 x3e822088}}}\n {tx x429e0000 x438fc000 x434d0000}\n {a ro 0 go 0 bo 0 ao 0 opc x3dcccccd bs x43790000 bu 1 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x41880000}}\n {cubiccurve Brush73 512 catmullrom\n {cc\n {f 2080}\n {px x429e0000\n {x43d00000 x43950000 1}\n {x43d00000 x43940000 x3ef93e50}\n {x43d00000 x43930000 x3e773dcf}}}\n {tx x429e0000 x43d00000 x43940000}\n {a ro 0 go 0 bo 0 ao 0 opc x3dcccccd bs x43790000 bu 1 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x41880000}}\n {cubiccurve Brush72 512 catmullrom\n {cc\n {f 2080}\n {px x429e0000\n {x43ec8000 x43690000 x3ed8360e}\n {x43ec8000 x43680000 x3ef53d4f}\n {x43ed8000 x43670000 x3ea0280a}}}\n {tx x429e0000 x43ecd555 x43680000}\n {a ro 0 go 0 bo 0 ao 0 opc x3dcccccd bs x43790000 bu 1 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x41880000}}\n {cubiccurve Brush71 512 catmullrom\n {cc\n {f 2080}\n {px x429e0000\n {x43fc8000 x43230000 x3ebfafec}\n {x43fc0000 x43230000 x3eecbb2f}\n {x43fb8000 x43230000 x3f08a229}\n {x43fb8000 x43220000 x3f1324c9}\n {x43fb8000 x43210000 x3f11e479}\n {x43fc0000 x43210000 x3ece338d}\n {x43fc8000 x43210000 x3df83e10}}}\n {tx x429e0000 x43fbedb7 x43220000}\n {a ro 0 go 0 bo 0 ao 0 opc x3dcccccd bs x43790000 bu 1 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x41880000}}\n {cubiccurve Brush70 512 catmullrom\n {cc\n {f 2080}\n {px x429e0000\n {x43c00000 x42ba0000 1}\n {x43c10000 x42ba0000 x3ece338d}\n {x43c10000 x42b60000 x3e152549}}}\n {tx x429e0000 x43c0aaab x42b8aaab}\n {a ro 0 go 0 bo 0 ao 0 opc x3dcccccd bs x43790000 bu 1 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x41880000}}\n {cubiccurve Brush69 512 catmullrom\n {cc\n {f 2080}\n {px x429e0000\n {x433f0000 x43310000 x3e842108}\n {x43400000 x43310000 x3eb5ad6b}}}\n {tx x429e0000 x433f8000 x43310000}\n {a ro 0 go 0 bo 0 ao 0 opc x3dcccccd bs x43790000 bu 1 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x41880000}}\n {cubiccurve Brush68 512 catmullrom\n {cc\n {f 2080}\n {px x429e0000\n {x43410000 x43360000 1}\n {x43430000 x43360000 x3ef7bdef}\n {x43440000 x43340000 x3ee5394e}\n {x43450000 x43330000 x3e94a529}}}\n {tx x429e0000 x43434000 x4334c000}\n {a ro 0 go 0 bo 0 ao 0 opc x3dcccccd bs x43790000 bu 1 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x41880000}}\n {cubiccurve Brush67 512 catmullrom\n {cc\n {f 2080}\n {px x429e0000\n {x43808000 x43040000 x3eae2b8b}\n {x43810000 x43030000 x3f0ae2b9}\n {x43818000 x43030000 x3eccb32d}\n {x43818000 x43020000 x3dfa3e90}}}\n {tx x429e0000 x43812000 x43030000}\n {a ro 0 go 0 bo 0 ao 0 opc x3dcccccd bs x43790000 bu 1 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x41880000}}\n {cubiccurve Brush66 512 catmullrom\n {cc\n {f 2080}\n {px x429e0000\n {x43170000 x43b00000 x3e723c8f}\n {x43170000 x43af0000 x3e6b3acf}}}\n {tx x429e0000 x43170000 x43af8000}\n {a ro 0 go 0 bo 0 ao 0 opc x3dcccccd bs x43790000 bu 1 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x41880000}}\n {cubiccurve Brush65 512 catmullrom\n {cc\n {f 2080}\n {px x429e0000\n {x429a0000 x43b70000 x3e7d3f50}\n {x429a0000 x43b60000 x3f01a068}\n {x429e0000 x43b58000 x3ea5294a}}}\n {tx x429e0000 x429b5555 x43b62aab}\n {a ro 0 go 0 bo 0 ao 0 opc x3dcccccd bs x43790000 bu 1 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x41880000}}\n {cubiccurve Brush64 512 catmullrom\n {cc\n {f 2080}\n {px x429e0000\n {x43950000 x43e80000 1}\n {x43940000 x43e80000 x3e9ba6ea}}}\n {tx x429e0000 x43948000 x43e80000}\n {a ro 0 go 0 bo 0 ao 0 opc x3dcccccd bs x43790000 bu 1 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x41880000}}\n {cubiccurve Brush63 512 catmullrom\n {cc\n {f 2080}\n {px x429e0000\n {x42100000 x43c60000 x3eda368e}\n {x421c0000 x43c60000 x3eb82e0c}}}\n {tx x429e0000 x42160000 x43c60000}\n {a ro 0 go 0 bo 0 ao 0 opc x3dcccccd bs x43790000 bu 1 str 1 spx x44200000 spy x43b40000 sb 1 ltn x429e0000 ltm x429e0000 tt x41880000}}\n {cubiccurve Brush62 512 catmullrom\n {cc\n {f 2080}\n {px 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x3f042108}\n {x43320000 x43a84000 x3f0360d8}\n {x43310000 x43a88000 x3f02a0a8}\n {x43300000 x43a94000 x3eccb32d}\n {x432f0000 x43a98000 x3e98a62a}\n {x432d0000 x43aa0000 0}}}\n {tx 1 x4354338e x43c51d55}\n {a ro 0 go 0 bo 0 ao 0 opc x3ca3d70a bs x41300000 bu 1 str 1 spx x44200000 spy x43b40000 sb 1 tt x41880000}}\n {cubiccurve Brush1 512 catmullrom\n {cc\n {f 2080}\n {px 1\n {x42640000 x43e44000 1}\n {x42600000 x43e40000 x3df23c8f}\n {x425c0000 x43e38000 x3e4731cc}\n {x42520000 x43e24000 x3ea5a96a}\n {x424c0000 x43e18000 x3eba2e8c}\n {x42460000 x43e04000 x3eccb32d}\n {x423e0000 x43df4000 x3edf37ce}\n {x423e0000 x43de4000 x3ee2388e}\n {x42400000 x43dd8000 x3ee2b8ae}\n {x42460000 x43dc8000 x3ee3b8ee}\n {x424a0000 x43db8000 x3ee5394e}\n {x424e0000 x43dac000 x3ee5394e}\n {x42560000 x43da4000 x3ee338ce}\n {x425e0000 x43da0000 x3ee3b8ee}\n {x42640000 x43d98000 x3ee4b92e}\n {x42680000 x43d94000 x3ee5394e}\n {x42700000 x43d94000 x3ee4b92e}\n {x42780000 x43d94000 x3ee4b92e}\n {x42800000 x43d8c000 x3ee5394e}\n {x42830000 x43d88000 x3ee5b96e}\n {x42860000 x43d80000 x3ee6398e}\n {x42890000 x43d7c000 x3ee6398e}\n {x428e0000 x43d78000 x3ee739ce}\n {x42920000 x43d74000 x3ee739ce}\n {x42960000 x43d70000 x3eea3a8f}\n {x429b0000 x43d68000 x3ef23c8f}\n {x42a10000 x43d60000 x3ef43d0f}\n {x42a80000 x43d5c000 x3ef4bd2f}\n {x42ae0000 x43d5c000 x3ef53d4f}\n {x42b00000 x43d5c000 x3ef4bd2f}\n {x42b60000 x43d60000 x3ef53d4f}\n {x42bb0000 x43d68000 x3ef43d0f}\n {x42c00000 x43d74000 x3ef43d0f}\n {x42c40000 x43d80000 x3ef43d0f}\n {x42c80000 x43d90000 x3ef33ccf}\n {x42cc0000 x43da4000 x3ef03c0f}\n {x42ce0000 x43db4000 x3ef0bc2f}\n {x42d10000 x43dc4000 x3ef0bc2f}\n {x42d30000 x43dd4000 x3ef1bc6f}\n {x42d50000 x43de4000 x3ef1bc6f}\n {x42d50000 x43dec000 x3ef53d4f}\n {x42d50000 x43df8000 x3ef7bdef}\n {x42d40000 x43e04000 x3efa3e90}\n {x42ce0000 x43e10000 x3f042108}\n {x42cc0000 x43e14000 x3f056158}\n {x42c50000 x43e20000 x3f06a1a8}\n {x42c00000 x43e34000 x3f06a1a8}\n {x42bf0000 x43e44000 x3f066198}\n {x42bf0000 x43e4c000 x3f066198}\n {x42be0000 x43e5c000 x3f066198}\n {x42be0000 x43e68000 x3f066198}\n {x42bc0000 x43e70000 x3f06e1b8}\n {x42b80000 x43e74000 x3f09a269}\n {x42b60000 x43e78000 x3f0aa2a9}\n {x42b40000 x43e7c000 x3f0aa2a9}\n {x42b30000 x43e84000 x3f0aa2a9}\n {x42b30000 x43e90000 x3f0ae2b9}\n {x42b30000 x43e98000 x3f0aa2a9}\n {x42b60000 x43ea4000 x3f0aa2a9}\n {x42b90000 x43eac000 x3f0a6299}\n {x42bd0000 x43eb8000 x3f09e279}\n {x42c00000 x43ec0000 x3f09e279}\n {x42c20000 x43ec4000 x3f09a269}\n {x42c50000 x43ed0000 x3f09a269}\n {x42c80000 x43edc000 x3f096259}\n {x42cb0000 x43ee8000 x3f096259}\n {x42ce0000 x43ef8000 x3f07e1f8}\n {x42d50000 x43f08000 x3f01a068}\n {x42dc0000 x43f14000 x3ef7bdef}\n {x42e50000 x43f20000 x3ee5394e}\n {x42f10000 x43f28000 x3ed6b5ad}\n {x43010000 x43f30000 x3ed0b42d}\n {x43038000 x43f30000 x3ed0340d}\n {x430d8000 x43f38000 x3ed6b5ad}\n {x43188000 x43f34000 x3ed6b5ad}\n {x431b0000 x43f30000 x3ed6b5ad}\n {x43250000 x43f24000 x3ec4310c}\n {x43298000 x43f1c000 0}}}\n {tx 1 x42b2a41a x43e26aab}\n {a ro 0 go 0 bo 0 ao 0 opc x3ca3d70a bs x41300000 bu 1 str 1 spx x44200000 spy x43b40000 sb 1 tt x41880000}}}}}}\n toolbox {selectAll {\n { selectAll opc 0.02 bs 173.5 str 1 ssx 1 ssy 1 sf 1 }\n { createBezier str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createBezierCusped str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createBSpline str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createEllipse str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createRectangle str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createRectangleCusped str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { brush opc 0.02 bs 173.5 str 1 ssx 1 ssy 1 sf 1 sb 1 tt 17 }\n { eraser src 2 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { clone src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { reveal src 3 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { dodge src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { burn src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { blur src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { sharpen src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { smear src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n} }\n toolbar_opacity 0.02\n toolbar_brush_size 173.5\n toolbar_brush_hardness 0.200000003\n toolbar_lifetime_type single\n toolbar_source_transform_scale {1 1}\n toolbar_source_transform_center {640 360}\n colorOverlay {0 0 0 0}\n opacity 0.01999999955\n lifetime_type \"all frames\"\n brush_size 2.5\n brush_spacing 0.05000000075\n brush_hardness 0.200000003\n source_black_outside true\n name RotoPaint1\n xpos 32\n ypos 3082\n }\n FilterErode {\n channels all\n name FilterErode3\n xpos 32\n ypos 3108\n }\n Switch {\n inputs 5\n which {{parent.naturalNoisePicker}}\n name Switch3\n xpos 32\n ypos 3278\n }\n Transform {\n scale {{\"1 + parent.naturalNoiseSize\"}}\n center {250 250}\n name Transform8\n xpos 32\n ypos 3312\n }\n Grade {\n white {{\"1 + parent.naturalNoiseGain\"}}\n gamma {{\"1 + parent.naturalNoiseGamma\"}}\n name Grade10\n xpos 32\n ypos 3349\n }\n Defocus {\n defocus {{parent.naturalNoiseSoftness}}\n name Defocus1\n xpos 32\n ypos 3387\n }\n Reformat {\n type \"to box\"\n box_width {{\"root.width * parent.bokehQuality\"}}\n box_height {{\"root.width * parent.bokehQuality\"}}\n box_fixed true\n name Reformat4\n xpos 32\n ypos 3441\n }\n Crop {\n inputs 0\n box {0 0 {\"root.width * parent.bokehQuality\"} {\"root.width * parent.bokehQuality\"}}\n reformat true\n crop false\n name Crop4\n xpos 309\n ypos 2497\n }\nset N80336000 [stack 0]\n Noise {\n size {{\"(parent.noiseSize ) * parent.bokehQuality\"}}\n center {640 360}\n name Noise3\n xpos 309\n ypos 2541\n }\n Grade {\n blackpoint 0.26\n name Grade5\n xpos 309\n ypos 2580\n }\n Clamp {\n name Clamp4\n xpos 309\n ypos 2620\n }\n Blur {\n size 0.5\n name Blur5\n xpos 309\n ypos 2678\n }\npush $N80336000\n Noise {\n size {{\"parent.noiseSize * parent.bokehQuality\"}}\n gain {{parent.noiseGain}}\n gamma {{parent.noiseGamma}}\n center {256 256}\n name Noise1\n xpos 33\n ypos 2403\n }\n Clamp {\n name Clamp3\n xpos 33\n ypos 2429\n }\npush $N78b12000\n Shuffle {\n alpha white\n name Shuffle1\n xpos -78\n ypos 1236\n }\n Dot {\n name Dot5\n xpos -44\n ypos 1301\n }\nset N79bdbc00 [stack 0]\n Dot {\n name Dot6\n xpos -210\n ypos 1301\n }\n Dot {\n name Dot7\n xpos -210\n ypos 2202\n }\nset N79bdb400 [stack 0]\n Dot {\n name Dot8\n xpos -210\n ypos 2251\n }\npush $N79bdb400\npush $N79bdbc00\n Dot {\n name Dot10\n xpos 166\n ypos 1301\n }\n Dot {\n name Dot9\n xpos 166\n ypos 1953\n }\npush $N79bdbc00\n Shuffle {\n alpha red\n name Shuffle2\n xpos -78\n ypos 1507\n }\nset N79bda400 [stack 0]\npush $N79bda400\n Transform {\n scale {{\"1 - parent.ringsThickness\"}}\n center {{\"root.width/2 * parent.bokehQuality\"} {\"root.width/2 * parent.bokehQuality\"}}\n black_outside false\n name Transform1\n xpos 14\n ypos 1534\n }\n Merge2 {\n inputs 2\n operation minus\n name Merge3\n xpos -78\n ypos 1572\n }\nset N79bd9c00 [stack 0]\npush $N79bd9c00\n Transform {\n scale {{\"1 - (parent.ringsThickness * 2)\"}}\n center {{\"root.width/2 * parent.bokehQuality\"} {\"root.width/2 * parent.bokehQuality\"}}\n black_outside false\n name Transform2\n xpos 13\n ypos 1603\n }\n Merge2 {\n inputs 2\n name Merge4\n xpos -78\n ypos 1634\n }\nset N79bd9400 [stack 0]\npush $N79bd9400\n Transform {\n scale {{\"1 - (parent.ringsThickness * 3)\"}}\n center {{\"root.width/2 * parent.bokehQuality\"} {\"root.width/2 * parent.bokehQuality\"}}\n black_outside false\n name Transform3\n xpos 19\n ypos 1647\n }\n Grade {\n multiply 0.54\n name Grade2\n xpos 19\n ypos 1673\n }\n Merge2 {\n inputs 2\n name Merge7\n xpos -78\n ypos 1690\n }\nset N79bd8800 [stack 0]\npush $N79bd8800\n Transform {\n scale {{\"1 - (parent.ringsThickness * 6)\"}}\n center {{\"root.width/2 * parent.bokehQuality\"} {\"root.width/2 * parent.bokehQuality\"}}\n black_outside false\n name Transform4\n xpos 22\n ypos 1703\n }\n Merge2 {\n inputs 2\n name Merge8\n xpos -78\n ypos 1735\n }\nset N79b83c00 [stack 0]\npush $N79b83c00\n Transform {\n scale {{\"1 - (parent.ringsThickness * 12)\"}}\n center {{\"root.width/2 * parent.bokehQuality\"} {\"root.width/2 * parent.bokehQuality\"}}\n black_outside false\n name Transform5\n xpos 22\n ypos 1746\n }\n Grade {\n whitepoint 0.6\n name Grade1\n xpos 22\n ypos 1772\n }\n Merge2 {\n inputs 2\n name Merge9\n xpos -78\n ypos 1778\n }\nset N79b83000 [stack 0]\npush $N79b83000\n Transform {\n scale {{\"1 - (parent.ringsThickness * 21)\"}}\n center {{\"root.width/2 * parent.bokehQuality\"} {\"root.width/2 * parent.bokehQuality\"}}\n black_outside false\n name Transform6\n xpos 22\n ypos 1829\n }\n Merge2 {\n inputs 2\n name Merge10\n xpos -78\n ypos 1861\n }\nset N79b82800 [stack 0]\npush $N79b82800\n Transform {\n scale {{\"1 - (parent.ringsThickness * 32)\"}}\n center {{\"root.width/2 * parent.bokehQuality\"} {\"root.width/2 * parent.bokehQuality\"}}\n black_outside false\n name Transform7\n xpos 21\n ypos 1861\n }\n Merge2 {\n inputs 2\n name Merge11\n xpos -78\n ypos 1898\n }\n Merge2 {\n inputs 2\n operation multiply\n name Merge12\n xpos -78\n ypos 1949\n }\n Blur {\n size 7\n name Blur2\n xpos -78\n ypos 1993\n }\n Merge2 {\n inputs 2\n mix {{\"1 - parent.ringsStrength\"}}\n name Merge5\n xpos -78\n ypos 2198\n }\n Merge2 {\n inputs 2\n name Merge6\n xpos -78\n ypos 2247\n disable {{parent.ringsEnable}}\n }\n Shuffle {\n alpha red\n name Shuffle3\n xpos -78\n ypos 2298\n }\n Dot {\n name Dot3\n xpos -44\n ypos 2386\n }\n Merge2 {\n inputs 2\n operation from\n mix {{parent.noiseMix}}\n name Merge2\n xpos -78\n ypos 2467\n disable {{!parent.noiseEnable}}\n }\nset N79b80400 [stack 0]\n Dot {\n name Dot11\n xpos 95\n ypos 2534\n }\n Grade {\n channels alpha\n blackpoint -0.015\n whitepoint 1.25\n name Grade3\n xpos 165\n ypos 2524\n }\n Clamp {\n name Clamp2\n xpos 165\n ypos 2562\n }\n Blur {\n size 13\n name Blur3\n xpos 165\n ypos 2600\n }\nset N79b13000 [stack 0]\n FilterErode {\n channels alpha\n size 3.5\n name FilterErode1\n xpos 165\n ypos 2638\n }\n Invert {\n channels alpha\n name Invert1\n xpos 165\n ypos 2688\n }\n Grade {\n channels alpha\n blackpoint 0.88\n white 1.3\n name Grade4\n xpos 165\n ypos 2726\n }\n Merge2 {\n inputs 2\n operation mask\n name Merge16\n xpos 309\n ypos 2732\n }\n Invert {\n name Invert2\n xpos 309\n ypos 2810\n }\npush $N79b13000\npush $N79b80400\n Blur {\n size 5.6\n name Blur4\n xpos -13\n ypos 2545\n }\npush $N79b80400\n Merge2 {\n inputs 2+1\n name Merge15\n xpos -78\n ypos 2606\n }\n Merge2 {\n inputs 2\n operation mask\n mix {{parent.noiseMix}}\n name Merge14\n xpos -78\n ypos 2816\n disable {{!parent.noiseEnable}}\n }\n Merge2 {\n inputs 2\n operation overlay\n mix {{parent.naturalNoiseStrength}}\n name Merge20\n xpos -78\n ypos 3479\n disable {{!parent.naturalNoiseEnable}}\n }\n Dot {\n name Dot13\n xpos -44\n ypos 3876\n }\nset N79b10800 [stack 0]\n Grade {\n inputs 1+1\n multiply {{parent.innerChromaTint.r} {parent.innerChromaTint.g} {parent.innerChromaTint.b} 1}\n white_clamp true\n mix {{parent.innerChromaStrength}}\n name Grade6\n xpos -78\n ypos 3940\n disable {{!parent.chromaEnable}}\n }\n Copy {\n inputs 2\n from0 rgba.alpha\n to0 rgba.alpha\n name Copy2\n xpos -78\n ypos 4031\n }\nset N87c03c00 [stack 0]\n Shuffle {\n red alpha\n green alpha\n blue alpha\n name Shuffle5\n xpos 26\n ypos 4090\n }\n FilterErode {\n channels all\n size 3.5\n name FilterErode2\n xpos 26\n ypos 4131\n }\n Blur {\n size 2.2\n name Blur9\n xpos 26\n ypos 4169\n }\n Grade {\n channels alpha\n whitepoint 0.035\n name Grade13\n xpos 26\n ypos 4207\n }\n Dot {\n name Dot18\n xpos 60\n ypos 4263\n }\npush $N79b10800\n Blur {\n size 10\n name Blur7\n xpos 160\n ypos 3972\n disable true\n }\n Grade {\n multiply {{parent.outerChromaTint.r} {parent.outerChromaTint.g} {parent.outerChromaTint.b} 1}\n multiply_panelDropped true\n name Grade7\n xpos 160\n ypos 4017\n }\n Grade {\n multiply 2.4\n name Grade8\n xpos 160\n ypos 4091\n }\n Premult {\n name Premult1\n xpos 160\n ypos 4127\n }\n Blur {\n size {{parent.outerChromaSize}}\n name Blur8\n xpos 160\n ypos 4185\n }\n Merge2 {\n inputs 2\n operation stencil\n name Merge17\n xpos 160\n ypos 4259\n }\n Dot {\n name Dot17\n xpos 194\n ypos 4326\n }\n Clamp {\n name Clamp6\n xpos 57\n ypos 4316\n }\npush $N87c03c00\n Clamp {\n name Clamp7\n xpos -78\n ypos 4257\n }\n Merge2 {\n inputs 2\n operation screen\n mix {{parent.outerChromaStrength}}\n name Merge13\n xpos -78\n ypos 4322\n disable {{!parent.outerChromaEnable}}\n }\n Dot {\n name Dot48\n xpos -44\n ypos 4441\n }\nset N87b8b800 [stack 0]\n Saturation {\n saturation 0\n name Saturation1\n xpos 84\n ypos 4475\n }\npush $N87b8b800\n Copy {\n inputs 2\n from0 rgba.red\n to0 rgba.alpha\n name Copy3\n xpos -78\n ypos 4520\n }\n Crop {\n box {0 0 {\"root.width * parent.bokehQuality\"} {\"root.width * parent.bokehQuality\"}}\n name Crop1\n xpos -78\n ypos 4587\n }\n Grade {\n gamma {{\"1 - parent.bokehGamma\"}}\n name Grade11\n xpos -78\n ypos 4636\n }\n Output {\n name Output1\n xpos -78\n ypos 4691\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_C44Kernel.gizmo", "content": "Group {\n name C44Kernel\n help \"C44Kernel v1.0 by Adrian Pueyo\\n\\nMultiply the rgb or rgba colors by an arbitrary 4x4 Matrix. Useful for transforming a Position pass.\\n\\nYou can plug in an Axis or Camera node into the axis input, to also apply its transformations.\\n\\nadrianpueyo.com, 2017\"\n tile_color 0xe88543ff\n lock_connections true\n addUserKnob {20 C44Kernel}\n addUserKnob {41 channels T MergeIn.Achannels}\n addUserKnob {41 matrix T Axis1.matrix}\n addUserKnob {6 invert -STARTLINE}\n addUserKnob {6 alpha_masking l \"alpha masking\" t \"Apply only where rgba.alpha>0\" +STARTLINE}\n addUserKnob {20 advanced l Advanced n 1}\n advanced 0\n addUserKnob {6 transpose +STARTLINE}\n addUserKnob {6 w_divide +STARTLINE}\n addUserKnob {6 rgba_mode l \"apply on Vector4\" t \"Usually you'll want to apply the matrix on the RGB only, which uses a white alpha. Enable this to use the full Vector4 (RGBA).\" +STARTLINE}\n addUserKnob {20 endGroup n -1}\n addUserKnob {26 \"\" +STARTLINE}\n addUserKnob {41 mix T MergeOut.mix}\n addUserKnob {26 version_author l \"\" t \"C44Kernel v1.0\\n23 June, 2018\" +STARTLINE T \"
C44Kernel v1.0 - adrianpueyo.com, 2018\"}\n addUserKnob {20 GPU_Settings l \"GPU Settings\"}\n}\n Input {\n inputs 0\n name Inputaxis\n xpos 133\n ypos -181\n number 1\n }\n Axis2 {\n useMatrix true\n name Axis1\n xpos 143\n ypos -133\n }\n Input {\n inputs 0\n name Inputimg\n xpos -110\n ypos -192\n }\nset N961d0400 [stack 0]\n Dot {\n name Dot1\n xpos -76\n ypos -161\n }\nset N96501eb0 [stack 0]\n Expression {\n expr3 a>0\n name ExpressionA\n xpos -220\n ypos -164\n }\n Switch {\n which {{!parent.alpha_masking}}\n name SwitchMasking\n xpos -220\n ypos -112\n }\npush $N96501eb0\npush $N961d0400\n Remove {\n name RemoveAll\n xpos 34\n ypos -196\n }\n Merge2 {\n inputs 2\n operation copy\n Bchannels none\n name MergeIn\n xpos 34\n ypos -164\n }\n Shuffle {\n alpha white\n name ShuffleWhiteA\n xpos 34\n ypos -140\n disable {{parent.rgba_mode}}\n }\n BlinkScript {\n recompileCount 147\n ProgramGroup 1\n KernelDescription \"2 \\\"C44MatrixKernel\\\" iterate pixelWise 10f1841ce0aee43165aca4445fb9ce0126826eedd71da6339f12b8f8de8e52eb 2 \\\"src\\\" Read Point \\\"dst\\\" Write Point 4 \\\"m\\\" Float 16 AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA== \\\"invert\\\" Int 1 AAAAAA== \\\"transpose\\\" Int 1 AAAAAA== \\\"w_divide\\\" Int 1 AAAAAA== 4 \\\"m\\\" 16 1 \\\"invert\\\" 1 1 \\\"transpose\\\" 1 1 \\\"w_divide\\\" 1 1 0\"\n kernelSource \"kernel C44MatrixKernel : ImageComputationKernel\\n\\{\\n Image src;\\n Image dst;\\n\\n param:\\n float4x4 m;\\n int invert;\\n int transpose;\\n int w_divide;\\n\\n void process(int2 pos) \\{\\n SampleType(src) p = src();\\n float4 result = 1.0f;\\n float4x4 mi = m;\\n mi = invert?mi.invert():mi;\\n mi = transpose?mi.transpose():mi;\\n for(int c = 0; cConcatenation is broken.\\\")\\n\\n elif nn\\['cropP'].value() in \\[\\\"No Crop\\\"]:\\n nn\\[\\\"growBbox\\\"].setVisible(False)\\n nn\\[\\\"text\\\"].setValue(\\\"No Crop applied, Concatenation preserved.\\\")\"\ntile_color 0x7a4389ff\nnote_font Verdana\nnote_font_size 14\nnote_font_color 0x28565eff\naddUserKnob {20 User l CProject}\naddUserKnob {6 FreezeInput l \"freeze input\" t \"freezing the input on the refrence frame, \\nsame as putting the framehold before the node\" +STARTLINE}\naddUserKnob {22 python_button l \"set current as reference frame\" T \"\\nn = nuke.thisNode()\\nfor one in range(1,5):\\n n\\['from'+str(one)].setValue(n\\['to'+str(one)].value()) \\n\\nframe = nuke.frame()\\nn\\['refFrame'].setValue(frame)\\nn\\['label'].setValue(str(frame))\\n\\nnuke.toNode(\\\"FHold\\\")\\['first_frame'].setValue(frame)\\n\" +STARTLINE}\naddUserKnob {26 text_2 l \"\" -STARTLINE T or}\naddUserKnob {22 setRefFrame l \"set reference frame\" t \"setting the reference frame,\\nsame as the reference frame when you are doing projection with the camera on the card.\\nyou should expect that the input will be unchenged on this frame.\" -STARTLINE T \"\\nn = nuke.thisNode()\\nfor one in range(1,5):\\n n\\['from'+str(one)].setValue(n\\['to'+str(one)].value()) \\n\\n\\nframe = int(n\\['refFrame'].value())\\nn\\['label'].setValue(str(frame))\\n\\nnuke.toNode(\\\"FHold\\\")\\['first_frame'].setValue(frame)\\n\\n\"}\naddUserKnob {3 refFrame l \"\" -STARTLINE}\nrefFrame 69\naddUserKnob {41 set_to_input l \"Set to input\" t \"this will distort the input texture with the corner pin, it is the same as applying the texture on the card \" T CornerPin2D2.set_to_input}\naddUserKnob {41 invert l stabilize t \"stabilize the input on the reference frame\" T CornerPin2D2.invert}\naddUserKnob {41 motionblur T CornerPin2D2.motionblur}\naddUserKnob {41 shutter T CornerPin2D2.shutter}\naddUserKnob {20 s l \"\" +STARTLINE n 1}\ns 0\naddUserKnob {41 shutteroffset l \"shutter offset\" -STARTLINE T CornerPin2D2.shutteroffset}\naddUserKnob {41 shuttercustomoffset -STARTLINE T CornerPin2D2.shuttercustomoffset}\naddUserKnob {41 clamp T CornerPin2D2.clamp}\naddUserKnob {41 black_outside l \"black outside\" -STARTLINE T CornerPin2D2.black_outside}\naddUserKnob {41 filter_1 l filter T Reformat1.filter}\naddUserKnob {26 add l \"\" +STARTLINE T \"source card, camera...\"}\naddUserKnob {26 camera l camera: T Camera2}\naddUserKnob {13 translate}\ntranslate {0.1914808601 -0.1767024994 0.4249224663}\naddUserKnob {13 rotation}\nrotation {-20.90365344 -156.0216134 0}\naddUserKnob {20 endGroup n -1}\naddUserKnob {26 \"\"}\naddUserKnob {4 cropP l crop M {\"Hard Crop\" \"Adjustable Crop\" \"No Crop\"}}\naddUserKnob {7 growBbox l \"grow Bbox\" -STARTLINE +HIDDEN R 0 200}\ngrowBbox 50\naddUserKnob {41 o l overscan +DISABLED +HIDDEN +INVISIBLE T Crop1.o}\naddUserKnob {26 text l tip T \"Image is cropped to Input, Concatenation preserved.\"}\naddUserKnob {26 \"\"}\naddUserKnob {26 element l element: T elem}\naddUserKnob {20 fromto l From/To}\naddUserKnob {41 from4 -STARTLINE T CornerPin2D2.from4}\naddUserKnob {41 from3 -STARTLINE T CornerPin2D2.from3}\naddUserKnob {41 from1 T CornerPin2D2.from1}\naddUserKnob {41 from2 -STARTLINE T CornerPin2D2.from2}\naddUserKnob {26 \"\"}\naddUserKnob {41 to4 T CornerPin2D2.to4}\naddUserKnob {41 to3 -STARTLINE T CornerPin2D2.to3}\naddUserKnob {41 to1 T CornerPin2D2.to1}\naddUserKnob {41 to2 -STARTLINE T CornerPin2D2.to2}\n}\nInput {\n inputs 0\n name Input1\n xpos 112\n ypos -259\n}\nFrameHold {\n first_frame 59\n name FHold\n xpos 112\n ypos -207\n disable {{!parent.FreezeInput}}\n}\nCornerPin2D {\n to1 {0 0}\n to2 {0 0}\n to3 {0 0}\n to4 {0 0}\n invert false\n shutteroffset centred\n from1 {0 0}\n from2 {0 0}\n from3 {0 0}\n from4 {0 0}\n name CornerPin2D2\n xpos 112\n ypos -171\n addUserKnob {20 User}\n addUserKnob {22 \"set reference frame\" -STARTLINE T cornerPinZero()}\n}\nset N26348700 [stack 0]\nDot {\n name Dot1\n xpos 14\n ypos -62\n}\npush $N26348700\nCrop {\n box {{curve-parent.growBbox} {curve-parent.growBbox} {width+parent.growBbox} {height+parent.growBbox}}\n name Crop1\n xpos 112\n ypos -62\n addUserKnob {20 User}\n addUserKnob {22 cropToBbox l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n}\npush $N26348700\nReformat {\n type \"to box\"\n format \"4096 2160 0 0 4096 2160 1 4K_DCP\"\n box_width {{width}}\n box_height {{height}}\n box_pixel_aspect {{pixel_aspect}}\n resize none\n name Reformat1\n selected true\n xpos 223\n ypos -69\n}\nSwitch {\n inputs 3\n which {{parent.cropP x1000 0}}\n name Switch1\n label \"\\[value which]\"\n xpos 112\n ypos 10\n}\nOutput {\n name Output1\n xpos 112\n ypos 106\n}\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_CProject2.gizmo", "content": "Group {\n name CProject\n help \"it is just cornerpin tracked\\nnothing fancy at all\\nhave fun!\"\n knobChanged \"nn = nuke.thisNode()\\nk = nuke.thisKnob()\\nkn = k.name()\\n\\nif kn == \\\"cropP\\\":\\n\\n if nn\\['cropP'].value() in \\[\\\"Hard Crop\\\"]:\\n nn\\[\\\"growBbox\\\"].setVisible(False)\\n nn\\[\\\"text\\\"].setValue(\\\"Image is cropped to Input, Concatenation preserved.\\\")\\n\\n elif nn\\['cropP'].value() in \\[\\\"Adjustable Crop\\\"]:\\n nn\\[\\\"growBbox\\\"].setVisible(True)\\n nn\\[\\\"text\\\"].setValue(\\\"Adjust your Bbox , Downward Concatenation is broken.\\\")\\n\\n elif nn\\['cropP'].value() in \\[\\\"No Crop\\\"]:\\n nn\\[\\\"growBbox\\\"].setVisible(False)\\n nn\\[\\\"text\\\"].setValue(\\\"No Crop applied, Concatenation preserved.\\\")\"\n tile_color 0x7a4389ff\n label \"Matchmove\\n34\"\n note_font Verdana\n note_font_size 14\n note_font_color 0x28565eff\n addUserKnob {20 User l CProject}\n addUserKnob {26 card_to_track l \"\" +STARTLINE T \"card_to_track:cornerpin: box\"}\n addUserKnob {26 \"\"}\n addUserKnob {6 FreezeInput l \"freeze input\" t \"freezing the input on the refrence frame, \\nsame as putting the framehold before the node\" +STARTLINE}\n addUserKnob {22 mode_toggle l \"

Matchmove\" t \"Toggle between Matchmove and Stabilize modes.\\nPay attention to the reference frame - on this frame no transformation will be applied. You can see it as a projection frame if compare to camera project\" T \"import nuke\\nntn = nuke.thisNode()\\nntk = nuke.thisKnob()\\nref_frame = str(int(ntn\\['refFrame'].value()))\\nlab = ntk.label()\\nmm = \\\"

Matchmove\\\"\\nstab = \\\"

Stabilize\\\"\\nif lab == mm:\\n ntk.setLabel(stab)\\n ntn\\['invert'].setValue(True)\\n ntn\\['tile_color'].setValue(1834205695)\\n if ntn\\['set_to_input_1'].label() == \\\"

Set To Input\\\":\\n ntn\\['label'].setValue(\\\"Stabilize\\\\ninput\\\")\\n else:\\n ntn\\['label'].setValue(\\\"Stabilize\\\\n\\\"+ref_frame)\\nelif lab == stab:\\n ntk.setLabel(mm)\\n ntn\\['invert'].setValue(False)\\n ntn\\['tile_color'].setValue(2051246591)\\n if ntn\\['set_to_input_1'].label() == \\\"

Set To Input\\\":\\n ntn\\['label'].setValue(\\\"Matchmove\\\\ninput\\\")\\n else:\\n ntn\\['label'].setValue(\\\"Matchmove\\\\n\\\"+ref_frame)\\n# auto toggle input/output aspect according to upstream CProject\\nstored = []\\ndef _recurse_up_select(node):\\n global stored\\n if node is not None and node not in stored:\\n for i in range(node.inputs()):\\n _recurse_up_select(node.input(i))\\n stored.append(node.input(i))\\n return stored\\nstored = []\\nupstream_nodes = _recurse_up_select(ntn.input(0))\\nfor one in upstream_nodes:\\n if one and 'card_to_track' in one.knobs():\\n image_aspect = one\\['image_aspect'].value()\\n image_aspect_out = one\\['image_aspect_out'].value()\\n if image_aspect_out:\\n ntn\\['image_aspect'].setValue(True)\\n ntn\\['image_aspect_out'].setValue(False)\\n break\\n elif image_aspect:\\n ntn\\['image_aspect_out'].setValue(True)\\n ntn\\['image_aspect'].setValue(False)\\n break\\n else:\\n ntn\\['image_aspect_out'].setValue(False)\\n ntn\\['image_aspect'].setValue(False)\\n break\\n else:\\n ntn\\['image_aspect_out'].setValue(False)\\n ntn\\['image_aspect'].setValue(False)\" +STARTLINE}\n addUserKnob {22 set_to_input_1 l \"Set to input\" t \"this will distort the input texture with the corner pin, it is the same as applying the texture on the card \" -STARTLINE T \"import nuke\\nntn = nuke.thisNode()\\nntk = ntn\\['set_to_input_1']\\nlab = ntk.label()\\ninput_set = \\\"

Set To Input\\\"\\nref_frame_set = \\\"Set To Input\\\"\\nif lab == input_set:\\n ntk.setLabel(ref_frame_set)\\nelse:\\n ntk.setLabel(input_set)\\nwith ntn:\\n nuke.toNode(\\\"CornerPin2D2\\\")\\[\\\"set_to_input\\\"].execute()\\n ntn\\['label'].setValue(ntn\\['mode_toggle'].label().rpartition(\\\"> \\\")[2]+\\\"\\\\ninput\\\")\"}\n addUserKnob {22 setCurrenrAsRefFrame l \"set current frame as reference frame\" t \"On this frame no transformation will be applied.\" T \"import nuke\\nntn = nuke.thisNode()\\nframe = int(nuke.frame())\\nntk = ntn\\['set_to_input_1']\\nntk.setLabel(\\\"Set To Input\\\")\\nfor one in range(1,5):\\n ntn\\['from'+str(one)].setValue(ntn\\['to'+str(one)].valueAt(frame))\\nntn\\['label'].setValue(ntn\\['mode_toggle'].label().rpartition(\\\">\\\")[2]+\\\"\\\\n\\\"+str(frame))\\nntn\\['refFrame'].setValue(frame)\\nwith ntn:\\n nuke.toNode(\\\"FHold\\\")\\['first_frame'].setValue(frame)\" +STARTLINE}\n addUserKnob {22 setRefFrame l \"set specific reference frame\" t \"Same as previous button except you can choose the reference frame manually\" T \"import nuke\\nntn = nuke.thisNode()\\nframe = int(nuke.thisNode()\\['refFrame'].value())\\nntk = ntn\\['set_to_input_1']\\nntk.setLabel(\\\"Set To Input\\\")\\nfor one in range(1,5):\\n ntn\\['from'+str(one)].setValue(ntn\\['to'+str(one)].valueAt(frame))\\nntn\\['label'].setValue(ntn\\['mode_toggle'].label().rpartition(\\\">\\\")[2]+\\\"\\\\n\\\"+str(frame))\\nntn\\['refFrame'].setValue(frame)\\nwith ntn:\\n nuke.toNode(\\\"FHold\\\")\\['first_frame'].setValue(frame)\" +STARTLINE}\n addUserKnob {3 refFrame l \"\" -STARTLINE}\n refFrame 34\n addUserKnob {6 image_aspect l \"preserve input image aspect\" t \"Preserve image aspect ratio. If disabled input aspect is set to square which is usefull when stabilize and unwrap texture.\" +STARTLINE}\n addUserKnob {6 image_aspect_out l \"preserve output image aspect\" +STARTLINE}\n addUserKnob {41 invert l stabilize t \"stabilize the input on the reference frame\" +INVISIBLE T CornerPin2D2.invert}\n addUserKnob {26 \"\"}\n addUserKnob {41 motionblur T CornerPin2D2.motionblur}\n addUserKnob {41 shutter T CornerPin2D2.shutter}\n addUserKnob {41 shutteroffset l \"shutter offset\" T CornerPin2D2.shutteroffset}\n addUserKnob {41 shuttercustomoffset -STARTLINE T CornerPin2D2.shuttercustomoffset}\n addUserKnob {41 filter_1 l filter T Reformat1.filter}\n addUserKnob {41 clamp -STARTLINE T CornerPin2D2.clamp}\n addUserKnob {41 black_outside l \"black outside\" -STARTLINE T CornerPin2D2.black_outside}\n addUserKnob {26 \"\"}\n addUserKnob {4 cropP l crop M {\"Hard Crop\" \"Adjustable Crop\" \"No Crop\"}}\n addUserKnob {7 growBbox l \"grow Bbox\" -STARTLINE +HIDDEN R 0 200}\n growBbox 50\n addUserKnob {41 o l overscan +DISABLED +HIDDEN +INVISIBLE T Crop1.o}\n addUserKnob {26 text l tip T \"Image is cropped to Input, Concatenation preserved.\"}\n addUserKnob {26 \"\"}\n addUserKnob {6 use_output_format l use +STARTLINE}\n addUserKnob {41 format l \"output format\" -STARTLINE T Reformat2.format}\n addUserKnob {41 pbb l \"preserve bounding box\" T Reformat2.pbb}\n addUserKnob {41 black_outside_1 l \"black outside\" -STARTLINE T Reformat2.black_outside}\n addUserKnob {41 clamp_1 l clamp -STARTLINE T Reformat2.clamp}\n addUserKnob {20 fromto l From/To}\n addUserKnob {41 from4 -STARTLINE T CornerPin2D2.from4}\n addUserKnob {41 from3 -STARTLINE T CornerPin2D2.from3}\n addUserKnob {41 from1 T CornerPin2D2.from1}\n addUserKnob {41 from2 -STARTLINE T CornerPin2D2.from2}\n addUserKnob {26 \"\"}\n addUserKnob {41 to4 T CornerPin2D2.to4}\n addUserKnob {41 to3 -STARTLINE T CornerPin2D2.to3}\n addUserKnob {41 to1 T CornerPin2D2.to1}\n addUserKnob {41 to2 -STARTLINE T CornerPin2D2.to2}\n}\n Input {\n inputs 0\n name Input1\n xpos 112\n ypos -341\n }\n FrameHold {\n name FHold\n xpos 112\n ypos -289\n disable {{!parent.FreezeInput}}\n }\n Transform {\n scale {1 {1/width*height}}\n center {{width/2} {height/2}}\n name Transform1\n xpos 112\n ypos -227\n disable {{!parent.image_aspect}}\n }\n CornerPin2D {\n to1 {0 0}\n to2 {1920 0}\n to3 {1920 1080}\n to4 {0 1080}\n invert false\n shutteroffset centred\n from1 {0 0}\n from2 {1920 0}\n from3 {1920 1080}\n from4 {0 1080}\n name CornerPin2D2\n xpos 112\n ypos -171\n addUserKnob {20 User}\n addUserKnob {22 \"set reference frame\" -STARTLINE T cornerPinZero()}\n }\nset Ne757db70 [stack 0]\n Dot {\n name Dot1\n xpos 14\n ypos -62\n }\npush $Ne757db70\n Crop {\n box {{curve-parent.growBbox} {curve-parent.growBbox} {width+parent.growBbox} {height+parent.growBbox}}\n name Crop1\n xpos 112\n ypos -62\n addUserKnob {20 User}\n addUserKnob {22 cropToBbox l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n }\npush $Ne757db70\n Reformat {\n type \"to box\"\n format \"4096 2160 0 0 4096 2160 1 4K_DCP\"\n box_width {{width}}\n box_height {{height}}\n box_pixel_aspect {{pixel_aspect}}\n resize none\n name Reformat1\n xpos 223\n ypos -69\n }\n Switch {\n inputs 3\n which {{parent.cropP x1000 0}}\n name Switch1\n label \"\\[value which]\"\n xpos 112\n ypos 10\n }\n Transform {\n scale {1 {1/height*width}}\n center {{width/2} {height/2}}\n name Transform2\n xpos 112\n ypos 81\n disable {{!parent.image_aspect_out}}\n }\n Reformat {\n resize none\n center false\n pbb true\n name Reformat2\n xpos 112\n ypos 151\n disable {{!parent.use_output_format}}\n }\n Output {\n name Output1\n xpos 112\n ypos 187\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_CameraNormals.gizmo", "content": "add_layer {N N.red N.green N.blue N.alpha}\nadd_layer {P P.red P.green P.blue P.alpha}\nGroup {\n name CameraNormals\n knobChanged \"n = nuke.thisNode()\\nk = nuke.thisKnob()\\n\\nif k.name() == \\\"fix\\\":\\n if int(k.value()) == False:\\n n.knobs()\\['pworld'].setVisible(False)\\n else:\\n n.knobs()\\['pworld'].setVisible(True)\\n \\nif k.name() == \\\"output_mask\\\":\\n if int(k.value()) == False:\\n n.knobs()\\['invert'].setVisible(False)\\n n.knobs()\\['math'].setVisible(False)\\n n.knobs()\\['bias'].setVisible(False)\\n else:\\n n.knobs()\\['invert'].setVisible(True)\\n n.knobs()\\['math'].setVisible(True)\\n if n.knobs()\\['math'].value() == \\\"Biased\\\":\\n n.knobs()\\['bias'].setVisible(True)\\n else:\\n n.knobs()\\['bias'].setVisible(False)\\n \\nif k.name() == \\\"math\\\":\\n if n.knobs()\\['math'].value() == \\\"Biased\\\":\\n n.knobs()\\['bias'].setVisible(True)\\n else:\\n n.knobs()\\['bias'].setVisible(False)\"\n tile_color 0x7f7f7fff\n selected true\n addUserKnob {20 User l CameraNormals}\n addUserKnob {41 nworld l \"N channels\" T Shuffle_N.in}\n addUserKnob {26 divider1 l \"\" +STARTLINE}\n addUserKnob {6 fix l \"Fix Camera Facing Normals\" t \"This will fix the blue component of your Normals, making it a perfect facing ratio mask for your CG\" +STARTLINE}\n fix true\n addUserKnob {41 pworld l \"P channels\" T Shuffle_P.in}\n addUserKnob {26 divider2 l \"\" +STARTLINE}\n addUserKnob {6 output_mask l \"Output Facing Ratio Mask\" t \"Instead of writing the new normals to your existing N channel, directly output_mask the Facing Ratio Mask in the RGBA\\n(Note: This operation requires an alpha channel on the input)\" +STARTLINE}\n output_mask true\n addUserKnob {6 invert l Invert? +STARTLINE}\n invert true\n addUserKnob {4 math l Math M {Simple Biased \"\" \"\" \"\" \"\"}}\n math Biased\n addUserKnob {26 spacer1 l \"\" -STARTLINE T \" \"}\n addUserKnob {7 bias l Bias -STARTLINE R -1 1}\n addUserKnob {20 about l About}\n addUserKnob {26 description l \"\" +STARTLINE T \"This Gizmo converts your world-normals to camera-normals.\\n\\nCameraNormalsv1.0 by Nikolai Wüstemann (inspired by Eyal Shirazi)\\nDummyCamv1.1 by Adrian Pueyo\"}\n}\n Input {\n inputs 0\n name Input\n xpos 239\n ypos -24\n }\n Dot {\n name Dot1\n xpos 273\n ypos 146\n }\nset N114f6ff0 [stack 0]\n Dot {\n name Dot2\n xpos -128\n ypos 146\n }\nset N11522990 [stack 0]\n Dot {\n name Dot3\n xpos -638\n ypos 146\n }\n Shuffle {\n in P\n name Shuffle_P\n xpos -672\n ypos 229\n }\n Add {\n value {{-DummyCam.world_matrix.3} {-DummyCam.world_matrix.7} {-DummyCam.world_matrix.11} {DummyCam.translate}}\n name Add_ZeroCamPos\n xpos -672\n ypos 302\n }\n Expression {\n temp_name0 t\n temp_expr0 1/sqrt(r*r+g*g+b*b)\n channel0 {rgba.red -rgba.green -rgba.blue rgba.alpha}\n expr0 r*t\n expr1 g*t\n expr2 b*t\n name Expression1\n xpos -672\n ypos 381\n }\npush $N11522990\n Shuffle {\n in N\n name Shuffle_N\n xpos -162\n ypos 233\n }\n Dot {\n name Dot6\n xpos -128\n ypos 375\n }\nset N11443fe0 [stack 0]\n MergeExpression {\n inputs 2\n channel0 rgb\n expr0 -(Ar*Br+Ag*Bg+Ab*Bb)\n name MergeExpression_DotProduct\n xpos -422\n ypos 517\n }\n Dot {\n name Dot7\n xpos -388\n ypos 1016\n }\npush $N11443fe0\n ColorMatrix {\n matrix {\n {{DummyCam.world_matrix.0} {DummyCam.world_matrix.1} {DummyCam.world_matrix.2}}\n {{DummyCam.world_matrix.4} {DummyCam.world_matrix.5} {DummyCam.world_matrix.6}}\n {{DummyCam.world_matrix.8} {DummyCam.world_matrix.9} {DummyCam.world_matrix.10}}\n }\n invert true\n name ColorMatrix_RotateNormals\n xpos -162\n ypos 729\n }\n Dot {\n name Dot10\n xpos -128\n ypos 915\n }\nset N113c1420 [stack 0]\n Dot {\n name Dot11\n xpos -260\n ypos 915\n }\n ShuffleCopy {\n inputs 2\n blue blue\n alpha alpha2\n name ShuffleCopy_FixFacingRatio\n xpos -294\n ypos 1013\n }\n Dot {\n name Dot12\n xpos -260\n ypos 1134\n }\npush $N113c1420\n Switch {\n inputs 2\n which {{fix}}\n name Switch_FixFacingRatio\n label \"\\[value this.which]\"\n xpos -162\n ypos 1125\n }\n Remove {\n operation keep\n channels rgba\n name Remove_KeepRGBA\n xpos -162\n ypos 1341\n }\n Dot {\n name Dot4\n xpos -128\n ypos 1525\n }\nset N1144c690 [stack 0]\npush $N114f6ff0\n ShuffleCopy {\n inputs 2\n alpha alpha2\n black red\n white green\n red2 blue\n green2 alpha\n out2 {{{Shuffle_N.in}}}\n name ShuffleCopy_CopyNormals\n xpos 239\n ypos 1522\n }\n Dot {\n name Dot8\n xpos 273\n ypos 1921\n }\nset N114455d0 [stack 0]\npush $N1144c690\n Shuffle {\n red blue\n green blue\n alpha blue\n name Shuffle_UseBlueChannel\n xpos -162\n ypos 1655\n }\n Expression {\n temp_name0 b\n temp_expr0 bias/2+0.5\n temp_name1 i\n temp_expr1 invert\n temp_name2 m\n temp_expr2 math\n temp_name3 v\n temp_expr3 i==0?r:1-r\n channel0 rgba\n expr0 (m==0)?v:(b**10)**(1-v)\n name Expression_FacingRatioMath\n xpos -162\n ypos 1779\n }\n Clamp {\n name Clamp\n xpos -162\n ypos 1827\n }\n Merge2 {\n inputs 2\n operation mask\n name Merge_MaskWithAlpha\n xpos -162\n ypos 1918\n }\n Dot {\n name Dot5\n xpos -128\n ypos 2079\n }\npush $N114455d0\n Switch {\n inputs 2\n which {{output_mask}}\n name Switch_Output\n label \"\\[value this.which]\"\n xpos 239\n ypos 2070\n }\n Output {\n name Output1\n xpos 239\n ypos 2192\n }\n Input {\n inputs 0\n name cam\n xpos 421\n ypos -32\n number 1\n }\n Camera {\n projection_mode {{\"\\[expression \\[value the_cam]projection_mode(\\[value the_frame])]\"}}\n focal {{\"\\[expression \\[value the_cam]focal(\\[value the_frame])]\"}}\n haperture {{\"\\[expression \\[value the_cam]haperture(\\[value the_frame])]\"}}\n vaperture {{\"\\[expression \\[value the_cam]vaperture(\\[value the_frame])]\"}}\n near {{\"\\[expression \\[value the_cam]near(\\[value the_frame])]\"}}\n far {10000}\n win_translate {{\"\\[expression \\[value the_cam]win_translate.u(\\[value the_frame])]\"} {\"\\[expression \\[value the_cam]win_translate.v(\\[value the_frame])]\"}}\n win_scale {{\"\\[expression \\[value the_cam]win_scale.u(\\[value the_frame])]\"} {\"\\[expression \\[value the_cam]win_scale.v(\\[value the_frame])]\"}}\n winroll {{\"\\[expression \\[value the_cam]winroll(\\[value the_frame])]\"}}\n focal_point {{\"\\[expression \\[value the_cam]focal_point(\\[value the_frame])]\"}}\n fstop {{\"\\[expression \\[value the_cam]fstop(\\[value the_frame])]\"}}\n name DummyCam\n help \"DummyCam by Adrian Pueyo\\n\\nCamera that apart from the matrices also grabs all the \\\"Projection\\\" values from the upstream camera that it's connected to. Turns into a default Camera if no Camera connected. Can also be used inside of groups and gizmos, as many levels deep as you want :D All using live and super fast TCL.\\n\\nUpdated v1.1: Now grabs the correct frame too (thanks Erwan Leroy for the idea).\\n\\nUpdated v1.3: Now accepts Nuke13's Camera3\\n\\nadrianpueyo.com, 2019-2021\"\n onCreate \"n = nuke.thisNode()\\nfor k in \\[\\\"projection_mode\\\",\\\"focal\\\",\\\"haperture\\\",\\\"vaperture\\\",\\\"near\\\",\\\"far\\\",\\\"win_translate\\\",\\\"win_scale\\\",\\\"winroll\\\",\\\"focal_point\\\",\\\"fstop\\\"]:\\n n\\[k].setFlag(0x0000000010000000)\"\n xpos 431\n ypos 36\n addUserKnob {20 DummyCam l Defaults}\n addUserKnob {43 the_cam +INVISIBLE}\n the_cam \"\\[\\n#DummyCam v1.3 - Updated 5 May 2021.\\nset starting_point \\\"this.input0\\\"\\nset default \\\"this.d_\\\"\\n\\n# If cam has no inputs, return the default.\\nif \\{\\[exists \\$starting_point]\\} \\{\\n set x \\[node \\$starting_point]\\n\\} \\{ \\n return \\$default\\n\\}\\n\\nset finished 0\\nwhile \\{\\$finished != 1\\} \\{\\n\\n # First look for a Cam or Input or topnode.\\n while \\{\\[class \\$x] != \\\"Camera3\\\" && \\[class \\$x] != \\\"Camera2\\\" && \\[class \\$x] != \\\"Camera\\\" && \\[class \\$x] != \\\"Input\\\" && \\$x != \\[topnode \\$x]\\} \\{\\n set x \\[node \\$x.input0]\\n \\}\\n\\n # Then, check if node is a cam (and return), and otherwise, if it's an input, see if the parent exists and move to it.\\n if \\{\\[class \\$x]==\\\"Camera3\\\"||\\[class \\$x]==\\\"Camera2\\\"||\\[class \\$x]==\\\"Camera\\\"\\} \\{\\n set x \\[append x \\\".\\\"]\\n return \\$x\\n \\} \\{ \\n if \\{ \\[class \\$x]==\\\"Input\\\" \\} \\{ \\n set inp \\\"\\$x.parent.input\\\"\\n set inputNum \\[value \\$x.number]\\n set inp \\[append inp \\$inputNum]\\n if \\{ \\[exists \\$inp] \\} \\{\\n set x \\[node \\$inp]\\n \\} \\{ \\n set finished 1\\n \\}\\n \\} \\{ \\n set finished 1\\n \\}\\n \\}\\n\\}\\nreturn \\$default\\n]\"\n addUserKnob {43 the_frame +INVISIBLE}\n the_frame \"\\[\\nset the_camera \\[string trimright \\[value the_cam] .]\\nif \\{\\[exists \\$the_camera]\\} \\{\\n return \\[value \\$the_camera.frame]\\n\\} \\{ \\n return \\[frame]\\n\\}\\n]\"\n addUserKnob {4 d_projection_mode l projection M {perspective orthographic uv spherical \"\"}}\n addUserKnob {7 d_focal l \"focal length\" R 0 100}\n d_focal 50\n addUserKnob {7 d_haperture l \"horiz aperture\" R 0 50}\n d_haperture 24.576\n addUserKnob {7 d_vaperture l \"vert aperture\" R 0 50}\n d_vaperture 18.672\n addUserKnob {7 d_near l near R 0 10}\n d_near 0.1\n addUserKnob {7 d_far l far R 0 10000}\n d_far 10000\n addUserKnob {30 d_win_translate l \"window translate\"}\n addUserKnob {30 d_win_scale l \"window scale\"}\n d_win_scale {1 1}\n addUserKnob {7 d_winroll l \"window roll\" R 0 45}\n addUserKnob {7 d_focal_point l \"focal distance\" R 0 10}\n d_focal_point 2\n addUserKnob {7 d_fstop l fstop R 0 30}\n d_fstop 16\n addUserKnob {26 version l \" \" t \"Updated 5 May 2021\" T \"
DummyCam v1.3 - adrianpueyo.com, 2019-2021\"}\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_CardToTrack.gizmo", "content": "Group {\n name CardToTrack\n onCreate \"#nuke.thisNode()\\['picker'].setValue(\\[nuke.toNode(\\\"root\\\")\\['format'].value().width()/2,nuke.toNode(\\\"root\\\")\\['format'].value().height()/2])\"\n tile_color 0x5236ff\n gl_color 0xff0000ff\n note_font \"DejaVu Sans\"\n note_font_size 14\n note_font_color 0xff\n selected true\n addUserKnob {20 User l CardToTrack}\n addUserKnob {26 \"\"}\n addUserKnob {26 extras l \"\" t \"here you can choose the way you would like find your position\\n\\n1 I have a Camera and great Matchmove\\n means you have only a tracked Camera - you will have to go normal way in finding position\\n\\n2 I have a Camera and Geometry\\n see little input called \\\"Extra\\\"? this is your new friend, if you have by any chance a geometry of the Scene - can be a model, lidar scan or just a bunch Nuke objects, connect it to the \\\"Extra\\\" input and press \\\"Set\\\" button, congrats you found your 3D position and ready sdjust your perspective(no need to bother with \\\"Z\\\" and \\\"Happy\\\" button\\n\\n3 I have a Camera and Wpos pass\\n if your nice 3D Artist rendered for you a Wpos pass, connect it to the \\\"Extra\\\" input and press \\\"Set\\\" button, congrats you found your 3D position and ready sdjust your perspective(no need to bother with \\\"Z\\\" and \\\"Happy\\\" button\\n\\n4 I have a Camera and Card\\n Let say you have animated Card and you want to translate it's position to Screen space, connect the Card to the .... guess what and press \\\"GO\\\" button\\n DONE!!!\\n5 Axis \\n In Case you have card which animation is driven by one ore more Axises you can use this option. Just connect the Extra pipe to the lowest Axis in the chain. the script will consolidate transformations for you!\\n\\n\" +STARTLINE T \"I have a Camera and\"}\n addUserKnob {41 _1 l \" \" -STARTLINE T NoOp2.extraStuff}\n addUserKnob {41 extraHelper l \"\" -STARTLINE +INVISIBLE T NoOp2.extraHelper}\n addUserKnob {3 scene l \" scene size\" t \"the tool does not know how big your scene is, if after adjusting \\\"Z\\\" slider you see that the card you generating is too big or too small - adjust the scene size.\\n\\nyou not going to see something changing till you will press \\\"Set\\\" button again\\n\\nif you do happy you can leave this knob alone there will be no need to touch it again\\n\\njust remember the value so you will be able to enter it when you will be work on the other shots from the same sequence\\n\\ncheers!\" -STARTLINE}\n scene 10\n addUserKnob {41 hue_rotation l \"hue grid\" -STARTLINE T HueShift1.hue_rotation}\n addUserKnob {7 op l \" opacity grid\" -STARTLINE}\n op 1\n addUserKnob {26 \"\"}\n addUserKnob {20 setGroup l \"set Reference\" n 1}\n addUserKnob {26 ds l 1. t \"first step in finding desired position.\\n\\nplease find some feature on the screen, feature you can see on the other frames as well.\\nnot position the picker on this feature and press \\\"Set\\\" button\\n\\nthe reference frame is set, yo should see now the grid centering on the \\\"picker\\\"\\n\\nthere is a chance that \\\"grid\\\" will be very small or very big depends on the size of your scene, feel free to adjust it's size with the u_scale knob.\\n\\nnow you ready for the next step\" T \"Set reference frame.\"}\n addUserKnob {22 REF l Set t \"first step in finding desired position.\\n\\nplease find some feature on the screen, feature you can see on the other frames as well.\\nnot position the picker on this feature and press \\\"Set\\\" button\\n\\nthe reference frame is set, yo should see now the grid centering on the \\\"picker\\\"\\n\\nthere is a chance that \\\"grid\\\" will be very small or very big depends on the size of your scene, feel free to adjust it's size with the u_scale knob.\\n\\nnow you ready for the next step\" T \"import NST_cardToTrack\\nNST_cardToTrack.setRefFrame()\" +STARTLINE}\n addUserKnob {6 S l INVISIBLE -STARTLINE +INVISIBLE}\n addUserKnob {3 refFrame l \" reference frame:\" -STARTLINE +INVISIBLE}\n refFrame 1001\n addUserKnob {41 picker l \" \" -STARTLINE T NoOp1.picker}\n addUserKnob {20 endGroup_3 l endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {20 findZ l \"Find Z\" n 1}\n findZ 0\n addUserKnob {26 d l \"2. \" t \"Second step help us to find exact position in 3d space\\n\\nstart advance few frames, you should see that a grid is not fixed anymore to your reference feature, from the moment you noticing it is happening adjust \\\"Z\\\" knob to bring the \\\"grid\\\" back to the place it was. already after first adjustment you will see that grid is sticking well to the feature. Now you can go to some other frame and refine the position again if needed\\n\\nTipp:\\nit is possible that already after one or two frames of advancement your grid will disappear it can happen because of the size of your scene. just play with \\\"Z\\\" slider till you will bring the \\\"grid\\\" back to the screen. it is possible that you will have to go to negative values as well.\" T \"go to some other frame and adjust Z. Use stabilize if needed.\"}\n addUserKnob {41 Stabilize -STARTLINE T NoOp2.Stabilize}\n addUserKnob {6 HighPass -STARTLINE +HIDDEN}\n addUserKnob {7 sharpen l \"\" -STARTLINE +HIDDEN R 1 10}\n sharpen 2\n addUserKnob {7 Zfind l Z t \"Second step help us to find exact position in 3d space\\n\\nstart advance few frames, you should see that a grid is not fixed anymore to your reference feature, from the moment you noticing it is happening adjust \\\"Z\\\" knob to bring the \\\"grid\\\" back to the place it was. already after first adjustment you will see that grid is sticking well to the feature. Now you can go to some other frame and refine the position again if needed.\\nonce you happy with the result\\npress \\\"Happy\\\" button!!!\\n\\nTipp:\\nit is possible that already after one or two frames of advancement your grid will disappear it can happen because of the size of your scene. just play with \\\"Z\\\" slider till you will bring the \\\"grid\\\" back to the screen. it is possible that you will have to go to negative values as well.\" R -100 100}\n addUserKnob {26 s l 3. t \"this will create an axis in exact 3D position you found\\nplease adjust (if needed)\\nrotation of the card to match exact perspective you want\\n\\nTipp :\\nadjusting \\\"scale\\\" and \\\"u_scale\\\":\\nbe carefull when scaling up the card!!! from the moment one of the corners of the \\\"grid\\\" is passing the origin of the Camera the calculation will fail. So as a good practice leave your \\\"grid\\\" not too big it will not matter for final calculation since it still will lay on the same plane.\\n\\n\" T \"Happy with Z? Press \\\"Happy\\\" button and adjust perspective.\"}\n addUserKnob {22 Adjust l Happy!!! t \"this will create an axis in exact 3D position you found\\nplease adjust (if needed)\\nrotation of the card to match exact perspective you want\\n\\nTipp :\\nadjusting \\\"scale\\\" and \\\"u_scale\\\":\\nbe carefull when scaling up the card!!! from the moment one of the corners of the \\\"grid\\\" is passing the origin of the Camera the calculation will fail. So as a good practice leave your \\\"grid\\\" not too big it will not matter for final calculation since it still will lay on the same plane.\\n\\n\" T \"import NST_cardToTrack\\nNST_cardToTrack.happy()\" +STARTLINE}\n addUserKnob {20 endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {20 happyGroup l \"Adjust TRS\" n 1}\n happyGroup 0\n addUserKnob {41 translate T Perspective.translate}\n addUserKnob {41 rotate l \"rotate \" T Perspective.rotate}\n addUserKnob {41 scaling l \"scale \" T Perspective.scaling}\n addUserKnob {41 uniform_scale l \"u_scale \" T Perspective.uniform_scale}\n addUserKnob {20 endGroup_1 l endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {20 goGroup l \"Create Nodes\" n 1}\n goGroup 0\n addUserKnob {26 r l 4. t \"this little fellow will create for you three nodes\\n\\n1. NST_CProject - basically it is a cornerPin node with steroids it allowes to you very easy set Reference point for your \\\"projection\\\", stabilize, crop. all in one\\n2. CornerPin with a transformation baked in the \\\"matrix\\\" knob - usually i am using it to copy to GridWarp or SplineWarp\\n3. Roto - the node i am using the most.\\nthe transformation is baked into the root matrix.\\nso just pick the frame create the rotoshape and enjoy!\" T \"Time to create our Nodes!\"}\n addUserKnob {22 C2T l -----------------------GO!----------------------- t \"this little fellow will create for you three nodes\\n\\n1. NST_CProject - basically it is a cornerPin node with steroids it allowes to you very easy set Reference point for your \\\"projection\\\", stabilize, crop. all in one\\n2. CornerPin with a transformation baked in the \\\"matrix\\\" knob - usually i am using it to copy to GridWarp or SplineWarp\\n3. Roto - the node i am using the most.\\nthe transformation is baked into the root matrix.\\nso just pick the frame create the rotoshape and enjoy!\" T \"import NST_cardToTrack\\nNST_cardToTrack.go()\" +STARTLINE}\n addUserKnob {26 w l \"\" -STARTLINE T or}\n addUserKnob {22 Card l \"Create object only\" t \"create 3d object in extracted position\\nwithout animation\" -STARTLINE T \"import NST_cardToTrack\\nNST_cardToTrack.objectOnly()\"}\n addUserKnob {6 Card_1 l Card t \"Create a card based on 3D position\" +STARTLINE}\n Card_1 true\n addUserKnob {6 CornerPin l \"Corner Pin\" t \"Create a corner pin based on 3D position\" +STARTLINE}\n CornerPin true\n addUserKnob {6 Roto t \"Create a Roto node based on 3D position.\\nTracking of the Roto will be saved on the Root leves of the node.\" +STARTLINE}\n Roto true\n addUserKnob {6 Transform t \"Create a transform based on 3D position\" +STARTLINE}\n addUserKnob {6 Matrix t \"Create a Matrix representation of the transformatio in 3D space, can bre used later in various nodes such as RotoPaint, GridWarp, SplineWarp and so on.\\n\\nSide note - GridWarp is buggy when using matrix - better stabilize image with corner Pin, use grid warp and un- stabilize back with corner pin.\\n(use uv/stmap to reduce quality hits)\" +STARTLINE}\n addUserKnob {20 endGroup_2 l endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {26 credit l \" ©\" T \"Helge Stang & Alexey Kuchinski\"}\n addUserKnob {20 help_1 l Help}\n addUserKnob {26 hhelp l \"\" +STARTLINE T \"---------------------------------------------------\\nStep 1\\n\\nplease find some feature on the screen, feature you can see on the other frames as well.\\nnow position the picker on this feature and press \\\"Set\\\" button\\n\\nthe reference frame is set, yo should see now the grid centering on the \\\"picker\\\"\\n\\nthere is a chance that \\\"grid\\\" will be very small or very big depends on the size of your scene, feel free to adjust it's size with the u_scale knob.\\n\\nnow you ready for the next step\\n\\n---------------------------------------------------\\nStep 2\\n\\nLet's find exact position in 3d space\\n\\nstart advance few frames, you should see that a grid is not fixed anymore to your reference feature, from the moment you noticing it is happening adjust \\\"Z\\\" knob to bring the \\\"grid\\\" back to the place it was. already after first adjustment you will see that grid is sticking well to the feature. Now you can go to some other frame and refine the position again if needed\\n\\nTipp:\\nit is possible that already after one or two frames of advancement your grid will disappear it can happen because of the size of your scene. just play with \\\"Z\\\" slider till you will bring the \\\"grid\\\" back to the screen. it is possible that you will have to go to negative \\nvalues as well.\\n\\n---------------------------------------------------\\nStep 3\\n\\nthis will create an axis in exact 3D position you found\\nplease adjust (if needed)\\nrotation of the card to match exact perspective you want\\n\\nTipp :\\nadjusting \\\"scale\\\" and \\\"u_scale\\\":\\nbe carefull when scaling up the card!!! from the moment one of the corners of the \\\"grid\\\" is passing the origin of the Camera the calculation will fail. So as a good practice leave your \\\"grid\\\" not too big it will not matter for final calculation since it still will lay on the same plane.\\n\\n\\n---------------------------------------------------\\nStep 4\\n\\nButton \\\"Go\\\" will create for you few nodes\\n\\n1. NST_CProject - basically it is a cornerPin node with steroids it allowes to you very easy set Reference point for your \\\"projection\\\", stabilize, crop. all in one\\n2. CornerPin with a transformation baked in the \\\"matrix\\\" knob - usually i am using it to copy to GridWarp or SplineWarp\\n3. Roto - the node i am using the most.\\nthe transformation is baked into the root matrix.\\nso just pick the frame create the rotoshape and enjoy!\\n\"}\n addUserKnob {26 credits l \"\" +STARTLINE T \"CardToTrack v4.0 || by Alexey Kuchinski | lamakaha@gmail.com | 7/2017\"}\n}\n BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0x546b3d01\n note_font \"Helvetica Bold\"\n note_font_size 100\n xpos -1719\n ypos 977\n bookmark false\n bdwidth 287\n bdheight 334\n }\n StickyNote {\n inputs 0\n name StickyNote1\n tile_color 0xffffffff\n label \"Mark Joey Tang Deep2VP .\"\n note_font \"Helvetica Bold\"\n note_font_size 20\n xpos -1719\n ypos 939\n }\n Input {\n inputs 0\n name Extra\n xpos -1449\n ypos -791\n number 2\n }\n Dot {\n name Dot11\n xpos -1415\n ypos 566\n }\nset Nd0813800 [stack 0]\n Dot {\n name Dot12\n xpos -1415\n ypos 673\n }\nset Nd0813400 [stack 0]\n Dot {\n name Dot7\n xpos -1415\n ypos 726\n }\nset Nd0813000 [stack 0]\n Dot {\n name Dot31\n xpos -1675\n ypos 726\n }\n DeepExpression {\n chans0 rgb\n chans1 none\n rgba.red \"( ( x/\\[value input.width] ) - 0.5 ) * \\[value hratio] * deep.front )\"\n rgba.green \"( ( y/\\[value input.height] ) - 0.5 ) * ( ( \\[value hratio]*deep.front ) / ( \\[value input.width]/\\[value input.height] ) )\"\n rgba.blue -deep.front\n name DeepExpression6\n label \"initial setup\"\n xpos -1709\n ypos 1086\n addUserKnob {20 User}\n addUserKnob {7 hratio}\n hratio {{\"\\[value cam_data.haperture] / \\[value cam_data.focal]\"}}\n }\n DeepExpression {\n chans0 {rgba.red rgba.green rgba.blue none}\n chans1 none\n rgba.red \"(r * \\[value cam_data.world_matrix.0] + g * \\[value cam_data.world_matrix.1] + b * \\[value cam_data.world_matrix.2]) + \\[value cam_data.world_matrix.3]\"\n rgba.green \"(r * \\[value cam_data.world_matrix.4] + g * \\[value cam_data.world_matrix.5] + b * \\[value cam_data.world_matrix.6]) + \\[value cam_data.world_matrix.7]\"\n rgba.blue \"(r * \\[value cam_data.world_matrix.8] + g * \\[value cam_data.world_matrix.9] + b * \\[value cam_data.world_matrix.10]) + \\[value cam_data.world_matrix.11]\"\n name deepCT_00\n label camera\n xpos -1709\n ypos 1172\n addUserKnob {20 User}\n }\n DeepToImage {\n name DeepToImage3\n xpos -1709\n ypos 1236\n }\n Dot {\n name Dot26\n xpos -1675\n ypos 1840\n }\npush $Nd0813000\n Dot {\n name Dot9\n xpos -1415\n ypos 1731\n }\n Input {\n inputs 0\n name Camera\n xpos -624\n ypos 760\n number 1\n }\nset Nd0810c00 [stack 0]\npush $Nd0813800\n Axis {\n inputs 0\n translate {{\"\\[if \\{\\[exists parent.input1] == 0\\} \\{return 0\\} else \\{return \\[value \\[topnode this.parent.input1].translate.0]\\}]\" x1112 -519.8007202} {\"\\[if \\{\\[exists parent.input1] == 0\\} \\{return 0\\} else \\{return \\[value \\[topnode this.parent.input1].translate.1]\\}]\" x1112 197.4966736} {\"\\[if \\{\\[exists parent.input1] == 0\\} \\{return 0\\} else \\{return \\[value \\[topnode this.parent.input1].translate.2]\\}]\" x1112 -128.6857147}}\n rotate {{\"\\[if \\{\\[exists parent.input1] == 0\\} \\{return 0\\} else \\{return \\[value \\[topnode this.parent.input1].rotate.0]\\}]\"} {\"\\[if \\{\\[exists parent.input1] == 0\\} \\{return 0\\} else \\{return \\[value \\[topnode this.parent.input1].rotate.1]\\}]\"} {\"\\[if \\{\\[exists parent.input1] == 0\\} \\{return 0\\} else \\{return \\[value \\[topnode this.parent.input1].rotate.2]\\}]\"}}\n name Axis1\n xpos -805\n ypos 40\n }\n ColorBars {\n inputs 0\n name ColorBars1\n xpos -976\n ypos -130\n }\n Card2 {\n rows 4\n columns 4\n z 10\n lens_in_focal {{\"\\[if \\{\\[exists parent.input1] == 0\\} \\{return 0\\} else \\{return \\[value \\[topnode this.parent.input1].focal]\\}]\"}}\n lens_in_haperture {{\"\\[if \\{\\[exists parent.input1] == 0\\} \\{return 0\\} else \\{return \\[value \\[topnode this.parent.input1].haperture]\\}]\"}}\n control_points {3 3 3 6\n\n1 {-0.5 -0.5 0} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0.1666666865 0} 0 {0 0 0} 0 {0 0 0}\n1 {0 -0.5 0} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0.1666666865 0} 0 {0 0 0} 0 {0.5 0 0}\n1 {0.5 -0.5 0} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0.1666666865 0} 0 {0 0 0} 0 {1 0 0}\n1 {-0.5 0 0} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0.1666666716 0} 0 {0 -0.1666666716 0} 0 {0 0.5 0}\n1 {0 0 0} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0.1666666716 0} 0 {0 -0.1666666716 0} 0 {0.5 0.5 0}\n1 {0.5 0 0} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0.1666666716 0} 0 {0 -0.1666666716 0} 0 {1 0.5 0}\n1 {-0.5 0.5 0} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0 0} 0 {0 -0.1666666865 0} 0 {0 1 0}\n1 {0 0.5 0} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0 0} 0 {0 -0.1666666865 0} 0 {0.5 1 0}\n1 {0.5 0.5 0} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0 0} 0 {0 -0.1666666865 0} 0 {1 1 0} }\n name Card2\n xpos -976\n ypos -3\n addUserKnob {20 User}\n addUserKnob {22 \"floor Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[0,0.5,0])\\nn\\['pivot'].setValue(\\[0,-0.5,0])\"}\n addUserKnob {22 \"corner Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[-.5,.5,0])\\nn\\['pivot'].setValue(\\[.5,-.5,0])\"}\n addUserKnob {22 snapToSelected -STARTLINE T \"b=nuke.selectedNode()\\['translate'].value()\\nn=nuke.thisNode()\\nn\\['translate'].setValue(b)\"}\n addUserKnob {22 \"floor Pivot_1\" l \"floor Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[0,0.5,0])\\nn\\['pivot'].setValue(\\[0,-0.5,0])\"}\n addUserKnob {22 \"corner Pivot_1\" l \"corner Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[-.5,.5,0])\\nn\\['pivot'].setValue(\\[.5,-.5,0])\"}\n addUserKnob {22 snapToSelected_1 l snapToSelected -STARTLINE T \"b=nuke.selectedNode()\\['translate'].value()\\nn=nuke.thisNode()\\nn\\['translate'].setValue(b)\"}\n }\n TransformGeo {\n inputs 2\n name TransformGeo2\n xpos -976\n ypos 60\n }\n Switch {\n inputs 2\n which {{parent.extraHelper==1?1:0}}\n name GeoInput\n xpos -976\n ypos 563\n }\n Input {\n inputs 0\n name BG\n xpos 800\n ypos -858\n }\n Dot {\n name Dot4\n xpos 834\n ypos -788\n }\nset Nd07e3000 [stack 0]\n Dot {\n name Dot5\n xpos -1122\n ypos -788\n }\n Dot {\n name Dot6\n xpos -1119\n ypos 911\n }\n ScanlineRender {\n inputs 3\n motion_vectors_type distance\n output_shader_vectors true\n P_channel rgb\n name ScanlineRender2\n xpos -976\n ypos 907\n }\n Switch {\n inputs 2\n which {{parent.extraHelper==2?1:0}}\n name WpasRender\n xpos -976\n ypos 1728\n }\n Switch {\n inputs 2\n which {{parent.extraHelper==5?1:0}}\n name deepInput\n note_font_size 14\n xpos -976\n ypos 1836\n }\n NoOp {\n name NoOp1\n tile_color 0xffff\n gl_color 0xffff\n xpos -976\n ypos 2323\n addUserKnob {20 User}\n addUserKnob {22 pick T \"a=nuke.toNode(\\\"NoOp1\\\")\\nr=nuke.sample(a,\\\"red\\\",a\\['picker'].value(0),a\\['picker'].value(1),1,1)\\ng=nuke.sample(a,\\\"green\\\",a\\['picker'].value(0),a\\['picker'].value(1),1,1)\\nb=nuke.sample(a,\\\"blue\\\",a\\['picker'].value(0),a\\['picker'].value(1),1,1)\\n#nuke.tprint(r)\\nnuke.toNode('look_at_Axis')\\['translate'].setValue(\\[r,g,b])\" +STARTLINE}\n addUserKnob {12 picker}\n picker {10 10}\n }\n Clamp {\n channels rgba\n name Clamp1\n xpos -125\n ypos 2323\n }\npush $Nd0810c00\n FrameHold {\n first_frame 1058\n name StabFrameHold\n xpos -624\n ypos 1121\n disable true\n }\nset Nd07a0800 [stack 0]\npush $Nd0810c00\n Axis {\n name Axis3\n xpos -500\n ypos 817\n }\n Dot {\n name Dot10\n xpos -476\n ypos 900\n }\n Card2 {\n inputs 0\n display wireframe\n render_mode off\n image_aspect false\n rows 1\n columns 1\n uniform_scale 600\n control_points {3 3 3 6\n\n1 {-0.5 -0.5 0} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0.1666666865 0} 0 {0 0 0} 0 {0 0 0}\n1 {0 -0.5 0} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0.1666666865 0} 0 {0 0 0} 0 {0.5 0 0}\n1 {0.5 -0.5 0} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0.1666666865 0} 0 {0 0 0} 0 {1 0 0}\n1 {-0.5 0 0} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0.1666666716 0} 0 {0 -0.1666666716 0} 0 {0 0.5 0}\n1 {0 0 0} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0.1666666716 0} 0 {0 -0.1666666716 0} 0 {0.5 0.5 0}\n1 {0.5 0 0} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0.1666666716 0} 0 {0 -0.1666666716 0} 0 {1 0.5 0}\n1 {-0.5 0.5 0} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0 0} 0 {0 -0.1666666865 0} 0 {0 1 0}\n1 {0 0.5 0} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0 0} 0 {0 -0.1666666865 0} 0 {0.5 1 0}\n1 {0.5 0.5 0} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0 0} 0 {0 -0.1666666865 0} 0 {1 1 0} }\n name Card3\n tile_color 0xff00ff\n gl_color 0xff00ff\n xpos -375\n ypos 819\n addUserKnob {20 User}\n addUserKnob {22 \"floor Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[0,0.5,0])\\nn\\['pivot'].setValue(\\[0,-0.5,0])\"}\n addUserKnob {22 \"corner Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[-.5,.5,0])\\nn\\['pivot'].setValue(\\[.5,-.5,0])\"}\n addUserKnob {22 snapToSelected -STARTLINE T \"b=nuke.selectedNode()\\['translate'].value()\\nn=nuke.thisNode()\\nn\\['translate'].setValue(b)\"}\n addUserKnob {22 \"floor Pivot_1\" l \"floor Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[0,0.5,0])\\nn\\['pivot'].setValue(\\[0,-0.5,0])\"}\n addUserKnob {22 \"corner Pivot_1\" l \"corner Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[-.5,.5,0])\\nn\\['pivot'].setValue(\\[.5,-.5,0])\"}\n addUserKnob {22 snapToSelected_1 l snapToSelected -STARTLINE T \"b=nuke.selectedNode()\\['translate'].value()\\nn=nuke.thisNode()\\nn\\['translate'].setValue(b)\"}\n }\n TransformGeo {\n inputs 2\n name TransformGeo3\n tile_color 0xff00ff\n gl_color 0xff00ff\n xpos -375\n ypos 896\n }\n Dot {\n name Dot20\n xpos -341\n ypos 983\n }\npush $Nd0813000\n Constant {\n inputs 0\n format \"512 512 0 0 512 512 1 square_512\"\n name Constant2\n tile_color 0xff\n xpos -239\n ypos -627\n postage_stamp false\n }\nset Nd07e0400 [stack 0]\n Wireframe {\n operation \"see through\"\n line_width 1\n line_color {1 0 0 1}\n name Wireframe4\n xpos -642\n ypos -416\n }\nset Nd073fc00 [stack 0]\n Card2 {\n display wireframe\n image_aspect false\n rows 1\n columns 1\n translate {0.5 -0.5 0}\n uniform_scale 0.03\n control_points {3 3 3 6\n\n1 {-0.5 -0.5 0} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0.1666666865 0} 0 {0 0 0} 0 {0 0 0}\n1 {0 -0.5 0} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0.1666666865 0} 0 {0 0 0} 0 {0.5 0 0}\n1 {0.5 -0.5 0} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0.1666666865 0} 0 {0 0 0} 0 {1 0 0}\n1 {-0.5 0 0} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0.1666666716 0} 0 {0 -0.1666666716 0} 0 {0 0.5 0}\n1 {0 0 0} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0.1666666716 0} 0 {0 -0.1666666716 0} 0 {0.5 0.5 0}\n1 {0.5 0 0} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0.1666666716 0} 0 {0 -0.1666666716 0} 0 {1 0.5 0}\n1 {-0.5 0.5 0} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0 0} 0 {0 -0.1666666865 0} 0 {0 1 0}\n1 {0 0.5 0} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0 0} 0 {0 -0.1666666865 0} 0 {0.5 1 0}\n1 {0.5 0.5 0} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0 0} 0 {0 -0.1666666865 0} 0 {1 1 0} }\n name Card9\n xpos -891\n ypos -370\n addUserKnob {20 User}\n addUserKnob {22 \"floor Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[0,0.5,0])\\nn\\['pivot'].setValue(\\[0,-0.5,0])\"}\n addUserKnob {22 \"corner Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[-.5,.5,0])\\nn\\['pivot'].setValue(\\[.5,-.5,0])\"}\n addUserKnob {22 snapToSelected -STARTLINE T \"b=nuke.selectedNode()\\['translate'].value()\\nn=nuke.thisNode()\\nn\\['translate'].setValue(b)\"}\n addUserKnob {22 \"floor Pivot_1\" l \"floor Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[0,0.5,0])\\nn\\['pivot'].setValue(\\[0,-0.5,0])\"}\n addUserKnob {22 \"corner Pivot_1\" l \"corner Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[-.5,.5,0])\\nn\\['pivot'].setValue(\\[.5,-.5,0])\"}\n addUserKnob {22 snapToSelected_1 l snapToSelected -STARTLINE T \"b=nuke.selectedNode()\\['translate'].value()\\nn=nuke.thisNode()\\nn\\['translate'].setValue(b)\"}\n }\n Dot {\n name Dot19\n xpos -857\n ypos -260\n }\npush $Nd073fc00\n Card2 {\n display wireframe\n image_aspect false\n rows 1\n columns 1\n translate {0.5 0.5 0}\n uniform_scale 0.03\n control_points {3 3 3 6\n\n1 {-0.5 -0.5 0} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0.1666666865 0} 0 {0 0 0} 0 {0 0 0}\n1 {0 -0.5 0} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0.1666666865 0} 0 {0 0 0} 0 {0.5 0 0}\n1 {0.5 -0.5 0} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0.1666666865 0} 0 {0 0 0} 0 {1 0 0}\n1 {-0.5 0 0} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0.1666666716 0} 0 {0 -0.1666666716 0} 0 {0 0.5 0}\n1 {0 0 0} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0.1666666716 0} 0 {0 -0.1666666716 0} 0 {0.5 0.5 0}\n1 {0.5 0 0} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0.1666666716 0} 0 {0 -0.1666666716 0} 0 {1 0.5 0}\n1 {-0.5 0.5 0} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0 0} 0 {0 -0.1666666865 0} 0 {0 1 0}\n1 {0 0.5 0} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0 0} 0 {0 -0.1666666865 0} 0 {0.5 1 0}\n1 {0.5 0.5 0} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0 0} 0 {0 -0.1666666865 0} 0 {1 1 0} }\n name Card8\n xpos -806\n ypos -367\n addUserKnob {20 User}\n addUserKnob {22 \"floor Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[0,0.5,0])\\nn\\['pivot'].setValue(\\[0,-0.5,0])\"}\n addUserKnob {22 \"corner Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[-.5,.5,0])\\nn\\['pivot'].setValue(\\[.5,-.5,0])\"}\n addUserKnob {22 snapToSelected -STARTLINE T \"b=nuke.selectedNode()\\['translate'].value()\\nn=nuke.thisNode()\\nn\\['translate'].setValue(b)\"}\n addUserKnob {22 \"floor Pivot_1\" l \"floor Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[0,0.5,0])\\nn\\['pivot'].setValue(\\[0,-0.5,0])\"}\n addUserKnob {22 \"corner Pivot_1\" l \"corner Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[-.5,.5,0])\\nn\\['pivot'].setValue(\\[.5,-.5,0])\"}\n addUserKnob {22 snapToSelected_1 l snapToSelected -STARTLINE T \"b=nuke.selectedNode()\\['translate'].value()\\nn=nuke.thisNode()\\nn\\['translate'].setValue(b)\"}\n }\n Dot {\n name Dot18\n xpos -772\n ypos -286\n }\npush $Nd073fc00\n Card2 {\n display wireframe\n image_aspect false\n rows 1\n columns 1\n translate {-0.5 -0.5 0}\n uniform_scale 0.03\n control_points {3 3 3 6\n\n1 {-0.5 -0.5 0} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0.1666666865 0} 0 {0 0 0} 0 {0 0 0}\n1 {0 -0.5 0} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0.1666666865 0} 0 {0 0 0} 0 {0.5 0 0}\n1 {0.5 -0.5 0} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0.1666666865 0} 0 {0 0 0} 0 {1 0 0}\n1 {-0.5 0 0} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0.1666666716 0} 0 {0 -0.1666666716 0} 0 {0 0.5 0}\n1 {0 0 0} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0.1666666716 0} 0 {0 -0.1666666716 0} 0 {0.5 0.5 0}\n1 {0.5 0 0} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0.1666666716 0} 0 {0 -0.1666666716 0} 0 {1 0.5 0}\n1 {-0.5 0.5 0} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0 0} 0 {0 -0.1666666865 0} 0 {0 1 0}\n1 {0 0.5 0} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0 0} 0 {0 -0.1666666865 0} 0 {0.5 1 0}\n1 {0.5 0.5 0} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0 0} 0 {0 -0.1666666865 0} 0 {1 1 0} }\n name Card7\n xpos -724\n ypos -367\n addUserKnob {20 User}\n addUserKnob {22 \"floor Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[0,0.5,0])\\nn\\['pivot'].setValue(\\[0,-0.5,0])\"}\n addUserKnob {22 \"corner Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[-.5,.5,0])\\nn\\['pivot'].setValue(\\[.5,-.5,0])\"}\n addUserKnob {22 snapToSelected -STARTLINE T \"b=nuke.selectedNode()\\['translate'].value()\\nn=nuke.thisNode()\\nn\\['translate'].setValue(b)\"}\n addUserKnob {22 \"floor Pivot_1\" l \"floor Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[0,0.5,0])\\nn\\['pivot'].setValue(\\[0,-0.5,0])\"}\n addUserKnob {22 \"corner Pivot_1\" l \"corner Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[-.5,.5,0])\\nn\\['pivot'].setValue(\\[.5,-.5,0])\"}\n addUserKnob {22 snapToSelected_1 l snapToSelected -STARTLINE T \"b=nuke.selectedNode()\\['translate'].value()\\nn=nuke.thisNode()\\nn\\['translate'].setValue(b)\"}\n }\n Dot {\n name Dot17\n xpos -690\n ypos -312\n }\npush $Nd073fc00\n Card2 {\n display wireframe\n image_aspect false\n rows 1\n columns 1\n translate {-0.5 0.5 0}\n uniform_scale 0.03\n control_points {3 3 3 6\n\n1 {-0.5 -0.5 0} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0.1666666865 0} 0 {0 0 0} 0 {0 0 0}\n1 {0 -0.5 0} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0.1666666865 0} 0 {0 0 0} 0 {0.5 0 0}\n1 {0.5 -0.5 0} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0.1666666865 0} 0 {0 0 0} 0 {1 0 0}\n1 {-0.5 0 0} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0.1666666716 0} 0 {0 -0.1666666716 0} 0 {0 0.5 0}\n1 {0 0 0} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0.1666666716 0} 0 {0 -0.1666666716 0} 0 {0.5 0.5 0}\n1 {0.5 0 0} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0.1666666716 0} 0 {0 -0.1666666716 0} 0 {1 0.5 0}\n1 {-0.5 0.5 0} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0 0} 0 {0 -0.1666666865 0} 0 {0 1 0}\n1 {0 0.5 0} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0 0} 0 {0 -0.1666666865 0} 0 {0.5 1 0}\n1 {0.5 0.5 0} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0 0} 0 {0 -0.1666666865 0} 0 {1 1 0} }\n name Card6\n xpos -642\n ypos -373\n addUserKnob {20 User}\n addUserKnob {22 \"floor Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[0,0.5,0])\\nn\\['pivot'].setValue(\\[0,-0.5,0])\"}\n addUserKnob {22 \"corner Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[-.5,.5,0])\\nn\\['pivot'].setValue(\\[.5,-.5,0])\"}\n addUserKnob {22 snapToSelected -STARTLINE T \"b=nuke.selectedNode()\\['translate'].value()\\nn=nuke.thisNode()\\nn\\['translate'].setValue(b)\"}\n addUserKnob {22 \"floor Pivot_1\" l \"floor Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[0,0.5,0])\\nn\\['pivot'].setValue(\\[0,-0.5,0])\"}\n addUserKnob {22 \"corner Pivot_1\" l \"corner Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[-.5,.5,0])\\nn\\['pivot'].setValue(\\[.5,-.5,0])\"}\n addUserKnob {22 snapToSelected_1 l snapToSelected -STARTLINE T \"b=nuke.selectedNode()\\['translate'].value()\\nn=nuke.thisNode()\\nn\\['translate'].setValue(b)\"}\n }\n MergeGeo {\n inputs 2\n selectable false\n name MergeGeo5\n xpos -642\n ypos -316\n }\n MergeGeo {\n inputs 2\n selectable false\n name MergeGeo6\n xpos -642\n ypos -290\n }\n MergeGeo {\n inputs 2\n selectable false\n name MergeGeo7\n xpos -642\n ypos -264\n }\n Dot {\n name Dot16\n xpos -608\n ypos -187\n }\npush $Nd07e0400\n Wireframe {\n operation \"see through\"\n line_width 1\n line_color {0 1 0 1}\n name Wireframe5\n xpos -495\n ypos -441\n }\n Card2 {\n display wireframe\n cast_shadow false\n receive_shadow false\n image_aspect false\n rows 2\n columns 2\n uniform_scale 100\n control_points {3 3 3 6\n\n1 {-0.5 -0.5 0} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0.1666666865 0} 0 {0 0 0} 0 {0 0 0}\n1 {0 -0.5 0} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0.1666666865 0} 0 {0 0 0} 0 {0.5 0 0}\n1 {0.5 -0.5 0} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0.1666666865 0} 0 {0 0 0} 0 {1 0 0}\n1 {-0.5 0 0} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0.1666666716 0} 0 {0 -0.1666666716 0} 0 {0 0.5 0}\n1 {0 0 0} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0.1666666716 0} 0 {0 -0.1666666716 0} 0 {0.5 0.5 0}\n1 {0.5 0 0} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0.1666666716 0} 0 {0 -0.1666666716 0} 0 {1 0.5 0}\n1 {-0.5 0.5 0} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0 0} 0 {0 -0.1666666865 0} 0 {0 1 0}\n1 {0 0.5 0} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0 0} 0 {0 -0.1666666865 0} 0 {0.5 1 0}\n1 {0.5 0.5 0} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0 0} 0 {0 -0.1666666865 0} 0 {1 1 0} }\n name Card5\n xpos -495\n ypos -371\n addUserKnob {20 User}\n addUserKnob {22 \"floor Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[0,0.5,0])\\nn\\['pivot'].setValue(\\[0,-0.5,0])\"}\n addUserKnob {22 \"corner Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[-.5,.5,0])\\nn\\['pivot'].setValue(\\[.5,-.5,0])\"}\n addUserKnob {22 snapToSelected -STARTLINE T \"b=nuke.selectedNode()\\['translate'].value()\\nn=nuke.thisNode()\\nn\\['translate'].setValue(b)\"}\n addUserKnob {22 \"floor Pivot_1\" l \"floor Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[0,0.5,0])\\nn\\['pivot'].setValue(\\[0,-0.5,0])\"}\n addUserKnob {22 \"corner Pivot_1\" l \"corner Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[-.5,.5,0])\\nn\\['pivot'].setValue(\\[.5,-.5,0])\"}\n addUserKnob {22 snapToSelected_1 l snapToSelected -STARTLINE T \"b=nuke.selectedNode()\\['translate'].value()\\nn=nuke.thisNode()\\nn\\['translate'].setValue(b)\"}\n }\n Dot {\n name Dot15\n xpos -461\n ypos -307\n }\npush $Nd07e0400\n Wireframe {\n operation \"see through\"\n line_width 1\n line_color {1 0 1 1}\n name Wireframe3\n xpos -352\n ypos -421\n }\n Card2 {\n display wireframe\n rows 2\n columns 2\n translate {0 0 -0.0001}\n uniform_scale 0.1\n control_points {3 3 3 6\n\n1 {-0.5 -0.5 0} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0.1666666865 0} 0 {0 0 0} 0 {0 0 0}\n1 {0 -0.5 0} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0.1666666865 0} 0 {0 0 0} 0 {0.5 0 0}\n1 {0.5 -0.5 0} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0.1666666865 0} 0 {0 0 0} 0 {1 0 0}\n1 {-0.5 0 0} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0.1666666716 0} 0 {0 -0.1666666716 0} 0 {0 0.5 0}\n1 {0 0 0} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0.1666666716 0} 0 {0 -0.1666666716 0} 0 {0.5 0.5 0}\n1 {0.5 0 0} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0.1666666716 0} 0 {0 -0.1666666716 0} 0 {1 0.5 0}\n1 {-0.5 0.5 0} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0 0} 0 {0 -0.1666666865 0} 0 {0 1 0}\n1 {0 0.5 0} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0 0} 0 {0 -0.1666666865 0} 0 {0.5 1 0}\n1 {0.5 0.5 0} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0 0} 0 {0 -0.1666666865 0} 0 {1 1 0} }\n name Card4\n xpos -352\n ypos -379\n addUserKnob {20 User}\n addUserKnob {22 \"floor Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[0,0.5,0])\\nn\\['pivot'].setValue(\\[0,-0.5,0])\"}\n addUserKnob {22 \"corner Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[-.5,.5,0])\\nn\\['pivot'].setValue(\\[.5,-.5,0])\"}\n addUserKnob {22 snapToSelected -STARTLINE T \"b=nuke.selectedNode()\\['translate'].value()\\nn=nuke.thisNode()\\nn\\['translate'].setValue(b)\"}\n addUserKnob {22 \"floor Pivot_1\" l \"floor Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[0,0.5,0])\\nn\\['pivot'].setValue(\\[0,-0.5,0])\"}\n addUserKnob {22 \"corner Pivot_1\" l \"corner Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[-.5,.5,0])\\nn\\['pivot'].setValue(\\[.5,-.5,0])\"}\n addUserKnob {22 snapToSelected_1 l snapToSelected -STARTLINE T \"b=nuke.selectedNode()\\['translate'].value()\\nn=nuke.thisNode()\\nn\\['translate'].setValue(b)\"}\n }\n Dot {\n name Dot14\n xpos -318\n ypos -333\n }\npush $Nd07e0400\n Wireframe {\n operation \"see through\"\n line_width 0.1\n name Wireframe2\n xpos -239\n ypos -425\n }\n Card2 {\n display wireframe\n rows 4\n columns 4\n control_points {3 3 3 6\n\n1 {-0.5 -0.5 0} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0.1666666865 0} 0 {0 0 0} 0 {0 0 0}\n1 {0 -0.5 0} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0.1666666865 0} 0 {0 0 0} 0 {0.5 0 0}\n1 {0.5 -0.5 0} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0.1666666865 0} 0 {0 0 0} 0 {1 0 0}\n1 {-0.5 0 0} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0.1666666716 0} 0 {0 -0.1666666716 0} 0 {0 0.5 0}\n1 {0 0 0} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0.1666666716 0} 0 {0 -0.1666666716 0} 0 {0.5 0.5 0}\n1 {0.5 0 0} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0.1666666716 0} 0 {0 -0.1666666716 0} 0 {1 0.5 0}\n1 {-0.5 0.5 0} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0 0} 0 {0 -0.1666666865 0} 0 {0 1 0}\n1 {0 0.5 0} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0 0} 0 {0 -0.1666666865 0} 0 {0.5 1 0}\n1 {0.5 0.5 0} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0 0} 0 {0 -0.1666666865 0} 0 {1 1 0} }\n name Card1\n xpos -232\n ypos -372\n addUserKnob {20 User}\n addUserKnob {22 \"floor Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[0,0.5,0])\\nn\\['pivot'].setValue(\\[0,-0.5,0])\"}\n addUserKnob {22 \"corner Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[-.5,.5,0])\\nn\\['pivot'].setValue(\\[.5,-.5,0])\"}\n addUserKnob {22 snapToSelected -STARTLINE T \"b=nuke.selectedNode()\\['translate'].value()\\nn=nuke.thisNode()\\nn\\['translate'].setValue(b)\"}\n addUserKnob {22 \"floor Pivot_1\" l \"floor Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[0,0.5,0])\\nn\\['pivot'].setValue(\\[0,-0.5,0])\"}\n addUserKnob {22 \"corner Pivot_1\" l \"corner Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[-.5,.5,0])\\nn\\['pivot'].setValue(\\[.5,-.5,0])\"}\n addUserKnob {22 snapToSelected_1 l snapToSelected -STARTLINE T \"b=nuke.selectedNode()\\['translate'].value()\\nn=nuke.thisNode()\\nn\\['translate'].setValue(b)\"}\n }\n MergeGeo {\n inputs 2\n selectable false\n name MergeGeo2\n xpos -232\n ypos -337\n }\n MergeGeo {\n inputs 2\n selectable false\n name MergeGeo3\n xpos -232\n ypos -311\n }\n MergeGeo {\n inputs 2\n selectable false\n name MergeGeo4\n xpos -232\n ypos -191\n }\nset Nb88de000 [stack 0]\n TransformGeo {\n inputs 2\n name TransformGeo5\n xpos -715\n ypos 722\n }\n Wireframe {\n inputs 0\n operation \"see through\"\n line_width 2\n name Wireframe1\n xpos -713\n ypos 433\n }\nset Nb88dd800 [stack 0]\npush $Nd0813400\n ApplyMaterial {\n inputs 2\n name ApplyMaterial2\n xpos -585\n ypos 669\n }\npush $Nb88dd800\npush $Nd0813400\n ApplyMaterial {\n inputs 2\n name ApplyMaterial1\n xpos -808\n ypos 519\n }\npush 0\n Switch {\n inputs 2\n which {{parent.extraHelper==1?1:0}}\n name GeoInput1\n xpos -470\n ypos 640\n }\n Axis {\n inputs 0\n display off\n selectable false\n scaling {0 0 0}\n name Perspective\n selected true\n xpos -610\n ypos 7\n }\n Axis {\n inputs 0\n translate {-23.31071663 15.68824577 -22.73529816}\n rotate {{\"\\[if \\{\\[exists parent.input1] == 0\\} \\{return 0\\} else \\{return degrees(atan((\\[topnode input1].translate.y(ref)-translate.y)/sqrt(pow2(sqrt(pow2(\\[topnode input1].translate.x(ref)-translate.x)+pow2(\\[topnode input1].translate.z(ref)-translate.z))))))\\}] \"} {\"\\[topnode input1].translate.x(ref)-translate.x >= 0 ? 270-degrees(atan((\\[topnode input1].translate.z(ref)-translate.z)/(\\[topnode input1].translate.x(ref)-translate.x))): -degrees(atan((\\[topnode input1].translate.z(ref)-translate.z)/(\\[topnode input1].translate.x(ref)-translate.x)))-270\"} {\"curve \"}}\n name look_at_Axis\n xpos -500\n ypos -146\n addUserKnob {20 User}\n addUserKnob {3 ref}\n ref {{parent.refFrame}}\n }\n Axis2 {\n inputs 0\n name Axis2\n xpos -362\n ypos -150\n }\n Switch {\n inputs 2\n which {{\"\\[exists parent.input1]\"}}\n name Switch2\n label \"\\[value which]\"\n xpos -510\n ypos -52\n }\n Axis {\n display solid+wireframe\n translate {0 0 {parent.Zfind}}\n uniform_scale {{parent.Perspective.uniform_scale}}\n name Z_finder\n xpos -497\n ypos 14\n }\n Switch {\n inputs 2\n which 1\n name Switch\n label \"\\[value which]\"\n xpos -507\n ypos 126\n }\n Dot {\n name Dot1\n xpos -473\n ypos 222\n }\nset Nb8847400 [stack 0]\npush $Nb88de000\npush 0\n Switch {\n inputs 2\n which 1\n name Switch1\n label \"\\[value which]\"\n xpos -232\n ypos 138\n }\n TransformGeo {\n inputs 2\n name TransformGeo1\n xpos -231\n ypos 218\n }\n MergeGeo {\n inputs 2\n selectable false\n name MergeGeo1\n xpos -231\n ypos 640\n }\n Switch {\n inputs 3\n which {{parent.extraHelper==3?1:parent.extraHelper==4?2:0}}\n name AnimCard\n xpos -231\n ypos 722\n }\n MergeGeo {\n inputs 2\n selectable false\n name MergeGeo8\n xpos -231\n ypos 979\n }\npush $Nd07a0800\npush $Nb8847400\n Dot {\n name Dot8\n xpos -470\n ypos 583\n }\npush $Nd0810c00\npush $Nd07e3000\n Dot {\n name Dot21\n xpos 834\n ypos 764\n }\nset Nb8846000 [stack 0]\n Project3D {\n inputs 2\n crop false\n name Project3D1\n xpos 550\n ypos 760\n }\n Card2 {\n display wireframe\n rows 4\n columns 4\n uniform_scale 100000\n control_points {3 3 3 6\n\n1 {-0.5 -0.5 0} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0.1666666865 0} 0 {0 0 0} 0 {0 0 0}\n1 {0 -0.5 0} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0.1666666865 0} 0 {0 0 0} 0 {0.5 0 0}\n1 {0.5 -0.5 0} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0.1666666865 0} 0 {0 0 0} 0 {1 0 0}\n1 {-0.5 0 0} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0.1666666716 0} 0 {0 -0.1666666716 0} 0 {0 0.5 0}\n1 {0 0 0} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0.1666666716 0} 0 {0 -0.1666666716 0} 0 {0.5 0.5 0}\n1 {0.5 0 0} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0.1666666716 0} 0 {0 -0.1666666716 0} 0 {1 0.5 0}\n1 {-0.5 0.5 0} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0 0} 0 {0 -0.1666666865 0} 0 {0 1 0}\n1 {0 0.5 0} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0 0} 0 {0 -0.1666666865 0} 0 {0.5 1 0}\n1 {0.5 0.5 0} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0 0} 0 {0 -0.1666666865 0} 0 {1 1 0} }\n name Card10\n xpos 554\n ypos 950\n addUserKnob {20 User}\n addUserKnob {22 \"floor Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[0,0.5,0])\\nn\\['pivot'].setValue(\\[0,-0.5,0])\"}\n addUserKnob {22 \"corner Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[-.5,.5,0])\\nn\\['pivot'].setValue(\\[.5,-.5,0])\"}\n addUserKnob {22 snapToSelected -STARTLINE T \"b=nuke.selectedNode()\\['translate'].value()\\nn=nuke.thisNode()\\nn\\['translate'].setValue(b)\"}\n addUserKnob {22 \"floor Pivot_1\" l \"floor Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[0,0.5,0])\\nn\\['pivot'].setValue(\\[0,-0.5,0])\"}\n addUserKnob {22 \"corner Pivot_1\" l \"corner Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[-.5,.5,0])\\nn\\['pivot'].setValue(\\[.5,-.5,0])\"}\n addUserKnob {22 snapToSelected_1 l snapToSelected -STARTLINE T \"b=nuke.selectedNode()\\['translate'].value()\\nn=nuke.thisNode()\\nn\\['translate'].setValue(b)\"}\n }\n TransformGeo {\n inputs 2\n name TransformGeo4\n xpos 554\n ypos 993\n }\npush $Nb8846000\n Dot {\n name Dot22\n xpos 834\n ypos 1035\n }\nset Nb8845000 [stack 0]\n Remove {\n name Remove2\n xpos 653\n ypos 1025\n }\n ScanlineRender {\n inputs 3\n shutter 0\n motion_vectors_type distance\n name ScanlineRender3\n xpos 554\n ypos 1127\n }\npush $Nb8845000\n Switch {\n inputs 2\n which 1\n name StabSwitch\n label \"\\[value which]\"\n xpos 800\n ypos 1121\n disable true\n }\n Dot {\n name Dot2\n xpos 834\n ypos 1510\n }\n Dot {\n name Dot3\n xpos 834\n ypos 1582\n }\nset Nb87bfc00 [stack 0]\n Remove {\n name Remove1\n xpos 154\n ypos 1578\n }\n ScanlineRender {\n inputs 3\n shutter 0\n motion_vectors_type distance\n name ScanlineRender1\n xpos -235\n ypos 1584\n }\n HueShift {\n name HueShift1\n xpos -235\n ypos 1702\n }\n Multiply {\n channels rgba\n value {{parent.op}}\n name Multiply1\n xpos -235\n ypos 1728\n }\npush $Nb87bfc00\n Merge2 {\n inputs 2\n name Merge2\n xpos 113\n ypos 1808\n disable {{HighPass}}\n }\n Merge2 {\n inputs 2\n mix 0.001\n name Merge1\n xpos 113\n ypos 2323\n }\n Dot {\n name Dot29\n xpos 144\n ypos 2459\n }\nset Nb87be000 [stack 0]\n Dot {\n name Dot13\n xpos 21\n ypos 2459\n }\n Shuffle {\n alpha white\n name Shuffle1\n tile_color 0xffffffff\n label \"White Alpha\"\n xpos -13\n ypos 2511\n }\n Dot {\n name Dot23\n xpos 21\n ypos 2562\n }\nset Nb87bd400 [stack 0]\n Dot {\n name Dot27\n xpos -123\n ypos 2562\n }\n Invert {\n channels rgba\n name Invert1\n xpos -157\n ypos 2593\n }\n FrameHold {\n name StabRef\n xpos -157\n ypos 2631\n }\n Dot {\n name Dot28\n xpos -123\n ypos 2698\n }\npush $Nb87bd400\n Merge2 {\n inputs 2\n bbox A\n name Merge3\n xpos -13\n ypos 2694\n }\n Grade {\n add -1\n black_clamp false\n name Grade1\n xpos -13\n ypos 2720\n addUserKnob {20 User}\n addUserKnob {22 \"keep luma\" -STARTLINE T keepLuma()}\n addUserKnob {22 \"keep luma_1\" l \"keep luma\" -STARTLINE T keepLuma()}\n addUserKnob {22 \"keep luma_2\" l \"keep luma\" -STARTLINE T keepLuma()}\n addUserKnob {22 \"keep luma_3\" l \"keep luma\" -STARTLINE T keepLuma()}\n }\n Grade {\n multiply {{parent.sharpen}}\n add 0.5\n name Grade2\n xpos -13\n ypos 2746\n addUserKnob {20 User}\n addUserKnob {22 \"keep luma\" -STARTLINE T keepLuma()}\n addUserKnob {22 \"keep luma_1\" l \"keep luma\" -STARTLINE T keepLuma()}\n addUserKnob {22 \"keep luma_2\" l \"keep luma\" -STARTLINE T keepLuma()}\n addUserKnob {22 \"keep luma_3\" l \"keep luma\" -STARTLINE T keepLuma()}\n }\n Dot {\n name Dot30\n xpos 21\n ypos 2825\n }\npush $Nb87be000\n Switch {\n inputs 2\n which {{HighPass}}\n name HighPass\n label \"\\[value which]\"\n xpos 110\n ypos 2815\n }\n Output {\n name Output1\n xpos 110\n ypos 3021\n }\n Camera {\n inputs 0\n display off\n selectable false\n xform_order {{\"\\[if \\{\\[exists parent.input1] == 0\\} \\{return 0\\} else \\{return \\[value \\[topnode this.parent.input1].cam_xform_order]\\}]\"}}\n rot_order {{\"\\[if \\{\\[exists parent.input1] == 0\\} \\{return 0\\} else \\{return \\[value \\[topnode this.parent.input1].cam_rot_order]\\}]\"}}\n useMatrix true\n matrix {\n {{\"\\[if \\{\\[exists parent.input1] == 0\\} \\{return 0\\} else \\{return \\[value \\[topnode this.parent.input1].world_matrix.0]\\}]\"} {\"\\[if \\{\\[exists parent.input1] == 0\\} \\{return 0\\} else \\{return \\[value \\[topnode this.parent.input1].world_matrix.1]\\}]\"} {\"\\[if \\{\\[exists parent.input1] == 0\\} \\{return 0\\} else \\{return \\[value \\[topnode this.parent.input1].world_matrix.2]\\}]\"} {\"\\[if \\{\\[exists parent.input1] == 0\\} \\{return 0\\} else \\{return \\[value \\[topnode this.parent.input1].world_matrix.3]\\}]\"}}\n {{\"\\[if \\{\\[exists parent.input1] == 0\\} \\{return 0\\} else \\{return \\[value \\[topnode this.parent.input1].world_matrix.4]\\}]\"} {\"\\[if \\{\\[exists parent.input1] == 0\\} \\{return 0\\} else \\{return \\[value \\[topnode this.parent.input1].world_matrix.5]\\}]\"} {\"\\[if \\{\\[exists parent.input1] == 0\\} \\{return 0\\} else \\{return \\[value \\[topnode this.parent.input1].world_matrix.6]\\}]\"} {\"\\[if \\{\\[exists parent.input1] == 0\\} \\{return 0\\} else \\{return \\[value \\[topnode this.parent.input1].world_matrix.7]\\}]\"}}\n {{\"\\[if \\{\\[exists parent.input1] == 0\\} \\{return 0\\} else \\{return \\[value \\[topnode this.parent.input1].world_matrix.8]\\}]\"} {\"\\[if \\{\\[exists parent.input1] == 0\\} \\{return 0\\} else \\{return \\[value \\[topnode this.parent.input1].world_matrix.9]\\}]\"} {\"\\[if \\{\\[exists parent.input1] == 0\\} \\{return 0\\} else \\{return \\[value \\[topnode this.parent.input1].world_matrix.10]\\}]\"} {\"\\[if \\{\\[exists parent.input1] == 0\\} \\{return 0\\} else \\{return \\[value \\[topnode this.parent.input1].world_matrix.11]\\}]\"}}\n {{\"\\[if \\{\\[exists parent.input1] == 0\\} \\{return 0\\} else \\{return \\[value \\[topnode this.parent.input1].world_matrix.12]\\}]\"} {\"\\[if \\{\\[exists parent.input1] == 0\\} \\{return 0\\} else \\{return \\[value \\[topnode this.parent.input1].world_matrix.13]\\}]\"} {\"\\[if \\{\\[exists parent.input1] == 0\\} \\{return 0\\} else \\{return \\[value \\[topnode this.parent.input1].world_matrix.14]\\}]\"} {\"\\[if \\{\\[exists parent.input1] == 0\\} \\{return 0\\} else \\{return \\[value \\[topnode this.parent.input1].world_matrix.15]\\}]\"}}\n }\n focal {{\"\\[if \\{\\[exists parent.input1] == 0\\} \\{return 0\\} else \\{return \\[value \\[topnode this.parent.input1].focal]\\}]\"}}\n haperture {{\"\\[if \\{\\[exists parent.input1] == 0\\} \\{return 0\\} else \\{return \\[value \\[topnode this.parent.input1].haperture]\\}]\"}}\n name cam_data\n xpos -1567\n ypos 1072\n }\n NoOp {\n inputs 0\n name NoOp2\n knobChanged \"nn = nuke.thisGroup()\\nk = nuke.thisKnob()\\nkn = k.name()\\n\\nif kn == \\\"extraStuff\\\":\\n if nn\\['extraHelper'].value() in \\[0,1,2,5]:\\n nn\\[\\\"setGroup\\\"].clearFlag(1)\\n nn\\['findZ'].setFlag(1)\\n nn\\[\\\"happyGroup\\\"].setFlag(1)\\n nn\\[\\\"goGroup\\\"].setFlag(1)\\n nn\\[\\\"Zfind\\\"].setValue(0)\\n nn\\['translate'].setValue(0)\\n nn\\['rotate'].setValue(0)\\n nn\\['scaling'].setValue(0)\\n elif nn\\['extraHelper'].value() in \\[3,4]:\\n nn\\[\\\"setGroup\\\"].setFlag(1)\\n nn\\['findZ'].setFlag(1)\\n nn\\[\\\"happyGroup\\\"].setFlag(1)\\n nn\\[\\\"goGroup\\\"].clearFlag(1)\\n nn\\[\\\"Zfind\\\"].setValue(0)\\nelif kn == \\\"Stabilize\\\":\\n t = nn\\['S']\\n if t.value() == 0:\\n nn\\['HighPass'].setVisible(False)\\n nn\\['sharpen'].setVisible(False)\\n else:\\n nn\\['HighPass'].setVisible(True)\\n nn\\['sharpen'].setVisible(True)\\n \"\n xpos 479\n ypos -605\n addUserKnob {20 User}\n addUserKnob {4 extraStuff t \"here you can choose the way you would like find your position\\n\\n1 I have a Camera and great Matchmove\\n means you have only a tracked Camera - you will have to go normal way in finding position\\n\\n2 I have a Camera and Geometry\\n see little input called \\\"Extra\\\"? this is your new friend, if you have by any chance a geometry of the Scene - can be a model, lidar scan or just a bunch Nuke objects, connect it to the \\\"Extra\\\" input and press \\\"Set\\\" button, congrats you found your 3D position and ready sdjust your perspective(no need to bother with \\\"Z\\\" and \\\"Happy\\\" button\\n\\n3 I have a Camera and Wpos pass\\n if your nice 3D Artist rendered for you a Wpos pass, connect it to the \\\"Extra\\\" input and press \\\"Set\\\" button, congrats you found your 3D position and ready sdjust your perspective(no need to bother with \\\"Z\\\" and \\\"Happy\\\" button\\n\\n4 I have a Camera and Card\\n Let say you have animated Card and you want to translate it's position to Screen space,\\n connect the Card to the .... \\n Adjust rotation/position/scaling in the Card it self if needed\\n and press \\\"GO\\\" button\\n DONE!!!\\n\\n5 I have a Camera and an Axis\\n In some cases you have to use multiple Axises to refine position of your card.\\n This option will consolidate transformations stored in Axises.\\n Adjust rotation/position/scaling in the Axis it self if needed\\n Connect the last (lowest) axis to Extra pipe and press GO button\\n\\n6 Use this one in case you have deep image.\" M {\"great match move!!!\" Geometry \"Wpos pass\" Card Axis Deep \"\"}}\n addUserKnob {3 extraHelper}\n extraHelper {{\"\\[numvalue extraStuff]\"}}\n addUserKnob {22 Stabilize T \"import NST_cardToTrack\\nNST_cardToTrack.stabilize()\" +STARTLINE}\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_CardToTrack2.gizmo", "content": "Group {\n name CardToTrack_v9_\n inputs 3\n help \"This group helps to find position of 3d point in space, extract this position back to screen space and create Cornerpin or roto that is tracked to this position.\"\n tile_color 0x5236ff\n gl_color 0xff0000ff\n note_font \"DejaVu Sans\"\n note_font_size 14\n note_font_color 0xff\n addUserKnob {20 card_to_track l \"Card To Track\"}\n addUserKnob {26 \"\"}\n addUserKnob {26 extras l \"\" t \"tooltip is in next knob :)\" +STARTLINE T \"I have a Camera and\"}\n addUserKnob {41 _1 l \"\" t \"Here you can choose the way you would like to extract the positoin.\\n(do not forget to undistort your input)\\n\\n> I have a Camera and great Matchmove\\n Means you have only a tracked Camera:\\n - Set a reference frame - move the 'picker' to area you want to extract position from, \\n - pres 'Set' Button\\n - Move to different frame and move 'z' knob value till grid is moving back to same location you had in a Reference frame\\n - Use Stabilize and Highpass function to be presize\\n - Press 'Happy' button\\n - Adjust the Rotation, Position and Scale of your card if needed\\n - Press 'Go'\\n\\n> I have a Camera and Geometry\\n - connect geometry to the \\\"Extra\\\" input.\\n - move the 'picker' to area you want to extract position from, pres 'Set'\\n - Adjust the Rotation, Position and Scale of your card if needed\\n - Press 'Go'\\n\\n> I have a Camera and Wpos pass\\n If nice 3D Artist rendered for you a World position pass, connect it to the \\\"Extra\\\" input (world position should be shuffled to RGB)\\n - move the 'picker' to area you want to extract position from, pres 'Set'\\n - Adjust the Rotation, Position and Scale of your card if needed\\n - Press 'Go'\\n\\n> I have a Camera ande a 3D Locator(card or axis)\\n Let say you have animated Card, an Axis or an array of Axises\\n - connect an Axis or Card to the \\\"Extra\\\" input.\\n - Press 'Go'\\n (you can add additional Axis between your animated Axis and card_to_track if you would like to refine your position or rotation)\\n\\n> I have a Camera and Deep\\n If you do have a Deep render, connect it to the \\\"Extra\\\" input.\\n - move the 'picker' to area you want to extract position from, pres 'Set'\\n - Adjust the Rotation, Position and Scale of your card if needed\\n - Press 'Go'\\n \\n DONE!!!\" -STARTLINE T NoOp2.extraStuff}\n addUserKnob {41 extraHelper l \"\" -STARTLINE +INVISIBLE T NoOp2.extraHelper}\n addUserKnob {26 \"\"}\n addUserKnob {20 setGroup l \"set Reference\" n 1}\n addUserKnob {26 ds l 1. t \"first step in finding desired position.\\n\\nplease find some feature on the screen, feature you can see on the other frames as well.\\nnot position the picker on this feature and press \\\"Set\\\" button\\n\\nthe reference frame is set, yo should see now the grid centering on the \\\"picker\\\"\\n\\nthere is a chance that \\\"grid\\\" will be very small or very big depends on the size of your scene, feel free to adjust it's size with the u_scale knob.\\n\\nnow you ready for the next step\" T \"Set reference frame.\"}\n addUserKnob {22 REF l Set t \"- Please find some feature on the screen, feature you can see on the other frames as well.\\n- Move position the 'picker' to this feature and press \\\"Set\\\" button, \\n you will see a grid is jumping to this location.\\n We found 'XY' of the point, now lets find the 'Z' in a next step\" T \"import NST_cardToTrack_v9\\nNST_cardToTrack_v9.set_ref_frame()\" +STARTLINE}\n addUserKnob {6 S l INVISIBLE -STARTLINE +INVISIBLE}\n addUserKnob {3 refFrame l \" reference frame:\" -STARTLINE}\n refFrame 49\n addUserKnob {41 picker l \" \" -STARTLINE T NoOp1.picker}\n addUserKnob {20 endGroup_3 l endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {20 findZ l \"Find Z\" n 1}\n findZ 0\n addUserKnob {26 d l \"2. \" t \"Second step help us to find exact position in 3d space\\n\\n - Start advance few frames, you should see that a grid is not fixed anymore to your reference feature \\n - From the moment you noticing it is happening adjust \\\"Z\\\" knob to bring the \\\"grid\\\" back to the place it was. \\n - Already after first adjustment you will see that grid is sticking well to the feature. \\n - Now you can go to some other frame and refine the position again if needed\\n - If camera move is a nodal pan - you will nail it from very beginning.\\n\\nTipp:\\nit is possible that already after one or two frames of advancement your grid will disappear it can happen because of the size of your scene. just play with \\\"Z\\\" slider till you will bring the \\\"grid\\\" back to the screen. it is possible that you will have to go to negative values as well.\" T \"go to some other frame and adjust Z. Use stabilize if needed.\"}\n addUserKnob {41 Stabilize -STARTLINE T NoOp2.Stabilize}\n addUserKnob {6 HighPass -STARTLINE +HIDDEN}\n addUserKnob {7 sharpen l \"\" -STARTLINE +HIDDEN R 1 10}\n sharpen 2\n addUserKnob {7 Zfind l Z t \"Second step help us to find exact position in 3d space\\n\\n - Start advance few frames, you should see that a grid is not fixed anymore to your reference feature \\n - From the moment you noticing it is happening adjust \\\"Z\\\" knob to bring the \\\"grid\\\" back to the place it was. \\n - Already after first adjustment you will see that grid is sticking well to the feature. \\n - Now you can go to some other frame and refine the position again if needed\\n - If camera move is a nodal pan - you will nail it from very beginning.\\n\\nTipp:\\nit is possible that already after one or two frames of advancement your grid will disappear it can happen because of the size of your scene. just play with \\\"Z\\\" slider till you will bring the \\\"grid\\\" back to the screen. it is possible that you will have to go to negative values as well.\" R -100 100}\n Zfind -10.5\n addUserKnob {26 s l 3. t \"this will create an axis in exact 3D position you found\\nplease adjust (if needed)\\nrotation of the card to match exact perspective you want\\n\\nTipp :\\nadjusting \\\"scale\\\" and \\\"u_scale\\\":\\nbe carefull when scaling up the card!!! from the moment one of the corners of the \\\"grid\\\" is passing the origin of the Camera the calculation will fail. So as a good practice leave your \\\"grid\\\" not too big it will not matter for final calculation since it still will lay on the same plane.\\n\\n\" T \"Happy with Z? Press \\\"Happy\\\" button and adjust perspective.\"}\n addUserKnob {22 Adjust l Happy!!! t \"This will position a Grid in exact 3D position you found\\nplease adjust (if needed) Position, Scale and Rotation of the Grid to match exact perspective you want.\\n\\nTipp :\\nAdjusting \\\"scale\\\" and \\\"u_scale\\\":\\n - Be carefull when scaling up the card!!! From the moment one of the corners of the \\\"grid\\\" is passing the origin of the Camera the calculation will fail. \\n So as a good practice leave your \\\"grid\\\" not too big.\\n - You do not want your grid to be too small neither as it will introduce polsition error.\" T \"import NST_cardToTrack_v9\\nNST_cardToTrack_v9.happy()\" +STARTLINE}\n addUserKnob {20 endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {20 happyGroup l \"Adjust TRS\" t \"\\nPlease adjust (if needed) Position, Scale and Rotation of the Grid to match exact perspective you want.\\n\\nTipp :\\nAdjusting \\\"scale\\\" and \\\"u_scale\\\":\\n - Be carefull when scaling up the card!!! From the moment one of the corners of the \\\"grid\\\" is passing the origin of the Camera the calculation will fail. \\n So as a good practice leave your \\\"grid\\\" not too big.\\n - You do not want your grid to be too small neither as it will introduce polsition error.\" n 1}\n happyGroup 0\n addUserKnob {41 translate T Perspective.translate}\n addUserKnob {41 Stabilize_1 l Stabilize -STARTLINE T NoOp2.Stabilize}\n addUserKnob {6 HighPass_1 l HighPass -STARTLINE +HIDDEN}\n addUserKnob {41 rotate l \"rotate \" T Perspective.rotate}\n addUserKnob {22 show_axis l \"show axis\" t \"show grid Axis if it is gone\" -STARTLINE T \"import NST_cardToTrack_v9\\nNST_cardToTrack_v9.show_grid_axis()\"}\n addUserKnob {41 scaling l \"scale \" T Perspective.scaling}\n addUserKnob {41 uniform_scale l \"u_scale \" T Perspective.uniform_scale}\n addUserKnob {20 endGroup_1 l endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {20 goGroup l GO!!! n 1}\n goGroup 0\n addUserKnob {22 C2T l -----------------------GO!----------------------- t \"This little fellow will create a new Tab with extracted information\\n - panel will pop up prompting\\n - name for extracted material\\n - Reference Frame - will be a current frame by default, \\n you easily can change it later on.\\n - First and Last frame of the extraction. \\n By default it will take first and last frame of Animation of Camera or animated Axis.\" T \"import NST_cardToTrack_v9\\nNST_cardToTrack_v9.go()\" +STARTLINE}\n addUserKnob {20 endGroup_2 l endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {20 cameraExchange l \"Camera Recalculate and Update Nodes\" t \"Sometimes camera is getting updated after you already\\nextracted nodes and using them in the nodegraph.\\nThis workflow will help you to recalculate camera information\\nand update your nodes in the script.\\nOne more case to use recalculate camera option is when you have few shots \\nin the same matchmoved scene - you can set up a template for multiple\\nareas in the scene and in every new shot just recalculate position.\" n 1}\n cameraExchange 0\n addUserKnob {22 recalculate l \"Recalculate Camera\" t \"First connect updated Camera please.\\nPressing the button will update tracking information\\nin all Tabs of the card_to_track\\nNo baked nodes in the nodegraph will be updated.\\nAll Linked nodes will update their position.\" T \"import NST_cardToTrack_v9\\nNST_cardToTrack_v9.recalculate_camera()\" +STARTLINE}\n addUserKnob {22 selectBaked l \"Select associated nodes\" t \"This will select all nodes associated with this card_to_track Gizmo.\\nIf you have few Card To Track Gizmos in the script - only nodes created by this gizmo will be selected. Be sure you do not change the name of this node.\" T \"import NST_cardToTrack_v9\\nNST_cardToTrack_v9.select_associated_nodes()\\n\" +STARTLINE}\n addUserKnob {22 updateBaked l \"Updated Selected Nodes\" t \"This will update all selected baked nodes in nodegraph to get animation from new camera.\\n\\nIf you do want some of the nodes to not get updated - deselect them before Pressing the button.\" T \"import NST_cardToTrack_v9\\nNST_cardToTrack_v9.update_baked()\" +STARTLINE}\n addUserKnob {20 endGroup_4 l endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {20 scene_settings l \"grid settings\" n 1}\n scene_settings 0\n addUserKnob {3 scene l \" scene size\" t \"the tool does not know how big your scene is, if after adjusting \\\"Z\\\" slider you see that the card you generating is too big or too small - adjust the scene size.\\n\\nyou not going to see something changing till you will press \\\"Set\\\" button again\\n\\nif you do happy you can leave this knob alone there will be no need to touch it again\\n\\njust remember the value so you will be able to enter it when you will be work on the other shots from the same sequence\\n\\ncheers!\"}\n scene 1\n addUserKnob {41 hue_rotation l hue T HueShift1.hue_rotation}\n addUserKnob {41 line_width l thikness T Wireframe2.line_width}\n addUserKnob {7 op l opacity}\n op 1\n addUserKnob {3 grid_sub l subdivisions}\n grid_sub 4\n addUserKnob {20 endGroup_5 l endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {26 text l \"\" +STARTLINE T \" © Alexey Kuchinski. 2025
Card To Track v9.6 - Help Videos\\n\"}\n}\n BackdropNode {\n inputs 0\n name Backdrop_Main_Setup\n tile_color 0x595947ff\n label \"Main Setup - using look at frosen on reference\\nframe in order to find 'z' position of the \\npoint in space\"\n note_font_size 40\n xpos -1237\n ypos -623\n bdwidth 945\n bdheight 776\n z_order -29\n }\n BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0x546b3d01\n note_font \"Helvetica Bold\"\n note_font_size 100\n xpos -3303\n ypos 724\n bookmark false\n bdwidth 287\n bdheight 334\n }\n BackdropNode {\n inputs 0\n name Backdrop_Card_or_Axis_visualisation\n tile_color 0x59474dff\n label \"Card or Axis visualisation\"\n note_font_size 40\n xpos 263\n ypos -79\n bdwidth 483\n bdheight 699\n z_order 3\n }\n BackdropNode {\n inputs 0\n name Backdrop_High_pass_setup\n tile_color 0x594753ff\n label \"High pass setup\"\n note_font_size 40\n xpos 483\n ypos 2776\n bdwidth 447\n bdheight 533\n z_order 3\n }\n BackdropNode {\n inputs 0\n name Backdrop_INPUTS\n tile_color 0x59474aff\n label INPUTS\n note_font_size 40\n xpos 1275\n ypos -1329\n bdwidth 677\n bdheight 220\n z_order 3\n }\n BackdropNode {\n inputs 0\n name Backdrop_NoOp_controller\n tile_color 0x475956ff\n label \"NoOp controller\"\n note_font_size 40\n xpos 824\n ypos -1329\n bdwidth 340\n bdheight 209\n z_order 3\n }\n BackdropNode {\n inputs 0\n name Backdrop_Stabilization_setup\n tile_color 0x594750ff\n label \"Stabilization setup\"\n note_font_size 40\n xpos 300\n ypos 653\n bdwidth 450\n bdheight 566\n z_order 3\n }\n BackdropNode {\n inputs 0\n name Backdrop_World_Position_from_Card\n tile_color 0x4a5947ff\n label \"World Position from Card\\nor Geometry.\"\n note_font_size 40\n xpos -2697\n ypos 253\n bdwidth 481\n bdheight 565\n z_order 3\n }\n BackdropNode {\n inputs 0\n name Backdrop_World_Position_from_Render\n tile_color 0x475259ff\n label \"World Position \\nfrom Render\"\n note_font_size 40\n xpos -2150\n ypos 792\n bdwidth 319\n bdheight 219\n z_order 3\n }\n BackdropNode {\n inputs 0\n name Backdrop_main_GRID\n tile_color 0x594b47ff\n label \"main GRID\"\n note_font_size 40\n xpos -941\n ypos -1613\n bdwidth 839\n bdheight 664\n z_order 3\n }\n BackdropNode {\n inputs 0\n name Backdrop_prepare_to_reconsile\n tile_color 0x594758ff\n label \"this is a setup that serve as a base \\nfor our reconcile process. we do 'reconcile3d' \\nfrom four axices in bottom part\\nof the backdrop\"\n note_font_size 40\n xpos 2037\n ypos -1352\n bdwidth 671\n bdheight 643\n z_order 3\n }\n Input {\n inputs 0\n name Extra\n xpos 1305\n ypos -1230\n number 2\n }\n NoOp {\n name Anchor1\n help \"Redone by Adrian Pueyo.\\nUpdated 29 Mar 2019\\n\\nFull original concept and \\\"Postage Stamps\\\" created by Alexey Kuchinski.\"\n autolabel \"nuke.thisNode().knob(\\\"title\\\").value()\"\n tile_color 0xffffff01\n note_font_size 20\n xpos 1305\n ypos -1186\n addUserKnob {20 anchor_tab l \"Anchor Stamp\"}\n addUserKnob {26 identifier -STARTLINE +HIDDEN T anchor}\n addUserKnob {1 title l Title}\n title Extra\n addUserKnob {26 prev_title l \"\" +STARTLINE +HIDDEN T Extra}\n }\nset N2deb95d0 [stack 0]\n NoOp {\n name StampAboveDeep\n help \"Redone by Adrian Pueyo.\\nUpdated 29 Mar 2019\\n\\nFull original concept and \\\"Postage Stamps\\\" created by Alexey Kuchinski.\"\n onCreate \"if nuke.GUI:\\n try:\\n nuke.thisNode().knob(\\\"toReconnect\\\").setValue(1)\\n except:\\n pass\\n\"\n autolabel \"nuke.thisNode().knob(\\\"title\\\").value()\"\n tile_color 0x1000001\n note_font \"Bitstream Vera Sans\"\n note_font_size 20\n xpos -3267\n ypos 769\n hide_input true\n addUserKnob {20 wired_tab l \"Wired Stamp\"}\n addUserKnob {26 identifier -STARTLINE +HIDDEN T wired}\n addUserKnob {6 toReconnect -STARTLINE +HIDDEN}\n toReconnect true\n addUserKnob {1 title l Title}\n title Extra\n addUserKnob {26 prev_title l \"\" +STARTLINE +HIDDEN T Extra}\n addUserKnob {1 anchor l Anchor}\n anchor Anchor1\n addUserKnob {26 anchorLabel l \"Anchor Stamp\"}\n }\n DeepExpression {\n chans0 rgb\n chans1 none\n rgba.red \"( ( x/\\[value input.width] ) - 0.5 ) * \\[value hratio] * deep.front )\"\n rgba.green \"( ( y/\\[value input.height] ) - 0.5 ) * ( ( \\[value hratio]*deep.front ) / ( \\[value input.width]/\\[value input.height] ) )\"\n rgba.blue -deep.front\n name DeepExpressionTopNode\n label \"initial setup\"\n xpos -3267\n ypos 837\n addUserKnob {20 User}\n addUserKnob {7 hratio}\n hratio {{\"\\[value DummyCam.haperture] / \\[value DummyCam.focal]\"}}\n }\n DeepExpression {\n chans0 {rgba.red rgba.green rgba.blue none}\n chans1 none\n rgba.red \"(r * \\[value DummyCam.world_matrix.0] + g * \\[value DummyCam.world_matrix.1] + b * \\[value DummyCam.world_matrix.2]) + \\[value DummyCam.world_matrix.3]\"\n rgba.green \"(r * \\[value DummyCam.world_matrix.4] + g * \\[value DummyCam.world_matrix.5] + b * \\[value DummyCam.world_matrix.6]) + \\[value DummyCam.world_matrix.7]\"\n rgba.blue \"(r * \\[value DummyCam.world_matrix.8] + g * \\[value DummyCam.world_matrix.9] + b * \\[value DummyCam.world_matrix.10]) + \\[value DummyCam.world_matrix.11]\"\n name deepCT_00\n label camera\n xpos -3267\n ypos 923\n addUserKnob {20 User}\n }\n DeepToImage {\n name DeepToImage3\n xpos -3267\n ypos 987\n }\n Dot {\n name Dot26\n xpos -3233\n ypos 1119\n }\npush $N2deb95d0\n NoOp {\n name Stamp2\n help \"Redone by Adrian Pueyo.\\nUpdated 29 Mar 2019\\n\\nFull original concept and \\\"Postage Stamps\\\" created by Alexey Kuchinski.\"\n onCreate \"if nuke.GUI:\\n try:\\n nuke.thisNode().knob(\\\"toReconnect\\\").setValue(1)\\n except:\\n pass\\n\"\n autolabel \"nuke.thisNode().knob(\\\"title\\\").value()\"\n tile_color 0x1000001\n note_font \"Bitstream Vera Sans\"\n note_font_size 20\n xpos -2059\n ypos 920\n hide_input true\n addUserKnob {20 wired_tab l \"Wired Stamp\"}\n addUserKnob {26 identifier -STARTLINE +HIDDEN T wired}\n addUserKnob {6 toReconnect -STARTLINE +HIDDEN}\n toReconnect true\n addUserKnob {1 title l Title}\n title Extra\n addUserKnob {26 prev_title l \"\" +STARTLINE +HIDDEN T Extra}\n addUserKnob {1 anchor l Anchor}\n anchor Anchor1\n addUserKnob {26 anchorLabel l \"Anchor Stamp\"}\n }\n Dot {\n name Dot4\n xpos -2025\n ypos 1119\n }\n Input {\n inputs 0\n name Camera\n xpos 1542\n ypos -1227\n number 1\n }\nset N33cd6dc0 [stack 0]\n NoOp {\n name Anchor3\n help \"Redone by Adrian Pueyo.\\nUpdated 29 Mar 2019\\n\\nFull original concept and \\\"Postage Stamps\\\" created by Alexey Kuchinski.\"\n autolabel \"nuke.thisNode().knob(\\\"title\\\").value()\"\n tile_color 0xffffff01\n note_font_size 20\n xpos 1542\n ypos -1181\n addUserKnob {20 anchor_tab l \"Anchor Stamp\"}\n addUserKnob {26 identifier -STARTLINE +HIDDEN T anchor}\n addUserKnob {1 title l Title}\n title Camera\n addUserKnob {26 prev_title l \"\" +STARTLINE +HIDDEN T Camera}\n }\nset N33cfd4c0 [stack 0]\n NoOp {\n name Stamp9\n help \"Redone by Adrian Pueyo.\\nUpdated 29 Mar 2019\\n\\nFull original concept and \\\"Postage Stamps\\\" created by Alexey Kuchinski.\"\n onCreate \"if nuke.GUI:\\n try:\\n nuke.thisNode().knob(\\\"toReconnect\\\").setValue(1)\\n except:\\n pass\\n\"\n autolabel \"nuke.thisNode().knob(\\\"title\\\").value()\"\n tile_color 0x1000001\n note_font \"Bitstream Vera Sans\"\n note_font_size 20\n xpos -2364\n ypos 731\n hide_input true\n addUserKnob {20 wired_tab l \"Wired Stamp\"}\n addUserKnob {26 identifier -STARTLINE +HIDDEN T wired}\n addUserKnob {6 toReconnect -STARTLINE +HIDDEN}\n toReconnect true\n addUserKnob {1 title l Title}\n title Camera\n addUserKnob {26 prev_title l \"\" +STARTLINE +HIDDEN T Camera}\n addUserKnob {1 anchor l Anchor}\n anchor Anchor3\n addUserKnob {26 anchorLabel l \"Anchor Stamp\"}\n }\npush $N2deb95d0\n NoOp {\n name Stamp1\n help \"Redone by Adrian Pueyo.\\nUpdated 29 Mar 2019\\n\\nFull original concept and \\\"Postage Stamps\\\" created by Alexey Kuchinski.\"\n onCreate \"if nuke.GUI:\\n try:\\n nuke.thisNode().knob(\\\"toReconnect\\\").setValue(1)\\n except:\\n pass\\n\"\n autolabel \"nuke.thisNode().knob(\\\"title\\\").value()\"\n tile_color 0x1000001\n note_font \"Bitstream Vera Sans\"\n note_font_size 20\n xpos -2647\n ypos 655\n hide_input true\n addUserKnob {20 wired_tab l \"Wired Stamp\"}\n addUserKnob {26 identifier -STARTLINE +HIDDEN T wired}\n addUserKnob {6 toReconnect -STARTLINE +HIDDEN}\n toReconnect true\n addUserKnob {1 title l Title}\n title Extra\n addUserKnob {26 prev_title l \"\" +STARTLINE +HIDDEN T Extra}\n addUserKnob {1 anchor l Anchor}\n anchor Anchor1\n addUserKnob {26 anchorLabel l \"Anchor Stamp\"}\n }\npush $N33cfd4c0\n NoOp {\n name Stamp10\n help \"Redone by Adrian Pueyo.\\nUpdated 29 Mar 2019\\n\\nFull original concept and \\\"Postage Stamps\\\" created by Alexey Kuchinski.\"\n onCreate \"if nuke.GUI:\\n try:\\n nuke.thisNode().knob(\\\"toReconnect\\\").setValue(1)\\n except:\\n pass\\n\"\n autolabel \"nuke.thisNode().knob(\\\"title\\\").value()\"\n tile_color 0x1000001\n note_font \"Bitstream Vera Sans\"\n note_font_size 20\n xpos -2650\n ypos 529\n hide_input true\n addUserKnob {20 wired_tab l \"Wired Stamp\"}\n addUserKnob {26 identifier -STARTLINE +HIDDEN T wired}\n addUserKnob {6 toReconnect -STARTLINE +HIDDEN}\n toReconnect true\n addUserKnob {1 title l Title}\n title Camera\n addUserKnob {26 prev_title l \"\" +STARTLINE +HIDDEN T Camera}\n addUserKnob {1 anchor l Anchor}\n anchor Anchor3\n addUserKnob {26 anchorLabel l \"Anchor Stamp\"}\n }\n Constant {\n inputs 0\n color 1\n format \"512 512 0 0 512 512 1 square_512\"\n name Constant1\n tile_color 0xff\n xpos -2513\n ypos 372\n postage_stamp false\n }\n Card2 {\n display off\n selectable false\n image_aspect false\n rows 4\n columns 4\n z 10\n lens_in_focal {{parent.DummyCam.focal}}\n lens_in_haperture {{parent.DummyCam.haperture}}\n control_points {3 3 3 6\n\n1 {-0.5 -0.5 0} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0.1666666865 0} 0 {0 0 0} 0 {0 0 0}\n1 {0 -0.5 0} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0.1666666865 0} 0 {0 0 0} 0 {0.5 0 0}\n1 {0.5 -0.5 0} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0.1666666865 0} 0 {0 0 0} 0 {1 0 0}\n1 {-0.5 0 0} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0.1666666716 0} 0 {0 -0.1666666716 0} 0 {0 0.5 0}\n1 {0 0 0} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0.1666666716 0} 0 {0 -0.1666666716 0} 0 {0.5 0.5 0}\n1 {0.5 0 0} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0.1666666716 0} 0 {0 -0.1666666716 0} 0 {1 0.5 0}\n1 {-0.5 0.5 0} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0 0} 0 {0 -0.1666666865 0} 0 {0 1 0}\n1 {0 0.5 0} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0 0} 0 {0 -0.1666666865 0} 0 {0.5 1 0}\n1 {0.5 0.5 0} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0 0} 0 {0 -0.1666666865 0} 0 {1 1 0} }\n name Card2\n xpos -2513\n ypos 431\n addUserKnob {20 User}\n addUserKnob {22 \"floor Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[0,0.5,0])\\nn\\['pivot'].setValue(\\[0,-0.5,0])\"}\n addUserKnob {22 \"corner Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[-.5,.5,0])\\nn\\['pivot'].setValue(\\[.5,-.5,0])\"}\n addUserKnob {22 snapToSelected -STARTLINE T \"b=nuke.selectedNode()\\['translate'].value()\\nn=nuke.thisNode()\\nn\\['translate'].setValue(b)\"}\n addUserKnob {22 \"floor Pivot_1\" l \"floor Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[0,0.5,0])\\nn\\['pivot'].setValue(\\[0,-0.5,0])\"}\n addUserKnob {22 \"corner Pivot_1\" l \"corner Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[-.5,.5,0])\\nn\\['pivot'].setValue(\\[.5,-.5,0])\"}\n addUserKnob {22 snapToSelected_1 l snapToSelected -STARTLINE T \"b=nuke.selectedNode()\\['translate'].value()\\nn=nuke.thisNode()\\nn\\['translate'].setValue(b)\"}\n addUserKnob {22 \"floor Pivot_2\" l \"floor Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[0,0.5,0])\\nn\\['pivot'].setValue(\\[0,-0.5,0])\"}\n addUserKnob {22 \"corner Pivot_2\" l \"corner Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[-.5,.5,0])\\nn\\['pivot'].setValue(\\[.5,-.5,0])\"}\n addUserKnob {22 snapToSelected_2 l snapToSelected -STARTLINE T \"b=nuke.selectedNode()\\['translate'].value()\\nn=nuke.thisNode()\\nn\\['translate'].setValue(b)\"}\n addUserKnob {22 \"floor Pivot_3\" l \"floor Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[0,0.5,0])\\nn\\['pivot'].setValue(\\[0,-0.5,0])\"}\n addUserKnob {22 \"corner Pivot_3\" l \"corner Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[-.5,.5,0])\\nn\\['pivot'].setValue(\\[.5,-.5,0])\"}\n addUserKnob {22 snapToSelected_3 l snapToSelected -STARTLINE T \"b=nuke.selectedNode()\\['translate'].value()\\nn=nuke.thisNode()\\nn\\['translate'].setValue(b)\"}\n addUserKnob {22 \"floor Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[0,0.5,0])\\nn\\['pivot'].setValue(\\[0,-0.5,0])\"}\n addUserKnob {22 \"corner Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[-.5,.5,0])\\nn\\['pivot'].setValue(\\[.5,-.5,0])\"}\n addUserKnob {22 snapToSelected -STARTLINE T \"b=nuke.selectedNode()\\['translate'].value()\\nn=nuke.thisNode()\\nn\\['translate'].setValue(b)\"}\n }\n TransformGeo {\n inputs 2\n selectable false\n name TransformGeo2\n xpos -2513\n ypos 534\n }\n Switch {\n inputs 2\n which {{parent.extraHelper==2?1:0}}\n name GeoInput\n label \"\\[value which]\\nswitch to pick up world\\nposition from the internal card\\nor from extra geometry if provided.\"\n xpos -2513\n ypos 636\n }\n Input {\n inputs 0\n name BG\n xpos 1409\n ypos -1231\n }\n NoOp {\n name Anchor2\n help \"Redone by Adrian Pueyo.\\nUpdated 29 Mar 2019\\n\\nFull original concept and \\\"Postage Stamps\\\" created by Alexey Kuchinski.\"\n autolabel \"nuke.thisNode().knob(\\\"title\\\").value()\"\n tile_color 0xffffff01\n note_font_size 20\n xpos 1409\n ypos -1183\n addUserKnob {20 anchor_tab l \"Anchor Stamp\"}\n addUserKnob {26 identifier -STARTLINE +HIDDEN T anchor}\n addUserKnob {1 title l Title}\n title BG\n addUserKnob {26 prev_title l \"\" +STARTLINE +HIDDEN T BG}\n }\nset N33dafbb0 [stack 0]\n NoOp {\n name Stamp4\n help \"Redone by Adrian Pueyo.\\nUpdated 29 Mar 2019\\n\\nFull original concept and \\\"Postage Stamps\\\" created by Alexey Kuchinski.\"\n onCreate \"if nuke.GUI:\\n try:\\n nuke.thisNode().knob(\\\"toReconnect\\\").setValue(1)\\n except:\\n pass\\n\"\n autolabel \"nuke.thisNode().knob(\\\"title\\\").value()\"\n tile_color 0x1000001\n note_font \"Bitstream Vera Sans\"\n note_font_size 20\n xpos -2647\n ypos 731\n hide_input true\n addUserKnob {20 wired_tab l \"Wired Stamp\"}\n addUserKnob {26 identifier -STARTLINE +HIDDEN T wired}\n addUserKnob {6 toReconnect -STARTLINE +HIDDEN}\n toReconnect true\n addUserKnob {1 title l Title}\n title BG\n addUserKnob {26 prev_title l \"\" +STARTLINE +HIDDEN T BG}\n addUserKnob {1 anchor l Anchor}\n anchor Anchor2\n addUserKnob {26 anchorLabel l \"Anchor Stamp\"}\n }\n ScanlineRender {\n inputs 3\n motion_vectors_type distance\n output_shader_vectors true\n P_channel rgb\n name ScanlineRender2\n xpos -2513\n ypos 736\n }\n Switch {\n inputs 3\n which {{parent.extraHelper==3?1:parent.extraHelper==4?2:0}}\n name WorldPositionSource\n label \"\\[value which]\\nswitch is redirecting to pick up \\nposition values depending on the \\nchoicein the main dropdown\"\n xpos -2513\n ypos 1092\n }\n NoOp {\n name NoOp1\n tile_color 0xffff\n gl_color 0xffff\n label \"Picking World Position\"\n note_font_size 16\n xpos -2513\n ypos 1268\n addUserKnob {20 User}\n addUserKnob {22 pick T \"a=nuke.toNode(\\\"NoOp1\\\")\\nr=nuke.sample(a,\\\"red\\\",a\\['picker'].value(0),a\\['picker'].value(1),1,1)\\ng=nuke.sample(a,\\\"green\\\",a\\['picker'].value(0),a\\['picker'].value(1),1,1)\\nb=nuke.sample(a,\\\"blue\\\",a\\['picker'].value(0),a\\['picker'].value(1),1,1)\\n#nuke.tprint(r)\\nnuke.toNode('look_at_Axis')\\['translate'].setValue(\\[r,g,b])\\n#nuke.toNode('Perspective')\\['translate'].setValue(\\[r,g,b])\" +STARTLINE}\n addUserKnob {12 picker}\n picker {928 500}\n }\n Clamp {\n channels rgba\n name Clamp1\n xpos -2513\n ypos 1378\n }\n Dot {\n name Dot5\n xpos -2479\n ypos 2406\n }\npush $N33cfd4c0\n NoOp {\n name Stamp15\n help \"Redone by Adrian Pueyo.\\nUpdated 29 Mar 2019\\n\\nFull original concept and \\\"Postage Stamps\\\" created by Alexey Kuchinski.\"\n onCreate \"if nuke.GUI:\\n try:\\n nuke.thisNode().knob(\\\"toReconnect\\\").setValue(1)\\n except:\\n pass\\n\"\n autolabel \"nuke.thisNode().knob(\\\"title\\\").value()\"\n tile_color 0x1000001\n note_font \"Bitstream Vera Sans\"\n note_font_size 20\n xpos 322\n ypos 1082\n hide_input true\n addUserKnob {20 wired_tab l \"Wired Stamp\"}\n addUserKnob {26 identifier -STARTLINE +HIDDEN T wired}\n addUserKnob {6 toReconnect -STARTLINE +HIDDEN}\n toReconnect true\n addUserKnob {1 title l Title}\n title Camera\n addUserKnob {26 prev_title l \"\" +STARTLINE +HIDDEN T Camera}\n addUserKnob {1 anchor l Anchor}\n anchor Anchor3\n addUserKnob {26 anchorLabel l \"Anchor Stamp\"}\n }\nset N33ae9030 [stack 0]\npush $N33ae9030\n FrameHold {\n firstFrame 49\n name StabFrameHold\n xpos 225\n ypos 1138\n disable true\n }\n set C33af12b0 [stack 0]\n Switch {\n inputs 2\n which {{parent.StabFrameHold.disable}}\n name Switch4\n xpos 361\n ypos 1147\n }\n Axis {\n inputs 0\n translate {-4.458946705 10.26000023 -5.941508293}\n uniform_scale 2\n name Perspective\n tile_color 0xff0000ff\n label \"this is the center\\n of the Grid!!!\"\n xpos -876\n ypos -80\n }\npush $N33cfd4c0\n NoOp {\n name Stamp12\n help \"Redone by Adrian Pueyo.\\nUpdated 29 Mar 2019\\n\\nFull original concept and \\\"Postage Stamps\\\" created by Alexey Kuchinski.\"\n onCreate \"if nuke.GUI:\\n try:\\n nuke.thisNode().knob(\\\"toReconnect\\\").setValue(1)\\n except:\\n pass\\n\"\n autolabel \"nuke.thisNode().knob(\\\"title\\\").value()\"\n tile_color 0x1000001\n note_font \"Bitstream Vera Sans\"\n note_font_size 20\n xpos -707\n ypos -411\n hide_input true\n addUserKnob {20 wired_tab l \"Wired Stamp\"}\n addUserKnob {26 identifier -STARTLINE +HIDDEN T wired}\n addUserKnob {6 toReconnect -STARTLINE +HIDDEN}\n toReconnect true\n addUserKnob {1 title l Title}\n title Camera\n addUserKnob {26 prev_title l \"\" +STARTLINE +HIDDEN T Camera}\n addUserKnob {1 anchor l Anchor}\n anchor Anchor3\n addUserKnob {26 anchorLabel l \"Anchor Stamp\"}\n }\n FrameHold {\n firstFrame {{parent.refFrame}}\n name FrameHold2\n xpos -707\n ypos -360\n }\npush 0\n Axis2 {\n inputs 2\n display off\n selectable false\n translate {1.563220501 11.32060719 1.955564976}\n name look_at_Axis\n tile_color 0xff0000ff\n xpos -697\n ypos -268\n }\n Axis {\n display off\n selectable false\n translate {0 0 {parent.Zfind}}\n uniform_scale {{parent.Perspective.uniform_scale}}\n name Z_finder\n tile_color 0xff0000ff\n xpos -697\n ypos -177\n }\n Switch {\n inputs 2\n which 1\n name Switch\n label \"\\[value which]\\nwill switch to Perspective Axis\\nafter 'Happy' button is pressed\"\n xpos -708\n ypos -77\n }\n NoOp {\n name Anchor5\n help \"Redone by Adrian Pueyo.\\nUpdated 29 Mar 2019\\n\\nFull original concept and \\\"Postage Stamps\\\" created by Alexey Kuchinski.\"\n autolabel \"nuke.thisNode().knob(\\\"title\\\").value()\"\n tile_color 0xffffff01\n note_font_size 20\n xpos -708\n ypos 48\n addUserKnob {20 anchor_tab l \"Anchor Stamp\"}\n addUserKnob {26 identifier -STARTLINE +HIDDEN T anchor}\n addUserKnob {1 title l Title}\n title position_finder\n addUserKnob {26 prev_title l \"\" +STARTLINE +HIDDEN T position_finder}\n }\nset N33b628b0 [stack 0]\n NoOp {\n name Stamp13\n help \"Redone by Adrian Pueyo.\\nUpdated 29 Mar 2019\\n\\nFull original concept and \\\"Postage Stamps\\\" created by Alexey Kuchinski.\"\n onCreate \"if nuke.GUI:\\n try:\\n nuke.thisNode().knob(\\\"toReconnect\\\").setValue(1)\\n except:\\n pass\\n\"\n autolabel \"nuke.thisNode().knob(\\\"title\\\").value()\"\n tile_color 0x1000001\n note_font \"Bitstream Vera Sans\"\n note_font_size 20\n xpos 375\n ypos 946\n hide_input true\n addUserKnob {20 wired_tab l \"Wired Stamp\"}\n addUserKnob {26 identifier -STARTLINE +HIDDEN T wired}\n addUserKnob {6 toReconnect -STARTLINE +HIDDEN}\n toReconnect true\n addUserKnob {1 title l Title}\n title position_finder\n addUserKnob {26 prev_title l \"\" +STARTLINE +HIDDEN T position_finder}\n addUserKnob {1 anchor l Anchor}\n anchor Anchor5\n addUserKnob {26 anchorLabel l \"Anchor Stamp\"}\n }\n Dot {\n name Dot8\n xpos 409\n ypos 1038\n }\npush $N33cfd4c0\n NoOp {\n name Stamp6\n help \"Redone by Adrian Pueyo.\\nUpdated 29 Mar 2019\\n\\nFull original concept and \\\"Postage Stamps\\\" created by Alexey Kuchinski.\"\n onCreate \"if nuke.GUI:\\n try:\\n nuke.thisNode().knob(\\\"toReconnect\\\").setValue(1)\\n except:\\n pass\\n\"\n autolabel \"nuke.thisNode().knob(\\\"title\\\").value()\"\n tile_color 0x1000001\n note_font \"Bitstream Vera Sans\"\n note_font_size 20\n xpos 383\n ypos 801\n hide_input true\n addUserKnob {20 wired_tab l \"Wired Stamp\"}\n addUserKnob {26 identifier -STARTLINE +HIDDEN T wired}\n addUserKnob {6 toReconnect -STARTLINE +HIDDEN}\n toReconnect true\n addUserKnob {1 title l Title}\n title Camera\n addUserKnob {26 prev_title l \"\" +STARTLINE +HIDDEN T Camera}\n addUserKnob {1 anchor l Anchor}\n anchor Anchor3\n addUserKnob {26 anchorLabel l \"Anchor Stamp\"}\n }\npush $N33dafbb0\n NoOp {\n name Stamp5\n help \"Redone by Adrian Pueyo.\\nUpdated 29 Mar 2019\\n\\nFull original concept and \\\"Postage Stamps\\\" created by Alexey Kuchinski.\"\n onCreate \"if nuke.GUI:\\n try:\\n nuke.thisNode().knob(\\\"toReconnect\\\").setValue(1)\\n except:\\n pass\\n\"\n autolabel \"nuke.thisNode().knob(\\\"title\\\").value()\"\n tile_color 0x1000001\n note_font \"Bitstream Vera Sans\"\n note_font_size 20\n xpos 502\n ypos 751\n hide_input true\n addUserKnob {20 wired_tab l \"Wired Stamp\"}\n addUserKnob {26 identifier -STARTLINE +HIDDEN T wired}\n addUserKnob {6 toReconnect -STARTLINE +HIDDEN}\n toReconnect true\n addUserKnob {1 title l Title}\n title BG\n addUserKnob {26 prev_title l \"\" +STARTLINE +HIDDEN T BG}\n addUserKnob {1 anchor l Anchor}\n anchor Anchor2\n addUserKnob {26 anchorLabel l \"Anchor Stamp\"}\n }\n Project3D {\n inputs 2\n crop false\n name Project3D1\n xpos 502\n ypos 812\n }\n Card2 {\n display wireframe\n selectable false\n rows 4\n columns 4\n uniform_scale 100000\n control_points {3 3 3 6\n\n1 {-0.5 -0.5 0} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0.1666666865 0} 0 {0 0 0} 0 {0 0 0}\n1 {0 -0.5 0} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0.1666666865 0} 0 {0 0 0} 0 {0.5 0 0}\n1 {0.5 -0.5 0} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0.1666666865 0} 0 {0 0 0} 0 {1 0 0}\n1 {-0.5 0 0} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0.1666666716 0} 0 {0 -0.1666666716 0} 0 {0 0.5 0}\n1 {0 0 0} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0.1666666716 0} 0 {0 -0.1666666716 0} 0 {0.5 0.5 0}\n1 {0.5 0 0} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0.1666666716 0} 0 {0 -0.1666666716 0} 0 {1 0.5 0}\n1 {-0.5 0.5 0} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0 0} 0 {0 -0.1666666865 0} 0 {0 1 0}\n1 {0 0.5 0} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0 0} 0 {0 -0.1666666865 0} 0 {0.5 1 0}\n1 {0.5 0.5 0} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0 0} 0 {0 -0.1666666865 0} 0 {1 1 0} }\n name Card10\n xpos 502\n ypos 914\n addUserKnob {20 User}\n addUserKnob {22 \"floor Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[0,0.5,0])\\nn\\['pivot'].setValue(\\[0,-0.5,0])\"}\n addUserKnob {22 \"corner Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[-.5,.5,0])\\nn\\['pivot'].setValue(\\[.5,-.5,0])\"}\n addUserKnob {22 snapToSelected -STARTLINE T \"b=nuke.selectedNode()\\['translate'].value()\\nn=nuke.thisNode()\\nn\\['translate'].setValue(b)\"}\n addUserKnob {22 \"floor Pivot_1\" l \"floor Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[0,0.5,0])\\nn\\['pivot'].setValue(\\[0,-0.5,0])\"}\n addUserKnob {22 \"corner Pivot_1\" l \"corner Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[-.5,.5,0])\\nn\\['pivot'].setValue(\\[.5,-.5,0])\"}\n addUserKnob {22 snapToSelected_1 l snapToSelected -STARTLINE T \"b=nuke.selectedNode()\\['translate'].value()\\nn=nuke.thisNode()\\nn\\['translate'].setValue(b)\"}\n addUserKnob {22 \"floor Pivot_2\" l \"floor Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[0,0.5,0])\\nn\\['pivot'].setValue(\\[0,-0.5,0])\"}\n addUserKnob {22 \"corner Pivot_2\" l \"corner Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[-.5,.5,0])\\nn\\['pivot'].setValue(\\[.5,-.5,0])\"}\n addUserKnob {22 snapToSelected_2 l snapToSelected -STARTLINE T \"b=nuke.selectedNode()\\['translate'].value()\\nn=nuke.thisNode()\\nn\\['translate'].setValue(b)\"}\n addUserKnob {22 \"floor Pivot_3\" l \"floor Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[0,0.5,0])\\nn\\['pivot'].setValue(\\[0,-0.5,0])\"}\n addUserKnob {22 \"corner Pivot_3\" l \"corner Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[-.5,.5,0])\\nn\\['pivot'].setValue(\\[.5,-.5,0])\"}\n addUserKnob {22 snapToSelected_3 l snapToSelected -STARTLINE T \"b=nuke.selectedNode()\\['translate'].value()\\nn=nuke.thisNode()\\nn\\['translate'].setValue(b)\"}\n addUserKnob {22 \"floor Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[0,0.5,0])\\nn\\['pivot'].setValue(\\[0,-0.5,0])\"}\n addUserKnob {22 \"corner Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[-.5,.5,0])\\nn\\['pivot'].setValue(\\[.5,-.5,0])\"}\n addUserKnob {22 snapToSelected -STARTLINE T \"b=nuke.selectedNode()\\['translate'].value()\\nn=nuke.thisNode()\\nn\\['translate'].setValue(b)\"}\n }\n TransformGeo {\n inputs 2\n selectable false\n name TransformGeo4\n xpos 502\n ypos 1035\n }\npush $N33dafbb0\n NoOp {\n name Stamp16\n help \"Redone by Adrian Pueyo.\\nUpdated 29 Mar 2019\\n\\nFull original concept and \\\"Postage Stamps\\\" created by Alexey Kuchinski.\"\n onCreate \"if nuke.GUI:\\n try:\\n nuke.thisNode().knob(\\\"toReconnect\\\").setValue(1)\\n except:\\n pass\\n\"\n autolabel \"nuke.thisNode().knob(\\\"title\\\").value()\"\n tile_color 0x1000001\n note_font \"Bitstream Vera Sans\"\n note_font_size 20\n xpos 620\n ypos 1023\n hide_input true\n addUserKnob {20 wired_tab l \"Wired Stamp\"}\n addUserKnob {26 identifier -STARTLINE +HIDDEN T wired}\n addUserKnob {6 toReconnect -STARTLINE +HIDDEN}\n toReconnect true\n addUserKnob {1 title l Title}\n title BG\n addUserKnob {26 prev_title l \"\" +STARTLINE +HIDDEN T BG}\n addUserKnob {1 anchor l Anchor}\n anchor Anchor2\n addUserKnob {26 anchorLabel l \"Anchor Stamp\"}\n }\n Remove {\n name Remove2\n xpos 620\n ypos 1069\n }\n ScanlineRender {\n inputs 3\n shutter 0\n motion_vectors_type distance\n name ScanlineRender3\n xpos 502\n ypos 1147\n }\n Dot {\n name Dot1\n xpos 536\n ypos 1264\n }\npush $N33dafbb0\n NoOp {\n name Stamp3\n help \"Redone by Adrian Pueyo.\\nUpdated 29 Mar 2019\\n\\nFull original concept and \\\"Postage Stamps\\\" created by Alexey Kuchinski.\"\n onCreate \"if nuke.GUI:\\n try:\\n nuke.thisNode().knob(\\\"toReconnect\\\").setValue(1)\\n except:\\n pass\\n\"\n autolabel \"nuke.thisNode().knob(\\\"title\\\").value()\"\n tile_color 0x1000001\n note_font \"Bitstream Vera Sans\"\n note_font_size 20\n xpos 800\n ypos 1150\n hide_input true\n addUserKnob {20 wired_tab l \"Wired Stamp\"}\n addUserKnob {26 identifier -STARTLINE +HIDDEN T wired}\n addUserKnob {6 toReconnect -STARTLINE +HIDDEN}\n toReconnect true\n addUserKnob {1 title l Title}\n title BG\n addUserKnob {26 prev_title l \"\" +STARTLINE +HIDDEN T BG}\n addUserKnob {1 anchor l Anchor}\n anchor Anchor2\n addUserKnob {26 anchorLabel l \"Anchor Stamp\"}\n }\n Switch {\n inputs 2\n which 1\n name StabSwitch\n label \"\\[value which]\"\n xpos 800\n ypos 1257\n disable true\n }\n Dot {\n name Dot3\n xpos 834\n ypos 1415\n }\nset N33c3c710 [stack 0]\npush $N33cfd4c0\n NoOp {\n name Stamp7\n help \"Redone by Adrian Pueyo.\\nUpdated 29 Mar 2019\\n\\nFull original concept and \\\"Postage Stamps\\\" created by Alexey Kuchinski.\"\n onCreate \"if nuke.GUI:\\n try:\\n nuke.thisNode().knob(\\\"toReconnect\\\").setValue(1)\\n except:\\n pass\\n\"\n autolabel \"nuke.thisNode().knob(\\\"title\\\").value()\"\n tile_color 0x1000001\n note_font \"Bitstream Vera Sans\"\n note_font_size 20\n xpos -383\n ypos 1317\n hide_input true\n addUserKnob {20 wired_tab l \"Wired Stamp\"}\n addUserKnob {26 identifier -STARTLINE +HIDDEN T wired}\n addUserKnob {6 toReconnect -STARTLINE +HIDDEN}\n toReconnect true\n addUserKnob {1 title l Title}\n title Camera\n addUserKnob {26 prev_title l \"\" +STARTLINE +HIDDEN T Camera}\n addUserKnob {1 anchor l Anchor}\n anchor Anchor3\n addUserKnob {26 anchorLabel l \"Anchor Stamp\"}\n }\nset N33c42d40 [stack 0]\npush $N33c42d40\nclone $C33af12b0 {\n xpos -465\n ypos 1372\n selected false\n }\n Switch {\n inputs 2\n which {{parent.StabFrameHold.disable}}\n name Switch3\n xpos -383\n ypos 1417\n }\npush $N33b628b0\n Constant {\n inputs 0\n format \"512 512 0 0 512 512 1 square_512\"\n name Constant2\n tile_color 0xff\n xpos -235\n ypos -1538\n postage_stamp false\n }\n Dot {\n name Dot9\n xpos -201\n ypos -1487\n }\nset N33c6cb60 [stack 0]\n Wireframe {\n operation \"see through\"\n line_width 1\n line_color {1 0 0 1}\n name Wireframe4\n xpos -642\n ypos -1300\n }\nset N33e861f0 [stack 0]\n Card2 {\n display wireframe\n selectable false\n image_aspect false\n rows 1\n columns 1\n translate {0.5 -0.5 0}\n uniform_scale 0.03\n control_points {3 3 3 6\n\n1 {-0.5 -0.5 0} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0.1666666865 0} 0 {0 0 0} 0 {0 0 0}\n1 {0 -0.5 0} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0.1666666865 0} 0 {0 0 0} 0 {0.5 0 0}\n1 {0.5 -0.5 0} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0.1666666865 0} 0 {0 0 0} 0 {1 0 0}\n1 {-0.5 0 0} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0.1666666716 0} 0 {0 -0.1666666716 0} 0 {0 0.5 0}\n1 {0 0 0} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0.1666666716 0} 0 {0 -0.1666666716 0} 0 {0.5 0.5 0}\n1 {0.5 0 0} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0.1666666716 0} 0 {0 -0.1666666716 0} 0 {1 0.5 0}\n1 {-0.5 0.5 0} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0 0} 0 {0 -0.1666666865 0} 0 {0 1 0}\n1 {0 0.5 0} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0 0} 0 {0 -0.1666666865 0} 0 {0.5 1 0}\n1 {0.5 0.5 0} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0 0} 0 {0 -0.1666666865 0} 0 {1 1 0} }\n name Card9\n xpos -891\n ypos -1251\n addUserKnob {20 User}\n addUserKnob {22 \"floor Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[0,0.5,0])\\nn\\['pivot'].setValue(\\[0,-0.5,0])\"}\n addUserKnob {22 \"corner Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[-.5,.5,0])\\nn\\['pivot'].setValue(\\[.5,-.5,0])\"}\n addUserKnob {22 snapToSelected -STARTLINE T \"b=nuke.selectedNode()\\['translate'].value()\\nn=nuke.thisNode()\\nn\\['translate'].setValue(b)\"}\n addUserKnob {22 \"floor Pivot_1\" l \"floor Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[0,0.5,0])\\nn\\['pivot'].setValue(\\[0,-0.5,0])\"}\n addUserKnob {22 \"corner Pivot_1\" l \"corner Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[-.5,.5,0])\\nn\\['pivot'].setValue(\\[.5,-.5,0])\"}\n addUserKnob {22 snapToSelected_1 l snapToSelected -STARTLINE T \"b=nuke.selectedNode()\\['translate'].value()\\nn=nuke.thisNode()\\nn\\['translate'].setValue(b)\"}\n addUserKnob {22 \"floor Pivot_2\" l \"floor Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[0,0.5,0])\\nn\\['pivot'].setValue(\\[0,-0.5,0])\"}\n addUserKnob {22 \"corner Pivot_2\" l \"corner Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[-.5,.5,0])\\nn\\['pivot'].setValue(\\[.5,-.5,0])\"}\n addUserKnob {22 snapToSelected_2 l snapToSelected -STARTLINE T \"b=nuke.selectedNode()\\['translate'].value()\\nn=nuke.thisNode()\\nn\\['translate'].setValue(b)\"}\n addUserKnob {22 \"floor Pivot_3\" l \"floor Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[0,0.5,0])\\nn\\['pivot'].setValue(\\[0,-0.5,0])\"}\n addUserKnob {22 \"corner Pivot_3\" l \"corner Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[-.5,.5,0])\\nn\\['pivot'].setValue(\\[.5,-.5,0])\"}\n addUserKnob {22 snapToSelected_3 l snapToSelected -STARTLINE T \"b=nuke.selectedNode()\\['translate'].value()\\nn=nuke.thisNode()\\nn\\['translate'].setValue(b)\"}\n addUserKnob {22 \"floor Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[0,0.5,0])\\nn\\['pivot'].setValue(\\[0,-0.5,0])\"}\n addUserKnob {22 \"corner Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[-.5,.5,0])\\nn\\['pivot'].setValue(\\[.5,-.5,0])\"}\n addUserKnob {22 snapToSelected -STARTLINE T \"b=nuke.selectedNode()\\['translate'].value()\\nn=nuke.thisNode()\\nn\\['translate'].setValue(b)\"}\n }\n Dot {\n name Dot19\n xpos -857\n ypos -1140\n }\npush $N33e861f0\n Card2 {\n display wireframe\n selectable false\n image_aspect false\n rows 1\n columns 1\n translate {0.5 0.5 0}\n uniform_scale 0.03\n control_points {3 3 3 6\n\n1 {-0.5 -0.5 0} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0.1666666865 0} 0 {0 0 0} 0 {0 0 0}\n1 {0 -0.5 0} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0.1666666865 0} 0 {0 0 0} 0 {0.5 0 0}\n1 {0.5 -0.5 0} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0.1666666865 0} 0 {0 0 0} 0 {1 0 0}\n1 {-0.5 0 0} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0.1666666716 0} 0 {0 -0.1666666716 0} 0 {0 0.5 0}\n1 {0 0 0} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0.1666666716 0} 0 {0 -0.1666666716 0} 0 {0.5 0.5 0}\n1 {0.5 0 0} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0.1666666716 0} 0 {0 -0.1666666716 0} 0 {1 0.5 0}\n1 {-0.5 0.5 0} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0 0} 0 {0 -0.1666666865 0} 0 {0 1 0}\n1 {0 0.5 0} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0 0} 0 {0 -0.1666666865 0} 0 {0.5 1 0}\n1 {0.5 0.5 0} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0 0} 0 {0 -0.1666666865 0} 0 {1 1 0} }\n name Card8\n xpos -806\n ypos -1248\n addUserKnob {20 User}\n addUserKnob {22 \"floor Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[0,0.5,0])\\nn\\['pivot'].setValue(\\[0,-0.5,0])\"}\n addUserKnob {22 \"corner Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[-.5,.5,0])\\nn\\['pivot'].setValue(\\[.5,-.5,0])\"}\n addUserKnob {22 snapToSelected -STARTLINE T \"b=nuke.selectedNode()\\['translate'].value()\\nn=nuke.thisNode()\\nn\\['translate'].setValue(b)\"}\n addUserKnob {22 \"floor Pivot_1\" l \"floor Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[0,0.5,0])\\nn\\['pivot'].setValue(\\[0,-0.5,0])\"}\n addUserKnob {22 \"corner Pivot_1\" l \"corner Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[-.5,.5,0])\\nn\\['pivot'].setValue(\\[.5,-.5,0])\"}\n addUserKnob {22 snapToSelected_1 l snapToSelected -STARTLINE T \"b=nuke.selectedNode()\\['translate'].value()\\nn=nuke.thisNode()\\nn\\['translate'].setValue(b)\"}\n addUserKnob {22 \"floor Pivot_2\" l \"floor Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[0,0.5,0])\\nn\\['pivot'].setValue(\\[0,-0.5,0])\"}\n addUserKnob {22 \"corner Pivot_2\" l \"corner Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[-.5,.5,0])\\nn\\['pivot'].setValue(\\[.5,-.5,0])\"}\n addUserKnob {22 snapToSelected_2 l snapToSelected -STARTLINE T \"b=nuke.selectedNode()\\['translate'].value()\\nn=nuke.thisNode()\\nn\\['translate'].setValue(b)\"}\n addUserKnob {22 \"floor Pivot_3\" l \"floor Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[0,0.5,0])\\nn\\['pivot'].setValue(\\[0,-0.5,0])\"}\n addUserKnob {22 \"corner Pivot_3\" l \"corner Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[-.5,.5,0])\\nn\\['pivot'].setValue(\\[.5,-.5,0])\"}\n addUserKnob {22 snapToSelected_3 l snapToSelected -STARTLINE T \"b=nuke.selectedNode()\\['translate'].value()\\nn=nuke.thisNode()\\nn\\['translate'].setValue(b)\"}\n addUserKnob {22 \"floor Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[0,0.5,0])\\nn\\['pivot'].setValue(\\[0,-0.5,0])\"}\n addUserKnob {22 \"corner Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[-.5,.5,0])\\nn\\['pivot'].setValue(\\[.5,-.5,0])\"}\n addUserKnob {22 snapToSelected -STARTLINE T \"b=nuke.selectedNode()\\['translate'].value()\\nn=nuke.thisNode()\\nn\\['translate'].setValue(b)\"}\n }\n Dot {\n name Dot18\n xpos -772\n ypos -1166\n }\npush $N33e861f0\n Card2 {\n display wireframe\n selectable false\n image_aspect false\n rows 1\n columns 1\n translate {-0.5 -0.5 0}\n uniform_scale 0.03\n control_points {3 3 3 6\n\n1 {-0.5 -0.5 0} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0.1666666865 0} 0 {0 0 0} 0 {0 0 0}\n1 {0 -0.5 0} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0.1666666865 0} 0 {0 0 0} 0 {0.5 0 0}\n1 {0.5 -0.5 0} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0.1666666865 0} 0 {0 0 0} 0 {1 0 0}\n1 {-0.5 0 0} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0.1666666716 0} 0 {0 -0.1666666716 0} 0 {0 0.5 0}\n1 {0 0 0} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0.1666666716 0} 0 {0 -0.1666666716 0} 0 {0.5 0.5 0}\n1 {0.5 0 0} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0.1666666716 0} 0 {0 -0.1666666716 0} 0 {1 0.5 0}\n1 {-0.5 0.5 0} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0 0} 0 {0 -0.1666666865 0} 0 {0 1 0}\n1 {0 0.5 0} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0 0} 0 {0 -0.1666666865 0} 0 {0.5 1 0}\n1 {0.5 0.5 0} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0 0} 0 {0 -0.1666666865 0} 0 {1 1 0} }\n name Card7\n xpos -724\n ypos -1248\n addUserKnob {20 User}\n addUserKnob {22 \"floor Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[0,0.5,0])\\nn\\['pivot'].setValue(\\[0,-0.5,0])\"}\n addUserKnob {22 \"corner Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[-.5,.5,0])\\nn\\['pivot'].setValue(\\[.5,-.5,0])\"}\n addUserKnob {22 snapToSelected -STARTLINE T \"b=nuke.selectedNode()\\['translate'].value()\\nn=nuke.thisNode()\\nn\\['translate'].setValue(b)\"}\n addUserKnob {22 \"floor Pivot_1\" l \"floor Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[0,0.5,0])\\nn\\['pivot'].setValue(\\[0,-0.5,0])\"}\n addUserKnob {22 \"corner Pivot_1\" l \"corner Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[-.5,.5,0])\\nn\\['pivot'].setValue(\\[.5,-.5,0])\"}\n addUserKnob {22 snapToSelected_1 l snapToSelected -STARTLINE T \"b=nuke.selectedNode()\\['translate'].value()\\nn=nuke.thisNode()\\nn\\['translate'].setValue(b)\"}\n addUserKnob {22 \"floor Pivot_2\" l \"floor Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[0,0.5,0])\\nn\\['pivot'].setValue(\\[0,-0.5,0])\"}\n addUserKnob {22 \"corner Pivot_2\" l \"corner Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[-.5,.5,0])\\nn\\['pivot'].setValue(\\[.5,-.5,0])\"}\n addUserKnob {22 snapToSelected_2 l snapToSelected -STARTLINE T \"b=nuke.selectedNode()\\['translate'].value()\\nn=nuke.thisNode()\\nn\\['translate'].setValue(b)\"}\n addUserKnob {22 \"floor Pivot_3\" l \"floor Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[0,0.5,0])\\nn\\['pivot'].setValue(\\[0,-0.5,0])\"}\n addUserKnob {22 \"corner Pivot_3\" l \"corner Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[-.5,.5,0])\\nn\\['pivot'].setValue(\\[.5,-.5,0])\"}\n addUserKnob {22 snapToSelected_3 l snapToSelected -STARTLINE T \"b=nuke.selectedNode()\\['translate'].value()\\nn=nuke.thisNode()\\nn\\['translate'].setValue(b)\"}\n addUserKnob {22 \"floor Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[0,0.5,0])\\nn\\['pivot'].setValue(\\[0,-0.5,0])\"}\n addUserKnob {22 \"corner Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[-.5,.5,0])\\nn\\['pivot'].setValue(\\[.5,-.5,0])\"}\n addUserKnob {22 snapToSelected -STARTLINE T \"b=nuke.selectedNode()\\['translate'].value()\\nn=nuke.thisNode()\\nn\\['translate'].setValue(b)\"}\n }\n Dot {\n name Dot17\n xpos -690\n ypos -1192\n }\npush $N33e861f0\n Card2 {\n display wireframe\n selectable false\n image_aspect false\n rows 1\n columns 1\n translate {-0.5 0.5 0}\n uniform_scale 0.03\n control_points {3 3 3 6\n\n1 {-0.5 -0.5 0} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0.1666666865 0} 0 {0 0 0} 0 {0 0 0}\n1 {0 -0.5 0} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0.1666666865 0} 0 {0 0 0} 0 {0.5 0 0}\n1 {0.5 -0.5 0} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0.1666666865 0} 0 {0 0 0} 0 {1 0 0}\n1 {-0.5 0 0} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0.1666666716 0} 0 {0 -0.1666666716 0} 0 {0 0.5 0}\n1 {0 0 0} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0.1666666716 0} 0 {0 -0.1666666716 0} 0 {0.5 0.5 0}\n1 {0.5 0 0} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0.1666666716 0} 0 {0 -0.1666666716 0} 0 {1 0.5 0}\n1 {-0.5 0.5 0} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0 0} 0 {0 -0.1666666865 0} 0 {0 1 0}\n1 {0 0.5 0} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0 0} 0 {0 -0.1666666865 0} 0 {0.5 1 0}\n1 {0.5 0.5 0} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0 0} 0 {0 -0.1666666865 0} 0 {1 1 0} }\n name Card6\n xpos -642\n ypos -1254\n addUserKnob {20 User}\n addUserKnob {22 \"floor Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[0,0.5,0])\\nn\\['pivot'].setValue(\\[0,-0.5,0])\"}\n addUserKnob {22 \"corner Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[-.5,.5,0])\\nn\\['pivot'].setValue(\\[.5,-.5,0])\"}\n addUserKnob {22 snapToSelected -STARTLINE T \"b=nuke.selectedNode()\\['translate'].value()\\nn=nuke.thisNode()\\nn\\['translate'].setValue(b)\"}\n addUserKnob {22 \"floor Pivot_1\" l \"floor Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[0,0.5,0])\\nn\\['pivot'].setValue(\\[0,-0.5,0])\"}\n addUserKnob {22 \"corner Pivot_1\" l \"corner Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[-.5,.5,0])\\nn\\['pivot'].setValue(\\[.5,-.5,0])\"}\n addUserKnob {22 snapToSelected_1 l snapToSelected -STARTLINE T \"b=nuke.selectedNode()\\['translate'].value()\\nn=nuke.thisNode()\\nn\\['translate'].setValue(b)\"}\n addUserKnob {22 \"floor Pivot_2\" l \"floor Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[0,0.5,0])\\nn\\['pivot'].setValue(\\[0,-0.5,0])\"}\n addUserKnob {22 \"corner Pivot_2\" l \"corner Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[-.5,.5,0])\\nn\\['pivot'].setValue(\\[.5,-.5,0])\"}\n addUserKnob {22 snapToSelected_2 l snapToSelected -STARTLINE T \"b=nuke.selectedNode()\\['translate'].value()\\nn=nuke.thisNode()\\nn\\['translate'].setValue(b)\"}\n addUserKnob {22 \"floor Pivot_3\" l \"floor Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[0,0.5,0])\\nn\\['pivot'].setValue(\\[0,-0.5,0])\"}\n addUserKnob {22 \"corner Pivot_3\" l \"corner Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[-.5,.5,0])\\nn\\['pivot'].setValue(\\[.5,-.5,0])\"}\n addUserKnob {22 snapToSelected_3 l snapToSelected -STARTLINE T \"b=nuke.selectedNode()\\['translate'].value()\\nn=nuke.thisNode()\\nn\\['translate'].setValue(b)\"}\n addUserKnob {22 \"floor Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[0,0.5,0])\\nn\\['pivot'].setValue(\\[0,-0.5,0])\"}\n addUserKnob {22 \"corner Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[-.5,.5,0])\\nn\\['pivot'].setValue(\\[.5,-.5,0])\"}\n addUserKnob {22 snapToSelected -STARTLINE T \"b=nuke.selectedNode()\\['translate'].value()\\nn=nuke.thisNode()\\nn\\['translate'].setValue(b)\"}\n }\n MergeGeo {\n inputs 2\n selectable false\n name MergeGeo5\n xpos -642\n ypos -1196\n }\n MergeGeo {\n inputs 2\n selectable false\n name MergeGeo6\n xpos -642\n ypos -1170\n }\n MergeGeo {\n inputs 2\n selectable false\n name MergeGeo7\n xpos -642\n ypos -1144\n }\n Dot {\n name Dot16\n xpos -608\n ypos -1067\n }\npush $N33c6cb60\n Wireframe {\n operation \"see through\"\n line_width 1\n line_color {0 1 0 1}\n name Wireframe5\n xpos -495\n ypos -1305\n }\n Card2 {\n display wireframe\n selectable false\n cast_shadow false\n receive_shadow false\n image_aspect false\n rows 2\n columns 2\n uniform_scale 100\n control_points {3 3 3 6\n\n1 {-0.5 -0.5 0} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0.1666666865 0} 0 {0 0 0} 0 {0 0 0}\n1 {0 -0.5 0} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0.1666666865 0} 0 {0 0 0} 0 {0.5 0 0}\n1 {0.5 -0.5 0} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0.1666666865 0} 0 {0 0 0} 0 {1 0 0}\n1 {-0.5 0 0} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0.1666666716 0} 0 {0 -0.1666666716 0} 0 {0 0.5 0}\n1 {0 0 0} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0.1666666716 0} 0 {0 -0.1666666716 0} 0 {0.5 0.5 0}\n1 {0.5 0 0} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0.1666666716 0} 0 {0 -0.1666666716 0} 0 {1 0.5 0}\n1 {-0.5 0.5 0} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0 0} 0 {0 -0.1666666865 0} 0 {0 1 0}\n1 {0 0.5 0} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0 0} 0 {0 -0.1666666865 0} 0 {0.5 1 0}\n1 {0.5 0.5 0} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0 0} 0 {0 -0.1666666865 0} 0 {1 1 0} }\n name Card5\n xpos -495\n ypos -1253\n addUserKnob {20 User}\n addUserKnob {22 \"floor Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[0,0.5,0])\\nn\\['pivot'].setValue(\\[0,-0.5,0])\"}\n addUserKnob {22 \"corner Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[-.5,.5,0])\\nn\\['pivot'].setValue(\\[.5,-.5,0])\"}\n addUserKnob {22 snapToSelected -STARTLINE T \"b=nuke.selectedNode()\\['translate'].value()\\nn=nuke.thisNode()\\nn\\['translate'].setValue(b)\"}\n addUserKnob {22 \"floor Pivot_1\" l \"floor Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[0,0.5,0])\\nn\\['pivot'].setValue(\\[0,-0.5,0])\"}\n addUserKnob {22 \"corner Pivot_1\" l \"corner Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[-.5,.5,0])\\nn\\['pivot'].setValue(\\[.5,-.5,0])\"}\n addUserKnob {22 snapToSelected_1 l snapToSelected -STARTLINE T \"b=nuke.selectedNode()\\['translate'].value()\\nn=nuke.thisNode()\\nn\\['translate'].setValue(b)\"}\n addUserKnob {22 \"floor Pivot_2\" l \"floor Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[0,0.5,0])\\nn\\['pivot'].setValue(\\[0,-0.5,0])\"}\n addUserKnob {22 \"corner Pivot_2\" l \"corner Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[-.5,.5,0])\\nn\\['pivot'].setValue(\\[.5,-.5,0])\"}\n addUserKnob {22 snapToSelected_2 l snapToSelected -STARTLINE T \"b=nuke.selectedNode()\\['translate'].value()\\nn=nuke.thisNode()\\nn\\['translate'].setValue(b)\"}\n addUserKnob {22 \"floor Pivot_3\" l \"floor Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[0,0.5,0])\\nn\\['pivot'].setValue(\\[0,-0.5,0])\"}\n addUserKnob {22 \"corner Pivot_3\" l \"corner Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[-.5,.5,0])\\nn\\['pivot'].setValue(\\[.5,-.5,0])\"}\n addUserKnob {22 snapToSelected_3 l snapToSelected -STARTLINE T \"b=nuke.selectedNode()\\['translate'].value()\\nn=nuke.thisNode()\\nn\\['translate'].setValue(b)\"}\n addUserKnob {22 \"floor Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[0,0.5,0])\\nn\\['pivot'].setValue(\\[0,-0.5,0])\"}\n addUserKnob {22 \"corner Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[-.5,.5,0])\\nn\\['pivot'].setValue(\\[.5,-.5,0])\"}\n addUserKnob {22 snapToSelected -STARTLINE T \"b=nuke.selectedNode()\\['translate'].value()\\nn=nuke.thisNode()\\nn\\['translate'].setValue(b)\"}\n }\n Dot {\n name Dot15\n xpos -461\n ypos -1187\n }\npush $N33c6cb60\n Wireframe {\n operation \"see through\"\n line_width 1\n line_color {1 0 1 1}\n name Wireframe3\n xpos -352\n ypos -1302\n }\n Card2 {\n display wireframe\n selectable false\n image_aspect false\n rows 2\n columns 2\n translate {0 0 -0.0001}\n uniform_scale 0.1\n control_points {3 3 3 6\n\n1 {-0.5 -0.5 0} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0.1666666865 0} 0 {0 0 0} 0 {0 0 0}\n1 {0 -0.5 0} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0.1666666865 0} 0 {0 0 0} 0 {0.5 0 0}\n1 {0.5 -0.5 0} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0.1666666865 0} 0 {0 0 0} 0 {1 0 0}\n1 {-0.5 0 0} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0.1666666716 0} 0 {0 -0.1666666716 0} 0 {0 0.5 0}\n1 {0 0 0} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0.1666666716 0} 0 {0 -0.1666666716 0} 0 {0.5 0.5 0}\n1 {0.5 0 0} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0.1666666716 0} 0 {0 -0.1666666716 0} 0 {1 0.5 0}\n1 {-0.5 0.5 0} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0 0} 0 {0 -0.1666666865 0} 0 {0 1 0}\n1 {0 0.5 0} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0 0} 0 {0 -0.1666666865 0} 0 {0.5 1 0}\n1 {0.5 0.5 0} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0 0} 0 {0 -0.1666666865 0} 0 {1 1 0} }\n name Card4\n xpos -352\n ypos -1260\n addUserKnob {20 User}\n addUserKnob {22 \"floor Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[0,0.5,0])\\nn\\['pivot'].setValue(\\[0,-0.5,0])\"}\n addUserKnob {22 \"corner Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[-.5,.5,0])\\nn\\['pivot'].setValue(\\[.5,-.5,0])\"}\n addUserKnob {22 snapToSelected -STARTLINE T \"b=nuke.selectedNode()\\['translate'].value()\\nn=nuke.thisNode()\\nn\\['translate'].setValue(b)\"}\n addUserKnob {22 \"floor Pivot_1\" l \"floor Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[0,0.5,0])\\nn\\['pivot'].setValue(\\[0,-0.5,0])\"}\n addUserKnob {22 \"corner Pivot_1\" l \"corner Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[-.5,.5,0])\\nn\\['pivot'].setValue(\\[.5,-.5,0])\"}\n addUserKnob {22 snapToSelected_1 l snapToSelected -STARTLINE T \"b=nuke.selectedNode()\\['translate'].value()\\nn=nuke.thisNode()\\nn\\['translate'].setValue(b)\"}\n addUserKnob {22 \"floor Pivot_2\" l \"floor Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[0,0.5,0])\\nn\\['pivot'].setValue(\\[0,-0.5,0])\"}\n addUserKnob {22 \"corner Pivot_2\" l \"corner Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[-.5,.5,0])\\nn\\['pivot'].setValue(\\[.5,-.5,0])\"}\n addUserKnob {22 snapToSelected_2 l snapToSelected -STARTLINE T \"b=nuke.selectedNode()\\['translate'].value()\\nn=nuke.thisNode()\\nn\\['translate'].setValue(b)\"}\n addUserKnob {22 \"floor Pivot_3\" l \"floor Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[0,0.5,0])\\nn\\['pivot'].setValue(\\[0,-0.5,0])\"}\n addUserKnob {22 \"corner Pivot_3\" l \"corner Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[-.5,.5,0])\\nn\\['pivot'].setValue(\\[.5,-.5,0])\"}\n addUserKnob {22 snapToSelected_3 l snapToSelected -STARTLINE T \"b=nuke.selectedNode()\\['translate'].value()\\nn=nuke.thisNode()\\nn\\['translate'].setValue(b)\"}\n addUserKnob {22 \"floor Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[0,0.5,0])\\nn\\['pivot'].setValue(\\[0,-0.5,0])\"}\n addUserKnob {22 \"corner Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[-.5,.5,0])\\nn\\['pivot'].setValue(\\[.5,-.5,0])\"}\n addUserKnob {22 snapToSelected -STARTLINE T \"b=nuke.selectedNode()\\['translate'].value()\\nn=nuke.thisNode()\\nn\\['translate'].setValue(b)\"}\n }\n Dot {\n name Dot14\n xpos -318\n ypos -1213\n }\npush $N33c6cb60\n Wireframe {\n operation \"see through\"\n line_width 0.1\n name Wireframe2\n xpos -235\n ypos -1306\n }\n Card2 {\n display wireframe\n selectable false\n rows {{parent.grid_sub}}\n columns {{rows}}\n control_points {3 3 3 6\n\n1 {-0.5 -0.5 0} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0.1666666865 0} 0 {0 0 0} 0 {0 0 0}\n1 {0 -0.5 0} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0.1666666865 0} 0 {0 0 0} 0 {0.5 0 0}\n1 {0.5 -0.5 0} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0.1666666865 0} 0 {0 0 0} 0 {1 0 0}\n1 {-0.5 0 0} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0.1666666716 0} 0 {0 -0.1666666716 0} 0 {0 0.5 0}\n1 {0 0 0} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0.1666666716 0} 0 {0 -0.1666666716 0} 0 {0.5 0.5 0}\n1 {0.5 0 0} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0.1666666716 0} 0 {0 -0.1666666716 0} 0 {1 0.5 0}\n1 {-0.5 0.5 0} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0 0} 0 {0 -0.1666666865 0} 0 {0 1 0}\n1 {0 0.5 0} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0 0} 0 {0 -0.1666666865 0} 0 {0.5 1 0}\n1 {0.5 0.5 0} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0 0} 0 {0 -0.1666666865 0} 0 {1 1 0} }\n name Card1\n xpos -232\n ypos -1254\n addUserKnob {20 User}\n addUserKnob {22 \"floor Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[0,0.5,0])\\nn\\['pivot'].setValue(\\[0,-0.5,0])\"}\n addUserKnob {22 \"corner Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[-.5,.5,0])\\nn\\['pivot'].setValue(\\[.5,-.5,0])\"}\n addUserKnob {22 snapToSelected -STARTLINE T \"b=nuke.selectedNode()\\['translate'].value()\\nn=nuke.thisNode()\\nn\\['translate'].setValue(b)\"}\n addUserKnob {22 \"floor Pivot_1\" l \"floor Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[0,0.5,0])\\nn\\['pivot'].setValue(\\[0,-0.5,0])\"}\n addUserKnob {22 \"corner Pivot_1\" l \"corner Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[-.5,.5,0])\\nn\\['pivot'].setValue(\\[.5,-.5,0])\"}\n addUserKnob {22 snapToSelected_1 l snapToSelected -STARTLINE T \"b=nuke.selectedNode()\\['translate'].value()\\nn=nuke.thisNode()\\nn\\['translate'].setValue(b)\"}\n addUserKnob {22 \"floor Pivot_2\" l \"floor Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[0,0.5,0])\\nn\\['pivot'].setValue(\\[0,-0.5,0])\"}\n addUserKnob {22 \"corner Pivot_2\" l \"corner Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[-.5,.5,0])\\nn\\['pivot'].setValue(\\[.5,-.5,0])\"}\n addUserKnob {22 snapToSelected_2 l snapToSelected -STARTLINE T \"b=nuke.selectedNode()\\['translate'].value()\\nn=nuke.thisNode()\\nn\\['translate'].setValue(b)\"}\n addUserKnob {22 \"floor Pivot_3\" l \"floor Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[0,0.5,0])\\nn\\['pivot'].setValue(\\[0,-0.5,0])\"}\n addUserKnob {22 \"corner Pivot_3\" l \"corner Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[-.5,.5,0])\\nn\\['pivot'].setValue(\\[.5,-.5,0])\"}\n addUserKnob {22 snapToSelected_3 l snapToSelected -STARTLINE T \"b=nuke.selectedNode()\\['translate'].value()\\nn=nuke.thisNode()\\nn\\['translate'].setValue(b)\"}\n addUserKnob {22 \"floor Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[0,0.5,0])\\nn\\['pivot'].setValue(\\[0,-0.5,0])\"}\n addUserKnob {22 \"corner Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[-.5,.5,0])\\nn\\['pivot'].setValue(\\[.5,-.5,0])\"}\n addUserKnob {22 snapToSelected -STARTLINE T \"b=nuke.selectedNode()\\['translate'].value()\\nn=nuke.thisNode()\\nn\\['translate'].setValue(b)\"}\n }\n MergeGeo {\n inputs 2\n selectable false\n name MergeGeo2\n xpos -232\n ypos -1217\n }\n MergeGeo {\n inputs 2\n selectable false\n name MergeGeo3\n xpos -232\n ypos -1191\n }\n MergeGeo {\n inputs 2\n selectable false\n name MergeGeo4\n xpos -232\n ypos -1070\n }\n Switch {\n which {{parent.HighPass_1}}\n name killGrid\n label \"this switch will kill the visibility \\nof the grid when we are in \\nhighpass mode\"\n xpos -232\n ypos -531\n }\n TransformGeo {\n inputs 2\n selectable false\n name TransformGeo1\n xpos -231\n ypos 52\n }\n Dot {\n name Dot11\n xpos -197\n ypos 475\n }\nset N3413ed80 [stack 0]\n Dot {\n name Dot12\n xpos 100\n ypos 473\n }\n Wireframe {\n inputs 0\n operation \"see through\"\n line_width 1\n line_color {1 0 1 1}\n name Wireframe6\n xpos 288\n ypos 337\n }\npush $N2deb95d0\n NoOp {\n name Stamp17\n help \"Redone by Adrian Pueyo.\\nUpdated 29 Mar 2019\\n\\nFull original concept and \\\"Postage Stamps\\\" created by Alexey Kuchinski.\"\n onCreate \"if nuke.GUI:\\n try:\\n nuke.thisNode().knob(\\\"toReconnect\\\").setValue(1)\\n except:\\n pass\\n\"\n autolabel \"nuke.thisNode().knob(\\\"title\\\").value()\"\n tile_color 0x1000001\n note_font \"Bitstream Vera Sans\"\n note_font_size 20\n xpos 503\n ypos 3\n hide_input true\n addUserKnob {20 wired_tab l \"Wired Stamp\"}\n addUserKnob {26 identifier -STARTLINE +HIDDEN T wired}\n addUserKnob {6 toReconnect -STARTLINE +HIDDEN}\n toReconnect true\n addUserKnob {1 title l Title}\n title Extra\n addUserKnob {26 prev_title l \"\" +STARTLINE +HIDDEN T Extra}\n addUserKnob {1 anchor l Anchor}\n anchor Anchor1\n addUserKnob {26 anchorLabel l \"Anchor Stamp\"}\n }\nset N34158510 [stack 0]\n Card2 {\n inputs 0\n image_aspect false\n rows 4\n columns 4\n control_points {3 3 3 6\n\n1 {-0.5 -0.5 0} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0.1666666865 0} 0 {0 0 0} 0 {0 0 0}\n1 {0 -0.5 0} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0.1666666865 0} 0 {0 0 0} 0 {0.5 0 0}\n1 {0.5 -0.5 0} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0.1666666865 0} 0 {0 0 0} 0 {1 0 0}\n1 {-0.5 0 0} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0.1666666716 0} 0 {0 -0.1666666716 0} 0 {0 0.5 0}\n1 {0 0 0} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0.1666666716 0} 0 {0 -0.1666666716 0} 0 {0.5 0.5 0}\n1 {0.5 0 0} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0.1666666716 0} 0 {0 -0.1666666716 0} 0 {1 0.5 0}\n1 {-0.5 0.5 0} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0 0} 0 {0 -0.1666666865 0} 0 {0 1 0}\n1 {0 0.5 0} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0 0} 0 {0 -0.1666666865 0} 0 {0.5 1 0}\n1 {0.5 0.5 0} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0 0} 0 {0 -0.1666666865 0} 0 {1 1 0} }\n name Card11\n xpos 349\n ypos 20\n addUserKnob {20 User}\n addUserKnob {22 \"floor Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[0,0.5,0])\\nn\\['pivot'].setValue(\\[0,-0.5,0])\"}\n addUserKnob {22 \"corner Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[-.5,.5,0])\\nn\\['pivot'].setValue(\\[.5,-.5,0])\"}\n addUserKnob {22 snapToSelected -STARTLINE T \"b=nuke.selectedNode()\\['translate'].value()\\nn=nuke.thisNode()\\nn\\['translate'].setValue(b)\"}\n addUserKnob {22 \"floor Pivot_1\" l \"floor Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[0,0.5,0])\\nn\\['pivot'].setValue(\\[0,-0.5,0])\"}\n addUserKnob {22 \"corner Pivot_1\" l \"corner Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[-.5,.5,0])\\nn\\['pivot'].setValue(\\[.5,-.5,0])\"}\n addUserKnob {22 snapToSelected_1 l snapToSelected -STARTLINE T \"b=nuke.selectedNode()\\['translate'].value()\\nn=nuke.thisNode()\\nn\\['translate'].setValue(b)\"}\n addUserKnob {22 \"floor Pivot_2\" l \"floor Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[0,0.5,0])\\nn\\['pivot'].setValue(\\[0,-0.5,0])\"}\n addUserKnob {22 \"corner Pivot_2\" l \"corner Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[-.5,.5,0])\\nn\\['pivot'].setValue(\\[.5,-.5,0])\"}\n addUserKnob {22 snapToSelected_2 l snapToSelected -STARTLINE T \"b=nuke.selectedNode()\\['translate'].value()\\nn=nuke.thisNode()\\nn\\['translate'].setValue(b)\"}\n addUserKnob {22 \"floor Pivot_3\" l \"floor Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[0,0.5,0])\\nn\\['pivot'].setValue(\\[0,-0.5,0])\"}\n addUserKnob {22 \"corner Pivot_3\" l \"corner Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[-.5,.5,0])\\nn\\['pivot'].setValue(\\[.5,-.5,0])\"}\n addUserKnob {22 snapToSelected_3 l snapToSelected -STARTLINE T \"b=nuke.selectedNode()\\['translate'].value()\\nn=nuke.thisNode()\\nn\\['translate'].setValue(b)\"}\n addUserKnob {22 \"floor Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[0,0.5,0])\\nn\\['pivot'].setValue(\\[0,-0.5,0])\"}\n addUserKnob {22 \"corner Pivot\" -STARTLINE T \"n=nuke.thisNode()\\nn\\['translate'].setValue(\\[-.5,.5,0])\\nn\\['pivot'].setValue(\\[.5,-.5,0])\"}\n addUserKnob {22 snapToSelected -STARTLINE T \"b=nuke.selectedNode()\\['translate'].value()\\nn=nuke.thisNode()\\nn\\['translate'].setValue(b)\"}\n }\n TransformGeo {\n inputs 2\n name TransformGeo6\n label \"when we do use an axis as locator\\nthis will help us to \\nprevisualize the locator\"\n xpos 349\n ypos 94\n }\npush $N34158510\n Switch {\n inputs 2\n which {{\"\\[exists input2.world_matrix]?1:0\"}}\n name SwitchCardAxis\n label \"will switch depending if Card or \\nAxis is using as a locator.\"\n xpos 503\n ypos 188\n }\n ApplyMaterial {\n inputs 2\n name ApplyMaterialVisualisation\n xpos 503\n ypos 337\n }\n Dot {\n name Dot2\n xpos 537\n ypos 558\n }\n MergeGeo {\n inputs 2\n selectable false\n name MergeGeo9\n label \"it will be enabled only when we are in \\ngeometry mode in order to give us\\ngrid overlay on top of geometry wireframe\"\n xpos 66\n ypos 537\n disable {{parent.extraHelper==2?0:1}}\n }\npush $N3413ed80\n Switch {\n inputs 2\n which {{parent.extraHelper==1||parent.extraHelper==2?1:0}}\n name AnimCard\n label \"switch to 1 when we in \\nlocator mode or in geometry node.\\nit will give us visual on locator position and scale \\nor geometry wireframe\"\n xpos -231\n ypos 533\n }\npush $N33c3c710\n Remove {\n name Remove1\n xpos 154\n ypos 1411\n }\n ScanlineRender {\n inputs 3\n shutter 0\n motion_vectors_type distance\n name ScanlineRender1\n xpos -235\n ypos 1417\n }\n HueShift {\n name HueShift1\n xpos -235\n ypos 1537\n }\n Multiply {\n channels rgba\n value {{parent.op}}\n name Multiply1\n xpos -235\n ypos 1563\n }\n Dot {\n name Dot6\n xpos -201\n ypos 1891\n }\n Multiply {\n channels rgba\n value {{!HighPass}}\n name Multiply2\n label \"turn off grid when in highpass mode\"\n note_font_size 14\n xpos 605\n ypos 1873\n }\n Merge2 {\n inputs 2\n operation under\n name Merge4\n xpos 804\n ypos 2002\n }\n Merge2 {\n inputs 2\n mix 0.001\n name Merge1\n xpos 800\n ypos 2403\n }\n Dot {\n name Dot29\n xpos 834\n ypos 2874\n }\nset N34282e70 [stack 0]\n Dot {\n name Dot13\n xpos 711\n ypos 2874\n }\n Shuffle {\n alpha white\n name Shuffle1\n tile_color 0xffffffff\n label \"White Alpha\"\n xpos 677\n ypos 2915\n }\n Dot {\n name Dot23\n xpos 711\n ypos 2977\n }\nset N342a4380 [stack 0]\n Dot {\n name Dot27\n xpos 567\n ypos 2977\n }\n Invert {\n channels rgba\n name Invert1\n xpos 533\n ypos 3013\n }\n FrameHold {\n firstFrame 49\n name StabRef\n xpos 533\n ypos 3051\n }\n Dot {\n name Dot28\n xpos 567\n ypos 3113\n }\npush $N342a4380\n Merge2 {\n inputs 2\n bbox A\n name Merge3\n xpos 677\n ypos 3109\n }\n Grade {\n add -1\n black_clamp false\n name Grade1\n xpos 677\n ypos 3135\n addUserKnob {20 User}\n addUserKnob {22 \"keep luma\" -STARTLINE T keepLuma()}\n addUserKnob {22 \"keep luma_1\" l \"keep luma\" -STARTLINE T keepLuma()}\n addUserKnob {22 \"keep luma_2\" l \"keep luma\" -STARTLINE T keepLuma()}\n addUserKnob {22 \"keep luma_3\" l \"keep luma\" -STARTLINE T keepLuma()}\n addUserKnob {22 \"keep luma\" -STARTLINE T keepLuma()}\n }\n Grade {\n multiply {{parent.sharpen}}\n add 0.5\n name Grade2\n xpos 677\n ypos 3161\n addUserKnob {20 User}\n addUserKnob {22 \"keep luma\" -STARTLINE T keepLuma()}\n addUserKnob {22 \"keep luma_1\" l \"keep luma\" -STARTLINE T keepLuma()}\n addUserKnob {22 \"keep luma_2\" l \"keep luma\" -STARTLINE T keepLuma()}\n addUserKnob {22 \"keep luma_3\" l \"keep luma\" -STARTLINE T keepLuma()}\n addUserKnob {22 \"keep luma\" -STARTLINE T keepLuma()}\n }\n Dot {\n name Dot30\n xpos 711\n ypos 3240\n }\npush $N34282e70\n Switch {\n inputs 2\n which {{\"HighPass==1 || HighPass_1 ==1?1:0\"}}\n name HighPass\n label \"\\[value which]\"\n xpos 800\n ypos 3233\n }\n Output {\n name Output1\n xpos 800\n ypos 3435\n }\n Axis2 {\n inputs 0\n rot_order XYZ\n useMatrix true\n matrix {\n\n {{DummyCam.world_matrix.0} {DummyCam.world_matrix.4} {DummyCam.world_matrix.8} {\"-(matrix.0*DummyCam.world_matrix.3 + matrix.1*DummyCam.world_matrix.7 + matrix.2*DummyCam.world_matrix.11)\"}}\n {{DummyCam.world_matrix.1} {DummyCam.world_matrix.5} {DummyCam.world_matrix.9} {\"-(matrix.4*DummyCam.world_matrix.3 + matrix.5*DummyCam.world_matrix.7 + matrix.6*DummyCam.world_matrix.11)\"}}\n {{DummyCam.world_matrix.2} {DummyCam.world_matrix.6} {DummyCam.world_matrix.10} {\"-(matrix.8*DummyCam.world_matrix.3 + matrix.9*DummyCam.world_matrix.7 + matrix.10*DummyCam.world_matrix.11)\"}}\n {0 0 0 1}\n }\n name Inverse1\n label \"reverse camera tracking\"\n xpos 2340\n ypos -1076\n addUserKnob {20 User}\n addUserKnob {1 camera}\n camera Camera10\n addUserKnob {26 t l \"\" +STARTLINE T eshirazi}\n }\n Axis2 {\n selectable false\n translate {{parent.Perspective.translate} {parent.Perspective.translate} {parent.Perspective.translate}}\n rotate {{parent.Perspective.rotate} {parent.Perspective.rotate} {parent.Perspective.rotate}}\n name aM\n gl_color 0xffff00ff\n label \"main axis\"\n xpos 2340\n ypos -955\n }\nset N34347730 [stack 0]\n Axis2 {\n selectable false\n xform_order STR\n translate {{-0.5*Perspective.uniform_scale*Perspective.scaling.x} {input0.pixel_aspect*0.5*Perspective.uniform_scale*Perspective.scaling.y} 0}\n name a4\n xpos 2598\n ypos -819\n }\npush $N34347730\n Axis2 {\n selectable false\n xform_order STR\n translate {{0.5*Perspective.uniform_scale*Perspective.scaling.x} {input0.pixel_aspect*0.5*Perspective.uniform_scale*Perspective.scaling.y} 0}\n name a3\n xpos 2445\n ypos -819\n }\npush $N34347730\n Axis2 {\n selectable false\n xform_order STR\n translate {{0.5*Perspective.uniform_scale*Perspective.scaling.x} {input0.pixel_aspect*-0.5*Perspective.uniform_scale*Perspective.scaling.y} 0}\n name a2\n xpos 2272\n ypos -819\n }\n StickyNote {\n inputs 0\n name StickyNote1\n tile_color 0xffffffff\n label \"Mark Joey Tang Deep2VP .\\nDeep to World Position\"\n note_font \"Helvetica Bold\"\n note_font_size 20\n xpos -3302\n ypos 657\n }\n NoOp {\n inputs 0\n name NoOp2\n knobChanged \"nn = nuke.thisGroup()\\nk = nuke.thisKnob()\\nkn = k.name()\\n\\nif kn == \\\"extraStuff\\\":\\n if nn\\['extraHelper'].value() in \\[0,2,5]:\\n nn\\[\\\"setGroup\\\"].clearFlag(1)\\n nn\\['findZ'].setFlag(1)\\n nn\\[\\\"happyGroup\\\"].setFlag(1)\\n nn\\[\\\"goGroup\\\"].setFlag(1)\\n nn\\[\\\"Zfind\\\"].setValue(0)\\n nn\\['translate'].setValue(0)\\n nn\\['rotate'].setValue(0)\\n nn\\['scaling'].setValue(0)\\n \\n elif nn\\['extraHelper'].value() in \\[1]:\\n nn\\[\\\"setGroup\\\"].setFlag(1)\\n nn\\['findZ'].setFlag(1)\\n nn\\[\\\"happyGroup\\\"].setFlag(1)\\n nn\\[\\\"goGroup\\\"].clearFlag(1)\\n nn\\[\\\"Zfind\\\"].setValue(0)\\n with nn:\\n perspective_axis = nuke.toNode('Perspective')\\n perspective_axis.setSelected(False) \\n with nn:\\n nuke.toNode('ApplyMaterialVisualisation').setInput(0,nuke.toNode('SwitchCardAxis'))\\n nuke.toNode('DeepExpressionTopNode').setInput(0,nuke.toNode('StampAboveDeep'))\\n \\nelif kn == \\\"Stabilize\\\":\\n t = nn\\['S']\\n if t.value() == 0:\\n nn\\['HighPass'].setVisible(False)\\n nn\\['HighPass_1'].setVisible(False)\\n nn\\['sharpen'].setVisible(False)\\n else:\\n nn\\['HighPass'].setVisible(True)\\n nn\\['HighPass_1'].setVisible(True)\\n nn\\['sharpen'].setVisible(True)\\n \"\n label \"this controler was created to eliminate\\nknobChanged callbacks in the main card_to_track \\ngroup.\"\n xpos 951\n ypos -1216\n addUserKnob {20 User}\n addUserKnob {4 extraStuff t \"here you can choose the way you would like find your position\\n\\n1 I have a Camera and great Matchmove\\n means you have only a tracked Camera - you will have to go normal way in finding position\\n\\n2 I have a Camera and Geometry\\n see little input called \\\"Extra\\\"? this is your new friend, if you have by any chance a geometry of the Scene - can be a model, lidar scan or just a bunch Nuke objects, connect it to the \\\"Extra\\\" input and press \\\"Set\\\" button, congrats you found your 3D position and ready sdjust your perspective(no need to bother with \\\"Z\\\" and \\\"Happy\\\" button\\n\\n3 I have a Camera and Wpos pass\\n if your nice 3D Artist rendered for you a Wpos pass, connect it to the \\\"Extra\\\" input and press \\\"Set\\\" button, congrats you found your 3D position and ready sdjust your perspective(no need to bother with \\\"Z\\\" and \\\"Happy\\\" button\\n\\n4 I have a Camera and Card\\n Let say you have animated Card and you want to translate it's position to Screen space,\\n connect the Card to the .... \\n Adjust rotation/position/scaling in the Card it self if needed\\n and press \\\"GO\\\" button\\n DONE!!!\\n\\n5 I have a Camera and an Axis\\n In some cases you have to use multiple Axises to refine position of your card.\\n This option will consolidate transformations stored in Axises.\\n Adjust rotation/position/scaling in the Axis it self if needed\\n Connect the last (lowest) axis to Extra pipe and press GO button\\n\\n6 Use this one in case you have deep image.\" M {\"great match move!!!\" \"3D Locator(card or axis)\" Geometry \"Wpos pass\" Deep \"\" \"\"}}\n addUserKnob {3 extraHelper}\n extraHelper {{\"\\[numvalue extraStuff]\"}}\n addUserKnob {22 Stabilize T \"import NST_cardToTrack_v9\\nNST_cardToTrack_v9.stabilize()\" +STARTLINE}\n }\npush $N33cd6dc0\n Camera {\n projection_mode {{\"\\[expression \\[value the_cam]projection_mode(\\[value the_frame])]\"}}\n focal {{\"\\[expression \\[value the_cam]focal(\\[value the_frame])]\" x1 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20}}\n haperture {{\"\\[expression \\[value the_cam]haperture(\\[value the_frame])]\"}}\n vaperture {{\"\\[expression \\[value the_cam]vaperture(\\[value the_frame])]\"}}\n near {{\"\\[expression \\[value the_cam]near(\\[value the_frame])]\"}}\n far {{\"\\[expression \\[value the_cam]far(\\[value the_frame])]\"}}\n win_translate {{\"\\[expression \\[value the_cam]win_translate.u(\\[value the_frame])]\"} {\"\\[expression \\[value the_cam]win_translate.v(\\[value the_frame])]\"}}\n win_scale {{\"\\[expression \\[value the_cam]win_scale.u(\\[value the_frame])]\"} {\"\\[expression \\[value the_cam]win_scale.v(\\[value the_frame])]\"}}\n winroll {{\"\\[expression \\[value the_cam]winroll(\\[value the_frame])]\"}}\n focal_point {{\"\\[expression \\[value the_cam]focal_point(\\[value the_frame])]\"}}\n fstop {{\"\\[expression \\[value the_cam]fstop(\\[value the_frame])]\"}}\n name DummyCam\n help \"DummyCam by Adrian Pueyo\\n\\nCamera that apart from the matrices also grabs all the \\\"Projection\\\" values from the upstream camera that it's connected to. Turns into a default Camera if no Camera connected. Can also be used inside of groups and gizmos, as many levels deep as you want :D All using live and super fast TCL.\\n\\nUpdated v1.1: Now grabs the correct frame too (thanks Erwan Leroy for the idea).\\n\\nUpdated v1.3: Now accepts Nuke13's Camera3\\n\\nadrianpueyo.com, 2019-2021\"\n onCreate \"n = nuke.thisNode()\\nfor k in \\[\\\"projection_mode\\\",\\\"focal\\\",\\\"haperture\\\",\\\"vaperture\\\",\\\"near\\\",\\\"far\\\",\\\"win_translate\\\",\\\"win_scale\\\",\\\"winroll\\\",\\\"focal_point\\\",\\\"fstop\\\"]:\\n n\\[k].setFlag(0x0000000010000000)\"\n label \"This is a Gizmo created by Adrian Pueyo.\\nIt finds the camera connected upstream \\nand collects all needed information from it.\"\n xpos 1804\n ypos -1248\n addUserKnob {20 DummyCam l Defaults}\n addUserKnob {43 the_cam +INVISIBLE}\n the_cam \"\\[\\n#DummyCam v1.3 - Updated 5 May 2021.\\nset starting_point \\\"this.input0\\\"\\nset default \\\"this.d_\\\"\\n\\n# If cam has no inputs, return the default.\\nif \\{\\[exists \\$starting_point]\\} \\{\\n set x \\[node \\$starting_point]\\n\\} \\{ \\n return \\$default\\n\\}\\n\\nset finished 0\\nwhile \\{\\$finished != 1\\} \\{\\n\\n # First look for a Cam or Input or topnode.\\n while \\{\\[class \\$x] != \\\"Camera3\\\" && \\[class \\$x] != \\\"Camera2\\\" && \\[class \\$x] != \\\"Camera\\\" && \\[class \\$x] != \\\"Input\\\" && \\$x != \\[topnode \\$x]\\} \\{\\n set x \\[node \\$x.input0]\\n \\}\\n\\n # Then, check if node is a cam (and return), and otherwise, if it's an input, see if the parent exists and move to it.\\n if \\{\\[class \\$x]==\\\"Camera3\\\"||\\[class \\$x]==\\\"Camera2\\\"||\\[class \\$x]==\\\"Camera\\\"\\} \\{\\n set x \\[append x \\\".\\\"]\\n return \\$x\\n \\} \\{ \\n if \\{ \\[class \\$x]==\\\"Input\\\" \\} \\{ \\n set inp \\\"\\$x.parent.input\\\"\\n set inputNum \\[value \\$x.number]\\n set inp \\[append inp \\$inputNum]\\n if \\{ \\[exists \\$inp] \\} \\{\\n set x \\[node \\$inp]\\n \\} \\{ \\n set finished 1\\n \\}\\n \\} \\{ \\n set finished 1\\n \\}\\n \\}\\n\\}\\nreturn \\$default\\n]\"\n addUserKnob {43 the_frame +INVISIBLE}\n the_frame \"\\[\\nset the_camera \\[string trimright \\[value the_cam] .]\\nif \\{\\[exists \\$the_camera]\\} \\{\\n return \\[value \\$the_camera.frame]\\n\\} \\{ \\n return \\[frame]\\n\\}\\n]\"\n addUserKnob {4 d_projection_mode l projection M {perspective orthographic uv spherical \"\"}}\n addUserKnob {7 d_focal l \"focal length\" R 0 100}\n d_focal 50\n addUserKnob {7 d_haperture l \"horiz aperture\" R 0 50}\n d_haperture 24.576\n addUserKnob {7 d_vaperture l \"vert aperture\" R 0 50}\n d_vaperture 18.672\n addUserKnob {7 d_near l near R 0 10}\n d_near 0.1\n addUserKnob {7 d_far l far R 0 10000}\n d_far 10000\n addUserKnob {30 d_win_translate l \"window translate\"}\n addUserKnob {30 d_win_scale l \"window scale\"}\n d_win_scale {1 1}\n addUserKnob {7 d_winroll l \"window roll\" R 0 45}\n addUserKnob {7 d_focal_point l \"focal distance\" R 0 10}\n d_focal_point 2\n addUserKnob {7 d_fstop l fstop R 0 30}\n d_fstop 16\n addUserKnob {26 version l \" \" t \"Updated 5 May 2021\" T \"
DummyCam v1.3 - adrianpueyo.com, 2019-2021\"}\n }\npush $N34347730\n Axis2 {\n selectable false\n xform_order STR\n translate {{-0.5*Perspective.uniform_scale*Perspective.scaling.x} {input0.pixel_aspect*-0.5*Perspective.uniform_scale*Perspective.scaling.y} 0}\n name a1\n xpos 2087\n ypos -819\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_CatsEyeDefocus.gizmo", "content": "Group {\n inputs 2\n name CatsEyeDefocus\n tile_color 0xb16f43ff\n addUserKnob {20 CtrlTab l \"Cat's Eye Defocus\"}\n addUserKnob {4 show l output M {result preview bokeh highlights \"\" \"\"}}\n addUserKnob {7 size R 1 100}\n size 50\n addUserKnob {41 useGPUIfAvailable l \"Use GPU if available\" T BlinkScript1.useGPUIfAvailable}\n addUserKnob {26 catseyeeffect l \"@b;Cat's eye\"}\n addUserKnob {7 effectAmount l \"effect amount\"}\n effectAmount 0.5\n addUserKnob {7 edgeSoftness l \"edge softness\"}\n edgeSoftness 0.05\n addUserKnob {6 interpolate +STARTLINE}\n interpolate true\n addUserKnob {26 Shape l \"@b;Bokeh\"}\n addUserKnob {3 blades l \"blades count\"}\n blades 6\n addUserKnob {7 rounded}\n rounded 0.9\n addUserKnob {7 sharpness_1 l sharpness}\n sharpness_1 0.8\n addUserKnob {7 rotate R 0 360}\n rotate 12\n addUserKnob {26 hr l \" \"}\n addUserKnob {7 innersize l \"inner size\"}\n innersize 0.8\n addUserKnob {7 innerfalloff l \"inner falloff\"}\n innerfalloff 0.6\n addUserKnob {7 innerBrightness l \"inner brightness\"}\n innerBrightness 0.5\n addUserKnob {6 useimage l \"use filter image\" +STARTLINE}\n addUserKnob {6 linksize l \"link size\" -STARTLINE}\n linksize true\n addUserKnob {26 highlightsHr l \"@b;Hightlights\"}\n addUserKnob {7 boostHighlights l boost R 0 10}\n boostHighlights 6\n addUserKnob {7 highlightsSaturation l saturation}\n highlightsSaturation 1\n addUserKnob {7 highlightsStart l \"range start\"}\n highlightsStart 0.5\n addUserKnob {7 highlightsEnd l \"range end\"}\n highlightsEnd 0.6\n addUserKnob {20 Help}\n addUserKnob {26 ver l \"\" +STARTLINE T \"CatsEyeDefocus is a manual convolution filter which simulates swirly bokeh.\\n\\n.kernel/gizmo ver 1.0/2.0\\n\\nAlexander Kulikov\\ncoolikov.com\\n\"}\n}\n BackdropNode {\n inputs 0\n name BackdropNode3\n tile_color 0x388e8e00\n label SRC\n note_font_size 42\n xpos -437\n ypos -218\n bdwidth 297\n bdheight 357\n }\n BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0x71bec6ff\n label \"Bokeh Setup\"\n note_font_size 42\n xpos 238\n ypos -192\n bdwidth 298\n bdheight 328\n }\n BackdropNode {\n inputs 0\n name BackdropNode2\n tile_color 0x7171c600\n label \"Filter Image\"\n note_font_size 42\n xpos -68\n ypos -69\n bdwidth 237\n bdheight 208\n }\n Input {\n inputs 0\n name src\n xpos -337\n ypos -139\n }\nset N39ddee20 [stack 0]\n Dot {\n name Dot3\n xpos -303\n ypos -79\n }\nset N39ddf190 [stack 0]\n Dot {\n name Dot4\n xpos -208\n ypos -79\n }\n Keyer {\n operation \"luminance key\"\n range {{parent.highlightsStart x232 0.06} {parent.highlightsEnd x232 0.7912925952} 1 1}\n name Keyer3\n xpos -242\n ypos -10\n }\n Dot {\n name Dot7\n xpos -208\n ypos 85\n }\nset N39ddfbe0 [stack 0]\n Shuffle {\n red alpha\n green alpha\n blue alpha\n name Highlights\n xpos -242\n ypos 640\n }\n Input {\n inputs 0\n name filter\n xpos 15\n ypos -1\n number 1\n }\n Shuffle {\n green red\n blue red\n alpha black\n name Shuffle1\n xpos 15\n ypos 38\n }\n Reformat {\n type \"to box\"\n box_width {{int(parent.size)}}\n name Reformat2\n xpos 15\n ypos 91\n disable {{!parent.linksize}}\n }\n Dot {\n name Dot14\n xpos 49\n ypos 209\n }\n Constant {\n inputs 0\n channels rgb\n format \"255 255 0 0 255 255 1 256x256\"\n name Constant1\n label \"512x512 Constant\"\n xpos 276\n ypos -97\n postage_stamp false\n }\n Flare {\n position {{(width+1)/2} {(height+1)/2}}\n offset 3.55\n radius {{(radius.2*0.96)*parent.innersize x60 0 x70 0 x71 108} 490 500}\n size_mult {{width/radius.2/2}}\n inner_color {{parent.innerBrightness}}\n outer_falloff 2\n inner_falloff {{parent.innerfalloff*10}}\n vis_out 1\n corners {{parent.blades}}\n flattening {{clamp(1-parent.rounded)}}\n sharpness {{parent.sharpness_1}}\n corners_angle {{parent.rotate}}\n asym_repeat 0\n name Flare\n selected true\n xpos 276\n ypos -35\n }\n Shuffle {\n alpha black\n name Shuffle3\n xpos 276\n ypos 19\n }\n Reformat {\n type \"to box\"\n box_width {{int(parent.size)}}\n name Reformat1\n xpos 276\n ypos 83\n }\n Switch {\n inputs 2\n which {{parent.useimage}}\n name SwitchFilter\n xpos 276\n ypos 206\n }\n Dot {\n name Dot22\n xpos 310\n ypos 309\n }\nset N39f922d0 [stack 0]\n Transform {\n translate {{\"src.width/2 - width/2\"} {\"src.height/2 - height/2\"}}\n center {{width/2} {height/2}}\n name Transform1\n xpos -584\n ypos 306\n }\n Dot {\n name Dot21\n xpos -550\n ypos 403\n }\npush $N39ddee20\n Dot {\n name Dot20\n xpos -655\n ypos -136\n }\n Shuffle {\n red black\n green black\n blue black\n alpha black\n name Shuffle4\n xpos -689\n ypos 306\n }\n Merge2 {\n inputs 2\n bbox B\n name Merge5\n xpos -689\n ypos 400\n }\n Shuffle {\n green red\n blue red\n name Bokeh\n xpos -689\n ypos 635\n }\n Dot {\n name Dot9\n xpos -655\n ypos 787\n }\npush $N39f922d0\n Dot {\n name Dot1\n xpos 310\n ypos 379\n }\nset N39f93e50 [stack 0]\n Dot {\n name Dot15\n xpos 310\n ypos 444\n }\nset N39f941c0 [stack 0]\n Dot {\n name Dot16\n xpos 32\n ypos 444\n }\npush $N39ddfbe0\npush $N39ddf190\n Dot {\n name Dot5\n xpos -393\n ypos -79\n }\n Multiply {\n channels rgb\n value {{parent.boostHighlights<0?0:parent.boostHighlights}}\n name Multiply1\n xpos -427\n ypos -18\n }\n Saturation {\n saturation {{1+parent.highlightsSaturation*0.5}}\n mode Average\n name Saturation1\n xpos -427\n ypos 6\n }\n Dot {\n name Dot6\n xpos -393\n ypos 85\n }\npush $N39ddf190\n Merge2 {\n inputs 2+1\n operation screen\n Achannels {rgba.red rgba.green rgba.blue -rgba.alpha}\n Bchannels {rgba.red rgba.green rgba.blue -rgba.alpha}\n output {rgba.red rgba.green rgba.blue -rgba.alpha}\n name Merge2\n xpos -337\n ypos 82\n }\n Dot {\n name Dot2\n xpos -303\n ypos 524\n }\n Dot {\n name Dot17\n xpos -75\n ypos 524\n }\nset N3a047fa0 [stack 0]\n Dot {\n name Dot18\n xpos -75\n ypos 611\n }\n Convolve2 {\n inputs 2\n channels rgba\n useGPUIfAvailable {{parent.BlinkScript1.useGPUIfAvailable}}\n filter_channel rgba.red\n name Convolve1\n xpos -2\n ypos 608\n }\n Dot {\n name Dot11\n xpos 32\n ypos 709\n }\npush $N39f93e50\n Radial {\n replace true\n area {0 0 {input.width} {input.height}}\n softness {{parent.edgeSoftness}}\n name LensEdge\n xpos 390\n ypos 376\n }\n Dot {\n name Dot8\n xpos 424\n ypos 524\n }\npush $N39f941c0\npush $N3a047fa0\n BlinkScript {\n inputs 3\n ProgramGroup 1\n KernelDescription \"1 \\\"CatsEyeConvolve\\\" iterate pixelWise d3f7f7268f50afeb0ffd385b019c65664a5775e0f4a8983e20044cb012fe17e8 4 \\\"src\\\" Read Ranged2D \\\"filter\\\" Read Random \\\"ext\\\" Read Random \\\"dst\\\" Write Point 3 \\\"Amount\\\" Float 1 AACAPw== \\\"Format\\\" Int 2 AAUAANACAAA= \\\"Interpolate\\\" Bool 1 AQ==\"\n EncodedSource \"1 2904 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\"\n vectorize false\n rebuild \"\"\n CatsEyeConvolve_Amount {{parent.effectAmount}}\n CatsEyeConvolve_Format {{src.width} {src.height}}\n CatsEyeConvolve_Interpolate {{parent.interpolate}}\n protectKernelWhenPublishing true\n name BlinkScript1\n xpos 276\n ypos 515\n }\n Dot {\n name Dot10\n label result\n note_font_size 30\n xpos 310\n ypos 787\n }\n Switch {\n inputs 4\n which {{parent.show}}\n name ShowSwitch\n xpos -242\n ypos 784\n }\n Output {\n name Output1\n xpos -242\n ypos 902\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_CellNoise.gizmo", "content": "Group {\nname CellNoise\nonCreate \"n = nuke.thisNode()\\nif n is not None:\\n w = n.format().width()/2\\n h = n.format().height()/2\\n center = \\[w, h]\\n center_knob = n.knob('center')\\n create_knob = n.knob('create')\\n if center_knob and (create_knob is None or not create_knob.value()):\\n center_knob.setValue(center)\\n if create_knob:\\n create_knob.setValue(1)\"\nknobChanged \"\\nknob = nuke.thisKnob()\\nif knob.name() == 'skew_order':\\n nuke.toNode('NoiseTransform')\\['rot_order'].setValue('Z' + knob.value())\\nif knob.name() == 'noise_type':\\n if knob.value() in ['Voronoi', 'Manhattan', 'Chebyshev', 'Euclidian']:\\n nuke.thisNode()['range'].clearFlag(0x00040000)\\n else:\\n nuke.thisNode()['range'].setFlag(0x00040000)\\n\"\ntile_color 0x5f5f5fff\nnote_font \"Bitstream Vera Sans Bold\"\nnote_font_color 0xffffffff\nselected true\naddUserKnob {20 cellnoise l \"Cell Noise\"}\naddUserKnob {41 format T WorleyNoise.format}\naddUserKnob {4 noise_type l \"noise type\" M {Worley \"Worley Inverse\" Voronoi Manhattan Euclidian Chebyshev \"\"}}\naddUserKnob {6 use_gpu l \"use gpu\" t \"Faster calculations, may not work on all computers. Disable to switch to CPU.\" -STARTLINE}\nuse_gpu true\naddUserKnob {7 range t \"Changes how much of the noise effect applies.\\nOnly applies to Manhattan, Chebyshev, Euclidian and Voronoi.\" +HIDDEN R 0 10}\naddUserKnob {6 replace +STARTLINE}\naddUserKnob {26 \"\"}\naddUserKnob {7 size R 1 1000}\nsize 30\naddUserKnob {7 z t \"This knob must be animated if you want it to change over time.\"}\naddUserKnob {7 gain R 0 2}\ngain 1\naddUserKnob {7 gamma R 0 2}\ngamma 1\naddUserKnob {20 transform l Transform}\naddUserKnob {12 translate}\naddUserKnob {7 rotate R -180 180}\naddUserKnob {14 scale R 0 100}\nscale 1\naddUserKnob {7 skewX l \"skew X\" R -1 1}\naddUserKnob {7 skewY l \"skew Y\" R -1 1}\naddUserKnob {4 skew_order l \"skew order\" t \"Specifies which order the skew values should be applied in.\\n\" M {XY YX}}\naddUserKnob {12 center}\ncenter {1243 865}\naddUserKnob {22 setCenter l \"Set Center\" -STARTLINE T \"n = nuke.thisNode()\\nw= n.width()\\nh=n.height()\\nn['center'].setValue(\\[w/2,h/2])\"}\naddUserKnob {7 xrotate t \"Rotation about X axis in 3D noise space.\" R 0 90}\naddUserKnob {7 yrotate t \"Rotation about Y axis in 3D noise space.\" R 0 90}\naddUserKnob {20 colour l Colour}\naddUserKnob {19 colour0 l \"colour 0\"}\ncolour0 {0 0 0 0}\naddUserKnob {6 colour0_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\naddUserKnob {6 colour0_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\naddUserKnob {6 colour0_panelDropped_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\naddUserKnob {6 colour0_panelDropped_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\naddUserKnob {19 colour1 l \"colour 1\"}\ncolour1 1\naddUserKnob {6 colour1_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\naddUserKnob {6 colour1_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\naddUserKnob {6 colour1_panelDropped_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\naddUserKnob {6 colour1_panelDropped_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n}\nAxis2 {\ninputs 0\nxform_order TRS\ntranslate {{parent.translate.x} {parent.translate.y} {parent.z}}\nrotate {{parent.xrotate} {parent.yrotate} {parent.rotate}}\nscaling {{parent.scale.w} {parent.scale.h} 1}\nuniform_scale {{parent.size}}\nskew {{\"parent.skewX * 45\"} {\"parent.skewY * 45\"} 0}\npivot {{parent.center.x} {parent.center.y} 0}\nname NoiseTransform\nxpos 651\nypos -75\naddUserKnob {20 \"Ppos Locator\"}\naddUserKnob {18 pointPosition l \"Point Position\"}\npointPosition {0 0 0}\naddUserKnob {6 pointPosition_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\naddUserKnob {6 pointPosition_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\naddUserKnob {6 pointPosition_panelDropped_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\naddUserKnob {6 pointPosition_panelDropped_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n}\nInput {\ninputs 0\nname Inputmask\nxpos 221\nypos 381\nnumber 1\n}\nset N55edd600 [stack 0]\nBlinkScript {\ninputs 0\nProgramGroup 1\nKernelDescription \"1 \\\"ChebyshevNoise\\\" iterate pixelWise a3199759b15669186cdda7e034095d513217f6595a3ec9e87bbc46847c6731f5 1 \\\"dst\\\" Write Point 6 \\\"Range\\\" Float 1 AABAQA== \\\"Gain\\\" Float 1 AACAPw== \\\"Gamma\\\" Float 1 AACAPw== \\\"Dark Colour\\\" Float 4 AAAAAAAAAAAAAAAAAACAPw== \\\"Light Colour\\\" Float 4 AACAPwAAgD8AAIA/AACAPw== \\\"transform\\\" Float 16 AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA==\"\nkernelSource \"// https://aftbit.com/cell-noise-2/\\n\\n# define MAX_DISTANCE_ARRAY 12\\n\\n// C++11 - use #define to avoid global variables (Blink compatibility)\\n#define RAND_MULTIPLIER 48271\\n#define RAND_INCREMENT 0\\n#define RAND_MODULUS 2147483647\\n\\nstatic int lcgRandom(int seed)\\n{\\n int v = (seed * RAND_MULTIPLIER + RAND_INCREMENT) % RAND_MODULUS;\\n return (v < 0) ? -v : v;\\n}\\n\\n// FNV Hash\\n#define OFFSET_BASIS 2166136261u\\n#define FNV_PRIME 16777619u\\n\\nstatic uint hash(uint i, uint j, uint k)\\n{\\n return ((((((OFFSET_BASIS ^ i) * FNV_PRIME) ^ j) * FNV_PRIME) ^ k) * FNV_PRIME);\\n}\\n\\n// Poisson Distribution\\n#define POISSON_ONE 393325350u\\n#define POISSON_TWO 1022645910u\\n#define POISSON_THREE 1861739990u\\n#define POISSON_FOUR 2700834071u\\n#define POISSON_FIVE 3372109335u\\n#define POISSON_SIX 3819626178u\\n#define POISSON_SEVEN 4075350088u\\n#define POISSON_EIGHT 4203212043u\\n\\nstatic uint probLookup(uint value)\\n{\\n if (value < POISSON_ONE) return 1;\\n if (value < POISSON_TWO) return 2;\\n if (value < POISSON_THREE) return 3;\\n if (value < POISSON_FOUR) return 4;\\n if (value < POISSON_FIVE) return 5;\\n if (value < POISSON_SIX) return 6;\\n if (value < POISSON_SEVEN) return 7;\\n if (value < POISSON_EIGHT) return 8;\\n return 9;\\n}\\n\\n// Distance Function\\nstatic float ChebyshevDistanceFunc(float3 p1, float3 p2)\\n{\\n float3 diff = p1 - p2;\\n return max(max(fabs(diff.x), fabs(diff.y)), fabs(diff.z));\\n}\\n\\n// Insertion Array\\nstatic void insert(float arr[], float value)\\n{\\n float temp;\\n for (int i = MAX_DISTANCE_ARRAY - 1; i >= 0; i--)\\n {\\n if (value > arr[i])\\n break;\\n temp = arr[i];\\n arr[i] = value;\\n if (i + 1 < MAX_DISTANCE_ARRAY)\\n {\\n arr[i + 1] = temp;\\n }\\n }\\n}\\n\\n\\n// Blink Kernel\\nkernel ChebyshevNoise : ImageComputationKernel\\n{\\n Image dst;\\n\\n param:\\n float range;\\n float gain;\\n float gamma;\\n float4 dark_col;\\n float4 light_col;\\n float4x4 transform;\\n\\n local:\\n float fRange;\\n int iRange;\\n float4x4 transform_inv;\\n float z;\\n\\n void define()\\n {\\n defineParam(range, \\\"Range\\\", 3.0f);\\n defineParam(gain, \\\"Gain\\\", 1.0f);\\n defineParam(gamma, \\\"Gamma\\\", 1.0f);\\n defineParam(dark_col, \\\"Dark Colour\\\", float4(0.0f, 0.0f, 0.0f, 1.0f));\\n defineParam(light_col, \\\"Light Colour\\\", float4(1.0f, 1.0f, 1.0f, 1.0f));\\n }\\n\\n void init()\\n {\\n fRange = clamp(range, 0.0f, float(MAX_DISTANCE_ARRAY - 2));\\n iRange = int(fRange);\\n transform_inv = transform.invert();\\n z = transform_inv[2][3];\\n }\\n\\n static float3 multVectMatrix(float3 vec, float4x4 M)\\n {\\n float3 out = float3(\\n vec.x * M[0][0] + vec.y * M[0][1] + vec.z * M[0][2] + M[0][3],\\n vec.x * M[1][0] + vec.y * M[1][1] + vec.z * M[1][2] + M[1][3],\\n vec.x * M[2][0] + vec.y * M[2][1] + vec.z * M[2][2] + M[2][3]\\n );\\n\\n return out;\\n }\\n\\n float4 getColour(float a) {\\n return dark_col * (1 - a) + light_col * a;\\n }\\n\\n void process(int2 pos)\\n {\\n\\n //Declare some values for later use\\n int lastRandom, numberFeaturePoints;\\n float3 randomDiff, featurePoint;\\n int cubeX, cubeY, cubeZ;\\n\\n float distanceArray[MAX_DISTANCE_ARRAY];\\n\\n // Initialize values in distance array to large values\\n for (int i = 0; i < MAX_DISTANCE_ARRAY; i++)\\n distanceArray[i] = 6666;\\n\\n float3 input = float3(float(pos.x), float(pos.y), z);\\n input = multVectMatrix(input, transform_inv);\\n\\n // Determine which cube the evaluation point is in\\n int evalCubeX = floor(input.x);\\n int evalCubeY = floor(input.y);\\n int evalCubeZ = floor(input.z);\\n\\n for (int i = -1; i < 2; ++i)\\n {\\n for (int j = -1; j < 2; ++j)\\n {\\n for (int k = -1; k < 2; ++k)\\n {\\n cubeX = evalCubeX + i;\\n cubeY = evalCubeY + j;\\n cubeZ = evalCubeZ + k;\\n\\n // Generate a reproducible random number generator for the cube\\n lastRandom = lcgRandom(hash(cubeX, cubeY, cubeZ));\\n // Determine how many feature points are in the cube\\n numberFeaturePoints = probLookup(lastRandom);\\n // Check each feature point\\n for (uint l = 0; l < numberFeaturePoints; ++l)\\n {\\n lastRandom = lcgRandom(lastRandom);\\n randomDiff.x = float(lastRandom) / RAND_MODULUS;\\n\\n lastRandom = lcgRandom(lastRandom);\\n randomDiff.y = float(lastRandom) / RAND_MODULUS;\\n\\n lastRandom = lcgRandom(lastRandom);\\n randomDiff.z = float(lastRandom) / RAND_MODULUS;\\n\\n featurePoint = float3(randomDiff.x + float(cubeX), randomDiff.y + float(cubeY), randomDiff.z + float(cubeZ));\\n\\n insert(distanceArray, ChebyshevDistanceFunc(input, featurePoint));\\n }\\n }\\n }\\n }\\n\\n float color = (distanceArray[ iRange + 2 ] - distanceArray[ iRange + 1 ]) * fmod(fRange, 1.0f) + distanceArray[ iRange + 1] - distanceArray[0];\\n color = pow( color * gain, gamma );\\n dst() = getColour(clamp(color, 0.0f, 1.0f));\\n\\n }\\n\\n};\"\nuseGPUIfAvailable {{parent.use_gpu}}\nrebuild \"\"\nChebyshevNoise_Range {{parent.range}}\nChebyshevNoise_Gain {{parent.gain}}\nChebyshevNoise_Gamma {{parent.gamma}}\n\"ChebyshevNoise_Dark Colour\" {{parent.colour0.r} {parent.colour0.g} {parent.colour0.b} {parent.colour0.a}}\n\"ChebyshevNoise_Light Colour\" {{parent.colour1.r} {parent.colour1.g} {parent.colour1.b} {parent.colour1.a}}\nChebyshevNoise_transform {\n {{parent.NoiseTransform.world_matrix.0} {parent.NoiseTransform.world_matrix.1} {parent.NoiseTransform.world_matrix.2} {parent.NoiseTransform.world_matrix.3}}\n {{parent.NoiseTransform.world_matrix.4} {parent.NoiseTransform.world_matrix.5} {parent.NoiseTransform.world_matrix.6} {parent.NoiseTransform.world_matrix.7}}\n {{parent.NoiseTransform.world_matrix.8} {parent.NoiseTransform.world_matrix.9} {parent.NoiseTransform.world_matrix.10} {parent.NoiseTransform.world_matrix.11}}\n {{parent.NoiseTransform.world_matrix.12} {parent.NoiseTransform.world_matrix.13} {parent.NoiseTransform.world_matrix.14} {parent.NoiseTransform.world_matrix.15}}\n }\nformat {{{WorleyNoise.format}}}\nrebuild_finalise \"\"\nname ChebyShevNoise\nxpos 645\nypos 243\n}\nBlinkScript {\ninputs 0\nProgramGroup 1\nKernelDescription \"1 \\\"EuclidianNoise\\\" iterate pixelWise d1aadc298abbb75c06cdae49489c52619d77cd167b514ac77a000bdc98098443 1 \\\"dst\\\" Write Point 6 \\\"Range\\\" Float 1 AABAQA== \\\"Gain\\\" Float 1 AACAPw== \\\"Gamma\\\" Float 1 AACAPw== \\\"Dark Colour\\\" Float 4 AAAAAAAAAAAAAAAAAACAPw== \\\"Light Colour\\\" Float 4 AACAPwAAgD8AAIA/AACAPw== \\\"transform\\\" Float 16 AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA==\"\nkernelSource \"// https://aftbit.com/cell-noise-2/\\n\\n# define MAX_DISTANCE_ARRAY 12\\n\\n// C++11 - use #define to avoid global variables (Blink compatibility)\\n#define RAND_MULTIPLIER 48271\\n#define RAND_INCREMENT 0\\n#define RAND_MODULUS 2147483647\\n\\nstatic int lcgRandom(int seed)\\n{\\n int v = (seed * RAND_MULTIPLIER + RAND_INCREMENT) % RAND_MODULUS;\\n return (v < 0) ? -v : v;\\n}\\n\\n// FNV Hash\\n#define OFFSET_BASIS 2166136261u\\n#define FNV_PRIME 16777619u\\n\\nstatic uint hash(uint i, uint j, uint k)\\n{\\n return ((((((OFFSET_BASIS ^ i) * FNV_PRIME) ^ j) * FNV_PRIME) ^ k) * FNV_PRIME);\\n}\\n\\n// Poisson Distribution\\n#define POISSON_ONE 393325350u\\n#define POISSON_TWO 1022645910u\\n#define POISSON_THREE 1861739990u\\n#define POISSON_FOUR 2700834071u\\n#define POISSON_FIVE 3372109335u\\n#define POISSON_SIX 3819626178u\\n#define POISSON_SEVEN 4075350088u\\n#define POISSON_EIGHT 4203212043u\\n\\nstatic uint probLookup(uint value)\\n{\\n if (value < POISSON_ONE) return 1;\\n if (value < POISSON_TWO) return 2;\\n if (value < POISSON_THREE) return 3;\\n if (value < POISSON_FOUR) return 4;\\n if (value < POISSON_FIVE) return 5;\\n if (value < POISSON_SIX) return 6;\\n if (value < POISSON_SEVEN) return 7;\\n if (value < POISSON_EIGHT) return 8;\\n return 9;\\n}\\n\\n// Distance Functions\\nstatic float EuclidianDistanceFunc(float3 p1, float3 p2)\\n{\\n return (p1.x - p2.x) * (p1.x - p2.x) + (p1.y - p2.y) * (p1.y - p2.y) + (p1.z - p2.z) * (p1.z - p2.z);\\n}\\n\\n\\n// Insertion Array\\nstatic void insert(float arr[], float value)\\n{\\n float temp;\\n for (int i = MAX_DISTANCE_ARRAY - 1; i >= 0; i--)\\n {\\n if (value > arr[i])\\n break;\\n temp = arr[i];\\n arr[i] = value;\\n if (i + 1 < MAX_DISTANCE_ARRAY)\\n {\\n arr[i + 1] = temp;\\n }\\n }\\n}\\n\\n\\n// Blink Kernel\\nkernel EuclidianNoise : ImageComputationKernel\\n{\\n Image dst;\\n\\n param:\\n float range;\\n float gain;\\n float gamma;\\n float4 dark_col;\\n float4 light_col;\\n float4x4 transform;\\n\\n local:\\n float fRange;\\n int iRange;\\n float4x4 transform_inv;\\n float z;\\n\\n void define()\\n {\\n defineParam(range, \\\"Range\\\", 3.0f);\\n defineParam(gain, \\\"Gain\\\", 1.0f);\\n defineParam(gamma, \\\"Gamma\\\", 1.0f);\\n defineParam(dark_col, \\\"Dark Colour\\\", float4(0.0f, 0.0f, 0.0f, 1.0f));\\n defineParam(light_col, \\\"Light Colour\\\", float4(1.0f, 1.0f, 1.0f, 1.0f));\\n }\\n\\n void init()\\n {\\n fRange = clamp(range, 0.0f, float(MAX_DISTANCE_ARRAY - 2));\\n iRange = int(fRange);\\n transform_inv = transform.invert();\\n z = transform_inv[2][3];\\n }\\n\\n static float3 multVectMatrix(float3 vec, float4x4 M)\\n {\\n float3 out = float3(\\n vec.x * M[0][0] + vec.y * M[0][1] + vec.z * M[0][2] + M[0][3],\\n vec.x * M[1][0] + vec.y * M[1][1] + vec.z * M[1][2] + M[1][3],\\n vec.x * M[2][0] + vec.y * M[2][1] + vec.z * M[2][2] + M[2][3]\\n );\\n\\n return out;\\n }\\n\\n float4 getColour(float a) {\\n return dark_col * (1 - a) + light_col * a;\\n }\\n\\n void process(int2 pos)\\n {\\n\\n //Declare some values for later use\\n int lastRandom, numberFeaturePoints;\\n float3 randomDiff, featurePoint;\\n int cubeX, cubeY, cubeZ;\\n\\n float distanceArray[MAX_DISTANCE_ARRAY];\\n\\n // Initialize values in distance array to large values\\n for (int i = 0; i < MAX_DISTANCE_ARRAY; i++)\\n distanceArray[i] = 6666;\\n\\n float3 input = float3(float(pos.x), float(pos.y), z);\\n input = multVectMatrix(input, transform_inv);\\n\\n // Determine which cube the evaluation point is in\\n int evalCubeX = floor(input.x);\\n int evalCubeY = floor(input.y);\\n int evalCubeZ = floor(input.z);\\n\\n for (int i = -1; i < 2; ++i)\\n {\\n for (int j = -1; j < 2; ++j)\\n {\\n for (int k = -1; k < 2; ++k)\\n {\\n cubeX = evalCubeX + i;\\n cubeY = evalCubeY + j;\\n cubeZ = evalCubeZ + k;\\n\\n // Generate a reproducible random number generator for the cube\\n lastRandom = lcgRandom(hash(cubeX, cubeY, cubeZ));\\n // Determine how many feature points are in the cube\\n numberFeaturePoints = probLookup(lastRandom);\\n // Check each feature point\\n for (uint l = 0; l < numberFeaturePoints; ++l)\\n {\\n lastRandom = lcgRandom(lastRandom);\\n randomDiff.x = float(lastRandom) / RAND_MODULUS;\\n\\n lastRandom = lcgRandom(lastRandom);\\n randomDiff.y = float(lastRandom) / RAND_MODULUS;\\n\\n lastRandom = lcgRandom(lastRandom);\\n randomDiff.z = float(lastRandom) / RAND_MODULUS;\\n\\n featurePoint = float3(randomDiff.x + float(cubeX), randomDiff.y + float(cubeY), randomDiff.z + float(cubeZ));\\n\\n insert(distanceArray, EuclidianDistanceFunc(input, featurePoint));\\n }\\n }\\n }\\n }\\n\\n\\n float color = (distanceArray[ iRange + 2 ] - distanceArray[ iRange + 1 ]) * fmod(fRange, 1.0f) + distanceArray[ iRange + 1] - distanceArray[0];\\n color = pow( color * gain, gamma );\\n dst() = getColour(clamp(color, 0.0f, 1.0f));\\n\\n }\\n\\n};\"\nuseGPUIfAvailable {{parent.use_gpu}}\nrebuild \"\"\nEuclidianNoise_Range {{parent.range}}\nEuclidianNoise_Gain {{parent.gain}}\nEuclidianNoise_Gamma {{parent.gamma}}\n\"EuclidianNoise_Dark Colour\" {{parent.colour0.r} {parent.colour0.g} {parent.colour0.b} {parent.colour0.a}}\n\"EuclidianNoise_Light Colour\" {{parent.colour1.r} {parent.colour1.g} {parent.colour1.b} {parent.colour1.a}}\nEuclidianNoise_transform {\n {{parent.NoiseTransform.world_matrix.0} {parent.NoiseTransform.world_matrix.1} {parent.NoiseTransform.world_matrix.2} {parent.NoiseTransform.world_matrix.3}}\n {{parent.NoiseTransform.world_matrix.4} {parent.NoiseTransform.world_matrix.5} {parent.NoiseTransform.world_matrix.6} {parent.NoiseTransform.world_matrix.7}}\n {{parent.NoiseTransform.world_matrix.8} {parent.NoiseTransform.world_matrix.9} {parent.NoiseTransform.world_matrix.10} {parent.NoiseTransform.world_matrix.11}}\n {{parent.NoiseTransform.world_matrix.12} {parent.NoiseTransform.world_matrix.13} {parent.NoiseTransform.world_matrix.14} {parent.NoiseTransform.world_matrix.15}}\n }\nformat {{{WorleyNoise.format}}}\nrebuild_finalise \"\"\nname EuclidianNoise\nxpos 546\nypos 153\n}\nBlinkScript {\ninputs 0\nProgramGroup 1\nKernelDescription \"1 \\\"ManhattanNoise\\\" iterate pixelWise 1d35c614c0525bae7a8ffa70d6c29b98748325506ab7e1dd613b42fef2bd1443 1 \\\"dst\\\" Write Point 6 \\\"Range\\\" Float 1 AABAQA== \\\"Gain\\\" Float 1 AACAPw== \\\"Gamma\\\" Float 1 AACAPw== \\\"Dark Colour\\\" Float 4 AAAAAAAAAAAAAAAAAACAPw== \\\"Light Colour\\\" Float 4 AACAPwAAgD8AAIA/AACAPw== \\\"transform\\\" Float 16 AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA==\"\nkernelSource \"// https://aftbit.com/cell-noise-2/\\n\\n# define MAX_DISTANCE_ARRAY 12\\n\\n// C++11 - use #define to avoid global variables (Blink compatibility)\\n#define RAND_MULTIPLIER 48271\\n#define RAND_INCREMENT 0\\n#define RAND_MODULUS 2147483647\\n\\nstatic int lcgRandom(int seed)\\n{\\n int v = (seed * RAND_MULTIPLIER + RAND_INCREMENT) % RAND_MODULUS;\\n return (v < 0) ? -v : v;\\n}\\n\\n// FNV Hash\\n#define OFFSET_BASIS 2166136261u\\n#define FNV_PRIME 16777619u\\n\\nstatic uint hash(uint i, uint j, uint k)\\n{\\n return ((((((OFFSET_BASIS ^ i) * FNV_PRIME) ^ j) * FNV_PRIME) ^ k) * FNV_PRIME);\\n}\\n\\n// Poisson Distribution\\n#define POISSON_ONE 393325350u\\n#define POISSON_TWO 1022645910u\\n#define POISSON_THREE 1861739990u\\n#define POISSON_FOUR 2700834071u\\n#define POISSON_FIVE 3372109335u\\n#define POISSON_SIX 3819626178u\\n#define POISSON_SEVEN 4075350088u\\n#define POISSON_EIGHT 4203212043u\\n\\nstatic uint probLookup(uint value)\\n{\\n if (value < POISSON_ONE) return 1;\\n if (value < POISSON_TWO) return 2;\\n if (value < POISSON_THREE) return 3;\\n if (value < POISSON_FOUR) return 4;\\n if (value < POISSON_FIVE) return 5;\\n if (value < POISSON_SIX) return 6;\\n if (value < POISSON_SEVEN) return 7;\\n if (value < POISSON_EIGHT) return 8;\\n return 9;\\n}\\n\\n// Distance Function\\nstatic float ManhattanDistanceFunc(float3 p1, float3 p2)\\n{\\n return fabs(p1.x - p2.x) + fabs(p1.y - p2.y) + fabs(p1.z - p2.z);\\n}\\n\\n// Insertion Array\\nstatic void insert(float arr[], float value)\\n{\\n float temp;\\n for (int i = MAX_DISTANCE_ARRAY - 1; i >= 0; i--)\\n {\\n if (value > arr[i])\\n break;\\n temp = arr[i];\\n arr[i] = value;\\n if (i + 1 < MAX_DISTANCE_ARRAY)\\n {\\n arr[i + 1] = temp;\\n }\\n }\\n}\\n\\n\\n// Blink Kernel\\nkernel ManhattanNoise : ImageComputationKernel\\n{\\n Image dst;\\n\\n param:\\n float range;\\n float gain;\\n float gamma;\\n float4 dark_col;\\n float4 light_col;\\n float4x4 transform;\\n\\n local:\\n float fRange;\\n int iRange;\\n float4x4 transform_inv;\\n float z;\\n\\n void define()\\n {\\n defineParam(range, \\\"Range\\\", 3.0f);\\n defineParam(gain, \\\"Gain\\\", 1.0f);\\n defineParam(gamma, \\\"Gamma\\\", 1.0f);\\n defineParam(dark_col, \\\"Dark Colour\\\", float4(0.0f, 0.0f, 0.0f, 1.0f));\\n defineParam(light_col, \\\"Light Colour\\\", float4(1.0f, 1.0f, 1.0f, 1.0f));\\n }\\n\\n void init()\\n {\\n fRange = clamp(range, 0.0f, float(MAX_DISTANCE_ARRAY - 2));\\n iRange = int(fRange);\\n transform_inv = transform.invert();\\n z = transform_inv[2][3];\\n }\\n\\n static float3 multVectMatrix(float3 vec, float4x4 M)\\n {\\n float3 out = float3(\\n vec.x * M[0][0] + vec.y * M[0][1] + vec.z * M[0][2] + M[0][3],\\n vec.x * M[1][0] + vec.y * M[1][1] + vec.z * M[1][2] + M[1][3],\\n vec.x * M[2][0] + vec.y * M[2][1] + vec.z * M[2][2] + M[2][3]\\n );\\n\\n return out;\\n }\\n\\n float4 getColour(float a) {\\n return dark_col * (1 - a) + light_col * a;\\n }\\n\\n void process(int2 pos)\\n {\\n\\n //Declare some values for later use\\n int lastRandom, numberFeaturePoints;\\n float3 randomDiff, featurePoint;\\n int cubeX, cubeY, cubeZ;\\n\\n float distanceArray[MAX_DISTANCE_ARRAY];\\n\\n // Initialize values in distance array to large values\\n for (int i = 0; i < MAX_DISTANCE_ARRAY; i++)\\n distanceArray[i] = 6666;\\n\\n float3 input = float3(float(pos.x), float(pos.y), z);\\n input = multVectMatrix(input, transform_inv);\\n\\n // Determine which cube the evaluation point is in\\n int evalCubeX = floor(input.x);\\n int evalCubeY = floor(input.y);\\n int evalCubeZ = floor(input.z);\\n\\n for (int i = -1; i < 2; ++i)\\n {\\n for (int j = -1; j < 2; ++j)\\n {\\n for (int k = -1; k < 2; ++k)\\n {\\n cubeX = evalCubeX + i;\\n cubeY = evalCubeY + j;\\n cubeZ = evalCubeZ + k;\\n\\n // Generate a reproducible random number generator for the cube\\n lastRandom = lcgRandom(hash(cubeX, cubeY, cubeZ));\\n // Determine how many feature points are in the cube\\n numberFeaturePoints = probLookup(lastRandom);\\n // Check each feature point\\n for (uint l = 0; l < numberFeaturePoints; ++l)\\n {\\n lastRandom = lcgRandom(lastRandom);\\n randomDiff.x = float(lastRandom) / RAND_MODULUS;\\n\\n lastRandom = lcgRandom(lastRandom);\\n randomDiff.y = float(lastRandom) / RAND_MODULUS;\\n\\n lastRandom = lcgRandom(lastRandom);\\n randomDiff.z = float(lastRandom) / RAND_MODULUS;\\n\\n featurePoint = float3(randomDiff.x + float(cubeX), randomDiff.y + float(cubeY), randomDiff.z + float(cubeZ));\\n\\n insert(distanceArray, ManhattanDistanceFunc(input, featurePoint));\\n }\\n }\\n }\\n }\\n\\n float color = (distanceArray[ iRange + 2 ] - distanceArray[ iRange + 1 ]) * fmod(fRange, 1.0f) + distanceArray[ iRange + 1] - distanceArray[0];\\n color = pow( color * gain, gamma );\\n dst() = getColour(clamp(color, 0.0f, 1.0f));\\n\\n }\\n\\n};\"\nuseGPUIfAvailable {{parent.use_gpu}}\nrebuild \"\"\nManhattanNoise_Range {{parent.range}}\nManhattanNoise_Gain {{parent.gain}}\nManhattanNoise_Gamma {{parent.gamma}}\n\"ManhattanNoise_Dark Colour\" {{parent.colour0.r} {parent.colour0.g} {parent.colour0.b} {parent.colour0.a}}\n\"ManhattanNoise_Light Colour\" {{parent.colour1.r} {parent.colour1.g} {parent.colour1.b} {parent.colour1.a}}\nManhattanNoise_transform {\n {{parent.NoiseTransform.world_matrix.0} {parent.NoiseTransform.world_matrix.1} {parent.NoiseTransform.world_matrix.2} {parent.NoiseTransform.world_matrix.3}}\n {{parent.NoiseTransform.world_matrix.4} {parent.NoiseTransform.world_matrix.5} {parent.NoiseTransform.world_matrix.6} {parent.NoiseTransform.world_matrix.7}}\n {{parent.NoiseTransform.world_matrix.8} {parent.NoiseTransform.world_matrix.9} {parent.NoiseTransform.world_matrix.10} {parent.NoiseTransform.world_matrix.11}}\n {{parent.NoiseTransform.world_matrix.12} {parent.NoiseTransform.world_matrix.13} {parent.NoiseTransform.world_matrix.14} {parent.NoiseTransform.world_matrix.15}}\n }\nformat {{{WorleyNoise.format}}}\nrebuild_finalise \"\"\nname ManhattanNoise\nxpos 459\nypos 63\n}\nBlinkScript {\ninputs 0\nProgramGroup 1\nKernelDescription \"1 \\\"VoronoiNoise\\\" iterate pixelWise 1b53c166801ea17d0619d5f85ca955c827fd3c1e639128218c64fea2e471be9e 1 \\\"dst\\\" Write Point 6 \\\"Range\\\" Float 1 AABAQA== \\\"Gain\\\" Float 1 AACAPw== \\\"Gamma\\\" Float 1 AACAPw== \\\"Dark Colour\\\" Float 4 AAAAAAAAAAAAAAAAAACAPw== \\\"Light Colour\\\" Float 4 AACAPwAAgD8AAIA/AACAPw== \\\"transform\\\" Float 16 AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA==\"\nkernelSource \"// https://aftbit.com/cell-noise-2/\\n\\n# define MAX_DISTANCE_ARRAY 12\\n\\n// C++11 - use #define to avoid global variables (Blink compatibility)\\n#define RAND_MULTIPLIER 48271\\n#define RAND_INCREMENT 0\\n#define RAND_MODULUS 2147483647\\n\\nstatic int lcgRandom(int seed)\\n{\\n int v = (seed * RAND_MULTIPLIER + RAND_INCREMENT) % RAND_MODULUS;\\n return (v < 0) ? -v : v;\\n}\\n\\n// FNV Hash\\n#define OFFSET_BASIS 2166136261u\\n#define FNV_PRIME 16777619u\\n\\nstatic uint hash(uint i, uint j, uint k)\\n{\\n return ((((((OFFSET_BASIS ^ i) * FNV_PRIME) ^ j) * FNV_PRIME) ^ k) * FNV_PRIME);\\n}\\n\\n// Poisson Distribution\\n#define POISSON_ONE 393325350u\\n#define POISSON_TWO 1022645910u\\n#define POISSON_THREE 1861739990u\\n#define POISSON_FOUR 2700834071u\\n#define POISSON_FIVE 3372109335u\\n#define POISSON_SIX 3819626178u\\n#define POISSON_SEVEN 4075350088u\\n#define POISSON_EIGHT 4203212043u\\n\\nstatic uint probLookup(uint value)\\n{\\n if (value < POISSON_ONE) return 1;\\n if (value < POISSON_TWO) return 2;\\n if (value < POISSON_THREE) return 3;\\n if (value < POISSON_FOUR) return 4;\\n if (value < POISSON_FIVE) return 5;\\n if (value < POISSON_SIX) return 6;\\n if (value < POISSON_SEVEN) return 7;\\n if (value < POISSON_EIGHT) return 8;\\n return 9;\\n}\\n\\n// Insertion Array\\nstatic void insert(float arr[], int idArr[], float value, int id)\\n{\\n float temp;\\n int tempID;\\n for (int i = MAX_DISTANCE_ARRAY - 1; i >= 0; i--)\\n {\\n if (value > arr[i])\\n break;\\n temp = arr[i];\\n tempID = idArr[i];\\n arr[i] = value;\\n idArr[i] = id;\\n if (i + 1 < MAX_DISTANCE_ARRAY)\\n {\\n arr[i + 1] = temp;\\n idArr[i + 1] = tempID;\\n }\\n }\\n}\\n\\n\\n// Blink Kernel\\nkernel VoronoiNoise : ImageComputationKernel\\n{\\n Image dst;\\n\\n param:\\n float range;\\n float gain;\\n float gamma;\\n float4 dark_col;\\n float4 light_col;\\n float4x4 transform;\\n\\n local:\\n float fRange;\\n int iRange;\\n float4x4 transform_inv;\\n float z;\\n\\n void define()\\n {\\n defineParam(range, \\\"Range\\\", 3.0f);\\n defineParam(gain, \\\"Gain\\\", 1.0f);\\n defineParam(gamma, \\\"Gamma\\\", 1.0f);\\n defineParam(dark_col, \\\"Dark Colour\\\", float4(0.0f, 0.0f, 0.0f, 1.0f));\\n defineParam(light_col, \\\"Light Colour\\\", float4(1.0f, 1.0f, 1.0f, 1.0f));\\n }\\n\\n void init()\\n {\\n fRange = clamp(range, 0.0f, float(MAX_DISTANCE_ARRAY - 2));\\n iRange = int(fRange);\\n transform_inv = transform.invert();\\n z = transform_inv[2][3];\\n }\\n\\n static float3 multVectMatrix(float3 vec, float4x4 M)\\n {\\n float3 out = float3(\\n vec.x * M[0][0] + vec.y * M[0][1] + vec.z * M[0][2] + M[0][3],\\n vec.x * M[1][0] + vec.y * M[1][1] + vec.z * M[1][2] + M[1][3],\\n vec.x * M[2][0] + vec.y * M[2][1] + vec.z * M[2][2] + M[2][3]\\n );\\n\\n return out;\\n }\\n\\n float4 getColour(float a) {\\n return dark_col * (1 - a) + light_col * a;\\n }\\n\\n void process(int2 pos)\\n {\\n\\n //Declare some values for later use\\n int lastRandom, id, numberFeaturePoints;\\n float3 randomDiff, featurePoint;\\n int cubeX, cubeY, cubeZ;\\n\\n float distanceArray[MAX_DISTANCE_ARRAY];\\n int idArray[MAX_DISTANCE_ARRAY];\\n\\n // Initialize values in distance array to large values\\n for (int i = 0; i < MAX_DISTANCE_ARRAY; i++)\\n distanceArray[i] = 6666;\\n\\n float3 input = float3(float(pos.x), float(pos.y), z);\\n input = multVectMatrix(input, transform_inv);\\n\\n // Determine which cube the evaluation point is in\\n int evalCubeX = floor(input.x);\\n int evalCubeY = floor(input.y);\\n int evalCubeZ = floor(input.z);\\n\\n for (int i = -1; i < 2; ++i)\\n {\\n for (int j = -1; j < 2; ++j)\\n {\\n for (int k = -1; k < 2; ++k)\\n {\\n cubeX = evalCubeX + i;\\n cubeY = evalCubeY + j;\\n cubeZ = evalCubeZ + k;\\n\\n // Generate a reproducible random number generator for the cube\\n lastRandom = lcgRandom(hash(cubeX, cubeY, cubeZ));\\n id = lastRandom;\\n // Determine how many feature points are in the cube\\n numberFeaturePoints = probLookup(lastRandom);\\n // Check each feature point\\n for (uint l = 0; l < numberFeaturePoints; ++l)\\n {\\n lastRandom = lcgRandom(lastRandom);\\n randomDiff.x = float(lastRandom) / RAND_MODULUS;\\n\\n lastRandom = lcgRandom(lastRandom);\\n randomDiff.y = float(lastRandom) / RAND_MODULUS;\\n\\n lastRandom = lcgRandom(lastRandom);\\n randomDiff.z = float(lastRandom) / RAND_MODULUS;\\n\\n featurePoint = float3(randomDiff.x + float(cubeX), randomDiff.y + float(cubeY), randomDiff.z + float(cubeZ));\\n\\n insert(distanceArray, idArray, length(input - featurePoint), id+l);\\n }\\n }\\n }\\n }\\n\\n float3 col = float3(float(idArray[iRange]) / RAND_MODULUS, 0.0f, 0.0f);\\n lastRandom = lcgRandom(idArray[iRange]);\\n col.y = float(lastRandom) / RAND_MODULUS;\\n lastRandom = lcgRandom(lastRandom);\\n col.z = float(lastRandom) / RAND_MODULUS;\\n\\n for(int component = 0; component < 3; component++)\\n dst(component) = pow( col[component] * gain, gamma);\\n dst(3) = 1.0f;\\n }\\n\\n};\"\nuseGPUIfAvailable {{parent.use_gpu}}\nrebuild \"\"\nVoronoiNoise_Range {{parent.range}}\nVoronoiNoise_Gain {{parent.gain}}\nVoronoiNoise_Gamma {{parent.gamma}}\n\"VoronoiNoise_Dark Colour\" {{parent.colour0.r} {parent.colour0.g} {parent.colour0.b} {parent.colour0.a}}\n\"VoronoiNoise_Light Colour\" {{parent.colour1.r} {parent.colour1.g} {parent.colour1.b} {parent.colour1.a}}\nVoronoiNoise_transform {\n {{parent.NoiseTransform.world_matrix.0} {parent.NoiseTransform.world_matrix.1} {parent.NoiseTransform.world_matrix.2} {parent.NoiseTransform.world_matrix.3}}\n {{parent.NoiseTransform.world_matrix.4} {parent.NoiseTransform.world_matrix.5} {parent.NoiseTransform.world_matrix.6} {parent.NoiseTransform.world_matrix.7}}\n {{parent.NoiseTransform.world_matrix.8} {parent.NoiseTransform.world_matrix.9} {parent.NoiseTransform.world_matrix.10} {parent.NoiseTransform.world_matrix.11}}\n {{parent.NoiseTransform.world_matrix.12} {parent.NoiseTransform.world_matrix.13} {parent.NoiseTransform.world_matrix.14} {parent.NoiseTransform.world_matrix.15}}\n }\nformat {{{WorleyNoise.format}}}\nrebuild_finalise \"\"\nname VoronoiNoise\nxpos 315\nypos -1\n}\nBlinkScript {\ninputs 0\nProgramGroup 1\nKernelDescription \"1 \\\"Worley\\\" iterate pixelWise 92b94530192011feae18a63400ce40dd1c828de463a428e45921ce9da3f88e94 1 \\\"dst\\\" Write Point 6 \\\"Invert\\\" Bool 1 AA== \\\"Gain\\\" Float 1 AACAPw== \\\"Gamma\\\" Float 1 AACAPw== \\\"Dark Colour\\\" Float 4 AAAAAAAAAAAAAAAAAACAPw== \\\"Light Colour\\\" Float 4 AACAPwAAgD8AAIA/AACAPw== \\\"transform\\\" Float 16 AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA==\"\nkernelSource \"// https://aftbit.com/cell-noise-2/\\n\\n// C++11 - use #define to avoid global variables (Blink compatibility)\\n#define RAND_MULTIPLIER 48271\\n#define RAND_INCREMENT 0\\n#define RAND_MODULUS 2147483647\\n\\nstatic int lcgRandom(int seed)\\n{\\n int v = (seed * RAND_MULTIPLIER + RAND_INCREMENT) % RAND_MODULUS;\\n return (v < 0) ? -v : v;\\n}\\n\\n// FNV Hash\\n#define OFFSET_BASIS 2166136261u\\n#define FNV_PRIME 16777619u\\n\\nstatic uint hash(uint i, uint j, uint k)\\n{\\n return ((((((OFFSET_BASIS ^ i) * FNV_PRIME) ^ j) * FNV_PRIME) ^ k) * FNV_PRIME);\\n}\\n\\n// Poisson Distribution\\n#define POISSON_ONE 393325350u\\n#define POISSON_TWO 1022645910u\\n#define POISSON_THREE 1861739990u\\n#define POISSON_FOUR 2700834071u\\n#define POISSON_FIVE 3372109335u\\n#define POISSON_SIX 3819626178u\\n#define POISSON_SEVEN 4075350088u\\n#define POISSON_EIGHT 4203212043u\\n\\nstatic uint probLookup(uint value)\\n{\\n if (value < POISSON_ONE) return 1;\\n if (value < POISSON_TWO) return 2;\\n if (value < POISSON_THREE) return 3;\\n if (value < POISSON_FOUR) return 4;\\n if (value < POISSON_FIVE) return 5;\\n if (value < POISSON_SIX) return 6;\\n if (value < POISSON_SEVEN) return 7;\\n if (value < POISSON_EIGHT) return 8;\\n return 9;\\n}\\n\\n// Distance Functions\\nstatic float EuclidianDistanceFunc(float3 p1, float3 p2)\\n{\\n return (p1.x - p2.x) * (p1.x - p2.x) + (p1.y - p2.y) * (p1.y - p2.y) + (p1.z - p2.z) * (p1.z - p2.z);\\n}\\n\\nstatic float ManhattanDistanceFunc(float3 p1, float3 p2)\\n{\\n return fabs(p1.x - p2.x) + fabs(p1.y - p2.y) + fabs(p1.z - p2.z);\\n}\\n\\nstatic float ChebyshevDistanceFunc(float3 p1, float3 p2)\\n{\\n float3 diff = p1 - p2;\\n return max(max(fabs(diff.x), fabs(diff.y)), fabs(diff.z));\\n}\\n\\n\\n// Blink Kernel\\nkernel Worley : ImageComputationKernel\\n{\\n Image dst;\\n\\n param:\\n bool invert;\\n float gain;\\n float gamma;\\n float4 dark_col;\\n float4 light_col;\\n float4x4 transform;\\n\\n local:\\n float4x4 transform_inv;\\n float z;\\n\\n void define()\\n {\\n defineParam(invert, \\\"Invert\\\", false);\\n defineParam(gain, \\\"Gain\\\", 1.0f);\\n defineParam(gamma, \\\"Gamma\\\", 1.0f);\\n defineParam(dark_col, \\\"Dark Colour\\\", float4(0.0f, 0.0f, 0.0f, 1.0f));\\n defineParam(light_col, \\\"Light Colour\\\", float4(1.0f, 1.0f, 1.0f, 1.0f));\\n }\\n\\n void init()\\n {\\n transform_inv = transform.invert();\\n z = transform_inv[2][3];\\n }\\n\\n static float3 multVectMatrix(float3 vec, float4x4 M)\\n {\\n float3 out = float3(\\n vec.x * M[0][0] + vec.y * M[0][1] + vec.z * M[0][2] + M[0][3],\\n vec.x * M[1][0] + vec.y * M[1][1] + vec.z * M[1][2] + M[1][3],\\n vec.x * M[2][0] + vec.y * M[2][1] + vec.z * M[2][2] + M[2][3]\\n );\\n\\n return out;\\n }\\n\\n float4 getColour(float a) {\\n return dark_col * (1 - a) + light_col * a;\\n }\\n\\n void process(int2 pos)\\n {\\n\\n //Declare some values for later use\\n int lastRandom, numberFeaturePoints;\\n float distance = 6666.0f;\\n float3 randomDiff, featurePoint;\\n int cubeX, cubeY, cubeZ;\\n\\n float3 input = float3(float(pos.x), float(pos.y), z);\\n input = multVectMatrix(input, transform_inv);\\n\\n // Determine which cube the evaluation point is in\\n int evalCubeX = floor(input.x);\\n int evalCubeY = floor(input.y);\\n int evalCubeZ = floor(input.z);\\n\\n for (int i = -1; i < 2; ++i)\\n {\\n for (int j = -1; j < 2; ++j)\\n {\\n for (int k = -1; k < 2; ++k)\\n {\\n cubeX = evalCubeX + i;\\n cubeY = evalCubeY + j;\\n cubeZ = evalCubeZ + k;\\n\\n // Generate a reproducible random number generator for the cube\\n lastRandom = lcgRandom(hash(cubeX, cubeY, cubeZ));\\n // Determine how many feature points are in the cube\\n numberFeaturePoints = probLookup(lastRandom);\\n // Check each feature point\\n for (uint l = 0; l < numberFeaturePoints; ++l)\\n {\\n lastRandom = lcgRandom(lastRandom);\\n randomDiff.x = float(lastRandom) / RAND_MODULUS;\\n\\n lastRandom = lcgRandom(lastRandom);\\n randomDiff.y = float(lastRandom) / RAND_MODULUS;\\n\\n lastRandom = lcgRandom(lastRandom);\\n randomDiff.z = float(lastRandom) / RAND_MODULUS;\\n\\n featurePoint = float3(randomDiff.x + float(cubeX), randomDiff.y + float(cubeY), randomDiff.z + float(cubeZ));\\n\\n distance = min(distance, dot(input - featurePoint, input - featurePoint));\\n }\\n }\\n }\\n }\\n\\n distance = sqrt(distance);\\n if (invert)\\n distance = 1.0f - distance;\\n distance = pow(distance * gain, gamma);\\n dst() = getColour(clamp(distance, 0.0f, 1.0f));\\n\\n }\\n\\n};\"\nuseGPUIfAvailable {{parent.use_gpu}}\nrebuild \"\"\nWorley_Invert {{\"parent.noise_type == 1\"}}\nWorley_Gain {{parent.gain}}\nWorley_Gamma {{parent.gamma}}\n\"Worley_Dark Colour\" {{parent.colour0.r} {parent.colour0.g} {parent.colour0.b} {parent.colour0.a}}\n\"Worley_Light Colour\" {{parent.colour1.r} {parent.colour1.g} {parent.colour1.b} {parent.colour1.a}}\nWorley_transform {\n {{parent.NoiseTransform.world_matrix.0} {parent.NoiseTransform.world_matrix.1} {parent.NoiseTransform.world_matrix.2} {parent.NoiseTransform.world_matrix.3}}\n {{parent.NoiseTransform.world_matrix.4} {parent.NoiseTransform.world_matrix.5} {parent.NoiseTransform.world_matrix.6} {parent.NoiseTransform.world_matrix.7}}\n {{parent.NoiseTransform.world_matrix.8} {parent.NoiseTransform.world_matrix.9} {parent.NoiseTransform.world_matrix.10} {parent.NoiseTransform.world_matrix.11}}\n {{parent.NoiseTransform.world_matrix.12} {parent.NoiseTransform.world_matrix.13} {parent.NoiseTransform.world_matrix.14} {parent.NoiseTransform.world_matrix.15}}\n }\nrebuild_finalise \"\"\nname WorleyNoise\nselected true\nxpos 177\nypos -54\n}\nSwitch {\ninputs 5\nwhich {{\"max(parent.noise_type - 1,0)\"}}\nname Switch1\nxpos 177\nypos 249\n}\nDot {\nname Dot1\nnote_font_size 41\nxpos 211\nypos 314\n}\nset Nd287b900 [stack 0]\npush $N55edd600\npush $Nd287b900\nInput {\ninputs 0\nname Input\nxpos 10\nypos -78\n}\nMerge2 {\ninputs 2+1\nname Merge1\nlabel \"\\[ expr { [value mix] == 1 ? \\\" \\\" : \\[concat Mix: [value mix]] }]\" \ndisable {{replace}}\n}\nMerge2 {\ninputs 2+1\noperation copy\nname Merge2\nlabel \"\\[ expr { [value mix] == 1 ? \\\" \\\" : \\[concat Mix: [value mix]] }]\" \ndisable {{!replace}}\n}\nOutput {\nname Output1\nxpos 10\nypos 533\n}\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_ChannelCombiner.gizmo", "content": "Group {\n name ChannelCombiner\n tile_color 0x9e3c63ff\n note_font \"Verdana Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold\"\n note_font_color 0xffffffff\n selected true\n addUserKnob {20 ChannelCombiner}\n addUserKnob {41 from0 l \"Channel 1\" T Cmask01.from0}\n addUserKnob {41 value T Mult_red.value}\n addUserKnob {41 operation_4 l Ch1-->Ch2 T MergeR_G.operation}\n addUserKnob {41 disable_1 l disable -STARTLINE T MergeR_G.disable}\n addUserKnob {41 from0_1 l \"Channel 2\" T Cmask02.from0}\n addUserKnob {41 value_1 l value T Mult_Green.value}\n addUserKnob {41 operation_1 l Ch2-->Ch3 T Merge_G_B.operation}\n addUserKnob {41 disable_2 l disable -STARTLINE T Merge_G_B.disable}\n addUserKnob {41 from0_2 l \"Channel 3\" T Cmask03.from0}\n addUserKnob {41 value_2 l value T Mult_blue1.value}\n addUserKnob {41 operation_2 l Ch3-->Ch4 T MergeB_A.operation}\n addUserKnob {41 disable_3 l disable -STARTLINE T MergeB_A.disable}\n addUserKnob {41 from0_3 l \"Channel 4\" T Cmask04.from0}\n addUserKnob {41 mix l value T Cmask04.mix}\n addUserKnob {26 \"\"}\n addUserKnob {6 clampCheck l \"Clamp Values?\" +STARTLINE}\n clampCheck true\n addUserKnob {20 info l Info}\n addUserKnob {26 creator l Creator: T \"Tony Lyons\"}\n addUserKnob {26 desc l Description: t \"Choose channels and a mix of the channel, and the merge operation between the different channels.\\n\\nOption to clamp the output\" T ChannelCombiner}\n addUserKnob {26 ver l Version: T v07}\n}\n Input {\n inputs 0\n name Input\n xpos 83\n ypos -657\n }\n Dot {\n name Dot1\n xpos 117\n ypos -633\n }\nset N9968abc0 [stack 0]\npush $N9968abc0\npush $N9968abc0\npush $N9968abc0\npush $N9968abc0\n Remove {\n name Remove1\n xpos -371\n ypos -643\n }\n Copy {\n inputs 2\n to0 rgba.red\n name Cmask01\n xpos -371\n ypos -519\n }\n Copy {\n inputs 2\n to0 rgba.green\n name Cmask02\n xpos -203\n ypos -519\n }\n Copy {\n inputs 2\n to0 rgba.blue\n name Cmask03\n xpos -65\n ypos -519\n }\n Copy {\n inputs 2\n to0 rgba.alpha\n name Cmask04\n xpos 83\n ypos -519\n }\n Shuffle {\n name channel_selector\n label \"\\[value in]\"\n xpos 83\n ypos -356\n }\nset N996b0460 [stack 0]\n Shuffle {\n red alpha\n green alpha\n blue alpha\n name Alpha\n xpos 83\n ypos -193\n }\n Multiply {\n name Mult_alpha\n xpos 83\n ypos -134\n }\npush $N996b0460\n Shuffle {\n red blue\n green blue\n alpha blue\n name Blue\n xpos -65\n ypos -192\n }\n Multiply {\n name Mult_blue1\n xpos -75\n ypos -131\n }\npush $N996b0460\n Shuffle {\n red green\n blue green\n alpha green\n name Green\n xpos -190\n ypos -193\n }\n Multiply {\n name Mult_Green\n xpos -190\n ypos -139\n }\npush $N996b0460\n Shuffle {\n green red\n blue red\n alpha red\n name Red\n xpos -303\n ypos -194\n }\n Multiply {\n name Mult_red\n xpos -303\n ypos -139\n }\n Merge2 {\n inputs 2\n name MergeR_G\n xpos -249\n ypos -53\n }\n Merge2 {\n inputs 2\n name Merge_G_B\n xpos -75\n ypos -53\n }\n Merge2 {\n inputs 2\n name MergeB_A\n xpos 83\n ypos -53\n }\n Clamp {\n name Clamp1\n xpos 83\n ypos 104\n disable {{!parent.clampCheck}}\n }\n Shuffle {\n red alpha\n green black\n blue black\n name Shuffle20\n label \"\\[value in]\"\n xpos 83\n ypos 232\n }\nset N9974e150 [stack 0]\n Output {\n name Output2\n xpos 83\n ypos 398\n }\npush $N9974e150\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_ChannelControl.gizmo", "content": "Group {\n name ChannelControl\n help \"Mix the ratio of Red, Green, Blue, Alpha Channels and choose a Merge operation.\\nResult is a matte output to RGBA\"\n tile_color 0x9e3c63ff\n note_font_color 0xffffffff\n selected true\n addUserKnob {20 ChannelControl}\n addUserKnob {41 channel l Channel T Shuffle6.in}\n addUserKnob {41 op l Operation T Merge1.operation}\n addUserKnob {6 clamp l \"Clamp Output\" -STARTLINE}\n clamp true\n addUserKnob {7 red l \"Red\"}\n red 1\n addUserKnob {7 green l \"Green\"}\n green 1\n addUserKnob {7 blue l \"Blue\"}\n blue 1\n addUserKnob {7 alpha l \"Alpha\"}\n addUserKnob {26 \"\"}\n addUserKnob {26 \"\" l mask T \"\"}\n addUserKnob {41 maskChannelInput l \"\" -STARTLINE T Merge4.maskChannelInput}\n addUserKnob {41 inject -STARTLINE T Merge4.inject}\n addUserKnob {41 invert_mask l invert -STARTLINE T Merge4.invert_mask}\n addUserKnob {41 fringe -STARTLINE T Merge4.fringe}\n addUserKnob {41 mix T Merge4.mix}\n addUserKnob {20 info l Info}\n addUserKnob {26 creator l Creator: T \" Tony Lyons\"}\n addUserKnob {26 desc l Description: T ChannelControl}\n addUserKnob {26 ver l Version: T v07}\n}\n Input {\n inputs 0\n name Inputmask\n xpos 354\n ypos 238\n number 1\n }\n Input {\n inputs 0\n name Input\n xpos 141\n ypos -279\n }\n AddChannels {\n channels rgba\n name AddChannels1\n xpos 141\n ypos -224\n }\n Dot {\n name Dot1\n note_font_size 41\n xpos 175\n ypos -181\n }\nset N378a3fc0 [stack 0]\n Shuffle {\n name Shuffle6\n note_font_color 0xffffffff\n xpos 258\n ypos -188\n }\n Multiply {\n channels rgba\n value {{parent.red} {parent.green} {parent.blue} {parent.alpha}}\n name Multiply1\n label \"\\[value value]\"\n xpos 258\n ypos -131\n }\nset N378884b0 [stack 0]\n Shuffle {\n red alpha\n green alpha\n blue alpha\n name Shuffle5\n tile_color 0xffffffff\n note_font_color 0xffffffff\n xpos 545\n ypos -22\n }\npush $N378884b0\n Shuffle {\n red blue\n green blue\n alpha blue\n name Shuffle4\n tile_color 0x3d3f8e00\n note_font_color 0xffffffff\n xpos 447\n ypos -23\n }\npush $N378884b0\n Shuffle {\n red green\n blue green\n alpha green\n name Shuffle2\n tile_color 0x3f633800\n note_font_color 0xffffffff\n xpos 350\n ypos -24\n }\npush $N378884b0\n Shuffle {\n green red\n blue red\n alpha red\n name Shuffle3\n tile_color 0x93000000\n note_font_color 0xffffffff\n xpos 258\n ypos -23\n }\n Merge2 {\n inputs 2\n operation plus\n name Merge1\n xpos 258\n ypos 28\n }\n Merge2 {\n inputs 2\n operation {{parent.Merge1.operation}}\n name Merge2\n xpos 258\n ypos 77\n }\n Merge2 {\n inputs 2\n operation {{parent.Merge1.operation}}\n name Merge3\n xpos 258\n ypos 128\n }\n Clamp {\n channels rgba\n name Clamp1\n xpos 258\n ypos 177\n disable {{!parent.clamp}}\n }\npush $N378a3fc0\n Multiply {\n channels rgba\n value 0\n name Multiply2\n label \"\\[value value]\"\n xpos 141\n ypos -128\n }\n Merge2 {\n inputs 2+1\n operation copy\n name Merge4\n selected true\n xpos 141\n ypos 238\n }\n Output {\n name Output1\n xpos 141\n ypos 296\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_ChannelCreator.gizmo", "content": "Group {\n name ChannelCreator\n tile_color 0x9e3c63ff\n label \"\\n\"\n note_font \"Verdana Bold\"\n note_font_color 0xffffffff\n selected true\n addUserKnob {20 User l ChannelCreator}\n addUserKnob {41 in l input T Shuffle1.in}\n addUserKnob {22 pop_list l \"Populate List\" T \"channelName = nuke.thisNode()\\[\\\"in\\\"].value()\\n\\nnewRed = str(channelName) + \\\".red\\\"\\nnewGreen = str(channelName) + \\\".green\\\"\\nnewBlue = str(channelName) + \\\".blue\\\"\\nnewAlpha = str(channelName) + \\\".alpha\\\"\\n\\nnuke.thisNode()\\[\\\"in_red\\\"].setValue(newRed)\\nnuke.thisNode()\\[\\\"in_green\\\"].setValue(newGreen)\\nnuke.thisNode()\\[\\\"in_blue\\\"].setValue(newBlue)\\nnuke.thisNode()\\[\\\"in_alpha\\\"].setValue(newAlpha)\\n\" +STARTLINE}\n addUserKnob {1 in_red l Red}\n in_red rgba.red\n addUserKnob {1 channel1 l Channel1 -STARTLINE}\n addUserKnob {1 in_green l Green}\n in_green rgba.green\n addUserKnob {1 channel2 l Channel2 -STARTLINE}\n addUserKnob {1 in_blue l Blue}\n in_blue rgba.blue\n addUserKnob {1 channel3 l Channel3 -STARTLINE}\n addUserKnob {1 in_alpha l Alpha}\n in_alpha rgba.alpha\n addUserKnob {1 channel4 l Channel4 -STARTLINE}\n addUserKnob {26 \"\" +STARTLINE}\n addUserKnob {22 generateCopy l \"generate copy node\" T \"## Function Variables\\nchannelDict = \\{\\} ## Dictionary for all channel variables\\ncopyChannels = \\{\\} ## Dictionary for Copy node to place layer variable\\ntoList = \\['to0', 'to1', 'to2', 'to3'] ## List of Copy Node to variables\\ngroupLayerName = \\[ 'in_red', 'in_green', 'in_blue', 'in_alpha'] ## List of Channel knobs\\ncopyLayerNames = \\[ 'from0', 'from1', 'from2', 'from3'] ## List of Copy Node knobs\\n\\n## Grab group node name\\t\\ngroup = nuke.toNode('this')\\ngroup.end()\\n\\n## Deselect all nodes\\nnuke.selectAll()\\nnuke.invertSelection()\\n\\n## List for channel variables\\nchannelList = sorted (\\[ each for each in group.knobs().keys() if 'channel' in each.lower()])\\n\\n## Set up channel dictionary with values\\nfor each in channelList:\\n\\tvalue = group\\[each].getValue()\\n\\tchannelDict\\[each] = value\\n\\n## Creates new channel and sets up copyNode dictionary\\nfor each, copy in zip(sorted(channelDict.keys()), toList):\\n\\tif channelDict\\[each] == '':\\n\\t\\t## Store name in copy Dictionary\\n\\t\\tcopyChannels\\[copy] = 'none'\\n\\t\\n\\tif channelDict\\[each] != '':\\n\\t\\tif ' ' in channelDict\\[each]:\\n\\t\\t\\tchannelDict\\[each] = channelDict\\[each].replace( ' ', '_')\\n\\t\\t\\n\\t\\t## Construct channel name\\n\\t\\tvalue = channelDict\\[each]+'.red'\\n\\n\\t\\t## Store name in copy Dictionary\\n\\t\\tcopyChannels\\[copy] = value \\n\\t\\t\\n\\t\\t## Create layer from channel values\\n\\t\\tnuke.Layer( channelDict\\[each], \\[ value] )\\n\\n## Create Copy Node\\ncopyNode = nuke.createNode('Copy')\\n\\n## Grab layer names\\nfor each, x in zip( groupLayerName, copyLayerNames):\\n\\tvalue = group\\[each].getValue()\\n\\t\\n\\t## Set Copy node layer\\n\\tcopyNode\\[x].setValue( value)\\n\\n## Set Copy Node channel\\nfor key in sorted(copyChannels.keys()):\\n\\tcopyNode\\[ key].setValue( copyChannels\\[key])\\n\\n\\nfor num, channel in enumerate( sorted( copyChannels.keys())):\\n\\tprint copyChannels\\[ channel], channel\\n\\tif copyChannels\\[channel] == 'none':\\n\\t\\tcopyNode\\[ copyLayerNames\\[num]].setValue( 'none')\" +STARTLINE}\n addUserKnob {26 help_2 l \" \" T \"All new Channels will end in .red\\n.red\"}\n addUserKnob {20 info l Info}\n addUserKnob {26 creator l Creator T \"Tony Lyons\"}\n addUserKnob {26 desc l Description: t \"Add layer name descriptions to Channels 1,2,3,4\\n\\nPopulate list enters rgba.red, rgba.green, rgba.blue, rgba.alpha into input side\\n\\nCreates a copy node, that copies red, green, blue, alpha channels over to newly created channels with layernames\\n\\nThis creates layer.red only to minimize channels, Does Not create layer.red, layer.green, layer.blue, etc\" T ChannelCreator}\n addUserKnob {26 ver l Version: T v02}\n}\n Input {\n inputs 0\n name Input\n xpos 170\n ypos -177\n }\n Shuffle {\n name Shuffle1\n xpos 170\n ypos -136\n }\n Output {\n name Output1\n xpos 170\n ypos -36\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_ChromaSmear.gizmo", "content": "Group {\nname ChromaSmear\ntile_color 0xd26524ff\nnote_font \"Bitstream Vera Sans Bold\"\nnote_font_color 0xffffffff\nselected true\naddUserKnob {20 ChromaSmear}\naddUserKnob {26 note l \"\" +STARTLINE T \"Area input = pre-mask (mult vectors)\"}\naddUserKnob {26 note3 l \" \" -STARTLINE T \"Vector input = custom vectors\"}\naddUserKnob {26 note2 l \"\" +STARTLINE T \"Mask input = post-mask (keymix)\"}\naddUserKnob {26 \"\"}\naddUserKnob {7 abberation R -5 5}\nabberation 3\naddUserKnob {7 saturation}\nsaturation 1\naddUserKnob {7 offset R -1 1}\noffset 0.5\naddUserKnob {26 \"\"}\naddUserKnob {41 translate T Transform1.translate}\naddUserKnob {41 rotate T Transform1.rotate}\naddUserKnob {41 scale T Transform1.scale}\naddUserKnob {41 center T Transform1.center}\naddUserKnob {41 opacity l fade T Radial1.opacity}\naddUserKnob {26 \"\"}\naddUserKnob {7 overallAmount l \"Overall Amount\" R -2 3}\noverallAmount 1\naddUserKnob {7 Mask_softness l \"Radial Mask\"}\naddUserKnob {6 exportAPchroma l \"Export apChroma layer\" +STARTLINE}\nexportAPchroma true\naddUserKnob {26 \"\"}\naddUserKnob {26 \"\" l mask T \"\"}\naddUserKnob {41 maskChannelInput l \"\" -STARTLINE T Merge5.maskChannelInput}\naddUserKnob {41 inject -STARTLINE T Merge5.inject}\naddUserKnob {41 invert_mask l invert -STARTLINE T Merge5.invert_mask}\naddUserKnob {41 fringe -STARTLINE T Merge5.fringe}\naddUserKnob {41 mix T Merge5.mix}\naddUserKnob {26 \"\"}\naddUserKnob {26 credit l \"\" +STARTLINE T \"Luc Julien 2010 | edited by Tony Lyons 2024\"}\n}\nInput {\ninputs 0\nname InputMask\nxpos -31\nypos 1074\nnumber 1\n}\nInput {\ninputs 0\nname InputArea\nxpos 311\nypos 20\nnumber 2\n}\nAddChannels {\nchannels rgba\ncolor 1\nname AddChannels1\nxpos 311\nypos 58\n}\nInvert {\nname Invert2\nxpos 311\nypos 97\n}\nInput {\ninputs 0\nname Inputvectors\nlabel \"\\[value number]\"\nxpos 178\nypos 5\nnumber 3\n}\nRadial {\ninputs 0\ncliptype none\ninvert true\nopacity 0.25\narea {{curve i} {curve i} {input.width i} {input.height i}}\nsoftness {{parent.Mask_softness*-1+1+.5 i x1 0.585}}\nplinear true\nname Radial1\nxpos 145\nypos -108\n}\nInput {\ninputs 0\nname Inputimg\nxpos -210\nypos -402\n}\nDot {\nname Dot1\nnote_font_size 41\nxpos -176\nypos -312\n}\nset N1a4f5220 [stack 0]\nRemove {\nname Remove1\nxpos 31\nypos -322\n}\nAdjBBox {\nnumpixels {{width/4} {width/4}}\nname AdjBBox1\nxpos 31\nypos -237\n}\nExpression {\nexpr0 x\nexpr1 y\nname Expression1\nxpos 31\nypos -213\n}\nset N61e77b00 [stack 0]\nDot {\nname Dot2\nxpos -79\nypos -210\n}\nTransform {\nscale 1.1\ncenter {{input.width/2} {input.height/2}}\nblack_outside false\nname Transform1\nxpos -113\nypos -189\n}\npush $N61e77b00\nMerge2 {\ninputs 2\noperation minus\nname Merge1\nxpos 31\nypos -189\n}\nInvert {\nchannels rgba\nname Invert1\nxpos 31\nypos -165\n}\nMerge2 {\ninputs 2\noperation multiply\nname Merge2\nxpos 31\nypos -54\n}\nSwitch {\ninputs 2\nwhich {{\"\\[exists parent.input3]\"}}\nname Switch1\nxpos 31\nypos 17\n}\nMultiply {\ninputs 1+1\nvalue 0\nname Multiply1\nlabel \"\\[value value]\"\nxpos 31\nypos 91\n}\nMultiply {\nvalue {{parent.overallAmount}}\nname Multiply2\nlabel \"\\[value value]\"\nxpos 31\nypos 192\n}\nDot {\nname Dot5\nnote_font_size 41\nxpos 65\nypos 312\n}\npush $N1a4f5220\nCopy {\ninputs 2\nfrom0 rgba.red\nto0 forward.u\nfrom1 rgba.green\nto1 forward.v\nname Copy1\nxpos -210\nypos 296\n}\nset N1c2c5f10 [stack 0]\nShuffle {\nred black\ngreen black\nname Shuffle3\nxpos -119\nypos 374\n}\nVectorBlur {\nchannels {-rgba.red -rgba.green rgba.blue rgba.alpha}\nuv forward\nscale -1\noffset {{(-.5*abberation*.8)+parent.offset}}\nname VectorBlur3\nxpos -119\nypos 412\n}\nset N646404e0 [stack 0]\npush $N1c2c5f10\nShuffle {\nred black\nblue black\nname Shuffle2\nxpos -210\nypos 375\n}\nVectorBlur {\nchannels {-rgba.red rgba.green -rgba.blue rgba.alpha}\nuv forward\nscale -1\noffset {{(-.5*abberation*.6)+parent.offset}}\nname VectorBlur2\nxpos -210\nypos 413\n}\nset N1c2622c0 [stack 0]\npush $N1c2c5f10\nShuffle {\ngreen black\nblue black\nname Shuffle1\nxpos -297\nypos 375\n}\nVectorBlur {\nchannels {rgba.red -rgba.green -rgba.blue rgba.alpha}\nuv forward\nscale -1\noffset {{(-.5*abberation*.4)+parent.offset}}\nname VectorBlur1\nxpos -297\nypos 413\n}\nset N1ca3d980 [stack 0]\npush $N646404e0\nExpression {\nexpr3 a*0.114\nname Expression4\nxpos -119\nypos 466\n}\npush $N1c2622c0\nExpression {\nexpr3 a*0.587\nname Expression3\nxpos -210\nypos 468\n}\npush $N1ca3d980\nExpression {\nexpr3 a*0.299\nname Expression2\nxpos -297\nypos 467\n}\nMerge2 {\ninputs 2\noperation plus\nname Merge3\nxpos -248\nypos 509\n}\nMerge2 {\ninputs 2\noperation plus\nname Merge4\nxpos -182\nypos 553\n}\nadd_layer {apChroma apChroma.red apChroma.green apChroma.blue apChroma.alpha}\nCopy {\ninputs 2\nfrom0 rgba.alpha\nto0 apChroma.red\nname Copy2\nxpos -182\nypos 603\ndisable {{!parent.exportAPchroma}}\n}\nCopy {\ninputs 2\nfrom0 rgba.alpha\nto0 apChroma.green\nname Copy3\nxpos -182\nypos 656\ndisable {{!parent.exportAPchroma}}\n}\nCopy {\ninputs 2\nfrom0 rgba.alpha\nto0 apChroma.blue\nname Copy4\nxpos -182\nypos 710\ndisable {{!parent.exportAPchroma}}\n}\npush $N1c2c5f10\nVectorBlur {\nuv forward\nscale -1.6\nname VectorBlur4\nxpos 7\nypos 409\n}\nAddChannels {\nchannels rgba\nname AddChannels2\nxpos 7\nypos 447\n}\nset N66be8190 [stack 0]\npush $N66be8190\npush $N66be8190\npush $N66be8190\nCopy {\ninputs 2\nfrom0 rgba.alpha\nto0 apChroma.red\nname Copy7\nxpos 77\nypos 499\ndisable {{!parent.exportAPchroma}}\n}\nCopy {\ninputs 2\nfrom0 rgba.alpha\nto0 apChroma.green\nname Copy8\nxpos 77\nypos 553\ndisable {{!parent.exportAPchroma}}\n}\nCopy {\ninputs 2\nfrom0 rgba.alpha\nto0 apChroma.blue\nname Copy9\nxpos 77\nypos 606\ndisable {{!parent.exportAPchroma}}\n}\nMerge2 {\ninputs 2\noperation copy\noutput rgb\nalso_merge apChroma\nmix {{parent.saturation}}\nname Merge6\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nxpos -182\nypos 773\naddUserKnob {20 TRX}\naddUserKnob {22 swap l \"swap to Merge All Node\" -STARTLINE T \"from csnuke_tools.trixter.snippets import convertMergeToAll as convertMergeToAll;convertMergeToAll.convToAll()\"}\n}\nDot {\nname Dot29\nnote_font_size 41\nxpos -148\nypos 857\n}\nset Nb70ea430 [stack 0]\nShuffle {\nin apChroma\nname Shuffle4\nlabel \"\\[value in] \\[ expr \\{ \\[value out2] == \\\"none\\\" ? \\\" \\\" : \\[concat → \\[value out2]] \\}]\"\nxpos -58\nypos 841\n}\nSaturation {\nsaturation 0\nname Saturation1\nxpos -58\nypos 893\n}\nset N1c30b770 [stack 0]\npush $N1c30b770\npush $Nb70ea430\nCopy {\ninputs 2\nfrom0 rgba.red\nto0 rgba.alpha\nname Copy5\nxpos -182\nypos 887\n}\nCopy {\ninputs 2\nfrom0 rgba.red\nto0 apChroma.alpha\nname Copy6\nxpos -182\nypos 925\ndisable {{!parent.exportAPchroma}}\n}\nCrop {\nbox {{curve i} {curve i} {input.width i} {input.height i}}\nname Crop1\nxpos -182\nypos 1016\n}\npush $N1a4f5220\nDot {\nname Dot3\nnote_font_size 41\nxpos -424\nypos -312\n}\nDot {\nname Dot4\nnote_font_size 41\nxpos -424\nypos 1084\n}\nMerge2 {\ninputs 2+1\noperation copy\nalso_merge apChroma\nname Merge5\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nxpos -182\nypos 1080\naddUserKnob {20 TRX}\naddUserKnob {22 swap l \"swap to Merge All Node\" -STARTLINE T \"from csnuke_tools.trixter.snippets import convertMergeToAll as convertMergeToAll;convertMergeToAll.convToAll()\"}\n}\nOutput {\nname Output1\nxpos -182\nypos 1185\n}\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_Chromatik.gizmo", "content": "Group {\n name Chromatik\n help \"Chromatic aberration node using a real spectral gradient.\"\n addUserKnob {20 User l Chromatik}\n addUserKnob {41 center l \"Center Point\" T RadialVectorGenerator1.center}\n addUserKnob {41 ratio l \"Aspect Ratio\" T RadialVectorGenerator1.ratio}\n addUserKnob {26 \"\"}\n addUserKnob {41 Multiplier l Size T Vector_Chromatic.Multiplier}\n addUserKnob {26 \"\"}\n addUserKnob {41 protect l \"Protect Center\" T RadialVectorGenerator1.protect}\n addUserKnob {41 gamma l \"Falloff Hardness\" T RadialVectorGenerator1.gamma}\n addUserKnob {41 rotate l Swirl T RadialVectorGenerator1.rotate}\n addUserKnob {26 \"\"}\n addUserKnob {41 saturation l Saturation T Vector_Chromatic.saturation}\n addUserKnob {41 offset l Offset T Vector_Chromatic.offset}\n addUserKnob {26 \"\"}\n addUserKnob {41 min l \"Min Samples\" T Vector_Chromatic.min}\n addUserKnob {41 max l \"Max Samples\" -STARTLINE T Vector_Chromatic.max}\n addUserKnob {26 \"\"}\n addUserKnob {26 spin_copyright l \"\" t \"© SPINVFX\\nChromatik\\nVersion 1.1\\n2018\" +STARTLINE T \"SPINVFX - Version 1.1 - 2018 - Github Page\"}\n}\n Input {\n inputs 0\n name Input\n xpos 829\n ypos -285\n }\n Dot {\n name Dot52\n tile_color 0xcccccc00\n xpos 863\n ypos -181\n }\nset Nbfccea0 [stack 0]\n Group {\n name RadialVectorGenerator1\n xpos 985\n ypos -184\n disable {{\"!\\[exists parent.input]\"}}\n addUserKnob {20 genTab l Generator}\n addUserKnob {12 center l \"Center Point\" t \"Center of the Radial vectors\"}\n center {960 540}\n addUserKnob {7 ratio l \"Aspect Ratio\" t \"Distort the circle to a different aspect ratio.\" R 0.5 2}\n ratio 1\n addUserKnob {26 \"\"}\n addUserKnob {7 protect l \"Protect Center\" t \"Create an area around your center that won't be affected by vectors. (0,0 vectors)\\nOther vectors will be spread around that center so that there isn't a sharp transition.\\n\\nA value of 1 or above would protect the whole image, not producting any vectors.\"}\n addUserKnob {7 gamma l Gamma t \"Gamma the magnitude of the vectors, to create a sharper or smoother transition between the center and the outskirt areas.\" R 0.1 2}\n gamma 1\n addUserKnob {26 \"\"}\n addUserKnob {7 rotate l Rotate t \"Rotating the vectors can create either a zoom type of vectors (0, 180 rotation), a spin (90, 270 rotation) or a swirl for any value in between.\" R 0 360}\n addUserKnob {7 multiply l Multiply t \"Multpilies the overall value/length of the vectors.\" R 0 10}\n multiply 1\n }\n Input {\n inputs 0\n name Input1\n xpos -908\n ypos 131\n }\n Expression {\n expr0 x/width\n expr1 y/height\n expr2 0\n name Expression1\n xpos -908\n ypos 182\n }\n BlinkScript {\n recompileCount 28\n ProgramGroup 1\n KernelDescription \"2 \\\"RadialVectors\\\" iterate pixelWise 022dfefcb578cac450e99b3e9eaa966ae848c25352f9d35bd31e5f1e18b9e87e 2 \\\"src\\\" Read Point \\\"dst\\\" Write Point 7 \\\"Aspect Ratio\\\" Float 1 AACAPw== \\\"Center\\\" Float 2 AACAPwAAgD8= \\\"Protect Center\\\" Float 1 AAAAAA== \\\"Rotate Vectors\\\" Float 1 AAAAAA== \\\"Gamma\\\" Float 1 AACAPw== \\\"Multiply\\\" Float 1 AACAPw== \\\"size\\\" Float 2 AAAAAAAAAAA= 7 \\\"ratio\\\" 1 1 \\\"center\\\" 2 1 \\\"protect\\\" 1 1 \\\"rotate\\\" 1 1 \\\"gamma\\\" 1 1 \\\"multiply\\\" 1 1 \\\"size\\\" 2 1 1 \\\"_imgDiag\\\" Float 1 1 AAAAAA==\"\n kernelSource \"kernel RadialVectors : ImageComputationKernel\\n\\{\\n Image src; //the input image\\n Image dst; //the output image\\n\\n param:\\n float ratio; //This parameter is made available to the user.\\n float2 center;\\n float protect;\\n float rotate;\\n float gamma;\\n float multiply;\\n float2 size;\\n\\n local:\\n\\n float _imgDiag; //Image diagonal\\n\\n //In define(), parameters can be given labels and default values.\\n void define() \\{\\n defineParam(ratio, \\\"Aspect Ratio\\\", 1.0f);\\n defineParam(center, \\\"Center\\\", float2(1.0f,1.0f));\\n defineParam(protect, \\\"Protect Center\\\", 0.0f);\\n defineParam(rotate, \\\"Rotate Vectors\\\", 0.0f);\\n defineParam(gamma, \\\"Gamma\\\", 1.0f);\\n defineParam(multiply, \\\"Multiply\\\", 1.0f);\\n \\}\\n\\n //The init() function is run before any calls to kernel().\\n void init() \\{\\n _imgDiag = length(size);\\n \\}\\n\\n //The kernel function is run at every pixel to produce the output.\\n void process(int2 pos) \\{\\n //float2 posf = float2(pos.x, pos.y);\\n float2 posf = float2(src(0)*size.x, src(1)*size.y);\\n float2 v = posf-center;\\n v = v/(_imgDiag/2.0f);\\n \\n // Edit vector magnitude: Blackpoint+clamp for protecting center\\n if (protect < (1.0f))\\{ //If we protect the whole image then we don't need to output any vectors\\n // Edit aspect Ratio\\n v = float2(v.x, v.y * ratio);\\n // Find vector Magnitude so that can be edited \\n float magv = length(v);\\n\\n magv = max((magv - protect) / (1-protect),0.0f);\\n magv = pow(magv, 1/gamma);\\n float2 normv;\\n if (magv>0)\\{\\n normv = normalize(v);\\n \\}\\n else \\{\\n normv = float2(1.0f, 0.0f);\\n \\}\\n v = normv * magv;\\n // Rotate Normals\\n if (rotate != 0.0f)\\{\\n float r = rotate * 3.141592653589793f / 180.0f;\\n v = float2( v.x * cos(r) - v.y * sin(r), v.x * sin(r) + v.y * cos(r));\\n \\}\\n // Multiply Output\\n //v = v * (_imgDiag/4) * multiply;\\n v = v * multiply;\\n dst() = float4(v.x, v.y, 0.0f, 0.0f);\\n //dst() = float4(magv, magv, magv, 0.0f);\\n \\}\\n else\\{\\n dst() = float4(0.0f);\\n \\}\\n\\n \\}\\n\\};\\n\\n\"\n rebuild \"\"\n \"RadialVectors_Aspect Ratio\" {{parent.ratio}}\n RadialVectors_Center {{parent.center} {parent.center}}\n \"RadialVectors_Protect Center\" {{parent.protect}}\n \"RadialVectors_Rotate Vectors\" {{parent.rotate}}\n RadialVectors_Gamma {{parent.gamma}}\n RadialVectors_Multiply {{parent.multiply}}\n RadialVectors_size {{width} {height}}\n rebuild_finalise \"\"\n name BlinkScript8\n xpos -908\n ypos 271\n }\n Output {\n name Output1\n xpos -908\n ypos 340\n }\n StickyNote {\n inputs 0\n name StickyNote1\n label \"We base the calculation on a modified STMAP instead of actual x/y because blinkscript doesn't handle proxy res very well\"\n xpos -797\n ypos 180\n }\n end_group\n Dot {\n name Dot1\n tile_color 0xcccccc00\n xpos 1019\n ypos -41\n }\npush $Nbfccea0\n Group {\n inputs 2\n name Vector_Chromatic\n xpos 829\n ypos -44\n disable {{\"!\\[exists parent.input]\"}}\n addUserKnob {20 Chromatik}\n addUserKnob {26 title l \"Generate Gradient\"}\n addUserKnob {41 lut l \"\" -STARTLINE T ColorLookup1.lut}\n addUserKnob {6 clampg l \"Clamp Gradient\" +STARTLINE}\n clampg true\n addUserKnob {7 saturation l Saturation R 0 2}\n saturation 1\n addUserKnob {26 \"\"}\n addUserKnob {7 Multiplier R 0 250}\n Multiplier 50\n addUserKnob {7 offset l Offset t \"Negate Vectors (-1)\\nCenter Vectors (0)\\nRegular Vectors (1)\" R -1 1}\n addUserKnob {26 \"\"}\n addUserKnob {3 min l \"Min Samples\" t \"How many times the operation will be run.\\nHigher Values = Smoother result = Slower render\"}\n min 5\n addUserKnob {3 max l \"Max Samples\" t \"How many times the operation will be run.\\nHigher Values = Smoother result = Slower render\" -STARTLINE}\n max 150\n addUserKnob {6 normalize l Normalize t \"Conserves original color better\" +STARTLINE}\n normalize true\n addUserKnob {6 XYZ_space t \"Process in XYZ space.\" -STARTLINE}\n addUserKnob {6 bbox l \"BBox Union\" t \"Union the BBox of the image and the vectormap rather than using the image's bbox\" -STARTLINE}\n }\n BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0x71c67100\n label \"Gradient Generator\"\n note_font_size 42\n xpos 368\n ypos -422\n bdheight 293\n }\n Input {\n inputs 0\n name Img\n xpos 206\n ypos -530\n }\n Dot {\n name Dot3\n xpos 240\n ypos -448\n }\nset Nc02b6d0 [stack 0]\n Input {\n inputs 0\n name Vector_Map\n xpos 587\n ypos -533\n number 1\n }\n CopyBBox {\n inputs 2\n name CopyBBox1\n xpos 587\n ypos -452\n disable {{parent.bbox}}\n }\n Dot {\n name Dot1\n tile_color 0x9e3c6300\n xpos 621\n ypos 18\n }\n Reformat {\n inputs 0\n type \"to box\"\n box_width 100\n box_height 4\n box_fixed true\n name Reformat2\n xpos 378\n ypos -342\n }\n Ramp {\n p0 {0 0}\n p1 {99 0}\n name Ramp1\n xpos 378\n ypos -316\n }\n ColorLookup {\n lut {master {}\n red {curve C x-0.05884177983 -0.004536509514 x0.01015070826 0 s0.1400000006 x0.1017729789 0.1076634228 x0.1737238914 0 x0.4376193285 0 x0.6908689141 0.9834897519 S x0.7745882273 0.8638155506 C x0.871829927 0.2472041845 S x1.006029606 0 C x1.015911102 0}\n green {curve x0.0120717017 0 x0.1647586226 0 x0.2049030662 0 x0.5025014281 0.9204615951 x0.6684435606 0.3995269537 x0.7975517511 0 x0.905554533 0 x1.027772069 0 x1.02872479 0}\n blue {curve x-0.06189316511 0 s0 x0.01178315841 0 x0.06641255319 0.1264923215 C x0.1299110055 0.6372379661 x0.3119857609 0.7685220838 S x0.360124141 0.3393670321 x0.5631426573 0 C x0.7848843336 0 S x0.9272136688 0 x1.066449285 0 x1.069784403 0}\n alpha {}}\n name ColorLookup1\n xpos 378\n ypos -290\n }\n Clamp {\n minimum_enable {{parent.clampg}}\n maximum_enable false\n name Clamp4\n xpos 378\n ypos -264\n }\n Saturation {\n saturation {{parent.saturation}}\n name Saturation1\n xpos 378\n ypos -226\n }\n Expression {\n expr3 clamp(.2126*r+.7152*g+0.0722*b)\n name Luma_to_Alpha\n xpos 378\n ypos -159\n }\n Colorspace {\n colorspace_out CIE-XYZ\n name Colorspace2\n label \"input \\[value colorspace_in]\\noutput \\[value colorspace_out]\"\n xpos 378\n ypos -91\n disable {{1-parent.XYZ_space}}\n }\npush $Nc02b6d0\n Colorspace {\n colorspace_out CIE-XYZ\n name Colorspace1\n label \"input \\[value colorspace_in]\\noutput \\[value colorspace_out]\"\n xpos 206\n ypos -90\n disable {{1-parent.XYZ_space}}\n }\n Dot {\n name Dot2\n xpos 240\n ypos 18\n }\n BlinkScript {\n inputs 3\n recompileCount 8\n ProgramGroup 1\n KernelDescription \"2 \\\"Chromatic\\\" iterate pixelWise 6f453a157371752868a37327fbdb66c1856663f8af8ccd497d5f5f6edc9785cd 4 \\\"src\\\" Read Random \\\"gradient\\\" Read Random \\\"vector\\\" Read Point \\\"dst\\\" Write Point 6 \\\"Multiply\\\" Float 1 AACAPw== \\\"Min Samples\\\" Int 1 BAAAAA== \\\"Max Samples\\\" Int 1 UAAAAA== \\\"Offset\\\" Float 1 AAAAAA== \\\"Normalize\\\" Bool 1 AQ== \\\"proxy\\\" Float 1 AAAAAA== 6 \\\"multiply\\\" 1 1 \\\"min_samples\\\" 1 1 \\\"max_samples\\\" 1 1 \\\"offset\\\" 1 1 \\\"normalize\\\" 1 1 \\\"proxy\\\" 1 1 0\"\n kernelSource \"kernel Chromatic : ImageComputationKernel\\n\\{\\n Image src; //the input image\\n Image gradient; //color gradient\\n Image vector; //VectorMap\\n Image dst; //the output image\\n\\n param:\\n float multiply; //This parameter is made available to the user.\\n int min_samples;\\n int max_samples;\\n float offset;\\n bool normalize;\\n float proxy;\\n\\n local:\\n\\n\\n //In define(), parameters can be given labels and default values.\\n void define() \\{\\n defineParam(multiply, \\\"Multiply\\\", 1.0f);\\n defineParam(min_samples, \\\"Min Samples\\\", 4); \\n defineParam(max_samples, \\\"Max Samples\\\", 80); \\n defineParam(offset, \\\"Offset\\\", 0.0f);\\n defineParam(normalize, \\\"Normalize\\\", true);\\n \\}\\n\\n //The kernel function is run at every pixel to produce the output.\\n void process(int2 pos) \\{\\n SampleType(src) valueSum(0);\\n SampleType(src) curVal(0);\\n float2 fpos = float2(pos.x,pos.y); \\n float nSample;\\n int l;\\n\\n\\n //Read Vector value\\n float2 v = float2(vector(0), vector(1));\\n // Take into account the proxy scale\\n v = v*proxy;\\n //Vector Length int\\n l = int(floor(length(v)*fabs(multiply)+0.5));\\n \\n\\n //Define Adaptive Sampling\\n int samples;\\n if (l < min_samples)\\{samples = min_samples;\\}\\n else if (l > max_samples)\\{samples = max_samples;\\}\\n else \\{samples = l;\\}\\n\\n\\n //Init value for normalization \\n float4 normSum = float4(0.0f) ;\\n\\n // Loop through Samples\\n for( int a = 0; a < samples; a ++ )\\n \\{\\n // Define normalised index of this sample (0-1 range)\\n nSample = float(a)/samples;\\n\\n // Define the vector value for this pass (depending on offset)\\n float2 Ofs = ((v*nSample)-(v*(offset/2.0f+0.5f)))*multiply+fpos;\\n\\n curVal = bilinear(src,Ofs.x,Ofs.y); //This function does a bilinear sampling of the scr image\\n int gIndex = int(99.0f*proxy*nSample+0.5f);\\n float4 gradVal = gradient(gIndex,0);\\n valueSum += curVal*gradVal;\\n normSum += float4(gradVal);\\n \\}\\n\\n if (normalize)\\{\\n dst() = (valueSum/float(samples))/(normSum/float(samples));\\n \\}\\n else \\{\\n dst() = (valueSum/float(samples));\\n \\}\\n \\}\\n\\};\\n\\n\"\n rebuild \"\"\n Chromatic_Multiply {{parent.Multiplier}}\n \"Chromatic_Min Samples\" {{parent.min}}\n \"Chromatic_Max Samples\" {{parent.max}}\n Chromatic_Offset {{parent.offset}}\n Chromatic_Normalize {{parent.normalize x50 0}}\n Chromatic_proxy {{\"proxy ? (proxy_type ? proxy_scale : \\[lindex \\[value proxy_format] 0] / \\[lindex \\[value format] 0]) : 1\"}}\n rebuild_finalise \"\"\n name BlinkScript10\n xpos 378\n ypos 8\n }\n Colorspace {\n colorspace_in CIE-XYZ\n name Colorspace3\n label \"input \\[value colorspace_in]\\noutput \\[value colorspace_out]\"\n xpos 378\n ypos 116\n disable {{1-parent.XYZ_space}}\n }\n Clamp {\n maximum_enable false\n name Clamp1\n xpos 378\n ypos 204\n }\n Output {\n name Output1\n xpos 378\n ypos 272\n }\n end_group\n Output {\n name Output1\n xpos 829\n ypos 56\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_ColorCopy.gizmo", "content": "set cut_paste_input [stack 0]\npush $cut_paste_input\npush 0\nGroup {\n inputs 2\n name ColorCopy\n knobChanged \"n = nuke.thisNode()\\nk = nuke.thisKnob()\\n\\nif k.name() == \\\"output\\\":\\n method = n.knob('output').value()\\n if method == 'HSV' or method == 'HSL':\\n n.knob('colorMix').setVisible(False)\\n n.knob('lumaMix').setVisible(True)\\n n.knob('hue').setVisible(True)\\n n.knob('sat').setVisible(True)\\n \\n else:\\n n.knob('colorMix').setVisible(True)\\n n.knob('lumaMix').setVisible(True)\\n n.knob('hue').setVisible(False)\\n n.knob('sat').setVisible(False)\\n \\n if method == 'HSV':\\n n.knob('lumaMix').setLabel('Value Mix')\\n \\n else:\\n n.knob('lumaMix').setLabel('Luminance Mix')\\n\\n \"\n tile_color 0x4c7bd1ff\n note_font_color 0xffffffff\n selected true\n addUserKnob {20 ColorCopy}\n addUserKnob {41 channels T Merge5.also_merge}\n addUserKnob {4 output l method M {HSV HSL \"Rec 709\" \"Ccir 601\" Average Maximum \"\"}}\n addUserKnob {6 opInLog l \"Operations in Log\" -STARTLINE}\n addUserKnob {7 colorMix l \"Color Mix\" +HIDDEN}\n colorMix 1\n addUserKnob {7 hue l \"Hue Mix\"}\n hue 1\n addUserKnob {7 sat l \"Saturation Mix\"}\n sat 1\n addUserKnob {7 lumaMix l \"Value Mix\"}\n addUserKnob {26 \"\"}\n addUserKnob {26 \"\" l mask T \"\"}\n addUserKnob {41 maskChannelInput l \"\" -STARTLINE T Merge5.maskChannelInput}\n addUserKnob {41 inject -STARTLINE T Merge5.inject}\n addUserKnob {41 invert_mask l invert -STARTLINE T Merge5.invert_mask}\n addUserKnob {41 fringe -STARTLINE T Merge5.fringe}\n addUserKnob {41 mix T Merge5.mix}\n}\n Input {\n inputs 0\n name Inputmask\n xpos -12\n ypos 1290\n number 2\n }\n Input {\n inputs 0\n name InputA\n xpos 327\n ypos -107\n number 1\n }\n Dot {\n name Dot2\n label A\n note_font_size 41\n xpos 361\n ypos -41\n }\n Clamp {\n maximum_enable false\n name Clamp2\n xpos 327\n ypos 145\n disable {{!parent.opInLog}}\n }\n Log2Lin {\n channels all\n operation lin2log\n name Log2Lin1\n xpos 327\n ypos 208\n disable {{!parent.opInLog}}\n }\n Dot {\n name Dot12\n note_font_size 41\n xpos 361\n ypos 325\n }\nset N42f8f030 [stack 0]\n Dot {\n name Dot13\n note_font_size 41\n xpos 1439\n ypos 325\n }\n Dot {\n name Dot25\n note_font_size 41\n xpos 1439\n ypos 376\n }\nset N42fa0000 [stack 0]\n Colorspace {\n channels all\n colorspace_out HSL\n name Colorspace5\n xpos 1525\n ypos 506\n }\npush $N42fa0000\n Colorspace {\n channels all\n colorspace_out HSV\n name Colorspace2\n xpos 1405\n ypos 503\n }\n Switch {\n inputs 2\n which {{\"output == 1 ? 1 : 0\"}}\n name Switch5\n xpos 1405\n ypos 587\n }\n Dot {\n name Dot16\n note_font_size 41\n xpos 1439\n ypos 749\n }\nset N42fb3f10 [stack 0]\n Dot {\n name Dot17\n note_font_size 41\n xpos 1439\n ypos 821\n }\nset N42f3de80 [stack 0]\n Dot {\n name Dot18\n note_font_size 41\n xpos 1439\n ypos 879\n }\n Multiply {\n value {0 0 1 0}\n name Multiply3\n label \"\\[value value]\"\n xpos 1274\n ypos 867\n }\n Input {\n inputs 0\n name InputB\n xpos -174\n ypos -93\n }\n Dot {\n name Dot1\n label B\n note_font_size 41\n xpos -140\n ypos -32\n }\n Dot {\n name Dot11\n note_font_size 41\n xpos -140\n ypos 36\n }\nset N43400220 [stack 0]\n Clamp {\n maximum_enable false\n name Clamp1\n xpos -174\n ypos 157\n disable {{!parent.opInLog}}\n }\n Log2Lin {\n channels all\n operation lin2log\n name Log2Lin2\n selected true\n xpos -174\n ypos 213\n disable {{!parent.opInLog}}\n }\n Dot {\n name Dot14\n note_font_size 41\n xpos -140\n ypos 394\n }\nset N4340edf0 [stack 0]\n Dot {\n name Dot15\n note_font_size 41\n xpos 778\n ypos 394\n }\nset N43412a20 [stack 0]\n Colorspace {\n channels all\n colorspace_out HSL\n name Colorspace4\n xpos 862\n ypos 504\n }\npush $N43412a20\n Colorspace {\n channels all\n colorspace_out HSV\n name Colorspace1\n xpos 744\n ypos 508\n }\n Switch {\n inputs 2\n which {{\"output == 1 ? 1 : 0\"}}\n name Switch2\n xpos 744\n ypos 564\n }\n Dot {\n name Dot20\n note_font_size 41\n xpos 778\n ypos 621\n }\nset N42fca4d0 [stack 0]\n Dot {\n name Dot21\n note_font_size 41\n xpos 942\n ypos 621\n }\nset N42fc8ee0 [stack 0]\n Dot {\n name Dot22\n note_font_size 41\n xpos 1052\n ypos 621\n }\nset N42f03800 [stack 0]\n Dot {\n name Dot23\n note_font_size 41\n xpos 1162\n ypos 621\n }\n Multiply {\n value {0 0 1 0}\n name Multiply7\n label \"\\[value value]\"\n xpos 1128\n ypos 676\n }\n Merge2 {\n inputs 2\n operation copy\n Achannels none\n Bchannels none\n output none\n also_merge all\n mix {{parent.lumaMix}}\n name Merge10\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 1128\n ypos 867\n }\npush $N42f3de80\n Multiply {\n value {0 1 0 0}\n name Multiply2\n label \"\\[value value]\"\n xpos 1279\n ypos 809\n }\npush $N42f03800\n Multiply {\n value {0 1 0 0}\n name Multiply6\n label \"\\[value value]\"\n xpos 1018\n ypos 676\n }\n Merge2 {\n inputs 2\n operation copy\n Achannels none\n Bchannels none\n output none\n also_merge all\n mix {{parent.sat}}\n name Merge8\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 1018\n ypos 814\n }\npush $N42fb3f10\n Multiply {\n value {1 0 0 0}\n name Multiply1\n label \"\\[value value]\"\n xpos 1276\n ypos 737\n }\npush $N42fc8ee0\n Multiply {\n value {1 0 0 0}\n name Multiply4\n label \"\\[value value]\"\n xpos 908\n ypos 676\n }\n Merge2 {\n inputs 2\n operation copy\n Achannels none\n Bchannels none\n output none\n also_merge all\n mix {{parent.hue}}\n name Merge6\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 908\n ypos 742\n }\npush $N42fca4d0\n Multiply {\n value {0 0 0 1}\n name Multiply5\n label \"\\[value value]\"\n xpos 744\n ypos 672\n }\n Merge2 {\n inputs 2\n operation plus\n Achannels none\n Bchannels none\n output none\n also_merge all\n name Merge7\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 744\n ypos 742\n }\n Merge2 {\n inputs 2\n operation plus\n Achannels none\n Bchannels none\n output none\n also_merge all\n name Merge9\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 744\n ypos 814\n }\n Merge2 {\n inputs 2\n operation plus\n Achannels none\n Bchannels none\n output none\n also_merge all\n name Merge11\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 744\n ypos 872\n }\n Dot {\n name Dot26\n note_font_size 41\n xpos 778\n ypos 937\n }\nset N43460e20 [stack 0]\n Colorspace {\n channels all\n colorspace_in HSL\n name Colorspace6\n xpos 857\n ypos 985\n }\npush $N43460e20\n Colorspace {\n channels all\n colorspace_in HSV\n name Colorspace3\n xpos 744\n ypos 983\n }\n Switch {\n inputs 2\n which {{\"output == 1 ? 1 : 0\"}}\n name Switch3\n xpos 744\n ypos 1040\n }\n Dot {\n name Dot19\n note_font_size 41\n xpos 778\n ypos 1088\n }\npush $N42f8f030\n Dot {\n name Dot3\n note_font_size 41\n xpos 361\n ypos 545\n }\nset N43492d80 [stack 0]\n Toe2 {\n channels all\n lift 0.0001\n name Toe2\n xpos 327\n ypos 599\n }\npush $N43492d80\n Saturation {\n channels all\n saturation 0\n mode {{\"output == 0 || output == 1 ? 0 : parent.output - 2\"}}\n name Saturation3\n xpos 485\n ypos 538\n }\n Dot {\n name Dot24\n note_font_size 41\n xpos 519\n ypos 753\n }\nset N434aae90 [stack 0]\n Dot {\n name Dot8\n note_font_size 41\n xpos 519\n ypos 834\n }\n Merge2 {\n inputs 2\n operation divide\n Achannels none\n Bchannels none\n output none\n also_merge all\n name Merge4\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 327\n ypos 827\n }\n Dot {\n name Dot7\n note_font_size 41\n xpos 361\n ypos 885\n }\npush $N4340edf0\n Dot {\n name Dot4\n note_font_size 41\n xpos -140\n ypos 542\n }\nset N434c40a0 [stack 0]\n Dot {\n name Dot6\n note_font_size 41\n xpos 29\n ypos 542\n }\n Toe2 {\n channels all\n lift 0.0001\n name Toe1\n xpos -5\n ypos 596\n }\npush $N434c40a0\n Saturation {\n channels all\n saturation 0\n mode {{\"output == 0 || output == 1 ? 0 : parent.output - 2\" x1 0}}\n name Saturation2\n xpos -174\n ypos 666\n }\nset N434d5c10 [stack 0]\n Merge2 {\n inputs 2\n operation divide\n Achannels none\n Bchannels none\n output none\n also_merge all\n name Merge2\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos -5\n ypos 666\n }\n Dissolve {\n inputs 2\n which {{parent.colorMix}}\n name Dissolve1\n xpos -5\n ypos 878\n }\n Dot {\n name Dot5\n note_font_size 41\n xpos 29\n ypos 957\n }\npush $N434aae90\npush $N434d5c10\n Dissolve {\n inputs 2\n which {{parent.lumaMix}}\n name Dissolve2\n xpos -174\n ypos 750\n }\n Merge2 {\n inputs 2\n operation multiply\n Achannels none\n Bchannels none\n output none\n also_merge all\n name Merge3\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos -174\n ypos 950\n }\n Switch {\n inputs 2\n which {{\"output == 0 || output == 1 ? 1 : 0\"}}\n name Switch1\n xpos -174\n ypos 1085\n }\n Log2Lin {\n channels all\n name Log2Lin4\n xpos -174\n ypos 1150\n disable {{!parent.opInLog}}\n }\npush $N43400220\n Dot {\n name Dot10\n note_font_size 41\n xpos -380\n ypos 36\n }\n Dot {\n name Dot9\n note_font_size 41\n xpos -380\n ypos 1293\n }\n Merge2 {\n inputs 2+1\n operation copy\n bbox B\n Achannels none\n Bchannels none\n output none\n also_merge rgb\n maskChannelInput -rgba.alpha\n name Merge5\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos -174\n ypos 1286\n }\n Output {\n name Output1\n xpos -174\n ypos 1386\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_ColorSampler.gizmo", "content": "Group {\n name apColorSampler\n help \"ColorSampler BETA v0.7 by Adrian Pueyo\\n\\nTool to calculate the average color of a target input (or the src image if there's no target input), weighted through the area input (or the whole frame if there's no area input). It can also calculate the maximum or minimum value over the area. Additionally, you can directly remove color flickering to an image, or apply it from a target.\\n\\nYou can think of ColorSampler as a live version of CurveTool with some additional features using the power of Blinkscript, where instead of being limited to a rectangle you can plug a roto to use for the sampling area... or a key... :)\\n\\nadrianpueyo.com, 2016-2018\"\n knobChanged \"n = nuke.thisNode()\\nk = nuke.thisKnob()\\n\\nom = n\\[\\\"out_mode\\\"].getValue()\\nn\\[\\\"max_min_math\\\"].setVisible(om==1 or om==2)\\nn\\[\\\"calculate_alpha\\\"].setVisible(om!=1 and om!=2)\\nn\\[\\\"reference_frame\\\"].setEnabled(om>2)\\nn\\[\\\"set_to_current\\\"].setEnabled(om>2)\\n\\nif k.name() == \\\"out_mode\\\":\\n kv = int(k.getValue())\\n kb = n.knob(\\\"use_baked\\\")\\n if kv == 1:\\n ctname = \\\"CurveToolMax\\\"\\n elif kv == 2:\\n ctname = \\\"CurveToolMin\\\"\\n else:\\n ctname = \\\"CurveToolAvg\\\"\\n if not nuke.toNode(ctname).knob(\\\"intensitydata\\\").isAnimated():\\n kb.setValue(False)\\n kb.setEnabled(False)\\n else:\\n kb.setEnabled(True)\"\n tile_color 0x8b8b8bff\n selected true\n addUserKnob {20 ColorSampler}\n addUserKnob {4 out_mode l mode t \"Note 1: \\\"target\\\" input will be sampled if there's something plugged. Otherwise, src will be sampled.\\n\\nNote 2: If there is an area input, the sampling will be limited and weighted to that area. If there is nothing plugged in, the whole frame will be sampled.\\n\\nNote 3: For max and min calculations, any value above 0 on the area input will be sampled.\" M {Average Maximum Minimum \"Deflicker src (mult)\" \"Flicker src (mult)\" \"Deflicker src (add)\" \"Flicker src (add)\"}}\n addUserKnob {6 calculate_alpha l \"calculate alpha\" t \"Also apply the tool to the alpha channel. If disabled outputs the original alpha.\" -STARTLINE}\n addUserKnob {4 max_min_math l math +HIDDEN M {\"Rec 709\" \"Ccir 601\" Average Max/Min Per-Channel \"\" \"\" \"\" \"\"}}\n addUserKnob {3 reference_frame l \"ref frame\" t \"Please specify the frame that will have no effect on the color match or stabilization.\" +DISABLED}\n reference_frame 1001\n addUserKnob {22 set_to_current l \"set to current frame\" -STARTLINE +DISABLED T \"nuke.thisNode()\\[\\\"reference_frame\\\"].setValue(nuke.frame())\"}\n addUserKnob {26 space l \"\" +STARTLINE T \" \"}\n addUserKnob {26 bake_title l \"Bake \"}\n addUserKnob {22 bake l Bake T \"n = nuke.thisNode()\\nnmode = int(n.knob(\\\"out_mode\\\").getValue())\\ntry:\\n if nmode == 1:\\n nuke.toNode(\\\"CurveToolMax\\\").knob(\\\"go\\\").execute()\\n elif nmode == 2:\\n nuke.toNode(\\\"CurveToolMin\\\").knob(\\\"go\\\").execute()\\n else:\\n nuke.toNode(\\\"CurveToolAvg\\\").knob(\\\"go\\\").execute()\\n n.knob(\\\"use_baked\\\").setValue(1)\\n n.knob(\\\"use_baked\\\").setEnabled(True)\\nexcept:\\n nuke.message(\\\"Error sampling.\\\")\" +STARTLINE}\n addUserKnob {22 resetBakes l \" Reset Bakes \" -STARTLINE T \"n = nuke.thisNode()\\nfor ctn in \\[\\\"CurveToolAvg\\\",\\\"CurveToolMin\\\",\\\"CurveToolMax\\\"]:\\n ck = nuke.toNode(ctn).knob(\\\"intensitydata\\\")\\n ck.clearAnimated()\\n ck.setValue(0)\\nn.knob(\\\"use_baked\\\").setValue(0)\\nn.knob(\\\"use_baked\\\").setEnabled(False)\"}\n addUserKnob {26 h_sep l \"\" -STARTLINE T \" \"}\n addUserKnob {6 use_baked l \"use baked\" -STARTLINE}\n addUserKnob {26 export_title l \"Export \"}\n addUserKnob {4 exportOptions l \" \" M {Average Maximum Minimum \"Deflicker src (mult) (Current frame)\" \"Deflicker src (mult) (Ref frame)\" \"Flicker src (mult) (Current frame)\" \"Flicker src (mult) (Ref frame)\" \"Deflicker src (add) (Current frame)\" \"Deflicker src (add) (Ref frame)\" \"Flicker src (add) (Current frame)\" \"Flicker src (add) (Ref frame)\"}}\n addUserKnob {6 linked -STARTLINE}\n addUserKnob {22 createGrade l \"create grade\" T \"n = nuke.thisNode()\\nnm = n.name()\\no = int(n.knob(\\\"exportOptions\\\").getValue())\\nl = n.knob(\\\"linked\\\").value()\\nif o in \\[3,5,7,9]:\\n t = nuke.frame()\\nelse:\\n t = int(n.knob(\\\"reference_frame\\\").value())\\n\\n# Check if baked\\nif o == 1:\\n ctname = \\\"CurveToolMax\\\"\\n ctk = \\\"go_max\\\"\\nelif o == 2:\\n ctname = \\\"CurveToolMin\\\"\\n ctk = \\\"go_min\\\"\\nelse:\\n ctname = \\\"CurveToolAvg\\\"\\n ctk = \\\"go_avg\\\"\\nabortExport = False\\nif not nuke.toNode(ctname).knob(\\\"intensitydata\\\").isAnimated():\\n if nuke.ask(\\\"Looks like the you need to analyze it first. Proceed?\\\"):\\n nuke.knob(ctk).execute()\\n else:\\n if not nuke.ask(\\\"But still you want to export it???\\\\nWon't have any animation.\\\"):\\n abortExport = True\\n\\nif not abortExport:\\n multVal = \\[0,0,0,0]\\n offsetVal = \\[0,0,0,0]\\n multExp = \\\"\\\"\\n offsetExp = \\\"\\\"\\n reverse = 0\\n label = \\\"\\\"\\n \\n pasteOn = \\\"\\\"\\n copied = \\\"\\\"\\n \\n if o==0: # Average\\n multVal = 0\\n if l:\\n offsetExp = nm + \\\".CurveToolAvg.intensitydata\\\"\\n else:\\n pasteOn = \\\"add\\\"\\n copied = nuke.toNode(\\\"CurveToolAvg\\\")\\[\\\"intensitydata\\\"].toScript()\\n offsetExp = \\\"curve\\\"\\n label = \\\"Average\\\"\\n elif o==1: # Max\\n multVal = 0\\n if l:\\n offsetExp = nm + \\\".CurveToolMax.intensitydata\\\"\\n else:\\n pasteOn = \\\"add\\\"\\n copied = nuke.toNode(\\\"CurveToolMax\\\")\\[\\\"intensitydata\\\"].toScript()\\n offsetExp = \\\"curve\\\"\\n label = \\\"Maximum\\\"\\n elif o==2: # Min\\n multVal = 0\\n if l:\\n offsetExp = nm + \\\".CurveToolMin.intensitydata\\\"\\n else:\\n pasteOn = \\\"add\\\"\\n copied = nuke.toNode(\\\"CurveToolMin\\\")\\[\\\"intensitydata\\\"].toScript()\\n offsetExp = \\\"curve\\\"\\n label = \\\"Minimum\\\"\\n elif o in \\[3,4,5,6]: # Mult de/flicker\\n offsetVal = 0\\n if l:\\n multExp = nm + \\\".CurveToolAvg.intensitydata(\\\" + str(t) + \\\")/\\\"+nm+\\\".CurveToolAvg.intensitydata\\\"\\n else:\\n pasteOn = \\\"multiply\\\"\\n copied = nuke.toNode(\\\"CurveToolAvg\\\")\\[\\\"intensitydata\\\"].toScript()\\n if not l or o in \\[3,5,7,9]:\\n multExp = \\\"curve(\\\" + str(t) + \\\")/curve\\\"\\n else:\\n multExp = \\\"curve(\\\" + nm + \\\".reference_frame)/curve\\\"\\n if o in \\[3,4]:\\n label = \\\"Deflicker \\\"\\n else:\\n label = \\\"Flicker \\\"\\n if not l or o in \\[3,5,7,9]:\\n label += \\\"(mult)(\\\"+str(t)+\\\")\\\"\\n else:\\n label += \\\"(mult)(\\[value \\\"+ nm + \\\".reference_frame])\\\"\\n elif o in \\[7,8,9,10]: # Add de/flicker\\n multVal = 1\\n if l:\\n offsetExp = nm + \\\".CurveToolAvg.intensitydata(\\\" + str(t) + \\\")/\\\"+nm+\\\".CurveToolAvg.intensitydata\\\"\\n else:\\n pasteOn = \\\"multiply\\\"\\n copied = nuke.toNode(\\\"CurveToolAvg\\\")\\[\\\"intensitydata\\\"].toScript()\\n if not l or o in \\[3,5,7,9]:\\n offsetExp = \\\"curve(\\\" + str(t) + \\\")/curve\\\"\\n else:\\n offsetExp = \\\"curve(\\\" + nm + \\\".reference_frame)/curve\\\"\\n if o in \\[7,8]:\\n label = \\\"Deflicker \\\"\\n else:\\n label = \\\"Flicker \\\"\\n if not l or o in \\[3,5,7,9]:\\n label += \\\"(add)(\\\"+str(t)+\\\")\\\"\\n else:\\n label += \\\"(add)(\\[value \\\"+ nm + \\\".reference_frame])\\\"\\n \\n if o in \\[5,6,9,10]:\\n reverse = 1\\n \\n with nuke.Root():\\n gn = nuke.nodes.Grade()\\n gn.setXYpos(n.xpos()+150,n.ypos()+50)\\n gn\\[\\\"multiply\\\"].setValue(multVal)\\n gn\\[\\\"add\\\"].setValue(offsetVal)\\n if multExp != \\\"\\\":\\n if not l:\\n gn\\[\\\"multiply\\\"].fromScript(copied)\\n gn\\[\\\"multiply\\\"].setExpression(multExp)\\n \\n if offsetExp != \\\"\\\":\\n if not l:\\n gn\\[\\\"add\\\"].fromScript(copied)\\n gn\\[\\\"add\\\"].setExpression(offsetExp)\\n gn\\[\\\"reverse\\\"].setValue(reverse)\\n gn\\[\\\"label\\\"].setValue(label)\\n gn\\[\\\"channels\\\"].setValue(\\\"rgba\\\")\\n for i in \\[\\\"black_clamp\\\",\\\"white_clamp\\\"]:\\n gn\\[i].setValue(False)\\n om = n.knob(\\\"exportOptions\\\")\\n omv = int(om.getValue())\\n if o==omv==1 or o==omv==2 or (o not in \\[1,2] and omv not in \\[1,2]):\\n n.knob(\\\"use_baked\\\").setEnabled(True)\\n \" +STARTLINE}\n addUserKnob {22 createConstant l \"create constant\" -STARTLINE T \"n = nuke.thisNode()\\nnm = n.name()\\no = int(n.knob(\\\"exportOptions\\\").getValue())\\nl = n.knob(\\\"linked\\\").value()\\nif o in \\[3,5,7,9]:\\n t = nuke.frame()\\nelse:\\n t = int(n.knob(\\\"reference_frame\\\").value())\\n\\n# Check if baked\\nif o == 1:\\n ctname = \\\"CurveToolMax\\\"\\n ctk = \\\"go_max\\\"\\nelif o == 2:\\n ctname = \\\"CurveToolMin\\\"\\n ctk = \\\"go_min\\\"\\nelse:\\n ctname = \\\"CurveToolAvg\\\"\\n ctk = \\\"go_avg\\\"\\nabortExport = False\\nif not nuke.toNode(ctname).knob(\\\"intensitydata\\\").isAnimated():\\n if nuke.ask(\\\"Looks like the you need to analyze it first. Proceed?\\\"):\\n nuke.knob(ctk).execute()\\n else:\\n if not nuke.ask(\\\"But still you want to export it???\\\\nWon't have any animation.\\\"):\\n abortExport = True\\n\\nif not abortExport:\\n multVal = \\[0,0,0,0]\\n offsetVal = \\[0,0,0,0]\\n multExp = \\\"\\\"\\n offsetExp = \\\"\\\"\\n reverse = 0\\n label = \\\"\\\"\\n \\n pasteOn = \\\"\\\"\\n copied = \\\"\\\"\\n \\n if o==0: # Average\\n multVal = 0\\n if l:\\n offsetExp = nm + \\\".CurveToolAvg.intensitydata\\\"\\n else:\\n pasteOn = \\\"add\\\"\\n copied = nuke.toNode(\\\"CurveToolAvg\\\")\\[\\\"intensitydata\\\"].toScript()\\n offsetExp = \\\"curve\\\"\\n label = \\\"Average\\\"\\n elif o==1: # Max\\n multVal = 0\\n if l:\\n offsetExp = nm + \\\".CurveToolMax.intensitydata\\\"\\n else:\\n pasteOn = \\\"add\\\"\\n copied = nuke.toNode(\\\"CurveToolMax\\\")\\[\\\"intensitydata\\\"].toScript()\\n offsetExp = \\\"curve\\\"\\n label = \\\"Maximum\\\"\\n elif o==2: # Min\\n multVal = 0\\n if l:\\n offsetExp = nm + \\\".CurveToolMin.intensitydata\\\"\\n else:\\n pasteOn = \\\"add\\\"\\n copied = nuke.toNode(\\\"CurveToolMin\\\")\\[\\\"intensitydata\\\"].toScript()\\n offsetExp = \\\"curve\\\"\\n label = \\\"Minimum\\\"\\n elif o in \\[3,4,5,6]: # Mult de/flicker\\n offsetVal = 0\\n if l:\\n multExp = nm + \\\".CurveToolAvg.intensitydata(\\\" + str(t) + \\\")/\\\"+nm+\\\".CurveToolAvg.intensitydata\\\"\\n else:\\n pasteOn = \\\"multiply\\\"\\n copied = nuke.toNode(\\\"CurveToolAvg\\\")\\[\\\"intensitydata\\\"].toScript()\\n if not l or o in \\[3,5,7,9]:\\n multExp = \\\"curve(\\\" + str(t) + \\\")/curve\\\"\\n else:\\n multExp = \\\"curve(\\\" + nm + \\\".reference_frame)/curve\\\"\\n if o in \\[3,4]:\\n label = \\\"Deflicker \\\"\\n else:\\n label = \\\"Flicker \\\"\\n if not l or o in \\[3,5,7,9]:\\n label += \\\"(mult)(\\\"+str(t)+\\\")\\\"\\n else:\\n label += \\\"(mult)(\\[value \\\"+ nm + \\\".reference_frame])\\\"\\n elif o in \\[7,8,9,10]: # Add de/flicker\\n multVal = 1\\n if l:\\n offsetExp = nm + \\\".CurveToolAvg.intensitydata(\\\" + str(t) + \\\")/\\\"+nm+\\\".CurveToolAvg.intensitydata\\\"\\n else:\\n pasteOn = \\\"multiply\\\"\\n copied = nuke.toNode(\\\"CurveToolAvg\\\")\\[\\\"intensitydata\\\"].toScript()\\n if not l or o in \\[3,5,7,9]:\\n offsetExp = \\\"curve(\\\" + str(t) + \\\")/curve\\\"\\n else:\\n offsetExp = \\\"curve(\\\" + nm + \\\".reference_frame)/curve\\\"\\n if o in \\[7,8]:\\n label = \\\"Deflicker \\\"\\n else:\\n label = \\\"Flicker \\\"\\n if not l or o in \\[3,5,7,9]:\\n label += \\\"(add)(\\\"+str(t)+\\\")\\\"\\n else:\\n label += \\\"(add)(\\[value \\\"+ nm + \\\".reference_frame])\\\"\\n \\n if o in \\[5,6,9,10]:\\n reverse = 1\\n \\n with nuke.Root():\\n gn = nuke.nodes.Constant()\\n gn.setXYpos(n.xpos()+150,n.ypos()+50)\\n gn\\[\\\"color\\\"].setValue(offsetVal)\\n\\n if offsetExp != \\\"\\\":\\n if not l:\\n gn\\[\\\"color\\\"].fromScript(copied)\\n gn\\[\\\"color\\\"].setExpression(offsetExp)\\n #gn\\[\\\"reverse\\\"].setValue(reverse)\\n gn\\[\\\"label\\\"].setValue(label)\\n gn\\[\\\"channels\\\"].setValue(\\\"rgba\\\")\\n gn\\[\\\"color\\\"].clearAnimated(3)\\n gn\\[\\\"color\\\"].setValue(1,3)\\n om = n.knob(\\\"exportOptions\\\")\\n omv = int(om.getValue())\\n if o==omv==1 or o==omv==2 or (o not in \\[1,2] and omv not in \\[1,2]):\\n n.knob(\\\"use_baked\\\").setEnabled(True)\\n \"}\n addUserKnob {26 \"\"}\n addUserKnob {41 areaChannelMask l \"area \" -STARTLINE T ExpressionMask.maskChannelMask}\n addUserKnob {41 inject_area l inject -STARTLINE T ExpressionMask.inject}\n addUserKnob {41 invert_area l invert -STARTLINE T ExpressionMask.invert_mask}\n addUserKnob {41 area_fringe l fringe -STARTLINE T ExpressionMask.fringe}\n addUserKnob {41 maskChannelMask l mask T Merge.maskChannelMask}\n addUserKnob {41 invert_mask l invert -STARTLINE T Merge.invert_mask}\n addUserKnob {41 inject -STARTLINE T Merge.inject}\n addUserKnob {41 fringe -STARTLINE T Merge.fringe}\n addUserKnob {26 \"\"}\n addUserKnob {41 mix T Merge.mix}\n addUserKnob {26 version_author l \" \" t \"ColorSampler BETA v0.7\\n2016-2019\" T \"
ColorSampler BETA v0.7 - adrianpueyo.com, 2016-2019\"}\n}\n Input {\n inputs 0\n name Inputmask\n xpos -230\n ypos 705\n number 3\n }\n Input {\n inputs 0\n name Inputarea\n xpos 656\n ypos 70\n number 1\n }\n Shuffle {\n name ShuffleAreaRGBA\n xpos 656\n ypos 94\n }\nset Na14b6b00 [stack 0]\n Input {\n inputs 0\n name Inputsrc\n xpos -103\n ypos 2\n }\nset Na14b6400 [stack 0]\n Dot {\n name Dot6\n xpos -69\n ypos 28\n }\nset Na14b5d00 [stack 0]\n Copy {\n inputs 2\n from0 rgba.alpha\n to0 rgba.alpha\n mix 0\n name CopyAreaUI\n xpos -103\n ypos 91\n }\n Dot {\n name Dot2\n xpos -69\n ypos 173\n }\nset Na14b4f00 [stack 0]\n Dot {\n name Dot7\n xpos 178\n ypos 173\n }\nset Na14b4800 [stack 0]\n Dot {\n name Dot9\n xpos 732\n ypos 173\n }\n Grade {\n multiply 0\n add {{CurveToolAvg.intensitydata} {CurveToolAvg.intensitydata} {CurveToolAvg.intensitydata} {CurveToolAvg.intensitydata}}\n black_clamp false\n name GradeBakedAvg\n xpos 698\n ypos 462\n disable {{parent.out_mode>=3}}\n }\n Grade {\n multiply {{(parent.out_mode==3||parent.out_mode==4)?CurveToolAvg.intensitydata(parent.reference_frame)/CurveToolAvg.intensitydata:1} {(parent.out_mode==3||parent.out_mode==4)?CurveToolAvg.intensitydata(parent.reference_frame)/CurveToolAvg.intensitydata:1} {(parent.out_mode==3||parent.out_mode==4)?CurveToolAvg.intensitydata(parent.reference_frame)/CurveToolAvg.intensitydata:1} {(parent.out_mode==3||parent.out_mode==4)?CurveToolAvg.intensitydata(parent.reference_frame)/CurveToolAvg.intensitydata:1}}\n add {{(parent.out_mode==5||parent.out_mode==6)?CurveToolAvg.intensitydata(parent.reference_frame)-CurveToolAvg.intensitydata:0} {(parent.out_mode==5||parent.out_mode==6)?CurveToolAvg.intensitydata(parent.reference_frame)-CurveToolAvg.intensitydata:0} {(parent.out_mode==5||parent.out_mode==6)?CurveToolAvg.intensitydata(parent.reference_frame)-CurveToolAvg.intensitydata:0} {(parent.out_mode==5||parent.out_mode==6)?CurveToolAvg.intensitydata(parent.reference_frame)-CurveToolAvg.intensitydata:0}}\n reverse {{parent.out_mode==4||parent.out_mode==6}}\n black_clamp false\n name GradeBakedMult\n xpos 698\n ypos 488\n disable {{!(parent.out_mode>=3)}}\n }\n Grade {\n multiply 0\n add {{CurveToolMax.intensitydata} {CurveToolMax.intensitydata} {CurveToolMax.intensitydata} {CurveToolMax.intensitydata}}\n black_clamp false\n name GradeBakedMax\n xpos 698\n ypos 514\n disable {{parent.out_mode!=1}}\n }\n Grade {\n multiply 0\n add {{CurveToolMin.intensitydata} {CurveToolMin.intensitydata} {CurveToolMin.intensitydata} {CurveToolMin.intensitydata}}\n black_clamp false\n name GradeBakedMin\n xpos 698\n ypos 540\n disable {{parent.out_mode!=2}}\n }\n Dot {\n name Dot11\n label \" Baked\"\n note_font \"Bitstream Vera Sans Bold\"\n xpos 732\n ypos 622\n }\npush $Na14b6b00\n Dot {\n name Dot1\n xpos 690\n ypos 121\n }\n Input {\n inputs 0\n name Inputtarget\n xpos 294\n ypos -21\n number 2\n }\npush $Na14b5d00\n Switch {\n inputs 2\n which {{\"\\[exists parent.input2]\"}}\n name SwitchTarget\n xpos 294\n ypos 23\n }\nset Na79d4100 [stack 0]\n Remove {\n name RemoveAll\n xpos 504\n ypos 17\n }\n Expression {\n inputs 1+1\n channel0 rgba\n expr0 1\n name ExpressionMask\n xpos 504\n ypos 118\n disable {{\"!\\[exists parent.input1]\"}}\n }\n Shuffle {\n red white\n green white\n blue white\n alpha white\n name ShuffleWhite\n xpos 504\n ypos 229\n disable {{\"\\[exists parent.input1]\"}}\n }\nset Na21deb00 [stack 0]\n Dot {\n name Dot4\n xpos 538\n ypos 327\n }\npush $Na79d4100\n Shuffle {\n name ShuffleImgRGBA\n xpos 294\n ypos 71\n }\nset Na21ddd00 [stack 0]\n Dot {\n name Dot3\n xpos 435\n ypos 74\n }\n BlinkScript {\n inputs 2\n recompileCount 19\n ProgramGroup 1\n KernelDescription \"2 \\\"apMaxMinKernel\\\" iterate pixelWise 7e64c00f3b124d2af614668b30d0f630f4c316e304755f67345f11bb557d5feb 3 \\\"img\\\" Read Random \\\"area\\\" Read Random \\\"dst\\\" Write Point 2 \\\"useArea\\\" Int 1 AAAAAA== \\\"math\\\" Int 1 AAAAAA== 2 \\\"useArea\\\" 1 1 \\\"math\\\" 1 1 0\"\n kernelSource \"//---------------------------------------------------------\\n// apMaxMinKernel v0.1 by Adrian Pueyo\\n//\\n// Calculates the maximum and minimum value of an input img,\\n// through the positive values of an area.\\n//\\n// adrianpueyo.com, 2017\\n// ---------------------------------------------------------\\n\\nstatic inline float y_convert_ccir601(const float4 in)\\{\\n return in.x * 0.299f + in.y * 0.587f + in.z * 0.114f;\\n\\}\\nstatic inline float y_convert_rec709(const float4 in)\\{\\n return in.x * 0.2125f + in.y * 0.7154f + in.z * 0.0721f;\\n\\}\\nstatic inline float y_convert_avg(const float4 in)\\{\\n return (in.x + in.y + in.z)/3.0f;\\n\\}\\nstatic inline float y_convert_max(const float4 in)\\{\\n return max(max(in.x,in.y),in.z);\\n\\}\\nstatic inline float y_convert_min(const float4 in)\\{\\n return min(min(in.x,in.y),in.z);\\n\\}\\n\\nkernel apMaxMinKernel : ImageComputationKernel\\n\\{\\n Image img;\\n Image area;\\n Image dst;\\n\\n param:\\n int useArea;\\n int math; //0=Rec709,1=Ccir601,2=Avg,3=MaxMin,4=PerChannel\\n\\n void process(int2 pos) \\{\\n float4 theMax=-1000000000.0f, theMin=1000000000.0f;\\n for(int j=img.bounds.y1; j0.0f)\\{\\n if(math==0)\\{ //Rec709\\n if(pos.x==0)\\{ //Max\\n if(y_convert_rec709(img(i,j))>y_convert_rec709(theMax))\\{\\n theMax = img(i,j);\\n \\}\\n \\}else\\{//Min\\n if(y_convert_rec709(img(i,j))y_convert_ccir601(theMax))\\{\\n theMax = img(i,j);\\n \\}\\n \\}else\\{//Min\\n if(y_convert_ccir601(img(i,j))y_convert_avg(theMax))\\{\\n theMax = img(i,j);\\n \\}\\n \\}else\\{//Min\\n if(y_convert_avg(img(i,j))y_convert_max(theMax))\\{\\n theMax = img(i,j);\\n \\}\\n \\}else\\{//Min\\n if(y_convert_min(img(i,j))theMax\\[ch])\\n theMax\\[ch] = img(i,j,ch);\\n \\}\\n \\}else\\{//Min\\n for (int ch = 0; ch < dst.kComps; ch++)\\{\\n if(img(i,j,ch)\\n\\{\\n Image img;\\n Image area;\\n Image dst;\\n\\n param:\\n int useArea;\\n\\n void process(int2 pos) \\{\\n float vSum=0.0f, fSum=0.0f;\\n for(int j=img.bounds.y1; j 0.0031308:\\n s = 1.055 * (pow(lin, (1.0 / 2.4))) - 0.055\\n else:\\n s = 12.92 * lin\\n return s\\n \\n if k.name() in \\[\\\"hue\\\", \\\"saturation\\\", \\\"brightness\\\"]:\\n alpha = n\\[\\\"color\\\"].getValue(3)\\n h = ((n\\[\\\"hue\\\"].value())%360)/360\\n r,g,b = colorsys.hsv_to_rgb(h,n\\[\\\"saturation\\\"].value(),n\\[\\\"brightness\\\"].value())\\n rgb_color = \\[r,g,b,alpha]\\n n\\[\\\"color\\\"].setValue(rgb_color)\\n if r==0 and g==0 and b==0:\\n n\\[\\\"tile_color\\\"].setValue(255)\\n else:\\n rs,gs,bs = lin2srgb(r),lin2srgb(g),lin2srgb(b)\\n n\\[\\\"tile_color\\\"].setValue(int('%02x%02x%02x%02x' % (rs*255,gs*255,bs*255,1),16))\\n \\n if k.name() in \\[\\\"color\\\"]:\\n r,g,b = n.knob('color').getValue(0),n.knob('color').getValue(1),n.knob('color').getValue(2)\\n h,s,v = colorsys.rgb_to_hsv(r,g,b)\\n n\\[\\\"hue\\\"].setValue(int(h*360))\\n n\\[\\\"saturation\\\"].setValue(s)\\n n\\[\\\"brightness\\\"].setValue(v)\\n if r==0 and g==0 and b==0:\\n n\\[\\\"tile_color\\\"].setValue(255)\\n else:\\n rs,gs,bs = lin2srgb(r),lin2srgb(g),lin2srgb(b)\\n n\\[\\\"tile_color\\\"].setValue(int('%02x%02x%02x%02x' % (rs*255,gs*255,bs*255,1),16))\"\n tile_color 0xff\n note_font \"Bitstream Vera Sans Bold\"\n note_font_size 12\n selected true\n addUserKnob {20 ConstantPro}\n addUserKnob {41 channels T Constant2.channels}\n addUserKnob {41 format T Constant2.format}\n addUserKnob {26 \"\"}\n addUserKnob {26 text_1 l RGB T \" \"}\n addUserKnob {22 white l \" < font size=4>...\" -STARTLINE T \"n = nuke.thisNode()\\na = n\\['color'].getValue()\\[3]\\nn\\['color'].setValue(\\[1,1,1,a])\\n\\nn\\['tile_color'].setValue(4294967040)\\n\"}\n addUserKnob {22 red l \" < font size=4>...\" -STARTLINE T \"n = nuke.thisNode()\\na = n\\['color'].getValue()\\[3]\\nn\\['color'].setValue(\\[1,0,0,a])\\n\\nn\\['tile_color'].setValue(4278190335)\\n\"}\n addUserKnob {22 yellow l \" < font size=4>...\" -STARTLINE T \"n = nuke.thisNode()\\na = n\\['color'].getValue()\\[3]\\nn\\['color'].setValue(\\[1,1,0,a])\\n\\nn\\['tile_color'].setValue(4294902015)\\n\"}\n addUserKnob {22 green l \" < font size=4>...\" -STARTLINE T \"n = nuke.thisNode()\\na = n\\['color'].getValue()\\[3]\\nn\\['color'].setValue(\\[0,1,0,a])\\n\\nn\\['tile_color'].setValue(16711935)\\n\"}\n addUserKnob {22 gray l \" < font size=4>...\" -STARTLINE T \"n = nuke.thisNode()\\na = n\\['color'].getValue()\\[3]\\nn\\['color'].setValue(\\[.5,.5,.5,a])\\n\\nn\\['tile_color'].setValue(2139062271)\\n\"}\n addUserKnob {22 cyan l \" < font size=4>...\" -STARTLINE T \"n = nuke.thisNode()\\na = n\\['color'].getValue()\\[3]\\nn\\['color'].setValue(\\[0,1,1,a])\\n\\nn\\['tile_color'].setValue(16777215)\\n\"}\n addUserKnob {22 blue l \" < font size=4>...\" -STARTLINE T \"n = nuke.thisNode()\\na = n\\['color'].getValue()\\[3]\\nn\\['color'].setValue(\\[0,0,1,a])\\n\\nn\\['tile_color'].setValue(65535)\\n\"}\n addUserKnob {22 magenta l \" < font size=4>...\" -STARTLINE T \"n = nuke.thisNode()\\na = n\\['color'].getValue()\\[3]\\nn\\['color'].setValue(\\[1,0,1,a])\\n\\nn\\['tile_color'].setValue(4278255615)\\n\"}\n addUserKnob {22 greyEighteenPercent l \" < font size=4>...\" -STARTLINE T \"n = nuke.thisNode()\\na = n\\['color'].getValue()\\[3]\\nn\\['color'].setValue(\\[.18,.18,.18,a])\\n\\nn\\['tile_color'].setValue(774778623)\"}\n addUserKnob {22 black l \" < font size=4>...\" -STARTLINE T \"n = nuke.thisNode()\\na = n\\['color'].getValue()\\[3]\\nn\\['color'].setValue(\\[0,0,0,a])\\n\\nn\\['tile_color'].setValue(255)\\n\"}\n addUserKnob {22 randomColor l \"\" -STARTLINE T \"import random\\nn = nuke.thisNode()\\nrand = int(random.random()*360)\\nn\\[\\\"hue\\\"].setValue(rand)\"}\n addUserKnob {26 text l Alpha: T \" \"}\n addUserKnob {22 whiteAlpha l \" < font size=4>...\" -STARTLINE T nuke.thisNode().knob('color').setValue(1,3)}\n addUserKnob {22 grayAlpha l \" < font size=4>...\" -STARTLINE T \"nuke.thisNode()\\['color'].setValue(0.5,3)\"}\n addUserKnob {22 blackAlpha l \" < font size=4>...\" -STARTLINE T \"nuke.thisNode()\\['color'].setValue(0, 3)\"}\n addUserKnob {6 color_rgba_panelDropped l \"panel dropped state\" +HIDDEN +STARTLINE}\n color_rgba_panelDropped true\n addUserKnob {26 text_2 l \" \" T \" \"}\n addUserKnob {19 color l Color}\n color {0 0 0 0}\n addUserKnob {6 color_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {26 \"\"}\n addUserKnob {7 hue l Hue R 0 360}\n addUserKnob {7 saturation l Saturation}\n addUserKnob {7 brightness l Value}\n addUserKnob {26 \"\"}\n addUserKnob {20 moreSettings l \"More Settings\" n 1}\n moreSettings 0\n addUserKnob {41 first l \"frame range\" T Constant2.first}\n addUserKnob {41 last l \"\" -STARTLINE T Constant2.last}\n addUserKnob {6 blackOutside l \"Black Outside\" -STARTLINE}\n addUserKnob {6 fillBBox l \"Fill BBox\" +STARTLINE}\n fillBBox true\n addUserKnob {6 combineBBox l \"Combine with Input BBox\" -STARTLINE}\n combineBBox true\n addUserKnob {41 overscanPercent l \"Overscan Percent\" T BBoxToFormat.overscanPercent}\n addUserKnob {26 \"\" +STARTLINE}\n addUserKnob {20 endGroup n -1}\n addUserKnob {26 \"\" l mask T \"\"}\n addUserKnob {41 maskChannelInput l \"\" -STARTLINE T fillColor.maskChannelInput}\n addUserKnob {41 inject -STARTLINE T fillColor.inject}\n addUserKnob {41 invert_mask l invert -STARTLINE T fillColor.invert_mask}\n addUserKnob {41 fringe -STARTLINE T fillColor.fringe}\n addUserKnob {41 mix_1 l mix T fillColor.mix}\n}\n Input {\n inputs 0\n name Inputmask\n xpos -403\n ypos -17\n number 1\n }\n Constant {\n inputs 0\n name Constant2\n tile_color 0xff\n xpos -545\n ypos -332\n postage_stamp false\n }\n Input {\n inputs 0\n name Input\n xpos -407\n ypos -227\n }\n Switch {\n inputs 2\n which {{\"!\\[exists parent.input0]\"}}\n name SwitchDefault\n xpos -545\n ypos -227\n }\nset N47dbc800 [stack 0]\n Group {\n name BBoxToFormat\n onCreate \"n = nuke.thisNode()\\ninputFormat = n.knob(\\\"inputFormat\\\")\\ninputBBox = n.knob(\\\"inputBBox\\\")\\ncrop = nuke.toNode(\\\"Crop6\\\")\\ncropb = crop.knob('box')\\noutputBBox = n.knob('outputBBox')\\noutputBBoxCenter = n.knob(\\\"outputBBoxCenter\\\")\\n\\ninputFormat.setFlag(0x0000000000008000)\\ninputBBox.setFlag(0x0000000000008000)\\ncropb.setFlag(0x0000000000008000)\\noutputBBox.setFlag(0x0000000000008000)\\noutputBBoxCenter.setFlag(0x0000000000008000)\\n\\nn = nuke.thisNode()\\nn.knob(\\\"overscan\\\").setRange(0,400)\\nn.knob(\\\"overscanPercent\\\").setRange(1,4)\"\n knobChanged \"n = nuke.thisNode()\\nk = nuke.thisKnob()\\nif k.name() == \\\"overscanType\\\":\\n if n.knob(\\\"overscanType\\\").getValue() == 1:\\n n.knob(\\\"overscanPercent\\\").setVisible(True)\\n n.knob(\\\"overscan\\\").setVisible(False)\\n else:\\n n.knob(\\\"overscanPercent\\\").setVisible(False)\\n n.knob(\\\"overscan\\\").setVisible(True)\"\n tile_color 0xa57aaaff\n note_font \"Verdana Bold\"\n note_font_color 0xffffffff\n xpos -545\n ypos -179\n disable {{!parent.fillBBox}}\n addUserKnob {20 CropBBox}\n addUserKnob {4 type l Type +INVISIBLE M {\"To Format\" \"To BBox\"}}\n addUserKnob {41 intersect T Crop6.intersect}\n addUserKnob {6 blackOutside l \"Black Outside\" -STARTLINE}\n addUserKnob {4 overscanType l \"Overscan Type:\" M {Pixels Percentage}}\n overscanType Percentage\n addUserKnob {14 overscan l Overscan +HIDDEN R 0 400}\n addUserKnob {14 overscanPercent l \"Overscan Percent\" R 1 4}\n overscanPercent 1\n addUserKnob {20 inputBbox l \"BBox Data\" n 1}\n inputBbox 0\n addUserKnob {15 inputFormat l \"Input Format\"}\n inputFormat {0 0 {input.width} {input.height}}\n addUserKnob {15 inputBBox l \"Input BBox\"}\n inputBBox {{input.bbox.x} {input.bbox.y} {input.bbox.r} {input.bbox.t}}\n addUserKnob {12 outputBBoxCenter l OutputBBoxCenter}\n outputBBoxCenter {{OutputBBox1.outputBBoxCenter.w} {OutputBBox1.outputBBoxCenter.h}}\n addUserKnob {15 outputBBox l \"Output BBox\"}\n outputBBox {{OutputBBox1.OutputBBox} {OutputBBox1.OutputBBox} {OutputBBox1.OutputBBox} {OutputBBox1.OutputBBox}}\n addUserKnob {20 endGroup n -1}\n addUserKnob {20 info_1 l Info}\n addUserKnob {26 creator l Creator: T \"Tony Lyons\"}\n addUserKnob {26 desc l Description: t \"crop to inputformat\\n\\ndisplays values of input bbox\" T CropBBox}\n addUserKnob {26 ver l Version: T v02}\n }\n Input {\n inputs 0\n name Input\n xpos 261\n ypos 394\n }\n Dot {\n name Dot2\n note_font_size 41\n xpos 295\n ypos 462\n }\nset N764b7200 [stack 0]\n Dot {\n name Dot1\n note_font_size 41\n xpos -160\n ypos 462\n }\nset N764b6b00 [stack 0]\npush $N764b7200\n Crop {\n box {{curve} {curve} {input.width} {input.height}}\n crop {{parent.blackOutside}}\n name Crop6\n xpos 261\n ypos 510\n addUserKnob {20 User}\n addUserKnob {22 cropToBbox l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n }\nset N764b6400 [stack 0]\n Remove {\n operation keep\n channels none\n name Remove1\n xpos 120\n ypos 504\n }\nset N764b5d00 [stack 0]\n Transform {\n scale {{parent.overscanPercent} {parent.overscanPercent}}\n center {{input.bbox.r/2} {input.bbox.t/2}}\n shutteroffset centred\n name Transform1\n xpos 120\n ypos 555\n }\npush $N764b5d00\n AdjBBox {\n numpixels {{parent.overscan} {parent.overscan}}\n name AdjBBox1\n xpos -5\n ypos 510\n }\n Switch {\n inputs 2\n which {{overscanType}}\n name Switch2\n label \"\\[value which]\"\n xpos -5\n ypos 549\n }\n Merge2 {\n inputs 2\n bbox intersection\n Achannels {-rgba.red -rgba.green -rgba.blue rgba.alpha}\n Bchannels {-rgba.red -rgba.green -rgba.blue rgba.alpha}\n output {-rgba.red -rgba.green -rgba.blue rgba.alpha}\n name Merge1\n xpos -5\n ypos 647\n disable {{!parent.Crop6.intersect}}\n }\npush $N764b6b00\n CopyBBox {\n inputs 2\n name CopyBBox1\n xpos -194\n ypos 653\n }\n BlackOutside {\n name BlackOutside1\n xpos -194\n ypos 692\n disable {{!parent.blackOutside}}\n }\n Dot {\n name Dot4\n note_font_size 41\n xpos -160\n ypos 769\n }\npush $N764b6400\n Switch {\n inputs 2\n which {{\"overscanType == 0 ? overscan.w != 0 || overscan.h != 0 : overscanPercent.w != 1 || overscanPercent.h != 1 ? 1 : 0\"}}\n name Switch1\n label \"\\[value which]\"\n xpos 261\n ypos 759\n }\nset N67b4c100 [stack 0]\n Output {\n name Output1\n xpos 261\n ypos 921\n }\npush $N67b4c100\n NoOp {\n name OutputBBox1\n xpos 378\n ypos 821\n addUserKnob {20 User}\n addUserKnob {15 OutputBBox l \"Output BBox\"}\n OutputBBox {{input.bbox.x} {input.bbox.y} {input.bbox.r} {input.bbox.t}}\n addUserKnob {14 outputBBoxCenter l \"Output BBox Center\" R 0 100}\n outputBBoxCenter {{OutputBBox.x+(OutputBBox.r-OutputBBox.x)/2} {OutputBBox.y+(OutputBBox.t-OutputBBox.y)/2}}\n }\n end_group\nset N47dbc100 [stack 0]\npush $N47dbc800\n Merge2 {\n inputs 2\n name Merge1\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos -695\n ypos -102\n addUserKnob {20 TRX}\n addUserKnob {22 swap l \"swap to Merge All Node\" -STARTLINE T \"\\nntn = nuke.thisNode()\\nall = nuke.allNodes()\\na = ntn.input(1)\\nx = int(ntn\\['xpos'].value())\\nb = ntn.input(0)\\ny = int(ntn\\['ypos'].value())\\nwith nuke.Root():\\n ma = nuke.nodes.NST_MergeAll()\\n ma.setXYpos(x,y)\\n # copy all values\\n ak = ntn.knobs()\\n for knoB in ma.knobs():\\n try:\\n if knoB not in \\[\\\"name\\\",\\\"tile_color\\\", \\\"also_merge\\\"]:\\n ma\\[knoB].setValue(ntn\\[knoB].value())\\n with ma:\\n newMerge = nuke.toNode(\\\"MergeAllChannels\\\")\\n if ntn\\[\\\"mix\\\"].isAnimated():\\n newMerge\\[\\\"mix\\\"].copyAnimations(ntn\\[\\\"mix\\\"].animations())\\n else:\\n newMerge\\['mix'].setValue(ntn\\['mix'].value())\\n newMerge.knob('also_merge').setValue('all')\\n\\n except:\\n pass\\n \\n # try to reconnect\\n try:\\n ma.setInput(0,b);ma.setInput(1,a)\\n for one in all:\\n for i in range(one.inputs()):\\n if one.input(i) == ntn:\\n one.setInput(i,ma)\\n except:\\n pass\\n nuke.delete(ntn)\\n\"}\n }\npush $N47dbc100\n CopyBBox {\n inputs 2\n name CopyBBox1\n xpos -545\n ypos -102\n disable {{!parent.combineBBox}}\n }\n Fill {\n inputs 1+1\n output {{{parent.Constant2.channels}}}\n color {{parent.color} {parent.color} {parent.color} {parent.color}}\n name fillColor\n xpos -545\n ypos -17\n }\n BlackOutside {\n name BlackOutside1\n xpos -545\n ypos 33\n disable {{!parent.blackOutside}}\n }\n Output {\n name Output1\n xpos -545\n ypos 94\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_ContactSheetAuto.gizmo", "content": "ContactSheet {\nwidth {{input.width*columns*resMult}}\nheight {{input.height*rows*resMult}}\nrows {{\"\\[expr \\{int( (sqrt( \\[numvalue inputs] ) ) )\\} ] * \\[expr \\{int( ceil ( (\\[numvalue inputs] /(sqrt( \\[numvalue inputs] ) ) )) )\\} ] < \\[numvalue inputs] ? \\[expr \\{int( (sqrt( \\[numvalue inputs] ) ) )\\} ] +1 : \\[expr \\{int( (sqrt( \\[numvalue inputs] ) ) )\\} ]\"}}\ncolumns {{\"\\[expr \\{int( ceil ( (\\[numvalue inputs] /(sqrt( \\[numvalue inputs] )) )) )\\} ]\"}}\ncenter true\nroworder TopBottom\nname ContactSheetAuto\ntile_color 0xff69f7ff\nselected true\naddUserKnob {20 Settings}\naddUserKnob {7 resMult l \"Resolution Multiplier\" R 0.1 2}\nresMult 1\n}\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_Contrast.gizmo", "content": "Group {\n name Contrast\n tile_color 0x6a93ddff\n note_font \"DejaVu LGC Sans Bold\"\n note_font_color 0xffffffff\n selected true\n addUserKnob {20 Contrast}\n addUserKnob {6 unpremult1 l \"unpremult input\" +STARTLINE}\n addUserKnob {41 Amount l HighContrast T Multiply1.value}\n addUserKnob {41 lowContrast l \"Low Contrast\" T Multiply2.value}\n addUserKnob {41 overallContrast l \"Overall Contrast\" T Multiply3.value}\n addUserKnob {41 whitepoint l pivot T Grade12.whitepoint}\n addUserKnob {26 \"\" +STARTLINE}\n addUserKnob {26 \"\" l mask T \"\"}\n addUserKnob {41 maskChannelInput l \"\" -STARTLINE T Merge2.maskChannelInput}\n addUserKnob {41 inject -STARTLINE T Merge2.inject}\n addUserKnob {41 invert_mask l invert -STARTLINE T Merge2.invert_mask}\n addUserKnob {41 fringe -STARTLINE T Merge2.fringe}\n addUserKnob {41 mix T Merge2.mix}\n}\n Input {\n inputs 0\n name InputMask\n xpos -246\n ypos 60\n number 1\n }\n Input {\n inputs 0\n name Input1\n xpos -399\n ypos -523\n }\n Dot {\n name Dot2\n note_font_size 41\n xpos -365\n ypos -452\n }\nset N936a4a60 [stack 0]\n Unpremult {\n name Unpremult2\n xpos -399\n ypos -393\n disable {{!unpremult1}}\n }\n Grade {\n whitepoint 0.18\n black_clamp false\n name Grade12\n xpos -399\n ypos -367\n }\n Add {\n channels rgb\n value -1\n name Add1\n xpos -399\n ypos -341\n }\nset N936af620 [stack 0]\n Grade {\n multiply -1\n black_clamp false\n name Grade1\n xpos -289\n ypos -312\n }\n Clamp {\n channels rgb\n maximum_enable false\n name Clamp2\n xpos -289\n ypos -286\n }\n Multiply {\n channels rgb\n name Multiply2\n xpos -289\n ypos -260\n }\n Grade {\n multiply -1\n black_clamp false\n name Grade2\n xpos -289\n ypos -222\n }\npush $N936af620\n Clamp {\n channels rgb\n maximum_enable false\n name Clamp1\n xpos -399\n ypos -289\n }\n Multiply {\n channels rgb\n name Multiply1\n xpos -399\n ypos -263\n }\n Merge2 {\n inputs 2\n operation plus\n output {rgba.red rgba.green rgba.blue -rgba.alpha}\n name Merge1\n xpos -399\n ypos -222\n }\n Multiply {\n channels rgb\n name Multiply3\n label \"\\[value value]\"\n xpos -399\n ypos -183\n }\n Add {\n channels rgb\n value 1\n name Add2\n xpos -399\n ypos -134\n }\n Grade {\n whitepoint {{parent.Grade12.whitepoint} {parent.Grade12.whitepoint} {parent.Grade12.whitepoint} {parent.Grade12.whitepoint}}\n reverse true\n black_clamp false\n name Grade15\n xpos -399\n ypos -108\n }\n Premult {\n name Premult3\n xpos -399\n ypos -82\n disable {{!unpremult1}}\n }\n Dot {\n name Dot16\n note_font_size 41\n xpos -365\n ypos -21\n }\npush $N936a4a60\n Dot {\n name Dot1\n note_font_size 41\n xpos -509\n ypos -452\n }\n Dot {\n name Dot17\n note_font_size 41\n xpos -509\n ypos 63\n }\n Merge2 {\n inputs 2+1\n operation copy\n name Merge2\n xpos -399\n ypos 60\n }\n Output {\n name Output1\n xpos -399\n ypos 152\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_ConvertPNZ.gizmo", "content": "Group {\n name ConvertPNZ\n onCreate \"\\nthisGRP = nuke.thisGroup()\\nif not thisGRP\\['disable_error'].getValue() :\\n import os\\n import re\\n\\n fontpath = re.split( '/|\\\"\\\"' , nuke.EXE_PATH )\\n fontpath.pop()\\n fontpath += \\['plugins','fonts']\\n \\n if os.path.isfile( '/'.join( fontpath + \\['UtopiaBold.pfa'] ) ) :\\n thisGRP\\['font'].setValue( '/'.join( fontpath + \\['UtopiaBold.pfa'] ) )\\n elif os.path.isfile( '/'.join( fontpath + \\['CourierBold.pfa'] ) ) :\\n thisGRP\\['font'].setValue( '/'.join( fontpath + \\['CourierBold.pfa'] ) )\\n elif os.path.isfile( '/'.join( fontpath + \\['Courier10PitchBold.pfb'] ) ) :\\n thisGRP\\['font'].setValue( '/'.join( fontpath + \\['Courier10PitchBold.pfb'] ) )\\n else :\\n thisGRP\\['font'].setValue( '/'.join( fontpath + \\['BitstreamCharterBold.pfb'] ) )\\n\"\n tile_color 0x7f0072ff\n addUserKnob {20 general l General}\n addUserKnob {41 data l \"input data\" T menu1.data}\n addUserKnob {26 spacer_1 l \"\" +STARTLINE T
}\n addUserKnob {6 invert_depth l \"invert depth (1/z)\" +HIDDEN +STARTLINE}\n invert_depth true\n addUserKnob {4 in_space l INPUT M {\"world space\" \"camera space\" \"\" \"\" \"\" \"\"}}\n addUserKnob {4 out_position l OUTPUT M {\"world space\" \"camera space\" \"\" \"\" \"\"}}\n out_position \"camera space\"\n addUserKnob {4 out_normal l OUTPUT +HIDDEN M {\"world space\" \"camera space\" fresnel \"\"}}\n out_normal \"camera space\"\n addUserKnob {26 spacer l \"\" +STARTLINE T
}\n addUserKnob {20 CamTabBegin l \"\" +STARTLINE n -2}\n addUserKnob {20 tab_cam_setup l \"Camera Setup\"}\n addUserKnob {22 set_link l \"link to selected camera\" t \"Deep data is related to camera. So when convert deep data to anything, it required the camera data.\\n\\nhow to use :\\nSelect the camera, which can be link to any axis nodes. This tool will get the focal, haperture and world matrix from selected camera to generate world space position data.\\n\\nYou can find the world space position pass store under 'deepPosition' channel after this node. The pass support volumatric deep data. If want to bring the position data to 2D in downstream. Please only use DVPToImage which comes along with this toolset.\\n\\nAdditional note:\\nThis node will also create another channel called 'deepRawColor' . This channel stored the original of deep data from input for any dev purposes in downstream. User not necessary to use this channel but better to keep it if this toolset occur in downstream.\" T \"def getLevel() :\\n\\t### level define ###\\n\\tif len(nuke.thisNode().fullName().split('.')) == 1 :\\n\\t\\t ggLevel = nuke.root()\\n\\telse :\\n\\t\\t nodePath = nuke.thisNode().fullName().split('.')\\n\\t\\t nodePath.pop()\\n\\t\\t ggLevel = nuke.toNode('.'.join(nodePath))\\n\\treturn ggLevel\\n\\nroot = getLevel()\\nthisGRP = nuke.thisGroup()\\n\\nmainKnobs = \\['cam_focal','cam_haperture','cam_win_translate','cam_win_scale','cam_winroll','world_matrix']\\ndefaultKnobs = \\{\\n\\t\\t\\t'focal length' : 'focal',\\n\\t\\t\\t'horiz aperture' : 'haperture',\\n\\t\\t\\t'window translate' : 'win_translate',\\n\\t\\t\\t'window scale' : 'win_scale',\\n\\t\\t\\t'window roll' : 'winroll',\\n\\t\\t\\t'world matrix' : 'world_matrix'\\n\\t\\t\\t\\}\\nselNodeKnobs = \\[]\\nmissingKnob = \\[]\\n\\ntry :\\n\\twith root :\\n\\t\\tselNode = nuke.selectedNode()\\n\\n\\tfor knob in selNode.knobs() :\\n\\t\\tselNodeKnobs.append( knob )\\n\\n\\tselNodeKnobs.sort()\\n\\n\\tfor key,value in defaultKnobs.items() :\\n\\t\\tif value not in selNodeKnobs :\\n\\t\\t\\tmissingKnob.append( key )\\n\\n\\tif not len(missingKnob) :\\n\\t\\twith root :\\n\\t\\t\\tfor knob in mainKnobs :\\n\\t\\t\\t\\tthisGRP\\[knob].clearAnimated()\\n\\t\\t\\t\\t\\n\\t\\t\\tCAMnode = selNode.name()\\n\\t\\t\\tthisGRP\\[mainKnobs\\[0]].setExpression('\\{0\\}.focal'.format(CAMnode))\\n\\t\\t\\tthisGRP\\[mainKnobs\\[1]].setExpression('\\{0\\}.haperture'.format(CAMnode))\\n\\t\\t\\tthisGRP\\[mainKnobs\\[2]].setExpression('\\{0\\}.win_translate'.format(CAMnode))\\n\\t\\t\\tthisGRP\\[mainKnobs\\[3]].setExpression('\\{0\\}.win_scale'.format(CAMnode))\\n\\t\\t\\tthisGRP\\[mainKnobs\\[4]].setExpression('\\{0\\}.winroll'.format(CAMnode))\\n\\t\\t\\tthisGRP\\[mainKnobs\\[5]].setExpression('\\{0\\}.world_matrix'.format(CAMnode))\\n\\telse :\\n\\t\\tp = nuke.Panel('Select knobs :')\\n\\t\\tp.addBooleanCheckBox( 'Unable to find the default knobs. Please use the pulldown menu below to define the knob manually.' , False)\\n\\t\\tfor rk in missingKnob :\\n\\t\\t\\tp.addEnumerationPulldown( rk, ' '.join( selNodeKnobs ) )\\n\\n\\t\\tif p.show() :\\n\\t\\t\\ttry :\\n\\t\\t\\t\\tfor key,value in defaultKnobs.items() :\\n\\t\\t\\t\\t\\tif p.value( key ) != None :\\n\\t\\t\\t\\t\\t\\tdefaultKnobs\\[key] = p.value( key )\\n\\t\\t\\texcept :\\n\\t\\t\\t\\tpass\\n\\n\\t\\t\\twith root :\\n\\t\\t\\t\\tfor knob in mainKnobs :\\n\\t\\t\\t\\t\\tthisGRP\\[knob].clearAnimated()\\n\\t\\t\\t\\t\\n\\t\\t\\t\\tCAMnode = selNode.name()\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[0]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['focal length']))\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[1]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['horiz aperture']))\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[2]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['window translate']))\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[3]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['window scale']))\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[4]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['window roll']))\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[5]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['world matrix']))\\nexcept :\\n\\tnuke.message('no node selected.')\" +STARTLINE}\n addUserKnob {22 remove_link l \"remove linked expression\" t \"Remove the linked camera expression but won't reset any data. So the position data still works if input doesn't contain any camera movement.\" -STARTLINE T \"thisGRP = nuke.thisGroup()\\nmainKnobs = \\['cam_focal','cam_haperture','cam_win_translate','cam_win_scale','cam_winroll','world_matrix']\\n\\nfor knob in thisGRP.knobs() :\\n if mainKnobs.count(knob) != 0 :\\n thisGRP\\[knob].clearAnimated()\"}\n addUserKnob {22 bake_link l \"bake expression link\" t \"Baked out the existing expression link back to this node itself. After that, camera node is not required for this node anymore. Baked value is base on the frame range in project setting of the nuke script.\\n\\n* Nuke 11.2 has issue with expression link on this node. It will crash your nuke in some cases, but it will be fine when re-open the nuke script. Because of this issue, recommand to bake the value.\" T \"thisGRP = nuke.thisGroup()\\n\\nframeST = nuke.root().firstFrame()\\nframeED = nuke.root().lastFrame()\\n\\nallknobs = \\['cam_focal','cam_haperture','cam_win_translate','cam_win_scale','cam_winroll','world_matrix']\\nalldata = \\{\\}\\n\\nchknobs = 0\\nfor knob in allknobs :\\n\\tif thisGRP\\[knob].hasExpression() :\\n\\t\\tchknobs = 1\\n\\nif chknobs :\\n\\tfor knob in allknobs :\\n\\t\\tfor t in range( frameST, frameED+1, 1 ) :\\n\\t\\t\\ttry :\\n\\t\\t\\t\\talldata\\[knob].append( thisGRP\\[knob].getValueAt(t) )\\n\\t\\t\\texcept :\\n\\t\\t\\t\\talldata\\[knob] = \\[ thisGRP\\[knob].getValueAt(t) ]\\n\\n\\tfor knob in allknobs :\\n\\t\\tthisGRP\\[knob].clearAnimated()\\n\\t\\tthisGRP\\[knob].setAnimated()\\n\\n\\tfor knob in allknobs :\\n\\t\\tfor t in range( frameST, frameED+1, 1 ) :\\n\\t\\t\\tif type( alldata\\[knob]\\[t-frameST] ) is float :\\n\\t\\t\\t\\tthisGRP\\[knob].setValueAt( alldata\\[knob]\\[t-frameST] , t )\\n\\t\\t\\tif type( alldata\\[knob]\\[t-frameST] ) is list :\\n\\t\\t\\t\\tfor i in range( len( alldata\\[knob]\\[t-frameST] ) ) :\\n\\t\\t\\t\\t\\tthisGRP\\[knob].setValueAt( alldata\\[knob]\\[t-frameST]\\[i] , t , i )\\nelse :\\n\\tnuke.message('no expression link found.')\" +STARTLINE}\n addUserKnob {22 copy_data l \"copy from selected camera\" t \"Select the camera, then this will process 'link to selected camera' and 'bake expression link' in once.\\n\\n* Nuke 11.2 has issue with expression link on this node. It will crash your nuke in some cases, but it will be fine when re-open the nuke script. Because of this issue, recommand to bake the value.\" -STARTLINE T \"thisGRP = nuke.thisGroup()\\nthisGRP\\['set_link'].execute()\\nthisGRP\\['bake_link'].execute()\"}\n addUserKnob {20 cam_data_grp l \"CAMERA DATA\" n 1}\n cam_data_grp 0\n addUserKnob {7 cam_focal l \"focal length\" R 5 100}\n cam_focal 50\n addUserKnob {7 cam_haperture l \"horiz aperture\" R 0.1 50}\n cam_haperture 24.576\n addUserKnob {30 cam_win_translate l \"window translate\"}\n addUserKnob {30 cam_win_scale l \"window scale\"}\n cam_win_scale {1 1}\n addUserKnob {7 cam_winroll l \"window roll\" R -45 45}\n addUserKnob {41 world_matrix l \"world matrix\" T cam_data.matrix}\n addUserKnob {20 endGroup_1 l endGroup n -1}\n addUserKnob {20 CamTabEnd l \"\" +STARTLINE n -3}\n addUserKnob {20 tab_misc l Misc}\n addUserKnob {2 font}\n font \"C:/Program Files/Nuke12.0v3/plugins/fonts/UtopiaBold.pfa\"\n addUserKnob {6 disable_error l \"disable onscreen message\" +STARTLINE}\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T 1.4}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2020-01-21}\n addUserKnob {22 btn_CHANGELOG l Changelog T \"log = \\\"1.4
- a package convert 3D tech passes
  included
  * P2Z ( Position To Depth )
  * P2N ( Position To Normal )
  * Z2P ( Depth To Position )
  * Z2N ( Depth To Normal )
  * ConvertPNZ ( self convertion )
- fixed camera window transformation issue

1.2
- changed camera input to expression link
- fix alpha check
- added support camera window roll

1.0
- Convert Position data to Normal\\\"\\nnuke.message( log )\" +STARTLINE}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n}\n BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0xff\n label \"dont touch\"\n note_font_size 42\n xpos -158\n ypos -449\n bdwidth 274\n bdheight 144\n }\n BackdropNode {\n inputs 0\n name BackdropNode3\n tile_color 0x388e8e00\n label bin\n note_font_size 42\n xpos -153\n ypos -270\n bdwidth 272\n bdheight 503\n }\n Reformat {\n inputs 0\n type \"to box\"\n box_width {{global.res.x}}\n box_height {{global.res.y}}\n box_fixed true\n box_pixel_aspect {{global.pxa}}\n name Reformat1\n xpos 755\n ypos 1004\n }\n Text {\n message \"missing \\[value parent.data] pass\"\n font \"\\[value parent.font]\"\n size {{global.res.x/15}}\n xjustify center\n yjustify center\n Transform 1\n box {0 0 {global.res.x} {global.res.y}}\n center {640 360}\n name Text1\n xpos 755\n ypos 1086\n disable {{parent.disable_error}}\n }\n Reformat {\n type \"to box\"\n box_width {{global.res.x}}\n box_height {{global.res.y}}\n box_fixed true\n box_pixel_aspect {{global.pxa}}\n black_outside true\n name Reformat2\n xpos 755\n ypos 1168\n }\n Dot {\n name Dot5\n xpos 789\n ypos 1250\n }\n Input {\n inputs 0\n name position\n xpos 404\n ypos -536\n }\n Expression {\n temp_name0 detectA\n temp_expr0 \"red == 0 && green == 0 && blue == 0 ? 0 : 1\"\n expr3 detectA\n name Expression3\n label \"non-filtered alpha\"\n xpos 404\n ypos -405\n }\n Dot {\n name Dot1\n xpos 438\n ypos -173\n }\nset Nc9f69000 [stack 0]\n Dot {\n name Dot4\n xpos 594\n ypos -173\n }\nset Nc9f68c00 [stack 0]\n Dot {\n name Dot2\n xpos 740\n ypos -173\n }\nset Nc9f68800 [stack 0]\n Dot {\n name Dot8\n xpos 1043\n ypos -173\n }\nset Nc9f68400 [stack 0]\n Dot {\n name Dot20\n xpos 1165\n ypos -173\n }\nset Nc9f68000 [stack 0]\n Dot {\n name Dot9\n xpos 1310\n ypos -173\n }\nset Nc9f83c00 [stack 0]\n Dot {\n name Dot14\n xpos 1611\n ypos -173\n }\nset Nc9f83800 [stack 0]\n Dot {\n name Dot17\n xpos 1904\n ypos -173\n }\nset Nc9f83400 [stack 0]\n Dot {\n name Dot18\n xpos 2075\n ypos -173\n }\n Expression {\n expr0 \"1 / red\"\n expr1 \"1 / red\"\n expr2 \"1 / red\"\n name Expression2\n xpos 2041\n ypos -99\n }\n Expression {\n expr0 \"isnan(red) || isinf(red) ? 0 : red\"\n expr1 \"isnan(green) || isinf(green) ? 0 : green\"\n expr2 \"isnan(blue) || isinf(blue) ? 0 : blue\"\n name Expression5\n label \"remove nan&inf\"\n xpos 2041\n ypos -17\n }\n Dot {\n name Dot19\n xpos 2075\n ypos 367\n }\npush $Nc9f83400\n Switch {\n inputs 2\n which {{invert_depth}}\n name Switch5\n xpos 1870\n ypos 449\n }\n Dot {\n name Dot16\n xpos 1904\n ypos 531\n }\npush $Nc9f83800\n Shuffle {\n red blue\n green blue\n name Shuffle2\n xpos 1577\n ypos 38\n }\n Invert {\n channels rgb\n name Invert2\n xpos 1577\n ypos 120\n }\n Premult {\n name Premult2\n xpos 1577\n ypos 202\n }\n Dot {\n name Dot15\n xpos 1611\n ypos 342\n }\npush $Nc9f83c00\n ColorMatrix {\n matrix {\n {{parent.world_matrix.0} {parent.world_matrix.1} {parent.world_matrix.2}}\n {{parent.world_matrix.4} {parent.world_matrix.5} {parent.world_matrix.6}}\n {{parent.world_matrix.8} {parent.world_matrix.9} {parent.world_matrix.10}}\n }\n invert true\n name ColorMatrix2\n label \"invert deformation\"\n selected true\n xpos 1276\n ypos -99\n }\n Dot {\n name Dot12\n xpos 1310\n ypos -5\n }\nset Nc9fa4400 [stack 0]\n Dot {\n name Dot11\n xpos 1461\n ypos -5\n }\n Shuffle {\n red blue\n green blue\n name Shuffle1\n xpos 1427\n ypos 93\n }\n Invert {\n channels rgb\n name Invert1\n xpos 1427\n ypos 175\n }\n Premult {\n name Premult1\n xpos 1427\n ypos 257\n }\n Dot {\n name Dot13\n xpos 1461\n ypos 339\n }\npush $Nc9fa4400\n Dot {\n name Dot10\n xpos 1310\n ypos 337\n }\npush $Nc9f68000\n ColorMatrix {\n matrix {\n {{parent.cam_data.world_matrix.0} {parent.cam_data.world_matrix.1} {parent.cam_data.world_matrix.2}}\n {{parent.cam_data.world_matrix.4} {parent.cam_data.world_matrix.5} {parent.cam_data.world_matrix.6}}\n {{parent.cam_data.world_matrix.8} {parent.cam_data.world_matrix.9} {parent.cam_data.world_matrix.10}}\n }\n name ColorMatrix4\n label transformation\n xpos 1131\n ypos -99\n }\n Dot {\n name Dot21\n xpos 1165\n ypos 337\n }\npush $Nc9f68400\n Switch {\n inputs 5\n which {{\"in_space == out_normal ? 0 : \\nin_space == 0 && out_normal == 1 ? 2 : \\nin_space == 1 && out_normal == 0 ? 1 : \\nin_space == 0 && out_normal == 2 ? 3 : \\n4\"}}\n name Switch4\n xpos 1009\n ypos 460\n }\n Dot {\n name Dot7\n xpos 1043\n ypos 542\n }\npush $Nc9f68800\n Expression {\n expr2 -blue\n name Expression6\n label \"invert z\"\n xpos 706\n ypos -99\n }\n ColorMatrix {\n matrix {\n {{parent.cam_data.world_matrix.0} {parent.cam_data.world_matrix.1} {parent.cam_data.world_matrix.2}}\n {{parent.cam_data.world_matrix.4} {parent.cam_data.world_matrix.5} {parent.cam_data.world_matrix.6}}\n {{parent.cam_data.world_matrix.8} {parent.cam_data.world_matrix.9} {parent.cam_data.world_matrix.10}}\n }\n name ColorMatrix3\n label deformation\n xpos 706\n ypos -5\n }\n Add {\n channels rgb\n value {{parent.cam_data.world_matrix.3} {parent.cam_data.world_matrix.7} {parent.cam_data.world_matrix.11} {curve}}\n maskChannelInput rgba.alpha\n name Add3\n label \"invert translation\"\n xpos 706\n ypos 101\n bookmark true\n }\n Dot {\n name Dot3\n xpos 740\n ypos 321\n }\npush $Nc9f68c00\n Add {\n channels rgb\n value {{-parent.cam_data.world_matrix.3} {-parent.cam_data.world_matrix.7} {-parent.cam_data.world_matrix.11} {curve}}\n name Add1\n label \"invert translation\"\n xpos 560\n ypos -99\n bookmark true\n }\n ColorMatrix {\n matrix {\n {{parent.cam_data.world_matrix.0} {parent.cam_data.world_matrix.1} {parent.cam_data.world_matrix.2}}\n {{parent.cam_data.world_matrix.4} {parent.cam_data.world_matrix.5} {parent.cam_data.world_matrix.6}}\n {{parent.cam_data.world_matrix.8} {parent.cam_data.world_matrix.9} {parent.cam_data.world_matrix.10}}\n }\n invert true\n name ColorMatrix1\n label \"invert deformation\"\n xpos 560\n ypos -5\n }\n Expression {\n expr2 -blue\n name Expression1\n label \"invert z\"\n xpos 560\n ypos 101\n }\n Dot {\n name Dot6\n xpos 594\n ypos 317\n }\npush $Nc9f69000\n Switch {\n inputs 3\n which {{\"in_space == out_position ? 0 : ( in_space == 0 && out_position == 1 ? 1 : 2 )\"}}\n name Switch2\n xpos 404\n ypos 453\n }\n Switch {\n inputs 3\n which {{parent.data}}\n name Switch1\n xpos 404\n ypos 806\n }\n Expression {\n expr0 \"red * alpha\"\n expr1 \"green * alpha\"\n expr2 \"blue * alpha\"\n expr3 0\n name Expression4\n label \"premult and cleanup\"\n xpos 404\n ypos 929\n }\n Switch {\n inputs 2\n which {{\"!\\[exists parent.input0]\"}}\n name Switch3\n xpos 404\n ypos 1340\n }\n Output {\n name Output1\n xpos 404\n ypos 1467\n }\n Group {\n inputs 0\n name inverseMatrix\n tile_color 0x337f4cff\n xpos -111\n ypos 68\n addUserKnob {20 tab_general l General}\n addUserKnob {1 knob_path}\n knob_path fb_data.world_matrix\n addUserKnob {26 \"\"}\n addUserKnob {41 id T id_assign.matrix}\n addUserKnob {26 \"\"}\n addUserKnob {7 determinant}\n determinant {{\"\\[value \\[value knob_path].\\[value id.0]] * ((\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.8]]) - (\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.7]])) - \\[value \\[value knob_path].\\[value id.1]] * ((\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.8]]) - (\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.6]])) + \\[value \\[value knob_path].\\[value id.2]] * ((\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.7]])-(\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.6]]))\"}}\n addUserKnob {26 \"\"}\n addUserKnob {41 cofactor T mtx_cofactor.matrix}\n addUserKnob {26 \"\"}\n addUserKnob {41 invMatrix T matrix_output.matrix}\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T 1.0}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2011-11-28}\n addUserKnob {26 l_CHANGELOG l Changelog T \"v1.0\\n- reveal the calculate output of \\n inverse matrix which is c44matrix\\n and colormatrix doesn't show\\n \"}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n }\n Matrix {\n inputs 0\n matrix {\n {0 1 2}\n {4 5 6}\n {8 9 10}\n }\n name id_assign\n xpos -12\n ypos 33\n }\n Matrix {\n inputs 0\n matrix {\n {{\"(\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.8]]) - (\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.7]])\"} {\"(\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.2]]) - (\\[value \\[value knob_path].\\[value id.8]]*\\[value \\[value knob_path].\\[value id.1]])\"} {\"(\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.5]]) - (\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.4]])\"}}\n {{\"(\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.6]]) - (\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.8]])\"} {\"(\\[value \\[value knob_path].\\[value id.8]]*\\[value \\[value knob_path].\\[value id.0]]) - (\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.2]])\"} {\"(\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.3]]) - (\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.5]])\"}}\n {{\"(\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.7]]) - (\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.6]])\"} {\"(\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.1]]) - (\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.0]])\"} {\"(\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.4]]) - (\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.3]])\"}}\n }\n name mtx_cofactor\n xpos 86\n ypos 32\n }\n Matrix {\n inputs 0\n matrix {\n {{\"cofactor.0 == 0 || determinant == 0 ? 0 : cofactor.0/determinant\"} {\"cofactor.1 == 0 || determinant == 0 ? 0 : cofactor.1/determinant\"} {\"cofactor.2 == 0 || determinant == 0 ? 0 : cofactor.2/determinant\"}}\n {{\"cofactor.3 == 0 || determinant == 0 ? 0 : cofactor.3/determinant\"} {\"cofactor.4 == 0 || determinant == 0 ? 0 : cofactor.4/determinant\"} {\"cofactor.5 == 0 || determinant == 0 ? 0 : cofactor.5/determinant\"}}\n {{\"cofactor.6 == 0 || determinant == 0 ? 0 : cofactor.6/determinant\"} {\"cofactor.7 == 0 || determinant == 0 ? 0 : cofactor.7/determinant\"} {\"cofactor.8 == 0 || determinant == 0 ? 0 : cofactor.8/determinant\"}}\n }\n name matrix_output\n xpos 186\n ypos 33\n }\n end_group\n Axis {\n inputs 0\n display off\n selectable false\n rotate {0 0 {parent.cam_winroll}}\n name fb_data\n xpos -97\n ypos -47\n }\n Camera {\n inputs 0\n display off\n selectable false\n useMatrix true\n name cam_data\n xpos 6\n ypos -48\n }\n NoOp {\n inputs 0\n name global\n xpos -114\n ypos -148\n addUserKnob {20 User}\n addUserKnob {12 res}\n res {{\"\\[exists parent.input0] ? parent.input0.width : width\"} {\"\\[exists parent.input0] ? parent.input0.height : height\"}}\n addUserKnob {7 pxa}\n pxa {{\"\\[exists parent.input0] ? parent.input0.pixel_aspect : pixel_aspect\"}}\n addUserKnob {7 hratio}\n hratio {{\"parent.cam_haperture / parent.cam_focal\"}}\n }\n NoOp {\n inputs 0\n name menu1\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\ncamKnobs = \\['set_link','remove_link','bake_link','copy_data','cam_data_grp','cam_winroll','world_matrix','endGroup_1']\\nif thisGRP\\['data'].value() == 'depth' :\\n thisGRP\\['in_space'].setVisible(False)\\n thisGRP\\['out_position'].setVisible(False)\\n thisGRP\\['out_normal'].setVisible(False)\\n thisGRP\\['invert_depth'].setVisible(True)\\n for knob in camKnobs :\\n thisGRP\\[knob].setEnabled(False)\\nelse :\\n thisGRP\\['in_space'].setVisible(True)\\n if thisGRP\\['data'].value() == 'position' :\\n thisGRP\\['out_position'].setVisible(True)\\n thisGRP\\['out_normal'].setVisible(False)\\n else :\\n thisGRP\\['out_position'].setVisible(False)\\n thisGRP\\['out_normal'].setVisible(True)\\n thisGRP\\['invert_depth'].setVisible(False)\\n for knob in camKnobs :\\n thisGRP\\[knob].setEnabled(True)\\nwith thisGRP:\\n for node in nuke.allNodes() :\\n if node.Class() == 'Input' :\\n node\\['name'].setValue( thisGRP\\['data'].value() )\\n\"\n xpos -61\n ypos -352\n addUserKnob {20 User}\n addUserKnob {83 data l \"input data\" M {position normal depth}}\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_ConvolutionMatrix.gizmo", "content": "Group {\n name ConvolutionMatrix\n inputs 2\n autolabel \"nuke.thisNode().name() + \\\"\\\\n\\\" + '(' + str(nuke.thisNode()\\['matrix_selection'].value()) + ')' \"\n tile_color 0xfff600ff\n note_font \"Verdana Bold\"\n note_font_size 14\n addUserKnob {20 matrix l Matrix}\n addUserKnob {26 message01 l \"\" +STARTLINE T \"Select a matrix and see the result:\"}\n addUserKnob {4 matrix_selection l \"\" +STARTLINE M {\"01 - Identity\" \"02 - Smoothing - 3x3 convolution kernel\" \"03 - Gaussian Blur\" \"04 - Blur\" \"05 - Motion Blur\" \"06 - Average/Mean filter\" \"07 - Antialiasing filter (1)\" \"08 - Antialiasing filter (2)\" \"09 - Sharpen\" \"10 - Intensified sharpen\" \"11 - Edge detect\" \"12 - Edge enhance\" \"13 - Emboss\" \"14 - Outline\" \"15 - Top sobel\" \"16 - Bottom sobel\" \"17 - Right sobel\" \"18 - Left sobel\" \"19 - Roberts Cross Right Bottom\" \"20 - Roberts Cross Left Bottom\" \"21 - Roberts Cross Left Top\" \"22 - Roberts Cross Right Top\" \"\"}}\n addUserKnob {26 \"\"}\n addUserKnob {41 matrix_1 l matrix T MatrixSUPER.matrix}\n addUserKnob {6 normalize t \"When enabled, the matrix is divided by a constant so that it’s sum is 1 (where possible). This causes the output image to have the same brightness as the source image\" -STARTLINE}\n normalize true\n addUserKnob {6 cineon l Lin/Log t \"Turn on to get this operation in Log space\\nIf the checkbox if off, then the operation will be done in the classic Lin space\" +STARTLINE}\n addUserKnob {26 \"\"}\n addUserKnob {41 maskChannel l \"mask channel\" T Keymix1.maskChannel}\n addUserKnob {41 invertMask l invert -STARTLINE T Keymix1.invertMask}\n addUserKnob {26 \"\" +STARTLINE}\n addUserKnob {26 message02 l \"\" +STARTLINE T \"Convolution Matrix v3.5
\\nby Andrea Geremia
\\n
\\nandrea.geremia89@gmail.com
\\nwww.andreageremia.it\"}\n}\n Dot {\n inputs 0\n name Dot1\n xpos -1665\n ypos -76\n }\nset N816802e0 [stack 0]\n Dot {\n name Dot16\n xpos -1555\n ypos -76\n }\nset N81682740 [stack 0]\n Dot {\n name Dot15\n xpos -1445\n ypos -76\n }\nset N81684ba0 [stack 0]\n Dot {\n name Dot14\n xpos -1335\n ypos -76\n }\nset N81687000 [stack 0]\n Dot {\n name Dot13\n xpos -1225\n ypos -76\n }\nset N81689460 [stack 0]\n Dot {\n name Dot12\n xpos -1115\n ypos -76\n }\nset N8168b8c0 [stack 0]\n Dot {\n name Dot11\n xpos -1005\n ypos -76\n }\nset N8168dd20 [stack 0]\n Dot {\n name Dot10\n xpos -895\n ypos -76\n }\nset N81690180 [stack 0]\n Dot {\n name Dot9\n xpos -785\n ypos -76\n }\nset N816925e0 [stack 0]\n Dot {\n name Dot19\n xpos -656\n ypos -76\n }\nset N81694a40 [stack 0]\n Dot {\n name Dot21\n xpos -546\n ypos -76\n }\nset N81696ea0 [stack 0]\n Dot {\n name Dot20\n xpos -420\n ypos -76\n }\nset N81699300 [stack 0]\n Dot {\n name Dot22\n xpos -293\n ypos -76\n }\n Matrix {\n channels rgba\n matrix {\n {0 0 0}\n {0 0 -1}\n {0 1 0}\n }\n name Matrix21\n label \"Robert Cross Right Top\"\n xpos -327\n ypos 33\n }\npush $N81699300\n Matrix {\n channels rgba\n matrix {\n {0 0 0}\n {0 -1 0}\n {0 0 1}\n }\n name Matrix20\n label \"Robert Cross Left Top\"\n xpos -454\n ypos 30\n }\npush $N81696ea0\n Matrix {\n channels rgba\n matrix {\n {0 0 0}\n {0 0 1}\n {0 -1 0}\n }\n name Matrix19\n label \"Robert Cross Left Down\"\n xpos -580\n ypos 29\n }\npush $N81694a40\n Matrix {\n channels rgba\n matrix {\n {0 0 0}\n {0 1 0}\n {0 0 -1}\n }\n name Matrix18\n label \"Robert Cross Right Down\"\n xpos -690\n ypos 30\n }\npush $N816925e0\n Matrix {\n channels rgba\n matrix {\n {-1 0 1}\n {-2 0 2}\n {-1 0 1}\n }\n name Matrix17\n label \"Right Sobel\"\n xpos -819\n ypos 30\n }\npush $N81690180\n Matrix {\n channels rgba\n matrix {\n {1 0 -1}\n {2 0 -2}\n {1 0 -1}\n }\n name Matrix16\n label \"Left Sobel\"\n xpos -929\n ypos 28\n }\npush $N8168dd20\n Matrix {\n channels rgba\n matrix {\n {-1 -2 -1}\n {0 0 0}\n {1 2 1}\n }\n name Matrix15\n label \"Bottom Sobel\"\n xpos -1039\n ypos 28\n }\npush $N8168b8c0\n Matrix {\n channels rgba\n matrix {\n {1 2 1}\n {0 0 0}\n {-1 -2 -1}\n }\n name Matrix14\n label \"Top Sobel\"\n xpos -1149\n ypos 28\n }\npush $N81689460\n Matrix {\n channels rgba\n matrix {\n {-1 -1 -1}\n {-1 8 -1}\n {-1 -1 -1}\n }\n name Matrix13\n label Outline\n xpos -1259\n ypos 28\n }\npush $N81687000\n Matrix {\n channels rgba\n matrix {\n {-2 -1 0}\n {-1 1 1}\n {0 1 2}\n }\n name Matrix12\n label Emboss\n xpos -1369\n ypos 28\n }\npush $N81684ba0\n Matrix {\n channels rgba\n matrix {\n {0 0 0}\n {-1 1 0}\n {0 0 0}\n }\n name Matrix11\n label \"Edge Enhance\"\n xpos -1479\n ypos 31\n }\npush $N81682740\n Matrix {\n channels rgba\n matrix {\n {0 1 0}\n {1 -4 1}\n {0 1 0}\n }\n name Matrix10\n label \"Edge detect\"\n xpos -1589\n ypos 28\n }\npush $N816802e0\n Matrix {\n channels rgba\n matrix {\n {-1 -1 -1}\n {-1 9 -1}\n {-1 -1 -1}\n }\n name Matrix9\n label \"Intensified sharpen\"\n xpos -1699\n ypos 28\n }\npush $N816802e0\n Dot {\n name Dot8\n xpos -1759\n ypos -76\n }\nset N816f6230 [stack 0]\n Matrix {\n channels rgba\n matrix {\n {0 -1 0}\n {-1 5 -1}\n {0 -1 0}\n }\n normalize true\n name Matrix8\n label Sharpen\n xpos -1793\n ypos 28\n }\npush $N816f6230\n Dot {\n name Dot6\n xpos -1854\n ypos -76\n }\nset N817024e0 [stack 0]\n Matrix {\n channels rgb\n matrix {\n {1 2 1}\n {2 4 2}\n {1 2 1}\n }\n normalize true\n name Matrix7\n label \"Antialiasing filter\\nsize 2\"\n xpos -1888\n ypos 24\n }\npush $N817024e0\n Dot {\n name Dot5\n xpos -1964\n ypos -76\n }\nset N8170a510 [stack 0]\n Matrix {\n channels rgb\n matrix {\n {0 1 0}\n {1 2 1}\n {0 1 0}\n }\n normalize true\n name Matrix6\n label \"Antialiasing filter\\nsize 1\"\n xpos -1998\n ypos 28\n }\npush $N8170a510\n Dot {\n name Dot17\n xpos -2082\n ypos -76\n }\nset N81712540 [stack 0]\n Matrix {\n channels rgba\n matrix {\n {0.1111111111 0.11111111 0.11111111}\n {0.11111111 0.11111111 0.11111111}\n {0.11111111 0.11111111 0.11111111}\n }\n normalize true\n name Matrix5\n label \"Average filter\"\n xpos -2116\n ypos 28\n }\npush $N81712540\n Dot {\n name Dot18\n xpos -2207\n ypos -76\n }\nset N8171a570 [stack 0]\n Matrix {\n channels rgba\n matrix {\n {1 0 0}\n {0 1 0}\n {0 0 1}\n }\n normalize true\n name Matrix4\n label \"Motion Blur\"\n xpos -2241\n ypos 31\n }\npush $N8171a570\n Dot {\n name Dot7\n xpos -2318\n ypos -76\n }\nset N817225a0 [stack 0]\n Matrix {\n channels rgba\n matrix {\n {0.0625 0.125 0.0625}\n {0.125 0.25 0.125}\n {0.0625 0.125 0.0625}\n }\n normalize true\n name Matrix3\n label Blur\n xpos -2352\n ypos 30\n }\npush $N817225a0\n Dot {\n name Dot4\n xpos -2413\n ypos -76\n }\nset N8172a5d0 [stack 0]\n Matrix {\n channels rgba\n matrix {\n {0 1 0}\n {1 4 1}\n {0 1 0}\n }\n normalize true\n name Matrix2\n label \"Gaussian Blur\"\n xpos -2447\n ypos 28\n }\npush $N8172a5d0\n Dot {\n name Dot3\n xpos -2530\n ypos -76\n }\nset N81732690 [stack 0]\n Matrix {\n channels rgba\n matrix {\n {1 1 1}\n {1 1 1}\n {1 1 1}\n }\n normalize true\n name Matrix1\n label \"Smoothing\\n3x3 convolution kernel\"\n xpos -2564\n ypos 27\n }\npush $N81732690\n Dot {\n name Dot2\n xpos -2645\n ypos -76\n }\n Matrix {\n channels rgba\n matrix {\n {0 0 0}\n {0 1 0}\n {0 0 0}\n }\n normalize {{parent.normalize}}\n name Matrix0\n label Identity\n xpos -2679\n ypos 29\n }\n Switch {\n inputs 22\n which {{parent.matrix_selection}}\n name Switch1\n label \"\\[value which]\"\n xpos -1634\n ypos 420\n }\n Reformat {\n inputs 0\n type \"to box\"\n box_width 10\n box_height 10\n box_fixed true\n name Reformat1\n xpos 762\n ypos 229\n }\n Shuffle {\n alpha white\n name Shuffle1\n xpos 762\n ypos 309\n }\n Input {\n inputs 0\n name mask\n xpos 610\n ypos 82\n number 1\n }\n Switch {\n inputs 2\n which {{\"!\\[exists parent.input1]\"}}\n name Switch3\n xpos 610\n ypos 309\n }\n Dot {\n name Dot23\n xpos 643\n ypos 701\n }\n Input {\n inputs 0\n name src\n selected true\n xpos -580\n ypos 235\n }\nset N81633080 [stack 0]\n Colorspace {\n colorspace_out Cineon\n name Colorspace1\n xpos -580\n ypos 301\n disable {{!parent.cineon}}\n }\n Matrix {\n channels rgba\n matrix {\n {{\"\\[python nuke.toNode('Matrix'\\\\ +\\\\nstr(int(nuke.toNode('Switch1').knob('which').value()))).knob('matrix').value(0,0)\\\\n]\"} {\"\\[python nuke.toNode('Matrix'\\\\ +\\\\nstr(int(nuke.toNode('Switch1').knob('which').value()))).knob('matrix').value(0,1)]\"} {\"\\[python nuke.toNode('Matrix'\\\\ +\\\\nstr(int(nuke.toNode('Switch1').knob('which').value()))).knob('matrix').value(0,2)]\"}}\n {{\"\\[python nuke.toNode('Matrix'\\\\ +\\\\nstr(int(nuke.toNode('Switch1').knob('which').value()))).knob('matrix').value(1,0)]\"} {\"\\[python nuke.toNode('Matrix'\\\\ +\\\\nstr(int(nuke.toNode('Switch1').knob('which').value()))).knob('matrix').value(1,1)]\"} {\"\\[python nuke.toNode('Matrix'\\\\ +\\\\nstr(int(nuke.toNode('Switch1').knob('which').value()))).knob('matrix').value(1,2)]\"}}\n {{\"\\[python nuke.toNode('Matrix'\\\\ +\\\\nstr(int(nuke.toNode('Switch1').knob('which').value()))).knob('matrix').value(2,0)]\"} {\"\\[python nuke.toNode('Matrix'\\\\ +\\\\nstr(int(nuke.toNode('Switch1').knob('which').value()))).knob('matrix').value(2,1)]\"} {\"\\[python nuke.toNode('Matrix'\\\\ +\\\\nstr(int(nuke.toNode('Switch1').knob('which').value()))).knob('matrix').value(2,2)]\"}}\n }\n normalize {{\"\\[python nuke.toNode('Matrix'\\\\ +\\\\nstr(int(nuke.toNode('Switch1').knob('which').value()))).knob('normalize').value()\\\\n]\"}}\n name MatrixSUPER\n xpos -580\n ypos 370\n }\n Colorspace {\n colorspace_in Cineon\n name Colorspace2\n xpos -580\n ypos 455\n disable {{!parent.cineon}}\n }\n Dot {\n name Dot24\n xpos -547\n ypos 701\n }\npush $N81633080\n Dot {\n name Dot25\n xpos 321\n ypos 237\n }\n Keymix {\n inputs 3\n name Keymix1\n xpos 288\n ypos 695\n }\n Output {\n name Output1\n xpos 288\n ypos 841\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_CornerPin2D_Matrix.gizmo", "content": "Group {\n name CornerPin2D_Matrix\n tile_color 0xa57aaa00\n selected true\n addUserKnob {20 CornerPin2D}\n addUserKnob {26 \"\"}\n addUserKnob {41 to1 T CornerPin2D1.to1}\n addUserKnob {41 enable1 -STARTLINE T CornerPin2D1.enable1}\n addUserKnob {41 to2 T CornerPin2D1.to2}\n addUserKnob {41 enable2 -STARTLINE T CornerPin2D1.enable2}\n addUserKnob {41 to3 T CornerPin2D1.to3}\n addUserKnob {41 enable3 -STARTLINE T CornerPin2D1.enable3}\n addUserKnob {41 to4 T CornerPin2D1.to4}\n addUserKnob {41 enable4 -STARTLINE T CornerPin2D1.enable4}\n addUserKnob {22 copy_from l \"Copy 'from'\" T \"n = nuke.thisNode()\\nknob_from1 = n\\['from1'].getValue()\\nknob_from2 = n\\['from2'].getValue()\\nknob_from3 = n\\['from3'].getValue()\\nknob_from4 = n\\['from4'].getValue()\\n\\n\\nn\\['to1'].setValue(knob_from1)\\nn\\['to2'].setValue(knob_from2)\\nn\\['to3'].setValue(knob_from3)\\nn\\['to4'].setValue(knob_from4)\" +STARTLINE}\n addUserKnob {20 \"extra matrix\" n 2}\n addUserKnob {41 transform_matrix l \"\" -STARTLINE T CornerPin2D1.transform_matrix}\n addUserKnob {20 \"\" n -1}\n addUserKnob {26 \"\"}\n addUserKnob {26 message l \"\" +STARTLINE T \"This is just a visualization. Can't modify directly this matrix\"}\n addUserKnob {41 matrix T Matrix1.matrix}\n addUserKnob {41 inverse -STARTLINE T CornerPin2D1.inverse}\n addUserKnob {20 from l From}\n addUserKnob {41 from1 T CornerPin2D1.from1}\n addUserKnob {41 from2 T CornerPin2D1.from2}\n addUserKnob {41 from3 T CornerPin2D1.from3}\n addUserKnob {41 from4 T CornerPin2D1.from4}\n addUserKnob {41 set_to_input l \"Set to input\" T CornerPin2D1.set_to_input}\n addUserKnob {41 copy_from_to l \"Copy 'to'\" -STARTLINE T CornerPin2D1.copy_from_to}\n addUserKnob {20 email l @}\n addUserKnob {22 tutorial l Tutorial t http://www.andreageremia.it/tutorial_matrix_transform.html T \"nuke.tcl('start', 'http://www.andreageremia.it/tutorial_matrix_transform.html')\\n\" +STARTLINE}\n addUserKnob {26 tool l \"\" +STARTLINE T \"Tool created by Andrea Geremia\\n\\nandrea.geremia89@gmail.com\\nwww.andreageremia.it\\n\\nFrom the Julik's code: https://gist.github.com/julik/1164618\"}\n}\n Input {\n inputs 0\n name Input1\n xpos 269\n ypos -141\n }\n CornerPin2D {\n to1 {0 0}\n to2 {2048 0}\n to3 {2048 1556}\n to4 {0 1556}\n invert false\n motionblur 1\n from1 {0 0}\n from2 {2048 0}\n from3 {2048 1556}\n from4 {0 1556}\n name CornerPin2D1\n knobChanged \"n = nuke.thisNode()\\nk = nuke.thisKnob()\\n\\n\\ndef getTheCornerpinAsMatrix():\\n projectionMatrixTo = nuke.math.Matrix4()\\n projectionMatrixFrom = nuke.math.Matrix4()\\n \\n theCornerpinNode = n\\n imageWidth = float(theCornerpinNode.width())\\n imageHeight = float(theCornerpinNode.height())\\n \\n \\n to1x, to1y = theCornerpinNode\\['to1'].value()\\n to2x, to2y = theCornerpinNode\\['to2'].value()\\n to3x, to3y = theCornerpinNode\\['to3'].value()\\n to4x, to4y = theCornerpinNode\\['to4'].value()\\n \\n from1x, from1y = theCornerpinNode\\['from1'].value()\\n from2x, from2y = theCornerpinNode\\['from2'].value()\\n from3x, from3y = theCornerpinNode\\['from3'].value()\\n from4x, from4y = theCornerpinNode\\['from4'].value()\\n \\n \\n projectionMatrixTo.mapUnitSquareToQuad(to1x,to1y,to2x,to2y,to3x,to3y,to4x,to4y)\\n projectionMatrixFrom.mapUnitSquareToQuad(from1x,from1y,from2x,from2y,from3x,from3y,from4x,from4y)\\n \\n\\n theCornerpinAsMatrix = projectionMatrixTo*projectionMatrixFrom.inverse()\\n \\n theCornerpinAsMatrix.transpose()\\n \\n \\n if(n\\['inverse'].getValue()==1):\\n inv = theCornerpinAsMatrix.inverse()\\n theCornerpinAsMatrix = inv\\n\\n \\n return theCornerpinAsMatrix\\n\\nmatrix = getTheCornerpinAsMatrix()\\n\\nnuke.toNode(\\\"Matrix1\\\")\\['matrix'].setValue(matrix)\"\n selected true\n xpos 269\n ypos -66\n addUserKnob {20 User}\n addUserKnob {6 inverse +STARTLINE}\n addUserKnob {22 \"set reference frame\" -STARTLINE T cornerPinZero()}\n }\n Output {\n name Output1\n xpos 269\n ypos -1\n }\n Matrix {\n inputs 0\n matrix {\n {1 0 0 0}\n {0 1 0 0}\n {0 0 1 0}\n {0 0 0 1}\n }\n name Matrix1\n xpos 442\n ypos -93\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_CrossProductVector2.gizmo", "content": "Group {\n name CrossProductVector2_\n help \"Calculates the cross product of 2 Vector2 inputs.\"\n addUserKnob {20 main_tab l \"Cross Product Vector2\"}\n addUserKnob {41 in l \"Vector B Layer\" t \"Layer containing the vector information for input B\" T vector_layer.in}\n addUserKnob {41 in_1 l \"Vector A Layer\" t \"Layer containing the vector information for input A\" T vector_layer1.in}\n addUserKnob {26 \"\"}\n addUserKnob {26 copyright l \"\" +STARTLINE T \"v1.0 - Mathieu Goulet-Aubin & Erwan Leroy - Github\"}\n}\n Input {\n inputs 0\n name vectorA\n xpos 457\n ypos -6\n number 1\n }\n Shuffle {\n name vector_layer1\n xpos 457\n ypos 103\n }\n Remove {\n operation keep\n channels rgba\n name Remove2\n xpos 457\n ypos 129\n }\n Dot {\n name Dot3\n tile_color 0x9e3c6300\n xpos 491\n ypos 210\n }\n Input {\n inputs 0\n name vectorB\n xpos 0\n }\n Dot {\n name Dot1\n tile_color 0xcccccc00\n xpos 34\n ypos 108\n }\nset N71872f0 [stack 0]\n Shuffle {\n name vector_layer\n xpos 140\n ypos 104\n }\n Remove {\n operation keep\n channels rgba\n name Remove1\n xpos 140\n ypos 130\n }\n MergeExpression {\n inputs 2\n channel0 rgb\n expr0 \"Br*Ag - Bg*Ar\"\n name MergeExpression2\n xpos 140\n ypos 206\n }\n Dot {\n name Dot2\n tile_color 0x4b5ec600\n xpos 174\n ypos 364\n }\npush $N71872f0\n ShuffleCopy {\n inputs 2\n in2 none\n red red\n green green\n blue blue\n out {{{parent.vector_layer.in}}}\n name ShuffleCopy1\n xpos 0\n ypos 360\n }\n Output {\n name Output1\n xpos 0\n ypos 506\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_CrossProductVector3.gizmo", "content": "Group {\n name CrossProductVector3_\n help \"Calculates the cross product of 2 Vector3 inputs.\"\n addUserKnob {20 main_tab l \"Cross Product Vector3\"}\n addUserKnob {41 in l \"Vector B Layer\" t \"Layer containing the vector information for input B\" T vector_layer.in}\n addUserKnob {41 in_1 l \"Vector A Layer\" t \"Layer containing the vector information for input A\" T vector_layer1.in}\n addUserKnob {26 \"\"}\n addUserKnob {26 copyright l \"\" +STARTLINE T \"v1.0 - Mathieu Goulet-Aubin & Erwan Leroy - Github\"}\n}\n Input {\n inputs 0\n name vectorA\n xpos 457\n ypos -6\n number 1\n }\n Shuffle {\n name vector_layer1\n xpos 457\n ypos 103\n }\n Remove {\n operation keep\n channels rgba\n name Remove2\n xpos 457\n ypos 129\n }\n Dot {\n name Dot3\n tile_color 0x9e3c6300\n xpos 491\n ypos 210\n }\n Input {\n inputs 0\n name vectorB\n xpos 0\n }\n Dot {\n name Dot1\n tile_color 0xcccccc00\n xpos 34\n ypos 108\n }\nset N762f800 [stack 0]\n Shuffle {\n name vector_layer\n xpos 140\n ypos 104\n }\n Remove {\n operation keep\n channels rgba\n name Remove1\n xpos 140\n ypos 130\n }\n MergeExpression {\n inputs 2\n expr0 \"Ag*Bb - Ab*Bg\"\n expr1 \"Ab*Br - Ar*Bb\"\n expr2 \"Ar*Bg - Ag*Br\"\n name MergeExpression2\n xpos 140\n ypos 206\n }\n Dot {\n name Dot2\n tile_color 0x4b5ec600\n xpos 174\n ypos 364\n }\npush $N762f800\n ShuffleCopy {\n inputs 2\n in2 none\n red red\n green green\n blue blue\n out {{{parent.vector_layer.in}}}\n name ShuffleCopy1\n xpos 0\n ypos 360\n }\n Output {\n name Output1\n xpos 0\n ypos 506\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_DVPColorCorrect.gizmo", "content": "Group {\n name DVPColorCorrect\n onCreate \"\\nthisGRP = nuke.thisGroup()\\nfor knob in thisGRP.knobs() :\\n try :\\n if thisGRP\\[knob].label()\\[:19] == 'panel dropped state' :\\n thisGRP.removeKnob( nuke.thisNode()\\[knob] )\\n except :\\n pass\\nfor knob in thisGRP.knobs() :\\n if thisGRP\\[knob].Class() == 'Color_Knob' :\\n if thisGRP\\[knob].getValue() == \\[0,0,0] :\\n if not thisGRP\\[knob].isAnimated() :\\n thisGRP\\[knob].setSingleValue(True)\\n\"\n tile_color 0x5182ccff\n label \"Deep Output\"\n addUserKnob {20 tab_general l General}\n addUserKnob {4 channels M {rgb deepPosition deepNormal}}\n addUserKnob {6 red -STARTLINE}\n red true\n addUserKnob {6 green -STARTLINE}\n green true\n addUserKnob {6 blue -STARTLINE}\n blue true\n addUserKnob {20 title_master l master n 1}\n addUserKnob {18 saturation R 0 4}\n saturation {1}\n addUserKnob {18 contrast R 0 4}\n contrast {1}\n addUserKnob {18 gamma R 0.2 5}\n gamma {1}\n addUserKnob {18 gain R 0 4}\n gain {1}\n addUserKnob {18 offset R -1 1}\n offset {0}\n addUserKnob {20 endGroup n -1}\n addUserKnob {20 title_shadows l shadows n 1}\n title_shadows 0\n addUserKnob {18 shadows_saturation l saturation R 0 4}\n shadows_saturation {1}\n addUserKnob {18 shadows_contrast l contrast R 0 4}\n shadows_contrast {1}\n addUserKnob {18 shadows_gamma l gamma R 0.2 5}\n shadows_gamma {1}\n addUserKnob {18 shadows_gain l gain R 0 4}\n shadows_gain {1}\n addUserKnob {18 shadows_offset l offset R -1 1}\n shadows_offset {0}\n addUserKnob {20 endGroup_1 l endGroup n -1}\n addUserKnob {20 title_midtones l midtones n 1}\n title_midtones 0\n addUserKnob {18 midtones_saturation l saturation R 0 4}\n midtones_saturation {1}\n addUserKnob {18 midtones_contrast l contrast R 0 4}\n midtones_contrast {1}\n addUserKnob {18 midtones_gamma l gamma R 0.2 5}\n midtones_gamma {1}\n addUserKnob {18 midtones_gain l gain R 0 4}\n midtones_gain {1}\n addUserKnob {18 midtones_offset l offset R -1 1}\n midtones_offset {0}\n addUserKnob {20 endGroup_2 l endGroup n -1}\n addUserKnob {20 title_highlights l highlights n 1}\n title_highlights 0\n addUserKnob {18 highlights_saturation l saturation R 0 4}\n highlights_saturation {1}\n addUserKnob {18 highlights_contrast l contrast R 0 4}\n highlights_contrast {1}\n addUserKnob {18 highlights_gamma l gamma R 0.2 5}\n highlights_gamma {1}\n addUserKnob {18 highlights_gain l gain R 0 4}\n highlights_gain {1}\n addUserKnob {18 highlights_offset l offset R -1 1}\n highlights_offset {0}\n addUserKnob {20 endGroup_3 l endGroup n -1}\n addUserKnob {20 tab_masking l Masking}\n addUserKnob {41 mix T DeepCC.mix}\n addUserKnob {26 \"\" l \" \"}\n addUserKnob {41 zmap T DeepCC.zmap}\n addUserKnob {41 limit_z -STARTLINE T DeepCC.limit_z}\n addUserKnob {20 tab_ranges l Ranges}\n addUserKnob {4 test M {none \"test on full image\" \"test with matte\" \"\"}}\n addUserKnob {41 lookup l \"\" +STARTLINE T DeepCC.lookup}\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T 4.0}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2021-02-13}\n addUserKnob {22 btn_CHANGELOG l Changelog T \"log = \\\"Deep2VPosition (Deep2VP)
- added camera setting to metadata
- remove bake and copy buttons
- rename to Deep2VP
- generate/select/import deepNormal in this node
- added generate normal in deep, still keep the previous one.

DVPort (DVPortal)
- renamed to DVPortal

DVPmatte
- removed 'option' knob, 2D matte can use 'open matte' instead
- open matte can choose show matte or color

DVPattern
- internal setup same as DVPmatte
- added rotation knob
- support 'open matte'

DVProjection
- remove bake and copy buttons
- remove all metadata created from Deep2VP

DVPsetLight
- added shader setting and input shader
- not required link camera anymore
- removed deepNormal setup, moved to Deep2VP node

DVPscene
- added multiple output options
- remove all metadata created from DVP's lighting system

DVPrelight
- added specular setup
- added toon shade setup
- fix pointcloud preview with effects

DVPrelightPT
- split up point light from DVPrelight
- fix point light duplicated algorithm

DVPfresnel
- not required link camera anymore
- fix unpremult process, the result was too dark

DVPToImage
- remove all metadata created from Deep2VP
- same as Deep2VP node color

new nodes :
DVPColorCorrect

added shaders :
DVP Shader
DVP Toon Shader\\\"\\nnuke.message( log )\" +STARTLINE}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n}\n Input {\n inputs 0\n name deep\n xpos -40\n ypos 134\n }\n DeepExpression {\n chans1 deep\n name spacer\n xpos -40\n ypos 214\n }\n Dot {\n name Dot3\n xpos -6\n ypos 294\n }\nset N4c8e7c00 [stack 0]\nadd_layer {deepRawColor deepRawColor.red deepRawColor.green deepRawColor.blue deepRawColor.alpha}\n DeepExpression {\n chans0 {deepRawColor.red deepRawColor.green deepRawColor.blue none}\n chans1 none\n deepRawColor.red red\n deepRawColor.green green\n deepRawColor.blue blue\n name DeepExpression5\n label \"get color from upstream\"\n xpos 90\n ypos 371\n }\npush $N4c8e7c00\n Switch {\n inputs 2\n which {{\"\\[metadata DVPmatte]+0==2 ? 1 : 0\"}}\n name Switch2\n label \"check from upstream\"\n xpos -40\n ypos 448\n }\n DeepExpression {\n chans0 {rgba.red rgba.green rgba.blue none}\n chans1 none\n rgba.red \"\\[value selChan] == 0 ? deepRawColor.red : \\[value parent.channels].red\"\n rgba.green \"\\[value selChan] == 0 ? deepRawColor.green : \\[value parent.channels].green\"\n rgba.blue \"\\[value selChan] == 0 ? deepRawColor.blue : \\[value parent.channels].blue\"\n name DeepExpression1\n label \"shuffle deepRawColor\"\n xpos -40\n ypos 545\n addUserKnob {20 User}\n addUserKnob {3 selChan}\n selChan {{parent.channels}}\n }\n DeepColorCorrect2 {\n saturation {{parent.saturation.r} {parent.saturation.g} {parent.saturation.b} 0}\n contrast {{parent.contrast.r} {parent.contrast.g} {parent.contrast.b} 0}\n gamma {{parent.gamma.r} {parent.gamma.g} {parent.gamma.b} 0}\n gain {{parent.gain.r} {parent.gain.g} {parent.gain.b} 0}\n offset {{parent.offset.r} {parent.offset.g} {parent.offset.b} 0}\n shadows.saturation {{parent.shadows_saturation.r} {parent.shadows_saturation.g} {parent.shadows_saturation.b} 0}\n shadows.contrast {{parent.shadows_contrast.r} {parent.shadows_contrast.g} {parent.shadows_contrast.b} 0}\n shadows.gamma {{parent.shadows_gamma.r} {parent.shadows_gamma.g} {parent.shadows_gamma.b} 0}\n shadows.gain {{parent.shadows_gain.r} {parent.shadows_gain.g} {parent.shadows_gain.b} 0}\n shadows.offset {{parent.shadows_offset.r} {parent.shadows_offset.g} {parent.shadows_offset.b} 0}\n midtones.saturation {{parent.midtones_saturation.r} {parent.midtones_saturation.g} {parent.midtones_saturation.b} 0}\n midtones.contrast {{parent.midtones_contrast.r} {parent.midtones_contrast.g} {parent.midtones_contrast.b} 0}\n midtones.gamma {{parent.midtones_gamma.r} {parent.midtones_gamma.g} {parent.midtones_gamma.b} 0}\n midtones.gain {{parent.midtones_gain.r} {parent.midtones_gain.g} {parent.midtones_gain.b} 0}\n midtones.offset {{parent.midtones_offset.r} {parent.midtones_offset.g} {parent.midtones_offset.b} 0}\n highlights.saturation {{parent.highlights_saturation.r} {parent.highlights_saturation.g} {parent.highlights_saturation.b} 0}\n highlights.contrast {{parent.highlights_contrast.r} {parent.highlights_contrast.g} {parent.highlights_contrast.b} 0}\n highlights.gamma {{parent.highlights_gamma.r} {parent.highlights_gamma.g} {parent.highlights_gamma.b} 0}\n highlights.gain {{parent.highlights_gain.r} {parent.highlights_gain.g} {parent.highlights_gain.b} 0}\n highlights.offset {{parent.highlights_offset.r} {parent.highlights_offset.g} {parent.highlights_offset.b} 0}\n mix {1}\n zmap {0 1 1 1}\n test {{parent.test}}\n name DeepCC\n xpos -40\n ypos 637\n }\n Dot {\n name Dot1\n xpos -6\n ypos 693\n }\nset N4c8e6800 [stack 0]\n Dot {\n name Dot4\n xpos 291\n ypos 693\n }\n Dot {\n name Dot5\n xpos 291\n ypos 1013\n }\npush $N4c8e6800\nadd_layer {deepNormal deepNormal.red deepNormal.green deepNormal.blue deepNormal.alpha}\n DeepExpression {\n chans0 rgb\n chans1 {deepNormal.red deepNormal.green deepNormal.blue none}\n rgba.red deepRawColor.red\n rgba.green deepRawColor.green\n rgba.blue deepRawColor.blue\n deepNormal.red \"\\[value cr] ? deepNormal.red * (1-deepRawColor.alpha) + red * deepRawColor.alpha : deepNormal.red\"\n deepNormal.green \"\\[value cg] ? deepNormal.green * (1-deepRawColor.alpha) + green * deepRawColor.alpha : deepNormal.green\"\n deepNormal.blue \"\\[value cb] ? deepNormal.blue * (1-deepRawColor.alpha) + blue * deepRawColor.alpha : deepNormal.blue\"\n name DeepExpression2\n label \"apply matte\\ndeepNormal\"\n xpos 81\n ypos 790\n addUserKnob {20 User}\n addUserKnob {3 cr}\n cr {{parent.red}}\n addUserKnob {3 cg}\n cg {{parent.green}}\n addUserKnob {3 cb}\n cb {{parent.blue}}\n }\npush $N4c8e6800\nadd_layer {deepPosition deepPosition.red deepPosition.green deepPosition.blue deepPosition.alpha}\n DeepExpression {\n chans0 rgb\n chans1 {deepPosition.red deepPosition.green deepPosition.blue none}\n rgba.red deepRawColor.red\n rgba.green deepRawColor.green\n rgba.blue deepRawColor.blue\n deepPosition.red \"\\[value cr] ? deepPosition.red * (1-deepRawColor.alpha) + red * deepRawColor.alpha : deepPosition.red\"\n deepPosition.green \"\\[value cg] ? deepPosition.green * (1-deepRawColor.alpha) + green * deepRawColor.alpha : deepPosition.green\"\n deepPosition.blue \"\\[value cb] ? deepPosition.blue * (1-deepRawColor.alpha) + blue * deepRawColor.alpha : deepPosition.blue\"\n name DeepExpression4\n label \"apply matte\\ndeepPosition\"\n xpos -40\n ypos 788\n addUserKnob {20 User}\n addUserKnob {3 cr}\n cr {{parent.red}}\n addUserKnob {3 cg}\n cg {{parent.green}}\n addUserKnob {3 cb}\n cb {{parent.blue}}\n }\npush $N4c8e6800\n DeepExpression {\n chans0 rgb\n chans1 none\n rgba.red \"\\[value cr] ? deepRawColor.red * (1-deepRawColor.alpha) + red * deepRawColor.alpha : deepRawColor.red\"\n rgba.green \"\\[value cg] ? deepRawColor.green * (1-deepRawColor.alpha) + green * deepRawColor.alpha : deepRawColor.green\"\n rgba.blue \"\\[value cb] ? deepRawColor.blue * (1-deepRawColor.alpha) + blue * deepRawColor.alpha : deepRawColor.blue\"\n name DeepExpression3\n label \"apply matte\\nRGB\"\n xpos -168\n ypos 789\n addUserKnob {20 User}\n addUserKnob {3 cr}\n cr {{parent.red}}\n addUserKnob {3 cg}\n cg {{parent.green}}\n addUserKnob {3 cb}\n cb {{parent.blue}}\n }\n Switch {\n inputs 3\n which {{parent.channels}}\n name Switch1\n xpos -40\n ypos 924\n }\n Switch {\n inputs 2\n which {{\"parent.test == 1 ? 1 : 0\"}}\n name Switch3\n label \"test selection\"\n xpos -40\n ypos 1004\n }\n ModifyMetaData {\n metadata {\n {set DVPmatte 2}\n }\n name DVPmd\n xpos -40\n ypos 1090\n }\n Output {\n name Output1\n xpos -40\n ypos 1170\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_DVPToImage.gizmo", "content": "Group {\n name DVPToImage\n onCreate \"\\nnver = nuke.NUKE_VERSION_MAJOR\\nthisGRP = nuke.thisGroup()\\nif nver >= 11 :\\n thisGRP\\['nuke_version'].setValue(1)\\nelse :\\n thisGRP\\['nuke_version'].setValue(0)\\n\"\n tile_color 0x2866ff\n label \"2D image Output\"\n addUserKnob {20 t_general l General}\n addUserKnob {4 nuke_version l \"\" +STARTLINE +INVISIBLE M {10 11 \"\" \"\"}}\n nuke_version 11\n addUserKnob {6 keep_deepPosition l \"keep deepPosition\" t \"keep 'deepPosition' channel to downstream.\" +STARTLINE}\n keep_deepPosition true\n addUserKnob {6 keep_deepNormal l \"keep deepNormal\" t \"keep 'deepNormal' channel to downstream.\" +STARTLINE}\n keep_deepNormal true\n addUserKnob {26 spacer l \"\" +STARTLINE}\n addUserKnob {26 description l \"description :\" T \"This node converts 'deepPosition' & 'deepNormal' data
generated by Deep2VP to 2D image in downstream.\"}\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T 4.0}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2021-02-13}\n addUserKnob {22 btn_CHANGELOG l Changlelog T \"log = \\\"Deep2VPosition (Deep2VP)
- added camera setting to metadata
- remove bake and copy buttons
- rename to Deep2VP
- generate/select/import deepNormal in this node
- added generate normal in deep, still keep the previous one.

DVPort (DVPortal)
- renamed to DVPortal

DVPmatte
- removed 'option' knob, 2D matte can use 'open matte' instead
- open matte can choose show matte or color

DVPattern
- internal setup same as DVPmatte
- added rotation knob
- support 'open matte'

DVProjection
- remove bake and copy buttons
- remove all metadata created from Deep2VP

DVPsetLight
- added shader setting and input shader
- not required link camera anymore
- removed deepNormal setup, moved to Deep2VP node

DVPscene
- added multiple output options
- remove all metadata created from DVP's lighting system

DVPrelight
- added specular setup
- added toon shade setup
- fix pointcloud preview with effects

DVPrelightPT
- split up point light from DVPrelight
- fix point light duplicated algorithm

DVPfresnel
- not required link camera anymore
- fix unpremult process, the result was too dark

DVPToImage
- remove all metadata created from Deep2VP
- same as Deep2VP node color

new nodes :
DVPColorCorrect

added shaders :
DVP Shader
DVP Toon Shader\\\"\\nnuke.message( log )\" +STARTLINE}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n}\n Input {\n inputs 0\n name deep\n xpos 508\n ypos -123\n }\n DeepExpression {\n chans1 deep\n name spacer\n xpos 508\n ypos -43\n }\n ModifyMetaData {\n metadata {\n {remove DVPmatte \"\"}\n {remove DVPcamMTX \"\"}\n {remove DVPcamAspect \"\"}\n {remove DVPcamWin \"\"}\n }\n name DVPmd\n label \"kill metadata\"\n xpos 508\n ypos 37\n }\n Dot {\n name Dot5\n xpos 542\n ypos 117\n }\nset Nff515c00 [stack 0]\n Dot {\n name Dot2\n xpos 704\n ypos 117\n }\nset Nff515800 [stack 0]\n Dot {\n name Dot1\n xpos 973\n ypos 117\n }\nset Nff515400 [stack 0]\n DeepExpression {\n chans1 none\n rgba.red deepNormal.red\n rgba.green deepNormal.green\n rgba.blue deepNormal.blue\n rgba.alpha \"alpha <= 0 ? 0 : 1\"\n name DeepExpression2\n xpos 1051\n ypos 189\n }\npush $Nff515400\n DeepExpression {\n chans1 none\n rgba.red deepNormal.red\n rgba.green deepNormal.green\n rgba.blue deepNormal.blue\n rgba.alpha \"alpha <= 0 ? 1 : 0\"\n name DeepExpression3\n xpos 939\n ypos 191\n }\n Switch {\n inputs 2\n which {{parent.nuke_version}}\n name Switch2\n label nuke_ver_switch\n xpos 939\n ypos 273\n }\n DeepToImage {\n name DeepToImage3\n xpos 939\n ypos 367\n }\n Dot {\n name Dot3\n xpos 973\n ypos 531\n }\npush $Nff515800\n DeepExpression {\n chans1 none\n rgba.red deepPosition.red\n rgba.green deepPosition.green\n rgba.blue deepPosition.blue\n rgba.alpha \"alpha <= 0 ? 0 : 1\"\n name DeepExpression1\n xpos 774\n ypos 190\n }\npush $Nff515800\n DeepExpression {\n chans1 none\n rgba.red deepPosition.red\n rgba.green deepPosition.green\n rgba.blue deepPosition.blue\n rgba.alpha \"alpha <= 0 ? 1 : 0\"\n name DeepExpression15\n xpos 670\n ypos 191\n }\n Switch {\n inputs 2\n which {{parent.nuke_version}}\n name Switch1\n label nuke_ver_switch\n xpos 670\n ypos 273\n }\n DeepToImage {\n name DeepToImage2\n xpos 670\n ypos 367\n }\n Dot {\n name Dot6\n xpos 704\n ypos 449\n }\npush $Nff515c00\n DeepToImage {\n name DeepToImage1\n xpos 508\n ypos 191\n }\nadd_layer {deepPosition deepPosition.red deepPosition.green deepPosition.blue deepPosition.alpha}\nadd_layer {deepNormal deepNormal.red deepNormal.green deepNormal.blue deepNormal.alpha}\nadd_layer {deepRawColor deepRawColor.red deepRawColor.green deepRawColor.blue deepRawColor.alpha}\n Remove {\n channels deepPosition\n channels2 deepNormal\n channels3 deepRawColor\n name Remove1\n xpos 508\n ypos 351\n }\n ShuffleCopy {\n inputs 2\n red red\n green green\n blue blue\n alpha black\n out deepPosition\n name ShuffleCopy1\n xpos 508\n ypos 445\n disable {{!parent.keep_deepPosition}}\n }\n ShuffleCopy {\n inputs 2\n red red\n green green\n blue blue\n alpha black\n out deepNormal\n name ShuffleCopy2\n xpos 508\n ypos 527\n disable {{!parent.keep_deepNormal}}\n }\n Output {\n name Output1\n xpos 508\n ypos 607\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_DVP_Shader.gizmo", "content": "Group {\n inputs 0\n name DVP_Shader\n onCreate \"\\nthisGRP = nuke.thisGroup()\\nfor knob in thisGRP.knobs() :\\n try :\\n if thisGRP\\[knob].label()\\[:19] == 'panel dropped state' :\\n thisGRP.removeKnob( nuke.thisNode()\\[knob] )\\n except :\\n pass\\n\"\n tile_color 0x2333ff\n addUserKnob {20 tab_general l General}\n addUserKnob {18 diffuse}\n diffuse 0.18\n addUserKnob {7 specular t \"Define the intensity of specular.\"}\n specular 0.5\n addUserKnob {7 glossiness t \"Define the area of glossiness.\"}\n glossiness 0.1\n addUserKnob {26 \"\"}\n addUserKnob {26 title_preview l \"\" +STARTLINE T Preview}\n addUserKnob {12 posXY l \"light position\"}\n posXY {360 360}\n addUserKnob {18 bgcolor l \"bg color\"}\n bgcolor {0.05 0.1 0.2}\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T 4.0}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2021-02-13}\n addUserKnob {22 btn_CHANGELOG l Changelog T \"log = \\\"Deep2VPosition (Deep2VP)
- added camera setting to metadata
- remove bake and copy buttons
- rename to Deep2VP
- generate/select/import deepNormal in this node
- added generate normal in deep, still keep the previous one.

DVPort (DVPortal)
- renamed to DVPortal

DVPmatte
- removed 'option' knob, 2D matte can use 'open matte' instead
- open matte can choose show matte or color

DVPattern
- internal setup same as DVPmatte
- added rotation knob
- support 'open matte'

DVProjection
- remove bake and copy buttons
- remove all metadata created from Deep2VP

DVPsetLight
- added shader setting and input shader
- not required link camera anymore
- removed deepNormal setup, moved to Deep2VP node

DVPscene
- added multiple output options
- remove all metadata created from DVP's lighting system

DVPrelight
- added specular setup
- added toon shade setup
- fix pointcloud preview with effects

DVPrelightPT
- split up point light from DVPrelight
- fix point light duplicated algorithm

DVPfresnel
- not required link camera anymore
- fix unpremult process, the result was too dark

DVPToImage
- remove all metadata created from Deep2VP
- same as Deep2VP node color

new nodes :
DVPColorCorrect

added shaders :
DVP Shader
DVP Toon Shader\\\"\\nnuke.message( log )\" +STARTLINE}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n}\n CheckerBoard2 {\n inputs 0\n format \"512 512 0 0 512 512 1 square_512\"\n name CheckerBoard2\n xpos 202\n ypos 687\n }\n Grade {\n white {{parent.bgcolor} {parent.bgcolor} {parent.bgcolor} {curve}}\n add 0.001\n white_clamp true\n name bgcolor\n xpos 202\n ypos 815\n }\n Camera2 {\n inputs 0\n display off\n selectable false\n translate {0 0 6}\n haperture 22\n vaperture 22\n name cam\n xpos -147\n ypos -132\n }\n Constant {\n inputs 0\n color {0.18 0.18 0.18 1}\n name Constant1\n xpos -25\n ypos -354\n }\n Sphere {\n display off\n selectable false\n name Sphere1\n xpos -25\n ypos -226\n }\n Reformat {\n inputs 0\n format \"512 512 0 0 512 512 1 square_512\"\n name res\n xpos 133\n ypos -117\n }\nadd_layer {deepPosition deepPosition.red deepPosition.green deepPosition.blue deepPosition.alpha}\nadd_layer {deepNormal deepNormal.red deepNormal.green deepNormal.blue deepNormal.alpha}\n ScanlineRender {\n inputs 3\n conservative_shader_sampling false\n antialiasing low\n stochastic_samples 3\n motion_vectors_type distance\n MB_channel none\n output_shader_vectors true\n P_channel deepPosition\n N_channel deepNormal\n name ScanlineRender1\n xpos -25\n ypos -111\n }\n ModifyMetaData {\n metadata {\n {set DVPshader 1}\n {set sDiffuse \"\\[value diffuseRGB]\"}\n {set sSpecular \"\\[value parent.specular]\"}\n {set sGlossiness \"\\[value parent.glossiness]\"}\n }\n name stShaderData\n xpos -25\n ypos -11\n addUserKnob {20 User}\n addUserKnob {13 diffuseRGB}\n diffuseRGB {{parent.diffuse.r} {parent.diffuse.g} {parent.diffuse.b}}\n }\n Unpremult {\n name Unpremult1\n xpos -25\n ypos 105\n }\nset N4e993000 [stack 0]\n Dot {\n name Dot2\n xpos 138\n ypos 108\n }\n Dot {\n name Dot1\n xpos 138\n ypos 656\n }\npush $N4e993000\n Dot {\n name Dot5\n xpos -230\n ypos 108\n }\n Shuffle {\n in deepNormal\n in2 alpha\n alpha red2\n name Shuffle1\n xpos -264\n ypos 182\n }\n Dot {\n name Dot4\n xpos -230\n ypos 253\n }\nset N4e991c00 [stack 0]\n Dot {\n name Dot3\n xpos -394\n ypos 253\n }\n Expression {\n temp_name0 u\n temp_expr0 \"r*invMTXSpec.invMatrix.0 + g*invMTXSpec.invMatrix.1 + b*invMTXSpec.invMatrix.2\"\n temp_name1 v\n temp_expr1 \"r*invMTXSpec.invMatrix.3 + g*invMTXSpec.invMatrix.4 + b*invMTXSpec.invMatrix.5\"\n expr0 0\n expr1 0\n expr2 \"clamp( 1-sqrt( pow2(u*1/blend.x) + pow2(v*1/blend.y) ) )\"\n name Expression2\n xpos -428\n ypos 327\n addUserKnob {20 User}\n addUserKnob {12 blend}\n blend {{\"invMTXSpec.invMatrix.1<1 && invMTXSpec.invMatrix.1>-1 ? 1 : abs( invMTXSpec.invMatrix.1 )\"} {\"invMTXSpec.invMatrix.3<1 && invMTXSpec.invMatrix.3>-1 ? 1 : abs( invMTXSpec.invMatrix.3 )\"}}\n }\n Expression {\n expr2 \"( ( cos( (1-b) * (pi/2) ) ** (1/\\[value gloss]) * 2 ) ** (1/(1-\\[value spec])) ) * (1/2) * spec\"\n name Expression14\n xpos -428\n ypos 407\n addUserKnob {20 User}\n addUserKnob {7 spec}\n spec {{\"clamp(\\[metadata sSpecular]) * 0.99\"}}\n addUserKnob {7 gloss}\n gloss {{\"clamp(\\[metadata sGlossiness])\"}}\n }\n Shuffle {\n in2 alpha\n red blue\n green blue\n alpha red2\n name Shuffle4\n xpos -428\n ypos 487\n }\n Premult {\n name Premult4\n xpos -428\n ypos 567\n }\npush $N4e991c00\n ColorMatrix {\n matrix {\n {{ax.world_matrix.0} {ax.world_matrix.1} {ax.world_matrix.2}}\n {{ax.world_matrix.4} {ax.world_matrix.5} {ax.world_matrix.6}}\n {{ax.world_matrix.8} {ax.world_matrix.9} {ax.world_matrix.10}}\n }\n invert true\n name ColorMatrix1\n xpos -264\n ypos 327\n }\n Shuffle {\n red blue\n green blue\n alpha blue\n name Shuffle2\n xpos -264\n ypos 407\n }\n Expression {\n expr0 \"r * \\[value parent.diffuse.r]\"\n expr1 \"g * \\[value parent.diffuse.g]\"\n expr2 \"b * \\[value parent.diffuse.b]\"\n expr3 1\n name Expression1\n xpos -264\n ypos 487\n }\npush $N4e993000\n Merge2 {\n inputs 2\n operation multiply\n name Merge1\n xpos -25\n ypos 487\n }\n Merge2 {\n inputs 2\n operation plus\n name Merge5\n xpos -25\n ypos 567\n }\n Copy {\n inputs 2\n from0 rgba.alpha\n to0 rgba.alpha\n name Copy1\n xpos -25\n ypos 647\n }\n Premult {\n name Premult1\n xpos -25\n ypos 739\n }\n Merge2 {\n inputs 2\n operation under\n name Merge2\n xpos -25\n ypos 815\n }\n Crop {\n box {0 0 {res.width} {res.height}}\n name Crop1\n xpos -25\n ypos 895\n }\n Output {\n name Output1\n xpos -25\n ypos 975\n }\n ColorMatrix {\n inputs 0\n matrix {\n {{(1+ax.world_matrix.0)/2} {ax.world_matrix.1/2} {ax.world_matrix.2/2}}\n {{ax.world_matrix.4/2} {(1+ax.world_matrix.5)/2} {ax.world_matrix.6/2}}\n {{ax.world_matrix.8/2} {ax.world_matrix.9/2} {(1+ax.world_matrix.10)/2}}\n }\n name vecA\n xpos -426\n ypos -188\n }\n ColorMatrix {\n inputs 0\n matrix {\n {{vecA.matrix.0/vecS.x} {vecA.matrix.1/vecS.y} {vecA.matrix.2/vecS.z}}\n {{vecA.matrix.3/vecS.x} {vecA.matrix.4/vecS.y} {vecA.matrix.5/vecS.z}}\n {{vecA.matrix.6/vecS.x} {vecA.matrix.7/vecS.y} {vecA.matrix.8/vecS.z}}\n }\n name vecR\n xpos -428\n ypos -136\n addUserKnob {20 User}\n addUserKnob {13 vecS}\n vecS {{\"sqrt( pow2(vecA.matrix.0) + pow2(vecA.matrix.3) + pow2(vecA.matrix.6) )\"} {\"sqrt( pow2(vecA.matrix.1) + pow2(vecA.matrix.4) + pow2(vecA.matrix.7) )\"} {\"sqrt( pow2(vecA.matrix.2) + pow2(vecA.matrix.5) + pow2(vecA.matrix.8) )\"}}\n }\n Group {\n inputs 0\n name invMTXSpec\n tile_color 0x337f4cff\n xpos -427\n ypos -83\n addUserKnob {20 tab_general l General}\n addUserKnob {1 knob_path}\n knob_path vecR.matrix\n addUserKnob {26 \"\"}\n addUserKnob {41 id T id_assign.matrix}\n addUserKnob {26 \"\"}\n addUserKnob {7 determinant}\n determinant {{\"\\[value \\[value knob_path].\\[value id.0]] * ((\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.8]]) - (\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.7]])) - \\[value \\[value knob_path].\\[value id.1]] * ((\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.8]]) - (\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.6]])) + \\[value \\[value knob_path].\\[value id.2]] * ((\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.7]])-(\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.6]]))\"}}\n addUserKnob {26 \"\"}\n addUserKnob {41 cofactor T mtx_cofactor.matrix}\n addUserKnob {26 \"\"}\n addUserKnob {41 invMatrix T matrix_output.matrix}\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T 1.0}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2011-11-28}\n addUserKnob {26 l_CHANGELOG l Changelog T \"v1.0\\n- reveal the calculate output of \\n inverse matrix which is c44matrix\\n and colormatrix doesn't show\\n \"}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n }\n Matrix {\n inputs 0\n matrix {\n {0 1 2}\n {3 4 5}\n {6 7 8}\n }\n name id_assign\n xpos -12\n ypos 33\n }\n Matrix {\n inputs 0\n matrix {\n {{\"(\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.8]]) - (\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.7]])\"} {\"(\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.2]]) - (\\[value \\[value knob_path].\\[value id.8]]*\\[value \\[value knob_path].\\[value id.1]])\"} {\"(\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.5]]) - (\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.4]])\"}}\n {{\"(\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.6]]) - (\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.8]])\"} {\"(\\[value \\[value knob_path].\\[value id.8]]*\\[value \\[value knob_path].\\[value id.0]]) - (\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.2]])\"} {\"(\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.3]]) - (\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.5]])\"}}\n {{\"(\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.7]]) - (\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.6]])\"} {\"(\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.1]]) - (\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.0]])\"} {\"(\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.4]]) - (\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.3]])\"}}\n }\n name mtx_cofactor\n xpos 86\n ypos 32\n }\n Matrix {\n inputs 0\n matrix {\n {{\"cofactor.0 == 0 || determinant == 0 ? 0 : cofactor.0/determinant\"} {\"cofactor.1 == 0 || determinant == 0 ? 0 : cofactor.1/determinant\"} {\"cofactor.2 == 0 || determinant == 0 ? 0 : cofactor.2/determinant\"}}\n {{\"cofactor.3 == 0 || determinant == 0 ? 0 : cofactor.3/determinant\"} {\"cofactor.4 == 0 || determinant == 0 ? 0 : cofactor.4/determinant\"} {\"cofactor.5 == 0 || determinant == 0 ? 0 : cofactor.5/determinant\"}}\n {{\"cofactor.6 == 0 || determinant == 0 ? 0 : cofactor.6/determinant\"} {\"cofactor.7 == 0 || determinant == 0 ? 0 : cofactor.7/determinant\"} {\"cofactor.8 == 0 || determinant == 0 ? 0 : cofactor.8/determinant\"}}\n }\n name matrix_output\n selected true\n xpos 186\n ypos 33\n }\n end_group\n Axis {\n inputs 0\n display off\n selectable false\n rotate {{\"clamp(parent.posXY.y/res.height) * -180 + 90\"} {\"clamp(parent.posXY.x/res.width) * 180 - 90\"} 0}\n name ax\n xpos -419\n ypos -304\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_DVP_ToonShader.gizmo", "content": "Group {\n inputs 0\n name DVP_ToonShader\n onCreate \"\\nthisGRP = nuke.thisGroup()\\nfor knob in thisGRP.knobs() :\\n try :\\n if thisGRP\\[knob].label()\\[:19] == 'panel dropped state' :\\n thisGRP.removeKnob( nuke.thisNode()\\[knob] )\\n except :\\n pass\\n\"\n tile_color 0x2333ff\n addUserKnob {20 tab_general l General}\n addUserKnob {20 title_global l Global n 1}\n addUserKnob {7 tone_sharpness l \"tone sharpness\" t \"This control the sharpness of the tone shading and specular defination.\"}\n tone_sharpness 0.99\n addUserKnob {20 endGroup_2 l endGroup n -1}\n addUserKnob {20 grp_diffuse l Diffuse n 1}\n addUserKnob {18 diffuse}\n diffuse 1\n addUserKnob {4 toon_style l style t \"The style setting will only apply on the interaction of 2 or more lights.\" M {average \"color burn\" \"linear burn\" difference exclusion geometric \"soft light\" \"hard light\" \"vivid light\" \"pin light\" max min multiply overlay plus screen color}}\n toon_style max\n addUserKnob {3 tone_shading l \"tone shading\" t \"Tone shading numbers, which is how many shading layers project from the light.\"}\n tone_shading 2\n addUserKnob {7 tone_ratio l \"tone ratio\" t \"Adjust the ratio of the illuminate area and shading.\" R 0.1 10}\n tone_ratio 1\n addUserKnob {20 endGroup n -1}\n addUserKnob {20 title_spec l Specular n 1}\n addUserKnob {7 specular t \"The opacity of the specular projected on the surface.\"}\n addUserKnob {7 glossiness t \"The size of specular area.\"}\n addUserKnob {41 replace_specColor l \"replace specular color\" t \"Specular color is from the light by default. This checkbox provide user to define the custom specular color.\" T menu01.replace_specColor}\n addUserKnob {18 specular_color l \"specular color\" +DISABLED}\n specular_color 1\n addUserKnob {20 grp_contour l Contour n 1}\n addUserKnob {7 contour_size l size t \"Contour size. 0 is none, 1 is the max (fully cover the object).\"}\n contour_size 0.2\n addUserKnob {18 contour_color l color}\n contour_color {0 0 0}\n addUserKnob {20 endGroup_3 l endGroup n -1}\n addUserKnob {20 endGroup_1 l endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {26 title_preview l \"\" +STARTLINE T Preview}\n addUserKnob {12 posXY l \"light position\"}\n posXY {360 360}\n addUserKnob {18 bgcolor l \"bg color\"}\n bgcolor {0.05 0.1 0.2}\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T 4.0}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2021-02-13}\n addUserKnob {22 btn_CHANGELOG l Changelog T \"log = \\\"Deep2VPosition (Deep2VP)
- added camera setting to metadata
- remove bake and copy buttons
- rename to Deep2VP
- generate/select/import deepNormal in this node
- added generate normal in deep, still keep the previous one.

DVPort (DVPortal)
- renamed to DVPortal

DVPmatte
- removed 'option' knob, 2D matte can use 'open matte' instead
- open matte can choose show matte or color

DVPattern
- internal setup same as DVPmatte
- added rotation knob
- support 'open matte'

DVProjection
- remove bake and copy buttons
- remove all metadata created from Deep2VP

DVPsetLight
- added shader setting and input shader
- not required link camera anymore
- removed deepNormal setup, moved to Deep2VP node

DVPscene
- added multiple output options
- remove all metadata created from DVP's lighting system

DVPrelight
- added specular setup
- added toon shade setup
- fix pointcloud preview with effects

DVPrelightPT
- split up point light from DVPrelight
- fix point light duplicated algorithm

DVPfresnel
- not required link camera anymore
- fix unpremult process, the result was too dark

DVPToImage
- remove all metadata created from Deep2VP
- same as Deep2VP node color

new nodes :
DVPColorCorrect

added shaders :
DVP Shader
DVP Toon Shader\\\"\\nnuke.message( log )\" +STARTLINE}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n}\n BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0xff\n label \"dont touch\"\n note_font_size 42\n xpos -845\n ypos 13\n bdwidth 244\n bdheight 123\n }\n CheckerBoard2 {\n inputs 0\n format \"512 512 0 0 512 512 1 square_512\"\n name CheckerBoard2\n xpos 202\n ypos 983\n }\n Grade {\n white {{parent.bgcolor} {parent.bgcolor} {parent.bgcolor} {curve}}\n add 0.001\n white_clamp true\n name bgcolor\n xpos 202\n ypos 1111\n }\n Camera2 {\n inputs 0\n display off\n selectable false\n translate {0 0 6}\n haperture 22\n vaperture 22\n name cam\n xpos -147\n ypos 49\n }\n Constant {\n inputs 0\n color {0.18 0.18 0.18 1}\n name Constant1\n xpos -25\n ypos -173\n }\n Sphere {\n display off\n selectable false\n name Sphere1\n xpos -25\n ypos -45\n }\n Reformat {\n inputs 0\n format \"512 512 0 0 512 512 1 square_512\"\n name res\n xpos 185\n ypos 64\n }\nadd_layer {deepPosition deepPosition.red deepPosition.green deepPosition.blue deepPosition.alpha}\nadd_layer {deepNormal deepNormal.red deepNormal.green deepNormal.blue deepNormal.alpha}\n ScanlineRender {\n inputs 3\n conservative_shader_sampling false\n antialiasing low\n motion_vectors_type distance\n MB_channel none\n output_shader_vectors true\n P_channel deepPosition\n N_channel deepNormal\n name ScanlineRender1\n xpos -25\n ypos 70\n }\n ModifyMetaData {\n metadata {\n {set DVPshader 2}\n {set sLayers \"\\[value parent.tone_shading]\"}\n {set sSharpness \"\\[value parent.tone_sharpness]\"}\n {set sRatio \"\\[value parent.tone_ratio]\"}\n {set sStyle \"\\[value style]\"}\n {set sStatus 0}\n {set sDiffuse \"\\[value diffuseRGB]\"}\n {set sGlossiness \"\\[value parent.glossiness]\"}\n {set sSpecular \"\\[value parent.specular]\"}\n {set sSpecReplace \"\\[value reSColor]\"}\n {set sSpecColor \"\\[value specRGB]\"}\n {set sContourSize \"\\[value parent.contour_size]\"}\n {set sContourColor \"\\[value contourRGB]\"}\n }\n name stShaderData\n xpos -25\n ypos 170\n addUserKnob {20 User}\n addUserKnob {3 style}\n style {{parent.toon_style}}\n addUserKnob {13 diffuseRGB}\n diffuseRGB {{parent.diffuse.r} {parent.diffuse.g} {parent.diffuse.b}}\n addUserKnob {3 reSColor}\n reSColor {{parent.replace_specColor}}\n addUserKnob {13 specRGB}\n specRGB {{parent.specular_color.r} {parent.specular_color.g} {parent.specular_color.b}}\n addUserKnob {13 contourRGB}\n contourRGB {{parent.contour_color.r} {parent.contour_color.g} {parent.contour_color.b}}\n }\n Unpremult {\n name Unpremult1\n xpos -25\n ypos 250\n }\nset N4ead8800 [stack 0]\n Dot {\n name Dot2\n xpos 138\n ypos 253\n }\n Dot {\n name Dot1\n xpos 138\n ypos 952\n }\npush $N4ead8800\n Shuffle {\n in deepNormal\n in2 alpha\n alpha red2\n name Shuffle1\n xpos -135\n ypos 250\n }\n Dot {\n name Dot6\n xpos -230\n ypos 253\n }\nset N4ea63400 [stack 0]\n Dot {\n name Dot5\n xpos -619\n ypos 253\n }\n Expression {\n temp_name0 contourSize\n temp_expr0 \"b < clamp(\\[metadata sContourSize]+0) ? 1 : 1-clamp( (b-clamp(\\[metadata sContourSize]+0)) * (1/0.01) )\"\n expr0 \"contourColor.x*contourSize * alpha\"\n expr1 \"contourColor.y*contourSize * alpha\"\n expr2 \"contourColor.z*contourSize * alpha\"\n expr3 contourSize\n name Expression5\n xpos -653\n ypos 511\n addUserKnob {20 User}\n addUserKnob {13 contourColor}\n contourColor {{\"\\[lrange \\[split \\[metadata sContourColor] \\\" \\\"] 0 0]+0\"} {\"\\[lrange \\[split \\[metadata sContourColor] \\\" \\\"] 1 1]+0\"} {\"\\[lrange \\[split \\[metadata sContourColor] \\\" \\\"] 2 2]+0\"}}\n }\n Dot {\n name Dot7\n xpos -619\n ypos 831\n }\npush $N4ea63400\n ColorMatrix {\n matrix {\n {{ax.world_matrix.0} {ax.world_matrix.1} {ax.world_matrix.2}}\n {{ax.world_matrix.4} {ax.world_matrix.5} {ax.world_matrix.6}}\n {{ax.world_matrix.8} {ax.world_matrix.9} {ax.world_matrix.10}}\n }\n invert true\n name ColorMatrix1\n xpos -264\n ypos 330\n }\n Dot {\n name Dot3\n xpos -230\n ypos 433\n }\nset N4ea62000 [stack 0]\n Dot {\n name Dot4\n xpos -423\n ypos 433\n }\n Expression {\n temp_name0 u\n temp_expr0 \"r * blend.x\"\n temp_name1 v\n temp_expr1 \"g * blend.y\"\n expr0 0\n expr1 0\n expr2 \"clamp( ( 1 - sqrt( pow2(u) + pow2(v) ) ) * b )\"\n name Expression3\n xpos -457\n ypos 507\n addUserKnob {20 User}\n addUserKnob {12 blend}\n blend {{\"( (90-abs( ax.rotate.x ) ) / 90 )\"} {\"( (90-abs( ax.rotate.y ) ) / 90)\"}}\n }\n Expression {\n temp_name0 s01\n temp_expr0 \"( cos((1-b)*(pi/2)) ** (1/\\[value gloss]) ) * 2\"\n temp_name1 lgt\n temp_expr1 \"int(s01) * clamp( (s01%1) * (1/(1-clamp(\\[metadata sSharpness]))) ) * \\[value spec]\"\n expr0 \"\\[metadata sSpecReplace] ? lgt * \\[value specColor.x] : lgt\"\n expr1 \"\\[metadata sSpecReplace] ? lgt * \\[value specColor.y] : lgt\"\n expr2 \"\\[metadata sSpecReplace] ? lgt * \\[value specColor.z] : lgt\"\n name Expression2\n xpos -457\n ypos 587\n addUserKnob {20 User}\n addUserKnob {7 spec}\n spec {{\"clamp(\\[metadata sSpecular])\"}}\n addUserKnob {7 gloss}\n gloss {{\"clamp(\\[metadata sGlossiness])\"}}\n addUserKnob {13 specColor}\n specColor {{\"\\[metadata sSpecReplace]+0 ? \\[lrange \\[split \\[metadata sSpecColor] \\\" \\\"] 0 0]+0 : 1\"} {\"\\[metadata sSpecReplace]+0 ? \\[lrange \\[split \\[metadata sSpecColor] \\\" \\\"] 1 1]+0 : 1\"} {\"\\[metadata sSpecReplace]+0 ? \\[lrange \\[split \\[metadata sSpecColor] \\\" \\\"] 2 2]+0 : 1\"}}\n }\n Premult {\n name Premult4\n xpos -457\n ypos 714\n }\npush $N4ea62000\n Shuffle {\n red blue\n green blue\n alpha blue\n name Shuffle2\n xpos -264\n ypos 525\n }\n Expression {\n temp_name0 celShade\n temp_expr0 \"clamp(red) ** \\[metadata sRatio] * (\\[value toonLayers]+1)\"\n temp_name1 lgt\n temp_expr1 \"( (int(celShade)-1)/\\[value toonLayers]) + (clamp( (celShade%1) * (1/(1-clamp(\\[metadata sSharpness]))) ) * (1/\\[value toonLayers]) )\"\n expr0 \"lgt * \\[value parent.diffuse.r]\"\n expr1 \"lgt * \\[value parent.diffuse.g]\"\n expr2 \"lgt * \\[value parent.diffuse.b]\"\n name Expression1\n xpos -264\n ypos 605\n addUserKnob {20 User}\n addUserKnob {3 toonLayers}\n toonLayers {{\"\\[metadata sLayers] <= 1 ? 1 : \\[metadata sLayers]\"}}\n }\npush $N4ead8800\n Merge2 {\n inputs 2\n operation multiply\n name Merge1\n xpos -25\n ypos 605\n }\n Merge2 {\n inputs 2\n operation max\n name Merge5\n xpos -25\n ypos 714\n }\n Merge2 {\n inputs 2\n name Merge3\n xpos -25\n ypos 828\n }\n Copy {\n inputs 2\n from0 rgba.alpha\n to0 rgba.alpha\n name Copy1\n xpos -25\n ypos 943\n }\n Premult {\n name Premult1\n xpos -25\n ypos 1035\n }\n Merge2 {\n inputs 2\n operation under\n name Merge2\n xpos -25\n ypos 1111\n }\n Crop {\n box {0 0 {res.width} {res.height}}\n name Crop1\n xpos -25\n ypos 1191\n }\n Output {\n name Output1\n xpos -25\n ypos 1331\n }\n Axis {\n inputs 0\n display off\n selectable false\n rotate {{\"clamp(parent.posXY.y/res.height) * -180 + 90\"} {\"clamp(parent.posXY.x/res.width) * 180 - 90\"} 0}\n name ax\n xpos -452\n ypos 52\n }\n NoOp {\n inputs 0\n name menu01\n knobChanged \"\\nnuke.thisGroup()\\['specular_color'].setEnabled(nuke.thisGroup()\\['replace_specColor'].value())\\n\"\n xpos -762\n ypos 95\n addUserKnob {20 User}\n addUserKnob {6 replace_specColor l \"replace specular color\" +STARTLINE}\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_DVPattern.gizmo", "content": "Group {\n name DVPattern\n tile_color 0x597fff\n label \"node type : \\[value node_type]\\noperation : \\[value matte_op]\\nDeep Output\"\n addUserKnob {20 tab_general l General}\n addUserKnob {26 title_matte l \"matte\"}\n addUserKnob {41 pattern_type l \"pattern type\" t \"Select parttern type on world space position.\\n\\nfBm : octaves, lacunarity, gain, gamma setting available.\\nturbulence : octaves, lacunarity, gain, gamma setting available.\\nnoise : gain, gamma setting available.\\nrandom : gain, gamma setting available.\\nstripes : xyz can be enable separate. gain, gamma setting available.\\nripple : gain, gamma setting available.\\nrays : gain, gamma, number of rays setting available.\" T menu01.pattern_type}\n addUserKnob {6 invert_pattern l \"invert pattern\" t \"Invert the matte pattern.\" -STARTLINE}\n addUserKnob {41 node_type l \"node type\" t \"final matte\\nPremult all the mattes in the DVPmatte and DVPattern stack to get the final matte.\\n\\nopen matte\\nKeep the matte and pass along to downstream for multi mattes and DVPColorCorrect purpose. It will only premult RGB for 2D preview.\" T menu02.node_type}\n addUserKnob {6 show_color l \"show color\" -STARTLINE +HIDDEN}\n show_color true\n addUserKnob {26 remarks l * T \"first matte node should use 'union' operation.\"}\n addUserKnob {4 matte_op l operation t \"a : this matte\\nb : input matte\\n\\ndivide\\ta/b\\nfrom\\tb-a\\nin\\tab\\nmax\\tmax(a,b)\\nmin\\tmin(a,b)\\nminus\\ta-b\\nmultiply\\ta*b\\nout\\ta(1-b)\\nplus\\ta+b\\nstencil\\tb(1-a)\\nunion\\ta+b-ab\\nxor\\ta+b-2ab\" M {divide from in max min minus multiply out plus stencil union xor \"\" \"\" \"\" \"\" \"\" \"\"}}\n matte_op union\n addUserKnob {26 title_transform l \"transform\"}\n addUserKnob {41 pat_translate l translate T ax.translate}\n addUserKnob {41 snap_menu l @AxisIcon -STARTLINE T ax.snap_menu}\n addUserKnob {41 pat_rotate l rotate T ax.rotate}\n addUserKnob {41 pat_scaling l scale T ax.scaling}\n addUserKnob {41 pat_uniform_scale l \"uniform scale\" T ax.uniform_scale}\n addUserKnob {26 spacer_1 l \"\" +STARTLINE T
}\n addUserKnob {6 stripes_x l x +HIDDEN +STARTLINE}\n stripes_x true\n addUserKnob {6 stripes_y l y -STARTLINE +HIDDEN}\n stripes_y true\n addUserKnob {6 stripes_z l z -STARTLINE +HIDDEN}\n stripes_z true\n addUserKnob {3 octaves}\n octaves 4\n addUserKnob {7 lacunarity R 1 10}\n lacunarity 2\n addUserKnob {7 gain R 0.1 2}\n gain 1\n addUserKnob {7 gamma R 0 2}\n gamma 1\n addUserKnob {3 rays l \"numbers of rays\" +HIDDEN}\n rays 10\n addUserKnob {26 \"\"}\n addUserKnob {7 mix}\n mix 1\n addUserKnob {26 \"\"}\n addUserKnob {20 grp_3dpreview l \"Pointcloud preview\" n 1}\n grp_3dpreview 0\n addUserKnob {4 display_ptc_type l \"display type\" t \"When you open this node's panel, you can check the pointcloud under 3D view.\\n\\nnone\\nwill not show the pointcloud in 3D\\n\\nraw pointcloud\\nshow the pointcloud from input data, without any effects from this node\\n\\nwith pattern applied\\nThis can show the instant result of the pattern. Since it feedback in real time, it might slow down the progress in 3D space.\" M {\"no pointcloud preview\" \"raw pointcloud\" \"with pattern applied\" \"\" \"\" \"\"}}\n display_ptc_type \"raw pointcloud\"\n addUserKnob {41 detail l \"point detail\" T deepPositionToPoints.detail}\n addUserKnob {41 pointSize l \"point size\" T deepPositionToPoints.pointSize}\n addUserKnob {20 endGroup n -1}\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T 4.0}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2021-02-13}\n addUserKnob {22 btn_CHANGELOG l Changlelog T \"log = \\\"Deep2VPosition (Deep2VP)
- added camera setting to metadata
- remove bake and copy buttons
- rename to Deep2VP
- generate/select/import deepNormal in this node
- added generate normal in deep, still keep the previous one.

DVPort (DVPortal)
- renamed to DVPortal

DVPmatte
- removed 'option' knob, 2D matte can use 'open matte' instead
- open matte can choose show matte or color

DVPattern
- internal setup same as DVPmatte
- added rotation knob
- support 'open matte'

DVProjection
- remove bake and copy buttons
- remove all metadata created from Deep2VP

DVPsetLight
- added shader setting and input shader
- not required link camera anymore
- removed deepNormal setup, moved to Deep2VP node

DVPscene
- added multiple output options
- remove all metadata created from DVP's lighting system

DVPrelight
- added specular setup
- added toon shade setup
- fix pointcloud preview with effects

DVPrelightPT
- split up point light from DVPrelight
- fix point light duplicated algorithm

DVPfresnel
- not required link camera anymore
- fix unpremult process, the result was too dark

DVPToImage
- remove all metadata created from Deep2VP
- same as Deep2VP node color

new nodes :
DVPColorCorrect

added shaders :
DVP Shader
DVP Toon Shader\\\"\\nnuke.message( log )\" +STARTLINE}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n}\n BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0xff\n label \"Dont touch\"\n note_font_size 42\n xpos -1637\n ypos -208\n bdwidth 368\n bdheight 186\n }\n BackdropNode {\n inputs 0\n name BackdropNode2\n xpos -1636\n ypos 2\n bdwidth 368\n bdheight 248\n }\n Input {\n inputs 0\n name deep\n xpos -784\n ypos -189\n }\n Dot {\n name Dot4\n xpos -750\n ypos -109\n }\nset N5d268c00 [stack 0]\nadd_layer {deepRawColor deepRawColor.red deepRawColor.green deepRawColor.blue deepRawColor.alpha}\n DeepExpression {\n chans0 {deepRawColor.red deepRawColor.green deepRawColor.blue none}\n chans1 none\n deepRawColor.red \"deepRawColor.red * (1/alpha)\"\n deepRawColor.green \"deepRawColor.green * (1/alpha)\"\n deepRawColor.blue \"deepRawColor.blue * (1/alpha)\"\n name DeepExpression27\n label \"unpremult exisiting deepRawColor\"\n xpos -590\n ypos -35\n }\npush $N5d268c00\n DeepExpression {\n chans0 deepRawColor\n chans1 none\n deepRawColor.red \"red * (1/alpha)\"\n deepRawColor.green \"green * (1/alpha)\"\n deepRawColor.blue \"blue * (1/alpha)\"\n deepRawColor.alpha 0\n name DeepExpression21\n label \"shuffle unpremult RGB to deepRawColor\"\n xpos -784\n ypos -35\n }\n Switch {\n inputs 2\n which {{\"\\[metadata DVPmatte]+0==0 || \\[metadata DVPmatte]+0==2 ? 0 : 1\"}}\n name Switch5\n label \"if upstream cc or open matte\"\n xpos -784\n ypos 44\n }\n Dot {\n name Dot5\n xpos -750\n ypos 226\n }\nset N5d17f800 [stack 0]\n DeepExpression {\n chans1 none\n rgba.red alpha\n rgba.green 0\n rgba.blue 0\n rgba.alpha 1\n name DeepExpression29\n label \"shuffle alpha to red channel\\nand unpremult the data with alpha 1\"\n xpos -784\n ypos 310\n }\n Dot {\n name Dot2\n xpos -750\n ypos 435\n }\nset N5d17f000 [stack 0]\nadd_layer {deepPosition deepPosition.red deepPosition.green deepPosition.blue deepPosition.alpha}\n DeepExpression {\n chans0 {-deepPosition.red -deepPosition.green -deepPosition.blue deepPosition.alpha}\n chans1 none\n deepPosition.alpha \"clamp( ( ( sin( atan(\\[value globalTCL.px], \\[value globalTCL.pz]) * \\[value parent.rays] + atan(\\[value globalTCL.px], \\[value globalTCL.py]) * \\[value parent.rays] + atan(\\[value globalTCL.py], \\[value globalTCL.pz]) * \\[value parent.rays] ) +1) /2 ) * \\[value gain])\"\n name DeepExpression12\n label rays\n xpos -417\n ypos 514\n }\npush $N5d17f000\n DeepExpression {\n chans0 {-deepPosition.red -deepPosition.green -deepPosition.blue deepPosition.alpha}\n chans1 none\n deepPosition.alpha \"clamp ( ( ( sin( sqrt( pow2(\\[value globalTCL.px]) + pow2(\\[value globalTCL.py]) + pow2(\\[value globalTCL.pz]) ) ) +1) /2 ) * \\[value gain] )\"\n name DeepExpression11\n label ripple\n xpos -540\n ypos 520\n }\npush $N5d17f000\n DeepExpression {\n temp_name0 pnx\n temp_expr0 \"\\[value status_x] == 0 ? 0 : ( sin( \\[value globalTCL.px] ) + 1 ) / 2\"\n temp_name1 pny\n temp_expr1 \"\\[value status_y] == 0 ? 0 : ( sin( \\[value globalTCL.py] ) + 1 ) / 2\"\n temp_name2 pnz\n temp_expr2 \"\\[value status_z] == 0 ? 0 : ( sin( \\[value globalTCL.pz] ) + 1 ) / 2\"\n chans0 {-deepPosition.red -deepPosition.green -deepPosition.blue deepPosition.alpha}\n chans1 none\n deepPosition.alpha \"max( clamp( pnx * \\[value gain] ), clamp( pny * \\[value gain] ), clamp( pnz * \\[value gain] ) )\"\n name DeepExpression9\n label strip\n xpos -662\n ypos 517\n addUserKnob {20 User}\n addUserKnob {7 status_x}\n status_x {{parent.stripes_x}}\n addUserKnob {7 status_y}\n status_y {{parent.stripes_y}}\n addUserKnob {7 status_z}\n status_z {{parent.stripes_z}}\n }\npush $N5d17f000\n DeepExpression {\n chans0 {-deepPosition.red -deepPosition.green -deepPosition.blue deepPosition.alpha}\n chans1 none\n deepPosition.alpha \"clamp( random(\\[value globalTCL.px], \\[value globalTCL.py], \\[value globalTCL.pz]) * \\[value gain] )\"\n name DeepExpression1\n label random\n xpos -784\n ypos 521\n }\npush $N5d17f000\n DeepExpression {\n chans0 {-deepPosition.red -deepPosition.green -deepPosition.blue deepPosition.alpha}\n chans1 none\n deepPosition.alpha \"clamp( (noise(\\[value globalTCL.px], \\[value globalTCL.py], \\[value globalTCL.pz])+0.5) * \\[value gain] )\"\n name DeepExpression2\n label noise\n xpos -902\n ypos 524\n }\npush $N5d17f000\n DeepExpression {\n chans0 {-deepPosition.red -deepPosition.green -deepPosition.blue deepPosition.alpha}\n chans1 none\n deepPosition.alpha \"clamp( turbulence(\\[value globalTCL.px], \\[value globalTCL.py], \\[value globalTCL.pz], \\[value octaves], \\[value lacunarity], \\[value gain]/2) )\"\n name DeepExpression6\n label turbulence\n xpos -1026\n ypos 522\n }\npush $N5d17f000\n DeepExpression {\n chans0 {-deepPosition.red -deepPosition.green -deepPosition.blue deepPosition.alpha}\n chans1 none\n deepPosition.alpha \"clamp( fBm(\\[value globalTCL.px], \\[value globalTCL.py], \\[value globalTCL.pz], \\[value octaves], \\[value lacunarity], \\[value gain]/2) )\"\n name DeepExpression8\n label fBm\n xpos -1176\n ypos 523\n }\n Switch {\n inputs 7\n which {{pattern_type}}\n name Switch1\n xpos -784\n ypos 636\n }\n DeepExpression {\n chans0 {-deepPosition.red -deepPosition.green -deepPosition.blue deepPosition.alpha}\n chans1 none\n deepPosition.alpha \"1 - deepPosition.alpha\"\n name DeepExpression5\n label invert\n xpos -784\n ypos 716\n disable {{!parent.invert_pattern}}\n }\n DeepExpression {\n chans0 {-deepPosition.red -deepPosition.green -deepPosition.blue deepPosition.alpha}\n chans1 none\n deepPosition.alpha \"pow( deepPosition.alpha , 1 / \\[value parent.gamma] )\"\n name DeepExpression13\n label gamma\n xpos -784\n ypos 808\n }\n Dot {\n name Dot7\n xpos -750\n ypos 976\n }\nset N5d17c400 [stack 0]\n DeepExpression {\n temp_name0 a\n temp_expr0 deepPosition.alpha\n temp_name1 b\n temp_expr1 deepRawColor.alpha\n chans0 {-deepRawColor.red -deepRawColor.green -deepRawColor.blue deepRawColor.alpha}\n chans1 none\n deepRawColor.alpha \"a + b - 2 * a * b\"\n name DeepExpression16\n label xor\n xpos -179\n ypos 1111\n }\npush $N5d17c400\n DeepExpression {\n temp_name0 a\n temp_expr0 deepPosition.alpha\n temp_name1 b\n temp_expr1 deepRawColor.alpha\n chans0 {-deepRawColor.red -deepRawColor.green -deepRawColor.blue deepRawColor.alpha}\n chans1 none\n deepRawColor.alpha \"\\[value mdChk] ? a + b - a * b : a\"\n name DeepExpression15\n label union\n xpos -309\n ypos 1115\n addUserKnob {20 User}\n addUserKnob {3 mdChk}\n mdChk {{\"\\[metadata DVPmatte]+0\"}}\n }\npush $N5d17c400\n DeepExpression {\n temp_name0 a\n temp_expr0 deepPosition.alpha\n temp_name1 b\n temp_expr1 deepRawColor.alpha\n chans0 {-deepRawColor.red -deepRawColor.green -deepRawColor.blue deepRawColor.alpha}\n chans1 none\n deepRawColor.alpha \"b * ( 1 - a )\"\n name DeepExpression4\n label stencil\n xpos -438\n ypos 1115\n }\npush $N5d17c400\n DeepExpression {\n temp_name0 a\n temp_expr0 deepPosition.alpha\n temp_name1 b\n temp_expr1 deepRawColor.alpha\n chans0 {-deepRawColor.red -deepRawColor.green -deepRawColor.blue deepRawColor.alpha}\n chans1 none\n deepRawColor.alpha \"a + b\"\n name DeepExpression7\n label plus\n xpos -551\n ypos 1113\n }\npush $N5d17c400\n DeepExpression {\n temp_name0 a\n temp_expr0 deepPosition.alpha\n temp_name1 b\n temp_expr1 deepRawColor.alpha\n chans0 {-deepRawColor.red -deepRawColor.green -deepRawColor.blue deepRawColor.alpha}\n chans1 none\n deepRawColor.alpha \"a * ( 1 - b )\"\n name DeepExpression17\n label out\n xpos -668\n ypos 1118\n }\npush $N5d17c400\n DeepExpression {\n temp_name0 a\n temp_expr0 deepPosition.alpha\n temp_name1 b\n temp_expr1 deepRawColor.alpha\n chans0 {-deepRawColor.red -deepRawColor.green -deepRawColor.blue deepRawColor.alpha}\n chans1 none\n deepRawColor.alpha \"a * b\"\n name DeepExpression18\n label multiply\n xpos -784\n ypos 1120\n }\npush $N5d17c400\n DeepExpression {\n temp_name0 a\n temp_expr0 deepPosition.alpha\n temp_name1 b\n temp_expr1 deepRawColor.alpha\n chans0 {-deepRawColor.red -deepRawColor.green -deepRawColor.blue deepRawColor.alpha}\n chans1 none\n deepRawColor.alpha \"a - b\"\n name DeepExpression19\n label minus\n xpos -895\n ypos 1121\n }\npush $N5d17c400\n DeepExpression {\n temp_name0 a\n temp_expr0 deepPosition.alpha\n temp_name1 b\n temp_expr1 deepRawColor.alpha\n chans0 {-deepRawColor.red -deepRawColor.green -deepRawColor.blue deepRawColor.alpha}\n chans1 none\n deepRawColor.alpha \"min( a , b )\"\n name DeepExpression20\n label min\n xpos -1010\n ypos 1124\n }\npush $N5d17c400\n DeepExpression {\n temp_name0 a\n temp_expr0 deepPosition.alpha\n temp_name1 b\n temp_expr1 deepRawColor.alpha\n chans0 {-deepRawColor.red -deepRawColor.green -deepRawColor.blue deepRawColor.alpha}\n chans1 none\n deepRawColor.alpha \"max( a , b )\"\n name DeepExpression22\n label max\n xpos -1107\n ypos 1127\n }\npush $N5d17c400\n DeepExpression {\n temp_name0 a\n temp_expr0 deepPosition.alpha\n temp_name1 b\n temp_expr1 deepRawColor.alpha\n chans0 {-deepRawColor.red -deepRawColor.green -deepRawColor.blue deepRawColor.alpha}\n chans1 none\n deepRawColor.alpha \"a * b\"\n name DeepExpression23\n label in\n xpos -1202\n ypos 1124\n }\npush $N5d17c400\n DeepExpression {\n temp_name0 a\n temp_expr0 deepPosition.alpha\n temp_name1 b\n temp_expr1 deepRawColor.alpha\n chans0 {-deepRawColor.red -deepRawColor.green -deepRawColor.blue deepRawColor.alpha}\n chans1 none\n deepRawColor.alpha \"b - a\"\n name DeepExpression24\n label from\n xpos -1298\n ypos 1126\n }\npush $N5d17c400\n DeepExpression {\n temp_name0 a\n temp_expr0 deepPosition.alpha\n temp_name1 b\n temp_expr1 deepRawColor.alpha\n chans0 {-deepRawColor.red -deepRawColor.green -deepRawColor.blue deepRawColor.alpha}\n chans1 none\n deepRawColor.alpha \"a / b\"\n name DeepExpression25\n label divide\n xpos -1399\n ypos 1125\n }\n Switch {\n inputs 12\n which {{parent.matte_op}}\n name Switch2\n label \"select operations\"\n xpos -784\n ypos 1331\n }\n DeepExpression {\n chans0 {-deepRawColor.red -deepRawColor.green -deepRawColor.blue deepRawColor.alpha}\n chans1 none\n deepRawColor.alpha \"clamp( deepRawColor.alpha)\"\n name DeepExpression30\n label \"clamp the final matte\"\n xpos -784\n ypos 1423\n }\n Dot {\n name Dot35\n xpos -750\n ypos 1565\n }\nset N59544400 [stack 0]\n Dot {\n name Dot37\n xpos -587\n ypos 1565\n }\n DeepExpression {\n chans1 {deepRawColor.red deepRawColor.green deepRawColor.blue none}\n rgba.red \"\\[value show_color] ? deepRawColor.red * red * deepRawColor.alpha : red * deepRawColor.alpha\"\n rgba.green \"\\[value show_color] ? deepRawColor.green * red * deepRawColor.alpha : red * deepRawColor.alpha\"\n rgba.blue \"\\[value show_color] ? deepRawColor.blue * red * deepRawColor.alpha : red * deepRawColor.alpha\"\n rgba.alpha red\n deepRawColor.red \"deepRawColor.red * red\"\n deepRawColor.green \"deepRawColor.green * red\"\n deepRawColor.blue \"deepRawColor.blue * red\"\n name DeepExpression26\n label \"show matte or color\\nnot alpha\"\n xpos -621\n ypos 1726\n addUserKnob {20 User}\n addUserKnob {3 show_color}\n show_color {{parent.show_color}}\n }\n ModifyMetaData {\n metadata {\n {set DVPmatte 1}\n }\n name DVPmatteMD02\n label open\n xpos -621\n ypos 2013\n }\n Dot {\n name Dot36\n xpos -587\n ypos 2142\n }\npush $N59544400\n DeepExpression {\n chans1 deepRawColor\n rgba.red \"deepRawColor.red * deepRawColor.alpha * red\"\n rgba.green \"deepRawColor.green * deepRawColor.alpha * red\"\n rgba.blue \"deepRawColor.blue * deepRawColor.alpha * red\"\n rgba.alpha \"deepRawColor.alpha * red\"\n deepRawColor.red \"deepRawColor.red * deepRawColor.alpha * red\"\n deepRawColor.green \"deepRawColor.green * deepRawColor.alpha * red\"\n deepRawColor.blue \"deepRawColor.blue * deepRawColor.alpha * red\"\n deepRawColor.alpha \"deepRawColor.alpha * red\"\n name DeepExpression28\n label \"premult color\\nand alpha\"\n xpos -784\n ypos 1733\n }\n DeepExpression {\n chans0 none\n chans1 deep\n deep.front \"deepRawColor.alpha <= 0 ? -1 : deep.front\"\n deep.back \"deepRawColor.alpha <= 0 ? -1 : deep.back\"\n name DeepExpression41\n label \"alpha check\"\n xpos -784\n ypos 1831\n }\n DeepCrop {\n use_znear false\n zfar 0\n outside_zrange true\n bbox {0 0 1 1}\n use_bbox false\n name DeepCrop3\n label \"sample cleanup\"\n xpos -784\n ypos 1923\n }\n ModifyMetaData {\n metadata {\n {set DVPmatte 0}\n }\n name DVPmatteMD01\n label close\n xpos -784\n ypos 2015\n }\n Switch {\n inputs 2\n which {{parent.node_type}}\n name Switch14\n label \"node type\"\n xpos -784\n ypos 2240\n }\n Dot {\n name Dot1\n xpos -750\n ypos 2482\n }\nset N5f015800 [stack 0]\npush $N5d17f800\n Dot {\n name Dot3\n xpos 250\n ypos 226\n }\n Switch {\n inputs 2\n which {{\"parent.display_ptc_type == 1 ? 0 : parent.display_ptc_type == 2 ? 1 : 0\"}}\n name Switch8\n xpos 216\n ypos 2479\n }\n Group {\n name DeepPositionToImage3\n tile_color 0x3d99ff\n label \"Image Output\"\n xpos 216\n ypos 2561\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T n/a}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2019-05-23}\n addUserKnob {26 l_CHANGELOG l Changelog T \"for internal use\"}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n }\n Input {\n inputs 0\n name deep\n xpos 508\n ypos -26\n }\n Dot {\n name Dot5\n xpos 542\n ypos 31\n }\nset N5f014800 [stack 0]\n DeepExpression {\n chans1 none\n rgba.red deepPosition.red\n rgba.green deepPosition.green\n rgba.blue deepPosition.blue\n rgba.alpha \"alpha == 0 ? 0 : 1\"\n name DeepExpression15\n xpos 656\n ypos 28\n }\n DeepToImage {\n name DeepToImage2\n xpos 656\n ypos 185\n }\npush $N5f014800\n DeepToImage {\n name DeepToImage1\n xpos 508\n ypos 80\n }\n ShuffleCopy {\n inputs 2\n red red\n green green\n blue blue\n alpha black\n out deepPosition\n name ShuffleCopy1\n xpos 508\n ypos 185\n }\n Output {\n name Output1\n xpos 508\n ypos 265\n }\n end_group\n PositionToPoints2 {\n display textured\n render_mode off\n cast_shadow false\n receive_shadow false\n P_channel deepPosition\n detail 0.1\n name deepPositionToPoints\n xpos 216\n ypos 2657\n disable {{\"parent.display_ptc_type == 0 ? 1 : 0\"}}\n }\npush $N5f015800\n Output {\n name Output1\n xpos -784\n ypos 2733\n }\n NoOp {\n inputs 0\n name menu01\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nif thisGRP\\['pattern_type'].getValue() == 0 or thisGRP\\['pattern_type'].getValue() == 1 :\\n thisGRP\\['octaves'].setVisible(True)\\n thisGRP\\['lacunarity'].setVisible(True)\\nelse :\\n thisGRP\\['octaves'].setVisible(False)\\n thisGRP\\['lacunarity'].setVisible(False)\\n\\nif thisGRP\\['pattern_type'].getValue() == 4 :\\n thisGRP\\['stripes_x'].setVisible(True)\\n thisGRP\\['stripes_y'].setVisible(True)\\n thisGRP\\['stripes_z'].setVisible(True)\\nelse :\\n thisGRP\\['stripes_x'].setVisible(False)\\n thisGRP\\['stripes_y'].setVisible(False)\\n thisGRP\\['stripes_z'].setVisible(False)\\n\\nif thisGRP\\['pattern_type'].getValue() == 6 :\\n thisGRP\\['rays'].setVisible(True)\\nelse :\\n thisGRP\\['rays'].setVisible(False)\\n\"\n xpos -1556\n ypos -107\n addUserKnob {20 User}\n addUserKnob {4 pattern_type l \"pattern type\" M {fBm turbulence noise random stripes ripple rays \"\" \"\" \"\"}}\n }\n StickyNote {\n inputs 0\n name StickyNote2\n label \"open matte\"\n xpos -622\n ypos 1662\n }\n StickyNote {\n inputs 0\n name StickyNote1\n label \"final matte\"\n xpos -787\n ypos 1661\n }\n NoOp {\n inputs 0\n name menu02\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nif thisGRP\\['node_type'].getValue() :\\n thisGRP\\['show_color'].setVisible( True )\\nelse :\\n thisGRP\\['show_color'].setVisible( False )\\n\"\n xpos -1439\n ypos -108\n addUserKnob {20 User}\n addUserKnob {4 node_type l \"node type\" M {\"final matte\" \"open/cc matte\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\"}}\n }\n Group {\n inputs 0\n name inverseMatrix\n tile_color 0x337f4cff\n xpos -1438\n ypos 98\n addUserKnob {20 tab_general l General}\n addUserKnob {1 knob_path}\n knob_path ax.world_matrix\n addUserKnob {26 \"\"}\n addUserKnob {41 id T id_assign.matrix}\n addUserKnob {26 \"\"}\n addUserKnob {7 determinant}\n determinant {{\"\\[value \\[value knob_path].\\[value id.0]] * ((\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.8]]) - (\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.7]])) - \\[value \\[value knob_path].\\[value id.1]] * ((\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.8]]) - (\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.6]])) + \\[value \\[value knob_path].\\[value id.2]] * ((\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.7]])-(\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.6]]))\"}}\n addUserKnob {26 \"\"}\n addUserKnob {41 cofactor T mtx_cofactor.matrix}\n addUserKnob {26 \"\"}\n addUserKnob {41 invMatrix T matrix_output.matrix}\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T 1.0}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2011-11-28}\n addUserKnob {26 l_CHANGELOG l Changelog T \"v1.0\\n- reveal the calculate output of \\n inverse matrix which is c44matrix\\n and colormatrix doesn't show\\n \"}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n }\n Matrix {\n inputs 0\n matrix {\n {0 1 2}\n {4 5 6}\n {8 9 10}\n }\n name id_assign\n xpos -12\n ypos 33\n }\n Matrix {\n inputs 0\n matrix {\n {{\"(\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.8]]) - (\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.7]])\"} {\"(\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.2]]) - (\\[value \\[value knob_path].\\[value id.8]]*\\[value \\[value knob_path].\\[value id.1]])\"} {\"(\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.5]]) - (\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.4]])\"}}\n {{\"(\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.6]]) - (\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.8]])\"} {\"(\\[value \\[value knob_path].\\[value id.8]]*\\[value \\[value knob_path].\\[value id.0]]) - (\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.2]])\"} {\"(\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.3]]) - (\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.5]])\"}}\n {{\"(\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.7]]) - (\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.6]])\"} {\"(\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.1]]) - (\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.0]])\"} {\"(\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.4]]) - (\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.3]])\"}}\n }\n name mtx_cofactor\n xpos 86\n ypos 32\n }\n Matrix {\n inputs 0\n matrix {\n {{\"cofactor.0 == 0 || determinant == 0 ? 0 : cofactor.0/determinant\"} {\"cofactor.1 == 0 || determinant == 0 ? 0 : cofactor.1/determinant\"} {\"cofactor.2 == 0 || determinant == 0 ? 0 : cofactor.2/determinant\"}}\n {{\"cofactor.3 == 0 || determinant == 0 ? 0 : cofactor.3/determinant\"} {\"cofactor.4 == 0 || determinant == 0 ? 0 : cofactor.4/determinant\"} {\"cofactor.5 == 0 || determinant == 0 ? 0 : cofactor.5/determinant\"}}\n {{\"cofactor.6 == 0 || determinant == 0 ? 0 : cofactor.6/determinant\"} {\"cofactor.7 == 0 || determinant == 0 ? 0 : cofactor.7/determinant\"} {\"cofactor.8 == 0 || determinant == 0 ? 0 : cofactor.8/determinant\"}}\n }\n name matrix_output\n selected true\n xpos 186\n ypos 33\n }\n end_group\n NoOp {\n inputs 0\n name globalTCL\n xpos -1434\n ypos 161\n addUserKnob {20 User}\n addUserKnob {1 px}\n px \"( deepPosition.red-ax.world_matrix.3) * inverseMatrix.invMatrix.0 + (deepPosition.green-ax.world_matrix.7) * inverseMatrix.invMatrix.1 + (deepPosition.blue-ax.world_matrix.11) * inverseMatrix.invMatrix.2\"\n addUserKnob {1 py}\n py \"( deepPosition.red-ax.world_matrix.3) * inverseMatrix.invMatrix.3 + (deepPosition.green-ax.world_matrix.7) * inverseMatrix.invMatrix.4 + (deepPosition.blue-ax.world_matrix.11) *inverseMatrix.invMatrix.5\"\n addUserKnob {1 pz}\n pz \"( deepPosition.red-ax.world_matrix.3) * inverseMatrix.invMatrix.6 + (deepPosition.green-ax.world_matrix.7) * inverseMatrix.invMatrix.7 + (deepPosition.blue-ax.world_matrix.11) * inverseMatrix.invMatrix.8\"\n }\n Axis {\n inputs 0\n display off\n name ax\n xpos -1571\n ypos 94\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_DVPfresnel.gizmo", "content": "Group {\n name DVPfresnel\n onCreate \"\\nthisGRP = nuke.thisGroup()\\nfor knob in thisGRP.knobs() :\\n try :\\n if thisGRP\\[knob].label()\\[:19] == 'panel dropped state' :\\n thisGRP.removeKnob( nuke.thisNode()\\[knob] )\\n except :\\n pass\\n\"\n tile_color 0x7f65ff\n label \"Deep Output\"\n addUserKnob {20 tab_general l General}\n addUserKnob {41 multiply T menu01.multiply}\n addUserKnob {7 exp_in l \"exponential in\" t \"Ease out falloff from the core by exponential math.\" R 0.1 10}\n exp_in 1\n addUserKnob {7 exp_out l out t \"Ease in falloff from the edge by exponential math.\" -STARTLINE R 0.1 10}\n exp_out 1\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T 4.0}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2021-02-13}\n addUserKnob {22 btn_CHANGELOG l Changlelog T \"log = \\\"Deep2VPosition (Deep2VP)
- added camera setting to metadata
- remove bake and copy buttons
- rename to Deep2VP
- generate/select/import deepNormal in this node
- added generate normal in deep, still keep the previous one.

DVPort (DVPortal)
- renamed to DVPortal

DVPmatte
- removed 'option' knob, 2D matte can use 'open matte' instead
- open matte can choose show matte or color

DVPattern
- internal setup same as DVPmatte
- added rotation knob
- support 'open matte'

DVProjection
- remove bake and copy buttons
- remove all metadata created from Deep2VP

DVPsetLight
- added shader setting and input shader
- not required link camera anymore
- removed deepNormal setup, moved to Deep2VP node

DVPscene
- added multiple output options
- remove all metadata created from DVP's lighting system

DVPrelight
- added specular setup
- added toon shade setup
- fix pointcloud preview with effects

DVPrelightPT
- split up point light from DVPrelight
- fix point light duplicated algorithm

DVPfresnel
- not required link camera anymore
- fix unpremult process, the result was too dark

DVPToImage
- remove all metadata created from Deep2VP
- same as Deep2VP node color

new nodes :
DVPColorCorrect

added shaders :
DVP Shader
DVP Toon Shader\\\"\\nnuke.message( log )\" +STARTLINE}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n}\n BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0x7f7f7fff\n label bin\n note_font_size 42\n xpos -608\n ypos -200\n bdwidth 411\n bdheight 282\n }\n BackdropNode {\n inputs 0\n name BackdropNode2\n tile_color 0xff\n label \"dont touch\"\n note_font_size 42\n xpos -611\n ypos -435\n bdwidth 416\n bdheight 199\n }\n NoOp {\n inputs 0\n name menu01\n knobChanged \"\\nthisN = nuke.thisNode()\\nfor knob in thisN.knobs() :\\n try :\\n if knob.split('_')\\[1] == 'panelDropped' :\\n thisN.removeKnob( thisN\\[knob] )\\n except :\\n pass\\n\"\n xpos -524\n ypos -342\n addUserKnob {20 User}\n addUserKnob {18 multiply t \"Constant to multiply result by\" R 0 4}\n multiply 1\n addUserKnob {6 multiply_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n }\n Group {\n inputs 0\n name inverseMatrix_cam\n tile_color 0x337f4cff\n xpos -540\n ypos 9\n addUserKnob {20 User}\n addUserKnob {1 knob_path}\n knob_path cam_data.world_matrix\n addUserKnob {26 \"\"}\n addUserKnob {41 id T id_assign.matrix}\n addUserKnob {26 \"\"}\n addUserKnob {7 determinant}\n determinant {{\"\\[value \\[value knob_path].\\[value id.0]] * ((\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.8]]) - (\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.7]])) - \\[value \\[value knob_path].\\[value id.1]] * ((\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.8]]) - (\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.6]])) + \\[value \\[value knob_path].\\[value id.2]] * ((\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.7]])-(\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.6]]))\"}}\n addUserKnob {26 \"\"}\n addUserKnob {41 cofactor T mtx_cofactor.matrix}\n addUserKnob {26 \"\"}\n addUserKnob {41 invMatrix T matrix_output.matrix}\n }\n Matrix {\n inputs 0\n matrix {\n {0 1 2}\n {4 5 6}\n {8 9 10}\n }\n name id_assign\n xpos -12\n ypos 33\n }\n Matrix {\n inputs 0\n matrix {\n {{\"(\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.8]]) - (\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.7]])\"} {\"(\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.2]]) - (\\[value \\[value knob_path].\\[value id.8]]*\\[value \\[value knob_path].\\[value id.1]])\"} {\"(\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.5]]) - (\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.4]])\"}}\n {{\"(\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.6]]) - (\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.8]])\"} {\"(\\[value \\[value knob_path].\\[value id.8]]*\\[value \\[value knob_path].\\[value id.0]]) - (\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.2]])\"} {\"(\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.3]]) - (\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.5]])\"}}\n {{\"(\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.7]]) - (\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.6]])\"} {\"(\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.1]]) - (\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.0]])\"} {\"(\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.4]]) - (\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.3]])\"}}\n }\n name mtx_cofactor\n xpos 86\n ypos 32\n }\n Matrix {\n inputs 0\n matrix {\n {{\"cofactor.0 == 0 || determinant == 0 ? 0 : cofactor.0/determinant\"} {\"cofactor.1 == 0 || determinant == 0 ? 0 : cofactor.1/determinant\"} {\"cofactor.2 == 0 || determinant == 0 ? 0 : cofactor.2/determinant\"}}\n {{\"cofactor.3 == 0 || determinant == 0 ? 0 : cofactor.3/determinant\"} {\"cofactor.4 == 0 || determinant == 0 ? 0 : cofactor.4/determinant\"} {\"cofactor.5 == 0 || determinant == 0 ? 0 : cofactor.5/determinant\"}}\n {{\"cofactor.6 == 0 || determinant == 0 ? 0 : cofactor.6/determinant\"} {\"cofactor.7 == 0 || determinant == 0 ? 0 : cofactor.7/determinant\"} {\"cofactor.8 == 0 || determinant == 0 ? 0 : cofactor.8/determinant\"}}\n }\n name matrix_output\n xpos 186\n ypos 33\n }\n end_group\n Camera {\n inputs 0\n display off\n selectable false\n rot_order XYZ\n useMatrix true\n matrix {\n {{getCam.cmr01.x} {getCam.cmr01.y} {getCam.cmr01.z} 0}\n {{getCam.cmr02.x} {getCam.cmr02.y} {getCam.cmr02.z} 0}\n {{getCam.cmr03.x} {getCam.cmr03.y} {getCam.cmr03.z} 0}\n {0 0 0 1}\n }\n name cam_data\n xpos -529\n ypos -97\n }\n Input {\n inputs 0\n name deep\n xpos -4\n ypos -235\n }\n DeepExpression {\n chans1 deep\n name spacer\n xpos -4\n ypos -155\n }\n Dot {\n name Dot2\n xpos 30\n ypos -75\n }\nset N4e88c00 [stack 0]\nadd_layer {deepNormal deepNormal.red deepNormal.green deepNormal.blue deepNormal.alpha}\n DeepExpression {\n temp_name0 uMult\n temp_expr0 \"abs( (x+0.5)/input.width-0.5 ) *2\"\n temp_name1 vMult\n temp_expr1 \"abs( (y+0.5)/input.height-0.5 ) *2\"\n temp_name2 hHalfAOV\n temp_expr2 \"degrees( atan( ( ( \\[value getCam.aspect] ) * abs( deep.front ) /2 ) / abs( deep.front ) ) )\"\n temp_name3 vHalfAOV\n temp_expr3 \"degrees( atan( ( ( \\[value getCam.aspect] ) * (input.height/input.width) * abs( deep.front ) /2 ) / abs( deep.front ) ) )\"\n chans0 {-deepNormal.red -deepNormal.green -deepNormal.blue deepNormal.alpha}\n chans1 none\n deepNormal.alpha \"clamp( xinput.width/2 && y>input.height/2 ? \\[value cx]*-cos(radians(-vHalfAOV*vMult))*sin(radians(hHalfAOV*uMult)) + \\[value cy]*sin(radians(-vHalfAOV*vMult)) + \\[value cz]*cos(radians(-vHalfAOV*vMult))*cos(radians(hHalfAOV*uMult)) : xinput.height/2 ? \\[value cx]*-cos(radians(-vHalfAOV*vMult))*sin(radians(-hHalfAOV*uMult)) + \\[value cy]*sin(radians(-vHalfAOV*vMult)) + \\[value cz]*cos(radians(-vHalfAOV*vMult))*cos(radians(-hHalfAOV*uMult)) : \\[value cx]*-cos(radians(vHalfAOV*vMult))*sin(radians(hHalfAOV*uMult)) + \\[value cy]*sin(radians(vHalfAOV*vMult)) + \\[value cz]*cos(radians(vHalfAOV*vMult))*cos(radians(hHalfAOV*uMult)) )\"\n name DeepExpression3\n label \"screen space\"\n xpos -4\n ypos -1\n addUserKnob {20 User}\n addUserKnob {1 cx}\n cx \"(deepNormal.red*\\[value inverseMatrix_cam.invMatrix.0] + deepNormal.green*\\[value inverseMatrix_cam.invMatrix.1] + deepNormal.blue*\\[value inverseMatrix_cam.invMatrix.2])\"\n addUserKnob {1 cy}\n cy \"(deepNormal.red*\\[value inverseMatrix_cam.invMatrix.3] + deepNormal.green*\\[value inverseMatrix_cam.invMatrix.4] + deepNormal.blue*\\[value inverseMatrix_cam.invMatrix.5])\"\n addUserKnob {1 cz}\n cz \"(deepNormal.red*\\[value inverseMatrix_cam.invMatrix.6] + deepNormal.green*\\[value inverseMatrix_cam.invMatrix.7] + deepNormal.blue*\\[value inverseMatrix_cam.invMatrix.8])\"\n }\n DeepExpression {\n chans0 {-deepNormal.red -deepNormal.green -deepNormal.blue deepNormal.alpha}\n chans1 none\n deepNormal.alpha \"1- deepNormal.alpha\"\n name DeepExpression7\n label invert\n xpos -4\n ypos 79\n }\n DeepExpression {\n chans0 {-deepNormal.red -deepNormal.green -deepNormal.blue deepNormal.alpha}\n chans1 none\n deepNormal.alpha \"pow( 1 - pow( 1 - deepNormal.alpha , \\[value parent.exp_in] ) , \\[value parent.exp_out] ) )\"\n name DeepExpression1\n label exponential\n xpos -4\n ypos 159\n }\n Dot {\n name Dot1\n xpos 30\n ypos 301\n }\nset Na337800 [stack 0]\n DeepExpression {\n temp_name0 celShade\n temp_expr0 \"clamp(deepNormal.alpha) ** \\[value toonRatio] * (\\[value toonLayers]+1)\"\n chans0 {-deepNormal.red -deepNormal.green -deepNormal.blue deepNormal.alpha}\n chans1 none\n deepNormal.alpha \"( (int(celShade)-1)/\\[value toonLayers]) + (clamp( (celShade%1) * (1/(1-clamp(\\[value toonSharpness]))) ) * (1/\\[value toonLayers]) )\"\n name DeepExpression40\n label \"toon shade\"\n xpos 128\n ypos 360\n addUserKnob {20 User}\n addUserKnob {3 toonLayers}\n toonLayers {{\"\\[metadata sLayers]+0 <= 1 ? 1 : \\[metadata sLayers]+0\"}}\n addUserKnob {7 toonSharpness}\n toonSharpness {{\"\\[metadata sSharpness]+0\"}}\n addUserKnob {7 toonRatio}\n toonRatio {{\"\\[metadata sRatio]+0\"}}\n }\npush $Na337800\n Switch {\n inputs 2\n which {{\"\\[metadata DVPshader]+0==2 ? 1 : 0\"}}\n name Switch1\n xpos -4\n ypos 417\n }\n DeepExpression {\n chans0 {rgba.red rgba.green rgba.blue none}\n chans1 {-deepNormal.red -deepNormal.green -deepNormal.blue deepNormal.alpha}\n rgba.red \"red + deepNormal.alpha * \\[value parent.multiply.r]\"\n rgba.green \"green + deepNormal.alpha * \\[value parent.multiply.g]\"\n rgba.blue \"blue + deepNormal.alpha * \\[value parent.multiply.b]\"\n deepNormal.alpha 0\n name DeepExpression2\n label \"apply color\"\n xpos -4\n ypos 497\n }\n Output {\n name Output1\n xpos -4\n ypos 577\n }\npush $N4e88c00\n NoOp {\n name getCam\n xpos -374\n ypos -78\n addUserKnob {20 User}\n addUserKnob {13 cmr01}\n cmr01 {{\"\\[lrange \\[split \\[metadata DVPcamMTX] \\\" \\\"] 0 0]+0\"} {\"\\[lrange \\[split \\[metadata DVPcamMTX] \\\" \\\"] 1 1]+0\"} {\"\\[lrange \\[split \\[metadata DVPcamMTX] \\\" \\\"] 2 2]+0\"}}\n addUserKnob {13 cmr02}\n cmr02 {{\"\\[lrange \\[split \\[metadata DVPcamMTX] \\\" \\\"] 4 4]+0\"} {\"\\[lrange \\[split \\[metadata DVPcamMTX] \\\" \\\"] 5 5]+0\"} {\"\\[lrange \\[split \\[metadata DVPcamMTX] \\\" \\\"] 6 6]+0\"}}\n addUserKnob {13 cmr03}\n cmr03 {{\"\\[lrange \\[split \\[metadata DVPcamMTX] \\\" \\\"] 8 8]+0\"} {\"\\[lrange \\[split \\[metadata DVPcamMTX] \\\" \\\"] 9 9]+0\"} {\"\\[lrange \\[split \\[metadata DVPcamMTX] \\\" \\\"] 10 10]+0\"}}\n addUserKnob {7 aspect}\n aspect {{\"\\[metadata DVPcamAspect]+0\"}}\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_DVPmatte.gizmo", "content": "Group {\n name DVPmatte\n tile_color 0x597fff\n label \"node type : \\[value node_type]\\noperation : \\[value matte_op]\\nDeep Output\"\n addUserKnob {20 tab_general l General}\n addUserKnob {3 mode +INVISIBLE}\n addUserKnob {41 geo_select T geoCTRL.geo_select}\n addUserKnob {41 transform_1 l transform T geoCTRL.transform}\n addUserKnob {26 title_matte l \"matte\"}\n addUserKnob {41 mat_shape l shape t \"Select the 3D shape of the matte. 3D shape can be preview under 3D view when the panel of this node is active.\\n\\nSphere : only support uniform falloff.\\nCube : support separate 3-axis falloff.\\nCylinder : only support uniform falloff.\" T menu01.mat_shape}\n addUserKnob {6 invert_matte l \"invert matte\" t \"Invert the matte of the shape. Same as deepHoldout but with falloff support (soften matte).\" -STARTLINE}\n addUserKnob {41 node_type l \"node type\" t \"final matte\\nPremult all the mattes in the DVPmatte and DVPattern stack to get the final matte.\\n\\nopen/cc matte\\nKeep the matte and pass along to downstream for multi mattes and DVPColorCorrect purpose. It will only premult RGB for 2D preview.\" T menu02.node_type}\n addUserKnob {6 show_color l \"show color\" -STARTLINE +HIDDEN}\n show_color true\n addUserKnob {26 remarks l * T \"first matte node should use 'union' operation.\"}\n addUserKnob {4 matte_op l operation t \"a : this matte\\nb : input matte\\n\\ndivide\\ta/b\\nfrom\\tb-a\\nin\\tab\\nmax\\tmax(a,b)\\nmin\\tmin(a,b)\\nminus\\ta-b\\nmultiply\\ta*b\\nout\\ta(1-b)\\nplus\\ta+b\\nstencil\\tb(1-a)\\nunion\\ta+b-ab\\nxor\\ta+b-2ab\" M {divide from in max min minus multiply out plus stencil union xor \"\" \"\" \"\" \"\" \"\" \"\"}}\n matte_op union\n addUserKnob {26 title_transform l \"transform\"}\n addUserKnob {22 toggle_2d_mode l \"toggle 2D sample\" t \"When toggle to 2d mode, you can see the point named 'sample_point' in viewer. Move it to the spot for sampling and output the matte.\" T \"thisGRP = nuke.thisGroup()\\n\\ndef cpmode() :\\n\\tthisGRP\\['mode'].setValue(1)\\n\\tthisGRP\\['sample_point'].setEnabled(True)\\n\\tthisGRP\\['sample_2d_status'].setValue('\\[ ON ]')\\n\\tthisGRP\\['updateUI'].setValue(\\\"goStore = nuke.toNode(\\\\'store\\\\')\\\\ngoStore\\[\\\\'fn\\\\'].execute()\\\\nsample2d()\\\")\\n\\nif thisGRP\\['mode'].getValue() == 1 :\\n\\tthisGRP\\['mode'].setValue(0)\\n\\tthisGRP\\['sample_point'].setEnabled(False)\\n\\tthisGRP\\['sample_2d_status'].setValue('\\[ OFF ]')\\n\\tthisGRP\\['updateUI'].setValue('')\\nelse :\\n\\tif thisGRP\\['mat_translate'].isAnimated() :\\n\\t\\tif nuke.ask('Translate on this node has expression/animated.\\\\n\\\\nIf switch to colorpicker mode, animation or expression will be clear but keep the current value.\\\\n\\\\nDo you want to process?') :\\n\\t\\t\\tthisGRP\\['remove_link'].execute()\\n\\t\\t\\tcpmode()\\n\\telse :\\n\\t\\tcpmode()\" +STARTLINE}\n addUserKnob {26 sample_2d_status l \"\" -STARTLINE T \"\\[ OFF ]\"}\n addUserKnob {12 sample_point l \"sample position\" t \"Select the matte spot in 2D space.\" +DISABLED}\n addUserKnob {41 mat_translate l translate T geoCTRL.translate}\n addUserKnob {41 snap_menu l @AxisIcon -STARTLINE T geoCTRL.snap_menu}\n addUserKnob {41 mat_rot_order l \"rotation order\" T geoCTRL.rot_order}\n addUserKnob {41 mat_rotate l rotate T geoCTRL.rotate}\n addUserKnob {41 mat_scaling l scale T geoCTRL.scaling}\n addUserKnob {41 mat_uniform_scale l \"uniform scale\" T geoCTRL.uniform_scale}\n addUserKnob {41 mat_skew l skew T geoCTRL.skew}\n addUserKnob {41 mat_pivot l pivot T geoCTRL.pivot}\n addUserKnob {22 set_link l \"link to selected axis/geo\" t \"Select any 3D nodes and link the node with this button. It gives you a control in 3D for transformation.\" T \"def getLevel() :\\n ### level define ###\\n if len(nuke.thisNode().fullName().split('.')) == 1 :\\n ggLevel = nuke.root()\\n else :\\n nodePath = nuke.thisNode().fullName().split('.')\\n nodePath.pop()\\n ggLevel = nuke.toNode('.'.join(nodePath))\\n return ggLevel\\n\\nroot = getLevel()\\nthisGRP = nuke.thisGroup()\\nmainKnobs = \\['mat_rot_order','mat_translate','mat_rotate','mat_scaling','mat_uniform_scale','mat_skew','mat_pivot']\\n\\naxWhiteList = \\['Axis','Axis2','Cube','Sphere','Cylinder','Card','Card2','ReadGeo','ReadGeo2','TransformGeo']\\n\\ntry :\\n with root :\\n selNode = nuke.selectedNode()\\n \\n with thisGRP :\\n if axWhiteList.count(selNode.Class()) != 0 :\\n for knob in mainKnobs :\\n thisGRP\\[knob].clearAnimated()\\n thisGRP\\[mainKnobs\\[0]].setExpression( '\\{0\\}.rot_order'.format(selNode.name()) )\\n thisGRP\\[mainKnobs\\[1]].setExpression( '\\{0\\}.translate'.format(selNode.name()) )\\n thisGRP\\[mainKnobs\\[2]].setExpression( '\\{0\\}.rotate'.format(selNode.name()) )\\n thisGRP\\[mainKnobs\\[3]].setExpression( '\\{0\\}.scaling'.format(selNode.name()) )\\n thisGRP\\[mainKnobs\\[4]].setExpression( '\\{0\\}.uniform_scale'.format(selNode.name()) )\\n thisGRP\\[mainKnobs\\[5]].setExpression( '\\{0\\}.skew'.format(selNode.name()) )\\n thisGRP\\[mainKnobs\\[6]].setExpression( '\\{0\\}.pivot'.format(selNode.name()) )\\n else :\\n nuke.message('No support node selected.')\\nexcept :\\n nuke.message('no node selected.')\" +STARTLINE}\n addUserKnob {22 remove_link l \"remove linked expression\" t \"Remove the expression link but won't reset any data. So the transformation data still works if input doesn't contain any movement.\" -STARTLINE T \"thisGRP = nuke.thisGroup()\\nmainKnobs = \\['mat_rot_order','mat_translate','mat_rotate','mat_scaling','mat_uniform_scale','mat_skew','mat_pivot']\\n\\nfor i in range (0, len(mainKnobs), 1) :\\n thisGRP\\[mainKnobs\\[i]].clearAnimated()\"}\n addUserKnob {26 title_falloff l \"fall off\"}\n addUserKnob {13 cube3d_falloff l \"cube3D falloff\" +DISABLED}\n cube3d_falloff {1 1 1}\n addUserKnob {7 uniform_falloff l \"uniform falloff\" t \"This is a globel falloff value. Support for any shape of matte.\" R 0.001 1}\n uniform_falloff 0.5\n addUserKnob {7 exp_in l \"falloff in\" t \"Ease out falloff from the core by exponential math.\" R 0.1 10}\n exp_in 1\n addUserKnob {7 exp_out l out t \"Ease in falloff from the edge by exponential math.\" -STARTLINE R 0.1 10}\n exp_out 1\n addUserKnob {26 \"\"}\n addUserKnob {20 grp_3dpreview l \"Pointcloud preview\" n 1}\n grp_3dpreview 0\n addUserKnob {4 display_ptc_type l \"display type\" t \"When you open this node's panel, you can check the pointcloud under 3D view.\\n\\nnone\\nwill not show the pointcloud in 3D\\n\\nraw pointcloud\\nshow the pointcloud from input data, without any effects from this node\\n\\nwith matte applied\\nThis can show the instant result of the projection. Since it feedback in real time, it might slow down the progress in 3D space.\" M {\"no pointcloud preview\" \"raw pointcloud\" \"with matte applied\"}}\n display_ptc_type \"raw pointcloud\"\n addUserKnob {41 detail l \"point detail\" t \"When you open this node's panel, you can check the pointcloud under 3D view.\\n\\nThis control the density of the pointcloud.\" T deepPositionToPoints.detail}\n addUserKnob {41 pointSize l \"point size\" t \"When you open this node's panel, you can check the pointcloud under 3D view.\\n\\nThis control the point size of the pointcloud.\" T deepPositionToPoints.pointSize}\n addUserKnob {20 endGroup n -1}\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T 4.0}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2021-02-13}\n addUserKnob {22 btn_CHANGELOG l Changlelog T \"log = \\\"Deep2VPosition (Deep2VP)
- added camera setting to metadata
- remove bake and copy buttons
- rename to Deep2VP
- generate/select/import deepNormal in this node
- added generate normal in deep, still keep the previous one.

DVPort (DVPortal)
- renamed to DVPortal

DVPmatte
- removed 'option' knob, 2D matte can use 'open matte' instead
- open matte can choose show matte or color

DVPattern
- internal setup same as DVPmatte
- added rotation knob
- support 'open matte'

DVProjection
- remove bake and copy buttons
- remove all metadata created from Deep2VP

DVPsetLight
- added shader setting and input shader
- not required link camera anymore
- removed deepNormal setup, moved to Deep2VP node

DVPscene
- added multiple output options
- remove all metadata created from DVP's lighting system

DVPrelight
- added specular setup
- added toon shade setup
- fix pointcloud preview with effects

DVPrelightPT
- split up point light from DVPrelight
- fix point light duplicated algorithm

DVPfresnel
- not required link camera anymore
- fix unpremult process, the result was too dark

DVPToImage
- remove all metadata created from Deep2VP
- same as Deep2VP node color

new nodes :
DVPColorCorrect

added shaders :
DVP Shader
DVP Toon Shader\\\"\\nnuke.message( log )\" +STARTLINE}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n}\n BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0xff\n gl_color 0xff\n label \"dont touch\"\n note_font_size 42\n xpos -454\n ypos -583\n bdwidth 270\n bdheight 167\n }\n BackdropNode {\n inputs 0\n name BackdropNode2\n tile_color 0x8e8e8eff\n label bin\n note_font_size 42\n xpos -453\n ypos -399\n bdwidth 272\n bdheight 292\n }\n Cylinder {\n inputs 0\n display wireframe\n selectable false\n render_mode off\n rows 1\n columns 10\n name Cylinder1\n xpos 1968\n ypos 2362\n }\n Cube {\n inputs 0\n display wireframe\n selectable false\n render_mode off\n cast_shadow false\n receive_shadow false\n rows 1\n columns 1\n separate_faces false\n uniform_scale 2\n name Cube1\n xpos 1845\n ypos 2368\n }\n Sphere {\n inputs 0\n display wireframe\n selectable false\n render_mode off\n cast_shadow false\n receive_shadow false\n rows 8\n columns 8\n name Sphere1\n xpos 1725\n ypos 2365\n }\n Switch {\n inputs 3\n which {{mat_shape}}\n name Switch4\n xpos 1845\n ypos 2438\n }\n TransformGeo {\n name geoCTRL\n xpos 1845\n ypos 2518\n }\n Scene {\n name Scene1\n xpos 1855\n ypos 2598\n }\npush 0\n ScanlineRender {\n inputs 2\n conservative_shader_sampling false\n motion_vectors_type off\n MB_channel none\n name ScanlineRender1\n xpos 1845\n ypos 2816\n }\n Input {\n inputs 0\n name deep\n xpos 188\n ypos -608\n }\n Dot {\n name Dot1\n xpos 222\n ypos -448\n }\nset N595bd400 [stack 0]\nadd_layer {deepRawColor deepRawColor.red deepRawColor.green deepRawColor.blue deepRawColor.alpha}\n DeepExpression {\n chans0 {deepRawColor.red deepRawColor.green deepRawColor.blue none}\n chans1 none\n deepRawColor.red \"deepRawColor.red * (1/alpha)\"\n deepRawColor.green \"deepRawColor.green * (1/alpha)\"\n deepRawColor.blue \"deepRawColor.blue * (1/alpha)\"\n name DeepExpression27\n label \"unpremult exisiting deepRawColor\"\n xpos 369\n ypos -374\n }\npush $N595bd400\n DeepExpression {\n chans0 deepRawColor\n chans1 none\n deepRawColor.red \"red * (1/alpha)\"\n deepRawColor.green \"green * (1/alpha)\"\n deepRawColor.blue \"blue * (1/alpha)\"\n deepRawColor.alpha 0\n name DeepExpression21\n label \"shuffle unpremult RGB to deepRawColor\"\n xpos 188\n ypos -374\n }\n Switch {\n inputs 2\n which {{\"\\[metadata DVPmatte]+0==0 || \\[metadata DVPmatte]+0==2 ? 0 : 1\"}}\n name Switch5\n label \"if upstream cc or open matte\"\n xpos 188\n ypos -295\n }\n Dot {\n name Dot19\n xpos 222\n ypos -172\n }\nset N595bc400 [stack 0]\n DeepExpression {\n chans1 none\n rgba.red alpha\n rgba.green 0\n rgba.blue 0\n rgba.alpha 1\n name DeepExpression29\n label \"shuffle alpha to red channel\\nand unpremult the data with alpha 1\"\n xpos 188\n ypos -34\n }\n Dot {\n name Dot9\n xpos 222\n ypos 70\n }\nset N5d223800 [stack 0]\nadd_layer {deepPosition deepPosition.red deepPosition.green deepPosition.blue deepPosition.alpha}\n DeepExpression {\n temp_name0 circle\n temp_expr0 \"sqrt( pow2( \\[value store.dx] ) + pow2( \\[value store.dz] ) )\"\n temp_name1 height\n temp_expr1 \"abs( \\[value store.dy] )\"\n chans0 {-deepPosition.red -deepPosition.green -deepPosition.blue deepPosition.alpha}\n chans1 none\n deepPosition.alpha \"clamp( max( circle , height ) )\"\n name DeepExpression20\n label \"cylinder matte\"\n xpos 323\n ypos 150\n }\npush $N5d223800\n DeepExpression {\n temp_name0 newR\n temp_expr0 \"abs( \\[value store.dx] ) > 1 ? 1 : clamp( sqrt( pow2( abs( \\[value store.dx] ) * \\[value parent.cube3d_falloff.x]) ) )\"\n temp_name1 newG\n temp_expr1 \"abs( \\[value store.dy] ) > 1 ? 1 : clamp( sqrt( pow2( abs( \\[value store.dy] ) * \\[value parent.cube3d_falloff.y]) ) )\"\n temp_name2 newB\n temp_expr2 \"abs( \\[value store.dz] ) > 1 ? 1 : clamp( sqrt( pow2( abs( \\[value store.dz] ) * \\[value parent.cube3d_falloff.z]) ) )\"\n chans0 {-deepPosition.red -deepPosition.green -deepPosition.blue deepPosition.alpha}\n chans1 none\n deepPosition.alpha clamp(max(abs(newR),abs(newG),abs(newB)))\n name DeepExpression18\n label \"cube matte\"\n xpos 188\n ypos 154\n }\npush $N5d223800\n DeepExpression {\n chans0 {-deepPosition.red -deepPosition.green -deepPosition.blue deepPosition.alpha}\n chans1 none\n deepPosition.alpha \"clamp( sqrt( pow2( \\[value store.dx] )+pow2( \\[value store.dy] )+pow2( \\[value store.dz] ) ) )\"\n name DeepExpression19\n label \"sphere matte\"\n xpos 43\n ypos 151\n }\n Switch {\n inputs 3\n which {{parent.mat_shape}}\n name Switch3\n label \"shape selection\"\n xpos 188\n ypos 246\n }\n Dot {\n name Dot12\n xpos 222\n ypos 353\n }\nset N5d222400 [stack 0]\n Dot {\n name Dot16\n xpos 307\n ypos 438\n }\n DeepExpression {\n temp_name0 invfalloff\n temp_expr0 \"\\[value parent.uniform_falloff] == 0 ? 1- ( (1 - deepPosition.alpha)*(1/0.00001) ) : 1- ( (1 - deepPosition.alpha)*(1/\\[value parent.uniform_falloff]) )\"\n chans0 {-deepPosition.red -deepPosition.green -deepPosition.blue deepPosition.alpha}\n chans1 none\n deepPosition.alpha \"clamp( invfalloff )\"\n name DeepExpression22\n label \"global falloff (invert)\"\n xpos 273\n ypos 512\n }\npush $N5d222400\n DeepExpression {\n chans0 {-deepPosition.red -deepPosition.green -deepPosition.blue deepPosition.alpha}\n chans1 none\n deepPosition.alpha \"1 - deepPosition.alpha\"\n name DeepExpression17\n label invert\n xpos 102\n ypos 426\n }\n DeepExpression {\n temp_name0 falloff\n temp_expr0 \"\\[value parent.uniform_falloff] == 0 ? deepPosition.alpha*(1/0.00001) : deepPosition.alpha * (1/\\[value parent.uniform_falloff])\"\n chans0 {-deepPosition.red -deepPosition.green -deepPosition.blue deepPosition.alpha}\n chans1 none\n deepPosition.alpha \"clamp( falloff )\"\n name DeepExpression11\n label \"global falloff\"\n xpos 102\n ypos 511\n }\n Switch {\n inputs 2\n which {{invert_matte}}\n name Switch6\n xpos 188\n ypos 612\n }\n DeepExpression {\n chans0 {-deepPosition.red -deepPosition.green -deepPosition.blue deepPosition.alpha}\n chans1 none\n deepPosition.alpha \"pow( 1 - pow( 1 - deepPosition.alpha , \\[value parent.exp_in] ) , \\[value parent.exp_out] ) * alpha\"\n name DeepExpression23\n label exponential\n xpos 188\n ypos 692\n }\n Dot {\n name Dot7\n xpos 222\n ypos 784\n }\nset N5d220800 [stack 0]\n DeepExpression {\n temp_name0 a\n temp_expr0 deepPosition.alpha\n temp_name1 b\n temp_expr1 deepRawColor.alpha\n chans0 {-deepRawColor.red -deepRawColor.green -deepRawColor.blue deepRawColor.alpha}\n chans1 none\n deepRawColor.alpha \"a + b - 2 * a * b\"\n name DeepExpression16\n label xor\n xpos 793\n ypos 919\n }\npush $N5d220800\n DeepExpression {\n temp_name0 a\n temp_expr0 deepPosition.alpha\n temp_name1 b\n temp_expr1 deepRawColor.alpha\n chans0 {-deepRawColor.red -deepRawColor.green -deepRawColor.blue deepRawColor.alpha}\n chans1 none\n deepRawColor.alpha \"\\[value mdChk] ? a + b - a * b : a\"\n name DeepExpression15\n label union\n xpos 663\n ypos 923\n addUserKnob {20 User}\n addUserKnob {3 mdChk}\n mdChk {{\"\\[metadata DVPmatte]+0\"}}\n }\npush $N5d220800\n DeepExpression {\n temp_name0 a\n temp_expr0 deepPosition.alpha\n temp_name1 b\n temp_expr1 deepRawColor.alpha\n chans0 {-deepRawColor.red -deepRawColor.green -deepRawColor.blue deepRawColor.alpha}\n chans1 none\n deepRawColor.alpha \"b * ( 1 - a )\"\n name DeepExpression14\n label stencil\n xpos 534\n ypos 923\n }\npush $N5d220800\n DeepExpression {\n temp_name0 a\n temp_expr0 deepPosition.alpha\n temp_name1 b\n temp_expr1 deepRawColor.alpha\n chans0 {-deepRawColor.red -deepRawColor.green -deepRawColor.blue deepRawColor.alpha}\n chans1 none\n deepRawColor.alpha \"a + b\"\n name DeepExpression13\n label plus\n xpos 421\n ypos 921\n }\npush $N5d220800\n DeepExpression {\n temp_name0 a\n temp_expr0 deepPosition.alpha\n temp_name1 b\n temp_expr1 deepRawColor.alpha\n chans0 {-deepRawColor.red -deepRawColor.green -deepRawColor.blue deepRawColor.alpha}\n chans1 none\n deepRawColor.alpha \"a * ( 1 - b )\"\n name DeepExpression12\n label out\n xpos 304\n ypos 926\n }\npush $N5d220800\n DeepExpression {\n temp_name0 a\n temp_expr0 deepPosition.alpha\n temp_name1 b\n temp_expr1 deepRawColor.alpha\n chans0 {-deepRawColor.red -deepRawColor.green -deepRawColor.blue deepRawColor.alpha}\n chans1 none\n deepRawColor.alpha \"a * b\"\n name DeepExpression10\n label multiply\n xpos 188\n ypos 928\n }\npush $N5d220800\n DeepExpression {\n temp_name0 a\n temp_expr0 deepPosition.alpha\n temp_name1 b\n temp_expr1 deepRawColor.alpha\n chans0 {-deepRawColor.red -deepRawColor.green -deepRawColor.blue deepRawColor.alpha}\n chans1 none\n deepRawColor.alpha \"a - b\"\n name DeepExpression9\n label minus\n xpos 77\n ypos 929\n }\npush $N5d220800\n DeepExpression {\n temp_name0 a\n temp_expr0 deepPosition.alpha\n temp_name1 b\n temp_expr1 deepRawColor.alpha\n chans0 {-deepRawColor.red -deepRawColor.green -deepRawColor.blue deepRawColor.alpha}\n chans1 none\n deepRawColor.alpha \"min( a , b )\"\n name DeepExpression8\n label min\n xpos -38\n ypos 932\n }\npush $N5d220800\n DeepExpression {\n temp_name0 a\n temp_expr0 deepPosition.alpha\n temp_name1 b\n temp_expr1 deepRawColor.alpha\n chans0 {-deepRawColor.red -deepRawColor.green -deepRawColor.blue deepRawColor.alpha}\n chans1 none\n deepRawColor.alpha \"max( a , b )\"\n name DeepExpression7\n label max\n xpos -135\n ypos 935\n }\npush $N5d220800\n DeepExpression {\n temp_name0 a\n temp_expr0 deepPosition.alpha\n temp_name1 b\n temp_expr1 deepRawColor.alpha\n chans0 {-deepRawColor.red -deepRawColor.green -deepRawColor.blue deepRawColor.alpha}\n chans1 none\n deepRawColor.alpha \"a * b\"\n name DeepExpression6\n label in\n xpos -230\n ypos 932\n }\npush $N5d220800\n DeepExpression {\n temp_name0 a\n temp_expr0 deepPosition.alpha\n temp_name1 b\n temp_expr1 deepRawColor.alpha\n chans0 {-deepRawColor.red -deepRawColor.green -deepRawColor.blue deepRawColor.alpha}\n chans1 none\n deepRawColor.alpha \"b - a\"\n name DeepExpression5\n label from\n xpos -326\n ypos 934\n }\npush $N5d220800\n DeepExpression {\n temp_name0 a\n temp_expr0 deepPosition.alpha\n temp_name1 b\n temp_expr1 deepRawColor.alpha\n chans0 {-deepRawColor.red -deepRawColor.green -deepRawColor.blue deepRawColor.alpha}\n chans1 none\n deepRawColor.alpha \"a / b\"\n name DeepExpression4\n label divide\n xpos -427\n ypos 933\n }\n Switch {\n inputs 12\n which {{parent.matte_op}}\n name Switch2\n label \"select operations\"\n xpos 188\n ypos 1110\n }\n DeepExpression {\n chans0 {-deepRawColor.red -deepRawColor.green -deepRawColor.blue deepRawColor.alpha}\n chans1 none\n deepRawColor.alpha \"clamp( deepRawColor.alpha)\"\n name DeepExpression30\n label \"clamp the final matte\"\n xpos 188\n ypos 1196\n }\n Dot {\n name Dot35\n xpos 222\n ypos 1294\n }\nset N5d1c4800 [stack 0]\n Dot {\n name Dot2\n xpos 374\n ypos 1294\n }\n DeepExpression {\n chans1 {deepRawColor.red deepRawColor.green deepRawColor.blue none}\n rgba.red \"\\[value show_color] ? deepRawColor.red * red * deepRawColor.alpha : red * deepRawColor.alpha\"\n rgba.green \"\\[value show_color] ? deepRawColor.green * red * deepRawColor.alpha : red * deepRawColor.alpha\"\n rgba.blue \"\\[value show_color] ? deepRawColor.blue * red * deepRawColor.alpha : red * deepRawColor.alpha\"\n rgba.alpha red\n deepRawColor.red \"deepRawColor.red * red\"\n deepRawColor.green \"deepRawColor.green * red\"\n deepRawColor.blue \"deepRawColor.blue * red\"\n name DeepExpression1\n label \"show matte or color\\nnot alpha\"\n xpos 340\n ypos 1425\n addUserKnob {20 User}\n addUserKnob {3 show_color}\n show_color {{parent.show_color}}\n }\n ModifyMetaData {\n metadata {\n {set DVPmatte 1}\n }\n name DVPmatteMD02\n label open\n xpos 340\n ypos 1779\n }\npush $N5d1c4800\n DeepExpression {\n chans1 deepRawColor\n rgba.red \"deepRawColor.red * deepRawColor.alpha * red\"\n rgba.green \"deepRawColor.green * deepRawColor.alpha * red\"\n rgba.blue \"deepRawColor.blue * deepRawColor.alpha * red\"\n rgba.alpha \"deepRawColor.alpha * red\"\n deepRawColor.red \"deepRawColor.red * deepRawColor.alpha * red\"\n deepRawColor.green \"deepRawColor.green * deepRawColor.alpha * red\"\n deepRawColor.blue \"deepRawColor.blue * deepRawColor.alpha * red\"\n deepRawColor.alpha \"deepRawColor.alpha * red\"\n name DeepExpression24\n label \"premult color\\nand alpha\"\n xpos 188\n ypos 1432\n }\n DeepExpression {\n chans0 none\n chans1 deep\n deep.front \"deepRawColor.alpha <= 0 ? -1 : deep.front\"\n deep.back \"deepRawColor.alpha <= 0 ? -1 : deep.back\"\n name DeepExpression41\n label \"alpha check\"\n xpos 188\n ypos 1530\n }\n DeepCrop {\n use_znear false\n zfar 0\n outside_zrange true\n bbox {0 0 1 1}\n use_bbox false\n name DeepCrop3\n label \"sample cleanup\"\n xpos 188\n ypos 1622\n }\n ModifyMetaData {\n metadata {\n {set DVPmatte 0}\n }\n name DVPmatteMD01\n label close\n xpos 188\n ypos 1780\n }\n Switch {\n inputs 2\n which {{parent.node_type}}\n name Switch14\n label \"node type\"\n xpos 188\n ypos 1969\n }\n DeepExpression {\n chans0 {-deepPosition.red -deepPosition.green -deepPosition.blue deepPosition.alpha}\n chans1 none\n deepPosition.alpha 0\n name DeepExpression32\n label reset\n xpos 188\n ypos 2136\n }\n Dot {\n name Dot11\n xpos 222\n ypos 2256\n }\nset N5e7f1c00 [stack 0]\n Switch {\n inputs 2\n name preview_3D\n xpos 188\n ypos 2816\n }\n Output {\n name Output1\n xpos 188\n ypos 2941\n }\npush $N5e7f1c00\npush $N595bc400\n Dot {\n name Dot10\n xpos 1530\n ypos -172\n }\nset N5e7f1000 [stack 0]\n Switch {\n inputs 2\n which {{\"parent.display_ptc_type == 1 ? 0 : parent.display_ptc_type == 2 ? 1 : 0\"}}\n name Switch8\n xpos 1496\n ypos 2253\n }\n Group {\n name DeepPositionToImage3\n tile_color 0x3d99ff\n label \"Image Output\"\n xpos 1496\n ypos 2333\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T n/a}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2019-05-23}\n addUserKnob {26 l_CHANGELOG l Changelog T \"for internal use\"}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n }\n Input {\n inputs 0\n name deep\n xpos 508\n ypos -26\n }\n Dot {\n name Dot5\n xpos 542\n ypos 31\n }\nset N5e7f0400 [stack 0]\n DeepExpression {\n chans1 none\n rgba.red deepPosition.red\n rgba.green deepPosition.green\n rgba.blue deepPosition.blue\n rgba.alpha \"alpha == 0 ? 0 : 1\"\n name DeepExpression15\n xpos 656\n ypos 28\n }\n DeepToImage {\n name DeepToImage2\n xpos 656\n ypos 185\n }\npush $N5e7f0400\n DeepToImage {\n name DeepToImage1\n xpos 508\n ypos 80\n }\n ShuffleCopy {\n inputs 2\n red red\n green green\n blue blue\n alpha black\n out deepPosition\n name ShuffleCopy1\n xpos 508\n ypos 185\n }\n Remove {\n channels deepRawColor\n name Remove1\n xpos 508\n ypos 265\n }\n Output {\n name Output1\n xpos 508\n ypos 353\n }\n end_group\n PositionToPoints2 {\n display textured\n render_mode off\n cast_shadow false\n receive_shadow false\n P_channel deepPosition\n detail 0.1\n name deepPositionToPoints\n xpos 1496\n ypos 2431\n disable {{\"parent.display_ptc_type == 0 ? 1 : 0\"}}\n }\npush $N5e7f1000\n Dot {\n name Dot8\n xpos 1722\n ypos -172\n }\n Group {\n name DeepPositionToImage1\n tile_color 0x3d99ff\n label \"Image Output\"\n xpos 1688\n ypos -93\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T n/a}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2019-05-23}\n addUserKnob {26 l_CHANGELOG l Changelog T \"for internal use\"}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n }\n Input {\n inputs 0\n name deep\n xpos 508\n ypos -26\n }\n Dot {\n name Dot5\n xpos 542\n ypos 31\n }\nset N5e7a9800 [stack 0]\n DeepExpression {\n chans1 none\n rgba.red deepPosition.red\n rgba.green deepPosition.green\n rgba.blue deepPosition.blue\n rgba.alpha \"alpha == 0 ? 0 : 1\"\n name DeepExpression15\n xpos 656\n ypos 28\n }\n DeepToImage {\n name DeepToImage2\n xpos 656\n ypos 185\n }\npush $N5e7a9800\n DeepToImage {\n name DeepToImage1\n xpos 508\n ypos 80\n }\n ShuffleCopy {\n inputs 2\n red red\n green green\n blue blue\n alpha black\n out deepPosition\n name ShuffleCopy1\n xpos 508\n ypos 185\n }\n Remove {\n channels deepRawColor\n name Remove1\n xpos 508\n ypos 265\n }\n Output {\n name Output1\n xpos 508\n ypos 353\n }\n end_group\n Shuffle {\n in deepPosition\n alpha white\n name sample_node\n xpos 1688\n ypos 5\n }\n Group {\n inputs 0\n name inverseMatrix\n tile_color 0x337f4cff\n xpos -291\n ypos -215\n addUserKnob {20 User}\n addUserKnob {1 knob_path}\n knob_path ax_data.world_matrix\n addUserKnob {26 \"\"}\n addUserKnob {41 id T id_assign.matrix}\n addUserKnob {26 \"\"}\n addUserKnob {7 determinant}\n determinant {{\"\\[value \\[value knob_path].\\[value id.0]] * ((\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.8]]) - (\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.7]])) - \\[value \\[value knob_path].\\[value id.1]] * ((\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.8]]) - (\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.6]])) + \\[value \\[value knob_path].\\[value id.2]] * ((\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.7]])-(\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.6]]))\"}}\n addUserKnob {26 \"\"}\n addUserKnob {41 cofactor T mtx_cofactor.matrix}\n addUserKnob {26 \"\"}\n addUserKnob {41 invMatrix T matrix_output.matrix}\n }\n Matrix {\n inputs 0\n matrix {\n {0 1 2}\n {4 5 6}\n {8 9 10}\n }\n name id_assign\n xpos -12\n ypos 33\n }\n Matrix {\n inputs 0\n matrix {\n {{\"(\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.8]]) - (\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.7]])\"} {\"(\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.2]]) - (\\[value \\[value knob_path].\\[value id.8]]*\\[value \\[value knob_path].\\[value id.1]])\"} {\"(\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.5]]) - (\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.4]])\"}}\n {{\"(\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.6]]) - (\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.8]])\"} {\"(\\[value \\[value knob_path].\\[value id.8]]*\\[value \\[value knob_path].\\[value id.0]]) - (\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.2]])\"} {\"(\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.3]]) - (\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.5]])\"}}\n {{\"(\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.7]]) - (\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.6]])\"} {\"(\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.1]]) - (\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.0]])\"} {\"(\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.4]]) - (\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.3]])\"}}\n }\n name mtx_cofactor\n xpos 86\n ypos 32\n }\n Matrix {\n inputs 0\n matrix {\n {{\"cofactor.0 == 0 || determinant == 0 ? 0 : cofactor.0/determinant\"} {\"cofactor.1 == 0 || determinant == 0 ? 0 : cofactor.1/determinant\"} {\"cofactor.2 == 0 || determinant == 0 ? 0 : cofactor.2/determinant\"}}\n {{\"cofactor.3 == 0 || determinant == 0 ? 0 : cofactor.3/determinant\"} {\"cofactor.4 == 0 || determinant == 0 ? 0 : cofactor.4/determinant\"} {\"cofactor.5 == 0 || determinant == 0 ? 0 : cofactor.5/determinant\"}}\n {{\"cofactor.6 == 0 || determinant == 0 ? 0 : cofactor.6/determinant\"} {\"cofactor.7 == 0 || determinant == 0 ? 0 : cofactor.7/determinant\"} {\"cofactor.8 == 0 || determinant == 0 ? 0 : cofactor.8/determinant\"}}\n }\n name matrix_output\n xpos 186\n ypos 33\n }\n end_group\n StickyNote {\n inputs 0\n name StickyNote2\n label \"open matte\"\n xpos 339\n ypos 1362\n }\n NoOp {\n inputs 0\n name menu01\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nif thisGRP\\['mat_shape'].getValue() == 1 :\\n thisGRP\\['cube3d_falloff'].setEnabled(True)\\nelse :\\n thisGRP\\['cube3d_falloff'].setEnabled(False)\\n\"\n xpos -412\n ypos -483\n addUserKnob {20 User}\n addUserKnob {4 mat_shape l shape M {Sphere Cube Cylinder \"\"}}\n }\n Axis {\n inputs 0\n display off\n rot_order {{parent.mat_rot_order}}\n translate {{parent.mat_translate} {parent.mat_translate} {parent.mat_translate}}\n rotate {{parent.mat_rotate} {parent.mat_rotate} {parent.mat_rotate}}\n scaling {{parent.mat_scaling} {parent.mat_scaling} {parent.mat_scaling}}\n uniform_scale {{parent.mat_uniform_scale}}\n skew {{parent.mat_skew} {parent.mat_skew} {parent.mat_skew}}\n pivot {{parent.mat_pivot} {parent.mat_pivot} {parent.mat_pivot}}\n name ax_data\n xpos -282\n ypos -310\n }\n StickyNote {\n inputs 0\n name StickyNote1\n label \"final matte\"\n xpos 185\n ypos 1360\n }\n NoOp {\n inputs 0\n name store\n xpos -418\n ypos -213\n addUserKnob {20 User}\n addUserKnob {22 fn T \"def sample2d() :\\n\\tthisGRP = nuke.thisGroup()\\n\\tif thisGRP\\['mode'].getValue() == 1 :\\n\\t\\tsampt = thisGRP\\['sample_point'].getValue()\\n\\t\\tsamNode = nuke.toNode('sample_node')\\n\\t\\tdata = \\[samNode.sample('red', sampt\\[0], sampt\\[1]), samNode.sample('green', sampt\\[0], sampt\\[1]), samNode.sample('blue', sampt\\[0], sampt\\[1])]\\n\\t\\tthisGRP\\['mat_translate'].setValue(data)\" +STARTLINE}\n addUserKnob {1 dx}\n dx \"( deepPosition.red - \\[value ax_data.world_matrix.3] ) * \\[value inverseMatrix.invMatrix.0] + ( deepPosition.green - \\[value ax_data.world_matrix.7] ) * \\[value inverseMatrix.invMatrix.1] + ( deepPosition.blue - \\[value ax_data.world_matrix.11] ) * \\[value inverseMatrix.invMatrix.2]\"\n addUserKnob {1 dy}\n dy \"( deepPosition.red - \\[value ax_data.world_matrix.3] ) * \\[value inverseMatrix.invMatrix.3] + ( deepPosition.green - \\[value ax_data.world_matrix.7] ) * \\[value inverseMatrix.invMatrix.4] + ( deepPosition.blue - \\[value ax_data.world_matrix.11] ) * \\[value inverseMatrix.invMatrix.5]\"\n addUserKnob {1 dz}\n dz \"( deepPosition.red - \\[value ax_data.world_matrix.3] ) * \\[value inverseMatrix.invMatrix.6] + ( deepPosition.green - \\[value ax_data.world_matrix.7] ) * \\[value inverseMatrix.invMatrix.7] + ( deepPosition.blue - \\[value ax_data.world_matrix.11] ) * \\[value inverseMatrix.invMatrix.8]\"\n }\n NoOp {\n inputs 0\n name menu02\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nif thisGRP\\['node_type'].getValue() :\\n thisGRP\\['show_color'].setVisible( True )\\nelse :\\n thisGRP\\['show_color'].setVisible( False )\\n\"\n xpos -303\n ypos -483\n addUserKnob {20 User}\n addUserKnob {4 node_type l \"node type\" M {\"final matte\" \"open/cc matte\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\"}}\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_DVPortal.gizmo", "content": "Group {\n name DVPortal\n tile_color 0x4d00ccff\n label \" info\"\n note_font \"MS Shell Dlg 2\"\n addUserKnob {20 tab_general l General}\n addUserKnob {20 cam_data_grp l \"CAMERA DATA\" n 1}\n cam_data_grp 0\n addUserKnob {4 xform_order l \"transform order\" +DISABLED M {SRT STR RST RTS TSR TRS}}\n xform_order {{\"\\[exists input] ? input.xform_order : 0\"}}\n addUserKnob {4 rot_order l \"rotation order\" +DISABLED M {XYZ XZY YXZ YZX ZXY ZYX}}\n rot_order {{\"\\[exists input] ? input.rot_order : 0\"}}\n addUserKnob {13 translate +DISABLED}\n translate {{\"\\[exists input] ? input.translate : 0\"} {\"\\[exists input] ? input.translate : 0\"} {\"\\[exists input] ? input.translate : 0\"}}\n addUserKnob {13 rotate +DISABLED}\n rotate {{\"\\[exists input] ? input.rotate : 0\"} {\"\\[exists input] ? input.rotate : 0\"} {\"\\[exists input] ? input.rotate : 0\"}}\n addUserKnob {13 scaling l scale +DISABLED}\n scaling {{\"\\[exists input] ? input.scaling : 0\"} {\"\\[exists input] ? input.scaling : 0\"} {\"\\[exists input] ? input.scaling : 0\"}}\n addUserKnob {7 uniform_scale l \"uniform scale\" +DISABLED R 0.01 10}\n uniform_scale {{\"\\[exists input] ? input.uniform_scale : 0\"}}\n addUserKnob {13 skew +DISABLED}\n skew {{\"\\[exists input] ? input.skew : 0\"} {\"\\[exists input] ? input.skew : 0\"} {\"\\[exists input] ? input.skew : 0\"}}\n addUserKnob {13 pivot +DISABLED}\n pivot {{\"\\[exists input] ? input.pivot : 0\"} {\"\\[exists input] ? input.pivot : 0\"} {\"\\[exists input] ? input.pivot : 0\"}}\n addUserKnob {41 world_matrix l \"world matrix\" T camhub.world_matrix}\n addUserKnob {7 focal +DISABLED R 5 100}\n focal {{\"\\[exists input] ? input.focal : 0\"}}\n addUserKnob {7 haperture l \"horiz aperture\" +DISABLED R 0.1 50}\n haperture {{\"\\[exists input] ? input.haperture : 0\"}}\n addUserKnob {7 near +DISABLED R 0.1 10}\n near {{\"\\[exists input] ? input.near : 0\"}}\n addUserKnob {7 far +DISABLED R 11 10000}\n far {{\"\\[exists input] ? input.far : 0\"}}\n addUserKnob {30 win_translate l \"window translate\" +DISABLED}\n win_translate {{\"\\[exists input] ? input.win_translate : 0\"} {\"\\[exists input] ? input.win_translate : 0\"}}\n addUserKnob {30 win_scale l \"window scale\" +DISABLED}\n win_scale {{\"\\[exists input] ? input.win_scale : 0\"} {\"\\[exists input] ? input.win_scale : 0\"}}\n addUserKnob {7 winroll l \"window roll\" +DISABLED R -45 45}\n winroll {{\"\\[exists input] ? input.winroll : 0\"}}\n addUserKnob {20 endGroup n -1}\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T 4.0}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2021-02-13}\n addUserKnob {22 btn_CHANGELOG l Changelog T \"log = \\\"Deep2VPosition (Deep2VP)
- added camera setting to metadata
- remove bake and copy buttons
- rename to Deep2VP
- generate/select/import deepNormal in this node
- added generate normal in deep, still keep the previous one.

DVPort (DVPortal)
- renamed to DVPortal

DVPmatte
- removed 'option' knob, 2D matte can use 'open matte' instead
- open matte can choose show matte or color

DVPattern
- internal setup same as DVPmatte
- added rotation knob
- support 'open matte'

DVProjection
- remove bake and copy buttons
- remove all metadata created from Deep2VP

DVPsetLight
- added shader setting and input shader
- not required link camera anymore
- removed deepNormal setup, moved to Deep2VP node

DVPscene
- added multiple output options
- remove all metadata created from DVP's lighting system

DVPrelight
- added specular setup
- added toon shade setup
- fix pointcloud preview with effects

DVPrelightPT
- split up point light from DVPrelight
- fix point light duplicated algorithm

DVPfresnel
- not required link camera anymore
- fix unpremult process, the result was too dark

DVPToImage
- remove all metadata created from Deep2VP
- same as Deep2VP node color

new nodes :
DVPColorCorrect

added shaders :
DVP Shader
DVP Toon Shader\\\"\\nnuke.message( log )\" +STARTLINE}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n}\n BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0x4c4c4cff\n label bin\n note_font_size 42\n xpos -405\n ypos -576\n bdheight 110\n }\n Input {\n inputs 0\n name cam\n xpos -197\n ypos -591\n }\n Camera {\n display off\n selectable false\n rot_order XYZ\n focal {{parent.focal}}\n haperture {{parent.haperture}}\n near {{parent.near}}\n far {{parent.far}}\n win_translate {{parent.win_translate} {parent.win_translate}}\n win_scale {{parent.win_scale} {parent.win_scale}}\n winroll {{parent.winroll}}\n name camhub\n xpos -187\n ypos -538\n }\n NoOp {\n inputs 0\n name store\n xpos -396\n ypos -496\n addUserKnob {20 User}\n addUserKnob {22 dev T \"thisGRP = nuke.thisGroup()\\nallKnobs = \\['xform_order','rot_order','translate','rotate','scaling','uniform_scale','skew','pivot','world_matrix','focal','haperture','near','far','win_translate','win_scale','winroll']\\nfor knob in thisGRP.knobs() :\\n if knob in allKnobs :\\n thisGRP\\[knob].setEnabled( False )\" +STARTLINE}\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_DVPrelight.gizmo", "content": "Group {\n name DVPrelight\n onCreate \"\\nthisGRP = nuke.thisGroup()\\nfor knob in thisGRP.knobs() :\\n try :\\n if thisGRP\\[knob].label()\\[:19] == 'panel dropped state' :\\n thisGRP.removeKnob( nuke.thisNode()\\[knob] )\\n except :\\n pass\\n\"\n tile_color 0x7f65ff\n label \"\\[value light_type]\\nDeep Output\"\n addUserKnob {20 tab_general l General}\n addUserKnob {26 title_light l \"light\"}\n addUserKnob {41 light_type l \"light type\" T menu01.light_type}\n addUserKnob {18 color t \"This control the color and brightness of the light, but not the lighting area.\\n\\nSo use this value to balance with color's brightness to get a proper result.\"}\n color {1 1 1}\n addUserKnob {7 intensity t \"This control the lighting area and brightness.\\n\\nSo use this value to balance with color's brightness to get a proper result.\" R 0 50}\n intensity 1\n addUserKnob {4 world_unit l \"world unit\" t \"This unit will only effective on the lighting area by intensity value. If the scene has larger scale, you can choose higher unit. It all reflect to real unit convert.\\n\\n1km == 1000m\\n1m == 10dm\\n1dm == 10cm\\n1cm == 10mm\" +HIDDEN M {\"millimeter (mm)\" \"centimeter (cm)\" \"decimeter (dm)\" \"meter (m)\" \"kilometer (km)\" \"\" \"\" \"\"}}\n world_unit \"centimeter (cm)\"\n addUserKnob {7 cone_angle l \"cone angle\" t \"Spot light cone angle adjusted the spread of the light. Valid angles are from 0 to 180 degrees.\" +HIDDEN R 0 180}\n cone_angle 40\n addUserKnob {7 cone_penumbra_angle l \"cone penumbra angle\" t \"Spot light penumbra cone angle controls the softness along the edge of the area of illumination. A negative value will fade inward from the circle's edge. A positive value will fade outward from the circle's edge. The cone falloff should be set to zero or a low amount in order to see the softness. This feature is only visible in the rendered objects and not in the 3D ogl viewer.\" +HIDDEN R -60 60}\n addUserKnob {7 cone_falloff l \"cone falloff\" +INVISIBLE R 0 1000}\n addUserKnob {7 exp_in l \"falloff in\" t \"Ease out falloff from the core by exponential math.\" +HIDDEN R 0.01 10}\n exp_in 1\n addUserKnob {7 exp_out l out t \"Ease in falloff from the edge by exponential math.\" -STARTLINE +HIDDEN R 0.01 10}\n exp_out 1\n addUserKnob {26 title_transform l \"transform\"}\n addUserKnob {4 display_light l display M {off \"show light control\" \"\" \"\"}}\n display_light \"show light control\"\n addUserKnob {4 display_spot l display +HIDDEN M {off \"cone angle\" \"cone penumbra angle\" \"cone angle + cone penumbra angle\"}}\n display_spot \"cone angle + cone penumbra angle\"\n addUserKnob {41 file_menu l @FolderIcon T LGT.file_menu}\n addUserKnob {41 snap_menu l @AxisIcon -STARTLINE T LGT.snap_menu}\n addUserKnob {41 transform T showupTG.transform}\n addUserKnob {41 xform_order l \"transform order\" T LGT.xform_order}\n addUserKnob {41 rot_order l \"rotation order\" T LGT.rot_order}\n addUserKnob {41 translate T LGT.translate}\n addUserKnob {41 rotate T LGT.rotate}\n addUserKnob {7 uniform_scale l \"uniform scale\" R 0.01 10}\n uniform_scale 1\n addUserKnob {26 \"\"}\n addUserKnob {20 grp_3dpreview l \"Pointcloud preview\" n 1}\n grp_3dpreview 0\n addUserKnob {4 display_ptc_type l \"display type\" t \"When you open this node's panel, you can check the pointcloud under 3D view.\\n\\nnone\\nwill not show the pointcloud in 3D\\n\\nraw pointcloud\\nshow the pointcloud from input data, without any effects from this node\\n\\nwith light applied\\nThis can show the instant result of the light. Since it feedback in real time, it might slow down the progress in 3D space.\" M {\"no pointcloud preview\" \"raw pointcloud\" \"with light applied (slow)\" \"\" \"\" \"\" \"\" \"\"}}\n display_ptc_type \"raw pointcloud\"\n addUserKnob {41 detail l \"point detail\" T deepPositionToPoints.detail}\n addUserKnob {41 pointSize l \"point size\" T deepPositionToPoints.pointSize}\n addUserKnob {20 endGroup_1_1 l endGroup n -1}\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T 4.0}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2021-02-13}\n addUserKnob {22 btn_CHANGELOG l Changlelog T \"log = \\\"Deep2VPosition (Deep2VP)
- added camera setting to metadata
- remove bake and copy buttons
- rename to Deep2VP
- generate/select/import deepNormal in this node
- added generate normal in deep, still keep the previous one.

DVPort (DVPortal)
- renamed to DVPortal

DVPmatte
- removed 'option' knob, 2D matte can use 'open matte' instead
- open matte can choose show matte or color

DVPattern
- internal setup same as DVPmatte
- added rotation knob
- support 'open matte'

DVProjection
- remove bake and copy buttons
- remove all metadata created from Deep2VP

DVPsetLight
- added shader setting and input shader
- not required link camera anymore
- removed deepNormal setup, moved to Deep2VP node

DVPscene
- added multiple output options
- remove all metadata created from DVP's lighting system

DVPrelight
- added specular setup
- added toon shade setup
- fix pointcloud preview with effects

DVPrelightPT
- split up point light from DVPrelight
- fix point light duplicated algorithm

DVPfresnel
- not required link camera anymore
- fix unpremult process, the result was too dark

DVPToImage
- remove all metadata created from Deep2VP
- same as Deep2VP node color

new nodes :
DVPColorCorrect

added shaders :
DVP Shader
DVP Toon Shader\\\"\\nnuke.message( log )\" +STARTLINE}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n}\n BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0x7f7f7fff\n label bin\n note_font_size 42\n xpos -1200\n ypos -630\n bdwidth 688\n bdheight 1506\n }\n BackdropNode {\n inputs 0\n name BackdropNode2\n tile_color 0x191919ff\n label \"dont touch\"\n note_font_size 42\n xpos -1080\n ypos -864\n bdwidth 391\n bdheight 187\n }\n BackdropNode {\n inputs 0\n name BackdropNode3\n tile_color 0x4c4c4cff\n label \"lighting matte\"\n note_font_size 42\n xpos -298\n ypos -555\n bdwidth 366\n bdheight 20\n }\n BackdropNode {\n inputs 0\n name BackdropNode4\n tile_color 0x4c4c4cff\n label \"specular matte\"\n note_font_size 42\n xpos -303\n ypos 794\n bdwidth 366\n bdheight 20\n }\n BackdropNode {\n inputs 0\n name BackdropNode5\n tile_color 0x4c4c4cff\n label \"assign color and luma\"\n note_font_size 42\n xpos -289\n ypos 1281\n bdwidth 366\n bdheight 20\n }\n BackdropNode {\n inputs 0\n name BackdropNode6\n tile_color 0x716240ff\n label \"spec\\naverge vector of light and camera.\\nextract rotation only.\"\n note_font_size 24\n xpos -1193\n ypos 518\n bdwidth 420\n bdheight 228\n }\n BackdropNode {\n inputs 0\n name BackdropNode7\n tile_color 0x716240ff\n label \"spec\\nblend value for toonShade\"\n note_font_size 24\n xpos -1191\n ypos 82\n bdwidth 416\n bdheight 410\n }\n Input {\n inputs 0\n name deep\n xpos -268\n ypos -825\n }\nadd_layer {deepPosition deepPosition.red deepPosition.green deepPosition.blue deepPosition.alpha}\nadd_layer {deepNormal deepNormal.red deepNormal.green deepNormal.blue deepNormal.alpha}\nadd_layer {DVPshader DVPshader.red DVPshader.green DVPshader.blue DVPshader.alpha}\nadd_layer {deepRawColor deepRawColor.red deepRawColor.green deepRawColor.blue deepRawColor.alpha}\n DeepExpression {\n chans0 deepPosition\n chans1 deepNormal\n chans2 DVPshader\n chans3 deepRawColor\n name spacer1\n xpos -268\n ypos -747\n }\n Dot {\n name Dot12\n xpos -234\n ypos -463\n }\nset N52112400 [stack 0]\n Dot {\n name Dot3\n xpos 15\n ypos -463\n }\nset N52112000 [stack 0]\n DeepExpression {\n temp_name0 circle\n temp_expr0 \"sqrt( pow2( \\[value globalTCL.lgtPX] ) + pow2( \\[value globalTCL.lgtPY] ) ) * 2\"\n temp_name1 ocone\n temp_expr1 \"1 / ( tan( radians( \\[value oradius] ) ) * abs( \\[value globalTCL.lgtPZ] ) * 2 * smoothstep( 0, 1, ( 1 / ( \\[value parent.cone_falloff] * 0.004 + 1 ) ) ) )\"\n chans0 {-deepNormal.red -deepNormal.green -deepNormal.blue deepNormal.alpha}\n chans1 none\n deepNormal.alpha \"clamp( ( \\[value globalTCL.lgtPZ] <= 0 ? 1 - circle * ocone : 0 ) * \\[value mult] )\"\n name DeepExpression9\n label \"normal cone\"\n xpos -19\n ypos -389\n addUserKnob {20 User}\n addUserKnob {7 mult}\n mult {{\"max( 1, clamp(parent.cone_angle , 0.1, 180) / abs( parent.cone_penumbra_angle ) )\"}}\n addUserKnob {7 oradius R 0 180}\n oradius {{\"parent.cone_penumbra_angle <= 0 ? parent.cone_angle / 2 : clamp( ( parent.cone_angle + parent.cone_penumbra_angle ) / 2, 0 ,90 )\"}}\n }\n DeepExpression {\n chans0 {-deepNormal.red -deepNormal.green -deepNormal.blue deepNormal.alpha}\n chans1 none\n deepNormal.alpha \"clamp( deepNormal.alpha * (1 / abs( \\[value globalTCL.lgtPZ]) * \\[value parent.intensity] * \\[value globalTCL.unit] ) )\"\n name DeepExpression5\n label linear\n xpos -19\n ypos -297\n }\n DeepExpression {\n chans0 {-deepNormal.red -deepNormal.green -deepNormal.blue deepNormal.alpha}\n chans1 none\n deepNormal.alpha \"1- pow( 1-pow( deepNormal.alpha , \\[value expO] ) , \\[value expI] )\"\n name DeepExpression12\n label exponential\n xpos -19\n ypos -205\n addUserKnob {20 User}\n addUserKnob {7 expI}\n expI {{\"parent.exp_in < 0.01 ? 0.01 : parent.exp_in\"}}\n addUserKnob {7 expO}\n expO {{\"parent.exp_out < 0.01 ? 0.01 : parent.exp_out\"}}\n }\n DeepExpression {\n chans0 {-deepNormal.red -deepNormal.green -deepNormal.blue deepNormal.alpha}\n chans1 none\n deepNormal.alpha \"deepNormal.alpha * clamp( deepNormal.red * \\[value LGT_inv.world_matrix.8] + deepNormal.green * \\[value LGT_inv.world_matrix.9] + deepNormal.blue * \\[value LGT_inv.world_matrix.10] )\"\n name DeepExpression10\n label \"remove backface\"\n xpos -19\n ypos -113\n }\n DeepExpression {\n temp_name0 pivot\n temp_expr0 0.5\n temp_name1 lift\n temp_expr1 \"(1/\\[value globalTCL.unit])\"\n temp_name2 soft\n temp_expr2 1\n chans0 {-deepNormal.red -deepNormal.green -deepNormal.blue deepNormal.alpha}\n chans1 none\n deepNormal.alpha \"( ( deepNormal.alpha < pivot ? deepNormal.alpha + ( lift * ( pow( ( 1 - ( deepNormal.alpha / pivot ) ) , ( ( ( ( pivot / lift ) - 1 ) * soft ) + 1 ) ) ) ) : deepNormal.alpha ) - lift ) * 1 / ( 1 - lift )\"\n name DeepExpression11\n label \"ease out\"\n xpos -19\n ypos -21\n }\n Dot {\n name Dot5\n xpos 15\n ypos 96\n }\npush $N52112400\n DeepExpression {\n chans0 {-deepNormal.red -deepNormal.green -deepNormal.blue deepNormal.alpha}\n chans1 none\n deepNormal.alpha \"\\[value globalTCL.lgtNZ]\"\n name DeepExpression3\n label \"directional light\"\n xpos -268\n ypos -389\n }\n Switch {\n inputs 2\n which {{parent.light_type}}\n name Switch1\n xpos -268\n ypos 249\n }\n Dot {\n name Dot2\n xpos -234\n ypos 896\n }\nset N520cb800 [stack 0]\n DeepExpression {\n temp_name0 lgtR\n temp_expr0 \"( deepNormal.red * LGT_inv.world_matrix.0 + deepNormal.green * LGT_inv.world_matrix.1 + deepNormal.blue * LGT_inv.world_matrix.2 ) * blend.x\"\n temp_name1 lgtG\n temp_expr1 \"( deepNormal.red * LGT_inv.world_matrix.4 + deepNormal.green * LGT_inv.world_matrix.5 + deepNormal.blue * LGT_inv.world_matrix.6 ) * blend.y\"\n temp_name2 lgtB\n temp_expr2 \"deepNormal.red * LGT_inv.world_matrix.8 + deepNormal.green * LGT_inv.world_matrix.9 + deepNormal.blue * LGT_inv.world_matrix.10\"\n chans0 {-DVPshader.red -DVPshader.green -DVPshader.blue DVPshader.alpha}\n chans1 none\n DVPshader.alpha \"( 1-sqrt( pow2( lgtR ) + pow2( lgtG ) ) ) * lgtB\"\n name DeepExpression7\n label \"DVP_ToonShader spec\"\n xpos -32\n ypos 996\n addUserKnob {20 User}\n addUserKnob {12 blend}\n blend {{\"(pi-abs(asin(vecRT.matrix.7))) / pi\"} {\"(pi-abs(asin((vecRT.matrix.6)/-cos(asin(vecRT.matrix.7))))) / pi\"}}\n }\npush $N520cb800\n DeepExpression {\n temp_name0 u\n temp_expr0 \"(deepNormal.red*invMTXSpec.invMatrix.0 + deepNormal.green*invMTXSpec.invMatrix.1 + deepNormal.blue*invMTXSpec.invMatrix.2) * (1/\\[value blend.x])\"\n temp_name1 v\n temp_expr1 \"(deepNormal.red*invMTXSpec.invMatrix.3 + deepNormal.green*invMTXSpec.invMatrix.4 + deepNormal.blue*invMTXSpec.invMatrix.5) * (1/\\[value blend.y])\"\n chans0 {-DVPshader.red -DVPshader.green -DVPshader.blue DVPshader.alpha}\n chans1 none\n DVPshader.alpha \"clamp( 1-sqrt( pow2(u*1/blend.x) + pow2(v*1/blend.y) ) )\"\n name DeepExpression63\n label \"DVP_Shader spec\"\n xpos -165\n ypos 995\n addUserKnob {20 User}\n addUserKnob {12 blend}\n blend {{\"invMTXSpec.invMatrix.1<1 && invMTXSpec.invMatrix.1>-1 ? 1 : abs( invMTXSpec.invMatrix.1 )\"} {\"invMTXSpec.invMatrix.3<1 && invMTXSpec.invMatrix.3>-1 ? 1 : abs( invMTXSpec.invMatrix.3 )\"}}\n }\npush $N520cb800\n Switch {\n inputs 3\n which {{\"\\[metadata DVPshader]+0\"}}\n name Switch6\n xpos -268\n ypos 1096\n }\n Dot {\n name Dot4\n xpos -234\n ypos 1390\n }\nset N520ca800 [stack 0]\n Dot {\n name Dot8\n xpos 343\n ypos 1390\n }\n DeepExpression {\n temp_name0 celShade\n temp_expr0 \"clamp(deepNormal.alpha) ** \\[value toonRatio] * (\\[value toonLayers]+1)\"\n chans0 {-deepNormal.red -deepNormal.green -deepNormal.blue deepNormal.alpha}\n chans1 none\n deepNormal.alpha \"( (int(celShade)-1)/\\[value toonLayers]) + (clamp( (celShade%1) * (1/(1-clamp(\\[value toonSharpness]))) ) * (1/\\[value toonLayers]) )\"\n name DeepExpression40\n xpos 309\n ypos 1526\n addUserKnob {20 User}\n addUserKnob {3 toonLayers}\n toonLayers {{\"\\[metadata sLayers]+0 <= 1 ? 1 : \\[metadata sLayers]+0\"}}\n addUserKnob {7 toonSharpness}\n toonSharpness {{\"\\[metadata sSharpness]+0\"}}\n addUserKnob {7 toonRatio}\n toonRatio {{\"\\[metadata sRatio]+0\"}}\n }\n DeepExpression {\n chans0 {-deepNormal.red -deepNormal.green -deepNormal.blue deepNormal.alpha}\n chans1 none\n deepNormal.alpha clamp(deepNormal.alpha)\n name DeepExpression49\n label clamp\n xpos 309\n ypos 1652\n }\n Dot {\n name Dot10\n xpos 343\n ypos 1783\n }\nset N520c9800 [stack 0]\n DeepExpression {\n temp_name0 lr\n temp_expr0 \"deepNormal.alpha * \\[value parent.intensity] * \\[value parent.color.r]\"\n temp_name1 lg\n temp_expr1 \"deepNormal.alpha * \\[value parent.intensity] * \\[value parent.color.g]\"\n temp_name2 lb\n temp_expr2 \"deepNormal.alpha * \\[value parent.intensity] * \\[value parent.color.b]\"\n chans0 {rgba.red rgba.green rgba.blue none}\n chans1 none\n rgba.red \"r * cs.matrix.0 + g * cs.matrix.1 + b * cs.matrix.2\"\n rgba.green \"lr * cs.matrix.3 + lg * cs.matrix.4 + lb * cs.matrix.5\"\n rgba.blue \"lr * cs.matrix.6 + lg * cs.matrix.7 + lb * cs.matrix.8\"\n name DeepExpression59\n label color\n xpos 2194\n ypos 2099\n }\n DeepExpression {\n chans0 {rgba.red rgba.green rgba.blue none}\n chans1 none\n rgba.red \"r * cs_inv.matrix.0 + g * cs_inv.matrix.1 + b * cs_inv.matrix.2\"\n rgba.green \"r * cs_inv.matrix.3 + g * cs_inv.matrix.4 + b * cs_inv.matrix.5\"\n rgba.blue \"r * cs_inv.matrix.6 + g * cs_inv.matrix.7 + b * cs_inv.matrix.8\"\n name DeepExpression60\n xpos 2194\n ypos 2191\n }\npush $N520c9800\n DeepExpression {\n temp_name0 lr\n temp_expr0 \"deepNormal.alpha * \\[value parent.intensity] * \\[value parent.color.r]\"\n temp_name1 lg\n temp_expr1 \"deepNormal.alpha * \\[value parent.intensity] * \\[value parent.color.g]\"\n temp_name2 lb\n temp_expr2 \"deepNormal.alpha * \\[value parent.intensity] * \\[value parent.color.b]\"\n chans0 {rgba.red rgba.green rgba.blue none}\n chans1 none\n rgba.red \"lr<1 && r<1 ? (r+lr-r*lr) : lr(2*(lr-0.5)) ? r : (2*(lr-0.5)) )\\n\"\n rgba.green \"lg<0.5 ? ( g<(2*lg) ? g : (2*lg) ) : ( g>(2*(lg-0.5)) ? g : (2*(lg-0.5)) )\"\n rgba.blue \"lb<0.5 ? ( b<(2*lb) ? b : (2*lb) ) : ( b>(2*(lb-0.5)) ? b : (2*(lb-0.5)) )\"\n name DeepExpression56\n label \"pin light\"\n xpos 1301\n ypos 2102\n }\npush $N520c9800\n DeepExpression {\n temp_name0 lr\n temp_expr0 \"deepNormal.alpha * \\[value parent.intensity] * \\[value parent.color.r]\"\n temp_name1 lg\n temp_expr1 \"deepNormal.alpha * \\[value parent.intensity] * \\[value parent.color.g]\"\n temp_name2 lb\n temp_expr2 \"deepNormal.alpha * \\[value parent.intensity] * \\[value parent.color.b]\"\n chans0 {rgba.red rgba.green rgba.blue none}\n chans1 none\n rgba.red \"lr<0.5 ? ( (2*lr)==0 ? (2*lr) : (1-(1-r)/(2*lr))>0 ? (1-(1-r)/(2*lr)) : 0 ) : ( (2*(lr-0.5))==1 ? (2*(lr-0.5)) : (r/(1-(2*(lr-0.5))))<1 ? (r/(1-(2*(lr-0.5)))) : 1 )\"\n rgba.green \"lg<0.5 ? ( (2*lg)==0 ? (2*lg) : (1-(1-g)/(2*lg))>0 ? (1-(1-g)/(2*lg)) : 0 ) : ( (2*(lg-0.5))==1 ? (2*(lg-0.5)) : (g/(1-(2*(lg-0.5))))<1 ? (g/(1-(2*(lg-0.5)))) : 1 )\"\n rgba.blue \"lb<0.5 ? ( (2*lb)==0 ? (2*lb) : (1-(1-b)/(2*lb))>0 ? (1-(1-b)/(2*lb)) : 0 ) : ( (2*(lb-0.5))==1 ? (2*(lb-0.5)) : (b/(1-(2*(lb-0.5))))<1 ? (b/(1-(2*(lb-0.5)))) : 1 )\"\n name DeepExpression55\n label \"vivid light\"\n xpos 1206\n ypos 2106\n }\npush $N520c9800\n DeepExpression {\n temp_name0 lr\n temp_expr0 \"deepNormal.alpha * \\[value parent.intensity] * \\[value parent.color.r]\"\n temp_name1 lg\n temp_expr1 \"deepNormal.alpha * \\[value parent.intensity] * \\[value parent.color.g]\"\n temp_name2 lb\n temp_expr2 \"deepNormal.alpha * \\[value parent.intensity] * \\[value parent.color.b]\"\n chans0 {rgba.red rgba.green rgba.blue none}\n chans1 none\n rgba.red \"lr<0.5 ? r*lr : lr<1 && r<1 ? (r+lr-r*lr) : lr 0.25 ? 1 : 0\"\n chans0 {DVPshader.red DVPshader.green DVPshader.blue none}\n chans1 {-deepNormal.red -deepNormal.green -deepNormal.blue none}\n DVPshader.red \"max( DVPshader.red , ( spec * \\[value specColor.x] * \\[value parent.intensity] * lightMat * alpha ) )\"\n DVPshader.green \"max( DVPshader.green , ( spec * \\[value specColor.y] * \\[value parent.intensity] * lightMat * alpha ) )\"\n DVPshader.blue \"max( DVPshader.blue , ( spec * \\[value specColor.z] * \\[value parent.intensity] * lightMat * alpha ) )\"\n name DeepExpression4\n label \"toon spec color n luma\"\n xpos 309\n ypos 2567\n addUserKnob {20 User}\n addUserKnob {7 spec}\n spec {{\"clamp(\\[metadata sSpecular]+0)\"}}\n addUserKnob {7 gloss}\n gloss {{\"clamp(\\[metadata sGlossiness]+0)\"}}\n addUserKnob {7 sharpness}\n sharpness {{\"clamp(\\[metadata sSharpness]+0)\"}}\n addUserKnob {13 specColor}\n specColor {{\"\\[metadata sSpecReplace]+0 ? \\[lrange \\[split \\[metadata sSpecColor] \\\" \\\"] 0 0]+0 : \\[value parent.color.r]\"} {\"\\[metadata sSpecReplace]+0 ? \\[lrange \\[split \\[metadata sSpecColor] \\\" \\\"] 1 1]+0 : \\[value parent.color.g]\"} {\"\\[metadata sSpecReplace]+0 ? \\[lrange \\[split \\[metadata sSpecColor]+0 \\\" \\\"] 2 2]+0 : \\[value parent.color.b]\"}}\n }\n Dot {\n name Dot6\n xpos 343\n ypos 2772\n }\npush $N520ca800\n DeepExpression {\n chans0 {rgba.red rgba.green rgba.blue none}\n chans1 {-deepNormal.red -deepNormal.green -deepNormal.blue none}\n rgba.red \"red + clamp( deepNormal.alpha ) * ( \\[value parent.intensity] * \\[value globalTCL.iBias] ) * \\[value parent.color.r] )\"\n rgba.green \"green + clamp( deepNormal.alpha ) * ( \\[value parent.intensity] * \\[value globalTCL.iBias] ) * \\[value parent.color.g] )\"\n rgba.blue \"blue + clamp( deepNormal.alpha ) * ( \\[value parent.intensity] * \\[value globalTCL.iBias] ) * \\[value parent.color.b] )\"\n name DeepExpression31\n xpos -268\n ypos 1535\n }\n Dot {\n name Dot9\n xpos -234\n ypos 2560\n }\nset N5200f400 [stack 0]\n DeepExpression {\n temp_name0 spec\n temp_expr0 \"( ( ( clamp( cos( (1-DVPshader.alpha) * (pi/2) ) ) ** (1/\\[value gloss]) * 2 ) ** (1/(1-\\[value spec])) ) * (1/2) * \\[value spec] )\"\n chans0 {DVPshader.red DVPshader.green DVPshader.blue none}\n chans1 {-deepNormal.red -deepNormal.green -deepNormal.blue none}\n DVPshader.red \"DVPshader.red + ( spec * \\[value parent.color.r] * deepNormal.alpha * alpha )\"\n DVPshader.green \"DVPshader.green + ( spec * \\[value parent.color.g] * deepNormal.alpha * alpha )\"\n DVPshader.blue \"DVPshader.blue + ( spec * \\[value parent.color.b] * deepNormal.alpha * alpha )\"\n name DeepExpression62\n label \"DVP_Shader color n luma\"\n xpos -39\n ypos 2551\n addUserKnob {20 User}\n addUserKnob {7 spec}\n spec {{\"clamp(\\[metadata sSpecular]+0) * 0.99\"}}\n addUserKnob {7 gloss}\n gloss {{\"clamp(\\[metadata sGlossiness]+0)\"}}\n }\npush $N5200f400\n Switch {\n inputs 3\n which {{\"\\[metadata DVPshader]+0\"}}\n name Switch5\n xpos -268\n ypos 2829\n }\n ModifyMetaData {\n metadata {\n {set sStatus 1}\n }\n name chShader\n xpos -268\n ypos 2909\n }\n DeepExpression {\n chans0 {-deepNormal.red -deepNormal.green -deepNormal.blue deepNormal.alpha}\n chans1 {-DVPshader.red -DVPshader.green -DVPshader.blue DVPshader.alpha}\n deepNormal.alpha 0\n DVPshader.alpha 0\n name DeepExpression33\n xpos -268\n ypos 2989\n }\n Dot {\n name Dot13\n xpos -234\n ypos 3350\n }\nset N5200e000 [stack 0]\n Output {\n name Output1\n xpos -268\n ypos 3653\n }\npush $N5200e000\n DeepExpression {\n chans0 {rgba.red rgba.green rgba.blue none}\n chans1 none\n rgba.red \"deepRawColor.red * red + DVPshader.red\"\n rgba.green \"deepRawColor.green * green + DVPshader.green\"\n rgba.blue \"deepRawColor.blue * blue + DVPshader.blue\"\n name DeepExpression32\n xpos 2779\n ypos 3347\n }\npush $N52112000\n Dot {\n name Dot1\n xpos 2967\n ypos -463\n }\n DeepExpression {\n chans1 none\n rgba.red deepRawColor.red\n rgba.green deepRawColor.green\n rgba.blue deepRawColor.blue\n name DeepExpression1\n xpos 2933\n ypos 3129\n }\n Switch {\n inputs 2\n which {{\"parent.display_ptc_type == 1 ? 0 : parent.display_ptc_type == 2 ? 1 : 0\"}}\n name Switch3\n xpos 2933\n ypos 3347\n }\n Group {\n name DeepPositionToImage3\n tile_color 0x3d99ff\n label \"Image Output\"\n xpos 2933\n ypos 3427\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T n/a}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2019-05-23}\n addUserKnob {26 l_CHANGELOG l Changelog T \"for internal use\"}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n }\n Input {\n inputs 0\n name deep\n xpos 508\n ypos -26\n }\n Dot {\n name Dot5\n xpos 542\n ypos 31\n }\nset N5200c400 [stack 0]\n DeepExpression {\n chans1 none\n rgba.red deepPosition.red\n rgba.green deepPosition.green\n rgba.blue deepPosition.blue\n rgba.alpha \"alpha == 0 ? 0 : 1\"\n name DeepExpression15\n selected true\n xpos 656\n ypos 28\n }\n DeepToImage {\n name DeepToImage2\n xpos 656\n ypos 185\n }\npush $N5200c400\n DeepToImage {\n name DeepToImage1\n xpos 508\n ypos 80\n }\n ShuffleCopy {\n inputs 2\n red red\n green green\n blue blue\n alpha black\n out deepPosition\n name ShuffleCopy1\n xpos 508\n ypos 185\n }\n Output {\n name Output1\n xpos 508\n ypos 265\n }\n end_group\n PositionToPoints2 {\n display textured\n selectable false\n render_mode textured\n cast_shadow false\n receive_shadow false\n P_channel deepPosition\n detail 0.1\n name deepPositionToPoints\n xpos 2933\n ypos 3533\n disable {{\"parent.display_ptc_type == 0 ? 1 : 0\"}}\n }\n Axis {\n inputs 0\n name LGT\n xpos -994\n ypos -176\n }\nset N51fca400 [stack 0]\n Group {\n inputs 0\n name spot\n xpos -744\n ypos -316\n }\n Cylinder {\n inputs 0\n display wireframe\n selectable false\n render_mode off\n cast_shadow false\n receive_shadow false\n rows 1\n columns 8\n close_bottom true\n translate {0 1 0}\n rotate {-90 0 0}\n pivot {0 -1 0}\n name Cylinder1\n xpos 215\n ypos 295\n }\n EditGeo {\n selectable false\n render_mode off\n keys {{0 1 2 3 4 5 6 7 8}\n }\n values {{0.001 0.001 -0.001 0.001 -0.9988563061 0.001 -0.7062979937 -0.7062979937 0.001 -0.9988563657 8.035581089e-08 -0.001 -0.7062979937 0.7062980533 -0.001 0.001 0.9988564253 -0.001 0.7062981725 0.7062979341 -0.001 0.9988564253 0.001 -0.001 0.7062978148 -0.7062982321 0.001}\n }\n scaling {0 0 0}\n name EditGeo2\n xpos 215\n ypos 375\n }\n Dot {\n name Dot1\n xpos 249\n ypos 430\n }\nset N51fc9800 [stack 0]\n TransformGeo {\n display wireframe\n selectable false\n render_mode off\n scaling {{\"radians( parent.parent.cone_angle + parent.parent.cone_penumbra_angle )\"} {scaling.x} 1}\n name TransformGeo1\n xpos 332\n ypos 491\n }\nset N51fc9400 [stack 0]\npush $N51fc9800\n TransformGeo {\n display wireframe\n selectable false\n render_mode off\n scaling {{\"radians( parent.parent.cone_angle )\"} {scaling.x} 1}\n name TransformGeo2\n xpos 215\n ypos 489\n }\nset N51fc9000 [stack 0]\n MergeGeo {\n inputs 2\n name MergeGeo1\n xpos 332\n ypos 571\n }\npush $N51fc9400\npush $N51fc9000\n Dot {\n inputs 0\n name Dot2\n xpos 172\n ypos 570\n }\n Switch {\n inputs 4\n which {{\"parent.parent.display_spot == 0 ? 0 : parent.parent.display_spot == 1 ? 1 : parent.parent.display_spot == 2 ? 2 : 3\"}}\n name Switch1\n xpos 215\n ypos 642\n }\n Output {\n name Output1\n xpos 215\n ypos 722\n }\n end_group\n Group {\n inputs 0\n name directional\n xpos -848\n ypos -315\n }\n Cylinder {\n inputs 0\n selectable false\n rows 1\n columns 4\n translate {0 1 0}\n rotate {-90 0 0}\n scaling {0.03 1 0.03}\n uniform_scale 0.5\n pivot {0 -1 0}\n name Cylinder2\n xpos 215\n ypos 418\n }\nset N51f57800 [stack 0]\n TransformGeo {\n selectable false\n translate {0.05 0.05 0}\n name TransformGeo4\n xpos 537\n ypos 534\n }\npush $N51f57800\n TransformGeo {\n selectable false\n translate {-0.05 0.05 0}\n name TransformGeo3\n xpos 430\n ypos 535\n }\npush $N51f57800\n TransformGeo {\n selectable false\n translate {-0.05 -0.05 0}\n name TransformGeo2\n xpos 325\n ypos 536\n }\npush $N51f57800\n TransformGeo {\n selectable false\n translate {0.05 -0.05 0}\n name TransformGeo1\n xpos 215\n ypos 538\n }\n MergeGeo {\n inputs 4\n display wireframe\n selectable false\n name MergeGeo1\n xpos 215\n ypos 618\n }\n Dot {\n inputs 0\n name Dot1\n xpos 166\n ypos 647\n }\n Switch {\n inputs 2\n which {{\"parent.parent.display_light == 0 ? 0 : 1\"}}\n name Switch1\n xpos 215\n ypos 698\n }\n Output {\n name Output1\n xpos 215\n ypos 806\n }\n end_group\n Switch {\n inputs 2\n which {{parent.light_type}}\n name Switch2\n xpos -848\n ypos -235\n }\n TransformGeo {\n inputs 2\n selectable false\n uniform_scale {{parent.uniform_scale}}\n name showupTG\n gl_color 0x7f7f7fff\n xpos -848\n ypos -155\n }\n ColorMatrix {\n inputs 0\n channels none\n matrix {\n {{vecAS.matrix.0/vecS.x} {vecAS.matrix.1/vecS.y} {vecAS.matrix.2/vecS.z}}\n {{vecAS.matrix.3/vecS.x} {vecAS.matrix.4/vecS.y} {vecAS.matrix.5/vecS.z}}\n {{vecAS.matrix.6/vecS.x} {vecAS.matrix.7/vecS.y} {vecAS.matrix.8/vecS.z}}\n }\n name vecRS\n xpos -924\n ypos 672\n addUserKnob {20 User}\n addUserKnob {13 vecS}\n vecS {{\"sqrt( pow2(vecAS.matrix.0) + pow2(vecAS.matrix.3) + pow2(vecAS.matrix.6) )\"} {\"sqrt( pow2(vecAS.matrix.1) + pow2(vecAS.matrix.4) + pow2(vecAS.matrix.7) )\"} {\"sqrt( pow2(vecAS.matrix.2) + pow2(vecAS.matrix.5) + pow2(vecAS.matrix.8) )\"}}\n }\n ColorMatrix {\n inputs 0\n channels none\n matrix {\n {{(getCam.cmr01.x+LGT.world_matrix.0)/2} {(getCam.cmr01.y+LGT.world_matrix.1)/2} {(getCam.cmr01.z+LGT.world_matrix.2)/2}}\n {{(getCam.cmr02.x+LGT.world_matrix.4)/2} {(getCam.cmr02.y+LGT.world_matrix.5)/2} {(getCam.cmr02.z+LGT.world_matrix.6)/2}}\n {{(getCam.cmr03.x+LGT.world_matrix.8)/2} {(getCam.cmr03.y+LGT.world_matrix.9)/2} {(getCam.cmr03.z+LGT.world_matrix.10)/2}}\n }\n name vecAS\n xpos -1036\n ypos 671\n }\npush $N51fca400\n Axis {\n useMatrix true\n matrix {\n {{getCam.cmr01.x} {getCam.cmr01.y} {getCam.cmr01.z} 0}\n {{getCam.cmr02.x} {getCam.cmr02.y} {getCam.cmr02.z} 0}\n {{getCam.cmr03.x} {getCam.cmr03.y} {getCam.cmr03.z} 0}\n {0 0 0 1}\n }\n name CAM\n xpos -994\n ypos 207\n }\n Axis {\n useMatrix true\n matrix {\n {{invMTXCam.invMatrix.0} {invMTXCam.invMatrix.1} {invMTXCam.invMatrix.2} 0}\n {{invMTXCam.invMatrix.3} {invMTXCam.invMatrix.4} {invMTXCam.invMatrix.5} 0}\n {{invMTXCam.invMatrix.6} {invMTXCam.invMatrix.7} {invMTXCam.invMatrix.8} 0}\n {0 0 0 1}\n }\n name CAM_inv\n xpos -994\n ypos 298\n }\n Axis {\n inputs 0\n rot_order YXZ\n rotate {{-parent.rotate} {-parent.rotate} {-parent.rotate}}\n name LGT_inv\n xpos -1089\n ypos -173\n }\n Group {\n inputs 0\n name invMTX\n tile_color 0x337f4cff\n xpos -1108\n ypos 406\n addUserKnob {20 tab_general l General}\n addUserKnob {1 knob_path}\n knob_path CAM_inv.world_matrix\n addUserKnob {26 \"\"}\n addUserKnob {41 id T id_assign.matrix}\n addUserKnob {26 \"\"}\n addUserKnob {7 determinant}\n determinant {{\"\\[value \\[value knob_path].\\[value id.0]] * ((\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.8]]) - (\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.7]])) - \\[value \\[value knob_path].\\[value id.1]] * ((\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.8]]) - (\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.6]])) + \\[value \\[value knob_path].\\[value id.2]] * ((\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.7]])-(\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.6]]))\"}}\n addUserKnob {26 \"\"}\n addUserKnob {41 cofactor T mtx_cofactor.matrix}\n addUserKnob {26 \"\"}\n addUserKnob {41 invMatrix T matrix_output.matrix}\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T 1.0}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2011-11-28}\n addUserKnob {26 l_CHANGELOG l Changelog T \"v1.0\\n- reveal the calculate output of \\n inverse matrix which is c44matrix\\n and colormatrix doesn't show\\n \"}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n }\n Matrix {\n inputs 0\n matrix {\n {0 1 2}\n {4 5 6}\n {8 9 10}\n }\n name id_assign\n xpos -12\n ypos 33\n }\n Matrix {\n inputs 0\n matrix {\n {{\"(\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.8]]) - (\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.7]])\"} {\"(\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.2]]) - (\\[value \\[value knob_path].\\[value id.8]]*\\[value \\[value knob_path].\\[value id.1]])\"} {\"(\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.5]]) - (\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.4]])\"}}\n {{\"(\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.6]]) - (\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.8]])\"} {\"(\\[value \\[value knob_path].\\[value id.8]]*\\[value \\[value knob_path].\\[value id.0]]) - (\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.2]])\"} {\"(\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.3]]) - (\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.5]])\"}}\n {{\"(\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.7]]) - (\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.6]])\"} {\"(\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.1]]) - (\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.0]])\"} {\"(\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.4]]) - (\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.3]])\"}}\n }\n name mtx_cofactor\n xpos 86\n ypos 32\n }\n Matrix {\n inputs 0\n matrix {\n {{\"cofactor.0 == 0 || determinant == 0 ? 0 : cofactor.0/determinant\"} {\"cofactor.1 == 0 || determinant == 0 ? 0 : cofactor.1/determinant\"} {\"cofactor.2 == 0 || determinant == 0 ? 0 : cofactor.2/determinant\"}}\n {{\"cofactor.3 == 0 || determinant == 0 ? 0 : cofactor.3/determinant\"} {\"cofactor.4 == 0 || determinant == 0 ? 0 : cofactor.4/determinant\"} {\"cofactor.5 == 0 || determinant == 0 ? 0 : cofactor.5/determinant\"}}\n {{\"cofactor.6 == 0 || determinant == 0 ? 0 : cofactor.6/determinant\"} {\"cofactor.7 == 0 || determinant == 0 ? 0 : cofactor.7/determinant\"} {\"cofactor.8 == 0 || determinant == 0 ? 0 : cofactor.8/determinant\"}}\n }\n name matrix_output\n selected true\n xpos 186\n ypos 33\n }\n end_group\n Group {\n inputs 0\n name invMTXSpec\n tile_color 0x337f4cff\n xpos -1144\n ypos 678\n addUserKnob {20 tab_general l General}\n addUserKnob {1 knob_path}\n knob_path vecRS.matrix\n addUserKnob {26 \"\"}\n addUserKnob {41 id T id_assign.matrix}\n addUserKnob {26 \"\"}\n addUserKnob {7 determinant}\n determinant {{\"\\[value \\[value knob_path].\\[value id.0]] * ((\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.8]]) - (\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.7]])) - \\[value \\[value knob_path].\\[value id.1]] * ((\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.8]]) - (\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.6]])) + \\[value \\[value knob_path].\\[value id.2]] * ((\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.7]])-(\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.6]]))\"}}\n addUserKnob {26 \"\"}\n addUserKnob {41 cofactor T mtx_cofactor.matrix}\n addUserKnob {26 \"\"}\n addUserKnob {41 invMatrix T matrix_output.matrix}\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T 1.0}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2011-11-28}\n addUserKnob {26 l_CHANGELOG l Changelog T \"v1.0\\n- reveal the calculate output of \\n inverse matrix which is c44matrix\\n and colormatrix doesn't show\\n \"}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n }\n Matrix {\n inputs 0\n matrix {\n {0 1 2}\n {3 4 5}\n {6 7 8}\n }\n name id_assign\n xpos -12\n ypos 33\n }\n Matrix {\n inputs 0\n matrix {\n {{\"(\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.8]]) - (\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.7]])\"} {\"(\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.2]]) - (\\[value \\[value knob_path].\\[value id.8]]*\\[value \\[value knob_path].\\[value id.1]])\"} {\"(\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.5]]) - (\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.4]])\"}}\n {{\"(\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.6]]) - (\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.8]])\"} {\"(\\[value \\[value knob_path].\\[value id.8]]*\\[value \\[value knob_path].\\[value id.0]]) - (\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.2]])\"} {\"(\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.3]]) - (\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.5]])\"}}\n {{\"(\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.7]]) - (\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.6]])\"} {\"(\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.1]]) - (\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.0]])\"} {\"(\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.4]]) - (\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.3]])\"}}\n }\n name mtx_cofactor\n xpos 86\n ypos 32\n }\n Matrix {\n inputs 0\n matrix {\n {{\"cofactor.0 == 0 || determinant == 0 ? 0 : cofactor.0/determinant\"} {\"cofactor.1 == 0 || determinant == 0 ? 0 : cofactor.1/determinant\"} {\"cofactor.2 == 0 || determinant == 0 ? 0 : cofactor.2/determinant\"}}\n {{\"cofactor.3 == 0 || determinant == 0 ? 0 : cofactor.3/determinant\"} {\"cofactor.4 == 0 || determinant == 0 ? 0 : cofactor.4/determinant\"} {\"cofactor.5 == 0 || determinant == 0 ? 0 : cofactor.5/determinant\"}}\n {{\"cofactor.6 == 0 || determinant == 0 ? 0 : cofactor.6/determinant\"} {\"cofactor.7 == 0 || determinant == 0 ? 0 : cofactor.7/determinant\"} {\"cofactor.8 == 0 || determinant == 0 ? 0 : cofactor.8/determinant\"}}\n }\n name matrix_output\n selected true\n xpos 186\n ypos 33\n }\n end_group\n Matrix {\n inputs 0\n matrix {\n {3.08022809 -1.537308455 -0.5429191589}\n {-0.9212164879 1.875966549 0.04525000602}\n {0.05288143829 -0.2040073872 1.151125908}\n }\n name cs_inv\n xpos 2318\n ypos 2187\n }\n Matrix {\n inputs 0\n matrix {\n {0.4339115 0.37622687 0.1898616}\n {0.21264936 0.71516907 0.07218152}\n {0.01775321 0.10946182 0.87278491}\n }\n name cs\n xpos 2317\n ypos 2099\n }\n Group {\n inputs 0\n name invMTXCam\n tile_color 0x337f4cff\n xpos -1108\n ypos 320\n addUserKnob {20 tab_general l General}\n addUserKnob {1 knob_path}\n knob_path CAM.matrix\n addUserKnob {26 \"\"}\n addUserKnob {41 id T id_assign.matrix}\n addUserKnob {26 \"\"}\n addUserKnob {7 determinant}\n determinant {{\"\\[value \\[value knob_path].\\[value id.0]] * ((\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.8]]) - (\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.7]])) - \\[value \\[value knob_path].\\[value id.1]] * ((\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.8]]) - (\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.6]])) + \\[value \\[value knob_path].\\[value id.2]] * ((\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.7]])-(\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.6]]))\"}}\n addUserKnob {26 \"\"}\n addUserKnob {41 cofactor T mtx_cofactor.matrix}\n addUserKnob {26 \"\"}\n addUserKnob {41 invMatrix T matrix_output.matrix}\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T 1.0}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2011-11-28}\n addUserKnob {26 l_CHANGELOG l Changelog T \"v1.0\\n- reveal the calculate output of \\n inverse matrix which is c44matrix\\n and colormatrix doesn't show\\n \"}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n }\n Matrix {\n inputs 0\n matrix {\n {0 1 2}\n {4 5 6}\n {8 9 10}\n }\n name id_assign\n xpos -12\n ypos 33\n }\n Matrix {\n inputs 0\n matrix {\n {{\"(\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.8]]) - (\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.7]])\"} {\"(\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.2]]) - (\\[value \\[value knob_path].\\[value id.8]]*\\[value \\[value knob_path].\\[value id.1]])\"} {\"(\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.5]]) - (\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.4]])\"}}\n {{\"(\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.6]]) - (\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.8]])\"} {\"(\\[value \\[value knob_path].\\[value id.8]]*\\[value \\[value knob_path].\\[value id.0]]) - (\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.2]])\"} {\"(\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.3]]) - (\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.5]])\"}}\n {{\"(\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.7]]) - (\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.6]])\"} {\"(\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.1]]) - (\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.0]])\"} {\"(\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.4]]) - (\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.3]])\"}}\n }\n name mtx_cofactor\n xpos 86\n ypos 32\n }\n Matrix {\n inputs 0\n matrix {\n {{\"cofactor.0 == 0 || determinant == 0 ? 0 : cofactor.0/determinant\"} {\"cofactor.1 == 0 || determinant == 0 ? 0 : cofactor.1/determinant\"} {\"cofactor.2 == 0 || determinant == 0 ? 0 : cofactor.2/determinant\"}}\n {{\"cofactor.3 == 0 || determinant == 0 ? 0 : cofactor.3/determinant\"} {\"cofactor.4 == 0 || determinant == 0 ? 0 : cofactor.4/determinant\"} {\"cofactor.5 == 0 || determinant == 0 ? 0 : cofactor.5/determinant\"}}\n {{\"cofactor.6 == 0 || determinant == 0 ? 0 : cofactor.6/determinant\"} {\"cofactor.7 == 0 || determinant == 0 ? 0 : cofactor.7/determinant\"} {\"cofactor.8 == 0 || determinant == 0 ? 0 : cofactor.8/determinant\"}}\n }\n name matrix_output\n selected true\n xpos 186\n ypos 33\n }\n end_group\n ColorMatrix {\n inputs 0\n channels none\n matrix {\n {{\"invMTX.invMatrix.0 / vecS.x\"} {\"invMTX.invMatrix.1 / vecS.y\"} {\"invMTX.invMatrix.2 / vecS.z\"}}\n {{\"invMTX.invMatrix.3 / vecS.x\"} {\"invMTX.invMatrix.4 / vecS.y\"} {\"invMTX.invMatrix.5 / vecS.z\"}}\n {{\"invMTX.invMatrix.6 / vecS.x\"} {\"invMTX.invMatrix.7 / vecS.y\"} {\"invMTX.invMatrix.8 / vecS.z\"}}\n }\n name vecRT\n xpos -1000\n ypos 400\n addUserKnob {20 User}\n addUserKnob {13 vecS}\n vecS {{\"sqrt( pow2(invMTX.invMatrix.0) + pow2(invMTX.invMatrix.3) + pow2(invMTX.invMatrix.6) )\"} {\"sqrt( pow2(invMTX.invMatrix.1) + pow2(invMTX.invMatrix.4) + pow2(invMTX.invMatrix.7) )\"} {\"sqrt( pow2(invMTX.invMatrix.2) + pow2(invMTX.invMatrix.5) + pow2(invMTX.invMatrix.8) )\"}}\n }\npush $N52112400\n NoOp {\n name getCam\n xpos -850\n ypos -466\n addUserKnob {20 User}\n addUserKnob {13 cmr01}\n cmr01 {{\"\\[lrange \\[split \\[metadata DVPcamMTX] \\\" \\\"] 0 0]+0\"} {\"\\[lrange \\[split \\[metadata DVPcamMTX] \\\" \\\"] 1 1]+0\"} {\"\\[lrange \\[split \\[metadata DVPcamMTX] \\\" \\\"] 2 2]+0\"}}\n addUserKnob {13 cmr02}\n cmr02 {{\"\\[lrange \\[split \\[metadata DVPcamMTX] \\\" \\\"] 4 4]+0\"} {\"\\[lrange \\[split \\[metadata DVPcamMTX] \\\" \\\"] 5 5]+0\"} {\"\\[lrange \\[split \\[metadata DVPcamMTX] \\\" \\\"] 6 6]+0\"}}\n addUserKnob {13 cmr03}\n cmr03 {{\"\\[lrange \\[split \\[metadata DVPcamMTX] \\\" \\\"] 8 8]+0\"} {\"\\[lrange \\[split \\[metadata DVPcamMTX] \\\" \\\"] 9 9]+0\"} {\"\\[lrange \\[split \\[metadata DVPcamMTX] \\\" \\\"] 10 10]+0\"}}\n }\n NoOp {\n inputs 0\n name globalTCL\n xpos -850\n ypos -398\n addUserKnob {20 User}\n addUserKnob {1 nodeNameLGT}\n nodeNameLGT LGT_inv.world_matrix\n addUserKnob {1 lgtPX}\n lgtPX \"(deepPosition.red-\\[value LGT.world_matrix.3])*\\[value nodeNameLGT].0 + (deepPosition.green-\\[value LGT.world_matrix.7])*\\[value nodeNameLGT].1 + (deepPosition.blue-\\[value LGT.world_matrix.11])*\\[value nodeNameLGT].2\"\n addUserKnob {1 lgtPY}\n lgtPY \"(deepPosition.red-\\[value LGT.world_matrix.3])*\\[value nodeNameLGT].4 + (deepPosition.green-\\[value LGT.world_matrix.7])*\\[value nodeNameLGT].5 + (deepPosition.blue-\\[value LGT.world_matrix.11])*\\[value nodeNameLGT].6\"\n addUserKnob {1 lgtPZ}\n lgtPZ \"(deepPosition.red-\\[value LGT.world_matrix.3])*\\[value nodeNameLGT].8 + (deepPosition.green-\\[value LGT.world_matrix.7])*\\[value nodeNameLGT].9 + (deepPosition.blue-\\[value LGT.world_matrix.11])*\\[value nodeNameLGT].10\"\n addUserKnob {1 lgtNZ}\n lgtNZ \"deepNormal.red*\\[value nodeNameLGT].8 + deepNormal.green*\\[value nodeNameLGT].9 + deepNormal.blue*\\[value nodeNameLGT].10\"\n addUserKnob {26 \"\"}\n addUserKnob {7 unit}\n unit {{\"parent.world_unit==4? 1000000 : pow( 10 , parent.world_unit )\"}}\n addUserKnob {7 ptSize}\n ptSize {{1/(parent.intensity*unit)}}\n addUserKnob {26 \"\"}\n addUserKnob {7 iBias}\n iBias 5\n }\n NoOp {\n inputs 0\n name menu01\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nshareKnobs = \\['exp_in','exp_out','world_unit']\\nspKnobs = \\['cone_angle','cone_penumbra_angle']\\n\\nif thisGRP\\['light_type'].value() == 'directional' :\\n for knob in shareKnobs :\\n thisGRP\\[knob].setVisible(False)\\n for knob in spKnobs :\\n thisGRP\\[knob].setVisible(False)\\n thisGRP\\['display_spot'].setVisible(False)\\n thisGRP\\['display_light'].setVisible(True)\\n\\nelif thisGRP\\['light_type'].value() == 'spot' :\\n for knob in shareKnobs :\\n thisGRP\\[knob].setVisible(True)\\n for knob in spKnobs :\\n thisGRP\\[knob].setVisible(True)\\n thisGRP\\['display_spot'].setVisible(True)\\n thisGRP\\['display_light'].setVisible(False)\\n\"\n xpos -986\n ypos -758\n addUserKnob {20 User}\n addUserKnob {4 light_type l \"light type\" M {directional spot \"\" \"\"}}\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_DVPrelightPT.gizmo", "content": "Group {\n name DVPrelightPT\n onCreate \"\\nthisGRP = nuke.thisGroup()\\nfor knob in thisGRP.knobs() :\\n try :\\n if thisGRP\\[knob].label()\\[:19] == 'panel dropped state' :\\n thisGRP.removeKnob( nuke.thisNode()\\[knob] )\\n except :\\n pass\\n\"\n tile_color 0x7f65ff\n label \"Deep Output\"\n addUserKnob {20 tab_general l General}\n addUserKnob {26 remarks l * T \"specular doesn't work on this node.\"}\n addUserKnob {26 title_light l \"light\"}\n addUserKnob {18 color t \"This control the color and brightness of the light, but not the lighting area.\\n\\nSo use this value to balance with color's brightness to get a proper result.\"}\n color {1 1 1}\n addUserKnob {7 intensity t \"This control the lighting area and brightness.\\n\\nSo use this value to balance with color's brightness to get a proper result.\" R 0 50}\n intensity 1\n addUserKnob {4 world_unit l \"world unit\" t \"This unit will only effective on the lighting area by intensity value. If the scene has larger scale, you can choose higher unit. It all reflect to real unit convert.\\n\\n1km == 1000m\\n1m == 10dm\\n1dm == 10cm\\n1cm == 10mm\" M {\"millimeter (mm)\" \"centimeter (cm)\" \"decimeter (dm)\" \"meter (m)\" \"kilometer (km)\" \"\"}}\n world_unit \"centimeter (cm)\"\n addUserKnob {7 exp_in l \"falloff in\" t \"Ease out falloff from the core by exponential math.\" R 0.01 10}\n exp_in 1\n addUserKnob {7 exp_out l out t \"Ease in falloff from the edge by exponential math.\" -STARTLINE R 0.01 10}\n exp_out 1\n addUserKnob {26 title_transform l \"transform\"}\n addUserKnob {4 display_light l display M {off \"show light control\" \"\" \"\"}}\n display_light \"show light control\"\n addUserKnob {41 file_menu l @FolderIcon T LGT.file_menu}\n addUserKnob {41 snap_menu l @AxisIcon -STARTLINE T LGT.snap_menu}\n addUserKnob {41 transform T showupTG.transform}\n addUserKnob {41 xform_order l \"transform order\" T LGT.xform_order}\n addUserKnob {41 rot_order l \"rotation order\" T LGT.rot_order}\n addUserKnob {41 translate T LGT.translate}\n addUserKnob {41 rotate T LGT.rotate}\n addUserKnob {7 uniform_scale l \"uniform scale\" R 0.01 10}\n uniform_scale 1\n addUserKnob {26 \"\"}\n addUserKnob {20 grp_3dpreview l \"Pointcloud preview\" n 1}\n grp_3dpreview 0\n addUserKnob {4 display_ptc_type l \"display type\" M {\"no pointcloud preview\" \"raw pointcloud\" \"with light applied (slow)\" \"\" \"\" \"\" \"\"}}\n display_ptc_type \"raw pointcloud\"\n addUserKnob {41 detail l \"point detail\" T deepPositionToPoints.detail}\n addUserKnob {41 pointSize l \"point size\" T deepPositionToPoints.pointSize}\n addUserKnob {20 endGroup_1_1 l endGroup n -1}\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T 4.0}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2021-02-13}\n addUserKnob {22 btn_CHANGELOG l Changlelog T \"log = \\\"Deep2VPosition (Deep2VP)
- added camera setting to metadata
- remove bake and copy buttons
- rename to Deep2VP
- generate/select/import deepNormal in this node
- added generate normal in deep, still keep the previous one.

DVPort (DVPortal)
- renamed to DVPortal

DVPmatte
- removed 'option' knob, 2D matte can use 'open matte' instead
- open matte can choose show matte or color

DVPattern
- internal setup same as DVPmatte
- added rotation knob
- support 'open matte'

DVProjection
- remove bake and copy buttons
- remove all metadata created from Deep2VP

DVPsetLight
- added shader setting and input shader
- not required link camera anymore
- removed deepNormal setup, moved to Deep2VP node

DVPscene
- added multiple output options
- remove all metadata created from DVP's lighting system

DVPrelight
- added specular setup
- added toon shade setup
- fix pointcloud preview with effects

DVPrelightPT
- split up point light from DVPrelight
- fix point light duplicated algorithm

DVPfresnel
- not required link camera anymore
- fix unpremult process, the result was too dark

DVPToImage
- remove all metadata created from Deep2VP
- same as Deep2VP node color

new nodes :
DVPColorCorrect

added shaders :
DVP Shader
DVP Toon Shader\\\"\\nnuke.message( log )\" +STARTLINE}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n}\n BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0x7f7f7fff\n label bin\n note_font_size 42\n xpos -6798\n ypos -553\n bdwidth 3294\n bdheight 1937\n }\n BackdropNode {\n inputs 0\n name BackdropNode2\n tile_color 0x191919ff\n label \"dont touch\"\n note_font_size 42\n xpos -6802\n ypos -864\n bdwidth 2912\n bdheight 192\n }\n Input {\n inputs 0\n name deep\n xpos -268\n ypos -862\n }\nadd_layer {deepPosition deepPosition.red deepPosition.green deepPosition.blue deepPosition.alpha}\nadd_layer {deepNormal deepNormal.red deepNormal.green deepNormal.blue deepNormal.alpha}\nadd_layer {DVPshader DVPshader.red DVPshader.green DVPshader.blue DVPshader.alpha}\nadd_layer {deepRawColor deepRawColor.red deepRawColor.green deepRawColor.blue deepRawColor.alpha}\n DeepExpression {\n chans0 deepPosition\n chans1 deepNormal\n chans2 DVPshader\n chans3 deepRawColor\n name spacer1\n selected true\n xpos -268\n ypos -782\n }\n Dot {\n name Dot11\n xpos -234\n ypos -463\n }\nset N4c88ec00 [stack 0]\n DeepExpression {\n temp_name0 zpos\n temp_expr0 \"( deepPosition.red - \\[value \\[value nname].world_matrix.3] ) * \\[value \\[value nname]_inv.world_matrix.8] + ( deepPosition.green - \\[value \\[value nname].world_matrix.7] ) * \\[value \\[value nname]_inv.world_matrix.9] + ( deepPosition.blue - \\[value \\[value nname].world_matrix.11] ) * \\[value \\[value nname]_inv.world_matrix.10]\"\n temp_name1 znor\n temp_expr1 \"deepNormal.red * \\[value \\[value nname]_inv.world_matrix.8] + deepNormal.green * \\[value \\[value nname]_inv.world_matrix.9] + deepNormal.blue * \\[value \\[value nname]_inv.world_matrix.10]\"\n chans0 {-deepNormal.red -deepNormal.green -deepNormal.blue deepNormal.alpha}\n chans1 none\n deepNormal.alpha \"\\[value globalTCL.pt_nstack]\"\n name DeepExpression42\n xpos -268\n ypos -232\n addUserKnob {20 User}\n addUserKnob {1 nname}\n nname pt_n\n }\n DeepExpression {\n temp_name0 zpos\n temp_expr0 \"( deepPosition.red - \\[value \\[value nname].world_matrix.3] ) * \\[value \\[value nname]_inv.world_matrix.8] + ( deepPosition.green - \\[value \\[value nname].world_matrix.7] ) * \\[value \\[value nname]_inv.world_matrix.9] + ( deepPosition.blue - \\[value \\[value nname].world_matrix.11] ) * \\[value \\[value nname]_inv.world_matrix.10]\"\n temp_name1 znor\n temp_expr1 \"deepNormal.red * \\[value \\[value nname]_inv.world_matrix.8] + deepNormal.green * \\[value \\[value nname]_inv.world_matrix.9] + deepNormal.blue * \\[value \\[value nname]_inv.world_matrix.10]\"\n chans0 {-deepNormal.red -deepNormal.green -deepNormal.blue deepNormal.alpha}\n chans1 none\n deepNormal.alpha \"max( deepNormal.alpha, \\[value globalTCL.pt_nstack] )\"\n name DeepExpression65\n xpos -268\n ypos -152\n addUserKnob {20 User}\n addUserKnob {1 nname}\n nname pt_nw\n }\n DeepExpression {\n temp_name0 zpos\n temp_expr0 \"( deepPosition.red - \\[value \\[value nname].world_matrix.3] ) * \\[value \\[value nname]_inv.world_matrix.8] + ( deepPosition.green - \\[value \\[value nname].world_matrix.7] ) * \\[value \\[value nname]_inv.world_matrix.9] + ( deepPosition.blue - \\[value \\[value nname].world_matrix.11] ) * \\[value \\[value nname]_inv.world_matrix.10]\"\n temp_name1 znor\n temp_expr1 \"deepNormal.red * \\[value \\[value nname]_inv.world_matrix.8] + deepNormal.green * \\[value \\[value nname]_inv.world_matrix.9] + deepNormal.blue * \\[value \\[value nname]_inv.world_matrix.10]\"\n chans0 {-deepNormal.red -deepNormal.green -deepNormal.blue deepNormal.alpha}\n chans1 none\n deepNormal.alpha \"max( deepNormal.alpha, \\[value globalTCL.pt_nstack] )\"\n name DeepExpression66\n xpos -268\n ypos -72\n addUserKnob {20 User}\n addUserKnob {1 nname}\n nname pt_w\n }\n DeepExpression {\n temp_name0 zpos\n temp_expr0 \"( deepPosition.red - \\[value \\[value nname].world_matrix.3] ) * \\[value \\[value nname]_inv.world_matrix.8] + ( deepPosition.green - \\[value \\[value nname].world_matrix.7] ) * \\[value \\[value nname]_inv.world_matrix.9] + ( deepPosition.blue - \\[value \\[value nname].world_matrix.11] ) * \\[value \\[value nname]_inv.world_matrix.10]\"\n temp_name1 znor\n temp_expr1 \"deepNormal.red * \\[value \\[value nname]_inv.world_matrix.8] + deepNormal.green * \\[value \\[value nname]_inv.world_matrix.9] + deepNormal.blue * \\[value \\[value nname]_inv.world_matrix.10]\"\n chans0 {-deepNormal.red -deepNormal.green -deepNormal.blue deepNormal.alpha}\n chans1 none\n deepNormal.alpha \"max( deepNormal.alpha, \\[value globalTCL.pt_nstack] )\"\n name DeepExpression67\n xpos -268\n ypos 8\n addUserKnob {20 User}\n addUserKnob {1 nname}\n nname pt_sw\n }\n DeepExpression {\n temp_name0 zpos\n temp_expr0 \"( deepPosition.red - \\[value \\[value nname].world_matrix.3] ) * \\[value \\[value nname]_inv.world_matrix.8] + ( deepPosition.green - \\[value \\[value nname].world_matrix.7] ) * \\[value \\[value nname]_inv.world_matrix.9] + ( deepPosition.blue - \\[value \\[value nname].world_matrix.11] ) * \\[value \\[value nname]_inv.world_matrix.10]\"\n temp_name1 znor\n temp_expr1 \"deepNormal.red * \\[value \\[value nname]_inv.world_matrix.8] + deepNormal.green * \\[value \\[value nname]_inv.world_matrix.9] + deepNormal.blue * \\[value \\[value nname]_inv.world_matrix.10]\"\n chans0 {-deepNormal.red -deepNormal.green -deepNormal.blue deepNormal.alpha}\n chans1 none\n deepNormal.alpha \"max( deepNormal.alpha, \\[value globalTCL.pt_nstack] )\"\n name DeepExpression68\n xpos -268\n ypos 88\n addUserKnob {20 User}\n addUserKnob {1 nname}\n nname pt_s\n }\n DeepExpression {\n temp_name0 zpos\n temp_expr0 \"( deepPosition.red - \\[value \\[value nname].world_matrix.3] ) * \\[value \\[value nname]_inv.world_matrix.8] + ( deepPosition.green - \\[value \\[value nname].world_matrix.7] ) * \\[value \\[value nname]_inv.world_matrix.9] + ( deepPosition.blue - \\[value \\[value nname].world_matrix.11] ) * \\[value \\[value nname]_inv.world_matrix.10]\"\n temp_name1 znor\n temp_expr1 \"deepNormal.red * \\[value \\[value nname]_inv.world_matrix.8] + deepNormal.green * \\[value \\[value nname]_inv.world_matrix.9] + deepNormal.blue * \\[value \\[value nname]_inv.world_matrix.10]\"\n chans0 {-deepNormal.red -deepNormal.green -deepNormal.blue deepNormal.alpha}\n chans1 none\n deepNormal.alpha \"max( deepNormal.alpha, \\[value globalTCL.pt_nstack] )\"\n name DeepExpression69\n xpos -268\n ypos 168\n addUserKnob {20 User}\n addUserKnob {1 nname}\n nname pt_se\n }\n DeepExpression {\n temp_name0 zpos\n temp_expr0 \"( deepPosition.red - \\[value \\[value nname].world_matrix.3] ) * \\[value \\[value nname]_inv.world_matrix.8] + ( deepPosition.green - \\[value \\[value nname].world_matrix.7] ) * \\[value \\[value nname]_inv.world_matrix.9] + ( deepPosition.blue - \\[value \\[value nname].world_matrix.11] ) * \\[value \\[value nname]_inv.world_matrix.10]\"\n temp_name1 znor\n temp_expr1 \"deepNormal.red * \\[value \\[value nname]_inv.world_matrix.8] + deepNormal.green * \\[value \\[value nname]_inv.world_matrix.9] + deepNormal.blue * \\[value \\[value nname]_inv.world_matrix.10]\"\n chans0 {-deepNormal.red -deepNormal.green -deepNormal.blue deepNormal.alpha}\n chans1 none\n deepNormal.alpha \"max( deepNormal.alpha, \\[value globalTCL.pt_nstack] )\"\n name DeepExpression70\n xpos -268\n ypos 248\n addUserKnob {20 User}\n addUserKnob {1 nname}\n nname pt_e\n }\n DeepExpression {\n temp_name0 zpos\n temp_expr0 \"( deepPosition.red - \\[value \\[value nname].world_matrix.3] ) * \\[value \\[value nname]_inv.world_matrix.8] + ( deepPosition.green - \\[value \\[value nname].world_matrix.7] ) * \\[value \\[value nname]_inv.world_matrix.9] + ( deepPosition.blue - \\[value \\[value nname].world_matrix.11] ) * \\[value \\[value nname]_inv.world_matrix.10]\"\n temp_name1 znor\n temp_expr1 \"deepNormal.red * \\[value \\[value nname]_inv.world_matrix.8] + deepNormal.green * \\[value \\[value nname]_inv.world_matrix.9] + deepNormal.blue * \\[value \\[value nname]_inv.world_matrix.10]\"\n chans0 {-deepNormal.red -deepNormal.green -deepNormal.blue deepNormal.alpha}\n chans1 none\n deepNormal.alpha \"max( deepNormal.alpha, \\[value globalTCL.pt_nstack] )\"\n name DeepExpression71\n xpos -268\n ypos 328\n addUserKnob {20 User}\n addUserKnob {1 nname}\n nname pt_ne\n }\n DeepExpression {\n temp_name0 zpos\n temp_expr0 \"( deepPosition.red - \\[value \\[value nname].world_matrix.3] ) * \\[value \\[value nname]_inv.world_matrix.8] + ( deepPosition.green - \\[value \\[value nname].world_matrix.7] ) * \\[value \\[value nname]_inv.world_matrix.9] + ( deepPosition.blue - \\[value \\[value nname].world_matrix.11] ) * \\[value \\[value nname]_inv.world_matrix.10]\"\n temp_name1 znor\n temp_expr1 \"deepNormal.red * \\[value \\[value nname]_inv.world_matrix.8] + deepNormal.green * \\[value \\[value nname]_inv.world_matrix.9] + deepNormal.blue * \\[value \\[value nname]_inv.world_matrix.10]\"\n chans0 {-deepNormal.red -deepNormal.green -deepNormal.blue deepNormal.alpha}\n chans1 none\n deepNormal.alpha \"max( deepNormal.alpha, \\[value globalTCL.pt_nstack] )\"\n name DeepExpression72\n xpos -268\n ypos 584\n addUserKnob {20 User}\n addUserKnob {1 nname}\n nname pt_t_n\n }\n DeepExpression {\n temp_name0 zpos\n temp_expr0 \"( deepPosition.red - \\[value \\[value nname].world_matrix.3] ) * \\[value \\[value nname]_inv.world_matrix.8] + ( deepPosition.green - \\[value \\[value nname].world_matrix.7] ) * \\[value \\[value nname]_inv.world_matrix.9] + ( deepPosition.blue - \\[value \\[value nname].world_matrix.11] ) * \\[value \\[value nname]_inv.world_matrix.10]\"\n temp_name1 znor\n temp_expr1 \"deepNormal.red * \\[value \\[value nname]_inv.world_matrix.8] + deepNormal.green * \\[value \\[value nname]_inv.world_matrix.9] + deepNormal.blue * \\[value \\[value nname]_inv.world_matrix.10]\"\n chans0 {-deepNormal.red -deepNormal.green -deepNormal.blue deepNormal.alpha}\n chans1 none\n deepNormal.alpha \"max( deepNormal.alpha, \\[value globalTCL.pt_nstack] )\"\n name DeepExpression73\n xpos -268\n ypos 664\n addUserKnob {20 User}\n addUserKnob {1 nname}\n nname pt_t_nw\n }\n DeepExpression {\n temp_name0 zpos\n temp_expr0 \"( deepPosition.red - \\[value \\[value nname].world_matrix.3] ) * \\[value \\[value nname]_inv.world_matrix.8] + ( deepPosition.green - \\[value \\[value nname].world_matrix.7] ) * \\[value \\[value nname]_inv.world_matrix.9] + ( deepPosition.blue - \\[value \\[value nname].world_matrix.11] ) * \\[value \\[value nname]_inv.world_matrix.10]\"\n temp_name1 znor\n temp_expr1 \"deepNormal.red * \\[value \\[value nname]_inv.world_matrix.8] + deepNormal.green * \\[value \\[value nname]_inv.world_matrix.9] + deepNormal.blue * \\[value \\[value nname]_inv.world_matrix.10]\"\n chans0 {-deepNormal.red -deepNormal.green -deepNormal.blue deepNormal.alpha}\n chans1 none\n deepNormal.alpha \"max( deepNormal.alpha, \\[value globalTCL.pt_nstack] )\"\n name DeepExpression74\n xpos -268\n ypos 744\n addUserKnob {20 User}\n addUserKnob {1 nname}\n nname pt_t_w\n }\n DeepExpression {\n temp_name0 zpos\n temp_expr0 \"( deepPosition.red - \\[value \\[value nname].world_matrix.3] ) * \\[value \\[value nname]_inv.world_matrix.8] + ( deepPosition.green - \\[value \\[value nname].world_matrix.7] ) * \\[value \\[value nname]_inv.world_matrix.9] + ( deepPosition.blue - \\[value \\[value nname].world_matrix.11] ) * \\[value \\[value nname]_inv.world_matrix.10]\"\n temp_name1 znor\n temp_expr1 \"deepNormal.red * \\[value \\[value nname]_inv.world_matrix.8] + deepNormal.green * \\[value \\[value nname]_inv.world_matrix.9] + deepNormal.blue * \\[value \\[value nname]_inv.world_matrix.10]\"\n chans0 {-deepNormal.red -deepNormal.green -deepNormal.blue deepNormal.alpha}\n chans1 none\n deepNormal.alpha \"max( deepNormal.alpha, \\[value globalTCL.pt_nstack] )\"\n name DeepExpression75\n xpos -268\n ypos 824\n addUserKnob {20 User}\n addUserKnob {1 nname}\n nname pt_t_sw\n }\n DeepExpression {\n temp_name0 zpos\n temp_expr0 \"( deepPosition.red - \\[value \\[value nname].world_matrix.3] ) * \\[value \\[value nname]_inv.world_matrix.8] + ( deepPosition.green - \\[value \\[value nname].world_matrix.7] ) * \\[value \\[value nname]_inv.world_matrix.9] + ( deepPosition.blue - \\[value \\[value nname].world_matrix.11] ) * \\[value \\[value nname]_inv.world_matrix.10]\"\n temp_name1 znor\n temp_expr1 \"deepNormal.red * \\[value \\[value nname]_inv.world_matrix.8] + deepNormal.green * \\[value \\[value nname]_inv.world_matrix.9] + deepNormal.blue * \\[value \\[value nname]_inv.world_matrix.10]\"\n chans0 {-deepNormal.red -deepNormal.green -deepNormal.blue deepNormal.alpha}\n chans1 none\n deepNormal.alpha \"max( deepNormal.alpha, \\[value globalTCL.pt_nstack] )\"\n name DeepExpression76\n xpos -268\n ypos 904\n addUserKnob {20 User}\n addUserKnob {1 nname}\n nname pt_t_s\n }\n DeepExpression {\n temp_name0 zpos\n temp_expr0 \"( deepPosition.red - \\[value \\[value nname].world_matrix.3] ) * \\[value \\[value nname]_inv.world_matrix.8] + ( deepPosition.green - \\[value \\[value nname].world_matrix.7] ) * \\[value \\[value nname]_inv.world_matrix.9] + ( deepPosition.blue - \\[value \\[value nname].world_matrix.11] ) * \\[value \\[value nname]_inv.world_matrix.10]\"\n temp_name1 znor\n temp_expr1 \"deepNormal.red * \\[value \\[value nname]_inv.world_matrix.8] + deepNormal.green * \\[value \\[value nname]_inv.world_matrix.9] + deepNormal.blue * \\[value \\[value nname]_inv.world_matrix.10]\"\n chans0 {-deepNormal.red -deepNormal.green -deepNormal.blue deepNormal.alpha}\n chans1 none\n deepNormal.alpha \"max( deepNormal.alpha, \\[value globalTCL.pt_nstack] )\"\n name DeepExpression77\n xpos -268\n ypos 984\n addUserKnob {20 User}\n addUserKnob {1 nname}\n nname pt_t_se\n }\n DeepExpression {\n temp_name0 zpos\n temp_expr0 \"( deepPosition.red - \\[value \\[value nname].world_matrix.3] ) * \\[value \\[value nname]_inv.world_matrix.8] + ( deepPosition.green - \\[value \\[value nname].world_matrix.7] ) * \\[value \\[value nname]_inv.world_matrix.9] + ( deepPosition.blue - \\[value \\[value nname].world_matrix.11] ) * \\[value \\[value nname]_inv.world_matrix.10]\"\n temp_name1 znor\n temp_expr1 \"deepNormal.red * \\[value \\[value nname]_inv.world_matrix.8] + deepNormal.green * \\[value \\[value nname]_inv.world_matrix.9] + deepNormal.blue * \\[value \\[value nname]_inv.world_matrix.10]\"\n chans0 {-deepNormal.red -deepNormal.green -deepNormal.blue deepNormal.alpha}\n chans1 none\n deepNormal.alpha \"max( deepNormal.alpha, \\[value globalTCL.pt_nstack] )\"\n name DeepExpression78\n xpos -268\n ypos 1064\n addUserKnob {20 User}\n addUserKnob {1 nname}\n nname pt_t_e\n }\n DeepExpression {\n temp_name0 zpos\n temp_expr0 \"( deepPosition.red - \\[value \\[value nname].world_matrix.3] ) * \\[value \\[value nname]_inv.world_matrix.8] + ( deepPosition.green - \\[value \\[value nname].world_matrix.7] ) * \\[value \\[value nname]_inv.world_matrix.9] + ( deepPosition.blue - \\[value \\[value nname].world_matrix.11] ) * \\[value \\[value nname]_inv.world_matrix.10]\"\n temp_name1 znor\n temp_expr1 \"deepNormal.red * \\[value \\[value nname]_inv.world_matrix.8] + deepNormal.green * \\[value \\[value nname]_inv.world_matrix.9] + deepNormal.blue * \\[value \\[value nname]_inv.world_matrix.10]\"\n chans0 {-deepNormal.red -deepNormal.green -deepNormal.blue deepNormal.alpha}\n chans1 none\n deepNormal.alpha \"max( deepNormal.alpha, \\[value globalTCL.pt_nstack] )\"\n name DeepExpression79\n xpos -268\n ypos 1144\n addUserKnob {20 User}\n addUserKnob {1 nname}\n nname pt_t_ne\n }\n DeepExpression {\n temp_name0 zpos\n temp_expr0 \"( deepPosition.red - \\[value \\[value nname].world_matrix.3] ) * \\[value \\[value nname]_inv.world_matrix.8] + ( deepPosition.green - \\[value \\[value nname].world_matrix.7] ) * \\[value \\[value nname]_inv.world_matrix.9] + ( deepPosition.blue - \\[value \\[value nname].world_matrix.11] ) * \\[value \\[value nname]_inv.world_matrix.10]\"\n temp_name1 znor\n temp_expr1 \"deepNormal.red * \\[value \\[value nname]_inv.world_matrix.8] + deepNormal.green * \\[value \\[value nname]_inv.world_matrix.9] + deepNormal.blue * \\[value \\[value nname]_inv.world_matrix.10]\"\n chans0 {-deepNormal.red -deepNormal.green -deepNormal.blue deepNormal.alpha}\n chans1 none\n deepNormal.alpha \"max( deepNormal.alpha, \\[value globalTCL.pt_nstack] )\"\n name DeepExpression80\n xpos -268\n ypos 1384\n addUserKnob {20 User}\n addUserKnob {1 nname}\n nname pt_d_n\n }\n DeepExpression {\n temp_name0 zpos\n temp_expr0 \"( deepPosition.red - \\[value \\[value nname].world_matrix.3] ) * \\[value \\[value nname]_inv.world_matrix.8] + ( deepPosition.green - \\[value \\[value nname].world_matrix.7] ) * \\[value \\[value nname]_inv.world_matrix.9] + ( deepPosition.blue - \\[value \\[value nname].world_matrix.11] ) * \\[value \\[value nname]_inv.world_matrix.10]\"\n temp_name1 znor\n temp_expr1 \"deepNormal.red * \\[value \\[value nname]_inv.world_matrix.8] + deepNormal.green * \\[value \\[value nname]_inv.world_matrix.9] + deepNormal.blue * \\[value \\[value nname]_inv.world_matrix.10]\"\n chans0 {-deepNormal.red -deepNormal.green -deepNormal.blue deepNormal.alpha}\n chans1 none\n deepNormal.alpha \"max( deepNormal.alpha, \\[value globalTCL.pt_nstack] )\"\n name DeepExpression81\n xpos -268\n ypos 1464\n addUserKnob {20 User}\n addUserKnob {1 nname}\n nname pt_d_nw\n }\n DeepExpression {\n temp_name0 zpos\n temp_expr0 \"( deepPosition.red - \\[value \\[value nname].world_matrix.3] ) * \\[value \\[value nname]_inv.world_matrix.8] + ( deepPosition.green - \\[value \\[value nname].world_matrix.7] ) * \\[value \\[value nname]_inv.world_matrix.9] + ( deepPosition.blue - \\[value \\[value nname].world_matrix.11] ) * \\[value \\[value nname]_inv.world_matrix.10]\"\n temp_name1 znor\n temp_expr1 \"deepNormal.red * \\[value \\[value nname]_inv.world_matrix.8] + deepNormal.green * \\[value \\[value nname]_inv.world_matrix.9] + deepNormal.blue * \\[value \\[value nname]_inv.world_matrix.10]\"\n chans0 {-deepNormal.red -deepNormal.green -deepNormal.blue deepNormal.alpha}\n chans1 none\n deepNormal.alpha \"max( deepNormal.alpha, \\[value globalTCL.pt_nstack] )\"\n name DeepExpression82\n xpos -268\n ypos 1544\n addUserKnob {20 User}\n addUserKnob {1 nname}\n nname pt_d_w\n }\n DeepExpression {\n temp_name0 zpos\n temp_expr0 \"( deepPosition.red - \\[value \\[value nname].world_matrix.3] ) * \\[value \\[value nname]_inv.world_matrix.8] + ( deepPosition.green - \\[value \\[value nname].world_matrix.7] ) * \\[value \\[value nname]_inv.world_matrix.9] + ( deepPosition.blue - \\[value \\[value nname].world_matrix.11] ) * \\[value \\[value nname]_inv.world_matrix.10]\"\n temp_name1 znor\n temp_expr1 \"deepNormal.red * \\[value \\[value nname]_inv.world_matrix.8] + deepNormal.green * \\[value \\[value nname]_inv.world_matrix.9] + deepNormal.blue * \\[value \\[value nname]_inv.world_matrix.10]\"\n chans0 {-deepNormal.red -deepNormal.green -deepNormal.blue deepNormal.alpha}\n chans1 none\n deepNormal.alpha \"max( deepNormal.alpha, \\[value globalTCL.pt_nstack] )\"\n name DeepExpression83\n xpos -268\n ypos 1624\n addUserKnob {20 User}\n addUserKnob {1 nname}\n nname pt_d_sw\n }\n DeepExpression {\n temp_name0 zpos\n temp_expr0 \"( deepPosition.red - \\[value \\[value nname].world_matrix.3] ) * \\[value \\[value nname]_inv.world_matrix.8] + ( deepPosition.green - \\[value \\[value nname].world_matrix.7] ) * \\[value \\[value nname]_inv.world_matrix.9] + ( deepPosition.blue - \\[value \\[value nname].world_matrix.11] ) * \\[value \\[value nname]_inv.world_matrix.10]\"\n temp_name1 znor\n temp_expr1 \"deepNormal.red * \\[value \\[value nname]_inv.world_matrix.8] + deepNormal.green * \\[value \\[value nname]_inv.world_matrix.9] + deepNormal.blue * \\[value \\[value nname]_inv.world_matrix.10]\"\n chans0 {-deepNormal.red -deepNormal.green -deepNormal.blue deepNormal.alpha}\n chans1 none\n deepNormal.alpha \"max( deepNormal.alpha, \\[value globalTCL.pt_nstack] )\"\n name DeepExpression84\n xpos -268\n ypos 1704\n addUserKnob {20 User}\n addUserKnob {1 nname}\n nname pt_d_s\n }\n DeepExpression {\n temp_name0 zpos\n temp_expr0 \"( deepPosition.red - \\[value \\[value nname].world_matrix.3] ) * \\[value \\[value nname]_inv.world_matrix.8] + ( deepPosition.green - \\[value \\[value nname].world_matrix.7] ) * \\[value \\[value nname]_inv.world_matrix.9] + ( deepPosition.blue - \\[value \\[value nname].world_matrix.11] ) * \\[value \\[value nname]_inv.world_matrix.10]\"\n temp_name1 znor\n temp_expr1 \"deepNormal.red * \\[value \\[value nname]_inv.world_matrix.8] + deepNormal.green * \\[value \\[value nname]_inv.world_matrix.9] + deepNormal.blue * \\[value \\[value nname]_inv.world_matrix.10]\"\n chans0 {-deepNormal.red -deepNormal.green -deepNormal.blue deepNormal.alpha}\n chans1 none\n deepNormal.alpha \"max( deepNormal.alpha, \\[value globalTCL.pt_nstack] )\"\n name DeepExpression85\n xpos -268\n ypos 1784\n addUserKnob {20 User}\n addUserKnob {1 nname}\n nname pt_d_se\n }\n DeepExpression {\n temp_name0 zpos\n temp_expr0 \"( deepPosition.red - \\[value \\[value nname].world_matrix.3] ) * \\[value \\[value nname]_inv.world_matrix.8] + ( deepPosition.green - \\[value \\[value nname].world_matrix.7] ) * \\[value \\[value nname]_inv.world_matrix.9] + ( deepPosition.blue - \\[value \\[value nname].world_matrix.11] ) * \\[value \\[value nname]_inv.world_matrix.10]\"\n temp_name1 znor\n temp_expr1 \"deepNormal.red * \\[value \\[value nname]_inv.world_matrix.8] + deepNormal.green * \\[value \\[value nname]_inv.world_matrix.9] + deepNormal.blue * \\[value \\[value nname]_inv.world_matrix.10]\"\n chans0 {-deepNormal.red -deepNormal.green -deepNormal.blue deepNormal.alpha}\n chans1 none\n deepNormal.alpha \"max( deepNormal.alpha, \\[value globalTCL.pt_nstack] )\"\n name DeepExpression86\n xpos -268\n ypos 1864\n addUserKnob {20 User}\n addUserKnob {1 nname}\n nname pt_d_e\n }\n DeepExpression {\n temp_name0 zpos\n temp_expr0 \"( deepPosition.red - \\[value \\[value nname].world_matrix.3] ) * \\[value \\[value nname]_inv.world_matrix.8] + ( deepPosition.green - \\[value \\[value nname].world_matrix.7] ) * \\[value \\[value nname]_inv.world_matrix.9] + ( deepPosition.blue - \\[value \\[value nname].world_matrix.11] ) * \\[value \\[value nname]_inv.world_matrix.10]\"\n temp_name1 znor\n temp_expr1 \"deepNormal.red * \\[value \\[value nname]_inv.world_matrix.8] + deepNormal.green * \\[value \\[value nname]_inv.world_matrix.9] + deepNormal.blue * \\[value \\[value nname]_inv.world_matrix.10]\"\n chans0 {-deepNormal.red -deepNormal.green -deepNormal.blue deepNormal.alpha}\n chans1 none\n deepNormal.alpha \"max( deepNormal.alpha, \\[value globalTCL.pt_nstack] )\"\n name DeepExpression87\n xpos -268\n ypos 1944\n addUserKnob {20 User}\n addUserKnob {1 nname}\n nname pt_d_ne\n }\n DeepExpression {\n temp_name0 zpos\n temp_expr0 \"( deepPosition.red - \\[value \\[value nname].world_matrix.3] ) * \\[value \\[value nname]_inv.world_matrix.8] + ( deepPosition.green - \\[value \\[value nname].world_matrix.7] ) * \\[value \\[value nname]_inv.world_matrix.9] + ( deepPosition.blue - \\[value \\[value nname].world_matrix.11] ) * \\[value \\[value nname]_inv.world_matrix.10]\"\n temp_name1 znor\n temp_expr1 \"deepNormal.red * \\[value \\[value nname]_inv.world_matrix.8] + deepNormal.green * \\[value \\[value nname]_inv.world_matrix.9] + deepNormal.blue * \\[value \\[value nname]_inv.world_matrix.10]\"\n chans0 {-deepNormal.red -deepNormal.green -deepNormal.blue deepNormal.alpha}\n chans1 none\n deepNormal.alpha \"max( deepNormal.alpha, \\[value globalTCL.pt_nstack] )\"\n name DeepExpression88\n xpos -268\n ypos 2206\n addUserKnob {20 User}\n addUserKnob {1 nname}\n nname pt_d\n }\n DeepExpression {\n temp_name0 zpos\n temp_expr0 \"( deepPosition.red - \\[value \\[value nname].world_matrix.3] ) * \\[value \\[value nname]_inv.world_matrix.8] + ( deepPosition.green - \\[value \\[value nname].world_matrix.7] ) * \\[value \\[value nname]_inv.world_matrix.9] + ( deepPosition.blue - \\[value \\[value nname].world_matrix.11] ) * \\[value \\[value nname]_inv.world_matrix.10]\"\n temp_name1 znor\n temp_expr1 \"deepNormal.red * \\[value \\[value nname]_inv.world_matrix.8] + deepNormal.green * \\[value \\[value nname]_inv.world_matrix.9] + deepNormal.blue * \\[value \\[value nname]_inv.world_matrix.10]\"\n chans0 {-deepNormal.red -deepNormal.green -deepNormal.blue deepNormal.alpha}\n chans1 none\n deepNormal.alpha \"max( deepNormal.alpha, \\[value globalTCL.pt_nstack] )\"\n name DeepExpression89\n xpos -268\n ypos 2286\n addUserKnob {20 User}\n addUserKnob {1 nname}\n nname pt_t\n }\n DeepExpression {\n chans0 {-deepNormal.red -deepNormal.green -deepNormal.blue deepNormal.alpha}\n chans1 none\n deepNormal.alpha \"clamp( (1-deepNormal.alpha) * \\[value globalTCL.sphereLinear] )\"\n name DeepExpression30\n label linear\n xpos -268\n ypos 2863\n }\n DeepExpression {\n chans0 {-deepNormal.red -deepNormal.green -deepNormal.blue deepNormal.alpha}\n chans1 none\n deepNormal.alpha \"1- pow( 1-pow( deepNormal.alpha , \\[value expO] ) , \\[value expI] )\"\n name DeepExpression35\n label exponential\n xpos -268\n ypos 3006\n addUserKnob {20 User}\n addUserKnob {7 expI}\n expI {{\"parent.exp_in < 0.01 ? 0.01 : parent.exp_in\"}}\n addUserKnob {7 expO}\n expO {{\"parent.exp_out < 0.01 ? 0.01 : parent.exp_out\"}}\n }\n Dot {\n name Dot4\n xpos -234\n ypos 3344\n }\nset N514cb000 [stack 0]\n Dot {\n name Dot8\n xpos 343\n ypos 3344\n }\n DeepExpression {\n temp_name0 celShade\n temp_expr0 \"clamp(deepNormal.alpha) ** \\[value toonRatio] * (\\[value toonLayers]+1)\"\n chans0 {-deepNormal.red -deepNormal.green -deepNormal.blue deepNormal.alpha}\n chans1 none\n deepNormal.alpha \"( (int(celShade)-1)/\\[value toonLayers]) + (clamp( (celShade%1) * (1/(1-clamp(\\[value toonSharpness]))) ) * (1/\\[value toonLayers]) )\"\n name DeepExpression40\n xpos 309\n ypos 3517\n addUserKnob {20 User}\n addUserKnob {3 toonLayers}\n toonLayers {{\"\\[metadata sLayers]+0 <= 1 ? 1 : \\[metadata sLayers]+0\"}}\n addUserKnob {7 toonSharpness}\n toonSharpness {{\"\\[metadata sSharpness]+0\"}}\n addUserKnob {7 toonRatio}\n toonRatio {{\"\\[metadata sRatio]+0\"}}\n }\n DeepExpression {\n chans0 {-deepNormal.red -deepNormal.green -deepNormal.blue deepNormal.alpha}\n chans1 none\n deepNormal.alpha clamp(deepNormal.alpha)\n name DeepExpression49\n label clamp\n xpos 309\n ypos 3642\n }\n Dot {\n name Dot10\n xpos 343\n ypos 3909\n }\nset N514ca000 [stack 0]\n DeepExpression {\n temp_name0 lr\n temp_expr0 \"deepNormal.alpha * \\[value parent.intensity] * \\[value parent.color.r]\"\n temp_name1 lg\n temp_expr1 \"deepNormal.alpha * \\[value parent.intensity] * \\[value parent.color.g]\"\n temp_name2 lb\n temp_expr2 \"deepNormal.alpha * \\[value parent.intensity] * \\[value parent.color.b]\"\n chans0 {rgba.red rgba.green rgba.blue none}\n chans1 none\n rgba.red \"r * cs.matrix.0 + g * cs.matrix.1 + b * cs.matrix.2\"\n rgba.green \"lr * cs.matrix.3 + lg * cs.matrix.4 + lb * cs.matrix.5\"\n rgba.blue \"lr * cs.matrix.6 + lg * cs.matrix.7 + lb * cs.matrix.8\"\n name DeepExpression59\n label color\n xpos 2193\n ypos 4218\n }\n DeepExpression {\n chans0 {rgba.red rgba.green rgba.blue none}\n chans1 none\n rgba.red \"r * cs_inv.matrix.0 + g * cs_inv.matrix.1 + b * cs_inv.matrix.2\"\n rgba.green \"r * cs_inv.matrix.3 + g * cs_inv.matrix.4 + b * cs_inv.matrix.5\"\n rgba.blue \"r * cs_inv.matrix.6 + g * cs_inv.matrix.7 + b * cs_inv.matrix.8\"\n name DeepExpression60\n xpos 2193\n ypos 4310\n }\npush $N514ca000\n DeepExpression {\n temp_name0 lr\n temp_expr0 \"deepNormal.alpha * \\[value parent.intensity] * \\[value parent.color.r]\"\n temp_name1 lg\n temp_expr1 \"deepNormal.alpha * \\[value parent.intensity] * \\[value parent.color.g]\"\n temp_name2 lb\n temp_expr2 \"deepNormal.alpha * \\[value parent.intensity] * \\[value parent.color.b]\"\n chans0 {rgba.red rgba.green rgba.blue none}\n chans1 none\n rgba.red \"lr<1 && r<1 ? (r+lr-r*lr) : lr(2*(lr-0.5)) ? r : (2*(lr-0.5)) )\\n\"\n rgba.green \"lg<0.5 ? ( g<(2*lg) ? g : (2*lg) ) : ( g>(2*(lg-0.5)) ? g : (2*(lg-0.5)) )\"\n rgba.blue \"lb<0.5 ? ( b<(2*lb) ? b : (2*lb) ) : ( b>(2*(lb-0.5)) ? b : (2*(lb-0.5)) )\"\n name DeepExpression56\n label \"pin light\"\n xpos 1301\n ypos 4228\n }\npush $N514ca000\n DeepExpression {\n temp_name0 lr\n temp_expr0 \"deepNormal.alpha * \\[value parent.intensity] * \\[value parent.color.r]\"\n temp_name1 lg\n temp_expr1 \"deepNormal.alpha * \\[value parent.intensity] * \\[value parent.color.g]\"\n temp_name2 lb\n temp_expr2 \"deepNormal.alpha * \\[value parent.intensity] * \\[value parent.color.b]\"\n chans0 {rgba.red rgba.green rgba.blue none}\n chans1 none\n rgba.red \"lr<0.5 ? ( (2*lr)==0 ? (2*lr) : (1-(1-r)/(2*lr))>0 ? (1-(1-r)/(2*lr)) : 0 ) : ( (2*(lr-0.5))==1 ? (2*(lr-0.5)) : (r/(1-(2*(lr-0.5))))<1 ? (r/(1-(2*(lr-0.5)))) : 1 )\"\n rgba.green \"lg<0.5 ? ( (2*lg)==0 ? (2*lg) : (1-(1-g)/(2*lg))>0 ? (1-(1-g)/(2*lg)) : 0 ) : ( (2*(lg-0.5))==1 ? (2*(lg-0.5)) : (g/(1-(2*(lg-0.5))))<1 ? (g/(1-(2*(lg-0.5)))) : 1 )\"\n rgba.blue \"lb<0.5 ? ( (2*lb)==0 ? (2*lb) : (1-(1-b)/(2*lb))>0 ? (1-(1-b)/(2*lb)) : 0 ) : ( (2*(lb-0.5))==1 ? (2*(lb-0.5)) : (b/(1-(2*(lb-0.5))))<1 ? (b/(1-(2*(lb-0.5)))) : 1 )\"\n name DeepExpression55\n label \"vivid light\"\n xpos 1206\n ypos 4232\n }\npush $N514ca000\n DeepExpression {\n temp_name0 lr\n temp_expr0 \"deepNormal.alpha * \\[value parent.intensity] * \\[value parent.color.r]\"\n temp_name1 lg\n temp_expr1 \"deepNormal.alpha * \\[value parent.intensity] * \\[value parent.color.g]\"\n temp_name2 lb\n temp_expr2 \"deepNormal.alpha * \\[value parent.intensity] * \\[value parent.color.b]\"\n chans0 {rgba.red rgba.green rgba.blue none}\n chans1 none\n rgba.red \"lr<0.5 ? r*lr : lr<1 && r<1 ? (r+lr-r*lr) : lrImage Output\"\n xpos 3043\n ypos 5174\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T n/a}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2019-05-23}\n addUserKnob {26 l_CHANGELOG l Changelog T \"for internal use\"}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n }\n Input {\n inputs 0\n name deep\n xpos 508\n ypos -26\n }\n Dot {\n name Dot5\n xpos 542\n ypos 31\n }\nset N2cdf5400 [stack 0]\n DeepExpression {\n chans1 none\n rgba.red deepPosition.red\n rgba.green deepPosition.green\n rgba.blue deepPosition.blue\n rgba.alpha \"alpha == 0 ? 0 : 1\"\n name DeepExpression15\n xpos 656\n ypos 28\n }\n DeepToImage {\n name DeepToImage2\n xpos 656\n ypos 185\n }\npush $N2cdf5400\n DeepToImage {\n name DeepToImage1\n xpos 508\n ypos 80\n }\n ShuffleCopy {\n inputs 2\n red red\n green green\n blue blue\n alpha black\n out deepPosition\n name ShuffleCopy1\n xpos 508\n ypos 185\n }\n Output {\n name Output1\n xpos 508\n ypos 265\n }\n end_group\n PositionToPoints2 {\n display textured\n selectable false\n render_mode textured\n cast_shadow false\n receive_shadow false\n P_channel deepPosition\n detail 0.1\n name deepPositionToPoints\n xpos 3043\n ypos 5280\n disable {{\"parent.display_ptc_type == 0 ? 1 : 0\"}}\n }\n Axis {\n inputs 0\n display off\n selectable false\n translate {{parent.translate} {parent.translate} {parent.translate}}\n name translateOnly\n xpos -6689\n ypos -53\n }\n Dot {\n name Dot2\n xpos -6665\n ypos 93\n }\nset N2cdaf000 [stack 0]\n Axis {\n display off\n selectable false\n rotate {0 180 0}\n name pt_s\n xpos -6209\n ypos 1050\n }\npush $N2cdaf000\n Axis {\n display off\n selectable false\n rotate {0 135 0}\n name pt_sw\n xpos -6329\n ypos 1050\n }\npush $N2cdaf000\n Axis {\n display off\n selectable false\n rotate {0 -45 0}\n name pt_ne\n xpos -5849\n ypos 1050\n }\npush $N2cdaf000\n Axis {\n display off\n selectable false\n rotate {45 90 0}\n name pt_t_w\n xpos -5489\n ypos 1050\n }\npush $N2cdaf000\n Axis {\n display off\n selectable false\n rotate {45 135 0}\n name pt_t_sw\n xpos -5369\n ypos 1050\n }\npush $N2cdaf000\n Axis {\n display off\n selectable false\n rotate {45 180 0}\n name pt_t_s\n xpos -5249\n ypos 1050\n }\npush $N2cdaf000\n Axis {\n display off\n selectable false\n rotate {45 -135 0}\n name pt_t_se\n xpos -5129\n ypos 1050\n }\npush $N2cdaf000\n Axis {\n display off\n selectable false\n rotate {45 -90 0}\n name pt_t_e\n xpos -5009\n ypos 1050\n }\npush $N2cdaf000\n Axis {\n display off\n selectable false\n rotate {45 -45 0}\n name pt_t_ne\n xpos -4889\n ypos 1050\n }\npush $N2cdaf000\n Axis {\n display off\n selectable false\n rotate {-45 45 0}\n name pt_d_nw\n xpos -4649\n ypos 1050\n }\npush $N2cdaf000\n Axis {\n display off\n selectable false\n rotate {-45 90 0}\n name pt_d_w\n xpos -4529\n ypos 1050\n }\npush $N2cdaf000\n Axis {\n display off\n selectable false\n rotate {-45 135 0}\n name pt_d_sw\n xpos -4409\n ypos 1050\n }\npush $N2cdaf000\n Axis {\n display off\n selectable false\n rotate {-45 -135 0}\n name pt_d_se\n xpos -4169\n ypos 1050\n }\npush $N2cdaf000\n Axis {\n display off\n selectable false\n rotate {-45 -90 0}\n name pt_d_e\n xpos -4049\n ypos 1050\n }\npush $N2cdaf000\n Axis {\n display off\n selectable false\n rotate {90 0 0}\n name pt_t\n xpos -3689\n ypos 1050\n }\npush $N2cdaf000\n Axis {\n display off\n selectable false\n rotate {45 45 0}\n name pt_t_nw\n xpos -5609\n ypos 1050\n }\npush $N2cdaf000\n Axis {\n display off\n selectable false\n rotate {-45 180 0}\n name pt_d_s\n xpos -4289\n ypos 1050\n }\npush $N2cdaf000\n Axis {\n display off\n selectable false\n rotate {0 90 0}\n name pt_w\n xpos -6449\n ypos 1050\n }\npush $N2cdaf000\n Axis {\n display off\n selectable false\n rotate {0 -135 0}\n name pt_se\n xpos -6089\n ypos 1050\n }\n Axis {\n inputs 0\n rot_order YXZ\n rotate {{\"-\\[value mother].rotate.x\"} {\"-\\[value mother].rotate.y\"} 0}\n name pt_w_inv\n xpos -6449\n ypos 1200\n addUserKnob {20 User}\n addUserKnob {1 mother}\n mother pt_w\n }\n Axis {\n inputs 0\n rot_order YXZ\n rotate {{\"-\\[value mother].rotate.x\"} {\"-\\[value mother].rotate.y\"} 0}\n name pt_nw_inv\n xpos -6569\n ypos 1200\n addUserKnob {20 User}\n addUserKnob {1 mother}\n mother pt_nw\n }\n Axis {\n inputs 0\n rot_order YXZ\n rotate {{\"-\\[value mother].rotate.x\"} {\"-\\[value mother].rotate.y\"} 0}\n name pt_s_inv\n xpos -6209\n ypos 1200\n addUserKnob {20 User}\n addUserKnob {1 mother}\n mother pt_s\n }\n Axis {\n inputs 0\n rot_order YXZ\n rotate {{\"-\\[value mother].rotate.x\"} {\"-\\[value mother].rotate.y\"} 0}\n name pt_se_inv\n xpos -6089\n ypos 1200\n addUserKnob {20 User}\n addUserKnob {1 mother}\n mother pt_se\n }\n Axis {\n inputs 0\n rot_order YXZ\n rotate {{\"-\\[value mother].rotate.x\"} {\"-\\[value mother].rotate.y\"} 0}\n name pt_e_inv\n xpos -5969\n ypos 1200\n addUserKnob {20 User}\n addUserKnob {1 mother}\n mother pt_e\n }\n Axis {\n inputs 0\n rot_order YXZ\n rotate {{\"-\\[value mother].rotate.x\"} {\"-\\[value mother].rotate.y\"} 0}\n name pt_ne_inv\n xpos -5849\n ypos 1200\n addUserKnob {20 User}\n addUserKnob {1 mother}\n mother pt_ne\n }\n Axis {\n inputs 0\n rot_order YXZ\n rotate {{\"-\\[value mother].rotate.x\"} {\"-\\[value mother].rotate.y\"} 0}\n name pt_t_n_inv\n xpos -5729\n ypos 1200\n addUserKnob {20 User}\n addUserKnob {1 mother}\n mother pt_t_n\n }\n Axis {\n inputs 0\n rot_order YXZ\n rotate {{\"-\\[value mother].rotate.x\"} {\"-\\[value mother].rotate.y\"} 0}\n name pt_t_w_inv\n xpos -5489\n ypos 1200\n addUserKnob {20 User}\n addUserKnob {1 mother}\n mother pt_t_w\n }\n Axis {\n inputs 0\n rot_order YXZ\n rotate {{\"-\\[value mother].rotate.x\"} {\"-\\[value mother].rotate.y\"} 0}\n name pt_t_se_inv\n xpos -5129\n ypos 1200\n addUserKnob {20 User}\n addUserKnob {1 mother}\n mother pt_t_se\n }\n Axis {\n inputs 0\n rot_order YXZ\n rotate {{\"-\\[value mother].rotate.x\"} {\"-\\[value mother].rotate.y\"} 0}\n name pt_t_ne_inv\n xpos -4889\n ypos 1200\n addUserKnob {20 User}\n addUserKnob {1 mother}\n mother pt_t_ne\n }\n Axis {\n inputs 0\n rot_order YXZ\n rotate {{\"-\\[value mother].rotate.x\"} {\"-\\[value mother].rotate.y\"} 0}\n name pt_d_n_inv\n xpos -4769\n ypos 1200\n addUserKnob {20 User}\n addUserKnob {1 mother}\n mother pt_d_n\n }\n Axis {\n inputs 0\n rot_order YXZ\n rotate {{\"-\\[value mother].rotate.x\"} {\"-\\[value mother].rotate.y\"} 0}\n name pt_d_nw_inv\n xpos -4649\n ypos 1200\n addUserKnob {20 User}\n addUserKnob {1 mother}\n mother pt_d_nw\n }\n Axis {\n inputs 0\n rot_order YXZ\n rotate {{\"-\\[value mother].rotate.x\"} {\"-\\[value mother].rotate.y\"} 0}\n name pt_d_w_inv\n xpos -4529\n ypos 1200\n addUserKnob {20 User}\n addUserKnob {1 mother}\n mother pt_d_w\n }\n Axis {\n inputs 0\n rot_order YXZ\n rotate {{\"-\\[value mother].rotate.x\"} {\"-\\[value mother].rotate.y\"} 0}\n name pt_d_sw_inv\n xpos -4409\n ypos 1200\n addUserKnob {20 User}\n addUserKnob {1 mother}\n mother pt_d_sw\n }\n Axis {\n inputs 0\n rot_order YXZ\n rotate {{\"-\\[value mother].rotate.x\"} {\"-\\[value mother].rotate.y\"} 0}\n name pt_d_s_inv\n xpos -4289\n ypos 1200\n addUserKnob {20 User}\n addUserKnob {1 mother}\n mother pt_d_s\n }\n Axis {\n inputs 0\n rot_order YXZ\n rotate {{\"-\\[value mother].rotate.x\"} {\"-\\[value mother].rotate.y\"} 0}\n name pt_d_se_inv\n xpos -4169\n ypos 1200\n addUserKnob {20 User}\n addUserKnob {1 mother}\n mother pt_d_se\n }\n Axis {\n inputs 0\n rot_order YXZ\n rotate {{\"-\\[value mother].rotate.x\"} {\"-\\[value mother].rotate.y\"} 0}\n name pt_d_ne_inv\n xpos -3929\n ypos 1200\n addUserKnob {20 User}\n addUserKnob {1 mother}\n mother pt_d_ne\n }\n Axis {\n inputs 0\n rot_order YXZ\n rotate {{\"-\\[value mother].rotate.x\"} {\"-\\[value mother].rotate.y\"} 0}\n name pt_d_inv\n xpos -3809\n ypos 1200\n addUserKnob {20 User}\n addUserKnob {1 mother}\n mother pt_d\n }\npush $N2cdaf000\n Axis {\n display off\n selectable false\n rotate {-90 0 0}\n name pt_d\n xpos -3809\n ypos 1050\n }\npush $N2cdaf000\n Axis {\n display off\n selectable false\n rotate {-45 -45 0}\n name pt_d_ne\n xpos -3929\n ypos 1050\n }\npush $N2cdaf000\n Axis {\n display off\n selectable false\n rotate {45 0 0}\n name pt_t_n\n xpos -5729\n ypos 1050\n }\npush $N2cdaf000\n Axis {\n display off\n selectable false\n rotate {-45 0 0}\n name pt_d_n\n xpos -4769\n ypos 1050\n }\n NoOp {\n inputs 0\n name menu01\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nshareKnobs = \\['exp_in','exp_out','world_unit']\\nspKnobs = \\['cone_angle','cone_penumbra_angle']\\n\\nif thisGRP\\['light_type'].value() == 'point' :\\n for knob in shareKnobs :\\n thisGRP\\[knob].setVisible(True)\\n for knob in spKnobs :\\n thisGRP\\[knob].setVisible(False)\\n thisGRP\\['display_spot'].setVisible(False)\\n thisGRP\\['display_light'].setVisible(True)\\n\\nelif thisGRP\\['light_type'].value() == 'directional' :\\n for knob in shareKnobs :\\n thisGRP\\[knob].setVisible(False)\\n for knob in spKnobs :\\n thisGRP\\[knob].setVisible(False)\\n thisGRP\\['display_spot'].setVisible(False)\\n thisGRP\\['display_light'].setVisible(True)\\n\\nelif thisGRP\\['light_type'].value() == 'spot' :\\n for knob in shareKnobs :\\n thisGRP\\[knob].setVisible(True)\\n for knob in spKnobs :\\n thisGRP\\[knob].setVisible(True)\\n thisGRP\\['display_spot'].setVisible(True)\\n thisGRP\\['display_light'].setVisible(False)\\n\"\n xpos -6708\n ypos -757\n addUserKnob {20 User}\n addUserKnob {4 light_type l \"light type\" M {point directional spot \"\"}}\n }\n Matrix {\n inputs 0\n matrix {\n {0.4339115 0.37622687 0.1898616}\n {0.21264936 0.71516907 0.07218152}\n {0.01775321 0.10946182 0.87278491}\n }\n name cs\n xpos 2315\n ypos 4213\n }\n Matrix {\n inputs 0\n matrix {\n {3.08022809 -1.537308455 -0.5429191589}\n {-0.9212164879 1.875966549 0.04525000602}\n {0.05288143829 -0.2040073872 1.151125908}\n }\n name cs_inv\n xpos 2318\n ypos 4300\n }\n Axis {\n inputs 0\n rot_order YXZ\n rotate {{-parent.rotate} {-parent.rotate} {-parent.rotate}}\n name LGT_inv\n xpos -6730\n ypos -391\n }\n Axis {\n inputs 0\n name LGT\n xpos -6633\n ypos -391\n }\n Group {\n inputs 0\n name point\n xpos -6499\n ypos -464\n }\n Sphere {\n inputs 0\n display wireframe\n render_mode off\n cast_shadow false\n receive_shadow false\n rows 10\n columns 10\n uniform_scale 0.1\n name Sphere24\n xpos -497\n ypos -420\n }\n Output {\n name Output1\n xpos -497\n ypos -320\n }\n end_group\n TransformGeo {\n inputs 2\n selectable false\n uniform_scale {{parent.uniform_scale}}\n name showupTG\n gl_color 0x7f7f7fff\n xpos -6499\n ypos -370\n }\npush $N4c88ec00\n NoOp {\n name getCam\n xpos -6271\n ypos -466\n addUserKnob {20 User}\n addUserKnob {13 cmr01}\n cmr01 {{\"\\[lrange \\[split \\[metadata DVPcamMTX] \\\" \\\"] 0 0]+0\"} {\"\\[lrange \\[split \\[metadata DVPcamMTX] \\\" \\\"] 1 1]+0\"} {\"\\[lrange \\[split \\[metadata DVPcamMTX] \\\" \\\"] 2 2]+0\"}}\n addUserKnob {13 cmr02}\n cmr02 {{\"\\[lrange \\[split \\[metadata DVPcamMTX] \\\" \\\"] 4 4]+0\"} {\"\\[lrange \\[split \\[metadata DVPcamMTX] \\\" \\\"] 5 5]+0\"} {\"\\[lrange \\[split \\[metadata DVPcamMTX] \\\" \\\"] 6 6]+0\"}}\n addUserKnob {13 cmr03}\n cmr03 {{\"\\[lrange \\[split \\[metadata DVPcamMTX] \\\" \\\"] 8 8]+0\"} {\"\\[lrange \\[split \\[metadata DVPcamMTX] \\\" \\\"] 9 9]+0\"} {\"\\[lrange \\[split \\[metadata DVPcamMTX] \\\" \\\"] 10 10]+0\"}}\n }\n Axis {\n inputs 0\n rot_order YXZ\n rotate {{\"-\\[value mother].rotate.x\"} {\"-\\[value mother].rotate.y\"} 0}\n name pt_sw_inv\n xpos -6329\n ypos 1200\n addUserKnob {20 User}\n addUserKnob {1 mother}\n mother pt_sw\n }\n Axis {\n inputs 0\n rot_order YXZ\n rotate {{\"-\\[value mother].rotate.x\"} {\"-\\[value mother].rotate.y\"} 0}\n name pt_t_nw_inv\n xpos -5609\n ypos 1200\n addUserKnob {20 User}\n addUserKnob {1 mother}\n mother pt_t_nw\n }\n Axis {\n inputs 0\n rot_order YXZ\n rotate {{\"-\\[value mother].rotate.x\"} {\"-\\[value mother].rotate.y\"} 0}\n name pt_t_sw_inv\n xpos -5369\n ypos 1200\n addUserKnob {20 User}\n addUserKnob {1 mother}\n mother pt_t_sw\n }\n Axis {\n inputs 0\n rot_order YXZ\n rotate {{\"-\\[value mother].rotate.x\"} {\"-\\[value mother].rotate.y\"} 0}\n name pt_t_s_inv\n xpos -5249\n ypos 1200\n addUserKnob {20 User}\n addUserKnob {1 mother}\n mother pt_t_s\n }\n Axis {\n inputs 0\n rot_order YXZ\n rotate {{\"-\\[value mother].rotate.x\"} {\"-\\[value mother].rotate.y\"} 0}\n name pt_t_e_inv\n xpos -5009\n ypos 1200\n addUserKnob {20 User}\n addUserKnob {1 mother}\n mother pt_t_e\n }\n Axis {\n inputs 0\n rot_order YXZ\n rotate {{\"-\\[value mother].rotate.x\"} {\"-\\[value mother].rotate.y\"} 0}\n name pt_d_e_inv\n xpos -4049\n ypos 1200\n addUserKnob {20 User}\n addUserKnob {1 mother}\n mother pt_d_e\n }\n Axis {\n inputs 0\n rot_order YXZ\n rotate {{\"-\\[value mother].rotate.x\"} {\"-\\[value mother].rotate.y\"} 0}\n name pt_t_inv\n xpos -3689\n ypos 1200\n addUserKnob {20 User}\n addUserKnob {1 mother}\n mother pt_t\n }\npush $N2cdaf000\n Axis {\n display off\n selectable false\n name pt_n\n xpos -6689\n ypos 1050\n }\n Axis {\n inputs 0\n rot_order YXZ\n rotate {{\"-\\[value mother].rotate.x\"} {\"-\\[value mother].rotate.y\"} 0}\n name pt_n_inv\n xpos -6689\n ypos 1200\n addUserKnob {20 User}\n addUserKnob {1 mother}\n mother pt_n\n }\npush $N2cdaf000\n Axis {\n display off\n selectable false\n rotate {0 45 0}\n name pt_nw\n xpos -6569\n ypos 1050\n }\npush $N2cdaf000\n Axis {\n display off\n selectable false\n rotate {0 -90 0}\n name pt_e\n xpos -5969\n ypos 1050\n }\n NoOp {\n inputs 0\n name globalTCL\n xpos -6271\n ypos -351\n addUserKnob {20 User}\n addUserKnob {1 nodeNameLGT}\n nodeNameLGT LGT_inv.world_matrix\n addUserKnob {1 lgtPX}\n lgtPX \"(deepPosition.red-\\[value LGT.world_matrix.3])*\\[value nodeNameLGT].0 + (deepPosition.green-\\[value LGT.world_matrix.7])*\\[value nodeNameLGT].1 + (deepPosition.blue-\\[value LGT.world_matrix.11])*\\[value nodeNameLGT].2\"\n addUserKnob {1 lgtPY}\n lgtPY \"(deepPosition.red-\\[value LGT.world_matrix.3])*\\[value nodeNameLGT].4 + (deepPosition.green-\\[value LGT.world_matrix.7])*\\[value nodeNameLGT].5 + (deepPosition.blue-\\[value LGT.world_matrix.11])*\\[value nodeNameLGT].6\"\n addUserKnob {1 lgtPZ}\n lgtPZ \"(deepPosition.red-\\[value LGT.world_matrix.3])*\\[value nodeNameLGT].8 + (deepPosition.green-\\[value LGT.world_matrix.7])*\\[value nodeNameLGT].9 + (deepPosition.blue-\\[value LGT.world_matrix.11])*\\[value nodeNameLGT].10\"\n addUserKnob {26 \"\"}\n addUserKnob {1 sphereLinear}\n sphereLinear \"1-clamp( sqrt( pow2(\\[value globalTCL.lgtPX]) + pow2(\\[value globalTCL.lgtPY]) + pow2(\\[value globalTCL.lgtPZ]) ) * \\[value globalTCL.ptSize] )\"\n addUserKnob {26 \"\"}\n addUserKnob {7 unit}\n unit {{\"parent.world_unit==4? 1000000 : pow( 10 , parent.world_unit )\"}}\n addUserKnob {7 ptSize}\n ptSize {{1/(parent.intensity*unit)}}\n addUserKnob {1 pt_nstack}\n pt_nstack \"clamp( (1-znor) * -zpos * \\[value globalTCL.ptSize] )\"\n addUserKnob {26 \"\"}\n addUserKnob {7 iBias}\n iBias 5\n }\n NoOp {\n inputs 0\n name menu02\n knobChanged \"\\nthisN = nuke.thisNode()\\nfor knob in thisN.knobs() :\\n try :\\n if knob.split('_')\\[1] == 'panelDropped' :\\n thisN.removeKnob( thisN\\[knob] )\\n except :\\n pass\\n\"\n xpos -6585\n ypos -756\n addUserKnob {20 User}\n addUserKnob {18 color}\n color {1 1 1}\n addUserKnob {6 color_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_DVProjection.gizmo", "content": "Group {\n name DVProjection\n tile_color 0x597fff\n label \"2D image Output\"\n addUserKnob {20 tab_general l General}\n addUserKnob {41 transform_1 l transform T projCam.transform}\n addUserKnob {26 title_projcam l \"projection camera\"}\n addUserKnob {41 freeze_frame l \"freeze frame\" t \"Check this box to enable framehold function for animated camera\" T menu01.freeze_frame}\n addUserKnob {3 proj_framehold l framehold t \"Input the frame number and freeze the projection camera's animation\" +DISABLED}\n proj_framehold 1001\n addUserKnob {22 setframe l \"set current frame\" t \"Automatically set frame frame into framehold knob.\" -STARTLINE +DISABLED T \"nuke.thisGroup()\\['proj_framehold'].setValue( nuke.frame() )\"}\n addUserKnob {26 \"\"}\n addUserKnob {41 proj_rot_order l \"rotation order\" t \"Rotate order of the projection camera\" T projCam.rot_order}\n addUserKnob {41 proj_translate l translate t \"Translation of the projection camera\" T projCam.translate}\n addUserKnob {41 proj_rotate l rotate t \"Rotation of the projection camera\" T projCam.rotate}\n addUserKnob {22 set_link l \"link to selected camera\" t \"Selected any Camera nodes and this button will link the position to the projection camera.\" T \"thisGRP = nuke.thisGroup()\\ngoStore = nuke.toNode('globalTCL')\\ngoStore\\['fn'].execute()\\nroot = getLevel()\\nmainKnobs = \\['proj_world_matrix','proj_focal','proj_haperture','proj_win_translate','proj_win_scale','proj_winroll']\\ndefaultKnobs = \\{\\n\\t\\t\\t'world matrix' : 'world_matrix',\\n\\t\\t\\t'focal length' : 'focal',\\n\\t\\t\\t'horiz aperture' : 'haperture',\\n\\t\\t\\t'window translate' : 'win_translate',\\n\\t\\t\\t'window scale' : 'win_scale',\\n\\t\\t\\t'window roll' : 'winroll'\\n\\t\\t\\t\\}\\nselNodeKnobs = \\[]\\nmissingKnob = \\[]\\n\\ntry :\\n\\trefreshCamUI( 'link' , thisGRP )\\n\\n\\twith root :\\n\\t\\tselNode = nuke.selectedNode()\\n\\n\\tfor knob in selNode.knobs() :\\n\\t\\tselNodeKnobs.append( knob )\\n\\n\\tselNodeKnobs.sort()\\n\\n\\tfor key,value in defaultKnobs.items() :\\n\\t\\tif value not in selNodeKnobs :\\n\\t\\t\\tmissingKnob.append( key )\\n\\n\\tif not len(missingKnob) :\\n\\t\\twith root :\\n\\t\\t\\tfor knob in mainKnobs :\\n\\t\\t\\t\\tthisGRP\\[knob].clearAnimated()\\n\\n\\t\\t\\tCAMnode = selNode.name()\\n\\t\\t\\tthisGRP\\['proj_useMatrix'].setValue(True)\\n\\t\\t\\tthisGRP\\[mainKnobs\\[0]].setExpression( '\\{0\\}.world_matrix'.format(CAMnode) )\\n\\t\\t\\tthisGRP\\[mainKnobs\\[1]].setExpression( '\\{0\\}.focal'.format(CAMnode) )\\n\\t\\t\\tthisGRP\\[mainKnobs\\[2]].setExpression( '\\{0\\}.haperture'.format(CAMnode) )\\n\\t\\t\\tthisGRP\\[mainKnobs\\[3]].setExpression( '\\{0\\}.win_translate'.format(CAMnode) )\\n\\t\\t\\tthisGRP\\[mainKnobs\\[4]].setExpression( '\\{0\\}.win_scale'.format(CAMnode) )\\n\\t\\t\\tthisGRP\\[mainKnobs\\[5]].setExpression( '\\{0\\}.winroll'.format(CAMnode) )\\n\\telse :\\n\\t\\tp = nuke.Panel('Select knobs :')\\n\\t\\tp.addBooleanCheckBox( 'Unable to find the default knobs. Please use the pulldown menu below to define the knob manually.' , False)\\n\\t\\tfor rk in missingKnob :\\n\\t\\t\\tp.addEnumerationPulldown( rk, ' '.join( selNodeKnobs ) )\\n\\n\\t\\tif p.show() :\\n\\t\\t\\ttry :\\n\\t\\t\\t\\tfor key,value in defaultKnobs.items() :\\n\\t\\t\\t\\t\\tif p.value( key ) != None :\\n\\t\\t\\t\\t\\t\\tdefaultKnobs\\[key] = p.value( key )\\n\\t\\t\\texcept :\\n\\t\\t\\t\\tpass\\n\\n\\t\\t\\twith root :\\n\\t\\t\\t\\tfor knob in mainKnobs :\\n\\t\\t\\t\\t\\tthisGRP\\[knob].clearAnimated()\\n\\n\\t\\t\\t\\tCAMnode = selNode.name()\\n\\t\\t\\t\\tthisGRP\\['proj_useMatrix'].setValue(True)\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[0]].setExpression( '\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['world matrix']) )\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[1]].setExpression( '\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['focal length']) )\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[2]].setExpression( '\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['horiz aperture']) )\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[3]].setExpression( '\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['window translate']) )\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[4]].setExpression( '\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['window scale']) )\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[5]].setExpression( '\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['winroll']) )\\nexcept :\\n\\tnuke.message('no node selected.')\" +STARTLINE}\n addUserKnob {22 remove_link l \"remove linked expression\" t \"Remove the linked camera expression but won't reset any data.\" -STARTLINE T \"thisGRP = nuke.thisGroup()\\ngoStore = nuke.toNode('globalTCL')\\ngoStore\\['fn'].execute()\\nrefreshCamUI( 'remove' , thisGRP )\"}\n addUserKnob {20 grp_cam_settting l \"Camera setting\" n 1}\n grp_cam_settting 0\n addUserKnob {41 proj_focal l \"focal length\" T projCam.focal}\n addUserKnob {41 proj_haperture l \"horiz aperture\" T projCam.haperture}\n addUserKnob {41 proj_win_translate l \"window translate\" T projCam.win_translate}\n addUserKnob {41 proj_win_scale l \"window scale\" T projCam.win_scale}\n addUserKnob {41 proj_winroll l \"window roll\" T projCam.winroll}\n addUserKnob {41 proj_useMatrix l useMatrix +INVISIBLE T projCam.useMatrix}\n addUserKnob {41 proj_world_matrix l \"world matrix\" T projCam.matrix}\n addUserKnob {20 endGroup_2 l endGroup n -1}\n addUserKnob {78 proj_zrange l \"project z range\" t \"Projection falloff on the range of depth.\" n 4}\n proj_zrange {0 1 999999 1000000}\n addUserKnob {26 title_output l \"output settting\"}\n addUserKnob {4 output t \"wrapped texture + source\\nwhich is a projected texture composite with the input.\\n\\nwrapped texture\\nwhich is only projected texture\\n\\nuv\\nwhich is a uv map, can use this with STMap in downstream.\" M {\"wrapped texture + source\" \"wrapped texture\" uv \"\" \"\"}}\n addUserKnob {20 grp_stmap l \"STMap setting\" n 1}\n grp_stmap 0\n addUserKnob {41 channels l \"apply channels\" t \"Select channel to apply this projected texture.\" T DeepVP_STMap.channels}\n addUserKnob {41 filter t \"pixel filter of projected texture.\" T DeepVP_STMap.filter}\n addUserKnob {6 black_outside l \"black outside\" +STARTLINE}\n black_outside true\n addUserKnob {20 endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {20 grp_3dpreview l \"Pointcloud preview\" n 1}\n grp_3dpreview 0\n addUserKnob {4 display_ptc_type l \"display type\" t \"When you open this node's panel, you can check the pointcloud under 3D view.\\n\\nnone\\nwill not show the pointcloud in 3D\\n\\nraw pointcloud\\nshow the pointcloud from input data, without any effects from this node\\n\\nwith project image\\nThis can show the instant result of the projection. Since it feedback in real time, it might slow down the progress in 3D space.\" M {\"no pointcloud preview\" \"raw pointcloud\" \"with project image (slow)\" \"\" \"\" \"\" \"\" \"\"}}\n display_ptc_type \"raw pointcloud\"\n addUserKnob {41 detail l \"point detail\" t \"When you open this node's panel, you can check the pointcloud under 3D view.\\n\\nThis control the density of the pointcloud.\" T deepPositionToPoints.detail}\n addUserKnob {41 pointSize l \"point size\" t \"When you open this node's panel, you can check the pointcloud under 3D view.\\n\\nThis control the point size of the pointcloud.\" T deepPositionToPoints.pointSize}\n addUserKnob {20 endGroup_1 l endGroup n -1}\n addUserKnob {20 tab_misc l Misc}\n addUserKnob {41 keep_deepPosition l \"keep deepPosition\" T DVPToImage.keep_deepPosition}\n addUserKnob {41 keep_deepNormal l \"keep deepNormal\" T DVPToImage.keep_deepNormal}\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T 4.0}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2021-02-13}\n addUserKnob {22 btn_CHANGELOG l Changlelog T \"log = \\\"Deep2VPosition (Deep2VP)
- added camera setting to metadata
- remove bake and copy buttons
- rename to Deep2VP
- generate/select/import deepNormal in this node
- added generate normal in deep, still keep the previous one.

DVPort (DVPortal)
- renamed to DVPortal

DVPmatte
- removed 'option' knob, 2D matte can use 'open matte' instead
- open matte can choose show matte or color

DVPattern
- internal setup same as DVPmatte
- added rotation knob
- support 'open matte'

DVProjection
- remove bake and copy buttons
- remove all metadata created from Deep2VP

DVPsetLight
- added shader setting and input shader
- not required link camera anymore
- removed deepNormal setup, moved to Deep2VP node

DVPscene
- added multiple output options
- remove all metadata created from DVP's lighting system

DVPrelight
- added specular setup
- added toon shade setup
- fix pointcloud preview with effects

DVPrelightPT
- split up point light from DVPrelight
- fix point light duplicated algorithm

DVPfresnel
- not required link camera anymore
- fix unpremult process, the result was too dark

DVPToImage
- remove all metadata created from Deep2VP
- same as Deep2VP node color

new nodes :
DVPColorCorrect

added shaders :
DVP Shader
DVP Toon Shader\\\"\\nnuke.message( log )\" +STARTLINE}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n}\n BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0xff\n label \"don't touch\"\n note_font_size 42\n xpos -356\n ypos -364\n bdwidth 390\n bdheight 201\n }\n BackdropNode {\n inputs 0\n name BackdropNode2\n tile_color 0x4f4f4fff\n label bin\n note_font_size 42\n xpos -352\n ypos -67\n bdwidth 385\n bdheight 274\n }\n BackdropNode {\n inputs 0\n name BackdropNode3\n tile_color 0x35454cff\n label DeepPositionToImage\n note_font_size 42\n xpos 34\n ypos 688\n bdwidth 1453\n bdheight 350\n }\n NoOp {\n inputs 0\n name menu01\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nif thisGRP\\['freeze_frame'].getValue() == 1 :\\n thisGRP\\['proj_framehold'].setEnabled(True)\\n thisGRP\\['setframe'].setEnabled(True)\\nelse :\\n thisGRP\\['proj_framehold'].setEnabled(False)\\n thisGRP\\['setframe'].setEnabled(False)\\n\"\n xpos -322\n ypos -289\n addUserKnob {20 User}\n addUserKnob {6 freeze_frame l \"freeze frame\" +STARTLINE}\n }\n Camera {\n inputs 0\n name projCam\n gl_color 0xb2ffff\n xpos 1813\n ypos 2430\n }\n FrameHold {\n first_frame {{parent.proj_framehold}}\n name FrameHold\n xpos 1803\n ypos 2552\n disable {{!parent.freeze_frame}}\n }\n Scene {\n name Scene1\n xpos 1813\n ypos 2644\n }\npush 0\n ScanlineRender {\n inputs 2\n conservative_shader_sampling false\n motion_vectors_type off\n MB_channel none\n name ScanlineRender1\n xpos 1803\n ypos 2766\n }\n Input {\n inputs 0\n name deep\n xpos 494\n ypos -427\n }\n Dot {\n name Dot1\n xpos 528\n ypos -154\n }\nset N54d80c00 [stack 0]\n Dot {\n name Dot18\n xpos 1340\n ypos -154\n }\n Group {\n name DVPToImage\n tile_color 0x3d99ff\n label \"2D image Output\"\n selected true\n xpos 1306\n ypos 835\n addUserKnob {20 t_general l General}\n addUserKnob {4 nuke_version l \"\" +STARTLINE +INVISIBLE M {10 11 \"\" \"\"}}\n nuke_version 11\n addUserKnob {6 keep_deepPosition l \"keep deepPosition\" +STARTLINE}\n keep_deepPosition true\n addUserKnob {6 keep_deepNormal l \"keep deepNormal\" +STARTLINE}\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T n/a}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2020-12-13}\n addUserKnob {22 btn_CHANGELOG l Changlelog T \"log = \\\"for internal use\\\"\\nnuke.message( log )\" +STARTLINE}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n }\n Input {\n inputs 0\n name deep\n xpos 508\n ypos -26\n }\n ModifyMetaData {\n metadata {\n {remove DVPmatte \"\"}\n }\n name DVPmatteMD\n xpos 508\n ypos 35\n }\n Dot {\n name Dot5\n xpos 542\n ypos 117\n }\nset N54d27800 [stack 0]\n Dot {\n name Dot2\n xpos 704\n ypos 117\n }\nset N54d27400 [stack 0]\n Dot {\n name Dot1\n xpos 973\n ypos 117\n }\n DeepExpression {\n chans1 none\n rgba.red deepNormal.red\n rgba.green deepNormal.green\n rgba.blue deepNormal.blue\n rgba.alpha \"alpha <= 0 ? 0 : 1\"\n name DeepExpression2\n selected true\n xpos 947\n ypos 190\n }\n DeepToImage {\n name DeepToImage3\n xpos 939\n ypos 367\n }\n Dot {\n name Dot3\n xpos 973\n ypos 531\n }\npush $N54d27400\n DeepExpression {\n chans1 none\n rgba.red deepPosition.red\n rgba.green deepPosition.green\n rgba.blue deepPosition.blue\n rgba.alpha \"alpha <= 0 ? 0 : 1\"\n name DeepExpression1\n selected true\n xpos 670\n ypos 191\n }\n DeepToImage {\n name DeepToImage2\n xpos 670\n ypos 367\n }\n Dot {\n name Dot6\n xpos 704\n ypos 449\n }\npush $N54d27800\n DeepToImage {\n name DeepToImage1\n xpos 508\n ypos 191\n }\nadd_layer {deepPosition deepPosition.red deepPosition.green deepPosition.blue deepPosition.alpha}\nadd_layer {deepNormal deepNormal.red deepNormal.green deepNormal.blue deepNormal.alpha}\nadd_layer {deepRawColor deepRawColor.red deepRawColor.green deepRawColor.blue deepRawColor.alpha}\n Remove {\n channels deepPosition\n channels2 deepNormal\n channels3 deepRawColor\n name Remove1\n xpos 508\n ypos 351\n }\n ShuffleCopy {\n inputs 2\n red red\n green green\n blue blue\n alpha black\n out deepPosition\n name ShuffleCopy1\n xpos 508\n ypos 445\n disable {{!parent.keep_deepPosition}}\n }\n ShuffleCopy {\n inputs 2\n red red\n green green\n blue blue\n alpha black\n out deepNormal\n name ShuffleCopy2\n xpos 508\n ypos 527\n disable {{!parent.keep_deepNormal}}\n }\n Output {\n name Output1\n xpos 508\n ypos 607\n }\n end_group\n Dot {\n name Dot20\n xpos 1339\n ypos 1827\n }\nset N54cdfc00 [stack 0]\n Dot {\n name Dot5\n xpos 1588\n ypos 1827\n }\nset N54cdf800 [stack 0]\n Shuffle {\n in deepPosition\n name Shuffle2\n xpos 1554\n ypos 2645\n }\npush $N54d80c00\n DeepExpression {\n chans0 {rgba.red rgba.green rgba.blue none}\n chans1 none\n rgba.red \"( deepPosition.red - \\[value projCam_data.world_matrix.3] ) * \\[value inverseMatrix_cam.invMatrix.0] + ( deepPosition.green - \\[value projCam_data.world_matrix.7] ) * \\[value inverseMatrix_cam.invMatrix.1] + ( deepPosition.blue - \\[value projCam_data.world_matrix.11] ) * \\[value inverseMatrix_cam.invMatrix.2]\"\n rgba.green \"( ( deepPosition.red - \\[value projCam_data.world_matrix.3] ) * \\[value inverseMatrix_cam.invMatrix.3] + ( deepPosition.green - \\[value projCam_data.world_matrix.7] ) * \\[value inverseMatrix_cam.invMatrix.4] + ( deepPosition.blue - \\[value projCam_data.world_matrix.11] ) * \\[value inverseMatrix_cam.invMatrix.5] ) * \\[value root.format.pixel_aspect]\"\n rgba.blue \"( deepPosition.red - \\[value projCam_data.world_matrix.3] ) * \\[value inverseMatrix_cam.invMatrix.6] + ( deepPosition.green - \\[value projCam_data.world_matrix.7] ) * \\[value inverseMatrix_cam.invMatrix.7] + ( deepPosition.blue - \\[value projCam_data.world_matrix.11] ) * \\[value inverseMatrix_cam.invMatrix.8]\"\n name DeepExpression9\n label \"proj cam origin\"\n xpos 494\n ypos 45\n }\n DeepExpression {\n temp_name0 newR\n temp_expr0 \"( red - ( \\[value globalTCL.camAspect] * abs( blue ) * \\[value projCWin_data.win_translate.u] / 2 ) ) * 1 / \\[value projCWin_data.win_scale.u]\"\n temp_name1 newG\n temp_expr1 \"( green - ( \\[value globalTCL.camAspect] * abs( blue ) * \\[value projCWin_data.win_translate.v] / 2 ) ) * 1 / \\[value projCWin_data.win_scale.v]\"\n chans0 {rgba.red rgba.green rgba.blue none}\n chans1 none\n rgba.red \"newR * \\[value projCWin_data.world_matrix.0] + newG *\\n\\[value projCWin_data.world_matrix.1]\"\n rgba.green \"newR * \\[value projCWin_data.world_matrix.4] + newG *\\n\\[value projCWin_data.world_matrix.5]\"\n name DeepExpression6\n label \"revert cam window\"\n xpos 494\n ypos 132\n }\n Dot {\n name Dot6\n xpos 528\n ypos 339\n }\nset N54cde800 [stack 0]\n DeepExpression {\n chans0 alpha\n chans1 none\n rgba.alpha 1\n name DeepExpression3\n label \"soild alpha\"\n xpos 494\n ypos 497\n }\n DeepExpression {\n chans0 {rgba.red rgba.green rgba.blue none}\n chans1 none\n rgba.red \"( r / ( abs(b) * \\[value globalTCL.camAspect] ) ) + 0.5\"\n rgba.green \"( g / ( ( abs(b) * \\[value globalTCL.camAspect] ) / ( \\[value tex_dot.width] / \\[value tex_dot.height] ) ) ) + 0.5\"\n rgba.blue 0\n name DeepExpression10\n label \"create uv\"\n xpos 494\n ypos 576\n }\n Group {\n name DVPToImage1\n tile_color 0x3d99ff\n label \"2D image Output\"\n selected true\n xpos 494\n ypos 842\n addUserKnob {20 t_general l General}\n addUserKnob {4 nuke_version l \"\" +STARTLINE +INVISIBLE M {10 11 \"\" \"\"}}\n nuke_version 11\n addUserKnob {6 keep_deepPosition l \"keep deepPosition\" +STARTLINE}\n keep_deepPosition {{parent.keep_deepPosition}}\n addUserKnob {6 keep_deepNormal l \"keep deepNormal\" +STARTLINE}\n keep_deepNormal {{parent.keep_deepNormal}}\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T n/a}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2020-12-13}\n addUserKnob {22 btn_CHANGELOG l Changlelog T \"log = \\\"for internal use\\\"\\nnuke.message( log )\" +STARTLINE}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n }\n Input {\n inputs 0\n name deep\n xpos 508\n ypos -26\n }\n ModifyMetaData {\n metadata {\n {remove DVPmatte \"\"}\n }\n name DVPmatteMD\n xpos 508\n ypos 35\n }\n Dot {\n name Dot5\n xpos 542\n ypos 117\n }\nset N54cdd400 [stack 0]\n Dot {\n name Dot2\n xpos 704\n ypos 117\n }\nset N54cdd000 [stack 0]\n Dot {\n name Dot1\n xpos 973\n ypos 117\n }\n DeepExpression {\n chans1 none\n rgba.red deepNormal.red\n rgba.green deepNormal.green\n rgba.blue deepNormal.blue\n rgba.alpha \"alpha <= 0 ? 0 : 1\"\n name DeepExpression2\n xpos 939\n ypos 191\n }\n DeepToImage {\n name DeepToImage3\n xpos 939\n ypos 367\n }\n Dot {\n name Dot3\n xpos 973\n ypos 531\n }\npush $N54cdd000\n DeepExpression {\n chans1 none\n rgba.red deepPosition.red\n rgba.green deepPosition.green\n rgba.blue deepPosition.blue\n rgba.alpha \"alpha <= 0 ? 0 : 1\"\n name DeepExpression1\n xpos 670\n ypos 191\n }\n DeepToImage {\n name DeepToImage2\n xpos 670\n ypos 367\n }\n Dot {\n name Dot6\n xpos 704\n ypos 449\n }\npush $N54cdd400\n DeepToImage {\n name DeepToImage1\n xpos 508\n ypos 191\n }\n Remove {\n channels deepPosition\n channels2 deepNormal\n channels3 deepRawColor\n name Remove1\n xpos 508\n ypos 351\n }\n ShuffleCopy {\n inputs 2\n red red\n green green\n blue blue\n alpha black\n out deepPosition\n name ShuffleCopy1\n xpos 508\n ypos 445\n disable {{!parent.keep_deepPosition}}\n }\n ShuffleCopy {\n inputs 2\n red red\n green green\n blue blue\n alpha black\n out deepNormal\n name ShuffleCopy2\n xpos 508\n ypos 527\n disable {{!parent.keep_deepNormal}}\n }\n Output {\n name Output1\n xpos 508\n ypos 607\n }\n end_group\n Dot {\n name Dot2\n xpos 528\n ypos 1359\n }\nset N54c91800 [stack 0]\n Dot {\n name Dot3\n xpos 808\n ypos 1359\n }\nset N54c91400 [stack 0]\n Dot {\n name Dot4\n xpos 808\n ypos 2237\n }\npush $N54cde800\n Dot {\n name Dot7\n xpos 123\n ypos 339\n }\n DeepExpression {\n temp_name0 posb\n temp_expr0 \"abs( blue )\"\n chans0 {rgba.red rgba.green rgba.blue -rgba.alpha}\n chans1 none\n rgba.red \"posb < \\[value parent.proj_zrange.0] || posb > \\[value parent.proj_zrange.3] ? 0 : posb < \\[value parent.proj_zrange.1] ? clamp( ( posb - \\[value parent.proj_zrange.0] ) / ( \\[value parent.proj_zrange.1] - \\[value parent.proj_zrange.0] ) ) * alpha : posb > \\[value parent.proj_zrange.2] ? clamp( 1 - ( posb - \\[value parent.proj_zrange.2] ) / ( \\[value parent.proj_zrange.3] - \\[value parent.proj_zrange.2] ) ) * alpha : alpha\"\n rgba.green 0\n rgba.blue 0\n name DeepExpression5\n label zfalloff\n xpos 89\n ypos 493\n }\n Group {\n name DVPToImage2\n tile_color 0x3d99ff\n label \"2D image Output\"\n selected true\n xpos 89\n ypos 837\n addUserKnob {20 t_general l General}\n addUserKnob {4 nuke_version l \"\" +STARTLINE +INVISIBLE M {10 11 \"\" \"\"}}\n nuke_version 11\n addUserKnob {6 keep_deepPosition l \"keep deepPosition\" +STARTLINE}\n keep_deepPosition {{parent.keep_deepPosition}}\n addUserKnob {6 keep_deepNormal l \"keep deepNormal\" +STARTLINE}\n keep_deepNormal {{parent.keep_deepNormal}}\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T n/a}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2020-12-13}\n addUserKnob {22 btn_CHANGELOG l Changlelog T \"log = \\\"for internal use\\\"\\nnuke.message( log )\" +STARTLINE}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n }\n Input {\n inputs 0\n name deep\n xpos 508\n ypos -26\n }\n ModifyMetaData {\n metadata {\n {remove DVPmatte \"\"}\n }\n name DVPmatteMD\n xpos 508\n ypos 35\n }\n Dot {\n name Dot5\n xpos 542\n ypos 117\n }\nset N54c53800 [stack 0]\n Dot {\n name Dot2\n xpos 704\n ypos 117\n }\nset N54c53400 [stack 0]\n Dot {\n name Dot1\n xpos 973\n ypos 117\n }\n DeepExpression {\n chans1 none\n rgba.red deepNormal.red\n rgba.green deepNormal.green\n rgba.blue deepNormal.blue\n rgba.alpha \"alpha <= 0 ? 0 : 1\"\n name DeepExpression2\n selected true\n xpos 939\n ypos 191\n }\n DeepToImage {\n name DeepToImage3\n xpos 939\n ypos 367\n }\n Dot {\n name Dot3\n xpos 973\n ypos 531\n }\npush $N54c53400\n DeepExpression {\n chans1 none\n rgba.red deepPosition.red\n rgba.green deepPosition.green\n rgba.blue deepPosition.blue\n rgba.alpha \"alpha <= 0 ? 0 : 1\"\n name DeepExpression1\n xpos 670\n ypos 191\n }\n DeepToImage {\n name DeepToImage2\n xpos 670\n ypos 367\n }\n Dot {\n name Dot6\n xpos 704\n ypos 449\n }\npush $N54c53800\n DeepToImage {\n name DeepToImage1\n xpos 508\n ypos 191\n }\n Remove {\n channels deepPosition\n channels2 deepNormal\n channels3 deepRawColor\n name Remove1\n xpos 508\n ypos 351\n }\n ShuffleCopy {\n inputs 2\n red red\n green green\n blue blue\n alpha black\n out deepPosition\n name ShuffleCopy1\n xpos 508\n ypos 445\n disable {{!parent.keep_deepPosition}}\n }\n ShuffleCopy {\n inputs 2\n red red\n green green\n blue blue\n alpha black\n out deepNormal\n name ShuffleCopy2\n xpos 508\n ypos 527\n disable {{!parent.keep_deepNormal}}\n }\n Output {\n name Output1\n xpos 508\n ypos 607\n }\n end_group\n Remove {\n operation keep\n channels {rgba.red -rgba.green -rgba.blue none}\n name Remove4\n xpos 89\n ypos 1121\n }\n Shuffle {\n green red\n blue red\n alpha red\n name Shuffle1\n xpos 89\n ypos 1220\n }\n Dot {\n name Dot8\n xpos 123\n ypos 1477\n }\npush $N54c91800\n Merge2 {\n inputs 2\n operation mask\n name Merge1\n xpos 494\n ypos 1474\n }\npush $N54c91400\n Input {\n inputs 0\n name tex\n xpos 1039\n ypos -421\n number 1\n }\n Crop {\n box {0 0 {input.width} {input.height}}\n crop {{parent.black_outside}}\n name Crop1\n xpos 1039\n ypos -306\n }\n Dot {\n name tex_dot\n xpos 1073\n ypos -226\n }\n STMap {\n inputs 2\n channels rgba\n uv rgba\n maskChannel rgba.alpha\n name DeepVP_STMap\n xpos 1039\n ypos 1356\n }\n Merge2 {\n inputs 2\n operation mask\n name Merge2\n xpos 1039\n ypos 1474\n }\n Dot {\n name Dot24\n xpos 1073\n ypos 1697\n }\nset N54c09800 [stack 0]\n Dot {\n name Dot19\n xpos 1073\n ypos 2225\n }\nset N54c09400 [stack 0]\npush $N54c09400\npush $N54cdfc00\n Merge2 {\n inputs 2\n name Merge3\n xpos 1305\n ypos 2222\n }\n Switch {\n inputs 3\n which {{output}}\n name Switch2\n label \"output selection\"\n xpos 1305\n ypos 2563\n }\n ShuffleCopy {\n inputs 2\n in deepPosition\n in2 none\n red red\n green green\n blue blue\n alpha black\n out deepPosition\n name ShuffleCopy1\n xpos 1305\n ypos 2645\n }\n Switch {\n inputs 2\n name Switch1\n label \"cam preview\"\n xpos 1305\n ypos 2760\n }\n ModifyMetaData {\n metadata {\n {remove DVPmatte \"\"}\n {remove DVPcamMTX \"\"}\n {remove DVPcamAspect \"\"}\n {remove DVPcamWin \"\"}\n }\n name DVPmd\n xpos 1305\n ypos 2864\n }\n Output {\n name Output1\n xpos 1305\n ypos 3000\n }\n NoOp {\n inputs 0\n name menu02\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nif not thisGRP\\['proj_zrange'].isAnimated() :\\n thisGRP\\['proj_zrange_buffer'].clearAnimated()\\n thisGRP\\['proj_zrange_buffer'].setValue( thisGRP\\['proj_zrange'].getValue() )\\nelse :\\n thisGRP\\['proj_zrange_buffer'].setAnimated()\\n anizrange0 = thisGRP\\['proj_zrange'].animation( 0 )\\n anizrange1 = thisGRP\\['proj_zrange'].animation( 1 )\\n anizrange2 = thisGRP\\['proj_zrange'].animation( 2 )\\n anizrange3 = thisGRP\\['proj_zrange'].animation( 3 )\\n for key in anizrange0.keys() :\\n thisGRP\\['proj_zrange_buffer'].setValueAt( key.y, key.x, 0 )\\n for key in anizrange1.keys() :\\n thisGRP\\['proj_zrange_buffer'].setValueAt( key.y, key.x, 1 )\\n for key in anizrange2.keys() :\\n thisGRP\\['proj_zrange_buffer'].setValueAt( key.y, key.x, 2 )\\n for key in anizrange3.keys() :\\n thisGRP\\['proj_zrange_buffer'].setValueAt( key.y, key.x, 3 )\\n\"\n xpos -196\n ypos -290\n addUserKnob {20 User}\n addUserKnob {78 proj_zrange l \"distance range\" n 4}\n }\n Camera {\n inputs 0\n rot_order {{parent.proj_rot_order}}\n translate {{\"parent.freeze_frame ? parent.proj_translate( parent.proj_framehold ) : parent.proj_translate\"} {\"parent.freeze_frame ? parent.proj_translate( parent.proj_framehold ) : parent.proj_translate\"} {\"parent.freeze_frame ? parent.proj_translate( parent.proj_framehold ) : parent.proj_translate\"}}\n rotate {{\"parent.freeze_frame == 0 ? parent.proj_rotate : parent.proj_rotate( parent.proj_framehold )\"} {\"parent.freeze_frame == 0 ? parent.proj_rotate : parent.proj_rotate( parent.proj_framehold )\"} {\"parent.freeze_frame == 0 ? parent.proj_rotate : parent.proj_rotate( parent.proj_framehold )\"}}\n useMatrix {{parent.proj_useMatrix}}\n matrix {\n {{\"parent.freeze_frame ? parent.proj_world_matrix(parent.proj_framehold) : parent.proj_world_matrix\"} {\"parent.freeze_frame ? parent.proj_world_matrix(parent.proj_framehold) : parent.proj_world_matrix\"} {\"parent.freeze_frame ? parent.proj_world_matrix(parent.proj_framehold) : parent.proj_world_matrix\"} {\"parent.freeze_frame ? parent.proj_world_matrix(parent.proj_framehold) : parent.proj_world_matrix\"}}\n {{\"parent.freeze_frame ? parent.proj_world_matrix(parent.proj_framehold) : parent.proj_world_matrix\"} {\"parent.freeze_frame ? parent.proj_world_matrix(parent.proj_framehold) : parent.proj_world_matrix\"} {\"parent.freeze_frame ? parent.proj_world_matrix(parent.proj_framehold) : parent.proj_world_matrix\"} {\"parent.freeze_frame ? parent.proj_world_matrix(parent.proj_framehold) : parent.proj_world_matrix\"}}\n {{\"parent.freeze_frame ? parent.proj_world_matrix(parent.proj_framehold) : parent.proj_world_matrix\"} {\"parent.freeze_frame ? parent.proj_world_matrix(parent.proj_framehold) : parent.proj_world_matrix\"} {\"parent.freeze_frame ? parent.proj_world_matrix(parent.proj_framehold) : parent.proj_world_matrix\"} {\"parent.freeze_frame ? parent.proj_world_matrix(parent.proj_framehold) : parent.proj_world_matrix\"}}\n {{\"parent.freeze_frame ? parent.proj_world_matrix(parent.proj_framehold) : parent.proj_world_matrix\"} {\"parent.freeze_frame ? parent.proj_world_matrix(parent.proj_framehold) : parent.proj_world_matrix\"} {\"parent.freeze_frame ? parent.proj_world_matrix(parent.proj_framehold) : parent.proj_world_matrix\"} {\"parent.freeze_frame ? parent.proj_world_matrix(parent.proj_framehold) : parent.proj_world_matrix\"}}\n }\n focal {{parent.proj_focal}}\n haperture {{parent.proj_haperture}}\n name projCam_data\n xpos -174\n ypos 19\n }\npush $N54c09800\n Dot {\n name Dot25\n xpos 1854\n ypos 1697\n }\npush $N54cdf800\n Merge2 {\n inputs 2\n name Merge5\n xpos 1820\n ypos 1824\n disable {{\"parent.display_ptc_type == 1 ? 1 : parent.display_ptc_type == 2 ? 0 : 1\"}}\n }\n PositionToPoints2 {\n display textured\n render_mode off\n cast_shadow false\n receive_shadow false\n P_channel deepPosition\n detail 0.1\n name deepPositionToPoints\n xpos 1820\n ypos 1887\n disable {{\"parent.display_ptc_type == 0 ? 1 : 0\"}}\n }\n StickyNote {\n inputs 0\n name StickyNote1\n label \"wrapped texture + source\"\n xpos 1283\n ypos 2145\n }\n StickyNote {\n inputs 0\n name StickyNote2\n label \"wrapped texture\"\n xpos 1040\n ypos 2147\n }\n StickyNote {\n inputs 0\n name StickyNote3\n label uv\n xpos 771\n ypos 2149\n }\n Camera {\n inputs 0\n rotate {0 0 {\"parent.freeze_frame == 0 ? parent.proj_winroll :\\nparent.proj_winroll( parent.proj_framehold )\"}}\n win_translate {{\"parent.freeze_frame == 0 ?\\nparent.proj_win_translate : parent.proj_win_translate(\\nparent.proj_framehold )\"} {\"parent.freeze_frame == 0 ?\\nparent.proj_win_translate : parent.proj_win_translate(\\nparent.proj_framehold )\"}}\n win_scale {{\"parent.freeze_frame == 0 ? parent.proj_win_scale :\\nparent.proj_win_scale( parent.proj_framehold )\"} {\"parent.freeze_frame\\n== 0 ? parent.proj_win_scale : parent.proj_win_scale(\\nparent.proj_framehold )\"}}\n name projCWin_data\n xpos -308\n ypos 17\n }\n Group {\n inputs 0\n name inverseMatrix_cam\n tile_color 0x337f4cff\n xpos -187\n ypos 135\n addUserKnob {20 User}\n addUserKnob {1 knob_path}\n knob_path projCam_data.world_matrix\n addUserKnob {26 \"\"}\n addUserKnob {41 id T id_assign.matrix}\n addUserKnob {26 \"\"}\n addUserKnob {7 determinant}\n determinant {{\"\\[value \\[value knob_path].\\[value id.0]] * ((\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.8]]) - (\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.7]])) - \\[value \\[value knob_path].\\[value id.1]] * ((\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.8]]) - (\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.6]])) + \\[value \\[value knob_path].\\[value id.2]] * ((\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.7]])-(\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.6]]))\"}}\n addUserKnob {26 \"\"}\n addUserKnob {41 cofactor T mtx_cofactor.matrix}\n addUserKnob {26 \"\"}\n addUserKnob {41 invMatrix T matrix_output.matrix}\n }\n Matrix {\n inputs 0\n matrix {\n {0 1 2}\n {4 5 6}\n {8 9 10}\n }\n name id_assign\n xpos -12\n ypos 33\n }\n Matrix {\n inputs 0\n matrix {\n {{\"(\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.8]]) - (\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.7]])\"} {\"(\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.2]]) - (\\[value \\[value knob_path].\\[value id.8]]*\\[value \\[value knob_path].\\[value id.1]])\"} {\"(\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.5]]) - (\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.4]])\"}}\n {{\"(\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.6]]) - (\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.8]])\"} {\"(\\[value \\[value knob_path].\\[value id.8]]*\\[value \\[value knob_path].\\[value id.0]]) - (\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.2]])\"} {\"(\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.3]]) - (\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.5]])\"}}\n {{\"(\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.7]]) - (\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.6]])\"} {\"(\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.1]]) - (\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.0]])\"} {\"(\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.4]]) - (\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.3]])\"}}\n }\n name mtx_cofactor\n xpos 86\n ypos 32\n }\n Matrix {\n inputs 0\n matrix {\n {{\"cofactor.0 == 0 || determinant == 0 ? 0 : cofactor.0/determinant\"} {\"cofactor.1 == 0 || determinant == 0 ? 0 : cofactor.1/determinant\"} {\"cofactor.2 == 0 || determinant == 0 ? 0 : cofactor.2/determinant\"}}\n {{\"cofactor.3 == 0 || determinant == 0 ? 0 : cofactor.3/determinant\"} {\"cofactor.4 == 0 || determinant == 0 ? 0 : cofactor.4/determinant\"} {\"cofactor.5 == 0 || determinant == 0 ? 0 : cofactor.5/determinant\"}}\n {{\"cofactor.6 == 0 || determinant == 0 ? 0 : cofactor.6/determinant\"} {\"cofactor.7 == 0 || determinant == 0 ? 0 : cofactor.7/determinant\"} {\"cofactor.8 == 0 || determinant == 0 ? 0 : cofactor.8/determinant\"}}\n }\n name matrix_output\n xpos 186\n ypos 33\n }\n end_group\n NoOp {\n inputs 0\n name globalTCL\n xpos -316\n ypos 133\n addUserKnob {20 User}\n addUserKnob {22 fn T \"import math\\n\\ndef getLevel() :\\n\\t### level define ###\\n\\tif len(nuke.thisNode().fullName().split('.')) == 1 :\\n\\t\\tggLevel = nuke.root()\\n\\telse :\\n\\t\\tnodePath = nuke.thisNode().fullName().split('.')\\n\\t\\tnodePath.pop()\\n\\t\\tggLevel = nuke.toNode('.'.join(nodePath))\\n\\treturn ggLevel\\n\\n##########\\n\\ndef refreshCamUI( _met , _thisGRP ) :\\n\\tfh = nuke.toNode('FrameHold')\\n\\tpcam = nuke.toNode('projCam')\\n\\tif _thisGRP\\['freeze_frame'].value() :\\n\\t\\tgetFrame = int( _thisGRP\\['proj_framehold'].getValue() )\\n\\telse :\\n\\t\\tgetFrame = nuke.frame()\\n\\n\\tpcamSetting = \\[ pcam.name() , \\n\\t\\t\\t\\t\\tpcam\\['gl_color'].getValue() , \\n\\t\\t\\t\\t\\tpcam\\['focal'].getValueAt(getFrame) , \\n\\t\\t\\t\\t\\tpcam\\['haperture'].getValueAt(getFrame) , \\n\\t\\t\\t\\t\\tpcam\\['win_translate'].getValueAt(getFrame) , \\n\\t\\t\\t\\t\\tpcam\\['win_scale'].getValueAt(getFrame) , \\n\\t\\t\\t\\t\\tpcam\\['winroll'].getValueAt(getFrame)\\n\\t\\t\\t\\t\\t]\\n\\n\\tif _met == 'link' :\\n\\t\\tnuke.delete( pcam )\\n\\t\\tnewpcam = nuke.nodes.Camera( name=pcamSetting\\[0] , gl_color=pcamSetting\\[1] , focal=pcamSetting\\[2] , haperture=pcamSetting\\[3] , winroll=pcamSetting\\[6] )\\n\\t\\tnewpcam\\['win_translate'].setValue( pcamSetting \\[4] )\\n\\t\\tnewpcam\\['win_scale'].setValue( pcamSetting \\[5] )\\n\\n\\tif _met == 'remove' :\\n\\t\\tpcamMTX = nuke.math.Matrix4()\\n\\t\\tfor i in range(0,16):\\n\\t\\t\\tpcamMTX\\[i] = pcam\\['world_matrix'].getValueAt(getFrame)\\[i]\\n\\n\\t\\tnuke.delete( pcam )\\n\\t\\tnewpcam = nuke.nodes.Camera( name=pcamSetting\\[0] , gl_color=pcamSetting\\[1] , focal=pcamSetting\\[2] , haperture=pcamSetting\\[3] , winroll=pcamSetting\\[6] )\\n\\t\\tnewpcam\\['win_translate'].setValue( pcamSetting \\[4] )\\n\\t\\tnewpcam\\['win_scale'].setValue( pcamSetting \\[5] )\\n\\n\\t\\tpcamMTX.transpose()\\n\\t\\tmTranslate = nuke.math.Matrix4(pcamMTX)\\n\\t\\tmTranslate.translationOnly()\\n\\t\\tmRotate = nuke.math.Matrix4(pcamMTX)\\n\\t\\tmRotate.rotationOnly()\\n\\n\\t\\tnewpcam\\['translate'].setValue( (mTranslate\\[12], mTranslate\\[13], mTranslate\\[14]) )\\n\\t\\trotateRad = mRotate.rotationsZXY()\\n\\t\\tnewpcam\\['rotate'].setValue( (math.degrees(rotateRad\\[0]), math.degrees(rotateRad\\[1]), math.degrees(rotateRad\\[2])) )\\n\\n\\tfh.setInput(0, newpcam)\" +STARTLINE}\n addUserKnob {7 camAspect}\n camAspect {{\"parent.freeze_frame == 0 ? parent.proj_haperture/parent.proj_focal : parent.proj_haperture( parent.proj_framehold )/parent.proj_focal( parent.proj_framehold )\"}}\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_DVPscene.gizmo", "content": "Group {\n name DVPscene\n onCreate \"\\nthisGRP = nuke.thisGroup()\\nfor knob in thisGRP.knobs() :\\n try :\\n if thisGRP\\[knob].label()\\[:19] == 'panel dropped state' :\\n thisGRP.removeKnob( nuke.thisNode()\\[knob] )\\n except :\\n pass\\n\"\n tile_color 0x597fff\n label \"Deep Output\"\n addUserKnob {20 tab_general l General}\n addUserKnob {4 output t \"composite\\nWhich is a beauty of the render.\\n\\nrawlight pass\\nA pass with only illuminated by light. Using multiply math.\\n\\nshader pass\\nA pass with shader attribute. Using additive math.\\n\\nextra pass\\nDepends on other features on the shader provided.\" M {composite \"rawlight pass\" \"shader pass\" \"extra pass\"}}\n addUserKnob {18 light_shading l \"light shading\" t \"Combine the original color in diffuse.\"}\n light_shading 0.1\n addUserKnob {41 ambient T menu01.ambient}\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T 4.0}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2021-02-13}\n addUserKnob {22 btn_CHANGELOG l Changlelog T \"log = \\\"Deep2VPosition (Deep2VP)
- added camera setting to metadata
- remove bake and copy buttons
- rename to Deep2VP
- generate/select/import deepNormal in this node
- added generate normal in deep, still keep the previous one.

DVPort (DVPortal)
- renamed to DVPortal

DVPmatte
- removed 'option' knob, 2D matte can use 'open matte' instead
- open matte can choose show matte or color

DVPattern
- internal setup same as DVPmatte
- added rotation knob
- support 'open matte'

DVProjection
- remove bake and copy buttons
- remove all metadata created from Deep2VP

DVPsetLight
- added shader setting and input shader
- not required link camera anymore
- removed deepNormal setup, moved to Deep2VP node

DVPscene
- added multiple output options
- remove all metadata created from DVP's lighting system

DVPrelight
- added specular setup
- added toon shade setup
- fix pointcloud preview with effects

DVPrelightPT
- split up point light from DVPrelight
- fix point light duplicated algorithm

DVPfresnel
- not required link camera anymore
- fix unpremult process, the result was too dark

DVPToImage
- remove all metadata created from Deep2VP
- same as Deep2VP node color

new nodes :
DVPColorCorrect

added shaders :
DVP Shader
DVP Toon Shader\\\"\\nnuke.message( log )\" +STARTLINE}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n}\n BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0x4c4c4cff\n label bin\n note_font_size 42\n xpos -592\n ypos -35\n bdwidth 474\n bdheight 385\n }\n BackdropNode {\n inputs 0\n name BackdropNode2\n tile_color 0xff\n label \"dont touch\"\n note_font_size 42\n xpos -1027\n ypos -21\n bdwidth 316\n bdheight 274\n }\n Input {\n inputs 0\n name deep\n xpos 62\n ypos -70\n }\n DeepExpression {\n chans1 deep\n name spacer\n xpos 62\n ypos 10\n }\n Dot {\n name Dot1\n xpos 96\n ypos 90\n }\nset N51ae9c00 [stack 0]\nadd_layer {deepRawColor deepRawColor.red deepRawColor.green deepRawColor.blue deepRawColor.alpha}\n DeepExpression {\n chans0 {deepRawColor.red deepRawColor.green deepRawColor.blue none}\n chans1 none\n deepRawColor.red \"( deepRawColor.red * \\[value diffuse.x] ) + \\[value parent.ambient.r]\"\n deepRawColor.green \"( deepRawColor.green * \\[value diffuse.y] ) + \\[value parent.ambient.g]\"\n deepRawColor.blue \"( deepRawColor.blue * \\[value diffuse.z] ) + \\[value parent.ambient.b]\"\n name DeepExpression4\n xpos 62\n ypos 164\n addUserKnob {20 User}\n addUserKnob {13 diffuse}\n diffuse {{\"\\[lrange \\[split \\[metadata sDiffuse] \\\" \\\"] 0 0]+0\"} {\"\\[lrange \\[split \\[metadata sDiffuse] \\\" \\\"] 1 1]+0\"} {\"\\[lrange \\[split \\[metadata sDiffuse] \\\" \\\"] 2 2]+0\"}}\n }\n Dot {\n name Dot6\n xpos 96\n ypos 363\n }\nset N51ae9400 [stack 0]\n DeepExpression {\n chans0 {rgba.red rgba.green rgba.blue none}\n chans1 none\n rgba.red \"max( deepRawColor.red * red , DVPshader.red ) + deepRawColor.red * clamp( \\[value parent.light_shading.r] )\"\n rgba.green \"max( deepRawColor.green * green , DVPshader.green ) + deepRawColor.green * clamp( \\[value parent.light_shading.g] )\"\n rgba.blue \"max( deepRawColor.blue * blue , DVPshader.blue ) + deepRawColor.blue * clamp( \\[value parent.light_shading.b] ) )\"\n name DeepExpression1\n xpos 218\n ypos 360\n }\nadd_layer {deepNormal deepNormal.red deepNormal.green deepNormal.blue deepNormal.alpha}\n DeepExpression {\n temp_name0 uMult\n temp_expr0 \"abs( (x+0.5)/input.width-0.5 ) *2\"\n temp_name1 vMult\n temp_expr1 \"abs( (y+0.5)/input.height-0.5 ) *2\"\n temp_name2 hHalfAOV\n temp_expr2 \"degrees( atan( ( ( \\[value getCam.aspect] ) * abs( deep.front ) /2 ) / abs( deep.front ) ) )\"\n temp_name3 vHalfAOV\n temp_expr3 \"degrees( atan( ( ( \\[value getCam.aspect] ) * (input.height/input.width) * abs( deep.front ) /2 ) / abs( deep.front ) ) )\"\n chans0 {-deepNormal.red -deepNormal.green -deepNormal.blue deepNormal.alpha}\n chans1 none\n deepNormal.alpha \"clamp( xinput.width/2 && y>input.height/2 ? \\[value cx]*-cos(radians(-vHalfAOV*vMult))*sin(radians(hHalfAOV*uMult)) + \\[value cy]*sin(radians(-vHalfAOV*vMult)) + \\[value cz]*cos(radians(-vHalfAOV*vMult))*cos(radians(hHalfAOV*uMult)) : xinput.height/2 ? \\[value cx]*-cos(radians(-vHalfAOV*vMult))*sin(radians(-hHalfAOV*uMult)) + \\[value cy]*sin(radians(-vHalfAOV*vMult)) + \\[value cz]*cos(radians(-vHalfAOV*vMult))*cos(radians(-hHalfAOV*uMult)) : \\[value cx]*-cos(radians(vHalfAOV*vMult))*sin(radians(hHalfAOV*uMult)) + \\[value cy]*sin(radians(vHalfAOV*vMult)) + \\[value cz]*cos(radians(vHalfAOV*vMult))*cos(radians(hHalfAOV*uMult)) )\"\n name DeepExpression6\n xpos 218\n ypos 430\n addUserKnob {20 User}\n addUserKnob {1 cx}\n cx \"(deepNormal.red*\\[value inverseMatrix_cam.invMatrix.0] + deepNormal.green*\\[value inverseMatrix_cam.invMatrix.1] + deepNormal.blue*\\[value inverseMatrix_cam.invMatrix.2])\"\n addUserKnob {1 cy}\n cy \"(deepNormal.red*\\[value inverseMatrix_cam.invMatrix.3] + deepNormal.green*\\[value inverseMatrix_cam.invMatrix.4] + deepNormal.blue*\\[value inverseMatrix_cam.invMatrix.5])\"\n addUserKnob {1 cz}\n cz \"(deepNormal.red*\\[value inverseMatrix_cam.invMatrix.6] + deepNormal.green*\\[value inverseMatrix_cam.invMatrix.7] + deepNormal.blue*\\[value inverseMatrix_cam.invMatrix.8])\"\n }\n Dot {\n name Dot9\n xpos 252\n ypos 510\n }\nset N51ae8800 [stack 0]\n Dot {\n name Dot10\n xpos 887\n ypos 510\n }\nset N51ae8400 [stack 0]\n Dot {\n name Dot11\n xpos 1081\n ypos 510\n }\n DeepExpression {\n temp_name0 contourSize\n temp_expr0 \"deepNormal.alpha < clamp(\\[metadata sContourSize]+0) ? 1 : 1-clamp( (deepNormal.alpha-clamp(\\[metadata sContourSize]+0)) * (1/0.01) )\"\n chans1 none\n rgba.red \"contourColor.x*contourSize * alpha\"\n rgba.green \"contourColor.y*contourSize * alpha\"\n rgba.blue \"contourColor.z*contourSize * alpha\"\n rgba.alpha \"contourSize * alpha\"\n name DeepExpression8\n xpos 1047\n ypos 621\n addUserKnob {20 User}\n addUserKnob {13 contourColor}\n contourColor {{\"\\[lrange \\[split \\[metadata sContourColor] \\\" \\\"] 0 0]+0\"} {\"\\[lrange \\[split \\[metadata sContourColor] \\\" \\\"] 1 1]+0\"} {\"\\[lrange \\[split \\[metadata sContourColor] \\\" \\\"] 2 2]+0\"}}\n }\n DeepExpression {\n chans0 deep\n chans1 none\n deep.front \"alpha<=0 ? -1 : deep.front\"\n deep.back \"alpha<=0 ? -1 : deep.back\"\n name DeepExpression9\n label \"alpha check\"\n xpos 1047\n ypos 701\n }\n DeepCrop {\n use_znear false\n zfar 1\n outside_zrange true\n bbox {0 0 1 1}\n use_bbox false\n name DeepCrop1\n label \"sample cleanup\"\n xpos 1047\n ypos 793\n }\npush $N51ae8400\n DeepExpression {\n chans0 {rgba.red rgba.green rgba.blue none}\n chans1 none\n rgba.red 0\n rgba.green 0\n rgba.blue 0\n name DeepExpression10\n xpos 853\n ypos 755\n }\n Switch {\n inputs 2\n which {{\"\\[metadata DVPshader]+0 == 2 ? 1 : 0\"}}\n name Switch3\n xpos 853\n ypos 894\n }\n Dot {\n name Dot8\n xpos 887\n ypos 1030\n }\npush $N51ae9c00\n Dot {\n name Dot2\n xpos 493\n ypos 90\n }\nset N51a96000 [stack 0]\n Dot {\n name Dot3\n xpos 643\n ypos 90\n }\n DeepExpression {\n chans0 rgb\n chans1 none\n rgba.red DVPshader.red\n rgba.green DVPshader.green\n rgba.blue DVPshader.blue\n name DeepExpression3\n xpos 609\n ypos 352\n }\n Dot {\n name Dot4\n xpos 643\n ypos 1017\n }\npush $N51a96000\n DeepExpression {\n chans0 {rgba.red rgba.green rgba.blue none}\n chans1 none\n rgba.red \"red * alpha\"\n rgba.green \"green * alpha\"\n rgba.blue \"blue * alpha\"\n name DeepExpression2\n xpos 459\n ypos 355\n }\n Dot {\n name Dot5\n xpos 493\n ypos 1012\n }\npush $N51ae8800\n DeepExpression {\n temp_name0 contourSize\n temp_expr0 \"deepNormal.alpha < clamp(\\[metadata sContourSize]+0) ? 1 : 1-clamp( (deepNormal.alpha-clamp(\\[metadata sContourSize]+0)) * (1/0.01) )\"\n chans0 {rgba.red rgba.green rgba.blue none}\n chans1 none\n rgba.red \"r * (1-contourSize) + (contourColor.x*contourSize)\"\n rgba.green \"g * (1-contourSize) + (contourColor.y*contourSize)\"\n rgba.blue \"b * (1-contourSize) + (contourColor.z*contourSize)\"\n name DeepExpression13\n xpos 218\n ypos 576\n addUserKnob {20 User}\n addUserKnob {13 contourColor}\n contourColor {{\"\\[lrange \\[split \\[metadata sContourColor] \\\" \\\"] 0 0]+0\"} {\"\\[lrange \\[split \\[metadata sContourColor] \\\" \\\"] 1 1]+0\"} {\"\\[lrange \\[split \\[metadata sContourColor] \\\" \\\"] 2 2]+0\"}}\n }\n Dot {\n name Dot12\n xpos 252\n ypos 868\n }\npush $N51ae9400\n DeepExpression {\n chans0 {rgba.red rgba.green rgba.blue none}\n chans1 none\n rgba.red \"( deepRawColor.red * red + DVPshader.red ) + deepRawColor.red * clamp( \\[value parent.light_shading.r] )\"\n rgba.green \"( deepRawColor.green * green + DVPshader.green ) + deepRawColor.green * clamp( \\[value parent.light_shading.g] )\"\n rgba.blue \"( deepRawColor.blue * blue + DVPshader.blue ) + deepRawColor.blue * clamp( \\[value parent.light_shading.b] )\"\n name DeepExpression5\n xpos 62\n ypos 435\n }\n Switch {\n inputs 2\n which {{\"\\[metadata DVPshader]+0 == 2 ? 1 : 0\"}}\n name Switch2\n xpos 62\n ypos 924\n }\n Switch {\n inputs 4\n which {{parent.output}}\n name Switch1\n xpos 62\n ypos 1181\n }\nadd_layer {deepPosition deepPosition.red deepPosition.green deepPosition.blue deepPosition.alpha}\nadd_layer {DVPshader DVPshader.red DVPshader.green DVPshader.blue DVPshader.alpha}\n DeepExpression {\n chans0 {-deepPosition.red -deepPosition.green -deepPosition.blue deepPosition.alpha}\n chans1 {-deepNormal.red -deepNormal.green -deepNormal.blue deepNormal.alpha}\n chans2 DVPshader\n deepPosition.alpha 0\n deepNormal.alpha 0\n DVPshader.red 0\n DVPshader.green 0\n DVPshader.blue 0\n DVPshader.alpha 0\n name DeepExpression7\n label \"reset all working channels\"\n xpos 62\n ypos 1261\n }\n ModifyMetaData {\n metadata {\n {remove DVPshader \"\"}\n {remove sStatus \"\"}\n {remove sDiffuse \"\"}\n {remove sSpecular \"\"}\n {remove sGlossiness \"\"}\n {remove sStyle \"\"}\n {remove sLayers \"\"}\n {remove sSharpness \"\"}\n {remove sRatio \"\"}\n {remove sSpecReplace \"\"}\n {remove sSpecColor \"\"}\n {remove sContourSize \"\"}\n {remove sContourColor \"\"}\n }\n name rmShaderData\n xpos 62\n ypos 1383\n }\n Output {\n name Output1\n xpos 62\n ypos 1471\n }\n Group {\n inputs 0\n name inverseMatrix_cam\n tile_color 0x337f4cff\n xpos -566\n ypos 265\n addUserKnob {20 User}\n addUserKnob {1 knob_path}\n knob_path cam_data.world_matrix\n addUserKnob {26 \"\"}\n addUserKnob {41 id T id_assign.matrix}\n addUserKnob {26 \"\"}\n addUserKnob {7 determinant}\n determinant {{\"\\[value \\[value knob_path].\\[value id.0]] * ((\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.8]]) - (\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.7]])) - \\[value \\[value knob_path].\\[value id.1]] * ((\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.8]]) - (\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.6]])) + \\[value \\[value knob_path].\\[value id.2]] * ((\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.7]])-(\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.6]]))\"}}\n addUserKnob {26 \"\"}\n addUserKnob {41 cofactor T mtx_cofactor.matrix}\n addUserKnob {26 \"\"}\n addUserKnob {41 invMatrix T matrix_output.matrix}\n }\n Matrix {\n inputs 0\n matrix {\n {0 1 2}\n {4 5 6}\n {8 9 10}\n }\n name id_assign\n xpos -12\n ypos 33\n }\n Matrix {\n inputs 0\n matrix {\n {{\"(\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.8]]) - (\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.7]])\"} {\"(\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.2]]) - (\\[value \\[value knob_path].\\[value id.8]]*\\[value \\[value knob_path].\\[value id.1]])\"} {\"(\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.5]]) - (\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.4]])\"}}\n {{\"(\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.6]]) - (\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.8]])\"} {\"(\\[value \\[value knob_path].\\[value id.8]]*\\[value \\[value knob_path].\\[value id.0]]) - (\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.2]])\"} {\"(\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.3]]) - (\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.5]])\"}}\n {{\"(\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.7]]) - (\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.6]])\"} {\"(\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.1]]) - (\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.0]])\"} {\"(\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.4]]) - (\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.3]])\"}}\n }\n name mtx_cofactor\n xpos 86\n ypos 32\n }\n Matrix {\n inputs 0\n matrix {\n {{\"cofactor.0 == 0 || determinant == 0 ? 0 : cofactor.0/determinant\"} {\"cofactor.1 == 0 || determinant == 0 ? 0 : cofactor.1/determinant\"} {\"cofactor.2 == 0 || determinant == 0 ? 0 : cofactor.2/determinant\"}}\n {{\"cofactor.3 == 0 || determinant == 0 ? 0 : cofactor.3/determinant\"} {\"cofactor.4 == 0 || determinant == 0 ? 0 : cofactor.4/determinant\"} {\"cofactor.5 == 0 || determinant == 0 ? 0 : cofactor.5/determinant\"}}\n {{\"cofactor.6 == 0 || determinant == 0 ? 0 : cofactor.6/determinant\"} {\"cofactor.7 == 0 || determinant == 0 ? 0 : cofactor.7/determinant\"} {\"cofactor.8 == 0 || determinant == 0 ? 0 : cofactor.8/determinant\"}}\n }\n name matrix_output\n xpos 186\n ypos 33\n }\n end_group\npush $N51ae9c00\n Dot {\n name Dot7\n xpos -366\n ypos 90\n }\n NoOp {\n name getCam\n xpos -400\n ypos 180\n addUserKnob {20 User}\n addUserKnob {13 cmr01}\n cmr01 {{\"\\[lrange \\[split \\[metadata DVPcamMTX] \\\" \\\"] 0 0]+0\"} {\"\\[lrange \\[split \\[metadata DVPcamMTX] \\\" \\\"] 1 1]+0\"} {\"\\[lrange \\[split \\[metadata DVPcamMTX] \\\" \\\"] 2 2]+0\"}}\n addUserKnob {13 cmr02}\n cmr02 {{\"\\[lrange \\[split \\[metadata DVPcamMTX] \\\" \\\"] 4 4]+0\"} {\"\\[lrange \\[split \\[metadata DVPcamMTX] \\\" \\\"] 5 5]+0\"} {\"\\[lrange \\[split \\[metadata DVPcamMTX] \\\" \\\"] 6 6]+0\"}}\n addUserKnob {13 cmr03}\n cmr03 {{\"\\[lrange \\[split \\[metadata DVPcamMTX] \\\" \\\"] 8 8]+0\"} {\"\\[lrange \\[split \\[metadata DVPcamMTX] \\\" \\\"] 9 9]+0\"} {\"\\[lrange \\[split \\[metadata DVPcamMTX] \\\" \\\"] 10 10]+0\"}}\n addUserKnob {7 aspect}\n aspect {{\"\\[metadata DVPcamAspect]+0\"}}\n }\n Camera {\n inputs 0\n display off\n selectable false\n rot_order XYZ\n useMatrix true\n matrix {\n {{getCam.cmr01.x} {getCam.cmr01.y} {getCam.cmr01.z} 0}\n {{getCam.cmr02.x} {getCam.cmr02.y} {getCam.cmr02.z} 0}\n {{getCam.cmr03.x} {getCam.cmr03.y} {getCam.cmr03.z} 0}\n {0 0 0 1}\n }\n name cam_data\n xpos -555\n ypos 159\n }\n NoOp {\n inputs 0\n name menu01\n knobChanged \"\\nthisN = nuke.thisNode()\\nfor knob in thisN.knobs() :\\n try :\\n if knob.split('_')\\[1] == 'panelDropped' :\\n thisN.removeKnob( thisN\\[knob] )\\n except :\\n pass\\n\"\n xpos -991\n ypos 165\n addUserKnob {20 User}\n addUserKnob {18 ambient}\n ambient {0 0 0}\n addUserKnob {6 ambient_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n }\n StickyNote {\n inputs 0\n name StickyNote1\n label DVP_shader\n xpos 56\n ypos 294\n }\n StickyNote {\n inputs 0\n name StickyNote4\n label \"shader pass\"\n xpos 609\n ypos 293\n }\n StickyNote {\n inputs 0\n name StickyNote3\n label \"rawlight pass\"\n xpos 456\n ypos 293\n }\n StickyNote {\n inputs 0\n name StickyNote5\n label \"extra pass\"\n xpos 852\n ypos 291\n }\n StickyNote {\n inputs 0\n name StickyNote2\n label DVP_ToonShader\n xpos 219\n ypos 296\n }\n StickyNote {\n inputs 0\n name StickyNote6\n label \"DVP_ToonShader\\ncontour\"\n xpos 1043\n ypos 548\n }\n StickyNote {\n inputs 0\n name StickyNote7\n label nothing\n xpos 852\n ypos 549\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_DVPsetLight.gizmo", "content": "Group {\n name DVPsetLight\n tile_color 0x597fff\n label \"Deep Output\"\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T 4.0}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2021-02-13}\n addUserKnob {22 btn_CHANGELOG l Changlelog T \"log = \\\"Deep2VPosition (Deep2VP)
- added camera setting to metadata
- remove bake and copy buttons
- rename to Deep2VP
- generate/select/import deepNormal in this node
- added generate normal in deep, still keep the previous one.

DVPort (DVPortal)
- renamed to DVPortal

DVPmatte
- removed 'option' knob, 2D matte can use 'open matte' instead
- open matte can choose show matte or color

DVPattern
- internal setup same as DVPmatte
- added rotation knob
- support 'open matte'

DVProjection
- remove bake and copy buttons
- remove all metadata created from Deep2VP

DVPsetLight
- added shader setting and input shader
- not required link camera anymore
- removed deepNormal setup, moved to Deep2VP node

DVPscene
- added multiple output options
- remove all metadata created from DVP's lighting system

DVPrelight
- added specular setup
- added toon shade setup
- fix pointcloud preview with effects

DVPrelightPT
- split up point light from DVPrelight
- fix point light duplicated algorithm

DVPfresnel
- not required link camera anymore
- fix unpremult process, the result was too dark

DVPToImage
- remove all metadata created from Deep2VP
- same as Deep2VP node color

new nodes :
DVPColorCorrect

added shaders :
DVP Shader
DVP Toon Shader\\\"\\nnuke.message( log )\" +STARTLINE}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n}\n Input {\n inputs 0\n name shader\n xpos -162\n ypos 164\n number 1\n }\nadd_layer {DVPshader DVPshader.red DVPshader.green DVPshader.blue DVPshader.alpha}\n AddChannels {\n inputs 0\n channels DVPshader\n name AddChannels4\n xpos -153\n ypos -24\n }\nadd_layer {deepRawColor deepRawColor.red deepRawColor.green deepRawColor.blue deepRawColor.alpha}\n AddChannels {\n inputs 0\n channels deepRawColor\n name AddChannels2\n xpos -154\n ypos -208\n }\n Input {\n inputs 0\n name deep\n xpos 0\n ypos -290\n }\n DeepRecolor {\n inputs 2\n channels {{{parent.AddChannels2.channels}}}\n name DeepRecolor4\n xpos 0\n ypos -208\n }\n DeepExpression {\n chans0 deepRawColor\n chans1 rgb\n rgba.red 0\n rgba.green 0\n rgba.blue 0\n deepRawColor.red red\n deepRawColor.green green\n deepRawColor.blue blue\n deepRawColor.alpha alpha\n name DeepExpression6\n label \"store original color data\"\n xpos 0\n ypos -116\n }\n DeepRecolor {\n inputs 2\n channels {{{AddChannels4.channels}}}\n name DeepRecolor7\n xpos 0\n ypos -24\n }\n ModifyMetaData {\n metadata {\n {set DVPshader 0}\n {set sStatus 0}\n {set sDiffuse \"\\[value diffuseRGB]\"}\n }\n name stShaderData\n xpos 0\n ypos 84\n addUserKnob {20 User}\n addUserKnob {13 diffuseRGB}\n diffuseRGB {0.18 0.18 0.18}\n }\n CopyMetaData {\n inputs 2\n name CopyMetaData1\n xpos 0\n ypos 164\n }\n Output {\n name Output1\n xpos 0\n ypos 244\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_DasGrain.gizmo", "content": "Group {\n name DasGrain\n help \"DasGrain makes regraining as simple as clicking a few buttons.\\n\\nFollow the steps in the Help tab and you'll have a perfect regrain in no time!\"\n onCreate \"import random\\n\\ntestimonials = \\[\\n \\\"Such an elegant solution, love it!\\\",\\n \\\"Your gizmo is beyond expectation\\\",\\n \\\"Totally awesome!\\\",\\n \\\"DasGrain is officially the best thing ever\\\",\\n \\\"It's really working!\\\",\\n \\\"Das bringt Tränen in meine Augen\\\",\\n \\\"DasGrain is the salvation we waited for\\\",\\n \\\"I save a lot of time, and definitely my nerves :)\\\",\\n \\\"It's alright\\\",\\n \\\"My new favourite node, thanks!
Having said that, ...\\\"\\n ]\\n\\nnode = nuke.thisNode()\\nnode\\['testimonial'].setValue('


«%s»
— anonymous

' % random.choice(testimonials))\\nnode\\['box'].setFlag(nuke.NO_ANIMATION)\"\n knobChanged \"n = nuke.thisNode()\\nk = nuke.thisKnob()\\n\\nif k.name() == 'box':\\n this_frame = nuke.frame()\\n n\\['sample_frame'].setValue(this_frame)\\n\\nif k.name() == 'scatter':\\n n\\['divider04'].setVisible(k.value() == False)\\n n\\['divider05'].setVisible(k.value() == True)\"\n tile_color 0x7f7f7fff\n selected true\n addUserKnob {20 DasGrain_tab l DasGrain}\n addUserKnob {41 output t \"regrained comp it is what it sais\\nplate grain plate minus degrained plate\\nnormalised grain check if the normalization worked. It should be as even as possible. This is what you want to output if you want to prerender a grain plate. Later you can plug it into the external grain input of another DasGrain\\nadapted grain check if the adaptation worked. Output this if you want to further manipulate the grain (who knows what the sup is gonna come up with...). After, simply plus it to your comp (at that point the comp has to be in the camera colorspace, as set in the Analyze tab).\\ngrain QC check if voronoi seams are visible (→ edgeblend), or the scattered grain looks different to the original plate grain (→ maybe bad sample area or wrong luminance degrain amount)\" T Output.output}\n addUserKnob {4 meta l \"metadata from\" t \"Chances are you want to use the metadata from the plate, but who am I to assume :)\" M {COMP PLATE}}\n addUserKnob {26 spacer01_1 l \" \" T \" \"}\n addUserKnob {20 GrainGroupBegin l \"\" +STARTLINE n -2}\n addUserKnob {20 Analyze_tab l Analyze}\n addUserKnob {26 text l Colorspace}\n addUserKnob {41 project_colorspace l project t \"set this to the project color space\" T OCIOColorSpace1.in_colorspace}\n addUserKnob {22 python_button l \"What's this all about?\" -STARTLINE T \"nuke.message(\\\"Regraining in other color spaces than the camera native linear space can lead to unexpected behaviour.\\\\n\\\\nFor example converting Alexa plates to ACEScg might introduce negative values due to ACEScg's smaller gamut. In that case converting back to ARRI Linear ALEXA Wide Gamut will probably help.\\\\nJust set project to ACEScg and camera to ARRI Linear ALEXA Wide Gamut.\\\\n\\\\nThis might be transferable to other cameras, but I've only tested with Alexas.\\\\n---------\\\\nBypass by setting both knobs to the same value.\\\")\"}\n addUserKnob {41 camera_colorspace l camera t \"set this to the camera native linear space\" T OCIOColorSpace1.out_colorspace}\n addUserKnob {26 text_2 l \" \" T \" \"}\n addUserKnob {26 level l \"Degrain amount\"}\n addUserKnob {78 luminance t \"Leave this at 1 if you're working on a completely degrained plate.\\n\\nIn case you decided to leave some luminance grain in the degrained plate (use the DegrainHelper node for this!), set this to the same value as in the DegrainHelper in order to compensate.\\n\\nIf the luminance degrain amount was set to 0.8, this needs to be set to 0.8 as well.\\n\\nYou need to select a mask of all elements that cover the plate, otherwise the grain of whole comp will be too strong \" n 1}\n luminance 1\n addUserKnob {26 divider01 l \" \"}\n addUserKnob {41 degrain_amount_mask l \"degrain amount mask\" t \"Use this channel from the mask input to specify in what area of the comp the missing luminance grain needs to be compensated.\" T Multiply1.maskChannelMask}\n addUserKnob {41 invert_mask l invert -STARTLINE T Multiply1.invert_mask}\n addUserKnob {26 spacer02 l \" \" T \" \"}\n addUserKnob {26 divider02 l Analyze}\n addUserKnob {3 number_of_frames l \"number of frames\" t \"Set the number of sample frames to be spread across the input range.\\n\\nMore frames lead to higher accuracy.\\n\\nIf there are particularly bright or dark frames, set them manually in the knob below to make sure they are part of the analysis.\\n\\nIf you want to set all sample frames manually, set this to 0 and add the frames in the knob below.\"}\n number_of_frames 10\n addUserKnob {1 additional_frames l \"additional frames\" t \"Set additional frames like this:\\n\\n1001,1020,1053 (single frames)\\n1020-1040 (frame ranges)\\n1020-1040x4 (frame ranges with step)\"}\n addUserKnob {3 sample_count l \"sample count\" t \"The samples are spread across the sample range (which gets calculated automatically) based on the AlexaV3LogC curve. This results in more samples in the dark areas and less samples in the brights.\\n\\nMore samples lead to a more detailed response curve (while the accuracy is limited by the quality of the degrain).\"}\n sample_count 20\n addUserKnob {22 analyze l Analyze t \"this is where the magic happens\" T \"import base64\\nthis = nuke.thisNode()\\n\\n\\ndef _sample_count(this):\\n \\\"\\\"\\\"returns the sample count\\\"\\\"\\\"\\n\\n sample_count = int(this\\['sample_count'].value())\\n\\n if sample_count <= 0:\\n raise RuntimeError('Enter a sample count greater than 0')\\n\\n else:\\n return sample_count\\n\\n\\ndef _generate_frame_list(this):\\n \\\"\\\"\\\"converts the frames submitted by the user into a list\\\"\\\"\\\"\\n\\n frame_list = \\[]\\n number_of_frames = int(this\\['number_of_frames'].value())\\n additional_frames = this\\['additional_frames'].value()\\n\\n if number_of_frames < 1 and additional_frames is '':\\n raise RuntimeError('Either set the number of frames > 0\\\\nor define additional frames')\\n\\n first_frame = max(this.input(1).firstFrame(), this.input(2).firstFrame())\\n last_frame = min(this.input(1).lastFrame(), this.input(2).lastFrame())\\n\\n if number_of_frames > 0:\\n distance = (last_frame - first_frame) / (number_of_frames)\\n frame = first_frame + distance / 2\\n\\n for x in range(number_of_frames):\\n int_frame = int(round(frame))\\n if int_frame not in frame_list:\\n frame_list.append(int_frame)\\n\\n frame += distance\\n\\n frange = nuke.FrameRanges(additional_frames.split(','))\\n\\n for r in frange:\\n for f in r:\\n if f >= first_frame and f <= last_frame:\\n if f not in frame_list:\\n frame_list.append(f)\\n\\n frame_list.sort()\\n\\n return frame_list\\n\\n\\ndef _setup_for_multiframe(frame_list):\\n \\\"\\\"\\\" arranges all sample frames next to each other, starting at frame 0\\n and sets the frame number knob of the FrameBlend node\\\"\\\"\\\"\\n\\n time_warp = nuke.toNode('TimeWarp1')\\n time_warp\\['lookup'].clearAnimated()\\n time_warp\\['lookup'].setAnimated()\\n anim_list = \\[]\\n\\n for n, frame in enumerate(frame_list):\\n anim_list.append(nuke.AnimationKey(n, frame))\\n\\n anim = time_warp\\['lookup'].animation(0)\\n anim.addKey(anim_list)\\n\\n frame_blend = nuke.toNode('FrameBlend1')\\n frame_blend\\['endframe'].setValue(len(frame_list)-1)\\n\\n\\ndef _generate_sample_list(sample_count, sample_range, sample_radius):\\n \\\"\\\"\\\"generate a list of sample values spread equally between the\\n min and max values of the sample range\\\"\\\"\\\"\\n\\n sample_list = \\[]\\n\\n for item in range(0, sample_count):\\n sample_list.append(float(item) / sample_count * (sample_range\\[1] - sample_range\\[0]) + sample_range\\[0] + sample_radius)\\n\\n return sample_list\\n\\n\\ndef _get_sample_range(channel, channel_list, frame_list):\\n \\\"\\\"\\\" samples the minimum and maximum values of the given frame range and\\n sets the sample range to those values\\\"\\\"\\\"\\n\\n curve_tool = nuke.toNode('CurveTool_Range')\\n min_knob = curve_tool\\['minlumapixvalue']\\n max_knob = curve_tool\\['maxlumapixvalue']\\n\\n min_knob.setAnimated()\\n max_knob.setAnimated()\\n\\n curve_tool\\['channels'].setValue(channel)\\n\\n nuke.execute(curve_tool, nuke.FrameRanges(frame_list))\\n\\n index = channel_list.index(channel)\\n min_list = \\[key.y for key in min_knob.animation(index).keys()]\\n max_list = \\[key.y for key in max_knob.animation(index).keys()]\\n\\n min_value = min(min_list)\\n max_value = max(max_list)\\n\\n min_knob.clearAnimated()\\n max_knob.clearAnimated()\\n curve_tool\\['minlumapixdata'].clearAnimated()\\n curve_tool\\['maxlumapixdata'].clearAnimated()\\n\\n return \\[min_value, max_value]\\n\\n\\ndef _sample_it(keyer, curve_tool, sample, sample_radius):\\n \\\"\\\"\\\"analyze the grain level per channel and sample value in the sample range\\\"\\\"\\\"\\n\\n keyer\\['temp_expr0'].setValue(str(sample - sample_radius))\\n keyer\\['temp_expr1'].setValue(str(sample + sample_radius))\\n\\n intensity_knob = curve_tool\\['intensitydata']\\n intensity_knob.clearAnimated()\\n intensity_knob.setAnimated()\\n\\n nuke.execute(curve_tool, nuke.frame(), nuke.frame())\\n sample_values = intensity_knob.value()\\n intensity_knob.clearAnimated()\\n\\n return sample_values\\n\\n\\ndef check_inputs(this):\\n if this.input(1) is None:\\n raise RuntimeError('no plate connected')\\n\\n if this.input(2) is None:\\n raise RuntimeError('no degrained plate connected')\\n\\n def format_tuple(node):\\n return node.format().width(), node.format().height(), node.format().pixelAspect()\\n\\n if format_tuple(this.input(1)) != format_tuple(this.input(2)):\\n raise RuntimeError(\\\"Format missmatch: Make sure the formats of plate and degrained plate match.\\\")\\n\\n\\ndef start(this):\\n \\\"\\\"\\\"let's do this!\\\"\\\"\\\"\\n\\n check_inputs(this)\\n\\n with this:\\n frame_list = _generate_frame_list(this)\\n _setup_for_multiframe(frame_list)\\n sample_count = _sample_count(this)\\n\\n blank = base64.b64decode('cmVkIHtjdXJ2ZX0KZ3JlZW4ge2N1cnZlfQpibHVlIHtjdXJ2ZX0=').decode('ascii')\\n\\n lut = nuke.toNode('Sampler1')\\['lut']\\n lut.fromScript(blank)\\n\\n channel_list = \\['red', 'green', 'blue']\\n\\n keyer = nuke.toNode('Expression2')\\n copy = nuke.toNode('Copy2')\\n\\n curve_tool = nuke.toNode('CurveTool')\\n pixel = curve_tool\\['ROI'].value()\\[2] * curve_tool\\['ROI'].value()\\[3]\\n\\n task = nuke.ProgressTask('Analysing...')\\n step = 100.0 / 3 / sample_count\\n progress = step\\n\\n time_warp = nuke.toNode('TimeWarp1')\\n frame_blend = nuke.toNode('FrameBlend1')\\n\\n time_warp\\['disable'].setValue(False)\\n frame_blend\\['disable'].setValue(False)\\n\\n for channel in channel_list:\\n task.setMessage('\\{\\} range'.format(channel))\\n\\n copy\\['from0'].setValue('rgba.\\{\\}'.format(channel))\\n\\n sample_range = _get_sample_range(channel, channel_list, frame_list)\\n sample_radius = (sample_range\\[1] - sample_range\\[0]) / sample_count / 2\\n sample_list = _generate_sample_list(sample_count, sample_range, sample_radius)\\n\\n for sample in sample_list:\\n if task.isCancelled():\\n return\\n\\n task.setProgress(int(progress))\\n\\n sample_values = _sample_it(keyer, curve_tool, sample, sample_radius)\\n\\n task.setMessage('\\{\\} channel at \\{\\}'.format(channel, round(sample, 2)))\\n\\n if sample_values\\[3] * pixel >= 10:\\n lut.setValueAt(sample_values\\[0] / sample_values\\[3], sample_values\\[1] / sample_values\\[3], channel_list.index(channel))\\n\\n progress += step\\n\\n time_warp\\['lookup'].clearAnimated()\\n time_warp\\['disable'].setValue(True) # hopefully prevents slowing down the comp\\n frame_blend\\['disable'].setValue(True) # hopefully prevents slowing down the comp\\n\\n del task\\n\\n\\nstart(this)\\n\" +STARTLINE}\n addUserKnob {26 divider03 l \" \"}\n addUserKnob {41 analysis_mask l \"analysis mask\" t \"Use this channel from the mask input to control what area of the plate will be analyzed.\\n\\nUsefull if the degrain is obviously bad in some areas.\" T ChannelMerge1.A}\n addUserKnob {6 invert_1 l invert -STARTLINE}\n addUserKnob {20 Adjust_tab l Adjust}\n addUserKnob {22 whatsthis l \"What am I looking at?\" T \"nuke.message(\\\"After the analysis you'll see the sampled grain response curves here. On the x-axis is the brightness of the image and on the y-axis the grain intensity. Grain increases with brightness, so the slope of the curves should always be positive (they should always go up ↗).

The quality of the curves depends entirely on the quality of the degrain. If the curves look wrong (for example they go up and down), try to improve the degrain first. If they still look wrong and the resulting regrain doesn't work well enough, you can try to improve the curves here by deleting/correcting all points that don't follow an upwards trend.

You can also extend the curves (again: with an upwards trend) if the comp has values that don't exist in the plate.

Note: The curve is used for both the normalization as well as the adaptation of the grain, so it doesn't give direct control of the grain intensity.\\\")\" +STARTLINE}\n addUserKnob {41 lut l \"\" +STARTLINE T Sampler1.lut}\n addUserKnob {20 Replace_tab l Replace}\n addUserKnob {6 external_grain l \"use external grain\" t \"Use external grain from a second DasGrain, with the output set to 'normalised grain', to replace masked area.\\nConnect it to the 'external grain' input of this DasGrain (it's a bit hidden on the left side of the node).\" +STARTLINE}\n addUserKnob {26 divider04 l Scatter}\n addUserKnob {26 divider05 l Scatter +HIDDEN T \"Make sure you're sampling an area without any plate detail.\"}\n addUserKnob {6 scatter l activate t \"Activates the scatter function. It generates a new grain based on the plate grain in the sample box using a Voronoi noise.\" +STARTLINE}\n addUserKnob {41 useGPUIfAvailable l \"Use GPU if available\" -STARTLINE T VoronoiScatter.useGPUIfAvailable}\n addUserKnob {15 box l \"sample box\" t \"Define an area that is used as a source for the scatter function. The plate grain in this area should be as even as possible, without any visible detail.\"}\n box {100 100 500 300}\n addUserKnob {3 sample_frame l \"sample frame\" t \"The frame at which the grain is being sampled. Is set automatically once the sample box is changed.\" +DISABLED}\n sample_frame 1\n addUserKnob {4 stereo l \"stereo behaviour\" t \"randomize offset per view: same voronoy pattern for all views, but different offset\\n\\nrandomize pattern per view: different voronoy pattern for every view\" M {none \"randomize offset per view\" \"randomize pattern per view\" \"\"}}\n addUserKnob {26 spacer06 l \"\" +STARTLINE T \" \"}\n addUserKnob {6 overlay l \"overlay cell pattern\" t \"Overlay the cell pattern of the voronoy noise. Useful to check where the seams are and if distortion or blending is necessary.\" +STARTLINE}\n addUserKnob {7 cell_size l \"cell size\" t \"Cell size of the scatter. Shoudn't be too small, as lower grain frequencies might break.\\nCan't be too big either, to prevent it from breaking the border of the samplebox (will error if it does).\" R 5 100}\n cell_size 40\n addUserKnob {26 spacer07 l \"\" +STARTLINE T \" \"}\n addUserKnob {20 concealer l \"edge concealer\" n 1}\n concealer 0\n addUserKnob {26 concealer_help l \" \" T \"If you can see the voronoi pattern in the grain QC output,\\nincrease the edge blend size.\"}\n addUserKnob {3 edge_blend_size l \"edge blend size\" t \"Set the output to grain QC. If you see the cell seams, increase the edge blend size to conceal them.\\n\\nThis is a bit hacky and slow.\"}\n addUserKnob {26 tip l \"\" -STARTLINE T \"sloooow - keep this below 3 if possible\"}\n addUserKnob {26 distortion_help l \" \" T \"\\nDistortion might help as well, if somehow the straight\\nseams are visible (you might want to toggle the overlay\\nwhile adjusting).\"}\n addUserKnob {7 amplitude R 0 50}\n addUserKnob {7 frequency R 0 50}\n frequency 15\n addUserKnob {20 endGroup n -1}\n addUserKnob {26 divider06 l \"\" +STARTLINE}\n addUserKnob {41 replace_mask l \"replace mask\" t \"Use this channel from the mask input to specify where you want to use scattered grain instead of the adapted plate grain.\" -STARTLINE T Merge9.maskChannelMask}\n addUserKnob {41 invert_mask_1 l invert -STARTLINE T Merge9.invert_mask}\n addUserKnob {20 GrainGroupEnd l \"\" +STARTLINE n -3}\n addUserKnob {20 Help_tab l Help}\n addUserKnob {26 basic_setup l \"\" +STARTLINE T \"Basic setup\"}\n addUserKnob {26 \"\"}\n addUserKnob {26 explanation l \"\" +STARTLINE T \"Bold steps are always necessary\"}\n addUserKnob {26 steps l \"\" +STARTLINE T \"
1. This should be the only regrain node in your comp.
2. Connect plate, degrained plate and comp.
    The comp should be done on the degrained plate!
3. Set the luminance degrain amount.
4. Press the Analyze button.
5. Correct the response curves in the Adjust tab.
6. Move the sample box to an area without any plate detail and activate scatter.
7. If necessary, activate edge blend and/or distortion to conceal seams.\"}\n addUserKnob {26 in_depth l \"\" +STARTLINE T \"
For an in depth explanation of the steps, read the tooltips and check out this video:
https://vimeo.com/284820390\"}\n addUserKnob {26 pushthebutton l \"\" +STARTLINE T \"

If the result is not as expected and you don't know why, push this button:\"}\n addUserKnob {22 troubleshoot l Troubleshoot t HEEEEEEELP T \"import base64\\n\\nmessages = \\[]\\n\\nthis = nuke.thisNode()\\n\\n#########################\\n\\nif this.input(0) is None or this.input(1) is None or this.input(2) is None:\\n messages.append(\\\"ERROR Plate, degrained plate and comp need to be connected to the appropriate inputs.\\\")\\n\\n#########################\\n\\nelse:\\n\\n def format_to_tuple(g):\\n \\\"\\\"\\\"returns (1024, 786, 2.0)\\n \\\"\\\"\\\"\\n return (g.format().width(), g.format().height(), g.format().pixelAspect())\\n\\n format_set = set(\\[\\n format_to_tuple(this.input(0)),\\n format_to_tuple(this.input(1)),\\n format_to_tuple(this.input(2)),\\n ])\\n if len(format_set) != 1:\\n messages.append(\\\"WARNING Format missmatch: Make sure formats of plate, degrained plate and comp match.\\\")\\n\\n if (this.input(1).firstFrame() != this.input(2).firstFrame()) or (this.input(1).lastFrame() != this.input(2).lastFrame()):\\n messages.append(\\\"WARNING The frame ranges of plate and degrained plate don't match. Double check that they belong together.\\\")\\n\\n#########################\\n\\nmessages.append(\\\"Double check that plate and degrained plate haven't been modified in any way (paint, despill, etc).\\\")\\n\\n#########################\\n\\nif this\\['luminance'].getValue() == 1:\\n messages.append(\\\"Are you working on a completely degrained plate? If not, you might have to set the luminance degrain amount.\\\")\\n\\n#########################\\n\\nblank = base64.b64decode('cmVkIHtjdXJ2ZX0KZ3JlZW4ge2N1cnZlfQpibHVlIHtjdXJ2ZX0=').decode('ascii')\\n\\nwith this:\\n Sampler = nuke.toNode('Sampler1') \\n if Sampler\\['lut'].toScript() == blank:\\n messages.append(\\\"ERROR You haven't pressed the Analyze button yet!\\\")\\n\\n#########################\\n\\nclass BadThings(Exception): pass\\n\\ndef thingy():\\n with this:\\n Sampler = nuke.toNode('Sampler1')\\n list = this\\['lut'].toScript().replace('\\}','').split('\\\\n')\\n for item in list:\\n sample_value = 0\\n for value in item.split(' '):\\n try:\\n value == float(value)\\n if value < sample_value:\\n raise BadThings(\\\"WARNING Check and fix the response curves. Their slopes should always be positive (the curves should always go up ↗).\\\")\\n \\n else:\\n sample_value = value\\n except ValueError:\\n # Ignore non-numeric things like x-values of \\\"x5.46\\\" and channel names like \\\"red\\{\\\" etc\\n pass\\ntry:\\n thingy()\\nexcept BadThings as e:\\n messages.append(str(e))\\n \\n#########################\\n\\nif this\\['scatter'].value() == True:\\n if this\\['box'].getValue() == \\[100.0, 100.0, 500.0, 300.0]:\\n messages.append(\\\"WARNING Scatter has been activated, but the sample box is still in its default position. Are you sure that's a good area to sample?\\\")\\n\\n#########################\\n\\nmessages.append(\\\"Did you copy/paste DasGrain from another script? Make sure to reanalyze and to reset the sample area if you are using scatter.\\\")\\n\\n#########################\\n\\nif len(messages) > 0:\\n nuke.message(\\\"Things worth checking

\\\"\\n \\\"%s


If any of this doesn't make sense to you, it might be worth checking out the video on vimeo.\\\" % (\\n \\\"
\\\".join(\\\"%s: %s\\\" % (i+1, m) for i, m in enumerate(messages))))\\n\" +STARTLINE}\n addUserKnob {26 dont_despair l \"\" +STARTLINE T \"
If it still doesn't work and you're about to flip the table, send me a mail.
I'm happy to help! :)\"}\n addUserKnob {20 Info_tab l Info}\n addUserKnob {26 dasname l \"\" +STARTLINE T \"DasGrain v1.8
\"}\n addUserKnob {26 text_1 l \"\" +STARTLINE T \"DasGrain makes regraining as simple as clicking a few buttons.
Follow the steps in the Help tab and you'll have a perfect\\nregrain
in no time!\"}\n addUserKnob {26 \"\"}\n addUserKnob {26 info l \"\" +STARTLINE T \"Last change: 2021-03-07\\n\\n\"}\n addUserKnob {26 name_1 l \"\" +STARTLINE T \"Fabian Holtz\"}\n addUserKnob {26 mail l \"\" +STARTLINE T \"holtzf+nuke@gmail.com\"}\n addUserKnob {26 testimonial l \"\" +STARTLINE T \"


«Such an elegant solution, love it!»
— anonymous

\"}\n addUserKnob {26 \"\"}\n addUserKnob {26 credit l \"\" +STARTLINE T \"
VoronoiScatter based on Ivan Busquets' implementation of
libNoise's\\nVoronoi generator\"}\n addUserKnob {26 thanks l \"\" +STARTLINE T \"
Special thanks to Ben Dickson for bearing with my questions and
problems and RSP comp for the valuable feedback.\"}\n}\n BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0x7f7f7fff\n label \"normalise grain\"\n note_font_size 30\n xpos 170\n ypos 1662\n bdwidth 320\n bdheight 110\n }\n BackdropNode {\n inputs 0\n name BackdropNode11\n tile_color 0x7f7f7fff\n label \"add grain\"\n note_font_size 30\n xpos 830\n ypos 2766\n bdwidth 320\n bdheight 110\n }\n BackdropNode {\n inputs 0\n name BackdropNode13\n tile_color 0x7f7f7fff\n label scatter\n note_font_size 30\n xpos -50\n ypos 2022\n bdwidth 320\n bdheight 110\n }\n BackdropNode {\n inputs 0\n name BackdropNode14\n tile_color 0x7f7f7fff\n label \"analyze grain\"\n note_font_size 30\n xpos -159\n ypos 606\n bdwidth 319\n bdheight 877\n }\n BackdropNode {\n inputs 0\n name BackdropNode2\n tile_color 0x7f7f7fff\n label \"grain response curve\"\n note_font_size 30\n xpos 610\n ypos 2574\n bdwidth 320\n bdheight 110\n }\n BackdropNode {\n inputs 0\n name BackdropNode3\n tile_color 0x7f7f7fff\n label QC\n note_font_size 30\n xpos 1050\n ypos 3222\n bdwidth 320\n bdheight 110\n }\n BackdropNode {\n inputs 0\n name BackdropNode4\n tile_color 0x7f7f7fff\n label \"grain response curve\"\n note_font_size 30\n xpos 610\n ypos 1422\n bdwidth 320\n bdheight 110\n }\n BackdropNode {\n inputs 0\n name BackdropNode5\n tile_color 0x7f7f7fff\n label \"adapt grain\"\n note_font_size 30\n xpos 170\n ypos 2574\n bdwidth 320\n bdheight 110\n }\n BackdropNode {\n inputs 0\n name BackdropNode6\n tile_color 0x7f7f7fff\n label \"sample range\"\n note_font_size 30\n xpos -490\n ypos 606\n bdwidth 320\n bdheight 110\n }\n BackdropNode {\n inputs 0\n name BackdropNode7\n tile_color 0x7f7f7fff\n label \"luminance level\"\n note_font_size 30\n xpos 280\n ypos -282\n bdwidth 760\n bdheight 685\n }\n BackdropNode {\n inputs 0\n name BackdropNode8\n tile_color 0x7f7f7fff\n label \"plate grain\"\n note_font_size 30\n xpos 170\n ypos 606\n bdwidth 320\n bdheight 110\n }\n BackdropNode {\n inputs 0\n name BackdropNode9\n tile_color 0x7f7f7fff\n label replace\n note_font_size 30\n xpos 60\n ypos 2191\n bdwidth 540\n bdheight 226\n }\n Input {\n inputs 0\n name DEGRAINED_PLATE\n label \"\\[value number]\"\n note_font_size 30\n xpos 730\n ypos -896\n number 2\n }\n OCIOColorSpace {\n in_colorspace {{OCIOColorSpace1.in_colorspace}}\n out_colorspace {{OCIOColorSpace1.out_colorspace}}\n name OCIOColorSpace2\n xpos 730\n ypos -490\n }\n Dot {\n name Dot9\n xpos 764\n ypos -390\n }\nset N99766400 [stack 0]\n Dot {\n name Dot28\n xpos 764\n ypos -198\n }\nset N99766000 [stack 0]\n Dot {\n name Dot32\n xpos 764\n ypos 234\n }\nset N99765c00 [stack 0]\npush $N99766000\n Dot {\n name Dot27\n xpos 624\n ypos -198\n }\n Colorspace {\n colorspace_out YCbCr\n name Colorspace1\n xpos 590\n ypos -130\n }\n Dot {\n name Dot7\n xpos 624\n ypos -54\n }\nset N99765000 [stack 0]\n Input {\n inputs 0\n name PLATE\n label \"\\[value number]\"\n note_font_size 30\n xpos 290\n ypos -892\n number 1\n }\n Dot {\n name Dot50\n xpos 324\n ypos -726\n }\nset N99764800 [stack 0]\n OCIOColorSpace {\n in_colorspace scene_linear\n out_colorspace scene_linear\n name OCIOColorSpace1\n xpos 290\n ypos -490\n }\n Dot {\n name Dot29\n xpos 324\n ypos -198\n }\nset Ne5d2fc00 [stack 0]\n Dot {\n name Dot6\n xpos 464\n ypos -198\n }\n Colorspace {\n colorspace_out YCbCr\n name Colorspace2\n xpos 430\n ypos -130\n }\n Merge2 {\n inputs 2\n operation from\n bbox B\n Achannels rgb\n Bchannels rgb\n output rgb\n name Merge4\n xpos 430\n ypos -58\n }\n Multiply {\n channels rgb\n value {{\"1 / parent.luminance - 1\"} 0 0 0}\n name Multiply6\n xpos 430\n ypos 14\n }\n Dot {\n name Dot31\n xpos 464\n ypos 90\n }\npush $N99765000\n Merge2 {\n inputs 2\n operation plus\n bbox B\n Achannels rgb\n Bchannels rgb\n output rgb\n name Merge5\n xpos 590\n ypos 86\n }\n Colorspace {\n colorspace_in YCbCr\n name Colorspace3\n xpos 590\n ypos 158\n }\n Merge2 {\n inputs 2\n operation from\n bbox B\n Achannels rgb\n Bchannels rgb\n output rgb\n name Merge6\n xpos 590\n ypos 230\n }\n Dot {\n name Dot35\n xpos 624\n ypos 306\n }\nset Ne5d2d800 [stack 0]\npush $N99765c00\n Merge2 {\n inputs 2\n operation from\n bbox B\n Achannels rgb\n Bchannels rgb\n output rgb\n name Merge7\n xpos 730\n ypos 302\n disable {{\"Multiply6.value.r == 0\"}}\n }\n Dot {\n name Dot2\n xpos 764\n ypos 522\n }\nset Ne5d2d000 [stack 0]\n Dot {\n name Dot30\n xpos 764\n ypos 690\n }\nset Ne5d2cc00 [stack 0]\n Dot {\n name Dot55\n xpos 764\n ypos 1170\n }\nset Ne5d2c800 [stack 0]\n Input {\n inputs 0\n name mask\n label \"\\[value number]\"\n note_font_size 30\n xpos 1170\n ypos -896\n number 3\n }\n Dot {\n name Dot39\n xpos 1204\n ypos 258\n }\nset N751abc00 [stack 0]\n Dot {\n name Dot26\n xpos 1204\n ypos 1074\n }\nset N751ab800 [stack 0]\n Invert {\n name Invert2\n xpos 180\n ypos 1064\n disable {{!parent.invert_1}}\n }\npush $Ne5d2cc00\npush $Ne5d2fc00\n Merge2 {\n inputs 2\n operation from\n bbox B\n Achannels rgb\n Bchannels rgb\n output rgb\n name Merge27\n xpos 290\n ypos 686\n }\n Dot {\n name Dot3\n xpos 324\n ypos 786\n }\nset N751aac00 [stack 0]\n Dot {\n name Dot5\n xpos 104\n ypos 786\n }\nset N751aa800 [stack 0]\npush $N751aa800\n Copy {\n inputs 2\n from0 {{{parent.Copy2.from0}}}\n to0 rgba.red\n name Copy3\n xpos 70\n ypos 848\n }\n Expression {\n expr0 abs(r)\n channel1 {none none none rgba.alpha}\n expr1 \"r == 0\"\n channel2 none\n channel3 none\n name Expression4\n xpos 70\n ypos 926\n }\nset N751aa000 [stack 0]\npush $Ne5d2d000\n Colorspace {\n colorspace_out AlexaV3LogC\n name Colorspace5\n xpos 70\n ypos 518\n }\n Clamp {\n maximum_enable false\n name Clamp2\n xpos -40\n ypos 512\n }\n Dot {\n name Dot1\n xpos -116\n ypos 522\n }\nset N751a9400 [stack 0]\n Dot {\n name Dot48\n xpos -116\n ypos 786\n }\nset N751a9000 [stack 0]\npush $N751a9000\n Copy {\n inputs 2\n from0 rgba.blue\n to0 rgba.red\n name Copy2\n xpos -150\n ypos 848\n }\n Expression {\n temp_name0 min\n temp_name1 max\n channel0 {none none none rgba.alpha}\n expr0 \"r >= min && r <= max\"\n channel1 none\n channel2 none\n channel3 none\n name Expression2\n xpos -150\n ypos 926\n }\n Dot {\n name Dot4\n xpos -116\n ypos 1002\n }\n ChannelMerge {\n inputs 2\n operation stencil\n name ChannelMerge2\n xpos -40\n ypos 985\n }\npush $N751aa000\n Copy {\n inputs 2\n from0 rgba.alpha\n to0 rgba.alpha\n name Copy1\n xpos 70\n ypos 992\n }\n ChannelMerge {\n inputs 2\n A -rgba.green\n operation multiply\n name ChannelMerge1\n xpos 70\n ypos 1057\n disable {{!A}}\n }\n Copy {\n inputs 2\n from0 {{{parent.Copy2.from0}}}\n to0 rgba.green\n name Copy4\n xpos 70\n ypos 1160\n }\n Premult {\n channels {rgba.red rgba.green -rgba.blue none}\n name Premult1\n xpos 70\n ypos 1238\n }\n TimeWarp {\n lookup 1081\n time \"\"\n filter nearest\n name TimeWarp1\n xpos 70\n ypos 1286\n disable true\n }\n FrameBlend {\n channels {rgba.red rgba.green -rgba.blue rgba.alpha}\n startframe 0\n endframe 9\n userange true\n name FrameBlend1\n xpos 70\n ypos 1352\n disable true\n }\n CurveTool {\n avgframes 0\n channels {rgba.red rgba.green -rgba.blue rgba.alpha}\n ROI {0 0 {width} {height}}\n name CurveTool\n xpos 70\n ypos 1424\n }\npush $N751a9400\n Dot {\n name Dot16\n xpos -336\n ypos 522\n }\n CurveTool {\n operation \"Max Luma Pixel\"\n channels {-rgba.red -rgba.green rgba.blue none}\n ROI {0 0 {width} {height}}\n name CurveTool_Range\n xpos -370\n ypos 680\n }\n Sampler {\n inputs 0\n lut {red {curve}\n green {curve}\n blue {curve}}\n name Sampler1\n onCreate \"n = nuke.thisNode()\\nn\\['sampler'].setEnabled(False)\"\n knobChanged \"n = nuke.thisNode()\\nk = nuke.thisKnob()\\np = nuke.thisParent()\\n\\nif k.name() == 'lut':\\n with p:\\n for c in \\['ColorLookup1','ColorLookup2']:\\n nuke.toNode(c)\\['lut'].fromScript(k.toScript())\"\n xpos 840\n ypos 1502\n }\npush $N99764800\n Dot {\n name Dot51\n xpos 115\n ypos -726\n }\n Input {\n inputs 0\n name COMP\n label \"\\[value number]\"\n note_font_size 30\n xpos 950\n ypos -896\n }\n Dot {\n name Dot49\n xpos 984\n ypos -605\n }\nset N748d4800 [stack 0]\n Switch {\n inputs 2\n which {{parent.meta}}\n name Switch1\n xpos 81\n ypos -609\n }\n Dot {\n name Dot54\n xpos 115\n ypos -486\n }\n Dot {\n name Dot52\n xpos -685\n ypos -486\n }\n Dot {\n name Dot53\n xpos -685\n ypos 3762\n }\npush $N751abc00\n Dot {\n name Dot40\n xpos 874\n ypos 258\n }\npush $Ne5d2d800\n Dot {\n name Dot34\n xpos 624\n ypos 378\n }\n Multiply {\n inputs 1+1\n channels rgb\n value 0\n maskChannelMask -rgba.red\n name Multiply1\n xpos 840\n ypos 374\n }\npush $N748d4800\n OCIOColorSpace {\n in_colorspace {{OCIOColorSpace1.in_colorspace}}\n out_colorspace {{OCIOColorSpace1.out_colorspace}}\n name OCIOColorSpace3\n xpos 950\n ypos -490\n }\n Dot {\n name Dot44\n xpos 984\n ypos -390\n }\nset N7487e400 [stack 0]\n Merge2 {\n inputs 2\n operation from\n bbox B\n Achannels rgb\n Bchannels rgb\n output rgb\n name Merge8\n xpos 950\n ypos 374\n disable {{\"Multiply6.value.r == 0\"}}\n }\n Dot {\n name Dot18\n xpos 984\n ypos 2658\n }\nset N7487dc00 [stack 0]\n ColorLookup {\n lut {master {}\n red {curve}\n green {curve}\n blue {curve}\n alpha {}}\n name ColorLookup2\n xpos 730\n ypos 2654\n }\npush $N751ab800\n Dot {\n name Dot38\n xpos 1204\n ypos 1842\n }\n Dot {\n name Dot37\n xpos 544\n ypos 1842\n }\n Dot {\n name Dot22\n xpos 544\n ypos 2271\n }\nset N7487cc00 [stack 0]\n Dot {\n name Dot20\n xpos 544\n ypos 2391\n }\npush $N7487cc00\n Dot {\n name Dot17\n xpos 434\n ypos 2271\n }\nset N7487c400 [stack 0]\n Dot {\n name Dot13\n xpos 214\n ypos 2271\n }\n Input {\n inputs 0\n name external_grain\n label \"\\[value number]\"\n note_font_size 30\n xpos -150\n ypos 1716\n number 4\n }\n Dot {\n name Dot21\n xpos -116\n ypos 1938\n }\npush $Ne5d2c800\n ColorLookup {\n channels rgb\n lut {master {}\n red {curve}\n green {curve}\n blue {curve}\n alpha {}}\n name ColorLookup1\n xpos 730\n ypos 1502\n }\n Dot {\n name Dot24\n xpos 764\n ypos 1746\n }\npush $N751aac00\n Dot {\n name Dot33\n xpos 324\n ypos 1386\n }\n MergeExpression {\n inputs 2\n temp_name0 target\n temp_expr0 .01\n expr0 \"Br * (target / Ar)\"\n expr1 \"Bg * (target / Ag)\"\n expr2 \"Bb * (target / Ab)\"\n channel3 none\n name MergeExpression1\n xpos 290\n ypos 1742\n }\n Dot {\n name Dot15\n xpos 324\n ypos 1842\n }\nset N7c8be000 [stack 0]\n Dot {\n name Dot25\n xpos 104\n ypos 1842\n }\n Switch {\n inputs 2\n which {{parent.external_grain}}\n name Switch2\n xpos 70\n ypos 1934\n }\n Group {\n name VoronoiScatter\n xpos 70\n ypos 2102\n disable {{!parent.scatter}}\n addUserKnob {20 User}\n addUserKnob {41 useGPUIfAvailable l \"Use GPU if available\" T VoroNoise.useGPUIfAvailable}\n addUserKnob {41 vectorize l \"Vectorize on CPU\" -STARTLINE T VoroNoise.vectorize}\n addUserKnob {15 box}\n box {{parent.box x1004 0 x1036 -75} {parent.box x1004 100 x1036 120} {parent.box x1004 496 x1036 325} {parent.box x1004 916 x1036 320}}\n addUserKnob {3 sample_frame l \"sample frame\"}\n sample_frame {{parent.sample_frame}}\n addUserKnob {7 cell_size l \"cell size\" R 0 100}\n cell_size {{parent.cell_size}}\n addUserKnob {6 overlay_pattern l \"overlay pattern\" -STARTLINE}\n overlay_pattern {{parent.overlay}}\n addUserKnob {3 edge_blend_size l \"edge blend size\"}\n edge_blend_size {{parent.edge_blend_size}}\n addUserKnob {7 amplitude R 0 100}\n amplitude {{parent.amplitude}}\n addUserKnob {7 frequency R 0 100}\n frequency {{parent.frequency}}\n addUserKnob {41 VoroNoise_Seed l Seed T VoroNoise.VoroNoise_Seed}\n }\n Input {\n inputs 0\n name Input1\n xpos 180\n ypos -879\n }\n Dot {\n name Dot14\n xpos 214\n ypos -750\n }\nset N7c8bd400 [stack 0]\n Dot {\n name Dot16\n xpos 434\n ypos -750\n }\n Remove {\n name Remove1\n xpos 400\n ypos -687\n }\n Dot {\n name Dot6\n xpos 434\n ypos -606\n }\nset N7c8bc800 [stack 0]\n Dot {\n name Dot15\n xpos 654\n ypos -606\n }\nset N7c8bc400 [stack 0]\n Dot {\n name Dot7\n xpos 874\n ypos -606\n }\n Noise {\n output {rgba.red -rgba.green -rgba.blue none}\n replace true\n size {{parent.frequency} {\"parent.frequency * pixel_aspect\"}}\n zoffset {{\"x + 1000\"}}\n gamma 1\n name Noise1\n xpos 840\n ypos -514\n }\n Noise {\n output {-rgba.red rgba.green -rgba.blue none}\n replace true\n size {{parent.Noise1.size} {parent.Noise1.size}}\n zoffset {{x}}\n gamma 1\n name Noise2\n xpos 840\n ypos -466\n }\n Clamp {\n name Clamp1\n xpos 840\n ypos -424\n }\n Dot {\n name Dot11\n xpos 874\n ypos -366\n }\npush $N7c8bc400\n BlinkScript {\n ProgramGroup 1\n KernelDescription \"2 \\\"VoroNoise\\\" iterate pixelWise c117be128a07c11b6d82fd34148d66b3bcac41976ec9c2082affe38e890c2c0f 2 \\\"src\\\" Read Point \\\"dst\\\" Write Point 6 \\\"Frequency\\\" Float 1 AABIQg== \\\"Seed\\\" Int 1 AAAAAA== \\\"aspect ratio\\\" Float 1 AACAPw== \\\"width\\\" Int 1 AAAAAA== \\\"height\\\" Int 1 AAAAAA== \\\"Randomness\\\" Float 1 AAAAPw== 6 \\\"frequency\\\" 1 1 \\\"seed\\\" 1 1 \\\"aspect_ratio\\\" 1 1 \\\"width\\\" 1 1 \\\"height\\\" 1 1 \\\"randomness\\\" 1 1 0\"\n kernelSource \"// Voronoi.blink\\n// A test implementation of libNoise's Voronoi generator using Blink\\n// Ivan Busquets - August 2013\\n// Modified for DasGrain by Fabian Holtz - April 2019\\n\\n#define X_NOISE_GEN 1619\\n#define Y_NOISE_GEN 31337\\n#define Z_NOISE_GEN 6971\\n#define SEED_NOISE_GEN 1013\\n#define SQRT_3 1.73205081\\n\\ninline int IntValueNoise3D (int x, int y, int z, int seed)\\n\\{\\n // All constants are primes and must remain prime in order for this noise\\n // function to work correctly.\\n int n = (\\n X_NOISE_GEN * x\\n + Y_NOISE_GEN * y\\n + Z_NOISE_GEN * z\\n + SEED_NOISE_GEN * seed)\\n & 0x7fffffff;\\n n = (n >> 13) ^ n;\\n return (n * (n * n * 60493 + 19990303) + 1376312589) & 0x7fffffff;\\n\\}\\n\\ninline float ValueNoise3D (int x, int y, int z, int seed)\\n\\{\\n return 1.0 - ((float)IntValueNoise3D (x, y, z, seed) / 1073741824.0);\\n\\}\\n\\nkernel VoroNoise : ImageComputationKernel\\n\\{\\n Image src;\\n Image dst;\\n\\nparam:\\n float frequency;\\n int seed;\\n float aspect_ratio;\\n int width;\\n int height;\\n float randomness;\\n\\n\\n void define() \\{\\n defineParam(frequency, \\\"Frequency\\\", 50.0f);\\n defineParam(aspect_ratio, \\\"aspect ratio\\\", 1.0f);\\n defineParam(seed, \\\"Seed\\\", 0);\\n defineParam(randomness, \\\"Randomness\\\", 0.5f);\\n \\}\\n\\n\\n\\n\\n void process(int2 pos) \\{\\n float x = pos.x * aspect_ratio * frequency / width;\\n float y = pos.y * frequency / width;\\n int xInt = (x > 0.0) ? x : x - 1;\\n int yInt = (y > 0.0) ? y : y - 1;\\n\\n\\n float minDist = 2147483647.0;\\n float xCandidate = 0;\\n float yCandidate = 0;\\n\\n float dist;\\n\\nfor (int yCur = yInt - 2; yCur <= yInt + 2; yCur++) \\{\\n for (int xCur = xInt - 2; xCur <= xInt + 2; xCur++) \\{\\n\\n // Calculate the position and distance to the seed point inside of\\n // this unit cube. Limited by the randomness value\\n float xPos = xCur + (ValueNoise3D (xCur, yCur, 0, seed ) + 1 ) * randomness + (1-randomness) - 1;\\n float yPos = yCur + (ValueNoise3D (xCur, yCur, 0, seed + 1) + 1 ) * randomness + (1-randomness) - 1;\\n\\n float xDist = xPos - x;\\n float yDist = yPos - y;\\n\\n dist = pow(xDist, 2) + pow(yDist, 2);\\n if (dist < minDist) \\{\\n // This seed point is closer to any others found so far, so record\\n // this seed point.\\n minDist = dist;\\n xCandidate = xPos;\\n yCandidate = yPos;\\n\\t\\}\\n \\}\\n\\}\\n\\n SampleType(dst) sample(0.0f);\\n\\n sample.x = xCandidate / aspect_ratio / frequency;\\n sample.y = yCandidate / height * width / frequency;\\n sample.z = 0;\\n\\n dst() = sample;\\n\\}\\n\\};\"\n rebuild \"\"\n VoroNoise_Frequency {{\"width / parent.cell_size\"}}\n VoroNoise_Seed {{\"(x + (parent.parent.stereo == 2 ? \\[lsearch \\[value root.views] \\[view]] / 2 : 0)) * 5\"}}\n \"VoroNoise_aspect ratio\" {{pixel_aspect}}\n VoroNoise_width {{width}}\n VoroNoise_height {{height}}\n rebuild_finalise \"\"\n name VoroNoise\n xpos 620\n ypos -520\n }\n Copy {\n inputs 2\n from0 rgba.red\n to0 forward.u\n from1 rgba.green\n to1 forward.v\n name Copy1\n xpos 620\n ypos -382\n disable {{\"parent.amplitude == 0\"}}\n }\n IDistort {\n uv forward\n uv_offset 0.5\n uv_scale {{parent.amplitude} {\"uv_scale.w * pixel_aspect\"}}\n filter impulse\n name IDistort1\n xpos 620\n ypos -280\n disable {{\"parent.amplitude == 0\"}}\n }\n Dot {\n name Dot5\n xpos 654\n ypos -246\n }\n NoTimeBlur {\n rounding floor\n name NoTimeBlur3\n xpos 620\n ypos -154\n }\n Transform {\n translate {{\"floor((x * size) % 1 * (size)) - int(size / 2)\"} {\"floor(x % 1 * (size)) - int(size/2)\"}}\n filter impulse\n black_outside false\n name Transform1\n xpos 620\n ypos -58\n disable {{\"parent.edge_blend_size < 1\"}}\n addUserKnob {20 User}\n addUserKnob {3 size}\n size {{\"parent.edge_blend_size + 1\"}}\n }\n Dot {\n name Dot9\n xpos 654\n ypos 42\n }\nset N7c875000 [stack 0]\npush $N7c8bc800\n Expression {\n expr0 \"(x + .5) / width\"\n expr1 \"(y + .5) / height\"\n expr2 0\n name STMapGenerator\n xpos 400\n ypos -514\n }\n NoTimeBlur {\n rounding floor\n name NoTimeBlur2\n xpos 400\n ypos -154\n }\n Merge2 {\n inputs 2\n operation from\n Achannels {rgba.red rgba.green -rgba.blue none}\n Bchannels {rgba.red rgba.green -rgba.blue none}\n output {rgba.red rgba.green -rgba.blue none}\n name Merge2\n xpos 400\n ypos 38\n }\n Dot {\n name Dot10\n xpos 434\n ypos 210\n }\npush $N7c875000\n Expression {\n temp_name0 view_index\n temp_expr0 \"parent.parent.stereo == 1 ? \\[lsearch \\[value root.views] \\[view]] / 2 : 0\"\n expr0 \"random((r + view_index) * 1000000, 0) * (maxx - minx) + minx\"\n expr1 \"random((g + view_index) * 1000000, 0) * (maxy - miny) + miny\"\n channel2 none\n channel3 none\n name Expression3\n xpos 620\n ypos 110\n addUserKnob {20 User}\n addUserKnob {7 frequency R 0 100}\n frequency {{parent.parent.cell_size}}\n addUserKnob {7 multiplier R 0 3}\n multiplier 0.5\n addUserKnob {15 shrink}\n shrink {{\"frequency * multiplier + ceil(parent.edge_blend_size / 2) + IDistort1.uv_scale.w / 2\"} {\"frequency * multiplier + ceil(parent.edge_blend_size / 2) + IDistort1.uv_scale.h / 2\"} {\"frequency * multiplier + floor(parent.edge_blend_size / 2) + IDistort1.uv_scale.w / 2\"} {\"frequency * multiplier + floor(parent.edge_blend_size / 2) + IDistort1.uv_scale.h / 2\"}}\n addUserKnob {26 \"\"}\n addUserKnob {7 minx}\n minx {{\"(parent.box.x + shrink.x + .5) / width\"}}\n addUserKnob {7 maxx}\n maxx {{\"(parent.box.r - shrink.r - .5) / width\"}}\n addUserKnob {7 miny}\n miny {{\"(parent.box.y + shrink.y + .5) / height\"}}\n addUserKnob {7 maxy}\n maxy {{\"(parent.box.t - shrink.t - .5) / height\"}}\n }\n Merge2 {\n inputs 2\n operation plus\n Achannels {rgba.red rgba.green -rgba.blue none}\n Bchannels {rgba.red rgba.green -rgba.blue none}\n output {rgba.red rgba.green -rgba.blue none}\n name Merge3\n xpos 620\n ypos 206\n }\n Expression {\n expr0 \"(r + (maxx - minx) - minx) % (maxx - minx) + minx\"\n expr1 \"(g + (maxy - miny) - miny) % (maxy - miny) + miny\"\n channel2 none\n channel3 none\n name Expression7\n xpos 620\n ypos 278\n addUserKnob {20 User}\n addUserKnob {7 minx}\n minx {{\"(parent.box.x + rint(x % 1 * parent.edge_blend_size) + .5) / width\"}}\n addUserKnob {7 maxx}\n maxx {{\"(parent.box.r + rint(x % 1 * parent.edge_blend_size) - .5) / width\"}}\n addUserKnob {7 miny}\n miny {{\"(parent.box.y + rint(x % 1 * parent.edge_blend_size) + .5) / height\"}}\n addUserKnob {7 maxy}\n maxy {{\"(parent.box.t + rint(x % 1 * parent.edge_blend_size) - .5) / height\"}}\n }\n Dot {\n name Dot3\n xpos 654\n ypos 354\n }\nset N7b8a2c00 [stack 0]\n Dot {\n name Dot13\n xpos 654\n ypos 546\n }\npush $N7b8a2c00\n Dot {\n name Dot8\n xpos 874\n ypos 354\n }\n Blur {\n channels rgb\n size {{pixel_aspect} 1}\n name Blur1\n label \"\\[value size]\"\n xpos 840\n ypos 440\n }\n Difference {\n inputs 2\n name Difference2\n xpos 840\n ypos 536\n }\n Expression {\n channel0 {none none none rgba.alpha}\n expr0 \"a > 1e-9\"\n channel1 none\n channel2 none\n channel3 none\n name Expression2\n xpos 840\n ypos 614\n }\n Shuffle {\n red alpha\n green alpha\n blue alpha\n name Shuffle1\n label \"\\[value in]:\\[value out]\"\n xpos 840\n ypos 680\n }\n Dot {\n name Dot4\n xpos 874\n ypos 762\n }\npush $N7b8a2c00\npush $N7c8bd400\n FrameHold {\n first_frame {{parent.sample_frame}}\n name FrameHold1\n xpos 180\n ypos -256\n }\n NoTimeBlur {\n rounding floor\n name NoTimeBlur1\n xpos 180\n ypos -154\n }\n STMap {\n inputs 2\n channels rgb\n uv rgb\n filter impulse\n name STMap1\n xpos 180\n ypos 350\n }\nset N7b8a0800 [stack 0]\n TimeBlur {\n divisions {{\"max(Transform1.size == 1 ? 2 : pow2(Transform1.size), 1)\"}}\n shutter 1\n shuttercustomoffset {{\"1 / divisions / 2\"}}\n name TimeBlur1\n xpos 180\n ypos 446\n disable {{\"parent.edge_blend_size < 1\"}}\n }\nset N7b8a0400 [stack 0]\npush $N7b8a0800\n Dot {\n name Dot1\n xpos -6\n ypos 354\n }\n Difference {\n inputs 2\n name Difference1\n xpos -40\n ypos 440\n }\n Expression {\n channel0 {none none none rgba.alpha}\n expr0 \"a > 1e-10\"\n channel1 none\n channel2 none\n channel3 none\n name Expression1\n xpos -40\n ypos 494\n }\n Blur {\n channels alpha\n size {{parent.parent.edge_blend_size}}\n name Blur2\n xpos -40\n ypos 536\n }\n Grade {\n channels alpha\n blackpoint 0.5\n white_clamp true\n name Grade2\n xpos -40\n ypos 584\n }\n Dot {\n name Dot2\n xpos -6\n ypos 666\n }\npush $N7b8a0400\n Grade {\n inputs 1+1\n white 1.4\n black_clamp false\n name Grade1\n xpos 180\n ypos 662\n disable {{\"parent.edge_blend_size < 1\"}}\n }\n Merge2 {\n inputs 2\n Achannels rgb\n Bchannels rgb\n output rgb\n name Merge1\n xpos 180\n ypos 758\n disable {{!parent.overlay_pattern}}\n }\n Assert {\n expression {{\"Expression3.maxx > Expression3.minx && Expression3.maxy > Expression3.miny\"}}\n message \"increase sample box size or decrease cell size\"\n name error\n xpos 180\n ypos 854\n }\n Output {\n name Output1\n xpos 180\n ypos 950\n }\n end_group\n Multiply {\n inputs 1+1\n channels rgb\n value 1.8\n maskChannelMask {{{parent.Merge9.maskChannelMask}}}\n invert_mask {{!Merge9.invert_mask}}\n name Multiply7\n xpos 70\n ypos 2315\n disable {{\"!maskChannelMask || !\\[exists parent.input3.name]\"}}\n }\n Dot {\n name Dot23\n xpos 104\n ypos 2391\n }\npush $N7487c400\npush $N7c8be000\n Multiply {\n inputs 1+1\n channels rgb\n value 1.8\n maskChannelMask {{{parent.Merge9.maskChannelMask}}}\n invert_mask {{parent.Merge9.invert_mask}}\n name Multiply2\n xpos 290\n ypos 2315\n disable {{\"!maskChannelMask || (!parent.scatter && !parent.external_grain)\"}}\n }\n Merge2 {\n inputs 2+1\n operation copy\n Achannels rgb\n Bchannels rgb\n output rgb\n maskChannelMask -rgba.alpha\n name Merge9\n xpos 290\n ypos 2387\n disable {{\"!(parent.scatter || parent.external_grain)\"}}\n }\n Dot {\n name Dot11\n xpos 324\n ypos 2490\n }\nset N7b9d0400 [stack 0]\n MergeExpression {\n inputs 2\n temp_name0 reverse\n temp_expr0 \"1 / MergeExpression1.temp_expr0\"\n expr0 \"Br * Ar * reverse\"\n expr1 \"Bg * Ag * reverse\"\n expr2 \"Bb * Ab * reverse\"\n name MergeExpression2\n xpos 290\n ypos 2654\n }\n Dot {\n name Dot8\n xpos 324\n ypos 2850\n }\npush $N7487dc00\n Merge2 {\n inputs 2\n operation plus\n bbox B\n Achannels rgb\n Bchannels rgb\n output rgb\n name Merge3\n xpos 950\n ypos 2846\n }\n Dot {\n name Dot42\n xpos 984\n ypos 3018\n }\nset N7b96f000 [stack 0]\n OCIOColorSpace {\n in_colorspace {{OCIOColorSpace1.out_colorspace}}\n out_colorspace {{OCIOColorSpace1.in_colorspace}}\n name OCIOColorSpace4\n xpos 950\n ypos 3086\n }\n Dot {\n name Dot19\n xpos 984\n ypos 3162\n }\nset N7b96e800 [stack 0]\n Dot {\n name Dot41\n xpos 1204\n ypos 3162\n }\nset N7b96e400 [stack 0]\n Dot {\n name Dot36\n xpos 1314\n ypos 3162\n }\n Blur {\n channels rgb\n size 1\n name Blur1\n xpos 1280\n ypos 3254\n }\npush $N7b96e400\n Merge2 {\n inputs 2\n operation difference\n bbox B\n Achannels rgb\n Bchannels rgb\n output rgb\n name Merge10\n xpos 1170\n ypos 3254\n }\n Multiply {\n channels rgb\n value 50\n name Multiply3\n xpos 1170\n ypos 3302\n }\n Dot {\n name Dot43\n xpos 1204\n ypos 3402\n }\npush $N7487e400\n Dot {\n name Dot45\n xpos 1424\n ypos -390\n }\npush $N7b96f000\n Merge2 {\n inputs 2\n operation from\n Achannels rgb\n Bchannels rgb\n output rgb\n name Merge11\n xpos 1390\n ypos 3014\n }\n Dot {\n name Dot46\n xpos 1424\n ypos 3522\n }\npush $N7b9d0400\n Dot {\n name Dot14\n xpos 104\n ypos 2490\n }\n Dot {\n name Dot12\n xpos 104\n ypos 3402\n }\npush $N99766400\n Dot {\n name Dot47\n xpos -556\n ypos -390\n }\npush $Ne5d2fc00\n Merge2 {\n inputs 2\n operation from\n Achannels rgb\n Bchannels rgb\n output rgb\n name Merge12\n xpos -590\n ypos -202\n }\n Dot {\n name Dot10\n xpos -556\n ypos 3522\n }\npush $N7b96e800\n Switch {\n inputs 5\n which {{output}}\n name Output\n xpos 950\n ypos 3656\n addUserKnob {20 User}\n addUserKnob {4 output M {\"regrained comp\" \"plate grain\" \"normalised grain\" \"adapted grain\" \"grain QC\"}}\n }\n CopyMetaData {\n inputs 2\n mergeMode \"Meta only\"\n name CopyMetaData1\n xpos 950\n ypos 3758\n }\n Output {\n name Output1\n xpos 950\n ypos 3854\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_Deep2VP.gizmo", "content": "Group {\n name Deep2VP\n tile_color 0x2866ff\n label \"Deep Output\"\n addUserKnob {20 tab_general l General}\n addUserKnob {26 title_camera_link l \"\" +STARTLINE T \"camera link (toolset required)\"}\n addUserKnob {22 set_link l \"link to selected camera\" t \"Deep data is related to camera. So when convert deep data to any datas, it required the camera data.\\n\\nhow to use :\\nSelect the camera, which can be link to any axis nodes. This tool will get the focal, haperture and world matrix from selected camera and it will generate world space position data.\\n\\nYou can find the world space position pass store under 'deepPosition' channel. The pass support volumatric deep data. If want to bring the position data to 2D in downstream. Please only use DVPToImage which comes along with this toolset.\" T \"def getLevel() :\\n\\t### level define ###\\n\\tif len(nuke.thisNode().fullName().split('.')) == 1 :\\n\\t\\t ggLevel = nuke.root()\\n\\telse :\\n\\t\\t nodePath = nuke.thisNode().fullName().split('.')\\n\\t\\t nodePath.pop()\\n\\t\\t ggLevel = nuke.toNode('.'.join(nodePath))\\n\\treturn ggLevel\\n\\nroot = getLevel()\\nthisGRP = nuke.thisGroup()\\n\\nmainKnobs = \\['world_matrix','cam_focal','cam_haperture','cam_win_translate','cam_win_scale','cam_winroll']\\ndefaultKnobs = \\{\\n\\t\\t\\t'world matrix' : 'world_matrix',\\n\\t\\t\\t'focal length' : 'focal',\\n\\t\\t\\t'horiz aperture' : 'haperture',\\n\\t\\t\\t'window translate' : 'win_translate',\\n\\t\\t\\t'window scale' : 'win_scale',\\n\\t\\t\\t'window roll' : 'winroll'\\n\\t\\t\\t\\}\\nselNodeKnobs = \\[]\\nmissingKnob = \\[]\\n\\ntry :\\n\\twith root :\\n\\t\\tselNode = nuke.selectedNode()\\n\\n\\tfor knob in selNode.knobs() :\\n\\t\\tselNodeKnobs.append( knob )\\n\\n\\tselNodeKnobs.sort()\\n\\n\\tfor key,value in defaultKnobs.items() :\\n\\t\\tif value not in selNodeKnobs :\\n\\t\\t\\tmissingKnob.append( key )\\n\\n\\tif not len(missingKnob) :\\n\\t\\twith root :\\n\\t\\t\\tfor knob in mainKnobs :\\n\\t\\t\\t\\tthisGRP\\[knob].clearAnimated()\\n\\t\\t\\t\\t\\n\\t\\t\\tCAMnode = selNode.name()\\n\\t\\t\\tthisGRP\\[mainKnobs\\[0]].setExpression('\\{0\\}.world_matrix'.format(CAMnode))\\n\\t\\t\\tthisGRP\\[mainKnobs\\[1]].setExpression('\\{0\\}.focal'.format(CAMnode))\\n\\t\\t\\tthisGRP\\[mainKnobs\\[2]].setExpression('\\{0\\}.haperture'.format(CAMnode))\\n\\t\\t\\tthisGRP\\[mainKnobs\\[3]].setExpression('\\{0\\}.win_translate'.format(CAMnode))\\n\\t\\t\\tthisGRP\\[mainKnobs\\[4]].setExpression('\\{0\\}.win_scale'.format(CAMnode))\\n\\t\\t\\tthisGRP\\[mainKnobs\\[5]].setExpression('\\{0\\}.winroll'.format(CAMnode))\\n\\telse :\\n\\t\\tp = nuke.Panel('Select knobs :')\\n\\t\\tp.addBooleanCheckBox( 'Unable to find the default knobs. Please use the pulldown menu below to define the knob manually.' , False)\\n\\t\\tfor rk in missingKnob :\\n\\t\\t\\tp.addEnumerationPulldown( rk, ' '.join( selNodeKnobs ) )\\n\\n\\t\\tif p.show() :\\n\\t\\t\\ttry :\\n\\t\\t\\t\\tfor key,value in defaultKnobs.items() :\\n\\t\\t\\t\\t\\tif p.value( key ) != None :\\n\\t\\t\\t\\t\\t\\tdefaultKnobs\\[key] = p.value( key )\\n\\t\\t\\texcept :\\n\\t\\t\\t\\tpass\\n\\n\\t\\t\\twith root :\\n\\t\\t\\t\\tfor knob in mainKnobs :\\n\\t\\t\\t\\t\\tthisGRP\\[knob].clearAnimated()\\n\\t\\t\\t\\t\\n\\t\\t\\t\\tCAMnode = selNode.name()\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[0]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['world matrix']))\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[1]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['focal length']))\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[2]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['horiz aperture']))\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[3]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['window translate']))\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[4]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['window scale']))\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[5]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['window roll']))\\nexcept :\\n\\tnuke.message('no node selected.')\" +STARTLINE}\n addUserKnob {22 remove_link l \"remove linked expression\" t \"Remove the linked camera expression but won't reset any data. So the position data still works if the camera is not animated.\" -STARTLINE T \"thisGRP = nuke.thisGroup()\\nmainKnobs = \\['world_matrix','cam_focal','cam_haperture','cam_win_translate','cam_win_scale','cam_winroll']\\n\\nfor knob in thisGRP.knobs() :\\n if mainKnobs.count(knob) != 0 :\\n thisGRP\\[knob].clearAnimated()\"}\n addUserKnob {20 cam_data_grp l \"CAMERA DATA\" n 1}\n cam_data_grp 0\n addUserKnob {7 cam_focal l \"focal length\" R 5 100}\n cam_focal 50\n addUserKnob {7 cam_haperture l \"horiz aperture\" R 0.1 50}\n cam_haperture 24.576\n addUserKnob {30 cam_win_translate l \"window translate\"}\n addUserKnob {30 cam_win_scale l \"window scale\"}\n cam_win_scale {1 1}\n addUserKnob {7 cam_winroll l \"window roll\" R -45 45}\n addUserKnob {41 world_matrix l \"world matrix\" T cam_data.matrix}\n addUserKnob {20 endGroup_1 l endGroup n -1}\n addUserKnob {26 spacer l \"\" +STARTLINE T
}\n addUserKnob {26 title_deepNormal l \"\" +STARTLINE T \"deepNormal (relight required)\"}\n addUserKnob {41 normal_data l \"output normal data\" t \"Choose which normal data to use for DVP lighting system.\\n\\ngenerated normal\\nThis will generate world space normal from deepPosition data. It is imperfect, will get artifacts on object's edge, it works fine on object's core. Give user an option without normal data. Deep data from scanlineRender will missing tesselation process. Increase subdivision of the geo will get better result.\\n\\ninput 2D normal (world space)\\nUse 2D normal from normal 2D input.\\n\\ninput 2D normal (camera space)\\nUse 2D normal from normal 2D input.\\n\\ninput deep normal (camera space)\\nIf deep contained normal data, type in the channel name and the tool will shuffle it for this tool.\" T menu01.normal_data}\n addUserKnob {6 useGPUIfAvailable l \"use GPU if available\" +HIDDEN +STARTLINE}\n useGPUIfAvailable true\n addUserKnob {7 deep_threshold l \"Deep Threshold\" t \"Adjust this value for better edge result.\\n\\ndefault value is 0.1\"}\n deep_threshold 0.5\n addUserKnob {1 DN_channel l \"input deep normal channel\" +HIDDEN}\n DN_channel deepNormal\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T 4.0}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2021-02-13}\n addUserKnob {22 btn_CHANGELOG l Changlelog T \"log = \\\"Deep2VPosition (Deep2VP)
- added camera setting to metadata
- remove bake and copy buttons
- rename to Deep2VP
- generate/select/import deepNormal in this node
- added generate normal in deep, still keep the previous one.

DVPort (DVPortal)
- renamed to DVPortal

DVPmatte
- removed 'option' knob, 2D matte can use 'open matte' instead
- open matte can choose show matte or color

DVPattern
- internal setup same as DVPmatte
- added rotation knob
- support 'open matte'

DVProjection
- remove bake and copy buttons
- remove all metadata created from Deep2VP

DVPsetLight
- added shader setting and input shader
- not required link camera anymore
- removed deepNormal setup, moved to Deep2VP node

DVPscene
- added multiple output options
- remove all metadata created from DVP's lighting system

DVPrelight
- added specular setup
- added toon shade setup
- fix pointcloud preview with effects

DVPrelightPT
- split up point light from DVPrelight
- fix point light duplicated algorithm

DVPfresnel
- not required link camera anymore
- fix unpremult process, the result was too dark

DVPToImage
- remove all metadata created from Deep2VP
- same as Deep2VP node color

new nodes :
DVPColorCorrect

added shaders :
DVP Shader
DVP Toon Shader\\\"\\nnuke.message( log )\" +STARTLINE}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n}\n BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0x7f7f7fff\n label bin\n note_font_size 42\n xpos -764\n ypos -11\n bdwidth 249\n bdheight 324\n }\n BackdropNode {\n inputs 0\n name BackdropNode2\n tile_color 0xff\n label \"dont touch\"\n note_font_size 42\n xpos -767\n ypos -330\n bdwidth 252\n bdheight 261\n }\n BackdropNode {\n inputs 0\n name BackdropNode3\n tile_color 0x8e388e00\n label \"create deepPosition\"\n note_font_size 42\n xpos -143\n ypos 67\n bdwidth 368\n bdheight 242\n }\n BackdropNode {\n inputs 0\n name BackdropNode4\n tile_color 0x388e8e00\n label \"create deepNormal (deep)\"\n note_font_size 42\n xpos -147\n ypos 541\n bdwidth 1524\n bdheight 2788\n }\n BackdropNode {\n inputs 0\n name BackdropNode5\n tile_color 0x388e8e00\n label \"create deepNormal (2D)\"\n note_font_size 42\n xpos 1498\n ypos 546\n bdwidth 964\n bdheight 2778\n }\n BackdropNode {\n inputs 0\n name BackdropNode6\n tile_color 0x4c3535ff\n label \"Another option, but I think not good as the previous hack result.\\nYou can try it.\"\n note_font_size 12\n xpos 130\n ypos 2537\n bdwidth 445\n bdheight 155\n z_order 1\n }\n Group {\n inputs 0\n name inverseMatrix_cam\n tile_color 0x337f4cff\n xpos -712\n ypos 212\n addUserKnob {20 User}\n addUserKnob {1 knob_path}\n knob_path cam_data.world_matrix\n addUserKnob {26 \"\"}\n addUserKnob {41 id T id_assign.matrix}\n addUserKnob {26 \"\"}\n addUserKnob {7 determinant}\n determinant {{\"\\[value \\[value knob_path].\\[value id.0]] * ((\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.8]]) - (\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.7]])) - \\[value \\[value knob_path].\\[value id.1]] * ((\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.8]]) - (\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.6]])) + \\[value \\[value knob_path].\\[value id.2]] * ((\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.7]])-(\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.6]]))\"}}\n addUserKnob {26 \"\"}\n addUserKnob {41 cofactor T mtx_cofactor.matrix}\n addUserKnob {26 \"\"}\n addUserKnob {41 invMatrix T matrix_output.matrix}\n }\n Matrix {\n inputs 0\n matrix {\n {0 1 2}\n {4 5 6}\n {8 9 10}\n }\n name id_assign\n xpos -12\n ypos 33\n }\n Matrix {\n inputs 0\n matrix {\n {{\"(\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.8]]) - (\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.7]])\"} {\"(\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.2]]) - (\\[value \\[value knob_path].\\[value id.8]]*\\[value \\[value knob_path].\\[value id.1]])\"} {\"(\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.5]]) - (\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.4]])\"}}\n {{\"(\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.6]]) - (\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.8]])\"} {\"(\\[value \\[value knob_path].\\[value id.8]]*\\[value \\[value knob_path].\\[value id.0]]) - (\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.2]])\"} {\"(\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.3]]) - (\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.5]])\"}}\n {{\"(\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.7]]) - (\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.6]])\"} {\"(\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.1]]) - (\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.0]])\"} {\"(\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.4]]) - (\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.3]])\"}}\n }\n name mtx_cofactor\n xpos 86\n ypos 32\n }\n Matrix {\n inputs 0\n matrix {\n {{\"cofactor.0 == 0 || determinant == 0 ? 0 : cofactor.0/determinant\"} {\"cofactor.1 == 0 || determinant == 0 ? 0 : cofactor.1/determinant\"} {\"cofactor.2 == 0 || determinant == 0 ? 0 : cofactor.2/determinant\"}}\n {{\"cofactor.3 == 0 || determinant == 0 ? 0 : cofactor.3/determinant\"} {\"cofactor.4 == 0 || determinant == 0 ? 0 : cofactor.4/determinant\"} {\"cofactor.5 == 0 || determinant == 0 ? 0 : cofactor.5/determinant\"}}\n {{\"cofactor.6 == 0 || determinant == 0 ? 0 : cofactor.6/determinant\"} {\"cofactor.7 == 0 || determinant == 0 ? 0 : cofactor.7/determinant\"} {\"cofactor.8 == 0 || determinant == 0 ? 0 : cofactor.8/determinant\"}}\n }\n name matrix_output\n xpos 186\n ypos 33\n }\n end_group\n Camera {\n inputs 0\n display off\n selectable false\n rot_order XYZ\n useMatrix true\n focal {{parent.cam_focal}}\n haperture {{parent.cam_haperture}}\n name cam_data\n xpos -704\n ypos 112\n }\n Camera {\n inputs 0\n display off\n selectable false\n rotate {0 0 {-parent.cam_winroll}}\n win_translate {{parent.cam_win_translate} {parent.cam_win_translate}}\n win_scale {{parent.cam_win_scale} {parent.cam_win_scale}}\n name cwin_data\n xpos -604\n ypos 110\n }\nadd_layer {deepNormal deepNormal.red deepNormal.green deepNormal.blue deepNormal.alpha}\n AddChannels {\n inputs 0\n channels {-deepNormal.red -deepNormal.green -deepNormal.blue deepNormal.alpha}\n name addDNAC\n xpos 3571\n ypos 2150\n }\nadd_layer {deepRawColor deepRawColor.red deepRawColor.green deepRawColor.blue deepRawColor.alpha}\n AddChannels {\n inputs 0\n channels deepRawColor\n name addDRC\n xpos -138\n ypos -181\n }\n AddChannels {\n inputs 0\n channels deepNormal\n name addDNC\n xpos -143\n ypos -289\n }\nadd_layer {deepPosition deepPosition.red deepPosition.green deepPosition.blue deepPosition.alpha}\n AddChannels {\n inputs 0\n channels deepPosition\n name addDPC\n xpos -135\n ypos -404\n }\n Input {\n inputs 0\n name deep\n xpos 0\n ypos -553\n }\n DeepRecolor {\n inputs 2\n channels {{{addDPC.channels}}}\n name DeepRecolor8\n xpos 0\n ypos -404\n }\n DeepRecolor {\n inputs 2\n channels {{{addDNC.channels}}}\n name DeepRecolor10\n xpos 0\n ypos -289\n disable {{\"parent.normal_data==3 && \\[string match \\[value parent.DN_channel] \\\"deepNormal\\\"] ? 1 : 0\"}}\n }\n DeepRecolor {\n inputs 2\n channels {{{addDRC.channels}}}\n name DeepRecolor9\n xpos 0\n ypos -181\n }\n ModifyMetaData {\n metadata {\n {set DVPmatte 0}\n {set DVPcamMTX \"\\[string range \\[string map \\{\\\"\\\\\\{\\\" \\\"\\\" \\\"\\\\\\}\\\" \\\"\\\"\\} \\[value parent.world_matrix]] 1 end-0]\"}\n {set DVPcamAspect \"\\[value camAspect]\"}\n {set DVPcamWin \"\\[value cam_win_translate] \\[value cam_win_scale] \\[value cam_winroll]\"}\n }\n name DVPmd\n label \"setup metadata\"\n xpos 0\n ypos -89\n addUserKnob {20 User}\n addUserKnob {7 camAspect}\n camAspect {{parent.cam_haperture/parent.cam_focal}}\n }\n DeepExpression {\n chans1 deep\n name spacer\n xpos 0\n ypos 3\n }\n DeepExpression {\n temp_name0 xpos\n temp_expr0 \"( ( x/\\[value input.width] ) - 0.5 ) * \\[value camAspect] * deep.front )\"\n temp_name1 ypos\n temp_expr1 \"( ( y/\\[value input.height] ) - 0.5 ) * ( ( \\[value camAspect]*deep.front ) / ( \\[value input.width]/\\[value input.height] ) ) * 1 / \\[value root.format.pixel_aspect]\"\n temp_name2 zpos\n temp_expr2 -deep.front\n chans0 {deepPosition.red deepPosition.green deepPosition.blue none}\n chans1 none\n deepPosition.red \"( xpos * \\[value cwin_data.world_matrix.0] + ypos * \\[value cwin_data.world_matrix.1] ) * \\[value cwin_data.win_scale.u] + ( \\[value camAspect] * deep.front * \\[value cwin_data.win_translate.u] / 2 )\"\n deepPosition.green \"( xpos * \\[value cwin_data.world_matrix.4] + ypos * \\[value cwin_data.world_matrix.5] ) * \\[value cwin_data.win_scale.v] + ( \\[value camAspect] * deep.front * \\[value cwin_data.win_translate.v] / 2 )\"\n deepPosition.blue zpos\n name DeepExpression1\n label \"apply cam window\"\n xpos 0\n ypos 175\n addUserKnob {20 User}\n addUserKnob {7 camAspect}\n camAspect {{\"\\[metadata DVPcamAspect]+0\"}}\n }\n Dot {\n name Dot3\n xpos 34\n ypos 404\n }\nset N82ee3800 [stack 0]\n Dot {\n name Dot12\n xpos 215\n ypos 404\n }\nset N82ee3400 [stack 0]\n Dot {\n name Dot33\n xpos 1868\n ypos 404\n }\nset N82ee3000 [stack 0]\n Dot {\n name Dot14\n xpos 2742\n ypos 404\n }\n DeepExpression {\n chans0 {deepPosition.red deepPosition.green deepPosition.blue none}\n chans1 none\n deepPosition.red \"(deepPosition.red * \\[value parent.world_matrix.0] + deepPosition.green * \\[value parent.world_matrix.1] + deepPosition.blue * \\[value parent.world_matrix.2]) + \\[value parent.world_matrix.3]\"\n deepPosition.green \"(deepPosition.red * \\[value parent.world_matrix.4] + deepPosition.green * \\[value parent.world_matrix.5] + deepPosition.blue * \\[value parent.world_matrix.6]) + \\[value parent.world_matrix.7]\"\n deepPosition.blue \"(deepPosition.red * \\[value parent.world_matrix.8] + deepPosition.green * \\[value parent.world_matrix.9] + deepPosition.blue * \\[value parent.world_matrix.10]) + \\[value parent.world_matrix.11]\"\n name DeepExpression3\n label \"world space position\"\n xpos 2708\n ypos 1539\n }\n Dot {\n name Dot27\n xpos 2742\n ypos 1777\n }\nset N82ee2400 [stack 0]\n Dot {\n name Dot28\n xpos 3150\n ypos 1777\n }\nset N82ee2000 [stack 0]\n Dot {\n name Dot13\n xpos 3732\n ypos 1777\n }\n DeepRecolor {\n inputs 2\n channels {{{addDNAC.channels}}}\n name DeepRecolor1\n xpos 3698\n ypos 2150\n }\n DeepExpression {\n chans0 {deepNormal.red deepNormal.green deepNormal.blue none}\n chans1 none\n deepNormal.red \"\\[value parent.DN_channel].red\"\n deepNormal.green \"\\[value parent.DN_channel].green\"\n deepNormal.blue \"\\[value parent.DN_channel].blue\"\n name DeepExpression2\n label \"shuffle input deep normal channel\"\n xpos 3698\n ypos 2242\n }\n Dot {\n name Dot2\n xpos 3732\n ypos 3317\n }\n Input {\n inputs 0\n name normal2D\n xpos 3306\n ypos -189\n number 1\n }\n Dot {\n name Dot25\n xpos 3340\n ypos 1989\n }\nset N82ee0800 [stack 0]\n Remove {\n operation keep\n channels rgb\n name Remove2\n xpos 3306\n ypos 2084\n }\n Shuffle {\n alpha black\n out deepNormal\n name Shuffle4\n xpos 3306\n ypos 2158\n }\npush $N82ee2000\n DeepRecolor {\n inputs 2\n channels {deepNormal.red deepNormal.green deepNormal.blue none}\n name DeepRecolor5\n xpos 3116\n ypos 2152\n }\n DeepExpression {\n chans0 {deepNormal.red deepNormal.green deepNormal.blue none}\n chans1 none\n deepNormal.red \"deepNormal.red * (1/alpha)\"\n deepNormal.green \"deepNormal.green * (1/alpha)\"\n deepNormal.blue \"deepNormal.blue * (1/alpha)\"\n name DeepExpression4\n label \"deep normal should unpremult normal by samples\"\n xpos 3116\n ypos 2244\n }\n Dot {\n name Dot1\n xpos 3150\n ypos 3330\n }\npush $N82ee0800\n Remove {\n operation keep\n channels rgb\n name Remove3\n xpos 2888\n ypos 1986\n }\n ColorMatrix {\n matrix {\n {{parent.world_matrix.0} {parent.world_matrix.1} {parent.world_matrix.2}}\n {{parent.world_matrix.4} {parent.world_matrix.5} {parent.world_matrix.6}}\n {{parent.world_matrix.8} {parent.world_matrix.9} {parent.world_matrix.10}}\n }\n name ColorMatrix1\n label \"convert camera space to world space\"\n xpos 2888\n ypos 2068\n }\n Shuffle {\n alpha black\n out deepNormal\n name Shuffle5\n xpos 2888\n ypos 2144\n }\npush $N82ee2400\n DeepRecolor {\n inputs 2\n channels {deepNormal.red deepNormal.green deepNormal.blue none}\n name DeepRecolor6\n xpos 2708\n ypos 2138\n }\n DeepExpression {\n chans0 {deepNormal.red deepNormal.green deepNormal.blue none}\n chans1 none\n deepNormal.red \"deepNormal.red * (1/alpha)\"\n deepNormal.green \"deepNormal.green * (1/alpha)\"\n deepNormal.blue \"deepNormal.blue * (1/alpha)\"\n name DeepExpression7\n label \"deep normal should unpremult normal by samples\"\n xpos 2708\n ypos 2230\n }\n Dot {\n name Dot31\n xpos 2742\n ypos 3338\n }\npush $N82ee3000\n Dot {\n name Dot22\n xpos 1868\n ypos 1064\n }\nset N82ea5400 [stack 0]\n Group {\n name DeepPositionToImage1\n tile_color 0x3d99ff\n label \"Image Output\"\n xpos 2181\n ypos 1050\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T n/a}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2019-05-23}\n addUserKnob {26 l_CHANGELOG l Changelog T \"for internal use\"}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n }\n Input {\n inputs 0\n name deep\n xpos 508\n ypos -26\n }\n Dot {\n name Dot5\n xpos 542\n ypos 31\n }\nset N82ea4c00 [stack 0]\n DeepExpression {\n chans1 none\n rgba.red deepPosition.red\n rgba.green deepPosition.green\n rgba.blue deepPosition.blue\n rgba.alpha \"alpha == 0 ? 0 : 1\"\n name DeepExpression15\n xpos 656\n ypos 28\n }\n DeepToImage {\n name DeepToImage2\n xpos 656\n ypos 185\n }\npush $N82ea4c00\n DeepToImage {\n name DeepToImage1\n xpos 508\n ypos 80\n }\n ShuffleCopy {\n inputs 2\n red red\n green green\n blue blue\n alpha black\n out deepPosition\n name ShuffleCopy1\n xpos 508\n ypos 185\n }\n Output {\n name Output1\n selected true\n xpos 508\n ypos 265\n }\n end_group\n Shuffle {\n in deepPosition\n in2 alpha\n alpha red2\n name Shuffle12\n xpos 2181\n ypos 1154\n }\n Remove {\n operation keep\n channels rgba\n name Remove1\n xpos 2181\n ypos 1236\n }\n Dot {\n name Dot29\n xpos 2215\n ypos 1316\n }\nset N8325e800 [stack 0]\n Dot {\n name Dot32\n xpos 2080\n ypos 1316\n }\n Dot {\n name Dot30\n xpos 2080\n ypos 1670\n }\npush $N8325e800\n BlinkScript {\n recompileCount 382\n ProgramGroup 1\n KernelDescription \"2 \\\"PosToNor\\\" iterate pixelWise cefc15fca60ad2728a271bbc156cbd773381d51a0d034d9c392d6485e9b47f03 2 \\\"src\\\" Read Random \\\"dst\\\" Write Point 1 \\\"deep threshold\\\" Float 1 zczMPQ== 1 \\\"dThreshold\\\" 1 1 0\"\n kernelSource \"//----- General function start\\n\\ninline float dCheck(float shiftD, float origD, float dt)\\n\\{\\n return fabs(shiftD-origD) > dt ;\\n\\}\\n\\ninline float nCalXY(float nxya, float nxyb, float sxya, float sxyb)\\n\\{\\n return atan( (sxyb-nxyb) / -(sxya-nxya) ) / (PI/2) ;\\n\\}\\n\\ninline float nCalZ( float nza ,float nzb , float nzc , float sza , float szb , float szc )\\n\\{\\n float temp = (PI/2) - atan( sqrt( pow(sza-nza, 2) + pow(szb-nzb, 2) ) / -(szc-nzc) ) ;\\n if ( temp > (PI/2) ) \\{\\n return 1 ;\\n \\}\\n return 1 - temp / (PI/2) ;\\n\\}\\n\\n//----- General function end\\n\\nkernel PosToNor : ImageComputationKernel\\n\\{\\n Image src;\\n Image dst;\\n\\n param:\\n float dThreshold;\\n\\n local:\\n\\n void define() \\{\\n defineParam( dThreshold , \\\"deep threshold\\\", 0.1f) ;\\n \\}\\n\\n void init() \\{\\n \\}\\n\\n void process(int2 pos) \\{\\n\\n // neighbor pixel\\n float xM = float(pos.x-1) ;\\n float yM = float(pos.y-1) ;\\n float xP = float(pos.x+1) ;\\n float yP = float(pos.y+1) ;\\n\\n // position setup\\n SampleType(src) pN = src( pos.x , pos.y );\\n\\n SampleType(src) pDE = src(xP, pos.y) ;\\n SampleType(src) pDS = src(pos.x, yM) ;\\n SampleType(src) pDW = src(xM, pos.y) ;\\n SampleType(src) pDN = src(pos.x, yP) ;\\n\\n SampleType(src) pDNE = src(xP, yP) ;\\n SampleType(src) pDSE = src(xP, yM) ;\\n SampleType(src) pDSW = src(xM, yM) ;\\n SampleType(src) pDNW = src(xM, yP) ;\\n\\n // normal\\n\\n float norPX;\\n float norPY;\\n float norPZ;\\n\\n // X\\n if ( dCheck(pDW.z, pN.z, dThreshold) ) \\{\\n norPX = nCalXY(pN.x, pN.z, pDE.x, pDE.z) ;\\n \\}\\n else \\{\\n norPX = nCalXY(pN.x, pN.z, pDW.x, pDW.z) ;\\n \\}\\n\\n // Y\\n if ( dCheck(pDS.z, pN.z, dThreshold) ) \\{\\n norPY = nCalXY(pN.y, pN.z, pDN.y, pDN.z) ;\\n \\}\\n else \\{\\n norPY = nCalXY(pN.y, pN.z, pDS.y, pDS.z) ;\\n \\}\\n\\n // Z\\n norPZ = min( 1-fabs(norPX) , 1-fabs(norPY) ) ;\\n\\n if ( dCheck(pDSW.z, pN.z, dThreshold) ) \\{\\n norPZ = min( norPZ, nCalZ(pN.x, pN.y, pN.z, pDNE.x, pDNE.y, pDNE.z) ) ;\\n \\}\\n else \\{\\n norPZ = min( norPZ, nCalZ(pN.x, pN.y, pN.z, pDSW.x, pDSW.y, pDSW.z) ) ;\\n \\}\\n\\n if ( dCheck(pDSE.z, pN.z, dThreshold) ) \\{\\n norPZ = min( norPZ, nCalZ(pN.x, pN.y, pN.z, pDNW.x, pDNW.y, pDNW.z) ) ;\\n \\}\\n else \\{\\n norPZ = min( norPZ, nCalZ(pN.x, pN.y, pN.z, pDSE.x, pDSE.y, pDSE.z) ) ;\\n \\}\\n\\n//----- write out\\n dst() = float4( norPX , norPY , norPZ , 0 ) ;\\n \\}\\n\\};\"\n useGPUIfAvailable {{parent.useGPUIfAvailable}}\n rebuild \"\"\n \"PosToNor_deep threshold\" {{parent.deep_threshold}}\n protectKernelWhenPublishing true\n rebuild_finalise \"\"\n name BlinkScript5\n xpos 2181\n ypos 1423\n }\n Expression {\n expr0 \"atan( atan(red) ) * 1.5\"\n expr2 \"smoothstep( 0, 1, blue )\"\n name Expression2\n xpos 2181\n ypos 1544\n }\n Copy {\n inputs 2\n from0 rgba.alpha\n to0 rgba.alpha\n name Copy2\n xpos 2181\n ypos 1661\n }\n Premult {\n name Premult2\n xpos 2181\n ypos 1754\n }\n Unpremult {\n name Unpremult2\n xpos 2181\n ypos 1834\n }\n Shuffle {\n in rgb\n alpha black\n out deepNormal\n name Shuffle13\n xpos 2181\n ypos 1914\n }\n Dot {\n name Dot23\n xpos 2215\n ypos 2276\n }\npush $N82ea5400\n DeepExpression {\n chans0 {deepPosition.red deepPosition.green deepPosition.blue none}\n chans1 none\n deepPosition.red \"(deepPosition.red * \\[value parent.world_matrix.0] + deepPosition.green * \\[value parent.world_matrix.1] + deepPosition.blue * \\[value parent.world_matrix.2]) + \\[value parent.world_matrix.3]\"\n deepPosition.green \"(deepPosition.red * \\[value parent.world_matrix.4] + deepPosition.green * \\[value parent.world_matrix.5] + deepPosition.blue * \\[value parent.world_matrix.6]) + \\[value parent.world_matrix.7]\"\n deepPosition.blue \"(deepPosition.red * \\[value parent.world_matrix.8] + deepPosition.green * \\[value parent.world_matrix.9] + deepPosition.blue * \\[value parent.world_matrix.10]) + \\[value parent.world_matrix.11]\"\n name DeepExpression19\n label \"world space position\"\n xpos 1834\n ypos 1892\n }\n DeepRecolor {\n inputs 2\n channels {deepNormal.red deepNormal.green deepNormal.blue none}\n name DeepRecolor15\n xpos 1834\n ypos 2266\n }\n DeepExpression {\n chans0 {deepNormal.red deepNormal.green deepNormal.blue none}\n chans1 none\n deepNormal.red \"deepNormal.red * (1/alpha)\"\n deepNormal.green \"deepNormal.green * (1/alpha)\"\n deepNormal.blue \"deepNormal.blue * (1/alpha)\"\n name DeepExpression21\n label \"deep normal should unpremult normal by samples\"\n xpos 1834\n ypos 2358\n }\n DeepExpression {\n chans0 {deepNormal.red deepNormal.green deepNormal.blue none}\n chans1 none\n deepNormal.red \"\\[value dx]\"\n deepNormal.green \"\\[value dy]\"\n deepNormal.blue \"\\[value dz]\"\n name DeepExpression22\n label \"world space normal\"\n xpos 1834\n ypos 2450\n addUserKnob {20 User}\n addUserKnob {1 dx}\n dx \"deepNormal.red * \\[value parent.world_matrix.0] + deepNormal.green * \\[value parent.world_matrix.1] + deepNormal.blue * \\[value parent.world_matrix.2]\"\n addUserKnob {1 dy}\n dy \"deepNormal.red * \\[value parent.world_matrix.4] + deepNormal.green * \\[value parent.world_matrix.5] + deepNormal.blue * \\[value parent.world_matrix.6]\"\n addUserKnob {1 dz}\n dz \"deepNormal.red * \\[value parent.world_matrix.8] + deepNormal.green * \\[value parent.world_matrix.9] + deepNormal.blue * \\[value parent.world_matrix.10]\"\n }\n Dot {\n name Dot26\n xpos 1868\n ypos 3354\n }\npush $N82ee3400\n Group {\n name DeepPositionToImage2\n tile_color 0x3d99ff\n label \"Image Output\"\n xpos 181\n ypos 639\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T n/a}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2019-05-23}\n addUserKnob {26 l_CHANGELOG l Changelog T \"for internal use\"}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n }\n Input {\n inputs 0\n name deep\n xpos 508\n ypos -26\n }\n Dot {\n name Dot5\n xpos 542\n ypos 31\n }\nset N83212400 [stack 0]\n DeepExpression {\n chans1 none\n rgba.red deepPosition.red\n rgba.green deepPosition.green\n rgba.blue deepPosition.blue\n rgba.alpha \"alpha == 0 ? 0 : 1\"\n name DeepExpression15\n xpos 656\n ypos 28\n }\n DeepToImage {\n name DeepToImage2\n xpos 656\n ypos 185\n }\npush $N83212400\n DeepToImage {\n name DeepToImage1\n xpos 508\n ypos 80\n }\n ShuffleCopy {\n inputs 2\n red red\n green green\n blue blue\n alpha black\n out deepPosition\n name ShuffleCopy1\n xpos 508\n ypos 185\n }\n Output {\n name Output1\n selected true\n xpos 508\n ypos 265\n }\n end_group\n Shuffle {\n in deepPosition\n alpha black\n name Shuffle3\n xpos 181\n ypos 770\n }\n Dot {\n name Dot4\n xpos 215\n ypos 850\n }\nset N83210800 [stack 0]\n Dot {\n name Dot5\n xpos 342\n ypos 850\n }\nset N83210400 [stack 0]\n Dot {\n name Dot7\n xpos 465\n ypos 850\n }\nset N831bfc00 [stack 0]\n Dot {\n name Dot8\n xpos 592\n ypos 850\n }\nset N831bf800 [stack 0]\n Dot {\n name Dot11\n xpos 722\n ypos 850\n }\nset N831bf400 [stack 0]\n Dot {\n name Dot16\n xpos 848\n ypos 850\n }\nset N831bf000 [stack 0]\n Dot {\n name Dot18\n xpos 994\n ypos 850\n }\nset N831bec00 [stack 0]\n Dot {\n name Dot20\n xpos 1120\n ypos 850\n }\n Transform {\n translate {-1 1}\n name Transform8\n label nw\n xpos 1086\n ypos 924\n }\n Shuffle {\n alpha black\n out rgb\n name Shuffle11\n xpos 1086\n ypos 1189\n }\n Dot {\n name Dot21\n xpos 1120\n ypos 2404\n }\npush $N831bec00\n Transform {\n translate {-1 1}\n name Transform7\n label se\n xpos 960\n ypos 924\n }\n Shuffle {\n alpha black\n out deepRawColor\n name Shuffle7\n xpos 960\n ypos 1189\n }\n Dot {\n name Dot19\n xpos 994\n ypos 2318\n }\npush $N831bf000\n Transform {\n translate {1 1}\n name Transform6\n label ne\n xpos 814\n ypos 924\n }\n Shuffle {\n alpha black\n out rgb\n name Shuffle6\n xpos 814\n ypos 1189\n }\n Dot {\n name Dot17\n xpos 848\n ypos 2140\n }\npush $N831bf400\n Transform {\n translate {-1 -1}\n name Transform5\n label sw\n xpos 688\n ypos 924\n }\n Shuffle {\n alpha black\n out deepRawColor\n name Shuffle1\n xpos 688\n ypos 1189\n }\n Dot {\n name Dot15\n xpos 722\n ypos 2054\n }\npush $N831bf800\n Transform {\n translate {0 -1}\n name Transform3\n label s\n xpos 558\n ypos 924\n }\n Shuffle {\n red black\n green black\n blue green\n alpha blue\n out deepRawColor\n name Shuffle9\n xpos 558\n ypos 1189\n }\n Dot {\n name Dot10\n xpos 592\n ypos 1686\n }\npush $N831bfc00\n Transform {\n translate {0 1}\n name Transform4\n label n\n xpos 431\n ypos 924\n }\n Shuffle {\n red green\n green blue\n blue black\n alpha black\n out deepRawColor\n name Shuffle10\n xpos 431\n ypos 1189\n }\n Dot {\n name Dot9\n xpos 465\n ypos 1573\n }\npush $N83210400\n Transform {\n translate {-1 0}\n name Transform2\n label w\n xpos 308\n ypos 924\n }\n Shuffle {\n red black\n green black\n blue red\n alpha blue\n out deepRawColor\n name Shuffle8\n xpos 308\n ypos 1189\n }\n Dot {\n name Dot6\n xpos 342\n ypos 1382\n }\npush $N83210800\n Transform {\n translate {1 0}\n name Transform1\n label e\n xpos 181\n ypos 924\n }\n Shuffle {\n green blue\n blue black\n alpha black\n out deepRawColor\n name Shuffle2\n xpos 181\n ypos 1189\n }\n Dot {\n name Dot24\n xpos 215\n ypos 1269\n }\npush $N82ee3800\n DeepExpression {\n chans0 {deepPosition.red deepPosition.green deepPosition.blue none}\n chans1 none\n deepPosition.red \"deepPosition.red * alpha\"\n deepPosition.green \"deepPosition.green * alpha\"\n deepPosition.blue \"deepPosition.blue * alpha\"\n name DeepExpression15\n label \"premult position\"\n xpos 0\n ypos 886\n }\n DeepRecolor {\n inputs 2\n channels {deepRawColor.red deepRawColor.green -deepRawColor.blue none}\n name DeepRecolor2\n xpos 0\n ypos 1260\n }\n DeepRecolor {\n inputs 2\n channels {-deepRawColor.red -deepRawColor.green deepRawColor.blue deepRawColor.alpha}\n name DeepRecolor4\n xpos 0\n ypos 1373\n }\n DeepExpression {\n temp_expr0 \"atan( (deepRawColor.green-deepPosition.blue)/-(deepRawColor.red-deepPosition.red) ) / (pi/2)\"\n temp_expr1 (deepRawColor.green-deepPosition.blue)\n temp_expr2 \"atan( (deepRawColor.alpha-deepPosition.blue)/-(deepRawColor.blue-deepPosition.red) ) / (pi/2)\"\n chans0 {deepNormal.red -deepNormal.green -deepNormal.blue none}\n chans1 none\n deepNormal.red \"(deepRawColor.green-deepPosition.blue)<\\[value dt] ? atan( (deepRawColor.green-deepPosition.blue)/-(deepRawColor.red-deepPosition.red) ) / (pi/2) : atan( (deepRawColor.alpha-deepPosition.blue)/-(deepRawColor.blue-deepPosition.red) ) / (pi/2)\"\n name DeepExpression14\n tile_color 0xff0000ff\n label \"find normal.red\"\n xpos 0\n ypos 1472\n addUserKnob {20 User}\n addUserKnob {7 dt}\n dt {{deep_threshold}}\n }\n DeepRecolor {\n inputs 2\n channels {deepRawColor.red deepRawColor.green -deepRawColor.blue none}\n name DeepRecolor7\n xpos 0\n ypos 1564\n }\n DeepRecolor {\n inputs 2\n channels {-deepRawColor.red -deepRawColor.green deepRawColor.blue deepRawColor.alpha}\n name DeepRecolor11\n xpos 0\n ypos 1677\n }\n DeepExpression {\n temp_expr0 \"atan( (deepRawColor.green-deepPosition.blue)/-(deepRawColor.red-deepPosition.green) ) / (pi/2)\"\n temp_expr1 (deepRawColor.green-deepPosition.blue)\n temp_expr2 \"atan( (deepRawColor.alpha-deepPosition.blue)/-(deepRawColor.blue-deepPosition.green) ) / (pi/2)\"\n chans0 {-deepNormal.red deepNormal.green -deepNormal.blue none}\n chans1 none\n deepNormal.green \"(deepRawColor.green-deepPosition.blue)<\\[value dt] ? atan( (deepRawColor.green-deepPosition.blue)/-(deepRawColor.red-deepPosition.green) ) / (pi/2) : atan( (deepRawColor.alpha-deepPosition.blue)/-(deepRawColor.blue-deepPosition.green) ) / (pi/2)\"\n name DeepExpression5\n tile_color 0xff00ff\n label \"find normal.green\"\n xpos 0\n ypos 1769\n addUserKnob {20 User}\n addUserKnob {7 dt}\n dt {{deep_threshold}}\n }\n DeepExpression {\n chans0 {-deepPosition.red -deepPosition.green -deepPosition.blue deepPosition.alpha}\n chans1 {-deepNormal.red -deepNormal.green -deepNormal.blue deepNormal.alpha}\n chans2 {-deepRawColor.red -deepRawColor.green -deepRawColor.blue deepRawColor.alpha}\n deepPosition.alpha red\n deepNormal.alpha green\n deepRawColor.alpha blue\n name DeepExpression17\n label \"shuffle channels for math\"\n xpos 0\n ypos 1861\n }\n DeepExpression {\n chans0 {-deepNormal.red -deepNormal.green deepNormal.blue none}\n chans1 none\n deepNormal.blue \"min( 1-abs(deepNormal.red) , 1-abs(deepNormal.green) )\"\n name DeepExpression6\n tile_color 0xffff\n label \"get normal.blue step1\"\n xpos 0\n ypos 1953\n }\n DeepRecolor {\n inputs 2\n channels {deepRawColor.red deepRawColor.green deepRawColor.blue none}\n name DeepRecolor3\n xpos 0\n ypos 2045\n }\n DeepRecolor {\n inputs 2\n name DeepRecolor12\n xpos 0\n ypos 2137\n }\n DeepExpression {\n temp_name0 dir1\n temp_expr0 \"\\[value tempA]>(pi/2) ? 1 : 1-(\\[value tempA])/(pi/2) )\"\n temp_name1 dir2\n temp_expr1 \"\\[value tempB]>(pi/2) ? 1 : 1-(\\[value tempB])/(pi/2) )\"\n chans0 {-deepNormal.red -deepNormal.green deepNormal.blue none}\n chans1 none\n deepNormal.blue \"(deepRawColor.blue-deepPosition.blue)>\\[value dt] ? (deepNormal.blue(pi/2) ? 1 : 1-(\\[value tempA])/(pi/2) )\"\n temp_name1 dir2\n temp_expr1 \"\\[value tempB]>(pi/2) ? 1 : 1-(\\[value tempB])/(pi/2) )\"\n chans0 {-deepNormal.red -deepNormal.green deepNormal.blue none}\n chans1 none\n deepNormal.blue \"(deepRawColor.blue-deepPosition.blue)>\\[value dt] ? (deepNormal.blueDeep Output\"\n addUserKnob {20 tab_general l General}\n addUserKnob {22 set_link l \"link to selected camera\" t \"Deep data is related to camera. So when convert deep data to anything, it required the camera data.\\n\\nhow to use :\\nSelect the camera, which can be link to any axis nodes. This tool will get the focal, haperture and world matrix from selected camera to generate world space position data.\\n\\nYou can find the world space position pass store under 'deepPosition' channel after this node. The pass support volumatric deep data. If want to bring the position data to 2D in downstream. Please only use DVPToImage which comes along with this toolset.\\n\\nAdditional note:\\nThis node will also create another channel called 'deepRawColor' . This channel stored the original of deep data from input for any dev purposes in downstream. User not necessary to use this channel but better to keep it if this toolset occur in downstream.\" T \"def getLevel() :\\n\\t### level define ###\\n\\tif len(nuke.thisNode().fullName().split('.')) == 1 :\\n\\t\\t ggLevel = nuke.root()\\n\\telse :\\n\\t\\t nodePath = nuke.thisNode().fullName().split('.')\\n\\t\\t nodePath.pop()\\n\\t\\t ggLevel = nuke.toNode('.'.join(nodePath))\\n\\treturn ggLevel\\n\\nroot = getLevel()\\nthisGRP = nuke.thisGroup()\\n\\nmainKnobs = \\['world_matrix','cam_focal','cam_haperture','cam_win_translate','cam_win_scale','cam_winroll']\\ndefaultKnobs = \\{\\n\\t\\t\\t'world matrix' : 'world_matrix',\\n\\t\\t\\t'focal length' : 'focal',\\n\\t\\t\\t'horiz aperture' : 'haperture',\\n\\t\\t\\t'window translate' : 'win_translate',\\n\\t\\t\\t'window scale' : 'win_scale',\\n\\t\\t\\t'window roll' : 'winroll'\\n\\t\\t\\t\\}\\nselNodeKnobs = \\[]\\nmissingKnob = \\[]\\n\\ntry :\\n\\twith root :\\n\\t\\tselNode = nuke.selectedNode()\\n\\n\\tfor knob in selNode.knobs() :\\n\\t\\tselNodeKnobs.append( knob )\\n\\n\\tselNodeKnobs.sort()\\n\\n\\tfor key,value in defaultKnobs.items() :\\n\\t\\tif value not in selNodeKnobs :\\n\\t\\t\\tmissingKnob.append( key )\\n\\n\\tif not len(missingKnob) :\\n\\t\\twith root :\\n\\t\\t\\tfor knob in mainKnobs :\\n\\t\\t\\t\\tthisGRP\\[knob].clearAnimated()\\n\\t\\t\\t\\t\\n\\t\\t\\tCAMnode = selNode.name()\\n\\t\\t\\tthisGRP\\[mainKnobs\\[0]].setExpression('\\{0\\}.world_matrix'.format(CAMnode))\\n\\t\\t\\tthisGRP\\[mainKnobs\\[1]].setExpression('\\{0\\}.focal'.format(CAMnode))\\n\\t\\t\\tthisGRP\\[mainKnobs\\[2]].setExpression('\\{0\\}.haperture'.format(CAMnode))\\n\\t\\t\\tthisGRP\\[mainKnobs\\[3]].setExpression('\\{0\\}.win_translate'.format(CAMnode))\\n\\t\\t\\tthisGRP\\[mainKnobs\\[4]].setExpression('\\{0\\}.win_scale'.format(CAMnode))\\n\\t\\t\\tthisGRP\\[mainKnobs\\[5]].setExpression('\\{0\\}.winroll'.format(CAMnode))\\n\\telse :\\n\\t\\tp = nuke.Panel('Select knobs :')\\n\\t\\tp.addBooleanCheckBox( 'Unable to find the default knobs. Please use the pulldown menu below to define the knob manually.' , False)\\n\\t\\tfor rk in missingKnob :\\n\\t\\t\\tp.addEnumerationPulldown( rk, ' '.join( selNodeKnobs ) )\\n\\n\\t\\tif p.show() :\\n\\t\\t\\ttry :\\n\\t\\t\\t\\tfor key,value in defaultKnobs.items() :\\n\\t\\t\\t\\t\\tif p.value( key ) != None :\\n\\t\\t\\t\\t\\t\\tdefaultKnobs\\[key] = p.value( key )\\n\\t\\t\\texcept :\\n\\t\\t\\t\\tpass\\n\\n\\t\\t\\twith root :\\n\\t\\t\\t\\tfor knob in mainKnobs :\\n\\t\\t\\t\\t\\tthisGRP\\[knob].clearAnimated()\\n\\t\\t\\t\\t\\n\\t\\t\\t\\tCAMnode = selNode.name()\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[0]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['world matrix']))\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[1]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['focal length']))\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[2]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['horiz aperture']))\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[3]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['window translate']))\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[4]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['window scale']))\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[5]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['window roll']))\\nexcept :\\n\\tnuke.message('no node selected.')\" +STARTLINE}\n addUserKnob {22 remove_link l \"remove linked expression\" t \"Remove the linked camera expression but won't reset any data. So the position data still works if input doesn't contain any camera movement.\" -STARTLINE T \"thisGRP = nuke.thisGroup()\\nmainKnobs = \\['world_matrix','cam_focal','cam_haperture','cam_win_translate','cam_win_scale','cam_winroll']\\n\\nfor knob in thisGRP.knobs() :\\n if mainKnobs.count(knob) != 0 :\\n thisGRP\\[knob].clearAnimated()\"}\n addUserKnob {22 bake_link l \"bake expression link\" t \"Baked out the existing expression link back to this node itself. After that, camera node is not required for this node anymore. Baked value is base on the frame range in project setting of the nuke script.\\n\\n* Nuke 11.2 has issue with expression link on this node. It will crash your nuke in some cases, but it will be fine when re-open the nuke script. Because of this issue, recommand to bake the value.\" T \"thisGRP = nuke.thisGroup()\\n\\nframeST = nuke.root().firstFrame()\\nframeED = nuke.root().lastFrame()\\n\\nallknobs = \\['cam_focal','cam_haperture','cam_win_translate','cam_win_scale','cam_winroll','world_matrix']\\nalldata = \\{\\}\\n\\nchknobs = 0\\nfor knob in allknobs :\\n\\tif thisGRP\\[knob].hasExpression() :\\n\\t\\tchknobs = 1\\n\\nif chknobs :\\n\\tfor knob in allknobs :\\n\\t\\tfor t in range( frameST, frameED+1, 1 ) :\\n\\t\\t\\ttry :\\n\\t\\t\\t\\talldata\\[knob].append( thisGRP\\[knob].getValueAt(t) )\\n\\t\\t\\texcept :\\n\\t\\t\\t\\talldata\\[knob] = \\[ thisGRP\\[knob].getValueAt(t) ]\\n\\n\\tfor knob in allknobs :\\n\\t\\tthisGRP\\[knob].clearAnimated()\\n\\t\\tthisGRP\\[knob].setAnimated()\\n\\n\\tfor knob in allknobs :\\n\\t\\tfor t in range( frameST, frameED+1, 1 ) :\\n\\t\\t\\tif type( alldata\\[knob]\\[t-frameST] ) is float :\\n\\t\\t\\t\\tthisGRP\\[knob].setValueAt( alldata\\[knob]\\[t-frameST] , t )\\n\\t\\t\\tif type( alldata\\[knob]\\[t-frameST] ) is list :\\n\\t\\t\\t\\tfor i in range( len( alldata\\[knob]\\[t-frameST] ) ) :\\n\\t\\t\\t\\t\\tthisGRP\\[knob].setValueAt( alldata\\[knob]\\[t-frameST]\\[i] , t , i )\\nelse :\\n\\tnuke.message('no expression link found.')\" +STARTLINE}\n addUserKnob {22 copy_data l \"copy from selected camera\" t \"Select the camera, then this will process 'link to selected camera' and 'bake expression link' in once.\\n\\n* Nuke 11.2 has issue with expression link on this node. It will crash your nuke in some cases, but it will be fine when re-open the nuke script. Because of this issue, recommand to bake the value.\" -STARTLINE T \"thisGRP = nuke.thisGroup()\\nthisGRP\\['set_link'].execute()\\nthisGRP\\['bake_link'].execute()\"}\n addUserKnob {20 cam_data_grp l \"CAMERA DATA\" n 1}\n cam_data_grp 0\n addUserKnob {7 cam_focal l \"focal length\" R 5 100}\n cam_focal 50\n addUserKnob {7 cam_haperture l \"horiz aperture\" R 0.1 50}\n cam_haperture 24.576\n addUserKnob {30 cam_win_translate l \"window translate\"}\n addUserKnob {30 cam_win_scale l \"window scale\"}\n cam_win_scale {1 1}\n addUserKnob {7 cam_winroll l \"window roll\" R -45 45}\n addUserKnob {41 world_matrix l \"world matrix\" T cam_data.matrix}\n addUserKnob {20 endGroup_1 l endGroup n -1}\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T 3.8}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2020-02-13}\n addUserKnob {22 btn_CHANGELOG l Changlelog T \"log = \\\"3.8
'DVPMatte'
  - fixed cube matte shape result when pivot changed. Sphere and Cylinder were fine in the past versions.
'DVProjection'
  - link camera replaced transformation by world matrix, so it works with camera stack with axis.
  - removed preview projection camera in 3D view.

3.7
Toolset update :
  'DVPort'
    - added 'near' & 'far knobs
    - capable with 'DeepBoolean' v1.4
  'DVPmatte'
    - fixed missing premult original alpha process
    - capable with 'DeepBoolean' v1.4
    - revert uniform_scale default value back to 1.0

3.6
'DVPsetLight'
- improved 'generated normal (estimate from position)' and changed to blink script. Get better edges on deepNormal.\\\"\\nnuke.message( log )\" +STARTLINE}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n}\n BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0x7f7f7fff\n label bin\n note_font_size 42\n xpos -770\n ypos -291\n bdwidth 528\n bdheight 265\n }\n Group {\n inputs 0\n name inverseMatrix_cam\n tile_color 0x337f4cff\n xpos -712\n ypos -149\n addUserKnob {20 User}\n addUserKnob {1 knob_path}\n knob_path cam_data.world_matrix\n addUserKnob {26 \"\"}\n addUserKnob {41 id T id_assign.matrix}\n addUserKnob {26 \"\"}\n addUserKnob {7 determinant}\n determinant {{\"\\[value \\[value knob_path].\\[value id.0]] * ((\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.8]]) - (\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.7]])) - \\[value \\[value knob_path].\\[value id.1]] * ((\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.8]]) - (\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.6]])) + \\[value \\[value knob_path].\\[value id.2]] * ((\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.7]])-(\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.6]]))\"}}\n addUserKnob {26 \"\"}\n addUserKnob {41 cofactor T mtx_cofactor.matrix}\n addUserKnob {26 \"\"}\n addUserKnob {41 invMatrix T matrix_output.matrix}\n }\n Matrix {\n inputs 0\n matrix {\n {0 1 2}\n {4 5 6}\n {8 9 10}\n }\n name id_assign\n xpos -12\n ypos 33\n }\n Matrix {\n inputs 0\n matrix {\n {{\"(\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.8]]) - (\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.7]])\"} {\"(\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.2]]) - (\\[value \\[value knob_path].\\[value id.8]]*\\[value \\[value knob_path].\\[value id.1]])\"} {\"(\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.5]]) - (\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.4]])\"}}\n {{\"(\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.6]]) - (\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.8]])\"} {\"(\\[value \\[value knob_path].\\[value id.8]]*\\[value \\[value knob_path].\\[value id.0]]) - (\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.2]])\"} {\"(\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.3]]) - (\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.5]])\"}}\n {{\"(\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.7]]) - (\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.6]])\"} {\"(\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.1]]) - (\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.0]])\"} {\"(\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.4]]) - (\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.3]])\"}}\n }\n name mtx_cofactor\n xpos 86\n ypos 32\n }\n Matrix {\n inputs 0\n matrix {\n {{\"cofactor.0 == 0 || determinant == 0 ? 0 : cofactor.0/determinant\"} {\"cofactor.1 == 0 || determinant == 0 ? 0 : cofactor.1/determinant\"} {\"cofactor.2 == 0 || determinant == 0 ? 0 : cofactor.2/determinant\"}}\n {{\"cofactor.3 == 0 || determinant == 0 ? 0 : cofactor.3/determinant\"} {\"cofactor.4 == 0 || determinant == 0 ? 0 : cofactor.4/determinant\"} {\"cofactor.5 == 0 || determinant == 0 ? 0 : cofactor.5/determinant\"}}\n {{\"cofactor.6 == 0 || determinant == 0 ? 0 : cofactor.6/determinant\"} {\"cofactor.7 == 0 || determinant == 0 ? 0 : cofactor.7/determinant\"} {\"cofactor.8 == 0 || determinant == 0 ? 0 : cofactor.8/determinant\"}}\n }\n name matrix_output\n xpos 186\n ypos 33\n }\n end_group\n Camera {\n inputs 0\n display off\n selectable false\n rotate {0 0 {-parent.cam_winroll}}\n win_translate {{parent.cam_win_translate} {parent.cam_win_translate}}\n win_scale {{parent.cam_win_scale} {parent.cam_win_scale}}\n name fb_data\n xpos -546\n ypos -169\n }\n Camera {\n inputs 0\n display off\n selectable false\n rot_order XYZ\n useMatrix true\n focal {{parent.cam_focal}}\n haperture {{parent.cam_haperture}}\n name cam_data\n xpos -412\n ypos -170\n }\nadd_layer {deepRawColor deepRawColor.red deepRawColor.green deepRawColor.blue deepRawColor.alpha}\n AddChannels {\n inputs 0\n channels deepRawColor\n name AddChannels2\n xpos -138\n ypos -15\n }\nadd_layer {deepPosition deepPosition.red deepPosition.green deepPosition.blue deepPosition.alpha}\n AddChannels {\n inputs 0\n channels deepPosition\n name AddChannels3\n xpos -137\n ypos -291\n }\n Input {\n inputs 0\n name deep\n xpos 0\n ypos -373\n }\n DeepRecolor {\n inputs 2\n channels {{{parent.AddChannels3.channels}}}\n name DeepRecolor2\n xpos 0\n ypos -291\n }\n DeepExpression {\n temp_name0 xpos\n temp_expr0 \"( ( x/\\[value input.width] ) - 0.5 ) * \\[value hratio] * deep.front )\"\n temp_name1 ypos\n temp_expr1 \"( ( y/\\[value input.height] ) - 0.5 ) * ( ( \\[value hratio]*deep.front ) / ( \\[value input.width]/\\[value input.height] ) ) * 1 / \\[value root.format.pixel_aspect]\"\n temp_name2 zpos\n temp_expr2 -deep.front\n chans0 {deepPosition.red deepPosition.green deepPosition.blue none}\n chans1 none\n deepPosition.red \"( xpos * \\[value fb_data.world_matrix.0] + ypos * \\[value fb_data.world_matrix.1] ) * \\[value fb_data.win_scale.u] + ( \\[value hratio] * deep.front * \\[value fb_data.win_translate.u] / 2 )\"\n deepPosition.green \"( xpos * \\[value fb_data.world_matrix.4] + ypos * \\[value fb_data.world_matrix.5] ) * \\[value fb_data.win_scale.v] + ( \\[value hratio] * deep.front * \\[value fb_data.win_translate.v] / 2 )\"\n deepPosition.blue zpos\n name DeepExpression3\n label \"apply cam window\"\n xpos 0\n ypos -197\n addUserKnob {20 User}\n addUserKnob {7 hratio}\n hratio {{\"\\[value cam_data.haperture] / \\[value cam_data.focal]\"}}\n }\n DeepExpression {\n chans0 {deepPosition.red deepPosition.green deepPosition.blue none}\n chans1 none\n deepPosition.red \"(deepPosition.red * \\[value cam_data.world_matrix.0] + deepPosition.green * \\[value cam_data.world_matrix.1] + deepPosition.blue * \\[value cam_data.world_matrix.2]) + \\[value cam_data.world_matrix.3]\"\n deepPosition.green \"(deepPosition.red * \\[value cam_data.world_matrix.4] + deepPosition.green * \\[value cam_data.world_matrix.5] + deepPosition.blue * \\[value cam_data.world_matrix.6]) + \\[value cam_data.world_matrix.7]\"\n deepPosition.blue \"(deepPosition.red * \\[value cam_data.world_matrix.8] + deepPosition.green * \\[value cam_data.world_matrix.9] + deepPosition.blue * \\[value cam_data.world_matrix.10]) + \\[value cam_data.world_matrix.11]\"\n name DeepExpression5\n label \"back to camera position\"\n xpos 0\n ypos -103\n }\n DeepRecolor {\n inputs 2\n channels {{{parent.AddChannels2.channels}}}\n name DeepRecolor4\n xpos 0\n ypos -15\n }\n DeepExpression {\n chans0 {deepRawColor.red deepRawColor.green deepRawColor.blue deepPosition.alpha}\n chans1 none\n deepRawColor.red red\n deepRawColor.green green\n deepRawColor.blue blue\n deepPosition.alpha alpha\n name DeepExpression1\n label \"keep input color\"\n xpos 0\n ypos 79\n }\n Output {\n name Output1\n xpos 0\n ypos 173\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_DeepBoolean.gizmo", "content": "Group {\n name DeepBoolean\n tile_color 0x597fff\n label \"mode : \\[value mode]\\nDeep Output\"\n addUserKnob {20 tab_general l General}\n addUserKnob {22 set_link l \"link to selected camera\" t \"Deep data is all related to camera, so the tool required camera data as well. Select the camera and click this button, the tool will gather all the information that it needs from camera node.\\n\\nIt is fine if the camera connected some axis with transformation on it's upstream. It is because this button will collect world matrix for transformation.\\n\\nRequired data can be find under 'Camera Data'\" T \"def getLevel() :\\n\\t### level define ###\\n\\tif len(nuke.thisNode().fullName().split('.')) == 1 :\\n\\t\\t ggLevel = nuke.root()\\n\\telse :\\n\\t\\t nodePath = nuke.thisNode().fullName().split('.')\\n\\t\\t nodePath.pop()\\n\\t\\t ggLevel = nuke.toNode('.'.join(nodePath))\\n\\treturn ggLevel\\n\\nroot = getLevel()\\nthisGRP = nuke.thisGroup()\\n\\nmainKnobs = \\['world_matrix','cam_focal','cam_haperture','cam_near','cam_far','cam_win_translate','cam_win_scale','cam_winroll']\\ndefaultKnobs = \\{\\n\\t\\t\\t'world matrix' : 'world_matrix',\\n\\t\\t\\t'focal length' : 'focal',\\n\\t\\t\\t'horiz aperture' : 'haperture',\\n\\t\\t\\t'near' : 'near',\\n\\t\\t\\t'far' : 'far',\\n\\t\\t\\t'window translate' : 'win_translate',\\n\\t\\t\\t'window scale' : 'win_scale',\\n\\t\\t\\t'window roll' : 'winroll'\\n\\t\\t\\t\\}\\nselNodeKnobs = \\[]\\nmissingKnob = \\[]\\n\\ntry :\\n\\twith root :\\n\\t\\tselNode = nuke.selectedNode()\\n\\n\\tfor knob in selNode.knobs() :\\n\\t\\tselNodeKnobs.append( knob )\\n\\n\\tselNodeKnobs.sort()\\n\\n\\tfor key,value in defaultKnobs.items() :\\n\\t\\tif value not in selNodeKnobs :\\n\\t\\t\\tmissingKnob.append( key )\\n\\n\\tif not len(missingKnob) :\\n\\t\\twith root :\\n\\t\\t\\tfor knob in mainKnobs :\\n\\t\\t\\t\\tthisGRP\\[knob].clearAnimated()\\n\\t\\t\\t\\t\\n\\t\\t\\tCAMnode = selNode.name()\\n\\t\\t\\tthisGRP\\[mainKnobs\\[0]].setExpression('\\{0\\}.world_matrix'.format(CAMnode))\\n\\t\\t\\tthisGRP\\[mainKnobs\\[1]].setExpression('\\{0\\}.focal'.format(CAMnode))\\n\\t\\t\\tthisGRP\\[mainKnobs\\[2]].setExpression('\\{0\\}.haperture'.format(CAMnode))\\n\\t\\t\\tthisGRP\\[mainKnobs\\[3]].setExpression('\\{0\\}.near'.format(CAMnode))\\n\\t\\t\\tthisGRP\\[mainKnobs\\[4]].setExpression('\\{0\\}.far'.format(CAMnode))\\n\\t\\t\\tthisGRP\\[mainKnobs\\[5]].setExpression('\\{0\\}.win_translate'.format(CAMnode))\\n\\t\\t\\tthisGRP\\[mainKnobs\\[6]].setExpression('\\{0\\}.win_scale'.format(CAMnode))\\n\\t\\t\\tthisGRP\\[mainKnobs\\[7]].setExpression('\\{0\\}.winroll'.format(CAMnode))\\n\\telse :\\n\\t\\tp = nuke.Panel('Select knobs :')\\n\\t\\tp.addBooleanCheckBox( 'Unable to find the default knobs. Please use the pulldown menu below to define the knob manually.' , False)\\n\\t\\tfor rk in missingKnob :\\n\\t\\t\\tp.addEnumerationPulldown( rk, ' '.join( selNodeKnobs ) )\\n\\n\\t\\tif p.show() :\\n\\t\\t\\ttry :\\n\\t\\t\\t\\tfor key,value in defaultKnobs.items() :\\n\\t\\t\\t\\t\\tif p.value( key ) != None :\\n\\t\\t\\t\\t\\t\\tdefaultKnobs\\[key] = p.value( key )\\n\\t\\t\\texcept :\\n\\t\\t\\t\\tpass\\n\\n\\t\\t\\twith root :\\n\\t\\t\\t\\tfor knob in mainKnobs :\\n\\t\\t\\t\\t\\tthisGRP\\[knob].clearAnimated()\\n\\t\\t\\t\\t\\n\\t\\t\\t\\tCAMnode = selNode.name()\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[0]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['world matrix']))\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[1]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['focal length']))\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[2]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['horiz aperture']))\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[3]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['near']))\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[4]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['far']))\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[5]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['window translate']))\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[6]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['window scale']))\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[7]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['window roll']))\\nexcept :\\n\\tnuke.message('no node selected.')\" +STARTLINE}\n addUserKnob {22 remove_link l \"remove linked expression\" t \"Remove the camera expression with this button. It will remain the current camera data in this node but not with animation.\" -STARTLINE T \"thisGRP = nuke.thisGroup()\\nmainKnobs = \\['world_matrix','cam_focal','cam_haperture','cam_near','cam_far','cam_win_translate','cam_win_scale','cam_winroll']\\n\\nfor knob in thisGRP.knobs() :\\n if mainKnobs.count(knob) != 0 :\\n thisGRP\\[knob].clearAnimated()\"}\n addUserKnob {22 bake_link l \"bake expression link\" T \"thisGRP = nuke.thisGroup()\\n\\nframeST = nuke.root().firstFrame()\\nframeED = nuke.root().lastFrame()\\n\\nallknobs = \\['cam_focal','cam_haperture','cam_near','cam_far','cam_win_translate','cam_win_scale','cam_winroll','world_matrix']\\nalldata = \\{\\}\\n\\nchknobs = 0\\nfor knob in allknobs :\\n\\tif thisGRP\\[knob].hasExpression() :\\n\\t\\tchknobs = 1\\n\\nif chknobs :\\n\\tfor knob in allknobs :\\n\\t\\tfor t in range( frameST, frameED+1, 1 ) :\\n\\t\\t\\ttry :\\n\\t\\t\\t\\talldata\\[knob].append( thisGRP\\[knob].getValueAt(t) )\\n\\t\\t\\texcept :\\n\\t\\t\\t\\talldata\\[knob] = \\[ thisGRP\\[knob].getValueAt(t) ]\\n\\n\\tfor knob in allknobs :\\n\\t\\tthisGRP\\[knob].clearAnimated()\\n\\t\\tthisGRP\\[knob].setAnimated()\\n\\n\\tfor knob in allknobs :\\n\\t\\tfor t in range( frameST, frameED+1, 1 ) :\\n\\t\\t\\tif type( alldata\\[knob]\\[t-frameST] ) is float :\\n\\t\\t\\t\\tthisGRP\\[knob].setValueAt( alldata\\[knob]\\[t-frameST] , t )\\n\\t\\t\\tif type( alldata\\[knob]\\[t-frameST] ) is list :\\n\\t\\t\\t\\tfor i in range( len( alldata\\[knob]\\[t-frameST] ) ) :\\n\\t\\t\\t\\t\\tthisGRP\\[knob].setValueAt( alldata\\[knob]\\[t-frameST]\\[i] , t , i )\\nelse :\\n\\tnuke.message('no expression link found.')\" +STARTLINE}\n addUserKnob {22 copy_data l \"copy from selected camera\" -STARTLINE T \"thisGRP = nuke.thisGroup()\\nthisGRP\\['set_link'].execute()\\nthisGRP\\['bake_link'].execute()\"}\n addUserKnob {20 cam_data_grp l \"CAMERA DATA\" n 1}\n cam_data_grp 0\n addUserKnob {7 cam_focal l \"focal length\" t \"focal length of the camera\" R 5 100}\n cam_focal 50\n addUserKnob {7 cam_haperture l \"horiz aperture\" t \"horiz aperture of the camera\" R 0.1 50}\n cam_haperture 24.576\n addUserKnob {7 cam_near l near t \"near clip value of the camera\" R 0.1 10}\n cam_near 0.1\n addUserKnob {7 cam_far l far t \"far clip value of the camera\" R 11 10000}\n cam_far 10000\n addUserKnob {30 cam_win_translate l \"window translate\"}\n addUserKnob {30 cam_win_scale l \"window scale\"}\n cam_win_scale {1 1}\n addUserKnob {7 cam_winroll l \"window roll\" R -45 45}\n addUserKnob {41 world_matrix l \"world matrix\" t \"world matrix of the camera\" T cam_data.matrix}\n addUserKnob {20 endGroup n -1}\n addUserKnob {26 title_geomatte l \"GEO MATTE\"}\n addUserKnob {4 mode t \"intersect\\nkeep the data overlap with the geo matte.\\n\\nsubtract\\nremove the data overlap with the geo matte.\\n\\nRemarks:\\nsubtract is alike deepholdout function but support with geo matte extrude/erode in z and falloff.\" M {intersect subtract}}\n addUserKnob {6 uv_fix l \"create new UV for holdout geo\" t \"If the geo has no UV, extrude the holdout will break the setup. This option to fix a geo without UV.\" +STARTLINE}\n addUserKnob {7 extrude t \"extrude the geo faces by normal\" R -4 4}\n addUserKnob {78 erode_front l \"deep erode front\" t \"erode the deep data clipped by geo matte in front data (closer from the camera)\" n 1}\n addUserKnob {78 erode_back l back t \"erode the deep data clipped by geo matte in back data (further from the camera)\" -STARTLINE n 1}\n addUserKnob {7 falloff t \"create a linear falloff matte from the geo.\"}\n addUserKnob {7 falloff_scale l \"falloff scale\" R 0.01 1000}\n falloff_scale 100\n addUserKnob {78 bias t \"This value for dev purposes. default value is 1.0\" +INVISIBLE n 1}\n bias 1\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T 1.4}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2020-01-09}\n addUserKnob {22 btn_CHANGELOG l Changelog T \"log = \\\"1.4
- support camera window transformation (re-rack)
- removed vert aperture (unnecessary)
- linked/bake/copy camera data has the same function as Deep2VP
  support non 'Camera'/'Camera2' node class
- capable with Deep2VP 3.7+ (able to combine with DVPmatte)

1.3
- download tool with demo script
- change label of the knob to
  'deep erode front/back'
  ( function & knob name doesn't change )

1.2
- optimize the setup, get less
  calculation
- added falloff scale\\\"\\nnuke.message( log )\" +STARTLINE}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n}\n Camera {\n inputs 0\n display off\n selectable false\n useMatrix true\n focal {{parent.cam_focal}}\n haperture {{parent.cam_haperture}}\n near {{parent.cam_near}}\n far {{parent.cam_far}}\n win_translate {{parent.cam_win_translate} {parent.cam_win_translate}}\n win_scale {{parent.cam_win_scale} {parent.cam_win_scale}}\n winroll {{parent.cam_winroll}}\n name cam_data\n xpos -140\n ypos -350\n }\n Dot {\n name Dot13\n xpos -6\n ypos -326\n }\nset Nb8eb800 [stack 0]\n Dot {\n name Dot14\n xpos -6\n ypos -166\n }\npush $Nb8eb800\n Reformat {\n inputs 0\n type \"to box\"\n box_width 1\n box_height 1\n box_fixed true\n resize none\n filter Impulse\n name Reformat1\n xpos -40\n ypos -569\n }\n Expression {\n expr0 1\n channel1 none\n channel2 none\n channel3 none\n name Expression1\n xpos -40\n ypos -489\n }\n CheckerBoard2 {\n inputs 0\n name CheckerBoard1\n xpos 180\n ypos -673\n }\n Multiply {\n channels alpha\n value 0.5\n name tranparency\n xpos 180\n ypos -573\n }\n Displacement {\n inputs 2\n displacement_channel red\n scale {{parent.extrude}}\n filter_size 0\n filter Impulse\n displacement_max_tessellation 0\n displacement_mode uniform\n name Displacement1\n xpos 180\n ypos -489\n }\n Input {\n inputs 0\n name geoMat\n xpos 290\n ypos -809\n }\n Dot {\n name Dot1\n xpos 324\n ypos -406\n }\n ApplyMaterial {\n inputs 2\n display off\n name ApplyMaterial1\n xpos 180\n ypos -409\n }\n UVProject {\n inputs 2\n selectable false\n projection planar\n name UVProject1\n label \"save the geo without uv\"\n xpos 180\n ypos -333\n disable {{!parent.uv_fix}}\n }\n Input {\n inputs 0\n name deep\n xpos 840\n ypos -809\n number 1\n }\n Dot {\n name Dot4\n xpos 874\n ypos -246\n }\nset N2008b000 [stack 0]\n DeepToImage {\n name DeepToImage2\n xpos 290\n ypos -249\n }\n Remove {\n name Remove1\n xpos 290\n ypos -173\n }\n ScanlineRender {\n inputs 3\n conservative_shader_sampling false\n filter Impulse\n motion_vectors_type off\n MB_channel none\n output_shader_vectors true\n N_channel rgba\n name ScanlineRender1\n xpos 180\n ypos -169\n }\n DeepExpression {\n chans0 alpha\n chans1 none\n rgba.alpha \"alpha * 1/0.5\"\n name DeepExpression1\n label \"revert alpha\"\n xpos 180\n ypos -98\n }\n DeepExpression {\n temp_name0 nx\n temp_expr0 red\n temp_name1 ny\n temp_expr1 green\n temp_name2 nz\n temp_expr2 blue\n chans0 rgb\n chans1 none\n rgba.red 0\n rgba.green 0\n rgba.blue \"nx * \\[value inverseMatrix.invMatrix.6] + ny * \\[value inverseMatrix.invMatrix.7] + nz * \\[value inverseMatrix.invMatrix.8]\"\n name DeepExpression3\n label \"cam normal z\"\n xpos 180\n ypos 67\n }\n Dot {\n name Dot12\n xpos 214\n ypos 154\n }\nset N200bd800 [stack 0]\n Dot {\n name Dot3\n xpos 214\n ypos 314\n }\nset N200bd400 [stack 0]\n Dot {\n name Dot8\n xpos -6\n ypos 314\n }\nset N200bd000 [stack 0]\n Dot {\n name Dot10\n xpos -163\n ypos 314\n }\n DeepToImage {\n name DeepToImage6\n xpos -197\n ypos 764\n }\n Dot {\n name Dot11\n xpos -163\n ypos 1274\n }\npush $N200bd000\n DeepExpression {\n chans0 {-rgba.red rgba.green -rgba.blue none}\n chans1 none\n rgba.green \"blue < \\[value bias] ? deep.front : 0\"\n name DeepExpression6\n label farD\n xpos -40\n ypos 387\n }\n DeepExpression {\n chans0 none\n chans1 deep\n deep.front \"green == 0 ? -1 : deep.front\"\n deep.back \"green == 0 ? -1 : deep.back\"\n name DeepExpression7\n label \"throw data\"\n xpos -40\n ypos 481\n }\n DeepCrop {\n use_znear false\n zfar 0\n outside_zrange true\n bbox {0 0 {input.width} {input.height}}\n name DeepCrop2\n label \"clean trash\"\n xpos -40\n ypos 575\n }\n DeepExpression {\n chans1 deep\n deep.front -deep.front\n deep.back -deep.back\n name DeepExpression14\n label \"swap the furthest deep value\"\n xpos -40\n ypos 669\n }\n DeepToImage {\n name DeepToImage4\n xpos -40\n ypos 763\n }\n Add {\n channels {-rgba.red rgba.green -rgba.blue none}\n value {{parent.erode_back}}\n name Add1\n label \"back erode\"\n xpos -40\n ypos 881\n }\n Dot {\n name Dot7\n xpos -6\n ypos 1149\n }\npush $N200bd400\n DeepExpression {\n chans0 {rgba.red -rgba.green -rgba.blue none}\n chans1 none\n rgba.red \"blue > -\\[value parent.bias] ? deep.front : 0\"\n name DeepExpression4\n label nearD\n xpos 180\n ypos 388\n }\n DeepExpression {\n chans0 none\n chans1 deep\n deep.front \"red == 0 ? -1 : deep.front\"\n deep.back \"red == 0 ? -1 : deep.back\"\n name DeepExpression5\n label \"throw data\"\n xpos 180\n ypos 482\n }\n DeepCrop {\n use_znear false\n zfar 0\n outside_zrange true\n bbox {0 0 {input.width} {input.height}}\n name DeepCrop1\n label \"clean trash\"\n xpos 180\n ypos 562\n }\n DeepToImage {\n name DeepToImage3\n xpos 180\n ypos 763\n }\n Add {\n channels {rgba.red -rgba.green -rgba.blue none}\n value {{-parent.erode_front}}\n name Add2\n label \"front erode\"\n xpos 180\n ypos 882\n }\n Dot {\n name Dot6\n xpos 214\n ypos 1034\n }\npush $N200bd800\n DeepExpression {\n chans1 none\n rgba.red 0\n rgba.green 0\n rgba.blue 0\n rgba.alpha 0\n name DeepExpression13\n xpos 400\n ypos 151\n }\npush $N2008b000\n DeepMerge {\n inputs 2\n name DeepMerge1\n xpos 840\n ypos 151\n }\n Dot {\n name Dot5\n xpos 874\n ypos 554\n }\nset N20102400 [stack 0]\n Dot {\n name Dot17\n xpos 434\n ypos 554\n }\n DeepToImage {\n name DeepToImage5\n xpos 400\n ypos 769\n }\n Remove {\n name Remove2\n xpos 400\n ypos 885\n }\nadd_layer {deepGeoMat deepGeoMat.red deepGeoMat.green deepGeoMat.blue deepGeoMat.alpha}\n ShuffleCopy {\n inputs 2\n in2 none\n red red\n green black\n blue black\n alpha alpha2\n out deepGeoMat\n name ShuffleCopy2\n label \"copy red\"\n xpos 400\n ypos 1027\n }\n ShuffleCopy {\n inputs 2\n in2 deepGeoMat\n green green\n blue black\n alpha black\n out deepGeoMat\n name ShuffleCopy3\n label \"copy green\"\n xpos 400\n ypos 1142\n }\n ShuffleCopy {\n inputs 2\n in2 deepGeoMat\n blue blue\n alpha black\n out deepGeoMat\n name ShuffleCopy1\n label \"copy blue\"\n xpos 400\n ypos 1267\n }\n Dot {\n name Dot9\n xpos 434\n ypos 1354\n }\nadd_layer {deepRawColor deepRawColor.red deepRawColor.green deepRawColor.blue deepRawColor.alpha}\n AddChannels {\n inputs 0\n channels deepRawColor\n name AddChannels1\n xpos 697\n ypos 707\n }\npush $N20102400\n DeepRecolor {\n inputs 2\n channels {{{parent.AddChannels1.channels}}}\n name DeepRecolor1\n xpos 840\n ypos 707\n }\n DeepExpression {\n chans0 deepRawColor\n chans1 none\n deepRawColor.red red\n deepRawColor.green green\n deepRawColor.blue blue\n deepRawColor.alpha alpha\n name DeepExpression2\n label \"store color to deepRawColor\"\n xpos 840\n ypos 867\n }\n DeepExpression {\n chans0 alpha\n chans1 none\n rgba.alpha 1\n name DeepExpression11\n label \"solid the alpha for data pass calculation\"\n xpos 840\n ypos 947\n }\n DeepRecolor {\n inputs 2\n channels deepGeoMat\n name DeepRecolor2\n xpos 840\n ypos 1347\n }\n DeepExpression {\n chans0 {-deepGeoMat.red -deepGeoMat.green -deepGeoMat.blue deepGeoMat.alpha}\n chans1 none\n deepGeoMat.alpha \"deep.front - deepGeoMat.red < \\[value globalValue.falloff] ? clamp( ( deep.front - deepGeoMat.red ) / \\[value globalValue.falloff] ) : 1\"\n name DeepExpression9\n label \"front falloff\"\n xpos 840\n ypos 1435\n }\n DeepExpression {\n chans0 {-deepGeoMat.red -deepGeoMat.green -deepGeoMat.blue deepGeoMat.alpha}\n chans1 none\n deepGeoMat.alpha \"( deep.front - ( deepGeoMat.green - \\[value globalValue.falloff] ) ) < \\[value globalValue.falloff] ? ( 1 - clamp( ( deep.front - ( deepGeoMat.green - \\[value globalValue.falloff] ) ) / \\[value globalValue.falloff] ) ) * deepGeoMat.alpha : 0\"\n name DeepExpression16\n label \"back falloff\"\n xpos 840\n ypos 1523\n }\n DeepExpression {\n temp_name0 norSide\n temp_expr0 \"1- clamp( ( 1- clamp( deepGeoMat.blue ) ) * ( \\[value globalValue.falloff] / 100 ) )\"\n chans0 {-deepGeoMat.red -deepGeoMat.green -deepGeoMat.blue deepGeoMat.alpha}\n chans1 none\n deepGeoMat.alpha \"deepGeoMat.alpha * norSide\"\n name DeepExpression12\n label \"facing ratio\"\n xpos 840\n ypos 1611\n }\n DeepExpression {\n chans1 none\n rgba.red \"deepGeoMat.alpha * deepRawColor.red\"\n rgba.green \"deepGeoMat.alpha * deepRawColor.green\"\n rgba.blue \"deepGeoMat.alpha * deepRawColor.blue\"\n rgba.alpha \"deepGeoMat.alpha * deepRawColor.alpha\"\n name DeepExpression15\n label \"premult color\"\n xpos 840\n ypos 1699\n }\n Dot {\n name Dot16\n xpos 874\n ypos 1774\n }\nset N201f4000 [stack 0]\n DeepExpression {\n chans1 none\n rgba.red \"deepRawColor.red - red\"\n rgba.green \"deepRawColor.green - green\"\n rgba.blue \"deepRawColor.blue - blue\"\n rgba.alpha \"deepRawColor.alpha - alpha\"\n name DeepExpression23\n label subtract\n xpos 950\n ypos 1844\n }\npush $N201f4000\n Switch {\n inputs 2\n which {{parent.mode}}\n name Switch1\n xpos 840\n ypos 1848\n }\n DeepExpression {\n chans0 {-deepRawColor.red -deepRawColor.green -deepRawColor.blue deepRawColor.alpha}\n chans1 none\n deepRawColor.alpha 0\n name DeepExpression8\n xpos 840\n ypos 1954\n }\n DeepExpression {\n chans0 deep\n chans1 none\n deep.front \"alpha <= 0 ? -1 : deep.front\"\n deep.back \"alpha <= 0 ? -1 : deep.back\"\n name DeepExpression10\n label \"throw data from alpha\"\n xpos 840\n ypos 2036\n }\n DeepCrop {\n use_znear false\n zfar 0\n outside_zrange true\n bbox {0 0 {input.width} {input.height}}\n name DeepCrop3\n label \"clean trash data\"\n xpos 840\n ypos 2116\n }\n Output {\n name Output1\n xpos 840\n ypos 2201\n }\n Group {\n inputs 0\n name inverseMatrix\n tile_color 0x337f4cff\n xpos -81\n ypos 67\n addUserKnob {20 User}\n addUserKnob {1 knob_path}\n knob_path cam_data.world_matrix\n addUserKnob {26 \"\"}\n addUserKnob {41 id T id_assign.matrix}\n addUserKnob {26 \"\"}\n addUserKnob {7 determinant}\n determinant {{\"\\[value \\[value knob_path].\\[value id.0]] * ((\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.8]]) - (\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.7]])) - \\[value \\[value knob_path].\\[value id.1]] * ((\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.8]]) - (\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.6]])) + \\[value \\[value knob_path].\\[value id.2]] * ((\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.7]])-(\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.6]]))\"}}\n addUserKnob {26 \"\"}\n addUserKnob {41 cofactor T mtx_cofactor.matrix}\n addUserKnob {26 \"\"}\n addUserKnob {41 invMatrix T matrix_output.matrix}\n }\n Matrix {\n inputs 0\n matrix {\n {0 1 2}\n {4 5 6}\n {8 9 10}\n }\n name id_assign\n xpos -12\n ypos 33\n }\n Matrix {\n inputs 0\n matrix {\n {{\"(\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.8]]) - (\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.7]])\"} {\"(\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.2]]) - (\\[value \\[value knob_path].\\[value id.8]]*\\[value \\[value knob_path].\\[value id.1]])\"} {\"(\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.5]]) - (\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.4]])\"}}\n {{\"(\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.6]]) - (\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.8]])\"} {\"(\\[value \\[value knob_path].\\[value id.8]]*\\[value \\[value knob_path].\\[value id.0]]) - (\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.2]])\"} {\"(\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.3]]) - (\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.5]])\"}}\n {{\"(\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.7]]) - (\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.6]])\"} {\"(\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.1]]) - (\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.0]])\"} {\"(\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.4]]) - (\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.3]])\"}}\n }\n name mtx_cofactor\n xpos 86\n ypos 32\n }\n Matrix {\n inputs 0\n matrix {\n {{\"cofactor.0 == 0 || determinant == 0 ? 0 : cofactor.0/determinant\"} {\"cofactor.1 == 0 || determinant == 0 ? 0 : cofactor.1/determinant\"} {\"cofactor.2 == 0 || determinant == 0 ? 0 : cofactor.2/determinant\"}}\n {{\"cofactor.3 == 0 || determinant == 0 ? 0 : cofactor.3/determinant\"} {\"cofactor.4 == 0 || determinant == 0 ? 0 : cofactor.4/determinant\"} {\"cofactor.5 == 0 || determinant == 0 ? 0 : cofactor.5/determinant\"}}\n {{\"cofactor.6 == 0 || determinant == 0 ? 0 : cofactor.6/determinant\"} {\"cofactor.7 == 0 || determinant == 0 ? 0 : cofactor.7/determinant\"} {\"cofactor.8 == 0 || determinant == 0 ? 0 : cofactor.8/determinant\"}}\n }\n name matrix_output\n selected true\n xpos 186\n ypos 33\n }\n end_group\n NoOp {\n inputs 0\n name globalValue\n xpos 561\n ypos 1493\n addUserKnob {20 User}\n addUserKnob {7 falloff}\n falloff {{\"parent.falloff * parent.falloff_scale\"}}\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_DeepCopyBBox.gizmo", "content": "Group {\n name DeepCopyBBox\n tile_color 0x5fff\n addUserKnob {20 D_DeepCopyBBox}\n addUserKnob {26 \"\" +STARTLINE}\n addUserKnob {26 copyright l \"\" +STARTLINE T \"D_DeepCopyBBox v1.0 - (c) 2013 - Denis Scolan\"}\n}\n Input {\n inputs 0\n name Ext_BBox\n xpos -630\n ypos 402\n number 1\n }\n Input {\n inputs 0\n name deep\n xpos -821\n ypos 403\n }\n DeepCrop {\n use_znear false\n use_zfar false\n bbox {{input1.bbox.x} {input1.bbox.y} {input1.bbox.r} {input1.bbox.t}}\n name DeepBbox\n xpos -821\n ypos 506\n }\n Output {\n name Output1\n xpos -821\n ypos 623\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_DeepCropSoft.gizmo", "content": "Group {\n name DeepCropSoft\n tile_color 0x6000\n selected true\n addUserKnob {20 deepCropSoftTab l DeepCropSoft}\n addUserKnob {41 use_znear l znear T Controller1.use_znear}\n addUserKnob {7 znear l \"\" -STARTLINE R 0 200}\n addUserKnob {26 text l \" \" T \" \"}\n addUserKnob {7 falloffNear l \" falloff\" -STARTLINE R 0 10}\n addUserKnob {41 use_zfar l zfar T Controller1.use_zfar}\n addUserKnob {7 zfar l \"\" -STARTLINE R 0 200}\n zfar 1\n addUserKnob {26 text_1 l \" \" T \" \"}\n addUserKnob {7 falloffFar l \" falloff\" -STARTLINE R 0 10}\n addUserKnob {6 outsideRange l \"keep outside zrange\" +STARTLINE}\n addUserKnob {1 output l INVISIBLE +INVISIBLE}\n output \"\\[ expr \\{ \\[value use_znear] ? \\[value znear]: \\\"\\\" \\}] \\[ expr \\{ \\[value use_znear] ? \\\"-\\\": \\\"\\\" \\}] \\[ expr \\{ \\[value use_zfar] ? \\[value zfar]: \\\"\\\" \\}]\"\n addUserKnob {26 WouterGilsing l \"\" +STARTLINE +INVISIBLE}\n}\n BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0x3cff\n label near\n note_font_size 42\n xpos -1157\n ypos -509\n bdwidth 701\n bdheight 733\n }\n BackdropNode {\n inputs 0\n name BackdropNode2\n tile_color 0x3cff\n label far\n note_font_size 42\n xpos -1156\n ypos 397\n bdwidth 714\n bdheight 748\n }\n BackdropNode {\n inputs 0\n name BackdropNode3\n tile_color 0x3cff\n label near\n note_font_size 42\n xpos 864\n ypos -502\n bdwidth 729\n bdheight 733\n }\n BackdropNode {\n inputs 0\n name BackdropNode4\n tile_color 0x3cff\n label far\n note_font_size 42\n xpos 36\n ypos -501\n bdwidth 701\n bdheight 733\n }\n Input {\n inputs 0\n name Input\n label \"\\[value number]\"\n xpos -588\n ypos -1763\n }\n Dot {\n name Dot29\n xpos -554\n ypos -895\n }\nset Nc19076c0 [stack 0]\n Dot {\n name Dot30\n xpos 1407\n ypos -895\n }\nset Nc1909c30 [stack 0]\n Dot {\n name Dot16\n xpos 1407\n ypos -382\n }\nset Nc190c2e0 [stack 0]\n Dot {\n name Dot18\n xpos 1059\n ypos -382\n }\nset Nc190e990 [stack 0]\n Dot {\n name Dot11\n xpos 576\n ypos -382\n }\nset Nc19110f0 [stack 0]\n Dot {\n name Dot25\n xpos 182\n ypos -382\n }\n DeepCrop {\n znear {{parent.zfar}}\n zfar {{\"parent.zfar + parent.falloffFar\"}}\n bbox {431.6000061 242.8000031 1726.400024 971.2000122}\n use_bbox false\n name DeepCrop10\n label \"\\[ expr \\{ \\[value use_znear] ? \\[value znear]: \\\"\\\" \\}] \\[ expr \\{ \\[value use_znear] ? \\\"-\\\": \\\"\\\" \\}] \\[ expr \\{ \\[value use_zfar] ? \\[value zfar]: \\\"\\\" \\}]\"\n xpos 148\n ypos -305\n }\n DeepExpression {\n chans1 rgba\n rgba.red \"rgba.red / rgba.alpha\"\n rgba.green \"rgba.green / rgba.alpha\"\n rgba.blue \"rgba.blue / rgba.alpha\"\n name DeepUnpremult4\n xpos 148\n ypos -197\n }\n DeepExpression {\n temp_name0 near\n temp_expr0 \"\\[value parent.zfar]\"\n temp_name1 far\n temp_expr1 \"\\[value parent.zfar] + \\[value parent.falloffFar]\"\n chans0 alpha\n chans1 none\n rgba.alpha \"alpha * ((deep.front - near) / (far - near))\"\n name DeepExpression4\n xpos 148\n ypos -158\n }\n DeepExpression {\n chans1 rgba\n rgba.red \"rgba.red * rgba.alpha\"\n rgba.green \"rgba.green * rgba.alpha\"\n rgba.blue \"rgba.blue * rgba.alpha\"\n name DeepPremult4\n xpos 148\n ypos -114\n }\n Dot {\n name Dot26\n xpos 182\n ypos 28\n }\npush $Nc19110f0\n DeepCrop {\n znear {{\"parent.zfar + parent.falloffFar\"}}\n zfar 1\n use_zfar false\n bbox {431.6000061 242.8000031 1726.400024 971.2000122}\n use_bbox false\n name DeepCrop3\n label \"\\[ expr \\{ \\[value use_znear] ? \\[value znear]: \\\"\\\" \\}] \\[ expr \\{ \\[value use_znear] ? \\\"-\\\": \\\"\\\" \\}] \\[ expr \\{ \\[value use_zfar] ? \\[value zfar]: \\\"\\\" \\}]\"\n xpos 542\n ypos -293\n }\n DeepMerge {\n inputs 2\n name DeepMerge4\n xpos 542\n ypos 24\n disable {{\"parent.falloffFar == 0\"}}\n }\n Dot {\n name Dot23\n xpos 576\n ypos 417\n }\nset Nc181fe90 [stack 0]\n Dot {\n name Dot17\n xpos 576\n ypos 713\n }\npush $Nc181fe90\n Dot {\n name Dot22\n xpos 1059\n ypos 417\n }\n Dot {\n name Dot27\n xpos 1059\n ypos 510\n }\npush $Nc190e990\n DeepCrop {\n znear {{\"parent.znear - parent.falloffNear\"}}\n zfar {{parent.znear}}\n bbox {431.6000061 242.8000031 1726.400024 971.2000122}\n use_bbox false\n name DeepCrop7\n label \"\\[ expr \\{ \\[value use_znear] ? \\[value znear]: \\\"\\\" \\}] \\[ expr \\{ \\[value use_znear] ? \\\"-\\\": \\\"\\\" \\}] \\[ expr \\{ \\[value use_zfar] ? \\[value zfar]: \\\"\\\" \\}]\"\n xpos 1025\n ypos -305\n }\n DeepExpression {\n chans1 rgba\n rgba.red \"rgba.red / rgba.alpha\"\n rgba.green \"rgba.green / rgba.alpha\"\n rgba.blue \"rgba.blue / rgba.alpha\"\n name DeepUnpremult3\n xpos 1025\n ypos -174\n }\n DeepExpression {\n temp_name0 near\n temp_expr0 \"\\[value parent.znear] - \\[value parent.falloffNear]\"\n temp_name1 far\n temp_expr1 \"\\[value parent.znear]\"\n chans0 alpha\n chans1 none\n rgba.alpha \"alpha * (1 - ((deep.front - near) / (far - near)))\"\n name DeepExpression3\n xpos 1025\n ypos -133\n }\n DeepExpression {\n chans1 rgba\n rgba.red \"rgba.red * rgba.alpha\"\n rgba.green \"rgba.green * rgba.alpha\"\n rgba.blue \"rgba.blue * rgba.alpha\"\n name DeepPremult3\n xpos 1025\n ypos -90\n }\n Dot {\n name Dot19\n xpos 1059\n ypos 31\n }\npush $Nc190c2e0\n DeepCrop {\n znear 0\n use_znear false\n zfar {{\"parent.znear - parent.falloffNear\"}}\n bbox {431.6000061 242.8000031 1726.400024 971.2000122}\n use_bbox false\n name DeepCrop9\n label \"\\[ expr \\{ \\[value use_znear] ? \\[value znear]: \\\"\\\" \\}] \\[ expr \\{ \\[value use_znear] ? \\\"-\\\": \\\"\\\" \\}] \\[ expr \\{ \\[value use_zfar] ? \\[value zfar]: \\\"\\\" \\}]\"\n xpos 1373\n ypos -306\n }\n DeepMerge {\n inputs 2\n name DeepMerge3\n xpos 1373\n ypos 27\n disable {{\"parent.falloffNear == 0\"}}\n }\n Dot {\n name Dot15\n xpos 1407\n ypos 417\n }\nset Nc1863f70 [stack 0]\n Dot {\n name Dot13\n xpos 1219\n ypos 417\n }\n DeepMerge {\n inputs 2\n name DeepMerge5\n xpos 1185\n ypos 506\n }\n Dot {\n name Dot21\n xpos 1219\n ypos 608\n }\npush $Nc1863f70\n Switch {\n inputs 2\n which {{parent.use_zfar}}\n name Switch3\n label \"\\[value which]\"\n xpos 1373\n ypos 598\n }\n Switch {\n inputs 2\n which {{!parent.use_znear}}\n name Switch6\n label \"\\[value which]\"\n xpos 1373\n ypos 703\n }\npush $Nc1909c30\n Dot {\n name Dot20\n xpos 1995\n ypos -895\n }\n Dot {\n name Dot4\n xpos 1995\n ypos 835\n }\n Switch {\n inputs 2\n which {{\"clamp(parent.use_znear + parent.use_zfar)\"}}\n name Switch2\n label \"\\[value which]\"\n xpos 1373\n ypos 825\n }\n Dot {\n name Dot31\n xpos 1407\n ypos 1359\n }\npush $Nc19076c0\n Dot {\n name Dot9\n xpos -554\n ypos -389\n }\nset Nc19181e0 [stack 0]\n Dot {\n name Dot8\n xpos -727.6666667\n ypos -389\n }\nset Nc191bc90 [stack 0]\n Dot {\n name Dot2\n xpos -1075\n ypos -389\n }\n DeepCrop {\n znear {{\"parent.znear - parent.falloffNear\"}}\n zfar {{parent.znear}}\n bbox {431.6000061 242.8000031 1726.400024 971.2000122}\n use_bbox false\n name DeepCrop2\n label \"\\[ expr \\{ \\[value use_znear] ? \\[value znear]: \\\"\\\" \\}] \\[ expr \\{ \\[value use_znear] ? \\\"-\\\": \\\"\\\" \\}] \\[ expr \\{ \\[value use_zfar] ? \\[value zfar]: \\\"\\\" \\}]\"\n xpos -1109\n ypos -311\n }\n DeepExpression {\n chans1 rgba\n rgba.red \"rgba.red / rgba.alpha\"\n rgba.green \"rgba.green / rgba.alpha\"\n rgba.blue \"rgba.blue / rgba.alpha\"\n name DeepUnpremult2\n xpos -1109\n ypos -181\n }\n DeepExpression {\n temp_name0 near\n temp_expr0 \"\\[value parent.znear] - \\[value parent.falloffNear]\"\n temp_name1 far\n temp_expr1 \"\\[value parent.znear]\"\n chans0 alpha\n chans1 none\n rgba.alpha \"alpha * ((deep.front - near) / (far - near))\"\n name DeepExpression1\n xpos -1109\n ypos -140\n }\n DeepExpression {\n chans1 rgba\n rgba.red \"rgba.red * rgba.alpha\"\n rgba.green \"rgba.green * rgba.alpha\"\n rgba.blue \"rgba.blue * rgba.alpha\"\n name DeepPremult1\n xpos -1109\n ypos -97\n }\n Dot {\n name Dot1\n xpos -1075\n ypos -13\n }\npush $Nc191bc90\n DeepCrop {\n znear {{parent.znear}}\n zfar 200\n use_zfar false\n bbox {431.6000061 242.8000031 1726.400024 971.2000122}\n use_bbox false\n name DeepCrop5\n label \"\\[ expr \\{ \\[value use_znear] ? \\[value znear]: \\\"\\\" \\}] \\[ expr \\{ \\[value use_znear] ? \\\"-\\\": \\\"\\\" \\}] \\[ expr \\{ \\[value use_zfar] ? \\[value zfar]: \\\"\\\" \\}]\"\n xpos -761\n ypos -310\n }\n DeepMerge {\n inputs 2\n name DeepMerge1\n xpos -761\n ypos -17\n disable {{\"parent.falloffNear == 0\"}}\n }\n Dot {\n name Dot7\n xpos -727.6666667\n ypos 152\n }\npush $Nc19181e0\n Switch {\n inputs 2\n which {{parent.use_znear}}\n name Switch1\n label \"\\[value which]\"\n xpos -588\n ypos 142\n }\n Dot {\n name Dot3\n xpos -554\n ypos 517\n }\nset Nc19655b0 [stack 0]\n Dot {\n name Dot5\n xpos -727\n ypos 517\n }\nset Nc19694f0 [stack 0]\n Dot {\n name Dot6\n xpos -1075\n ypos 517\n }\n DeepCrop {\n znear {{parent.zfar}}\n zfar {{\"parent.zfar + parent.falloffFar\"}}\n bbox {431.6000061 242.8000031 1726.400024 971.2000122}\n use_bbox false\n name DeepCrop1\n label \"\\[ expr \\{ \\[value use_znear] ? \\[value znear]: \\\"\\\" \\}] \\[ expr \\{ \\[value use_znear] ? \\\"-\\\": \\\"\\\" \\}] \\[ expr \\{ \\[value use_zfar] ? \\[value zfar]: \\\"\\\" \\}]\"\n xpos -1109\n ypos 594\n }\n DeepExpression {\n chans1 rgba\n rgba.red \"rgba.red / rgba.alpha\"\n rgba.green \"rgba.green / rgba.alpha\"\n rgba.blue \"rgba.blue / rgba.alpha\"\n name DeepUnpremult1\n xpos -1109\n ypos 702\n }\n DeepExpression {\n temp_name0 near\n temp_expr0 \"\\[value parent.zfar]\"\n temp_name1 far\n temp_expr1 \"\\[value parent.zfar] + \\[value parent.falloffFar]\"\n chans0 alpha\n chans1 none\n rgba.alpha \"alpha * (1 - ((deep.front - near) / (far - near)))\"\n name DeepExpression2\n xpos -1109\n ypos 742\n }\n DeepExpression {\n chans1 rgba\n rgba.red \"rgba.red * rgba.alpha\"\n rgba.green \"rgba.green * rgba.alpha\"\n rgba.blue \"rgba.blue * rgba.alpha\"\n name DeepPremult2\n xpos -1109\n ypos 785\n }\n Dot {\n name Dot12\n xpos -1075\n ypos 893\n }\npush $Nc19694f0\n DeepCrop {\n znear {{parent.zfar}}\n zfar 0\n use_zfar false\n outside_zrange true\n bbox {431.6000061 242.8000031 1726.400024 971.2000122}\n use_bbox false\n name DeepCrop4\n label \"\\[ expr \\{ \\[value use_znear] ? \\[value znear]: \\\"\\\" \\}] \\[ expr \\{ \\[value use_znear] ? \\\"-\\\": \\\"\\\" \\}] \\[ expr \\{ \\[value use_zfar] ? \\[value zfar]: \\\"\\\" \\}]\"\n xpos -761\n ypos 593\n }\n DeepMerge {\n inputs 2\n name DeepMerge2\n xpos -761\n ypos 889\n disable {{\"parent.falloffFar == 0\"}}\n }\n Dot {\n name Dot14\n xpos -727\n ypos 1058\n }\npush $Nc19655b0\n Switch {\n inputs 2\n which {{parent.use_zfar}}\n name Switch4\n label \"\\[value which]\"\n xpos -588\n ypos 1048\n }\n Switch {\n inputs 2\n which {{parent.outsideRange}}\n name Switch9\n label \"\\[value which]\"\n xpos -588\n ypos 1349\n }\n Output {\n name Output1\n xpos -588\n ypos 2052\n }\n StickyNote {\n inputs 0\n name StickyNote1\n tile_color 0x3cff\n label \" INVERSE \"\n note_font_size 100\n xpos 549\n ypos -700\n }\n NoOp {\n inputs 0\n name Controller1\n onCreate \"node = nuke.thisGroup()\\nfor mode in \\['near', 'far']:\\n state = node.knob('use_z\\{\\}'.format(mode)).value()\\n for knobName in \\['falloff\\{\\}'.format(mode.title()), 'z\\{\\}'.format(mode)]:\\n node.knob(knobName).setEnabled(state)\\n node.knob('z\\{\\}'.format(mode)).setRange(0,200)\"\n knobChanged \"node = nuke.thisGroup()\\nfor mode in \\['near', 'far']:\\n state = node.knob('use_z\\{\\}'.format(mode)).value()\\n for knobName in \\['falloff\\{\\}'.format(mode.title()), 'z\\{\\}'.format(mode)]:\\n node.knob(knobName).setEnabled(state)\"\n label \"\\[ expr \\{ \\[value use_znear] ? \\[value znear]: \\\"\\\" \\}] \\[ expr \\{ \\[value use_znear] ? \\\"-\\\": \\\"\\\" \\}] \\[ expr \\{ \\[value use_zfar] ? \\[value zfar]: \\\"\\\" \\}]\"\n xpos -431\n ypos -1098\n addUserKnob {20 User}\n addUserKnob {6 use_znear l use +STARTLINE}\n use_znear true\n addUserKnob {6 use_zfar l use +STARTLINE}\n use_zfar true\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_DeepFromDepth.gizmo", "content": "Group {\n name DeepFromDepth\n tile_color 0x66ff\n selected true\n addUserKnob {20 User}\n addUserKnob {41 in l z T Shuffle21.in}\n addUserKnob {41 in2 l alpha T Shuffle21.in2}\n addUserKnob {41 premult l premultiplied T DeepFromImage2.premult}\n addUserKnob {1 FS_PROPERTY +HIDDEN}\n}\n Input {\n inputs 0\n name Input1\n xpos -896\n ypos 390\n }\n Shuffle {\n in depth\n in2 alpha\n red blue\n green blue\n alpha alpha2\n name Shuffle21\n xpos -896\n ypos 439\n }\n Shuffle {\n red blue\n green blue\n out deep\n name Shuffle28\n xpos -896\n ypos 499\n }\n DeepFromImage {\n premult true\n name DeepFromImage2\n xpos -896\n ypos 583\n }\n DeepExpression {\n chans1 deep\n rgba.alpha a\n deep.front r==0?inf:r\n deep.back g==0?inf:g\n name DeepExpression1\n selected true\n xpos -896\n ypos 643\n }\n Output {\n name Output1\n xpos -896\n ypos 718\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_DeepFromPosition.gizmo", "content": "Group {\n name DeepFromPosition\n tile_color 0x145bff\n label \"Deep Output\"\n selected true\n addUserKnob {20 tab_general l General}\n addUserKnob {41 position l \"position channel\" T Shuffle_pos.in}\n addUserKnob {4 space -STARTLINE M {world camera \"\"}}\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T 1.0}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2019-12-21}\n addUserKnob {22 btn_CHANGELOG l Changelog T \"log = \\\"1.0
- convert position to deep\\\"\\nnuke.message( log )\" +STARTLINE}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n}\n Input {\n inputs 0\n name img\n xpos 0\n ypos 169\n }\n Dot {\n name Dot2\n xpos 34\n ypos 251\n }\nset N8630940 [stack 0]\n Dot {\n name Dot4\n xpos 134\n ypos 251\n }\nset N8634570 [stack 0]\n Dot {\n name Dot3\n xpos 134\n ypos 661\n }\npush $N8634570\n Dot {\n name Dot1\n xpos 235\n ypos 251\n }\n Unpremult {\n channels all\n name Unpremult1\n xpos 201\n ypos 341\n }\n Shuffle {\n in rgb\n in2 alpha\n alpha red2\n name Shuffle_pos\n xpos 201\n ypos 421\n }\n Add {\n channels {rgba.red rgba.green rgba.blue none}\n value {{\"\\[exists parent.input1] == 0 ? 0 : -parent.input1.world_matrix.3\"} {\"\\[exists parent.input1] == 0 ? 0 : -parent.input1.world_matrix.7\"} {\"\\[exists parent.input1] == 0 ? 0 : -parent.input1.world_matrix.11\"} 0}\n name Add1\n xpos 201\n ypos 503\n }\n ColorMatrix {\n matrix {\n {{\"\\[exists parent.input1] == 0 ? 1 : parent.input1.world_matrix.0\"} {\"\\[exists parent.input1] == 0 ? 0 : parent.input1.world_matrix.1\"} {\"\\[exists parent.input1] == 0 ? 0 : parent.input1.world_matrix.2\"}}\n {{\"\\[exists parent.input1] == 0 ? 0 : parent.input1.world_matrix.4\"} {\"\\[exists parent.input1] == 0 ? 1 : parent.input1.world_matrix.5\"} {\"\\[exists parent.input1] == 0 ? 0 : parent.input1.world_matrix.6\"}}\n {{\"\\[exists parent.input1] == 0 ? 0 : parent.input1.world_matrix.8\"} {\"\\[exists parent.input1] == 0 ? 0 : parent.input1.world_matrix.9\"} {\"\\[exists parent.input1] == 0 ? 1 : parent.input1.world_matrix.10\"}}\n }\n invert true\n name ColorMatrix1\n xpos 201\n ypos 585\n }\n Expression {\n expr2 \"alpha <= 0 ? 0 : 1 / -blue\"\n name Expression1\n xpos 201\n ypos 667\n }\n Switch {\n inputs 2\n which {{space}}\n name Switch1\n selected true\n xpos 201\n ypos 749\n }\npush $N8630940\n ShuffleCopy {\n inputs 2\n red blue\n out depth\n name ShuffleCopy1\n xpos 0\n ypos 749\n }\n DeepFromImage {\n name DeepFromImage1\n xpos 0\n ypos 831\n }\n Output {\n name Output1\n xpos 0\n ypos 913\n }\n Input {\n inputs 0\n name cam\n xpos 377\n ypos 172\n number 1\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_DeepHoldoutSmoother.gizmo", "content": "Group {\n name DeepHoldoutSmoother\n help \"DeepAntialias creates an antialiased Deep edge by adding adjacent slices of the object to the original Deep image. You control the number of samples to incress softness (click Update any time you change this value) and the spread of those samples. The opacity knob makes the samples more or less transparent. Depth offset slides the overall slice in z.\"\n tile_color 0x5fff\n addUserKnob {20 User l D_DeepHoldoutSmoother}\n addUserKnob {3 samples l \"number of samples\" t \"Number of samples, the more, the softer it gets but longer to render. Click Update any time you change this value.\"}\n samples 6\n addUserKnob {22 btUpdate l \" Update \" -STARTLINE T \"n = nuke.thisNode()\\n\\nwith n:\\n samples = n\\['samples'].getValue()\\n opacity = n\\['opacity'].getValue()\\n depth_spread = n\\['depth_spread'].getValue()\\n\\n deepOpacityNode = nuke.toNode('DeepExpressionOpacity')\\n deepMergeImageNode = nuke.toNode('DeepMergeImage')\\n inputDeepNode = nuke.toNode('deep')\\n deepExpressionHVNode = nuke.toNode('DeepExpressionHV')\\n deepExpressionDiagNode = nuke.toNode('DeepExpressionDiag')\\n deepHoldoutHVNode = nuke.toNode('DeepHoldoutDiag')\\n deepHoldoutDiagNode = nuke.toNode('DeepHoldoutHV')\\n deepMergeAllSamplesNode = nuke.toNode('DeepMergeAllSamples')\\n\\n for i in nuke.allNodes():\\n if i.name().startswith('_Deep'):\\n nuke.delete(i)\\n\\n deepMergeGlobalNode = nuke.nodes.DeepMerge()\\n deepMergeGlobalNode\\['name'].setValue('_DeepMergeGlobal')\\n deepMergeGlobalNode\\['operation'].setValue(0)\\n deepExpressionHVNode.setInput(0, deepOpacityNode)\\n deepExpressionDiagNode.setInput(0, deepOpacityNode)\\n deepHoldoutHVNode.setInput(0, deepMergeGlobalNode)\\n deepHoldoutDiagNode.setInput(0, deepMergeGlobalNode)\\n deepHoldoutDiagNode.setInput(0, deepMergeGlobalNode)\\n deepMergeAllSamplesNode.setInput(1, deepMergeGlobalNode)\\n\\n for i in range(int(samples)):\\n index = i+1\\n\\n deepTransformNode = nuke.nodes.DeepTransform()\\n deepTransformNode\\['name'].setValue('_DeepTransform'+str(index))\\n if index == 1:\\n connectTo = inputDeepNode\\n else:\\n connectTo = nuke.toNode('_DeepTransform'+str(index-1))\\n deepTransformNode.setInput(0, connectTo)\\n deepTransformNode\\['translate'].setExpression('-parent.depth_spread/parent.samples', 2)\\n\\n deepHoldoutNode = nuke.nodes.DeepMerge()\\n deepHoldoutNode\\['name'].setValue('_DeepHoldout'+str(index))\\n deepHoldoutNode\\['operation'].setValue(1)\\n deepHoldoutNode.setInput(0, deepTransformNode)\\n deepHoldoutNode.setInput(1, deepOpacityNode)\\n\\n deepMergeGlobalNode.setInput(i, deepHoldoutNode)\"}\n addUserKnob {7 depth_spread l \"depth spread\" t \"Spread of the samples. All samples will fit into this z distance.\"}\n depth_spread 1\n addUserKnob {7 opacity t \"Opacity of the samples.\"}\n opacity 0.5\n addUserKnob {7 depth_offset l \"depth offset\" t \"Use this to move the origin of the samples and get more or less of the original object.\" R 0 10}\n depth_offset -1\n addUserKnob {26 \"\" +STARTLINE}\n addUserKnob {26 copyright l \"\" +STARTLINE T \"D_DeepHoldoutSmoother v1.0 - (c) 2013 - Denis Scolan/Jesús Diez-Pérez\"}\n}\n Input {\n inputs 0\n name deep\n xpos 527\n ypos -2360\n }\nset N154ed6a0 [stack 0]\n Input {\n inputs 0\n name bbox\n xpos 1090\n ypos -2379\n number 1\n }\n Dot {\n name Dot1\n xpos 1124\n ypos -2257\n }\n Constant {\n inputs 0\n color 1\n format \"2048 932 0 0 2048 932 1 wwd\"\n name Constant7\n xpos 1580\n ypos -2392\n }\n Reformat {\n format \"2088 932 0 0 2088 932 1 wwd_Overscan\"\n resize none\n pbb true\n name Reformat5\n xpos 1580\n ypos -2302\n }\n CopyBBox {\n inputs 2\n name CopyBBox1\n xpos 1580\n ypos -2261\n }\n DeepFromImage {\n set_z true\n name DeepFromImage\n xpos 1756\n ypos -2220\n }\n DeepExpression {\n temp_name0 FirstOpacity\n chans1 deep\n rgba.alpha \"1-\\[value parent.opacity]\"\n name DeepExpressionOpacity\n xpos 1756\n ypos -2167\n }\nset N154e6830 [stack 0]\npush $N154ed6a0\n DeepTransform {\n translate {0 0 {-parent.depth_spread/parent.samples}}\n name _DeepTransform1\n xpos 738\n ypos -2130\n }\nset N1ae0dd30 [stack 0]\n DeepTransform {\n translate {0 0 {-parent.depth_spread/parent.samples}}\n name _DeepTransform2\n xpos 738\n ypos -2104\n }\nset N1ae16130 [stack 0]\n DeepTransform {\n translate {0 0 {-parent.depth_spread/parent.samples}}\n name _DeepTransform3\n xpos 738\n ypos -2078\n }\nset N1ae1c180 [stack 0]\n DeepTransform {\n translate {0 0 {-parent.depth_spread/parent.samples}}\n name _DeepTransform4\n xpos 738\n ypos -2052\n }\nset N1ae228b0 [stack 0]\n DeepTransform {\n translate {0 0 {-parent.depth_spread/parent.samples}}\n name _DeepTransform5\n xpos 738\n ypos -2026\n }\nset N1ae29030 [stack 0]\n DeepTransform {\n translate {0 0 {-parent.depth_spread/parent.samples}}\n name _DeepTransform6\n xpos 738\n ypos -2000\n }\n DeepMerge {\n inputs 2\n operation holdout\n name _DeepHoldout6\n xpos 1580\n ypos -2000\n }\npush $N154e6830\npush $N1ae29030\n DeepMerge {\n inputs 2\n operation holdout\n name _DeepHoldout5\n xpos 1580\n ypos -2026\n }\npush $N154e6830\npush $N1ae228b0\n DeepMerge {\n inputs 2\n operation holdout\n name _DeepHoldout4\n xpos 1580\n ypos -2052\n }\npush $N154e6830\npush $N1ae1c180\n DeepMerge {\n inputs 2\n operation holdout\n name _DeepHoldout3\n xpos 1580\n ypos -2078\n }\npush $N154e6830\npush $N1ae16130\n DeepMerge {\n inputs 2\n operation holdout\n name _DeepHoldout2\n xpos 1580\n ypos -2104\n }\npush $N154e6830\npush $N1ae0dd30\n DeepMerge {\n inputs 2\n operation holdout\n name _DeepHoldout1\n xpos 1580\n ypos -2130\n }\n DeepMerge {\n inputs 6\n name _DeepMergeGlobal\n xpos 1861\n ypos -1861\n }\nset N154a72a0 [stack 0]\npush $N154e6830\n DeepExpression {\n chans1 deep\n rgba.alpha 0.75\n name DeepExpressionDiag\n xpos 2953\n ypos -1955\n }\npush $N154a72a0\n DeepMerge {\n inputs 2\n operation holdout\n name DeepHoldoutDiag\n xpos 2953\n ypos -1720\n }\nset N154a0240 [stack 0]\n DeepTransform {\n translate {1 -1 0}\n mask_channel -rgba.alpha\n name DeepTransform14\n xpos 3080\n ypos -1568\n }\npush $N154a0240\n DeepTransform {\n translate {1 1 0}\n mask_channel -rgba.alpha\n name DeepTransform1\n xpos 2986\n ypos -1567\n }\npush $N154a0240\n DeepTransform {\n translate {-1 -1 0}\n mask_channel -rgba.alpha\n name DeepTransform13\n xpos 2891\n ypos -1568\n }\npush $N154a0240\n DeepTransform {\n translate {-1 1 0}\n mask_channel -rgba.alpha\n name DeepTransform10\n xpos 2790\n ypos -1567\n }\n DeepMerge {\n inputs 4\n name DeepMergeDiag\n xpos 2943\n ypos -1440\n }\npush $N154e6830\n DeepExpression {\n chans1 deep\n rgba.alpha 0.5\n name DeepExpressionHV\n xpos 2367\n ypos -1970\n }\npush $N154a72a0\n DeepMerge {\n inputs 2\n operation holdout\n name DeepHoldoutHV\n xpos 2367\n ypos -1730\n }\nset N15459590 [stack 0]\n DeepTransform {\n translate {1 0 0}\n mask_channel -rgba.alpha\n name DeepTransform12\n xpos 2500\n ypos -1576\n }\npush $N15459590\n DeepTransform {\n translate {0 -1 0}\n mask_channel -rgba.alpha\n name DeepTransform15\n xpos 2408\n ypos -1575\n }\npush $N15459590\n DeepTransform {\n translate {0 1 0}\n mask_channel -rgba.alpha\n name DeepTransform9\n xpos 2315\n ypos -1574\n }\npush $N15459590\n DeepTransform {\n translate {-1 0 0}\n mask_channel -rgba.alpha\n name DeepTransform11\n xpos 2224\n ypos -1572\n }\n DeepMerge {\n inputs 4\n name DeepMergeHV\n xpos 2365\n ypos -1434\n }\n DeepMerge {\n inputs 2\n name DeepMergeAll\n xpos 2642\n ypos -1267\n }\n DeepMerge {\n inputs 2\n name DeepMergeAllSamples\n xpos 2642\n ypos -1042\n }\n DeepTransform {\n translate {0 0 {-parent.depth_offset}}\n name DeepTransform2\n xpos 2642\n ypos -899\n }\n DeepMerge {\n inputs 2\n name DeepMergeAll2\n xpos 738\n ypos -899\n }\n Output {\n name Output1\n xpos 738\n ypos -381\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_DeepKeyMix.gizmo", "content": "Group {\n inputs 2\n name DeepKeyMix\n tile_color 0x59ff\n addUserKnob {20 User l DeepKeyMix}\n addUserKnob {26 \"\"}\n addUserKnob {41 matte_channel l matte T Controller.matte_channel}\n addUserKnob {41 Invert_Mask l invert T Controller.Invert_Mask}\n addUserKnob {26 \"\"}\n addUserKnob {26 text l \"\" -STARTLINE T \" DeepKeyMix 1.00 © \"}\n addUserKnob {22 Luc_Julien l \"Luc Julien\" -STARTLINE T \"import os\\nimport sys\\n\\ntry:\\n import subprocess\\n def _run(cmd, shell, wait):\\n opener = subprocess.Popen(cmd, shell=shell)\\n if wait:\\n opener.wait()\\n return opener.pid\\nexcept ImportError:\\n import popen2\\n def _run(cmd, shell, wait):\\n opener = popen2.Popen3(cmd)\\n if wait:\\n opener.wait()\\n return opener.pid\\n\\ndef _open(url, wait=0):\\n if sys.platform == \\\"darwin\\\":\\n cmd = \\[\\\"open\\\", url]\\n elif hasattr(os, \\\"startfile\\\"):\\n return os.startfile(url)\\n elif \\\"KDE_FULL_SESSION\\\" in os.environ or \\\"KDE_MULTIHEAD\\\" in os.environ or \\\\\\n \\\"GNOME_DESKTOP_SESSION_ID\\\" in os.environ or \\\"GNOME_KEYRING_SOCKET\\\" in os.environ:\\n cmd = \\[\\\"xdg-open\\\", url]\\n else:\\n raise OSError(\\\"Desktop not supported.\\\")\\n\\n return _run(cmd, 0, wait)\\n\\n_open('http://www.linkedin.com/in/lucjulien')\"}\n}\n NoOp {\n inputs 0\n name Controller\n xpos 728\n ypos 164\n addUserKnob {20 User}\n addUserKnob {4 matte_channel l matte M {alpha luma}}\n addUserKnob {6 Invert_Mask l invert +STARTLINE}\n }\n Input {\n inputs 0\n name mask\n xpos 553\n ypos -43\n number 2\n }\nset Ndc1eca0 [stack 0]\n Keyer {\n operation \"max keyer\"\n name Keyer1\n xpos 499\n ypos 93\n }\n Shuffle {\n red alpha\n green alpha\n blue alpha\n name Shuffle4\n xpos 499\n ypos 127\n }\npush $Ndc1eca0\n Shuffle {\n red alpha\n green alpha\n blue alpha\n name Shuffle2\n xpos 602\n ypos 102\n }\n Switch {\n inputs 2\n which {{parent.Controller.matte_channel}}\n name Switch1\n xpos 549\n ypos 187\n }\n Invert {\n channels alpha\n clamp true\n name Invert2\n xpos 549\n ypos 262\n disable {{parent.Controller.Invert_Mask*-1+1}}\n }\n Dot {\n name Dot3\n xpos 583\n ypos 355\n }\nset Ndea6440 [stack 0]\n Shuffle {\n red alpha\n black white\n out depth\n out2 alpha\n name Shuffle1\n xpos 549\n ypos 631\n }\nset Ndeb8ed0 [stack 0]\n DeepFromImage {\n z 1\n name DeepFromImage3\n xpos 549\n ypos 738\n }\n Input {\n inputs 0\n name B\n xpos 1104\n ypos 130\n }\n Dot {\n name Dot4\n xpos 1138\n ypos 172\n }\nset Ndf4ad70 [stack 0]\n DeepMerge {\n inputs 2\n operation holdout\n name DeepMerge2\n xpos 1104\n ypos 738\n }\npush $Ndeb8ed0\n Invert {\n channels depth\n clamp true\n name Invert1\n xpos 644\n ypos 626\n }\n DeepFromImage {\n z 1\n name DeepFromImage4\n xpos 644\n ypos 681\n }\n Input {\n inputs 0\n name A\n xpos 1197\n ypos 131\n number 1\n }\n Dot {\n name Dot1\n xpos 1231\n ypos 219\n }\nset Ndf12880 [stack 0]\n DeepMerge {\n inputs 2\n operation holdout\n name DeepMerge3\n xpos 1197\n ypos 681\n }\n DeepMerge {\n inputs 2\n drop_hidden true\n name DeepMerge4\n xpos 1197\n ypos 792\n }\npush $Ndea6440\n Dot {\n name Dot2\n xpos 782\n ypos 355\n }\nset Ndf4ea90 [stack 0]\npush $Ndf4ea90\n Merge2 {\n inputs 2\n operation xor\n name Merge2\n xpos 748\n ypos 408\n }\n Shuffle {\n green red\n blue red\n alpha red\n name Shuffle3\n xpos 748\n ypos 432\n }\n Grade {\n channels all\n whitepoint 0.13\n black_clamp false\n name Grade2\n xpos 748\n ypos 456\n }\npush $Ndf4ea90\npush $Ndf12880\n Dot {\n name Dot6\n xpos 1008\n ypos 219\n }\n DeepToImage {\n name DeepToImage2\n xpos 974\n ypos 273\n }\npush $Ndf4ad70\n Dot {\n name Dot5\n xpos 884\n ypos 172\n }\n DeepToImage {\n name DeepToImage1\n xpos 850\n ypos 277\n }\n Keymix {\n inputs 3\n channels rgba\n name Keymix2\n xpos 909\n ypos 352\n }\n Merge2 {\n inputs 2\n operation mask\n name Merge1\n xpos 909\n ypos 461\n }\n DeepFromImage {\n premult true\n name DeepFromImage5\n xpos 909\n ypos 491\n }\n DeepMerge {\n inputs 2\n drop_hidden true\n name DeepMerge5\n xpos 909\n ypos 792\n }\n Output {\n name Output1\n xpos 909\n ypos 860\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_DeepMerge_Advanced.gizmo", "content": "Group {\n name DeepMergeAdvanced\n help \"- Merges all channels from A and B in deep. - Fixes issue with DeepMerge's holdout operation which exists in Nuke 11.\"\n tile_color 0x60ff\n selected true\n addUserKnob {20 DeepMerge_Advanced}\n addUserKnob {26 \"\"}\n addUserKnob {4 operation M {combine holdout \"\" \"\"}}\n addUserKnob {26 \"\"}\n addUserKnob {7 blurAmt l Blur R 0 100}\n blurAmt 1\n addUserKnob {26 \"\"}\n addUserKnob {4 output_data l \"Output Data\" M {Deep 2D \"\"}}\n addUserKnob {26 \"\"}\n addUserKnob {20 Info}\n addUserKnob {26 version_info l \"\" +STARTLINE T \"\\nCreated by Ben McEwan\\nwww.benmcewan.com\\n\\nVersion 0.2.0\\nLast Updated: September 10th, 2019\\n\"}\n addUserKnob {1 Scriplet_Info +DISABLED +INVISIBLE}\n Scriplet_Info central\n}\n Input {\n inputs 0\n name A\n xpos 242\n ypos -499\n number 1\n }\n DeepExpression {\n temp_name0 blur\n temp_expr0 \"\\[value blurAmt]/2\"\n chans1 deep\n rgba.alpha \"alpha * 0.999999\"\n deep.back \"deep.back + blur\"\n name DeepExpression2\n xpos 393\n ypos -499\n }\nset N4282660 [stack 0]\n Dot {\n name Dot1\n label \" \"\n note_font \"Arial Black\"\n note_font_size 16\n xpos 427\n ypos -434\n }\n Input {\n inputs 0\n name B\n xpos 551\n ypos -654\n }\n DeepExpression {\n temp_name0 blur\n temp_expr0 \"\\[value blurAmt]/2\"\n chans1 deep\n rgba.alpha \"alpha * 0.999999\"\n deep.back \"deep.back + blur\"\n name DeepExpression1\n xpos 551\n ypos -585\n }\nset N5a8fac0 [stack 0]\n Dot {\n name Dot2\n label \" \"\n note_font \"Arial Black\"\n note_font_size 16\n xpos 788\n ypos -581\n }\nset N4ce1390 [stack 0]\n DeepHoldout2 {\n inputs 2\n name DeepHoldout2\n xpos 754\n ypos -438\n }\npush $N4ce1390\n Dot {\n name Dot3\n label \" \"\n note_font \"Arial Black\"\n note_font_size 16\n xpos 895\n ypos -532\n }\n Dot {\n name Dot4\n label \" \"\n note_font \"Arial Black\"\n note_font_size 16\n xpos 895\n ypos -395\n }\n DeepRecolor {\n inputs 2\n channels all\n targetInputAlpha true\n name DeepRecolor2\n xpos 754\n ypos -361\n }\npush $N4282660\npush $N5a8fac0\n DeepMerge {\n inputs 2\n drop_hidden true\n name DeepMerge2\n xpos 551\n ypos -499\n }\n Switch {\n inputs 2\n which {{operation}}\n name Switch1\n xpos 551\n ypos -356\n }\n DeepToImage {\n name DeepToImage1\n selected true\n xpos 551\n ypos -279\n disable {{!output_data}}\n }\n Output {\n name Output1\n xpos 551\n ypos -199\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_DeepRecolorMatte.gizmo", "content": "Group {\n inputs 2\n name DeepRecolorMatte\n help \"this node creates a new single channel\\n.red and injects it into the stream before a deep recolor.\\n\\nThis workflow is to create single channel mattes for your elements in your deep combine tree. which you can later pull out with a shuffle node after you have pre-rendered.\\n\\nThe benifit: you know what your elements look like deep combined, as a sanity check reference, and the pre-render itself has all the matte channels needed to recreate the deep render.\\n\\nWhen replacing your alpha, remember to unpremult(all), copy the holdout alpha, and premult(all)\"\n knobChanged \"n = nuke.thisNode()\\nk = nuke.thisKnob()\\n\\nif k.name() == 'addPrefix':\\n if n.knob('addPrefix').value() == 1:\\n n.knob('prefix').setVisible(True)\\n else:\\n n.knob('prefix').setVisible(False)\\n\\nif k.name() == 'addPostfix':\\n if n.knob('addPostfix').value() == 1:\\n n.knob('postfix').setVisible(True)\\n else:\\n n.knob('postfix').setVisible(False)\"\n tile_color 0x60ff\n note_font_color 0xffffffff\n selected true\n xpos 23\n ypos -130\n addUserKnob {20 DeepRecolorMatte}\n addUserKnob {26 text_1 l \" \" T \" \"}\n addUserKnob {41 channels T Remove41.channels}\n addUserKnob {22 grabTitle l \"Grab Title\" t \"grabs title from either a stamp or a read node from the 'color' stream and fills in the 'new channel name' field\" T \"from stamps_config import defaultTitle\\n\\nn = nuke.thisNode()\\nncn = n.knob('newChannelName')\\n\\niNode = nuke.thisNode()\\n\\ndef upstream(iNode):\\n found = False\\n name = ''\\n while found == False:\\n \\n if iNode.input(0) != None:\\n\\n if iNode.input(0).Class() in \\['Read']:\\n found = True\\n name = defaultTitle(iNode.input(0))\\n \\n \\n elif iNode.input(0).Class() in \\['NoOp']: \\n \\n try: \\n found = True \\n name = iNode.input(0)\\['title'].value() \\n \\n except:\\n iNode = iNode.input(0)\\n \\n \\n else:\\n iNode = iNode.input(0)\\n else:\\n nuke.message('please connect a read node or a stamp')\\n found = True\\n \\n return name\\n \\nname = upstream(iNode)\\nncn.setValue(name)\" +STARTLINE}\n addUserKnob {22 injectNewChannel l \"Inject New Channel\" t \"Copies the alpha from the color stream into a new channel .red into the stream to that it exists in your deep tree to be used as a holdout matte when pulled out later.\" -STARTLINE T \"n = nuke.thisNode()\\nncn = n.knob('newChannelName').getValue()\\ncd = n.knob('channelDisplay')\\n\\nif n.knob('addPrefix').value() == 1 and n.knob('prefix').getValue() != '':\\n prefix = n.knob('prefix').value() + '_'\\nelse:\\n prefix = ''\\n \\nif n.knob('addPostfix').value() == 1 and n.knob('postfix').getValue() != '':\\n postfix = '_' + n.knob('postfix').value()\\nelse:\\n postfix = ''\\n\\nchannelName = prefix+ncn+postfix\\n\\nwith n:\\n nodeName = n.name()\\n copy = nuke.toNode('CopyInjector')\\n if channelName != '':\\n channelName = ''.join(channelName.split('.'))\\n channelName = '_'.join(channelName.split(' '))\\n fullChannelName = channelName + '.red'\\n nuke.Layer('\\{\\}'.format(channelName), \\[fullChannelName])\\n copy.knob('to0').setValue(fullChannelName)\\n copy.knob('tile_color').setValue(437918463)\\n copy.knob('note_font_color').setValue(4280090879)\\n \\ncd.setValue(fullChannelName)\\ncd.setVisible(True)\\nn.knob('note_font_color').setValue(4280090879)\\nn.knob('label').setValue('--> \\[value channelDisplay]')\"}\n addUserKnob {22 reset l \"Reset\" t \"resets the node to default values\" -STARTLINE T \"n = nuke.thisNode()\\nncn = n.knob('newChannelName')\\ncd = n.knob('channelDisplay')\\n\\nwith n:\\n copy = nuke.toNode('CopyInjector')\\n copy.knob('to0').setValue('rgba.alpha')\\n copy.knob('tile_color').setValue(2654757632)\\n copy.knob('note_font_color').setValue(235802367)\\ncd.setValue('')\\ncd.setVisible(False)\\nncn.setValue('')\\nn.knob('note_font_color').setValue(4294967295)\\nn.knob('label').setValue('')\\nn.knob('addPrefix').setValue(0)\\nn.knob('addPostfix').setValue(0)\\nn.knob('prefix').setValue('ID')\\nn.knob('postfix').setValue('')\"}\n addUserKnob {1 newChannelName l \"New Channel Name\"}\n addUserKnob {41 bbox l \"set bbox to \" T DeepRecolor22.bbox}\n addUserKnob {41 targetInputAlpha l \"target input alpha\" -STARTLINE T DeepRecolor22.targetInputAlpha}\n addUserKnob {6 addPrefix l \"Add Prefix\" +STARTLINE}\n addUserKnob {6 addPostfix l \"Add Postfix\" -STARTLINE}\n addUserKnob {1 channelDisplay l ---> +HIDDEN +INVISIBLE}\n addUserKnob {1 prefix +HIDDEN}\n prefix ID\n addUserKnob {1 postfix +HIDDEN}\n addUserKnob {26 text l \" \" T \" \"}\n addUserKnob {26 info l \" \" t \"DeepRecolorMatte v3.1\\nTony Lyons\" T \"DeepRecolorMatte v3.1 | Tony Lyons 2020\"}\n}\n Input {\n inputs 0\n name Inputcolor\n xpos 378\n ypos 255\n }\n AddChannels {\n channels rgba\n name AddChannels1\n xpos 378\n ypos 304\n }\n Remove {\n operation keep\n channels rgba\n name Remove41\n xpos 378\n ypos 345\n }\nset N481a6b00 [stack 0]\npush $N481a6b00\n Copy {\n inputs 2\n from0 rgba.alpha\n to0 rgba.alpha\n name CopyInjector\n tile_color 0x9e3c6300\n note_font_color 0xe0e0eff\n xpos 378\n ypos 371\n }\nset N481a6400 [stack 0]\npush $N481a6400\n Input {\n inputs 0\n name Inputdeep\n xpos 115\n ypos 456\n number 1\n }\n DeepRecolor {\n inputs 2\n name DeepRecolor1\n xpos 250\n ypos 456\n }\n DeepRecolor {\n inputs 2\n channels all\n bbox intersection\n name DeepRecolor22\n selected true\n xpos 378\n ypos 450\n }\n Output {\n name Output1\n xpos 378\n ypos 641\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_DeepSampleCount.gizmo", "content": "Group {\n name DeepSampleCount\n onCreate \"\\nthisGRP = nuke.thisGroup()\\nfor knob in thisGRP.knobs() :\\n if knob\\[0:6] == 'sCount' :\\n if int(knob.split('sCount')\\[1]) %3 == 1 :\\n thisGRP\\[knob].setFlag(0x0000000000001000)\\n\"\n tile_color 0x2866ff\n label \"2D image Output\"\n addUserKnob {20 tab_general l General}\n addUserKnob {41 max_count l \"max count\" T menu1.max_count}\n addUserKnob {6 show_colormap l \"show colormap\" +STARTLINE}\n show_colormap true\n addUserKnob {20 grp_count_colormap l \"samples count colormap\" n 1}\n grp_count_colormap 0\n addUserKnob {40 sCount1 l \"1 sample\"}\n sCount1 0x7f2626ff\n addUserKnob {40 sCount2 l \"2 samples\" -STARTLINE}\n sCount2 0x7f4126ff\n addUserKnob {40 sCount3 l \"3 samples\" -STARTLINE}\n sCount3 0x7f5b26ff\n addUserKnob {40 sCount4 l \"4 samples\"}\n sCount4 0x7f7626ff\n addUserKnob {40 sCount5 l \"5 samples\" -STARTLINE}\n sCount5 0x6d7f26ff\n addUserKnob {40 sCount6 l \"6 samples\" -STARTLINE}\n sCount6 0x527f26ff\n addUserKnob {40 sCount7 l \"7 samples\"}\n sCount7 0x377f26ff\n addUserKnob {40 sCount8 l \"8 samples\" -STARTLINE}\n sCount8 0x267f2eff\n addUserKnob {40 sCount9 l \"9 samples\" -STARTLINE}\n sCount9 0x267f49ff\n addUserKnob {40 sCount10 l \"10 samples\"}\n sCount10 0x267f64ff\n addUserKnob {40 sCount11 l \"11 samples\" -STARTLINE}\n sCount11 0x267f7fff\n addUserKnob {40 sCount12 l \"12 samples\" -STARTLINE}\n sCount12 0x26647fff\n addUserKnob {40 sCount13 l \"13 samples\"}\n sCount13 0x26497fff\n addUserKnob {40 sCount14 l \"14 samples\" -STARTLINE}\n sCount14 0x262e7fff\n addUserKnob {40 sCount15 l \"15 samples\" -STARTLINE}\n sCount15 0x37267fff\n addUserKnob {40 sCount16 l \"16 samples\"}\n sCount16 0x52267fff\n addUserKnob {40 sCount17 l \"17 samples\" -STARTLINE}\n sCount17 0x6d267fff\n addUserKnob {40 sCount18 l \"18 samples\" -STARTLINE}\n sCount18 0x7f2676ff\n addUserKnob {40 sCount19 l \"19 samples\"}\n sCount19 0x7f265bff\n addUserKnob {40 sCount20 l \"20 samples\" -STARTLINE}\n sCount20 0x7f2640ff\n addUserKnob {40 sCount21 l \"21 samples\" -STARTLINE +HIDDEN}\n sCount21 0xff0000ff\n addUserKnob {40 sCount22 l \"22 samples\" +HIDDEN}\n sCount22 0xff4c00ff\n addUserKnob {40 sCount23 l \"23 samples\" -STARTLINE +HIDDEN}\n sCount23 0xff9900ff\n addUserKnob {40 sCount24 l \"24 samples\" -STARTLINE +HIDDEN}\n sCount24 0xffe500ff\n addUserKnob {40 sCount25 l \"25 samples\" +HIDDEN}\n sCount25 0xcbff00ff\n addUserKnob {40 sCount26 l \"26 samples\" -STARTLINE +HIDDEN}\n sCount26 0x7fff00ff\n addUserKnob {40 sCount27 l \"27 samples\" -STARTLINE +HIDDEN}\n sCount27 0x32ff00ff\n addUserKnob {40 sCount28 l \"28 samples\" +HIDDEN}\n sCount28 0xff19ff\n addUserKnob {40 sCount29 l \"29 samples\" -STARTLINE +HIDDEN}\n sCount29 0xff66ff\n addUserKnob {40 sCount30 l \"30 samples\" -STARTLINE +HIDDEN}\n sCount30 0xffb2ff\n addUserKnob {40 sCount31 l \"31 samples\" +HIDDEN}\n sCount31 0xffffff\n addUserKnob {40 sCount32 l \"32 samples\" -STARTLINE +HIDDEN}\n sCount32 0xb2ffff\n addUserKnob {40 sCount33 l \"33 samples\" -STARTLINE +HIDDEN}\n sCount33 0x65ffff\n addUserKnob {40 sCount34 l \"34 samples\" +HIDDEN}\n sCount34 0x19ffff\n addUserKnob {40 sCount35 l \"35 samples\" -STARTLINE +HIDDEN}\n sCount35 0x3200ffff\n addUserKnob {40 sCount36 l \"36 samples\" -STARTLINE +HIDDEN}\n sCount36 0x7f00ffff\n addUserKnob {40 sCount37 l \"37 samples\" +HIDDEN}\n sCount37 0xcc00ffff\n addUserKnob {40 sCount38 l \"38 samples\" -STARTLINE +HIDDEN}\n sCount38 0xff00e5ff\n addUserKnob {40 sCount39 l \"39 samples\" -STARTLINE +HIDDEN}\n sCount39 0xff0099ff\n addUserKnob {40 sCount40 l \"40 samples\" +HIDDEN}\n sCount40 0xff004cff\n addUserKnob {40 sCount41 l \"41 samples\" -STARTLINE +HIDDEN}\n sCount41 0x191919ff\n addUserKnob {40 sCount42 l \"42 samples\" -STARTLINE +HIDDEN}\n sCount42 0x191919ff\n addUserKnob {40 sCount43 l \"43 samples\" +HIDDEN}\n sCount43 0x333333ff\n addUserKnob {40 sCount44 l \"44 samples\" -STARTLINE +HIDDEN}\n sCount44 0x4c4c4cff\n addUserKnob {40 sCount45 l \"45 samples\" -STARTLINE +HIDDEN}\n sCount45 0x666666ff\n addUserKnob {40 sCount46 l \"46 samples\" +HIDDEN}\n sCount46 0x7f7f7fff\n addUserKnob {40 sCount47 l \"47 samples\" -STARTLINE +HIDDEN}\n sCount47 0x999999ff\n addUserKnob {40 sCount48 l \"48 + samples\" -STARTLINE +HIDDEN}\n sCount48 0xb2b2b2ff\n addUserKnob {20 endGroup n -1}\n}\n BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0xff\n label \"don't touch\"\n note_font_size 42\n xpos -640\n ypos -438\n bdwidth 223\n bdheight 210\n }\n BackdropNode {\n inputs 0\n name BackdropNode2\n tile_color 0xaaaaaa00\n note_font_size 42\n xpos -133\n ypos 18\n bdwidth 574\n bdheight 4283\n }\n BackdropNode {\n inputs 0\n name BackdropNode3\n tile_color 0x666666ff\n label bin\n note_font_size 42\n xpos -638\n ypos -189\n bdwidth 218\n bdheight 227\n }\n BackdropNode {\n inputs 0\n name BackdropNode4\n label \"Version\\n1.3\\n\\nDate Modified\\n2019-09-14\\n\\nChangelog\\n1.3\\n- clear UI\\n- '48 samples' change label to '48+ samples'\\n- set default 'max count' to 20\\n\\n1.2\\n- fix algorithm, break the 24 samples limit.\\n The tool support 48 samples now.\\n\\n1.1\\n- change max count to pulldown menu\\n- set max limited to 23 samples, if more than 23 samples will assigned '24+ samples colormap'\\n- no more remove knobs, the color setting will be keep\\n\\n1.0\\n- using math + TCL to create deepSamplesCount colormap\\n\\nDeveloped by\\nMark Joey Tang\\nhttps://facebook.com/MJTLab\"\n xpos -1148\n ypos -437\n bdwidth 474\n bdheight 475\n }\n Input {\n inputs 0\n name deep\n xpos 116\n ypos -508\n }\n Dot {\n name Dot2\n xpos 150\n ypos -428\n }\nset N7984e730 [stack 0]\n Dot {\n name Dot3\n xpos 915\n ypos -428\n }\n DeepToImage {\n name DeepToImage2\n xpos 881\n ypos 4557\n }\npush $N7984e730\n DeepExpression {\n chans0 alpha\n chans1 none\n rgba.alpha \"\\[value globalm.base]\"\n name DeepExpression1\n xpos 116\n ypos -330\n }\n DeepToImage {\n name DeepToImage1\n xpos 116\n ypos -250\n }\nadd_layer {deepSample deepSample.count}\n AddChannels {\n channels deepSample\n name AddChannels2\n xpos 116\n ypos -170\n }\n Dot {\n name start_count\n tile_color 0xff7f00ff\n xpos 150\n ypos 53\n addUserKnob {20 User}\n addUserKnob {7 sum}\n }\n Expression {\n channel3 deepSample\n expr3 \"\\[value globalm.eCount]\"\n name Expression1\n addUserKnob {20 User}\n addUserKnob {78 id n 1}\n id 1\n addUserKnob {78 sum n 1}\n sum {{globalm.base}}\n addUserKnob {18 assignColor}\n assignColor {{\"\\[expr 0x\\[string range \\[value parent.sCount1] 2 3]] / 255\"} {\"\\[expr 0x\\[string range \\[value parent.sCount1] 4 5]] / 255\"} {\"\\[expr 0x\\[string range \\[value parent.sCount1] 6 7]] / 255\"}}\n addUserKnob {6 assignColor_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n }\n Expression {\n channel3 deepSample\n expr3 \"\\[value globalm.eCount]\"\n name Expression2\n addUserKnob {20 User}\n addUserKnob {78 id n 1}\n id 2\n addUserKnob {78 sum n 1}\n sum {{\"input.sum + globalm.base - input.sum * globalm.base\"}}\n addUserKnob {18 assignColor}\n assignColor {{\"\\[expr 0x\\[string range \\[value parent.sCount2] 2 3]] / 255\"} {\"\\[expr 0x\\[string range \\[value parent.sCount2] 4 5]] / 255\"} {\"\\[expr 0x\\[string range \\[value parent.sCount2] 6 7]] / 255\"}}\n addUserKnob {6 assignColor_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n }\n Expression {\n channel3 deepSample\n expr3 \"\\[value globalm.eCount]\"\n name Expression3\n addUserKnob {20 User}\n addUserKnob {78 id n 1}\n id 3\n addUserKnob {78 sum n 1}\n sum {{\"input.sum + globalm.base - input.sum * globalm.base\"}}\n addUserKnob {18 assignColor}\n assignColor {{\"\\[expr 0x\\[string range \\[value parent.sCount3] 2 3]] / 255\"} {\"\\[expr 0x\\[string range \\[value parent.sCount3] 4 5]] / 255\"} {\"\\[expr 0x\\[string range \\[value parent.sCount3] 6 7]] / 255\"}}\n addUserKnob {6 assignColor_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n }\n Expression {\n channel3 deepSample\n expr3 \"\\[value globalm.eCount]\"\n name Expression4\n addUserKnob {20 User}\n addUserKnob {78 id n 1}\n id 4\n addUserKnob {78 sum n 1}\n sum {{\"input.sum + globalm.base - input.sum * globalm.base\"}}\n addUserKnob {18 assignColor}\n assignColor {{\"\\[expr 0x\\[string range \\[value parent.sCount4] 2 3]] / 255\"} {\"\\[expr 0x\\[string range \\[value parent.sCount4] 4 5]] / 255\"} {\"\\[expr 0x\\[string range \\[value parent.sCount4] 6 7]] / 255\"}}\n addUserKnob {6 assignColor_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n }\n Expression {\n channel3 deepSample\n expr3 \"\\[value globalm.eCount]\"\n name Expression5\n addUserKnob {20 User}\n addUserKnob {78 id n 1}\n id 5\n addUserKnob {78 sum n 1}\n sum {{\"input.sum + globalm.base - input.sum * globalm.base\"}}\n addUserKnob {18 assignColor}\n assignColor {{\"\\[expr 0x\\[string range \\[value parent.sCount5] 2 3]] / 255\"} {\"\\[expr 0x\\[string range \\[value parent.sCount5] 4 5]] / 255\"} {\"\\[expr 0x\\[string range \\[value parent.sCount5] 6 7]] / 255\"}}\n addUserKnob {6 assignColor_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n }\n Expression {\n channel3 deepSample\n expr3 \"\\[value globalm.eCount]\"\n name Expression6\n addUserKnob {20 User}\n addUserKnob {78 id n 1}\n id 6\n addUserKnob {78 sum n 1}\n sum {{\"input.sum + globalm.base - input.sum * globalm.base\"}}\n addUserKnob {18 assignColor}\n assignColor {{\"\\[expr 0x\\[string range \\[value parent.sCount6] 2 3]] / 255\"} {\"\\[expr 0x\\[string range \\[value parent.sCount6] 4 5]] / 255\"} {\"\\[expr 0x\\[string range \\[value parent.sCount6] 6 7]] / 255\"}}\n addUserKnob {6 assignColor_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n }\n Expression {\n channel3 deepSample\n expr3 \"\\[value globalm.eCount]\"\n name Expression7\n addUserKnob {20 User}\n addUserKnob {78 id n 1}\n id 7\n addUserKnob {78 sum n 1}\n sum {{\"input.sum + globalm.base - input.sum * globalm.base\"}}\n addUserKnob {18 assignColor}\n assignColor {{\"\\[expr 0x\\[string range \\[value parent.sCount7] 2 3]] / 255\"} {\"\\[expr 0x\\[string range \\[value parent.sCount7] 4 5]] / 255\"} {\"\\[expr 0x\\[string range \\[value parent.sCount7] 6 7]] / 255\"}}\n addUserKnob {6 assignColor_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n }\n Expression {\n channel3 deepSample\n expr3 \"\\[value globalm.eCount]\"\n name Expression8\n addUserKnob {20 User}\n addUserKnob {78 id n 1}\n id 8\n addUserKnob {78 sum n 1}\n sum {{\"input.sum + globalm.base - input.sum * globalm.base\"}}\n addUserKnob {18 assignColor}\n assignColor {{\"\\[expr 0x\\[string range \\[value parent.sCount8] 2 3]] / 255\"} {\"\\[expr 0x\\[string range \\[value parent.sCount8] 4 5]] / 255\"} {\"\\[expr 0x\\[string range \\[value parent.sCount8] 6 7]] / 255\"}}\n addUserKnob {6 assignColor_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n }\n Expression {\n channel3 deepSample\n expr3 \"\\[value globalm.eCount]\"\n name Expression9\n addUserKnob {20 User}\n addUserKnob {78 id n 1}\n id 9\n addUserKnob {78 sum n 1}\n sum {{\"input.sum + globalm.base - input.sum * globalm.base\"}}\n addUserKnob {18 assignColor}\n assignColor {{\"\\[expr 0x\\[string range \\[value parent.sCount9] 2 3]] / 255\"} {\"\\[expr 0x\\[string range \\[value parent.sCount9] 4 5]] / 255\"} {\"\\[expr 0x\\[string range \\[value parent.sCount9] 6 7]] / 255\"}}\n addUserKnob {6 assignColor_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n }\n Expression {\n channel3 deepSample\n expr3 \"\\[value globalm.eCount]\"\n name Expression10\n addUserKnob {20 User}\n addUserKnob {78 id n 1}\n id 10\n addUserKnob {78 sum n 1}\n sum {{\"input.sum + globalm.base - input.sum * globalm.base\"}}\n addUserKnob {18 assignColor}\n assignColor {{\"\\[expr 0x\\[string range \\[value parent.sCount10] 2 3]] / 255\"} {\"\\[expr 0x\\[string range \\[value parent.sCount10] 4 5]] / 255\"} {\"\\[expr 0x\\[string range \\[value parent.sCount10] 6 7]] / 255\"}}\n addUserKnob {6 assignColor_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n }\n Expression {\n channel3 deepSample\n expr3 \"\\[value globalm.eCount]\"\n name Expression11\n addUserKnob {20 User}\n addUserKnob {78 id n 1}\n id 11\n addUserKnob {78 sum n 1}\n sum {{\"input.sum + globalm.base - input.sum * globalm.base\"}}\n addUserKnob {18 assignColor}\n assignColor {{\"\\[expr 0x\\[string range \\[value parent.sCount11] 2 3]] / 255\"} {\"\\[expr 0x\\[string range \\[value parent.sCount11] 4 5]] / 255\"} {\"\\[expr 0x\\[string range \\[value parent.sCount11] 6 7]] / 255\"}}\n addUserKnob {6 assignColor_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n }\n Expression {\n channel3 deepSample\n expr3 \"\\[value globalm.eCount]\"\n name Expression12\n addUserKnob {20 User}\n addUserKnob {78 id n 1}\n id 12\n addUserKnob {78 sum n 1}\n sum {{\"input.sum + globalm.base - input.sum * globalm.base\"}}\n addUserKnob {18 assignColor}\n assignColor {{\"\\[expr 0x\\[string range \\[value parent.sCount12] 2 3]] / 255\"} {\"\\[expr 0x\\[string range \\[value parent.sCount12] 4 5]] / 255\"} {\"\\[expr 0x\\[string range \\[value parent.sCount12] 6 7]] / 255\"}}\n addUserKnob {6 assignColor_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n }\n Expression {\n channel3 deepSample\n expr3 \"\\[value globalm.eCount]\"\n name Expression13\n addUserKnob {20 User}\n addUserKnob {78 id n 1}\n id 13\n addUserKnob {78 sum n 1}\n sum {{\"input.sum + globalm.base - input.sum * globalm.base\"}}\n addUserKnob {18 assignColor}\n assignColor {{\"\\[expr 0x\\[string range \\[value parent.sCount13] 2 3]] / 255\"} {\"\\[expr 0x\\[string range \\[value parent.sCount13] 4 5]] / 255\"} {\"\\[expr 0x\\[string range \\[value parent.sCount13] 6 7]] / 255\"}}\n addUserKnob {6 assignColor_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n }\n Expression {\n channel3 deepSample\n expr3 \"\\[value globalm.eCount]\"\n name Expression14\n addUserKnob {20 User}\n addUserKnob {78 id n 1}\n id 14\n addUserKnob {78 sum n 1}\n sum {{\"input.sum + globalm.base - input.sum * globalm.base\"}}\n addUserKnob {18 assignColor}\n assignColor {{\"\\[expr 0x\\[string range \\[value parent.sCount14] 2 3]] / 255\"} {\"\\[expr 0x\\[string range \\[value parent.sCount14] 4 5]] / 255\"} {\"\\[expr 0x\\[string range \\[value parent.sCount14] 6 7]] / 255\"}}\n addUserKnob {6 assignColor_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n }\n Expression {\n channel3 deepSample\n expr3 \"\\[value globalm.eCount]\"\n name Expression15\n addUserKnob {20 User}\n addUserKnob {78 id n 1}\n id 15\n addUserKnob {78 sum n 1}\n sum {{\"input.sum + globalm.base - input.sum * globalm.base\"}}\n addUserKnob {18 assignColor}\n assignColor {{\"\\[expr 0x\\[string range \\[value parent.sCount15] 2 3]] / 255\"} {\"\\[expr 0x\\[string range \\[value parent.sCount15] 4 5]] / 255\"} {\"\\[expr 0x\\[string range \\[value parent.sCount15] 6 7]] / 255\"}}\n addUserKnob {6 assignColor_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n }\n Expression {\n channel3 deepSample\n expr3 \"\\[value globalm.eCount]\"\n name Expression16\n addUserKnob {20 User}\n addUserKnob {78 id n 1}\n id 16\n addUserKnob {78 sum n 1}\n sum {{\"input.sum + globalm.base - input.sum * globalm.base\"}}\n addUserKnob {18 assignColor}\n assignColor {{\"\\[expr 0x\\[string range \\[value parent.sCount16] 2 3]] / 255\"} {\"\\[expr 0x\\[string range \\[value parent.sCount16] 4 5]] / 255\"} {\"\\[expr 0x\\[string range \\[value parent.sCount16] 6 7]] / 255\"}}\n addUserKnob {6 assignColor_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n }\n Expression {\n channel3 deepSample\n expr3 \"\\[value globalm.eCount]\"\n name Expression17\n addUserKnob {20 User}\n addUserKnob {78 id n 1}\n id 17\n addUserKnob {78 sum n 1}\n sum {{\"input.sum + globalm.base - input.sum * globalm.base\"}}\n addUserKnob {18 assignColor}\n assignColor {{\"\\[expr 0x\\[string range \\[value parent.sCount17] 2 3]] / 255\"} {\"\\[expr 0x\\[string range \\[value parent.sCount17] 4 5]] / 255\"} {\"\\[expr 0x\\[string range \\[value parent.sCount17] 6 7]] / 255\"}}\n addUserKnob {6 assignColor_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n }\n Expression {\n channel3 deepSample\n expr3 \"\\[value globalm.eCount]\"\n name Expression18\n addUserKnob {20 User}\n addUserKnob {78 id n 1}\n id 18\n addUserKnob {78 sum n 1}\n sum {{\"input.sum + globalm.base - input.sum * globalm.base\"}}\n addUserKnob {18 assignColor}\n assignColor {{\"\\[expr 0x\\[string range \\[value parent.sCount18] 2 3]] / 255\"} {\"\\[expr 0x\\[string range \\[value parent.sCount18] 4 5]] / 255\"} {\"\\[expr 0x\\[string range \\[value parent.sCount18] 6 7]] / 255\"}}\n addUserKnob {6 assignColor_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n }\n Expression {\n channel3 deepSample\n expr3 \"\\[value globalm.eCount]\"\n name Expression19\n addUserKnob {20 User}\n addUserKnob {78 id n 1}\n id 19\n addUserKnob {78 sum n 1}\n sum {{\"input.sum + globalm.base - input.sum * globalm.base\"}}\n addUserKnob {18 assignColor}\n assignColor {{\"\\[expr 0x\\[string range \\[value parent.sCount19] 2 3]] / 255\"} {\"\\[expr 0x\\[string range \\[value parent.sCount19] 4 5]] / 255\"} {\"\\[expr 0x\\[string range \\[value parent.sCount19] 6 7]] / 255\"}}\n addUserKnob {6 assignColor_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n }\n Expression {\n channel3 deepSample\n expr3 \"\\[value globalm.eCount]\"\n name Expression20\n addUserKnob {20 User}\n addUserKnob {78 id n 1}\n id 20\n addUserKnob {78 sum n 1}\n sum {{\"input.sum + globalm.base - input.sum * globalm.base\"}}\n addUserKnob {18 assignColor}\n assignColor {{\"\\[expr 0x\\[string range \\[value parent.sCount20] 2 3]] / 255\"} {\"\\[expr 0x\\[string range \\[value parent.sCount20] 4 5]] / 255\"} {\"\\[expr 0x\\[string range \\[value parent.sCount20] 6 7]] / 255\"}}\n addUserKnob {6 assignColor_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n }\n Dot {\n name end_count\n tile_color 0xff7f00ff\n xpos 148\n ypos 4113\n }\n ShuffleCopy {\n inputs 2\n red red\n green green\n blue blue\n name ShuffleCopy2\n xpos 114\n ypos 4557\n }\n Dot {\n name Dot1\n xpos 148\n ypos 4833\n }\nset N798bc250 [stack 0]\n Dot {\n name start_colormap\n tile_color 0xffffff\n xpos 349\n ypos 4833\n }\n Expression {\n expr0 \"deepSample.count == 1 ? Expression1.assignColor.r : deepSample.count == 2 ? Expression2.assignColor.r : deepSample.count == 3 ? Expression3.assignColor.r : deepSample.count == 4 ? Expression4.assignColor.r : deepSample.count == 5 ? Expression5.assignColor.r : deepSample.count == 6 ? Expression6.assignColor.r : deepSample.count == 7 ? Expression7.assignColor.r : deepSample.count == 8 ? Expression8.assignColor.r : deepSample.count == 9 ? Expression9.assignColor.r : deepSample.count == 10 ? Expression10.assignColor.r : deepSample.count == 11 ? Expression11.assignColor.r : deepSample.count == 12 ? Expression12.assignColor.r : deepSample.count == 13 ? Expression13.assignColor.r : deepSample.count == 14 ? Expression14.assignColor.r : deepSample.count == 15 ? Expression15.assignColor.r : deepSample.count == 16 ? Expression16.assignColor.r : deepSample.count == 17 ? Expression17.assignColor.r : deepSample.count == 18 ? Expression18.assignColor.r : deepSample.count == 19 ? Expression19.assignColor.r : deepSample.count == 20 ? Expression20.assignColor.r : 0\"\n expr1 \"deepSample.count == 1 ? Expression1.assignColor.g : deepSample.count == 2 ? Expression2.assignColor.g : deepSample.count == 3 ? Expression3.assignColor.g : deepSample.count == 4 ? Expression4.assignColor.g : deepSample.count == 5 ? Expression5.assignColor.g : deepSample.count == 6 ? Expression6.assignColor.g : deepSample.count == 7 ? Expression7.assignColor.g : deepSample.count == 8 ? Expression8.assignColor.g : deepSample.count == 9 ? Expression9.assignColor.g : deepSample.count == 10 ? Expression10.assignColor.g : deepSample.count == 11 ? Expression11.assignColor.g : deepSample.count == 12 ? Expression12.assignColor.g : deepSample.count == 13 ? Expression13.assignColor.g : deepSample.count == 14 ? Expression14.assignColor.g : deepSample.count == 15 ? Expression15.assignColor.g : deepSample.count == 16 ? Expression16.assignColor.g : deepSample.count == 17 ? Expression17.assignColor.g : deepSample.count == 18 ? Expression18.assignColor.g : deepSample.count == 19 ? Expression19.assignColor.g : deepSample.count == 20 ? Expression20.assignColor.g : 0\"\n expr2 \"deepSample.count == 1 ? Expression1.assignColor.b : deepSample.count == 2 ? Expression2.assignColor.b : deepSample.count == 3 ? Expression3.assignColor.b : deepSample.count == 4 ? Expression4.assignColor.b : deepSample.count == 5 ? Expression5.assignColor.b : deepSample.count == 6 ? Expression6.assignColor.b : deepSample.count == 7 ? Expression7.assignColor.b : deepSample.count == 8 ? Expression8.assignColor.b : deepSample.count == 9 ? Expression9.assignColor.b : deepSample.count == 10 ? Expression10.assignColor.b : deepSample.count == 11 ? Expression11.assignColor.b : deepSample.count == 12 ? Expression12.assignColor.b : deepSample.count == 13 ? Expression13.assignColor.b : deepSample.count == 14 ? Expression14.assignColor.b : deepSample.count == 15 ? Expression15.assignColor.b : deepSample.count == 16 ? Expression16.assignColor.b : deepSample.count == 17 ? Expression17.assignColor.b : deepSample.count == 18 ? Expression18.assignColor.b : deepSample.count == 19 ? Expression19.assignColor.b : deepSample.count == 20 ? Expression20.assignColor.b : 0\"\n name Expression21\n }\n Dot {\n name end_colormap\n tile_color 0xffffff\n xpos 349\n ypos 5136\n }\npush $N798bc250\n Switch {\n inputs 2\n which {{parent.show_colormap}}\n name Switch1\n xpos 114\n ypos 5300\n }\n Output {\n name Output1\n xpos 114\n ypos 5405\n }\n NoOp {\n inputs 0\n name menu1\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nstCount = nuke.toNode('start_count')\\nenCount = nuke.toNode('end_count')\\nstColormap = nuke.toNode('start_colormap')\\nenColormap = nuke.toNode('end_colormap')\\n\\nfor node in nuke.allNodes() :\\n if node.Class() == 'Expression' :\\n if not node.name()\\[0:7] == 'filter_' :\\n nuke.delete( node )\\n\\nfor knob in thisGRP.knobs() :\\n if knob\\[0:6] == 'sCount' :\\n thisGRP\\[knob].setVisible(False)\\n try :\\n if knob.split('_')\\[1] == 'panelDropped' :\\n thisGRP.removeKnob( thisGRP\\[knob] )\\n except :\\n pass\\n\\nlastNode = stCount\\ncolormapString = \\[]\\n\\nfor i in range( int( thisGRP\\['max_count'].value() ) ) :\\n n = nuke.nodes.Expression()\\n idKnob = nuke.Array_Knob( 'id', 'id' )\\n sumKnob = nuke.Array_Knob( 'sum', 'sum' )\\n colorKnob = nuke.Color_Knob( 'assignColor', 'assignColor')\\n n.addKnob( idKnob )\\n n.addKnob( sumKnob )\\n n.addKnob( colorKnob )\\n n\\['id'].setValue( i+1 )\\n if i == 0 :\\n n\\['sum'].setExpression( 'globalm.base' )\\n else :\\n n\\['sum'].setExpression( 'input.sum + globalm.base - input.sum * globalm.base' )\\n n\\['assignColor'].setExpression( '\\[expr 0x\\[string range \\[value parent.sCount\\{0\\}] 2 3]] / 255'.format(i+1) , 0 )\\n n\\['assignColor'].setExpression( '\\[expr 0x\\[string range \\[value parent.sCount\\{0\\}] 4 5]] / 255'.format(i+1) , 1 )\\n n\\['assignColor'].setExpression( '\\[expr 0x\\[string range \\[value parent.sCount\\{0\\}] 6 7]] / 255'.format(i+1) , 2 )\\n n\\['channel3'].setValue( 'deepSample.count' )\\n if i < 47 :\\n n\\['expr3'].setValue( '\\[value globalm.eCount]' )\\n else :\\n n\\['expr3'].setValue( '\\[value globalm.overCount]' )\\n\\n n.setInput( 0, lastNode )\\n lastNode = n\\n\\n thisGRP\\['sCount' + str( i+1 ) ].setVisible(True)\\n\\n colormapString.append( 'deepSample.count == \\{0\\} ? \\{1\\}.assignColor.'.format(i+1, n.name()) )\\n\\nenCount.setInput( 0, lastNode )\\n\\nn = nuke.nodes.Expression()\\nn\\['channel0'].setValue( 'rgb.red' )\\nn\\['channel1'].setValue( 'rgb.green' )\\nn\\['channel2'].setValue( 'rgb.blue' )\\nn\\['expr0'].setValue( 'r : '.join( colormapString ) + 'r : 0' )\\nn\\['expr1'].setValue( 'g : '.join( colormapString ) + 'g : 0' )\\nn\\['expr2'].setValue( 'b : '.join( colormapString ) + 'b : 0' )\\nn.setInput(0, stColormap)\\nenColormap.setInput(0, n)\\n\"\n xpos -568\n ypos -302\n addUserKnob {20 User}\n addUserKnob {4 max_count l \"max count\" M {5 10 15 20 25 30 35 40 45 48 \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\"}}\n max_count 20\n }\n NoOp {\n inputs 0\n name globalm\n xpos -566\n ypos -65\n addUserKnob {20 User}\n addUserKnob {7 base}\n base 0.1\n addUserKnob {7 bias}\n bias 1e-07\n addUserKnob {1 channel}\n channel alpha\n addUserKnob {1 eCount}\n eCount \"\\[value globalm.channel] > sum - \\[value globalm.bias] && \\[value globalm.channel] < sum + \\[value globalm.bias] ? id : deepSample.count\"\n addUserKnob {1 overCount}\n overCount \"\\[value globalm.channel] > sum - \\[value globalm.bias] ? id : deepSample.count\"\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_DeepSer.gizmo", "content": "Group {\n name DeepSer\n onCreate \"\\nnver = nuke.NUKE_VERSION_MAJOR\\nthisGRP = nuke.thisGroup()\\nif nver >= 11 :\\n\\t thisGRP\\['nuke_version'].setValue(1)\\nelse :\\n\\t thisGRP\\['nuke_version'].setValue(0)\\n\"\n tile_color 0x2866ff\n label \"Deep Output\"\n addUserKnob {20 tab_general l General}\n addUserKnob {4 nuke_version l INVISIBLE +INVISIBLE M {10 11 \"\" \"\" \"\" \"\" \"\" \"\" \"\"}}\n nuke_version 11\n addUserKnob {6 remove_invalid l \"remove samples with nan/inf value (Required Nuke 11+)\" +STARTLINE}\n addUserKnob {41 remove_alpha_filter l \"remove samples when alpha under :\" T menu02.remove_alpha_filter}\n addUserKnob {7 alpha_value l \"\" -STARTLINE +DISABLED}\n addUserKnob {26 spacer_2 l \"\" +STARTLINE T
}\n addUserKnob {20 FSL_TabBegin l \"\" +STARTLINE n -2}\n addUserKnob {20 tab_force_sample_layers l \"force sample layers\"}\n addUserKnob {41 selection l \"\" +STARTLINE T menu01.selection}\n addUserKnob {26 spacer_3 l \"\" +STARTLINE T
}\n addUserKnob {7 filter +HIDDEN R 0.0001 1}\n filter 1\n addUserKnob {22 remove_10_layers l -10 +HIDDEN T \"thisGRP = nuke.thisGroup()\\ncurrentCount = thisGRP\\['keep_layers'].value()\\ngoStore = nuke.toNode('store')\\ngoStore\\['fn'].execute()\\nstep = 10\\n\\nif not currentCount == 'not set' :\\n\\tif int(currentCount) - step < 1 :\\n\\t\\tprocCount = 'not set'\\n\\t\\treset()\\n\\t\\tthisGRP\\['keep_layers'].setValue( str(procCount) )\\n\\telse :\\n\\t\\tprocCount = int( currentCount ) - step\\n\\t\\treset()\\n\\t\\tgenlayer( procCount )\\n\\t\\tthisGRP\\['keep_layers'].setValue( str(procCount) )\" +STARTLINE}\n addUserKnob {22 remove_1_layer l - -STARTLINE +HIDDEN T \"thisGRP = nuke.thisGroup()\\ncurrentCount = thisGRP\\['keep_layers'].value()\\ngoStore = nuke.toNode('store')\\ngoStore\\['fn'].execute()\\nstep = 1\\n\\nif not currentCount == 'not set' :\\n\\tif int(currentCount) - step < 1 :\\n\\t\\tprocCount = 'not set'\\n\\t\\treset()\\n\\t\\tthisGRP\\['keep_layers'].setValue( str(procCount) )\\n\\telse :\\n\\t\\tprocCount = int( currentCount ) - step\\n\\t\\treset()\\n\\t\\tgenlayer( procCount )\\n\\t\\tthisGRP\\['keep_layers'].setValue( str(procCount) )\"}\n addUserKnob {26 spacer l \"\" -STARTLINE +HIDDEN T \" \\t\"}\n addUserKnob {26 keep_layers l \"\" -STARTLINE +HIDDEN T \"not set\"}\n addUserKnob {26 spacer_1 l \"\" -STARTLINE +HIDDEN T \" \\t\"}\n addUserKnob {22 add_1_layer l + -STARTLINE +HIDDEN T \"thisGRP = nuke.thisGroup()\\ncurrentCount = thisGRP\\['keep_layers'].value()\\ngoStore = nuke.toNode('store')\\ngoStore\\['fn'].execute()\\nstep = 1\\n\\nif currentCount == 'not set' :\\n\\tprocCount = step\\nelse :\\n\\tprocCount = int( currentCount ) + step\\n\\nreset()\\ngenlayer( procCount )\\n\\nthisGRP\\['keep_layers'].setValue( str(procCount) )\"}\n addUserKnob {22 add_10_layers l +10 -STARTLINE +HIDDEN T \"thisGRP = nuke.thisGroup()\\ncurrentCount = thisGRP\\['keep_layers'].value()\\ngoStore = nuke.toNode('store')\\ngoStore\\['fn'].execute()\\nstep = 10\\n\\nif currentCount == 'not set' :\\n\\tprocCount = step\\nelse :\\n\\tprocCount = int( currentCount ) + step\\n\\nreset()\\ngenlayer( procCount )\\n\\nthisGRP\\['keep_layers'].setValue( str(procCount) )\"}\n addUserKnob {6 drop_hidden l \"drop hidden samples\" +HIDDEN +STARTLINE}\n addUserKnob {20 FSL_TabEnd l \"\" +STARTLINE n -3}\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T 1.0}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2019-09-21}\n addUserKnob {26 l_CHANGELOG l Changelog T \"1.0\\n- create various setup to\\n manage deep sample\"}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n}\n BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0xff\n label \"Dont touch\"\n note_font_size 42\n xpos 211\n ypos -649\n bdwidth 250\n bdheight 429\n }\n BackdropNode {\n inputs 0\n name BackdropNode2\n tile_color 0x7f7f7fff\n label bin\n note_font_size 42\n xpos 216\n ypos -172\n bdwidth 243\n bdheight 902\n }\n BackdropNode {\n inputs 0\n name BackdropNode3\n tile_color 0x5669ff\n label \"start loop\"\n note_font_size 24\n xpos 1382\n ypos 484\n bdwidth 382\n bdheight 616\n }\n BackdropNode {\n inputs 0\n name BackdropNode4\n tile_color 0x5669ff\n label \"end loop\"\n note_font_size 24\n xpos 2489\n ypos 3530\n bdwidth 429\n bdheight 620\n }\n Input {\n inputs 0\n name deep\n xpos 1062\n ypos -579\n }\n Dot {\n name Dot3\n xpos 1096\n ypos -413\n }\nset Ndda96d20 [stack 0]\n Dot {\n name Dot6\n xpos 1270\n ypos -413\n }\nset Nddd16350 [stack 0]\n DeepExpression {\n chans0 none\n chans1 deep\n deep.front \"isnan(r) || isnan(g) || isnan(b) || isnan(a) || isnan(deep.front) || isnan(deep.back) || isinf(r) || isinf(g) || isinf(b) || isinf(a) || isinf(deep.front) || isinf(deep.back) ? -1 : deep.front\"\n deep.back \"isnan(r) || isnan(g) || isnan(b) || isnan(a) || isnan(deep.front) || isnan(deep.back) || isinf(r) || isinf(g) || isinf(b) || isinf(a) || isinf(deep.front) || isinf(deep.back) ? -1 : deep.back\"\n name DeepExpression4\n xpos 1349\n ypos -365\n }\npush $Nddd16350\n Switch {\n inputs 2\n which {{parent.nuke_version}}\n name Switch4\n label \"nuke version switch\"\n xpos 1236\n ypos -302\n }\npush $Ndda96d20\n Switch {\n inputs 2\n which {{parent.remove_invalid}}\n name Switch3\n xpos 1062\n ypos -296\n }\n Dot {\n name Dot1\n xpos 1096\n ypos -129\n }\nset Nddd25dd0 [stack 0]\n Dot {\n name Dot4\n xpos 1264\n ypos -129\n }\nset Nddd28290 [stack 0]\n DeepExpression {\n temp_name0 avalue\n temp_expr0 \"\\[value parent.alpha_value]\"\n chans0 deep\n chans1 none\n deep.front \"alpha <= avalue ? -1 : deep.front\"\n deep.back \"alpha <= avalue ? -1 : deep.back\"\n name DeepExpression2\n xpos 1299\n ypos -67\n }\npush $Nddd28290\n DeepExpression {\n temp_name0 avalue\n temp_expr0 \"\\[value parent.alpha_value]\"\n chans0 deep\n chans1 none\n deep.front \"alpha <= avalue ? deep.front : -1\"\n deep.back \"alpha <= avalue ? deep.back : -1\"\n name DeepExpression5\n xpos 1154\n ypos -64\n }\n Switch {\n inputs 2\n which {{parent.nuke_version}}\n name Switch2\n label \"nuke version switch\"\n xpos 1231\n ypos 6\n }\npush $Nddd25dd0\n Switch {\n inputs 2\n which {{parent.remove_alpha_filter}}\n name Switch1\n xpos 1062\n ypos 12\n }\n DeepCrop {\n use_znear false\n zfar 0\n outside_zrange true\n bbox {204.6000061 107.8000031 818.4000244 431.2000122}\n use_bbox false\n name DeepCrop2\n xpos 1062\n ypos 158\n }\n Dot {\n name Dot10\n xpos 1096\n ypos 346\n }\nset Ndda9bd10 [stack 0]\n Dot {\n name Dot11\n xpos 1658\n ypos 346\n }\n Dot {\n name Dot2\n xpos 1658\n ypos 661\n }\nset Nddaa0550 [stack 0]\n DeepToImage {\n name DeepToImage1\n xpos 1442\n ypos 658\n }\nadd_layer {deepRawColor deepRawColor.red deepRawColor.green deepRawColor.blue deepRawColor.alpha}\n AddChannels {\n channels deepRawColor\n name AddChannels1\n xpos 1442\n ypos 738\n }\npush $Nddaa0550\n DeepRecolor {\n inputs 2\n channels {{{parent.AddChannels1.channels}}}\n name DeepRecolor1\n xpos 1624\n ypos 738\n }\n DeepExpression {\n chans0 deepRawColor\n chans1 none\n deepRawColor.red red\n deepRawColor.green green\n deepRawColor.blue blue\n deepRawColor.alpha alpha\n name DeepExpression8\n label \"store original color\"\n xpos 1624\n ypos 851\n }\n Dot {\n name Dot8\n xpos 1658\n ypos 1230\n }\nset Nd5fad910 [stack 0]\n Dot {\n name Dot9\n xpos 2771\n ypos 1230\n }\n DeepExpression {\n chans0 alpha\n chans1 none\n rgba.alpha 1\n name DeepExpression3\n label \"store original color\"\n xpos 2737\n ypos 1329\n }\n Dot {\n name start_loop\n tile_color 0xff9900ff\n xpos 2771\n ypos 1417\n }\n DeepExpression {\n chans1 deep\n rgba.red deepRawColor.red\n rgba.green deepRawColor.green\n rgba.blue deepRawColor.blue\n rgba.alpha deepRawColor.alpha\n name DSM_reset\n xpos 2737\n ypos 1491\n }\n DeepMerge {\n drop_hidden {{parent.drop_hidden}}\n name final_merge\n xpos 2737\n ypos 3869\n }\npush $Nd5fad910\n DeepExpression {\n chans0 {rgba.red -rgba.green -rgba.blue rgba.alpha}\n chans1 none\n rgba.red \"alpha > \\[value store.achk] || alpha == \\[value store.achk] ? 1 : 0\"\n rgba.alpha 1\n name DeepExpression1\n xpos 1408\n ypos 1227\n }\n DeepToImage {\n name DeepToImage3\n xpos 1408\n ypos 1307\n }\n Shuffle {\n green black\n blue black\n alpha white\n name Shuffle1\n xpos 1408\n ypos 1387\n }\npush $Nd5fad910\n DeepRecolor {\n inputs 2\n name DeepRecolor2\n xpos 1624\n ypos 1387\n }\n Dot {\n name Dot12\n xpos 1658\n ypos 1443\n }\nset Nd5fd9740 [stack 0]\n Dot {\n name Dot13\n xpos 1832\n ypos 1443\n }\n DeepExpression {\n chans1 deep\n deep.front \"red > 1 - \\[value parent.filter] + \\[value store.bias] ? -1 : deep.front\"\n deep.back \"red > 1 - \\[value parent.filter] + \\[value store.bias] ? -1 : deep.back\"\n name DeepExpression9\n xpos 1798\n ypos 1517\n }\n DeepCrop {\n use_znear false\n zfar 0\n outside_zrange true\n bbox {204.6000061 107.8000031 818.4000244 431.2000122}\n use_bbox false\n name DeepCrop3\n xpos 1798\n ypos 1597\n }\n DeepExpression {\n chans1 none\n rgba.red deepRawColor.red\n rgba.green deepRawColor.green\n rgba.blue deepRawColor.blue\n rgba.alpha deepRawColor.alpha\n name DeepExpression10\n xpos 1798\n ypos 1677\n }\n Dot {\n name Dot14\n xpos 1832\n ypos 2080\n }\npush $Nd5fd9740\n DeepExpression {\n chans0 deep\n chans1 none\n deep.front \"red > \\[value parent.filter] - \\[value store.bias] ? deep.front : -1\"\n deep.back \"red > \\[value parent.filter] - \\[value store.bias] ? deep.back : -1\"\n name DeepExpression6\n selected true\n xpos 1624\n ypos 1517\n }\n DeepCrop {\n use_znear false\n zfar 0\n outside_zrange true\n bbox {204.6000061 107.8000031 818.4000244 431.2000122}\n use_bbox false\n name DeepCrop1\n xpos 1624\n ypos 1597\n }\n DeepToImage {\n name DeepToImage4\n xpos 1624\n ypos 1672\n }\n Shuffle {\n in deep\n green black\n blue black\n alpha black\n out rgb\n name Shuffle2\n xpos 1624\n ypos 1752\n }\n DeepFromImage {\n name DeepFromImage1\n xpos 1624\n ypos 1832\n }\n DeepExpression {\n chans0 none\n chans1 deep\n deep.front red\n deep.back red\n name DeepExpression11\n xpos 1624\n ypos 1892\n }\n DeepExpression {\n chans1 none\n rgba.red deepRawColor.red\n rgba.green deepRawColor.green\n rgba.blue deepRawColor.blue\n rgba.alpha deepRawColor.alpha\n name DeepExpression7\n xpos 1624\n ypos 1960\n }\n DeepMerge {\n inputs 2\n name DeepMerge2\n xpos 1624\n ypos 2077\n }\n Dot {\n name Dot5\n xpos 1658\n ypos 3920\n }\npush $Ndda9bd10\n Switch {\n inputs 3\n which {{parent.selection}}\n name Switch5\n xpos 1062\n ypos 4551\n }\n Output {\n name Output1\n xpos 1062\n ypos 4725\n }\n NoOp {\n inputs 0\n name menu02\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nif thisGRP\\['remove_alpha_filter'].getValue() == 1 :\\n\\t thisGRP\\['alpha_value'].setEnabled(True)\\nelse :\\n\\t thisGRP\\['alpha_value'].setEnabled(False)\\n\"\n xpos 295\n ypos -445\n addUserKnob {20 User}\n addUserKnob {6 remove_alpha_filter l \"remove samples when alpha under :\" +STARTLINE}\n }\n NoOp {\n inputs 0\n name menu01\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nadvknobs = \\['remove_10_layers','remove_1_layer','spacer','keep_layers','spacer_1','add_1_layer','add_10_layers','drop_hidden']\\nif thisGRP\\['selection'].getValue() == 0 :\\n thisGRP\\['filter'].setVisible(False)\\n for knob in advknobs :\\n thisGRP\\[knob].setVisible(False)\\nelif thisGRP\\['selection'].getValue() == 1 :\\n thisGRP\\['filter'].setVisible(True)\\n for knob in advknobs :\\n thisGRP\\[knob].setVisible(False)\\nelse :\\n thisGRP\\['filter'].setVisible(False)\\n for knob in advknobs :\\n thisGRP\\[knob].setVisible(True)\\n\"\n xpos 295\n ypos -539\n addUserKnob {20 User}\n addUserKnob {83 selection l \"\" +STARTLINE M {none \"balance (quick)\" \"advance (slow)\"}}\n }\n NoOp {\n inputs 0\n name store\n xpos 295\n ypos -81\n addUserKnob {20 User}\n addUserKnob {22 fn T \"def reset() :\\n\\tstartloop = nuke.toNode('start_loop')\\n\\tfor node in nuke.allNodes() :\\n\\t\\tif node.name()\\[0:4] == 'DSM_' :\\n\\t\\t\\tnuke.delete( node )\\n\\n\\tstartloop = nuke.toNode('start_loop')\\n\\tfmerge = nuke.toNode('final_merge')\\n\\tfor i in range( fmerge.inputs() ) :\\n\\t\\tfmerge.setInput(i, None)\\n\\tdreset = nuke.nodes.DeepExpression( name='DSM_reset' )\\n\\tdreset\\['rgba.red'].setValue('deepRawColor.red')\\n\\tdreset\\['rgba.green'].setValue('deepRawColor.green')\\n\\tdreset\\['rgba.blue'].setValue('deepRawColor.blue')\\n\\tdreset\\['rgba.alpha'].setValue('deepRawColor.alpha')\\n\\tdreset.setInput(0, startloop)\\n\\n\\tfmerge.setInput(0, dreset)\\n\\n################################\\n\\ndef genlayer(currentcount) :\\n\\tstartloop = nuke.toNode('start_loop')\\n\\tfmerge = nuke.toNode('final_merge')\\n\\n\\tacheck = nuke.nodes.DeepExpression( name='DSM_acheck' , chans0='rgba.blue' , chans1='none' , inputs=\\[startloop] )\\n\\tacheck\\['rgba.blue'].setValue( '\\[value parent.nuke_version] == 0 ? ( deepRawColor.alpha <= \\[value store.achk] ? 1 : 0 ) : (deepRawColor.alpha <= \\[value store.achk] ? 0 : 1 )' )\\n\\n\\tlastnode = acheck\\n\\n\\tfor i in range( currentcount ) :\\n\\t\\tlayerid = i + 1\\n\\n\\t\\tstartdot = nuke.nodes.Dot( name='DSM_start_'+str(layerid) , inputs=\\[lastnode] )\\n\\n\\t\\td2img = nuke.nodes.DeepToImage( name='DSM_d2img_'+str(layerid) )\\n\\n\\t\\tif layerid == 1 :\\n\\t\\t\\td2r = nuke.nodes.DeepExpression( name='DSM_d2r_'+str(layerid) , chans0='rgba.red' , chans1='none' , inputs=\\[startdot] )\\n\\t\\t\\td2r\\['rgba.red'].setValue( 'deep.front' )\\n\\n\\t\\t\\td2img.setInput(0, d2r)\\n\\t\\t\\t\\n\\t\\t\\tr2all = nuke.nodes.DeepRecolor( name='DSM_r2all_'+str(layerid) , channels='rgb.red' , inputs=\\[startdot, d2img] )\\n\\t\\t\\t\\n\\t\\t\\tlastnode = r2all\\n\\t\\telse :\\n\\t\\t\\tdmvb4 = nuke.nodes.DeepExpression( name='DSM_dmvb4_'+str(layerid) , chans0='rgba.red' , chans1='deep' , inputs=\\[startdot] )\\n\\t\\t\\tdmvb4\\['rgba.red'].setValue( 'deep.front' )\\n\\t\\t\\tdmvb4\\['deep.front'].setValue( 'deep.front == red || deep.front < red ? -1 : deep.front' )\\n\\t\\t\\tdmvb4\\['deep.back'].setValue( 'deep.back == red || deep.back < red? -1 : deep.back' )\\n\\n\\t\\t\\tdrmb4 = nuke.nodes.DeepCrop( name='DSM_drmb4_'+str(layerid) , inputs=\\[dmvb4] )\\n\\t\\t\\tdrmb4\\['use_znear'].setValue(0)\\n\\t\\t\\tdrmb4\\['zfar'].setValue(0)\\n\\t\\t\\tdrmb4\\['use_zfar'].setValue(1)\\n\\t\\t\\tdrmb4\\['outside_zrange'].setValue(1)\\n\\t\\t\\tdrmb4\\['use_bbox'].setValue(0)\\n\\t\\t\\t\\n\\t\\t\\td2img.setInput(0, drmb4)\\n\\n\\t\\t\\tr2all = nuke.nodes.DeepRecolor( name='DSM_r2all_'+str(layerid) , channels='rgb.red' , inputs=\\[startdot, d2img] )\\n\\n\\t\\t\\tetypx = nuke.nodes.DeepExpression( name='DSM_etypx_'+str(layerid) , chans0='none' , inputs=\\[r2all] )\\n\\t\\t\\tetypx\\['deep.front'].setValue( 'red == 0 || red < 0 ? -1 : deep.front' )\\n\\t\\t\\tetypx\\['deep.back'].setValue( 'red == 0 || red < 0 ? -1 : deep.back' )\\n\\n\\t\\t\\takeepb4 = nuke.nodes.DeepExpression( name='DSM_akeepb4_'+str(layerid) , inputs=\\[startdot] )\\n\\t\\t\\takeepb4\\['rgba.green'].setValue( 'blue' )\\n\\t\\t\\takeepb4\\['rgba.alpha'].setValue( 'blue' )\\n\\t\\t\\takeepb4\\['deep.front'].setValue( '\\[value parent.nuke_version] == 0 ? ( deep.front >= red ? deep.front : -1 ) : ( deep.front > red ? -1 : deep.front )' )\\n\\t\\t\\takeepb4\\['deep.back'].setValue( '\\[value parent.nuke_version] == 0 ? ( deep.back >= red ? deep.back : -1 ) : ( deep.back > red ? -1 : deep.back )' )\\n\\n\\t\\t\\tarmb4 = nuke.nodes.DeepCrop( name='DSM_armb4_'+str(layerid) , inputs=\\[akeepb4] )\\n\\t\\t\\tarmb4\\['use_znear'].setValue(0)\\n\\t\\t\\tarmb4\\['zfar'].setValue(0)\\n\\t\\t\\tarmb4\\['use_zfar'].setValue(1)\\n\\t\\t\\tarmb4\\['outside_zrange'].setValue(1)\\n\\t\\t\\tarmb4\\['use_bbox'].setValue(0)\\n\\n\\t\\t\\tad2img = nuke.nodes.DeepToImage( name='DSM_ad2img_'+str(layerid) , inputs=\\[armb4] )\\n\\n\\t\\t\\tg2all = nuke.nodes.DeepRecolor( name='DSM_g2all_'+str(layerid) , channels='rgb.green' , inputs=\\[etypx, ad2img] )\\n\\n\\t\\t\\tlastnode = g2all\\n\\n\\t\\tdfilter = nuke.nodes.DeepExpression( name='DSM_dfilter_'+str(layerid) , chans0='none' )\\n\\t\\tif layerid == 1 :\\n\\t\\t\\tdfilter\\['deep.front'].setValue( 'deep.front != red ? -1 : deep.front')\\n\\t\\t\\tdfilter\\['deep.back'].setValue( 'deep.back != red ? -1 : deep.back')\\n\\t\\t\\tdfilter.setInput(0, r2all)\\n\\t\\telse :\\n\\t\\t\\tdfilter\\['deep.front'].setValue( 'deep.front != red || green == 1 ? -1 : deep.front')\\n\\t\\t\\tdfilter\\['deep.back'].setValue( 'deep.back != red || green == 1 ? -1 : deep.back')\\n\\t\\t\\tdfilter.setInput(0, g2all)\\n\\n\\t\\tdthrow = nuke.nodes.DeepCrop( name='DSM_throw_'+str(layerid) , inputs=\\[dfilter] )\\n\\t\\tdthrow\\['use_znear'].setValue(0)\\n\\t\\tdthrow\\['zfar'].setValue(0)\\n\\t\\tdthrow\\['use_zfar'].setValue(1)\\n\\t\\tdthrow\\['outside_zrange'].setValue(1)\\n\\t\\tdthrow\\['use_bbox'].setValue(0)\\n\\n\\t\\tdrevert = nuke.nodes.DeepExpression( name='DSM_revert_'+str(layerid) , chans1='none' , inputs=\\[dthrow] )\\n\\t\\tdrevert\\['rgba.red'].setValue('deepRawColor.red')\\n\\t\\tdrevert\\['rgba.green'].setValue('deepRawColor.green')\\n\\t\\tdrevert\\['rgba.blue'].setValue('deepRawColor.blue')\\n\\t\\tdrevert\\['rgba.alpha'].setValue('deepRawColor.alpha')\\n\\n\\t\\tfmerge.setInput(i, drevert)\" +STARTLINE}\n addUserKnob {7 bias}\n bias 1e-05\n addUserKnob {7 achk}\n achk 0.9999\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_DeflickerVelocity.gizmo", "content": "Group {\n name DeflickerVelocity\n tile_color 0x7f00ffff\n note_font Verdana\n selected true\n mapsize {0.15 0.15}\n addUserKnob {20 User l Controls}\n addUserKnob {4 velocity_type l \"Velocity Type\" M {\" 0 > 1 - 3DS Max \" \"-1 > 1 - Maya\\\\Nuke \" \"\" \"\" \"\" \"\" \"\" \"\" \"\"}}\n addUserKnob {6 noVelocity l \"No Velocity\" t \"Wether or not the node should try to realign the footage based on vector information\" -STARTLINE}\n addUserKnob {6 protect_alpha l \"Protect Alpha\" -STARTLINE}\n protect_alpha true\n addUserKnob {7 velocity_multiplier l \"Velocity Multiplier\" t \"How much the Velocity will be multiplied o align the previous and next frame to the middle frame. Based on Vray Velocity Pass \\\"max velocity\\\" parameter.\" R 0 100}\n velocity_multiplier 1\n addUserKnob {26 \"\"}\n addUserKnob {6 Maskbyvelocity l \"Mask by Velocity\" +STARTLINE}\n addUserKnob {7 MaskVelocityThreshold l Threshold R 0 100}\n MaskVelocityThreshold 0.1\n addUserKnob {7 MaskVelocitySoftness l Softness R 0 10}\n MaskVelocitySoftness 0.1\n addUserKnob {7 ConservativeMasking l Conservative}\n ConservativeMasking 1\n addUserKnob {7 VelocityBlurMask l Blur R 0 200}\n VelocityBlurMask 1\n addUserKnob {7 VelocityErodeMask l Erode R -20 20}\n addUserKnob {26 \"\"}\n addUserKnob {6 Difference_mask l \"Mask by Difference\" +STARTLINE}\n addUserKnob {7 difference_mask_preblur l \"Pre Blur\" R 0 200}\n difference_mask_preblur 5\n addUserKnob {7 difference_mask_threshold l Threshold}\n difference_mask_threshold 0.1\n addUserKnob {7 difference_mask_softness l Softness}\n difference_mask_softness 0.1\n addUserKnob {7 difference_mask_blur l \"Post Blur\" R 0 200}\n difference_mask_blur 5\n addUserKnob {7 difference_mask_erode l Erode R -20 20}\n difference_mask_erode 1\n addUserKnob {26 \"\"}\n addUserKnob {6 input_mask l \"Mask by Input \" -STARTLINE}\n addUserKnob {4 input_mask_channel l \" Channel \" -STARTLINE M {rgba.red rgba.green rgba.blue rgba.alpha}}\n input_mask_channel rgba.alpha\n addUserKnob {6 input_mask_invert l Invert -STARTLINE}\n addUserKnob {7 input_mask_conservative l Conservative}\n input_mask_conservative 1\n addUserKnob {7 Input_mask_blur l Blur R 0 200}\n Input_mask_blur 5\n addUserKnob {7 Input_mask_erode l Erode R -20 20}\n addUserKnob {26 \"\"}\n addUserKnob {6 CheckMask l \"Display Masks\" +STARTLINE}\n addUserKnob {7 Opacity}\n Opacity 1\n addUserKnob {26 \"\"}\n addUserKnob {26 Info l \"\" +STARTLINE T \"Velocity Deflicker 1.1 by Ju / the Post Bangkok\\nwww.juvano.com\\nwww.the-post-bangkok.com\"}\n}\n BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0x8e8e3800\n label \"Velocity Shift\\n\"\n note_font_size 42\n xpos -330\n ypos -651\n bdwidth 317\n bdheight 450\n }\n BackdropNode {\n inputs 0\n name BackdropNode2\n tile_color 0x8e8e3800\n label \"Velocity\\nConversion\"\n note_font_size 42\n xpos 185\n ypos -1205\n bdwidth 245\n bdheight 204\n }\n BackdropNode {\n inputs 0\n name BackdropNode3\n tile_color 0x7171c600\n label \"MASK VELOCITY\"\n note_font_size 42\n xpos 69\n ypos -946\n bdwidth 375\n bdheight 813\n }\n BackdropNode {\n inputs 0\n name BackdropNode4\n tile_color 0x7171c600\n label \"MASK INPUT\"\n note_font_size 42\n xpos 544\n ypos -1017\n bdwidth 404\n bdheight 1156\n }\n BackdropNode {\n inputs 0\n name BackdropNode5\n tile_color 0x7171c600\n label \"MASK\\nDIFFERENCE\"\n note_font_size 42\n xpos -897\n ypos -1102\n bdwidth 341\n bdheight 1019\n }\n BackdropNode {\n inputs 0\n name BackdropNode6\n tile_color 0x7171c600\n label WARNINGS\n note_font_size 42\n xpos -89\n ypos 367\n bdwidth 639\n bdheight 332\n }\n Blur {\n inputs 0\n name Blur2\n xpos -680\n ypos -796\n }\n Dilate {\n inputs 0\n size -1\n name Dilate4\n xpos -884\n ypos -469\n disable true\n }\n Dilate {\n size 2\n name Dilate5\n xpos -884\n ypos -433\n disable true\n }\n Constant {\n inputs 0\n channels rgb\n color {0.5 0.5 0.5 1}\n name Constant1\n xpos 366\n ypos -1383\n }\n Reformat {\n type \"to box\"\n box_width {{img.width i}}\n box_height {{img.height i}}\n box_fixed true\n filter impulse\n name Reformat1\n xpos 366\n ypos -1301\n }\nset Nfc13700 [stack 0]\n Input {\n inputs 0\n name velocity\n xpos 621\n ypos -1347\n number 1\n }\npush $Nfc13700\n Switch {\n inputs 2\n which {{\"\\[python -execlocal ret\\\\ =\\\\ min\\\\ (\\\\ len(nuke.toNode(\\\\\\\"velocity\\\\\\\").channels())\\\\ ,\\\\ 1\\\\ )]\" i}}\n name Switch_MissingVelocity\n xpos 547\n ypos -1251\n }\n Switch {\n inputs 2\n which {{parent.noVelocity i}}\n name Switch_NoVelocity\n xpos 547\n ypos -1198\n }\n Grade {\n multiply {1 1 0 1}\n black_clamp false\n name REMOVE_BLUE\n xpos 547\n ypos -1047\n disable true\n }\n Grade {\n multiply 2\n add -1\n black_clamp false\n name Max_2_Maya_Conv\n xpos 253\n ypos -1047\n disable {{parent.velocity_type i}}\n }\nset Nfe3a800 [stack 0]\n Input {\n inputs 0\n name img\n xpos -41\n ypos -1377\n }\n Constant {\n inputs 0\n name Constant4\n xpos 110\n ypos -1402\n }\n Switch {\n inputs 2\n which {{\"\\[python -execlocal ret\\\\ =\\\\ min\\\\ (\\\\ len(nuke.toNode(\\\\\\\"img\\\\\\\").channels())\\\\ ,\\\\ 1\\\\ )]\" i}}\n name Switch_MissingImage\n xpos -41\n ypos -1276\n }\nset Ndc53de00 [stack 0]\n Copy {\n inputs 2\n from0 rgba.red\n to0 forward.u\n from1 rgba.green\n to1 forward.v\n name Velocity\n xpos -41\n ypos -1059\n }\n Dot {\n name Dot6\n xpos 3\n ypos -990\n }\nset Nfe3e800 [stack 0]\n Dot {\n name Dot5\n xpos -166\n ypos -990\n }\nset Nfe3ed00 [stack 0]\n Dot {\n name Dot9\n xpos -231\n ypos -990\n }\n Dot {\n name Dot15\n xpos -231\n ypos -571\n }\nset Nfe3f700 [stack 0]\n TimeOffset {\n time_offset -1\n time \"\"\n name TimeOffset2\n xpos -319\n ypos -510\n }\n set Cf7725c00 [stack 0]\n Crop {\n box {0 0 {img.width i} {img.height i}}\n crop false\n name Crop2\n xpos -319\n ypos -486\n }\n set Cfe4c000 [stack 0]\n IDistort {\n uv forward\n uv_scale {{parent.velocity_multiplier i}}\n maskChannel rgba.alpha\n name IDistort1\n xpos -319\n ypos -462\n disable {{parent.noVelocity i}}\n }\nset Nfe4c500 [stack 0]\n Dot {\n name Dot22\n xpos -526\n ypos -453\n }\n Dot {\n name Dot19\n xpos -526\n ypos -924\n }\n Blur {\n size {{parent.difference_mask_preblur i}}\n name Blur4\n xpos -863\n ypos -933\n }\n set Cfe4d400 [stack 0]\npush $Ndc53de00\n Dot {\n name Dot4\n xpos -397\n ypos -1273\n }\nset Nfe4d900 [stack 0]\n Dot {\n name Dot11\n xpos -464\n ypos -1273\n }\n Dot {\n name Dot24\n xpos -464\n ypos -962\n }\nset Nfe4e300 [stack 0]\n Crop {\n box {0 0 {img.width i} {img.height i}}\n name Crop1\n xpos -665\n ypos -965\n }\nclone $Cfe4d400 {\n xpos -775\n ypos -971\n selected false\n }\n Dot {\n name Dot12\n xpos -731\n ypos -861\n }\nset Nfe4f200 [stack 0]\n Merge2 {\n inputs 2\n operation difference\n name Merge13\n xpos -863\n ypos -544\n }\npush $Nfe3f700\n TimeOffset {\n time_offset 1\n time \"\"\n name TimeOffset3\n xpos -320\n ypos -351\n }\n set Cf7725500 [stack 0]\nclone $Cfe4c000 {\n xpos -320\n ypos -327\n selected false\n }\n IDistort {\n uv forward\n uv_scale {{-parent.velocity_multiplier i}}\n maskChannel rgba.alpha\n name IDistort2\n xpos -320\n ypos -303\n disable {{parent.noVelocity i}}\n }\nset Nfe6c500 [stack 0]\n Dot {\n name Dot21\n xpos -539\n ypos -294\n }\n Dot {\n name Dot20\n xpos -539\n ypos -886\n }\nclone $Cfe4d400 {\n xpos -886\n ypos -895\n selected false\n }\npush $Nfe4f200\n Merge2 {\n inputs 2\n operation difference\n name Merge3\n xpos -886\n ypos -687\n }\n Merge2 {\n inputs 2\n operation plus\n name Merge14\n xpos -750\n ypos -626\n }\n Grade {\n blackpoint {{\"clamp(parent.difference_mask_threshold - parent.difference_mask_softness)\" i}}\n whitepoint {{\"clamp(parent.difference_mask_threshold + parent.difference_mask_softness)\" i}}\n white_clamp true\n name Grade14\n xpos -750\n ypos -391\n }\n Invert {\n name Invert2\n xpos -750\n ypos -367\n disable true\n }\n HueShift {\n saturation 0\n name HueShift1\n xpos -750\n ypos -331\n }\n Shuffle {\n alpha red\n name Shuffle2\n xpos -750\n ypos -307\n }\n Blur {\n size {{parent.difference_mask_blur i}}\n name Blur3\n xpos -750\n ypos -242\n }\n Dilate {\n size {{parent.difference_mask_erode i}}\n name Dilate6\n xpos -750\n ypos -206\n }\n Dot {\n name Dot27\n xpos -706\n ypos -120\n }\npush $Nfe3a800\n Dot {\n name Dot18\n xpos 297\n ypos -997\n }\nset Nfe90000 [stack 0]\n Grade {\n multiply -1\n black_clamp false\n name FLIP_plus1_to_min1\n xpos 190\n ypos -866\n }\n Grade {\n name CLAMP_BLACK1\n xpos 190\n ypos -759\n }\npush $Nfe90000\n Grade {\n name CLAMP_BLACK2\n xpos 330\n ypos -797\n }\n Merge2 {\n inputs 2\n operation plus\n name ADD\n xpos 330\n ypos -759\n }\n Saturation {\n saturation 0\n name Saturation1\n xpos 330\n ypos -735\n }\n Grade {\n blackpoint {{clamp(parent.MaskVelocityThreshold-parent.MaskVelocitySoftness,0,100000000) i}}\n whitepoint {{clamp(parent.MaskVelocityThreshold+parent.MaskVelocitySoftness,0,10000000000) i}}\n name Grade1\n xpos 330\n ypos -711\n }\n Shuffle {\n alpha red\n name Shuffle1\n xpos 330\n ypos -687\n }\n Dot {\n name Dot17\n xpos 374\n ypos -650\n }\nset Nfeac000 [stack 0]\npush $Nfeac000\nclone $Cf7725500 {\n xpos 86\n ypos -426\n selected false\n }\npush $Nfeac000\nclone $Cf7725c00 {\n xpos 79\n ypos -579\n selected false\n }\npush $Nfeac000\n Merge2 {\n inputs 2\n operation plus\n name Merge4\n xpos 222\n ypos -512\n }\n Grade {\n channels rgba\n white_clamp true\n name Grade12\n xpos 222\n ypos -488\n }\n Merge2 {\n inputs 2\n operation plus\n name Merge10\n xpos 222\n ypos -378\n }\n Grade {\n channels rgba\n white_clamp true\n name Grade13\n xpos 222\n ypos -354\n }\n Dilate {\n size 1\n name Dilate2\n xpos 222\n ypos -325\n }\n Merge2 {\n inputs 2\n operation copy\n mix {{abs(parent.ConservativeMasking-1) i}}\n name Merge11\n xpos 330\n ypos -267\n }\n Grade {\n channels rgba\n white_clamp true\n name Grade8\n xpos 330\n ypos -243\n }\n Blur {\n size {{parent.VelocityBlurMask i}}\n name Blur5\n xpos 330\n ypos -219\n }\n Dilate {\n size {{parent.VelocityErodeMask i}}\n name Dilate7\n xpos 330\n ypos -183\n }\n Constant {\n inputs 0\n name Constant3\n xpos 604\n ypos -744\n }\n Reformat {\n type \"to box\"\n box_width {{img.width i}}\n box_height {{img.height i}}\n box_fixed true\n filter impulse\n name Reformat2\n xpos 604\n ypos -662\n }\n Invert {\n name Invert3\n xpos 604\n ypos -623\n disable {{parent.input_mask_invert i}}\n }\n set Cfecf200 [stack 0]\n Input {\n inputs 0\n name mask\n xpos 792\n ypos -929\n number 2\n }\nset Nfecf700 [stack 0]\n Shuffle {\n red alpha\n green alpha\n blue alpha\n name Shuffle6\n xpos 837\n ypos -841\n }\npush $Nfecf700\n Shuffle {\n red blue\n green blue\n alpha blue\n name Shuffle5\n xpos 769\n ypos -816\n }\npush $Nfecf700\n Shuffle {\n red green\n blue green\n alpha green\n name Shuffle4\n xpos 691\n ypos -844\n }\npush $Nfecf700\n Shuffle {\n green red\n blue red\n alpha red\n name Shuffle3\n xpos 579\n ypos -829\n }\n Switch {\n inputs 4\n which {{parent.input_mask_channel i}}\n name Switch3\n xpos 792\n ypos -757\n }\n Grade {\n channels rgba\n white_clamp true\n name Grade5\n xpos 792\n ypos -641\n }\n Merge2 {\n inputs 2\n operation copy\n name Merge9\n xpos 792\n ypos -617\n disable {{parent.input_mask i}}\n }\n Dot {\n name Dot14\n xpos 836\n ypos -565\n }\nset Nfef0500 [stack 0]\npush $Nfef0500\nclone $Cf7725500 {\n xpos 561\n ypos -459\n selected false\n }\npush $Nfef0500\nclone $Cf7725c00 {\n xpos 562\n ypos -568\n selected false\n }\npush $Nfef0500\n Merge2 {\n inputs 2\n operation plus\n name Merge1\n xpos 697\n ypos -500\n }\n Grade {\n channels rgba\n white_clamp true\n name Grade10\n xpos 697\n ypos -476\n }\n Merge2 {\n inputs 2\n operation plus\n name Merge2\n xpos 697\n ypos -430\n }\n Grade {\n channels rgba\n white_clamp true\n name Grade11\n xpos 697\n ypos -406\n }\n Dilate {\n size 1\n name Dilate1\n xpos 697\n ypos -375\n }\n Merge2 {\n inputs 2\n operation copy\n mix {{abs(parent.input_mask_conservative-1)}}\n name Merge8\n xpos 792\n ypos -318\n }\n Grade {\n channels rgba\n white_clamp true\n name Grade9\n xpos 792\n ypos -294\n }\nclone $Cfecf200 {\n xpos 792\n ypos -265\n selected false\n }\n Blur {\n size {{parent.Input_mask_blur i}}\n name Blur1\n xpos 792\n ypos -229\n }\n Dilate {\n size {{parent.Input_mask_erode i}}\n name Dilate3\n xpos 792\n ypos -193\n }\n Merge2 {\n inputs 2\n operation plus\n name MASK_VEL\n xpos 792\n ypos -157\n disable {{abs(parent.Maskbyvelocity-1) i}}\n }\n Merge2 {\n inputs 2\n operation plus\n name MASK_DIFF\n xpos 792\n ypos -123\n disable {{abs(parent.Difference_mask-1) i}}\n }\n Grade {\n channels rgba\n white_clamp true\n name Grade6\n xpos 792\n ypos -92\n }\n Grade {\n channels rgba\n white_clamp true\n name Grade7\n xpos 792\n ypos -58\n }\n Dot {\n name Dot16\n xpos 836\n ypos 59\n }\n Dot {\n name Dot7\n xpos 726\n ypos 59\n }\nset Nff31400 [stack 0]\n Invert {\n name Invert1\n xpos 165\n ypos 284\n }\npush $Nfe4e300\n Dot {\n name Dot13\n xpos -464\n ypos 193\n }\npush $Nff31400\npush $Nfe4d900\n Dot {\n name Dot10\n xpos -397\n ypos 59\n }\npush $Nfe3e800\n Dot {\n name Dot2\n xpos 3\n ypos -460\n }\nset Nff32800 [stack 0]\n Constant {\n inputs 0\n color 1\n name Constant2\n xpos -119\n ypos -548\n }\n Reformat {\n type \"to box\"\n box_width {{img.width i}}\n box_height {{img.height i}}\n box_fixed true\n filter impulse\n name Reformat3\n xpos -119\n ypos -466\n }\npush $Nff32800\n Switch {\n inputs 2\n which {{abs(parent.protect_alpha-1) i}}\n name Switch2\n xpos -119\n ypos -431\n }\nset Ndc4f5200 [stack 0]\npush $Nfe6c500\n Dot {\n name Dot3\n xpos -210\n ypos -308\n }\npush $Ndc4f5200\npush $Nfe4c500\n Dot {\n name Dot1\n xpos -221\n ypos -466\n }\npush $Nfe3ed00\n Merge2 {\n inputs 2+1\n operation copy\n maskChannelInput -rgba.alpha\n mix 0.5\n name Merge5\n xpos -210\n ypos -500\n }\n Merge2 {\n inputs 2+1\n operation copy\n maskChannelInput -rgba.alpha\n mix {{1/3 i}}\n name Merge6\n xpos -210\n ypos -352\n }\n ShuffleCopy {\n inputs 2\n name ShuffleCopy1\n xpos -79\n ypos -289\n disable {{abs(parent.protect_alpha-1) i}}\n }\n Dot {\n name Dot8\n xpos -35\n ypos -223\n }\n Merge2 {\n inputs 2+1\n operation copy\n name Merge7\n xpos -79\n ypos 56\n }\n Merge2 {\n inputs 2\n operation copy\n maskChannelMask rgba.green\n mix {{abs(parent.Opacity-1) i}}\n name Mix1\n xpos -79\n ypos 190\n }\n Merge2 {\n inputs 2\n operation copy\n name Merge12\n xpos -79\n ypos 290\n disable {{abs(parent.CheckMask-1) i}}\n }\n Text2 {\n font_size_toolbar 50\n font_width_toolbar 100\n font_height_toolbar 100\n message \"Velocity input missing\"\n old_message {\n {86 101 108 111 99 105 116 121 32 105 110 112 117 116 32 109 105 115 115 105 110 103}\n }\n box {10 5 1000 65}\n transforms {\n {0 2}\n }\n font_size_values {\n {0 50 1 50 2 50 3 50 4 50 5 50 6 50 7 50 8 50 9 50 10 50 11 50 12 50 13 50 14 50 15 50 16 50 17 50 18 50 19 50 20 50 21 50}\n }\n cursor_position 19\n font_size 50\n center {960 540}\n cursor_initialised true\n autofit_bbox false\n initial_cursor_position {\n {0 1080}\n }\n group_animations {\n {0}\n imported:\n 0\n selected:\n items:\n \"root transform/\"\n }\n animation_layers {\n {1 11 960 540 0 0 1 1 0 0 0 0}\n }\n color {1 0 0 1}\n name Warning_Velocity\n xpos -79\n ypos 464\n disable {{\"\\[python min\\\\ (\\\\ (len(nuke.toNode(\\\\\\\"velocity\\\\\\\").channels())\\\\ +\\\\ nuke.toNode(\\\\\\\"Switch_NoVelocity\\\\\\\")\\\\\\['which'\\\\].value())\\\\ ,\\\\ 1\\\\ )]\"}}\n }\n Text2 {\n font_size_toolbar 50\n font_width_toolbar 100\n font_height_toolbar 100\n message \"Img input missing\"\n old_message {\n {73 109 103 32 105 110 112 117 116 32 109 105 115 115 105 110 103}\n }\n box {10 73 1000 133}\n transforms {\n {0 2}\n }\n font_size_values {\n {0 50 1 50 2 50 3 50 4 50 5 50 6 50 7 50 8 50 9 50 10 50 11 50 12 50 13 50 14 50 15 50 16 50}\n }\n cursor_position 17\n font_size 50\n center {960 540}\n cursor_initialised true\n autofit_bbox false\n initial_cursor_position {\n {0 1080}\n }\n group_animations {\n {0}\n imported:\n 0\n selected:\n items:\n \"root transform/\"\n }\n animation_layers {\n {1 11 960 540 0 0 1 1 0 0 0 0}\n }\n color {1 0 0 1}\n name Warning_Img\n xpos -79\n ypos 507\n disable {{\"\\[python min\\\\ (\\\\ len(nuke.toNode(\\\\\\\"img\\\\\\\").channels())\\\\ ,\\\\ 1\\\\ )]\"}}\n }\n Output {\n name Output1\n xpos -79\n ypos 766\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_DefocusSwirlyBokeh.gizmo", "content": "set cut_paste_input [stack 0]\npush $cut_paste_input\nGroup {\n name DefocusSwirlyBokeh\n tile_color 0xb16f43ff\n selected true\n addUserKnob {20 DefocusSwirlyBokeh}\n addUserKnob {6 usegpu l \"use gpu\" t \"You REALLY need a good GPU to use this node effectively. With CPU it will be excruciatingly slow.\" +STARTLINE}\n usegpu true\n addUserKnob {7 size l \"bokeh size\" t \"The size of your defocus.\" R 2 100}\n size 25\n addUserKnob {7 aspect_ratio l \"aspect ratio\" R 0.25 1.5}\n aspect_ratio 1\n addUserKnob {7 swirl_amount l \"swirly amount\" t \"How much to increase the cat's eye effect on the edges of frame.\"}\n swirl_amount 1\n addUserKnob {26 spacer2 l \" \" T \"\"}\n addUserKnob {7 bokeh_contrast l \"bokeh contrast\" t \"adjust contrast of bokeh up or down: 0 is grey. 1 is no change. 4 is high contrast.\\n\" R 0 2}\n bokeh_contrast 1\n addUserKnob {7 bokeh_blur l \"bokeh blur\" t \"Blur the bokeh to soften out the edges. (percent of input resolution).\" R 0 0.5}\n addUserKnob {26 spacer l \" \" T \"\"}\n addUserKnob {6 enable_bokeh_masking l \"enable bokeh masking\" t \"false: \\nuse the input filter for the whole frame. \\n\\ntrue: \\nthe outward facing edges of the bokeh get increasingly masked by a radial towards the edge of frame.\" +STARTLINE}\n addUserKnob {7 bokeh_radial_softness l \"radial softness\" t \"How soft is the radial that masks the edge bokeh if enable bokeh masking is true.\"}\n bokeh_radial_softness 0.5\n addUserKnob {15 mattebox}\n addUserKnob {7 mattebox_softness l \"mattebox softness\" R 0 25}\n addUserKnob {20 About}\n addUserKnob {26 about_label l \" \" T \"
\\nBased on Alexander Kulikov's CatsEyeDefocus.
\\nwww.nukepedia.com/blink/filter/catseyedefocus\\n

\\nSimplifying the node. The blink convolution node is the same.\\n

\\ngist.github.com/jedypod\\n\"}\n}\n Input {\n inputs 0\n name Inputfilter\n label \"\\[value number]\"\n xpos -370\n ypos -568\n number 1\n }\n Reformat {\n inputs 0\n type \"to box\"\n box_width 128\n box_height {{box_width}}\n box_fixed true\n name ReformatBox\n xpos -590\n ypos -562\n }\n Flare {\n position {{width/2} {height/2}}\n radius {{position.x-(position.x*0.15)} {radius.0+(radius.0*0.02)} {radius.0+(radius.0*0.05)}}\n inner_color 0.145\n outer_falloff 0.54\n inner_falloff 0.88\n name Flare1\n xpos -590\n ypos -514\n }\n Keyer {\n operation \"luminance key\"\n range {0 0.404087018 1 1}\n name Keyer1\n xpos -590\n ypos -472\n }\n Switch {\n inputs 2\n which {{\"\\[exists parent.input1]\"}}\n name Switch1\n xpos -370\n ypos -466\n }\n Dot {\n name Dot2\n label \" \"\n note_font \"Helvetica Bold Bold\"\n note_font_size 24\n note_font_color 0xa5a5a501\n xpos -336\n ypos -366\n }\nset Nced61ee0 [stack 0]\n Radial {\n replace true\n area {0 0 {input.width} {input.height}}\n softness {{parent.bokeh_radial_softness}}\n name LensEdgeBokehSoften\n xpos -370\n ypos -346\n }\n Reformat {\n type \"to box\"\n box_width {{parent.size}}\n box_height {{box_width}}\n box_fixed true\n name SCALE_FILTER1\n xpos -370\n ypos -298\n }\n Reformat {\n type scale\n box_fixed true\n scale {{parent.aspect_ratio} 1}\n resize distort\n name ASPECT_RATIO2\n xpos -370\n ypos -250\n }\n Crop {\n box {{parent.mattebox+(parent.mattebox*input.width)} {parent.mattebox+(parent.mattebox*input.height)} {input.width-(parent.mattebox*input.width)} {input.height-(parent.mattebox*input.height)}}\n softness {{parent.mattebox_softness}}\n name MATTEBOX\n xpos -370\n ypos -202\n }\n Mirror2 {\n flip true\n flop true\n name Mirror2_1\n xpos -370\n ypos -154\n }\n Reformat {\n type \"to box\"\n box_width {{\"\\[exists input] ? input.width : root.width\"}}\n box_height {{\"\\[exists input] ? input.height : root.height\"}}\n box_fixed true\n box_pixel_aspect {{\"\\[exists input] ? input.pixel_aspect : root.pixel_aspect\"}}\n resize none\n black_outside true\n name BboxRemove\n xpos -370\n ypos -34\n }\n Dot {\n name Dot3\n label \" \"\n note_font \"Helvetica Bold Bold\"\n note_font_size 24\n note_font_color 0xa5a5a501\n xpos -336\n ypos 138\n }\npush $Nced61ee0\n Dot {\n name Dot1\n label \" \"\n note_font \"Helvetica Bold Bold\"\n note_font_size 24\n note_font_color 0xa5a5a501\n xpos -116\n ypos -366\n }\n Reformat {\n type \"to box\"\n box_width {{parent.size}}\n box_height {{box_width}}\n box_fixed true\n name SCALE_FILTER\n xpos -150\n ypos -298\n }\n Reformat {\n type scale\n box_fixed true\n scale {{parent.aspect_ratio} 1}\n resize distort\n name ASPECT_RATIO\n selected true\n xpos -150\n ypos -250\n }\n Crop {\n box {{parent.mattebox+(parent.mattebox*input.width)} {parent.mattebox+(parent.mattebox*input.height)} {input.width-(parent.mattebox*input.width)} {input.height-(parent.mattebox*input.height)}}\n softness {{parent.mattebox_softness}}\n name MATTEBOX1\n xpos -150\n ypos -202\n }\n CCorrect {\n channels rgb\n contrast {{parent.bokeh_contrast}}\n name BokehContrast\n xpos -150\n ypos -154\n }\n Clamp {\n channels rgba\n maximum_enable false\n name ClampMin\n xpos -150\n ypos -118\n }\n Group {\n name BlurPercent\n tile_color 0xc4814dff\n xpos -150\n ypos -82\n addUserKnob {20 percentBlur l \"Percent Blur\"}\n addUserKnob {41 channels T _BLUR_.channels}\n addUserKnob {14 percent R 0 100}\n percent {{parent.bokeh_blur*100}}\n addUserKnob {41 filter T _BLUR_.filter}\n addUserKnob {41 quality l \"\" -STARTLINE T _BLUR_.quality}\n addUserKnob {41 crop l \"crop to format\" -STARTLINE T _BLUR_.crop}\n addUserKnob {41 mix T _BLUR_.mix}\n }\n Input {\n inputs 0\n name Input\n xpos 440\n ypos -225\n }\n Blur {\n channels rgba\n size {{width/3*(percent/100) x1001 6.826666667e+10} {width/3*(percent/100)*(1/pixel_aspect)}}\n crop false\n name _BLUR_\n xpos 440\n ypos -153\n addUserKnob {20 User}\n addUserKnob {7 xpercent l xPercent R 0 100}\n xpercent 25.5\n addUserKnob {7 ypercent l yPercent R 0 100}\n ypercent {{xpercent}}\n }\n Output {\n name Output1\n xpos 440\n ypos -81\n }\n end_group\n Reformat {\n type \"to box\"\n box_width {{\"\\[exists input] ? input.width : root.width\"}}\n box_height {{\"\\[exists input] ? input.height : root.height\"}}\n box_fixed true\n box_pixel_aspect {{\"\\[exists input] ? input.pixel_aspect : root.pixel_aspect\"}}\n resize none\n black_outside true\n name BboxRemove1\n xpos -150\n ypos -10\n }\n Dot {\n name Dot4\n label \" \"\n note_font \"Helvetica Bold Bold\"\n note_font_size 24\n note_font_color 0xa5a5a501\n xpos -116\n ypos 66\n }\nset Ncee42110 [stack 0]\n Switch {\n inputs 2\n which {{parent.enable_bokeh_masking}}\n name SoftEdgeBokeh\n xpos -150\n ypos 134\n }\npush $Ncee42110\n Dot {\n name Dot5\n label \" \"\n note_font \"Helvetica Bold Bold\"\n note_font_size 24\n note_font_color 0xa5a5a501\n xpos -6\n ypos 66\n }\n Input {\n inputs 0\n name Input\n label \"\\[value number]\"\n xpos 70\n ypos -568\n }\n Constant {\n inputs 0\n name Constant1\n xpos 290\n ypos -442\n postage_stamp false\n }\n Switch {\n inputs 2\n which {{\"\\[exists parent.input0]\"}}\n name Switch2\n xpos 70\n ypos -442\n }\n BlinkScript {\n inputs 3\n ProgramGroup 1\n KernelDescription \"2 \\\"CatsEyeConvolve\\\" iterate pixelWise d3f7f7268f50afeb0ffd385b019c65664a5775e0f4a8983e20044cb012fe17e8 4 \\\"src\\\" Read Ranged2D \\\"filter\\\" Read Random \\\"ext\\\" Read Random \\\"dst\\\" Write Point 3 \\\"Amount\\\" Float 1 AACAPw== \\\"Format\\\" Int 2 AAUAANACAAA= \\\"Interpolate\\\" Bool 1 AQ== 3 \\\"amount\\\" 1 1 \\\"_format\\\" 2 1 \\\"interpolate\\\" 1 1 7 \\\"srcrangeMin\\\" Int 2 1 AAAAAAAAAAA= \\\"srcrangeMax\\\" Int 2 1 AAAAAAAAAAA= \\\"extconstEdgeColor\\\" Float 4 1 AAAAAAAAAAAAAAAAAAAAAA== \\\"_filterOffset\\\" Int 2 1 AAAAAAAAAAA= \\\"halfWidth\\\" Int 1 1 AAAAAA== \\\"halfHeight\\\" Int 1 1 AAAAAA== \\\"step\\\" Float 1 1 AAAAAA==\"\n EncodedSource \"1 2904 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\"\n rebuild \"\"\n CatsEyeConvolve_Amount {{parent.swirl_amount}}\n CatsEyeConvolve_Format {{input.width} {input.height}}\n protectKernelWhenPublishing true\n rebuild_finalise \"\"\n name BlinkScript2\n xpos 70\n ypos 128\n }\n Output {\n name Output\n xpos 70\n ypos 254\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_DespillToColor.gizmo", "content": "set cut_paste_input [stack 0]\npush $cut_paste_input\nGroup {\n name DespillToColor\n tile_color 0x475247ff\n note_font \"Bitstream Vera Sans Bold Bold Bold\"\n note_font_color 0xffffffff\n selected true\n addUserKnob {20 User l main}\n addUserKnob {68 sto l \"screen type\" t \"- auto - The screen type will be controlled by \\n the screen color:\\n\\n g>b : green despill\\n b>g : blue despill\\n\\n- 'blue' and 'green' act as an override so you can pick a blue-ish screen color but still despill green tones and vice versa.\\n\" M {auto green blue \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\"}}\n addUserKnob {18 sc l \"screen color\"}\n sc {0.11 0.11 0.1}\n addUserKnob {6 sc_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 sc_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 sc_panelDropped_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {18 tc l \"target color\"}\n tc {0.11 0.11 0.1}\n addUserKnob {6 tc_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 tc_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 tc_panelDropped_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {7 balance t \"- determines which colors get affected more by the despill operation. \\nlower : red\\nhigher : green / blue\" R 0 2}\n balance 1\n addUserKnob {7 gain t \"Increasing gain will affect a wider range of colors.\" R 0.5 3.5}\n gain 1\n addUserKnob {26 \"\"}\n addUserKnob {6 enableErode l \"enable erode\" +STARTLINE}\n addUserKnob {6 spillmatte l \"spillmatte output\" t \"- spillmatte output to alpha channel.\\nThis channel is normalised, so the picked color has an alpha value of 1. \\nIn ordner not to clamp values above 1 you might choose to grade this mask down a bit.\" -STARTLINE}\n addUserKnob {7 erode t \"For blurry edges, eroding the despill matte is an alternative to increasing the gain.\" R 0.1 50}\n erode 1\n addUserKnob {7 erodeMix l mix}\n erodeMix 1\n addUserKnob {26 \"\"}\n addUserKnob {7 falloff t \"- controls the gamma on the despill matte.\" R 0.5 1.5}\n falloff 1\n addUserKnob {26 \"\"}\n addUserKnob {41 maskChannelMask l mask -STARTLINE T Merge1.maskChannelMask}\n addUserKnob {41 inject -STARTLINE T Merge1.inject}\n addUserKnob {41 invert_mask l invert -STARTLINE T Merge1.invert_mask}\n addUserKnob {41 fringe -STARTLINE T Merge1.fringe}\n addUserKnob {41 unpremult l \"(un)premult by\" T despillGreen.unpremult}\n addUserKnob {7 mix}\n mix 1\n addUserKnob {26 \"\"}\n addUserKnob {20 info l \"info / advanced\" n 1}\n info 0\n addUserKnob {26 jm l \"\" +STARTLINE T \"Despill to Color by Johannes Masanz\\nVersion: 4.1\"}\n addUserKnob {26 \"\"}\n addUserKnob {7 ir l \"increase range\" t \"compensates for screen values higher than 1\" R 0 100}\n ir 50\n addUserKnob {20 endGroup_1 l endGroup n -1}\n}\n Input {\n inputs 0\n name mask\n xpos -234\n ypos 479\n number 1\n }\nset N19c2ece0 [stack 0]\n Input {\n inputs 0\n name source\n xpos -84\n ypos 76\n }\nset N19c32900 [stack 0]\n Expression {\n expr0 r\n expr1 g\n expr2 b\n channel3 alpha\n expr3 parent.gain<1?min((b-(r*parent.balance+g*(1-(parent.balance-1)))/2),(b*parent.gain-(r*parent.balance+g*(1-(parent.balance-1)))/2)):(b*parent.gain-(r*parent.balance+g*(1-(parent.balance-1)))/2)\n name ExpBlue\n xpos 516\n ypos 76\n }\n Grade {\n channels alpha\n whitepoint {{parent.NoOp1.avb}}\n name despillWhite1\n xpos 516\n ypos 102\n }\nset N19c42b50 [stack 0]\npush $N19c32900\n Expression {\n expr0 r\n expr1 g\n expr2 b\n channel3 alpha\n expr3 parent.gain<1?min((g*parent.gain-(r*parent.balance+b*(1-(parent.balance-1)))/2),(g-(r*parent.balance+b*(1-(parent.balance-1)))/2)):(g*parent.gain-(r*parent.balance+b*(1-(parent.balance-1)))/2)\n name ExpGreen\n xpos 402\n ypos 76\n }\n Grade {\n channels alpha\n whitepoint {{parent.NoOp1.avg}}\n name despillWhite\n xpos 402\n ypos 102\n }\nset N19c5b330 [stack 0]\npush $N19c5b330\npush $N19c42b50\n Switch {\n inputs 2\n which {{parent.sc.b>parent.sc.g?0:1}}\n name Switch2\n xpos 456\n ypos 149\n }\n Switch {\n inputs 3\n which {{parent.sto}}\n name Switch3\n xpos 456\n ypos 175\n }\n FilterErode {\n size {{-parent.erode}}\n filter gaussian\n mix {{parent.erodeMix}}\n name despillGaussian\n xpos 456\n ypos 219\n disable {{1-parent.enableErode}}\n }\nset N19c74f40 [stack 0]\n Grade {\n channels alpha\n gamma {{parent.falloff}}\n black_clamp false\n name falloff\n xpos 346\n ypos 264\n }\nset N19c7f520 [stack 0]\npush $N19c74f40\n ChannelMerge {\n inputs 2\n operation max\n name ChannelMerge1\n xpos 456\n ypos 257\n }\npush $N19c7f520\npush $N19c74f40\n ChannelMerge {\n inputs 2\n operation min\n name ChannelMerge2\n xpos 563\n ypos 257\n disable {{parent.falloff==1?1:0}}\n }\n Switch {\n inputs 2\n which {{parent.falloff>1?1:0}}\n name Switch1\n xpos 456\n ypos 307\n }\nset N19ca11a0 [stack 0]\npush $N19c2ece0\npush $N19ca11a0\n Grade {\n channels alpha\n whitepoint {{parent.NoOp1.avb}}\n white {{parent.ir+1}}\n reverse true\n name Grade2\n xpos 516\n ypos 347\n }\npush $N19c32900\n Grade {\n inputs 1+1\n channels rgba\n add {{parent.tc*(clamp(1/clamp(parent.NoOp1.avb/(parent.ir+1)),0,1000000))-parent.sc*(clamp(1/clamp(parent.NoOp1.avb/(parent.ir+1)),0,1000000))} {parent.tc*(clamp(1/clamp(parent.NoOp1.avb/(parent.ir+1)),0,1000000))-parent.sc*(clamp(1/clamp(parent.NoOp1.avb/(parent.ir+1)),0,1000000))} {parent.tc*(clamp(1/clamp(parent.NoOp1.avb/(parent.ir+1)),0,1000000))-parent.sc*(clamp(1/clamp(parent.NoOp1.avb/(parent.ir+1)),0,1000000))} {curve}}\n black_clamp false\n unpremult {{{parent.despillGreen.unpremult}}}\n name despillBlue\n xpos 516\n ypos 383\n }\nset N19cb43c0 [stack 0]\npush $N19ca11a0\n Grade {\n channels alpha\n whitepoint {{parent.NoOp1.avg}}\n white {{parent.ir+1}}\n reverse true\n name Grade4\n xpos 402\n ypos 348\n }\npush $N19c32900\n Grade {\n inputs 1+1\n channels rgba\n add {{parent.tc*(clamp(1/clamp(parent.NoOp1.avg/(parent.ir+1)),0,inf))-parent.sc*(clamp(1/clamp(parent.NoOp1.avg/(parent.ir+1)),0,inf))} {parent.tc*(clamp(1/clamp(parent.NoOp1.avg/(parent.ir+1)),0,inf))-parent.sc*(clamp(1/clamp(parent.NoOp1.avg/(parent.ir+1)),0,inf))} {parent.tc*(clamp(1/clamp(parent.NoOp1.avg/(parent.ir+1)),0,inf))-parent.sc*(clamp(1/clamp(parent.NoOp1.avg/(parent.ir+1)),0,inf))} {curve}}\n black_clamp false\n unpremult -rgba.alpha\n name despillGreen\n xpos 402\n ypos 383\n }\nset N19ccd5a0 [stack 0]\npush $N19ccd5a0\npush $N19cb43c0\n Switch {\n inputs 2\n which {{parent.sc.b>parent.sc.g?0:1}}\n name Switch4\n xpos 456\n ypos 453\n }\n Switch {\n inputs 3\n which {{parent.sto}}\n name Switch5\n xpos 456\n ypos 479\n }\npush $N19c32900\n Merge2 {\n inputs 2+1\n operation copy\n bbox B\n maskChannelInput -rgba.alpha\n mix {{parent.mix}}\n name Merge1\n xpos -84\n ypos 479\n }\n Shuffle {\n alpha black\n name Shuffle1\n xpos -84\n ypos 505\n disable {{1-spillmatte}}\n }\n Copy {\n inputs 2+1\n from0 rgba.alpha\n to0 rgba.alpha\n bbox B\n name Copy2\n xpos -84\n ypos 545\n disable {{1-spillmatte}}\n }\n Output {\n name Output1\n xpos -84\n ypos 599\n }\n NoOp {\n inputs 0\n name NoOp1\n xpos 181\n ypos 160\n addUserKnob {20 User}\n addUserKnob {7 avg l alphavalueGreen}\n avg {{parent.sc.g*clamp(1,parent.gain,inf)-(parent.sc.b*(1-(parent.balance-1))+parent.sc.r*parent.balance)/2}}\n addUserKnob {7 avb l alphavalueBlue}\n avb {{parent.sc.b*clamp(1,parent.gain,inf)-(parent.sc.g*(1-(parent.balance-1))+parent.sc.r*parent.balance)/2}}\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_Diffusion.gizmo", "content": "Group {\n name Diffusion\n onCreate \"n = nuke.thisNode()\\nn.knob('size').setRange(0, 300)\"\n tile_color 0xcc804eff\n note_font \"Bitstream Vera Sans Bold\"\n note_font_color 0xffffffff\n selected true\n addUserKnob {20 Diffusion}\n addUserKnob {41 channels T Merge1.also_merge}\n addUserKnob {26 \"\"}\n addUserKnob {41 size T Blur33.size}\n addUserKnob {7 amount R 0 4}\n amount 1\n addUserKnob {26 text l \" \" T \" \"}\n addUserKnob {7 min}\n min 1\n addUserKnob {7 max}\n max 1\n addUserKnob {26 \"\"}\n addUserKnob {26 \"\" l mask T \"\"}\n addUserKnob {41 maskChannelInput l \"\" -STARTLINE T Merge1.maskChannelInput}\n addUserKnob {41 inject -STARTLINE T Merge1.inject}\n addUserKnob {41 invert_mask l invert -STARTLINE T Merge1.invert_mask}\n addUserKnob {41 fringe -STARTLINE T Merge1.fringe}\n addUserKnob {41 mix T Merge1.mix}\n}\n Input {\n inputs 0\n name Inputmask\n xpos -297\n ypos 634\n number 1\n }\n Input {\n inputs 0\n name Input\n xpos -458\n ypos 115\n }\n Dot {\n name Dot43\n xpos -424\n ypos 250\n }\nset Ne65091b0 [stack 0]\n Dot {\n name Dot6\n note_font_size 41\n xpos -424\n ypos 334\n }\nset Ne6522bb0 [stack 0]\n Dot {\n name Dot3\n note_font_size 41\n xpos -275\n ypos 334\n }\nset Ndf58cc90 [stack 0]\n Dot {\n name Dot77\n xpos -165\n ypos 334\n }\nset Ne5fdeaa0 [stack 0]\n Dot {\n name Dot78\n xpos -28\n ypos 334\n }\n Blur {\n size 100\n name Blur33\n label \"\\[value size]\"\n xpos -62\n ypos 366\n }\npush $Ne5fdeaa0\n Merge2 {\n inputs 2\n operation minus\n Achannels none\n Bchannels none\n output none\n also_merge all\n name Merge36\n selected true\n xpos -199\n ypos 371\n }\n Dot {\n name Dot79\n xpos -165\n ypos 446\n }\npush $Ndf58cc90\n Merge2 {\n inputs 2\n operation plus\n Achannels none\n Bchannels none\n output none\n also_merge all\n mix {{parent.amount/13}}\n name Merge37\n xpos -309\n ypos 439\n }\n Dot {\n name Dot4\n note_font_size 41\n xpos -275\n ypos 512\n }\nset Ne5e70760 [stack 0]\n Dot {\n name Dot5\n note_font_size 41\n xpos -275\n ypos 572\n }\npush $Ne5e70760\npush $Ne6522bb0\n Merge2 {\n inputs 2\n operation min\n Achannels none\n Bchannels none\n output none\n also_merge all\n mix {{parent.min}}\n name Merge2\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos -458\n ypos 505\n }\n Merge2 {\n inputs 2\n operation max\n Achannels none\n Bchannels none\n output none\n also_merge all\n mix {{parent.max}}\n name Merge3\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos -458\n ypos 565\n }\npush $Ne65091b0\n Dot {\n name Dot1\n note_font_size 41\n xpos -624\n ypos 250\n }\n Dot {\n name Dot2\n note_font_size 41\n xpos -624\n ypos 638\n }\n Merge2 {\n inputs 2+1\n operation copy\n output none\n also_merge rgb\n name Merge1\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos -458\n ypos 631\n }\n Output {\n name Output1\n xpos -458\n ypos 721\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_DirectionalBlur.gizmo", "content": "set cut_paste_input [stack 0]\npush $cut_paste_input\nGroup {\n name DirectionalBlur\n tile_color 0xcc804eff\n note_font \"Lucida Grande Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold\"\n note_font_color 0xffffffff\n selected true\n addUserKnob {20 DirectionalBlur}\n addUserKnob {41 channels T MergeKeymix.also_merge}\n addUserKnob {26 \"\"}\n addUserKnob {4 type l Type M {Blur Defocus}}\n type Defocus\n addUserKnob {4 filter -STARTLINE M {Impulse Cubic Keys Simon Rifman Mitchell Parzen Notch Lanczos4 Lancsos6 Sinc4 \"\"}}\n filter Cubic\n addUserKnob {6 clampNeg l \"Clamp Negatives (if changing filters)\" +STARTLINE}\n addUserKnob {6 blackOutsideBefore l \"Black Outside Before Rotation\" +STARTLINE}\n blackOutsideBefore true\n addUserKnob {7 rotate l Rotate R -180 180}\n addUserKnob {7 size l Size R 0 100}\n size 25\n addUserKnob {7 additionalBlur l \"Perpendicular Blur\" R 0 100}\n addUserKnob {26 \"\"}\n addUserKnob {4 bbox l \"Set BBox to\" M {Union \"Mask Intersect\" B \"Input Format\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\"}}\n addUserKnob {6 blackOutside l \"Black Outside\" -STARTLINE}\n addUserKnob {14 adjustBBox l \"Adjust BBox\" R 0 100}\n addUserKnob {26 \"\"}\n addUserKnob {41 maskChannelMask l mask T MergeKeymix.maskChannelMask}\n addUserKnob {41 inject -STARTLINE T MergeKeymix.inject}\n addUserKnob {41 invert_mask l invert -STARTLINE T MergeKeymix.invert_mask}\n addUserKnob {41 fringe -STARTLINE T MergeKeymix.fringe}\n addUserKnob {41 mix T MergeKeymix.mix}\n addUserKnob {20 info l Info}\n addUserKnob {26 creator l Creator: T \"Tony Lyons\"}\n addUserKnob {26 desc l Name: t \"Add description and tooltip for gizmo\" T DirectionalBlur}\n addUserKnob {26 ver l Version: T v04}\n}\n BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0x535e5a00\n label \"BBox Management\"\n note_font_size 30\n note_font_color 0xffffffff\n xpos -930\n ypos 381\n bdwidth 538\n bdheight 628\n }\n Input {\n inputs 0\n name Input\n xpos 0\n ypos -515\n }\n Dot {\n name Dot1\n note_font_size 41\n xpos 34\n ypos -421\n }\nset N1d135e0 [stack 0]\n Dot {\n name Dot20\n note_font_size 41\n xpos -135\n ypos -421\n }\nset N1d171a0 [stack 0]\n Dot {\n name Dot22\n note_font_size 41\n xpos -135\n ypos 31\n }\nset N1d1ae30 [stack 0]\n AdjBBox {\n numpixels {{ceil((parent.BBoxCalculator.widthResult*1.5)+(parent.BBoxCalculator.widthResult/4))} {ceil(parent.BBoxCalculator.heightResult*1.5)+(parent.BBoxCalculator.heightResult/4)}}\n name AdjBBoxSizeRotated\n xpos -169\n ypos 87\n }\n AdjBBox {\n numpixels {{ceil((parent.additionalBlurBBoxCalculator.widthResult*1.5)+(parent.additionalBlurBBoxCalculator.widthResult/4))} {ceil((parent.additionalBlurBBoxCalculator.heightResult*1.5)+(parent.additionalBlurBBoxCalculator.heightResult/4))}}\n name AdjBBoxAdditionalBlurRotated\n xpos -169\n ypos 141\n }\n AdjBBox {\n numpixels {{\"ceil(max(input.format.w, input.format.h)*.0025)\"}}\n name AdjBBoxExtra\n xpos -169\n ypos 187\n }\n Dot {\n name Dot21\n note_font_size 41\n xpos -135\n ypos 254\n }\npush $N1d1ae30\npush $N1d135e0\n Transform {\n rotate {{parent.rotate}}\n center {{input.width/2} {input.height/2}}\n filter {{parent.filter}}\n black_outside {{parent.blackOutsideBefore}}\n name Transform1\n xpos 0\n ypos -351\n }\n Dot {\n name Dot125\n xpos 34\n ypos -293\n }\nset N1d26e70 [stack 0]\n Dot {\n name Dot126\n xpos 170\n ypos -293\n }\n Defocus {\n defocus {{parent.Blur28.size.w}}\n scale {1 1e-05}\n name Defocus6\n xpos 136\n ypos -256\n }\n Dot {\n name Dot127\n xpos 170\n ypos -199\n }\npush $N1d26e70\n Blur {\n size {{parent.size} 0}\n crop false\n name Blur28\n label \"\\[value size]\"\n xpos 0\n ypos -261\n }\n Switch {\n inputs 2\n which {{parent.type}}\n name BlurType\n xpos 0\n ypos -202\n }\n Blur {\n size {0 {parent.additionalBlur}}\n crop false\n name Blur1\n label \"\\[value size]\"\n xpos 0\n ypos -161\n }\n Transform {\n rotate {{-parent.Transform1.rotate}}\n center {{parent.Transform1.center} {parent.Transform1.center}}\n filter {{parent.filter}}\n black_outside false\n name Transform2\n xpos 0\n ypos -99\n }\n Clamp {\n maximum_enable false\n name Clamp1\n xpos 0\n ypos -39\n disable {{!clampNeg}}\n }\n Switch {\n inputs 2\n which 1\n name Switch1\n xpos 0\n ypos 28\n disable {{\"size == 0 && additionalBlur == 0 ? 0 : 1\"}}\n }\n CopyBBox {\n inputs 2\n name CopyBBox1\n xpos 0\n ypos 251\n }\n Dot {\n name Dot17\n label A\n note_font_size 41\n xpos 34\n ypos 344\n }\n Dot {\n name Dot7\n note_font_size 41\n xpos 34\n ypos 443\n }\nset N1caf510 [stack 0]\n Dot {\n name Dot12\n note_font_size 41\n xpos -516\n ypos 443\n }\n Crop {\n box {{-adjustBBox.w} {-adjustBBox.h} {parent.width+adjustBBox.w} {parent.height+adjustBBox.h}}\n intersect true\n crop false\n name CopyBBoxFormat\n xpos -550\n ypos 711\n }\n Dot {\n name Dot16\n note_font_size 41\n xpos -516\n ypos 759\n }\npush $N1d171a0\n Dot {\n name Dot2\n note_font_size 41\n xpos -768\n ypos -421\n }\n Dot {\n name Dot18\n label B\n note_font_size 41\n xpos -768\n ypos 323\n }\n Dot {\n name Dot11\n note_font_size 41\n xpos -768\n ypos 512\n }\nset N1d39c80 [stack 0]\n Dot {\n name Dot8\n note_font_size 41\n xpos -864\n ypos 512\n }\n Dot {\n name Dot15\n note_font_size 41\n xpos -864\n ypos 711\n }\npush $N1d39c80\n Input {\n inputs 0\n name Inputmask\n xpos 346\n ypos 202\n number 1\n }\n Dot {\n name Dot5\n label Mask\n note_font_size 41\n xpos 380\n ypos 332\n }\nset N1d48d30 [stack 0]\n Dot {\n name Dot10\n note_font_size 41\n xpos 270\n ypos 332\n }\npush $N1caf510\n Merge2 {\n inputs 2\n bbox intersection\n Achannels {rgba.red -rgba.green -rgba.blue rgba.alpha}\n Bchannels {rgba.red -rgba.green -rgba.blue rgba.alpha}\n output {rgba.red -rgba.green -rgba.blue rgba.alpha}\n name MergeIntersection\n xpos 236\n ypos 436\n disable {{\"!\\[exists parent.input1]\"}}\n }\n Merge2 {\n inputs 2\n Achannels {rgba.red -rgba.green -rgba.blue rgba.alpha}\n Bchannels {rgba.red -rgba.green -rgba.blue rgba.alpha}\n output {rgba.red -rgba.green -rgba.blue rgba.alpha}\n name MergeUnion\n xpos 236\n ypos 505\n disable {{\"!\\[exists parent.input1]\"}}\n }\n Dot {\n name Dot6\n label \"intersection\\nof (Mask and A) + B\"\n note_font_size 14\n note_font_color 0xffffffff\n xpos 270\n ypos 669\n }\npush $N1d48d30\n Dot {\n name Dot4\n note_font_size 41\n xpos 380\n ypos 564\n }\npush $N1caf510\npush $N1d39c80\n Dot {\n name Dot3\n note_font_size 41\n xpos -768\n ypos 564\n }\nset N1d650c0 [stack 0]\n Merge2 {\n inputs 2+1\n operation copy\n Achannels none\n Bchannels none\n output none\n also_merge rgba\n name MergeKeymix\n xpos 0\n ypos 557\n }\n Dot {\n name Dot14\n note_font_size 41\n xpos 34\n ypos 623\n }\nset N1d75b30 [stack 0]\npush $N1d650c0\n CopyBBox {\n inputs 2\n name CopyBBoxUnion\n xpos -802\n ypos 620\n disable {{parent.bbox==0?0:1}}\n }\n CopyBBox {\n inputs 2\n name CopyBBoxIntersection\n xpos -802\n ypos 666\n disable {{\"parent.bbox==1 ? 0 : 1\"}}\n }\n CopyBBox {\n inputs 2\n name CopyBBoxB\n xpos -802\n ypos 708\n disable {{\"parent.bbox==2 ? 0 : 1\"}}\n }\n CopyBBox {\n inputs 2\n name CopyBBoxFormatIntersect\n xpos -802\n ypos 756\n disable {{\"parent.bbox==3 ? 0 : 1\"}}\n }\n AdjBBox {\n numpixels {{parent.adjustBBox.w} {parent.adjustBBox.h}}\n name AdjBBox\n xpos -802\n ypos 805\n disable {{\"parent.bbox==4 ? 1 : 0\"}}\n }\n Dot {\n name Dot9\n note_font_size 41\n xpos -768\n ypos 910\n }\npush $N1d75b30\n CopyBBox {\n inputs 2\n name CopyBBox\n xpos 0\n ypos 906\n }\n BlackOutside {\n name BlackOutside1\n xpos 0\n ypos 930\n disable {{!parent.blackOutside}}\n }\n Output {\n name Output1\n xpos 0\n ypos 1029\n }\n NoOp {\n inputs 0\n name BBoxCalculator\n xpos -310\n ypos 85\n addUserKnob {20 User}\n addUserKnob {7 angle l Angle R -180 180}\n angle {{parent.rotate}}\n addUserKnob {7 length l Length R 0 100}\n length {{parent.size}}\n addUserKnob {7 widthResult l \"Width Result\"}\n widthResult {{abs(cos(radians(angle))*length)}}\n addUserKnob {7 heightResult l \"Height Result\"}\n heightResult {{abs(sin(radians(angle))*length)}}\n }\n NoOp {\n inputs 0\n name additionalBlurBBoxCalculator\n xpos -317\n ypos 143\n addUserKnob {20 User}\n addUserKnob {7 angle l Angle R -180 180}\n angle {{parent.rotate}}\n addUserKnob {7 length l Length R 0 100}\n length {{parent.additionalBlur}}\n addUserKnob {7 widthResult l \"Width Result\"}\n widthResult {{abs(sin(radians(angle))*length)}}\n addUserKnob {7 heightResult l \"Height Result\"}\n heightResult {{abs(cos(radians(angle))*length)}}\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_Distance3D.gizmo", "content": "set cut_paste_input [stack 0]\npush $cut_paste_input\nGroup {\nname Distance3d\nselected true\naddUserKnob {20 distance3D}\naddUserKnob {7 distance}\ndistance {{\"sqrt(pow(\\[value input0.translate.x]-\\[value input1.translate.x], 2) + pow(\\[value input0.translate.y]-\\[value input1.translate.y], 2) + pow(\\[value input0.translate.z]-\\[value input1.translate.z], 2)) \"}}\naddUserKnob {26 \"\"}\naddUserKnob {26 info l Info: T \"This is a pretty handy gizmo to measure the\\ndistance between two 3D objects whether its an axis,\\ncamera or geometry.\\n\\nOriginally built to control focus plane in 2d DOF\\nor the cameras focus point with an axis!\\n\\nenjoy. fp\"}\n}\nInput {\ninputs 0\nname InputPoint2\nxpos 348\nypos -334\nnumber 1\n}\nInput {\ninputs 0\nname InputPoint1\nxpos 199\nypos -330\n}\nMergeGeo {\ninputs 2\nname MergeGeo1\nxpos 285\nypos -241\naddUserKnob {20 User}\naddUserKnob {7 test t \"sqrt(pow(\\[value input1.tranlate.x]-\\[value input2.tranlate.x], 2) + pow(\\[value input1.tranlate.y]-\\[value input2.tranlate.y], 2) + pow(\\[value input1.tranlate.z]-\\[value input2.tranlate.z], 2)) \"}\ntest {{\"sqrt(pow(\\[value input0.translate.x]-\\[value input1.translate.x], 2) + pow(\\[value input0.translate.y]-\\[value input1.translate.y], 2) + pow(\\[value input0.translate.z]-\\[value input1.translate.z], 2)) \"}}\n}\nOutput {\nname Output1\nxpos 285\nypos -141\n}\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_DistanceBetween_CS.gizmo", "content": "Group {\n name DistanceBetween_CS\n tile_color 0x9c0000ff\n label \"Distance2D: \\[value Distance2D]\\nDistance3D: \\[value Distance3D]\"\n selected true\n addUserKnob {20 CS_DistanceBetween}\n addUserKnob {41 ObjectAPosition l \"Object A Position\" T Reconcile3DA.output}\n addUserKnob {41 ObjectBPosition l \"Object B Position\" T Reconcile3DB.output}\n addUserKnob {7 Distance2D t \"Distance between ObjectA and ObjectB in 2D space (X and Y).\" R 0 100}\n Distance2D {{\"sqrt( pow2( Reconcile3DB.output.x - Reconcile3DA.output.x ) + pow2( Reconcile3DB.output.y - Reconcile3DA.output.y ) )\"}}\n addUserKnob {7 Distance3D t \"Distance between ObjectA and ObjectB in 3D space (X, Y and Z).\" R 0 100}\n Distance3D {{\"sqrt( pow2( AxisB.world_matrix.3 - AxisA.world_matrix.3 ) + pow2( AxisB.world_matrix.7 - AxisA.world_matrix.7 ) + pow2( AxisB.world_matrix.11 - AxisA.world_matrix.11 ) )\"}}\n addUserKnob {22 UpdateLabel t \"Updates the label of this node in the Node Graph. This could be necessary when values are linked via expressions. The update is executed automatically on frame changes.\" T nuke.updateUI() +STARTLINE}\n addUserKnob {26 \"\"}\n addUserKnob {26 Creator l \"\" +STARTLINE T \"CS_DistanceBetween v1.1 by Christian Schulze - www.christian-schulze.eu\"}\n}\n Output {\n inputs 0\n name Output1\n xpos -40\n ypos 302\n }\n Input {\n inputs 0\n name ObjectA\n xpos -260\n ypos 86\n number 1\n }\n Axis2 {\n name AxisA\n xpos -250\n ypos 162\n }\n Input {\n inputs 0\n name InputCam\n xpos -150\n ypos 86\n number 2\n }\nset N4b027c30 [stack 0]\n Input {\n inputs 0\n name InputFormat\n xpos 70\n ypos 86\n number 3\n }\nset N4b05d300 [stack 0]\n Reconcile3D {\n inputs 3\n calc_output true\n name Reconcile3DA\n xpos -150\n ypos 176\n }\n Input {\n inputs 0\n name ObjectB\n xpos 180\n ypos 86\n }\n Axis2 {\n name AxisB\n xpos 190\n ypos 162\n }\npush $N4b027c30\npush $N4b05d300\n Reconcile3D {\n inputs 3\n calc_output true\n name Reconcile3DB\n selected true\n xpos 70\n ypos 176\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_DotProductVector2.gizmo", "content": "Group {\n name DotProductVector2_\n help \"Calculates the dot product of 2 Vector2 inputs.\"\n addUserKnob {20 main_tab l \"Dot Product Vector2\"}\n addUserKnob {41 in l \"Vector B Layer\" t \"Layer containing the vector information for input B\" T vector_layer.in}\n addUserKnob {41 in_1 l \"Vector A Layer\" t \"Layer containing the vector information for input A\" T vector_layer1.in}\n addUserKnob {26 \"\"}\n addUserKnob {26 copyright l \"\" +STARTLINE T \"v1.0 - Mathieu Goulet-Aubin & Erwan Leroy - Github\"}\n}\n Input {\n inputs 0\n name vectorA\n xpos 457\n ypos -6\n number 1\n }\n Shuffle {\n name vector_layer1\n xpos 457\n ypos 103\n }\n Remove {\n operation keep\n channels rgba\n name Remove2\n xpos 457\n ypos 129\n }\n Dot {\n name Dot3\n tile_color 0x9e3c6300\n xpos 491\n ypos 210\n }\n Input {\n inputs 0\n name vectorB\n xpos 0\n }\n Dot {\n name Dot1\n tile_color 0xcccccc00\n xpos 34\n ypos 108\n }\nset N78454e0 [stack 0]\n Shuffle {\n name vector_layer\n xpos 140\n ypos 104\n }\n Remove {\n operation keep\n channels rgba\n name Remove1\n xpos 140\n ypos 130\n }\n MergeExpression {\n inputs 2\n channel0 rgb\n expr0 Br*Ar+Bg*Ag\n channel1 none\n channel2 none\n channel3 none\n name MergeExpression1\n xpos 140\n ypos 206\n }\n Dot {\n name Dot2\n tile_color 0x4b5ec600\n xpos 174\n ypos 364\n }\npush $N78454e0\n ShuffleCopy {\n inputs 2\n in2 none\n red red\n green green\n blue blue\n out {{{parent.vector_layer.in}}}\n name ShuffleCopy1\n xpos 0\n ypos 360\n }\n Output {\n name Output1\n xpos 0\n ypos 506\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_DotProductVector3.gizmo", "content": "Group {\n name DotProductVector3_\n help \"Calculates the dot product of 2 Vector3 inputs.\"\n addUserKnob {20 main_tab l \"Dot Product Vector3\"}\n addUserKnob {41 in l \"Vector B Layer\" t \"Layer containing the vector information for input B\" T vector_layer.in}\n addUserKnob {41 in_1 l \"Vector A Layer\" t \"Layer containing the vector information for input A\" T vector_layer1.in}\n addUserKnob {26 \"\"}\n addUserKnob {26 copyright l \"\" +STARTLINE T \"v1.0 - Mathieu Goulet-Aubin & Erwan Leroy - Github\"}\n}\n Input {\n inputs 0\n name vectorA\n xpos 457\n ypos -6\n number 1\n }\n Shuffle {\n name vector_layer1\n xpos 457\n ypos 103\n }\n Remove {\n operation keep\n channels rgba\n name Remove2\n xpos 457\n ypos 129\n }\n Dot {\n name Dot3\n tile_color 0x9e3c6300\n xpos 491\n ypos 210\n }\n Input {\n inputs 0\n name vectorB\n xpos 0\n }\n Dot {\n name Dot1\n tile_color 0xcccccc00\n xpos 34\n ypos 108\n }\nset N79e48f0 [stack 0]\n Shuffle {\n name vector_layer\n xpos 140\n ypos 104\n }\n Remove {\n operation keep\n channels rgba\n name Remove1\n xpos 140\n ypos 130\n }\n MergeExpression {\n inputs 2\n channel0 rgb\n expr0 Br*Ar+Bg*Ag+Bb*Ab\n channel1 none\n channel2 none\n channel3 none\n name MergeExpression1\n xpos 140\n ypos 206\n }\n Dot {\n name Dot2\n tile_color 0x4b5ec600\n xpos 174\n ypos 364\n }\npush $N79e48f0\n ShuffleCopy {\n inputs 2\n in2 none\n red red\n green green\n blue blue\n out {{{parent.vector_layer.in}}}\n name ShuffleCopy1\n xpos 0\n ypos 360\n }\n Output {\n name Output1\n xpos 0\n ypos 506\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_DummyCam.gizmo", "content": "Camera {\n projection_mode {{\"\\[expression \\[value the_cam]projection_mode(\\[value the_frame])]\"}}\n focal {{\"\\[expression \\[value the_cam]focal(\\[value the_frame])]\"}}\n haperture {{\"\\[expression \\[value the_cam]haperture(\\[value the_frame])]\"}}\n vaperture {{\"\\[expression \\[value the_cam]vaperture(\\[value the_frame])]\"}}\n near {{\"\\[expression \\[value the_cam]near(\\[value the_frame])]\"}}\n far {{\"\\[expression \\[value the_cam]far(\\[value the_frame])]\"}}\n win_translate {{\"\\[expression \\[value the_cam]win_translate.u(\\[value the_frame])]\"} {\"\\[expression \\[value the_cam]win_translate.v(\\[value the_frame])]\"}}\n win_scale {{\"\\[expression \\[value the_cam]win_scale.u(\\[value the_frame])]\"} {\"\\[expression \\[value the_cam]win_scale.v(\\[value the_frame])]\"}}\n winroll {{\"\\[expression \\[value the_cam]winroll(\\[value the_frame])]\"}}\n focal_point {{\"\\[expression \\[value the_cam]focal_point(\\[value the_frame])]\"}}\n fstop {{\"\\[expression \\[value the_cam]fstop(\\[value the_frame])]\"}}\n name DummyCam\n help \"DummyCam by Adrian Pueyo\\n\\nCamera that apart from the matrices also grabs all the \\\"Projection\\\" values from the upstream camera that it's connected to. Turns into a default Camera if no Camera connected. Can also be used inside of groups and gizmos, as many levels deep as you want :D All using live and super fast TCL.\\n\\nUpdated v1.1: Now grabs the correct frame too (thanks Erwan Leroy for the idea).\\n\\nUpdated v1.3: Now accepts Nuke13's Camera3\\n\\nadrianpueyo.com, 2019-2021\"\n onCreate \"n = nuke.thisNode()\\nfor k in \\[\\\"projection_mode\\\",\\\"focal\\\",\\\"haperture\\\",\\\"vaperture\\\",\\\"near\\\",\\\"far\\\",\\\"win_translate\\\",\\\"win_scale\\\",\\\"winroll\\\",\\\"focal_point\\\",\\\"fstop\\\"]:\\n n\\[k].setFlag(0x0000000010000000)\"\n addUserKnob {20 DummyCam l Defaults}\n addUserKnob {43 the_cam +INVISIBLE}\n the_cam \"\\[\\n#DummyCam v1.3 - Updated 5 May 2021.\\nset starting_point \\\"this.input0\\\"\\nset default \\\"this.d_\\\"\\n\\n# If cam has no inputs, return the default.\\nif \\{\\[exists \\$starting_point]\\} \\{\\n set x \\[node \\$starting_point]\\n\\} \\{ \\n return \\$default\\n\\}\\n\\nset finished 0\\nwhile \\{\\$finished != 1\\} \\{\\n\\n # First look for a Cam or Input or topnode.\\n while \\{\\[class \\$x] != \\\"Camera3\\\" && \\[class \\$x] != \\\"Camera2\\\" && \\[class \\$x] != \\\"Camera\\\" && \\[class \\$x] != \\\"Input\\\" && \\$x != \\[topnode \\$x]\\} \\{\\n set x \\[node \\$x.input0]\\n \\}\\n\\n # Then, check if node is a cam (and return), and otherwise, if it's an input, see if the parent exists and move to it.\\n if \\{\\[class \\$x]==\\\"Camera3\\\"||\\[class \\$x]==\\\"Camera2\\\"||\\[class \\$x]==\\\"Camera\\\"\\} \\{\\n set x \\[append x \\\".\\\"]\\n return \\$x\\n \\} \\{ \\n if \\{ \\[class \\$x]==\\\"Input\\\" \\} \\{ \\n set inp \\\"\\$x.parent.input\\\"\\n set inputNum \\[value \\$x.number]\\n set inp \\[append inp \\$inputNum]\\n if \\{ \\[exists \\$inp] \\} \\{\\n set x \\[node \\$inp]\\n \\} \\{ \\n set finished 1\\n \\}\\n \\} \\{ \\n set finished 1\\n \\}\\n \\}\\n\\}\\nreturn \\$default\\n]\"\n addUserKnob {43 the_frame +INVISIBLE}\n the_frame \"\\[\\nset the_camera \\[string trimright \\[value the_cam] .]\\nif \\{\\[exists \\$the_camera]\\} \\{\\n return \\[value \\$the_camera.frame]\\n\\} \\{ \\n return \\[frame]\\n\\}\\n]\"\n addUserKnob {4 d_projection_mode l projection M {perspective orthographic uv spherical \"\"}}\n addUserKnob {7 d_focal l \"focal length\" R 0 100}\n d_focal 50\n addUserKnob {7 d_haperture l \"horiz aperture\" R 0 50}\n d_haperture 24.576\n addUserKnob {7 d_vaperture l \"vert aperture\" R 0 50}\n d_vaperture 18.672\n addUserKnob {7 d_near l near R 0 10}\n d_near 0.1\n addUserKnob {7 d_far l far R 0 10000}\n d_far 10000\n addUserKnob {30 d_win_translate l \"window translate\"}\n addUserKnob {30 d_win_scale l \"window scale\"}\n d_win_scale {1 1}\n addUserKnob {7 d_winroll l \"window roll\" R 0 45}\n addUserKnob {7 d_focal_point l \"focal distance\" R 0 10}\n d_focal_point 2\n addUserKnob {7 d_fstop l fstop R 0 30}\n d_fstop 16\n addUserKnob {26 version l \" \" t \"Updated 5 May 2021\" T \"
DummyCam v1.3 - adrianpueyo.com, 2019-2021\"}\n}\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_Edge.gizmo", "content": "Group {\n name Edge\n help \"Edge allows you to extend the proper color out over transparent edges or areas with a lot of motionblur without eroding away the nice detail. This edge extend has some more advanced features like splitting the core matte and final key which allows you to work on motion blur without effecting small details like hair or a swinging rope for example. There is also more control over how you blend the core detail to the extended edge color. This was shown to me years ago by an old comp sup I had and is the same as the edge extend by Frank Reuter. This is my version of it that has evolved a little bit over the years.\\n\\nInputs\\nThere are multiple inputs to Edge but you can just plug in your FG with alpha if you want to use it simplified. Separating Core and Softer keys or using roto with and without motionblur has advantages in certain situations. ie: If you have a thin object this will help maintain solid alpha where you need it.\\n\\nFG – Foreground plate with Spill suppression applied\\nCore – This is like a core matte, it helps identify the leading edge and where the edge tool should start from. It is important to add this core so that small details are not lost like a thin rope or hair.\\nKey – This is your Key with fine hair details and transparent motion blurred edges. For Roto you want to have motion blur turned on.\\nBG – This is where your Background goes if you are using the node as Final Result\\nMask - Currently this only works if you are using Edge in Final result.\"\n tile_color 0x990000\n label \"\\[value iterations]\"\n selected true\n addUserKnob {20 User l Extend}\n addUserKnob {6 xxx_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {41 in l channels T Shuffle2.in}\n addUserKnob {4 operation t \"Here you can choose if you want to use the Edge Tool to merge together your foreground and background giving you the Final Result or if you would like the Intermediate Result which is unpremultiplied and not merged over the background. The Intermediate Result can be helpful when tweaking parameters like the edgegrow start and edgegrow size.\" M {Final Intermediate \"\" \"\"}}\n operation Intermediate\n addUserKnob {6 previewedgematte l \"preview edge matte\" t \"This allows you to preview your edge matte that you can use via the channels created in the edge node or by creating a shuffle using the button at the bottom.\" -STARTLINE}\n addUserKnob {6 extendChromaOnly l \"extend chroma only\" t \"This selection will extend only Chroma information by swapping back in the original luminance information.\" +STARTLINE}\n addUserKnob {41 exp -STARTLINE T EdgeExpansion.exp}\n addUserKnob {6 premultiplied t \"Select this if your footage is already premultiplied to remove dark edges in the extension.\" -STARTLINE}\n addUserKnob {6 clamped l \"clamp alpha\" t \"Select this if your alpha has values below 0 or above 1.\" -STARTLINE}\n addUserKnob {26 \"\"}\n addUserKnob {14 edgeStart l \"slice start\" t \"Determines where you would like to start bleeding out the color from the inside of your key. It does this with a series of unpremult, blur, premult operations instead of a standard erode.\" R 0 100}\n edgeStart 1\n addUserKnob {41 iterations l \"slice iterations\" t \"Sets how large the edge with the color bleeding will be from the edge grow start or core matte and how many times this will be duplicated.\" T EdgeExpansion.iterations}\n addUserKnob {41 sliceWidth l \"slice width\" t \"The slice width is the amount of blur being applied per slice.\" T EdgeExpansion.sliceWidth}\n addUserKnob {41 sliceBlur l INVISIBLE +INVISIBLE T EdgeExpansion.sliceBlur}\n addUserKnob {26 \"\"}\n addUserKnob {7 blurEdgeBlend l \"edge blend\" t \"Helps to soften the transition from the original to the new edge. It tends to erode the bleeding color back inwards if you use high values.\" R 0 10}\n addUserKnob {7 blurEdgeBlur l \"edge blur\" t \"This helps soften the transition bringing back original detail. This can sometimes bring back some lighting information instead of having it completely replaced.\" R 0 10}\n addUserKnob {7 filterErodeEdgeSmooth l \"edge smooth\" t \"This one will help with extremely large motionblur and completely takes away detail. This should not be used in most cases but if you do use it sparingly.\" R -10 10}\n addUserKnob {26 \"\"}\n addUserKnob {41 maskChannelMask l mask -STARTLINE T Merge3.maskChannelMask}\n addUserKnob {41 inject -STARTLINE T Merge3.inject}\n addUserKnob {41 invert_mask l invert -STARTLINE T Merge3.invert_mask}\n addUserKnob {41 fringe -STARTLINE T Merge3.fringe}\n addUserKnob {26 \"\"}\n addUserKnob {22 edgeShuffleButton l \"create edge matte\" t \"This will generate a shuffle node that isolates the areas of extension which you can use to regrain your edges.\" T \"nuke.root().begin()\\nEdgeShuffle = nuke.createNode('Shuffle', inpanel = False)\\nEdgeShuffle\\['label'].setValue( 'Regrain this edge' )\\nEdgeShuffle\\['in'].setValue( 'edge' )\\nEdgeShuffle\\['in2'].setValue( 'none' )\\nEdgeShuffle\\['red'].setValue('alpha')\\nEdgeShuffle\\['green'].setValue('alpha')\\nEdgeShuffle\\['blue'].setValue('alpha')\\nEdgeShuffle\\['alpha'].setValue('alpha')\" +STARTLINE}\n addUserKnob {26 reminder l \"\" -STARTLINE T \"*** use edge.matte to regrain your edges. ***\"}\n addUserKnob {20 color l Blending}\n addUserKnob {6 enablecolor l enable t \"This tab will help you blending your foreground edges with the background color. it is based off the edge extension in the first tab but you can modify the edge properties to get your desired look.\" +STARTLINE}\n addUserKnob {6 colorpreview l preview t \"Preview the edge being used for blending with the BG. This helps if you want to modify it further.\" -STARTLINE}\n addUserKnob {41 operation_1 l operation t \"This is the merge operation you want to use for blending. It is set to average by default but you can use anything you like ie: plus, max, min.\" T ColorMerge.operation}\n addUserKnob {7 erodeExpandEdge l \"expand edge\" t \"You can expand or contract the edge created in the extend tab.\" R -100 100}\n addUserKnob {7 blurSoftenEdge l \"soften edge\" t \"This blur will help soften the transition of the inside blending edge.\" R 0 100}\n addUserKnob {41 mix_1 l \"mix fg luma\" t \"At a value of 1 this will only blend the chroma information but you can mix this back to include the luma info as well.\" T Copy5.mix}\n addUserKnob {7 mergeBlendingMix l mix t \"Mix Edge Blending result\"}\n mergeBlendingMix 1\n addUserKnob {26 \"\"}\n addUserKnob {7 BlurBG l \"blur bg\" t \"Blur the details in the background when you blend them so your foreground doesnt look transparent.\" R 0 100}\n addUserKnob {26 \"\"}\n addUserKnob {20 AdjustBGColor l \"adjust bg color\" t \"Here you can modify the color and saturation of the bg being used for blending. This will anly affect the blending not the actual bg.\" n 1}\n AdjustBGColor 0\n addUserKnob {41 white l gain T GradeEdgeColor.white}\n addUserKnob {41 gamma T GradeEdgeColor.gamma}\n addUserKnob {41 black l lift T GradeEdgeColor.black}\n addUserKnob {41 saturation T EdgeSat.saturation}\n addUserKnob {41 mix l INVISIBLE +INVISIBLE T ColorMerge.mix}\n addUserKnob {20 endGroup n -1}\n addUserKnob {20 MaskBGLuma l \"mask bg luma\" t \"This section will allow you to preview and isolate the bright areas of the bg to wrap around your foreground. Think of this as a way to have lights wrap arpound your foreground in car comps.\" n 1}\n MaskBGLuma 0\n addUserKnob {26 maskBgLuma l \"mask bg luma\"}\n addUserKnob {6 enableBGMask l \"enable bg mask\" +STARTLINE}\n addUserKnob {6 PreviewBG l \"preview bg input\" -STARTLINE}\n addUserKnob {41 range l INVISIBLE +INVISIBLE T Keyer1.range}\n addUserKnob {41 out l \"Luma Range\" T controler.out}\n addUserKnob {20 endGroup_1 l endGroup n -1}\n addUserKnob {20 info l Info}\n addUserKnob {26 \"\"}\n addUserKnob {26 info_1 l \"\" +STARTLINE T \"\\nEdge Version 6.9\\nCreated by Rob Bannister\\nwww.bannisterpost.com\"}\n addUserKnob {26 help_1 l \"\" +STARTLINE T \"HELP\"}\n}\n Histogram {\n inputs 0\n name controler\n xpos -982\n ypos 561\n }\n Input {\n inputs 0\n name FG\n xpos 376\n ypos -342\n }\n Unpremult {\n name Unpremult3\n xpos 376\n ypos -288\n disable {{!parent.premultiplied}}\n }\n Dot {\n name Dot14\n xpos 410\n ypos -224\n }\nset N209dd000 [stack 0]\n Input {\n inputs 0\n name Key\n xpos -215\n ypos -318\n number 1\n }\n Clamp {\n name Clamp1\n xpos -215\n ypos -180\n disable {{parent.clamped==0?1:0}}\n }\n Switch {\n inputs 2\n which {{\"!\\[exists parent.input1]\"}}\n name Switch1\n xpos -215\n ypos -61\n }\nset N209dd800 [stack 0]\n Shuffle {\n red alpha\n green alpha\n blue alpha\n name Shuffle1\n xpos -215\n ypos 237\n }\nset N20a19000 [stack 0]\n Dot {\n name Dot6\n xpos -181\n ypos 477\n }\nset N20a18c00 [stack 0]\npush $N209dd800\n Input {\n inputs 0\n name Core\n xpos 791\n ypos -331\n number 2\n }\n Clamp {\n name Clamp2\n xpos 787\n ypos -157\n disable {{parent.clamped==0?1:0}}\n }\n Switch {\n inputs 2\n which {{\"!\\[exists parent.input2]\"}}\n name Switch5\n xpos 787\n ypos -61\n }\n Erode {\n size {{parent.edgeStart}}\n name Erode1\n label \"\\[value size]\"\n xpos 787\n ypos 22\n }\n Blur {\n channels alpha\n size {{parent.blurEdgeBlur}}\n name Blur_edgeBur\n label \"\\[value size]\"\n xpos 787\n ypos 126\n }\nset N20a19800 [stack 0]\n Blur {\n channels alpha\n size {{parent.blurEdgeBlend}}\n name blue_edgeBlend\n label \"\\[value size]\"\n xpos 591\n ypos 126\n }\n FilterErode {\n size {{parent.filterErodeEdgeSmooth}}\n filter gaussian\n name FilterErode_edgeSmooth\n label \"\\[value size]\"\n xpos 591\n ypos 224\n }\nset N20a4b800 [stack 0]\npush $N20a19000\n ChannelMerge {\n inputs 2\n operation stencil\n name ChannelMerge1\n xpos -64\n ypos 224\n }\n ChannelMerge {\n inputs 2\n operation multiply\n name ChannelMerge2\n xpos -64\n ypos 460\n }\n Dot {\n name Dot17\n xpos -30\n ypos 691\n }\nset N20a4a800 [stack 0]\n Dot {\n name Dot11\n xpos -30\n ypos 1133\n }\n Input {\n inputs 0\n name BG\n xpos -1081\n ypos -343\n number 3\n }\n Dot {\n name Dot5\n xpos -1047\n ypos 293\n }\nset N20a4bc00 [stack 0]\n Dot {\n name Dot12\n xpos -1047\n ypos 644\n }\nset N20a6bc00 [stack 0]\n Keyer {\n operation \"luminance key\"\n range {{parent.controler.out.0} {parent.controler.out.1} 1 1}\n name Keyer1\n xpos -979\n ypos 634\n }\n Blur {\n channels rgba\n size {{parent.BlurBG}}\n name Blur2\n label \"\\[value size]\"\n xpos -717\n ypos 634\n }\nset N20a6b400 [stack 0]\npush $N20a4b800\n Dot {\n name Dot7\n xpos 625\n ypos 344\n }\nset N20a6b000 [stack 0]\n Dilate {\n channels alpha\n size {{parent.erodeExpandEdge}}\n name DilateColorEdge\n label \"\\[value size]\"\n xpos -388\n ypos 327\n }\n Blur {\n channels alpha\n size {{parent.blurSoftenEdge}}\n name BlurColorEdge\n label \"\\[value size]\"\n xpos -498\n ypos 327\n }\npush $N20a19800\npush $N209dd000\n Shuffle {\n name Shuffle2\n xpos 376\n ypos -174\n }\n Remove {\n channels alpha\n name Remove1\n xpos 376\n ypos -113\n }\n Dot {\n name Dot16\n xpos 410\n ypos 459\n }\nset N32be1c00 [stack 0]\n Group {\n inputs 2\n name EdgeExpansion\n knobChanged \"\\n\\nn = nuke.thisNode()\\nk = nuke.thisKnob()\\n\\nif 'iterations' in k.name(): \\n #print int(k.value())\\n k.setValue(int(k.value()))\\n if k.value()<1:\\n k.setValue(1)\\n n.begin()\\n\\n for node in nuke.allNodes():\\n if 'static' not in node\\['label'].value():\\n nuke.delete(node)\\n\\n slices = int(n\\['iterations'].value())-1\\n step = 1\\n blur_count = 5\\n merge_count = 2\\n unpremult_count = 4\\n num = 1\\n for x in range(1,slices+step,step):\\n \\n a = nuke.createNode('Blur', inpanel=False)\\n new_knob = nuke.Int_Knob('exp_value')\\n a.addKnob(new_knob)\\n a\\['exp_value'].setValue(num)\\n a.setInput(0, nuke.toNode('Unpremult' + str(unpremult_count)))\\n a\\['size'].setExpression('parent.sliceWidth*(parent.exp==0?1:exp_value)')\\n a\\['channels'].setValue('red green blue depth.Z')\\n\\n b = nuke.createNode('Shuffle', inpanel=False)\\n b\\['in'].setValue( 'rgba' )\\n b\\['in2'].setValue( 'depth' )\\n b\\['out2'].setValue( 'depth' )\\n b\\['alpha'].setValue('red2')\\n\\n c = nuke.createNode('Unpremult', inpanel=False)\\n c\\['channels'].setValue('red green blue alpha')\\n c\\['alpha'].setValue('depth.Z')\\n\\n d = nuke.createNode('Blur', inpanel=False)\\n new_knob = nuke.Int_Knob('exp_value')\\n d.addKnob(new_knob)\\n d\\['exp_value'].setValue(num)\\n d\\['size'].setExpression('parent.sliceWidth*(parent.exp==0?1:exp_value)')\\n d\\['channels'].setValue('rgba')\\n\\n e = nuke.createNode('Merge2', inpanel=False)\\n e\\['Achannels'].setValue('red green blue depth.Z')\\n e.setInput(1, nuke.toNode('Merge' + str(merge_count)))\\n e.setInput(0, nuke.toNode('Blur' + str(blur_count+2)))\\n\\n merge_count += 1\\n blur_count += 2\\n unpremult_count += 1\\n\\n f = nuke.createNode('Blur', inpanel=False)\\n new_knob = nuke.Int_Knob('exp_value')\\n f.addKnob(new_knob)\\n f\\['exp_value'].setValue(num)\\n f.setInput(0, nuke.toNode('Unpremult' + str(unpremult_count)))\\n f\\['size'].setExpression('parent.sliceWidth*(parent.exp==0?1:exp_value)')\\n f\\['channels'].setValue('rgba')\\n\\n g = nuke.createNode('Shuffle', inpanel=False)\\n g\\['in'].setValue( 'rgba' )\\n g\\['in2'].setValue( 'depth' )\\n g\\['out2'].setValue( 'depth' )\\n g\\['black'].setValue('alpha')\\n\\n h = nuke.createNode('Unpremult', inpanel=False)\\n h\\['channels'].setValue('red green blue depth.Z')\\n\\n j = nuke.createNode('Blur', inpanel=False)\\n new_knob = nuke.Int_Knob('exp_value')\\n j.addKnob(new_knob)\\n j\\['exp_value'].setValue(num)\\n j\\['size'].setExpression('parent.sliceWidth*(parent.exp==0?1:exp_value)')\\n j\\['channels'].setValue('red green blue depth.Z')\\n\\n k = nuke.createNode('Merge2', inpanel=False)\\n k.setInput(1, nuke.toNode('Merge' + str(merge_count)))\\n k.setInput(0, nuke.toNode('Blur' + str(blur_count+2)))\\n\\n merge_count += 1\\n blur_count += 2\\n unpremult_count += 1\\n num += 1\\n nuke.toNode('Output1').setInput(0, k)\\n\\n try:\\n nuke.toNode('Blur5').setInput(0, nuke.toNode('Unpremult4'))\\n except:\\n nuke.toNode('Output1').setInput(0, nuke.toNode('Merge2'))\\n\\n n.end()\\n \\n\\n\"\n note_font_size 25\n xpos 787\n ypos 449\n addUserKnob {20 User}\n addUserKnob {6 firstrun l \"Disable before input\" +STARTLINE}\n firstrun {{\"!\\[exists parent.input0]\"}}\n addUserKnob {6 exp t \"The exponential check box will add a variable to the duplicated blurs that increases as they move outwards from the original edge. This might help if you have a large distance to extend.\" +STARTLINE}\n addUserKnob {7 iterations t \"Sets how large the edge with the color bleeding will be from the edge grow start or core matte and how many times this will be duplicated. The smaller the width the more detail is preserved.This should be just big enough to reach the edge of the largest areas of motionblur.\" R 1 25}\n iterations 5\n addUserKnob {7 sliceWidth l \"slice width\" t \"The slice width is the amount of blur being applied per slice.\" R 1 10}\n sliceWidth 1\n addUserKnob {7 sliceBlur l \"slice blur\" t \"The slice width is the amount of blur being applied per slice.\" R 1 10}\n sliceBlur 1\n }\n Input {\n inputs 0\n name Alpha\n label static\n xpos -218\n ypos -646\n number 1\n }\n Input {\n inputs 0\n name RGB\n label static\n xpos -64\n ypos -772\n }\n Unpremult {\n name Unpremult1\n label static\n xpos -64\n ypos -689\n }\n Copy {\n inputs 2\n from0 rgba.alpha\n to0 rgba.alpha\n name Copy1\n label static\n xpos -64\n ypos -653\n disable {{parent.firstrun}}\n }\n Premult {\n name Premult1\n label static\n xpos -64\n ypos -599\n }\n Shuffle {\n black alpha\n out2 depth\n name Shuffle1\n label static\n xpos -64\n ypos -561\n }\n Unpremult {\n channels {rgba.red rgba.green rgba.blue depth.Z}\n name Unpremult2\n label static\n xpos -64\n ypos -523\n }\nset N32be0000 [stack 0]\n Blur {\n channels {rgba.red rgba.green rgba.blue depth.Z}\n size {{parent.sliceWidth}}\n name Blur1\n label static\n xpos -64\n ypos -428\n }\n Dot {\n name Dot2\n label static\n xpos -30\n ypos -336\n }\npush $N32be0000\n Blur {\n channels {rgba.red rgba.green rgba.blue depth.Z}\n size {{parent.sliceWidth}}\n name Blur2\n label static\n xpos 46\n ypos -523\n }\n Shuffle {\n in2 depth\n alpha red2\n out2 depth\n name Shuffle2\n label static\n xpos 46\n ypos -471\n }\n Unpremult {\n channels rgba\n alpha depth.Z\n name Unpremult3\n label static\n xpos 46\n ypos -435\n }\nset N32c06c00 [stack 0]\n Blur {\n channels rgba\n size {{parent.sliceWidth}}\n name Blur3\n label static\n xpos 46\n ypos -381\n }\n Merge2 {\n inputs 2\n Achannels {rgba.red rgba.green rgba.blue depth.Z}\n name Merge1\n label static\n xpos 46\n ypos -343\n }\n Dot {\n name Dot3\n label static\n xpos 80\n ypos -237\n }\npush $N32c06c00\n Blur {\n channels rgba\n size {{parent.sliceWidth}}\n name Blur4\n label static\n xpos 156\n ypos -428\n }\n Shuffle {\n in2 depth\n black alpha\n out2 depth\n name Shuffle3\n label static\n xpos 156\n ypos -390\n }\n Unpremult {\n channels {rgba.red rgba.green rgba.blue depth.Z}\n name Unpremult4\n label static\n xpos 156\n ypos -350\n }\nset N32c37400 [stack 0]\n Blur {\n channels {rgba.red rgba.green rgba.blue depth.Z}\n size {{parent.sliceWidth}}\n name Blur5\n label static\n xpos 156\n ypos -299\n }\n Merge2 {\n inputs 2\n name Merge2\n label static\n xpos 156\n ypos -247\n }\npush $N32c37400\n Blur {\n channels {rgba.red rgba.green rgba.blue depth.Z}\n size {{parent.sliceWidth*(parent.exp==0?1:exp_value)}}\n name Blur6\n label \"\\[value size]\"\n addUserKnob {20 User}\n addUserKnob {3 exp_value}\n exp_value 1\n }\n Shuffle {\n in2 depth\n alpha red2\n out2 depth\n name Shuffle4\n }\n Unpremult {\n channels rgba\n alpha depth.Z\n name Unpremult5\n }\nset N32c36000 [stack 0]\n Blur {\n channels rgba\n size {{parent.sliceWidth*(parent.exp==0?1:exp_value)}}\n name Blur7\n label \"\\[value size]\"\n addUserKnob {20 User}\n addUserKnob {3 exp_value}\n exp_value 1\n }\n Merge2 {\n inputs 2\n Achannels {rgba.red rgba.green rgba.blue depth.Z}\n name Merge3\n }\npush $N32c36000\n Blur {\n channels rgba\n size {{parent.sliceWidth*(parent.exp==0?1:exp_value)}}\n name Blur8\n label \"\\[value size]\"\n addUserKnob {20 User}\n addUserKnob {3 exp_value}\n exp_value 1\n }\n Shuffle {\n in2 depth\n black alpha\n out2 depth\n name Shuffle5\n }\n Unpremult {\n channels {rgba.red rgba.green rgba.blue depth.Z}\n name Unpremult6\n }\nset N32c68c00 [stack 0]\n Blur {\n channels {rgba.red rgba.green rgba.blue depth.Z}\n size {{parent.sliceWidth*(parent.exp==0?1:exp_value)}}\n name Blur9\n label \"\\[value size]\"\n addUserKnob {20 User}\n addUserKnob {3 exp_value}\n exp_value 1\n }\n Merge2 {\n inputs 2\n name Merge4\n }\npush $N32c68c00\n Blur {\n channels {rgba.red rgba.green rgba.blue depth.Z}\n size {{parent.sliceWidth*(parent.exp==0?1:exp_value)}}\n name Blur10\n label \"\\[value size]\"\n addUserKnob {20 User}\n addUserKnob {3 exp_value}\n exp_value 2\n }\n Shuffle {\n in2 depth\n alpha red2\n out2 depth\n name Shuffle6\n }\n Unpremult {\n channels rgba\n alpha depth.Z\n name Unpremult7\n }\nset N32ca3800 [stack 0]\n Blur {\n channels rgba\n size {{parent.sliceWidth*(parent.exp==0?1:exp_value)}}\n name Blur11\n label \"\\[value size]\"\n addUserKnob {20 User}\n addUserKnob {3 exp_value}\n exp_value 2\n }\n Merge2 {\n inputs 2\n Achannels {rgba.red rgba.green rgba.blue depth.Z}\n name Merge5\n }\npush $N32ca3800\n Blur {\n channels rgba\n size {{parent.sliceWidth*(parent.exp==0?1:exp_value)}}\n name Blur12\n label \"\\[value size]\"\n addUserKnob {20 User}\n addUserKnob {3 exp_value}\n exp_value 2\n }\n Shuffle {\n in2 depth\n black alpha\n out2 depth\n name Shuffle7\n }\n Unpremult {\n channels {rgba.red rgba.green rgba.blue depth.Z}\n name Unpremult8\n }\nset N32ca2400 [stack 0]\n Blur {\n channels {rgba.red rgba.green rgba.blue depth.Z}\n size {{parent.sliceWidth*(parent.exp==0?1:exp_value)}}\n name Blur13\n label \"\\[value size]\"\n addUserKnob {20 User}\n addUserKnob {3 exp_value}\n exp_value 2\n }\n Merge2 {\n inputs 2\n name Merge6\n }\npush $N32ca2400\n Blur {\n channels {rgba.red rgba.green rgba.blue depth.Z}\n size {{parent.sliceWidth*(parent.exp==0?1:exp_value)}}\n name Blur14\n label \"\\[value size]\"\n addUserKnob {20 User}\n addUserKnob {3 exp_value}\n exp_value 3\n }\n Shuffle {\n in2 depth\n alpha red2\n out2 depth\n name Shuffle8\n }\n Unpremult {\n channels rgba\n alpha depth.Z\n name Unpremult9\n }\nset N32cd7000 [stack 0]\n Blur {\n channels rgba\n size {{parent.sliceWidth*(parent.exp==0?1:exp_value)}}\n name Blur15\n label \"\\[value size]\"\n addUserKnob {20 User}\n addUserKnob {3 exp_value}\n exp_value 3\n }\n Merge2 {\n inputs 2\n Achannels {rgba.red rgba.green rgba.blue depth.Z}\n name Merge7\n }\npush $N32cd7000\n Blur {\n channels rgba\n size {{parent.sliceWidth*(parent.exp==0?1:exp_value)}}\n name Blur16\n label \"\\[value size]\"\n addUserKnob {20 User}\n addUserKnob {3 exp_value}\n exp_value 3\n }\n Shuffle {\n in2 depth\n black alpha\n out2 depth\n name Shuffle9\n }\n Unpremult {\n channels {rgba.red rgba.green rgba.blue depth.Z}\n name Unpremult10\n }\nset N32d11c00 [stack 0]\n Blur {\n channels {rgba.red rgba.green rgba.blue depth.Z}\n size {{parent.sliceWidth*(parent.exp==0?1:exp_value)}}\n name Blur17\n label \"\\[value size]\"\n addUserKnob {20 User}\n addUserKnob {3 exp_value}\n exp_value 3\n }\n Merge2 {\n inputs 2\n name Merge8\n }\npush $N32d11c00\n Blur {\n channels {rgba.red rgba.green rgba.blue depth.Z}\n size {{parent.sliceWidth*(parent.exp==0?1:exp_value)}}\n name Blur18\n label \"\\[value size]\"\n addUserKnob {20 User}\n addUserKnob {3 exp_value}\n exp_value 4\n }\n Shuffle {\n in2 depth\n alpha red2\n out2 depth\n name Shuffle10\n }\n Unpremult {\n channels rgba\n alpha depth.Z\n name Unpremult11\n }\nset N32d10800 [stack 0]\n Blur {\n channels rgba\n size {{parent.sliceWidth*(parent.exp==0?1:exp_value)}}\n name Blur19\n label \"\\[value size]\"\n addUserKnob {20 User}\n addUserKnob {3 exp_value}\n exp_value 4\n }\n Merge2 {\n inputs 2\n Achannels {rgba.red rgba.green rgba.blue depth.Z}\n name Merge9\n }\npush $N32d10800\n Blur {\n channels rgba\n size {{parent.sliceWidth*(parent.exp==0?1:exp_value)}}\n name Blur20\n label \"\\[value size]\"\n addUserKnob {20 User}\n addUserKnob {3 exp_value}\n exp_value 4\n }\n Shuffle {\n in2 depth\n black alpha\n out2 depth\n name Shuffle11\n }\n Unpremult {\n channels {rgba.red rgba.green rgba.blue depth.Z}\n name Unpremult12\n }\n Blur {\n channels {rgba.red rgba.green rgba.blue depth.Z}\n size {{parent.sliceWidth*(parent.exp==0?1:exp_value)}}\n name Blur21\n label \"\\[value size]\"\n addUserKnob {20 User}\n addUserKnob {3 exp_value}\n exp_value 4\n }\n Merge2 {\n inputs 2\n name Merge10\n selected true\n }\n Output {\n name Output1\n label static\n xpos 156\n ypos 4217\n }\n end_group\nset N209ee900 [stack 0]\npush $N20a19000\n Switch {\n inputs 2\n which {{parent.FinalSwitch.which}}\n name Switch2\n xpos -418\n ypos 237\n }\n Dilate {\n size 50\n name Dilate1\n label \"\\[value size]\"\n xpos -608\n ypos 224\n disable true\n }\nset N32d44000 [stack 0]\n ChannelMerge {\n inputs 2\n operation stencil\n name ChannelMerge3\n xpos -608\n ypos 327\n }\n ChannelMerge {\n inputs 2\n operation multiply\n name ChannelMerge_colormask\n xpos -608\n ypos 627\n disable {{!parent.enableBGMask}}\n }\n Dot {\n name Dot4\n xpos -574\n ypos 702\n }\nset N32d75400 [stack 0]\n Dot {\n name Dot10\n xpos -573\n ypos 1057\n }\npush $N20a6b400\n Dot {\n name Dot13\n xpos -683\n ypos 993\n }\n Premult {\n name Premult1\n xpos -971\n ypos 990\n }\npush $N32d75400\npush $N20a18c00\npush $N20a4a800\npush $N32be1c00\n Dot {\n name Dot1\n xpos 410\n ypos 565\n }\nset N32d74400 [stack 0]\n Dot {\n name Dot18\n xpos 190\n ypos 565\n }\n Colorspace {\n colorspace_out YCbCr\n name Colorspace2\n xpos 156\n ypos 596\n }\npush $N20a6b000\n Dot {\n name Dot8\n xpos 625\n ypos 602\n }\npush $N32d74400\npush $N209ee900\n Dot {\n name Dot15\n xpos 821\n ypos 531\n }\n Dot {\n name Dot3\n xpos 821\n ypos 733\n }\n Keymix {\n inputs 3\n name Keymix1\n xpos 376\n ypos 723\n }\n Colorspace {\n colorspace_out YCbCr\n name Colorspace1\n xpos 266\n ypos 729\n }\n Copy {\n inputs 2\n from0 rgba.red\n to0 rgba.red\n name Copy1\n xpos 156\n ypos 723\n disable {{!parent.extendChromaOnly}}\n }\n Colorspace {\n colorspace_in YCbCr\n name Colorspace3\n xpos 46\n ypos 729\n }\nadd_layer {edge edge.red edge.green edge.blue edge.alpha edge.matte}\n ShuffleCopy {\n inputs 2\n red alpha\n green alpha\n blue alpha\n out edge\n name ShuffleCopy1\n xpos -64\n ypos 729\n }\n Copy {\n inputs 2\n from0 rgba.alpha\n to0 rgba.alpha\n name Copy2\n xpos -215\n ypos 723\n }\n Dot {\n name Dot9\n xpos -472\n ypos 733\n }\nset N32dbf400 [stack 0]\n Colorspace {\n colorspace_out YCbCr\n name Colorspace4\n xpos -506\n ypos 434\n }\npush $N20a4bc00\n Colorspace {\n colorspace_out YCbCr\n name Colorspace6\n xpos -791\n ypos 289\n }\n Blur {\n channels rgb\n size {{parent.BlurBG}}\n name Blur1\n label \"\\[value size]\"\n xpos -790\n ypos 341\n }\n Copy {\n inputs 2\n from0 rgba.red\n to0 rgba.red\n from1 rgba.alpha\n to1 rgba.alpha\n name Copy5\n xpos -790\n ypos 421\n }\n Colorspace {\n colorspace_in YCbCr\n name Colorspace5\n xpos -790\n ypos 487\n }\n Grade {\n black_clamp false\n name GradeEdgeColor\n xpos -790\n ypos 525\n }\n Saturation {\n name EdgeSat\n xpos -790\n ypos 563\n }\npush $N32dbf400\n Merge2 {\n inputs 2+1\n operation average\n Achannels rgb\n output rgb\n mix {{parent.mergeBlendingMix}}\n name ColorMerge\n selected true\n xpos -791\n ypos 730\n disable {{!parent.enablecolor}}\n }\nset N32dfd400 [stack 0]\n Dot {\n name Dot2\n xpos -757\n ypos 911\n }\n Input {\n inputs 0\n name Mask\n xpos -1288\n ypos 730\n number 4\n }\npush $N32dfd400\n Premult {\n name Premult3\n xpos -956\n ypos 730\n }\npush $N20a6bc00\n Merge2 {\n inputs 2+1\n also_merge edge\n name Merge3\n xpos -1081\n ypos 730\n }\n Switch {\n inputs 2\n which {{operation}}\n name FinalSwitch\n xpos -1081\n ypos 908\n }\n Switch {\n inputs 2\n which {{parent.PreviewBG}}\n name BGPreview\n xpos -1081\n ypos 990\n }\n Copy {\n inputs 2\n from0 rgba.alpha\n to0 rgba.red\n name Copy3\n xpos -1081\n ypos 1050\n disable {{parent.colorpreview*-1+1}}\n }\n Copy {\n inputs 2\n from0 rgba.alpha\n to0 rgba.red\n name Copy4\n xpos -1081\n ypos 1123\n disable {{!parent.previewedgematte}}\n }\n Shuffle {\n out {{{parent.Shuffle2.in}}}\n name Shuffle3\n xpos -1081\n ypos 1239\n }\n Output {\n name Output1\n xpos -1081\n ypos 1947\n }\npush $N32d44000\npush $N32dfd400\n Viewer {\n inputs 2\n frame 1\n frame_range 100-100\n colour_sample_bbox {-0.7646484375 -0.2055664063 -0.7197265625 -0.1782226563}\n input_process false\n name Viewer1\n xpos -706\n ypos 1852\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_EdgeDetectAlias.gizmo", "content": "Group {\n name EdgeDetectAlias\n tile_color 0xcc804eff\n note_font \"Bitstream Vera Sans Bold Bold\"\n note_font_color 0xffffffff\n selected true\n addUserKnob {20 EdgeAlias}\n addUserKnob {7 threshold l Threshold}\n threshold 0.9\n addUserKnob {41 size l Blur T Blur1.size}\n addUserKnob {41 mult l Mult T Grade1.multiply}\n}\n Input {\n inputs 0\n name Input1\n xpos 278\n ypos -386\n }\n Dot {\n name Dot7\n note_font_size 41\n xpos 312\n ypos -290\n }\nset N29bdb570 [stack 0]\n Dot {\n name Dot2\n note_font_size 41\n xpos 451\n ypos -290\n }\nset N29bdf380 [stack 0]\n Dot {\n name Dot3\n note_font_size 41\n xpos 577\n ypos -290\n }\n Dilate {\n channels rgba\n size 1\n name Dilate2\n xpos 543\n ypos -231\n }\npush $N29bdf380\n Invert {\n channels rgba\n name Invert1\n xpos 417\n ypos -257\n }\n Merge2 {\n inputs 2\n operation mask\n name Merge4\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 417\n ypos -231\n }\n Grade {\n channels rgba\n blackpoint {{parent.threshold}}\n name Grade3\n xpos 417\n ypos -199\n }\n Dot {\n name Dot8\n note_font_size 41\n xpos 451\n ypos -150\n }\npush $N29bdb570\n Dot {\n name Dot1\n note_font_size 41\n xpos 202\n ypos -290\n }\n Dilate {\n channels rgba\n size -1\n name Dilate1\n xpos 168\n ypos -227\n }\npush $N29bdb570\n Merge2 {\n inputs 2\n operation stencil\n name Merge3\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 278\n ypos -227\n }\n Grade {\n channels rgba\n blackpoint {{parent.threshold}}\n name Grade2\n xpos 278\n ypos -201\n }\n Merge2 {\n inputs 2\n name Merge5\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 278\n ypos -154\n }\n Blur {\n channels rgba\n size 2\n name Blur1\n label \"\\[value size]\"\n xpos 278\n ypos -98\n }\n Grade {\n channels rgba\n multiply 2\n white_clamp true\n name Grade1\n xpos 278\n ypos -60\n }\n Shuffle {\n red alpha\n green alpha\n blue alpha\n name Shuffle1\n tile_color 0xffffffff\n xpos 278\n ypos -34\n }\n Output {\n name Output1\n xpos 278\n ypos 65\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_EdgeDetectPRO.gizmo", "content": "Group {\n name EdgeDetectPRO\n tile_color 0xcc804e00\n addUserKnob {20 EdgeDetect}\n addUserKnob {41 channels T CTRL.channels}\n addUserKnob {26 IN l \"\" +STARTLINE T \"IN\"}\n addUserKnob {26 line l \"\" -STARTLINE}\n addUserKnob {7 in_erode l \"IN erode\" R -100 100}\n addUserKnob {7 in_blur l \"IN blur\" R 0 50}\n addUserKnob {26 OUT l \"\" +STARTLINE T \"OUT\"}\n addUserKnob {26 line2 l \"\" -STARTLINE}\n addUserKnob {7 out_erode l \"OUT erode\" R -100 100}\n addUserKnob {7 out_blur l \"OUT blur\" R 0 50}\n addUserKnob {26 OVERALL l \"\" +STARTLINE T \"OVERALL\"}\n addUserKnob {26 line03 l \"\" -STARTLINE}\n addUserKnob {41 size l Dilate T Dilate1.size}\n addUserKnob {41 size_1 l Blur T BlurOverall.size}\n addUserKnob {41 value l Gain T MultiplyOverall.value}\n addUserKnob {6 clamp -STARTLINE}\n clamp true\n addUserKnob {26 \"\"}\n addUserKnob {6 enableRotate l \"\" +STARTLINE +STARTLINE}\n addUserKnob {41 which l rotate -STARTLINE T Switch1.which}\n addUserKnob {26 \"\"}\n addUserKnob {20 filters l Filters n 1}\n filters 0\n addUserKnob {41 filter l \"filter erode\" T FilterErodeIN.filter}\n addUserKnob {41 filter_1 l \"filter blur\" T BlurIN.filter}\n addUserKnob {20 endGroup n -1}\n addUserKnob {20 email l @}\n addUserKnob {26 email_1 l \"\" +STARTLINE T \"EdgeDetect PRO v2.0
\\nby Andrea Geremia
\\n
\\nandrea.geremia89@gmail.com
\\nwww.andreageremia.it\"}\n}\n BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0x56705aff\n label rotate\n note_font_size 42\n xpos -2496\n ypos -223\n bdwidth 2029\n bdheight 509\n }\n Input {\n inputs 0\n name Input1\n xpos 149\n ypos -285\n }\n Dilate {\n channels {{{parent.CTRL.channels}}}\n name Dilate1\n label \"\\[value size]\"\n xpos 147\n ypos -234\n }\n Dot {\n name Dot4\n xpos 181\n ypos -143\n }\nset N46af5a00 [stack 0]\n Dot {\n name Dot21\n xpos -176\n ypos -143\n }\nset N46af7ec0 [stack 0]\n Dot {\n name Dot16\n xpos -525\n ypos -143\n }\nset N46afa460 [stack 0]\n Matrix {\n matrix {\n {0 1 1}\n {-1 0 1}\n {-1 -1 0}\n }\n name Matrix15\n xpos -557\n ypos -29\n }\npush $N46afa460\n Dot {\n name Dot5\n xpos -658\n ypos -143\n }\nset N46a71040 [stack 0]\n Matrix {\n matrix {\n {1 1 1}\n {-1 0 1}\n {-1 -1 -1}\n }\n name Matrix14\n xpos -690\n ypos -31\n }\npush $N46a71040\n Dot {\n name Dot14\n xpos -788\n ypos -143\n }\nset N46a5bb90 [stack 0]\n Matrix {\n matrix {\n {1 1 1}\n {0 0 0}\n {-1 -1 -1}\n }\n name Matrix13\n xpos -820\n ypos -29\n }\npush $N46a5bb90\n Dot {\n name Dot13\n xpos -934\n ypos -143\n }\nset N46a63330 [stack 0]\n Matrix {\n matrix {\n {1 1 1}\n {1 0 -1}\n {-1 -1 -1}\n }\n name Matrix12\n xpos -966\n ypos -29\n }\npush $N46a63330\n Dot {\n name Dot12\n xpos -1068\n ypos -143\n }\nset N46a6aad0 [stack 0]\n Matrix {\n matrix {\n {1 1 0}\n {1 0 -1}\n {0 -1 -1}\n }\n name Matrix11\n xpos -1100\n ypos -31\n }\npush $N46a6aad0\n Dot {\n name Dot11\n xpos -1219\n ypos -143\n }\nset N46a50a40 [stack 0]\n Matrix {\n matrix {\n {1 1 -1}\n {0 0 0}\n {1 -1 -1}\n }\n name Matrix10\n xpos -1251\n ypos -32\n }\npush $N46a50a40\n Dot {\n name Dot10\n xpos -1351\n ypos -143\n }\nset N46a49300 [stack 0]\n Matrix {\n matrix {\n {1 1 -1}\n {1 0 -1}\n {1 -1 -1}\n }\n name Matrix9\n xpos -1385\n ypos -34\n }\npush $N46a49300\n Dot {\n name Dot9\n xpos -1500\n ypos -143\n }\nset N46a31fc0 [stack 0]\n Matrix {\n matrix {\n {1 0 -1}\n {1 0 -1}\n {1 0 -1}\n }\n name Matrix8\n xpos -1534\n ypos -31\n }\npush $N46a31fc0\n Dot {\n name Dot8\n xpos -1640\n ypos -143\n }\nset N46a2fdd0 [stack 0]\n Matrix {\n matrix {\n {1 -1 -1}\n {1 0 -1}\n {1 1 -1}\n }\n name Matrix7\n xpos -1674\n ypos -31\n }\npush $N46a2fdd0\n Dot {\n name Dot15\n xpos -1745\n ypos -143\n }\nset N46a10560 [stack 0]\n Matrix {\n matrix {\n {0 -1 -1}\n {1 0 -1}\n {1 1 0}\n }\n name Matrix6\n xpos -1779\n ypos -32\n }\npush $N46a10560\n Dot {\n name Dot7\n xpos -1851\n ypos -143\n }\nset N46a17ca0 [stack 0]\n Matrix {\n matrix {\n {-1 -1 -1}\n {1 0 -1}\n {1 1 1}\n }\n name Matrix5\n xpos -1885\n ypos -31\n }\npush $N46a17ca0\n Dot {\n name Dot6\n xpos -1961\n ypos -143\n }\nset N46a06770 [stack 0]\n Matrix {\n matrix {\n {-1 -1 -1}\n {0 0 0}\n {1 1 1}\n }\n name Matrix4\n xpos -1995\n ypos -32\n }\npush $N46a06770\n Dot {\n name Dot17\n xpos -2082\n ypos -143\n }\nset N2a2039f0 [stack 0]\n Matrix {\n matrix {\n {-1 -1 -1}\n {-1 0 1}\n {1 1 1}\n }\n name Matrix3\n xpos -2116\n ypos -32\n }\npush $N2a2039f0\n Dot {\n name Dot18\n xpos -2203\n ypos -143\n }\nset N2a20b040 [stack 0]\n Matrix {\n matrix {\n {-1 -1 0}\n {-1 0 1}\n {0 1 1}\n }\n name Matrix2\n xpos -2237\n ypos -31\n }\npush $N2a20b040\n Dot {\n name Dot19\n xpos -2319\n ypos -143\n }\nset N2a212a00 [stack 0]\n Matrix {\n matrix {\n {-1 -1 1}\n {-1 0 1}\n {-1 1 1}\n }\n name Matrix1\n xpos -2353\n ypos -31\n }\npush $N2a212a00\n Dot {\n name Dot20\n xpos -2452\n ypos -143\n }\n Matrix {\n matrix {\n {-1 0 1}\n {-1 0 1}\n {-1 0 1}\n }\n name Matrix0\n xpos -2486\n ypos -31\n }\n Switch {\n inputs 16\n name Switch1\n xpos -1534\n ypos 258\n }\npush $N46af7ec0\n Matrix {\n channels {{{parent.CTRL.channels}}}\n matrix {\n {{\"\\[python nuke.toNode('Matrix'\\\\ +\\\\nstr(int(nuke.toNode('Switch1').knob('which').value()))).knob('matrix').value(0,0)]\"} {\"\\[python nuke.toNode('Matrix'\\\\ +\\\\nstr(int(nuke.toNode('Switch1').knob('which').value()))).knob('matrix').value(0,1)]\"} {\"\\[python nuke.toNode('Matrix'\\\\ +\\\\nstr(int(nuke.toNode('Switch1').knob('which').value()))).knob('matrix').value(0,2)]\"}}\n {{\"\\[python nuke.toNode('Matrix'\\\\ +\\\\nstr(int(nuke.toNode('Switch1').knob('which').value()))).knob('matrix').value(1,0)]\"} {\"\\[python nuke.toNode('Matrix'\\\\ +\\\\nstr(int(nuke.toNode('Switch1').knob('which').value()))).knob('matrix').value(1,1)]\"} {\"\\[python nuke.toNode('Matrix'\\\\ +\\\\nstr(int(nuke.toNode('Switch1').knob('which').value()))).knob('matrix').value(1,2)]\"}}\n {{\"\\[python nuke.toNode('Matrix'\\\\ +\\\\nstr(int(nuke.toNode('Switch1').knob('which').value()))).knob('matrix').value(2,0)]\"} {\"\\[python nuke.toNode('Matrix'\\\\ +\\\\nstr(int(nuke.toNode('Switch1').knob('which').value()))).knob('matrix').value(2,1)]\"} {\"\\[python nuke.toNode('Matrix'\\\\ +\\\\nstr(int(nuke.toNode('Switch1').knob('which').value()))).knob('matrix').value(2,2)]\"}}\n }\n name MatrixSUPER\n xpos -208\n ypos 68\n }\n FilterErode {\n channels {{{parent.CTRL.channels}}}\n size {{(abs(parent.FilterErodeOUT.size)+abs(parent.FilterErodeIN.size)+parent.BlurOUT.size+parent.BlurIN.size+10)*-1}}\n name FilterErode1\n label \"\\[value size]\"\n xpos -208\n ypos 215\n }\npush $N46af5a00\n Dot {\n name Dot2\n label IN\n note_font_size 30\n xpos 239\n ypos -96\n }\n FilterErode {\n channels {{{parent.CTRL.channels}}}\n size {{parent.in_erode}}\n name FilterErodeIN\n label \"\\[value size]\"\n xpos 205\n ypos -44\n }\n Blur {\n channels {{{parent.CTRL.channels}}}\n size {{parent.in_blur}}\n name BlurIN\n label \"\\[value size]\"\n selected true\n xpos 205\n ypos 14\n }\n Dot {\n name Dot3\n xpos 239\n ypos 169\n }\npush $N46af5a00\n Dot {\n name Dot1\n label OUT\n note_font_size 30\n xpos 106\n ypos -93\n }\n FilterErode {\n channels {{{parent.CTRL.channels}}}\n size {{parent.out_erode}}\n filter {{FilterErodeIN.filter}}\n name FilterErodeOUT\n label \"\\[value size]\"\n xpos 72\n ypos -39\n }\n Blur {\n channels {{{parent.CTRL.channels}}}\n size {{parent.out_blur}}\n filter {{BlurIN.filter}}\n name BlurOUT\n label \"\\[value size]\"\n xpos 72\n ypos 15\n }\n Merge2 {\n inputs 2\n operation stencil\n name Merge1\n xpos 72\n ypos 166\n }\n Merge2 {\n inputs 2\n operation mask\n name Merge2\n label ROTATE\n xpos 72\n ypos 215\n disable {{!parent.enableRotate}}\n }\n Blur {\n channels {{{parent.CTRL.channels}}}\n name BlurOverall\n label \"\\[value size]\"\n xpos 72\n ypos 286\n }\n Multiply {\n channels {{{parent.CTRL.channels}}}\n name MultiplyOverall\n label \"\\[value value]\"\n xpos 72\n ypos 340\n }\n Clamp {\n channels {{{parent.CTRL.channels}}}\n name Clamp1\n xpos 72\n ypos 383\n disable {{!parent.clamp}}\n }\n Output {\n name Output1\n xpos 72\n ypos 432\n }\n FilterErode {\n inputs 0\n channels rgba\n size 0\n name CTRL\n label \"\\[value size]\"\n xpos 385\n ypos -166\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_EdgeFromAlpha.gizmo", "content": "set cut_paste_input [stack 0]\npush $cut_paste_input\nGroup {\n name EdgeFromAlpha\n note_font Verdana\n selected true\n mapsize {0.15 0.15}\n addUserKnob {20 \"\" l Settings}\n addUserKnob {41 from0 l \"control channel\" T Copy2.from0}\n addUserKnob {41 output T ChannelMerge4.output}\n addUserKnob {41 blackpoint T Grade1.blackpoint}\n addUserKnob {41 whitepoint T Grade1.whitepoint}\n addUserKnob {26 \"\" l \"edge size\"}\n addUserKnob {41 size l inside T ErodeInside.size}\n addUserKnob {14 ErodeOutside_size l outside R 0 100}\n ErodeOutside_size 3\n addUserKnob {26 \"\" l \"edge blur\"}\n addUserKnob {41 size_3 l inside T BlurInside.size}\n addUserKnob {41 size_1 l outside T BlurOutside.size}\n}\n Input {\n inputs 0\n name Input1\n xpos -448\n ypos 2\n }\n AddChannels {\n channels {rgba.red -rgba.green -rgba.blue rgba.alpha}\n name AddChannels1\n xpos -448\n ypos 30\n }\nset N37967ad0 [stack 0]\npush $N37967ad0\n Copy {\n inputs 2\n from0 rgba.alpha\n to0 rgba.red\n name Copy2\n xpos -193\n ypos 30\n }\n Clamp {\n channels {rgba.red -rgba.green -rgba.blue}\n name Clamp1\n xpos -193\n ypos 94\n }\n Grade {\n channels {rgba.red -rgba.green -rgba.blue}\n black_clamp false\n name Grade1\n xpos -193\n ypos 146\n }\nset N36ef2460 [stack 0]\n Erode {\n channels {none none none rgba.red}\n size 3\n name ErodeInside\n xpos -126\n ypos 198\n }\n Blur {\n channels {rgba.red -rgba.green -rgba.blue}\n name BlurInside\n xpos -126\n ypos 250\n }\npush $N36ef2460\n Erode {\n channels {none none none rgba.red}\n size {{-parent.ErodeOutside_size.w} {-parent.ErodeOutside_size.h}}\n name ErodeOutside\n xpos -264\n ypos 199\n }\n Blur {\n channels {rgba.red -rgba.green -rgba.blue}\n name BlurOutside\n xpos -264\n ypos 251\n }\n ChannelMerge {\n inputs 2\n A rgba.red\n operation stencil\n B rgba.red\n name ChannelMerge4\n xpos -191\n ypos 308\n }\nset N36eeda60 [stack 0]\n Dot {\n name Dot1\n xpos -52\n ypos 324\n }\n Dot {\n name Dot2\n xpos -52\n ypos 465\n }\npush $N37967ad0\n Dot {\n name Dot3\n xpos -414\n ypos 416\n }\npush $N36eeda60\n Copy {\n inputs 2\n from0 rgba.red\n to0 rgba.red\n name Copy1\n xpos -191\n ypos 407\n }\n Switch {\n inputs 2\n which {{\"parent.output == 1\" i}}\n name Switch1\n xpos -191\n ypos 463\n }\n Output {\n name Output1\n xpos -191\n ypos 526\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_Edge_Expand.gizmo", "content": "Group {\n name Edge_Expand\n inputs 2\n help \"Expand edges to fix fringing on keys.\\nUse after a premult is preferred, but can also help on some other inputs.\"\n knobChanged \"\\nnode = nuke.thisNode()\\nknob = nuke.thisKnob()\\n\\nif knob.name() in \\['method']:\\n if knob.value() == 'Dilate':\\n node\\['size_extend'].clearFlag(nuke.INVISIBLE)\\n node\\['samples'].clearFlag(nuke.INVISIBLE)\\n node\\['size_warp'].setFlag(nuke.INVISIBLE)\\n node\\['warp_amount'].setFlag(nuke.INVISIBLE)\\n node\\['warp_normal'].setFlag(nuke.INVISIBLE)\\n node\\['size_distort'].setFlag(nuke.INVISIBLE)\\n node\\['distort_amount'].setFlag(nuke.INVISIBLE)\\n node\\['blur'].clearFlag(nuke.INVISIBLE)\\n elif knob.value() == 'Extend':\\n node\\['size_extend'].clearFlag(nuke.INVISIBLE)\\n node\\['samples'].clearFlag(nuke.INVISIBLE)\\n node\\['size_warp'].setFlag(nuke.INVISIBLE)\\n node\\['warp_amount'].setFlag(nuke.INVISIBLE)\\n node\\['warp_normal'].setFlag(nuke.INVISIBLE)\\n node\\['size_distort'].setFlag(nuke.INVISIBLE)\\n node\\['distort_amount'].setFlag(nuke.INVISIBLE)\\n node\\['blur'].clearFlag(nuke.INVISIBLE)\\n elif knob.value() == 'Warp':\\n node\\['size_extend'].setFlag(nuke.INVISIBLE)\\n node\\['samples'].setFlag(nuke.INVISIBLE)\\n node\\['size_warp'].clearFlag(nuke.INVISIBLE)\\n node\\['warp_amount'].clearFlag(nuke.INVISIBLE)\\n node\\['warp_normal'].clearFlag(nuke.INVISIBLE)\\n node\\['size_distort'].setFlag(nuke.INVISIBLE)\\n node\\['distort_amount'].setFlag(nuke.INVISIBLE)\\n node\\['blur'].clearFlag(nuke.INVISIBLE)\\n elif knob.value() == 'Distort':\\n node\\['size_extend'].setFlag(nuke.INVISIBLE)\\n node\\['samples'].setFlag(nuke.INVISIBLE)\\n node\\['size_warp'].setFlag(nuke.INVISIBLE)\\n node\\['warp_amount'].setFlag(nuke.INVISIBLE)\\n node\\['warp_normal'].setFlag(nuke.INVISIBLE)\\n node\\['size_distort'].clearFlag(nuke.INVISIBLE)\\n node\\['distort_amount'].clearFlag(nuke.INVISIBLE)\\n node\\['blur'].setFlag(nuke.INVISIBLE)\\n\\nelif knob.name() in \\['samples']:\\n if knob.value() > 10:\\n knob.setValue(10)\\n elif knob.value() < 1:\\n knob.setValue(1)\\n\"\n tile_color 0xef7033ff\n label \"(\\[value method])\"\n addUserKnob {20 User}\n addUserKnob {4 method l Method t \"Dilate: Multiple iterations of Blur and Unpremult of the same input.\\nExtend: Recursive iterations of Blur and Unpremult.\\nWarp: A vector based method to stretch the edges.\\nDistort: A wide distortion which \\\"grows\\\" the subject into its matte.\" M {Dilate Extend Warp Distort}}\n addUserKnob {6 in_premult l \"Input is Premultiplied\" -STARTLINE}\n in_premult true\n addUserKnob {26 \"\"}\n addUserKnob {7 erode t \"Erodes the original alpha to get rid of edges.\" R 0 15}\n erode 5\n addUserKnob {14 edgeblur l \"edge blur\" t \"Use this to soften the transition between the extended area and the core.\" R 0 100}\n addUserKnob {26 \"\"}\n addUserKnob {14 size_extend l size t \"Controls the size of the expansion.\" R 0 100}\n size_extend 15\n addUserKnob {3 samples t \"Controls the amount of samples for the Dilate or Extend Methods. (min:1 max:10)\"}\n samples 10\n addUserKnob {14 size_warp l size t \"Controls the size of the Warp\" +INVISIBLE R 0 100}\n size_warp 10\n addUserKnob {7 warp_amount l \"warp amount\" +INVISIBLE R 0.5 1}\n warp_amount 1\n addUserKnob {7 warp_normal l \"warp normal\" t \"Rotates the angle of the vector extension.\" +INVISIBLE R -90 90}\n addUserKnob {14 size_distort l size t \"Controls the size of the distort.\" +INVISIBLE R 0 100}\n size_distort 5\n addUserKnob {7 distort_amount l \"distort amount\" +INVISIBLE R 0.5 1}\n distort_amount 1\n addUserKnob {14 blur l \"blur expansion\" R 0 100}\n addUserKnob {26 \"\"}\n addUserKnob {7 mix_luma l \"mix luma\"}\n mix_luma 1\n addUserKnob {7 mix_chroma l \"mix chroma\"}\n mix_chroma 1\n addUserKnob {22 shuffle_edge l \"shuffle edge matte\" T \"node = nuke.thisNode()\\nfullName = 'root.' + node.fullName()\\nparent_group = fullName.rsplit('.', 1)\\[0]\\nwith nuke.toNode(parent_group):\\n shuffle = nuke.createNode(\\\"Shuffle\\\", 'in edge red alpha green alpha blue alpha label \\\"Edge Matte\\\"', inpanel=False)\\n shuffle.setXpos(node.xpos() + 100)\\n shuffle.setYpos(node.ypos())\\n shuffle.setInput(0, node)\\n\\n\" +STARTLINE}\n addUserKnob {6 premult l \"premult output\" t \"Check this box to get the final result of the expension with the original matte.\\nUncheck this box to see the result of the expension with a new expended alpha.\" -STARTLINE}\n premult true\n addUserKnob {26 spin_copyright_div l \"\" +STARTLINE}\n addUserKnob {26 spin_copyright l \"\" t \"© SPINVFX\\nEdge_Expand\\nVersion 1.0\\n2018\" +STARTLINE T \"SPINVFX - Version 1.0 - 2018 - Github Page\"}\n}\n Input {\n inputs 0\n name Inputmask\n xpos -33\n ypos 1325\n number 1\n }\n Input {\n inputs 0\n name Input\n xpos -175\n ypos -347\n }\n Dot {\n name Dot13\n tile_color 0xcccccc00\n xpos -141\n ypos -279\n }\nset N958b9a0 [stack 0]\n Unpremult {\n name Unpremult2\n xpos -175\n ypos -226\n disable {{!parent.in_premult}}\n }\nset N95d29c0 [stack 0]\n Erode {\n size {{parent.erode}}\n name Erode1\n xpos -175\n ypos -137\n }\nset N95ccab0 [stack 0]\n Dot {\n name Dot1\n tile_color 0xcc804e00\n xpos -259\n ypos -127\n }\n Erode {\n size {{parent.edgeblur} {parent.edgeblur}}\n blur 1\n name Erode2\n xpos -293\n ypos -93\n }\npush $N95ccab0\n ChannelMerge {\n inputs 2\n operation min\n name ChannelMerge1\n xpos -175\n ypos -99\n }\n Dot {\n name Dot16\n tile_color 0x4b5ec600\n xpos -141\n ypos -22\n }\nset N95ae5d0 [stack 0]\npush $N958b9a0\n Dot {\n name Dot15\n tile_color 0xcccccc00\n xpos -438\n ypos -279\n }\nset N1956f6a0 [stack 0]\n ChannelMerge {\n inputs 2\n operation from\n name ChannelMerge2\n xpos -472\n ypos -38\n }\npush $N1956f6a0\n Dot {\n name Dot7\n tile_color 0xcccccc00\n xpos -605\n ypos -279\n }\nadd_layer {edge edge.red edge.green edge.blue edge.alpha}\n Copy {\n inputs 2\n from0 rgba.alpha\n to0 edge.alpha\n bbox B\n name Copy5\n xpos -639\n ypos -32\n }\n Dot {\n name Dot20\n tile_color 0x9e3c6300\n xpos -605\n ypos 641\n }\nset Nceed720 [stack 0]\n Dot {\n name Dot23\n tile_color 0x9e3c6300\n xpos -612\n ypos 1151\n }\nset Nce99110 [stack 0]\n Dot {\n name Dot24\n tile_color 0x9e3c6300\n xpos -612\n ypos 1329\n }\nset Nc5922f0 [stack 0]\npush $Nce99110\npush $N95ae5d0\n Premult {\n name Premult2\n xpos -175\n ypos 51\n }\n Dot {\n name Dot2\n tile_color 0xcccccc00\n xpos -141\n ypos 108\n }\nset N94727c0 [stack 0]\n Dot {\n name Dot11\n tile_color 0xcccccc00\n xpos -302\n ypos 108\n }\n Dot {\n name Dot12\n tile_color 0xcccccc00\n xpos -302\n ypos 561\n }\npush $N95ae5d0\n Dot {\n name Dot14\n tile_color 0x4b5ec600\n xpos 253\n ypos -22\n }\n Dot {\n name Dot6\n tile_color 0x4b5ec600\n xpos 253\n ypos 92\n }\nset Nbc9a6530 [stack 0]\npush $N95d29c0\n Dot {\n name Dot8\n tile_color 0xcccccc00\n xpos 121\n ypos -222\n }\nset Nb3b2ff0 [stack 0]\n Dot {\n name Dot5\n tile_color 0xcccccc00\n xpos 367\n ypos -222\n }\n Group {\n inputs 2\n name Distort\n xpos 333\n ypos 153\n addUserKnob {20 User}\n addUserKnob {14 size R 0 100}\n size {{parent.size_distort} {parent.size_distort}}\n addUserKnob {7 distort}\n distort {{parent.distort_amount}}\n }\n Input {\n inputs 0\n name Inputcontrol_mask\n xpos 236\n ypos -303\n number 1\n }\n Shuffle {\n red alpha\n green alpha\n blue alpha\n name Shuffle1\n label \"in \\[value in]-->out \\[value out]\"\n xpos 235\n ypos -248\n }\nset Na9d4d20 [stack 0]\n Blur {\n size {{parent.size*10} {parent.size*10}}\n quality {{int(parent.size*8)}}\n name Blur2\n label \"size \\[value size]\"\n xpos 360\n ypos -121\n }\npush $Na9d4d20\n Blur {\n size {{parent.size} {parent.size}}\n quality 50\n name Blur1\n xpos 235\n ypos -117\n }\n Merge2 {\n inputs 2\n operation multiply\n bbox B\n name Merge2\n xpos 234\n ypos 5\n }\n Grade {\n gamma 0.415\n name Grade5\n xpos 234\n ypos 57\n }\nset Nbc8bebd0 [stack 0]\n Invert {\n name Invert1\n xpos 61\n ypos 51\n }\n Multiply {\n value {{parent.size*2}}\n name Multiply1\n xpos 61\n ypos 178\n }\n Dot {\n name Dot1\n tile_color 0x7aa9ff00\n xpos 95\n ypos 441\n }\npush $Nbc8bebd0\n Dot {\n name Dot2\n tile_color 0x7aa9ff00\n xpos 269\n ypos 123\n }\nset Nbc9dd030 [stack 0]\n Matrix {\n matrix {\n {1 0 -1}\n {2 0 -2}\n {1 0 -1}\n }\n name Matrix1\n xpos 235\n ypos 204\n }\npush $Nbc9dd030\n Dot {\n name Dot3\n tile_color 0x7aa9ff00\n xpos 379\n ypos 123\n }\n Matrix {\n channels rgb\n matrix {\n {-1 -2 -1}\n {0 0 0}\n {1 2 1}\n }\n name Matrix2\n xpos 345\n ypos 205\n }\n Dot {\n name Dot4\n xpos 379\n ypos 260\n }\n ShuffleCopy {\n inputs 2\n red red\n blue black\n alpha black\n name ShuffleCopy1\n xpos 236\n ypos 256\n }\n Expression {\n temp_name0 mag\n temp_expr0 sqrt(pow(r,2)+pow(g,2)+pow(b,2))\n expr0 mag!=0?r/mag:0\n expr1 mag!=0?g/mag:0\n expr2 mag!=0?b/mag:0\n name Normalize\n xpos 236\n ypos 321\n }\n Multiply {\n value -1\n name Multiply2\n xpos 236\n ypos 358\n }\n Merge2 {\n inputs 2\n operation multiply\n bbox B\n name Merge1\n xpos 236\n ypos 437\n }\n Input {\n inputs 0\n name Input\n xpos 536\n ypos -112\n }\n Copy {\n inputs 2\n from0 rgba.red\n to0 forward.u\n from1 rgba.green\n to1 forward.v\n name Copy1\n selected true\n xpos 536\n ypos 425\n }\n IDistort {\n uv forward\n uv_scale {{parent.distort}}\n name IDistort1\n xpos 536\n ypos 497\n }\n Output {\n name Output1\n xpos 536\n ypos 566\n }\n end_group\n Dot {\n name Dot4\n tile_color 0xcccccc00\n xpos 367\n ypos 217\n }\npush $Nbc9a6530\npush $Nb3b2ff0\n Group {\n inputs 2\n name Warp\n xpos 87\n ypos 154\n addUserKnob {20 User}\n addUserKnob {14 size R 0 100}\n size {{parent.size_warp} {parent.size_warp}}\n addUserKnob {7 distort}\n distort {{parent.warp_amount}}\n addUserKnob {7 normal R -90 90}\n normal {{parent.warp_normal}}\n }\n Input {\n inputs 0\n name Inputcontrol_mask\n xpos 235\n ypos -176\n number 1\n }\n Shuffle {\n red alpha\n green alpha\n blue alpha\n name Shuffle1\n xpos 235\n ypos -150\n }\n Clamp {\n name Clamp1\n xpos 235\n ypos -78\n }\n Blur {\n size {{parent.size/parent.distort} {parent.size/parent.distort}}\n quality 50\n name Blur1\n label \"size \\[value size]\"\n xpos 235\n ypos -27\n }\n Grade {\n whitepoint 0.5\n white_clamp true\n name Grade2\n xpos 235\n ypos 81\n }\nset Na9c54a0 [stack 0]\n Invert {\n name Invert1\n xpos 61\n ypos 75\n }\n Multiply {\n value {{parent.size}}\n name Multiply1\n xpos 61\n ypos 113\n }\n Dot {\n name Dot1\n tile_color 0x7aa9ff00\n xpos 95\n ypos 441\n }\npush $Na9c54a0\n Dot {\n name Dot2\n tile_color 0x7aa9ff00\n xpos 269\n ypos 123\n }\nset Ncebdc20 [stack 0]\n Matrix {\n matrix {\n {1 0 -1}\n {2 0 -2}\n {1 0 -1}\n }\n name Matrix1\n xpos 235\n ypos 206\n }\npush $Ncebdc20\n Dot {\n name Dot3\n tile_color 0x7aa9ff00\n xpos 379\n ypos 123\n }\n Matrix {\n matrix {\n {-1 -2 -1}\n {0 0 0}\n {1 2 1}\n }\n name Matrix2\n xpos 345\n ypos 205\n }\n Dot {\n name Dot4\n xpos 379\n ypos 260\n }\n ShuffleCopy {\n inputs 2\n red red\n blue black\n alpha black\n name ShuffleCopy1\n xpos 236\n ypos 256\n }\n Expression {\n temp_name0 mag\n temp_expr0 sqrt(pow(r,2)+pow(g,2)+pow(b,2))\n expr0 mag!=0?r/mag:0\n expr1 mag!=0?g/mag:0\n expr2 mag!=0?b/mag:0\n name Normalize\n xpos 236\n ypos 301\n }\n Multiply {\n value -1\n name Multiply2\n xpos 236\n ypos 327\n }\n Group {\n name Vectors_Rotation\n help \"Edit the direction of motion vectors\"\n xpos 236\n ypos 380\n addUserKnob {20 VecRot l \"Vectors Rotation\"}\n addUserKnob {7 rotation t \"Rotates the vectors direction\" R -90 90}\n rotation {{parent.normal}}\n }\n Input {\n inputs 0\n name Input\n xpos -303\n ypos 144\n }\n Expression {\n temp_name0 angleRad\n temp_expr0 radians(parent.rotation)\n expr0 \"r * cos(angleRad) - g * sin(angleRad)\"\n expr1 \"r * sin(angleRad) + g * cos(angleRad)\"\n name Direction\n xpos -303\n ypos 217\n }\n Output {\n name Output1\n xpos -303\n ypos 291\n }\n end_group\n Merge2 {\n inputs 2\n operation multiply\n bbox B\n name Merge1\n xpos 236\n ypos 437\n }\n Input {\n inputs 0\n name Input\n xpos 536\n ypos -176\n }\n Copy {\n inputs 2\n from0 rgba.red\n to0 forward.u\n from1 rgba.green\n to1 forward.v\n name Copy1\n xpos 536\n ypos 425\n }\n IDistort {\n uv forward\n uv_scale {{parent.distort}}\n name IDistort1\n selected true\n xpos 536\n ypos 497\n }\n Output {\n name Output1\n xpos 536\n ypos 607\n }\n end_group\n Dot {\n name Dot9\n tile_color 0xcccccc00\n xpos 121\n ypos 220\n }\npush $N94727c0\n Dot {\n name Dot3\n tile_color 0xcccccc00\n xpos -9\n ypos 108\n }\n Group {\n name Recursive_Extend\n xpos -43\n ypos 153\n addUserKnob {20 User}\n addUserKnob {14 size R 0 100}\n size {{parent.size_extend} {parent.size_extend}}\n addUserKnob {3 samples}\n samples {{parent.samples}}\n addUserKnob {26 \"\"}\n addUserKnob {7 threshold t \"Used to eliminate ugly edges due to small precision error.\" R 0 0.001}\n threshold 0.0002\n }\n Input {\n inputs 0\n name Input1\n xpos 185\n ypos -5\n }\n Clamp {\n channels alpha\n name Clamp1\n xpos 185\n ypos 46\n }\n Dot {\n name Dot1\n tile_color 0x7aa9ff00\n xpos 219\n ypos 123\n }\nset Nd7b6820 [stack 0]\n Dot {\n name Dot2\n tile_color 0x7aa9ff00\n xpos 396\n ypos 123\n }\n Blur {\n size {{parent.size/parent.samples} {parent.size/parent.samples}}\n name Blur1\n xpos 362\n ypos 187\n }\n Expression {\n temp_name0 tres\n temp_expr0 parent.threshold\n expr0 a>tres?r/a:r\n expr1 a>tres?g/a:g\n expr2 a>tres?b/a:b\n expr3 a>tres?a/a:0\n name All_unpremult1\n xpos 362\n ypos 225\n }\npush $Nd7b6820\n Merge2 {\n inputs 2\n operation under\n name Merge1\n selected true\n xpos 185\n ypos 225\n }\n Dot {\n name Dot4\n tile_color 0x4b5ec600\n xpos 219\n ypos 325\n }\nset Nd7c9f60 [stack 0]\n Dot {\n name Dot5\n tile_color 0x4b5ec600\n xpos 396\n ypos 325\n }\n Blur {\n size {{parent.size/parent.samples} {parent.size/parent.samples}}\n name Blur2\n xpos 362\n ypos 384\n }\n Expression {\n temp_name0 tres\n temp_expr0 parent.threshold\n expr0 a>tres?r/a:r\n expr1 a>tres?g/a:g\n expr2 a>tres?b/a:b\n expr3 a>tres?a/a:0\n name All_unpremult2\n xpos 362\n ypos 422\n }\npush $Nd7c9f60\n Merge2 {\n inputs 2\n operation under\n name Merge2\n xpos 185\n ypos 422\n disable {{parent.samples<2}}\n }\n Dot {\n name Dot6\n tile_color 0x4b5ec600\n xpos 219\n ypos 527\n }\nset Nbca9b3d0 [stack 0]\n Dot {\n name Dot7\n tile_color 0x4b5ec600\n xpos 396\n ypos 527\n }\n Blur {\n size {{parent.size/parent.samples} {parent.size/parent.samples}}\n name Blur3\n xpos 362\n ypos 586\n }\n Expression {\n temp_name0 tres\n temp_expr0 parent.threshold\n expr0 a>tres?r/a:r\n expr1 a>tres?g/a:g\n expr2 a>tres?b/a:b\n expr3 a>tres?a/a:0\n name All_unpremult3\n xpos 362\n ypos 624\n }\npush $Nbca9b3d0\n Merge2 {\n inputs 2\n operation under\n name Merge3\n xpos 185\n ypos 624\n disable {{parent.samples<3}}\n }\n Dot {\n name Dot8\n tile_color 0x4b5ec600\n xpos 219\n ypos 729\n }\nset Nbc842010 [stack 0]\n Dot {\n name Dot9\n tile_color 0x4b5ec600\n xpos 396\n ypos 729\n }\n Blur {\n size {{parent.size/parent.samples} {parent.size/parent.samples}}\n name Blur4\n xpos 362\n ypos 788\n }\n Expression {\n temp_name0 tres\n temp_expr0 parent.threshold\n expr0 a>tres?r/a:r\n expr1 a>tres?g/a:g\n expr2 a>tres?b/a:b\n expr3 a>tres?a/a:0\n name All_unpremult4\n xpos 362\n ypos 826\n }\npush $Nbc842010\n Merge2 {\n inputs 2\n operation under\n name Merge4\n xpos 185\n ypos 826\n disable {{parent.samples<4}}\n }\n Dot {\n name Dot10\n tile_color 0x4b5ec600\n xpos 219\n ypos 931\n }\nset Naa83510 [stack 0]\n Dot {\n name Dot11\n tile_color 0x4b5ec600\n xpos 396\n ypos 931\n }\n Blur {\n size {{parent.size/parent.samples} {parent.size/parent.samples}}\n name Blur5\n xpos 362\n ypos 990\n }\n Expression {\n temp_name0 tres\n temp_expr0 parent.threshold\n expr0 a>tres?r/a:r\n expr1 a>tres?g/a:g\n expr2 a>tres?b/a:b\n expr3 a>tres?a/a:0\n name All_unpremult5\n xpos 362\n ypos 1028\n }\npush $Naa83510\n Merge2 {\n inputs 2\n operation under\n name Merge5\n xpos 185\n ypos 1028\n disable {{parent.samples<5}}\n }\n Dot {\n name Dot12\n tile_color 0x4b5ec600\n xpos 219\n ypos 1133\n }\nset N9596430 [stack 0]\n Dot {\n name Dot13\n tile_color 0x4b5ec600\n xpos 396\n ypos 1133\n }\n Blur {\n size {{parent.size/parent.samples} {parent.size/parent.samples}}\n name Blur6\n xpos 362\n ypos 1192\n }\n Expression {\n temp_name0 tres\n temp_expr0 parent.threshold\n expr0 a>tres?r/a:r\n expr1 a>tres?g/a:g\n expr2 a>tres?b/a:b\n expr3 a>tres?a/a:0\n name All_unpremult6\n xpos 362\n ypos 1230\n }\npush $N9596430\n Merge2 {\n inputs 2\n operation under\n bbox B\n name Merge6\n xpos 185\n ypos 1230\n disable {{parent.samples<6}}\n }\n Dot {\n name Dot14\n tile_color 0x4b5ec600\n xpos 219\n ypos 1335\n }\nset Nceef380 [stack 0]\n Dot {\n name Dot15\n tile_color 0x4b5ec600\n xpos 396\n ypos 1335\n }\n Blur {\n size {{parent.size/parent.samples} {parent.size/parent.samples}}\n name Blur7\n xpos 362\n ypos 1394\n }\n Expression {\n temp_name0 tres\n temp_expr0 parent.threshold\n expr0 a>tres?r/a:r\n expr1 a>tres?g/a:g\n expr2 a>tres?b/a:b\n expr3 a>tres?a/a:0\n name All_unpremult7\n xpos 362\n ypos 1432\n }\npush $Nceef380\n Merge2 {\n inputs 2\n operation under\n name Merge7\n xpos 185\n ypos 1432\n disable {{parent.samples<7}}\n }\n Dot {\n name Dot16\n tile_color 0x4b5ec600\n xpos 219\n ypos 1537\n }\nset Ne283e90 [stack 0]\n Dot {\n name Dot17\n tile_color 0x4b5ec600\n xpos 396\n ypos 1537\n }\n Blur {\n size {{parent.size/parent.samples} {parent.size/parent.samples}}\n name Blur8\n xpos 362\n ypos 1596\n }\n Expression {\n temp_name0 tres\n temp_expr0 parent.threshold\n expr0 a>tres?r/a:r\n expr1 a>tres?g/a:g\n expr2 a>tres?b/a:b\n expr3 a>tres?a/a:0\n name All_unpremult8\n xpos 362\n ypos 1634\n }\npush $Ne283e90\n Merge2 {\n inputs 2\n operation under\n name Merge8\n xpos 185\n ypos 1634\n disable {{parent.samples<8}}\n }\n Dot {\n name Dot18\n tile_color 0x4b5ec600\n xpos 219\n ypos 1739\n }\nset Nbca093e0 [stack 0]\n Dot {\n name Dot19\n tile_color 0x4b5ec600\n xpos 396\n ypos 1739\n }\n Blur {\n size {{parent.size/parent.samples} {parent.size/parent.samples}}\n name Blur9\n xpos 362\n ypos 1798\n }\n Expression {\n temp_name0 tres\n temp_expr0 parent.threshold\n expr0 a>tres?r/a:r\n expr1 a>tres?g/a:g\n expr2 a>tres?b/a:b\n expr3 a>tres?a/a:0\n name All_unpremult9\n xpos 362\n ypos 1836\n }\npush $Nbca093e0\n Merge2 {\n inputs 2\n operation under\n name Merge9\n xpos 185\n ypos 1836\n disable {{parent.samples<9}}\n }\n Dot {\n name Dot20\n tile_color 0x4b5ec600\n xpos 219\n ypos 1941\n }\nset N3c24b210 [stack 0]\n Dot {\n name Dot21\n tile_color 0x4b5ec600\n xpos 396\n ypos 1943\n }\n Blur {\n size {{parent.size/parent.samples} {parent.size/parent.samples}}\n name Blur10\n xpos 362\n ypos 2000\n }\n Expression {\n temp_name0 tres\n temp_expr0 parent.threshold\n expr0 a>tres?r/a:r\n expr1 a>tres?g/a:g\n expr2 a>tres?b/a:b\n expr3 a>tres?a/a:0\n name All_unpremult10\n xpos 362\n ypos 2038\n }\npush $N3c24b210\n Merge2 {\n inputs 2\n operation under\n name Merge10\n xpos 185\n ypos 2038\n disable {{parent.samples<10}}\n }\n Output {\n name Output1\n xpos 185\n ypos 2281\n }\n end_group\n Dot {\n name Dot10\n tile_color 0xcccccc00\n xpos -9\n ypos 216\n }\npush $N94727c0\n Group {\n name Dilate\n xpos -175\n ypos 152\n addUserKnob {20 User}\n addUserKnob {14 size R 0 100}\n size {{parent.size_extend} {parent.size_extend}}\n addUserKnob {3 samples}\n samples {{parent.samples}}\n addUserKnob {7 blending}\n blending 1\n addUserKnob {26 \"\"}\n addUserKnob {7 threshold t \"Used to eliminate ugly edges due to small precision error.\" R 0 0.001}\n threshold 0.0001\n }\n Input {\n inputs 0\n name Input1\n xpos 0\n ypos -3\n }\n Clamp {\n channels alpha\n name Clamp1\n xpos 0\n ypos 48\n }\n Dot {\n name Dot3\n tile_color 0x7aa9ff00\n xpos 34\n ypos 123\n }\nset Nbc9dec30 [stack 0]\n Dot {\n name Dot22\n tile_color 0x7aa9ff00\n xpos 34\n ypos 323\n }\nset Nbc9b8270 [stack 0]\n Dot {\n name Dot23\n tile_color 0x7aa9ff00\n xpos 34\n ypos 525\n }\nset Nbc746e00 [stack 0]\n Dot {\n name Dot24\n tile_color 0x7aa9ff00\n xpos 34\n ypos 727\n }\nset Ne2bd260 [stack 0]\n Dot {\n name Dot10\n tile_color 0x7aa9ff00\n xpos 34\n ypos 931\n }\nset Nbc84f950 [stack 0]\n Dot {\n name Dot12\n tile_color 0x7aa9ff00\n xpos 34\n ypos 1133\n }\nset Naa693c0 [stack 0]\n Dot {\n name Dot14\n tile_color 0x7aa9ff00\n xpos 34\n ypos 1333\n }\nset Nc5e8220 [stack 0]\n Dot {\n name Dot16\n tile_color 0x7aa9ff00\n xpos 34\n ypos 1535\n }\nset Nd7e8470 [stack 0]\n Dot {\n name Dot18\n tile_color 0x7aa9ff00\n xpos 34\n ypos 1737\n }\nset Nbc8e6bf0 [stack 0]\n Dot {\n name Dot20\n tile_color 0x7aa9ff00\n xpos 34\n ypos 1941\n }\n Dot {\n name Dot21\n tile_color 0x7aa9ff00\n xpos 243\n ypos 1941\n }\n Blur {\n size {{parent.size/parent.samples*10} {parent.size/parent.samples*10}}\n name Blur10\n xpos 209\n ypos 1998\n }\n Expression {\n temp_name0 tres\n temp_expr0 parent.threshold\n expr0 a>tres?r/a:r\n expr1 a>tres?g/a:g\n expr2 a>tres?b/a:b\n expr3 a>tres?a/a:0\n name All_unpremult10\n xpos 209\n ypos 2036\n }\npush $Nbc8e6bf0\n Dot {\n name Dot19\n tile_color 0x7aa9ff00\n xpos 243\n ypos 1737\n }\n Blur {\n size {{parent.size/parent.samples*9} {parent.size/parent.samples*9}}\n name Blur9\n xpos 209\n ypos 1796\n }\n Expression {\n temp_name0 tres\n temp_expr0 parent.threshold\n expr0 a>tres?r/a:r\n expr1 a>tres?g/a:g\n expr2 a>tres?b/a:b\n expr3 a>tres?a/a:0\n name All_unpremult9\n xpos 209\n ypos 1834\n }\n FilterErode {\n size {{(parent.size/parent.samples)*parent.blending} {(parent.size/parent.samples)*parent.blending}}\n filter gaussian\n name FilterErode3\n xpos 209\n ypos 1860\n }\n Premult {\n name Premult9\n xpos 209\n ypos 1898\n }\npush $Nd7e8470\n Dot {\n name Dot17\n tile_color 0x7aa9ff00\n xpos 243\n ypos 1535\n }\n Blur {\n size {{parent.size/parent.samples*8} {parent.size/parent.samples*8}}\n name Blur8\n xpos 209\n ypos 1594\n }\n Expression {\n temp_name0 tres\n temp_expr0 parent.threshold\n expr0 a>tres?r/a:r\n expr1 a>tres?g/a:g\n expr2 a>tres?b/a:b\n expr3 a>tres?a/a:0\n name All_unpremult8\n xpos 209\n ypos 1632\n }\n FilterErode {\n size {{(parent.size/parent.samples)*parent.blending} {(parent.size/parent.samples)*parent.blending}}\n filter gaussian\n name FilterErode4\n xpos 209\n ypos 1658\n }\n Premult {\n name Premult8\n xpos 209\n ypos 1696\n }\npush $Nc5e8220\n Dot {\n name Dot15\n tile_color 0x7aa9ff00\n xpos 243\n ypos 1333\n }\n Blur {\n size {{parent.size/parent.samples*7} {parent.size/parent.samples*7}}\n name Blur7\n xpos 209\n ypos 1392\n }\n Expression {\n temp_name0 tres\n temp_expr0 parent.threshold\n expr0 a>tres?r/a:r\n expr1 a>tres?g/a:g\n expr2 a>tres?b/a:b\n expr3 a>tres?a/a:0\n name All_unpremult7\n xpos 209\n ypos 1430\n }\n FilterErode {\n size {{(parent.size/parent.samples)*parent.blending} {(parent.size/parent.samples)*parent.blending}}\n filter gaussian\n name FilterErode5\n xpos 209\n ypos 1456\n }\n Premult {\n name Premult7\n xpos 209\n ypos 1494\n }\npush $Naa693c0\n Dot {\n name Dot13\n tile_color 0x7aa9ff00\n xpos 243\n ypos 1133\n }\n Blur {\n size {{parent.size/parent.samples*6} {parent.size/parent.samples*6}}\n name Blur6\n xpos 209\n ypos 1190\n }\n Expression {\n temp_name0 tres\n temp_expr0 parent.threshold\n expr0 a>tres?r/a:r\n expr1 a>tres?g/a:g\n expr2 a>tres?b/a:b\n expr3 a>tres?a/a:0\n name All_unpremult6\n xpos 209\n ypos 1228\n }\n FilterErode {\n size {{(parent.size/parent.samples)*parent.blending} {(parent.size/parent.samples)*parent.blending}}\n filter gaussian\n name FilterErode6\n xpos 209\n ypos 1254\n }\n Premult {\n name Premult6\n xpos 209\n ypos 1292\n }\npush $Nbc84f950\n Dot {\n name Dot11\n tile_color 0x7aa9ff00\n xpos 243\n ypos 931\n }\n Blur {\n size {{parent.size/parent.samples*5} {parent.size/parent.samples*5}}\n name Blur5\n xpos 209\n ypos 988\n }\n Expression {\n temp_name0 tres\n temp_expr0 parent.threshold\n expr0 a>tres?r/a:r\n expr1 a>tres?g/a:g\n expr2 a>tres?b/a:b\n expr3 a>tres?a/a:0\n name All_unpremult5\n xpos 209\n ypos 1026\n }\n FilterErode {\n size {{(parent.size/parent.samples)*parent.blending} {(parent.size/parent.samples)*parent.blending}}\n filter gaussian\n name FilterErode7\n xpos 209\n ypos 1052\n }\n Premult {\n name Premult5\n xpos 209\n ypos 1090\n }\npush $Ne2bd260\n Dot {\n name Dot9\n tile_color 0x7aa9ff00\n xpos 243\n ypos 729\n }\n Blur {\n size {{parent.size/parent.samples*4} {parent.size/parent.samples*4}}\n name Blur4\n xpos 209\n ypos 788\n }\n Expression {\n temp_name0 tres\n temp_expr0 parent.threshold\n expr0 a>tres?r/a:r\n expr1 a>tres?g/a:g\n expr2 a>tres?b/a:b\n expr3 a>tres?a/a:0\n name All_unpremult4\n xpos 209\n ypos 826\n }\n FilterErode {\n size {{(parent.size/parent.samples)*parent.blending} {(parent.size/parent.samples)*parent.blending}}\n filter gaussian\n name FilterErode8\n xpos 209\n ypos 852\n }\n Premult {\n name Premult4\n xpos 209\n ypos 890\n }\npush $Nbc746e00\n Dot {\n name Dot7\n tile_color 0x7aa9ff00\n xpos 243\n ypos 527\n }\n Blur {\n size {{parent.size/parent.samples*3} {parent.size/parent.samples*3}}\n name Blur3\n xpos 209\n ypos 586\n }\n Expression {\n temp_name0 tres\n temp_expr0 parent.threshold\n expr0 a>tres?r/a:r\n expr1 a>tres?g/a:g\n expr2 a>tres?b/a:b\n expr3 a>tres?a/a:0\n name All_unpremult3\n xpos 209\n ypos 624\n }\n FilterErode {\n size {{(parent.size/parent.samples)*parent.blending} {(parent.size/parent.samples)*parent.blending}}\n filter gaussian\n name FilterErode9\n xpos 209\n ypos 650\n }\n Premult {\n name Premult3\n xpos 209\n ypos 688\n }\npush $Nbc9b8270\n Dot {\n name Dot5\n tile_color 0x7aa9ff00\n xpos 243\n ypos 325\n }\n Blur {\n size {{parent.size/parent.samples*2} {parent.size/parent.samples*2}}\n name Blur2\n xpos 209\n ypos 384\n }\n Expression {\n temp_name0 tres\n temp_expr0 parent.threshold\n expr0 a>tres?r/a:r\n expr1 a>tres?g/a:g\n expr2 a>tres?b/a:b\n expr3 a>tres?a/a:0\n name All_unpremult2\n xpos 209\n ypos 422\n }\n FilterErode {\n size {{(parent.size/parent.samples)*parent.blending} {(parent.size/parent.samples)*parent.blending}}\n filter gaussian\n name FilterErode10\n xpos 209\n ypos 448\n }\n Premult {\n name Premult2\n xpos 209\n ypos 486\n }\npush $Nbc9dec30\n Dot {\n name Dot25\n tile_color 0x7aa9ff00\n xpos 243\n ypos 123\n }\nset Nc5f24c0 [stack 0]\n Blur {\n size {{parent.size/parent.samples} {parent.size/parent.samples}}\n name Blur1\n xpos 209\n ypos 187\n }\n Expression {\n temp_name0 tres\n temp_expr0 parent.threshold\n expr0 a>tres?r/a:r\n expr1 a>tres?g/a:g\n expr2 a>tres?b/a:b\n expr3 a>tres?a/a:0\n name All_unpremult1\n xpos 209\n ypos 225\n }\n FilterErode {\n size {{(parent.size/parent.samples)*parent.blending} {(parent.size/parent.samples)*parent.blending}}\n filter gaussian\n name FilterErode1\n xpos 209\n ypos 251\n }\n Premult {\n name Premult1\n xpos 209\n ypos 289\n }\npush $Nc5f24c0\n Dot {\n name Dot1\n tile_color 0x7aa9ff00\n xpos 434\n ypos 123\n }\n Merge2 {\n inputs 2\n operation under\n name Merge1\n xpos 400\n ypos 289\n }\n Merge2 {\n inputs 2\n operation under\n name Merge2\n xpos 400\n ypos 486\n disable {{parent.samples<2}}\n }\n Merge2 {\n inputs 2\n operation under\n name Merge3\n xpos 400\n ypos 688\n disable {{parent.samples<3}}\n }\n Merge2 {\n inputs 2\n operation under\n name Merge4\n xpos 400\n ypos 890\n disable {{parent.samples<4}}\n }\n Merge2 {\n inputs 2\n operation under\n name Merge5\n xpos 400\n ypos 1090\n disable {{parent.samples<5}}\n }\n Merge2 {\n inputs 2\n operation under\n name Merge6\n xpos 400\n ypos 1292\n disable {{parent.samples<6}}\n }\n Merge2 {\n inputs 2\n operation under\n name Merge7\n xpos 400\n ypos 1494\n disable {{parent.samples<7}}\n }\n Merge2 {\n inputs 2\n operation under\n name Merge8\n xpos 400\n ypos 1696\n disable {{parent.samples<8}}\n }\n Merge2 {\n inputs 2\n operation under\n name Merge9\n xpos 400\n ypos 1898\n disable {{parent.samples<9}}\n }\n Merge2 {\n inputs 2\n operation under\n name Merge10\n xpos 400\n ypos 2036\n disable {{parent.samples<10}}\n }\n Expression {\n temp_name0 tres\n temp_expr0 parent.threshold\n expr0 a>tres?r/a:r\n expr1 a>tres?g/a:g\n expr2 a>tres?b/a:b\n expr3 a>tres?a/a:0\n name All_unpremult11\n selected true\n xpos 400\n ypos 2062\n }\n Output {\n name Output1\n xpos 400\n ypos 2120\n }\n end_group\n Switch {\n inputs 4\n which {{parent.method}}\n name Switch1\n xpos -175\n ypos 296\n }\n Blur {\n size {{parent.blur} {parent.blur}}\n name Blur1\n xpos -175\n ypos 410\n disable {{parent.method==3}}\n }\n Merge2 {\n inputs 2\n bbox B\n name Merge1\n xpos -175\n ypos 557\n disable {{parent.method==3}}\n }\n Dot {\n name Dot26\n tile_color 0x4b5ec600\n xpos -141\n ypos 747\n }\nset N175d7d90 [stack 0]\npush $Nceed720\n Dot {\n name Dot19\n tile_color 0x9e3c6300\n xpos -489\n ypos 641\n }\n Unpremult {\n name Unpremult1\n xpos -523\n ypos 666\n disable {{!parent.in_premult}}\n }\n CopyBBox {\n inputs 2\n name CopyBBox1\n xpos -523\n ypos 743\n }\n Colorspace {\n colorspace_out YCbCr\n name Colorspace1\n label \"input \\[value colorspace_in]\\noutput \\[value colorspace_out]\"\n xpos -523\n ypos 820\n }\n Dot {\n name Dot21\n tile_color 0xcccccc00\n xpos -489\n ypos 884\n }\nset N7ffeedc0 [stack 0]\n Dot {\n name Dot22\n tile_color 0xcccccc00\n xpos -489\n ypos 953\n }\npush $N7ffeedc0\npush $N175d7d90\n Colorspace {\n colorspace_out YCbCr\n name Colorspace3\n label \"input \\[value colorspace_in]\\noutput \\[value colorspace_out]\"\n xpos -175\n ypos 796\n }\n Copy {\n inputs 2\n from0 rgba.red\n to0 rgba.red\n bbox B\n mix {{1-parent.mix_luma}}\n name Copy2\n xpos -175\n ypos 874\n }\n Copy {\n inputs 2\n from0 rgba.green\n to0 rgba.green\n from1 rgba.blue\n to1 rgba.blue\n bbox B\n mix {{1-parent.mix_chroma}}\n name Copy3\n xpos -175\n ypos 937\n }\n Colorspace {\n colorspace_in YCbCr\n name Colorspace2\n label \"input \\[value colorspace_in]\\noutput \\[value colorspace_out]\"\n xpos -175\n ypos 994\n }\n Dot {\n name Dot17\n tile_color 0xcccccc00\n xpos -141\n ypos 1151\n }\nset N8d701ec0 [stack 0]\n Copy {\n inputs 2\n from0 rgba.alpha\n to0 rgba.alpha\n bbox A\n name Copy1\n xpos -327\n ypos 1141\n }\n Premult {\n name Premult1\n xpos -327\n ypos 1179\n }\n Dot {\n name Dot18\n tile_color 0xcccccc00\n xpos -293\n ypos 1249\n }\npush $N8d701ec0\n Switch {\n inputs 2\n which {{parent.premult}}\n name Switch2\n xpos -175\n ypos 1245\n }\n Keymix {\n inputs 3\n channels rgba\n invertMask true\n name Keymix1\n xpos -175\n ypos 1325\n disable {{\"!\\[exists parent.input1] \"}}\n }\n Dot {\n name Dot25\n tile_color 0x4b5ec600\n xpos -141\n ypos 1421\n }\npush $Nc5922f0\n Copy {\n inputs 2\n from0 rgba.red\n to0 rgba.red\n from1 rgba.green\n to1 rgba.green\n from2 rgba.blue\n to2 rgba.blue\n bbox A\n name Copy4\n xpos -646\n ypos 1393\n disable {{\"!\\[exists parent.input0] \"}}\n }\nset Nbc7870e0 [stack 0]\n Output {\n name Output1\n xpos -646\n ypos 1525\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_Edge_RimLight.gizmo", "content": "Group {\n name Edge_RimLight\n autolabel nuke.thisNode().name()\n tile_color 0xff6e00ff\n note_font \"Verdana Bold Bold\"\n note_font_size 11\n addUserKnob {20 RimLight}\n addUserKnob {41 channels T MatrixSUPER.channels}\n addUserKnob {41 which l rotate T Switch1.which}\n addUserKnob {26 \"\"}\n addUserKnob {20 matrix_1 l Matrix n 1}\n addUserKnob {41 matrix T MatrixSUPER.matrix}\n addUserKnob {20 endGroup_1 l endGroup n -1}\n addUserKnob {20 parameters l Parameters n 1}\n parameters 0\n addUserKnob {41 size l innerEdgeErode T FilterErode_inner.size}\n addUserKnob {41 filter -STARTLINE T FilterErode_inner.filter}\n addUserKnob {41 size_1 l innerEdgeBlur T Blur_inner.size}\n addUserKnob {26 \"\"}\n addUserKnob {6 keep_alpha l \"keep original alpha\" +STARTLINE}\n addUserKnob {41 size_2 l \"alpha Erode\" T FilterErode_alpha.size}\n addUserKnob {41 filter_1 l filter -STARTLINE T FilterErode_alpha.filter}\n addUserKnob {20 endGroup n -1}\n addUserKnob {20 email l @}\n addUserKnob {26 created l \"\" +STARTLINE T \"Tool created by Andrea Geremia\"}\n addUserKnob {26 \"\"}\n addUserKnob {26 website l \"\" +STARTLINE T \"andrea.geremia89@gmail.com\\nwww.andreageremia.it/tutorial.html\"}\n}\n Dot {\n inputs 0\n name Dot16\n xpos 303\n ypos -114\n }\nset N19b730 [stack 0]\n Matrix {\n matrix {\n {0 1 1}\n {-1 0 1}\n {-1 -1 0}\n }\n name Matrix15\n xpos 269\n ypos -1\n }\npush $N19b730\n Dot {\n name Dot1\n xpos 170\n ypos -114\n }\nset N1a2700 [stack 0]\n Matrix {\n matrix {\n {1 1 1}\n {-1 0 1}\n {-1 -1 -1}\n }\n name Matrix14\n xpos 136\n ypos -2\n }\npush $N1a2700\n Dot {\n name Dot14\n xpos 40\n ypos -114\n }\nset N1a9f80 [stack 0]\n Matrix {\n matrix {\n {1 1 1}\n {0 0 0}\n {-1 -1 -1}\n }\n name Matrix13\n xpos 6\n ypos -2\n }\npush $N1a9f80\n Dot {\n name Dot13\n xpos -106\n ypos -114\n }\nset N1b1720 [stack 0]\n Matrix {\n matrix {\n {1 1 1}\n {1 0 -1}\n {-1 -1 -1}\n }\n name Matrix12\n xpos -140\n }\npush $N1b1720\n Dot {\n name Dot12\n xpos -240\n ypos -114\n }\nset N1b8ec0 [stack 0]\n Matrix {\n matrix {\n {1 1 0}\n {1 0 -1}\n {0 -1 -1}\n }\n name Matrix11\n xpos -274\n ypos -2\n }\npush $N1b8ec0\n Dot {\n name Dot11\n xpos -391\n ypos -114\n }\nset N1c0660 [stack 0]\n Matrix {\n matrix {\n {1 1 -1}\n {0 0 0}\n {1 -1 -1}\n }\n name Matrix10\n xpos -425\n ypos -2\n }\npush $N1c0660\n Dot {\n name Dot10\n xpos -523\n ypos -114\n }\nset N1c7e00 [stack 0]\n Matrix {\n matrix {\n {1 1 -1}\n {1 0 -1}\n {1 -1 -1}\n }\n name Matrix9\n xpos -557\n ypos -5\n }\npush $N1c7e00\n Dot {\n name Dot9\n xpos -672\n ypos -114\n }\nset N184e00 [stack 0]\n Matrix {\n matrix {\n {1 0 -1}\n {1 0 -1}\n {1 0 -1}\n }\n name Matrix8\n xpos -706\n ypos -2\n }\npush $N184e00\n Dot {\n name Dot8\n xpos -812\n ypos -114\n }\nset N177c70 [stack 0]\n Matrix {\n matrix {\n {1 -1 -1}\n {1 0 -1}\n {1 1 -1}\n }\n name Matrix7\n xpos -846\n ypos -2\n }\npush $N177c70\n Dot {\n name Dot15\n xpos -917\n ypos -114\n }\nset N118830 [stack 0]\n Matrix {\n matrix {\n {0 -1 -1}\n {1 0 -1}\n {1 1 0}\n }\n name Matrix6\n xpos -951\n ypos -3\n }\npush $N118830\n Dot {\n name Dot7\n xpos -1023\n ypos -114\n }\nset N1d0b80 [stack 0]\n Matrix {\n matrix {\n {-1 -1 -1}\n {1 0 -1}\n {1 1 1}\n }\n name Matrix5\n xpos -1057\n ypos -2\n }\npush $N1d0b80\n Dot {\n name Dot6\n xpos -1133\n ypos -114\n }\nset N1d81e0 [stack 0]\n Matrix {\n matrix {\n {-1 -1 -1}\n {0 0 0}\n {1 1 1}\n }\n name Matrix4\n xpos -1167\n ypos -3\n }\npush $N1d81e0\n Dot {\n name Dot5\n xpos -1254\n ypos -114\n }\nset N1dfc00 [stack 0]\n Matrix {\n matrix {\n {-1 -1 -1}\n {-1 0 1}\n {1 1 1}\n }\n name Matrix3\n xpos -1288\n ypos -3\n }\npush $N1dfc00\n Dot {\n name Dot4\n xpos -1375\n ypos -114\n }\nset N1eb2e0 [stack 0]\n Matrix {\n matrix {\n {-1 -1 0}\n {-1 0 1}\n {0 1 1}\n }\n name Matrix2\n xpos -1409\n ypos -2\n }\npush $N1eb2e0\n Dot {\n name Dot3\n xpos -1491\n ypos -114\n }\nset N1688b0 [stack 0]\n Matrix {\n matrix {\n {-1 -1 1}\n {-1 0 1}\n {-1 1 1}\n }\n name Matrix1\n xpos -1525\n ypos -2\n }\npush $N1688b0\n Dot {\n name Dot2\n xpos -1624\n ypos -114\n }\n Matrix {\n matrix {\n {-1 0 1}\n {-1 0 1}\n {-1 0 1}\n }\n name Matrix0\n xpos -1658\n ypos -2\n }\n Switch {\n inputs 16\n name Switch1\n xpos -706\n ypos 288\n }\n Input {\n inputs 0\n name Input1\n xpos 332\n ypos 170\n }\n Dot {\n name Dot18\n xpos 366\n ypos 217\n }\nset N1f7bf0 [stack 0]\n Dot {\n name Dot19\n xpos 539\n ypos 217\n }\n FilterErode {\n channels all\n size 0\n name FilterErode_alpha\n xpos 505\n ypos 363\n }\n Dot {\n name Dot17\n xpos 539\n ypos 554\n }\npush $N1f7bf0\n Matrix {\n channels rgba\n matrix {\n {{\"\\[python nuke.toNode('Matrix'\\\\ +\\\\nstr(int(nuke.toNode('Switch1').knob('which').value()))).knob('matrix').value(0,0)]\"} {\"\\[python nuke.toNode('Matrix'\\\\ +\\\\nstr(int(nuke.toNode('Switch1').knob('which').value()))).knob('matrix').value(0,1)]\"} {\"\\[python nuke.toNode('Matrix'\\\\ +\\\\nstr(int(nuke.toNode('Switch1').knob('which').value()))).knob('matrix').value(0,2)]\"}}\n {{\"\\[python nuke.toNode('Matrix'\\\\ +\\\\nstr(int(nuke.toNode('Switch1').knob('which').value()))).knob('matrix').value(1,0)]\"} {\"\\[python nuke.toNode('Matrix'\\\\ +\\\\nstr(int(nuke.toNode('Switch1').knob('which').value()))).knob('matrix').value(1,1)]\"} {\"\\[python nuke.toNode('Matrix'\\\\ +\\\\nstr(int(nuke.toNode('Switch1').knob('which').value()))).knob('matrix').value(1,2)]\"}}\n {{\"\\[python nuke.toNode('Matrix'\\\\ +\\\\nstr(int(nuke.toNode('Switch1').knob('which').value()))).knob('matrix').value(2,0)]\"} {\"\\[python nuke.toNode('Matrix'\\\\ +\\\\nstr(int(nuke.toNode('Switch1').knob('which').value()))).knob('matrix').value(2,1)]\"} {\"\\[python nuke.toNode('Matrix'\\\\ +\\\\nstr(int(nuke.toNode('Switch1').knob('which').value()))).knob('matrix').value(2,2)]\"}}\n }\n name MatrixSUPER\n selected true\n xpos 332\n ypos 274\n }\n FilterErode {\n channels {{{parent.MatrixSUPER.channels}}}\n size 0\n name FilterErode_inner\n xpos 332\n ypos 391\n }\n Blur {\n channels {{{parent.MatrixSUPER.channels}}}\n quality 30\n name Blur_inner\n xpos 332\n ypos 478\n }\n Merge2 {\n inputs 2\n operation in\n name Merge2\n xpos 332\n ypos 551\n disable {{!parent.keep_alpha}}\n }\n Output {\n name Output1\n xpos 332\n ypos 690\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_Emission.gizmo", "content": "Group {\n name Emission\n knobChanged \"def add_input(group, prefix):\\n with group:\\n fullname = group.fullName() + '.' + prefix\\n if not nuke.exists(fullname):\\n input = nuke.nodes.Input()\\n input.setName(prefix)\\n noop_input = nuke.toNode(prefix+'_input')\\n noop_input.setInput(0, input)\\n xpos = noop_input.xpos()\\n ypos = noop_input.ypos()\\n input.setXYpos(xpos, ypos-50)\\n\\ndef remove_input(group, prefix):\\n fullname = group.fullName() + '.' + prefix\\n if nuke.exists(fullname):\\n nuke.delete(nuke.toNode(fullname))\\n\\n\\ngroup = nuke.thisNode() #the node\\nk = nuke.thisKnob() #the knob\\nkn = k.name() #the knob name\\n\\nif kn == 'inputChange':\\n if group.input(2):\\n group.knob('maskChannelMask').setValue('rgba.alpha')\\n else:\\n group.knob('maskChannelMask').setValue('none')\\n \\nelif kn in \\['env_method','light_method', 'showPanel']:\\n env_method = group\\['env_method'].getValue()\\n light_method = group\\['light_method'].getValue()\\n \\n #env method\\n if env_method == 0: #P\\n for knob in \\['env_P_label', 'env_P', 'env_P_unpremult']:\\n group\\[knob].setEnabled(True)\\n for knob in \\['env_Z_label', 'env_Z', 'env_Z_invert', 'env_Z_unpremult']:\\n group\\[knob].setEnabled(False)\\n \\n \\n elif env_method == 1: #Z and cam\\n for knob in \\['env_P_label', 'env_P', 'env_P_unpremult']:\\n group\\[knob].setEnabled(False)\\n for knob in \\['env_Z_label', 'env_Z', 'env_Z_invert', 'env_Z_unpremult']:\\n group\\[knob].setEnabled(True)\\n \\n \\n #light method\\n if light_method == 0: #P and Z\\n for knob in \\['light_P_label', 'light_P', 'light_P_unpremult', 'light_Z_label', 'light_Z', 'light_Z_invert', 'light_Z_unpremult', 'light_color_label', 'light_color', 'light_color_premult']:\\n group\\[knob].setEnabled(True)\\n \\n elif light_method == 1: #P and cam\\n for knob in \\['light_P_label', 'light_P', 'light_P_unpremult', 'light_color_label', 'light_color', 'light_color_premult']:\\n group\\[knob].setEnabled(True)\\n for knob in \\['light_Z_label', 'light_Z', 'light_Z_invert', 'light_Z_unpremult']:\\n group\\[knob].setEnabled(False)\\n \\n elif light_method == 2: #Z and cam\\n for knob in \\['light_P_label', 'light_P', 'light_P_unpremult']:\\n group\\[knob].setEnabled(False)\\n for knob in \\['light_Z_label', 'light_Z', 'light_Z_invert', 'light_Z_unpremult', 'light_color_label', 'light_color', 'light_color_premult']:\\n group\\[knob].setEnabled(True)\\n \\n if env_method == 1 or light_method == 1 or light_method == 2:\\n add_input(group, 'cam')\\n else:\\n remove_input(group, 'cam') \\n \\n\\n\\n\"\n tile_color 0xc0ffff\n label v1.2\n selected true\n addUserKnob {20 User l Emission}\n addUserKnob {26 description l \"\" +STARTLINE T \"Emission v1.2
\\nby Nikolai Wüstemann

\\n\\nRelight the environment input with the light source input.
\\nBoth inputs should be CG render elements.\\n
\\n\"}\n addUserKnob {26 div1 l \"Environment\"}\n addUserKnob {26 env_method_label l \"I have\" T }\n addUserKnob {4 env_method l \"\" -STARTLINE M {PWorld \"ZDepth and Camera\" \"\" \"\" \"\"}}\n addUserKnob {26 env_P_label l PWorld T }\n addUserKnob {41 env_P l \"\" -STARTLINE T Shuffle_env_P.in}\n addUserKnob {6 env_P_unpremult l unpremult -STARTLINE}\n addUserKnob {26 env_Z_label l ZDepth +DISABLED T }\n addUserKnob {41 env_Z l \"\" -STARTLINE T DepthToPosition_env.depth}\n addUserKnob {6 env_Z_invert l 1/z t \"The ZDepth must be converted to the distance from camera at some point. Check this, if your input comes from the Nuke ScanlineRenderer.\" -STARTLINE +DISABLED}\n env_Z_invert true\n addUserKnob {6 env_Z_unpremult l unpremult t \"The ZDepth needs to be unpremultiplied at some point, if it comes premultiplied from the renderer.\" -STARTLINE +DISABLED}\n addUserKnob {26 spacer_01 l \"\" +STARTLINE T \" \"}\n addUserKnob {26 env_N_label l Normals T }\n addUserKnob {41 env_N l \"\" -STARTLINE T Shuffle_env_N.in}\n addUserKnob {6 env_N_unpremult l unpremult -STARTLINE}\n addUserKnob {6 env_bg l \"replace background with black\" +STARTLINE}\n env_bg true\n addUserKnob {26 spacer l \" \" T \"\"}\n addUserKnob {26 div2 l \"Light Source\"}\n addUserKnob {26 lightSource_method_label l \"I have\" T }\n addUserKnob {4 light_method l \"\" -STARTLINE M {\"PWorld and ZDepth\" \"PWorld and Camera\" \"ZDepth and Camera\"}}\n addUserKnob {26 light_P_label l PWorld T }\n addUserKnob {41 light_P l \"\" -STARTLINE T Shuffle_light_P.in}\n addUserKnob {6 light_P_unpremult l unpremult t \"The PWorld needs to be unpremultiplied at some point, if it comes premultiplied from the renderer.\" -STARTLINE}\n addUserKnob {26 light_Z_label l ZDepth T }\n addUserKnob {41 light_Z l \"\" -STARTLINE T DepthToPosition_light.depth}\n addUserKnob {6 light_Z_invert l 1/z -STARTLINE}\n light_Z_invert true\n addUserKnob {6 light_Z_unpremult l unpremult -STARTLINE}\n addUserKnob {26 spacer_02 l \"\" +STARTLINE T \" \"}\n addUserKnob {26 light_color_label l Color T }\n addUserKnob {41 light_color l \"\" -STARTLINE T Shuffle_light_Color.in}\n addUserKnob {6 light_color_premult l \"premult \" t \"The light source color must be premultiplied with its alpha at some point. As objects are moving away from the camera, they occupy less and less screen space and their appearance might be merely defined by anti-aliased and/or semi-transparent pixels. We need to preserve these values, because they give us crucial information about the light source intensity and can then be correctly interpreted in combination with the PWorld pass and the camera position.\" -STARTLINE}\n addUserKnob {26 divider_01 l \" \"}\n addUserKnob {3 maxSamples l \"Max. Samples\" t \"More samples = longer rendering time\"}\n maxSamples 1000\n addUserKnob {6 useMaxSamples l use? -STARTLINE}\n useMaxSamples true\n addUserKnob {7 intensity l Intensity R 0 10}\n intensity 1\n addUserKnob {4 falloff l Falloff M {Linear Quadratic Cubic}}\n falloff Quadratic\n addUserKnob {26 \"\"}\n addUserKnob {26 \"\" l mask T \"\"}\n addUserKnob {41 maskChannelMask l \"\" -STARTLINE T Merge_MaskMix.maskChannelMask}\n addUserKnob {41 inject -STARTLINE T Merge_MaskMix.inject}\n addUserKnob {41 invert_mask l invert -STARTLINE T Merge_MaskMix.invert_mask}\n addUserKnob {41 fringe -STARTLINE T Merge_MaskMix.fringe}\n addUserKnob {41 mix T Merge_MaskMix.mix}\n}\n Input {\n inputs 0\n name mask\n xpos -1337\n ypos -429\n number 2\n }\n Dot {\n name Dot32\n xpos -1303\n ypos 1975\n }\n Input {\n inputs 0\n name environment\n xpos -1086\n ypos -428\n }\n Dot {\n name Dot24\n xpos -1052\n ypos 202\n }\nset N551e400 [stack 0]\n Dot {\n name Dot13\n xpos -1052\n ypos 662\n }\nset N551e800 [stack 0]\n Dot {\n name Dot1\n xpos -1052\n ypos 1557\n }\nset N551ec00 [stack 0]\n Shuffle2 {\n fromInput1 {{0} B}\n fromInput2 {{0} B}\n mappings \"4 black -1 -1 rgba.red 0 0 black -1 -1 rgba.green 0 1 black -1 -1 rgba.blue 0 2 rgba.alpha 0 3 rgba.alpha 0 3\"\n name Shuffle_BlackBG\n xpos -1086\n ypos 1801\n disable {{!parent.env_bg}}\n }\nset N551f000 [stack 0]\npush $N551ec00\n NoOp {\n inputs 0\n name cam_input\n xpos -203\n ypos -313\n }\n Camera {\n projection_mode {{\"\\[expression \\[value the_cam]projection_mode(\\[value the_frame])]\"}}\n focal {{\"\\[expression \\[value the_cam]focal(\\[value the_frame])]\"}}\n haperture {{\"\\[expression \\[value the_cam]haperture(\\[value the_frame])]\"}}\n vaperture {{\"\\[expression \\[value the_cam]vaperture(\\[value the_frame])]\"}}\n near {{\"\\[expression \\[value the_cam]near(\\[value the_frame])]\"}}\n far {{\"\\[expression \\[value the_cam]far(\\[value the_frame])]\"}}\n win_translate {{\"\\[expression \\[value the_cam]win_translate.u(\\[value the_frame])]\"} {\"\\[expression \\[value the_cam]win_translate.v(\\[value the_frame])]\"}}\n win_scale {{\"\\[expression \\[value the_cam]win_scale.u(\\[value the_frame])]\"} {\"\\[expression \\[value the_cam]win_scale.v(\\[value the_frame])]\"}}\n winroll {{\"\\[expression \\[value the_cam]winroll(\\[value the_frame])]\"}}\n focal_point {{\"\\[expression \\[value the_cam]focal_point(\\[value the_frame])]\"}}\n fstop {{\"\\[expression \\[value the_cam]fstop(\\[value the_frame])]\"}}\n name DummyCam\n help \"DummyCam by Adrian Pueyo\\n\\nCamera that apart from the matrices also grabs all the \\\"Projection\\\" values from the upstream camera that it's connected to. Turns into a default Camera if no Camera connected. Can also be used inside of groups and gizmos, as many levels deep as you want :D All using live and super fast TCL.\\n\\nUpdated v1.1: Now grabs the correct frame too (thanks Erwan Leroy for the idea).\\n\\nUpdated v1.3: Now accepts Nuke13's Camera3\\n\\nadrianpueyo.com, 2019-2021\"\n onCreate \"n = nuke.thisNode()\\nfor k in \\[\\\"projection_mode\\\",\\\"focal\\\",\\\"haperture\\\",\\\"vaperture\\\",\\\"near\\\",\\\"far\\\",\\\"win_translate\\\",\\\"win_scale\\\",\\\"winroll\\\",\\\"focal_point\\\",\\\"fstop\\\"]:\\n n\\[k].setFlag(0x0000000010000000)\"\n label v1.3\n xpos -193\n ypos -138\n addUserKnob {20 DummyCam l Defaults}\n addUserKnob {43 the_cam +INVISIBLE}\n the_cam \"\\[\\n#DummyCam v1.3 - Updated 5 May 2021.\\nset starting_point \\\"this.input0\\\"\\nset default \\\"this.d_\\\"\\n\\n# If cam has no inputs, return the default.\\nif \\{\\[exists \\$starting_point]\\} \\{\\n set x \\[node \\$starting_point]\\n\\} \\{ \\n return \\$default\\n\\}\\n\\nset finished 0\\nwhile \\{\\$finished != 1\\} \\{\\n\\n # First look for a Cam or Input or topnode.\\n while \\{\\[class \\$x] != \\\"Camera3\\\" && \\[class \\$x] != \\\"Camera2\\\" && \\[class \\$x] != \\\"Camera\\\" && \\[class \\$x] != \\\"Input\\\" && \\$x != \\[topnode \\$x]\\} \\{\\n set x \\[node \\$x.input0]\\n \\}\\n\\n # Then, check if node is a cam (and return), and otherwise, if it's an input, see if the parent exists and move to it.\\n if \\{\\[class \\$x]==\\\"Camera3\\\"||\\[class \\$x]==\\\"Camera2\\\"||\\[class \\$x]==\\\"Camera\\\"\\} \\{\\n set x \\[append x \\\".\\\"]\\n return \\$x\\n \\} \\{ \\n if \\{ \\[class \\$x]==\\\"Input\\\" \\} \\{ \\n set inp \\\"\\$x.parent.input\\\"\\n set inputNum \\[value \\$x.number]\\n set inp \\[append inp \\$inputNum]\\n if \\{ \\[exists \\$inp] \\} \\{\\n set x \\[node \\$inp]\\n \\} \\{ \\n set finished 1\\n \\}\\n \\} \\{ \\n set finished 1\\n \\}\\n \\}\\n\\}\\nreturn \\$default\\n]\"\n addUserKnob {43 the_frame +INVISIBLE}\n the_frame \"\\[\\nset the_camera \\[string trimright \\[value the_cam] .]\\nif \\{\\[exists \\$the_camera]\\} \\{\\n return \\[value \\$the_camera.frame]\\n\\} \\{ \\n return \\[frame]\\n\\}\\n]\"\n addUserKnob {4 d_projection_mode l projection M {perspective orthographic uv spherical \"\"}}\n addUserKnob {7 d_focal l \"focal length\" R 0 100}\n d_focal 50\n addUserKnob {7 d_haperture l \"horiz aperture\" R 0 50}\n d_haperture 24.576\n addUserKnob {7 d_vaperture l \"vert aperture\" R 0 50}\n d_vaperture 18.672\n addUserKnob {7 d_near l near R 0 10}\n d_near 0.1\n addUserKnob {7 d_far l far R 0 10000}\n d_far 10000\n addUserKnob {30 d_win_translate l \"window translate\"}\n addUserKnob {30 d_win_scale l \"window scale\"}\n d_win_scale {1 1}\n addUserKnob {7 d_winroll l \"window roll\" R 0 45}\n addUserKnob {7 d_focal_point l \"focal distance\" R 0 10}\n d_focal_point 2\n addUserKnob {7 d_fstop l fstop R 0 30}\n d_fstop 16\n addUserKnob {26 version l \" \" t \"Updated 5 May 2021\" T \"
DummyCam v1.3 - adrianpueyo.com, 2019-2021\"}\n }\n Dot {\n name Dot12\n xpos -169\n ypos 355\n }\nset N551fc00 [stack 0]\n Input {\n inputs 0\n name light_source\n xpos 882\n ypos -447\n number 1\n }\n Dot {\n name Dot5\n xpos 916\n ypos -334\n }\nset N27a94400 [stack 0]\n Shuffle {\n in rgb\n in2 alpha\n alpha red2\n name Shuffle_light_Color\n label \"\\[value in]\"\n xpos 1021\n ypos -343\n }\n set C27a94800 [stack 0]\n Expression {\n expr0 0\n expr1 0\n expr2 0\n channel3 alpha\n expr3 \"r>0||g>0||b>0 ? 1 : 0\"\n name Expression1\n xpos 1021\n ypos -239\n }\npush $N27a94400\nadd_layer {PixelGatherMetadata PixelGatherMetadata.red PixelGatherMetadata.green PixelGatherMetadata.blue PixelGatherMetadata.alpha}\nadd_layer {PixelGatherMask PixelGatherMask.alpha}\n Group {\n inputs 2\n name PixelGather\n xpos 882\n ypos -245\n addUserKnob {20 User l PixelGather}\n addUserKnob {26 description l \"\" +STARTLINE T \"PixelGather v1.1 by Nikolai Wüstemann

\\n\\nUtility to collect all input pixels next to each other.
\\nUse the mask input to specify the pixels that should be gathered.
\\n(Any pixel with alpha value > 0 in the mask input will be fully considered.)
\"}\n addUserKnob {41 channels T STMap_PixelGather.channels}\n addUserKnob {3 maxPoints l \"max points\" t \"Specify the maximum amount of points you want to have left. If this number is lower than the total amount of points, the input willl be downscaled accordingly. \\nNote, that the specified number will not precisely match the final amount of points, because we don't know the exact number of the points that we are left with after the downsampling stage. There might even be scenarios, where downsampling introduces MORE points than before because of the cubic filtering in the scaling process.\"}\n maxPoints {{parent.maxSamples}}\n addUserKnob {6 useMaxPoints l use? -STARTLINE}\n useMaxPoints {{parent.useMaxSamples}}\n addUserKnob {4 outputFormat l arrangement t \"Change the arrangement of the output.\\n\\nunchanged:\\nDo not gather the pixels, but return original image (downscaled if applicable)\\n\\nin bbox:\\nThe gathered pixels will be arranged in the bounding box, starting at the lower left.\\n\\nsquare:\\nThe gathered pixels will be arranged in a way so that they approximate a square.\" M {unchanged \"in bbox\" square \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\"}}\n outputFormat \"in bbox\"\n addUserKnob {6 cropBBox l \"crop to bbox\" t \"Side note: Unfortunately there is no (stable) way to crop the output to the actual CONTENT instead of just the bounding box, which would simplify a lot of things.\" -STARTLINE}\n addUserKnob {41 gatherMetadata l \"output metadata\" T ShuffleCopy3.out2}\n addUserKnob {6 writeMetadata l \"write metadata layer\" -STARTLINE}\n writeMetadata true\n addUserKnob {41 gatherMask l \"output mask\" T ShuffleCopy4.out2}\n addUserKnob {6 writeMask l \"write mask layer\" -STARTLINE}\n writeMask true\n addUserKnob {20 info l Info}\n addUserKnob {26 metadataInfo l \"\" +STARTLINE T \"
\\nThe RGBA channels of the PixelGatherMetadata-Layer contain the following information:
\\nthe iteration space in x or width of content,
\\nand the iteration space in y or height of content,
\\nhow many pixels were found in total,
\\nand how many pixels were gathered.
\\n
\\nThe Alpha channel of the PixelGatherMask-Layer contains the information
\\nhow the downscaling (if max samples was used) affected the binary nature of the samples.
\\nUse this channel, to unpremult any layer that came in unpremulted before and needs to stay that way.\"}\n }\n Input {\n inputs 0\n name mask\n xpos 353\n ypos -182\n number 1\n }\n Dot {\n name Dot11\n xpos 387\n ypos -45\n }\nset N27a95400 [stack 0]\n Dot {\n name Dot7\n xpos 387\n ypos 132\n }\npush $N27a95400\n Input {\n inputs 0\n name src\n xpos 0\n ypos -181\n }\n Crop {\n box {{bbox.x} {bbox.y} {\"max(bbox.x+3, bbox.r)\"} {bbox.t}}\n crop false\n name Crop3\n xpos 0\n ypos -108\n }\n Copy {\n inputs 2\n from0 rgba.alpha\n to0 PixelGatherMask.alpha\n name Copy1\n xpos 0\n ypos -54\n }\n Dot {\n name Dot5\n xpos 34\n ypos 21\n }\nset N2030c800 [stack 0]\n Remove {\n name Remove1\n xpos 156\n ypos 12\n }\n Shuffle {\n red black\n green black\n blue black\n alpha white\n name Shuffle2\n label \"\\[value in]\"\n xpos 156\n ypos 69\n }\n Merge2 {\n inputs 2\n operation copy\n name Merge1\n xpos 156\n ypos 129\n addUserKnob {20 TRX}\n addUserKnob {22 swap l \"swap to Merge All Node\" -STARTLINE T \"import convertMergeToMergeAll;convertMergeToMergeAll.convertMergeToMergeAll()\"}\n }\n Dot {\n name Dot9\n xpos 190\n ypos 187\n }\nset N2030d800 [stack 0]\npush $N2030c800\n BlinkScript {\n inputs 2\n recompileCount 165\n ProgramGroup 1\n KernelDescription \"2 \\\"CountKernel\\\" iterate pixelWise 7518f6cec91f8fe0a69225e2a35dcf97a15425f0bb8b87dc77592bc1138a794f 3 \\\"src\\\" Read Random \\\"mask\\\" Read Random \\\"dst\\\" Write Random 2 \\\"maxPoints\\\" Int 1 AAAAAA== \\\"useMaxPoints\\\" Int 1 AAAAAA== 2 \\\"maxPoints\\\" 1 1 \\\"useMaxPoints\\\" 1 1 2 \\\"srcconstEdgeColor\\\" Float 4 1 AAAAAAAAAAAAAAAAAAAAAA== \\\"maskconstEdgeColor\\\" Float 4 1 AAAAAAAAAAAAAAAAAAAAAA==\"\n kernelSource \"kernel CountKernel : public ImageComputationKernel\\{\\n Image src;\\n Image mask;\\n Image dst;\\n\\n param:\\n int maxPoints;\\n int useMaxPoints;\\n\\n void process(int2 pos)\\{\\n if(pos.x == src.bounds.x1 && pos.y == src.bounds.y1)\\{\\n int totalPoints = 0;\\n \\n for(int j = mask.bounds.y1; j < mask.bounds.y2; j++)\\{\\n for(int i = mask.bounds.x1; i < mask.bounds.x2; i++)\\{\\n if(mask(i,j,3) > 0)\\{\\n //Count total amount of samples\\n totalPoints++;\\n \\}\\n \\}\\n \\}\\n \\n int actualPoints = totalPoints;\\n if(useMaxPoints == 1)\\{\\n actualPoints = min(totalPoints, maxPoints);\\n \\}\\n\\n float ratio = sqrt((float) actualPoints / totalPoints);\\n\\n float s = 0.0f;\\n float t = 0.0f;\\n int x = 0;\\n int y = 0;\\n\\n for(int j = 0; j < src.bounds.height(); j++)\\{\\n for(int i = 0; i < src.bounds.width(); i++)\\{\\n s = i / ratio + src.bounds.x1 + 0.5;\\n t = j / ratio + src.bounds.y1 + 0.5;\\n\\n x = src.bounds.x1 + i;\\n y = src.bounds.y1 + j;\\n\\n //Write STMap\\n dst(x, y) = float4(s, t, 0, 0);\\n \\}\\n \\}\\n\\n dst(pos.x, pos.y, 2) = ceil(src.bounds.width() * ratio);\\n dst(pos.x, pos.y, 3) = ceil(src.bounds.height() * ratio);\\n dst(pos.x+1, pos.y, 2) = totalPoints;\\n dst(pos.x+1, pos.y, 3) = actualPoints;\\n \\}\\n \\}\\n\\};\"\n rebuild \"\"\n CountKernel_maxPoints {{parent.maxPoints}}\n CountKernel_useMaxPoints {{parent.useMaxPoints}}\n rebuild_finalise \"\"\n name BlinkScript_PixelCount\n xpos 0\n ypos 178\n disable {{\"type == 2 ? 0 : 1\"}}\n }\nset N2030dc00 [stack 0]\n Dot {\n name Dot18\n xpos -290\n ypos 187\n }\nset N19090000 [stack 0]\n Dot {\n name Dot19\n xpos -290\n ypos 431\n }\npush $N19090000\n Dot {\n name Dot20\n xpos -459\n ypos 187\n }\nset N19090800 [stack 0]\n Crop {\n box {{bbox.x+1} {bbox.y} {bbox.x+2} {bbox.y+1}}\n crop false\n name Crop5\n xpos -427\n ypos 272\n }\npush $N19090800\n Crop {\n box {{bbox.x} {bbox.y} {bbox.x+1} {bbox.y+1}}\n crop false\n name Crop6\n xpos -544\n ypos 274\n }\n ShuffleCopy {\n inputs 2\n red blue2\n green alpha2\n blue blue\n name ShuffleCopy5\n xpos -490\n ypos 352\n }\n CopyBBox {\n inputs 2\n name CopyBBox2\n xpos -490\n ypos 428\n }\n Dot {\n name Dot21\n xpos -456\n ypos 819\n }\npush $N2030dc00\n Expression {\n expr0 r/width\n expr1 g/height\n expr2 b\n name Expression_Normalize\n xpos 0\n ypos 256\n }\nset Nc796000 [stack 0]\npush $N2030c800\n Dot {\n name Dot10\n xpos -168\n ypos 21\n }\n STMap {\n inputs 2\n uv rgb\n name STMap_SuperSample\n xpos -202\n ypos 343\n }\n set Cc796800 [stack 0]\n Dot {\n name Dot16\n xpos -168\n ypos 600\n }\nset Nc796c00 [stack 0]\n Dot {\n name Dot15\n xpos -312\n ypos 600\n }\n ShuffleCopy {\n inputs 2\n alpha alpha2\n black red\n white green\n red2 blue\n green2 alpha\n out2 PixelGatherMetadata\n name ShuffleCopy6\n xpos -346\n ypos 816\n disable {{!parent.writeMetadata}}\n }\n Dot {\n name Dot17\n xpos -312\n ypos 961\n }\npush $Nc796000\npush $N2030d800\nclone $Cc796800 {\n inputs 2\n xpos 156\n ypos 343\n selected false\n }\n Dot {\n name Dot3\n xpos 190\n ypos 404\n }\npush $Nc796000\n ShuffleCopy {\n inputs 2\n red blue2\n green alpha2\n blue black\n name ShuffleCopy1\n xpos 0\n ypos 401\n }\n BlinkScript {\n recompileCount 138\n ProgramGroup 1\n KernelDescription \"2 \\\"GatherKernel\\\" iterate pixelWise 2f170194aaef057db556e8c9979f665898ec64fb6d93b0ffc18531dfcc44db25 2 \\\"src\\\" Read Random \\\"dst\\\" Write Random 3 \\\"maxPoints\\\" Int 1 AAAAAA== \\\"useMaxPoints\\\" Int 1 AAAAAA== \\\"outputFormat\\\" Int 1 AAAAAA== 3 \\\"maxPoints\\\" 1 1 \\\"useMaxPoints\\\" 1 1 \\\"outputFormat\\\" 1 1 0\"\n kernelSource \"kernel GatherKernel : public ImageComputationKernel\\{\\n Image src;\\n Image dst;\\n\\n param:\\n int maxPoints;\\n int useMaxPoints;\\n int outputFormat;\\n\\n void process(int2 pos)\\{\\n if(pos.x == src.bounds.x1 && pos.y == src.bounds.y1)\\{\\n int2 searchStart = int2(src.bounds.x1, src.bounds.y1);\\n int2 searchEnd = int2(src.bounds.x1 + (int)src(src.bounds.x1, src.bounds.y1, 0), src.bounds.y1 + (int)src(src.bounds.x1, src.bounds.y1, 1));\\n int2 plotStart = int2(src.bounds.x1, src.bounds.y1);\\n int2 plotEnd = int2(src.bounds.x2, src.bounds.y2);\\n\\n if(outputFormat == 2)\\{\\n int squareLength = (int)ceil(sqrt(src(src.bounds.x1 + 1, src.bounds.y1, 1)));\\n plotEnd = int2(src.bounds.x1 + squareLength, src.bounds.y1 + squareLength);\\n \\}\\n\\n int actualPoints = 0;\\n int s = 0;\\n int t = 0;\\n int x = plotStart.x;\\n int y = plotStart.y;\\n\\n for(int j = searchStart.y; j < searchEnd.y; j++)\\{\\n for(int i = searchStart.x; i < searchEnd.x; i++)\\{\\n if(src(i,j,3) > 0)\\{\\n actualPoints++;\\n\\n if(x > plotEnd.x)\\{\\n x = plotStart.x;\\n y++;\\n \\}\\n \\n s = i + 0.5;\\n t = j + 0.5;\\n \\n dst(x, y) = float4(s, t, 0, 0);\\n x++;\\n \\}\\n \\}\\n \\}\\n\\n dst(pos.x, pos.y, 2) = plotEnd.x - plotStart.x;\\n dst(pos.x, pos.y, 3) = y - plotStart.y + 1;\\n dst(pos.x+1, pos.y, 2) = src(src.bounds.x1+1, src.bounds.y1, 0);\\n dst(pos.x+1, pos.y, 3) = actualPoints;\\n \\}\\n \\}\\n\\};\"\n rebuild \"\"\n GatherKernel_maxPoints {{parent.maxPoints}}\n GatherKernel_useMaxPoints {{parent.useMaxPoints}}\n GatherKernel_outputFormat {{parent.outputFormat}}\n rebuild_finalise \"\"\n name BlinkScript_PixelGather\n xpos 0\n ypos 480\n disable {{\"type == 2 ? 0 : 1\"}}\n }\nset N17ca800 [stack 0]\n Dot {\n name Dot6\n xpos 190\n ypos 489\n }\nset N17cac00 [stack 0]\n Dot {\n name Dot8\n xpos 190\n ypos 733\n }\npush $N17cac00\n Dot {\n name Dot4\n xpos 356\n ypos 489\n }\nset N17cb400 [stack 0]\n Crop {\n box {{bbox.x+1} {bbox.y} {bbox.x+2} {bbox.y+1}}\n crop false\n name Crop4\n xpos 388\n ypos 574\n }\npush $N17cb400\n Crop {\n box {{bbox.x} {bbox.y} {bbox.x+1} {bbox.y+1}}\n crop false\n name Crop1\n xpos 271\n ypos 576\n }\n ShuffleCopy {\n inputs 2\n red blue2\n green alpha2\n blue blue\n name ShuffleCopy2\n xpos 325\n ypos 654\n }\n CopyBBox {\n inputs 2\n name CopyBBox1\n xpos 325\n ypos 730\n }\n Dot {\n name Dot2\n xpos 359\n ypos 818\n }\npush $N17ca800\n Expression {\n expr0 r/width\n expr1 g/height\n name Expression3\n xpos 0\n ypos 619\n disable {{\"parent.output == 1 ? 0 : 1\"}}\n }\n Dot {\n name Dot1\n xpos 34\n ypos 728\n }\npush $Nc796c00\n STMap {\n inputs 2\n uv rgb\n filter impulse\n name STMap_PixelGather\n xpos -202\n ypos 719\n }\n ShuffleCopy {\n inputs 2\n alpha alpha2\n black red\n white green\n red2 blue\n green2 alpha\n out2 PixelGatherMetadata\n name ShuffleCopy3\n xpos -202\n ypos 815\n disable {{!parent.writeMetadata}}\n }\n Switch {\n inputs 2\n which {{outputFormat==0?1:0}}\n name Switch1\n xpos -202\n ypos 958\n }\n Dot {\n name Dot13\n xpos -168\n ypos 1133\n }\nset N17094000 [stack 0]\n Dot {\n name Dot14\n xpos -45\n ypos 1133\n }\n Dot {\n name Dot12\n xpos -45\n ypos 1251\n }\npush $N17094000\n Remove {\n channels PixelGatherMask\n name Remove2\n xpos -202\n ypos 1178\n }\n ShuffleCopy {\n inputs 2\n in PixelGatherMask\n alpha alpha2\n black red\n white green\n red2 blue\n green2 alpha\n out2 PixelGatherMask\n name ShuffleCopy4\n xpos -202\n ypos 1248\n disable {{!parent.writeMaskLayer}}\n }\n Crop {\n box {{bbox.x} {bbox.y} {bbox.r} {bbox.t}}\n reformat true\n crop false\n name Crop2\n xpos -202\n ypos 1361\n disable {{!parent.cropBBox}}\n }\n Output {\n name Output1\n xpos -202\n ypos 1414\n }\n end_group\n Dot {\n name Dot3\n xpos 916\n ypos -80\n }\nset N17095c00 [stack 0]\n Dot {\n name Dot16\n xpos 526\n ypos -80\n }\nset Nf1e1a000 [stack 0]\n Shuffle {\n in PixelGatherMask\n in2 alpha\n name Shuffle_light_Color3\n label \"\\[value in]\"\n xpos 492\n ypos -20\n }\n Dot {\n name Dot19\n xpos 526\n ypos 176\n }\nset Nf1e1a800 [stack 0]\npush $N17095c00\n Dot {\n name Dot6\n xpos 916\n ypos 112\n }\nset Nf1e1ac00 [stack 0]\n Unpremult {\n channels all\n name Unpremult_light_Z\n xpos 756\n ypos 103\n disable {{!light_Z_unpremult}}\n }\n Copy {\n inputs 2\n from0 rgba.alpha\n to0 rgba.alpha\n name Copy2\n xpos 756\n ypos 167\n }\n Unpremult {\n channels all\n name Unpremult2\n xpos 756\n ypos 225\n disable {{light_Z_unpremult}}\n }\n Dot {\n name Dot23\n xpos 790\n ypos 285\n }\nset Nf1e1bc00 [stack 0]\n Dot {\n name Dot22\n xpos 31\n ypos 285\n }\n DepthToPosition {\n inputs 2\n invert {{parent.light_Z_invert}}\n name DepthToPosition_light\n xpos -3\n ypos 352\n }\n Dot {\n name Dot28\n xpos 31\n ypos 510\n }\npush $Nf1e1a800\npush $Nf1e1a000\n Dot {\n name Dot18\n xpos 199\n ypos -80\n }\n Shuffle {\n in P\n in2 alpha\n alpha red2\n name Shuffle_light_P\n label \"\\[value in]\"\n xpos 165\n ypos -28\n }\n Unpremult {\n name Unpremult_light_P\n xpos 165\n ypos 107\n disable {{!light_P_unpremult}}\n }\n Copy {\n inputs 2\n from0 rgba.alpha\n to0 rgba.alpha\n name Copy1\n xpos 165\n ypos 167\n }\n Unpremult {\n name Unpremult1\n xpos 165\n ypos 228\n disable {{light_P_unpremult}}\n }\n Dot {\n name Dot9\n xpos 199\n ypos 361\n }\nset N1f6ae000 [stack 0]\n Switch {\n inputs 2\n which {{\"light_method==0 || light_method==1 ? 0 : 1\"}}\n name Switch_light_P_method\n label \"\\[value this.which]\"\n xpos 165\n ypos 501\n }\n Dot {\n name Dot2\n xpos 199\n ypos 1186\n }\npush $N17095c00\n Dot {\n name Dot17\n xpos 1290\n ypos -80\n }\n Shuffle {\n in PixelGatherMetadata\n in2 alpha\n name Shuffle_light_Color2\n label \"\\[value in]\"\n xpos 1256\n ypos -4\n }\n Dot {\n name Dot30\n xpos 1290\n ypos 1196\n }\npush $Nf1e1a800\n Dot {\n name Dot20\n xpos 526\n ypos 1014\n }\npush $Nf1e1ac00\n Dot {\n name Dot14\n xpos 1029\n ypos 112\n }\n Dot {\n name Dot10\n xpos 1029\n ypos 862\n }\nset N1ac96000 [stack 0]\n Dot {\n name Dot11\n xpos 1029\n ypos 918\n }\npush $N1ac96000\npush $N1f6ae000\n Dot {\n name Dot29\n xpos 391\n ypos 361\n }\n ColorMatrix {\n matrix {\n {{parent.DummyCam.world_matrix.0} {parent.DummyCam.world_matrix.1} {parent.DummyCam.world_matrix.2}}\n {{parent.DummyCam.world_matrix.4} {parent.DummyCam.world_matrix.5} {parent.DummyCam.world_matrix.6}}\n {{parent.DummyCam.world_matrix.8} {parent.DummyCam.world_matrix.9} {parent.DummyCam.world_matrix.10}}\n }\n invert true\n name ColorMatrix1\n xpos 357\n ypos 507\n }\n Add {\n value {{-parent.DummyCam.world_matrix.3} {-parent.DummyCam.world_matrix.7} {-parent.DummyCam.world_matrix.11} 0}\n name Add2\n xpos 357\n ypos 557\n }\n Expression {\n expr0 -b\n expr1 -b\n expr2 -b\n name Expression5\n xpos 357\n ypos 620\n }\npush $Nf1e1bc00\n Expression {\n expr0 \"\\[value DepthToPosition_light.depth]\"\n expr1 \"\\[value DepthToPosition_light.depth]\"\n expr2 \"\\[value DepthToPosition_light.depth]\"\n name Expression_light_Z_get\n label \"\\[value DepthToPosition_light.depth]\"\n xpos 756\n ypos 438\n }\n Expression {\n expr0 r>0?1/r:1\n expr1 g>0?1/g:1\n expr2 b>0?1/b:1\n name Expression_light_Z_invert\n xpos 756\n ypos 514\n disable {{!parent.light_Z_invert}}\n }\n Switch {\n inputs 2\n which {{\"light_method==0 || light_method==2 ? 0 : 1\"}}\n name Switch_light_Z_method\n label \"\\[value this.which]\"\n xpos 756\n ypos 614\n }\n Dot {\n name Dot15\n xpos 790\n ypos 720\n }\npush $Nf1e1ac00\nclone $C27a94800 {\n xpos 882\n ypos 370\n selected false\n }\n Premult {\n name Premult2\n xpos 882\n ypos 448\n disable {{!parent.light_color_premult}}\n }\n Merge2 {\n inputs 2\n operation multiply\n name Merge1\n xpos 882\n ypos 717\n }\n MergeExpression {\n inputs 2\n expr0 \"x==bbox.x && y==bbox.y ? A.b : B.r\"\n expr1 \"x==bbox.x && y==bbox.y ? A.b : B.g\"\n expr2 \"x==bbox.x && y==bbox.y ? A.b : B.b\"\n channel3 alpha\n expr3 \"x==bbox.x && y==bbox.y ? A.b : B.a\"\n name MergeExpression2\n xpos 882\n ypos 859\n }\n CopyBBox {\n inputs 2\n name CopyBBox1\n xpos 882\n ypos 915\n }\n Copy {\n inputs 2\n from0 rgba.alpha\n to0 rgba.alpha\n name Copy5\n xpos 882\n ypos 1005\n }\n Dot {\n name Dot4\n xpos 916\n ypos 1169\n }\npush $N551e400\n Dot {\n name Dot21\n xpos -781\n ypos 202\n }\nset N20d62400 [stack 0]\n Dot {\n name Dot26\n xpos -603\n ypos 202\n }\nset N20d62800 [stack 0]\n Dot {\n name Dot25\n xpos -425\n ypos 202\n }\n Shuffle {\n in N\n in2 alpha\n alpha red2\n name Shuffle_env_N\n label \"\\[value in]\"\n xpos -459\n ypos 364\n }\n Unpremult {\n name Unpremult_env_N\n xpos -459\n ypos 450\n disable {{!env_N_unpremult}}\n }\n Dot {\n name Dot8\n xpos -425\n ypos 1200\n }\npush $N551e800\npush $N551fc00\n Dot {\n name Dot27\n xpos -169\n ypos 557\n }\npush $N20d62800\n Unpremult {\n channels all\n name Unpremult_env_Z\n xpos -637\n ypos 429\n disable {{!env_Z_unpremult}}\n }\n DepthToPosition {\n inputs 2\n invert {{parent.env_Z_invert}}\n name DepthToPosition_env\n xpos -637\n ypos 554\n }\npush $N20d62400\n Shuffle {\n in P\n in2 alpha\n alpha red2\n name Shuffle_env_P\n label \"\\[value in]\"\n xpos -815\n ypos 365\n }\n Unpremult {\n name Unpremult_env_P\n xpos -815\n ypos 438\n disable {{!env_P_unpremult}}\n }\n Switch {\n inputs 2\n which {{\"env_method==0 || env_method==1 ? 0 : 1\"}}\n name Switch_env_P_method\n label \"\\[value this.which]\"\n xpos -815\n ypos 548\n }\n Copy {\n inputs 2\n from0 rgba.alpha\n to0 rgba.alpha\n name Copy4\n xpos -815\n ypos 653\n }\n Dot {\n name Dot7\n xpos -781\n ypos 1194\n }\n BlinkScript {\n inputs 5\n recompileCount 116\n ProgramGroup 1\n KernelDescription \"2 \\\"EmissionKernel\\\" iterate pixelWise 5445ff44e6e21eb225990cf422d24f8e0ad674ae14f3be1c3d4fcacd6a881349 6 \\\"envP\\\" Read Point \\\"envN\\\" Read Point \\\"lightColor\\\" Read Random \\\"lightMetadata\\\" Read Point \\\"lightP\\\" Read Random \\\"dst\\\" Write Point 3 \\\"falloff\\\" Int 1 AAAAAA== \\\"formatWidth\\\" Int 1 AAAAAA== \\\"formatHeight\\\" Int 1 AAAAAA== 3 \\\"falloff\\\" 1 1 \\\"formatWidth\\\" 1 1 \\\"formatHeight\\\" 1 1 0\"\n kernelSource \"kernel EmissionKernel : public ImageComputationKernel\\{\\n Image envP;\\n Image envN;\\n Image lightColor;\\n Image lightMetadata;\\n Image lightP;\\n Image dst;\\n \\n param:\\n int falloff;\\n int formatWidth;\\n int formatHeight;\\n\\n void process()\\{\\n float4 rgb = 0.0f;\\n\\n //If env has an alpha\\n if(envP(3) > 0)\\{\\n //Loop through all pixels in the light source. Each pixel will act as point light\\n for(int j = lightColor.bounds.y1; j <= lightColor.bounds.y1 + lightMetadata(1); j++)\\{\\n for(int i = lightColor.bounds.x1; i <= lightColor.bounds.x1 + lightMetadata(0); i++)\\{\\n //Only calculate, if we meet a valid sample.\\n //This should mainly be taken care of by the PixelGather group,\\n //but still saves a bit of time if we do it here again\\n if(lightColor(i,j,3) > 0)\\{\\n float3 lightVector = float3(lightP(i,j,0) - envP(0), lightP(i,j,1) - envP(1), lightP(i,j,2) - envP(2));\\n float lightInfluence = clamp(dot(normalize(lightVector), float3(envN(0), envN(1), envN(2))), 0.0, 1.0);\\n float distance = length(lightVector);\\n float4 sourceIntensity = lightColor(i, j);\\n float falloffIntensity = 1.0;\\n\\n //Linear falloff\\n if(falloff == 0)\\{\\n falloffIntensity = 1 / distance;\\n \\}\\n //Quadratic falloff\\n else if(falloff == 1)\\{\\n falloffIntensity = 1 / pow(distance, 2);\\n \\}\\n //Cubic falloff\\n else if(falloff == 2)\\{\\n falloffIntensity = 1 / pow(distance, 3);\\n \\}\\n\\n //Calculate output intensity\\n rgb += sourceIntensity * falloffIntensity * lightInfluence;\\n \\}\\n \\}\\n \\}\\n \\}\\n\\n //Prepare output\\n float4 rgba = float4(rgb.x, rgb.y, rgb.z, 0);\\n\\n //Contering the downscaling for max samples\\n rgba *= lightMetadata(2) / lightMetadata(3);\\n\\n //Countering the format\\n rgba /= formatWidth * formatHeight;\\n\\n dst() = rgba;\\n \\}\\n\\};\"\n rebuild \"\"\n EmissionKernel_falloff {{parent.falloff}}\n EmissionKernel_formatWidth {{width}}\n EmissionKernel_formatHeight {{height}}\n rebuild_finalise \"\"\n name BlinkScript_Emission\n xpos 165\n ypos 1396\n disable {{\"type == 2 ? 0 : 1\"}}\n }\n Multiply {\n channels rgba\n value {{parent.intensity}}\n name Multiply1\n xpos 165\n ypos 1473\n }\n Copy {\n inputs 2\n from0 rgba.alpha\n to0 rgba.alpha\n name Copy3\n xpos 165\n ypos 1548\n }\n Premult {\n name Premult1\n xpos 165\n ypos 1623\n }\n Merge2 {\n inputs 2\n operation plus\n output {rgba.red rgba.green rgba.blue -rgba.alpha}\n maskChannelInput rgba.alpha\n name Merge2\n xpos 165\n ypos 1795\n }\n Dot {\n name Dot33\n xpos 199\n ypos 1975\n }\npush $N551f000\n Merge2 {\n inputs 2+1\n operation copy\n bbox B\n Achannels none\n Bchannels none\n output none\n also_merge rgb\n maskChannelMask none\n maskChannelInput -rgba.alpha\n name Merge_MaskMix\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos -1086\n ypos 1966\n }\n Output {\n name Output1\n xpos -1086\n ypos 2060\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_EnvReflect_BB.gizmo", "content": "set cut_paste_input [stack 0]\npush $cut_paste_input\nGroup {\n name EnvReflect_Bb_\n help \"Fake Env reflections using a normals pass only.\\n\\n\\nFeed it with a normals pass through the \\\"image\\\" input, and select the right channel for it.\\n\\n- Antialias normals to get rid of flickering\\n\\n- Use Env Preview to preview the Envball with transformations\\n(works better with cameraSpace Normals)\\n\\n\\n\\nHave fun !\\n\\nby bflat (Bastien Brenot)\\nmail@bastienbrenot.com\"\n tile_color 0xffffff\n selected true\n addUserKnob {20 User}\n addUserKnob {41 inNormals l normals T Shuffle24.in}\n addUserKnob {6 antiAlias l \"antiAlias normals\" -STARTLINE}\n antiAlias true\n addUserKnob {41 input l \"Env Input Type\" T SphericalTransform3.input}\n addUserKnob {26 \"\"}\n addUserKnob {6 envBlur l \"IBL blur :\" +STARTLINE}\n addUserKnob {7 envBlurSize l \" \" -STARTLINE R 0 500}\n envBlurSize 250\n addUserKnob {26 \"\"}\n addUserKnob {20 envExposure l \"Env exposure\" n 1}\n addUserKnob {41 mode l \"Adjust in\" T Exposure3.mode}\n addUserKnob {41 exposure T Exposure3.red}\n addUserKnob {20 endGroup_1 l endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {20 rotateEnv l \"rotate Env\" n 1}\n addUserKnob {41 out_rx l rx T SphericalTransform3.out_rx}\n addUserKnob {41 out_ry l ry T SphericalTransform3.out_ry}\n addUserKnob {41 out_rz l rz T SphericalTransform3.out_rz}\n addUserKnob {20 endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {20 EnvPreview l \"Env Preview\" n 1}\n addUserKnob {6 previewEnv l \"preview Env\" +STARTLINE}\n addUserKnob {6 previewOnly l \"preview only\" -STARTLINE}\n addUserKnob {41 previewPos l position T previewPosition.translate}\n addUserKnob {7 previeScale l scale -STARTLINE R 0 3}\n previeScale 1\n addUserKnob {20 endGroup_2 l endGroup n -1}\n}\n Input {\n inputs 0\n name Env\n xpos -449\n ypos 170\n number 1\n }\n EXPTool {\n mode Stops\n gang false\n green {{red x126 0.2777777924}}\n blue {{red x126 0.2777777924}}\n name Exposure3\n xpos -449\n ypos 213\n }\n SphericalTransform {\n output \"Mirror Ball\"\n format \"1024 1024 0 0 1024 1024 1 square_1K\"\n fix true\n name SphericalTransform3\n xpos -449\n ypos 267\n }\nset N698007f0 [stack 0]\n Dot {\n name Dot1\n xpos -291\n ypos 276\n }\n SphericalTransform {\n ry 180\n output \"Mirror Ball\"\n format \"1024 1024 0 0 1024 1024 1 square_1K\"\n fix true\n name SphericalTransform2\n xpos -325\n ypos 378\n }\n Keyer {\n operation \"luminance key\"\n range {0 0 1 1}\n name Keyer1\n xpos -325\n ypos 440\n }\n Blur {\n channels rgb\n size {{parent.envBlurSize}}\n name Blur2\n label \"\\[value size]\"\n xpos -325\n ypos 488\n disable {{!parent.envBlur}}\n }\n Transform {\n translate {{parent.previewPosition.translate.x-512.833333} {parent.previewPosition.translate.y-512.833333}}\n scale {{parent.previeScale/3}}\n center {512 512}\n name Transform1\n xpos -325\n ypos 646\n }\n Input {\n inputs 0\n name Normals\n xpos -599\n ypos 395\n }\n Shuffle {\n in rgb\n name Shuffle24\n label \"\\[value in]\"\n xpos -599\n ypos 436\n }\n Clamp {\n channels rgba\n minimum -1\n minimum_enable false\n MinClampTo -1\n name Clamp3\n xpos -599\n ypos 472\n }\n Expression {\n expr0 (r+1)/2\n expr1 (g+1)/2\n expr2 (b+1)/2\n name Expression9\n label \"\\[value expr0]\"\n xpos -599\n ypos 496\n }\n Matrix {\n channels rgb\n matrix {\n {1 2 1}\n {2 4 2}\n {1 2 1}\n }\n normalize true\n name antiAlias_Normals2\n xpos -602\n ypos 532\n disable {{parent.antiAlias==0?1:0}}\n }\npush $N698007f0\n SphericalTransform {\n format \"1024 1024 0 0 1024 1024 1 square_1K\"\n fix true\n name SphericalTransform1\n xpos -447\n ypos 327\n }\n Blur {\n channels rgb\n size {{parent.envBlurSize}}\n name Blur1\n label \"\\[value size]\"\n xpos -447\n ypos 472\n disable {{!parent.envBlur}}\n }\n STMap {\n inputs 2\n channels rgb\n uv rgb\n name STMap3\n xpos -447\n ypos 532\n }\n Multiply {\n value 0\n mix {{parent.previewEnv==1?parent.previewOnly:0}}\n name Multiply1\n label \"\\[value value]\"\n xpos -447\n ypos 574\n }\n Merge2 {\n inputs 2\n mix {{parent.previewEnv}}\n name Merge1\n xpos -447\n ypos 646\n }\n Output {\n name Output1\n xpos -447\n ypos 797\n }\n Position {\n inputs 0\n translate {171.5 171.5}\n name previewPosition\n xpos -216\n ypos 573\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_ErodeSmooth.gizmo", "content": "set cut_paste_input [stack 0]\npush $cut_paste_input\nGroup {\n name ErodeSmooth\n tile_color 0xcc804eff\n selected true\n addUserKnob {20 ErodeSmooth}\n addUserKnob {4 type l Type M {linear smooth smooth0 smooth1 \"\" \"\" \"\" \"\"}}\n addUserKnob {7 range l \"Range\" R 0.1 0.9}\n range 0.5\n addUserKnob {41 size l Blur T Blur1.size}\n addUserKnob {7 tighten l Tighten R 0 2}\n tighten 1\n addUserKnob {26 \"\"}\n addUserKnob {26 \"\" l mask T \"\"}\n addUserKnob {41 maskChannelInput l \"\" -STARTLINE T Merge1.maskChannelInput}\n addUserKnob {41 inject -STARTLINE T Merge1.inject}\n addUserKnob {41 invert_mask l invert -STARTLINE T Merge1.invert_mask}\n addUserKnob {41 fringe -STARTLINE T Merge1.fringe}\n addUserKnob {41 mix T Merge1.mix}\n addUserKnob {20 info}\n addUserKnob {26 author l Author: T \"Tony Lyons\"}\n addUserKnob {26 Desc l Description: T ErodeSmooth}\n}\n Input {\n inputs 0\n name Inputmask\n xpos 521\n ypos 344\n number 1\n }\n Input {\n inputs 0\n name Input\n xpos 380\n ypos 199\n }\nset Na91eae80 [stack 0]\n Blur {\n channels rgba\n size 5\n name Blur1\n label \"\\[value size]\"\n xpos 229\n ypos 193\n }\n Grade {\n channels rgba\n blackpoint {{((.5*tighten)+.25)*range}}\n whitepoint {{1-((.5*tighten)+.25)*(1-range)}}\n white_clamp true\n name Grade9\n xpos 229\n ypos 231\n }\n ColorLookup {\n lut {master {curve C k 0 s0 1 s0}\n red {}\n green {}\n blue {}\n alpha {}}\n name ColorLookupSmooth\n xpos 229\n ypos 292\n disable {{\"type == 1 ? 0 : 1\"}}\n }\n ColorLookup {\n lut {master {curve C k 0 s0 L 1}\n red {}\n green {}\n blue {}\n alpha {}}\n name ColorLookupSmooth0\n xpos 229\n ypos 318\n disable {{\"type == 2 ? 0 : 1\"}}\n }\n ColorLookup {\n lut {master {curve L 0 C k 1 s0}\n red {}\n green {}\n blue {}\n alpha {}}\n name ColorLookupSmooth1\n xpos 229\n ypos 344\n disable {{\"type == 3 ? 0 : 1\"}}\n }\npush $Na91eae80\n Merge2 {\n inputs 2+1\n operation copy\n name Merge1\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 380\n ypos 344\n }\n Output {\n name Output1\n xpos 380\n ypos 409\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_Erode_Fine.gizmo", "content": "Group {\n name Erode_Fine\n inputs 2\n help \"Erode an image with fine controls, as opposed to Nuke's default erode node.\"\n tile_color 0xef7033ff\n label \"\\[value size]\"\n note_font \"DejaVu Sans\"\n addUserKnob {20 erode_fine l \"Fine Erode\"}\n addUserKnob {41 channels T NodeWrapper1.channels}\n addUserKnob {26 \"\"}\n addUserKnob {6 round_filter l \"Round Filter\" t \"Erode the image with a round Filter (well, it's more of a dodecagon... but... you know..) instead of a square filter.\" +STARTLINE}\n round_filter false\n addUserKnob {7 size l Size t \"Amount of erode/dilate. Positive values will grow the image, negative values will shrink it.\" R -10 10}\n size 0\n addUserKnob {26 \"\" +STARTLINE}\n addUserKnob {41 maskChannelInput l mask T NodeWrapper1.maskChannelInput}\n addUserKnob {41 inject -STARTLINE T NodeWrapper1.inject}\n addUserKnob {41 invert_mask l invert -STARTLINE T NodeWrapper1.invert_mask}\n addUserKnob {41 fringe -STARTLINE T NodeWrapper1.fringe}\n addUserKnob {41 mix T NodeWrapper1.mix}\n addUserKnob {26 spin_copyright_div l \"\" +STARTLINE}\n addUserKnob {26 spin_copyright l \"\" t \"© SPINVFX\\nErode_Fine\\nVersion 1.0\\n2018\" +STARTLINE T \"SPINVFX - Version 1.0 - 2018 - Github Page\"}\n}\n BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0x75667fff\n label \"round dilate trick\"\n note_font_size 40\n xpos 212\n ypos -67\n bdwidth 299\n bdheight 618\n }\n Input {\n inputs 0\n name Inputmask\n xpos 251\n ypos 1257\n number 1\n }\n Input {\n inputs 0\n name Input\n xpos -11\n ypos -243\n }\n Dot {\n name Dot15\n tile_color 0xcccccc00\n xpos 22\n ypos -160\n }\nset N70a7ca0 [stack 0]\n Dot {\n name Dot3\n tile_color 0xcccccc00\n xpos 23\n ypos 33\n }\nset N70bb480 [stack 0]\n Dot {\n name Dot1\n tile_color 0xcccccc00\n xpos 296\n ypos 33\n }\nset N70bff60 [stack 0]\n Dot {\n name Dot2\n tile_color 0xcccccc00\n xpos 415\n ypos 33\n }\n AdjBBox {\n numpixels {{abs(ceil(parent.size)*1.4)+2}}\n name AdjBBox1\n xpos 381\n ypos 100\n }\n Dot {\n name Dot4\n tile_color 0xcccccc00\n xpos 415\n ypos 422\n }\npush $N70bff60\n Dilate {\n size {{\"int(parent.size)//3 + (int(parent.size)%3 >= 1)\"}}\n name Dilate1\n label \"size \\[value size]\"\n xpos 262\n ypos 97\n }\n Transform {\n rotate 30\n shutteroffset centred\n name Transform1\n label \"\\[if \\{\\[value translate.x] != 0 || \\[value translate.y] != 0\\} then \\{return \\\"t \\[value translate.x] \\[value translate.y]\\n\\\"\\} else \\{return \\\"\\\"\\}]\\[if \\{\\[value rotate] != 0\\} then \\{return \\\"r \\[value rotate]\\n\\\"\\} else \\{return \\\"\\\"\\}] \\[if \\{\\[value scale] != 1\\} then \\{return \\\"s \\[value scale]\\\"\\} else \\{return \\\"\\\"\\}]\\[if \\{\\[value skewX] != 0 || \\[value skewY] != 0\\} then \\{return \\\"sk \\[value skewX] \\[value skewY]\\n\\\"\\} else \\{return \\\"\\\"\\}]\\[if \\{\\[value motionblur] != 0\\} then \\{return \\\"mb \\[value motionblur] sh \\[value shutter] \\[value shutteroffset]\\n\\\"\\} else \\{return \\\"\\\"\\}]\"\n xpos 262\n ypos 147\n }\n Dilate {\n size {{\"int(parent.size)//3 + (int(parent.size)%3 == 2)\"}}\n name Dilate2\n label \"size \\[value size]\"\n xpos 262\n ypos 185\n }\n Transform {\n rotate 30\n shutteroffset centred\n name Transform2\n label \"\\[if \\{\\[value translate.x] != 0 || \\[value translate.y] != 0\\} then \\{return \\\"t \\[value translate.x] \\[value translate.y]\\n\\\"\\} else \\{return \\\"\\\"\\}]\\[if \\{\\[value rotate] != 0\\} then \\{return \\\"r \\[value rotate]\\n\\\"\\} else \\{return \\\"\\\"\\}] \\[if \\{\\[value scale] != 1\\} then \\{return \\\"s \\[value scale]\\\"\\} else \\{return \\\"\\\"\\}]\\[if \\{\\[value skewX] != 0 || \\[value skewY] != 0\\} then \\{return \\\"sk \\[value skewX] \\[value skewY]\\n\\\"\\} else \\{return \\\"\\\"\\}]\\[if \\{\\[value motionblur] != 0\\} then \\{return \\\"mb \\[value motionblur] sh \\[value shutter] \\[value shutteroffset]\\n\\\"\\} else \\{return \\\"\\\"\\}]\"\n xpos 262\n ypos 235\n }\n Dilate {\n size {{int(parent.size)//3}}\n name Dilate3\n label \"size \\[value size]\"\n xpos 262\n ypos 273\n }\n Transform {\n rotate -60\n shutteroffset centred\n name Transform3\n label \"\\[if \\{\\[value translate.x] != 0 || \\[value translate.y] != 0\\} then \\{return \\\"t \\[value translate.x] \\[value translate.y]\\n\\\"\\} else \\{return \\\"\\\"\\}]\\[if \\{\\[value rotate] != 0\\} then \\{return \\\"r \\[value rotate]\\n\\\"\\} else \\{return \\\"\\\"\\}] \\[if \\{\\[value scale] != 1\\} then \\{return \\\"s \\[value scale]\\\"\\} else \\{return \\\"\\\"\\}]\\[if \\{\\[value skewX] != 0 || \\[value skewY] != 0\\} then \\{return \\\"sk \\[value skewX] \\[value skewY]\\n\\\"\\} else \\{return \\\"\\\"\\}]\\[if \\{\\[value motionblur] != 0\\} then \\{return \\\"mb \\[value motionblur] sh \\[value shutter] \\[value shutteroffset]\\n\\\"\\} else \\{return \\\"\\\"\\}]\"\n xpos 262\n ypos 323\n }\n CopyBBox {\n inputs 2\n name CopyBBox1\n xpos 262\n ypos 418\n }\npush $N70bb480\n Dilate {\n size {{int(parent.size)}}\n name Dilate4\n label \"size \\[value size]\"\n xpos -11\n ypos 97\n }\n Dot {\n name Dot14\n tile_color 0xcccccc00\n xpos 23\n ypos 491\n }\nset N71345b0 [stack 0]\n Dissolve {\n inputs 2\n which {{clamp(abs(parent.size))}}\n name Dissolve1\n xpos 262\n ypos 481\n }\n Dot {\n name Dot5\n tile_color 0xcccccc00\n xpos 296\n ypos 539\n }\npush $N71345b0\n Switch {\n inputs 2\n which {{parent.round_filter}}\n name Switch1\n xpos -11\n ypos 535\n }\n AdjBBox {\n numpixels 1\n name AdjBBox2\n xpos -11\n ypos 609\n }\n Dot {\n name Dot6\n tile_color 0xcccccc00\n xpos 23\n ypos 678\n }\nset N7159670 [stack 0]\n Dot {\n name Dot8\n tile_color 0xcccccc00\n xpos 175\n ypos 678\n }\n Transform {\n translate {{exp.expo(abs(parent.size-int(parent.size))*10)*-1} 0}\n center {320 240}\n black_outside false\n shutteroffset centred\n name Transform5\n label \"\\[if \\{\\[value translate.x] != 0 || \\[value translate.y] != 0\\} then \\{return \\\"t \\[value translate.x] \\[value translate.y]\\n\\\"\\} else \\{return \\\"\\\"\\}]\\[if \\{\\[value rotate] != 0\\} then \\{return \\\"r \\[value rotate]\\n\\\"\\} else \\{return \\\"\\\"\\}] \\[if \\{\\[value scale] != 1\\} then \\{return \\\"s \\[value scale]\\\"\\} else \\{return \\\"\\\"\\}]\\[if \\{\\[value skewX] != 0 || \\[value skewY] != 0\\} then \\{return \\\"sk \\[value skewX] \\[value skewY]\\n\\\"\\} else \\{return \\\"\\\"\\}]\\[if \\{\\[value motionblur] != 0\\} then \\{return \\\"mb \\[value motionblur] sh \\[value shutter] \\[value shutteroffset]\\n\\\"\\} else \\{return \\\"\\\"\\}]\"\n xpos 141\n ypos 823\n }\npush $N7159670\n Dot {\n name Dot7\n tile_color 0xcccccc00\n xpos -127\n ypos 678\n }\n Transform {\n translate {{exp.expo(abs(parent.size-int(parent.size))*10) i} 0}\n center {320 240}\n black_outside false\n shutteroffset centred\n name Transform4\n label \"\\[if \\{\\[value translate.x] != 0 || \\[value translate.y] != 0\\} then \\{return \\\"t \\[value translate.x] \\[value translate.y]\\n\\\"\\} else \\{return \\\"\\\"\\}]\\[if \\{\\[value rotate] != 0\\} then \\{return \\\"r \\[value rotate]\\n\\\"\\} else \\{return \\\"\\\"\\}] \\[if \\{\\[value scale] != 1\\} then \\{return \\\"s \\[value scale]\\\"\\} else \\{return \\\"\\\"\\}]\\[if \\{\\[value skewX] != 0 || \\[value skewY] != 0\\} then \\{return \\\"sk \\[value skewX] \\[value skewY]\\n\\\"\\} else \\{return \\\"\\\"\\}]\\[if \\{\\[value motionblur] != 0\\} then \\{return \\\"mb \\[value motionblur] sh \\[value shutter] \\[value shutteroffset]\\n\\\"\\} else \\{return \\\"\\\"\\}]\"\n xpos -161\n ypos 783\n }\npush $N7159670\n Merge2 {\n inputs 2\n operation {{parent.size>0?17:18}}\n bbox B\n also_merge all\n name Merge2\n xpos -11\n ypos 789\n }\n Merge2 {\n inputs 2\n operation {{parent.size>0?17:18}}\n bbox B\n also_merge all\n name Merge1\n xpos -11\n ypos 829\n }\n Dot {\n name Dot9\n tile_color 0x4b5ec600\n xpos 23\n ypos 910\n }\nset N71a23e0 [stack 0]\n Dot {\n name Dot10\n tile_color 0x4b5ec600\n xpos 175\n ypos 910\n }\n Transform {\n translate {0 {exp.expo(abs(parent.size-int(parent.size))*10)*-1}}\n center {320 240}\n black_outside false\n shutteroffset centred\n name Transform6\n label \"\\[if \\{\\[value translate.x] != 0 || \\[value translate.y] != 0\\} then \\{return \\\"t \\[value translate.x] \\[value translate.y]\\n\\\"\\} else \\{return \\\"\\\"\\}]\\[if \\{\\[value rotate] != 0\\} then \\{return \\\"r \\[value rotate]\\n\\\"\\} else \\{return \\\"\\\"\\}] \\[if \\{\\[value scale] != 1\\} then \\{return \\\"s \\[value scale]\\\"\\} else \\{return \\\"\\\"\\}]\\[if \\{\\[value skewX] != 0 || \\[value skewY] != 0\\} then \\{return \\\"sk \\[value skewX] \\[value skewY]\\n\\\"\\} else \\{return \\\"\\\"\\}]\\[if \\{\\[value motionblur] != 0\\} then \\{return \\\"mb \\[value motionblur] sh \\[value shutter] \\[value shutteroffset]\\n\\\"\\} else \\{return \\\"\\\"\\}]\"\n xpos 141\n ypos 1061\n }\npush $N71a23e0\n Dot {\n name Dot11\n tile_color 0x4b5ec600\n xpos -127\n ypos 910\n }\n Transform {\n translate {0 {exp.expo(abs(parent.size-int(parent.size))*10)}}\n center {320 240}\n black_outside false\n shutteroffset centred\n name Transform7\n label \"\\[if \\{\\[value translate.x] != 0 || \\[value translate.y] != 0\\} then \\{return \\\"t \\[value translate.x] \\[value translate.y]\\n\\\"\\} else \\{return \\\"\\\"\\}]\\[if \\{\\[value rotate] != 0\\} then \\{return \\\"r \\[value rotate]\\n\\\"\\} else \\{return \\\"\\\"\\}] \\[if \\{\\[value scale] != 1\\} then \\{return \\\"s \\[value scale]\\\"\\} else \\{return \\\"\\\"\\}]\\[if \\{\\[value skewX] != 0 || \\[value skewY] != 0\\} then \\{return \\\"sk \\[value skewX] \\[value skewY]\\n\\\"\\} else \\{return \\\"\\\"\\}]\\[if \\{\\[value motionblur] != 0\\} then \\{return \\\"mb \\[value motionblur] sh \\[value shutter] \\[value shutteroffset]\\n\\\"\\} else \\{return \\\"\\\"\\}]\"\n xpos -161\n ypos 1015\n }\npush $N71a23e0\n Merge2 {\n inputs 2\n operation {{parent.size>0?17:18}}\n bbox B\n also_merge all\n name Merge3\n xpos -11\n ypos 1021\n }\n Merge2 {\n inputs 2\n operation {{parent.size>0?17:18}}\n bbox B\n also_merge all\n name Merge4\n xpos -11\n ypos 1061\n }\npush $N70a7ca0\n Dot {\n name Dot13\n tile_color 0xcccccc00\n xpos -290\n ypos -160\n }\n Dot {\n name Dot12\n tile_color 0xcccccc00\n xpos -290\n ypos 1261\n }\n NodeWrapper {\n inputs 2+1\n channels rgba\n name NodeWrapper1\n xpos -11\n ypos 1257\n }\n Output {\n name Output1\n xpos -11\n ypos 1389\n }\n NoOp {\n inputs 0\n name exp\n label \"The growth doesn't look visually linear. \\nUsing curves helps a little.\"\n xpos 396\n ypos 766\n addUserKnob {20 User}\n addUserKnob {7 expo l expo}\n expo {{parent.size>0?positive_curve:negative_curve i}}\n addUserKnob {7 positive_curve}\n positive_curve {{curve 0 0.1037476063 0.1683235168 0.2209408283 0.2831250429 0.3357424736 0.3954704404 0.4731256962 0.5778000951 0.762029767 1}}\n addUserKnob {7 negative_curve}\n negative_curve {{curve 0 0.2209040523 0.3736710192 0.4841623592 0.5752981992 0.6541623592 0.7271137492 0.8043368459 0.8681262732 0.9249737263 1}}\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_ExponBlurSimple.gizmo", "content": "Group {\n name ExponBlurSimple\n onCreate \"n = nuke.thisNode()\\nn.knob('size').setRange(-100, 100)\\nn.knob('adjustBBoxPixels').setRange(0, 400)\\nn.knob('adjustBBoxPercent').setRange(1, 2)\\nn.knob('safeBBoxPixels').setRange(0, 400)\\nn.knob('safeBBoxPercent').setRange(1, 2)\"\n knobChanged \"n = nuke.thisNode()\\nk = nuke.thisKnob()\\n\\nif k.name() == \\\"includeOriginal\\\":\\n if n.knob('includeOriginal').getValue() == 1:\\n merge = nuke.toNode(\\\"Merge1\\\")\\n original = nuke.toNode('Original')\\n AvgMult = nuke.toNode(\\\"AverageMult\\\")\\n steps = int(n.knob('steps').getValue())\\n merge.setInput(steps+1, original)\\n AvgMult\\['whitepoint'].setValue(2 if steps<2 else steps+1)\\n \\n else:\\n merge.setInput(steps+1, None)\\n AvgMult\\['whitepoint'].setValue(2 if steps<2 else steps)\\n \\nelif k.name() == \\\"steps\\\":\\n \\n s = int(k.value())\\n if s<1:\\n k.setValue(1)\\n else:\\n start = nuke.toNode(\\\"Start\\\")\\n end = nuke.toNode(\\\"End\\\")\\n b1 = nuke.toNode(\\\"Blur1\\\")\\n merge = nuke.toNode(\\\"Merge1\\\")\\n AvgMult = nuke.toNode(\\\"AverageMult\\\")\\n \\n b1x = b1.xpos()\\n b1y = b1.ypos()\\n b1n = b1.name()\\n \\n steps = int(n.knob('steps').getValue())\\n size = n.knob('size').getValue()\\n mult = n.knob('mult').getValue()\\n \\n #b1.setInput(0, start)\\n for i in range(1,merge.inputs()):\\n merge.setInput(i,None)\\n merge.setInput(0, b1)\\n \\[nuke.delete(i) for i in nuke.allNodes() if i.xpos()>start.xpos()]\\n for i in range(1,steps):\\n # Blur\\n b = nuke.nodes.Blur()\\n b.setXYpos(b1x+i*100,b1y)\\n b.setInput(0,start)\\n b\\[\\\"channels\\\"].setValue(\\\"all\\\")\\n b\\[\\\"crop\\\"].setValue(0)\\n b\\[\\\"size\\\"].setValue(0, 1)\\n b\\[\\\"size\\\"].setExpression(\\\"(Blur1.size)*(mult)**%s\\\"%(i))\\n b\\[\\\"label\\\"].setValue(\\\"\\[value size]\\\")\\n merge.setInput(i if i<2 else i+1, b)\\n AvgMult\\['whitepoint'].setValue(i if i<2 else i+1)\\n \\n if n.knob('includeOriginal').getValue() == 1:\\n merge = nuke.toNode(\\\"Merge1\\\")\\n original = nuke.toNode('Original')\\n AvgMult = nuke.toNode(\\\"AverageMult\\\")\\n steps = int(n.knob('steps').getValue())\\n merge.setInput(steps+1, original)\\n AvgMult\\['whitepoint'].setValue(2 if steps<2 else steps+1)\\n \\nelif k.name() == \\\"output2\\\":\\n if n.knob(\\\"output2\\\").getValue() == 4:\\n n.knob('AvgMaxOriginal').setVisible(True)\\n else:\\n n.knob('AvgMaxOriginal').setVisible(False)\\n \\nelif k.name() == \\\"safeBBox\\\":\\n if n.knob(\\\"safeBBox\\\").getValue() == 0:\\n n.knob('safeBBoxText').setVisible(False)\\n n.knob('safetyBBoxMethod').setVisible(False)\\n n.knob('safeBBoxPixels').setVisible(False)\\n n.knob('safeBBoxPercent').setVisible(False)\\n \\n elif n.knob(\\\"safeBBox\\\").getValue() == 1:\\n n.knob('safetyBBoxMethod').setVisible(True)\\n n.knob('safeBBoxText').setVisible(True)\\n if n.knob('safetyBBoxMethod').value() == \\\"pixels\\\":\\n n.knob('safeBBoxPixels').setVisible(True)\\n n.knob('safeBBoxPercent').setVisible(False)\\n elif n.knob('safetyBBoxMethod').value() == \\\"percent\\\":\\n n.knob('safeBBoxPixels').setVisible(False)\\n n.knob('safeBBoxPercent').setVisible(True)\\n \\nelif k.name() == \\\"safetyBBoxMethod\\\":\\n if n.knob(\\\"safetyBBoxMethod\\\").value() == \\\"pixels\\\":\\n n.knob('safeBBoxPixels').setVisible(True)\\n n.knob('safeBBoxPercent').setVisible(False)\\n elif n.knob(\\\"safetyBBoxMethod\\\").value() == \\\"percent\\\":\\n n.knob('safeBBoxPixels').setVisible(False)\\n n.knob('safeBBoxPercent').setVisible(True)\\n \\nelif k.name() == \\\"adjustBBoxExtra\\\":\\n if n.knob(\\\"adjustBBoxExtra\\\").value() == \\\"pixels\\\":\\n n.knob('adjustBBoxPixels').setVisible(True)\\n n.knob('adjustBBoxPercent').setVisible(False)\\n elif n.knob(\\\"adjustBBoxExtra\\\").value() == \\\"percent\\\":\\n n.knob('adjustBBoxPixels').setVisible(False)\\n n.knob('adjustBBoxPercent').setVisible(True)\\n\"\n tile_color 0xcc804eff\n label \"(\\[value output2])\"\n note_font \"Verdana Bold\"\n note_font_color 0xffffffff\n selected true\n addUserKnob {20 ExponBlurSimple}\n addUserKnob {41 channels T Remove1.channels}\n addUserKnob {41 maskChannelMask_1 l area T Multiply1.maskChannelMask}\n addUserKnob {41 inject_1 l inject -STARTLINE T Multiply1.inject}\n addUserKnob {41 invert_mask_1 l invert -STARTLINE T Multiply1.invert_mask}\n addUserKnob {41 fringe_1 l fringe -STARTLINE T Multiply1.fringe}\n addUserKnob {26 \"\"}\n addUserKnob {4 output2 l Operation: M {Screen Plus Over Hypot Average Max Min \"\" \"\" \"\" \"\" \"\"}}\n addUserKnob {3 steps l \" Steps\" -STARTLINE}\n steps 4\n addUserKnob {26 text l \" \" -STARTLINE T \" \"}\n addUserKnob {6 includeOriginal l \"Include Original?\" -STARTLINE}\n includeOriginal true\n addUserKnob {6 AvgMaxOriginal l \"Use Max of Average and Original\" +HIDDEN +STARTLINE}\n addUserKnob {14 size l Size R -100 100}\n size 2\n addUserKnob {7 mult l Multiplier R 1 5}\n mult 2\n addUserKnob {6 clamp +STARTLINE}\n addUserKnob {14 postBlur l \"Post Blur\" R 0 100}\n addUserKnob {26 \"\"}\n addUserKnob {20 bboxControl l \"BBox Control\" n 1}\n bboxControl 0\n addUserKnob {26 text_2 l \" \" T \" \"}\n addUserKnob {4 bbox l \"BBox: \" -STARTLINE M {union intersectionMask A B \"input format\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\"}}\n addUserKnob {6 blackOutside l \"Black Outside\" -STARTLINE}\n addUserKnob {6 safeBBox l \"Safe BBox\" t \"If the output BBox is larger than the input format and the input box combined. the result will be max of the input/format bbox plus a safety \\\"buffer\\\" in pixels or percent \\n\\nTurning off might make your BBox grow exponentially with high blur values\" -STARTLINE}\n safeBBox true\n addUserKnob {26 safeBBoxText l \"\" +STARTLINE T \" \"}\n addUserKnob {4 safetyBBoxMethod l \"Safe BBox Buffer \" -STARTLINE M {pixels percent \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\"}}\n safetyBBoxMethod percent\n addUserKnob {14 safeBBoxPixels l \"\" -STARTLINE +HIDDEN R 0 400}\n safeBBoxPixels 100\n addUserKnob {14 safeBBoxPercent l \"\" -STARTLINE R 1 2}\n safeBBoxPercent 1.1\n addUserKnob {26 text_3 l \"\" +STARTLINE T \" \"}\n addUserKnob {4 adjustBBoxExtra l \"Extra BBox Adjust\" -STARTLINE M {pixels percent \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\"}}\n addUserKnob {14 adjustBBoxPercent l \"\" -STARTLINE +HIDDEN R 1 2}\n adjustBBoxPercent 1\n addUserKnob {14 adjustBBoxPixels l \"\" -STARTLINE R 0 400}\n addUserKnob {26 \"\"}\n addUserKnob {20 endGroup n -1}\n addUserKnob {41 maskChannelMask l mask T MergeKeymix.maskChannelMask}\n addUserKnob {41 inject -STARTLINE T MergeKeymix.inject}\n addUserKnob {41 invert_mask l invert -STARTLINE T MergeKeymix.invert_mask}\n addUserKnob {41 fringe -STARTLINE T MergeKeymix.fringe}\n addUserKnob {41 mix T MergeKeymix.mix}\n addUserKnob {20 info l Info}\n addUserKnob {26 creator l Creator: T \"Tony Lyons\"}\n addUserKnob {26 desc l Description: T ExponBlurSimple}\n addUserKnob {26 ver l Version: T v03}\n}\n BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0x535e5a00\n label \"BBox Management\"\n note_font_size 30\n note_font_color 0xffffffff\n xpos -529\n ypos 492\n bdwidth 341\n bdheight 525\n }\n Input {\n inputs 0\n name Inputimg\n xpos 0\n ypos -969\n }\n Dot {\n name Dot16\n note_font_size 41\n xpos 34\n ypos -802\n }\nset N49bc3bd0 [stack 0]\n Dot {\n name Dot2\n note_font_size 41\n xpos -367\n ypos -802\n }\n Dot {\n name Dot18\n label B\n note_font_size 41\n xpos -367\n ypos 434\n }\n Dot {\n name Dot11\n note_font_size 41\n xpos -367\n ypos 623\n }\nset N49bae130 [stack 0]\n Dot {\n name Dot3\n note_font_size 41\n xpos -367\n ypos 675\n }\nset N49ba7980 [stack 0]\n Dot {\n name Dot8\n note_font_size 41\n xpos -463\n ypos 675\n }\n Dot {\n name Dot15\n note_font_size 41\n xpos -463\n ypos 831\n }\npush $N49bc3bd0\n Dot {\n name Dot1\n note_font_size 41\n xpos 461\n ypos -802\n }\n Remove {\n operation keep\n channels rgba\n name Remove1\n xpos 427\n ypos -718\n }\n Dot {\n name Dot21\n note_font_size 41\n xpos 461\n ypos -597\n }\nset N6395bd30 [stack 0]\n Invert {\n name Invert1\n xpos 695\n ypos -604\n disable {{\"parent.size < 0 ? 0 : 1\"}}\n }\nset N639559a0 [stack 0]\n Dot {\n name Dot4\n note_font_size 41\n xpos 540\n ypos -543\n }\n NoOp {\n name Original\n xpos 506\n ypos -327\n }\nset N6393e7e0 [stack 0]\n Dot {\n name Dot5\n note_font_size 41\n xpos 540\n ypos 14\n }\n Crop {\n inputs 0\n box {{\"!\\[exists parent.input0] ? 0 : input.format.x\"} {\"!\\[exists parent.input0] ? 0 : input.format.y\"} {\"!\\[exists parent.input0] ? 0 : input.format.r\"} {\"!\\[exists parent.input0] ? 0 : input.format.t\"}}\n reformat true\n crop false\n name Crop1\n xpos 210\n ypos -750\n addUserKnob {20 User}\n addUserKnob {22 cropToBbox l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n }\n AddChannels {\n channels rgba\n name AddChannels2\n xpos 210\n ypos -724\n }\npush $N49bc3bd0\n Merge2 {\n inputs 2\n name Merge3\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 83\n ypos -671\n }\n NoOp {\n name BBoxInput\n xpos 83\n ypos -628\n addUserKnob {20 User}\n addUserKnob {15 bbox}\n bbox {{input.bbox.x} {input.bbox.y} {input.bbox.r} {input.bbox.t}}\n }\npush $N6393e7e0\n Input {\n inputs 0\n name Inputarea\n xpos 289\n ypos -638\n number 2\n }\n AddChannels {\n channels alpha\n color 1\n name AddChannels1\n xpos 289\n ypos -580\n }\n Invert {\n channels rgba\n name Invert3\n xpos 289\n ypos -503\n }\npush $N639559a0\n Multiply {\n inputs 1+1\n value 0\n name Multiply1\n label \"\\[value value]\"\n xpos 695\n ypos -512\n }\n NoOp {\n name Start\n xpos 695\n ypos -450\n }\nset N642a0c70 [stack 0]\n Blur {\n size {{(Blur1.size)*(mult)**3} {(Blur1.size)*(mult)**3}}\n crop false\n name Blur4\n label \"\\[value size]\"\n xpos 995\n ypos -370\n }\npush $N642a0c70\n Blur {\n size {{(Blur1.size)*(mult)**2} {(Blur1.size)*(mult)**2}}\n crop false\n name Blur3\n label \"\\[value size]\"\n xpos 895\n ypos -370\n }\npush 0\npush $N642a0c70\n Blur {\n size {{(Blur1.size)*(mult)**1} {(Blur1.size)*(mult)**1}}\n crop false\n name Blur2\n label \"\\[value size]\"\n xpos 795\n ypos -370\n }\npush $N642a0c70\n Blur {\n size {{parent.size.w} {parent.size.h}}\n name Blur1\n label \"\\[value size]\"\n xpos 695\n ypos -370\n }\n Merge2 {\n inputs 5+1\n operation {{mergeNumber.mergeNumber}}\n also_merge all\n name Merge1\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 695\n ypos -273\n }\n NoOp {\n name End\n xpos 695\n ypos -230\n }\nset N4966bdf0 [stack 0]\n CopyBBox {\n inputs 2\n name CopyBBox1\n xpos 585\n ypos -175\n }\n Group {\n name BBoxToFormat\n onCreate \"n = nuke.thisNode()\\ninputFormat = n.knob(\\\"inputFormat\\\")\\ninputBBox = n.knob(\\\"inputBBox\\\")\\ncrop = nuke.toNode(\\\"Crop6\\\")\\ncropb = crop.knob('box')\\noutputBBox = n.knob('outputBBox')\\noutputBBoxCenter = n.knob(\\\"outputBBoxCenter\\\")\\n\\ninputFormat.setFlag(0x0000000000008000)\\ninputBBox.setFlag(0x0000000000008000)\\ncropb.setFlag(0x0000000000008000)\\noutputBBox.setFlag(0x0000000000008000)\\noutputBBoxCenter.setFlag(0x0000000000008000)\\n\\nn = nuke.thisNode()\\nn.knob(\\\"overscan\\\").setRange(0,400)\\nn.knob(\\\"overscanPercent\\\").setRange(1,4)\"\n tile_color 0xa57aaaff\n note_font \"Verdana Bold Bold\"\n note_font_color 0xffffffff\n xpos 585\n ypos -151\n addUserKnob {20 CropBBox}\n addUserKnob {4 type l Type +INVISIBLE M {\"To Format\" \"To BBox\"}}\n addUserKnob {41 intersect T Crop6.intersect}\n addUserKnob {6 blackOutside l \"Black Outside\" -STARTLINE}\n addUserKnob {4 overscanType l \"Overscan Type:\" M {Pixels Percentage}}\n overscanType {{parent.safetyBBoxMethod}}\n addUserKnob {14 overscan l Overscan R 0 400}\n overscan {{parent.safeBBoxPixels} {parent.safeBBoxPixels}}\n addUserKnob {14 overscanPercent l \"Overscan Percent\" R 1 4}\n overscanPercent {{parent.safeBBoxPercent} {parent.safeBBoxPercent}}\n addUserKnob {20 inputBbox l \"BBox Data\" n 1}\n addUserKnob {15 inputFormat l \"Input Format\"}\n inputFormat {0 0 {input.width} {input.height}}\n addUserKnob {15 inputBBox l \"Input BBox\"}\n inputBBox {{input.bbox.x} {input.bbox.y} {input.bbox.r} {input.bbox.t}}\n addUserKnob {12 outputBBoxCenter l OutputBBoxCenter}\n outputBBoxCenter {{OutputBBox1.outputBBoxCenter.w} {OutputBBox1.outputBBoxCenter.h}}\n addUserKnob {15 outputBBox l \"Output BBox\"}\n outputBBox {{OutputBBox1.OutputBBox} {OutputBBox1.OutputBBox} {OutputBBox1.OutputBBox} {OutputBBox1.OutputBBox}}\n addUserKnob {20 endGroup n -1}\n addUserKnob {20 info_1 l Info}\n addUserKnob {26 creator l Creator: T \"Tony Lyons\"}\n addUserKnob {26 desc l Description: t \"crop to inputformat\\n\\ndisplays values of input bbox\" T CropBBox}\n addUserKnob {26 ver l Version: T v02}\n }\n Input {\n inputs 0\n name Input\n xpos 261\n ypos 394\n }\n Dot {\n name Dot2\n note_font_size 41\n xpos 295\n ypos 462\n }\nset N63b52530 [stack 0]\n Dot {\n name Dot1\n note_font_size 41\n xpos -160\n ypos 462\n }\nset N63b76330 [stack 0]\npush $N63b52530\n Crop {\n box {{parent.inputBBox} {parent.inputBBox} {parent.inputBBox} {parent.inputBBox}}\n crop {{parent.blackOutside}}\n name Crop6\n xpos 261\n ypos 510\n addUserKnob {20 User}\n addUserKnob {22 cropToBbox l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n }\nset N63beb5e0 [stack 0]\n Remove {\n operation keep\n channels none\n name Remove1\n xpos 120\n ypos 504\n }\nset N63b72680 [stack 0]\n Transform {\n scale {{parent.overscanPercent} {parent.overscanPercent}}\n center {{((input.bbox.r-input.bbox.x)/2)+input.bbox.x} {((input.bbox.t-input.bbox.y)/2)+input.bbox.y}}\n shutteroffset centred\n name Transform1\n selected true\n xpos 120\n ypos 553\n }\npush $N63b72680\n AdjBBox {\n numpixels {{parent.overscan} {parent.overscan}}\n name AdjBBox1\n xpos -5\n ypos 510\n }\n Switch {\n inputs 2\n which {{overscanType}}\n name Switch2\n label \"\\[value which]\"\n xpos -5\n ypos 549\n }\n Merge2 {\n inputs 2\n bbox intersection\n Achannels {-rgba.red -rgba.green -rgba.blue rgba.alpha}\n Bchannels {-rgba.red -rgba.green -rgba.blue rgba.alpha}\n output {-rgba.red -rgba.green -rgba.blue rgba.alpha}\n name Merge1\n xpos -5\n ypos 647\n disable {{!parent.Crop6.intersect}}\n }\npush $N63b76330\n CopyBBox {\n inputs 2\n name CopyBBox1\n xpos -194\n ypos 653\n }\n BlackOutside {\n name BlackOutside1\n xpos -194\n ypos 692\n disable {{!parent.blackOutside}}\n }\n Dot {\n name Dot4\n note_font_size 41\n xpos -160\n ypos 769\n }\npush $N63beb5e0\n Switch {\n inputs 2\n which {{\"overscanType == 0 ? overscan.w != 0 || overscan.h != 0 : overscanPercent.w != 1 || overscanPercent.h != 1 ? 1 : 0\"}}\n name Switch1\n label \"\\[value which]\"\n xpos 261\n ypos 759\n }\nset N47981ba0 [stack 0]\n Output {\n name Output1\n xpos 261\n ypos 921\n }\npush $N47981ba0\n NoOp {\n name OutputBBox1\n xpos 378\n ypos 821\n addUserKnob {20 User}\n addUserKnob {15 OutputBBox l \"Output BBox\"}\n OutputBBox {{input.bbox.x} {input.bbox.y} {input.bbox.r} {input.bbox.t}}\n addUserKnob {14 outputBBoxCenter l \"Output BBox Center\" R 0 100}\n outputBBoxCenter {{OutputBBox.x+(OutputBBox.r-OutputBBox.x)/2} {OutputBBox.y+(OutputBBox.t-OutputBBox.y)/2}}\n }\n end_group\npush $N4966bdf0\n Merge2 {\n inputs 2\n bbox intersection\n also_merge all\n name Merge4\n xpos 585\n ypos -127\n }\npush $N4966bdf0\n CopyBBox {\n inputs 2\n name CopyBBox2\n xpos 585\n ypos -101\n }\npush $N4966bdf0\n Switch {\n inputs 2\n which {{\"parent.safeBBox && ((BBoxResult.bbox.x < BBoxInput.bbox.x || BBoxResult.bbox.y < BBoxInput.bbox.y || BBoxResult.bbox.r > BBoxInput.bbox.r || BBoxResult.bbox.t > BBoxInput.bbox.t))\"}}\n name Switch2\n label \"\\[value which]\"\n xpos 695\n ypos -106\n }\n Grade {\n channels all\n whitepoint 5\n black_clamp false\n name AverageMult\n xpos 695\n ypos -37\n disable {{\"output2 == 4 ? 0 : 1\"}}\n }\n Merge2 {\n inputs 2\n operation max\n also_merge all\n name Merge2\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 695\n ypos 10\n disable {{\"output2 == 4 && includeOriginal == 1 && AvgMaxOriginal == 1 ? 0 : 1\"}}\n }\n Clamp {\n name Clamp1\n selected true\n xpos 695\n ypos 50\n disable {{!parent.clamp}}\n }\n Blur {\n size {{postBlur} {postBlur}}\n name BlurOriginal\n label \"\\[value size]\"\n xpos 695\n ypos 102\n }\n Invert {\n name Invert2\n xpos 695\n ypos 144\n disable {{\"parent.size < 0 ? 0 : 1\"}}\n }\npush $N6395bd30\n Switch {\n inputs 2\n which {{\"parent.size == 0 ? 0 : 1\"}}\n name Switch1\n label \"\\[value which]\"\n xpos 427\n ypos 190\n }\n Dot {\n name Dot17\n label A\n note_font_size 41\n xpos 34\n ypos 455\n }\n Dot {\n name Dot7\n note_font_size 41\n xpos 34\n ypos 579\n }\nset N49eed360 [stack 0]\n Dot {\n name Dot12\n note_font_size 41\n xpos -260\n ypos 579\n }\n Dot {\n name Dot13\n note_font_size 41\n xpos -260\n ypos 799\n }\npush $N49bae130\n Input {\n inputs 0\n name Inputmask\n xpos 512\n ypos 322\n number 1\n }\n Dot {\n name Dot19\n label Mask\n note_font_size 41\n xpos 546\n ypos 435\n }\nset N49edb1b0 [stack 0]\n Dot {\n name Dot20\n note_font_size 41\n xpos 436\n ypos 435\n }\npush $N49eed360\n Merge2 {\n inputs 2\n bbox intersection\n Achannels {rgba.red -rgba.green -rgba.blue rgba.alpha}\n Bchannels {rgba.red -rgba.green -rgba.blue rgba.alpha}\n output {rgba.red -rgba.green -rgba.blue rgba.alpha}\n name MergeIntersection\n xpos 402\n ypos 572\n disable {{\"!\\[exists parent.input1]\"}}\n }\n Merge2 {\n inputs 2\n Achannels {rgba.red -rgba.green -rgba.blue rgba.alpha}\n Bchannels {rgba.red -rgba.green -rgba.blue rgba.alpha}\n output {rgba.red -rgba.green -rgba.blue rgba.alpha}\n name MergeUnion\n xpos 402\n ypos 610\n disable {{\"!\\[exists parent.input1]\"}}\n }\n Dot {\n name Dot6\n label \"intersection\\nof (Mask and A) + B\"\n note_font_size 14\n note_font_color 0xffffffff\n xpos 436\n ypos 770\n }\npush $N49edb1b0\n Dot {\n name Dot10\n note_font_size 41\n xpos 546\n ypos 672\n }\npush $N49eed360\npush $N49ba7980\n Merge2 {\n inputs 2+1\n operation copy\n Achannels none\n Bchannels none\n output none\n also_merge {{{parent.Remove1.channels}}}\n name MergeKeymix\n xpos 0\n ypos 665\n }\n Dot {\n name Dot14\n note_font_size 41\n xpos 34\n ypos 747\n }\nset N49e9e190 [stack 0]\npush $N49ba7980\n CopyBBox {\n inputs 2\n name CopyBBoxUnion\n xpos -401\n ypos 743\n disable {{parent.bbox==0?0:1}}\n }\n CopyBBox {\n inputs 2\n name CopyBBoxIntersection\n xpos -401\n ypos 769\n disable {{\"parent.bbox==1 ? 0 : 1\"}}\n }\n CopyBBox {\n inputs 2\n name CopyBBoxA\n xpos -401\n ypos 795\n disable {{\"parent.bbox==2 ? 0 : 1\"}}\n }\n CopyBBox {\n inputs 2\n name CopyBBoxB\n xpos -401\n ypos 827\n disable {{\"parent.bbox==3 ? 0 : 1\"}}\n }\n Crop {\n box {0 0 {parent.width} {parent.height}}\n crop false\n name CopyBBoxFormat\n xpos -401\n ypos 853\n disable {{\"parent.bbox==4 ? 0 : 1\"}}\n addUserKnob {20 User}\n addUserKnob {22 cropToBbox l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n }\nset N49e7f5a0 [stack 0]\n Transform {\n scale {{parent.adjustBBoxPercent} {parent.adjustBBoxPercent}}\n center {{((input.bbox.r-input.bbox.x)/2)+input.bbox.x} {((input.bbox.t-input.bbox.y)/2)+input.bbox.y}}\n black_outside false\n shutteroffset centred\n name TransformBBoxAdjustPercent\n xpos -516\n ypos 898\n }\npush $N49e7f5a0\n AdjBBox {\n numpixels {{parent.adjustBBoxPixels} {parent.adjustBBoxPixels}}\n name AdjBBoxPixels\n xpos -401\n ypos 901\n }\n Switch {\n inputs 2\n which {{adjustBBoxExtra}}\n name Switch3\n xpos -401\n ypos 940\n }\n Dot {\n name Dot9\n note_font_size 41\n xpos -367\n ypos 993\n }\npush $N49e9e190\n CopyBBox {\n inputs 2\n name CopyBBox\n xpos 0\n ypos 989\n }\n BlackOutside {\n name BlackOutside1\n xpos 0\n ypos 1015\n disable {{!parent.blackOutside}}\n }\n Output {\n name Output1\n xpos 0\n ypos 1155\n }\n NoOp {\n inputs 0\n name mergeNumber\n xpos 229\n ypos -862\n addUserKnob {20 User}\n addUserKnob {3 mergeNumber}\n mergeNumber {{\"output2 == 0 ? 25 : output2 == 1 ? 24 : output2 == 2 ? 22 : output2 == 3 ? 13 : output2 == 4 ? 24 : output2 == 5 ? 17 : 18\"}}\n }\npush $N4966bdf0\n NoOp {\n name BBoxResult\n xpos 585\n ypos -230\n addUserKnob {20 User}\n addUserKnob {15 bbox}\n bbox {{input.bbox.x} {input.bbox.y} {input.bbox.r} {input.bbox.t}}\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_ExponGlow.gizmo", "content": "Group {\n name ExponGlow\n onCreate \"n = nuke.thisNode()\\nn.knob('size').setRange(0, 5)\\nn.knob('exp').setRange(0, 4)\\nn.knob('adjustBBoxPixels').setRange(0, 400)\\nn.knob('adjustBBoxPercent').setRange(1, 2)\\nn.knob('safeBBoxPixels').setRange(0, 400)\\nn.knob('safeBBoxPercent').setRange(1, 2)\"\n knobChanged \"n = nuke.thisNode()\\nk = nuke.thisKnob()\\n\\nif k.name() == \\\"includeOriginal\\\":\\n if n.knob('includeOriginal').getValue() == 1:\\n merge = nuke.toNode(\\\"Merge1\\\")\\n original = nuke.toNode('Original')\\n AvgMult = nuke.toNode(\\\"AverageMult\\\")\\n steps = int(n.knob('steps').getValue())\\n merge.setInput(steps+1, original)\\n AvgMult\\['whitepoint'].setValue(2 if steps<2 else steps+1)\\n\\n else:\\n merge.setInput(steps+1, None)\\n AvgMult\\['whitepoint'].setValue(2 if steps<2 else steps)\\n\\nelif k.name() == \\\"steps\\\":\\n\\n s = int(k.value())\\n if s<1:\\n k.setValue(1)\\n else:\\n start = nuke.toNode(\\\"Start\\\")\\n end = nuke.toNode(\\\"End\\\")\\n b1 = nuke.toNode(\\\"Blur1\\\")\\n m1 = nuke.toNode(\\\"Multiply1\\\")\\n merge = nuke.toNode(\\\"Merge1\\\")\\n AvgMult = nuke.toNode(\\\"AverageMult\\\")\\n\\n b1x = b1.xpos()\\n b1y = b1.ypos()\\n b1n = b1.name()\\n\\n m1x = m1.xpos()\\n m1y = m1.ypos()\\n m1n = m1.name()\\n\\n steps = int(n.knob('steps').getValue())\\n size = n.knob('size').getValue()\\n mult = n.knob('exp').getValue()\\n\\n #b1.setInput(0, start)\\n for i in range(1,merge.inputs()):\\n merge.setInput(i,None)\\n merge.setInput(0, m1)\\n \\[nuke.delete(i) for i in nuke.allNodes() if i.xpos()>start.xpos()]\\n for i in range(1,steps):\\n # Blur\\n b = nuke.nodes.Blur()\\n m = nuke.nodes.Multiply()\\n b.setXYpos(b1x+i*100,b1y)\\n b.setInput(0,start)\\n b\\[\\\"channels\\\"].setValue(\\\"all\\\")\\n b\\[\\\"crop\\\"].setValue(0)\\n b\\[\\\"size\\\"].setValue(0, 1)\\n b\\[\\\"size\\\"].setExpression( \\\"(width/25*pow(parent.size*\\{\\}, parent.exp.w))*((aspectCalc.aspect.w/100))\\\".format(str(i+1)), 0 )\\n b\\[\\\"size\\\"].setExpression( \\\"(height/25*pow(parent.size*\\{\\}, parent.exp.h))*((aspectCalc.aspect.h/100))\\\".format(str(i+1)), 1 )\\n b\\[\\\"label\\\"].setValue('')\\n blurAbove = b.name()\\n\\n m.setXYpos(m1x+i*100,m1y)\\n m.setInput(0, nuke.toNode(blurAbove))\\n m\\[\\\"channels\\\"].setValue(\\\"all\\\")\\n m\\[\\\"value\\\"].setValue(1,1,1,1)\\n j = 1-(i/steps)\\n m\\[\\\"value\\\"].setExpression('falloffType == 0 ? \\{\\} :falloffType == 1 ? pow(\\{\\}, 3) : falloffType == 2 ? \\{\\}*\\{\\}*(3-2*\\{\\}) : falloffType == 3 ? \\{\\}*\\{\\}*(2 - \\{\\}) : falloffType == 4 ? \\{\\}*(1 + \\{\\}*(1 - \\{\\})) : 0'.format(j,j,j,j,j,j,j,j,j,j,j))\\n m\\[\\\"mix\\\"].setExpression(\\\"falloff\\\")\\n m\\[\\\"label\\\"].setValue('')\\n\\n merge.setInput(i if i<2 else i+1, m)\\n AvgMult\\['whitepoint'].setValue(i if i<2 else i+1)\\n\\n if n.knob('includeOriginal').getValue() == 1:\\n merge = nuke.toNode(\\\"Merge1\\\")\\n original = nuke.toNode('Original')\\n AvgMult = nuke.toNode(\\\"AverageMult\\\")\\n steps = int(n.knob('steps').getValue())\\n merge.setInput(steps+1, original)\\n AvgMult\\['whitepoint'].setValue(2 if steps<2 else steps+1)\\n\\nelif k.name() == \\\"output2\\\":\\n if n.knob(\\\"output2\\\").getValue() == 4:\\n n.knob('AvgMaxOriginal').setVisible(True)\\n else:\\n n.knob('AvgMaxOriginal').setVisible(False)\\n\\nelif k.name() == \\\"safeBBox\\\":\\n if n.knob(\\\"safeBBox\\\").getValue() == 0:\\n n.knob('safeBBoxText').setVisible(False)\\n n.knob('safetyBBoxMethod').setVisible(False)\\n n.knob('safeBBoxPixels').setVisible(False)\\n n.knob('safeBBoxPercent').setVisible(False)\\n\\n elif n.knob(\\\"safeBBox\\\").getValue() == 1:\\n n.knob('safetyBBoxMethod').setVisible(True)\\n n.knob('safeBBoxText').setVisible(True)\\n if n.knob('safetyBBoxMethod').value() == \\\"pixels\\\":\\n n.knob('safeBBoxPixels').setVisible(True)\\n n.knob('safeBBoxPercent').setVisible(False)\\n elif n.knob('safetyBBoxMethod').value() == \\\"percent\\\":\\n n.knob('safeBBoxPixels').setVisible(False)\\n n.knob('safeBBoxPercent').setVisible(True)\\n\\nelif k.name() == \\\"safetyBBoxMethod\\\":\\n if n.knob(\\\"safetyBBoxMethod\\\").value() == \\\"pixels\\\":\\n n.knob('safeBBoxPixels').setVisible(True)\\n n.knob('safeBBoxPercent').setVisible(False)\\n elif n.knob(\\\"safetyBBoxMethod\\\").value() == \\\"percent\\\":\\n n.knob('safeBBoxPixels').setVisible(False)\\n n.knob('safeBBoxPercent').setVisible(True)\\n\\nelif k.name() == \\\"adjustBBoxExtra\\\":\\n if n.knob(\\\"adjustBBoxExtra\\\").value() == \\\"pixels\\\":\\n n.knob('adjustBBoxPixels').setVisible(True)\\n n.knob('adjustBBoxPercent').setVisible(False)\\n elif n.knob(\\\"adjustBBoxExtra\\\").value() == \\\"percent\\\":\\n n.knob('adjustBBoxPixels').setVisible(False)\\n n.knob('adjustBBoxPercent').setVisible(True)\\n\"\n tile_color 0xcc804eff\n label \"(\\[value output2])\"\n note_font \"Verdana Bold\"\n note_font_color 0xffffffff\n selected true\n addUserKnob {20 ExponGlow}\n addUserKnob {41 channels T Remove1.channels}\n addUserKnob {41 maskChannelMask_1 l area T MultiplyArea.maskChannelMask}\n addUserKnob {41 inject_1 l inject -STARTLINE T MultiplyArea.inject}\n addUserKnob {41 invert_mask_1 l invert -STARTLINE T MultiplyArea.invert_mask}\n addUserKnob {41 fringe_1 l fringe -STARTLINE T MultiplyArea.fringe}\n addUserKnob {26 \"\"}\n addUserKnob {26 ToleranceTitle l Tolerance T \" \"}\n addUserKnob {6 tolerance_2 l \" \" -STARTLINE}\n tolerance_2 true\n addUserKnob {7 tolerance l \"\" -STARTLINE R 0 4}\n tolerance 1\n addUserKnob {4 output2 l Operation M {Screen Plus Over Hypot Average Max Min \"\"}}\n output2 Plus\n addUserKnob {3 steps l \" Steps\" -STARTLINE}\n steps 10\n addUserKnob {26 text l \" \" -STARTLINE T \" \"}\n addUserKnob {6 includeOriginal l \"Include Original?\" -STARTLINE}\n addUserKnob {19 intensity l Intensity R 0 4}\n intensity 1\n addUserKnob {6 intensity_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 intensity_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 intensity_panelDropped_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {26 text_1 l \" \"}\n addUserKnob {6 AvgMaxOriginal l \"Use Max of Average and Original\" +HIDDEN +STARTLINE}\n addUserKnob {14 size l Size R 0 5}\n size 1\n addUserKnob {14 exp l Exponent R 0 4}\n exp 3\n addUserKnob {6 color_rgba_panelDropped l \"panel dropped state\" +HIDDEN +STARTLINE}\n addUserKnob {4 falloffType l Falloff M {Linear pLinear smooth smooth0 smooth1 \"\" \"\"}}\n addUserKnob {7 falloff l \"\" -STARTLINE}\n falloff 1\n addUserKnob {26 text_4 l \" \"}\n addUserKnob {6 color_rgba_panelDropped_1 l \"panel dropped state\" +HIDDEN +STARTLINE}\n addUserKnob {14 postBlur l \"Post Blur\" R 0 100}\n addUserKnob {6 effectOnly l \". Effect Only\" +STARTLINE}\n addUserKnob {26 \"\"}\n addUserKnob {20 bboxControl l \"BBox Control\" n 1}\n bboxControl 0\n addUserKnob {26 text_2 l \" \" T \" \"}\n addUserKnob {4 bbox l \"BBox: \" -STARTLINE M {union intersectionMask A B \"input format\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\"}}\n addUserKnob {6 blackOutside l \"Black Outside\" -STARTLINE}\n addUserKnob {6 safeBBox l \"Safe BBox\" t \"If the output BBox is larger than the input format and the input box combined. the result will be max of the input/format bbox plus a safety \\\"buffer\\\" in pixels or percent \\n\\nTurning off might make your BBox grow exponentially with high blur values\" -STARTLINE}\n safeBBox true\n addUserKnob {26 safeBBoxText l \"\" +STARTLINE T \" \"}\n addUserKnob {4 safetyBBoxMethod l \"Safe BBox Buffer \" -STARTLINE M {pixels percent \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\"}}\n safetyBBoxMethod percent\n addUserKnob {14 safeBBoxPixels l \"\" -STARTLINE +HIDDEN R 0 400}\n safeBBoxPixels 100\n addUserKnob {14 safeBBoxPercent l \"\" -STARTLINE R 1 2}\n safeBBoxPercent 1.1\n addUserKnob {26 text_3 l \"\" +STARTLINE T \" \"}\n addUserKnob {4 adjustBBoxExtra l \"Extra BBox Adjust\" -STARTLINE M {pixels percent \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\"}}\n addUserKnob {14 adjustBBoxPercent l \"\" -STARTLINE +HIDDEN R 1 2}\n adjustBBoxPercent 1\n addUserKnob {14 adjustBBoxPixels l \"\" -STARTLINE R 0 400}\n addUserKnob {26 \"\"}\n addUserKnob {20 endGroup n -1}\n addUserKnob {41 maskChannelMask l mask T MergeKeymix.maskChannelMask}\n addUserKnob {41 inject -STARTLINE T MergeKeymix.inject}\n addUserKnob {41 invert_mask l invert -STARTLINE T MergeKeymix.invert_mask}\n addUserKnob {41 fringe -STARTLINE T MergeKeymix.fringe}\n addUserKnob {41 mix T MergeKeymix.mix}\n addUserKnob {20 info l Info}\n addUserKnob {26 creator l Creator: T \"Tony Lyons\"}\n addUserKnob {26 desc l Description: T ExponGlow}\n addUserKnob {26 ver l Version: T v03}\n}\n BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0x535e5a00\n label \"BBox Management\"\n note_font_size 30\n note_font_color 0xffffffff\n xpos -529\n ypos 636\n bdwidth 341\n bdheight 525\n }\n Input {\n inputs 0\n name Inputimg\n xpos 0\n ypos -1449\n }\n Dot {\n name Dot16\n note_font_size 41\n xpos 34\n ypos -1282\n }\nset N6c251600 [stack 0]\n Dot {\n name Dot2\n note_font_size 41\n xpos -367\n ypos -1282\n }\n Dot {\n name Dot25\n note_font_size 41\n xpos -367\n ypos 360\n }\n Dot {\n name Dot18\n label B\n note_font_size 41\n xpos -367\n ypos 578\n }\n Dot {\n name Dot11\n note_font_size 41\n xpos -367\n ypos 767\n }\nset Nd49eb900 [stack 0]\n Dot {\n name Dot3\n note_font_size 41\n xpos -367\n ypos 819\n }\nset Nd49eb200 [stack 0]\n Dot {\n name Dot8\n note_font_size 41\n xpos -463\n ypos 819\n }\n Dot {\n name Dot15\n note_font_size 41\n xpos -463\n ypos 975\n }\n Crop {\n inputs 0\n box {{\"!\\[exists parent.input0] ? 0 : input.format.x\"} {\"!\\[exists parent.input0] ? 0 : input.format.y\"} {\"!\\[exists parent.input0] ? 0 : input.format.r\"} {\"!\\[exists parent.input0] ? 0 : input.format.t\"}}\n reformat true\n crop false\n name Crop1\n xpos 210\n ypos -1006\n addUserKnob {20 User}\n addUserKnob {22 cropToBbox l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n }\n AddChannels {\n channels rgba\n name AddChannels2\n xpos 210\n ypos -980\n }\npush $N6c251600\n Merge2 {\n inputs 2\n name Merge3\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 83\n ypos -927\n }\n NoOp {\n name BBoxInput\n xpos 83\n ypos -884\n addUserKnob {20 User}\n addUserKnob {15 bbox}\n bbox {{input.bbox.x} {input.bbox.y} {input.bbox.r} {input.bbox.t}}\n }\n Dot {\n name Dot23\n note_font_size 41\n xpos 117\n ypos -146\n }\n Input {\n inputs 0\n name Inputarea\n xpos 289\n ypos -894\n number 2\n }\n AddChannels {\n channels alpha\n color 1\n name AddChannels1\n xpos 289\n ypos -836\n }\n Invert {\n channels rgba\n name Invert3\n xpos 289\n ypos -759\n }\npush $N6c251600\n Dot {\n name Dot1\n note_font_size 41\n xpos 461\n ypos -1282\n }\n Remove {\n operation keep\n channels rgba\n name Remove1\n xpos 427\n ypos -1213\n }\n NoOp {\n name aspectCalc\n xpos 427\n ypos -1155\n addUserKnob {20 User}\n addUserKnob {14 aspect R 0 100}\n aspect {{parent.size.w} {(parent.size.h/format.pixel_aspect/height*width)*format.pixel_aspect}}\n }\n Dot {\n name Dot21\n note_font_size 41\n xpos 461\n ypos -1026\n }\nset Nd49c4100 [stack 0]\n Invert {\n name Invert1\n xpos 864\n ypos -1033\n disable {{\"parent.size < 0 ? 0 : 1\"}}\n }\nset Nd49a7900 [stack 0]\n Keyer {\n operation \"luminance key\"\n range {{parent.tolerance} {range.A+parent.tolerance+1} {range.B} {range.B}}\n name Keyer1\n xpos 774\n ypos -967\n disable {{!tolerance_2}}\n }\n Premult {\n channels all\n name Premult1\n xpos 774\n ypos -910\n disable {{!tolerance_2}}\n }\npush $Nd49a7900\n Dissolve {\n inputs 2\n channels rgba\n which {{\"parent.tolerance < 1 ? parent.tolerance : 1\"}}\n name Dissolve1\n label \"\\[value which]\"\n xpos 864\n ypos -857\n }\n Multiply {\n inputs 1+1\n value 0\n name MultiplyArea\n label \"\\[value value]\"\n xpos 864\n ypos -768\n }\nset Nd49a5d00 [stack 0]\n NoOp {\n name Start\n xpos 864\n ypos -706\n }\nset Nd49a4f00 [stack 0]\n Blur {\n size {{\"(width/25*pow(parent.size*10, parent.exp.w))*((aspectCalc.aspect.w/100))\"} {\"(height/25*pow(parent.size*10, parent.exp.h))*((aspectCalc.aspect.h/100))\"}}\n crop false\n name Blur10\n xpos 1764\n ypos -554\n }\n Multiply {\n value {{\"falloffType == 0 ? 0.1 :falloffType == 1 ? pow(0.1, 3) : falloffType == 2 ? 0.1*0.1*(3-2*0.1) : falloffType == 3 ? 0.1*0.1*(2 - 0.1) : falloffType == 4 ? 0.1*(1 + 0.1*(1 - 0.1)) : 0\"} {\"falloffType == 0 ? 0.1 :falloffType == 1 ? pow(0.1, 3) : falloffType == 2 ? 0.1*0.1*(3-2*0.1) : falloffType == 3 ? 0.1*0.1*(2 - 0.1) : falloffType == 4 ? 0.1*(1 + 0.1*(1 - 0.1)) : 0\"} {\"falloffType == 0 ? 0.1 :falloffType == 1 ? pow(0.1, 3) : falloffType == 2 ? 0.1*0.1*(3-2*0.1) : falloffType == 3 ? 0.1*0.1*(2 - 0.1) : falloffType == 4 ? 0.1*(1 + 0.1*(1 - 0.1)) : 0\"} {\"falloffType == 0 ? 0.1 :falloffType == 1 ? pow(0.1, 3) : falloffType == 2 ? 0.1*0.1*(3-2*0.1) : falloffType == 3 ? 0.1*0.1*(2 - 0.1) : falloffType == 4 ? 0.1*(1 + 0.1*(1 - 0.1)) : 0\"}}\n mix {{falloff}}\n name Multiply10\n xpos 1764\n ypos -477\n }\npush $Nd49a4f00\n Blur {\n size {{\"(width/25*pow(parent.size*9, parent.exp.w))*((aspectCalc.aspect.w/100))\"} {\"(height/25*pow(parent.size*9, parent.exp.h))*((aspectCalc.aspect.h/100))\"}}\n crop false\n name Blur9\n xpos 1664\n ypos -554\n }\n Multiply {\n value {{\"falloffType == 0 ? 0.2 :falloffType == 1 ? pow(0.2, 3) : falloffType == 2 ? 0.2*0.2*(3-2*0.2) : falloffType == 3 ? 0.2*0.2*(2 - 0.2) : falloffType == 4 ? 0.2*(1 + 0.2*(1 - 0.2)) : 0\"} {\"falloffType == 0 ? 0.2 :falloffType == 1 ? pow(0.2, 3) : falloffType == 2 ? 0.2*0.2*(3-2*0.2) : falloffType == 3 ? 0.2*0.2*(2 - 0.2) : falloffType == 4 ? 0.2*(1 + 0.2*(1 - 0.2)) : 0\"} {\"falloffType == 0 ? 0.2 :falloffType == 1 ? pow(0.2, 3) : falloffType == 2 ? 0.2*0.2*(3-2*0.2) : falloffType == 3 ? 0.2*0.2*(2 - 0.2) : falloffType == 4 ? 0.2*(1 + 0.2*(1 - 0.2)) : 0\"} {\"falloffType == 0 ? 0.2 :falloffType == 1 ? pow(0.2, 3) : falloffType == 2 ? 0.2*0.2*(3-2*0.2) : falloffType == 3 ? 0.2*0.2*(2 - 0.2) : falloffType == 4 ? 0.2*(1 + 0.2*(1 - 0.2)) : 0\"}}\n mix {{falloff}}\n name Multiply9\n xpos 1664\n ypos -477\n }\npush $Nd49a4f00\n Blur {\n size {{\"(width/25*pow(parent.size*8, parent.exp.w))*((aspectCalc.aspect.w/100))\"} {\"(height/25*pow(parent.size*8, parent.exp.h))*((aspectCalc.aspect.h/100))\"}}\n crop false\n name Blur8\n xpos 1564\n ypos -554\n }\n Multiply {\n value {{\"falloffType == 0 ? 0.3 :falloffType == 1 ? pow(0.3, 3) : falloffType == 2 ? 0.3*0.3*(3-2*0.3) : falloffType == 3 ? 0.3*0.3*(2 - 0.3) : falloffType == 4 ? 0.3*(1 + 0.3*(1 - 0.3)) : 0\"} {\"falloffType == 0 ? 0.3 :falloffType == 1 ? pow(0.3, 3) : falloffType == 2 ? 0.3*0.3*(3-2*0.3) : falloffType == 3 ? 0.3*0.3*(2 - 0.3) : falloffType == 4 ? 0.3*(1 + 0.3*(1 - 0.3)) : 0\"} {\"falloffType == 0 ? 0.3 :falloffType == 1 ? pow(0.3, 3) : falloffType == 2 ? 0.3*0.3*(3-2*0.3) : falloffType == 3 ? 0.3*0.3*(2 - 0.3) : falloffType == 4 ? 0.3*(1 + 0.3*(1 - 0.3)) : 0\"} {\"falloffType == 0 ? 0.3 :falloffType == 1 ? pow(0.3, 3) : falloffType == 2 ? 0.3*0.3*(3-2*0.3) : falloffType == 3 ? 0.3*0.3*(2 - 0.3) : falloffType == 4 ? 0.3*(1 + 0.3*(1 - 0.3)) : 0\"}}\n mix {{falloff}}\n name Multiply8\n xpos 1564\n ypos -477\n }\npush $Nd49a4f00\n Blur {\n size {{\"(width/25*pow(parent.size*7, parent.exp.w))*((aspectCalc.aspect.w/100))\"} {\"(height/25*pow(parent.size*7, parent.exp.h))*((aspectCalc.aspect.h/100))\"}}\n crop false\n name Blur7\n xpos 1464\n ypos -554\n }\n Multiply {\n value {{\"falloffType == 0 ? 0.4 :falloffType == 1 ? pow(0.4, 3) : falloffType == 2 ? 0.4*0.4*(3-2*0.4) : falloffType == 3 ? 0.4*0.4*(2 - 0.4) : falloffType == 4 ? 0.4*(1 + 0.4*(1 - 0.4)) : 0\"} {\"falloffType == 0 ? 0.4 :falloffType == 1 ? pow(0.4, 3) : falloffType == 2 ? 0.4*0.4*(3-2*0.4) : falloffType == 3 ? 0.4*0.4*(2 - 0.4) : falloffType == 4 ? 0.4*(1 + 0.4*(1 - 0.4)) : 0\"} {\"falloffType == 0 ? 0.4 :falloffType == 1 ? pow(0.4, 3) : falloffType == 2 ? 0.4*0.4*(3-2*0.4) : falloffType == 3 ? 0.4*0.4*(2 - 0.4) : falloffType == 4 ? 0.4*(1 + 0.4*(1 - 0.4)) : 0\"} {\"falloffType == 0 ? 0.4 :falloffType == 1 ? pow(0.4, 3) : falloffType == 2 ? 0.4*0.4*(3-2*0.4) : falloffType == 3 ? 0.4*0.4*(2 - 0.4) : falloffType == 4 ? 0.4*(1 + 0.4*(1 - 0.4)) : 0\"}}\n mix {{falloff}}\n name Multiply7\n xpos 1464\n ypos -477\n }\npush $Nd49a4f00\n Blur {\n size {{\"(width/25*pow(parent.size*6, parent.exp.w))*((aspectCalc.aspect.w/100))\"} {\"(height/25*pow(parent.size*6, parent.exp.h))*((aspectCalc.aspect.h/100))\"}}\n crop false\n name Blur6\n xpos 1364\n ypos -554\n }\n Multiply {\n value {{\"falloffType == 0 ? 0.5 :falloffType == 1 ? pow(0.5, 3) : falloffType == 2 ? 0.5*0.5*(3-2*0.5) : falloffType == 3 ? 0.5*0.5*(2 - 0.5) : falloffType == 4 ? 0.5*(1 + 0.5*(1 - 0.5)) : 0\"} {\"falloffType == 0 ? 0.5 :falloffType == 1 ? pow(0.5, 3) : falloffType == 2 ? 0.5*0.5*(3-2*0.5) : falloffType == 3 ? 0.5*0.5*(2 - 0.5) : falloffType == 4 ? 0.5*(1 + 0.5*(1 - 0.5)) : 0\"} {\"falloffType == 0 ? 0.5 :falloffType == 1 ? pow(0.5, 3) : falloffType == 2 ? 0.5*0.5*(3-2*0.5) : falloffType == 3 ? 0.5*0.5*(2 - 0.5) : falloffType == 4 ? 0.5*(1 + 0.5*(1 - 0.5)) : 0\"} {\"falloffType == 0 ? 0.5 :falloffType == 1 ? pow(0.5, 3) : falloffType == 2 ? 0.5*0.5*(3-2*0.5) : falloffType == 3 ? 0.5*0.5*(2 - 0.5) : falloffType == 4 ? 0.5*(1 + 0.5*(1 - 0.5)) : 0\"}}\n mix {{falloff}}\n name Multiply6\n xpos 1364\n ypos -477\n }\npush $Nd49a4f00\n Blur {\n size {{\"(width/25*pow(parent.size*5, parent.exp.w))*((aspectCalc.aspect.w/100))\"} {\"(height/25*pow(parent.size*5, parent.exp.h))*((aspectCalc.aspect.h/100))\"}}\n crop false\n name Blur5\n xpos 1264\n ypos -554\n }\n Multiply {\n value {{\"falloffType == 0 ? 0.6 :falloffType == 1 ? pow(0.6, 3) : falloffType == 2 ? 0.6*0.6*(3-2*0.6) : falloffType == 3 ? 0.6*0.6*(2 - 0.6) : falloffType == 4 ? 0.6*(1 + 0.6*(1 - 0.6)) : 0\"} {\"falloffType == 0 ? 0.6 :falloffType == 1 ? pow(0.6, 3) : falloffType == 2 ? 0.6*0.6*(3-2*0.6) : falloffType == 3 ? 0.6*0.6*(2 - 0.6) : falloffType == 4 ? 0.6*(1 + 0.6*(1 - 0.6)) : 0\"} {\"falloffType == 0 ? 0.6 :falloffType == 1 ? pow(0.6, 3) : falloffType == 2 ? 0.6*0.6*(3-2*0.6) : falloffType == 3 ? 0.6*0.6*(2 - 0.6) : falloffType == 4 ? 0.6*(1 + 0.6*(1 - 0.6)) : 0\"} {\"falloffType == 0 ? 0.6 :falloffType == 1 ? pow(0.6, 3) : falloffType == 2 ? 0.6*0.6*(3-2*0.6) : falloffType == 3 ? 0.6*0.6*(2 - 0.6) : falloffType == 4 ? 0.6*(1 + 0.6*(1 - 0.6)) : 0\"}}\n mix {{falloff}}\n name Multiply5\n xpos 1264\n ypos -477\n }\npush $Nd49a4f00\n Blur {\n size {{\"(width/25*pow(parent.size*4, parent.exp.w))*((aspectCalc.aspect.w/100))\"} {\"(height/25*pow(parent.size*4, parent.exp.h))*((aspectCalc.aspect.h/100))\"}}\n crop false\n name Blur4\n xpos 1164\n ypos -554\n }\n Multiply {\n value {{\"falloffType == 0 ? 0.7 :falloffType == 1 ? pow(0.7, 3) : falloffType == 2 ? 0.7*0.7*(3-2*0.7) : falloffType == 3 ? 0.7*0.7*(2 - 0.7) : falloffType == 4 ? 0.7*(1 + 0.7*(1 - 0.7)) : 0\"} {\"falloffType == 0 ? 0.7 :falloffType == 1 ? pow(0.7, 3) : falloffType == 2 ? 0.7*0.7*(3-2*0.7) : falloffType == 3 ? 0.7*0.7*(2 - 0.7) : falloffType == 4 ? 0.7*(1 + 0.7*(1 - 0.7)) : 0\"} {\"falloffType == 0 ? 0.7 :falloffType == 1 ? pow(0.7, 3) : falloffType == 2 ? 0.7*0.7*(3-2*0.7) : falloffType == 3 ? 0.7*0.7*(2 - 0.7) : falloffType == 4 ? 0.7*(1 + 0.7*(1 - 0.7)) : 0\"} {\"falloffType == 0 ? 0.7 :falloffType == 1 ? pow(0.7, 3) : falloffType == 2 ? 0.7*0.7*(3-2*0.7) : falloffType == 3 ? 0.7*0.7*(2 - 0.7) : falloffType == 4 ? 0.7*(1 + 0.7*(1 - 0.7)) : 0\"}}\n mix {{falloff}}\n name Multiply4\n xpos 1164\n ypos -477\n }\npush $Nd49a4f00\n Blur {\n size {{\"(width/25*pow(parent.size*3, parent.exp.w))*((aspectCalc.aspect.w/100))\"} {\"(height/25*pow(parent.size*3, parent.exp.h))*((aspectCalc.aspect.h/100))\"}}\n crop false\n name Blur3\n xpos 1064\n ypos -554\n }\n Multiply {\n value {{\"falloffType == 0 ? 0.8 :falloffType == 1 ? pow(0.8, 3) : falloffType == 2 ? 0.8*0.8*(3-2*0.8) : falloffType == 3 ? 0.8*0.8*(2 - 0.8) : falloffType == 4 ? 0.8*(1 + 0.8*(1 - 0.8)) : 0\"} {\"falloffType == 0 ? 0.8 :falloffType == 1 ? pow(0.8, 3) : falloffType == 2 ? 0.8*0.8*(3-2*0.8) : falloffType == 3 ? 0.8*0.8*(2 - 0.8) : falloffType == 4 ? 0.8*(1 + 0.8*(1 - 0.8)) : 0\"} {\"falloffType == 0 ? 0.8 :falloffType == 1 ? pow(0.8, 3) : falloffType == 2 ? 0.8*0.8*(3-2*0.8) : falloffType == 3 ? 0.8*0.8*(2 - 0.8) : falloffType == 4 ? 0.8*(1 + 0.8*(1 - 0.8)) : 0\"} {\"falloffType == 0 ? 0.8 :falloffType == 1 ? pow(0.8, 3) : falloffType == 2 ? 0.8*0.8*(3-2*0.8) : falloffType == 3 ? 0.8*0.8*(2 - 0.8) : falloffType == 4 ? 0.8*(1 + 0.8*(1 - 0.8)) : 0\"}}\n mix {{falloff}}\n name Multiply3\n xpos 1064\n ypos -477\n }\npush 0\npush $Nd49a4f00\n Blur {\n size {{\"(width/25*pow(parent.size*2, parent.exp.w))*((aspectCalc.aspect.w/100))\"} {\"(height/25*pow(parent.size*2, parent.exp.h))*((aspectCalc.aspect.h/100))\"}}\n crop false\n name Blur2\n xpos 964\n ypos -554\n }\n Multiply {\n value {{\"falloffType == 0 ? 0.9 :falloffType == 1 ? pow(0.9, 3) : falloffType == 2 ? 0.9*0.9*(3-2*0.9) : falloffType == 3 ? 0.9*0.9*(2 - 0.9) : falloffType == 4 ? 0.9*(1 + 0.9*(1 - 0.9)) : 0\"} {\"falloffType == 0 ? 0.9 :falloffType == 1 ? pow(0.9, 3) : falloffType == 2 ? 0.9*0.9*(3-2*0.9) : falloffType == 3 ? 0.9*0.9*(2 - 0.9) : falloffType == 4 ? 0.9*(1 + 0.9*(1 - 0.9)) : 0\"} {\"falloffType == 0 ? 0.9 :falloffType == 1 ? pow(0.9, 3) : falloffType == 2 ? 0.9*0.9*(3-2*0.9) : falloffType == 3 ? 0.9*0.9*(2 - 0.9) : falloffType == 4 ? 0.9*(1 + 0.9*(1 - 0.9)) : 0\"} {\"falloffType == 0 ? 0.9 :falloffType == 1 ? pow(0.9, 3) : falloffType == 2 ? 0.9*0.9*(3-2*0.9) : falloffType == 3 ? 0.9*0.9*(2 - 0.9) : falloffType == 4 ? 0.9*(1 + 0.9*(1 - 0.9)) : 0\"}}\n mix {{falloff}}\n name Multiply2\n xpos 964\n ypos -477\n }\npush $Nd49a4f00\n Blur {\n size {{(width/10*parent.size*(aspectCalc.aspect.w/100))} {(height/10*parent.size*(aspectCalc.aspect.h/100))}}\n crop false\n name Blur1\n xpos 864\n ypos -555\n }\n Multiply {\n value {1 1 1 1}\n mix {{falloff}}\n name Multiply1\n xpos 864\n ypos -477\n }\n Merge2 {\n inputs 10+1\n operation {{mergeNumber.mergeNumber}}\n also_merge all\n name Merge1\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 864\n ypos -327\n }\n NoOp {\n name End\n xpos 864\n ypos -279\n }\nset Nd4af2b00 [stack 0]\n CopyBBox {\n inputs 2\n name CopyBBox1\n xpos 585\n ypos -149\n }\n Group {\n name BBoxToFormat\n onCreate \"n = nuke.thisNode()\\ninputFormat = n.knob(\\\"inputFormat\\\")\\ninputBBox = n.knob(\\\"inputBBox\\\")\\ncrop = nuke.toNode(\\\"Crop6\\\")\\ncropb = crop.knob('box')\\noutputBBox = n.knob('outputBBox')\\noutputBBoxCenter = n.knob(\\\"outputBBoxCenter\\\")\\n\\ninputFormat.setFlag(0x0000000000008000)\\ninputBBox.setFlag(0x0000000000008000)\\ncropb.setFlag(0x0000000000008000)\\noutputBBox.setFlag(0x0000000000008000)\\noutputBBoxCenter.setFlag(0x0000000000008000)\\n\\nn = nuke.thisNode()\\nn.knob(\\\"overscan\\\").setRange(0,400)\\nn.knob(\\\"overscanPercent\\\").setRange(1,4)\"\n tile_color 0xa57aaaff\n note_font \"Verdana Bold\"\n note_font_color 0xffffffff\n xpos 585\n ypos -106\n addUserKnob {20 CropBBox}\n addUserKnob {4 type l Type +INVISIBLE M {\"To Format\" \"To BBox\"}}\n addUserKnob {41 intersect T Crop6.intersect}\n addUserKnob {6 blackOutside l \"Black Outside\" -STARTLINE}\n addUserKnob {4 overscanType l \"Overscan Type:\" M {Pixels Percentage}}\n overscanType {{parent.safetyBBoxMethod}}\n addUserKnob {14 overscan l Overscan R 0 400}\n overscan {{parent.safeBBoxPixels} {parent.safeBBoxPixels}}\n addUserKnob {14 overscanPercent l \"Overscan Percent\" R 1 4}\n overscanPercent {{parent.safeBBoxPercent} {parent.safeBBoxPercent}}\n addUserKnob {20 inputBbox l \"BBox Data\" n 1}\n addUserKnob {15 inputFormat l \"Input Format\"}\n inputFormat {0 0 {input.width} {input.height}}\n addUserKnob {15 inputBBox l \"Input BBox\"}\n inputBBox {{input.bbox.x} {input.bbox.y} {input.bbox.r} {input.bbox.t}}\n addUserKnob {12 outputBBoxCenter l OutputBBoxCenter}\n outputBBoxCenter {{OutputBBox1.outputBBoxCenter.w} {OutputBBox1.outputBBoxCenter.h}}\n addUserKnob {15 outputBBox l \"Output BBox\"}\n outputBBox {{OutputBBox1.OutputBBox} {OutputBBox1.OutputBBox} {OutputBBox1.OutputBBox} {OutputBBox1.OutputBBox}}\n addUserKnob {20 endGroup n -1}\n addUserKnob {20 info_1 l Info}\n addUserKnob {26 creator l Creator: T \"Tony Lyons\"}\n addUserKnob {26 desc l Description: t \"crop to inputformat\\n\\ndisplays values of input bbox\" T CropBBox}\n addUserKnob {26 ver l Version: T v02}\n }\n Input {\n inputs 0\n name Input\n xpos 261\n ypos 394\n }\n Dot {\n name Dot2\n note_font_size 41\n xpos 295\n ypos 462\n }\nset Nd4af0f00 [stack 0]\n Dot {\n name Dot1\n note_font_size 41\n xpos -160\n ypos 462\n }\nset Nd4af0800 [stack 0]\npush $Nd4af0f00\n Crop {\n box {{parent.inputBBox} {parent.inputBBox} {parent.inputBBox} {parent.inputBBox}}\n crop {{parent.blackOutside}}\n name Crop6\n xpos 261\n ypos 510\n addUserKnob {20 User}\n addUserKnob {22 cropToBbox l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n }\nset Nd4af0100 [stack 0]\n Remove {\n operation keep\n channels none\n name Remove1\n xpos 120\n ypos 504\n }\nset Nd4ac7900 [stack 0]\n Transform {\n scale {{parent.overscanPercent} {parent.overscanPercent}}\n center {{((input.bbox.r-input.bbox.x)/2)+input.bbox.x} {((input.bbox.t-input.bbox.y)/2)+input.bbox.y}}\n shutteroffset centred\n name Transform1\n selected true\n xpos 120\n ypos 553\n }\npush $Nd4ac7900\n AdjBBox {\n numpixels {{parent.overscan} {parent.overscan}}\n name AdjBBox1\n xpos -5\n ypos 510\n }\n Switch {\n inputs 2\n which {{overscanType}}\n name Switch2\n label \"\\[value which]\"\n xpos -5\n ypos 549\n }\n Merge2 {\n inputs 2\n bbox intersection\n Achannels {-rgba.red -rgba.green -rgba.blue rgba.alpha}\n Bchannels {-rgba.red -rgba.green -rgba.blue rgba.alpha}\n output {-rgba.red -rgba.green -rgba.blue rgba.alpha}\n name Merge1\n xpos -5\n ypos 647\n disable {{!parent.Crop6.intersect}}\n }\npush $Nd4af0800\n CopyBBox {\n inputs 2\n name CopyBBox1\n xpos -194\n ypos 653\n }\n BlackOutside {\n name BlackOutside1\n xpos -194\n ypos 692\n disable {{!parent.blackOutside}}\n }\n Dot {\n name Dot4\n note_font_size 41\n xpos -160\n ypos 769\n }\npush $Nd4af0100\n Switch {\n inputs 2\n which {{\"overscanType == 0 ? overscan.w != 0 || overscan.h != 0 : overscanPercent.w != 1 || overscanPercent.h != 1 ? 1 : 0\"}}\n name Switch1\n label \"\\[value which]\"\n xpos 261\n ypos 759\n }\nset Nd4ac4100 [stack 0]\n Output {\n name Output1\n xpos 261\n ypos 921\n }\npush $Nd4ac4100\n NoOp {\n name OutputBBox1\n xpos 378\n ypos 821\n addUserKnob {20 User}\n addUserKnob {15 OutputBBox l \"Output BBox\"}\n OutputBBox {{input.bbox.x} {input.bbox.y} {input.bbox.r} {input.bbox.t}}\n addUserKnob {14 outputBBoxCenter l \"Output BBox Center\" R 0 100}\n outputBBoxCenter {{OutputBBox.x+(OutputBBox.r-OutputBBox.x)/2} {OutputBBox.y+(OutputBBox.t-OutputBBox.y)/2}}\n }\n end_group\npush $Nd4af2b00\n Merge2 {\n inputs 2\n bbox intersection\n name Merge4\n xpos 585\n ypos -66\n }\npush $Nd4af2b00\n CopyBBox {\n inputs 2\n name CopyBBox2\n xpos 585\n ypos -21\n }\nset Nd4aa2400 [stack 0]\npush $Nd49a5d00\n Dot {\n name Dot4\n note_font_size 41\n xpos 540\n ypos -678\n }\n NoOp {\n name Original\n xpos 506\n ypos -327\n }\n Dot {\n name Dot5\n note_font_size 41\n xpos 540\n ypos 78\n }\npush $Nd4aa2400\npush $Nd4af2b00\n Switch {\n inputs 2\n which {{\"parent.safeBBox && ((BBoxResult.bbox.x < BBoxInput.bbox.x || BBoxResult.bbox.y < BBoxInput.bbox.y || BBoxResult.bbox.r > BBoxInput.bbox.r || BBoxResult.bbox.t > BBoxInput.bbox.t))\"}}\n name Switch2\n label \"\\[value which]\"\n xpos 864\n ypos -25\n }\n Grade {\n channels all\n whitepoint 10\n black_clamp false\n name AverageMult\n xpos 864\n ypos 27\n disable {{\"output2 == 4 ? 0 : 1\"}}\n }\n Merge2 {\n inputs 2\n operation max\n also_merge all\n name Merge2\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 864\n ypos 74\n disable {{\"output2 == 4 && includeOriginal == 1 && AvgMaxOriginal == 1 ? 0 : 1\"}}\n }\n Multiply {\n value {{parent.intensity/steps}}\n name Multiply12\n xpos 864\n ypos 98\n }\n Blur {\n size {{postBlur} {postBlur}}\n name BlurOriginal\n xpos 864\n ypos 155\n }\n CopyBBox {\n inputs 2\n name CopyBBox3\n xpos 864\n ypos 224\n }\n Invert {\n name Invert2\n xpos 864\n ypos 283\n disable {{\"parent.size < 0 ? 0 : 1\"}}\n }\npush $Nd49c4100\n Switch {\n inputs 2\n which {{\"parent.size == 0 ? 0 : 1\"}}\n name Switch1\n label \"\\[value which]\"\n xpos 427\n ypos 283\n }\npush $N6c251600\n Dot {\n name Dot22\n note_font_size 41\n xpos 34\n ypos 157\n }\n Multiply {\n channels {{{parent.Remove1.channels}}}\n value 0\n name Multiply11\n xpos 0\n ypos 227\n disable {{!effectOnly}}\n }\n Merge2 {\n inputs 2\n operation {{mergeNumber.mergeNumber}}\n also_merge all\n name Merge7\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 0\n ypos 287\n }\n Dot {\n name Dot17\n label A\n note_font_size 41\n xpos 34\n ypos 599\n }\n Dot {\n name Dot7\n note_font_size 41\n xpos 34\n ypos 729\n }\nset Nd4a37200 [stack 0]\n Dot {\n name Dot12\n note_font_size 41\n xpos -260\n ypos 729\n }\n Dot {\n name Dot13\n note_font_size 41\n xpos -260\n ypos 943\n }\npush $Nd49eb900\n Input {\n inputs 0\n name Inputmask\n xpos 346\n ypos 516\n number 1\n }\n Dot {\n name Dot19\n label Mask\n note_font_size 41\n xpos 380\n ypos 582\n }\nset Nd4a35600 [stack 0]\n Dot {\n name Dot20\n note_font_size 41\n xpos 270\n ypos 582\n }\npush $Nd4a37200\n Merge2 {\n inputs 2\n bbox intersection\n Achannels {rgba.red -rgba.green -rgba.blue rgba.alpha}\n Bchannels {rgba.red -rgba.green -rgba.blue rgba.alpha}\n output {rgba.red -rgba.green -rgba.blue rgba.alpha}\n name MergeIntersection\n xpos 236\n ypos 719\n disable {{\"!\\[exists parent.input1]\"}}\n }\n Merge2 {\n inputs 2\n Achannels {rgba.red -rgba.green -rgba.blue rgba.alpha}\n Bchannels {rgba.red -rgba.green -rgba.blue rgba.alpha}\n output {rgba.red -rgba.green -rgba.blue rgba.alpha}\n name MergeUnion\n xpos 236\n ypos 757\n disable {{\"!\\[exists parent.input1]\"}}\n }\n Dot {\n name Dot6\n label \"intersection\\nof (Mask and A) + B\"\n note_font_size 14\n note_font_color 0xffffffff\n xpos 270\n ypos 917\n }\npush $Nd4a35600\n Dot {\n name Dot10\n note_font_size 41\n xpos 380\n ypos 819\n }\npush $Nd4a37200\npush $Nd49eb200\n Merge2 {\n inputs 2+1\n operation copy\n Achannels none\n Bchannels none\n output none\n also_merge {{{parent.Remove1.channels}}}\n name MergeKeymix\n xpos 0\n ypos 809\n }\n Dot {\n name Dot14\n note_font_size 41\n xpos 34\n ypos 891\n }\nset Nd4a1a400 [stack 0]\npush $Nd49eb200\n CopyBBox {\n inputs 2\n name CopyBBoxUnion\n xpos -401\n ypos 887\n disable {{parent.bbox==0?0:1}}\n }\n CopyBBox {\n inputs 2\n name CopyBBoxIntersection\n xpos -401\n ypos 913\n disable {{\"parent.bbox==1 ? 0 : 1\"}}\n }\n CopyBBox {\n inputs 2\n name CopyBBoxA\n xpos -401\n ypos 939\n disable {{\"parent.bbox==2 ? 0 : 1\"}}\n }\n CopyBBox {\n inputs 2\n name CopyBBoxB\n xpos -401\n ypos 971\n disable {{\"parent.bbox==3 ? 0 : 1\"}}\n }\n Crop {\n box {0 0 {parent.width} {parent.height}}\n crop false\n name CopyBBoxFormat\n xpos -401\n ypos 997\n disable {{\"parent.bbox==4 ? 0 : 1\"}}\n addUserKnob {20 User}\n addUserKnob {22 cropToBbox l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n }\nset Nd4a18100 [stack 0]\n Transform {\n scale {{parent.adjustBBoxPercent} {parent.adjustBBoxPercent}}\n center {{((input.bbox.r-input.bbox.x)/2)+input.bbox.x} {((input.bbox.t-input.bbox.y)/2)+input.bbox.y}}\n black_outside false\n shutteroffset centred\n name TransformBBoxAdjustPercent\n xpos -516\n ypos 1042\n }\npush $Nd4a18100\n AdjBBox {\n numpixels {{parent.adjustBBoxPixels} {parent.adjustBBoxPixels}}\n name AdjBBoxPixels\n xpos -401\n ypos 1045\n }\n Switch {\n inputs 2\n which {{adjustBBoxExtra}}\n name Switch3\n xpos -401\n ypos 1084\n }\n Dot {\n name Dot9\n note_font_size 41\n xpos -367\n ypos 1137\n }\npush $Nd4a1a400\n CopyBBox {\n inputs 2\n name CopyBBox\n xpos 0\n ypos 1133\n }\n BlackOutside {\n name BlackOutside1\n xpos 0\n ypos 1159\n disable {{!parent.blackOutside}}\n }\n Output {\n name Output1\n xpos 0\n ypos 1299\n }\npush $Nd4af2b00\n NoOp {\n name BBoxResult\n xpos 714\n ypos -279\n addUserKnob {20 User}\n addUserKnob {15 bbox}\n bbox {{input.bbox.x} {input.bbox.y} {input.bbox.r} {input.bbox.t}}\n }\n NoOp {\n inputs 0\n name mergeNumber\n xpos 202\n ypos -1339\n addUserKnob {20 User}\n addUserKnob {3 mergeNumber}\n mergeNumber {{\"output2 == 0 ? 25 : output2 == 1 ? 24 : output2 == 2 ? 22 : output2 == 3 ? 13 : output2 == 4 ? 24 : output2 == 5 ? 17 : 18\"}}\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_F_P_Project.gizmo", "content": "Group {\n name P_Project\n help \"Position Project\\n\\nCamera Project using only the render of the Position pass and the Camera.\\n\"\n onCreate \"if nuke.thisNode()\\['created'].value() == False:\\n nuke.thisNode()\\['created'].setValue(True)\\n nuke.thisNode().knob('project_frame').setValue(nuke.frame())\"\n knobChanged \"if nuke.thisKnob().name() in ('matte', 'showPanel'):\\n inputT = nuke.exists('Alpha')\\n mode = nuke.thisNode()\\['matte'].value()\\n if mode == 'rgba.alpha':\\n if str(inputT)== 'True':\\n nuke.thisNode().setInput(3,None)\\n n = nuke.toNode('Alpha')\\n nuke.delete(n)\\n else:\\n if str(inputT)== 'False':\\n #nuke.message('Add New Input in Node')\\n i = nuke.createNode('Input', inpanel=False )\\n i\\['name'].setValue('Alpha')\\n n = nuke.toNode('Switch2')\\n n.setInput(0,i)\"\n tile_color 0xdda92aff\n selected true\n icon F_iconalpha.png\n addUserKnob {20 User l \"Position Project\"}\n addUserKnob {6 created l INVISIBLE +INVISIBLE +STARTLINE}\n created true\n addUserKnob {41 in l \"@b;P channel\" t \"Choose the position pass channel.\" T Shuffle_input_channel.in}\n addUserKnob {26 \"\"}\n addUserKnob {3 project_frame l \"Project Frame\" t \"Enter the reference frame you want for the camera projection.\"}\n project_frame 1\n addUserKnob {22 setframe l \" Set Current! \" t \"Set automatically the reference frame to the current frame.\" -STARTLINE T nuke.thisNode().knob('project_frame').setValue(nuke.frame())}\n addUserKnob {6 freeze_image l \"Hold Image also (same frame)\" t \"Hold to the same frame the input Image.\" +STARTLINE}\n addUserKnob {26 S01 l \" \"}\n addUserKnob {41 filter l Filter T STMap1.filter}\n addUserKnob {6 crop l Crop t \"Crop the incoming image, putting black outside the format area.\" -STARTLINE}\n addUserKnob {6 antialiasing l Antialiasing t \"Increase the size of the input position pass before the projection.\" +STARTLINE}\n addUserKnob {26 S04 l \" \" T \" \"}\n addUserKnob {26 \"\"}\n addUserKnob {26 T01 l \" (Un)Premult by\" t \"The Position Pass is divide by the Alpha channel before being processed, and multiplied again afterwards. This can improve the texturing of anti-aliased edges.\" T \"\"}\n addUserKnob {6 premult l \"\" t \"The Position Pass is divide by the Alpha channel before being processed, and multiplied again afterwards. This can improve the texturing of anti-aliased edges.\" -STARTLINE}\n addUserKnob {4 matte l \"\" t \"Choose the Alpha channel.\\nAlpha is usefull for a better result with clean edge (UnPremult / Premult).\\n\\nrgba.alpha: \\nPick automaticaly the Alpha from the Input.\\n\\nrgba.alpha (New Input):\\nPick the Alpha from an other Input.\" -STARTLINE M {rgba.alpha \"rgba.alpha (New Input)\" \"\" \"\" \"\" \"\" \"\"}}\n addUserKnob {26 by2 l \" \" T \" \"}\n addUserKnob {26 FTools l \" \" t \"FranklinVfx.com\\n\" -STARTLINE T \" Franklin Vfx - 2017\"}\n addUserKnob {1 output l INVISIBLE +INVISIBLE}\n output \"\\[value project_frame]\"\n}\n Input {\n inputs 0\n name Pos\n xpos -276\n ypos -437\n number 1\n }\n Dot {\n name Dot2\n xpos -242\n ypos -229\n }\nset N696a4710 [stack 0]\n Dot {\n name Dot7\n xpos -14\n ypos -229\n }\nset N696c80c0 [stack 0]\npush 0\n Switch {\n inputs 2\n which {{!matte i}}\n name Switch2\n xpos -48\n ypos -138\n }\n NoOp {\n name AlphaCheck\n xpos -48\n ypos -60\n addUserKnob {20 User}\n addUserKnob {6 alpha +STARTLINE}\n alpha {{\"\\[python \\\"len(\\\\\\[n for n in nuke.channels(nuke.thisNode().input(0)) if n.find(\\\\\\\".a\\\\\\\") != -1])>0\\\"]\" i}}\n }\n AddChannels {\n channels rgba\n name AddAlpha\n xpos -48\n ypos -17\n }\n Dot {\n name Dot4\n xpos -14\n ypos 74\n }\nset N696f74a0 [stack 0]\n Dot {\n name Dot5\n xpos -14\n ypos 1201\n }\npush $N696f74a0\npush $N696c80c0\n Dot {\n name Dot3\n xpos 208\n ypos -229\n }\nset N69491b50 [stack 0]\n Shuffle {\n in rgb\n name Shuffle_input_channel\n xpos 174\n ypos -27\n }\n Copy {\n inputs 2\n from0 rgba.alpha\n to0 rgba.alpha\n name Copy1\n xpos 174\n ypos 64\n }\nset N696ec8b0 [stack 0]\npush $N696ec8b0\n Blur {\n inputs 1+1\n size 2\n invert_mask true\n name Blur1\n xpos 386\n ypos 64\n disable {{!parent.antialiasing}}\n }\n Unpremult {\n name Unpremult1\n xpos 386\n ypos 102\n }\n Dot {\n name Dot1\n xpos 420\n ypos 198\n }\npush $N696ec8b0\n Switch {\n inputs 2\n which {{parent.premult}}\n name Switch9\n xpos 174\n ypos 194\n disable {{!AlphaCheck.alpha}}\n }\n Reformat {\n type scale\n scale 2\n pbb true\n name Reformat5\n tile_color 0xff0000ff\n xpos 174\n ypos 294\n disable {{!parent.antialiasing}}\n }\n Expression {\n expr0 \"(r - Proj_Cam.world_matrix.3)\"\n expr1 \"(g - Proj_Cam.world_matrix.7)\"\n expr2 \"(b - Proj_Cam.world_matrix.11)\"\n name Distance\n xpos 174\n ypos 417\n }\n Expression {\n temp_name0 x\n temp_expr0 \"Proj_Cam.world_matrix.0 * r + Proj_Cam.world_matrix.4 * g + Proj_Cam.world_matrix.8 * b\"\n temp_name1 y\n temp_expr1 \"Proj_Cam.world_matrix.1 * r + Proj_Cam.world_matrix.5 * g + Proj_Cam.world_matrix.9 * b\"\n temp_name2 z\n temp_expr2 \"Proj_Cam.world_matrix.2 * r + Proj_Cam.world_matrix.6 * g + Proj_Cam.world_matrix.10 * b\"\n expr0 x\n expr1 y\n expr2 z\n name Transform\n xpos 174\n ypos 452\n }\nset N69d5f330 [stack 0]\n Expression {\n temp_name0 ratio\n temp_expr0 1\n temp_name1 focal\n temp_expr1 Proj_Cam.focal\n temp_name2 u\n temp_expr2 \"0.5 + (r * ((focal/(Proj_Cam.haperture))/b)) * -1\"\n temp_name3 v\n temp_expr3 \"0.5 + (g * ((focal/(Proj_Cam.vaperture * ratio))/b)) * -1\"\n expr0 \"u>0 && u<1 && v>0 && v<1 ? u : 0\"\n expr1 \"v>0 && v<1 && u>0 && u<1 ? v : 0\"\n channel2 none\n channel3 none\n name Solve\n label ratio=1/pixel_aspect\n xpos 100\n ypos 538\n }\npush $N69d5f330\n Expression {\n temp_name0 ratio\n temp_expr0 1\n temp_name1 focal\n temp_expr1 Proj_Cam.focal\n temp_name2 u\n temp_expr2 \"0.5 + (r * ((focal/(Proj_Cam.haperture))/b)) * -1\"\n temp_name3 v\n temp_expr3 \"0.5 + (g * ((focal/(Proj_Cam.vaperture * ratio))/b)) * -1\"\n expr0 u\n expr1 v\n channel2 none\n channel3 none\n name Solve_Crop\n xpos 246\n ypos 551\n }\n Dissolve {\n inputs 2\n which {{parent.crop}}\n name Dissolve2\n xpos 174\n ypos 635\n }\n Input {\n inputs 0\n name Image\n xpos 630\n ypos -453\n }\n FrameHold {\n first_frame {{parent.project_frame i x1060 1060}}\n name FrameHold1\n xpos 630\n ypos -356\n disable {{!parent.freeze_image i}}\n }\n Log2Lin {\n operation lin2log\n name Log2Lin1\n label \"\\[if \\{\\[value operation]==\\\"lin2log\\\"\\} \\{return \\\"\\[knob this.icon F_iconstart.png]\\\"\\} \\{return \\\"\\[knob this.icon F_iconend.png]\\\"\\}]\"\n xpos 630\n ypos -318\n icon F_iconstart.png\n }\n Reformat {\n type \"to box\"\n box_width {{parent.Crop1.box.r}}\n box_height {{parent.Crop1.box.t}}\n box_fixed true\n box_pixel_aspect {{parent.Crop1.softness}}\n resize none\n center false\n pbb true\n name Reformat2\n xpos 630\n ypos -207\n }\n Reformat {\n type scale\n scale {{parent.Reformat5.scale}}\n pbb {{parent.Reformat5.pbb}}\n name Reformat7\n tile_color 0xff0000ff\n xpos 630\n ypos 291\n disable {{!parent.antialiasing}}\n }\n Dot {\n name Dot12\n xpos 664\n ypos 773\n }\n STMap {\n inputs 2\n uv rgb\n blur_scale 0\n maskChannel -rgba.alpha\n name STMap1\n xpos 174\n ypos 763\n }\n Log2Lin {\n name Log2Lin2\n label \"\\[if \\{\\[value operation]==\\\"lin2log\\\"\\} \\{return \\\"\\[knob this.icon F_iconstart.png]\\\"\\} \\{return \\\"\\[knob this.icon F_iconend.png]\\\"\\}]\"\n xpos 174\n ypos 878\n icon F_iconend.png\n }\n Clamp {\n maximum 1001\n name Clamp1\n xpos 174\n ypos 969\n }\n Reformat {\n type scale\n scale {{1/parent.Reformat5.scale}}\n pbb true\n name Reformat8\n tile_color 0xff0000ff\n xpos 174\n ypos 1094\n disable {{!parent.antialiasing}}\n }\nset N69baeb10 [stack 0]\n Multiply {\n inputs 1+1\n value 0\n invert_mask true\n name Multiply1\n xpos 77\n ypos 1191\n disable {{!AlphaCheck.alpha i}}\n }\npush $N69baeb10\n Switch {\n inputs 2\n which {{parent.premult}}\n name Switch10\n xpos 174\n ypos 1273\n }\n Dot {\n name Dot6\n xpos 208\n ypos 1399\n }\npush $N696a4710\n Copy {\n inputs 2\n channels rgba\n name Copy2\n xpos -276\n ypos 1382\n }\n Output {\n name FranklinVFX\n xpos -276\n ypos 1524\n }\n Camera2 {\n inputs 0\n read_from_file true\n display off\n selectable false\n useMatrix true\n matrix {\n {{\"\\[topnode parent.input2].world_matrix (parent.project_frame)\"} {\"\\[topnode parent.input2].world_matrix (parent.project_frame)\"} {\"\\[topnode parent.input2].world_matrix (parent.project_frame)\"} {\"\\[topnode parent.input2].world_matrix (parent.project_frame)\"}}\n {{\"\\[topnode parent.input2].world_matrix (parent.project_frame)\"} {\"\\[topnode parent.input2].world_matrix (parent.project_frame)\"} {\"\\[topnode parent.input2].world_matrix (parent.project_frame)\"} {\"\\[topnode parent.input2].world_matrix (parent.project_frame)\"}}\n {{\"\\[topnode parent.input2].world_matrix (parent.project_frame)\"} {\"\\[topnode parent.input2].world_matrix (parent.project_frame)\"} {\"\\[topnode parent.input2].world_matrix (parent.project_frame)\"} {\"\\[topnode parent.input2].world_matrix (parent.project_frame)\"}}\n {{\"\\[topnode parent.input2].world_matrix (parent.project_frame)\"} {\"\\[topnode parent.input2].world_matrix (parent.project_frame)\"} {\"\\[topnode parent.input2].world_matrix (parent.project_frame)\"} {\"\\[topnode parent.input2].world_matrix (parent.project_frame)\"}}\n }\n focal {{\"\\[topnode parent.input2].focal (parent.project_frame)\"}}\n haperture {{\"\\[topnode parent.input2].haperture (parent.project_frame)\"}}\n vaperture {{\"\\[topnode parent.input2].vaperture (parent.project_frame)\"}}\n name Proj_Cam\n xpos 430\n ypos 397\n }\n Input {\n inputs 0\n name Cam\n xpos 416\n ypos 325\n number 2\n }\npush $N69491b50\n Reformat {\n resize none\n center false\n name Reformat11\n xpos 487\n ypos -233\n disable true\n }\n Crop {\n box {0 0 {input.width} {input.height}}\n softness {{\"\\[python nuke.value(\\\"%s.pixel_aspect\\\" % nuke.thisNode().name())]\"}}\n name Crop1\n knobChanged \"a = nuke.thisNode()\\naspectratio = a\\['box_pixel_aspect'].value()\\nprint(aspectratio)\"\n xpos 487\n ypos -207\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_F_P_Ramp.gizmo", "content": "Group {\n name P_Ramp\n help \"P_Ramp\\n\\nCreate a ramp in the alpha channel using the render of the Position pass.\\n\\nThe result mask is create in the Alpha channel.\\n\"\n onCreate \"if nuke.thisNode()\\['created'].value() == False:\\n nuke.thisNode()\\['created'].setValue(True)\\n \\n if nuke.thisNode().input(0) is not None:\\n w = nuke.thisNode().input(0).width()\\n h = nuke.thisNode().input(0).height()\\n nuke.thisNode().knob('_Start').setValue((w/2-100, h/2-100))\\n nuke.thisNode().knob('_End').setValue((w/2+100, h/2+100))\\n \\n else:\\n rw = nuke.root().format().width()\\n rh = nuke.root().format().height()\\n nuke.thisNode().knob('_Start').setValue((rw/2-100, rh/2-100))\\n nuke.thisNode().knob('_End').setValue((rw/2+100, rh/2+100))\"\n knobChanged \"if nuke.thisKnob().name() == 'axex':\\n nuke.thisNode()\\['min_offset'].setValue(0)\\n nuke.thisNode()\\['max_offset'].setValue(0)\\n\\n xstart, ystart = nuke.thisNode().knob('_Start').value()\\n xend, yend = nuke.thisNode().knob('_End').value()\\n with nuke.thisNode():\\n shuffle = nuke.toNode('Shuffle_input_channel')\\n rs = shuffle.sample('red', xstart, ystart)\\n gs = shuffle.sample('green', xstart, ystart)\\n bs = shuffle.sample('blue', xstart, ystart)\\n re = shuffle.sample('red', xend, yend)\\n ge = shuffle.sample('green', xend, yend)\\n be = shuffle.sample('blue', xend, yend)\\n\\n node = nuke.toNode('Color')\\n node.knob('min').setValue(\\[rs,gs,bs])\\n node.knob('max').setValue(\\[re,ge,be])\\n\\nif nuke.thisKnob().name() == '_Start':\\n if nuke.root().knob('proxy').value() == True:\\n nuke.message('You have to disable the proxy mode')\\n else:\\n animated = nuke.thisKnob().isAnimated()\\n xPos, yPos = nuke.thisNode().knob('_Start').value()\\n with nuke.thisNode():\\n node = nuke.toNode('Shuffle_input_channel')\\n r = node.sample('red', xPos, yPos)\\n g = node.sample('green', xPos, yPos)\\n b = node.sample('blue', xPos, yPos)\\n \\n node = nuke.toNode('Color')\\n if animated:\\n if not node.knob('min').isAnimated():\\n node.knob('min').setAnimated()\\n else:\\n node.knob('min').clearAnimated()\\n \\n node.knob('min').setValue(\\[r,g,b])\\n\\nif nuke.thisKnob().name() == '_End':\\n if nuke.root().knob('proxy').value() == True:\\n nuke.message('You have to disable the proxy mode')\\n else:\\n animated = nuke.thisKnob().isAnimated()\\n xPos, yPos = nuke.thisNode().knob('_End').value()\\n with nuke.thisNode():\\n node = nuke.toNode('Shuffle_input_channel')\\n r = node.sample('red', xPos, yPos)\\n g = node.sample('green', xPos, yPos)\\n b = node.sample('blue', xPos, yPos)\\n \\n node = nuke.toNode('Color')\\n if animated:\\n if not node.knob('max').isAnimated():\\n node.knob('max').setAnimated()\\n else:\\n node.knob('max').clearAnimated()\\n \\n node.knob('max').setValue(\\[r,g,b])\\n\\nif nuke.thisKnob().name() in ('matte', 'showPanel'):\\n\\tinputT = nuke.exists('Alpha')\\n\\tmode = nuke.thisNode()\\['matte'].value()\\n\\tif mode == 'rgba.alpha':\\n\\t\\tif str(inputT)== 'True':\\n\\t\\t\\tn = nuke.toNode('Alpha')\\n\\t\\t\\tnuke.delete(n)\\n\\telse:\\n\\t\\tif str(inputT)== 'False':\\n\\t\\t\\tnuke.message('Add New Input in Node')\\n\\t\\t\\ti = nuke.createNode('Input', inpanel=False )\\n\\t\\t\\ti\\['name'].setValue('Alpha')\\n\\t\\t\\tn = nuke.toNode('Switch2')\\n\\t\\t\\tn.setInput(0,i)\\n\\nnode = nuke.thisGroup()\\nknob = nuke.thisKnob()\\n\\nif knob.name() == 'visualise':\\n if knob.value():\\n node\\['point_detail'].setEnabled(True)\\n node\\['point_size'].setEnabled(True)\\n node\\['sphere'].setEnabled(True)\\n else:\\n node\\['point_detail'].setEnabled(False)\\n node\\['point_size'].setEnabled(False)\\n node\\['sphere'].setEnabled(False)\\n\"\n tile_color 0xdda92aff\n selected true\n icon F_iconalpha.png\n addUserKnob {20 PR l \"Position Ramp\"}\n addUserKnob {6 created l INVISIBLE +INVISIBLE +STARTLINE}\n created true\n addUserKnob {41 in l \"@b;P channel\" t \"Choose the position pass channel.\" T Shuffle_input_channel.in}\n addUserKnob {26 \"\"}\n addUserKnob {4 axex l Axe t \"Choose the direction of the ramp.\" M {X Y Z}}\n addUserKnob {12 _Start l \" Start \" t \"Set a position.\\nIt will be the beginning of the ramp.\" -STARTLINE}\n _Start {1604 1000}\n addUserKnob {26 S01 l \" \" T \" \"}\n addUserKnob {12 _End l \"End \" t \"Set a position.\\nIt will be the end of the ramp.\" -STARTLINE}\n _End {1804 1200}\n addUserKnob {26 S02 l \" \"}\n addUserKnob {7 min_offset l \"Start Offset\" t \"Offset the position of the beginning of the ramp.\" R -10 10}\n addUserKnob {7 max_offset l \"End Offset\" t \"Offset the position of the end of the ramp.\" R -10 10}\n addUserKnob {26 S2 l \" \" T \" \"}\n addUserKnob {4 color l Overlay t \"Show on the RGB the resulting mask using the overlay method.\\nChoose the color of the overlay mask.\" M {none red green blue black \"\" \"\" \"\"}}\n color red\n addUserKnob {4 falloff l INVISIBLE t \"Falloff profile of the feathered edge.\" +INVISIBLE M {Linear Smoothstep Cubic \"Inverse Cubic\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\"}}\n addUserKnob {26 \"\"}\n addUserKnob {20 options l \"3D Options :\" n 1}\n options 0\n addUserKnob {6 visualise l \"Visualize in 3D\" t \"Build Volume and Point Cloud in 3D Space.\" +STARTLINE}\n addUserKnob {7 point_detail l \"Point Detail\" t \"Controls the number of available points to display in the Viewer. \\n0 = No points, 1 = All available points\" +DISABLED}\n point_detail 1\n addUserKnob {7 point_size l \"Point Size\" t \"Controls the display size of the points in the Viewer\" +DISABLED R 0 10}\n point_size 2\n addUserKnob {26 S07 l \" \"}\n addUserKnob {7 sphere l \"(Start - End) Size\" t \"Adjust the size of the start point and the end point of the ramp.\" +DISABLED R 0.15 10}\n sphere 2\n addUserKnob {20 endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {26 T01 l \" (Un)Premult by\" T \"\"}\n addUserKnob {6 premult l \"\" t \"The Position Pass is divide by the Alpha channel before being processed, and multiplied again afterwards. This can improve the texturing of anti-aliased edges.\" -STARTLINE}\n addUserKnob {4 matte l \"\" t \"Choose the Alpha channel.\\nAlpha is usefull for a better result with clean edge (UnPremult / Premult).\\n\\nrgba.alpha: \\nAutomatic pick the .a from the Input.\\n\\nrgba.alpha (New Input):\\nPick the .a from an other Input.\" -STARTLINE M {rgba.alpha \"rgba.alpha (New Input)\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\"}}\n addUserKnob {1 output l INVISIBLE +INVISIBLE}\n output \"\\[if \\{\\[value visualise]==\\\"true\\\"\\} \\{return \\\"\\[knob this.tile_color 0xa30000ff]\\\"\\} \\{return \\\"\\[knob this.tile_color 0xdda92aff]\\\"\\}]Axe \\[value axex]\"\n addUserKnob {26 FT1 l \" \" T \" \"}\n addUserKnob {26 FTools l \" \" t \"FranklinVFX.com\\n\" -STARTLINE T \" Franklin VFX - 2017\"}\n}\n Input {\n inputs 0\n name Position\n xpos -448\n ypos -854\n }\n Dot {\n name Dot1\n xpos -414\n ypos -771\n }\nset N6946d990 [stack 0]\n Dot {\n name Dot9\n xpos -708\n ypos -771\n }\nset N696aafa0 [stack 0]\npush 0\n Switch {\n inputs 2\n which {{!matte}}\n name Switch2\n xpos -1001\n ypos -774\n }\n NoOp {\n name AlphaCheck\n xpos -1001\n ypos -719\n addUserKnob {20 User}\n addUserKnob {6 alpha +STARTLINE}\n alpha {{\"\\[python \\\"len(\\\\\\[n for n in nuke.channels(nuke.thisNode().input(0)) if n.find(\\\\\\\".a\\\\\\\") != -1])>0\\\"]\" i}}\n }\n AddChannels {\n channels rgba\n name AddAlpha\n xpos -1001\n ypos -695\n }\n Dot {\n name Dot11\n xpos -967\n ypos -613\n }\nset N6987be00 [stack 0]\n Dot {\n name Dot12\n xpos -967\n ypos 673\n }\npush $N6987be00\npush $N696aafa0\n Shuffle {\n in rgb\n name Shuffle_input_channel\n knobChanged \"if nuke.thisKnob().name() == 'in':\\n xPos, yPos = nuke.thisGroup().knob('_Start').value()\\n r = nuke.thisNode().sample('red', xPos, yPos)\\n g = nuke.thisNode().sample('green', xPos, yPos)\\n b = nuke.thisNode().sample('blue', xPos, yPos)\\n node = nuke.toNode('Color')\\n node.knob('min').setValue(\\[r,g,b])\\n\\n xPos, yPos = nuke.thisGroup().knob('_End').value()\\n r = nuke.thisNode().sample('red', xPos, yPos)\\n g = nuke.thisNode().sample('green', xPos, yPos)\\n b = nuke.thisNode().sample('blue', xPos, yPos)\\n node.knob('max').setValue(\\[r,g,b])\"\n xpos -742\n ypos -696\n }\n Copy {\n inputs 2\n from0 rgba.alpha\n to0 rgba.alpha\n name Copy2\n xpos -742\n ypos -622\n }\nset N698913e0 [stack 0]\n Unpremult {\n name Unpremult2\n xpos -872\n ypos -536\n disable {{!AlphaCheck.alpha i}}\n }\npush $N698913e0\n Switch {\n inputs 2\n which {{parent.premult}}\n name Switch9\n xpos -742\n ypos -457\n }\n Dot {\n name Dot8\n xpos -708\n ypos -353\n }\nset N698aacb0 [stack 0]\n Expression {\n channel0 alpha\n expr0 clamp((b-(Color.min.b+parent.min_offset))/((Color.max.b+parent.max_offset)-(Color.min.b+parent.min_offset)),0,1)\n channel1 none\n channel2 none\n name Z\n xpos -639\n ypos -216\n }\nset N698aeb40 [stack 0]\npush $N698aacb0\n Expression {\n channel0 alpha\n expr0 clamp((g-(Color.min.g+parent.min_offset))/((Color.max.g+parent.max_offset)-(Color.min.g+parent.min_offset)),0,1)\n channel1 none\n channel2 none\n name Y\n xpos -742\n ypos -216\n }\nset N698bae80 [stack 0]\npush $N698aacb0\n Expression {\n channel0 alpha\n expr0 clamp((r-(Color.min.r+parent.min_offset))/((Color.max.r+parent.max_offset)-(Color.min.r+parent.min_offset)),0,1)\n channel1 none\n channel2 none\n name X\n xpos -848\n ypos -216\n }\nset N698c71f0 [stack 0]\n Switch {\n inputs 3\n which {{axex}}\n name Switch3\n xpos -742\n ypos -93\n }\n Dot {\n name Dot3\n xpos -708\n ypos 137\n }\nset N698da240 [stack 0]\n Dot {\n name Dot16\n xpos -708\n ypos 233\n }\nset N698de130 [stack 0]\n Dot {\n name Dot4\n xpos -708\n ypos 303\n }\npush $N698de130\npush $N6987be00\npush $N6946d990\n Copy {\n inputs 2\n from0 rgba.alpha\n to0 rgba.alpha\n name Copy1\n xpos -448\n ypos -623\n }\nset N698e5ed0 [stack 0]\n Unpremult {\n name Unpremult1\n xpos -578\n ypos -537\n disable {{!AlphaCheck.alpha i}}\n }\npush $N698e5ed0\n Switch {\n inputs 2\n which {{parent.premult}}\n name Switch4\n xpos -448\n ypos -458\n }\nset N695085d0 [stack 0]\n Grade {\n inputs 1+1\n white 0\n add {{\"\\[python -execlocal col\\\\ =\\\\ nuke.thisGroup().knob('color').value()\\\\n\\\\nif\\\\ col\\\\ ==\\\\ \\\\\\\"red\\\\\\\":\\\\n\\\\ ret\\\\ =\\\\ 1\\\\nelse:\\\\n\\\\ ret\\\\ =\\\\ 0]\"} {\"\\[python -execlocal col\\\\ =\\\\ nuke.thisGroup().knob('color').value()\\\\n\\\\nif\\\\ col\\\\ ==\\\\ \\\\\\\"green\\\\\\\":\\\\n\\\\ ret\\\\ =\\\\ 1\\\\nelse:\\\\n\\\\ ret\\\\ =\\\\ 0]\"} {\"\\[python -execlocal col\\\\ =\\\\ nuke.thisGroup().knob('color').value()\\\\n\\\\nif\\\\ col\\\\ ==\\\\ \\\\\\\"blue\\\\\\\":\\\\n\\\\ ret\\\\ =\\\\ 1\\\\nelse:\\\\n\\\\ ret\\\\ =\\\\ 0]\"} {multiply}}\n name Grade3\n xpos -448\n ypos 230\n disable {{\"\\[python -execlocal col\\\\ =\\\\ nuke.thisGroup().knob('color').value()\\\\n\\\\nif\\\\ col\\\\ ==\\\\ \\\\\\\"none\\\\\\\":\\\\n\\\\ ret\\\\ =\\\\ 1\\\\nelse:\\\\n\\\\ ret\\\\ =\\\\ 0]\"}}\n }\n Copy {\n inputs 2\n from0 rgba.alpha\n to0 rgba.alpha\n name Copy3\n xpos -448\n ypos 293\n }\n Dot {\n name Dot5\n xpos -414\n ypos 374\n }\nset N68389690 [stack 0]\n Dot {\n name Dot6\n xpos -529\n ypos 374\n }\n Dot {\n name Dot7\n xpos -529\n ypos 583\n }\n Axis2 {\n inputs 0\n display solid\n selectable false\n translate {{\"\\[python -execlocal axe\\\\ =\\\\ nuke.thisGroup().knob('axex').value()\\\\noffset\\\\ =\\\\ (\\\\\\\"Color.max+parent.max_offset\\\\\\\")\\\\nex\\\\ =\\\\ (\\\\\\\"Color.max\\\\\\\")\\\\n\\\\nif\\\\ axe\\\\ ==\\\\ \\\\\\\"X\\\\\\\":\\\\n\\\\ ret\\\\ =\\\\ offset\\\\nelse:\\\\n\\\\ ret\\\\ =\\\\ ex\\\\n]\" i} {\"\\[python -execlocal axe\\\\ =\\\\ nuke.thisGroup().knob('axex').value()\\\\noffset\\\\ =\\\\ (\\\\\\\"Color.max+parent.max_offset\\\\\\\")\\\\nex\\\\ =\\\\ (\\\\\\\"Color.max\\\\\\\")\\\\n\\\\nif\\\\ axe\\\\ ==\\\\ \\\\\\\"Y\\\\\\\":\\\\n\\\\ ret\\\\ =\\\\ offset\\\\nelse:\\\\n\\\\ ret\\\\ =\\\\ ex\\\\n]\" i} {\"\\[python -execlocal axe\\\\ =\\\\ nuke.thisGroup().knob('axex').value()\\\\noffset\\\\ =\\\\ (\\\\\\\"Color.max+parent.max_offset\\\\\\\")\\\\nex\\\\ =\\\\ (\\\\\\\"Color.max\\\\\\\")\\\\n\\\\nif\\\\ axe\\\\ ==\\\\ \\\\\\\"Z\\\\\\\":\\\\n\\\\ ret\\\\ =\\\\ offset\\\\nelse:\\\\n\\\\ ret\\\\ =\\\\ ex\\\\n]\" i}}\n name End\n tile_color 0xa30000ff\n xpos 666\n ypos -139\n disable {{!parent.visualise i}}\n }\n Axis2 {\n inputs 0\n display solid+wireframe\n selectable false\n translate {{\"\\[python -execlocal axe\\\\ =\\\\ nuke.thisGroup().knob('axex').value()\\\\noffset\\\\ =\\\\ (\\\\\\\"Color.min+parent.min_offset\\\\\\\")\\\\nex\\\\ =\\\\ (\\\\\\\"Color.min\\\\\\\")\\\\n\\\\nif\\\\ axe\\\\ ==\\\\ \\\\\\\"X\\\\\\\":\\\\n\\\\ ret\\\\ =\\\\ offset\\\\nelse:\\\\n\\\\ ret\\\\ =\\\\ ex\\\\n]\"} {\"\\[python -execlocal axe\\\\ =\\\\ nuke.thisGroup().knob('axex').value()\\\\noffset\\\\ =\\\\ (\\\\\\\"Color.min+parent.min_offset\\\\\\\")\\\\nex\\\\ =\\\\ (\\\\\\\"Color.min\\\\\\\")\\\\n\\\\nif\\\\ axe\\\\ ==\\\\ \\\\\\\"Y\\\\\\\":\\\\n\\\\ ret\\\\ =\\\\ offset\\\\nelse:\\\\n\\\\ ret\\\\ =\\\\ ex]\"} {\"\\[python -execlocal axe\\\\ =\\\\ nuke.thisGroup().knob('axex').value()\\\\noffset\\\\ =\\\\ (\\\\\\\"Color.min+parent.min_offset\\\\\\\")\\\\nex\\\\ =\\\\ (\\\\\\\"Color.min\\\\\\\")\\\\n\\\\nif\\\\ axe\\\\ ==\\\\ \\\\\\\"Z\\\\\\\":\\\\n\\\\ ret\\\\ =\\\\ offset\\\\nelse:\\\\n\\\\ ret\\\\ =\\\\ ex]\"}}\n name Start\n xpos 272\n ypos -138\n disable {{!parent.visualise x104 1}}\n }\npush $N698aeb40\npush $N695085d0\n Dot {\n name Dot10\n xpos -7\n ypos -454\n }\nset N69c017d0 [stack 0]\n Grade {\n inputs 1+1\n white 0\n add {{\"\\[python -execlocal col\\\\ =\\\\ nuke.thisGroup().knob('color').value()\\\\n\\\\nif\\\\ col\\\\ ==\\\\ \\\\\\\"red\\\\\\\":\\\\n\\\\ ret\\\\ =\\\\ 1\\\\nelse:\\\\n\\\\ ret\\\\ =\\\\ 0]\"} {\"\\[python -execlocal col\\\\ =\\\\ nuke.thisGroup().knob('color').value()\\\\n\\\\nif\\\\ col\\\\ ==\\\\ \\\\\\\"green\\\\\\\":\\\\n\\\\ ret\\\\ =\\\\ 1\\\\nelse:\\\\n\\\\ ret\\\\ =\\\\ 0]\"} {\"\\[python -execlocal col\\\\ =\\\\ nuke.thisGroup().knob('color').value()\\\\n\\\\nif\\\\ col\\\\ ==\\\\ \\\\\\\"blue\\\\\\\":\\\\n\\\\ ret\\\\ =\\\\ 1\\\\nelse:\\\\n\\\\ ret\\\\ =\\\\ 0]\"} {multiply}}\n name Grade7\n xpos 92\n ypos -216\n disable {{\"\\[python -execlocal col\\\\ =\\\\ nuke.thisGroup().knob('color').value()\\\\n\\\\nif\\\\ col\\\\ ==\\\\ \\\\\\\"none\\\\\\\":\\\\n\\\\ ret\\\\ =\\\\ 1\\\\nelse:\\\\n\\\\ ret\\\\ =\\\\ 0]\"}}\n }\npush $N698aacb0\n Dot {\n name Dot13\n xpos -256\n ypos -353\n }\n Dot {\n name Dot14\n xpos -256\n ypos -163\n }\nset N69c16570 [stack 0]\n PositionToPoints {\n inputs 2\n display textured\n selectable false\n render_mode textured\n detail {{point_detail}}\n pointSize {{point_size}}\n name PositionToPoints3\n xpos 92\n ypos -167\n disable {{!parent.visualise}}\n }\npush $N698bae80\npush $N69c017d0\n Grade {\n inputs 1+1\n white 0\n add {{\"\\[python -execlocal col\\\\ =\\\\ nuke.thisGroup().knob('color').value()\\\\n\\\\nif\\\\ col\\\\ ==\\\\ \\\\\\\"red\\\\\\\":\\\\n\\\\ ret\\\\ =\\\\ 1\\\\nelse:\\\\n\\\\ ret\\\\ =\\\\ 0]\"} {\"\\[python -execlocal col\\\\ =\\\\ nuke.thisGroup().knob('color').value()\\\\n\\\\nif\\\\ col\\\\ ==\\\\ \\\\\\\"green\\\\\\\":\\\\n\\\\ ret\\\\ =\\\\ 1\\\\nelse:\\\\n\\\\ ret\\\\ =\\\\ 0]\"} {\"\\[python -execlocal col\\\\ =\\\\ nuke.thisGroup().knob('color').value()\\\\n\\\\nif\\\\ col\\\\ ==\\\\ \\\\\\\"blue\\\\\\\":\\\\n\\\\ ret\\\\ =\\\\ 1\\\\nelse:\\\\n\\\\ ret\\\\ =\\\\ 0]\"} {multiply}}\n name Grade5\n xpos -41\n ypos -216\n disable {{\"\\[python -execlocal col\\\\ =\\\\ nuke.thisGroup().knob('color').value()\\\\n\\\\nif\\\\ col\\\\ ==\\\\ \\\\\\\"none\\\\\\\":\\\\n\\\\ ret\\\\ =\\\\ 1\\\\nelse:\\\\n\\\\ ret\\\\ =\\\\ 0]\"}}\n }\npush $N69c16570\n PositionToPoints {\n inputs 2\n display textured\n selectable false\n render_mode textured\n detail {{point_detail}}\n pointSize {{point_size}}\n name PositionToPoints2\n xpos -41\n ypos -167\n disable {{!parent.visualise}}\n }\npush $N698c71f0\npush $N69c017d0\n Grade {\n inputs 1+1\n white 0\n add {{\"\\[python -execlocal col\\\\ =\\\\ nuke.thisGroup().knob('color').value()\\\\n\\\\nif\\\\ col\\\\ ==\\\\ \\\\\\\"red\\\\\\\":\\\\n\\\\ ret\\\\ =\\\\ 1\\\\nelse:\\\\n\\\\ ret\\\\ =\\\\ 0]\"} {\"\\[python -execlocal col\\\\ =\\\\ nuke.thisGroup().knob('color').value()\\\\n\\\\nif\\\\ col\\\\ ==\\\\ \\\\\\\"green\\\\\\\":\\\\n\\\\ ret\\\\ =\\\\ 1\\\\nelse:\\\\n\\\\ ret\\\\ =\\\\ 0]\"} {\"\\[python -execlocal col\\\\ =\\\\ nuke.thisGroup().knob('color').value()\\\\n\\\\nif\\\\ col\\\\ ==\\\\ \\\\\\\"blue\\\\\\\":\\\\n\\\\ ret\\\\ =\\\\ 1\\\\nelse:\\\\n\\\\ ret\\\\ =\\\\ 0]\"} {multiply}}\n name Grade4\n xpos -166\n ypos -216\n disable {{\"\\[python -execlocal col\\\\ =\\\\ nuke.thisGroup().knob('color').value()\\\\n\\\\nif\\\\ col\\\\ ==\\\\ \\\\\\\"none\\\\\\\":\\\\n\\\\ ret\\\\ =\\\\ 1\\\\nelse:\\\\n\\\\ ret\\\\ =\\\\ 0]\"}}\n }\npush $N69c16570\n PositionToPoints {\n inputs 2\n display textured\n selectable false\n render_mode textured\n detail {{point_detail}}\n pointSize {{point_size}}\n name PositionToPoints1\n xpos -166\n ypos -167\n disable {{!parent.visualise}}\n }\n Switch {\n inputs 3\n which {{axex}}\n name Switch5\n xpos -41\n ypos 35\n disable {{!parent.visualise}}\n }\npush $N6946d990\n Dot {\n name Dot15\n xpos 479\n ypos -771\n }\n Shuffle {\n alpha white\n name Shuffle1\n label \"\\[value in]\"\n xpos 445\n ypos -362\n disable {{!parent.visualise}}\n }\n Grade {\n white 0\n add {{\"\\[python -execlocal col\\\\ =\\\\ nuke.thisGroup().knob('color').value()\\\\n\\\\nif\\\\ col\\\\ ==\\\\ \\\\\\\"red\\\\\\\":\\\\n\\\\ ret\\\\ =\\\\ 1\\\\nelse:\\\\n\\\\ ret\\\\ =\\\\ 0]\"} {\"\\[python -execlocal col\\\\ =\\\\ nuke.thisGroup().knob('color').value()\\\\n\\\\nif\\\\ col\\\\ ==\\\\ \\\\\\\"green\\\\\\\":\\\\n\\\\ ret\\\\ =\\\\ 1\\\\nelse:\\\\n\\\\ ret\\\\ =\\\\ 0]\"} {\"\\[python -execlocal col\\\\ =\\\\ nuke.thisGroup().knob('color').value()\\\\n\\\\nif\\\\ col\\\\ ==\\\\ \\\\\\\"blue\\\\\\\":\\\\n\\\\ ret\\\\ =\\\\ 1\\\\nelse:\\\\n\\\\ ret\\\\ =\\\\ 0]\"} {multiply}}\n name Grade1\n xpos 445\n ypos -324\n disable {{\"\\[python -execlocal col\\\\ =\\\\ nuke.thisGroup().knob('color').value()\\\\n\\\\nif\\\\ col\\\\ ==\\\\ \\\\\\\"none\\\\\\\":\\\\n\\\\ ret\\\\ =\\\\ 1\\\\nelse:\\\\n\\\\ ret\\\\ =\\\\ 0]\"}}\n }\n Invert {\n channels rgb\n name Invert1\n xpos 445\n ypos -298\n disable {{!parent.visualise}}\n }\n Multiply {\n value 0.1\n name Multiply1\n xpos 445\n ypos -272\n disable {{!parent.visualise}}\n }\nset N69c78280 [stack 0]\n Sphere {\n selectable false\n rows 10\n columns 10\n radius {{abs(parent.sphere-0.25/2)}}\n translate {{parent.Start.translate} {parent.Start.translate} {parent.Start.translate}}\n name Sphere3\n xpos 398\n ypos -119\n disable {{!parent.visualise}}\n }\npush $N69c78280\n Sphere {\n selectable false\n rows 10\n columns 10\n radius {{abs(parent.sphere-0.25/2)}}\n translate {{parent.End.translate} {parent.End.translate} {parent.End.translate}}\n name Sphere4\n xpos 510\n ypos -121\n disable {{!parent.visualise}}\n }\n Scene {\n inputs 5\n name Scene1\n xpos 462\n ypos 15\n disable {{!parent.visualise}}\n }\npush $N698da240\n ScanlineRender {\n inputs 2\n name ScanlineRender1\n xpos 452\n ypos 134\n disable true\n }\n Dot {\n name Dot2\n xpos 486\n ypos 474\n }\npush $N68389690\n Merge2 {\n inputs 2\n bbox B\n name Merge1\n xpos -448\n ypos 470\n disable true\n }\n CopyBBox {\n inputs 2\n name CopyBBox1\n xpos -448\n ypos 579\n }\nset N69047110 [stack 0]\n Multiply {\n inputs 1+1\n value 0\n invert_mask true\n name Multiply3\n xpos -563\n ypos 663\n disable {{!AlphaCheck.alpha i}}\n }\npush $N69047110\n Switch {\n inputs 2\n which {{parent.premult}}\n name Switch10\n xpos -448\n ypos 756\n }\n Output {\n name FranklinVFX\n xpos -448\n ypos 841\n }\npush $N698aacb0\n NoOp {\n name Color\n xpos -848\n ypos -357\n hide_input true\n addUserKnob {20 User}\n addUserKnob {18 min}\n min {0 0 0}\n addUserKnob {6 min_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 min_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {18 max}\n max {0 0 0}\n addUserKnob {6 max_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 max_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_FastComplexityDistort.gizmo", "content": "Group {\n name FastComplexity_Distort\n tile_color 0xa57aaaff\n selected true\n addUserKnob {20 User}\n addUserKnob {26 text l \"\" +STARTLINE T \"

Fast IDistort & STMap v1.0

\\nFast implementation of iDistort and STMap for UV's with high complexity/detail\\n

\\n \"}\n addUserKnob {41 useGPUIfAvailable l \"Use GPU if available\" T BlinkScript33.useGPUIfAvailable}\n addUserKnob {26 \"\"}\n addUserKnob {4 method l Method M {ST-Map IDistort}}\n addUserKnob {41 SaturationKernel_scaler l \"Mip Level Scale\" t \"Scale mip level by this value \\nHigher = Softer\\nLower = Sharper but might skip details\" T BlinkScript33.SaturationKernel_scaler}\n addUserKnob {6 boolean l \"Keep uv Alpha\" +STARTLINE}\n boolean true\n addUserKnob {20 advanced_tab l Advanced}\n addUserKnob {41 SaturationKernel_mip_levels l \"mip limit\" t \"Clamp mip level at this\" T BlinkScript33.SaturationKernel_mip_levels}\n}\n Input {\n inputs 0\n name InputUV\n xpos 701\n ypos 121\n number 1\n }\nset N8a65150 [stack 0]\n Input {\n inputs 0\n name InputSrc\n xpos 583\n ypos 119\n }\n AddChannels {\n channels rgba\n name AddChannels1\n xpos 583\n ypos 177\n }\n Dot {\n name Dot2\n xpos 617\n ypos 254\n }\nset N2d0e67e0 [stack 0]\n Reformat {\n type scale\n scale 0.5\n name Reformat26\n xpos 78\n ypos 251\n }\nset N67cce60 [stack 0]\n Reformat {\n type scale\n scale 0.5\n name Reformat27\n xpos 78\n ypos 299\n }\nset N8cbca560 [stack 0]\n Reformat {\n type scale\n scale 0.5\n name Reformat28\n xpos 78\n ypos 342\n }\nset Nfc78aed0 [stack 0]\n Reformat {\n type scale\n scale 0.5\n name Reformat29\n xpos 78\n ypos 401\n disable {{!(min(input.width,input.height)>1)}}\n }\nset N78628ad0 [stack 0]\n Reformat {\n type scale\n scale 0.5\n name Reformat30\n xpos 78\n ypos 449\n disable {{!(min(input.width,input.height)>1)}}\n }\nset N3934e4d0 [stack 0]\n Reformat {\n type scale\n scale 0.5\n name Reformat31\n xpos 78\n ypos 504\n disable {{!(min(input.width,input.height)>1)}}\n }\nset N278cb280 [stack 0]\n Reformat {\n type scale\n scale 0.5\n name Reformat32\n xpos 78\n ypos 552\n disable {{!(min(input.width,input.height)>1)}}\n }\nset N8d4631a0 [stack 0]\n Reformat {\n type scale\n scale 0.5\n name Reformat33\n xpos 78\n ypos 608\n disable {{!(min(input.width,input.height)>1)}}\n }\nset Nb96b1920 [stack 0]\n Reformat {\n type scale\n scale 0.5\n name Reformat34\n xpos 78\n ypos 664\n disable {{!(min(input.width,input.height)>1)}}\n }\nset N100bb4d0 [stack 0]\n Reformat {\n type scale\n scale 0.5\n name Reformat35\n xpos 78\n ypos 719\n disable {{!(min(input.width,input.height)>1)}}\n }\npush $N100bb4d0\npush $Nb96b1920\npush $N8d4631a0\npush $N278cb280\npush $N3934e4d0\npush $N78628ad0\npush $Nfc78aed0\npush $N8cbca560\npush $N67cce60\npush $N2d0e67e0\npush $N8a65150\n Grade {\n white {{InputSrc.width} {InputSrc.height} 0 0}\n white_panelDropped true\n black_clamp false\n name Grade44\n xpos 812\n ypos 225\n disable {{parent.method!=0}}\n }\nset N8f0652a0 [stack 0]\npush $N8a65150\n Expression {\n expr0 (x)/width\n expr1 (y)/height\n name Expression2\n xpos 701\n ypos 229\n }\n Grade {\n white {{InputSrc.width} {InputSrc.height} 0 0}\n white_panelDropped true\n black_clamp false\n name Grade2\n xpos 701\n ypos 253\n }\n Merge2 {\n inputs 2\n operation plus\n name Merge1\n xpos 812\n ypos 373\n }\npush $N8f0652a0\n Expression {\n expr0 r-.5\n expr1 g-.5\n name Expression11\n xpos 937\n ypos 225\n }\n Dot {\n name Dot3\n xpos 971\n ypos 258\n }\n Dot {\n name Dot4\n xpos 971\n ypos 459\n }\n Switch {\n inputs 2\n which {{parent.method}}\n name Switch1\n xpos 812\n ypos 456\n }\n Dot {\n name Dot1\n xpos 846\n ypos 722\n }\n BlinkScript {\n inputs 12\n recompileCount 226\n ProgramGroup 1\n KernelDescription \"3 \\\"SaturationKernel\\\" iterate pixelWise d50b72ba34d6ca9c9e9846cee724250e1501d93b99201af43f5270b3281f99ff 13 \\\"srcUV\\\" Read Random \\\"src00\\\" Read Random \\\"src01\\\" Read Random \\\"src02\\\" Read Random \\\"src03\\\" Read Random \\\"src04\\\" Read Random \\\"src05\\\" Read Random \\\"src06\\\" Read Random \\\"src07\\\" Read Random \\\"src08\\\" Read Random \\\"src09\\\" Read Random \\\"src10\\\" Read Random \\\"dst\\\" Write Point 3 \\\"mip_levels\\\" Int 1 AAAAAA== \\\"scaler\\\" Float 1 AAAAAA== \\\"miplevel\\\" Int 1 AAAAAA== 3 \\\"mip_levels\\\" 1 1 Default \\\"scaler\\\" 1 1 Default \\\"miplevel\\\" 1 1 Default 0\"\n kernelSource \"inline float4 mix(float4 _X,float4 _Y,float _A)\\{\\n return _X*(1.0f-_A)+_Y*_A;\\n\\}\\ninline float fract(float a_X)\\n\\{\\n return a_X-floor(a_X);\\n\\}\\n\\nkernel SaturationKernel : ImageComputationKernel\\n\\{\\n Image srcUV; // the input image\\n Image src00; // the input image\\n Image src01; // the input image\\n Image src02; // the input image\\n Image src03; // the input image\\n Image src04; // the input image\\n Image src05; // the input image\\n Image src06; // the input image\\n Image src07; // the input image\\n Image src08; // the input image\\n Image src09; // the input image\\n Image src10; // the input image\\n Image dst; // the output image\\n\\n param:\\n int mip_levels;\\n float scaler;\\n int miplevel; //Not implemented, but used to control the mip manually\\n\\n float4 reader( float2 position, int mip_level )\\{\\n if (mip_level == 0)\\{\\n return bilinear(src00,position.x,position.y);\\n \\}\\n else if (mip_level == 1)\\{\\n return bilinear(src01,position.x-.25f,position.y-.25f);\\n \\}\\n else if (mip_level == 2)\\{\\n return bilinear(src02,position.x-0.5f,position.y-0.5f);\\n \\}\\n else if (mip_level == 3)\\{\\n return bilinear(src03,position.x-0.5f,position.y-0.5f);\\n \\}\\n else if (mip_level == 4)\\{\\n return bilinear(src04,position.x-0.5f,position.y-0.5f);\\n \\}\\n else if (mip_level == 5)\\{\\n return bilinear(src05,position.x-0.5f,position.y-0.5f);\\n \\} \\n else if (mip_level == 6)\\{\\n return bilinear(src06,position.x-0.5f,position.y-0.5f);\\n \\} \\n else if (mip_level == 7)\\{\\n return bilinear(src07,position.x-0.5f,position.y-0.5f);\\n \\} \\n else if (mip_level == 8)\\{\\n return bilinear(src08,position.x-0.5f,position.y-0.5f);\\n \\} \\n else if (mip_level == 9)\\{\\n return bilinear(src09,position.x-0.5f,position.y-0.5f);\\n \\} \\n else \\{\\n return bilinear(src10,position.x-0.5f,position.y-0.5f);\\n \\} \\n \\}\\n\\n void process(int2 pos) \\{\\n float4 p1 = srcUV(pos.x, pos.y);\\n float4 p2 = srcUV(pos.x + 1, pos.y);\\n float4 p3 = srcUV(pos.x, pos.y + 1);\\n float4 p4 = srcUV(pos.x + 1, pos.y + 1);\\n\\n float minX = min(min(p1.x, p2.x), min(p3.x, p4.x));\\n float maxX = max(max(p1.x, p2.x), max(p3.x, p4.x));\\n float minY = min(min(p1.y, p2.y), min(p3.y, p4.y));\\n float maxY = max(max(p1.y, p2.y), max(p3.y, p4.y));\\n\\n float width = maxX - minX;\\n float height = maxY - minY;\\n float mipfract = max(0.0f, min(mip_levels, (log2(max(width, height)) * scaler) + 0.0f));\\n //mipfract = (int)miplevel; //Used to manually control the mip, not implemented\\n int mipLevel = int(mipfract);\\n\\n float2 fpos = float2(p1.x,p1.y);\\n\\n float4 sample = reader(fpos/(pow(2.0f,mipLevel)),mipLevel);\\n sample = mix(sample,reader(fpos/(pow(2.0f,mipLevel+1.0)),mipLevel+1.0f),fract(mipfract));\\n\\n dst() =sample;\\n \\}\\n\\n\\};\\n\"\n useGPUIfAvailable false\n rebuild \"\"\n SaturationKernel_mip_levels 10\n SaturationKernel_scaler 0.75\n SaturationKernel_miplevel 7\n rebuild_finalise \"\"\n name BlinkScript33\n xpos 583\n ypos 713\n }\n Merge2 {\n inputs 2\n operation copy\n output {-rgba.red -rgba.green -rgba.blue rgba.alpha}\n name Merge2\n xpos 583\n ypos 864\n disable {{!parent.boolean}}\n }\n Output {\n name Output1\n xpos 583\n ypos 1019\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_FillSampler.gizmo", "content": "set cut_paste_input [stack 0]\npush $cut_paste_input\nGroup {\n name FillSampler\n selected true\n addUserKnob {20 User}\n addUserKnob {26 Info l \" \" T \"FFFiller by Mads Hagbarth Damsbo\\nAdd a source with a alpha mask to fill out.\"}\n addUserKnob {26 \"\"}\n addUserKnob {3 Itterations}\n Itterations 2\n addUserKnob {26 \"\"}\n addUserKnob {6 Premult -STARTLINE}\n Premult true\n addUserKnob {20 Advanced}\n addUserKnob {3 MaxSamples l \"Max Sample Count\" -STARTLINE}\n MaxSamples 13\n addUserKnob {3 SoftAlphaSamples l \"Soft Alpha Samples\"}\n SoftAlphaSamples 1\n}\n BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0x8e388e00\n label \"This is a example of the \\nsimple version of the algorithm\"\n note_font_size 20\n xpos 1302\n ypos 428\n bdwidth 278\n bdheight 135\n }\n BackdropNode {\n inputs 0\n name BackdropNode2\n tile_color 0x8e388e00\n label \"This is the more advanced version\"\n note_font_size 20\n xpos 1867\n ypos 428\n bdwidth 301\n bdheight 133\n }\n Input {\n inputs 0\n name Input1\n xpos 1678\n ypos 282\n }\n NoTimeBlur {\n name NoTimeBlur1\n xpos 1678\n ypos 331\n }\n Grade {\n channels alpha\n add {{-(frame-floor(frame))}}\n name Grade1\n xpos 1678\n ypos 357\n }\n Premult {\n name Premult1\n xpos 1678\n ypos 397\n disable {{!parent.Premult}}\n }\n Dot {\n name Dot5\n xpos 1712\n ypos 445\n }\nset N1a123c00 [stack 0]\n Group {\n name Group6\n xpos 1990\n ypos 501\n addUserKnob {20 User}\n addUserKnob {3 maxsample l \"Max Sample Depth\"}\n maxsample {{parent.MaxSamples}}\n }\n Input {\n inputs 0\n name Input1\n xpos -524\n ypos -4613\n }\n Dot {\n name Dot7\n xpos -490\n ypos -4579\n }\n Dot {\n name Controller\n tile_color 0x55ffffff\n gl_color 0x55ffffff\n label ControllerNode\n note_font \"DejaVu Sans Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold\"\n note_font_color 0xaadfffff\n xpos -490\n ypos -4485\n addUserKnob {20 User}\n addUserKnob {3 samples}\n samples {{min(parent.maxsample,int(log(min(input.width,input.height))/log(2)))}}\n }\nset N1a12f060 [stack 0]\n Dot {\n name Controller1\n tile_color 0x55ffffff\n gl_color 0x55ffffff\n label ControllerNode\n note_font \"DejaVu Sans Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold\"\n note_font_color 0xaadfffff\n xpos 323\n ypos -4473\n addUserKnob {20 User}\n addUserKnob {3 samples}\n samples {{min(parent.maxsample,int(log(min(input.width,input.height))/log(2)))}}\n }\nset N1a131d00 [stack 0]\n Matrix {\n matrix {\n {0 0 0}\n {1 1 0}\n {1 1 0}\n }\n name Matrix10\n xpos 393\n ypos -4306\n }\n set C23536d30 [stack 0]\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat1\n xpos 393\n ypos -4274\n disable {{Controller1.samples<1}}\n }\n Expression {\n expr0 a>0?r/a:a\n expr1 a>0?g/a:a\n expr2 a>0?b/a:a\n expr3 a>0?a/a:a\n name Expression5\n xpos 393\n ypos -4250\n }\nset N1a13ff40 [stack 0]\n Reformat {\n type \"to box\"\n box_width {{parent.Controller1.input.width}}\n box_height {{parent.Controller1.input.height}}\n box_fixed true\n scale 0.5\n filter Parzen\n name Reformat38\n xpos 283\n ypos -4250\n }\n set C1a1465b0 [stack 0]\npush $N1a131d00\n Dot {\n name Dot1\n xpos -45\n ypos -4347\n }\n Merge2 {\n inputs 2\n operation under\n name Merge3\n xpos -183\n ypos -4250\n }\nset N235370f0 [stack 0]\nclone $C23536d30 {\n xpos 393\n ypos -4218\n selected false\n }\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat14\n xpos 393\n ypos -4186\n disable {{Controller1.samples<2}}\n }\nclone $C23536d30 {\n xpos 393\n ypos -4162\n selected false\n }\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat25\n xpos 393\n ypos -4130\n disable {{Controller1.samples<2}}\n }\n Expression {\n expr0 a>0?r/a:a\n expr1 a>0?g/a:a\n expr2 a>0?b/a:a\n expr3 a>0?a/a:a\n name Expression7\n xpos 393\n ypos -4106\n }\nset N1a167ca0 [stack 0]\nclone $C1a1465b0 {\n xpos 295\n ypos -4106\n selected false\n }\npush $N235370f0\n Merge2 {\n inputs 2\n operation under\n name Merge13\n xpos -183\n ypos -4106\n disable {{Controller1.samples<2-1}}\n }\nset N1a1751d0 [stack 0]\nclone $C23536d30 {\n xpos 393\n ypos -4057\n selected false\n }\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat15\n xpos 393\n ypos -4025\n disable {{Controller1.samples<3}}\n }\nclone $C23536d30 {\n xpos 393\n ypos -4001\n selected false\n }\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat26\n xpos 393\n ypos -3969\n disable {{Controller1.samples<3}}\n }\nclone $C23536d30 {\n xpos 393\n ypos -3945\n selected false\n }\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat27\n xpos 393\n ypos -3913\n disable {{Controller1.samples<3}}\n }\n Expression {\n expr0 a>0?r/a:a\n expr1 a>0?g/a:a\n expr2 a>0?b/a:a\n expr3 a>0?a/a:a\n name Expression8\n xpos 393\n ypos -3867\n }\nset N1a19fa60 [stack 0]\nclone $C1a1465b0 {\n xpos 289\n ypos -3861\n selected false\n }\npush $N1a1751d0\n Merge2 {\n inputs 2\n operation under\n name Merge15\n xpos -183\n ypos -3861\n disable {{Controller1.samples<3-1}}\n }\nset N1a1acfb0 [stack 0]\nclone $C23536d30 {\n xpos 393\n ypos -3804\n selected false\n }\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat16\n xpos 393\n ypos -3772\n disable {{Controller1.samples<4}}\n }\nclone $C23536d30 {\n xpos 393\n ypos -3748\n selected false\n }\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat28\n xpos 393\n ypos -3716\n disable {{Controller1.samples<4}}\n }\nclone $C23536d30 {\n xpos 393\n ypos -3692\n selected false\n }\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat29\n xpos 393\n ypos -3660\n disable {{Controller1.samples<4}}\n }\nclone $C23536d30 {\n xpos 393\n ypos -3636\n selected false\n }\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat30\n xpos 393\n ypos -3604\n disable {{Controller1.samples<4}}\n }\n Expression {\n expr0 a>0?r/a:a\n expr1 a>0?g/a:a\n expr2 a>0?b/a:a\n expr3 a>0?a/a:a\n name Expression9\n xpos 393\n ypos -3549\n }\nset N1a1e3bf0 [stack 0]\nclone $C1a1465b0 {\n xpos 289\n ypos -3543\n selected false\n }\npush $N1a1acfb0\n Merge2 {\n inputs 2\n operation under\n name Merge16\n xpos -183\n ypos -3543\n disable {{Controller1.samples<4-1}}\n }\nset N1a1f1090 [stack 0]\nclone $C23536d30 {\n xpos 393\n ypos -3487\n selected false\n }\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat17\n xpos 393\n ypos -3455\n disable {{Controller1.samples<5}}\n }\nclone $C23536d30 {\n xpos 393\n ypos -3431\n selected false\n }\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat31\n xpos 393\n ypos -3399\n disable {{Controller1.samples<5}}\n }\nclone $C23536d30 {\n xpos 393\n ypos -3375\n selected false\n }\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat32\n xpos 393\n ypos -3343\n disable {{Controller1.samples<5}}\n }\nclone $C23536d30 {\n xpos 393\n ypos -3319\n selected false\n }\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat33\n xpos 393\n ypos -3287\n disable {{Controller1.samples<5}}\n }\nclone $C23536d30 {\n xpos 393\n ypos -3263\n selected false\n }\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat34\n xpos 393\n ypos -3231\n disable {{Controller1.samples<5}}\n }\n Expression {\n expr0 a>0?r/a:a\n expr1 a>0?g/a:a\n expr2 a>0?b/a:a\n expr3 a>0?a/a:a\n name Expression10\n xpos 393\n ypos -3165\n }\nset N24f38190 [stack 0]\nclone $C1a1465b0 {\n xpos 289\n ypos -3159\n selected false\n }\npush $N1a1f1090\n Merge2 {\n inputs 2\n operation under\n name Merge17\n xpos -183\n ypos -3159\n disable {{Controller1.samples<5-1}}\n }\nset N24f454e0 [stack 0]\nclone $C23536d30 {\n xpos 393\n ypos -3125\n selected false\n }\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat18\n xpos 393\n ypos -3093\n disable {{Controller1.samples<6}}\n }\nclone $C23536d30 {\n xpos 393\n ypos -3069\n selected false\n }\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat35\n xpos 393\n ypos -3037\n disable {{Controller1.samples<6}}\n }\nclone $C23536d30 {\n xpos 393\n ypos -3013\n selected false\n }\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat36\n xpos 393\n ypos -2981\n disable {{Controller1.samples<6}}\n }\nclone $C23536d30 {\n xpos 393\n ypos -2957\n selected false\n }\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat37\n xpos 393\n ypos -2925\n disable {{Controller1.samples<6}}\n }\nclone $C23536d30 {\n xpos 393\n ypos -2901\n selected false\n }\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat39\n xpos 393\n ypos -2869\n disable {{Controller1.samples<6}}\n }\nclone $C23536d30 {\n xpos 393\n ypos -2845\n selected false\n }\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat40\n xpos 393\n ypos -2813\n disable {{Controller1.samples<6}}\n }\n Expression {\n expr0 a>0?r/a:a\n expr1 a>0?g/a:a\n expr2 a>0?b/a:a\n expr3 a>0?a/a:a\n name Expression18\n xpos 393\n ypos -2771\n }\nset N24f94020 [stack 0]\nclone $C1a1465b0 {\n xpos 289\n ypos -2765\n selected false\n }\npush $N24f454e0\n Merge2 {\n inputs 2\n operation under\n name Merge18\n xpos -183\n ypos -2765\n disable {{Controller1.samples<6-1}}\n }\nset N24fa1550 [stack 0]\nclone $C23536d30 {\n xpos 393\n ypos -2701\n selected false\n }\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat19\n xpos 393\n ypos -2669\n disable {{Controller1.samples<7}}\n }\nclone $C23536d30 {\n xpos 393\n ypos -2645\n selected false\n }\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat41\n xpos 393\n ypos -2613\n disable {{Controller1.samples<7}}\n }\nclone $C23536d30 {\n xpos 393\n ypos -2589\n selected false\n }\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat42\n xpos 393\n ypos -2557\n disable {{Controller1.samples<7}}\n }\nclone $C23536d30 {\n xpos 393\n ypos -2533\n selected false\n }\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat43\n xpos 393\n ypos -2501\n disable {{Controller1.samples<7}}\n }\nclone $C23536d30 {\n xpos 393\n ypos -2477\n selected false\n }\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat44\n xpos 393\n ypos -2445\n disable {{Controller1.samples<7}}\n }\nclone $C23536d30 {\n xpos 393\n ypos -2421\n selected false\n }\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat45\n xpos 393\n ypos -2389\n disable {{Controller1.samples<7}}\n }\nclone $C23536d30 {\n xpos 393\n ypos -2365\n selected false\n }\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat46\n xpos 393\n ypos -2333\n disable {{Controller1.samples<7}}\n }\n Expression {\n expr0 a>0?r/a:a\n expr1 a>0?g/a:a\n expr2 a>0?b/a:a\n expr3 a>0?a/a:a\n name Expression19\n xpos 393\n ypos -2303\n }\nset N2358ee20 [stack 0]\nclone $C1a1465b0 {\n xpos 289\n ypos -2297\n selected false\n }\npush $N24fa1550\n Merge2 {\n inputs 2\n operation under\n name Merge19\n xpos -183\n ypos -2297\n disable {{Controller1.samples<7-1}}\n }\nset N2359c350 [stack 0]\nclone $C23536d30 {\n xpos 393\n ypos -2213\n selected false\n }\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat20\n xpos 393\n ypos -2181\n disable {{Controller1.samples<8}}\n }\nclone $C23536d30 {\n xpos 393\n ypos -2157\n selected false\n }\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat47\n xpos 393\n ypos -2125\n disable {{Controller1.samples<8}}\n }\nclone $C23536d30 {\n xpos 393\n ypos -2101\n selected false\n }\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat48\n xpos 393\n ypos -2069\n disable {{Controller1.samples<8}}\n }\nclone $C23536d30 {\n xpos 393\n ypos -2045\n selected false\n }\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat49\n xpos 393\n ypos -2013\n disable {{Controller1.samples<8}}\n }\nclone $C23536d30 {\n xpos 393\n ypos -1989\n selected false\n }\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat50\n xpos 393\n ypos -1957\n disable {{Controller1.samples<8}}\n }\nclone $C23536d30 {\n xpos 393\n ypos -1933\n selected false\n }\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat51\n xpos 393\n ypos -1901\n disable {{Controller1.samples<8}}\n }\nclone $C23536d30 {\n xpos 393\n ypos -1877\n selected false\n }\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat52\n xpos 393\n ypos -1845\n disable {{Controller1.samples<8}}\n }\nclone $C23536d30 {\n xpos 393\n ypos -1821\n selected false\n }\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat53\n xpos 393\n ypos -1789\n disable {{Controller1.samples<8}}\n }\n Expression {\n expr0 a>0?r/a:a\n expr1 a>0?g/a:a\n expr2 a>0?b/a:a\n expr3 a>0?a/a:a\n name Expression20\n xpos 393\n ypos -1729\n }\nset N25007230 [stack 0]\nclone $C1a1465b0 {\n xpos 283\n ypos -1729\n selected false\n }\npush $N2359c350\n Merge2 {\n inputs 2\n operation under\n name Merge20\n xpos -183\n ypos -1729\n disable {{Controller1.samples<8-1}}\n }\nset N25014760 [stack 0]\nclone $C23536d30 {\n xpos 393\n ypos -1668\n selected false\n }\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat21\n xpos 393\n ypos -1636\n disable {{Controller1.samples<9}}\n }\nclone $C23536d30 {\n xpos 393\n ypos -1612\n selected false\n }\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat54\n xpos 393\n ypos -1580\n disable {{Controller1.samples<9}}\n }\nclone $C23536d30 {\n xpos 393\n ypos -1556\n selected false\n }\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat55\n xpos 393\n ypos -1524\n disable {{Controller1.samples<9}}\n }\nclone $C23536d30 {\n xpos 393\n ypos -1500\n selected false\n }\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat56\n xpos 393\n ypos -1468\n disable {{Controller1.samples<9}}\n }\nclone $C23536d30 {\n xpos 393\n ypos -1444\n selected false\n }\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat57\n xpos 393\n ypos -1412\n disable {{Controller1.samples<9}}\n }\nclone $C23536d30 {\n xpos 393\n ypos -1388\n selected false\n }\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat58\n xpos 393\n ypos -1356\n disable {{Controller1.samples<9}}\n }\nclone $C23536d30 {\n xpos 393\n ypos -1332\n selected false\n }\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat59\n xpos 393\n ypos -1300\n disable {{Controller1.samples<9}}\n }\nclone $C23536d30 {\n xpos 393\n ypos -1276\n selected false\n }\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat60\n xpos 393\n ypos -1244\n disable {{Controller1.samples<9}}\n }\nclone $C23536d30 {\n xpos 393\n ypos -1220\n selected false\n }\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat61\n xpos 393\n ypos -1188\n disable {{Controller1.samples<9}}\n }\n Expression {\n expr0 a>0?r/a:a\n expr1 a>0?g/a:a\n expr2 a>0?b/a:a\n expr3 a>0?a/a:a\n name Expression21\n xpos 393\n ypos -1131\n }\nset N25087800 [stack 0]\nclone $C1a1465b0 {\n xpos 283\n ypos -1131\n selected false\n }\npush $N25014760\n Merge2 {\n inputs 2\n operation under\n name Merge21\n xpos -183\n ypos -1131\n disable {{Controller1.samples<9-1}}\n }\nset N25094d30 [stack 0]\nclone $C23536d30 {\n xpos 393\n ypos -1051\n selected false\n }\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat22\n xpos 393\n ypos -1015\n disable {{Controller1.samples<10}}\n }\nclone $C23536d30 {\n xpos 393\n ypos -991\n selected false\n }\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat62\n xpos 393\n ypos -959\n disable {{Controller1.samples<10}}\n }\nclone $C23536d30 {\n xpos 393\n ypos -935\n selected false\n }\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat63\n xpos 393\n ypos -899\n disable {{Controller1.samples<10}}\n }\nclone $C23536d30 {\n xpos 393\n ypos -875\n selected false\n }\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat64\n xpos 393\n ypos -839\n disable {{Controller1.samples<10}}\n }\nclone $C23536d30 {\n xpos 393\n ypos -815\n selected false\n }\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat65\n xpos 393\n ypos -783\n disable {{Controller1.samples<10}}\n }\nclone $C23536d30 {\n xpos 393\n ypos -759\n selected false\n }\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat66\n xpos 393\n ypos -727\n disable {{Controller1.samples<10}}\n }\nclone $C23536d30 {\n xpos 393\n ypos -703\n selected false\n }\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat67\n xpos 393\n ypos -671\n disable {{Controller1.samples<10}}\n }\nclone $C23536d30 {\n xpos 393\n ypos -647\n selected false\n }\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat68\n xpos 393\n ypos -615\n disable {{Controller1.samples<10}}\n }\nclone $C23536d30 {\n xpos 393\n ypos -591\n selected false\n }\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat69\n xpos 393\n ypos -555\n disable {{Controller1.samples<10}}\n }\nclone $C23536d30 {\n xpos 393\n ypos -531\n selected false\n }\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat70\n xpos 393\n ypos -495\n disable {{Controller1.samples<10}}\n }\n Expression {\n expr0 a>0?r/a:a\n expr1 a>0?g/a:a\n expr2 a>0?b/a:a\n expr3 a>0?a/a:a\n name Expression22\n xpos 393\n ypos -447\n }\nset N24fb1cd0 [stack 0]\nclone $C1a1465b0 {\n xpos 283\n ypos -447\n selected false\n }\npush $N25094d30\n Merge2 {\n inputs 2\n operation under\n name Merge22\n xpos -183\n ypos -447\n disable {{Controller1.samples<10-1}}\n }\nset N24fbf200 [stack 0]\nclone $C23536d30 {\n xpos 393\n ypos -348\n selected false\n }\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat23\n xpos 393\n ypos -316\n disable {{Controller1.samples<11}}\n }\nclone $C23536d30 {\n xpos 393\n ypos -292\n selected false\n }\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat71\n xpos 393\n ypos -260\n disable {{Controller1.samples<11}}\n }\nclone $C23536d30 {\n xpos 393\n ypos -236\n selected false\n }\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat72\n xpos 393\n ypos -204\n disable {{Controller1.samples<11}}\n }\nclone $C23536d30 {\n xpos 393\n ypos -180\n selected false\n }\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat73\n xpos 393\n ypos -148\n disable {{Controller1.samples<11}}\n }\nclone $C23536d30 {\n xpos 393\n ypos -124\n selected false\n }\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat74\n xpos 393\n ypos -92\n disable {{Controller1.samples<11}}\n }\nclone $C23536d30 {\n xpos 393\n ypos -68\n selected false\n }\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat75\n xpos 393\n ypos -36\n disable {{Controller1.samples<11}}\n }\nclone $C23536d30 {\n xpos 393\n ypos -12\n selected false\n }\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat76\n xpos 393\n ypos 20\n disable {{Controller1.samples<11}}\n }\nclone $C23536d30 {\n xpos 393\n ypos 44\n selected false\n }\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat77\n xpos 393\n ypos 76\n disable {{Controller1.samples<11}}\n }\nclone $C23536d30 {\n xpos 393\n ypos 100\n selected false\n }\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat78\n xpos 393\n ypos 132\n disable {{Controller1.samples<11}}\n }\nclone $C23536d30 {\n xpos 393\n ypos 156\n selected false\n }\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat79\n xpos 393\n ypos 188\n disable {{Controller1.samples<11}}\n }\nclone $C23536d30 {\n xpos 393\n ypos 212\n selected false\n }\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat80\n xpos 393\n ypos 244\n disable {{Controller1.samples<11}}\n }\n Expression {\n expr0 a>0?r/a:a\n expr1 a>0?g/a:a\n expr2 a>0?b/a:a\n expr3 a>0?a/a:a\n name Expression23\n xpos 397\n ypos 327\n }\nset N2faf20 [stack 0]\nclone $C1a1465b0 {\n xpos 287\n ypos 327\n selected false\n }\npush $N24fbf200\n Merge2 {\n inputs 2\n operation under\n name Merge23\n xpos -183\n ypos 327\n disable {{Controller1.samples<11-1}}\n }\nset N2520c420 [stack 0]\nclone $C23536d30 {\n xpos 393\n ypos 414\n selected false\n }\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat24\n xpos 393\n ypos 446\n disable {{Controller1.samples<12}}\n }\nclone $C23536d30 {\n xpos 393\n ypos 470\n selected false\n }\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat81\n xpos 393\n ypos 502\n disable {{Controller1.samples<12}}\n }\nclone $C23536d30 {\n xpos 393\n ypos 526\n selected false\n }\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat82\n xpos 393\n ypos 558\n disable {{Controller1.samples<12}}\n }\nclone $C23536d30 {\n xpos 393\n ypos 582\n selected false\n }\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat83\n xpos 393\n ypos 614\n disable {{Controller1.samples<12}}\n }\nclone $C23536d30 {\n xpos 393\n ypos 638\n selected false\n }\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat84\n xpos 393\n ypos 670\n disable {{Controller1.samples<12}}\n }\nclone $C23536d30 {\n xpos 393\n ypos 694\n selected false\n }\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat85\n xpos 393\n ypos 726\n disable {{Controller1.samples<12}}\n }\nclone $C23536d30 {\n xpos 393\n ypos 750\n selected false\n }\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat86\n xpos 393\n ypos 782\n disable {{Controller1.samples<12}}\n }\nclone $C23536d30 {\n xpos 393\n ypos 806\n selected false\n }\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat87\n xpos 393\n ypos 838\n disable {{Controller1.samples<12}}\n }\nclone $C23536d30 {\n xpos 393\n ypos 862\n selected false\n }\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat88\n xpos 393\n ypos 894\n disable {{Controller1.samples<12}}\n }\nclone $C23536d30 {\n xpos 393\n ypos 918\n selected false\n }\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat89\n xpos 393\n ypos 950\n disable {{Controller1.samples<12}}\n }\nclone $C23536d30 {\n xpos 393\n ypos 974\n selected false\n }\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat90\n xpos 393\n ypos 1006\n disable {{Controller1.samples<12}}\n }\nclone $C23536d30 {\n xpos 393\n ypos 1030\n selected false\n }\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat91\n xpos 393\n ypos 1062\n disable {{Controller1.samples<12}}\n }\n Expression {\n expr0 a>0?r/a:a\n expr1 a>0?g/a:a\n expr2 a>0?b/a:a\n expr3 a>0?a/a:a\n name Expression24\n xpos 393\n ypos 1126\n }\nset N24fd0640 [stack 0]\npush $N2faf20\npush $N24fb1cd0\npush $N25087800\npush $N25007230\npush $N2358ee20\npush $N24f94020\npush $N24f38190\npush $N1a1e3bf0\npush $N1a19fa60\npush $N1a167ca0\npush $N1a13ff40\npush $N1a12f060\nclone $C23536d30 {\n xpos -420\n ypos -4325\n selected false\n }\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat11\n xpos -420\n ypos -4293\n disable {{Controller.samples<1}}\n }\n Expression {\n expr0 a>0?r/a:a\n expr1 a>0?g/a:a\n expr2 a>0?b/a:a\n expr3 a>0?a/a:a\n name Expression17\n xpos -420\n ypos -4269\n }\n Switch {\n inputs 2\n which {{parent.parent.Itterations>=1}}\n name Switch1\n xpos -420\n ypos -4245\n }\nset N252a78e0 [stack 0]\nclone $C23536d30 {\n xpos -420\n ypos -4168\n selected false\n }\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat10\n xpos -420\n ypos -4136\n disable {{Controller.samples<2}}\n }\n Expression {\n expr0 a>0?r/a:a\n expr1 a>0?g/a:a\n expr2 a>0?b/a:a\n expr3 a>0?a/a:a\n name Expression16\n xpos -420\n ypos -4112\n }\n Switch {\n inputs 2\n which {{parent.parent.Itterations>=2}}\n name Switch3\n xpos -420\n ypos -4088\n }\nset N24ff5320 [stack 0]\nclone $C23536d30 {\n xpos -420\n ypos -3935\n selected false\n }\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat9\n xpos -420\n ypos -3903\n disable {{Controller.samples<3}}\n }\n Expression {\n expr0 a>0?r/a:a\n expr1 a>0?g/a:a\n expr2 a>0?b/a:a\n expr3 a>0?a/a:a\n name Expression2\n xpos -420\n ypos -3879\n }\n Switch {\n inputs 2\n which {{parent.parent.Itterations>=3}}\n name Switch4\n xpos -420\n ypos -3855\n }\nset N2530f7a0 [stack 0]\nclone $C23536d30 {\n xpos -420\n ypos -3608\n selected false\n }\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat8\n xpos -420\n ypos -3576\n disable {{Controller.samples<4}}\n }\n Expression {\n expr0 a>0?r/a:a\n expr1 a>0?g/a:a\n expr2 a>0?b/a:a\n expr3 a>0?a/a:a\n name Expression4\n xpos -420\n ypos -3552\n }\n Switch {\n inputs 2\n which {{parent.parent.Itterations>=4}}\n name Switch5\n xpos -420\n ypos -3528\n }\nset N2531da70 [stack 0]\nclone $C23536d30 {\n xpos -420\n ypos -3233\n selected false\n }\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat7\n xpos -420\n ypos -3201\n disable {{Controller.samples<5}}\n }\n Expression {\n expr0 a>0?r/a:a\n expr1 a>0?g/a:a\n expr2 a>0?b/a:a\n expr3 a>0?a/a:a\n name Expression6\n xpos -420\n ypos -3173\n }\n Switch {\n inputs 2\n which {{parent.parent.Itterations>=5}}\n name Switch6\n xpos -420\n ypos -3149\n }\nset N252af350 [stack 0]\nclone $C23536d30 {\n xpos -420\n ypos -2831\n selected false\n }\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat6\n xpos -420\n ypos -2799\n disable {{Controller.samples<6}}\n }\n Expression {\n expr0 a>0?r/a:a\n expr1 a>0?g/a:a\n expr2 a>0?b/a:a\n expr3 a>0?a/a:a\n name Expression11\n xpos -420\n ypos -2775\n }\n Switch {\n inputs 2\n which {{parent.parent.Itterations>=6}}\n name Switch7\n xpos -420\n ypos -2751\n }\nset N252c5a30 [stack 0]\nclone $C23536d30 {\n xpos -420\n ypos -2372\n selected false\n }\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat5\n xpos -420\n ypos -2340\n disable {{Controller.samples<7}}\n }\n Expression {\n expr0 a>0?r/a:a\n expr1 a>0?g/a:a\n expr2 a>0?b/a:a\n expr3 a>0?a/a:a\n name Expression12\n xpos -420\n ypos -2316\n }\n Switch {\n inputs 2\n which {{parent.parent.Itterations>=7}}\n name Switch8\n xpos -420\n ypos -2292\n }\nset N252dbfd0 [stack 0]\nclone $C23536d30 {\n xpos -420\n ypos -1804\n selected false\n }\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat4\n xpos -420\n ypos -1772\n disable {{Controller.samples<8}}\n }\n Expression {\n expr0 a>0?r/a:a\n expr1 a>0?g/a:a\n expr2 a>0?b/a:a\n expr3 a>0?a/a:a\n name Expression13\n xpos -420\n ypos -1748\n }\n Switch {\n inputs 2\n which {{parent.parent.Itterations>=8}}\n name Switch9\n xpos -420\n ypos -1724\n }\nset N252f2570 [stack 0]\nclone $C23536d30 {\n xpos -420\n ypos -1194\n selected false\n }\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat3\n xpos -420\n ypos -1162\n disable {{Controller.samples<9}}\n }\n Expression {\n expr0 a>0?r/a:a\n expr1 a>0?g/a:a\n expr2 a>0?b/a:a\n expr3 a>0?a/a:a\n name Expression14\n xpos -420\n ypos -1138\n }\n Switch {\n inputs 2\n which {{parent.parent.Itterations>=9}}\n name Switch10\n xpos -420\n ypos -1114\n }\nset N2540cb90 [stack 0]\nclone $C23536d30 {\n xpos -420\n ypos -505\n selected false\n }\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat2\n xpos -420\n ypos -469\n disable {{Controller.samples<10}}\n }\n Expression {\n expr0 a>0?r/a:a\n expr1 a>0?g/a:a\n expr2 a>0?b/a:a\n expr3 a>0?a/a:a\n name Expression15\n xpos -420\n ypos -445\n }\n Switch {\n inputs 2\n which {{parent.parent.Itterations>=10}}\n name Switch11\n xpos -420\n ypos -421\n }\nset N25423130 [stack 0]\nclone $C23536d30 {\n xpos -420\n ypos 276\n selected false\n }\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat13\n xpos -420\n ypos 308\n disable {{Controller.samples<11}}\n }\n Expression {\n expr0 a>0?r/a:a\n expr1 a>0?g/a:a\n expr2 a>0?b/a:a\n expr3 a>0?a/a:a\n name Expression1\n xpos -420\n ypos 339\n }\n Switch {\n inputs 2\n which {{parent.parent.Itterations>=11}}\n name Switch12\n xpos -420\n ypos 363\n }\nset N254396d0 [stack 0]\nclone $C23536d30 {\n xpos -420\n ypos 1014\n selected false\n }\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat12\n xpos -420\n ypos 1060\n disable {{Controller.samples<12}}\n }\n Expression {\n expr0 a>0?r/a:a\n expr1 a>0?g/a:a\n expr2 a>0?b/a:a\n expr3 a>0?a/a:a\n name Expression3\n xpos -420\n ypos 1096\n }\n Switch {\n inputs 2\n which {{parent.parent.Itterations>=12}}\n name Switch13\n xpos -420\n ypos 1120\n }\nclone $C1a1465b0 {\n xpos -530\n ypos 1096\n selected false\n }\npush $N254396d0\nclone $C1a1465b0 {\n xpos -530\n ypos 339\n selected false\n }\npush $N25423130\nclone $C1a1465b0 {\n xpos -530\n ypos -445\n selected false\n }\npush $N2540cb90\nclone $C1a1465b0 {\n xpos -530\n ypos -1138\n selected false\n }\npush $N252f2570\nclone $C1a1465b0 {\n xpos -530\n ypos -1748\n selected false\n }\npush $N252dbfd0\nclone $C1a1465b0 {\n xpos -524\n ypos -2310\n selected false\n }\npush $N252c5a30\nclone $C1a1465b0 {\n xpos -524\n ypos -2769\n selected false\n }\npush $N252af350\nclone $C1a1465b0 {\n xpos -524\n ypos -3167\n selected false\n }\npush $N2531da70\nclone $C1a1465b0 {\n xpos -524\n ypos -3546\n selected false\n }\npush $N2530f7a0\nclone $C1a1465b0 {\n xpos -524\n ypos -3873\n selected false\n }\npush $N24ff5320\nclone $C1a1465b0 {\n xpos -518\n ypos -4112\n selected false\n }\npush $N252a78e0\nclone $C1a1465b0 {\n xpos -530\n ypos -4269\n selected false\n }\npush $N1a12f060\n Dot {\n name Dot6\n xpos -962\n ypos -4485\n }\n Merge2 {\n inputs 2\n operation under\n name Merge4\n xpos -996\n ypos -4269\n }\n Merge2 {\n inputs 2\n operation under\n name Merge5\n xpos -996\n ypos -4112\n disable {{Controller.samples<2-1}}\n }\n Merge2 {\n inputs 2\n operation under\n name Merge6\n xpos -996\n ypos -3873\n disable {{Controller.samples<3-1}}\n }\n Merge2 {\n inputs 2\n operation under\n name Merge7\n xpos -996\n ypos -3546\n disable {{Controller.samples<4-1}}\n }\n Merge2 {\n inputs 2\n operation under\n name Merge8\n xpos -996\n ypos -3167\n disable {{Controller.samples<5-1}}\n }\n Merge2 {\n inputs 2\n operation under\n name Merge9\n xpos -996\n ypos -2769\n disable {{Controller.samples<6-1}}\n }\n Merge2 {\n inputs 2\n operation under\n name Merge10\n xpos -996\n ypos -2310\n disable {{Controller.samples<7-1}}\n }\n Merge2 {\n inputs 2\n operation under\n name Merge11\n xpos -996\n ypos -1748\n disable {{Controller.samples<8-1}}\n }\n Merge2 {\n inputs 2\n operation under\n name Merge14\n xpos -996\n ypos -1138\n disable {{Controller.samples<9-1}}\n }\n Merge2 {\n inputs 2\n operation under\n name Merge12\n xpos -996\n ypos -445\n disable {{Controller.samples<10-1}}\n }\n Merge2 {\n inputs 2\n operation under\n name Merge1\n xpos -1000\n ypos 339\n disable {{Controller.samples<11-1}}\n }\n Merge2 {\n inputs 2\n operation under\n name Merge2\n xpos -1000\n ypos 1096\n disable {{Controller.samples<12-1}}\n }\n Output {\n name Output1\n xpos -1000\n ypos 1203\n }\npush $N24fd0640\nclone $C1a1465b0 {\n xpos 283\n ypos 1126\n selected false\n }\npush $N2520c420\n Merge2 {\n inputs 2\n operation under\n name Merge24\n xpos -187\n ypos 1126\n disable {{Controller1.samples<12-1}}\n }\n end_group\npush $N1a123c00\n Group {\n name Simple\n selected true\n xpos 1371\n ypos 506\n addUserKnob {20 User}\n addUserKnob {3 maxsample l \"Max Sample Depth\"}\n maxsample {{parent.MaxSamples}}\n }\n Input {\n inputs 0\n name Input1\n xpos -420\n ypos 304\n }\n Dot {\n name Dot7\n xpos -386\n ypos 338\n }\n Dot {\n name Controller\n tile_color 0x55ffffff\n gl_color 0x55ffffff\n label ControllerNode\n note_font \"DejaVu Sans Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold\"\n note_font_color 0xaadfffff\n selected true\n xpos -386\n ypos 432\n addUserKnob {20 User}\n addUserKnob {3 samples}\n samples {{min(parent.maxsample,int(log(min(input.width,input.height))/log(2)))}}\n }\nset N2536e6a0 [stack 0]\n Matrix {\n matrix {\n {0 0 0}\n {1 1 0}\n {1 1 0}\n }\n name Matrix10\n xpos -420\n ypos 473\n }\n set C25112840 [stack 0]\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat11\n xpos -420\n ypos 505\n disable {{Controller.samples<1}}\n }\n Expression {\n expr0 a>0?r/a:a\n expr1 a>0?g/a:a\n expr2 a>0?b/a:a\n expr3 a>0?a/a:a\n name Expression17\n xpos -420\n ypos 529\n }\nset N2511e800 [stack 0]\nclone $C25112840 {\n xpos -420\n ypos 557\n selected false\n }\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat10\n xpos -420\n ypos 589\n disable {{Controller.samples<2}}\n }\n Expression {\n expr0 a>0?r/a:a\n expr1 a>0?g/a:a\n expr2 a>0?b/a:a\n expr3 a>0?a/a:a\n name Expression16\n xpos -420\n ypos 613\n }\nset N25130e90 [stack 0]\nclone $C25112840 {\n xpos -420\n ypos 641\n selected false\n }\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat9\n xpos -420\n ypos 673\n disable {{Controller.samples<3}}\n }\n Expression {\n expr0 a>0?r/a:a\n expr1 a>0?g/a:a\n expr2 a>0?b/a:a\n expr3 a>0?a/a:a\n name Expression2\n xpos -420\n ypos 697\n }\nset N25143520 [stack 0]\nclone $C25112840 {\n xpos -420\n ypos 725\n selected false\n }\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat8\n xpos -420\n ypos 757\n disable {{Controller.samples<4}}\n }\n Expression {\n expr0 a>0?r/a:a\n expr1 a>0?g/a:a\n expr2 a>0?b/a:a\n expr3 a>0?a/a:a\n name Expression4\n xpos -420\n ypos 781\n }\nset N25370fe0 [stack 0]\nclone $C25112840 {\n xpos -420\n ypos 805\n selected false\n }\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat7\n xpos -420\n ypos 837\n disable {{Controller.samples<5}}\n }\n Expression {\n expr0 a>0?r/a:a\n expr1 a>0?g/a:a\n expr2 a>0?b/a:a\n expr3 a>0?a/a:a\n name Expression6\n xpos -420\n ypos 865\n }\nset N25383670 [stack 0]\nclone $C25112840 {\n xpos -420\n ypos 893\n selected false\n }\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat6\n xpos -420\n ypos 925\n disable {{Controller.samples<6}}\n }\n Expression {\n expr0 a>0?r/a:a\n expr1 a>0?g/a:a\n expr2 a>0?b/a:a\n expr3 a>0?a/a:a\n name Expression11\n xpos -420\n ypos 949\n }\nset N25395d00 [stack 0]\nclone $C25112840 {\n xpos -420\n ypos 977\n selected false\n }\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat5\n xpos -420\n ypos 1009\n disable {{Controller.samples<7}}\n }\n Expression {\n expr0 a>0?r/a:a\n expr1 a>0?g/a:a\n expr2 a>0?b/a:a\n expr3 a>0?a/a:a\n name Expression12\n xpos -420\n ypos 1033\n }\nset N253a83f0 [stack 0]\nclone $C25112840 {\n xpos -420\n ypos 1061\n selected false\n }\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat4\n xpos -420\n ypos 1093\n disable {{Controller.samples<8}}\n }\n Expression {\n expr0 a>0?r/a:a\n expr1 a>0?g/a:a\n expr2 a>0?b/a:a\n expr3 a>0?a/a:a\n name Expression13\n xpos -420\n ypos 1117\n }\nset N253bab30 [stack 0]\nclone $C25112840 {\n xpos -420\n ypos 1145\n selected false\n }\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat3\n xpos -420\n ypos 1177\n disable {{Controller.samples<9}}\n }\n Expression {\n expr0 a>0?r/a:a\n expr1 a>0?g/a:a\n expr2 a>0?b/a:a\n expr3 a>0?a/a:a\n name Expression14\n xpos -420\n ypos 1201\n }\nset N253cd190 [stack 0]\nclone $C25112840 {\n xpos -420\n ypos 1225\n selected false\n }\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat2\n xpos -420\n ypos 1261\n disable {{Controller.samples<10}}\n }\n Expression {\n expr0 a>0?r/a:a\n expr1 a>0?g/a:a\n expr2 a>0?b/a:a\n expr3 a>0?a/a:a\n name Expression15\n xpos -420\n ypos 1285\n }\nset N253df840 [stack 0]\nclone $C25112840 {\n xpos -420\n ypos 1320\n selected false\n }\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat13\n xpos -420\n ypos 1352\n disable {{Controller.samples<11}}\n }\n Expression {\n expr0 a>0?r/a:a\n expr1 a>0?g/a:a\n expr2 a>0?b/a:a\n expr3 a>0?a/a:a\n name Expression1\n xpos -420\n ypos 1383\n }\nset N253f20b0 [stack 0]\nclone $C25112840 {\n xpos -420\n ypos 1426\n selected false\n }\n Reformat {\n type scale\n scale 0.5\n resize fit\n center false\n filter Impulse\n name Reformat12\n xpos -420\n ypos 1472\n disable {{Controller.samples<12}}\n }\n Expression {\n expr0 a>0?r/a:a\n expr1 a>0?g/a:a\n expr2 a>0?b/a:a\n expr3 a>0?a/a:a\n name Expression3\n xpos -420\n ypos 1508\n }\n Reformat {\n type \"to box\"\n box_width {{parent.Controller.input.width}}\n box_height {{parent.Controller.input.height}}\n box_fixed true\n scale 0.5\n filter Parzen\n name Reformat38\n xpos -530\n ypos 1508\n }\n set C2550edf0 [stack 0]\npush $N253f20b0\nclone $C2550edf0 {\n xpos -530\n ypos 1383\n selected false\n }\npush $N253df840\nclone $C2550edf0 {\n xpos -530\n ypos 1285\n selected false\n }\npush $N253cd190\nclone $C2550edf0 {\n xpos -530\n ypos 1201\n selected false\n }\npush $N253bab30\nclone $C2550edf0 {\n xpos -530\n ypos 1117\n selected false\n }\npush $N253a83f0\nclone $C2550edf0 {\n xpos -524\n ypos 1039\n selected false\n }\npush $N25395d00\nclone $C2550edf0 {\n xpos -524\n ypos 955\n selected false\n }\npush $N25383670\nclone $C2550edf0 {\n xpos -524\n ypos 871\n selected false\n }\npush $N25370fe0\nclone $C2550edf0 {\n xpos -524\n ypos 787\n selected false\n }\npush $N25143520\nclone $C2550edf0 {\n xpos -524\n ypos 703\n selected false\n }\npush $N25130e90\nclone $C2550edf0 {\n xpos -518\n ypos 613\n selected false\n }\npush $N2511e800\nclone $C2550edf0 {\n xpos -530\n ypos 529\n selected false\n }\npush $N2536e6a0\n Dot {\n name Dot6\n xpos -858\n ypos 432\n }\n Merge2 {\n inputs 2\n operation under\n name Merge4\n xpos -996\n ypos 529\n }\n Merge2 {\n inputs 2\n operation under\n name Merge5\n xpos -996\n ypos 613\n disable {{Controller.samples<2-1}}\n }\n Merge2 {\n inputs 2\n operation under\n name Merge6\n xpos -996\n ypos 703\n disable {{Controller.samples<3-1}}\n }\n Merge2 {\n inputs 2\n operation under\n name Merge7\n xpos -996\n ypos 787\n disable {{Controller.samples<4-1}}\n }\n Merge2 {\n inputs 2\n operation under\n name Merge8\n xpos -996\n ypos 871\n disable {{Controller.samples<5-1}}\n }\n Merge2 {\n inputs 2\n operation under\n name Merge9\n xpos -996\n ypos 955\n disable {{Controller.samples<6-1}}\n }\n Merge2 {\n inputs 2\n operation under\n name Merge10\n xpos -996\n ypos 1039\n disable {{Controller.samples<7-1}}\n }\n Merge2 {\n inputs 2\n operation under\n name Merge11\n xpos -996\n ypos 1117\n disable {{Controller.samples<8-1}}\n }\n Merge2 {\n inputs 2\n operation under\n name Merge14\n xpos -996\n ypos 1201\n disable {{Controller.samples<9-1}}\n }\n Merge2 {\n inputs 2\n operation under\n name Merge12\n xpos -996\n ypos 1285\n disable {{Controller.samples<10-1}}\n }\n Merge2 {\n inputs 2\n operation under\n name Merge1\n xpos -1000\n ypos 1383\n disable {{Controller.samples<11-1}}\n }\n Merge2 {\n inputs 2\n operation under\n name Merge2\n xpos -1000\n ypos 1508\n disable {{Controller.samples<12-1}}\n }\n Output {\n name Output1\n xpos -1000\n ypos 1615\n }\n end_group\n Switch {\n inputs 2\n which {{parent.Itterations!=0}}\n name Switch1\n label \"\\[value which]\"\n xpos 1672\n ypos 564\n }\n TimeBlur {\n divisions {{parent.SoftAlphaSamples}}\n shutter 1\n shutteroffset start\n shuttercustomoffset 0\n name TimeBlur1\n xpos 1672\n ypos 635\n }\n Output {\n name Output1\n xpos 1672\n ypos 699\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_FlareSuperStar.gizmo", "content": "Group {\n name FlareSuperStar\n selected true\n addUserKnob {20 User l \"Shape Controls\"}\n addUserKnob {26 \"\"}\n addUserKnob {26 _3 l \"Global Controls\"}\n addUserKnob {41 mode t \"the mode in which the tool operates.\\nPosition: the flare gets generated at the defined position\\nConvolve: the flare gets applied via a convolve of the input image\\nOutput Kernel: outputs the kernel that would get feeded into the convolve so you could make further adjustetments and apply as your custom filter to your node of choice\" T MasterControl.mode}\n addUserKnob {41 center t \"defines the center where the flare gets created if in position-mode.\" -STARTLINE T MasterControl.center}\n addUserKnob {6 togglefix l \"toggle to fix \\\"missing channel\\\" error caused by the convolve\" t \"Sometimes, when in convolve-mode, the tool gives a \\\"missing channel\\\" error. This is a dirty workaround to fix it. It might occure again, then toggle the checkbox again.\" +STARTLINE}\n addUserKnob {41 multiply_1 l intensity t \"global intensity\" T MasterControl.multiply_1}\n addUserKnob {41 gamma_2_1 l gamma t \"global gamma\" T MasterControl.gamma_2}\n addUserKnob {41 scale t \"changes the x and y scale of the flare around the center point.\" T MasterControl.scale}\n addUserKnob {41 relativeradius l radius t \"Controls the kernel size if in konvolve mode and the radius at which the flare will be zero if falloff to zero is enabled.\\nThis is a factor of the image width.\" T MasterControl.relativeradius}\n addUserKnob {26 \"\"}\n addUserKnob {26 \"\" l \"Ray Controls\"}\n addUserKnob {41 nr l \"number of rays\" t \"Sets the number of rays that will be generated by the flare.\" T MasterControl.nr}\n addUserKnob {41 gamma_4 l \"odd ray length\" t xfgjxfhjc T Grade5.gamma}\n addUserKnob {26 text_3 l \"\" +STARTLINE T \"doesn't actually change the length of the rays,\\nbut applies a gamma correction\"}\n addUserKnob {41 rotation t \"Controls the Rotation of the rays.\" T MasterControl.rotation}\n addUserKnob {41 multiply_2 l \"ray intensity\" t \"Controls intensity of the rays.\" T MasterControl.multiply_2}\n addUserKnob {41 gamma_3 l \"ray gamma\" t \"Controls the gamma of the rays.\" T MasterControl.gamma_3}\n addUserKnob {41 thickness t \"Lets you adjust the thickness of the rays.\" T MasterControl.thickness}\n addUserKnob {41 multiply l softness t \"Lets you control the softness of the rays.\" T MasterControl.multiply}\n addUserKnob {41 coneangle l \"Cone angle\" t \"Controls the angle of the rays.\" T MasterControl.coneangle}\n addUserKnob {26 \"\" l \"Spread Controls\"}\n addUserKnob {41 sdistn l \"spread distance\" t \"Distance at which the spread will start. This is a factor of the global radius.\" T MasterControl.sdistn}\n addUserKnob {26 text_2 l \"\" +STARTLINE T \"The spread distance is a factor of the radius.\"}\n addUserKnob {41 ssize l \"spread angle\" t \"Spreads the rays via changing their angle from the spreaddistance outwards.\" T MasterControl.ssize}\n addUserKnob {41 sthk l \"spread thickness\" t \"Changes the thickness of the rays from the spreaddistance outwards.\" T MasterControl.sthk}\n addUserKnob {41 sfotype l \"spread falloff type\" t \"Lets you choose between a linear or an exponential falloff of the spread.\" T MasterControl.sfotype}\n addUserKnob {41 gamma l \"\" t \"Gamma control for the spread falloff.\" -STARTLINE T MasterControl.gamma}\n addUserKnob {26 \"\"}\n addUserKnob {41 boolean l \"Enable inner Glow\" T MasterControl.boolean}\n addUserKnob {41 boolean_2 l \"Enable Glare\" T MasterControl.boolean_2}\n addUserKnob {41 boolean_1 l \"Crop convolve\" t \"Crops the result to the image format in convolve mode to reduce boundingbox size.\" T MasterControl.boolean_1}\n addUserKnob {26 \"\"}\n addUserKnob {26 _1 l \"\" +STARTLINE T \"FlareSuperStar v1.2\\nby Lukas Fabian - December 2020\"}\n addUserKnob {20 tab l \"Glare Controls\"}\n addUserKnob {26 \"\"}\n addUserKnob {41 Intensity l intensity t \"Controls intensity of the glare.\" T NoiseControl.Intensity}\n addUserKnob {41 gamma_1_1 l gamma t \"Controls gamma of the glare.\" T NoiseControl.gamma_1}\n addUserKnob {26 \"\"}\n addUserKnob {41 detail t \"Controls the ray detail of the glare.\" T NoiseControl.detail}\n addUserKnob {41 z1 l z t \"zOffset for the ray-detail.\" T NoiseControl.z1}\n addUserKnob {41 detail_1 l detail2 t \"Controls additional detail for the rays outwards.\" T NoiseControl2.detail}\n addUserKnob {41 z1_1 l z2 t \"zOffset for detail2.\" T NoiseControl2.z1}\n addUserKnob {41 sfix l \"Enable seam fix\" t \"If disabled there could be a visible 0-1 in the glare. Also changes the bottom part of the glare appearence. Just try which setting suits your situation.\" T NoiseControl.sfix}\n addUserKnob {26 \"\"}\n addUserKnob {41 speed l \"shimmer speed\" t \"If set to anything bigger then zero the glare will shimmer over time. The bigger the value the faster the shimmer.\" T NoiseControl.speed}\n addUserKnob {41 posspeed l \"position change speed\" t \"Only works properly in position-mode.\\nIf the center-position of the flare is changed, the glare will change its shape.\\nThe higher the number the bigger the change. If it´s set to zero there won´t be any change in the glare due to position changes.\" T NoiseControl.posspeed}\n addUserKnob {20 tab_1 l \"Glow Controls\"}\n addUserKnob {26 _2 l \"\" +STARTLINE}\n addUserKnob {41 multiply_3 l \"glow intensity\" t \"Controls the intensity of the glow.\" T Grade16.multiply}\n addUserKnob {41 gamma_2 l \"glow gamma\" t \"Controls the gamma of the glow.\" T Grade16.gamma}\n addUserKnob {20 fotz l \"Falloff to Zero\"}\n addUserKnob {26 \"\"}\n addUserKnob {26 text l \"\" +STARTLINE T \"If \\\"falloff to zero\\\" is enabled, the flare will be zero at the point defined by \\nthe global radius. If \\\"fall off to zero\\\" is disabled it results in an inverse square\\nfalloff, this might introduce edges in convolve-mode.\\n\\nUsually you want to have it on in convolve-mode, and off in position mode.\\n\\n\"}\n addUserKnob {26 text_1 l \"Falloff to Zero\"}\n addUserKnob {41 fo l \"enable in position mode\" T MasterControl.fo}\n addUserKnob {41 focm l \"enable in convolve mode\" T MasterControl.focm}\n addUserKnob {41 fotype l \"falloff type\" t \"Lets you choose between a linear or an exponential falloff.\" T MasterControl.fotype}\n addUserKnob {41 gamma_1 l \"\" t \"Gammacontrol for the falloff.\" -STARTLINE T MasterControl.gamma_1}\n addUserKnob {26 \"\"}\n}\n BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0x71c67100\n label Controlers\n note_font_size 42\n xpos 2321\n ypos -1190\n bdwidth 855\n bdheight 322\n }\n Grade {\n inputs 0\n black_clamp false\n name AngleControl\n xpos 2440\n ypos -1028\n }\n StickyNote {\n inputs 0\n name StickyNote4\n label \" create glare \"\n note_font_size 40\n xpos -1067\n ypos -10\n }\n Grade {\n inputs 0\n black_clamp false\n name ARControl\n xpos 2697\n ypos -1029\n }\n Noise {\n inputs 0\n replace true\n zoffset {{z1+frame*(speed/150)}}\n translate {13800.29102 822.1937866}\n center {2275 1208}\n name NoiseControl\n xpos 2824\n ypos -1028\n addUserKnob {20 User l Controls}\n addUserKnob {7 z1 l z}\n z1 1\n addUserKnob {7 speed l \"shimmer speed\" R 0 5}\n speed 1\n addUserKnob {7 detail}\n detail 15\n addUserKnob {41 Intensity l intensity T Grade3.multiply}\n addUserKnob {41 gamma_1 l gamma T Grade4.gamma}\n addUserKnob {7 posspeed l \"position speed\" R 0 5}\n posspeed 1.5\n addUserKnob {6 sfix l \"Enable seam fix\" +STARTLINE}\n sfix true\n }\n Noise {\n inputs 0\n replace true\n zoffset {{z1+frame*(speed/100)}}\n translate {13800.29102 822.1937866}\n center {2275 1208}\n name NoiseControl2\n xpos 2959\n ypos -1034\n addUserKnob {20 User l \"z Controls\"}\n addUserKnob {7 z1 l z}\n z1 1\n addUserKnob {7 speed}\n speed {{parent.NoiseControl.speed}}\n addUserKnob {7 detail l detail2}\n detail 10\n }\n Input {\n inputs 0\n name img\n xpos 1386\n ypos -1284\n }\n Dot {\n name Dot19\n xpos 1420\n ypos -1215\n }\n Dot {\n name Dot11\n xpos 1420\n ypos -1090\n }\nset N1bbe4a90 [stack 0]\n Dot {\n name Dot18\n xpos 1826\n ypos -1090\n }\nset N1bbe95b0 [stack 0]\n NoOp {\n name MasterControl\n xpos 2579\n ypos -1035\n addUserKnob {20 User l Controls}\n addUserKnob {26 _1 l \"\" +STARTLINE}\n addUserKnob {26 _4 l \"General Controls\"}\n addUserKnob {4 mode M {Position Convolve \"Output Kernel\" \"\"}}\n addUserKnob {12 center -STARTLINE}\n center {728 644}\n addUserKnob {41 multiply_1 l intensity T Grade14.multiply}\n addUserKnob {41 gamma_2 l gamma T Grade14.gamma}\n addUserKnob {3 nr l \"number of rays\"}\n nr 8\n addUserKnob {41 scale T Reformat3.scale}\n addUserKnob {7 rotation R 0 360}\n addUserKnob {7 radius l \"absolute radius\" R 1 1000}\n radius {{(width/8)*(relativeradius+0.0000001)}}\n addUserKnob {7 relativeradius l radius R 0 10}\n relativeradius 1\n addUserKnob {4 fotype l \"falloff type\" M {linear exponential}}\n fotype exponential\n addUserKnob {41 gamma_1 l \"\" -STARTLINE T Grade12.gamma}\n addUserKnob {6 fo l \"disable falloff\" +STARTLINE}\n addUserKnob {6 focm l \"enable in convolve mode\" +STARTLINE}\n focm true\n addUserKnob {26 _2 l \"\" +STARTLINE}\n addUserKnob {26 _5 l \"Ray Controls\"}\n addUserKnob {41 multiply_2 l \"ray intensity\" T Grade15.multiply}\n addUserKnob {41 gamma_3 l \"ray gamma\" T Grade15.gamma}\n addUserKnob {7 thickness R -2 2}\n addUserKnob {41 multiply l softness T Grade9.multiply}\n addUserKnob {41 coneangle l \"cone angle\" T AngleControl.multiply}\n addUserKnob {26 _3 l \"\" +STARTLINE}\n addUserKnob {26 _6 l \"Spread Controls\"}\n addUserKnob {7 sdist l \"spread distance safe\" R 0.0001 1}\n sdist {{sdistn+0.000001}}\n addUserKnob {7 sdistn l \"spread distance\"}\n sdistn 0.185\n addUserKnob {7 ssize l \"spread angle\" R -2 2}\n addUserKnob {7 sthk l \"spread thickness\" R -2 2}\n addUserKnob {4 sfotype l \"spread falloff type\" M {linear exponential}}\n addUserKnob {41 gamma l \"\" -STARTLINE T Grade10.gamma}\n addUserKnob {26 \"\"}\n addUserKnob {6 boolean l \"Enable inner Flare\" +STARTLINE}\n boolean true\n addUserKnob {6 boolean_2 l \"enable glare\" +STARTLINE}\n boolean_2 true\n addUserKnob {6 boolean_1 l \"Crop convolve\" +STARTLINE}\n boolean_1 true\n }\n Reformat {\n inputs 0\n format \"1024 1024 0 0 1024 1024 1 square_1K\"\n box_width 2000\n filter Lanczos4\n name Reformat1\n xpos 716\n ypos -1000\n }\n Dot {\n name Dot7\n xpos 750\n ypos -937\n }\nset Na837ab0 [stack 0]\n Dot {\n name Dot8\n xpos -150\n ypos -937\n }\n Dot {\n name Dot10\n xpos -150\n ypos -421\n }\nset N19e29ea0 [stack 0]\n Dot {\n name Dot20\n xpos -150\n ypos 96\n }\nset Na839160 [stack 0]\n Dot {\n name Dot16\n xpos -150\n ypos 402\n }\nset Na83d980 [stack 0]\n Dot {\n name Dot9\n xpos -150\n ypos 550\n }\n Expression {\n temp_name0 centerx\n temp_expr0 width/2\n temp_name1 centery\n temp_expr1 height/2\n temp_name2 radius\n temp_expr2 (width/2)-10\n expr0 \"(radius - sqrt( pow2(x-centerx)+pow2(y-centery) ) ) / radius\"\n name Expression13\n xpos 26\n ypos 546\n }\npush $N1bbe4a90\n Dot {\n name Dot12\n xpos -17\n ypos -1090\n }\n Shuffle {\n red black\n green black\n blue black\n alpha black\n name Shuffle5\n label \"\\[value in]\"\n xpos -51\n ypos -1005\n }\n Dot {\n name Dot13\n xpos -17\n ypos -893\n }\nset Na81c980 [stack 0]\n Dot {\n name Dot14\n xpos -17\n ypos -510\n }\nset Na821520 [stack 0]\n Dot {\n name Dot6\n xpos -17\n ypos 174\n }\nset N8173a30 [stack 0]\n Dot {\n name Dot1\n xpos -17\n ypos 381\n }\nset N8234980 [stack 0]\n Dot {\n name Dot15\n xpos -17\n ypos 483\n }\n Expression {\n temp_name0 centerx\n temp_expr0 parent.MasterControl.center.x\n temp_name1 centery\n temp_expr1 parent.MasterControl.center.y\n temp_name2 radius\n temp_expr2 parent.MasterControl.radius\n temp_name3 sw\n temp_expr3 parent.MasterControl.scale.0\n expr0 \"(radius - sqrt( pow2((x-centerx)*(1/sw))+pow2((y-centery)*(1/parent.MasterControl.scale.1)) ) ) / radius\"\n name Expression8\n xpos 197\n ypos 478\n }\n Switch {\n inputs 2\n which {{parent.MasterControl.mode}}\n name Switch3\n xpos 197\n ypos 564\n }\n Grade {\n name Grade20\n xpos 197\n ypos 604\n }\nset N1abd7130 [stack 0]\n Expression {\n expr0 pow2(r)\n name Expression9\n xpos 117\n ypos 650\n }\n Dot {\n name Dot4\n label expo\n xpos 151\n ypos 691\n }\npush $N1abd7130\n Dot {\n name Dot37\n xpos 338\n ypos 650\n }\n Dot {\n name Dot5\n label linear\n xpos 338\n ypos 686\n }\n Switch {\n inputs 2\n which {{parent.MasterControl.fotype}}\n name Switch1\n xpos 201\n ypos 720\n }\n Grade {\n black_clamp false\n name Grade12\n xpos 201\n ypos 775\n }\n Shuffle {\n green red\n blue red\n alpha black\n name Shuffle8\n label \"\\[value in]\"\n xpos 201\n ypos 812\n }\n Dot {\n name Dot32\n xpos 235\n ypos 962\n }\nset N1b7cb4a0 [stack 0]\n Dot {\n name Dot41\n xpos 235\n ypos 1011\n }\npush $Na83d980\n Dot {\n name Dot39\n xpos 480\n ypos 402\n }\n Expression {\n temp_name0 centerx\n temp_expr0 512\n temp_name1 centery\n temp_expr1 512\n temp_name2 radius\n temp_expr2 parent.MasterControl.radius\n expr0 \"sqrt( pow2((x/width*1024)-centerx)+pow2((y/height*1024)-centery) )\"\n name Expression28\n xpos 446\n ypos 526\n }\n Expression {\n expr0 isnan(r)?0:1/(r*r)\n name Expression29\n xpos 446\n ypos 568\n }\n Merge2 {\n inputs 2\n operation multiply\n name Merge10\n xpos 446\n ypos 1007\n disable {{1-parent.MasterControl.focm}}\n }\n Dot {\n name Dot40\n xpos 480\n ypos 1070\n }\npush $N1b7cb4a0\npush $N8234980\n Dot {\n name Dot38\n xpos 608\n ypos 381\n }\n Expression {\n temp_name0 centerx\n temp_expr0 parent.MasterControl.center.x/width*1920\n temp_name1 centery\n temp_expr1 parent.MasterControl.center.y/height*1080\n temp_name2 sw\n temp_expr2 parent.MasterControl.scale.0\n temp_name3 sh\n temp_expr3 parent.MasterControl.scale.1\n expr0 \"sqrt( pow2(((x/width*1920)-centerx)*(1/sw))+pow2(((y/height*1080)-centery)*(1/sh)) )\"\n name Expression2\n xpos 574\n ypos 501\n }\n Expression {\n expr0 isnan(r)?0:1/(r*r)\n name Expression3\n xpos 574\n ypos 544\n }\n Merge2 {\n inputs 2\n operation multiply\n name Merge3\n xpos 574\n ypos 958\n disable {{1-parent.MasterControl.fo}}\n }\n Switch {\n inputs 2\n which {{parent.Switch3.which}}\n name Switch10\n xpos 574\n ypos 1066\n }\n Grade {\n multiply 1000\n black_clamp false\n name Grade1\n xpos 574\n ypos 1189\n }\n Clamp {\n maximum 2000\n name Clamp1\n xpos 574\n ypos 1237\n }\n Dot {\n name Dot21\n xpos 608\n ypos 1358\n }\nset N1bbe1990 [stack 0]\n Grade {\n black_clamp false\n name Grade4\n xpos -675\n ypos 1354\n }\npush $Na839160\n Dot {\n name Dot24\n xpos -656\n ypos 96\n }\n Dot {\n name Dot22\n xpos -1105\n ypos 96\n }\nset N1b8ade90 [stack 0]\n Dot {\n name Dot29\n xpos -1739\n ypos 186\n }\nset Na7f7730 [stack 0]\n Expression {\n temp_name0 centerx\n temp_expr0 width/2\n temp_name1 centery\n temp_expr1 height/2\n temp_name2 sw\n temp_expr2 parent.MasterControl.scale.0\n temp_name3 sh\n temp_expr3 parent.MasterControl.scale.1\n expr0 \"atan((x - centerx)*(1/sw) , (y - centery)*(1/sh))/pi\"\n name Expression24\n xpos -1691\n ypos 262\n }\n Expression {\n expr0 sqrt(pow2(r))\n name Expression25\n xpos -1691\n ypos 326\n }\n Grade {\n blackpoint 0.6\n name Grade11\n xpos -1691\n ypos 412\n }\npush $Na7f7730\n Expression {\n temp_name0 centerx\n temp_expr0 width/2\n temp_name1 centery\n temp_expr1 height/2\n temp_name2 sw\n temp_expr2 parent.MasterControl.scale.0\n temp_name3 sh\n temp_expr3 parent.MasterControl.scale.1\n expr0 \"(atan( (x - centerx)*(1/sw) , (-y -- centery)*(1/sh) )) / (pi*2)\"\n name Expression26\n xpos -1859\n ypos 254\n }\n Dot {\n name Dot33\n xpos -1825\n ypos 510\n }\npush $N1b8ade90\n Dot {\n name Dot25\n xpos -1105\n ypos 283\n }\nset N1b9fdc90 [stack 0]\n Expression {\n temp_name0 centerx\n temp_expr0 width/2\n temp_name1 centery\n temp_expr1 height/2\n expr0 \"atan(x - centerx , y - centery)/pi\"\n name Expression15\n xpos -1139\n ypos 451\n }\n Copy {\n inputs 2+1\n from0 rgba.red\n to0 rgba.red\n maskChannelMask rgba.red\n name Copy3\n xpos -1139\n ypos 500\n disable {{1-parent.NoiseControl.sfix}}\n }\n Dot {\n name Dot27\n xpos -1105\n ypos 552\n }\npush $N8173a30\n Dot {\n name Dot23\n xpos -935\n ypos 174\n }\nset N977fb90 [stack 0]\n Dot {\n name Dot28\n xpos -1351\n ypos 186\n }\nset N9784ac0 [stack 0]\n Expression {\n temp_name0 centerx\n temp_expr0 parent.MasterControl.center.x\n temp_name1 centery\n temp_expr1 parent.MasterControl.center.y\n temp_name2 sw\n temp_expr2 parent.MasterControl.scale.0\n temp_name3 sh\n temp_expr3 parent.MasterControl.scale.1\n expr0 \"atan((x - centerx)*(1/sw) , (y - centery)*(1/sh))/pi\"\n name Expression21\n xpos -1303\n ypos 258\n }\n Expression {\n expr0 sqrt(pow2(r))\n name Expression22\n xpos -1303\n ypos 308\n }\n Grade {\n blackpoint 0.6\n name Grade6\n xpos -1303\n ypos 355\n }\npush $N9784ac0\n Expression {\n temp_name0 centerx\n temp_expr0 parent.MasterControl.center.x\n temp_name1 centery\n temp_expr1 parent.MasterControl.center.y\n temp_name2 sw\n temp_expr2 parent.MasterControl.scale.0\n temp_name3 sh\n temp_expr3 parent.MasterControl.scale.1\n expr0 \"(atan( (x - centerx)*(1/sw) , (-y -- centery)*(1/sh) ) ) / (pi*2)\"\n name Expression23\n xpos -1474\n ypos 252\n }\n Dot {\n name Dot34\n xpos -1440\n ypos 428\n }\npush $N977fb90\n Expression {\n temp_name0 centerx\n temp_expr0 parent.MasterControl.center.x\n temp_name1 centery\n temp_expr1 parent.MasterControl.center.y\n temp_name2 sw\n temp_expr2 parent.MasterControl.scale.0\n temp_name3 sh\n temp_expr3 parent.MasterControl.scale.1\n expr0 \"atan((x - centerx)*(1/sw) , (y - centery)*(1/sh))/pi\"\n name Expression4\n xpos -969\n ypos 377\n }\n Copy {\n inputs 2+1\n from0 rgba.red\n to0 rgba.red\n maskChannelMask rgba.red\n name Copy2\n xpos -969\n ypos 418\n disable {{1-parent.NoiseControl.sfix}}\n }\n Switch {\n inputs 2\n which {{parent.Switch3.which}}\n name Switch5\n xpos -969\n ypos 548\n }\nset N1ca0e9b0 [stack 0]\npush $N1b9fdc90\n Expression {\n temp_name0 cx\n temp_expr0 width/2\n temp_name1 cy\n temp_expr1 height/2\n temp_name2 sw\n temp_expr2 parent.MasterControl.scale.0\n temp_name3 sh\n temp_expr3 parent.MasterControl.scale.1\n expr0 \"sqrt( pow2( ((x-cx)*(1/sw))/width ) + pow2( ((y-cy)*(1/sh))/width ) )\"\n name Expression16\n xpos -756\n ypos 408\n }\npush $N977fb90\n Dot {\n name Dot26\n xpos -612\n ypos 266\n }\n Expression {\n temp_name0 cx\n temp_expr0 parent.MasterControl.center.x\n temp_name1 cy\n temp_expr1 parent.MasterControl.center.y\n temp_name2 sw\n temp_expr2 parent.MasterControl.scale.0\n temp_name3 sh\n temp_expr3 parent.MasterControl.scale.1\n expr0 \"sqrt( pow2( ((x-cx)*(1/sw))/width ) + pow2( ((y-cy)*(1/sh))/width ) )\"\n name Expression19\n xpos -646\n ypos 408\n }\n Switch {\n inputs 2\n which {{parent.Switch3.which}}\n name Switch9\n xpos -646\n ypos 475\n }\n Copy {\n inputs 2\n from0 rgba.red\n to0 rgba.green\n name Copy1\n xpos -646\n ypos 542\n }\nset N1ca3f880 [stack 0]\n Expression {\n temp_name0 oct\n temp_expr0 parent.NoiseControl.octaves\n temp_name1 lac\n temp_expr1 parent.NoiseControl.lacunarity\n temp_name2 gain\n temp_expr2 parent.NoiseControl.gain\n temp_name3 y\n temp_expr3 ((parent.MasterControl.center.x/width)+(parent.MasterControl.center.y/height))*2*parent.NoiseControl.posspeed\n expr0 \"fBm((r)*parent.NoiseControl2.detail , y, parent.NoiseControl2.zoffset+3, oct, lac, gain)\"\n expr1 0\n expr2 0\n expr3 0\n name Expression20\n xpos -393\n ypos 604\n }\npush $N1ca3f880\n Expression {\n temp_name0 oct\n temp_expr0 parent.NoiseControl.octaves\n temp_name1 lac\n temp_expr1 parent.NoiseControl.lacunarity\n temp_name2 gain\n temp_expr2 parent.NoiseControl.gain\n temp_name3 y\n temp_expr3 ((parent.MasterControl.center.x/width)+(parent.MasterControl.center.y/height))*2*parent.NoiseControl.posspeed\n expr0 \"fBm((r-g)*parent.NoiseControl2.detail , y, parent.NoiseControl2.zoffset, oct, lac, gain)\"\n expr1 0\n expr2 0\n expr3 0\n name Expression18\n xpos -530\n ypos 607\n }\npush $N1ca3f880\n Expression {\n temp_name0 oct\n temp_expr0 parent.NoiseControl.octaves\n temp_name1 lac\n temp_expr1 parent.NoiseControl.lacunarity\n temp_name2 gain\n temp_expr2 parent.NoiseControl.gain\n temp_name3 y\n temp_expr3 ((parent.MasterControl.center.x/width)+(parent.MasterControl.center.y/height))*2*parent.NoiseControl.posspeed\n expr0 \"fBm((r+g)*parent.NoiseControl2.detail , y, parent.NoiseControl2.zoffset, oct, lac, gain)\"\n expr1 0\n expr2 0\n expr3 0\n name Expression17\n xpos -646\n ypos 610\n }\n Merge2 {\n inputs 2\n operation plus\n mix 0.5\n name Merge8\n xpos -605\n ypos 660\n }\n Merge2 {\n inputs 2\n operation plus\n mix 0.5\n name Merge9\n xpos -605\n ypos 709\n }\n Dot {\n name Dot35\n xpos -571\n ypos 781\n }\npush $N1ca0e9b0\n Expression {\n temp_name0 oct\n temp_expr0 parent.NoiseControl.octaves\n temp_name1 lac\n temp_expr1 parent.NoiseControl.lacunarity\n temp_name2 gain\n temp_expr2 parent.NoiseControl.gain\n temp_name3 y\n temp_expr3 ((parent.MasterControl.center.x/width)+(parent.MasterControl.center.y/width))*2*parent.NoiseControl.posspeed\n expr0 \"fBm(r*parent.NoiseControl.detail , y, parent.NoiseControl.zoffset, oct, lac, gain)\"\n name Expression14\n xpos -969\n ypos 623\n }\n Merge2 {\n inputs 2\n operation plus\n mix 0.5\n name Merge7\n xpos -969\n ypos 777\n }\n Grade {\n name Grade2\n xpos -969\n ypos 869\n }\n Merge2 {\n inputs 2\n operation multiply\n name Merge4\n xpos -969\n ypos 1354\n }\n Clamp {\n maximum 2000\n name Clamp2\n xpos -969\n ypos 1511\n }\n Shuffle {\n green red\n blue red\n alpha black\n name Shuffle7\n label \"\\[value in]\"\n xpos -969\n ypos 1576\n }\n Grade {\n multiply 0.4\n black_clamp false\n name Grade3\n xpos -969\n ypos 1635\n }\n Dot {\n name Dot30\n xpos -935\n ypos 1921\n }\npush $N1bbe1990\n Shuffle {\n green red\n blue red\n alpha black\n name Shuffle6\n label \"\\[value in]\"\n xpos 574\n ypos 1515\n }\n Grade {\n black_clamp false\n name Grade16\n xpos 574\n ypos 1588\n }\n Dot {\n name Dot31\n xpos 608\n ypos 1687\n }\npush $N1bbe1990\npush $N19e29ea0\n Expression {\n temp_name0 centerx\n temp_expr0 width/2\n temp_name1 centery\n temp_expr1 height/2\n temp_name2 spdist\n temp_expr2 (width/2-10)*parent.MasterControl.sdist\n expr0 \"(sqrt( pow2(x-centerx)+pow2(y-centery) ) -spdist ) / spdist\"\n name Expression11\n xpos 156\n ypos -377\n }\npush $Na821520\n Expression {\n temp_name0 centerx\n temp_expr0 parent.MasterControl.center.x\n temp_name1 centery\n temp_expr1 parent.MasterControl.center.y\n temp_name2 spdist\n temp_expr2 parent.MasterControl.radius*parent.MasterControl.sdist\n expr0 \"(sqrt( pow2((x-centerx)*(1/parent.MasterControl.scale.0))+pow2((y-centery)*(1/parent.MasterControl.scale.1)) ) -spdist ) / spdist\"\n name Expression6\n xpos 334\n ypos -403\n }\n Switch {\n inputs 2\n which {{parent.Switch3.which}}\n name Switch4\n xpos 334\n ypos -368\n }\n Grade {\n name Grade8\n xpos 334\n ypos -323\n }\nset N1cb59fe0 [stack 0]\n Expression {\n expr0 pow2(r)\n name Expression7\n xpos 254\n ypos -279\n }\n Dot {\n name Dot3\n label expo\n xpos 288\n ypos -241\n }\npush $N1cb59fe0\n Dot {\n name Dot2\n label linear\n xpos 440\n ypos -271\n }\n Switch {\n inputs 2\n which {{parent.MasterControl.sfotype}}\n name Switch7\n xpos 343\n ypos -206\n }\n Grade {\n black_clamp false\n name Grade10\n xpos 343\n ypos -172\n }\nset N1cb89e40 [stack 0]\n Grade {\n multiply {{parent.MasterControl.sthk}}\n black_clamp false\n name Grade13\n xpos 343\n ypos -117\n }\nset N1cb9a780 [stack 0]\npush $N1cb89e40\npush $Na837ab0\n Dot {\n name Dot42\n xpos 750\n ypos -822\n }\nset N1cbaaf30 [stack 0]\n Expression {\n temp_name0 centerx\n temp_expr0 width/2\n temp_name1 centery\n temp_expr1 height/2\n temp_name2 nr\n temp_expr2 parent.MasterControl.nr\n temp_name3 r\n temp_expr3 radians(parent.MasterControl.rotation)\n expr0 \"cos( (atan((x - centerx) , (y - centery))+r+(2*pi/nr)) *(nr/2))\"\n name Expression30\n xpos 730\n ypos -726\n }\npush $Na81c980\n Dot {\n name Dot36\n xpos 981\n ypos -893\n }\nset N1cbbdb90 [stack 0]\n Expression {\n temp_name0 centerx\n temp_expr0 parent.MasterControl.center.x\n temp_name1 centery\n temp_expr1 parent.MasterControl.center.y\n temp_name2 nr\n temp_expr2 parent.MasterControl.nr\n temp_name3 r\n temp_expr3 radians(parent.MasterControl.rotation)\n expr0 \"cos( (atan((x - centerx)*(1/parent.MasterControl.scale.0) , (y - centery)*(1/parent.MasterControl.scale.1))+r+(2*pi/nr)) * (nr/2))\"\n name Expression12\n xpos 1026\n ypos -809\n }\n Switch {\n inputs 2\n which {{parent.Switch3.which}}\n name Switch11\n xpos 1026\n ypos -658\n }\n Expression {\n temp_name0 ca\n temp_expr0 parent.MasterControl.coneangle\n expr0 ((r-1)*ca*pi)+1\n name Expression32\n xpos 1026\n ypos -588\n }\n Copy {\n inputs 2\n from0 rgba.red\n to0 rgba.green\n name Copy6\n xpos 1026\n ypos -110\n }\n Expression {\n temp_name0 ca\n temp_expr0 parent.MasterControl.ssize*-1\n expr0 ((r-1)*(ca*g+1))+1\n expr1 0\n name Expression34\n xpos 1026\n ypos -21\n }\n Merge2 {\n inputs 2\n operation plus\n name Merge14\n xpos 1026\n ypos 37\n }\n Grade {\n blackpoint {{Grade9.blackpoint}}\n blackpoint_panelDropped {{Grade9.blackpoint_panelDropped}}\n whitepoint {{Grade9.whitepoint}}\n whitepoint_panelDropped {{Grade9.whitepoint_panelDropped}}\n black {{Grade9.black}}\n black_panelDropped {{Grade9.black_panelDropped}}\n white {{Grade9.white}}\n white_panelDropped {{Grade9.white_panelDropped}}\n multiply {{Grade9.multiply}}\n multiply_panelDropped {{Grade9.multiply_panelDropped}}\n add {{Grade9.add}}\n add_panelDropped {{Grade9.add_panelDropped}}\n gamma {{Grade9.gamma}}\n gamma_panelDropped {{Grade9.gamma_panelDropped}}\n reverse {{Grade9.reverse}}\n black_clamp {{Grade9.black_clamp}}\n white_clamp {{Grade9.white_clamp}}\n inject {{Grade9.inject}}\n invert_mask {{Grade9.invert_mask}}\n fringe {{Grade9.fringe}}\n process_mask {{Grade9.process_mask}}\n invert_unpremult {{Grade9.invert_unpremult}}\n enable_mix_luminance {{Grade9.enable_mix_luminance}}\n mix_luminance {{Grade9.mix_luminance}}\n mix {{Grade9.mix}}\n name Grade19\n xpos 1026\n ypos 116\n }\n Merge2 {\n inputs 2\n operation multiply\n name Merge2\n xpos 1046\n ypos 1309\n }\n Grade {\n name Grade5\n label \"odd ray grade\"\n xpos 1046\n ypos 1372\n }\npush $N1bbe1990\npush $N1cb9a780\npush $N1cb89e40\npush $N1cbaaf30\n Expression {\n temp_name0 centerx\n temp_expr0 width/2\n temp_name1 centery\n temp_expr1 height/2\n temp_name2 nr\n temp_expr2 parent.MasterControl.nr\n temp_name3 r\n temp_expr3 radians(parent.MasterControl.rotation)\n expr0 \"cos( (atan((x - centerx) , (y - centery))+r) * (nr/2))\"\n name Expression1\n xpos 564\n ypos -716\n }\npush $N1cbbdb90\n Expression {\n temp_name0 centerx\n temp_expr0 parent.MasterControl.center.x\n temp_name1 centery\n temp_expr1 parent.MasterControl.center.y\n temp_name2 nr\n temp_expr2 parent.MasterControl.nr\n temp_name3 r\n temp_expr3 radians(parent.MasterControl.rotation)\n expr0 \"cos( (atan((x - centerx)*(1/parent.MasterControl.scale.0) , (y - centery)*(1/parent.MasterControl.scale.1))+r) * (nr/2))\"\n name Expression5\n xpos 838\n ypos -807\n }\n Switch {\n inputs 2\n which {{parent.Switch3.which}}\n name Switch8\n xpos 838\n ypos -653\n }\n Expression {\n temp_name0 ca\n temp_expr0 parent.MasterControl.coneangle\n expr0 ((r-1)*ca*pi)+1\n name Expression31\n xpos 838\n ypos -583\n }\n Copy {\n inputs 2\n from0 rgba.red\n to0 rgba.green\n name Copy5\n xpos 838\n ypos -178\n }\n Expression {\n temp_name0 ca\n temp_expr0 parent.MasterControl.ssize*-1\n expr0 ((r-1)*(ca*g+1))+1\n expr1 0\n name Expression33\n xpos 838\n ypos -89\n }\n Merge2 {\n inputs 2\n operation plus\n name Merge13\n xpos 838\n ypos -33\n }\n Grade {\n add {{parent.MasterControl.thickness}}\n white_clamp true\n name Grade9\n xpos 838\n ypos 81\n }\n Merge2 {\n inputs 2\n operation multiply\n name Merge1\n xpos 838\n ypos 1354\n }\n Merge2 {\n inputs 2\n operation max\n name Merge11\n selected true\n xpos 923\n ypos 1444\n }\n Shuffle {\n green red\n blue red\n alpha black\n name Shuffle1\n label \"\\[value in]\"\n xpos 923\n ypos 1510\n }\n Grade {\n black_clamp false\n name Grade15\n xpos 923\n ypos 1592\n }\n Merge2 {\n inputs 2\n operation plus\n name Merge6\n xpos 923\n ypos 1683\n disable {{1-parent.MasterControl.boolean}}\n }\n Merge2 {\n inputs 2\n operation plus\n name Merge5\n xpos 923\n ypos 1917\n disable {{1-parent.MasterControl.boolean_2}}\n }\n Shuffle {\n alpha black\n name Shuffle2\n label \"\\[value in]\"\n xpos 923\n ypos 2293\n }\n Grade {\n black_clamp false\n name Grade14\n xpos 923\n ypos 2637\n }\n Dot {\n name Dot17\n xpos 957\n ypos 2874\n }\nset N1cd39ac0 [stack 0]\n Transform {\n scale {{parent.Reformat3.scale.0} {parent.Reformat3.scale.1}}\n center {{width/2} {height/2}}\n filter Mitchell\n name Transform1\n label scale\n xpos 1096\n ypos 2864\n }\n Reformat {\n type scale\n scale {1 1}\n resize none\n filter Lanczos4\n name Reformat3\n label \"scale format\"\n xpos 1221\n ypos 2864\n }\n Reformat {\n type scale\n scale {{parent.MasterControl.radius/200}}\n filter Lanczos4\n name Reformat2\n label radius\n xpos 1338\n ypos 2864\n }\n Shuffle {\n alpha white\n name Shuffle4\n label \"\\[value in]\"\n xpos 1448\n ypos 2864\n }\nset N1cd6b030 [stack 0]\npush $N1cd6b030\n Shuffle {\n alpha white\n name Shuffle10\n label \"\\[value in]\"\n xpos 1552\n ypos 2864\n disable {{parent.togglefix}}\n }\n Grade {\n multiply 1e-05\n black_clamp false\n name Grade17\n label normalize\n xpos 1662\n ypos 2864\n }\npush $N1bbe95b0\n Shuffle {\n alpha white\n name Shuffle3\n label \"\\[value in]\"\n xpos 1792\n ypos 2574\n }\n Convolve2 {\n inputs 2\n channels rgba\n filter_channel rgba.red\n use_input_channels true\n normalize false\n name Convolve1\n xpos 1792\n ypos 2870\n }\n Shuffle {\n alpha black\n name Shuffle9\n label \"\\[value in]\"\n xpos 1792\n ypos 2919\n }\n Crop {\n box {0 0 {input.width} {input.height}}\n name Crop1\n xpos 1792\n ypos 2993\n disable {{1-parent.MasterControl.boolean_1}}\n }\npush $N1cd39ac0\n Switch {\n inputs 3\n which {{parent.Switch3.which}}\n name Switch2\n xpos 1380\n ypos 3232\n }\n Output {\n name Output1\n xpos 1380\n ypos 3336\n }\n StickyNote {\n inputs 0\n name StickyNote1\n label \" create rays \"\n note_font_size 40\n xpos 1188\n ypos -730\n }\n StickyNote {\n inputs 0\n name StickyNote2\n label \" spread \"\n note_font_size 40\n xpos 1168\n ypos -103\n }\n StickyNote {\n inputs 0\n name StickyNote3\n label \" create glow \"\n note_font_size 40\n xpos 642\n ypos 592\n }\n StickyNote {\n inputs 0\n name StickyNote5\n label \" falloff to zero \"\n note_font_size 40\n xpos 117\n ypos 1047\n }\n StickyNote {\n inputs 0\n name StickyNote6\n label \" convolve \"\n note_font_size 40\n xpos 1557\n ypos 2747\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_FractalBlur.gizmo", "content": "set cut_paste_input [stack 0]\npush $cut_paste_input\nGroup {\n name FractalBlur\n selected true\n addUserKnob {20 User}\n addUserKnob {4 output l Output M {rgba alpha}}\n output alpha\n addUserKnob {26 \"\"}\n addUserKnob {7 FractalBlur_UserDilate l Spread R 0 200}\n addUserKnob {7 FractalBlur_UserGrainSize l \"Grain Size\" R 0 100}\n FractalBlur_UserGrainSize 20\n addUserKnob {7 FractalBlur_UserContrast l Contrast}\n addUserKnob {7 FractalBlur_UserGamma l Gamma R 0 5}\n FractalBlur_UserGamma 1\n addUserKnob {6 FractalBlur_UserBlackWhite l \"Make black and white\" +STARTLINE}\n addUserKnob {7 FractalBlur_UserThreshold l Threshold}\n addUserKnob {6 FractalBlur_UserBW l \"Clamp output\" +STARTLINE}\n FractalBlur_UserBW true\n addUserKnob {26 \"\"}\n addUserKnob {7 FractalBlur_UserGrainEvolve l \"Grain Evolution\" t \"Keyframe this value to animate the grain\" R 0 10}\n FractalBlur_UserGrainEvolve 1\n addUserKnob {26 \"\"}\n addUserKnob {26 instructions l \"\" +STARTLINE T \"Plug a texture into Input2 to use that instead of noise\"}\n addUserKnob {26 \"\"}\n addUserKnob {26 FractalBlur_Credit l \"\" +STARTLINE T \"Fractal Blur v1.9 by Richard Frazer - www.richardfrazer.com\\nmod-v1 by Holger Hummel - www.celluloid-vfx.com\"}\n}\n Input {\n inputs 0\n name TEXTURE\n selected true\n xpos 1874\n ypos -423\n number 1\n }\n Dot {\n name Dot2\n selected true\n xpos 1908\n ypos -118\n }\nset Ne7325c0 [stack 0]\n Input {\n inputs 0\n name ALPHA\n selected true\n xpos 1249\n ypos -506\n }\n Dot {\n name Dot4\n selected true\n xpos 1283\n ypos -413\n }\nset N12b7dd80 [stack 0]\n Dot {\n name Dot3\n selected true\n xpos 1550\n ypos -370\n }\nset N12b69400 [stack 0]\n Dot {\n name Dot1\n selected true\n xpos 1748\n ypos -370\n }\n Shuffle {\n red black\n green black\n blue black\n alpha black\n name Shuffle10\n selected true\n xpos 1714\n ypos -255\n }\n Noise {\n cliptype none\n size {{\"\\[value FractalBlur_UserGrainSize]\" i}}\n zoffset {{\"\\[value FractalBlur_UserGrainEvolve]\" i}}\n center {1024 778}\n name Noise1\n selected true\n xpos 1714\n ypos -166\n }\nset Nb6e7c90 [stack 0]\n Switch {\n inputs 2\n which {{\"\\[exists parent.input1]\"}}\n name Switch3\n selected true\n xpos 1714\n ypos -122\n }\n Invert {\n name Invert4\n selected true\n xpos 1714\n ypos -72\n }\npush $N12b69400\n Shuffle {\n red alpha\n green alpha\n blue alpha\n name Shuffle1\n selected true\n xpos 1516\n ypos -333\n }\n Blur {\n size {{\"\\[value FractalBlur_UserDilate]\" i x101 0}}\n name Blur1\n selected true\n xpos 1516\n ypos -283\n }\n FilterErode {\n channels rgba\n size {{\"(-\\[value FractalBlur_UserDilate])/2\" i x1 0}}\n filter gaussian\n name FilterErode7\n selected true\n xpos 1516\n ypos -216\n }\n Dot {\n name Dot10\n selected true\n xpos 1550\n ypos -133\n }\nset N12ea2320 [stack 0]\n Merge2 {\n inputs 2\n operation minus\n name Merge2\n selected true\n xpos 1660\n ypos -6\n }\n Invert {\n name Invert3\n selected true\n xpos 1660\n ypos 37\n }\npush $N12ea2320\n Merge2 {\n inputs 2\n operation multiply\n name Merge13\n selected true\n xpos 1516\n ypos 72\n }\nset N12ea7d20 [stack 0]\n Clamp {\n name Clamp1\n selected true\n xpos 1408\n ypos 116\n }\n Grade {\n channels rgba\n blackpoint {{FractalBlur_UserThreshold i}}\n whitepoint {{FractalBlur_UserThreshold i}}\n name Grade1\n selected true\n xpos 1408\n ypos 195\n }\npush $N12ea7d20\n Switch {\n inputs 2\n which {{FractalBlur_UserBlackWhite i x47 1}}\n name Switch1\n selected true\n xpos 1516\n ypos 249\n }\n Grade {\n channels rgba\n blackpoint {{FractalBlur_UserContrast}}\n whitepoint {{1-FractalBlur_UserContrast}}\n gamma {{FractalBlur_UserGamma x101 0.985}}\n black_clamp false\n name Grade5\n selected true\n xpos 1516\n ypos 329\n }\nset N13100180 [stack 0]\n Clamp {\n name Clamp2\n selected true\n xpos 1426\n ypos 394\n }\npush $N13100180\n Switch {\n inputs 2\n which {{FractalBlur_UserBW x47 0}}\n name Switch2\n selected true\n xpos 1516\n ypos 466\n }\n Dot {\n name Dot6\n selected true\n xpos 1550\n ypos 545\n }\nset N12ef6c40 [stack 0]\n Shuffle {\n red alpha\n green alpha\n blue alpha\n name Shuffle2\n selected true\n xpos 1516\n ypos 619\n }\npush $N12ef6c40\npush $N12b7dd80\n ShuffleCopy {\n inputs 2\n name ShuffleCopy1\n selected true\n xpos 1249\n ypos 575\n }\n Dot {\n name Dot5\n selected true\n xpos 1283\n ypos 636\n }\n Switch {\n inputs 2\n which {{parent.output}}\n name Switch5\n selected true\n xpos 1516\n ypos 751\n }\n Output {\n name Output1\n selected true\n xpos 1516\n ypos 851\n }\npush $Ne7325c0\npush $Nb6e7c90\n Switch {\n inputs 2\n which {{parent.altInput}}\n name Switch4\n selected true\n xpos 1874\n ypos -65\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_FrameFiller.gizmo", "content": "Group {\n name FrameFiller\n onCreate \"\\nthisGRP = nuke.thisGroup()\\nlogKnobs = \\['vectorDetailLocal','smoothnessLocal','vectorDetailReg','strengthReg']\\nfor knob in logKnobs :\\n thisGRP\\[knob].setFlag(0x00000004)\\n\"\n tile_color 0x7f6a3fff\n addUserKnob {20 tab_general l General}\n addUserKnob {6 use_gpu l \"Use GPU if available\" t \"Select this to render on the Local GPU, if available.\\n\\nYou can select this even if no GPU is currently available on your machine. The GPU will then be used whenever the script is opened on a machine which does have a GPU available. You should also select this if you wish to render from the command line with the --gpu option.\\n\\nIf this node requires full frames from its inputs, and is therefore unable to reduce its memory overhead, it will fall back to the CPU if an attempt to render a frame on the GPU fails due to lack of memory. When this occurs, a warning message will be printed to the console.\" +STARTLINE}\n addUserKnob {26 \"\"}\n addUserKnob {41 channels l Channels t \"The effect is applied only to these channels\" T menu02.retimedChannels}\n addUserKnob {1 fixframes l \"frame(s) to fix\" t \"Fill in the frame(s) need to be generate. Support single frame, multiply frames, and multiply frames in a row.\\n\\nWritten format :\\nseparate multiply frames with ',' or join multiply frames with '-'\\ne.g. 1010,1012,1013,1014,1020\\ne.g. 1010,1012-1014,1020\\neither format work.\"}\n addUserKnob {22 detect_from_read l \"Detect from Read\" t \"Detect missing frame from the file path provided from Read node and auto fill in 'frame(s) to fix' knob.\\n\\nThis function will check the file system, and only works when Read node connect directly. Any nodes in between this node and Read node will not work.\" -STARTLINE T \"thisGRP = nuke.thisGroup()\\ngoStore = nuke.toNode('store')\\ngoStore\\['fn'].execute()\\n\\nif thisGRP.dependencies()\\[0].Class() == 'Read' :\\n\\tfilepath = nuke.os.path.split( thisGRP.dependencies()\\[0]\\['file'].value() )\\n\\ttry :\\n\\t\\tfileformat = \\[ filepath\\[1].split('%0')\\[0] , filepath\\[1].split('%0')\\[1]\\[2:] ]\\n\\n\\t\\tavailframes = \\[]\\n\\t\\tfor file in nuke.os.listdir( filepath\\[0] ) :\\n\\t\\t\\tif file\\[:len(fileformat\\[0])] == fileformat\\[0] and file\\[-len(fileformat\\[1]):] == fileformat\\[1] :\\n\\t\\t\\t\\tavailframes.append( int(file\\[len(fileformat\\[0]) : -len(fileformat\\[1]):]) )\\n\\t\\tavailframes.sort()\\n\\n\\t\\tmissingframes = \\[]\\n\\n\\t\\tfor frame in range( availframes\\[0], availframes\\[-1:]\\[0] + 1 , 1 ) :\\n\\t\\t\\tif frame not in availframes :\\n\\t\\t\\t\\tmissingframes.append( str(frame) )\\n\\n\\t\\tstage01 = dataReconcile( missingframes )\\n\\t\\tstage02 = seqConvert( stage01\\[1] )\\n\\t\\tmissingData = \\[str(i) for i in stage01\\[0]]\\n\\n\\t\\tfor key,value in stage02.items() :\\n\\t\\t\\tmissingData.append( '\\{0\\}-\\{1\\}'.format(str(key),str(key+value-1)) )\\n\\t\\tmissingData.sort()\\n\\t\\t\\n\\t\\tthisGRP\\['fixframes'].setValue( ','.join( missingData ) )\\n\\texcept IndexError :\\n\\t\\tnuke.message('File path is not a sequence.

Process denied...')\\nelse :\\n\\tnuke.message('This function only works with Read node connect to FrameFiller directly.')\"}\n addUserKnob {22 generate l Generate t \"Generate the frame interpolation setup inside this tool. 'frame(s) to fix' define which frame(s) need to be generate.\\n\\nAfter that, 'frame(s) to fix' will be locked. Hit 'Reset' to clean up internal generated setup and unlock 'frame(s) to fix' knob.\" T \"thisGRP = nuke.thisGroup()\\ngoStore = nuke.toNode('store')\\ngoStore\\['fn'].execute()\\n\\n##########\\n\\nfframes = thisGRP\\['fixframes'].value().replace(' ','').split(',')\\n\\nif len(fframes\\[0]) :\\n\\tstage01 = dataReconcile( fframes )\\n\\tlastNode = nuke.toNode('dot_start')\\n\\n\\tif len(stage01\\[0]) :\\n\\t\\tsingleFrame = stage01\\[0]\\n\\t\\tlastNode = gen(singleFrame , 1 , lastNode)\\n\\n\\tif len(stage01\\[1]) :\\n\\t\\tmultData = seqConvert( stage01\\[1] )\\n\\t\\tfor key,value in multData.items() :\\n\\t\\t\\tlastNode = gen( \\[key] , value , lastNode)\\n\\n\\tnuke.toNode('dot_end').setInput(0, lastNode)\\n\\n\\tthisGRP\\['fixframes'].setEnabled(False)\\n\\tthisGRP\\['detect_from_read'].setEnabled(False)\\nelse :\\n\\tnuke.message(\\\"No frame provided.

Access denied...\\\")\" +STARTLINE}\n addUserKnob {22 reset l Reset t \"Remove all internal setup and unlock 'frame(s) to fix' knob.\" -STARTLINE T \"base = \\['menu02', 'menu01', 'Output1', 'dot_end', 'dot_start', 'input', 'BackdropNode2', 'BackdropNode1','store']\\nfor node in nuke.allNodes() :\\n\\tif node.name() not in base :\\n\\t\\tnuke.delete( node )\\nnuke.thisGroup()\\['fixframes'].setEnabled(True)\\nnuke.thisGroup()\\['detect_from_read'].setEnabled(True)\"}\n addUserKnob {26 \"\"}\n addUserKnob {7 subframeBias l \"subframe(s) bias\" t \"Balance pre-frame and post frame ratio.\\n\\n0.5 is the averge of 2 existing frames\\n0.0 bias to pre-frame\\n1.0 bias to post-frame\\n\\nThis value clamp to 0-1\"}\n subframeBias 0.5\n addUserKnob {41 motionEstimation l Motion t \"Choose the motion estimation method.\\n\\n\\nRegularized - calculates motion in a semi-global way, providing more consistent regions in the vector fields.\\nLocal - calculates motion by performing local block matching. This can sometimes lead to fragmentation in the vector fields. This is the legacy method used by previous versions of Kronos.\" T menu01.motionEstimation}\n addUserKnob {7 vectorDetailLocal l \"Vector Detail\" t \"Use this to adjust the density of the calculated motion vector field. Higher detail picks up finer movement but will take longer to calculate.\" +HIDDEN R 0.01 1}\n vectorDetailLocal 0.2\n addUserKnob {7 smoothnessLocal l Smoothness t \"A high smoothness will miss local detail, but is less likely to create spurious vectors.\" +HIDDEN R 0.01 1}\n smoothnessLocal 0.5\n addUserKnob {7 vectorDetailReg l \"Vector Detail\" t \"Use this to adjust the density of the calculated motion vector field. Higher detail picks up finer movement but will take longer to calculate.\" R 0.01 1}\n vectorDetailReg 0.3\n addUserKnob {7 strengthReg l Strength t \"Match strength.\" R 0 5}\n strengthReg 1.5\n addUserKnob {4 resampleType l Filter t \"Choose the image resampling type.\" M {Bilinear Lanczos4 Lanczos6 \"\"}}\n addUserKnob {20 grp_shutter l Shutter n 1}\n grp_shutter 0\n addUserKnob {3 shutterSamples l \"Shutter Samples\" t \"How many in-between images to average together for the motion blur.\"}\n shutterSamples 1\n addUserKnob {7 shutterTime l \"Shutter Time\" t \"Sets the equivalent shutter time of the retimed sequence.\" R 0 10}\n addUserKnob {20 endGroup n -1}\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T 1.2}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2021-03-18}\n addUserKnob {22 btn_CHANGELOG l Changelog T \"log = \\\"1.2
- compatiable with python3
  (remove range command)
- added error message if input read is not a sequence

1.1
- fix the bug of the code that
  when input frame seq withtout single frame to fix.

1.0
- framefiller to fill up missing frame with frame interpolation method
- support multiply frames
- support more than one broken frames in a row\\\"\\nnuke.message( log )\" +STARTLINE}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n}\n BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0xff\n label \"dont touch\"\n note_font_size 42\n xpos -648\n ypos 15\n bdwidth 234\n bdheight 160\n }\n BackdropNode {\n inputs 0\n name BackdropNode2\n tile_color 0x4c4c4cff\n label bin\n note_font_size 42\n xpos -370\n ypos 18\n bdwidth 181\n bdheight 242\n }\n Input {\n inputs 0\n name input\n xpos 14\n ypos 2\n }\n Dot {\n name dot_start\n tile_color 0xff00ff\n xpos 48\n ypos 93\n }\n Dot {\n name dot_end\n tile_color 0xff0000ff\n xpos 48\n ypos 434\n }\n Output {\n name Output1\n xpos 14\n ypos 522\n }\n NoOp {\n inputs 0\n name menu01\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nknobs = \\['vectorDetailLocal','smoothnessLocal','vectorDetailReg','strengthReg']\\nmotionBool = False\\nif thisGRP\\['motionEstimation'].value() == 'Local' :\\n motionBool = True \\nfor i in range(len(knobs)) :\\n if i<2 :\\n thisGRP\\[knobs\\[i]].setVisible( motionBool )\\n else :\\n thisGRP\\[knobs\\[i]].setVisible( not motionBool )\\n\"\n xpos -568\n ypos 99\n addUserKnob {20 User}\n addUserKnob {4 motionEstimation l Motion t \"Choose the motion estimation method.\\n\\n\\nRegularized - calculates motion in a semi-global way, providing more consistent regions in the vector fields.\\nLocal - calculates motion by performing local block matching. This can sometimes lead to fragmentation in the vector fields. This is the legacy method used by previous versions of Kronos. \" M {Regularized Local}}\n }\n OFlow2 {\n inputs 0\n useGPUIfAvailable false\n name menu02\n xpos -314\n ypos 103\n }\n NoOp {\n inputs 0\n name store\n xpos -313\n ypos 177\n addUserKnob {20 User}\n addUserKnob {22 fn T \"def dataReconcile( _listOfSTR ) :\\n\\tsingleFrame = \\[]\\n\\tmultFrames = \\[]\\n\\tinputErrorDetect = False\\n\\n\\tfor i in _listOfSTR :\\n\\t\\tif i.find('-') > 0 :\\n\\t\\t\\tif int(i.split('-')\\[1]) < int(i.split('-')\\[0]) :\\n\\t\\t\\t\\tinputErrorDetect = True\\n\\t\\t\\telse :\\n\\t\\t\\t\\tfor j in range( int(i.split('-')\\[0]) , int(i.split('-')\\[1])+1 , 1 ) :\\n\\t\\t\\t\\t\\tmultFrames.append( j )\\n\\t\\telse :\\n\\t\\t\\ttry :\\n\\t\\t\\t\\ti = int(i)\\n\\t\\t\\t\\tcheck = 0\\n\\t\\t\\t\\tcount = 1\\n\\t\\t\\t\\tmultDetect = False\\n\\t\\t\\t\\twhile check < 1 :\\n\\t\\t\\t\\t\\tif str(i+count) in _listOfSTR :\\n\\t\\t\\t\\t\\t\\tmultDetect = True\\n\\t\\t\\t\\t\\t\\tif (i+count-1) not in multFrames :\\n\\t\\t\\t\\t\\t\\t\\tmultFrames.append( i+count-1 )\\n\\t\\t\\t\\t\\telse :\\n\\t\\t\\t\\t\\t\\tif multDetect == True :\\n\\t\\t\\t\\t\\t\\t\\tif (i+count-1) not in multFrames :\\n\\t\\t\\t\\t\\t\\t\\t\\tmultFrames.append( i+count-1 )\\n\\t\\t\\t\\t\\t\\telse :\\n\\t\\t\\t\\t\\t\\t\\tif i not in multFrames :\\n\\t\\t\\t\\t\\t\\t\\t\\tsingleFrame.append( i )\\n\\t\\t\\t\\t\\t\\tcheck = 10\\n\\t\\t\\t\\t\\tcount += 1\\n\\t\\t\\texcept :\\n\\t\\t\\t\\tpass\\n\\n\\tsingleFrame.sort()\\n\\tmultFrames.sort()\\n\\n\\treturn ( singleFrame , multFrames )\\n\\n##########\\n\\ndef seqConvert( _multFList ) :\\n\\tdump = \\[]\\n\\tmultData = \\{\\}\\n\\tif len(_multFList) :\\n\\t\\tfor i in _multFList :\\n\\t\\t\\tcheck = 0\\n\\t\\t\\tcount = 0\\n\\t\\t\\ttemp = \\[]\\n\\t\\t\\twhile check < 1 :\\n\\t\\t\\t\\tif i+count in _multFList :\\n\\t\\t\\t\\t\\tif i+count not in dump :\\n\\t\\t\\t\\t\\t\\ttemp.append( i+count )\\n\\t\\t\\t\\t\\t\\tdump .append( i+count )\\n\\t\\t\\t\\telse :\\n\\t\\t\\t\\t\\tcheck = 10\\n\\t\\t\\t\\tcount += 1\\n\\t\\t\\tif len(temp) :\\n\\t\\t\\t\\tmultData\\[temp\\[0]] = len(temp)\\n\\n\\treturn multData\\n\\n##########\\n\\ndef gen( _list , _steps , _stNode ) :\\n\\tstart = _stNode\\n\\n\\tfor i in range(len(_list)) :\\n\\t\\tsuffix = str(_list\\[i])\\n\\n\\t\\tdot = nuke.nodes.Dot( name='dot_\\{0\\}'.format(suffix) , inputs=\\[start] )\\n\\n\\t\\ttw = nuke.nodes.TimeWarp( name='tw_\\{0\\}'.format(suffix) , inputs=\\[dot] )\\n\\t\\ttw\\['lookup'].clearAnimated()\\n\\t\\ttw\\['lookup'].setExpression( 'frame>=\\{0\\} ? frame+\\{1\\} : frame'.format(suffix,_steps) )\\n\\n\\t\\tkro = nuke.nodes.Kronos( name='kro_\\{0\\}'.format(suffix) , \\n\\t\\t\\t\\t\\t\\t\\t\\t interpolation='Motion' ,\\n\\t\\t\\t\\t\\t\\t\\t\\t timing2='Frame' ,\\n\\t\\t\\t\\t\\t\\t\\t\\t inputs=\\[tw] )\\n\\t\\tkro\\['useGPUIfAvailable'].setExpression( 'parent.use_gpu' )\\n\\t\\tkro\\['retimedChannels'].setExpression( 'menu02.retimedChannels' )\\n\\t\\tkro\\['timingFrame2'].setExpression( '\\{0\\}-1+1/(\\{1\\}+1)*(frame-(\\{0\\}-1))*(parent.subframeBias/0.5)'.format(suffix,_steps) )\\n\\t\\tkro\\['motionEstimation'].setExpression( 'parent.motionEstimation' )\\n\\t\\tkro\\['vectorDetailLocal'].setExpression( 'parent.vectorDetailLocal' )\\n\\t\\tkro\\['smoothnessLocal'].setExpression( 'parent.smoothnessLocal' )\\n\\t\\tkro\\['vectorDetailReg'].setExpression( 'parent.vectorDetailReg' )\\n\\t\\tkro\\['strengthReg'].setExpression( 'parent.strengthReg' )\\n\\t\\tkro\\['resampleType'].setExpression( 'parent.resampleType' )\\n\\t\\tkro\\['shutterSamples'].setExpression( 'parent.shutterSamples' )\\n\\t\\tkro\\['shutterTime'].setExpression( 'parent.shutterTime' )\\n\\n\\t\\tsw = nuke.nodes.Switch( name='sw_\\{0\\}'.format(suffix) , inputs=\\[dot, kro] )\\n\\t\\tif _steps == 1 :\\n\\t\\t\\tsw\\['which'].setExpression( 'frame==\\{0\\} ? 1 : 0'.format(suffix) )\\n\\t\\telse :\\n\\t\\t\\tsw\\['which'].setExpression( 'frame>=\\{0\\}&&frame<\\{0\\}+\\{1\\} ? 1 : 0'.format(suffix,_steps) )\\n\\n\\t\\tstart = sw\\n\\n\\treturn sw\\n\\n##########\" +STARTLINE}\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_FrameHoldSpecial.gizmo", "content": "Group {\n name FrameHold_special\n knobChanged \"\\nnk = nuke.thisNode()\\nk = nuke.thisKnob()\\ntype=nk\\['type']\\npause=nk\\['pause']\\nif (k.name() in \\['pause', 'first', 'last','type'] ):\\n if(type.getValue() == 0):\\n nk.knob('pause').setVisible(False)\\n else:\\n nk.knob('pause').setVisible(True)\\n if(pause.getValue() == 0 or type == 1):\\n nk.knob('message').setVisible(False)\\n else:\\n nk.begin()\\n offset = int(nuke.toNode('TimeOffset1')\\['time_offset'].getValue())\\n first_frame = int(nuke.toNode('FrameRange_input')\\['first_frame'].getValue())\\n last_frame = int(nuke.toNode('FrameRange_input')\\['last_frame'].getValue()) + offset\\n nk.end()\\n\\n nk.knob('message').setValue('Now your new Frame Range is: ' + str(first_frame) + ' - ' + str(last_frame))\\n nk.knob('message').setVisible(True)\\n\"\n tile_color 0xb0a254ff\n label \"(frame \\[value knob.frame_hold])\"\n lifetimeStart 1\n lifetimeEnd 100\n addUserKnob {20 FrameHold}\n addUserKnob {3 frame_hold l \"Frame Hold\"}\n frame_hold 1001\n addUserKnob {22 current_frame l \"Current frame\" -STARTLINE T nuke.thisNode().knob('frame_hold').setValue(nuke.frame())}\n addUserKnob {26 \"\"}\n addUserKnob {4 type l \"Hold this frame:\" t \"- Always: it's the classic FrameHold\\n- Range: specify the FrameRange in the textfields. You can pause the original plate and play it again after the FrameHold.\" M {Always Range \"\" \"\"}}\n type Range\n addUserKnob {3 first l Range}\n first 1005\n addUserKnob {3 last l \"\" -STARTLINE}\n last 1010\n addUserKnob {6 pause l \"continue plate after Framehold\" t \"If checked, the plate will restart from the frame after the Framehold. \" +STARTLINE}\n addUserKnob {26 message l \"\" +STARTLINE +HIDDEN T \"Now your new Frame Range is: 1 - 106\"}\n addUserKnob {26 \"\"}\n addUserKnob {26 email l \"\" -STARTLINE T \"FrameHold Special v2.3
\\nby Andrea Geremia
\\n
\\nandrea.geremia89@gmail.com
\\nwww.andreageremia.it\"}\n addUserKnob {22 explanation l ? T \"nuke.message(\\\"This FrameHold node is has something more compared to the classic one:\\\\n - You can set the frame range when the Framehold works, without using other nodes or animate keyframes\\\\n - Plus, you can continue the plate after the Frame Hold\\\\n\\\\n - EXAMPLE: FrameHold: 1005\\\\n - Range: 1005 - 1010\\\\n - if you NOT continue: at frame 1011 will switch back to the plate, so at the frame 1011\\\\n - if you continue: at the frame 1011 will restart from 1005, frame 1011 will be 1006 and so on.\\\")\" +STARTLINE}\n addUserKnob {22 info l Tutorial -STARTLINE T \"nuke.tcl('start', 'http://www.nukepedia.com/gizmos/time/framehold-special') \"}\n}\n Input {\n inputs 0\n name Input1\n xpos -1030\n ypos -226\n }\nset Ned2886f0 [stack 0]\n Dot {\n name Dot1\n xpos -996\n ypos -150\n }\nset Ne2d05d40 [stack 0]\n Dot {\n name Dot3\n xpos -886\n ypos -150\n }\n TimeOffset {\n time_offset {{abs(last-first)+1}}\n time \"\"\n name TimeOffset1\n xpos -917\n ypos -81\n }\n Dot {\n name Dot4\n xpos -886\n ypos -6\n }\npush $Ne2d05d40\n Dot {\n name Dot2\n xpos -1109\n ypos -150\n }\n FrameHold {\n first_frame {{parent.frame_hold}}\n name FrameHold1\n xpos -1140\n ypos -88\n }\npush $Ne2d05d40\n Switch {\n inputs 2\n which {{parent.type?x>=min(parent.first,parent.last)&&x<=max(parent.first,parent.last):1}}\n name Switch2\n xpos -1030\n ypos -82\n }\n Switch {\n inputs 2\n which {{pause&&parent.type?x>max(parent.first,parent.last):0}}\n name Switch1\n selected true\n xpos -1030\n ypos -7\n }\n FrameRange {\n first_frame {{parent.FrameRange_input.knob.first_frame}}\n last_frame {{parent.pause?parent.FrameRange_input.knob.last_frame+parent.TimeOffset1.time_offset:parent.FrameRange_input.knob.last_frame}}\n time \"\"\n name FrameRange_input1\n xpos -1030\n ypos 116\n }\nset Neb47c800 [stack 0]\n Output {\n name Output1\n xpos -1030\n ypos 219\n }\npush $Neb47c800\npush $Ned2886f0\n FrameRange {\n first_frame {{input.first_frame}}\n last_frame {{input.last_frame}}\n time \"\"\n name FrameRange_input\n xpos -843\n ypos -226\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_FrameMedian.gizmo", "content": "Group {\n name FrameMedian\n tile_color 0x2f66ff\n selected true\n addUserKnob {20 FrameMedian}\n addUserKnob {26 \"\"}\n addUserKnob {4 Method l \"Calculation Method\" M {\"Frame Range\" \"Specified Frames\" \"\" \"\"}}\n addUserKnob {26 FrameRange_line l \"Frame Range\"}\n addUserKnob {7 MaxFrames l \"Sample Frames\" R 1 20}\n MaxFrames 15\n addUserKnob {3 FramesFrom l \"Frame Range From\"}\n FramesFrom 1\n addUserKnob {3 Frames l To -STARTLINE}\n Frames 100\n addUserKnob {26 devider_specframe l \"Specified Frames\"}\n addUserKnob {1 frame_list l frames}\n frame_list \"\\[43, 53, 63, 73, 83]\"\n addUserKnob {22 ToggleFrame l \"Toggle Frame\" T \"tempval = nuke.thisNode().knob(\\\"frame_list\\\").value()\\ntempval = eval(tempval)\\nfound = False\\nfor index, item in enumerate(tempval):\\n if item==nuke.frame():\\n tempval.pop(index)\\n found = True\\n break\\nif not found:\\n tempval.append(nuke.frame()) \\ntempval.sort()\\nnuke.thisNode().knob(\\\"frame_list\\\").setValue(str(tempval))\" +STARTLINE}\n addUserKnob {22 clear l Clear -STARTLINE T \"nuke.thisNode().knob(\\\"frame_list\\\").setValue(\\\"\\[]\\\")\"}\n addUserKnob {20 HelpTab l Help}\n addUserKnob {26 Help}\n addUserKnob {26 Info l \"\" -STARTLINE T \"The input plate must be stabelized before running this node.\\n\\n\\[Frame Range]\\nA: Set the frame range to the desidred input frame range\\nB: Set the number of frames you want to sample from.\\n\\n\\[Specified Frames]\\nA: Go to a frame that you want to include and hit \\\"Toggle Frame\\\".\\n(If you want to remove a frame, just go to that frame and hit \\n\\\"Toggle Frame\\\" again.)\"}\n}\n Input {\n inputs 0\n name Input1\n selected true\n xpos -643\n ypos -375\n }\n AddChannels {\n channels rgba\n name AddChannels1\n xpos -643\n ypos -326\n }\n Dot {\n name Dot1\n note_font_size 41\n xpos -609\n ypos -272\n }\nset N40125f10 [stack 0]\n FrameHold {\n first_frame {{\"parent.Method==0?floor(parent.FramesFrom+(((parent.Frames-parent.FramesFrom)/parent.MaxFrames)*\\[lindex \\[split \\[value name] _] 1])):\\[python \\{eval(nuke.thisParent().knob(\\\"frame_list\\\").value())\\[min(len(eval(nuke.thisParent().knob(\\\"frame_list\\\").value()))-1,int(nuke.thisNode().name().split(\\\"_\\\")\\[1]))]\\}]\"}}\n name TO_19\n xpos 237\n ypos -112\n }\npush $N40125f10\n FrameHold {\n first_frame {{\"parent.Method==0?floor(parent.FramesFrom+(((parent.Frames-parent.FramesFrom)/parent.MaxFrames)*\\[lindex \\[split \\[value name] _] 1])):\\[python \\{eval(nuke.thisParent().knob(\\\"frame_list\\\").value())\\[min(len(eval(nuke.thisParent().knob(\\\"frame_list\\\").value()))-1,int(nuke.thisNode().name().split(\\\"_\\\")\\[1]))]\\}]\"}}\n name TO_18\n xpos 119\n ypos -112\n }\npush $N40125f10\n FrameHold {\n first_frame {{\"parent.Method==0?floor(parent.FramesFrom+(((parent.Frames-parent.FramesFrom)/parent.MaxFrames)*\\[lindex \\[split \\[value name] _] 1])):\\[python \\{eval(nuke.thisParent().knob(\\\"frame_list\\\").value())\\[min(len(eval(nuke.thisParent().knob(\\\"frame_list\\\").value()))-1,int(nuke.thisNode().name().split(\\\"_\\\")\\[1]))]\\}]\"}}\n name TO_17\n xpos 17\n ypos -112\n }\npush $N40125f10\n FrameHold {\n first_frame {{\"parent.Method==0?floor(parent.FramesFrom+(((parent.Frames-parent.FramesFrom)/parent.MaxFrames)*\\[lindex \\[split \\[value name] _] 1])):\\[python \\{eval(nuke.thisParent().knob(\\\"frame_list\\\").value())\\[min(len(eval(nuke.thisParent().knob(\\\"frame_list\\\").value()))-1,int(nuke.thisNode().name().split(\\\"_\\\")\\[1]))]\\}]\"}}\n name TO_16\n xpos -93\n ypos -112\n }\npush $N40125f10\n FrameHold {\n first_frame {{\"parent.Method==0?floor(parent.FramesFrom+(((parent.Frames-parent.FramesFrom)/parent.MaxFrames)*\\[lindex \\[split \\[value name] _] 1])):\\[python \\{eval(nuke.thisParent().knob(\\\"frame_list\\\").value())\\[min(len(eval(nuke.thisParent().knob(\\\"frame_list\\\").value()))-1,int(nuke.thisNode().name().split(\\\"_\\\")\\[1]))]\\}]\"}}\n name TO_15\n xpos -203\n ypos -112\n }\npush $N40125f10\n FrameHold {\n first_frame {{\"parent.Method==0?floor(parent.FramesFrom+(((parent.Frames-parent.FramesFrom)/parent.MaxFrames)*\\[lindex \\[split \\[value name] _] 1])):\\[python \\{eval(nuke.thisParent().knob(\\\"frame_list\\\").value())\\[min(len(eval(nuke.thisParent().knob(\\\"frame_list\\\").value()))-1,int(nuke.thisNode().name().split(\\\"_\\\")\\[1]))]\\}]\"}}\n name TO_14\n xpos -313\n ypos -112\n }\npush $N40125f10\n FrameHold {\n first_frame {{\"parent.Method==0?floor(parent.FramesFrom+(((parent.Frames-parent.FramesFrom)/parent.MaxFrames)*\\[lindex \\[split \\[value name] _] 1])):\\[python \\{eval(nuke.thisParent().knob(\\\"frame_list\\\").value())\\[min(len(eval(nuke.thisParent().knob(\\\"frame_list\\\").value()))-1,int(nuke.thisNode().name().split(\\\"_\\\")\\[1]))]\\}]\"}}\n name TO_13\n xpos -423\n ypos -112\n }\npush $N40125f10\n FrameHold {\n first_frame {{\"parent.Method==0?floor(parent.FramesFrom+(((parent.Frames-parent.FramesFrom)/parent.MaxFrames)*\\[lindex \\[split \\[value name] _] 1])):\\[python \\{eval(nuke.thisParent().knob(\\\"frame_list\\\").value())\\[min(len(eval(nuke.thisParent().knob(\\\"frame_list\\\").value()))-1,int(nuke.thisNode().name().split(\\\"_\\\")\\[1]))]\\}]\"}}\n name TO_12\n xpos -533\n ypos -112\n }\npush $N40125f10\n FrameHold {\n first_frame {{\"parent.Method==0?floor(parent.FramesFrom+(((parent.Frames-parent.FramesFrom)/parent.MaxFrames)*\\[lindex \\[split \\[value name] _] 1])):\\[python \\{eval(nuke.thisParent().knob(\\\"frame_list\\\").value())\\[min(len(eval(nuke.thisParent().knob(\\\"frame_list\\\").value()))-1,int(nuke.thisNode().name().split(\\\"_\\\")\\[1]))]\\}]\"}}\n name TO_11\n xpos -643\n ypos -112\n }\npush $N40125f10\n FrameHold {\n first_frame {{\"parent.Method==0?floor(parent.FramesFrom+(((parent.Frames-parent.FramesFrom)/parent.MaxFrames)*\\[lindex \\[split \\[value name] _] 1])):\\[python \\{eval(nuke.thisParent().knob(\\\"frame_list\\\").value())\\[min(len(eval(nuke.thisParent().knob(\\\"frame_list\\\").value()))-1,int(nuke.thisNode().name().split(\\\"_\\\")\\[1]))]\\}]\"}}\n name TO_10\n xpos -753\n ypos -112\n }\npush $N40125f10\n FrameHold {\n first_frame {{\"parent.Method==0?floor(parent.FramesFrom+(((parent.Frames-parent.FramesFrom)/parent.MaxFrames)*\\[lindex \\[split \\[value name] _] 1])):\\[python \\{eval(nuke.thisParent().knob(\\\"frame_list\\\").value())\\[min(len(eval(nuke.thisParent().knob(\\\"frame_list\\\").value()))-1,int(nuke.thisNode().name().split(\\\"_\\\")\\[1]))]\\}]\"}}\n name TO_9\n xpos -863\n ypos -112\n }\npush $N40125f10\n FrameHold {\n first_frame {{\"parent.Method==0?floor(parent.FramesFrom+(((parent.Frames-parent.FramesFrom)/parent.MaxFrames)*\\[lindex \\[split \\[value name] _] 1])):\\[python \\{eval(nuke.thisParent().knob(\\\"frame_list\\\").value())\\[min(len(eval(nuke.thisParent().knob(\\\"frame_list\\\").value()))-1,int(nuke.thisNode().name().split(\\\"_\\\")\\[1]))]\\}]\"}}\n name TO_8\n xpos -973\n ypos -112\n }\npush $N40125f10\n FrameHold {\n first_frame {{\"parent.Method==0?floor(parent.FramesFrom+(((parent.Frames-parent.FramesFrom)/parent.MaxFrames)*\\[lindex \\[split \\[value name] _] 1])):\\[python \\{eval(nuke.thisParent().knob(\\\"frame_list\\\").value())\\[min(len(eval(nuke.thisParent().knob(\\\"frame_list\\\").value()))-1,int(nuke.thisNode().name().split(\\\"_\\\")\\[1]))]\\}]\"}}\n name TO_7\n xpos -1083\n ypos -112\n }\npush $N40125f10\n FrameHold {\n first_frame {{\"parent.Method==0?floor(parent.FramesFrom+(((parent.Frames-parent.FramesFrom)/parent.MaxFrames)*\\[lindex \\[split \\[value name] _] 1])):\\[python \\{eval(nuke.thisParent().knob(\\\"frame_list\\\").value())\\[min(len(eval(nuke.thisParent().knob(\\\"frame_list\\\").value()))-1,int(nuke.thisNode().name().split(\\\"_\\\")\\[1]))]\\}]\"}}\n name TO_6\n xpos -1193\n ypos -112\n }\npush $N40125f10\n FrameHold {\n first_frame {{\"parent.Method==0?floor(parent.FramesFrom+(((parent.Frames-parent.FramesFrom)/parent.MaxFrames)*\\[lindex \\[split \\[value name] _] 1])):\\[python \\{eval(nuke.thisParent().knob(\\\"frame_list\\\").value())\\[min(len(eval(nuke.thisParent().knob(\\\"frame_list\\\").value()))-1,int(nuke.thisNode().name().split(\\\"_\\\")\\[1]))]\\}]\"}}\n name TO_5\n xpos -1303\n ypos -112\n }\npush $N40125f10\n FrameHold {\n first_frame {{\"parent.Method==0?floor(parent.FramesFrom+(((parent.Frames-parent.FramesFrom)/parent.MaxFrames)*\\[lindex \\[split \\[value name] _] 1])):\\[python \\{eval(nuke.thisParent().knob(\\\"frame_list\\\").value())\\[int(nuke.thisNode().name().split(\\\"_\\\")\\[1])]\\}]\"}}\n name TO_4\n xpos -1413\n ypos -112\n }\npush $N40125f10\n FrameHold {\n first_frame {{\"parent.Method==0?floor(parent.FramesFrom+(((parent.Frames-parent.FramesFrom)/parent.MaxFrames)*\\[lindex \\[split \\[value name] _] 1])):\\[python \\{eval(nuke.thisParent().knob(\\\"frame_list\\\").value())\\[int(nuke.thisNode().name().split(\\\"_\\\")\\[1])]\\}]\"}}\n name TO_3\n xpos -1523\n ypos -112\n }\npush $N40125f10\n FrameHold {\n first_frame {{\"parent.Method==0?floor(parent.FramesFrom+(((parent.Frames-parent.FramesFrom)/parent.MaxFrames)*\\[lindex \\[split \\[value name] _] 1])):\\[python \\{eval(nuke.thisParent().knob(\\\"frame_list\\\").value())\\[int(nuke.thisNode().name().split(\\\"_\\\")\\[1])]\\}]\"}}\n name TO_2\n xpos -1633\n ypos -112\n }\npush $N40125f10\n FrameHold {\n first_frame {{\"parent.Method==0?floor(parent.FramesFrom+(((parent.Frames-parent.FramesFrom)/parent.MaxFrames)*\\[lindex \\[split \\[value name] _] 1])):\\[python \\{eval(nuke.thisParent().knob(\\\"frame_list\\\").value())\\[int(nuke.thisNode().name().split(\\\"_\\\")\\[1])]\\}]\"}}\n name TO_1\n xpos -1743\n ypos -112\n }\npush $N40125f10\n FrameHold {\n first_frame {{\"parent.Method==0?floor(parent.FramesFrom+(((parent.Frames-parent.FramesFrom)/parent.MaxFrames)*\\[lindex \\[split \\[value name] _] 1])):\\[python \\{eval(nuke.thisParent().knob(\\\"frame_list\\\").value())\\[min(len(eval(nuke.thisParent().knob(\\\"frame_list\\\").value()))-1,int(nuke.thisNode().name().split(\\\"_\\\")\\[1]))]\\}]\"}}\n name TO_0\n xpos -1868\n ypos -112\n }\n BlinkScript {\n inputs 20\n ProgramGroup 1\n KernelDescription \"1 \\\"CleanPlater\\\" iterate componentWise e23f2c1acd3c540d820e06225fe9058ef919b69ea31e669235276c5ae236c0a7 21 \\\"src1\\\" Read Point \\\"src2\\\" Read Point \\\"src3\\\" Read Point \\\"src4\\\" Read Point \\\"src5\\\" Read Point \\\"src6\\\" Read Point \\\"src7\\\" Read Point \\\"src8\\\" Read Point \\\"src9\\\" Read Point \\\"src10\\\" Read Point \\\"src11\\\" Read Point \\\"src12\\\" Read Point \\\"src13\\\" Read Point \\\"src14\\\" Read Point \\\"src15\\\" Read Point \\\"src16\\\" Read Point \\\"src17\\\" Read Point \\\"src18\\\" Read Point \\\"src19\\\" Read Point \\\"src20\\\" Read Point \\\"dst\\\" Write Point 1 \\\"Frames\\\" Int 1 AQAAAA==\"\n kernelSource \"kernel CleanPlater : ImageComputationKernel\\n\\{\\n Image src1; \\n Image src2;\\n Image src3; \\n Image src4;\\n Image src5;\\n Image src6;\\n Image src7; \\n Image src8;\\n Image src9; \\n Image src10;\\n Image src11; \\n Image src12;\\n Image src13; \\n Image src14;\\n Image src15;\\n Image src16;\\n Image src17; \\n Image src18;\\n Image src19; \\n Image src20;\\n Image dst;\\n param:\\n int frames;\\n void define() \\{\\n defineParam(frames, \\\"Frames\\\", 1);\\n \\}\\n void process() \\{\\n float values\\[] = \\{src1(),src2(),src3(),src4(),src5(),src6(),src7(),src8(),src9(),src10(),src11(),src12(),src13(),src14(),src15(),src16(),src17(),src18(),src19(),src20(),\\};\\n float outputS = median(values, frames);\\n dst() = outputS;\\n \\}\\n\\};\"\n useGPUIfAvailable false\n vectorize false\n rebuild \"\"\n CleanPlater_Frames {{\"parent.Method==0?parent.MaxFrames:\\[python \\{len(eval(nuke.thisParent().knob(\\\"frame_list\\\").value()))\\}]\"}}\n rebuild_finalise \"\"\n name BlinkScript3\n xpos -643\n ypos 80\n }\n Output {\n name Output1\n xpos -643\n ypos 144\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_GUI_Switch.gizmo", "content": "Group {\n name GUI_Switch\n knobChanged \"n = nuke.thisNode()\\nk = nuke.thisKnob()\\n\\nif k.name() == \\\"disable\\\":\\n if k.getValue() == 1:\\n n\\[\\\"output\\\"].setValue(\\\"RENDER\\\")\\n n\\[\\\"tile_color\\\"].setValue(16711935)\\n elif k.getValue() == 0:\\n n\\[\\\"output\\\"].setValue(\\\"GUI\\\")\\n n\\[\\\"tile_color\\\"].setValue(4278190335)\"\n tile_color 0xff0000ff\n note_font \"Verdana Bold Bold\"\n note_font_color 0x40404ff\n selected true\n dope_sheet true\n addUserKnob {20 info l Info}\n addUserKnob {26 creator l Creator: T \"Tony Lyons\"}\n addUserKnob {26 description l Description: T \"GUI_Switch\\n\\nNode will switch to the Render Pipe on Render Time. \\n\\nNode will display the GUI Pipe while working.\\n\\nDisabling defaults to Render Side \\n(can safely toggle disable since\\nexpression is on the switch 'which' knob)\"}\n addUserKnob {1 output l INVISIBLE +INVISIBLE}\n output GUI\n addUserKnob {26 ver l Version: T v03}\n}\n Input {\n inputs 0\n name InputRender\n xpos -502\n ypos -435\n }\n Input {\n inputs 0\n name InputGUI\n xpos -341\n ypos -517\n number 1\n }\n Switch {\n inputs 2\n which {{\"\\[python nuke.executing()]\"}}\n name Switch1\n xpos -341\n ypos -435\n }\n Output {\n name Output1\n xpos -341\n ypos -366\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_GammaPlus.gizmo", "content": "Group {\n name GammaPlus\n onCreate \"\\nthisGRP = nuke.thisGroup()\\nfor knob in thisGRP.knobs() :\\n if thisGRP\\[knob].label()\\[:19] == 'panel dropped state' :\\n thisGRP.removeKnob( nuke.thisNode()\\[knob] )\\n try :\\n if thisGRP\\[knob].Class() == 'AColor_Knob' and thisGRP\\[knob].getValue() == \\[0,0,0,0] :\\n thisGRP\\[knob].setSingleValue(True)\\n except :\\n pass\\nthisGRP\\['value_luma'].setFlag(0x00000004)\\n\"\n tile_color 0x7fb2ffff\n addUserKnob {20 tab_general l General}\n addUserKnob {41 channels t \"The effect is applied only to these channels\" T menu01.channels}\n addUserKnob {41 channels_cs t \"The effect is applied only to these channels\" +INVISIBLE T menu02.channels}\n addUserKnob {26 title_setting l \"setting\"}\n addUserKnob {4 method l \"method use in\" t \"Grade\\n- as Grade node gamma math with condition\\n 0.0-1.0 use regular math\\n above 1.0 will switch to multiply\\n\\n data<0 ? data : data>1 ? (data-1)*(1/gamma)+1 : data**(1/gamma)\\n\\n----------\\n\\nColorCorrect/Gamma\\n- as ColorCorrect/Gamma node\\n use regular gamma math\\n\\n data**(1/gamma)\" M {Grade ColorCorrect/Gamma \"\"}}\n addUserKnob {41 apply_on l \"apply on\" t \"Color\\nResult apply on color, saturation might change a lot.\\n\\nLuminance\\nResult apply on luminance, saturation affects the minimal.\" T menu03.apply_on}\n addUserKnob {19 set_pivot l \"set pivot\" t \"set pivot\\nto lock the value for gamma correction.\\n\\nCtrl+Alt+colorpick\\nto sample the input source value before gamma correction.\\n\" R 0 4}\n set_pivot 1\n addUserKnob {26 title_gamma l \"gamma\"}\n addUserKnob {19 value_color l \"value color\" t \"Gamma correction applied to final result\" R 0.2 5}\n value_color 1\n addUserKnob {7 value_luma l \"value luma\" t \"Gamma correction applied to final result\" +DISABLED R 0.2 5}\n value_luma 1\n addUserKnob {6 reverse +STARTLINE}\n addUserKnob {26 \"\"}\n addUserKnob {7 mix t \"Dissolve between the original image at 0 and the full effect at 1.\"}\n mix 1\n addUserKnob {22 as_contrast l \"Tips : use as contrast in ColorCorrect\" T \"nuke.message('Setting as contrast on ColorCorrect :\\\\n\\\\nmethod use in = ColorCorrect/Gamma\\\\napply on = Color\\\\nset_pivot = 0.18\\\\nreverse = checked\\\\n\\\\nThen value will work as Contrast in ColorCorrect.')\" +STARTLINE}\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T 1.0}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2020-09-11}\n addUserKnob {22 btn_CHANGELOG l Changelog T \"log = \\\"1.0
- more setting on gamma/contrast\\\"\\nnuke.message( log )\" +STARTLINE}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n}\n BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0x4c4c4cff\n label bin\n note_font_size 42\n xpos -1049\n ypos -17\n bdwidth 384\n bdheight 351\n }\n BackdropNode {\n inputs 0\n name BackdropNode2\n tile_color 0xff\n label \"dont touch\"\n note_font_size 42\n xpos -1514\n ypos -17\n bdwidth 384\n bdheight 351\n }\n Input {\n inputs 0\n name img\n xpos 0\n ypos -77\n }\n Dot {\n name Dot5\n xpos 34\n ypos 99\n }\nset Nea9e000 [stack 0]\n Dot {\n name Dot8\n xpos -840\n ypos 99\n }\nset Ne8ddc00 [stack 0]\n Dot {\n name Dot7\n xpos -957\n ypos 99\n }\n Multiply {\n channels rgb\n name menu01\n knobChanged \"\\nnuke.thisGroup()\\['channels_cs'].setValue( nuke.thisGroup()\\['channels'].value() )\\n\"\n xpos -991\n ypos 175\n }\npush $Ne8ddc00\n Colorspace {\n name menu02\n xpos -874\n ypos 173\n }\n NoOp {\n inputs 0\n name menu03\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nif thisGRP\\['apply_on'].getValue() == 0 :\\n thisGRP\\['value_color'].setEnabled(True)\\n thisGRP\\['value_luma'].setEnabled(False)\\nelse :\\n thisGRP\\['value_color'].setEnabled(False)\\n thisGRP\\['value_luma'].setEnabled(True)\\n\"\n xpos -1387\n ypos 171\n addUserKnob {20 User}\n addUserKnob {4 apply_on l \"apply on\" M {Color Luminance}}\n }\n Reformat {\n inputs 0\n type \"to box\"\n box_width 10\n box_height 10\n box_fixed true\n name Reformat1\n xpos -561\n ypos 505\n }\n Shuffle {\n alpha white\n name Shuffle1\n xpos -561\n ypos 585\n }\n Input {\n inputs 0\n name mask\n xpos -388\n ypos -75\n number 1\n }\n Switch {\n inputs 2\n which {{\"!\\[exists parent.input1]\"}}\n name Switch3\n xpos -388\n ypos 585\n }\n Dot {\n name Dot6\n xpos -354\n ypos 710\n }\npush $Nea9e000\n Dot {\n name Dot1\n xpos 169\n ypos 99\n }\nset Ne905000 [stack 0]\n Dot {\n name Dot2\n xpos 426\n ypos 99\n }\n Colorspace {\n channels {{{menu02.channels}}}\n colorspace_out HSV\n name HSV\n xpos 392\n ypos 173\n }\n Multiply {\n channels {{{menu01.channels}}}\n value {1 1 {\"1/\\nmax(\\n ( parent.set_pivot.r <= 0.0031308 ? parent.set_pivot.r*12.92 : 1.055 * (parent.set_pivot.r**(1/2.4)) - 0.055 ) ,\\n ( parent.set_pivot.g <= 0.0031308 ? parent.set_pivot.g*12.92 : 1.055 * (parent.set_pivot.g**(1/2.4)) - 0.055 ) ,\\n ( parent.set_pivot.b <= 0.0031308 ? parent.set_pivot.b*12.92 : 1.055 * (parent.set_pivot.b**(1/2.4)) - 0.055 )\\n )\"} {1/parent.set_pivot}}\n name Multiply3\n xpos 392\n ypos 253\n }\n Dot {\n name Dot9\n xpos 426\n ypos 316\n }\nset Ne904000 [stack 0]\n Gamma {\n channels {{{menu01.channels}}}\n value {1 1 {\"parent.reverse ? (1/parent.value_luma) : parent.value_luma\"} {\"parent.reverse ? (1/parent.value_luma) : parent.value_luma\"}}\n name Gamma2\n xpos 499\n ypos 382\n }\npush $Ne904000\n Grade {\n channels {{{menu01.channels}}}\n gamma {1 1 {\"parent.reverse ? (1/parent.value_luma) : parent.value_luma\"} {\"parent.reverse ? (1/parent.value_luma) : parent.value_luma\"}}\n black_clamp false\n name Grade2\n xpos 392\n ypos 383\n }\n Switch {\n inputs 2\n which {{parent.method}}\n name Switch4\n xpos 392\n ypos 470\n }\n Multiply {\n channels {{{menu01.channels}}}\n value {1 1 {\"max(\\n ( parent.set_pivot.r <= 0.0031308 ? parent.set_pivot.r*12.92 : 1.055 * (parent.set_pivot.r**(1/2.4)) - 0.055 ) ,\\n ( parent.set_pivot.g <= 0.0031308 ? parent.set_pivot.g*12.92 : 1.055 * (parent.set_pivot.g**(1/2.4)) - 0.055 ) ,\\n ( parent.set_pivot.b <= 0.0031308 ? parent.set_pivot.b*12.92 : 1.055 * (parent.set_pivot.b**(1/2.4)) - 0.055 )\\n )\"} {parent.set_pivot}}\n name Multiply4\n xpos 392\n ypos 550\n }\n Colorspace {\n channels {{{menu02.channels}}}\n colorspace_in HSV\n name invHSV\n xpos 392\n ypos 630\n }\n Dot {\n name Dot3\n xpos 426\n ypos 710\n }\npush $Ne905000\n Multiply {\n channels {{{menu01.channels}}}\n value {{1/parent.set_pivot} {1/parent.set_pivot} {1/parent.set_pivot} {1/parent.set_pivot}}\n name Multiply1\n xpos 135\n ypos 173\n }\n Dot {\n name Dot4\n xpos 169\n ypos 253\n }\nset Ne7e2000 [stack 0]\n Gamma {\n channels {{{menu01.channels}}}\n value {{\"parent.reverse ? (1/parent.value_color) : parent.value_color\"} {\"parent.reverse ? (1/parent.value_color) : parent.value_color\"} {\"parent.reverse ? (1/parent.value_color) : parent.value_color\"} {\"parent.reverse ? (1/parent.value_color) : parent.value_color\"}}\n name Gamma1\n xpos 248\n ypos 328\n }\npush $Ne7e2000\n Grade {\n channels {{{menu01.channels}}}\n gamma {{\"parent.reverse ? (1/parent.value_color) : parent.value_color\"} {\"parent.reverse ? (1/parent.value_color) : parent.value_color\"} {\"parent.reverse ? (1/parent.value_color) : parent.value_color\"} {\"parent.reverse ? (1/parent.value_color) : parent.value_color\"}}\n black_clamp false\n name Grade1\n xpos 135\n ypos 327\n }\n Switch {\n inputs 2\n which {{parent.method}}\n name Switch2\n xpos 135\n ypos 407\n }\n Multiply {\n channels {{{menu01.channels}}}\n value {{parent.set_pivot} {parent.set_pivot} {parent.set_pivot} {parent.set_pivot}}\n name Multiply2\n xpos 135\n ypos 487\n }\n Switch {\n inputs 2\n which {{parent.apply_on}}\n name Switch1\n xpos 135\n ypos 707\n }\npush $Nea9e000\n Keymix {\n inputs 3\n mix {{clamp(parent.mix)}}\n name Keymix1\n xpos 0\n ypos 701\n }\n Output {\n name Output1\n xpos 0\n ypos 928\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_GenerateMatrix4.gizmo", "content": "Group {\n name GenerateMatrix4_\n help \"Generate a Matrix4 based on a Matrix Knob. (Defaults to an identity matrix)\"\n knobChanged \"node = nuke.thisNode()\\nknob = nuke.thisKnob()\\n\\nif knob.name() == \\\"inputChange\\\":\\n with node:\\n format_knob = nuke.toNode('Constant1')\\['format']\\n if node.input(0):\\n format_knob.setEnabled(False)\\n else:\\n format_knob.setEnabled(True)\\n\"\n addUserKnob {20 Matrix4}\n addUserKnob {41 format T Constant1.format}\n addUserKnob {26 \"\"}\n addUserKnob {41 matrix T MatrixKnob.matrix}\n\n addUserKnob {26 divider_copyright l \"\" +STARTLINE}\n addUserKnob {26 copyright l \"\" +STARTLINE T \"v1.0 - Mathieu Goulet-Aubin & Erwan Leroy - Github\"}\n}\n BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0x545454ff\n label \"- Identity in\\n matrix layers\\n- Bypass other channels\"\n note_font_size 20\n xpos 411\n ypos 441\n bdwidth 280\n bdheight 262\n }\n BackdropNode {\n inputs 0\n name BackdropNode2\n tile_color 0x545454ff\n label \"Use input format\"\n note_font_size 20\n xpos 408\n ypos -57\n bdwidth 281\n bdheight 195\n }\n BackdropNode {\n inputs 0\n name BackdropNode3\n tile_color 0x545454ff\n label \"Custom format\"\n note_font_size 20\n xpos 793\n ypos -58\n bdwidth 281\n bdheight 195\n }\n BackdropNode {\n inputs 0\n name BackdropNode4\n tile_color 0x464646ff\n label \"Used for\\nmatrix knob\"\n note_font_size 20\n xpos 6\n ypos -57\n bdwidth 284\n bdheight 231\n }\n Axis2 {\n inputs 0\n useMatrix true\n name MatrixKnob\n xpos 111\n ypos 49\n }\n Constant {\n inputs 0\n channels rgb\n name Constant1\n xpos 889\n ypos 13\n }\n Dot {\n name Dot1\n xpos 923\n ypos 224\n }\n Input {\n inputs 0\n name Input\n xpos 509\n ypos 4\n }\n Switch {\n inputs 2\n which {{\"!\\[exists parent.input0]\"}}\n name format\n xpos 509\n ypos 220\n }\nadd_layer {matrix0 matrix0.0 matrix0.1 matrix0.2 matrix0.3}\nadd_layer {matrix1 matrix1.0 matrix1.1 matrix1.2 matrix1.3}\nadd_layer {matrix2 matrix2.0 matrix2.1 matrix2.2 matrix2.3}\nadd_layer {matrix3 matrix3.0 matrix3.1 matrix3.2 matrix3.3}\n AddChannels {\n channels matrix0\n channels2 matrix1\n channels3 matrix2\n channels4 matrix3\n name AddChannels1\n xpos 509\n ypos 303\n }\n Expression {\n channel0 {matrix0.0 -matrix0.1 -matrix0.2 -matrix0.3}\n expr0 MatrixKnob.world_matrix.0\n channel1 {-matrix0.0 matrix0.1 -matrix0.2 -matrix0.3}\n expr1 MatrixKnob.world_matrix.1\n channel2 {-matrix0.0 -matrix0.1 matrix0.2 -matrix0.3}\n expr2 MatrixKnob.world_matrix.2\n channel3 {-matrix0.0 -matrix0.1 -matrix0.2 matrix0.3}\n expr3 MatrixKnob.world_matrix.3\n name Expression1\n xpos 509\n ypos 568\n }\n Expression {\n channel0 {matrix1.0 -matrix1.1 -matrix1.2 -matrix1.3}\n expr0 MatrixKnob.world_matrix.4\n channel1 {-matrix1.0 matrix1.1 -matrix1.2 -matrix1.3}\n expr1 MatrixKnob.world_matrix.5\n channel2 {-matrix1.0 -matrix1.1 matrix1.2 -matrix1.3}\n expr2 MatrixKnob.world_matrix.6\n channel3 {-matrix1.0 -matrix1.1 -matrix1.2 matrix1.3}\n expr3 MatrixKnob.world_matrix.7\n name Expression2\n xpos 509\n ypos 594\n }\n Expression {\n channel0 {matrix2.0 -matrix2.1 -matrix2.2 -matrix2.3}\n expr0 MatrixKnob.world_matrix.8\n channel1 {-matrix2.0 matrix2.1 -matrix2.2 -matrix2.3}\n expr1 MatrixKnob.world_matrix.9\n channel2 {-matrix2.0 -matrix2.1 matrix2.2 -matrix2.3}\n expr2 MatrixKnob.world_matrix.10\n channel3 {-matrix2.0 -matrix2.1 -matrix2.2 matrix2.3}\n expr3 MatrixKnob.world_matrix.11\n name Expression3\n xpos 509\n ypos 620\n }\n Expression {\n channel0 {matrix3.0 -matrix3.1 -matrix3.2 -matrix3.3}\n expr0 MatrixKnob.world_matrix.12\n channel1 {-matrix3.0 matrix3.1 -matrix3.2 -matrix3.3}\n expr1 MatrixKnob.world_matrix.13\n channel2 {-matrix3.0 -matrix3.1 matrix3.2 -matrix3.3}\n expr2 MatrixKnob.world_matrix.14\n channel3 {-matrix3.0 -matrix3.1 -matrix3.2 matrix3.3}\n expr3 MatrixKnob.world_matrix.15\n name Expression4\n xpos 509\n ypos 646\n }\n Output {\n name Output1\n xpos 509\n ypos 756\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_GenerateSTMap.gizmo", "content": "Group {\n inputs 0\n name GenerateSTMap\n postage_stamp true\n addUserKnob {20 STMap l \"ST Map\"}\n addUserKnob {41 format l Format T Reformat1.format}\n addUserKnob {26 \"\"}\n addUserKnob {7 overscan l \"Overscan (%)\" t \"Add overscan to your ST map\" R 0 100}\n overscan 10\n addUserKnob {6 reformat l \"Reformat to Overscan\" t \"Reformats the image to overscan size\" +STARTLINE}\n addUserKnob {26 \"\"}\n addUserKnob {26 copyright l \"\" +STARTLINE T \"v1.0 - Mathieu Goulet-Aubin & Erwan Leroy - Github\"}\n}\n Reformat {\n inputs 0\n name Reformat1\n xpos 555\n ypos 395\n }\n Crop {\n box {{-width*(parent.overscan/100)/2} {-height*(parent.overscan/100)/2} {width+(width*(parent.overscan/100)/2)} {height+(height*(parent.overscan/100)/2)}}\n reformat {{parent.reformat}}\n crop false\n name Crop1\n xpos 555\n ypos 446\n }\n Expression {\n expr0 (x+0.5)/width\n expr1 (y+.5)/height\n name Expression1\n xpos 555\n ypos 497\n }\n Output {\n name Output1\n xpos 555\n ypos 583\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_GeoToPoints.gizmo", "content": "Group {\n name GeoToPoints\n tile_color 0x807291ff\n selected true\n addUserKnob {20 User}\n addUserKnob {26 info l \"\" +STARTLINE T \"This node will turn whatever input geo into a pointcloud.\\n(normals are not preserved!)\\n\\n-by Mads Hagbarth Lund 2014\\n\"}\n addUserKnob {26 \"\"}\n addUserKnob {22 GeoToPoints l \" Geo To Points \" T \"'''================================================================================\\n; Function: PointClouder(points):\\n; Description: Generate a pointcloud from a series of specified points\\n; Parameter(s): points - A list a points formated \\[\\[X,Y,Z,VEL_X,VEL_Y,VEL_Z,COL_R,COL_G,COL_B]\\[...]]\\n; Return: myNode - The pointcloud node created by the function\\n; \\n; Note(s): by Mads Hagbarth Lund 2013\\n;=================================================================================='''\\ndef PointClouder(points):\\n pc_Points=pc_Velocities=pc_Colors = str(len(points))+ \\\" \\\" \\n pc_Points = pc_Points + \\\" \\\".join(str(i) for i in chain1(*points)) \\n pc_Velocities = pc_Velocities + \\\" \\\".join(str(i) for i in chain2(*points))\\n pc_Colors = pc_Colors + \\\" \\\".join(str(i) for i in chain3(*points))\\n myNode = nuke.createNode(\\\"BakedPointCloud\\\") \\n myNode.knob(\\\"serializePoints\\\").fromScript(pc_Points) \\n myNode.knob(\\\"serializeNormals\\\").fromScript(pc_Velocities)\\n myNode.knob(\\\"serializeColors\\\").fromScript(pc_Colors)\\n return myNode\\n\\ndef chain1(*iterables):\\n for it in iterables:\\n for element in it\\[0:3]:\\n yield element\\n\\ndef chain2(*iterables):\\n for it in iterables:\\n for element in it\\[3:6]:\\n yield element\\n\\ndef chain3(*iterables):\\n for it in iterables:\\n for element in it\\[6:9]:\\n yield element \\n\\ndef ConvertToTup(pointList):\\n points = \\[]\\n for item in pointList:\\n for n in range(0,len(item\\[0]),3):\\n points.append(\\[item\\[0]\\[n], item\\[0]\\[n+1], item\\[0]\\[n+2],1,1,1,1,1,1]) \\n return points\\n\\nObjectDataPre = \\[]\\n\\npag = nuke.thisNode()\\npag.begin()\\npyg = nuke.toNode(\\\"PYG\\\")\\npag.end()\\nprint(pyg.Class())\\nprint(pyg.name())\\ntry:\\n gObj = pyg\\['geo'].getGeometry()\\[0]\\n ObjectDataPre.append(\\[gObj.points()])\\n PointCloudData = ConvertToTup(ObjectDataPre)\\n PointClouder(PointCloudData)\\nexcept: \\n nuke.message(\\\"Error, no geo found in the input\\\")\\n\" +STARTLINE}\n addUserKnob {22 GetVertCount l \"Get Number of Vertices\" T \"pag = nuke.thisNode()\\nwith pag:\\n pyg = nuke.toNode(\\\"PYG\\\")\\ntry:\\n pyg.knob(\\\"ClickMe\\\").execute()\\nexcept: \\n nuke.message(\\\"Error, no geo found in the input\\\")\" +STARTLINE}\n}\n Input {\n inputs 0\n name Input1\n xpos 384\n ypos -218\n }\n PythonGeo {\n name PYG\n xpos 384\n ypos -146\n addUserKnob {20 User}\n addUserKnob {22 ClickMe T \"pyg = nuke.thisNode()\\ngObj = pyg\\['geo'].getGeometry()\\[0]\\nnuke.message(\\\"Number of vertecies: \\\"+str(len(gObj.points())))\" +STARTLINE}\n }\n Output {\n name Output1\n xpos 384\n ypos -78\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_Glass.gizmo", "content": "Group {\nname Glass\ntile_color 0xcc804eff\nnote_font \"Bitstream Vera Sans Bold\"\nnote_font_color 0xffffffff\nselected true\naddUserKnob {20 \"\" l Glass}\naddUserKnob {41 channles l channels T Merge2.also_merge}\naddUserKnob {26 \"\" +STARTLINE}\naddUserKnob {7 displace l Displace R 0 20}\ndisplace 5\naddUserKnob {7 abberation l Abberation}\naddUserKnob {26 \"\" l Defocus}\naddUserKnob {6 useDef l \"Apply Defocus\" -STARTLINE}\naddUserKnob {41 size T ZBlur1.size}\naddUserKnob {41 max_size l maximum T ZBlur1.max_size}\naddUserKnob {41 shape l \"filter shape\" T ZBlur1.shape}\naddUserKnob {26 \"\" +STARTLINE}\naddUserKnob {26 \"\" l mask T \"\"}\naddUserKnob {41 maskChannelInput l \"\" -STARTLINE T Merge2.maskChannelInput}\naddUserKnob {41 inject -STARTLINE T Merge2.inject}\naddUserKnob {41 invert_mask l invert -STARTLINE T Merge2.invert_mask}\naddUserKnob {41 fringe -STARTLINE T Merge2.fringe}\naddUserKnob {41 mix T Merge2.mix}\n}\nInput {\ninputs 0\nname Inputmask\nxpos 82\nypos 953\nnumber 2\n}\nInput {\ninputs 0\nname img\nxpos -289\nypos -1\n}\nset N122bf7f0 [stack 0]\nDot {\nname Dot1\nxpos -255\nypos 871\n}\nset N122c5dd0 [stack 0]\nInput {\ninputs 0\nname control\nxpos -64\nypos -564\nnumber 1\n}\nAddChannels {\nchannels rgba\nname AddChannels2\nxpos -64\nypos -400\n}\nset Ncf85b870 [stack 0]\npush $Ncf85b870\nCopy {\ninputs 2\nfrom0 rgba.alpha\nto0 rgba.alpha\nname Copy6\nxpos -64\nypos -354\ndisable {{error}}\n}\nset Ncf3e2a20 [stack 0]\nDot {\nname Dot2\nxpos 94\nypos -343\n}\nset N9387b4e0 [stack 0]\nTransform {\ntranslate {0 -1}\ncenter {320 240}\nname down\nxpos 60\nypos -141\n}\npush $Ncf3e2a20\nDot {\nname Dot3\nxpos -122\nypos -343\n}\nDot {\nname Dot4\nxpos -207\nypos -343\n}\nTransform {\ntranslate {0 1}\ncenter {320 240}\nname up\nxpos -241\nypos -180\n}\npush $N9387b4e0\nDot {\nname Dot5\nxpos 176\nypos -343\n}\nTransform {\ntranslate {1 0}\ncenter {320 240}\nname right\nxpos 142\nypos -221\n}\npush $Ncf3e2a20\nShuffle {\nin alpha\ngreen black\nblue black\nout rgb\nname Shuffle1\nxpos -64\nypos -311\n}\nTransform {\ntranslate {-1 0}\ncenter {320 240}\nname left\nxpos -64\nypos -273\n}\nCopy {\ninputs 2\nfrom0 rgba.alpha\nto0 rgba.green\nname Copy2\nxpos -64\nypos -228\n}\nCopy {\ninputs 2\nfrom0 rgba.alpha\nto0 rgba.blue\nname Copy3\nxpos -64\nypos -187\n}\nCopy {\ninputs 2\nfrom0 rgba.alpha\nto0 rgba.alpha\nname Copy4\nxpos -64\nypos -147\n}\nExpression {\ntemp_name0 l\ntemp_expr0 red\ntemp_name1 r\ntemp_expr1 green\ntemp_name2 u\ntemp_expr2 blue\ntemp_name3 d\ntemp_expr3 alpha\nchannel0 {forward.u -forward.v}\nexpr0 (l-r)*width\nchannel1 {-forward.u forward.v}\nexpr1 (d-u)*width\nchannel2 depth\nexpr2 (abs(l-r)+abs(d-u))*width/2\nname Expression1\nxpos -64\nypos -3\n}\nset N54da1870 [stack 0]\nDot {\nname Dot6\nxpos 89\nypos 1\n}\nDot {\nname Dot7\nxpos 89\nypos 193\n}\npush $N54da1870\npush $N122bf7f0\nCopy {\ninputs 2\nfrom0 -rgba.alpha\nto0 -rgba.alpha\nchannels forward\nname Copy1\nxpos -64\nypos 67\n}\nCopy {\ninputs 2\nfrom0 -rgba.alpha\nto0 -rgba.alpha\nchannels depth\nname Copy8\nxpos -64\nypos 175\n}\nZBlur {\nmath -linear\nshape 1\nname ZBlur1\nxpos -64\nypos 225\ndisable {{!parent.useDef}}\n}\nset Ncbc44560 [stack 0]\nIDistort {\nuv forward\nuv_scale {{parent.displace}}\nname IDistort4\nxpos 98\nypos 788\n}\npush $Ncbc44560\nIDistort {\nuv forward\nuv_scale {{parent.displace/(1+parent.abberation/10)}}\nname IDistort3\nxpos 65\nypos 313\n}\nMultiply {\nvalue {0 0 1 1}\nname Multiply2\nlabel \"\\[value value]\"\nxpos 65\nypos 366\n}\nset Nbc97d60 [stack 0]\nShuffle {\nred alpha\ngreen alpha\nblue alpha\nname Shuffle2\nautolabel ''\ntile_color 0xffffffff\nnote_font_size 22\nnote_font_color 0xffffffff\nxpos 386\nypos 373\n}\npush 0\npush $Ncbc44560\nIDistort {\nuv forward\nuv_scale {{parent.displace}}\nname IDistort2\nxpos -64\nypos 312\n}\nMultiply {\nvalue {0 1 0 1}\nname Multiply3\nlabel \"\\[value value]\"\nxpos -64\nypos 362\n}\nset N7ed065a0 [stack 0]\nShuffle {\nred alpha\ngreen alpha\nblue alpha\nname Shuffle3\nautolabel ''\ntile_color 0xffffffff\nnote_font_size 22\nnote_font_color 0xffffffff\nxpos 291\nypos 416\n}\npush $Ncbc44560\nIDistort {\nuv forward\nuv_scale {{parent.displace/(1-parent.abberation/10)}}\nname IDistort1\nxpos -188\nypos 308\n}\nMultiply {\nvalue {1 0 0 1}\nname Multiply1\nlabel \"\\[value value]\"\nxpos -188\nypos 365\n}\nset N201e1910 [stack 0]\nShuffle {\nred alpha\ngreen alpha\nblue alpha\nname Shuffle4\nautolabel ''\ntile_color 0xffffffff\nnote_font_size 22\nnote_font_color 0xffffffff\nxpos 228\nypos 453\n}\nBlend {\ninputs 3+1\nweight0 0.2126\nweight1 0.7152\nweight2 0.0722\nname Blend1\nxpos 291\nypos 508\n}\nMultiply {\nvalue {0 0 0 1}\nname Multiply4\nlabel \"\\[value value]\"\nxpos 291\nypos 592\n}\npush $Nbc97d60\nMultiply {\nvalue {1 1 1 0}\nname Multiply7\nlabel \"\\[value value]\"\nxpos 65\nypos 448\n}\npush 0\npush $N201e1910\nMultiply {\nvalue {1 1 1 0}\nname Multiply5\nlabel \"\\[value value]\"\nxpos -188\nypos 445\n}\npush $N7ed065a0\nMultiply {\nvalue {1 1 1 0}\nname Multiply6\nlabel \"\\[value value]\"\nxpos -64\nypos 444\n}\nMerge2 {\ninputs 3+1\noperation plus\nalso_merge all\nname Merge1\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nxpos -64\nypos 554\naddUserKnob {20 TRX}\naddUserKnob {22 swap l \"swap to Merge All Node\" -STARTLINE T \"from csnuke_tools.trixter.snippets import convertMergeToAll as convertMergeToAll;convertMergeToAll.convToAll()\"}\n}\nMerge2 {\ninputs 2\noperation plus\nalso_merge all\nname Merge3\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nxpos -64\nypos 604\naddUserKnob {20 TRX}\naddUserKnob {22 swap l \"swap to Merge All Node\" -STARTLINE T \"from csnuke_tools.trixter.snippets import convertMergeToAll as convertMergeToAll;convertMergeToAll.convToAll()\"}\n}\nSwitch {\ninputs 2\nwhich {{parent.abberation==0}}\nname Switch1\nxpos -64\nypos 794\naddUserKnob {20 \"\" l Weta}\naddUserKnob {32 knob l \"update input order\" t \"changes the input order according to the input nodes' horizontal order (left most node becomes input 0)\" -STARTLINE T \" reconnectInputs\"}\n}\nCopy {\ninputs 2\nfrom0 -rgba.alpha\nto0 -rgba.alpha\nchannels depth\nname Copy5\nxpos -64\nypos 855\n}\npush $N122c5dd0\nDot {\nname Dot8\nnote_font_size 41\nxpos -255\nypos 963\n}\nMerge2 {\ninputs 2+1\noperation copy\nalso_merge all\nname Merge2\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nxpos -64\nypos 959\naddUserKnob {20 TRX}\naddUserKnob {22 swap l \"swap to Merge All Node\" -STARTLINE T \"from csnuke_tools.trixter.snippets import convertMergeToAll as convertMergeToAll;convertMergeToAll.convToAll()\"}\n}\nOutput {\nname Output1\nxpos -64\nypos 1096\n}\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_Glow_Exponential.gizmo", "content": "Group {\n name Glow_Exponential\n inputs 2\n help \"Exponential Glow node, with options to recolor and adjust falloff.\"\n knobChanged \"\\nk = nuke.thisKnob()\\nif k.name()=='crop':\\n if k.value():\\n nuke.thisNode().knob('overscan').setEnabled(True)\\n else:\\n nuke.thisNode().knob('overscan').setEnabled(False)\\n\"\n tile_color 0xc97200ff\n addUserKnob {20 ge l Glow}\n addUserKnob {26 glow_ctrls l \"@b;Glow:\"}\n addUserKnob {7 size t \"Size of the glow\" R 0 100}\n size 10\n addUserKnob {7 intensity t \"Brightness of the Glow\" R 0 10}\n intensity 1\n addUserKnob {7 falloff t \"Adjust the light falloff of the glow. Higher values will have a longer falloff, resulting in visually bigger glows.\"}\n falloff 0.75\n addUserKnob {26 glow_highlights l \"@b;Highlights:\"}\n addUserKnob {41 range t \"Luma key to define which parts of the image will glow.\" T Keyer1.range}\n addUserKnob {26 glow_colors l \"@b;Glow Colors:\"}\n addUserKnob {7 saturation l \"color from img\" t \"By default the glow takes on the colors of the plate. By using this knob you can desaturate the color of the glow.\"}\n saturation 1\n addUserKnob {18 core_color l \"core re-color\" t \"Re-color the core of the glow. Use the core threshold to define which parts of the glow are core or falloff.\"}\n core_color {1 1 1}\n addUserKnob {6 core_color_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {18 falloff_color l \"falloff re-color\" t \"Re-color the falloff of the glow. Use the core threshold to define which parts of the glow are core or falloff.\"}\n falloff_color {1 1 1}\n addUserKnob {6 falloff_color_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {7 threshold l \"core threshold\" t \"Define which parts of the glow are core or falloff.\"}\n threshold 1\n addUserKnob {26 glow_options l \"@b;Options:\"}\n addUserKnob {14 aspect l \"aspect ratio\" t \"Set the aspect ratio for your glow. Streaky results can be obtained by changing the ratio here.\" R 0 100}\n aspect {1 1}\n addUserKnob {6 glow_only l \"Glow only\" t \"By default the glow is added onto the plate. Checking this box will output the glow only. \" +STARTLINE}\n addUserKnob {6 crop l \"Crop to Format\" t \"This glow can expand the bounding box to massive values, checking this box can prevent your bbox from getting unmanageable.\" +STARTLINE}\n crop true\n addUserKnob {7 overscan l \"overscan (%)\" t \"If you are cropping to format but originally had some values outside the format, you can add some overscan here to preserve these. The values are a percentage of the format size.\" R 0 100}\n overscan 10\n addUserKnob {7 mix t \"Mix back with the original plate (or black, if glow only is enabled)\"}\n mix 1\n addUserKnob {26 \"\"}\n addUserKnob {26 spin_copyright l \"\" t \"© SPINVFX\\nGlow_Exponential\\nVersion 1.0\\n2017\" +STARTLINE T \"SPINVFX - Version 1.0 - 2017 - Github Page\"}\n}\n Input {\n inputs 0\n name img\n xpos 0\n ypos -59\n }\n Dot {\n name Dot1\n tile_color 0xcccccc00\n xpos 34\n ypos 50\n }\nset N9308ac0 [stack 0]\n Dot {\n name Dot24\n tile_color 0xcccccc00\n xpos 34\n ypos 1274\n }\nset N930d770 [stack 0]\n Input {\n inputs 0\n name mask\n xpos 136\n ypos 158\n number 1\n }\npush $N9308ac0\n NoOp {\n name CTRL\n xpos 304\n ypos 46\n addUserKnob {20 User}\n addUserKnob {7 falloff R 0 2}\n falloff {{\"max(parent.falloff/2+0.5, 0.0001)\"}}\n addUserKnob {7 falloff_intensity}\n falloff_intensity {{falloff+pow(falloff,2)+pow(falloff,3)+pow(falloff,4)+pow(falloff,5)+pow(falloff,6)+pow(falloff,7)+pow(falloff,8)+pow(falloff,9)+pow(falloff,10)}}\n addUserKnob {14 size R 0 100}\n size {{parent.size/20*parent.aspect.w} {parent.size/20*parent.aspect.h}}\n addUserKnob {7 intensity}\n intensity {{parent.intensity/falloff_intensity}}\n addUserKnob {7 core R 0 2}\n core {{threshold}}\n addUserKnob {7 core_length}\n core_length {{sqrt(pow(core_color.r,2)+pow(core_color.g,2)+pow(core_color.b,2))/sqrt(3)}}\n addUserKnob {7 falloff_length}\n falloff_length {{sqrt(pow(falloff_color.r,2)+pow(falloff_color.g,2)+pow(falloff_color.b,2))/sqrt(3)}}\n }\n Keyer {\n operation \"luminance key\"\n name Keyer1\n xpos 304\n ypos 98\n }\n ChannelMerge {\n inputs 2\n operation in\n name ChannelMerge1\n xpos 304\n ypos 146\n disable {{\"!\\[exists parent.input1] \"}}\n }\n Premult {\n name Premult1\n xpos 304\n ypos 202\n }\n Remove {\n operation keep\n channels rgb\n name Remove1\n xpos 304\n ypos 228\n }\n Multiply {\n value {{parent.CTRL.intensity}}\n name Multiplyer\n xpos 304\n ypos 263\n }\n Saturation {\n saturation {{parent.saturation}}\n name Saturation1\n xpos 304\n ypos 325\n }\n Dot {\n name Dot3\n tile_color 0x7aa9ff00\n xpos 338\n ypos 372\n }\nset N935d6a0 [stack 0]\n Dot {\n name Dot2\n tile_color 0x7aa9ff00\n xpos 604\n ypos 372\n }\nset N93621b0 [stack 0]\n Dot {\n name Dot4\n tile_color 0x7aa9ff00\n xpos 870\n ypos 372\n }\nset N9366c60 [stack 0]\n Dot {\n name Dot5\n tile_color 0x7aa9ff00\n xpos 1136\n ypos 372\n }\nset N936b710 [stack 0]\n Dot {\n name Dot6\n tile_color 0x7aa9ff00\n xpos 1402\n ypos 372\n }\nset N93701c0 [stack 0]\n Dot {\n name Dot7\n tile_color 0x7aa9ff00\n xpos 1668\n ypos 372\n }\nset N9374c70 [stack 0]\n Dot {\n name Dot8\n tile_color 0x7aa9ff00\n xpos 1934\n ypos 372\n }\nset N93797d0 [stack 0]\n Dot {\n name Dot9\n tile_color 0x7aa9ff00\n xpos 2200\n ypos 372\n }\nset N937e250 [stack 0]\n Dot {\n name Dot10\n tile_color 0x7aa9ff00\n xpos 2466\n ypos 372\n }\nset N9382d00 [stack 0]\n Dot {\n name Dot11\n tile_color 0x7aa9ff00\n xpos 2732\n ypos 372\n }\n Blur {\n size {{Blur9.size*2} {Blur9.size*2}}\n crop false\n name Blur10\n xpos 2698\n ypos 440\n }\n Multiply {\n value {{pow(CTRL.falloff,10)}}\n name Multiply10\n xpos 2698\n ypos 543\n }\n Dot {\n name Dot20\n tile_color 0x7aa9ff00\n xpos 2732\n ypos 796\n }\npush $N9382d00\n Blur {\n size {{Blur8.size*2} {Blur8.size*2}}\n crop false\n name Blur9\n xpos 2432\n ypos 440\n }\n Multiply {\n value {{pow(CTRL.falloff,9)}}\n name Multiply9\n xpos 2432\n ypos 542\n }\n Dot {\n name Dot19\n tile_color 0x7aa9ff00\n xpos 2466\n ypos 770\n }\npush $N937e250\n Blur {\n size {{Blur7.size*2} {Blur7.size*2}}\n crop false\n name Blur8\n xpos 2166\n ypos 440\n }\n Multiply {\n value {{pow(CTRL.falloff,8)}}\n name Multiply8\n xpos 2166\n ypos 536\n }\n Dot {\n name Dot18\n tile_color 0x7aa9ff00\n xpos 2200\n ypos 744\n }\npush $N93797d0\n Blur {\n size {{Blur6.size*2} {Blur6.size*2}}\n crop false\n name Blur7\n xpos 1900\n ypos 440\n }\n Multiply {\n value {{pow(CTRL.falloff,7)}}\n name Multiply7\n xpos 1900\n ypos 528\n }\n Dot {\n name Dot17\n tile_color 0x7aa9ff00\n xpos 1934\n ypos 718\n }\npush $N9374c70\n Blur {\n size {{Blur5.size*2} {Blur5.size*2}}\n crop false\n name Blur6\n xpos 1634\n ypos 440\n }\n Multiply {\n value {{pow(CTRL.falloff,6)}}\n name Multiply6\n xpos 1634\n ypos 528\n }\n Dot {\n name Dot16\n tile_color 0x7aa9ff00\n xpos 1668\n ypos 692\n }\npush $N93701c0\n Blur {\n size {{Blur4.size*2} {Blur4.size*2}}\n crop false\n name Blur5\n xpos 1368\n ypos 440\n }\n Multiply {\n value {{pow(CTRL.falloff,5)}}\n name Multiply5\n xpos 1368\n ypos 524\n }\n Dot {\n name Dot15\n tile_color 0x7aa9ff00\n xpos 1402\n ypos 666\n }\npush $N936b710\n Blur {\n size {{Blur3.size*2} {Blur3.size*2}}\n crop false\n name Blur4\n xpos 1102\n ypos 440\n }\n Multiply {\n value {{pow(CTRL.falloff,4)}}\n name Multiply4\n xpos 1102\n ypos 518\n }\n Dot {\n name Dot14\n tile_color 0x7aa9ff00\n xpos 1136\n ypos 640\n }\npush $N9366c60\n Blur {\n size {{Blur2.size*2} {Blur2.size*2}}\n crop false\n name Blur3\n xpos 836\n ypos 440\n }\n Multiply {\n value {{pow(CTRL.falloff,3)}}\n name Multiply3\n xpos 836\n ypos 509\n }\n Dot {\n name Dot13\n tile_color 0x7aa9ff00\n xpos 870\n ypos 614\n }\npush $N93621b0\n Blur {\n size {{Blur1.size*2} {Blur1.size*2}}\n crop false\n name Blur2\n xpos 570\n ypos 440\n }\n Multiply {\n value {{pow(CTRL.falloff,2)}}\n name Multiply2\n xpos 570\n ypos 508\n }\n Dot {\n name Dot12\n tile_color 0x7aa9ff00\n xpos 604\n ypos 588\n }\npush $N935d6a0\n Blur {\n size {{CTRL.size*2} {CTRL.size*2}}\n crop false\n name Blur1\n xpos 304\n ypos 440\n }\n Multiply {\n value {{CTRL.falloff}}\n name Multiply1\n xpos 304\n ypos 512\n }\n Merge2 {\n inputs 2\n operation plus\n name Merge1\n xpos 304\n ypos 584\n }\n Merge2 {\n inputs 2\n operation plus\n name Merge2\n xpos 304\n ypos 610\n }\n Merge2 {\n inputs 2\n operation plus\n name Merge3\n xpos 304\n ypos 636\n }\n Merge2 {\n inputs 2\n operation plus\n name Merge4\n xpos 304\n ypos 662\n }\n Merge2 {\n inputs 2\n operation plus\n name Merge5\n xpos 304\n ypos 688\n }\n Merge2 {\n inputs 2\n operation plus\n name Merge6\n xpos 304\n ypos 714\n }\n Merge2 {\n inputs 2\n operation plus\n name Merge7\n xpos 304\n ypos 740\n }\n Merge2 {\n inputs 2\n operation plus\n name Merge8\n xpos 304\n ypos 766\n }\n Merge2 {\n inputs 2\n operation plus\n name Merge9\n xpos 304\n ypos 792\n }\n Dot {\n name Dot21\n tile_color 0x4b5ec600\n xpos 338\n ypos 928\n }\nset N8f62310 [stack 0]\n Dot {\n name Dot22\n tile_color 0x4b5ec600\n xpos 498\n ypos 928\n }\n Grade {\n whitepoint {{CTRL.core}}\n white_clamp true\n name Grade2\n xpos 464\n ypos 977\n }\n Gamma {\n channels rgb\n value {{parent.falloff_color.r/CTRL.falloff_length} {parent.falloff_color.g/CTRL.falloff_length} {parent.falloff_color.b/CTRL.falloff_length} {curve}}\n name Gamma1\n xpos 464\n ypos 1037\n }\n Grade {\n whitepoint {{CTRL.core}}\n reverse true\n name Grade3\n xpos 464\n ypos 1082\n }\npush $N8f62310\n Clamp {\n minimum {{CTRL.core}}\n maximum_enable false\n name Clamp1\n xpos 304\n ypos 972\n }\n Grade {\n add {{1-CTRL.core}}\n name Grade4\n xpos 304\n ypos 1020\n }\n Gamma {\n channels rgb\n value {{1+(1-parent.core_color.r)/CTRL.core_length} {1+(1-parent.core_color.g)/CTRL.core_length} {1+(1-parent.core_color.b)/CTRL.core_length} {curve}}\n name Gamma2\n xpos 304\n ypos 1061\n }\n Add {\n channels rgb\n value -1\n name Add1\n xpos 304\n ypos 1087\n }\n Merge2 {\n inputs 2\n operation plus\n name Merge10\n xpos 304\n ypos 1157\n }\n Remove {\n operation keep\n channels rgb\n name Remove2\n xpos 304\n ypos 1183\n }\n Multiply {\n value {{parent.mix}}\n name mix\n xpos 304\n ypos 1217\n }\n Merge2 {\n inputs 2\n operation plus\n name Merge11\n xpos 304\n ypos 1270\n disable {{parent.glow_only}}\n }\n Dot {\n name Dot23\n tile_color 0x4b5ec600\n xpos 338\n ypos 1436\n }\npush $N930d770\n Copy {\n inputs 2\n from0 rgba.red\n to0 rgba.red\n from1 rgba.green\n to1 rgba.green\n from2 rgba.blue\n to2 rgba.blue\n name Copy1\n xpos 0\n ypos 1414\n }\n Crop {\n box {{-width*(parent.overscan/100)/2} {-height*(parent.overscan/100)/2} {width+(width*(parent.overscan/100)/2)} {height+(height*(parent.overscan/100)/2)}}\n crop false\n name Crop2\n xpos 0\n ypos 1495\n disable {{!parent.crop}}\n }\n Output {\n name Output1\n xpos 0\n ypos 1543\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_GlueP.gizmo", "content": "Group {\n name Ls_GlueP\n help \"GlueP - glues an image to a position pass, by projecting on it.\\n\\nInputs:\\n Image to project\\n P, the position pass\\n N, an optional normals pass for front/back facing selection\\n Projector, the Camera to project from\\n CGCamera, optionally the original camera from the CG render\\n\\nThe second camera input can be used to convert P and N from camera space to world space - many renderers output camera space P and N by default, but we need world space to do this. Even better is a \\\"world position at frame 1\\\" or \\\"P0\\\" or \\\"Rest position\\\" pass, which sticks properly to the surface of animated meshes.\\n\\nA good way to check that a position pass is suitable to project on is to plug it into a PositionToPoints node along with the beauty pass and check in the 3D view that the points lie within the camera frustrum and are laid out in space like the 3D scene was. For gory details on how to make a good P pass, see the second half of this video about the Flame version: https://www.youtube.com/watch?v=YkgHAMwtmpw\\n\\nIt works best with 32-bit float P and N passes, rather than 16-bit half.\"\n selected true\n addUserKnob {20 Ls_GlueP}\n addUserKnob {41 useGPUIfAvailable l \"Use GPU if available\" t \"There's not much point turning this on, it's just as fast on the CPU\" T BlinkScript1.useGPUIfAvailable}\n addUserKnob {26 gap l \"\" +STARTLINE}\n addUserKnob {3 freezeat l \"Freeze projector at frame\" t \"This takes the projector values from a particular frame, to avoid having to hit No Animation on the Camera node\"}\n freezeat 1\n addUserKnob {22 freezehere l Current -STARTLINE T \"nuke.thisNode().knob('freezeat').setValue(nuke.frame());\"}\n addUserKnob {26 gap3 l \"\" -STARTLINE T \"\\n\\n\"}\n addUserKnob {41 Ls_GlueP_ConvertPpassfromcameraspace l \"Convert P from camera space\" T BlinkScript1.Ls_GlueP_ConvertPpassfromcameraspace}\n addUserKnob {41 Ls_GlueP_ConvertNpassfromcameraspace l \"Convert N from camera space\" -STARTLINE T BlinkScript1.Ls_GlueP_ConvertNpassfromcameraspace}\n addUserKnob {4 outputselect l Output M {\"Glued projection\" \"Glued ST map\" \"NDC coords\" \"Clip space coords\" \"View space coords\" \"P converted from camera space\" \"N converted from camera space\" \"Facing ratio\" \"\"}}\n addUserKnob {26 gap2 l \"\" -STARTLINE T \"\\n\\n\"}\n addUserKnob {41 filter l Filter -STARTLINE T STMap1.filter}\n addUserKnob {41 Ls_GlueP_Projectonfrontfaces l \"Front faces\" t \"Project on faces which face the projector position. This requires the N input connected.\" T BlinkScript1.Ls_GlueP_Projectonfrontfaces}\n addUserKnob {41 Ls_GlueP_Projectonbackfaces l \"Back faces\" t \"Project on faces which face away from the projector position. This requires the N input connected.\" -STARTLINE T BlinkScript1.Ls_GlueP_Projectonbackfaces}\n addUserKnob {41 Ls_GlueP_Depthclip l \"Clip to projector's near/far\" t \"Adjust the near/far knobs on the Camera node attached to the Projector input to clip the result in depth\" T BlinkScript1.Ls_GlueP_Depthclip}\n addUserKnob {26 credit l \"\" +STARTLINE T \"\\n\\nlewis@lewissaunders.com\"}\n}\n Input {\n inputs 0\n name InputCgCamera\n xpos 180\n ypos 159\n number 4\n }\n Input {\n inputs 0\n name InputProjector\n xpos 70\n ypos 159\n number 3\n }\n StickyNote {\n inputs 0\n name StickyNote1\n label \"this crop stops it crashing... idk\"\n note_font \"Verdana Italic Italic Italic Italic Italic\"\n xpos -52\n ypos 332\n }\n Input {\n inputs 0\n name InputP\n xpos -150\n ypos 159\n number 1\n }\nset Nee730100 [stack 0]\n Dot {\n name Dot1\n note_font_size 41\n xpos 8\n ypos 386\n }\n Input {\n inputs 0\n name InputN\n xpos -40\n ypos 159\n number 2\n }\n Crop {\n box {{Crop1.box.x} {Crop1.box.y} {Crop1.box.r} {Crop1.box.t}}\n name Crop2\n xpos -40\n ypos 221\n }\npush $Nee730100\n Input {\n inputs 0\n name InputImage\n xpos -260\n ypos 159\n }\nset Nee7eba90 [stack 0]\n BlinkScript {\n inputs 3\n kernelSourceFile /works/blinks/blinks/Ls_GlueP.blink\n ProgramGroup 1\n KernelDescription \"2 \\\"Ls_GlueP\\\" iterate pixelWise 139beda4c8afdcbfbb8184dd1b6236759be6f3e522fd5ae922fb4788f211299a 4 \\\"src\\\" Read Random \\\"position\\\" Read Point \\\"normals\\\" Read Point \\\"dst\\\" Write Point 22 \\\"ConvertPpassfromcameraspace\\\" Bool 1 AA== \\\"ConvertNpassfromcameraspace\\\" Bool 1 AA== \\\"OutputconvertedP\\\" Bool 1 AA== \\\"OutputconvertedN\\\" Bool 1 AA== \\\"OriginalCGcameraposition\\\" Float 3 AAAAAAAAAAAAAAAAAAAAAA== \\\"OriginalCGcamerarotation\\\" Float 3 AAAAAAAAAAAAAAAAAAAAAA== \\\"Projectorposition\\\" Float 3 AAAAAAAAAAAAAMjCAAAAAA== \\\"Projectorrotation\\\" Float 3 AAAAAAAAAAAAAAAAAAAAAA== \\\"Projectorfocallength\\\" Float 1 AABIQg== \\\"Projectorhorizontalaperture\\\" Float 1 exS+QQ== \\\"Projectonfrontfaces\\\" Bool 1 AQ== \\\"Projectonbackfaces\\\" Bool 1 AQ== \\\"Depthclip\\\" Bool 1 AA== \\\"Depthclipnear\\\" Float 1 AAAAAA== \\\"Depthclipfar\\\" Float 1 8CN0SQ== \\\"Outputviewspace\\\" Bool 1 AA== \\\"Outputclipspace\\\" Bool 1 AA== \\\"OutputNDCspace\\\" Bool 1 AA== \\\"OutputUVs\\\" Bool 1 AA== \\\"OutputFacingRatio\\\" Bool 1 AA== \\\"Srcwidth\\\" Int 1 gAcAAA== \\\"Srcheight\\\" Int 1 OAQAAA== 22 \\\"convertp\\\" 1 1 \\\"convertn\\\" 1 1 \\\"outputp\\\" 1 1 \\\"outputn\\\" 1 1 \\\"worldcam_position\\\" 3 1 \\\"worldcam_rotation\\\" 3 1 \\\"projector_position\\\" 3 1 \\\"projector_rotation\\\" 3 1 \\\"projector_focal\\\" 1 1 \\\"projector_haperture\\\" 1 1 \\\"frontface\\\" 1 1 \\\"backface\\\" 1 1 \\\"zclip\\\" 1 1 \\\"znear\\\" 1 1 \\\"zfar\\\" 1 1 \\\"outputviewspace\\\" 1 1 \\\"outputclipspace\\\" 1 1 \\\"outputndc\\\" 1 1 \\\"outputuv\\\" 1 1 \\\"outputfacingratio\\\" 1 1 \\\"srcwidth\\\" 1 1 \\\"srcheight\\\" 1 1 4 \\\"aspect\\\" Float 1 1 AAAAAA== \\\"vaperture\\\" Float 1 1 AAAAAA== \\\"fovy\\\" Float 1 1 AAAAAA== \\\"fovx\\\" Float 1 1 AAAAAA==\"\n kernelSource \"// GlueP: project onto a position pass\\n// lewis@lewissaunders.com\\n// TODO:\\n// o rearrange the output selection logic, translating\\n// the return statements into setting a flag was stupid\\n// o I wonder what happens when inputs are different sizes\\n\\nkernel Ls_GlueP : ImageComputationKernel \\{\\n Image src;\\n Image position;\\n Image normals;\\n Image dst;\\n\\n param:\\n bool convertp, convertn, outputp, outputn;\\n float3 worldcam_position, worldcam_rotation;\\n float3 projector_position, projector_rotation;\\n float projector_focal, projector_haperture;\\n bool frontface, backface, zclip;\\n float znear, zfar;\\n bool outputviewspace, outputclipspace, outputndc, outputuv, outputfacingratio;\\n int srcwidth, srcheight;\\n\\n local:\\n float aspect, vaperture, fovy, fovx;\\n\\n void define() \\{\\n defineParam(convertp, \\\"ConvertPpassfromcameraspace\\\", false);\\n defineParam(convertn, \\\"ConvertNpassfromcameraspace\\\", false);\\n defineParam(outputp, \\\"OutputconvertedP\\\", false);\\n defineParam(outputn, \\\"OutputconvertedN\\\", false);\\n defineParam(worldcam_position, \\\"OriginalCGcameraposition\\\", float3(0.0, 0.0, 0.0));\\n defineParam(worldcam_rotation, \\\"OriginalCGcamerarotation\\\", float3(0.0, 0.0, 0.0));\\n defineParam(projector_position, \\\"Projectorposition\\\", float3(0.0, 0.0, -100.0));\\n defineParam(projector_rotation, \\\"Projectorrotation\\\", float3(0.0, 0.0, 0.0));\\n defineParam(projector_focal, \\\"Projectorfocallength\\\", 50.0f);\\n defineParam(projector_haperture, \\\"Projectorhorizontalaperture\\\", 23.76f);\\n defineParam(zclip, \\\"Depthclip\\\", false);\\n defineParam(frontface, \\\"Projectonfrontfaces\\\", true);\\n defineParam(backface, \\\"Projectonbackfaces\\\", true);\\n defineParam(znear, \\\"Depthclipnear\\\", 0.0f);\\n defineParam(zfar, \\\"Depthclipfar\\\", 999999.0f);\\n defineParam(outputviewspace, \\\"Outputviewspace\\\", false);\\n defineParam(outputclipspace, \\\"Outputclipspace\\\", false);\\n defineParam(outputndc, \\\"OutputNDCspace\\\", false);\\n defineParam(outputuv, \\\"OutputUVs\\\", false);\\n defineParam(outputfacingratio, \\\"OutputFacingRatio\\\", false);\\n defineParam(srcwidth, \\\"Srcwidth\\\", 1920);\\n defineParam(srcheight, \\\"Srcheight\\\", 1080);\\n \\}\\n\\n void init() \\{\\n aspect = max(float(srcwidth), 1.0f) / max(float(srcheight), 1.0f);\\n vaperture = projector_haperture / aspect;\\n fovy = 2.0f * atan(vaperture / (2.0f * projector_focal));\\n fovx = 2.0f * atan(projector_haperture / (2.0f * projector_focal));\\n \\}\\n\\n float deg2rad(float angle) \\{\\n return(angle/(180.0f/PI));\\n \\}\\n\\n // Rotates about the origin in ZXY order\\n float3 rotate(float3 p, float3 angles) \\{\\n float x = deg2rad(angles.x);\\n float y = deg2rad(angles.y);\\n float z = deg2rad(angles.z);\\n\\n float3x3 rx, ry, rz;\\n float rxd\\[] = \\{1.0, 0.0, 0.0, 0.0, cos(x), -sin(x), 0.0, sin(x), cos(x)\\};\\n float ryd\\[] = \\{cos(y), 0.0, sin(y), 0.0, 1.0, 0.0, -sin(y), 0.0, cos(y)\\};\\n float rzd\\[] = \\{cos(z), -sin(z), 0.0, sin(z), cos(z), 0.0, 0.0, 0.0, 1.0\\};\\n rx.setArray(rxd);\\n ry.setArray(ryd);\\n rz.setArray(rzd);\\n\\n float3x3 r = rz * rx * ry;\\n return(r * p);\\n \\}\\n\\n // Un-rotates about the origin in ZXY order\\n float3 unrotate(float3 p, float3 angles) \\{\\n float x = deg2rad(angles.x);\\n float y = deg2rad(angles.y);\\n float z = deg2rad(angles.z);\\n\\n float3x3 rx, ry, rz;\\n float rxd\\[] = \\{1.0f, 0.0f, 0.0f, 0.0f, cos(x), sin(x), 0.0f, -sin(x), cos(x)\\};\\n float ryd\\[] = \\{cos(y), 0.0f, -sin(y), 0.0f, 1.0f, 0.0f, sin(y), 0.0f, cos(y)\\};\\n float rzd\\[] = \\{cos(z), sin(z), 0.0f, -sin(z), cos(z), 0.0f, 0.0f, 0.0f, 1.0f\\};\\n rx.setArray(rxd);\\n ry.setArray(ryd);\\n rz.setArray(rzd);\\n\\n float3x3 r = ry * rx * rz;\\n return(r * p);\\n \\}\\n\\n void process(int2 pos) \\{\\n SampleType(position) prgba = position();\\n float3 p = float3(prgba.x, prgba.y, prgba.z);\\n\\n SampleType(normals) nrgba = normals();\\n float3 n = float3(nrgba.x, nrgba.y, nrgba.z);\\n\\n bool outputready = false;\\n float3 o;\\n\\n // Optionally, convert P and N passes from camera space to world space\\n if(convertp) \\{\\n p.z *= -1.0f;\\n p = unrotate(p, -worldcam_rotation);\\n p += worldcam_position;\\n \\}\\n if(convertn) \\{\\n n.z *= -1.0f;\\n n = unrotate(n, -worldcam_rotation);\\n \\}\\n if(outputp && !outputready) \\{\\n o = p;\\n outputready = true;\\t\\t\\n \\}\\n if(outputn && !outputready) \\{\\n o = n;\\n outputready = true;\\t\\t\\n \\}\\n\\n // Keep world space p for later, we need it for facing calc\\n float3 worldp = p;\\n\\n // World space to view space\\n p -= projector_position;\\n p = rotate(p, -projector_rotation);\\n if(outputviewspace && !outputready) \\{\\n o = p;\\n outputready = true;\\n \\}\\n\\n // Optional clipping\\n if(zclip) \\{\\n if(-p.z < znear || -p.z > zfar) \\{\\n o = float3(0.0f);\\n outputready = true;\\n \\}\\n \\}\\n\\n // Clip behind projector\\n if(p.z > 0.0f) \\{\\n o = float3(0.0f);\\n outputready = true;\\n \\}\\n\\n // Facing\\n float3 v = normalize(projector_position - worldp);\\n float facingratio = dot(n, v);\\n if(outputfacingratio && !outputready) \\{\\n o = float3(facingratio);\\n outputready = true;\\n \\}\\n if((facingratio > 0.0f && !frontface) || (facingratio < 0.0f && !backface)) \\{\\n o = float3(0.0f);\\n outputready = true;\\n \\}\\n\\n // View space to clip space\\n float4x4 projection_matrix;\\n float pmd\\[] = \\{1.0f/tan(fovx/2.0f), 0.0f, 0.0f, 0.0f,\\n\\t\\t0.0f, 1.0f/tan(fovy/2.0f), 0.0f, 0.0f,\\n\\t\\t0.0f, 0.0f, 1.0f, 1.0f,\\n\\t\\t0.0f, 0.0f, 1.0f, 0.0f\\};\\n projection_matrix.setArray(pmd);\\n float4 p4 = float4(p.x, p.y, p.z, 0.0f);\\n p4 = projection_matrix * p4;\\n if(outputclipspace && !outputready) \\{\\n o.x = p4.x;\\n o.y = p4.y;\\n o.z = p4.z;\\n outputready = true;\\n \\}\\n\\n // Clip space to NDC\\n p4 /= p4.w;\\n if(outputndc && !outputready) \\{\\n o.x = p4.x;\\n o.y = p4.y;\\n o.z = p4.z;\\n outputready = true;\\n \\}\\n\\n // NDC to window\\n p4 /= -2.0f;\\n p4 += 0.5f;\\n if(outputuv && !outputready) \\{\\n o.x = p4.x;\\n o.y = p4.y;\\n o.z = 0.0f;\\n outputready = true;\\n \\}\\n\\n // Sample\\n if(!outputready) \\{\\n SampleType(src) s = bilinear(src, p4.x*srcwidth, p4.y*srcheight);\\n o.x = s.x;\\n o.y = s.y;\\n o.z = s.z;\\n \\}\\n\\n // Output\\n SampleType(dst) d;\\n d.x = o.x;\\n d.y = o.y;\\n d.z = o.z;\\n dst() = d;\\n \\}\\n\\};\\n\"\n useGPUIfAvailable false\n rebuild \"\"\n Ls_GlueP_OutputconvertedP {{\"parent.outputselect == 5\"}}\n Ls_GlueP_OutputconvertedN {{\"parent.outputselect == 6\"}}\n Ls_GlueP_OriginalCGcameraposition {{\"\\[exists parent.input4] ? parent.input4.translate.x : 0.0\"} {\"\\[exists parent.input4] ? parent.input4.translate.y : 0.0\"} {\"\\[exists parent.input4] ? parent.input4.translate.z : 0.0\"}}\n Ls_GlueP_OriginalCGcamerarotation {{\"\\[exists parent.input4] ? parent.input4.rotate.x : 0.0\"} {\"\\[exists parent.input4] ? parent.input4.rotate.y : 0.0\"} {\"\\[exists parent.input4] ? parent.input4.rotate.z : 0.0\"}}\n Ls_GlueP_Projectorposition {{parent.input3.translate.x(parent.freezeat)} {parent.input3.translate.y(parent.freezeat)} {parent.input3.translate.z(parent.freezeat)}}\n Ls_GlueP_Projectorrotation {{parent.input3.rotate.x(parent.freezeat)} {parent.input3.rotate.y(parent.freezeat)} {parent.input3.rotate.z(parent.freezeat)}}\n Ls_GlueP_Projectorfocallength {{parent.input3.focal(parent.freezeat)}}\n Ls_GlueP_Projectorhorizontalaperture {{parent.input3.haperture(parent.freezeat)}}\n Ls_GlueP_Depthclipnear {{parent.input3.near(parent.freezeat)}}\n Ls_GlueP_Depthclipfar {{parent.input3.far(parent.freezeat)}}\n Ls_GlueP_Outputviewspace {{\"parent.outputselect == 4\"}}\n Ls_GlueP_Outputclipspace {{\"parent.outputselect == 3\"}}\n Ls_GlueP_OutputNDCspace {{\"parent.outputselect == 2\"}}\n Ls_GlueP_OutputUVs {{\"parent.outputselect == 0 | parent.outputselect == 1\"}}\n Ls_GlueP_OutputFacingRatio {{\"parent.outputselect == 7\"}}\n Ls_GlueP_Srcwidth {{width}}\n Ls_GlueP_Srcheight {{height}}\n rebuild_finalise \"\"\n name BlinkScript1\n xpos -150\n ypos 278\n }\n Crop {\n box {0 0 {width} {height}}\n crop false\n name Crop1\n xpos -150\n ypos 334\n }\n Transform {\n translate {-0.5 -0.5}\n center {1024 778}\n name Transform1\n xpos -150\n ypos 358\n }\nset N14f97310 [stack 0]\npush $Nee7eba90\n STMap {\n inputs 2\n uv rgb\n name STMap1\n xpos -260\n ypos 396\n }\npush $N14f97310\n Switch {\n inputs 2\n which {{\"parent.outputselect == 0 ? 1 : 0\"}}\n name Switch1\n xpos -150\n ypos 460\n }\n CopyBBox {\n inputs 2\n name CopyBBox1\n xpos -150\n ypos 510\n }\n Output {\n name Output1\n xpos -150\n ypos 570\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_GodRaysProjector.gizmo", "content": "Group {\n name GodRaysProjector\n tile_color 0xcc804eff\n selected true\n addUserKnob {20 User}\n addUserKnob {41 \"Local GPU: \" T \"GetGPUName.Local GPU: \"}\n addUserKnob {41 useGPUIfAvailable l \"GPU Preview\" -STARTLINE T BlinkScript1.useGPUIfAvailable}\n addUserKnob {41 vectorize l \"Vectorize on CPU\" -STARTLINE T BlinkScript1.vectorize}\n addUserKnob {26 \"\"}\n addUserKnob {4 outputMode l \"output mode\" t \"2D: just the RGBA projection\\nDeep: RGBA projection, with deep data, output as a deep stream\\nShadow: just the shadow mask\" M {2D Deep Shadow \"\" \"\" \"\"}}\n addUserKnob {26 \"\"}\n addUserKnob {20 _3 l Projection n 1}\n _3 0\n addUserKnob {41 scale l \"input resolution scale\" t \"pre-scales the input image(s) and then performs an inverse scale to return the same format.\\n\\nthis will either speed up performance, or decrease the powderiness depending on increased or decreased resolution.\" T Reformat1.scale}\n addUserKnob {41 GodRaysProjectorVolumeKernel_iterations l steps t \"the number of projected planes used to create the volume\" T BlinkScript1.GodRaysProjectorVolumeKernel_iterations}\n addUserKnob {41 GodRaysProjectorVolumeKernel_depthMin l \"project near\" t \"the closest plane used to create the volume\" T BlinkScript1.GodRaysProjectorVolumeKernel_depthMin}\n addUserKnob {41 GodRaysProjectorVolumeKernel_depthMax l \"project far\" t \"the farthest plane used to create the volume\" T BlinkScript1.GodRaysProjectorVolumeKernel_depthMax}\n addUserKnob {41 GodRaysProjectorVolumeKernel_projDistSkew l \"near/far weight\" t \"this skews the projection plane placement nearer or further from the first and last planes\" T BlinkScript1.GodRaysProjectorVolumeKernel_projDistSkew}\n addUserKnob {20 endGroup n -1}\n addUserKnob {20 projectionNoise l \"3D Noise\" n 1}\n projectionNoise 0\n addUserKnob {41 GodRaysProjectorVolumeKernel_EnableNoise l \"enable noise\" T BlinkScript1.GodRaysProjectorVolumeKernel_EnableNoise}\n addUserKnob {41 GodRaysProjectorVolumeKernel_NoiseOctaves l octaves t \"the complexity of the 4D noise\" T BlinkScript1.GodRaysProjectorVolumeKernel_NoiseOctaves}\n addUserKnob {41 GodRaysProjectorVolumeKernel_NoisePersistence l persistence t \"how much each level of complexity contributes to the final noise\" T BlinkScript1.GodRaysProjectorVolumeKernel_NoisePersistence}\n addUserKnob {41 GodRaysProjectorVolumeKernel_NoiseScale l scale t \"scaling the noise at generation level\" T BlinkScript1.GodRaysProjectorVolumeKernel_NoiseScale}\n addUserKnob {41 GodRaysProjectorVolumeKernel_NoiseSeed l seed t \"this is the 4th dimention of the 4D noise, this is relative to the scale of the postion data\" T BlinkScript1.GodRaysProjectorVolumeKernel_NoiseSeed}\n addUserKnob {41 GodRaysProjectorVolumeKernel_NoiseGamma l gamma T BlinkScript1.GodRaysProjectorVolumeKernel_NoiseGamma}\n addUserKnob {41 GodRaysProjectorVolumeKernel_NoiseMix l mix T BlinkScript1.GodRaysProjectorVolumeKernel_NoiseMix}\n addUserKnob {26 \"\"}\n addUserKnob {41 xform_order l \"transform order\" T Axis1.xform_order}\n addUserKnob {41 rot_order l \"rotation order\" T Axis1.rot_order}\n addUserKnob {41 translate T Axis1.translate}\n addUserKnob {41 rotate T Axis1.rotate}\n addUserKnob {41 scaling l scale T Axis1.scaling}\n addUserKnob {41 uniform_scale l \"shadow length scale\" T Axis1.uniform_scale}\n addUserKnob {41 skew T Axis1.skew}\n addUserKnob {41 pivot T Axis1.pivot}\n addUserKnob {20 endGroup_1 l endGroup n -1}\n addUserKnob {20 colourTweaks l Image n 1}\n colourTweaks 0\n addUserKnob {41 GodRaysProjectorVolumeKernel_EnableSourceDarken l \"darken at source\" t \"this exponentially darkens the planes at the source, this is useful for when bunched up planes/pixels cause very bright values\\n\" T BlinkScript1.GodRaysProjectorVolumeKernel_EnableSourceDarken}\n addUserKnob {41 clampAlpha l \"clamp alpha\" -STARTLINE T Clamp1.clampAlpha}\n addUserKnob {41 GodRaysProjectorVolumeKernel_fromColour l \"from colour\" T BlinkScript1.GodRaysProjectorVolumeKernel_fromColour}\n addUserKnob {41 GodRaysProjectorVolumeKernel_toColour l \"to colour\" T BlinkScript1.GodRaysProjectorVolumeKernel_toColour}\n addUserKnob {41 GodRaysProjectorVolumeKernel_toFromGamma l gamma T BlinkScript1.GodRaysProjectorVolumeKernel_toFromGamma}\n addUserKnob {26 \"\"}\n addUserKnob {41 size l \"gaussian blur size\" T Blur1.size}\n addUserKnob {41 blurShadow l \"blur shadow\" -STARTLINE T Blur1.blurShadow}\n addUserKnob {41 parallelScaleBlur l \"parallel scale blur\" T GodRays1.parallelScaleBlur}\n addUserKnob {41 bidirectional -STARTLINE T GodRays1.bidirectional}\n addUserKnob {20 endGroup_2 l endGroup n -1}\n addUserKnob {20 shadowSettings l Shadow n 1}\n shadowSettings 0\n addUserKnob {41 in l \"position data\" T Shuffle1.in}\n addUserKnob {41 in_1 l \"normals data\" T Shuffle2.in}\n addUserKnob {41 enableShadow l \"enable shadow\" T Merge1.enableShadow}\n addUserKnob {41 useCustomShadowMask l \"use custom shadow mask\" t \"this bypasses the position and normals processing and intead uses the alpha channel straight from the shadow input\" -STARTLINE T Switch3.useCustomShadowMask}\n addUserKnob {41 mix l \"stencil amount\" T Merge1.mix}\n addUserKnob {41 scale_1 l scale T GodRays5.scale}\n addUserKnob {41 from_color l \"from color\" T GodRays5.from_color}\n addUserKnob {41 to_color l \"to color\" T GodRays5.to_color}\n addUserKnob {41 gamma T GodRays5.gamma}\n addUserKnob {41 steps T GodRays5.steps}\n addUserKnob {41 max -STARTLINE T GodRays5.max}\n addUserKnob {41 size_1 l \"shadow blur size\" T Blur4.size}\n addUserKnob {26 \"\"}\n addUserKnob {41 blackpoint l \"facing mask blackpoint\" t \"this controls the falloff of the mask created using the facing angle of an object to the camera\" T Grade2.blackpoint}\n addUserKnob {41 whitepoint l \"facing mask whitepoint\" t \"this controls the falloff of the mask created using the facing angle of an object to the camera\" T Grade2.whitepoint}\n addUserKnob {26 \"\"}\n addUserKnob {41 useVolumeDepth l \"depth region override\" t \"this overrides the near/far values of the projection when selecting the region of the position data used to generate a shadow\" T BlinkScript2.useVolumeDepth}\n addUserKnob {41 nearDepth l \"near depth\" T BlinkScript2.nearDepth}\n addUserKnob {41 farDepth l \"far depth\" T BlinkScript2.farDepth}\n addUserKnob {20 endGroup_3 l endGroup n -1}\n addUserKnob {26 _1 l \"\" +STARTLINE}\n addUserKnob {26 credit l \"\" +STARTLINE T \"Chris Fryer | 2021\"}\n addUserKnob {20 About}\n addUserKnob {26 info l \"\" +STARTLINE T \"v1.1 - 03.03.21\\n\\n- complete rebuild\\n- 4 point approximation no longer available\\n- input scale option for speed/quality control\\n- card placement math no longer breaks under certain angles or behind camera\\n- shadow functionality added\\n- camera input now uses DummyCam, this allows for non-topnode compliant methods (Axis inputs etc..)\\n- 3D noise transform, no longer inverted\\n- labels on most knobs\\n- code now commented for those learning Blinkscript\\n- to/from now functions for RGBA\\n- added weight option to skew virtual card placement\\n- far card now matches far distance exactly\\n- edge pixels no longer wrong\"}\n}\n BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0x191b8eff\n label DEEP\n note_font \"Verdana Bold\"\n note_font_size 60\n xpos -592\n ypos 75\n bdwidth 357\n bdheight 812\n }\n BackdropNode {\n inputs 0\n name BackdropNode2\n tile_color 0xc69548ff\n label \"VOLUME PROJECTION\"\n note_font \"Verdana Bold\"\n note_font_size 60\n xpos 188\n ypos -80\n bdwidth 208\n bdheight 621\n }\n BackdropNode {\n inputs 0\n name BackdropNode3\n tile_color 0x3f3f3fff\n label SHADOW\n note_font \"Verdana Bold\"\n note_font_size 60\n xpos 938\n ypos -66\n bdwidth 324\n bdheight 717\n }\n BackdropNode {\n inputs 0\n name BackdropNode4\n tile_color 0xaa1d1dff\n label \"CAMERA INPUTS\"\n note_font \"Verdana Bold\"\n note_font_size 42\n xpos -43\n ypos -121\n bdwidth 196\n bdheight 195\n }\n Input {\n inputs 0\n name img\n xpos 254\n ypos 28\n }\n Reformat {\n type scale\n pbb true\n name Reformat1\n label \"image scaling\"\n selected true\n xpos 254\n ypos 92\n disable {{\"scale == 1\"}}\n }\nset N32615c00 [stack 0]\n Input {\n inputs 0\n name shadow\n xpos 1039\n ypos 21\n number 3\n }\n Reformat {\n type scale\n box_width {{Reformat1.input0.width}}\n box_height {{Reformat1.input0.height}}\n scale {{parent.Reformat1.scale} {parent.Reformat1.scale}}\n filter notch\n name Reformat3\n xpos 1039\n ypos 58\n disable {{parent.Reformat1.disable}}\n }\n CopyBBox {\n inputs 2\n name CopyBBox1\n xpos 1039\n ypos 98\n }\n Dot {\n name Dot10\n xpos 1073\n ypos 155\n }\nset N32614400 [stack 0]\n Dot {\n name Dot14\n xpos 996\n ypos 155\n }\nset N64bb3c00 [stack 0]\n Dot {\n name Dot18\n xpos 951\n ypos 155\n }\n GodRays {\n channels alpha\n scale 2\n center {{parent.GodRays1.center} {parent.GodRays1.center}}\n to_color 0\n steps 10\n max true\n name GodRays6\n xpos 917\n ypos 462\n disable {{scale==1}}\n }\n Dot {\n name Dot17\n xpos 951\n ypos 568\n }\npush $N32614400\n Shuffle {\n in none\n name Shuffle1\n label \"Position Data\"\n xpos 1039\n ypos 184\n }\n Remove {\n operation keep\n channels rgba\n name Remove2\n xpos 1039\n ypos 222\n }\n BlinkScript {\n recompileCount 134\n ProgramGroup 1\n KernelDescription \"2 \\\"PositionInFrustrumKernel\\\" iterate pixelWise 62c3f92d35daef6caeb6bf3bb07a8403333e7c6da2c2f19b3e5542cb00358efa 2 \\\"src\\\" Read Point \\\"dst\\\" Write Random 6 \\\"projCamMatrix\\\" Float 16 AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA== \\\"projCamFocal\\\" Float 1 AAAAAA== \\\"projCamHaperture\\\" Float 1 AAAAAA== \\\"projCamVaperture\\\" Float 1 AAAAAA== \\\"depthMin\\\" Float 1 AAAAAA== \\\"depthMax\\\" Float 1 AAAAAA== 6 \\\"projCamMatrix\\\" 16 1 \\\"projCamFocal\\\" 1 1 \\\"projCamHaperture\\\" 1 1 \\\"projCamVaperture\\\" 1 1 \\\"depthMin\\\" 1 1 \\\"depthMax\\\" 1 1 2 \\\"resolution\\\" Float 2 1 AAAAAAAAAAA= \\\"posData\\\" Float 4 1 AAAAAAAAAAAAAAAAAAAAAA==\"\n kernelSource \"inline float4 matrixTransform(float4 image, float4x4 matrix)\\{\\n\\n float4 matrixTransformsOutput;\\n\\n matrixTransformsOutput.x = image.x * matrix\\[0]\\[0] + image.y * matrix\\[0]\\[1] + image.z * matrix\\[0]\\[2] + matrix\\[0]\\[3];\\n matrixTransformsOutput.y = image.x * matrix\\[1]\\[0] + image.y * matrix\\[1]\\[1] + image.z * matrix\\[1]\\[2] + matrix\\[1]\\[3];\\n matrixTransformsOutput.z = image.x * matrix\\[2]\\[0] + image.y * matrix\\[2]\\[1] + image.z * matrix\\[2]\\[2] + matrix\\[2]\\[3];\\n matrixTransformsOutput.w = image.x * matrix\\[3]\\[0] + image.y * matrix\\[3]\\[1] + image.z * matrix\\[3]\\[2] + matrix\\[3]\\[3];\\n\\n\\n return matrixTransformsOutput;\\n\\n\\}\\n\\ninline float4 matrixToScreenspace(float4 image, float focal, float haperture, float vaperture, int2 resolution)\\{\\n\\n image.x = 0.5f - ((image.x) * (focal/haperture))/image.z;\\n image.y = 0.5f - ((image.y) * (focal/vaperture))/image.z;\\n image.z = -image.z;\\n\\n image.x = image.x*(resolution.x)-1.0f;\\n image.y = image.y*(resolution.y)-1.0f;\\n\\n\\n return image;\\n\\n\\}\\n\\n\\n\\nkernel PositionInFrustrumKernel : ImageComputationKernel\\n\\{\\n Image src; // the input image\\n Image dst; // the output image\\n\\n param:\\n\\n //projection cam world matrix\\n float4x4 projCamMatrix;\\n\\n //projection cam settings\\n float projCamFocal;\\n float projCamHaperture;\\n float projCamVaperture;\\n\\n //distance of card from camera\\n float depthMin;\\n float depthMax;\\n\\n local:\\n\\n float2 resolution;\\n float4 posData; \\n\\n void define() \\{\\n \\n \\}\\n\\n void init() \\{\\n\\n //defining resolution\\n resolution.x = src.bounds.width();\\n resolution.y = src.bounds.height(); \\n \\n \\}\\n\\n void process(int2 pos) \\{ \\n \\n\\n posData = src();\\n\\n //transforming card using projection cam\\n posData = matrixTransform(posData, projCamMatrix.invert());\\n \\n //creating screenspace UV coordinates using projection cam data\\n posData = matrixToScreenspace(posData, projCamFocal, projCamHaperture, projCamVaperture, resolution);\\n\\n posData.x = posData.x >= 0.0f && posData.x <= resolution.x-1 ? 1 : 0;\\n posData.y = posData.y >= 0.0f && posData.y <= resolution.y-1 ? 1 : 0;\\n posData.z = posData.z >= depthMin && posData.z <= depthMax ? 1 : 0;\\n\\n posData.w = posData.x * posData.y * posData.z;\\n \\n \\n\\n dst(pos.x, pos.y) = posData; \\n\\n\\n \\n\\n \\}\\n\\};\\n\"\n useGPUIfAvailable {{parent.BlinkScript1.useGPUIfAvailable}}\n vectorize {{parent.BlinkScript1.vectorize}}\n rebuild \"\"\n PositionInFrustrumKernel_projCamMatrix {\n {{parent.BlinkScript1.GodRaysProjectorVolumeKernel_projCamMatrix} {parent.BlinkScript1.GodRaysProjectorVolumeKernel_projCamMatrix} {parent.BlinkScript1.GodRaysProjectorVolumeKernel_projCamMatrix} {parent.BlinkScript1.GodRaysProjectorVolumeKernel_projCamMatrix}}\n {{parent.BlinkScript1.GodRaysProjectorVolumeKernel_projCamMatrix} {parent.BlinkScript1.GodRaysProjectorVolumeKernel_projCamMatrix} {parent.BlinkScript1.GodRaysProjectorVolumeKernel_projCamMatrix} {parent.BlinkScript1.GodRaysProjectorVolumeKernel_projCamMatrix}}\n {{parent.BlinkScript1.GodRaysProjectorVolumeKernel_projCamMatrix} {parent.BlinkScript1.GodRaysProjectorVolumeKernel_projCamMatrix} {parent.BlinkScript1.GodRaysProjectorVolumeKernel_projCamMatrix} {parent.BlinkScript1.GodRaysProjectorVolumeKernel_projCamMatrix}}\n {{parent.BlinkScript1.GodRaysProjectorVolumeKernel_projCamMatrix} {parent.BlinkScript1.GodRaysProjectorVolumeKernel_projCamMatrix} {parent.BlinkScript1.GodRaysProjectorVolumeKernel_projCamMatrix} {parent.BlinkScript1.GodRaysProjectorVolumeKernel_projCamMatrix}}\n }\n PositionInFrustrumKernel_projCamFocal {{parent.BlinkScript1.GodRaysProjectorVolumeKernel_projCamFocal}}\n PositionInFrustrumKernel_projCamHaperture {{parent.BlinkScript1.GodRaysProjectorVolumeKernel_projCamHaperture}}\n PositionInFrustrumKernel_projCamVaperture {{parent.BlinkScript1.GodRaysProjectorVolumeKernel_projCamVaperture}}\n PositionInFrustrumKernel_depthMin {{\"useVolumeDepth ? nearDepth : parent.BlinkScript1.GodRaysProjectorVolumeKernel_depthMin \"}}\n PositionInFrustrumKernel_depthMax {{\"useVolumeDepth ? farDepth : parent.BlinkScript1.GodRaysProjectorVolumeKernel_depthMax\"}}\n rebuild_finalise \"\"\n name BlinkScript2\n xpos 1039\n ypos 286\n addUserKnob {20 User}\n addUserKnob {7 nearDepth l \"shadow region near\" R 0 100}\n nearDepth 1\n addUserKnob {7 farDepth l \"shadow region far\" R 0 100}\n farDepth 10\n addUserKnob {6 useVolumeDepth l \"shadow depth override\" +STARTLINE}\n }\n Dot {\n name Dot19\n xpos 1073\n ypos 342\n }\nset N64bb2000 [stack 0]\n Dot {\n name Dot21\n xpos 1158\n ypos 342\n }\n Dot {\n name Dot20\n xpos 1158\n ypos 482\n }\npush $N32614400\n Dot {\n name Dot11\n xpos 1202\n ypos 155\n }\n Shuffle {\n in none\n name Shuffle2\n label \"Normals Data\"\n xpos 1168\n ypos 185\n }\n Remove {\n operation keep\n channels rgba\n name Remove3\n xpos 1168\n ypos 223\n }\n ColorMatrix {\n matrix {\n {{parent.BlinkScript1.GodRaysProjectorVolumeKernel_projCamMatrix.0} {parent.BlinkScript1.GodRaysProjectorVolumeKernel_projCamMatrix.1} {parent.BlinkScript1.GodRaysProjectorVolumeKernel_projCamMatrix.2}}\n {{parent.BlinkScript1.GodRaysProjectorVolumeKernel_projCamMatrix.4} {parent.BlinkScript1.GodRaysProjectorVolumeKernel_projCamMatrix.5} {parent.BlinkScript1.GodRaysProjectorVolumeKernel_projCamMatrix.6}}\n {{parent.BlinkScript1.GodRaysProjectorVolumeKernel_projCamMatrix.8} {parent.BlinkScript1.GodRaysProjectorVolumeKernel_projCamMatrix.9} {parent.BlinkScript1.GodRaysProjectorVolumeKernel_projCamMatrix.10}}\n }\n invert true\n name ColorMatrix1\n xpos 1168\n ypos 262\n }\n Grade {\n white_clamp true\n name Grade2\n xpos 1168\n ypos 288\n }\n Dot {\n name Dot12\n xpos 1202\n ypos 517\n }\npush $N64bb3c00\n Dot {\n name Dot13\n xpos 996\n ypos 411\n }\npush $N64bb2000\n ChannelMerge {\n inputs 2\n operation multiply\n name ChannelMerge2\n xpos 1039\n ypos 394\n }\n GodRays {\n channels alpha\n scale 2\n center {{parent.GodRays1.center} {parent.GodRays1.center}}\n to_color 0\n steps 10\n max true\n name GodRays5\n xpos 1039\n ypos 462\n disable {{scale==1}}\n }\n ChannelMerge {\n inputs 2+1\n A rgba.blue\n operation stencil\n bbox A\n name ChannelMerge1\n xpos 1039\n ypos 500\n }\n Switch {\n inputs 2\n which {{useCustomShadowMask}}\n name Switch3\n xpos 1039\n ypos 564\n addUserKnob {20 User}\n addUserKnob {6 useCustomShadowMask l \"use custom shadow mask\" +STARTLINE}\n }\n Blur {\n channels rgba\n name Blur4\n xpos 1039\n ypos 590\n disable {{\"size == 0\"}}\n }\n Blur {\n channels rgba\n size {{parent.Blur1.size}}\n name Blur2\n xpos 1039\n ypos 616\n disable {{\"max(1-parent.Blur1.blurShadow, Blur1.disable )\"}}\n addUserKnob {20 User}\n addUserKnob {6 blurShadow l \"blur shadow\" +STARTLINE}\n }\n Dot {\n name Dot15\n xpos 1073\n ypos 660\n }\nset N62546000 [stack 0]\n Shuffle {\n red alpha\n green alpha\n blue alpha\n name Shuffle3\n tile_color 0xffffff00\n xpos 1039\n ypos 745\n }\n Reformat {\n type \"to box\"\n box_width {{Reformat1.input0.width}}\n box_height {{Reformat1.input0.height}}\n box_fixed true\n scale {{1/parent.Reformat1.scale} {1/parent.Reformat1.scale}}\n filter notch\n name Reformat4\n xpos 1039\n ypos 822\n disable {{parent.Reformat1.disable}}\n }\n Dot {\n name Dot16\n xpos 1073\n ypos 965\n }\npush $N62546000\npush $N32615c00\n Dot {\n name Dot4\n xpos 288\n ypos 155\n }\nset N62544c00 [stack 0]\n BlinkScript {\n recompileCount 199\n ProgramGroup 1\n KernelDescription \"2 \\\"GodRaysProjectorVolumeKernel\\\" iterate pixelWise c90547bcdf11f7b781348ba43735748059cb3e7f197f04c35f90a8e587e83036 2 \\\"src\\\" Read Point \\\"dst\\\" Write Random 24 \\\"renderCamMatrix\\\" Float 16 AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA== \\\"renderCamFocal\\\" Float 1 AAAAAA== \\\"renderCamHaperture\\\" Float 1 AAAAAA== \\\"renderCamVaperture\\\" Float 1 AAAAAA== \\\"projCamMatrix\\\" Float 16 AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA== \\\"projCamFocal\\\" Float 1 AAAAAA== \\\"projCamHaperture\\\" Float 1 AAAAAA== \\\"projCamVaperture\\\" Float 1 AAAAAA== \\\"depthMin\\\" Float 1 AAAAAA== \\\"depthMax\\\" Float 1 AAAAAA== \\\"iterations\\\" Int 1 AAAAAA== \\\"projDistSkew\\\" Float 1 AAAAAA== \\\"EnableSourceDarken\\\" Bool 1 AA== \\\"NoiseOctaves\\\" Float 1 AAAAAA== \\\"NoisePersistence\\\" Float 1 AAAAAA== \\\"NoiseScale\\\" Float 1 AAAAAA== \\\"NoiseSeed\\\" Float 1 AAAAAA== \\\"NoiseGamma\\\" Float 1 AAAAAA== \\\"axisMatrix\\\" Float 16 AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA== \\\"EnableNoise\\\" Bool 1 AA== \\\"NoiseMix\\\" Float 1 AAAAAA== \\\"toColour\\\" Float 4 AAAAAAAAAAAAAAAAAAAAAA== \\\"fromColour\\\" Float 4 AAAAAAAAAAAAAAAAAAAAAA== \\\"toFromGamma\\\" Float 4 AAAAAAAAAAAAAAAAAAAAAA== 24 \\\"renderCamMatrix\\\" 16 1 \\\"renderCamFocal\\\" 1 1 \\\"renderCamHaperture\\\" 1 1 \\\"renderCamVaperture\\\" 1 1 \\\"projCamMatrix\\\" 16 1 \\\"projCamFocal\\\" 1 1 \\\"projCamHaperture\\\" 1 1 \\\"projCamVaperture\\\" 1 1 \\\"depthMin\\\" 1 1 \\\"depthMax\\\" 1 1 \\\"iterations\\\" 1 1 \\\"projDistSkew\\\" 1 1 \\\"EnableSourceDarken\\\" 1 1 \\\"NoiseOctaves\\\" 1 1 \\\"NoisePersistence\\\" 1 1 \\\"NoiseScale\\\" 1 1 \\\"NoiseSeed\\\" 1 1 \\\"NoiseGamma\\\" 1 1 \\\"axisMatrix\\\" 16 1 \\\"EnableNoise\\\" 1 1 \\\"NoiseMix\\\" 1 1 \\\"toColour\\\" 4 1 \\\"fromColour\\\" 4 1 \\\"toFromGamma\\\" 4 1 7 \\\"resolution\\\" Float 2 1 AAAAAAAAAAA= \\\"nearPosData\\\" Float 4 1 AAAAAAAAAAAAAAAAAAAAAA== \\\"farPosData\\\" Float 4 1 AAAAAAAAAAAAAAAAAAAAAA== \\\"posData\\\" Float 4 1 AAAAAAAAAAAAAAAAAAAAAA== \\\"imageMult\\\" Float 4 1 AAAAAAAAAAAAAAAAAAAAAA== \\\"NoisePosData\\\" Float 4 1 AAAAAAAAAAAAAAAAAAAAAA== \\\"cardInfo\\\" Float 2 1 AAAAAAAAAAA=\"\n kernelSource \"inline float4 matrixTransform(float4 image, float4x4 matrix)\\{\\n\\n float4 matrixTransformsOutput;\\n\\n matrixTransformsOutput.x = image.x * matrix\\[0]\\[0] + image.y * matrix\\[0]\\[1] + image.z * matrix\\[0]\\[2] + matrix\\[0]\\[3];\\n matrixTransformsOutput.y = image.x * matrix\\[1]\\[0] + image.y * matrix\\[1]\\[1] + image.z * matrix\\[1]\\[2] + matrix\\[1]\\[3];\\n matrixTransformsOutput.z = image.x * matrix\\[2]\\[0] + image.y * matrix\\[2]\\[1] + image.z * matrix\\[2]\\[2] + matrix\\[2]\\[3];\\n matrixTransformsOutput.w = image.x * matrix\\[3]\\[0] + image.y * matrix\\[3]\\[1] + image.z * matrix\\[3]\\[2] + matrix\\[3]\\[3];\\n\\n\\n return matrixTransformsOutput;\\n\\n\\}\\n\\ninline float4 matrixToScreenspace(float4 image, float focal, float haperture, float vaperture, int2 resolution)\\{\\n\\n image.x = 0.5f - ((image.x) * (focal/haperture))/image.z;\\n image.y = 0.5f - ((image.y) * (focal/vaperture))/image.z;\\n image.z = -image.z;\\n\\n image.x = image.x * (resolution.x) - 1.0f;\\n image.y = image.y * (resolution.y) - 1.0f;\\n\\n return image;\\n\\n\\}\\n\\n//Based on https://github.com/Draradech/csworldgen/blob/master/simplexnoise.cpp\\n//Ported by Mads Hagbarth Lund 2014\\n\\n/* Copyright (c) 2007-2012 Eliot Eshelman\\n *\\n * This program is free software: you can redistribute it and/or modify\\n * it under the terms of the GNU General Public License as published by\\n * the Free Software Foundation, either version 3 of the License, or\\n * (at your option) any later version.\\n *\\n * This program is distributed in the hope that it will be useful,\\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the\\n * GNU General Public License for more details.\\n *\\n * You should have received a copy of the GNU General Public License\\n * along with this program. If not, see .\\n *\\n */\\n\\n\\nint fastfloor( const float x ) \\{ return x > 0 ? (int) x : (int) x - 1; \\}\\ninline float raw_noise_4d( const float x, const float y, const float z, const float w ) \\n\\{\\nint simplex\\[64]\\[4] = \\{\\n \\{0,1,2,3\\},\\{0,1,3,2\\},\\{0,0,0,0\\},\\{0,2,3,1\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{1,2,3,0\\},\\n \\{0,2,1,3\\},\\{0,0,0,0\\},\\{0,3,1,2\\},\\{0,3,2,1\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{1,3,2,0\\},\\n \\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\n \\{1,2,0,3\\},\\{0,0,0,0\\},\\{1,3,0,2\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{2,3,0,1\\},\\{2,3,1,0\\},\\n \\{1,0,2,3\\},\\{1,0,3,2\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{2,0,3,1\\},\\{0,0,0,0\\},\\{2,1,3,0\\},\\n \\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\n \\{2,0,1,3\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{3,0,1,2\\},\\{3,0,2,1\\},\\{0,0,0,0\\},\\{3,1,2,0\\},\\n \\{2,1,0,3\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{3,1,0,2\\},\\{0,0,0,0\\},\\{3,2,0,1\\},\\{3,2,1,0\\}\\n\\};\\n int perm\\[512] = \\{\\n 151,160,137,91,90,15,131,13,201,95,96,53,194,233,7,225,140,36,103,30,69,142,\\n 8,99,37,240,21,10,23,190,6,148,247,120,234,75,0,26,197,62,94,252,219,203,117,\\n 35,11,32,57,177,33,88,237,149,56,87,174,20,125,136,171,168,68,175,74,165,71,\\n 134,139,48,27,166,77,146,158,231,83,111,229,122,60,211,133,230,220,105,92,41,\\n 55,46,245,40,244,102,143,54,65,25,63,161,1,216,80,73,209,76,132,187,208, 89,\\n 18,169,200,196,135,130,116,188,159,86,164,100,109,198,173,186,3,64,52,217,226,\\n 250,124,123,5,202,38,147,118,126,255,82,85,212,207,206,59,227,47,16,58,17,182,\\n 189,28,42,223,183,170,213,119,248,152,2,44,154,163,70,221,153,101,155,167,43,\\n 172,9,129,22,39,253,19,98,108,110,79,113,224,232,178,185,112,104,218,246,97,\\n 228,251,34,242,193,238,210,144,12,191,179,162,241,81,51,145,235,249,14,239,\\n 107,49,192,214,31,181,199,106,157,184,84,204,176,115,121,50,45,127,4,150,254,\\n 138,236,205,93,222,114,67,29,24,72,243,141,128,195,78,66,215,61,156,180,\\n\\n 151,160,137,91,90,15,131,13,201,95,96,53,194,233,7,225,140,36,103,30,69,142,\\n 8,99,37,240,21,10,23,190,6,148,247,120,234,75,0,26,197,62,94,252,219,203,117,\\n 35,11,32,57,177,33,88,237,149,56,87,174,20,125,136,171,168,68,175,74,165,71,\\n 134,139,48,27,166,77,146,158,231,83,111,229,122,60,211,133,230,220,105,92,41,\\n 55,46,245,40,244,102,143,54,65,25,63,161,1,216,80,73,209,76,132,187,208, 89,\\n 18,169,200,196,135,130,116,188,159,86,164,100,109,198,173,186,3,64,52,217,226,\\n 250,124,123,5,202,38,147,118,126,255,82,85,212,207,206,59,227,47,16,58,17,182,\\n 189,28,42,223,183,170,213,119,248,152,2,44,154,163,70,221,153,101,155,167,43,\\n 172,9,129,22,39,253,19,98,108,110,79,113,224,232,178,185,112,104,218,246,97,\\n 228,251,34,242,193,238,210,144,12,191,179,162,241,81,51,145,235,249,14,239,\\n 107,49,192,214,31,181,199,106,157,184,84,204,176,115,121,50,45,127,4,150,254,\\n 138,236,205,93,222,114,67,29,24,72,243,141,128,195,78,66,215,61,156,180\\n \\};\\n int grad4\\[32]\\[4]= \\{\\n \\{0,1,1,1\\}, \\{0,1,1,-1\\}, \\{0,1,-1,1\\}, \\{0,1,-1,-1\\},\\n \\{0,-1,1,1\\}, \\{0,-1,1,-1\\}, \\{0,-1,-1,1\\}, \\{0,-1,-1,-1\\},\\n \\{1,0,1,1\\}, \\{1,0,1,-1\\}, \\{1,0,-1,1\\}, \\{1,0,-1,-1\\},\\n \\{-1,0,1,1\\}, \\{-1,0,1,-1\\}, \\{-1,0,-1,1\\}, \\{-1,0,-1,-1\\},\\n \\{1,1,0,1\\}, \\{1,1,0,-1\\}, \\{1,-1,0,1\\}, \\{1,-1,0,-1\\},\\n \\{-1,1,0,1\\}, \\{-1,1,0,-1\\}, \\{-1,-1,0,1\\}, \\{-1,-1,0,-1\\},\\n \\{1,1,1,0\\}, \\{1,1,-1,0\\}, \\{1,-1,1,0\\}, \\{1,-1,-1,0\\},\\n \\{-1,1,1,0\\}, \\{-1,1,-1,0\\}, \\{-1,-1,1,0\\}, \\{-1,-1,-1,0\\}\\n \\};\\n float F4 = (sqrt(5.0f)-1.0)/4.0;\\n float G4 = (5.0-sqrt(5.0f))/20.0;\\n float n0, n1, n2, n3, n4;\\n float s = (x + y + z + w) * F4;\\n int i = fastfloor(x + s);\\n int j = fastfloor(y + s);\\n int k = fastfloor(z + s);\\n int l = fastfloor(w + s);\\n float t = (i + j + k + l) * G4;\\n float X0 = i - t;\\n float Y0 = j - t;\\n float Z0 = k - t;\\n float W0 = l - t;\\n\\n float x0 = x - X0;\\n float y0 = y - Y0;\\n float z0 = z - Z0;\\n float w0 = w - W0;\\n int c1 = (x0 > y0) ? 32 : 0;\\n int c2 = (x0 > z0) ? 16 : 0;\\n int c3 = (y0 > z0) ? 8 : 0;\\n int c4 = (x0 > w0) ? 4 : 0;\\n int c5 = (y0 > w0) ? 2 : 0;\\n int c6 = (z0 > w0) ? 1 : 0;\\n int c = c1 + c2 + c3 + c4 + c5 + c6;\\n\\n int i1, j1, k1, l1;\\n int i2, j2, k2, l2;\\n int i3, j3, k3, l3;\\n i1 = simplex\\[c]\\[0]>=3 ? 1 : 0;\\n j1 = simplex\\[c]\\[1]>=3 ? 1 : 0;\\n k1 = simplex\\[c]\\[2]>=3 ? 1 : 0;\\n l1 = simplex\\[c]\\[3]>=3 ? 1 : 0;\\n i2 = simplex\\[c]\\[0]>=2 ? 1 : 0;\\n j2 = simplex\\[c]\\[1]>=2 ? 1 : 0;\\n k2 = simplex\\[c]\\[2]>=2 ? 1 : 0;\\n l2 = simplex\\[c]\\[3]>=2 ? 1 : 0;\\n i3 = simplex\\[c]\\[0]>=1 ? 1 : 0;\\n j3 = simplex\\[c]\\[1]>=1 ? 1 : 0;\\n k3 = simplex\\[c]\\[2]>=1 ? 1 : 0;\\n l3 = simplex\\[c]\\[3]>=1 ? 1 : 0;\\n float x1 = x0 - i1 + G4;\\n float y1 = y0 - j1 + G4;\\n float z1 = z0 - k1 + G4;\\n float w1 = w0 - l1 + G4;\\n float x2 = x0 - i2 + 2.0*G4;\\n float y2 = y0 - j2 + 2.0*G4;\\n float z2 = z0 - k2 + 2.0*G4;\\n float w2 = w0 - l2 + 2.0*G4;\\n float x3 = x0 - i3 + 3.0*G4;\\n float y3 = y0 - j3 + 3.0*G4;\\n float z3 = z0 - k3 + 3.0*G4;\\n float w3 = w0 - l3 + 3.0*G4;\\n float x4 = x0 - 1.0 + 4.0*G4;\\n float y4 = y0 - 1.0 + 4.0*G4;\\n float z4 = z0 - 1.0 + 4.0*G4;\\n float w4 = w0 - 1.0 + 4.0*G4;\\n int ii = i & 255;\\n int jj = j & 255;\\n int kk = k & 255;\\n int ll = l & 255;\\n int gi0 = perm\\[ii+perm\\[jj+perm\\[kk+perm\\[ll]]]] % 32;\\n int gi1 = perm\\[ii+i1+perm\\[jj+j1+perm\\[kk+k1+perm\\[ll+l1]]]] % 32;\\n int gi2 = perm\\[ii+i2+perm\\[jj+j2+perm\\[kk+k2+perm\\[ll+l2]]]] % 32;\\n int gi3 = perm\\[ii+i3+perm\\[jj+j3+perm\\[kk+k3+perm\\[ll+l3]]]] % 32;\\n int gi4 = perm\\[ii+1+perm\\[jj+1+perm\\[kk+1+perm\\[ll+1]]]] % 32;\\n float t0 = 0.6 - x0*x0 - y0*y0 - z0*z0 - w0*w0;\\n if(t0<0) n0 = 0.0;\\n else \\{\\n t0 *= t0;\\n n0 = t0 * t0 * dot(float4(grad4\\[gi0]\\[0],grad4\\[gi0]\\[2],grad4\\[gi0]\\[3],grad4\\[gi0]\\[3]), float4(x0, y0, z0, w0));\\n \\}\\n float t1 = 0.6 - x1*x1 - y1*y1 - z1*z1 - w1*w1;\\n if(t1<0) n1 = 0.0;\\n else \\{\\n t1 *= t1;\\n n1 = t1 * t1 * dot(float4(grad4\\[gi1]\\[0],grad4\\[gi1]\\[2],grad4\\[gi1]\\[3],grad4\\[gi1]\\[3]), float4(x1, y1, z1, w1));\\n \\}\\n float t2 = 0.6 - x2*x2 - y2*y2 - z2*z2 - w2*w2;\\n if(t2<0) n2 = 0.0;\\n else \\{\\n t2 *= t2;\\n n2 = t2 * t2 * dot(float4(grad4\\[gi2]\\[0],grad4\\[gi2]\\[2],grad4\\[gi2]\\[3],grad4\\[gi2]\\[3]), float4(x2, y2, z2, w2));\\n \\}\\n float t3 = 0.6 - x3*x3 - y3*y3 - z3*z3 - w3*w3;\\n if(t3<0) n3 = 0.0;\\n else \\{\\n t3 *= t3;\\n n3 = t3 * t3 * dot(float4(grad4\\[gi3]\\[0],grad4\\[gi3]\\[2],grad4\\[gi3]\\[3],grad4\\[gi3]\\[3]), float4(x3, y3, z3, w3));\\n \\}\\n float t4 = 0.6 - x4*x4 - y4*y4 - z4*z4 - w4*w4;\\n if(t4<0) n4 = 0.0;\\n else \\{\\n t4 *= t4;\\n n4 = t4 * t4 * dot(float4(grad4\\[gi4]\\[0],grad4\\[gi4]\\[2],grad4\\[gi4]\\[3],grad4\\[gi4]\\[3]), float4(x4, y4, z4, w4));\\n \\}\\n return 27.0 * (n0 + n1 + n2 + n3 + n4);\\n\\}\\n\\ninline float octave_noise_4d( const float octaves, const float persistence, const float scale, const float x, const float y, const float z, const float w ) \\n\\{\\n float total = 0;\\n float frequency = scale;\\n float amplitude = 1;\\n float maxAmplitude = 0;\\n for( int i=0; i < octaves; i++ ) \\{\\n total += (float)raw_noise_4d( x * frequency, y * frequency, z * frequency, w * frequency ) * amplitude;\\n\\n frequency *= 2;\\n maxAmplitude += amplitude;\\n amplitude *= persistence;\\n \\}\\n return float(total / maxAmplitude);\\n\\}\\n\\nkernel GodRaysProjectorVolumeKernel : ImageComputationKernel\\n\\{\\n Image src; // the input image\\n Image dst; // the output image\\n\\n param:\\n\\n //projection cam world matrix\\n float4x4 renderCamMatrix;\\n\\n //projection cam settings\\n float renderCamFocal;\\n float renderCamHaperture;\\n float renderCamVaperture;\\n\\n\\n //projection cam world matrix\\n float4x4 projCamMatrix;\\n\\n //projection cam settings\\n float projCamFocal;\\n float projCamHaperture;\\n float projCamVaperture;\\n\\n //distance of card from camera\\n float depthMin;\\n float depthMax;\\n\\n //number of samples\\n int iterations;\\n float projDistSkew;\\n\\n //darken at source\\n bool EnableSourceDarken;\\n\\n //4D noise settings\\n float NoiseOctaves;\\n float NoisePersistence; \\n float NoiseScale; \\n float NoiseSeed;\\n float NoiseGamma;\\n float4x4 axisMatrix;\\n bool EnableNoise;\\n float NoiseMix;\\n\\n //to, from, gamma\\n float4 toColour;\\n float4 fromColour;\\n float4 toFromGamma;\\n\\n\\n local:\\n\\n float2 resolution;\\n \\n float4 nearPosData;\\n float4 farPosData;\\n float4 posData;\\n\\n float4 imageMult;\\n float4 NoisePosData;\\n float2 cardInfo;\\n \\n\\n void define() \\{\\n \\n \\}\\n\\n void init() \\{\\n\\n //defining resolution\\n resolution.x = src.bounds.width();\\n resolution.y = src.bounds.height(); \\n \\n \\}\\n\\n void process(int2 pos) \\{\\n \\n float NoiseOutput;\\n\\n //uses camera information to create virtual card\\n cardInfo.x = ((((pos.x+.5f))/resolution.x-.5f)*projCamHaperture/projCamFocal);\\n cardInfo.y = ((((pos.y+.5f))/resolution.y-.5f)*(resolution.y/resolution.x)*projCamHaperture/projCamFocal);\\n\\n //creating near virtual card\\n nearPosData.x = cardInfo.x*depthMin;\\n nearPosData.y = cardInfo.y*depthMin;\\n nearPosData.z = -depthMin; \\n\\n //creating far virtual card\\n farPosData.x = cardInfo.x*depthMax;\\n farPosData.y = cardInfo.y*depthMax;\\n farPosData.z = -depthMax; \\n\\n\\n //looping for each iterations\\n for(int i = 0; i < iterations; i++)\\{\\n\\n //iterating from min to max deep over time\\n posData = iterations == 1 ? nearPosData : nearPosData + (farPosData - nearPosData)*pow(float(i)/(iterations-1.0f),projDistSkew); \\n\\n //transforming card using projection cam\\n posData = matrixTransform(posData, projCamMatrix);\\n\\n //calculating 4D noise\\n if(EnableNoise == 1)\\{\\n NoisePosData = matrixTransform(posData, axisMatrix.invert());\\n\\n NoiseOutput = octave_noise_4d(NoiseOctaves, NoisePersistence, NoiseScale, NoisePosData.x, NoisePosData.y, NoisePosData.z, NoiseSeed); \\n NoiseOutput = (NoiseOutput+1.0f)/2.0f;\\n \\}\\n\\n //transforming card using render cam\\n posData = matrixTransform(posData, renderCamMatrix.invert());\\n\\n //creating screenspace UV coordinates using render cam data\\n posData = matrixToScreenspace(posData, renderCamFocal, renderCamHaperture, renderCamVaperture, resolution);\\n\\n \\n //multiplier for output image\\n imageMult = 1.0f;\\n\\n //4DNoise\\n if(EnableNoise == 1)\\{\\n imageMult *= 1.0f+(pow(((NoiseOutput+1.0f)/2.0f), 1.0f/NoiseGamma)-1.0f)*NoiseMix;\\n \\}\\n\\n //darken at source\\n if(EnableSourceDarken == 1)\\{\\n imageMult *= pow((i+1.0f)/iterations,0.5f);\\n \\}\\n\\n //to-from colour\\n imageMult *= pow((fromColour + (toColour - fromColour)*float(i)/(iterations-1.0f)),1.0f/toFromGamma);\\n\\n //iterations average\\n imageMult /= iterations;\\n\\n //mults image with modifier \\n imageMult = src()*imageMult;\\n\\n //assigns pixel values within image bounds\\n if(posData.x <= (resolution.x) && posData.x >= 0.0f && posData.y <= (resolution.y) && posData.y >= 0.0f) \\{ \\n dst(posData.x, posData.y) += imageMult;\\n \\} \\n \\n\\n \\}\\n\\n \\}\\n\\};\\n\"\n useGPUIfAvailable false\n rebuild \"\"\n GodRaysProjectorVolumeKernel_renderCamMatrix {\n {{parent.DummyRenderCam.world_matrix} {parent.DummyRenderCam.world_matrix} {parent.DummyRenderCam.world_matrix} {parent.DummyRenderCam.world_matrix}}\n {{parent.DummyRenderCam.world_matrix} {parent.DummyRenderCam.world_matrix} {parent.DummyRenderCam.world_matrix} {parent.DummyRenderCam.world_matrix}}\n {{parent.DummyRenderCam.world_matrix} {parent.DummyRenderCam.world_matrix} {parent.DummyRenderCam.world_matrix} {parent.DummyRenderCam.world_matrix}}\n {{parent.DummyRenderCam.world_matrix} {parent.DummyRenderCam.world_matrix} {parent.DummyRenderCam.world_matrix} {parent.DummyRenderCam.world_matrix}}\n }\n GodRaysProjectorVolumeKernel_renderCamFocal {{parent.DummyRenderCam.focal}}\n GodRaysProjectorVolumeKernel_renderCamHaperture {{parent.DummyRenderCam.haperture}}\n GodRaysProjectorVolumeKernel_renderCamVaperture {{parent.DummyRenderCam.vaperture}}\n GodRaysProjectorVolumeKernel_projCamMatrix {\n {{parent.DummyProjCam.world_matrix} {parent.DummyProjCam.world_matrix} {parent.DummyProjCam.world_matrix} {parent.DummyProjCam.world_matrix}}\n {{parent.DummyProjCam.world_matrix} {parent.DummyProjCam.world_matrix} {parent.DummyProjCam.world_matrix} {parent.DummyProjCam.world_matrix}}\n {{parent.DummyProjCam.world_matrix} {parent.DummyProjCam.world_matrix} {parent.DummyProjCam.world_matrix} {parent.DummyProjCam.world_matrix}}\n {{parent.DummyProjCam.world_matrix} {parent.DummyProjCam.world_matrix} {parent.DummyProjCam.world_matrix} {parent.DummyProjCam.world_matrix}}\n }\n GodRaysProjectorVolumeKernel_projCamFocal {{parent.DummyProjCam.focal}}\n GodRaysProjectorVolumeKernel_projCamHaperture {{parent.DummyProjCam.haperture x37 0.976}}\n GodRaysProjectorVolumeKernel_projCamVaperture {{parent.DummyProjCam.vaperture}}\n GodRaysProjectorVolumeKernel_depthMin 1\n GodRaysProjectorVolumeKernel_depthMax 10\n GodRaysProjectorVolumeKernel_iterations 10\n GodRaysProjectorVolumeKernel_projDistSkew 1\n GodRaysProjectorVolumeKernel_EnableSourceDarken true\n GodRaysProjectorVolumeKernel_NoiseOctaves 1\n GodRaysProjectorVolumeKernel_NoisePersistence 0.5\n GodRaysProjectorVolumeKernel_NoiseScale 1\n GodRaysProjectorVolumeKernel_NoiseGamma 0.25\n GodRaysProjectorVolumeKernel_axisMatrix {\n {{parent.Axis1.world_matrix} {parent.Axis1.world_matrix} {parent.Axis1.world_matrix} {parent.Axis1.world_matrix}}\n {{parent.Axis1.world_matrix} {parent.Axis1.world_matrix} {parent.Axis1.world_matrix} {parent.Axis1.world_matrix}}\n {{parent.Axis1.world_matrix} {parent.Axis1.world_matrix} {parent.Axis1.world_matrix} {parent.Axis1.world_matrix}}\n {{parent.Axis1.world_matrix} {parent.Axis1.world_matrix} {parent.Axis1.world_matrix} {parent.Axis1.world_matrix}}\n }\n GodRaysProjectorVolumeKernel_NoiseMix 1\n GodRaysProjectorVolumeKernel_toColour 1\n GodRaysProjectorVolumeKernel_fromColour 1\n GodRaysProjectorVolumeKernel_toFromGamma 0.5\n rebuild_finalise \"\"\n name BlinkScript1\n xpos 254\n ypos 220\n }\n Multiply {\n channels rgba\n value 4\n name Multiply1\n xpos 254\n ypos 280\n disable {{1-parent.BlinkScript1.useGPUIfAvailable}}\n }\n Clamp {\n channels alpha\n minimum_enable false\n name Clamp1\n xpos 254\n ypos 306\n disable {{1-clampAlpha}}\n addUserKnob {20 User}\n addUserKnob {6 clampAlpha l \"clamp alpha\" +STARTLINE}\n clampAlpha true\n }\n GodRays {\n channels rgba\n scale {{1+parallelScaleBlur}}\n center {{parent.Reconcile3D1.output} {parent.Reconcile3D1.output}}\n steps 8\n name GodRays1\n xpos 254\n ypos 391\n disable {{scale==1}}\n addUserKnob {20 User}\n addUserKnob {6 bidirectional +STARTLINE}\n bidirectional true\n addUserKnob {7 parallelScaleBlur l \"parallel scale blur\"}\n }\n GodRays {\n channels rgba\n scale {{1/parent.GodRays1.scale}}\n center {{parent.GodRays1.center} {parent.GodRays1.center}}\n steps 8\n name GodRays2\n xpos 254\n ypos 417\n disable {{\"max(parent.GodRays1.disable, 1-GodRays1.bidirectional)\" x5 1}}\n }\n Blur {\n channels rgba\n name Blur1\n xpos 254\n ypos 491\n disable {{\"size == 0\"}}\n addUserKnob {20 User}\n addUserKnob {6 blurShadow l \"blur shadow\" +STARTLINE}\n }\n Merge2 {\n inputs 2\n operation stencil\n bbox B\n name Merge1\n xpos 254\n ypos 656\n disable {{1-enableShadow}}\n addUserKnob {20 User}\n addUserKnob {6 enableShadow l \"enable shadow\" +STARTLINE}\n }\n Dot {\n name Dot3\n xpos 288\n ypos 709\n }\nset N602aa800 [stack 0]\n Dot {\n name Dot2\n xpos -291\n ypos 709\n }\npush $N62544c00\n Dot {\n name Dot7\n xpos -410\n ypos 155\n }\nset N602aa000 [stack 0]\n Dot {\n name Dot8\n xpos -548\n ypos 155\n }\n BlinkScript {\n recompileCount 149\n ProgramGroup 1\n KernelDescription \"2 \\\"GodRaysProjectorDeepBackKernel\\\" iterate pixelWise b2d9280d746340d99b0c7d6e1708f2c867926bf38e3e6d63f84aa6bfe80deed0 2 \\\"src\\\" Read Point \\\"dst\\\" Write Random 12 \\\"renderCamMatrix\\\" Float 16 AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA== \\\"renderCamFocal\\\" Float 1 AAAAAA== \\\"renderCamHaperture\\\" Float 1 AAAAAA== \\\"renderCamVaperture\\\" Float 1 AAAAAA== \\\"projCamMatrix\\\" Float 16 AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA== \\\"projCamFocal\\\" Float 1 AAAAAA== \\\"projCamHaperture\\\" Float 1 AAAAAA== \\\"projCamVaperture\\\" Float 1 AAAAAA== \\\"depthMin\\\" Float 1 AAAAAA== \\\"depthMax\\\" Float 1 AAAAAA== \\\"iterations\\\" Int 1 AAAAAA== \\\"projDistSkew\\\" Float 1 AAAAAA== 12 \\\"renderCamMatrix\\\" 16 1 \\\"renderCamFocal\\\" 1 1 \\\"renderCamHaperture\\\" 1 1 \\\"renderCamVaperture\\\" 1 1 \\\"projCamMatrix\\\" 16 1 \\\"projCamFocal\\\" 1 1 \\\"projCamHaperture\\\" 1 1 \\\"projCamVaperture\\\" 1 1 \\\"depthMin\\\" 1 1 \\\"depthMax\\\" 1 1 \\\"iterations\\\" 1 1 \\\"projDistSkew\\\" 1 1 2 \\\"resolution\\\" Float 2 1 AAAAAAAAAAA= \\\"posData\\\" Float 4 1 AAAAAAAAAAAAAAAAAAAAAA==\"\n kernelSource \"inline float4 matrixTransform(float4 image, float4x4 matrix)\\{\\n\\n float4 matrixTransformsOutput;\\n\\n matrixTransformsOutput.x = image.x * matrix\\[0]\\[0] + image.y * matrix\\[0]\\[1] + image.z * matrix\\[0]\\[2] + matrix\\[0]\\[3];\\n matrixTransformsOutput.y = image.x * matrix\\[1]\\[0] + image.y * matrix\\[1]\\[1] + image.z * matrix\\[1]\\[2] + matrix\\[1]\\[3];\\n matrixTransformsOutput.z = image.x * matrix\\[2]\\[0] + image.y * matrix\\[2]\\[1] + image.z * matrix\\[2]\\[2] + matrix\\[2]\\[3];\\n matrixTransformsOutput.w = image.x * matrix\\[3]\\[0] + image.y * matrix\\[3]\\[1] + image.z * matrix\\[3]\\[2] + matrix\\[3]\\[3];\\n\\n\\n return matrixTransformsOutput;\\n\\n\\}\\n\\ninline float4 matrixToScreenspace(float4 image, float focal, float haperture, float vaperture, int2 resolution)\\{\\n\\n image.x = 0.5f - ((image.x) * (focal/haperture))/image.z;\\n image.y = 0.5f - ((image.y) * (focal/vaperture))/image.z;\\n image.z = -image.z;\\n\\n image.x = image.x * (resolution.x) - 1.0f;\\n image.y = image.y * (resolution.y) - 1.0f;\\n\\n\\n return image;\\n\\n\\}\\n\\nkernel GodRaysProjectorDeepBackKernel : ImageComputationKernel\\n\\{\\n Image src; // the input image\\n Image dst; // the output image\\n\\n param:\\n\\n //projection cam world matrix\\n float4x4 renderCamMatrix;\\n\\n //projection cam settings\\n float renderCamFocal;\\n float renderCamHaperture;\\n float renderCamVaperture;\\n\\n\\n //projection cam world matrix\\n float4x4 projCamMatrix;\\n\\n //projection cam settings\\n float projCamFocal;\\n float projCamHaperture;\\n float projCamVaperture;\\n\\n //distance of card from camera\\n float depthMin;\\n float depthMax;\\n\\n //number of samples\\n int iterations;\\n float projDistSkew;\\n\\n local:\\n\\n float2 resolution;\\n float4 posData;\\n\\n void define() \\{\\n \\n \\}\\n\\n void init() \\{\\n\\n //defining resolution\\n resolution.x = src.bounds.width();\\n resolution.y = src.bounds.height(); \\n \\n \\}\\n\\n void process(int2 pos) \\{\\n \\n float Z;\\n \\n\\n\\n //looping for each iterations\\n for(int i = 0; i < iterations; i++)\\{\\n\\n //iterating from min to max deep over time\\n Z = iterations == 1 ? depthMin : depthMin + (depthMax - depthMin)*pow(float(i)/(iterations-1.0f),projDistSkew); \\n\\n //creating virtual card\\n posData.x = ((((pos.x+.5f))/resolution.x-.5f)*projCamHaperture/projCamFocal)*Z;\\n posData.y = ((((pos.y+.5f))/resolution.y-.5f)*(resolution.y/resolution.x)*projCamHaperture/projCamFocal)*Z;\\n posData.z = -Z; \\n\\n //transforming card using projection cam\\n posData = matrixTransform(posData, projCamMatrix); \\n\\n //transforming card using render cam\\n posData = matrixTransform(posData, renderCamMatrix.invert());\\n\\n //creating screenspace UV coordinates using render cam data\\n posData = matrixToScreenspace(posData, renderCamFocal, renderCamHaperture, renderCamVaperture, resolution); \\n\\n //assigns depth data if it is closer than current value\\n if(posData.x <= (resolution.x) && posData.x >= 0.0f && posData.y <= (resolution.y) && posData.y >= 0.0f) \\{\\n dst(posData.x, posData.y) = dst(posData.x, posData.y).x == 0.0f || dst(posData.x, posData.y).x < posData.z ? posData.z : dst(posData.x, posData.y).x; \\n \\}\\n\\n \\}\\n\\n \\}\\n\\};\\n\"\n useGPUIfAvailable {{parent.BlinkScript1.useGPUIfAvailable}}\n vectorize {{parent.BlinkScript1.vectorize}}\n rebuild \"\"\n GodRaysProjectorDeepBackKernel_renderCamMatrix {\n {{parent.DummyRenderCam.world_matrix} {parent.DummyRenderCam.world_matrix} {parent.DummyRenderCam.world_matrix} {parent.DummyRenderCam.world_matrix}}\n {{parent.DummyRenderCam.world_matrix} {parent.DummyRenderCam.world_matrix} {parent.DummyRenderCam.world_matrix} {parent.DummyRenderCam.world_matrix}}\n {{parent.DummyRenderCam.world_matrix} {parent.DummyRenderCam.world_matrix} {parent.DummyRenderCam.world_matrix} {parent.DummyRenderCam.world_matrix}}\n {{parent.DummyRenderCam.world_matrix} {parent.DummyRenderCam.world_matrix} {parent.DummyRenderCam.world_matrix} {parent.DummyRenderCam.world_matrix}}\n }\n GodRaysProjectorDeepBackKernel_renderCamFocal {{parent.DummyRenderCam.focal}}\n GodRaysProjectorDeepBackKernel_renderCamHaperture {{parent.DummyRenderCam.haperture}}\n GodRaysProjectorDeepBackKernel_renderCamVaperture {{parent.DummyRenderCam.vaperture}}\n GodRaysProjectorDeepBackKernel_projCamMatrix {\n {{parent.DummyProjCam.world_matrix} {parent.DummyProjCam.world_matrix} {parent.DummyProjCam.world_matrix} {parent.DummyProjCam.world_matrix}}\n {{parent.DummyProjCam.world_matrix} {parent.DummyProjCam.world_matrix} {parent.DummyProjCam.world_matrix} {parent.DummyProjCam.world_matrix}}\n {{parent.DummyProjCam.world_matrix} {parent.DummyProjCam.world_matrix} {parent.DummyProjCam.world_matrix} {parent.DummyProjCam.world_matrix}}\n {{parent.DummyProjCam.world_matrix} {parent.DummyProjCam.world_matrix} {parent.DummyProjCam.world_matrix} {parent.DummyProjCam.world_matrix}}\n }\n GodRaysProjectorDeepBackKernel_projCamFocal {{parent.DummyProjCam.focal}}\n GodRaysProjectorDeepBackKernel_projCamHaperture {{parent.DummyProjCam.haperture}}\n GodRaysProjectorDeepBackKernel_projCamVaperture {{parent.DummyProjCam.vaperture}}\n GodRaysProjectorDeepBackKernel_depthMin {{parent.BlinkScript1.GodRaysProjectorVolumeKernel_depthMin}}\n GodRaysProjectorDeepBackKernel_depthMax {{parent.BlinkScript1.GodRaysProjectorVolumeKernel_depthMax}}\n GodRaysProjectorDeepBackKernel_iterations {{parent.BlinkScript1.GodRaysProjectorVolumeKernel_iterations}}\n GodRaysProjectorDeepBackKernel_projDistSkew {{parent.BlinkScript1.GodRaysProjectorVolumeKernel_projDistSkew}}\n rebuild_finalise \"\"\n name BlinkScript4\n label \"deep back\"\n xpos -582\n ypos 246\n }\n Dot {\n name Dot6\n xpos -548\n ypos 362\n }\npush $N602aa000\n BlinkScript {\n recompileCount 150\n ProgramGroup 1\n KernelDescription \"2 \\\"GodRaysProjectorDeepFrontKernel\\\" iterate pixelWise db8732d7db620ffee3a5d75c1843aeeff690d4bc4ef2286e6d3285d82ce4d06f 2 \\\"src\\\" Read Point \\\"dst\\\" Write Random 12 \\\"renderCamMatrix\\\" Float 16 AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA== \\\"renderCamFocal\\\" Float 1 AAAAAA== \\\"renderCamHaperture\\\" Float 1 AAAAAA== \\\"renderCamVaperture\\\" Float 1 AAAAAA== \\\"projCamMatrix\\\" Float 16 AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA== \\\"projCamFocal\\\" Float 1 AAAAAA== \\\"projCamHaperture\\\" Float 1 AAAAAA== \\\"projCamVaperture\\\" Float 1 AAAAAA== \\\"depthMin\\\" Float 1 AAAAAA== \\\"depthMax\\\" Float 1 AAAAAA== \\\"iterations\\\" Int 1 AAAAAA== \\\"projDistSkew\\\" Float 1 AAAAAA== 12 \\\"renderCamMatrix\\\" 16 1 \\\"renderCamFocal\\\" 1 1 \\\"renderCamHaperture\\\" 1 1 \\\"renderCamVaperture\\\" 1 1 \\\"projCamMatrix\\\" 16 1 \\\"projCamFocal\\\" 1 1 \\\"projCamHaperture\\\" 1 1 \\\"projCamVaperture\\\" 1 1 \\\"depthMin\\\" 1 1 \\\"depthMax\\\" 1 1 \\\"iterations\\\" 1 1 \\\"projDistSkew\\\" 1 1 2 \\\"resolution\\\" Float 2 1 AAAAAAAAAAA= \\\"posData\\\" Float 4 1 AAAAAAAAAAAAAAAAAAAAAA==\"\n kernelSource \"inline float4 matrixTransform(float4 image, float4x4 matrix)\\{\\n\\n float4 matrixTransformsOutput;\\n\\n matrixTransformsOutput.x = image.x * matrix\\[0]\\[0] + image.y * matrix\\[0]\\[1] + image.z * matrix\\[0]\\[2] + matrix\\[0]\\[3];\\n matrixTransformsOutput.y = image.x * matrix\\[1]\\[0] + image.y * matrix\\[1]\\[1] + image.z * matrix\\[1]\\[2] + matrix\\[1]\\[3];\\n matrixTransformsOutput.z = image.x * matrix\\[2]\\[0] + image.y * matrix\\[2]\\[1] + image.z * matrix\\[2]\\[2] + matrix\\[2]\\[3];\\n matrixTransformsOutput.w = image.x * matrix\\[3]\\[0] + image.y * matrix\\[3]\\[1] + image.z * matrix\\[3]\\[2] + matrix\\[3]\\[3];\\n\\n\\n return matrixTransformsOutput;\\n\\n\\}\\n\\ninline float4 matrixToScreenspace(float4 image, float focal, float haperture, float vaperture, int2 resolution)\\{\\n\\n image.x = 0.5f - ((image.x) * (focal/haperture))/image.z;\\n image.y = 0.5f - ((image.y) * (focal/vaperture))/image.z;\\n image.z = -image.z;\\n\\n image.x = image.x * (resolution.x) - 1.0f;\\n image.y = image.y * (resolution.y) - 1.0f;\\n\\n\\n return image;\\n\\n\\}\\n\\nkernel GodRaysProjectorDeepFrontKernel : ImageComputationKernel\\n\\{\\n Image src; // the input image\\n Image dst; // the output image\\n\\n param:\\n\\n //projection cam world matrix\\n float4x4 renderCamMatrix;\\n\\n //projection cam settings\\n float renderCamFocal;\\n float renderCamHaperture;\\n float renderCamVaperture;\\n\\n\\n //projection cam world matrix\\n float4x4 projCamMatrix;\\n\\n //projection cam settings\\n float projCamFocal;\\n float projCamHaperture;\\n float projCamVaperture;\\n\\n //distance of card from camera\\n float depthMin;\\n float depthMax;\\n\\n //number of samples\\n int iterations;\\n float projDistSkew;\\n\\n local:\\n\\n float2 resolution;\\n float4 posData;\\n\\n void define() \\{\\n \\n \\}\\n\\n void init() \\{\\n\\n //defining resolution\\n resolution.x = src.bounds.width();\\n resolution.y = src.bounds.height(); \\n \\n \\}\\n\\n void process(int2 pos) \\{\\n \\n float Z;\\n \\n\\n\\n //looping for each iterations\\n for(int i = 0; i < iterations; i++)\\{\\n\\n //iterating from min to max deep over time\\n Z = iterations == 1 ? depthMin : depthMin + (depthMax - depthMin)*pow(float(i)/(iterations-1.0f),projDistSkew); \\n\\n //creating virtual card\\n posData.x = ((((pos.x+.5f))/resolution.x-.5f)*projCamHaperture/projCamFocal)*Z;\\n posData.y = ((((pos.y+.5f))/resolution.y-.5f)*(resolution.y/resolution.x)*projCamHaperture/projCamFocal)*Z;\\n posData.z = -Z; \\n\\n //transforming card using projection cam\\n posData = matrixTransform(posData, projCamMatrix); \\n\\n //transforming card using render cam\\n posData = matrixTransform(posData, renderCamMatrix.invert());\\n\\n //creating screenspace UV coordinates using render cam data\\n posData = matrixToScreenspace(posData, renderCamFocal, renderCamHaperture, renderCamVaperture, resolution); \\n\\n //assigns depth data if it is closer than current value\\n if(posData.x <= (resolution.x) && posData.x >= 0.0f && posData.y <= (resolution.y) && posData.y >= 0.0f) \\{\\n dst(posData.x, posData.y) = dst(posData.x, posData.y).x == 0.0f || dst(posData.x, posData.y).x > posData.z ? posData.z : dst(posData.x, posData.y).x; \\n \\}\\n\\n \\}\\n\\n \\}\\n\\};\\n\"\n useGPUIfAvailable {{parent.BlinkScript1.useGPUIfAvailable}}\n vectorize {{parent.BlinkScript1.vectorize}}\n rebuild \"\"\n GodRaysProjectorDeepFrontKernel_renderCamMatrix {\n {{parent.DummyRenderCam.world_matrix} {parent.DummyRenderCam.world_matrix} {parent.DummyRenderCam.world_matrix} {parent.DummyRenderCam.world_matrix}}\n {{parent.DummyRenderCam.world_matrix} {parent.DummyRenderCam.world_matrix} {parent.DummyRenderCam.world_matrix} {parent.DummyRenderCam.world_matrix}}\n {{parent.DummyRenderCam.world_matrix} {parent.DummyRenderCam.world_matrix} {parent.DummyRenderCam.world_matrix} {parent.DummyRenderCam.world_matrix}}\n {{parent.DummyRenderCam.world_matrix} {parent.DummyRenderCam.world_matrix} {parent.DummyRenderCam.world_matrix} {parent.DummyRenderCam.world_matrix}}\n }\n GodRaysProjectorDeepFrontKernel_renderCamFocal {{parent.DummyRenderCam.focal}}\n GodRaysProjectorDeepFrontKernel_renderCamHaperture {{parent.DummyRenderCam.haperture}}\n GodRaysProjectorDeepFrontKernel_renderCamVaperture {{parent.DummyRenderCam.vaperture}}\n GodRaysProjectorDeepFrontKernel_projCamMatrix {\n {{parent.DummyProjCam.world_matrix} {parent.DummyProjCam.world_matrix} {parent.DummyProjCam.world_matrix} {parent.DummyProjCam.world_matrix}}\n {{parent.DummyProjCam.world_matrix} {parent.DummyProjCam.world_matrix} {parent.DummyProjCam.world_matrix} {parent.DummyProjCam.world_matrix}}\n {{parent.DummyProjCam.world_matrix} {parent.DummyProjCam.world_matrix} {parent.DummyProjCam.world_matrix} {parent.DummyProjCam.world_matrix}}\n {{parent.DummyProjCam.world_matrix} {parent.DummyProjCam.world_matrix} {parent.DummyProjCam.world_matrix} {parent.DummyProjCam.world_matrix}}\n }\n GodRaysProjectorDeepFrontKernel_projCamFocal {{parent.DummyProjCam.focal}}\n GodRaysProjectorDeepFrontKernel_projCamHaperture {{parent.DummyProjCam.haperture}}\n GodRaysProjectorDeepFrontKernel_projCamVaperture {{parent.DummyProjCam.vaperture}}\n GodRaysProjectorDeepFrontKernel_depthMin {{parent.BlinkScript1.GodRaysProjectorVolumeKernel_depthMin}}\n GodRaysProjectorDeepFrontKernel_depthMax {{parent.BlinkScript1.GodRaysProjectorVolumeKernel_depthMax}}\n GodRaysProjectorDeepFrontKernel_iterations {{parent.BlinkScript1.GodRaysProjectorVolumeKernel_iterations}}\n GodRaysProjectorDeepFrontKernel_projDistSkew {{parent.BlinkScript1.GodRaysProjectorVolumeKernel_projDistSkew}}\n rebuild_finalise \"\"\n name BlinkScript3\n label \"deep front\"\n xpos -444\n ypos 248\n }\n Expression {\n channel0 none\n channel1 none\n channel2 none\n channel3 alpha\n expr3 \"r != 0 || g != 0\"\n name Expression1\n xpos -444\n ypos 300\n }\n Copy {\n inputs 2\n from0 rgba.green\n to0 rgba.green\n name Copy1\n xpos -444\n ypos 352\n }\n Remove {\n operation keep\n channels {rgba.red rgba.green -rgba.blue rgba.alpha}\n name Remove1\n xpos -444\n ypos 390\n }\n FilterErode {\n channels rgba\n size -3\n name FilterErode1\n xpos -444\n ypos 468\n disable {{parent.GodRays1.disable x5 1}}\n }\n GodRays {\n channels {rgba.red rgba.green -rgba.blue rgba.alpha}\n scale {{parent.GodRays1.scale}}\n center {{parent.GodRays1.center} {parent.GodRays1.center}}\n steps 8\n max true\n name GodRays3\n xpos -444\n ypos 494\n disable {{scale==1}}\n }\n GodRays {\n channels {rgba.red rgba.green -rgba.blue rgba.alpha}\n scale {{1/parent.GodRays3.scale}}\n center {{parent.GodRays1.center} {parent.GodRays1.center}}\n steps 8\n max true\n name GodRays4\n xpos -444\n ypos 532\n disable {{parent.GodRays2.disable x5 1}}\n }\n Blur {\n channels rgba\n size {{parent.Blur1.size}}\n name Blur3\n xpos -444\n ypos 588\n disable {{parent.Blur1.disable}}\n addUserKnob {20 User}\n addUserKnob {6 blurShadow l \"blur shadow\" +STARTLINE}\n }\n Unpremult {\n channels {rgba.red rgba.green -rgba.blue none}\n name Unpremult1\n xpos -444\n ypos 614\n disable {{\"Blur1.size == 0 \"}}\n }\n DeepFromImage {\n premult true\n name DeepFromImage1\n xpos -444\n ypos 661\n }\n DeepExpression {\n chans1 deep\n deep.front r\n deep.back g\n name DeepExpression1\n xpos -444\n ypos 687\n }\n Dot {\n name Dot5\n xpos -410\n ypos 793\n }\n DeepRecolor {\n inputs 2\n targetInputAlpha true\n name DeepRecolor1\n xpos -325\n ypos 789\n }\n DeepReformat {\n type \"to box\"\n box_width {{Reformat1.input0.width}}\n box_height {{Reformat1.input0.height}}\n box_fixed true\n scale {{1/parent.Reformat1.scale} {1/parent.Reformat1.scale}}\n pbb true\n name DeepReformat1\n xpos -325\n ypos 815\n disable {{parent.Reformat1.disable}}\n }\n Dot {\n name Dot1\n xpos -291\n ypos 863\n }\npush $N602aa800\n Reformat {\n type \"to box\"\n box_width {{Reformat1.input0.width}}\n box_height {{Reformat1.input0.height}}\n box_fixed true\n scale {{1/parent.Reformat1.scale} {1/parent.Reformat1.scale}}\n filter notch\n name Reformat2\n xpos 254\n ypos 782\n disable {{parent.Reformat1.disable}}\n }\n Switch {\n inputs 2\n which {{\"parent.outputMode == 1\"}}\n name Switch1\n label \"deep output switch\"\n xpos 254\n ypos 853\n }\n Switch {\n inputs 2\n which {{\"parent.outputMode == 2\"}}\n name Switch2\n label \"shadow only switch\"\n xpos 254\n ypos 961\n }\n Output {\n name Output1\n xpos 254\n ypos 1101\n }\n Group {\n inputs 0\n name GetGPUName\n label \"This just grabs the GPU name\"\n xpos 529\n ypos 28\n disable true\n addUserKnob {20 GodRaysProjectorVolumeKernel}\n addUserKnob {41 \"Local GPU: \" T BlinkScript1.gpuName}\n addUserKnob {41 \"Use GPU if Available\" T BlinkScript1.useGPUIfAvailable}\n }\n Input {\n inputs 0\n name Input1\n xpos 84\n ypos 418\n }\n BlinkScript {\n recompileCount 201\n ProgramGroup 1\n KernelDescription \"2 \\\"BlankKernel\\\" iterate pixelWise 555f8bedff5787bfff38741a5cf42e9ba1f3e68c81d54c15322b81680fbf2e6e 2 \\\"src\\\" Read Point \\\"dst\\\" Write Point 0 0 0\"\n kernelSource \"\\nkernel BlankKernel : ImageComputationKernel\\n\\{\\n Image src; // the input image\\n Image dst; // the output image\\n void process() \\{\\n \\n // Write the result to the output image\\n dst() = src();\\n \\}\\n\\};\\n\"\n useGPUIfAvailable false\n rebuild \"\"\n rebuild_finalise \"\"\n name BlinkScript1\n xpos 84\n ypos 478\n disable true\n }\n Output {\n name Output1\n xpos 84\n ypos 558\n }\n end_group\n Axis2 {\n inputs 0\n name Axis1\n label \"4D Noise Transform\"\n xpos 522\n ypos 189\n }\n Input {\n inputs 0\n name projectionCam\n xpos -33\n ypos -40\n number 2\n }\n Camera {\n projection_mode {{\"\\[expression \\[value the_cam]projection_mode(\\[value the_frame])]\"}}\n focal {{\"\\[expression \\[value the_cam]focal(\\[value the_frame])]\"}}\n haperture {{\"\\[expression \\[value the_cam]haperture(\\[value the_frame])]\"}}\n vaperture {{\"\\[expression \\[value the_cam]vaperture(\\[value the_frame])]\"}}\n near {{\"\\[expression \\[value the_cam]near(\\[value the_frame])]\"}}\n far {{\"\\[expression \\[value the_cam]far(\\[value the_frame])]\"}}\n win_translate {{\"\\[expression \\[value the_cam]win_translate.u(\\[value the_frame])]\"} {\"\\[expression \\[value the_cam]win_translate.v(\\[value the_frame])]\"}}\n win_scale {{\"\\[expression \\[value the_cam]win_scale.u(\\[value the_frame])]\"} {\"\\[expression \\[value the_cam]win_scale.v(\\[value the_frame])]\"}}\n winroll {{\"\\[expression \\[value the_cam]winroll(\\[value the_frame])]\"}}\n focal_point {{\"\\[expression \\[value the_cam]focal_point(\\[value the_frame])]\"}}\n fstop {{\"\\[expression \\[value the_cam]fstop(\\[value the_frame])]\"}}\n name DummyProjCam\n help \"DummyCam by Adrian Pueyo\\n\\nCamera that apart from the matrices also grabs all the \\\"Projection\\\" values from the upstream camera that it's connected to. Turns into a default Camera if no Camera connected. Can also be used inside of groups and gizmos, as many levels deep as you want :D All using live and super fast TCL.\\n\\nUpdated v1.1: Now grabs the correct frame too (thanks Erwan Leroy for the idea).\\n\\nadrianpueyo.com, 2019-2020\"\n onCreate \"n = nuke.thisNode()\\nfor k in \\[\\\"projection_mode\\\",\\\"focal\\\",\\\"haperture\\\",\\\"vaperture\\\",\\\"near\\\",\\\"far\\\",\\\"win_translate\\\",\\\"win_scale\\\",\\\"winroll\\\",\\\"focal_point\\\",\\\"fstop\\\"]:\\n n\\[k].setFlag(0x0000000010000000)\"\n label projCam\n xpos -23\n ypos 3\n addUserKnob {20 DummyCam l Defaults}\n addUserKnob {43 the_cam +INVISIBLE}\n the_cam \"\\[\\n#DummyCam v1.1. Updated 5 April 2020.\\nset starting_point \\\"this.input0\\\"\\nset default \\\"this.d_\\\"\\n\\n# If cam has no inputs, return the default.\\nif \\{\\[exists \\$starting_point]\\} \\{\\n set x \\[node \\$starting_point]\\n\\} \\{ \\n return \\$default\\n\\}\\n\\nset finished 0\\nwhile \\{\\$finished != 1\\} \\{\\n\\n # First look for a Cam or Input or topnode.\\n while \\{\\[class \\$x] != \\\"Camera2\\\" && \\[class \\$x] != \\\"Camera\\\" && \\[class \\$x] != \\\"Input\\\" && \\$x != \\[topnode \\$x]\\} \\{\\n set x \\[node \\$x.input0]\\n \\}\\n\\n # Then, check if node is a cam (and return), and otherwise, if it's an input, see if the parent exists and move to it.\\n if \\{\\[class \\$x]==\\\"Camera2\\\"||\\[class \\$x]==\\\"Camera\\\"\\} \\{\\n set x \\[append x \\\".\\\"]\\n return \\$x\\n \\} \\{ \\n if \\{ \\[class \\$x]==\\\"Input\\\" \\} \\{ \\n set inp \\\"\\$x.parent.input\\\"\\n set inputNum \\[value \\$x.number]\\n set inp \\[append inp \\$inputNum]\\n if \\{ \\[exists \\$inp] \\} \\{\\n set x \\[node \\$inp]\\n \\} \\{ \\n set finished 1\\n \\}\\n \\} \\{ \\n set finished 1\\n \\}\\n \\}\\n\\}\\nreturn \\$default\\n]\"\n addUserKnob {43 the_frame +INVISIBLE}\n the_frame \"\\[\\nset the_camera \\[string trimright \\[value the_cam] .]\\nif \\{\\[exists \\$the_camera]\\} \\{\\n return \\[value \\$the_camera.frame]\\n\\} \\{ \\n return \\[frame]\\n\\}\\n]\"\n addUserKnob {4 d_projection_mode l projection M {perspective orthographic uv spherical \"\"}}\n addUserKnob {7 d_focal l \"focal length\" R 0 100}\n d_focal 50\n addUserKnob {7 d_haperture l \"horiz aperture\" R 0 50}\n d_haperture 24.576\n addUserKnob {7 d_vaperture l \"vert aperture\" R 0 50}\n d_vaperture 18.672\n addUserKnob {7 d_near l near R 0 10}\n d_near 0.1\n addUserKnob {7 d_far l far R 0 10000}\n d_far 10000\n addUserKnob {30 d_win_translate l \"window translate\"}\n addUserKnob {30 d_win_scale l \"window scale\"}\n d_win_scale {1 1}\n addUserKnob {7 d_winroll l \"window roll\" R 0 45}\n addUserKnob {7 d_focal_point l \"focal distance\" R 0 10}\n d_focal_point 2\n addUserKnob {7 d_fstop l fstop R 0 30}\n d_fstop 16\n addUserKnob {26 version l \" \" t \"Updated 5 April 2020\" T \"
DummyCam v1.1 - adrianpueyo.com, 2019-2020\"}\n }\n Dot {\n name Dot9\n xpos 1\n ypos 324\n }\n Input {\n inputs 0\n name renderCam\n xpos 63\n ypos -41\n number 1\n }\n Camera {\n projection_mode {{\"\\[expression \\[value the_cam]projection_mode(\\[value the_frame])]\"}}\n focal {{\"\\[expression \\[value the_cam]focal(\\[value the_frame])]\"}}\n haperture {{\"\\[expression \\[value the_cam]haperture(\\[value the_frame])]\"}}\n vaperture {{\"\\[expression \\[value the_cam]vaperture(\\[value the_frame])]\"}}\n near {{\"\\[expression \\[value the_cam]near(\\[value the_frame])]\"}}\n far {{\"\\[expression \\[value the_cam]far(\\[value the_frame])]\"}}\n win_translate {{\"\\[expression \\[value the_cam]win_translate.u(\\[value the_frame])]\"} {\"\\[expression \\[value the_cam]win_translate.v(\\[value the_frame])]\"}}\n win_scale {{\"\\[expression \\[value the_cam]win_scale.u(\\[value the_frame])]\"} {\"\\[expression \\[value the_cam]win_scale.v(\\[value the_frame])]\"}}\n winroll {{\"\\[expression \\[value the_cam]winroll(\\[value the_frame])]\"}}\n focal_point {{\"\\[expression \\[value the_cam]focal_point(\\[value the_frame])]\"}}\n fstop {{\"\\[expression \\[value the_cam]fstop(\\[value the_frame])]\"}}\n name DummyRenderCam\n help \"DummyCam by Adrian Pueyo\\n\\nCamera that apart from the matrices also grabs all the \\\"Projection\\\" values from the upstream camera that it's connected to. Turns into a default Camera if no Camera connected. Can also be used inside of groups and gizmos, as many levels deep as you want :D All using live and super fast TCL.\\n\\nUpdated v1.1: Now grabs the correct frame too (thanks Erwan Leroy for the idea).\\n\\nadrianpueyo.com, 2019-2020\"\n onCreate \"n = nuke.thisNode()\\nfor k in \\[\\\"projection_mode\\\",\\\"focal\\\",\\\"haperture\\\",\\\"vaperture\\\",\\\"near\\\",\\\"far\\\",\\\"win_translate\\\",\\\"win_scale\\\",\\\"winroll\\\",\\\"focal_point\\\",\\\"fstop\\\"]:\\n n\\[k].setFlag(0x0000000010000000)\"\n label renderCam\n xpos 73\n ypos 4\n addUserKnob {20 DummyCam l Defaults}\n addUserKnob {43 the_cam +INVISIBLE}\n the_cam \"\\[\\n#DummyCam v1.1. Updated 5 April 2020.\\nset starting_point \\\"this.input0\\\"\\nset default \\\"this.d_\\\"\\n\\n# If cam has no inputs, return the default.\\nif \\{\\[exists \\$starting_point]\\} \\{\\n set x \\[node \\$starting_point]\\n\\} \\{ \\n return \\$default\\n\\}\\n\\nset finished 0\\nwhile \\{\\$finished != 1\\} \\{\\n\\n # First look for a Cam or Input or topnode.\\n while \\{\\[class \\$x] != \\\"Camera2\\\" && \\[class \\$x] != \\\"Camera\\\" && \\[class \\$x] != \\\"Input\\\" && \\$x != \\[topnode \\$x]\\} \\{\\n set x \\[node \\$x.input0]\\n \\}\\n\\n # Then, check if node is a cam (and return), and otherwise, if it's an input, see if the parent exists and move to it.\\n if \\{\\[class \\$x]==\\\"Camera2\\\"||\\[class \\$x]==\\\"Camera\\\"\\} \\{\\n set x \\[append x \\\".\\\"]\\n return \\$x\\n \\} \\{ \\n if \\{ \\[class \\$x]==\\\"Input\\\" \\} \\{ \\n set inp \\\"\\$x.parent.input\\\"\\n set inputNum \\[value \\$x.number]\\n set inp \\[append inp \\$inputNum]\\n if \\{ \\[exists \\$inp] \\} \\{\\n set x \\[node \\$inp]\\n \\} \\{ \\n set finished 1\\n \\}\\n \\} \\{ \\n set finished 1\\n \\}\\n \\}\\n\\}\\nreturn \\$default\\n]\"\n addUserKnob {43 the_frame +INVISIBLE}\n the_frame \"\\[\\nset the_camera \\[string trimright \\[value the_cam] .]\\nif \\{\\[exists \\$the_camera]\\} \\{\\n return \\[value \\$the_camera.frame]\\n\\} \\{ \\n return \\[frame]\\n\\}\\n]\"\n addUserKnob {4 d_projection_mode l projection M {perspective orthographic uv spherical \"\"}}\n addUserKnob {7 d_focal l \"focal length\" R 0 100}\n d_focal 50\n addUserKnob {7 d_haperture l \"horiz aperture\" R 0 50}\n d_haperture 24.576\n addUserKnob {7 d_vaperture l \"vert aperture\" R 0 50}\n d_vaperture 18.672\n addUserKnob {7 d_near l near R 0 10}\n d_near 0.1\n addUserKnob {7 d_far l far R 0 10000}\n d_far 10000\n addUserKnob {30 d_win_translate l \"window translate\"}\n addUserKnob {30 d_win_scale l \"window scale\"}\n d_win_scale {1 1}\n addUserKnob {7 d_winroll l \"window roll\" R 0 45}\n addUserKnob {7 d_focal_point l \"focal distance\" R 0 10}\n d_focal_point 2\n addUserKnob {7 d_fstop l fstop R 0 30}\n d_fstop 16\n addUserKnob {26 version l \" \" t \"Updated 5 April 2020\" T \"
DummyCam v1.1 - adrianpueyo.com, 2019-2020\"}\n }\npush $N62544c00\n Reconcile3D {\n inputs 3\n calc_output true\n name Reconcile3D1\n label \"calculates the 2D screenspace coordinate of the projection cam\"\n xpos 63\n ypos 307\n disable {{parent.GodRays1.disable x1 1}}\n }\npush $N32615c00\n Viewer {\n frame_range 1-100\n name Viewer1\n xpos 254\n ypos 130\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_GradMagic.gizmo", "content": "Group {\n name GradMagic\n help \"Creates a 4 point gradient that samples corners from the input. Ability to bake color results. Outputs Grad over BG or Grad Only.\\n\\nSet corners to:\\n- default\\n- format\\n- input bbox\\n- bbox from viewer\\n- color Ssample box\\n\\n- can link or bake to exisiting\\n cornerpin node, and you can use\\n manually adjust points to further\\n tweak the position of the ramp.\\n\\nChoose between output colors that are:\\n- Live\\n- Baked on current frame\\n- Baked framerange\\n\\nCan adjust edge blur of gradient\"\n tile_color 0x621d5aff\n gl_color 0xbffffff\n note_font \"Verdana Bold\"\n note_font_color 0x73e6e2ff\n selected true\n addUserKnob {20 GradMagic}\n addUserKnob {4 output1 l \"Output:\" M {\"Grad Over BG \" \"Grad Only \" \"\" \"\" \"\" \"\" \"\" \"\"}}\n addUserKnob {41 sampleSize l \"| Sample Size\" t \"Sample size will be used as the area to average the colors from on each cornerpoint\" -STARTLINE T Settings.sampleSize}\n addUserKnob {26 \"\"}\n addUserKnob {20 points l \"Corner Points\" n 1}\n addUserKnob {26 setPointsTo l \" Set Points To:\" t \"Sets points to a small box in bottom left corner of screen\" T \" \"}\n addUserKnob {22 setToDefault l Default -STARTLINE T \"#gather nodes\\n\\nn = nuke.thisNode()\\ns = nuke.toNode(\\\"Settings\\\")\\n\\n#gather settings points knobs\\nsetRefFrame = n.knob('setRefFrame')\\n\\nsettl = s.knob(\\\"topLeft\\\")\\nsettr = s.knob(\\\"topRight\\\")\\nsetbl = s.knob(\\\"bottomLeft\\\")\\nsetbr = s.knob(\\\"bottomRight\\\")\\n\\n#set topLeft\\nsettl.clearAnimated()\\nsettl.setValue(100, 0)\\nsettl.setValue(400, 1)\\n\\n#set topRight\\nsettr.clearAnimated()\\nsettr.setValue(400, 0)\\nsettr.setValue(400, 1)\\n\\n#set bottomLeft\\nsetbl.clearAnimated()\\nsetbl.setValue(100, 0)\\nsetbl.setValue(100, 1)\\n\\n#set bottomRight\\nsetbr.clearAnimated()\\nsetbr.setValue(400, 0)\\nsetbr.setValue(100, 1)\\n\\nsetRefFrame.execute()\"}\n addUserKnob {22 setToFormat l Format t \"Sets points to input format\\nif nothing is plugged into the input, takes root.format of the script\" -STARTLINE T \"#gather nodes\\ngif = nuke.toNode(\\\"getInputFormat\\\")\\ns = nuke.toNode(\\\"Settings\\\")\\nn = nuke.thisNode()\\n\\nsetRefFrame = n.knob('setRefFrame')\\n\\n#gather format values\\nfx = int(gif.knob(\\\"box\\\").getValue(0))\\nfy = int(gif.knob(\\\"box\\\").getValue(1))\\nfr = int(gif.knob(\\\"box\\\").getValue(2))\\nft = int(gif.knob(\\\"box\\\").getValue(3))\\n\\n#gather settings points knobs\\nsettl = s.knob(\\\"topLeft\\\")\\nsettr = s.knob(\\\"topRight\\\")\\nsetbl = s.knob(\\\"bottomLeft\\\")\\nsetbr = s.knob(\\\"bottomRight\\\")\\n\\n#set topLeft\\nsettl.clearAnimated()\\nsettl.setValue(fx, 0)\\nsettl.setValue(ft, 1)\\n\\n#set topRight\\nsettr.clearAnimated()\\nsettr.setValue(fr, 0)\\nsettr.setValue(ft, 1)\\n\\n#set bottomLeft\\nsetbl.clearAnimated()\\nsetbl.setValue(fx, 0)\\nsetbl.setValue(fy, 1)\\n\\n#set bottomRight\\nsetbr.clearAnimated()\\nsetbr.setValue(fr, 0)\\nsetbr.setValue(fy, 1)\\n\\nsetRefFrame.execute()\"}\n addUserKnob {22 setToInputBbox l \"Input Bbox\" t \"Sets points to the input bbox\" T \"#gather nodes\\ngib = nuke.toNode(\\\"getInputBbox\\\")\\ns = nuke.toNode(\\\"Settings\\\")\\nn = nuke.thisNode()\\n\\nsetRefFrame = n.knob('setRefFrame')\\n\\n#gather format values\\nfx = int(gib.knob(\\\"box\\\").getValue(0))\\nfy = int(gib.knob(\\\"box\\\").getValue(1))\\nfr = int(gib.knob(\\\"box\\\").getValue(2))\\nft = int(gib.knob(\\\"box\\\").getValue(3))\\n\\n#gather settings points knobs\\nsettl = s.knob(\\\"topLeft\\\")\\nsettr = s.knob(\\\"topRight\\\")\\nsetbl = s.knob(\\\"bottomLeft\\\")\\nsetbr = s.knob(\\\"bottomRight\\\")\\n\\n#set topLeft\\nsettl.clearAnimated()\\nsettl.setValue(fx, 0)\\nsettl.setValue(ft, 1)\\n\\n#set topRight\\nsettr.clearAnimated()\\nsettr.setValue(fr, 0)\\nsettr.setValue(ft, 1)\\n\\n#set bottomLeft\\nsetbl.clearAnimated()\\nsetbl.setValue(fx, 0)\\nsetbl.setValue(fy, 1)\\n\\n#set bottomRight\\nsetbr.clearAnimated()\\nsetbr.setValue(fr, 0)\\nsetbr.setValue(fy, 1)\\n\\nsetRefFrame.execute()\" +STARTLINE}\n addUserKnob {22 setToViewerBBox l \"Viewer BBox\" t \"Sets points to the bbox of whatever is being viewed and is displayed in the viewer\" -STARTLINE T \"n = nuke.thisNode()\\ns = nuke.toNode(\\\"Settings\\\")\\n\\nsetRefFrame = n.knob('setRefFrame')\\n\\nbbox = nuke.activeViewer().node().input(nuke.activeViewer().activeInput()).bbox()\\nvbbx = bbox.x()\\nvbby = bbox.y()\\nvbbr = (bbox.x()+bbox.w())\\nvbbt = (bbox.y()+bbox.h())\\n\\nwith n:\\n s\\[\\\"topLeft\\\"].clearAnimated()\\n s\\[\\\"topLeft\\\"].setValue(vbbx, 0)\\n s\\[\\\"topLeft\\\"].setValue(vbbt, 1)\\n\\n s\\[\\\"topRight\\\"].clearAnimated()\\n s\\[\\\"topRight\\\"].setValue(vbbr, 0)\\n s\\[\\\"topRight\\\"].setValue(vbbt, 1)\\n\\n s\\[\\\"bottomLeft\\\"].clearAnimated()\\n s\\[\\\"bottomLeft\\\"].setValue(vbbx, 0)\\n s\\[\\\"bottomLeft\\\"].setValue(vbby, 1)\\n\\n s\\[\\\"bottomRight\\\"].clearAnimated()\\n s\\[\\\"bottomRight\\\"].setValue(vbbr, 0)\\n s\\[\\\"bottomRight\\\"].setValue(vbby, 1)\\n\\nsetRefFrame.execute()\"}\n addUserKnob {22 colorSampleBox l \"Color Sample Box\" t \"Sets points to the color sample box that the user has set\" -STARTLINE T \"if nuke.activeViewer().node().input(0):\\n myNode = nuke.activeViewer().node().input(0)\\n if not nuke.selectedNodes(): #Trying to be smart by assuming that you don't want to add a node to nothing.\\n myNode.setSelected(1)\\nelse:\\n myNode = nuke.activeViewer().node()\\n\\nbboxinfo = nuke.activeViewer().node()\\['colour_sample_bbox'].value() #Get the position info from the colour sample bbox\\naspect = float(myNode.width()*myNode.pixelAspect())/float(myNode.height()) #Calcualte the aspect (thanks Tom van Dop for notifying and Jelmen Palsterman for the correction!)\\ncornerA = \\[(bboxinfo\\[0]*0.5+0.5)*myNode.width(),(((bboxinfo\\[1]*0.5)+(0.5/aspect))*aspect)*myNode.height()] #Get the button left corner\\ncornerB = \\[(bboxinfo\\[2]*0.5+0.5)*myNode.width(),(((bboxinfo\\[3]*0.5)+(0.5/aspect))*aspect)*myNode.height()] #Get the top right corner\\narea_WH = \\[cornerB\\[0]-cornerA\\[0],cornerB\\[1]-cornerA\\[1]] #Get the width and height of the bbox\\narea_Mid = \\[cornerA\\[0]+(area_WH\\[0]/2),cornerA\\[1]+(area_WH\\[1]/2)] #Get the center of the bbox\\n\\nn = nuke.thisNode()\\nn\\['bottomLeft'].setValue(\\[cornerA\\[0],cornerA\\[1]])\\nn\\['bottomRight'].setValue(\\[cornerB\\[0],cornerA\\[1]])\\nn\\['topRight'].setValue(\\[cornerB\\[0],cornerB\\[1]])\\nn\\['topLeft'].setValue(\\[cornerA\\[0],cornerB\\[1]])\"}\n addUserKnob {26 \"\"}\n addUserKnob {22 linkCornerPin l \" Link CornerPin\" t \"Select a corner pin or node with \\\"to\\\" points to link animation to\" T \"n = nuke.thisNode()\\nwith nuke.root():\\n try:\\n s = nuke.selectedNode()\\n sn = s.name()\\n\\n tl = n.knob(\\\"topLeft\\\")\\n tr = n.knob('topRight')\\n bl = n.knob(\\\"bottomLeft\\\")\\n br = n.knob(\\\"bottomRight\\\")\\n \\n if s.knob(\\\"to1\\\") and s.knob(\\\"to2\\\") and s.knob(\\\"to3\\\") and s.knob(\\\"to4\\\"):\\n to1 = s.knob(\\\"to1\\\")\\n to1v = to1.getValue()\\n to2 = s.knob(\\\"to2\\\")\\n to2v = to2.getValue()\\n to3 = s.knob(\\\"to3\\\")\\n to3v = to3.getValue()\\n to4 = s.knob(\\\"to4\\\")\\n to4v = to4.getValue()\\n \\n tl.clearAnimated()\\n tl.setExpression( sn + \\\".\\\" + to4.name() )\\n \\n tr.clearAnimated()\\n tr.setExpression( sn + \\\".\\\" + to3.name() )\\n \\n bl.clearAnimated()\\n bl.setExpression( sn + \\\".\\\" + to1.name() )\\n \\n br.clearAnimated()\\n br.setExpression( sn + \\\".\\\" + to2.name() )\\n \\n else:\\n nuke.message(\\\"Please select node with valid 'to' points\\\")\\n\\n except:\\n nuke.message(\\\"Please select node\\\")\" +STARTLINE}\n addUserKnob {22 bakeCornerPin l \" Bake CornerPin\" t \"Select a corner pin or node with \\\"to\\\" points to bake animation from\" -STARTLINE T \"n = nuke.thisNode()\\nwith nuke.root():\\n try:\\n s = nuke.selectedNode()\\n \\n sn = s.name()\\n\\n tl = n.knob(\\\"topLeft\\\")\\n tr = n.knob('topRight')\\n bl = n.knob(\\\"bottomLeft\\\")\\n br = n.knob(\\\"bottomRight\\\")\\n \\n if s.knob(\\\"to1\\\") and s.knob(\\\"to2\\\") and s.knob(\\\"to3\\\") and s.knob(\\\"to4\\\"):\\n to1 = s.knob(\\\"to1\\\")\\n to1v = to1.getValue()\\n to2 = s.knob(\\\"to2\\\")\\n to2v = to2.getValue()\\n to3 = s.knob(\\\"to3\\\")\\n to3v = to3.getValue()\\n to4 = s.knob(\\\"to4\\\")\\n to4v = to4.getValue()\\n \\n if to1.hasExpression() or to2.hasExpression() or to3.hasExpression() or to4.hasExpression():\\n \\n first_frame = int(nuke.Root()\\['first_frame'].getValue())\\n last_frame = int(nuke.Root()\\['last_frame'].getValue())\\n # Grab first and last frame from root\\n \\n p = nuke.Panel(\\\"Execute on FrameRange\\\")\\n p.addSingleLineInput('First Frame', first_frame)\\n p.addSingleLineInput('Last Frame', last_frame)\\n p.addSingleLineInput('Increment', 1)\\n result = p.show()\\n if result:\\n \\n # Create user input panel\\n \\n ff = int(p.value(\\\"First Frame\\\"))\\n lf = int(p.value(\\\"Last Frame\\\"))\\n i = int(p.value(\\\"Increment\\\"))\\n # Define first, last, increment from user input panel\\n \\n tl.clearAnimated()\\n tl.fromScript(to4.toScript())\\n \\n tr.clearAnimated()\\n tr.fromScript(to3.toScript())\\n \\n bl.clearAnimated()\\n bl.fromScript(to1.toScript())\\n \\n br.clearAnimated()\\n br.fromScript(to2.toScript())\\n \\n nuke.animation( n.name() + \\\".\\\" + \\\"topLeft.x\\\", \\\"generate\\\", (str(ff), str(lf), str(i), \\\"y\\\", \\\"topLeft\\\"))\\n nuke.animation( n.name() + \\\".\\\" + \\\"topLeft.y\\\", \\\"generate\\\", (str(ff), str(lf), str(i), \\\"y\\\", \\\"topLeft\\\"))\\n \\n nuke.animation( n.name() + \\\".\\\" + \\\"topRight.x\\\", \\\"generate\\\", (str(ff), str(lf), str(i), \\\"y\\\", \\\"topRight\\\"))\\n nuke.animation( n.name() + \\\".\\\" + \\\"topRight.y\\\", \\\"generate\\\", (str(ff), str(lf), str(i), \\\"y\\\", \\\"topRight\\\"))\\n \\n nuke.animation( n.name() + \\\".\\\" + \\\"bottomLeft.x\\\", \\\"generate\\\", (str(ff), str(lf), str(i), \\\"y\\\", \\\"bottomLeft\\\"))\\n nuke.animation( n.name() + \\\".\\\" + \\\"bottomLeft.y\\\", \\\"generate\\\", (str(ff), str(lf), str(i), \\\"y\\\", \\\"bottomLeft\\\"))\\n \\n nuke.animation( n.name() + \\\".\\\" + \\\"bottomRight.x\\\", \\\"generate\\\", (str(ff), str(lf), str(i), \\\"y\\\", \\\"bottomRight\\\"))\\n nuke.animation( n.name() + \\\".\\\" + \\\"bottomRight.y\\\", \\\"generate\\\", (str(ff), str(lf), str(i), \\\"y\\\", \\\"bottomRight\\\"))\\n else:\\n pass\\n \\n else:\\n tl.clearAnimated()\\n tl.fromScript(to4.toScript())\\n \\n tr.clearAnimated()\\n tr.fromScript(to3.toScript())\\n \\n bl.clearAnimated()\\n bl.fromScript(to1.toScript())\\n \\n br.clearAnimated()\\n br.fromScript(to2.toScript())\\n else:\\n nuke.message(\\\"Please select node with valid 'to' points\\\")\\n\\n except:\\n nuke.message(\\\"Please select node\\\") \\n \\n\"}\n addUserKnob {26 adjustPointsDesc l \" \" T \" If using adjust points, set ref frame to align to main points.\"}\n addUserKnob {22 setRefFrame l \"Set Adjust Ref Frame\" t \"Set the reference frame to snap the adjust points to where the main points are on the current frame. This will make it easier to adjust the points from that reference point\" T \"n = nuke.thisNode()\\npo = nuke.toNode(\\\"PointsOffset\\\")\\n\\n# Gather Knobs\\nrf = n.knob('refFrame')\\n\\nsPosTL = po.knob('startPosTL')\\nfhPosTL = po.knob('frameHoldPosTL')\\naPosTL = n.knob('adjustPosTL')\\n\\nsPosTR = po.knob('startPosTR')\\nfhPosTR = po.knob('frameHoldPosTR')\\naPosTR = n.knob('adjustPosTR')\\n\\nsPosBL = po.knob('startPosBL')\\nfhPosBL = po.knob('frameHoldPosBL')\\naPosBL = n.knob('adjustPosBL')\\n\\nsPosBR = po.knob('startPosBR')\\nfhPosBR = po.knob('frameHoldPosBR')\\naPosBR = n.knob('adjustPosBR')\\n\\n# Get Current Frame\\ncurentFrame = nuke.frame()\\n\\n# Set frameHold frame from current frame\\nrf.setValue(curentFrame)\\n\\n# grab start position from current frame\\nstartPosTL_X = sPosTL.getValueAt( curentFrame, 0 )\\nstartPosTL_Y = sPosTL.getValueAt( curentFrame, 1 )\\n\\nstartPosTR_X = sPosTR.getValueAt( curentFrame, 0 )\\nstartPosTR_Y = sPosTR.getValueAt( curentFrame, 1 )\\n\\nstartPosBL_X = sPosBL.getValueAt( curentFrame, 0 )\\nstartPosBL_Y = sPosBL.getValueAt( curentFrame, 1 )\\n\\nstartPosBR_X = sPosBR.getValueAt( curentFrame, 0 )\\nstartPosBR_Y = sPosBR.getValueAt( curentFrame, 1 )\\n\\n# set frameHold Position\\nfhPosTL.setValue(startPosTL_X, 0)\\nfhPosTL.setValue(startPosTL_Y, 1)\\n\\nfhPosTR.setValue(startPosTR_X, 0)\\nfhPosTR.setValue(startPosTR_Y, 1)\\n\\nfhPosBL.setValue(startPosBL_X, 0)\\nfhPosBL.setValue(startPosBL_Y, 1)\\n\\nfhPosBR.setValue(startPosBR_X, 0)\\nfhPosBR.setValue(startPosBR_Y, 1)\\n\\n# set adjusted Position \\naPosTL.setValue(startPosTL_X, 0)\\naPosTL.setValue(startPosTL_Y+10, 1)\\naPosTL.clearAnimated()\\n\\naPosTR.setValue(startPosTR_X, 0)\\naPosTR.setValue(startPosTR_Y+10, 1)\\naPosTR.clearAnimated()\\n\\naPosBL.setValue(startPosBL_X, 0)\\naPosBL.setValue(startPosBL_Y+10, 1)\\naPosBL.clearAnimated()\\n\\naPosBR.setValue(startPosBR_X, 0)\\naPosBR.setValue(startPosBR_Y+10, 1)\\naPosBR.clearAnimated()\\n\\n\\n\" +STARTLINE}\n addUserKnob {3 refFrame l \"\" -STARTLINE +DISABLED}\n refFrame 1001\n addUserKnob {26 viewerUI l \" Viewer UI:\" T \" \"}\n addUserKnob {22 toggleMainPoints l \"Hide Main Points\" t \"Toggle the visiblity in viewer of main points UI\" -STARTLINE T \"n = nuke.thisNode()\\n\\ntl = n.knob(\\\"topLeft\\\")\\ntr = n.knob(\\\"topRight\\\")\\nbl = n.knob(\\\"bottomLeft\\\")\\nbr = n.knob(\\\"bottomRight\\\")\\n\\ntmp = n.knob(\\\"toggleMainPoints\\\")\\nts = n.knob(\\\"mainToggleStatus\\\")\\ncurrState = ts.getValue()\\n\\nif currState == 0:\\n tl.clearFlag(0x0000000000008000)\\n tr.clearFlag(0x0000000000008000)\\n bl.clearFlag(0x0000000000008000)\\n br.clearFlag(0x0000000000008000)\\n ts.setValue(1)\\n tmp.setLabel(\\\"Hide Main Points\\\")\\n \\n\\nelse:\\n tl.setFlag(0x0000000000008000)\\n tr.setFlag(0x0000000000008000)\\n bl.setFlag(0x0000000000008000)\\n br.setFlag(0x0000000000008000)\\n ts.setValue(0)\\n tmp.setLabel(\\\"Show Main Points\\\")\"}\n addUserKnob {22 toggleAdjustKnobs l \"Show Adjust Points\" t \"Toggle the visibilty of knobs and viewer UI of adjustment points\" -STARTLINE T \"n = nuke.thisNode()\\n\\natl = n.knob(\\\"adjustPosTL\\\")\\natr = n.knob(\\\"adjustPosTR\\\")\\nabl = n.knob(\\\"adjustPosBL\\\")\\nabr = n.knob(\\\"adjustPosBR\\\")\\n\\ntak = n.knob(\\\"toggleAdjustKnobs\\\")\\ncurrState = atl.visible()\\n\\nif currState == False:\\n atl.setVisible(True)\\n atr.setVisible(True)\\n abl.setVisible(True)\\n abr.setVisible(True)\\n \\n atl.clearFlag(0x0000000000008000)\\n atr.clearFlag(0x0000000000008000)\\n abl.clearFlag(0x0000000000008000)\\n abr.clearFlag(0x0000000000008000)\\n tak.setLabel(\\\"Hide Adjust Points\\\")\\n\\n\\nelse:\\n atl.setVisible(False)\\n atr.setVisible(False)\\n abl.setVisible(False)\\n abr.setVisible(False)\\n\\n atl.setFlag(0x0000000000008000)\\n atr.setFlag(0x0000000000008000)\\n abl.setFlag(0x0000000000008000)\\n abr.setFlag(0x0000000000008000)\\n tak.setLabel(\\\"Show Adjust Points\\\")\"}\n addUserKnob {41 topLeft T Settings.topLeft}\n addUserKnob {12 adjustPosTL l \"adjust TL\" -STARTLINE +HIDDEN}\n adjustPosTL {100 410}\n addUserKnob {41 topRight T Settings.topRight}\n addUserKnob {12 adjustPosTR l \"adjust TR\" -STARTLINE +HIDDEN}\n adjustPosTR {400 410}\n addUserKnob {41 bottomLeft T Settings.bottomLeft}\n addUserKnob {12 adjustPosBL l \"adjust BL\" -STARTLINE +HIDDEN}\n adjustPosBL {100 110}\n addUserKnob {41 bottomRight T Settings.bottomRight}\n addUserKnob {12 adjustPosBR l \"adjust BR\" -STARTLINE +HIDDEN}\n adjustPosBR {400 110}\n addUserKnob {3 mainToggleStatus +INVISIBLE}\n mainToggleStatus 1\n addUserKnob {20 endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {22 makeLive l \"Make Live\" t \"make the points sample from input live\" T \"n = nuke.thisNode()\\nbc = nuke.toNode(\\\"BakeColors\\\")\\nl = \\\" Is Live\\\"\\nk = \\\"status\\\"\\nbcg = n.knob(\\\"bakeColors\\\")\\n\\nct1 = nuke.toNode(\\\"CurveToolTopLeft\\\")\\nct2 = nuke.toNode(\\\"CurveToolTopRight\\\")\\nct3 = nuke.toNode(\\\"CurveToolBottomLeft\\\")\\nct4 = nuke.toNode(\\\"CurveToolBottomRight\\\")\\n\\ncol_tl = nuke.toNode(\\\"TopLeftColor\\\").knob(\\\"value\\\")\\ncol_tr = nuke.toNode(\\\"TopRightColor\\\").knob(\\\"value\\\")\\ncol_bl = nuke.toNode(\\\"BottomLeftColor\\\").knob(\\\"value\\\")\\ncol_br = nuke.toNode(\\\"BottomRightColor\\\").knob(\\\"value\\\")\\n\\nn\\[k].setValue(l)\\n\\nwith n:\\n bc.knob(\\\"makeLive\\\").execute()\\n\\nn.knob(\\\"topLeftColor\\\").setEnabled(False)\\nn.knob(\\\"topRightColor\\\").setEnabled(False)\\nn.knob(\\\"bottomLeftColor\\\").setEnabled(False)\\nn.knob(\\\"bottomRightColor\\\").setEnabled(False)\\n\\ncol_tl.setValue(0, 0)\\ncol_tl.setValue(0, 1)\\ncol_tl.setValue(0, 2)\\ncol_tl.setValue(0, 3)\\ncol_tl.clearAnimated()\\n\\ncol_tr.setValue(0, 0)\\ncol_tr.setValue(0, 1)\\ncol_tr.setValue(0, 2)\\ncol_tr.setValue(0, 3)\\ncol_tr.clearAnimated()\\n\\ncol_bl.setValue(0, 0)\\ncol_bl.setValue(0, 1)\\ncol_bl.setValue(0, 2)\\ncol_bl.setValue(0, 3)\\n\\ncol_bl.clearAnimated()\\ncol_br.setValue(0, 0)\\ncol_br.setValue(0, 1)\\ncol_br.setValue(0, 2)\\ncol_br.setValue(0, 3)\\ncol_br.clearAnimated()\\n\\n\\nn\\[\\\"bakedColors\\\"].setValue(False)\\n\\nct1\\[\\\"intensitydata\\\"].clearAnimated()\\nct1\\[\\\"intensitydata\\\"].setValue(0, 0)\\nct1\\[\\\"intensitydata\\\"].setValue(0, 1)\\nct1\\[\\\"intensitydata\\\"].setValue(0, 2)\\nct1\\[\\\"intensitydata\\\"].setValue(0, 3)\\n\\nct2\\[\\\"intensitydata\\\"].clearAnimated()\\nct2\\[\\\"intensitydata\\\"].setValue(0, 0)\\nct2\\[\\\"intensitydata\\\"].setValue(0, 1)\\nct2\\[\\\"intensitydata\\\"].setValue(0, 2)\\nct2\\[\\\"intensitydata\\\"].setValue(0, 3)\\n\\nct3\\[\\\"intensitydata\\\"].clearAnimated()\\nct3\\[\\\"intensitydata\\\"].setValue(0, 0)\\nct3\\[\\\"intensitydata\\\"].setValue(0, 1)\\nct3\\[\\\"intensitydata\\\"].setValue(0, 2)\\nct3\\[\\\"intensitydata\\\"].setValue(0, 3)\\n\\nct4\\[\\\"intensitydata\\\"].clearAnimated()\\nct4\\[\\\"intensitydata\\\"].setValue(0, 0)\\nct4\\[\\\"intensitydata\\\"].setValue(0, 1)\\nct4\\[\\\"intensitydata\\\"].setValue(0, 2)\\nct4\\[\\\"intensitydata\\\"].setValue(0, 3)\\n\" +STARTLINE}\n addUserKnob {26 status l \" Status: \" -STARTLINE T \" Is Live\"}\n addUserKnob {22 bakeCurrentFrame l \" Bake Current Frame\" t \"bake a single color for each corner point on this frame\" T \"n = nuke.thisNode()\\nf = nuke.frame()\\n\\nbcg = n.knob(\\\"bakeColors\\\")\\n\\ncol_tl = nuke.toNode(\\\"TopLeftColor\\\")\\ncol_tr = nuke.toNode(\\\"TopRightColor\\\")\\ncol_bl = nuke.toNode(\\\"BottomLeftColor\\\")\\ncol_br = nuke.toNode(\\\"BottomRightColor\\\")\\n\\nptl = nuke.toNode(\\\"PickerTL\\\")\\nptr = nuke.toNode(\\\"PickerTR\\\")\\npbl = nuke.toNode(\\\"PickerBL\\\")\\npbr = nuke.toNode(\\\"PickerBR\\\")\\n\\nswtl = nuke.toNode(\\\"LiveSwitchTopLeft\\\")\\nswtr = nuke.toNode(\\\"LiveSwitchTopRight\\\")\\nswbl = nuke.toNode(\\\"LiveSwitchBottomLeft\\\")\\nswbr = nuke.toNode(\\\"LiveSwitchBottomRight\\\")\\n\\nk = \\\"status\\\"\\nl = \\\" Is Baked on Frame:\\\" + \\\" \\\" + str(f)\\n\\nwith n:\\n swtl.knob(\\\"which\\\").setValue(0)\\n swtr.knob(\\\"which\\\").setValue(0)\\n swbl.knob(\\\"which\\\").setValue(0)\\n swbr.knob(\\\"which\\\").setValue(0)\\n\\n col_tl\\[\\\"value\\\"].clearAnimated()\\n col_tr\\[\\\"value\\\"].clearAnimated()\\n col_bl\\[\\\"value\\\"].clearAnimated()\\n col_br\\[\\\"value\\\"].clearAnimated()\\n\\n ptl.knob(\\\"generateColors\\\").execute()\\n ptr.knob(\\\"generateColors\\\").execute()\\n pbl.knob(\\\"generateColors\\\").execute()\\n pbr.knob(\\\"generateColors\\\").execute()\\n\\n swtl.knob(\\\"which\\\").setValue(1)\\n swtr.knob(\\\"which\\\").setValue(1)\\n swbl.knob(\\\"which\\\").setValue(1)\\n swbr.knob(\\\"which\\\").setValue(1)\\n\\nn\\[k].setValue(l)\\n\\nn\\[\\\"topLeftColor\\\"].setEnabled(True)\\nn\\[\\\"topRightColor\\\"].setEnabled(True)\\nn\\[\\\"bottomLeftColor\\\"].setEnabled(True)\\nn\\[\\\"bottomRightColor\\\"].setEnabled(True)\\n\\nn\\[\\\"bakedColors\\\"].setValue(True)\" +STARTLINE}\n addUserKnob {22 bakeFrameRange l \"Bake FrameRange\" t \"bake a framerange for the cornerpoints\" -STARTLINE T \"import time\\nimport threading\\n\\nn = nuke.thisNode()\\n#Define this node\\n\\nct1 = nuke.toNode(\\\"CurveToolTopLeft\\\")\\nct2 = nuke.toNode(\\\"CurveToolTopRight\\\")\\nct3 = nuke.toNode(\\\"CurveToolBottomLeft\\\")\\nct4 = nuke.toNode(\\\"CurveToolBottomRight\\\")\\nctL = \\[ct1,ct2,ct3,ct4]\\n# Define curveTool nodes\\n\\nbcg = n.knob(\\\"bakeColors\\\")\\n\\ncol_tl = nuke.toNode(\\\"TopLeftColor\\\")\\ncol_tr = nuke.toNode(\\\"TopRightColor\\\")\\ncol_bl = nuke.toNode(\\\"BottomLeftColor\\\")\\ncol_br = nuke.toNode(\\\"BottomRightColor\\\")\\n# Define color constant nodes\\n\\nfirst_frame = int(nuke.Root()\\['first_frame'].getValue())\\nlast_frame = int(nuke.Root()\\['last_frame'].getValue())\\n# Grab first and last frame from root\\n\\np = nuke.Panel(\\\"Execute on FrameRange\\\")\\np.addSingleLineInput('First Frame', first_frame)\\np.addSingleLineInput('Last Frame', last_frame)\\np.addSingleLineInput('Increment', 1)\\nif p.show():\\n \\n # Create user input panel\\n \\n ff = int(p.value(\\\"First Frame\\\"))\\n lf = int(p.value(\\\"Last Frame\\\"))\\n i = int(p.value(\\\"Increment\\\"))\\n # Define first, last, increment from user input panel\\n \\n k = \\\"status\\\"\\n l = \\\" Is Baked on Frames:\\\" + \\\" \\\" + str(ff) + \\\"-\\\" + str(lf)\\n # Change status of node\\n \\n with n:\\n \\n ct1\\[\\\"intensitydata\\\"].clearAnimated()\\n ct2\\[\\\"intensitydata\\\"].clearAnimated()\\n ct3\\[\\\"intensitydata\\\"].clearAnimated()\\n ct4\\[\\\"intensitydata\\\"].clearAnimated()\\n # Clear any intensitydata from all CurveTool nodes\\n \\n def executeCT(first,last,inc):\\n runMe = True\\n while runMe == True:\\n nuke.execute(ct1,first,last,inc) \\n nuke.execute(ct2,first,last,inc)\\n nuke.execute(ct3,first,last,inc)\\n nuke.execute(ct4,first,last,inc)\\n stop_event.set()\\n runMe = False\\n #print('CurveTools done')\\n break\\n # Define CurveTool execution function\\n \\n \\n global stop_event \\n stop_event = threading.Event()\\n threading.Thread(target=executeCT, kwargs=dict(first=ff,last=lf,inc=i) ).start() \\n while not stop_event.is_set():\\n time.sleep(0.1)\\n # run CurveTools with threading\\n \\n swtl = nuke.toNode(\\\"LiveSwitchTopLeft\\\")\\n swtr = nuke.toNode(\\\"LiveSwitchTopRight\\\")\\n swbl = nuke.toNode(\\\"LiveSwitchBottomLeft\\\")\\n swbr = nuke.toNode(\\\"LiveSwitchBottomRight\\\")\\n # Define Switchs\\n \\n swtl.knob(\\\"which\\\").setValue(1)\\n swtr.knob(\\\"which\\\").setValue(1)\\n swbl.knob(\\\"which\\\").setValue(1)\\n swbr.knob(\\\"which\\\").setValue(1)\\n # Switch output type to animated constants\\n \\n col_tl\\[\\\"value\\\"].copyAnimations(ct1\\[\\\"intensitydata\\\"].animations())\\n col_tr\\[\\\"value\\\"].copyAnimations(ct2\\[\\\"intensitydata\\\"].animations())\\n col_bl\\[\\\"value\\\"].copyAnimations(ct3\\[\\\"intensitydata\\\"].animations())\\n col_br\\[\\\"value\\\"].copyAnimations(ct4\\[\\\"intensitydata\\\"].animations())\\n # copy curveTool intensity values over to the constant colors\\n \\n n\\[k].setValue(l)\\n # Change Status of Node\\n \\n n\\[\\\"topLeftColor\\\"].setEnabled(True)\\n n\\[\\\"topRightColor\\\"].setEnabled(True)\\n n\\[\\\"bottomLeftColor\\\"].setEnabled(True)\\n n\\[\\\"bottomRightColor\\\"].setEnabled(True)\\n # Unlock Color knobs from property bin\\n \\n n\\[\\\"bakedColors\\\"].setValue(True)\"}\n addUserKnob {20 bakedColors l \"Baked Colors:\" n 1}\n bakedColors 0\n addUserKnob {41 topLeftColor l \"Top Left Color\" T TopLeftColor.value}\n addUserKnob {41 topRightColor l \"Top Right Color\" T TopRightColor.value}\n addUserKnob {41 bottomLeftColor l \"Bottom Left Color\" T BottomLeftColor.value}\n addUserKnob {41 bottomRightColor l \"Bottom Right Color\" T BottomRightColor.value}\n addUserKnob {20 endGroup_1 l endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {41 size l \"Edge Blur Size\" T Blur1.size}\n addUserKnob {26 \"\"}\n addUserKnob {41 maskChannelMask l mask -STARTLINE T Merge3.maskChannelMask}\n addUserKnob {41 inject -STARTLINE T Merge3.inject}\n addUserKnob {41 invert_mask l invert -STARTLINE T Merge3.invert_mask}\n addUserKnob {41 fringe -STARTLINE T Merge3.fringe}\n addUserKnob {7 mix}\n mix 1\n addUserKnob {20 info l Info}\n addUserKnob {26 creator l Creator: T \"Tony Lyons\"}\n addUserKnob {26 desc l Name: T GradMagic}\n addUserKnob {26 ver l Version: T v05}\n}\n NoOp {\n inputs 0\n name BakeColors\n xpos -388\n ypos 8\n addUserKnob {20 User}\n addUserKnob {22 bakeCurrentFrame l \"Bake Current Frame\" T \"#Running Curvetool on current frame and baking color\\n\\n#grab current frame\\nf = int(nuke.frame())\\n\\n#execute on top left point color\\n\\ncttl = nuke.toNode(\\\"CurveToolTopLeft\\\")\\ncol_tl = nuke.toNode(\\\"TopLeftColor\\\")\\nswtl = nuke.toNode(\\\"LiveSwitchTopLeft\\\")\\n\\nnuke.execute(cttl, f, f)\\ncol_tl\\[\\\"value\\\"].copyAnimations(cttl\\[\\\"intensitydata\\\"].animations())\\ncol_tl\\[\\\"value\\\"].clearAnimated()\\nswtl\\[\\\"which\\\"].setValue(1)\\n\\n#execute on top right point color\\n\\ncttr = nuke.toNode(\\\"CurveToolTopRight\\\")\\ncol_tr = nuke.toNode(\\\"TopRightColor\\\")\\nswtr = nuke.toNode(\\\"LiveSwitchTopRight\\\")\\n\\nnuke.execute(cttr, f, f)\\ncol_tr\\[\\\"value\\\"].copyAnimations(cttr\\[\\\"intensitydata\\\"].animations())\\ncol_tr\\[\\\"value\\\"].clearAnimated()\\nswtr\\[\\\"which\\\"].setValue(1)\\n\\n#execute on bottom left point color\\n\\nctbl = nuke.toNode(\\\"CurveToolBottomLeft\\\")\\ncol_bl = nuke.toNode(\\\"BottomLeftColor\\\")\\nswbl = nuke.toNode(\\\"LiveSwitchBottomLeft\\\")\\n\\nnuke.execute(ctbl, f, f)\\ncol_bl\\[\\\"value\\\"].copyAnimations(ctbl\\[\\\"intensitydata\\\"].animations())\\ncol_bl\\[\\\"value\\\"].clearAnimated()\\nswbl\\[\\\"which\\\"].setValue(1)\\n\\n#execute on bottom right point color\\n\\nctbr = nuke.toNode(\\\"CurveToolBottomRight\\\")\\ncol_br = nuke.toNode(\\\"BottomRightColor\\\")\\nswbr = nuke.toNode(\\\"LiveSwitchBottomRight\\\")\\n\\nnuke.execute(ctbr, f, f)\\ncol_br\\[\\\"value\\\"].copyAnimations(ctbr\\[\\\"intensitydata\\\"].animations())\\ncol_br\\[\\\"value\\\"].clearAnimated()\\nswbr\\[\\\"which\\\"].setValue(1)\" +STARTLINE}\n addUserKnob {22 bakeCurrentFrame02 l \"Quick Bake Current Frame\" T \"tls = nuke.toNode(\\\"BlurTopLeft\\\")\\ntlc = nuke.toNode(\\\"TopLeftColor\\\")\\n\\ntlRed = nuke.sample(tls, \\\"red\\\", 1, 1, 1, 1)\\ntlGreen = nuke.sample(tls, \\\"green\\\", 1, 1, 1, 1)\\ntlBlue = nuke.sample(tls, \\\"blue\\\", 1, 1, 1, 1)\\ntlcolor = \\[tlRed,tlGreen,tlBlue,0]\\n\\n#tlc\\[\\\"value\\\"].setValue(tlcolor)\\n\\n\" +STARTLINE}\n addUserKnob {22 test T \"ptl = nuke.toNode(\\\"PickerTL\\\")\\nktl = ptl.knob(\\\"GenerateColors\\\")\\ncol_tl = nuke.toNode(\\\"TopLeftColor\\\")\\n\\nktl.execute()\\ncolors = ptl.knob(\\\"TLColors\\\")\\ncol_tl\\[\\\"value\\\"].setValue(colors)\" +STARTLINE}\n addUserKnob {22 makeLive l \"Make Live\" T \"swtl = nuke.toNode(\\\"LiveSwitchTopLeft\\\")\\nswtr = nuke.toNode(\\\"LiveSwitchTopRight\\\")\\nswbl = nuke.toNode(\\\"LiveSwitchBottomLeft\\\")\\nswbr = nuke.toNode(\\\"LiveSwitchBottomRight\\\")\\n\\nswtl\\[\\\"which\\\"].setValue(0)\\nswtr\\[\\\"which\\\"].setValue(0)\\nswbl\\[\\\"which\\\"].setValue(0)\\nswbr\\[\\\"which\\\"].setValue(0)\" +STARTLINE}\n }\n NoOp {\n inputs 0\n name SetPoints\n xpos -282\n ypos -54\n addUserKnob {20 User}\n addUserKnob {22 setToFormat l \"Set To Format\" T \"#gather nodes\\ngif = nuke.toNode(\\\"getInputFormat\\\")\\ns = nuke.toNode(\\\"Settings\\\")\\nn = nuke.thisNode()\\n\\n#gather format values\\nfx = int(gif.knob(\\\"box\\\").getValue(0))\\nfy = int(gif.knob(\\\"box\\\").getValue(1))\\nfr = int(gif.knob(\\\"box\\\").getValue(2))\\nft = int(gif.knob(\\\"box\\\").getValue(3))\\n\\n#gather settings points knobs\\nsettl = s.knob(\\\"topLeft\\\")\\nsettr = s.knob(\\\"topRight\\\")\\nsetbl = s.knob(\\\"bottomLeft\\\")\\nsetbr = s.knob(\\\"bottomRight\\\")\\n\\natl = n.knob(\\\"atl\\\")\\natr = n.knob(\\\"atr\\\")\\nabl = n.knob(\\\"abl\\\")\\nabr = n.knob(\\\"abr\\\")\\n\\n#set topLeft\\nsettl.clearAnimated()\\nsettl.setValue(fx, 0)\\nsettl.setValue(ft, 1)\\n\\natl.clearAnimated()\\natl.setValue(0,0)\\natl.setValue(0,1)\\n\\n#set topRight\\nsettr.clearAnimated()\\nsettr.setValue(fr, 0)\\nsettr.setValue(ft, 1)\\n\\natr.clearAnimated()\\natr.setValue(0,0)\\natr.setValue(0,1)\\n\\n#set bottomLeft\\nsetbl.clearAnimated()\\nsetbl.setValue(fx, 0)\\nsetbl.setValue(fy, 1)\\n\\nabl.clearAnimated()\\nabl.setValue(0,0)\\nabl.setValue(0,1)\\n\\n#set bottomRight\\nsetbr.clearAnimated()\\nsetbr.setValue(fr, 0)\\nsetbr.setValue(fy, 1)\\n\\nabr.clearAnimated()\\nabr.setValue(0,0)\\nabr.setValue(0,1)\" +STARTLINE}\n addUserKnob {22 setToInputBbox l \"Set To Input BBox\" -STARTLINE T \"#gather nodes\\ngib = nuke.toNode(\\\"getInputBbox\\\")\\ns = nuke.toNode(\\\"Settings\\\")\\nn = nuke.thisNode()\\n\\n#gather format values\\nfx = int(gib.knob(\\\"box\\\").getValue(0))\\nfy = int(gib.knob(\\\"box\\\").getValue(1))\\nfr = int(gib.knob(\\\"box\\\").getValue(2))\\nft = int(gib.knob(\\\"box\\\").getValue(3))\\n\\n#gather settings points knobs\\nsettl = s.knob(\\\"topLeft\\\")\\nsettr = s.knob(\\\"topRight\\\")\\nsetbl = s.knob(\\\"bottomLeft\\\")\\nsetbr = s.knob(\\\"bottomRight\\\")\\n\\natl = n.knob(\\\"atl\\\")\\natr = n.knob(\\\"atr\\\")\\nabl = n.knob(\\\"abl\\\")\\nabr = n.knob(\\\"abr\\\")\\n\\n#set topLeft\\nsettl.clearAnimated()\\nsettl.setValue(fx, 0)\\nsettl.setValue(ft, 1)\\n\\natl.clearAnimated()\\natl.setValue(0,0)\\natl.setValue(0,1)\\n\\n#set topRight\\nsettr.clearAnimated()\\nsettr.setValue(fr, 0)\\nsettr.setValue(ft, 1)\\n\\natr.clearAnimated()\\natr.setValue(0,0)\\natr.setValue(0,1)\\n\\n#set bottomLeft\\nsetbl.clearAnimated()\\nsetbl.setValue(fx, 0)\\nsetbl.setValue(fy, 1)\\n\\nabl.clearAnimated()\\nabl.setValue(0,0)\\nabl.setValue(0,1)\\n\\n#set bottomRight\\nsetbr.clearAnimated()\\nsetbr.setValue(fr, 0)\\nsetbr.setValue(fy, 1)\\n\\nabr.clearAnimated()\\nabr.setValue(0,0)\\nabr.setValue(0,1)\"}\n addUserKnob {22 setPointsToDefault l \"Set To Default\" T \"#gather nodes\\n\\nn = nuke.thisNode()\\ns = nuke.toNode(\\\"Settings\\\")\\n\\n#gather settings points knobs\\natl = n.knob(\\\"atl\\\")\\natr = n.knob(\\\"atr\\\")\\nabl = n.knob(\\\"abl\\\")\\nabr = n.knob(\\\"abr\\\")\\n\\nsettl = s.knob(\\\"topLeft\\\")\\nsettr = s.knob(\\\"topRight\\\")\\nsetbl = s.knob(\\\"bottomLeft\\\")\\nsetbr = s.knob(\\\"bottomRight\\\")\\n\\natl.clearAnimated()\\natr.clearAnimated()\\nabl.clearAnimated()\\nabr.clearAnimated()\" +STARTLINE}\n }\n Input {\n inputs 0\n name Inputmask\n xpos 174\n ypos 1371\n number 1\n }\n Invert {\n name Invert1\n xpos 174\n ypos 1464\n }\nset N116e68b0 [stack 0]\npush $N116e68b0\npush 0\n Crop {\n inputs 0\n box {{parent.getInputFormat.box} {parent.getInputFormat.box} {parent.getInputFormat.box} {parent.getInputFormat.box}}\n reformat true\n crop false\n name CropRestoreFormatBottomRight2\n xpos 1175\n ypos 493\n addUserKnob {20 User}\n addUserKnob {22 cropToBbox l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n }\n AddChannels {\n channels rgba\n name AddChannels4\n xpos 1175\n ypos 517\n }\n Add {\n channels rgb\n value {0 0 0 0}\n name BottomRightColor\n xpos 1175\n ypos 541\n }\n Input {\n inputs 0\n name Input\n xpos 0\n ypos -90\n }\n AddChannels {\n channels rgba\n name AddChannels5\n xpos 0\n ypos -44\n disable {{\"\\[exists parent.input0]\"}}\n }\n Reformat {\n name Reformat1\n xpos 0\n ypos -20\n disable {{\"\\[exists parent.input0]\"}}\n }\n Dot {\n name Dot7\n note_font_size 31\n xpos 34\n ypos 122\n }\nset N12be8f20 [stack 0]\n Dot {\n name Dot8\n note_font_size 31\n xpos 375\n ypos 122\n }\nset N13d90510 [stack 0]\n Dot {\n name Dot3\n note_font_size 31\n xpos 760\n ypos 122\n }\nset N13d6f700 [stack 0]\n Dot {\n name Dot4\n note_font_size 31\n xpos 1122\n ypos 122\n }\n Dot {\n name Dot2\n label \"Bottom Right\"\n note_font_size 31\n xpos 1122\n ypos 245\n }\n Crop {\n box {{PointsOffset.finalPosBR.x-(parent.Settings.sampleSize/2)} {PointsOffset.finalPosBR.y-(parent.Settings.sampleSize/2)} {PointsOffset.finalPosBR.x+(parent.Settings.sampleSize/2)} {PointsOffset.finalPosBR.y+(parent.Settings.sampleSize/2)}}\n reformat true\n intersect true\n crop false\n name sampleRegionBottomRight\n xpos 1088\n ypos 299\n addUserKnob {20 User}\n addUserKnob {22 cropToBbox l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n }\n Blur {\n channels rgb\n size {{parent.Settings.sampleSize*10}}\n name BlurBottomRight\n label \"\\[value size]\"\n xpos 1088\n ypos 323\n }\n Dot {\n name Dot14\n note_font_size 31\n xpos 1122\n ypos 396\n }\nset N13c54f20 [stack 0]\n NoOp {\n name PickerBR\n xpos 1020\n ypos 446\n addUserKnob {20 User}\n addUserKnob {7 searcharea l INVISIBLE +INVISIBLE R 0 30}\n searcharea {{parent.Settings.sampleSize}}\n addUserKnob {22 generateColors l GenerateColors T \"area = 1\\nBRs = nuke.thisNode()\\nBRc = nuke.toNode(\\\"BottomRightColor\\\")\\nswbr = nuke.toNode(\\\"LiveSwitchBottomRight\\\")\\nswbr\\[\\\"which\\\"].setValue(0)\\n\\nBR = BRs.knob(\\\"BR\\\").getValue()\\nBRx = BR\\[0]\\nBRy = BR\\[1]\\nBRred = nuke.sample(BRs, \\\"red\\\" , BRx, BRy, area, area)\\nBRgrn = nuke.sample(BRs, \\\"green\\\" , BRx, BRy, area, area)\\nBRblu = nuke.sample(BRs, \\\"blue\\\" , BRx, BRy, area, area)\\nBRcolor = \\[BRred,BRgrn,BRblu,0]\\n\\nBRs\\[\\\"brColor\\\"].setValue(BRcolor)\\nBRc\\[\\\"value\\\"].setValue(BRcolor)\\nswbr\\[\\\"which\\\"].setValue(1)\" +STARTLINE}\n addUserKnob {12 BR}\n BR {{searcharea/2} {searcharea/2}}\n addUserKnob {19 brColor l BRColor}\n brColor {0.0574003458 0.0481092073 0.04007726908 0}\n addUserKnob {6 brColor_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n }\n Crop {\n box {{parent.getInputFormat.box} {parent.getInputFormat.box} {parent.getInputFormat.box} {parent.getInputFormat.box}}\n reformat true\n crop false\n name CropRestoreFormatBottomRight1\n xpos 1020\n ypos 470\n addUserKnob {20 User}\n addUserKnob {22 cropToBbox l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n }\n Switch {\n inputs 2\n name LiveSwitchBottomRight\n xpos 1088\n ypos 580\n }\n Expression {\n expr3 x/width\n name WidthRamp2\n xpos 1088\n ypos 624\n }\n Premult {\n name Premult2\n xpos 1088\n ypos 648\n }\n Crop {\n inputs 0\n box {{parent.getInputFormat.box} {parent.getInputFormat.box} {parent.getInputFormat.box} {parent.getInputFormat.box}}\n reformat true\n crop false\n name CropRestoreFormatBottomLeft2\n xpos 804\n ypos 498\n addUserKnob {20 User}\n addUserKnob {22 cropToBbox l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n }\n AddChannels {\n channels rgba\n name AddChannels3\n xpos 804\n ypos 522\n }\n Add {\n channels rgb\n value {0 0 0 0}\n name BottomLeftColor\n xpos 804\n ypos 546\n }\npush $N13d6f700\n Dot {\n name Dot1\n label \"Bottom Left\"\n note_font_size 31\n xpos 760\n ypos 243\n }\n Crop {\n box {{PointsOffset.finalPosBL.x-(parent.Settings.sampleSize/2)} {PointsOffset.finalPosBL.y-(parent.Settings.sampleSize/2)} {PointsOffset.finalPosBL.x+(parent.Settings.sampleSize/2)} {PointsOffset.finalPosBL.y+(parent.Settings.sampleSize/2)}}\n reformat true\n intersect true\n crop false\n name sampleRegionBottomLeft\n xpos 726\n ypos 298\n addUserKnob {20 User}\n addUserKnob {22 cropToBbox l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n }\n Blur {\n channels rgb\n size {{parent.Settings.sampleSize*10}}\n name BlurBottomLeft\n label \"\\[value size]\"\n xpos 726\n ypos 322\n }\n Dot {\n name Dot13\n note_font_size 31\n xpos 760\n ypos 397\n }\nset N13d6d350 [stack 0]\n NoOp {\n name PickerBL\n xpos 664\n ypos 449\n addUserKnob {20 User}\n addUserKnob {7 searcharea l INVISIBLE +INVISIBLE R 0 30}\n searcharea {{parent.Settings.sampleSize}}\n addUserKnob {22 generateColors l GenerateColors T \"area = 1\\nBLs = nuke.thisNode()\\nBLc = nuke.toNode(\\\"BottomLeftColor\\\")\\nswbl = nuke.toNode(\\\"LiveSwitchBottomLeft\\\")\\nswbl\\[\\\"which\\\"].setValue(0)\\n\\nBL = BLs.knob(\\\"BL\\\").getValue()\\nBLx = BL\\[0]\\nBLy = BL\\[1]\\nBLred = nuke.sample(BLs, \\\"red\\\" , BLx, BLy, area, area)\\nBLgrn = nuke.sample(BLs, \\\"green\\\" , BLx, BLy, area, area)\\nBLblu = nuke.sample(BLs, \\\"blue\\\" , BLx, BLy, area, area)\\nBLcolor = \\[BLred,BLgrn,BLblu,0]\\n\\nBLs\\[\\\"blColor\\\"].setValue(BLcolor)\\nBLc\\[\\\"value\\\"].setValue(BLcolor)\\nswbl\\[\\\"which\\\"].setValue(1)\" +STARTLINE}\n addUserKnob {12 BL}\n BL {{searcharea/2} {searcharea/2}}\n addUserKnob {19 blColor l BLColor}\n blColor {0.03392057866 0.02863720059 0.02191788703 0}\n addUserKnob {6 blColor_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n }\n Crop {\n box {{parent.getInputFormat.box} {parent.getInputFormat.box} {parent.getInputFormat.box} {parent.getInputFormat.box}}\n reformat true\n crop false\n name CropRestoreFormatBottomLeft1\n xpos 664\n ypos 473\n addUserKnob {20 User}\n addUserKnob {22 cropToBbox l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n }\n Switch {\n inputs 2\n name LiveSwitchBottomLeft\n xpos 733\n ypos 601\n }\n Merge2 {\n inputs 2\n name MergeCombineBottomLeftBottomRight\n xpos 733\n ypos 648\n }\n Expression {\n expr3 1-y/height\n name HeightRamp\n xpos 733\n ypos 688\n }\n Premult {\n name Premult3\n xpos 733\n ypos 712\n }\n Crop {\n inputs 0\n box {{parent.getInputFormat.box} {parent.getInputFormat.box} {parent.getInputFormat.box} {parent.getInputFormat.box}}\n reformat true\n crop false\n name CropRestoreFormatTopRight2\n xpos 428\n ypos 483\n addUserKnob {20 User}\n addUserKnob {22 cropToBbox l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n }\n AddChannels {\n channels rgba\n name AddChannels2\n xpos 428\n ypos 507\n }\n Add {\n channels rgb\n value {0 0 0 0}\n name TopRightColor\n xpos 428\n ypos 531\n }\npush $N13d90510\n Dot {\n name Dot6\n label \"Top Right\"\n note_font_size 31\n xpos 375\n ypos 245\n }\n Crop {\n box {{PointsOffset.finalPosTR.x-(parent.Settings.sampleSize/2)} {PointsOffset.finalPosTR.y-(parent.Settings.sampleSize/2)} {PointsOffset.finalPosTR.x+(parent.Settings.sampleSize/2)} {PointsOffset.finalPosTR.y+(parent.Settings.sampleSize/2)}}\n reformat true\n intersect true\n crop false\n name sampleRegionTopRight\n xpos 341\n ypos 297\n addUserKnob {20 User}\n addUserKnob {22 cropToBbox l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n }\n Blur {\n channels rgb\n size {{parent.Settings.sampleSize*10}}\n name BlurTopRight\n label \"\\[value size]\"\n xpos 341\n ypos 321\n }\n Dot {\n name Dot12\n note_font_size 31\n xpos 375\n ypos 397\n }\nset N2e301de0 [stack 0]\n NoOp {\n name PickerTR\n xpos 283\n ypos 468\n addUserKnob {20 User}\n addUserKnob {7 searcharea l INVISIBLE +INVISIBLE R 0 30}\n searcharea {{parent.Settings.sampleSize}}\n addUserKnob {22 generateColors l GenerateColors T \"area = 1\\ntrs = nuke.thisNode()\\ntrc = nuke.toNode(\\\"TopRightColor\\\")\\nswtr = nuke.toNode(\\\"LiveSwitchTopRight\\\")\\nswtr\\[\\\"which\\\"].setValue(0)\\n\\nTR = trs.knob(\\\"TR\\\").getValue()\\nTRx = TR\\[0]\\nTRy = TR\\[1]\\nTRred = nuke.sample(trs, \\\"red\\\" , TRx, TRy, area, area)\\nTRgrn = nuke.sample(trs, \\\"green\\\" , TRx, TRy, area, area)\\nTRblu = nuke.sample(trs, \\\"blue\\\" , TRx, TRy, area, area)\\nTRcolor = \\[TRred,TRgrn,TRblu,0]\\n\\ntrs\\[\\\"trColor\\\"].setValue(TRcolor)\\ntrc\\[\\\"value\\\"].setValue(TRcolor)\\nswtr\\[\\\"which\\\"].setValue(1)\" +STARTLINE}\n addUserKnob {12 TR}\n TR {{searcharea/2} {searcharea/2}}\n addUserKnob {19 trColor l TRColor}\n trColor {0.03820500523 0.03160730004 0.02090981975 0}\n addUserKnob {6 trColor_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n }\n Crop {\n box {{parent.getInputFormat.box} {parent.getInputFormat.box} {parent.getInputFormat.box} {parent.getInputFormat.box}}\n reformat true\n crop false\n name CropRestoreFormatTopRight1\n xpos 283\n ypos 492\n addUserKnob {20 User}\n addUserKnob {22 cropToBbox l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n }\n Switch {\n inputs 2\n name LiveSwitchTopRight\n xpos 338\n ypos 587\n }\n Expression {\n expr3 x/width\n name WidthRamp1\n xpos 338\n ypos 633\n }\n Premult {\n name Premult1\n xpos 338\n ypos 657\n }\n Crop {\n inputs 0\n box {{parent.getInputFormat.box} {parent.getInputFormat.box} {parent.getInputFormat.box} {parent.getInputFormat.box}}\n reformat true\n crop false\n name CropRestoreFormatTopLeft2\n xpos 79\n ypos 476\n addUserKnob {20 User}\n addUserKnob {22 cropToBbox l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n }\n AddChannels {\n channels rgba\n name AddChannels1\n xpos 79\n ypos 500\n }\n Add {\n channels rgb\n value {0 0 0 0}\n name TopLeftColor\n xpos 79\n ypos 524\n }\npush $N12be8f20\n Dot {\n name Dot5\n label \"Top Left\"\n note_font_size 31\n xpos 34\n ypos 243\n }\n Crop {\n box {{PointsOffset.finalPosTL.x-(parent.Settings.sampleSize/2)} {PointsOffset.finalPosTL.y-(parent.Settings.sampleSize/2)} {PointsOffset.finalPosTL.x+(parent.Settings.sampleSize/2)} {PointsOffset.finalPosTL.y+(parent.Settings.sampleSize/2)}}\n reformat true\n crop false\n name sampleRegionTopLeft\n xpos 0\n ypos 288\n addUserKnob {20 User}\n addUserKnob {22 cropToBbox l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n }\n Blur {\n channels rgb\n size {{parent.Settings.sampleSize*10}}\n name BlurTopLeft\n label \"\\[value size]\"\n xpos 0\n ypos 312\n }\n Dot {\n name Dot10\n note_font_size 31\n xpos 34\n ypos 396\n }\nset N13d49000 [stack 0]\n NoOp {\n name PickerTL\n xpos -73\n ypos 467\n addUserKnob {20 User}\n addUserKnob {7 searcharea l INVISIBLE +INVISIBLE R 0 30}\n searcharea {{parent.Settings.sampleSize}}\n addUserKnob {22 generateColors l GenerateColors T \"area = 1\\ntls = nuke.thisNode()\\ntlc = nuke.toNode(\\\"TopLeftColor\\\")\\nswtl = nuke.toNode(\\\"LiveSwitchTopLeft\\\")\\nswtl\\[\\\"which\\\"].setValue(0)\\n\\nTL = tls.knob(\\\"TL\\\").getValue()\\nTLx = TL\\[0]\\nTLy = TL\\[1]\\nTLred = nuke.sample(tls, \\\"red\\\" , TLx, TLy, area, area)\\nTLgrn = nuke.sample(tls, \\\"green\\\" , TLx, TLy, area, area)\\nTLblu = nuke.sample(tls, \\\"blue\\\" , TLx, TLy, area, area)\\nTLcolor = \\[TLred,TLgrn,TLblu,0]\\n\\ntls\\[\\\"tlColor\\\"].setValue(TLcolor)\\ntlc\\[\\\"value\\\"].setValue(TLcolor)\\nswtl\\[\\\"which\\\"].setValue(1)\" +STARTLINE}\n addUserKnob {12 TL}\n TL {{searcharea/2} {searcharea/2}}\n addUserKnob {19 tlColor l TLColor}\n tlColor {0.04360837862 0.03884135559 0.03016782366 0}\n addUserKnob {6 tlColor_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n }\n Crop {\n box {{parent.getInputFormat.box} {parent.getInputFormat.box} {parent.getInputFormat.box} {parent.getInputFormat.box}}\n reformat true\n crop false\n name CropRestoreFormatTopLeft1\n xpos -73\n ypos 491\n addUserKnob {20 User}\n addUserKnob {22 cropToBbox l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n }\n Switch {\n inputs 2\n name LiveSwitchTopLeft\n xpos -5\n ypos 591\n }\n Merge2 {\n inputs 2\n name MergeCombineTopLeftTopRight\n xpos -5\n ypos 657\n }\n Merge2 {\n inputs 2\n name Merge2\n xpos -5\n ypos 712\n }\n Shuffle {\n alpha white\n name Shuffle1\n label \"\\[value in]\"\n xpos -5\n ypos 1065\n }\n CornerPin2D {\n to1 {{parent.PointsOffset.finalPosBL} {parent.PointsOffset.finalPosBL}}\n to2 {{parent.PointsOffset.finalPosBR} {parent.PointsOffset.finalPosBR}}\n to3 {{parent.PointsOffset.finalPosTR} {parent.PointsOffset.finalPosTR}}\n to4 {{parent.PointsOffset.finalPosTL} {parent.PointsOffset.finalPosTL}}\n invert false\n from1 {0 0}\n from2 {{parent.getInputFormat.box.r} 0}\n from3 {{parent.getInputFormat.box.r} {parent.getInputFormat.box.t}}\n from4 {0 {parent.getInputFormat.box.t}}\n name CornerPin\n xpos -5\n ypos 1111\n addUserKnob {20 User}\n addUserKnob {22 \"set reference frame\" -STARTLINE T cornerPinZero()}\n addUserKnob {22 \"set reference frame_1\" l \"set reference frame\" -STARTLINE T cornerPinZero()}\n }\n Blur {\n channels rgba\n name Blur1\n label \"\\[value size]\"\n xpos -5\n ypos 1195\n }\n Multiply {\n channels rgba\n value {{parent.mix}}\n name Multiply1\n xpos -5\n ypos 1364\n }\n Merge2 {\n inputs 2+1\n operation copy\n bbox intersection\n name Merge3\n xpos -5\n ypos 1468\n disable {{\"!\\[exists parent.input1]\"}}\n }\nset N2e0038f0 [stack 0]\n Merge2 {\n inputs 2\n operation mask\n bbox intersection\n name Merge4\n xpos 174\n ypos 1519\n }\npush $N2e0038f0\n CopyBBox {\n inputs 2\n name CopyBBox1\n xpos -5\n ypos 1519\n disable {{\"!\\[exists parent.input1]\"}}\n }\n Dot {\n name Dot11\n note_font_size 31\n xpos 29\n ypos 1641\n }\nset N2e1211c0 [stack 0]\n Dot {\n name Dot15\n note_font_size 31\n xpos 29\n ypos 1730\n }\npush $N2e1211c0\npush $N12be8f20\n Dot {\n name Dot9\n note_font_size 31\n xpos -561\n ypos 122\n }\n Merge2 {\n inputs 2\n name Merge1\n xpos -595\n ypos 1638\n }\n Switch {\n inputs 2\n which {{parent.output1}}\n name SwitchOutput\n xpos -595\n ypos 1727\n }\n Output {\n name Output1\n xpos -595\n ypos 2064\n }\npush $N13d6d350\n CurveTool {\n avgframes 1\n ROI {0 0 1 1}\n autocropdata {512 389 1536 1167}\n intensitydata {0 0 0 0}\n name CurveToolBottomLeft\n xpos 806\n ypos 441\n }\npush $N13c54f20\n CurveTool {\n avgframes 1\n ROI {0 0 1 1}\n autocropdata {512 389 1536 1167}\n intensitydata {0 0 0 0}\n name CurveToolBottomRight\n xpos 1175\n ypos 441\n }\npush $N13d49000\n CurveTool {\n avgframes 1\n ROI {0 0 1 1}\n autocropdata {512 389 1536 1167}\n intensitydata {0 0 0 0}\n name CurveToolTopLeft\n xpos 83\n ypos 419\n }\n NoOp {\n inputs 0\n name Settings\n xpos -178\n ypos -13\n addUserKnob {20 User}\n addUserKnob {3 sampleSize l \"Sample Size\"}\n sampleSize 4\n addUserKnob {26 \"\"}\n addUserKnob {12 topLeft}\n topLeft {100 400}\n addUserKnob {12 topRight}\n topRight {400 400}\n addUserKnob {12 bottomLeft}\n bottomLeft {100 100}\n addUserKnob {12 bottomRight}\n bottomRight {400 100}\n }\n NoOp {\n inputs 0\n name PointsOffset\n xpos -445\n ypos -70\n addUserKnob {20 PointsOffset}\n addUserKnob {12 startPosTL}\n startPosTL {{parent.Settings.topLeft} {parent.Settings.topLeft}}\n addUserKnob {12 frameHoldPosTL}\n frameHoldPosTL {100 400}\n addUserKnob {12 amountMovedTL}\n amountMovedTL {{frameHoldPosTL-adjustPosTL} {frameHoldPosTL-adjustPosTL+10}}\n addUserKnob {12 finalPosTL}\n finalPosTL {{startPosTL-amountMovedTL} {startPosTL-amountMovedTL}}\n addUserKnob {26 \"\"}\n addUserKnob {12 startPosTR}\n startPosTR {{parent.Settings.topRight} {parent.Settings.topRight}}\n addUserKnob {12 frameHoldPosTR}\n frameHoldPosTR {400 400}\n addUserKnob {12 amountMovedTR}\n amountMovedTR {{frameHoldPosTR-adjustPosTR} {frameHoldPosTR-adjustPosTR+10}}\n addUserKnob {12 finalPosTR}\n finalPosTR {{startPosTR-amountMovedTR} {startPosTR-amountMovedTR}}\n addUserKnob {26 \"\"}\n addUserKnob {12 startPosBL}\n startPosBL {{parent.Settings.bottomLeft} {parent.Settings.bottomLeft}}\n addUserKnob {12 frameHoldPosBL}\n frameHoldPosBL {100 100}\n addUserKnob {12 amountMovedBL}\n amountMovedBL {{frameHoldPosBL-adjustPosBL} {frameHoldPosBL-adjustPosBL+10}}\n addUserKnob {12 finalPosBL}\n finalPosBL {{startPosBL-amountMovedBL} {startPosBL-amountMovedBL}}\n addUserKnob {26 \"\"}\n addUserKnob {12 startPosBR}\n startPosBR {{parent.Settings.bottomRight} {parent.Settings.bottomRight}}\n addUserKnob {12 frameHoldPosBR}\n frameHoldPosBR {400 100}\n addUserKnob {12 amountMovedBR}\n amountMovedBR {{frameHoldPosBR-adjustPosBR} {frameHoldPosBR-adjustPosBR+10}}\n addUserKnob {12 finalPosBR}\n finalPosBR {{startPosBR-amountMovedBR} {startPosBR-amountMovedBR}}\n }\npush $N2e301de0\n CurveTool {\n avgframes 1\n ROI {0 0 1 1}\n autocropdata {512 389 1536 1167}\n intensitydata {0 0 0 0}\n name CurveToolTopRight\n xpos 429\n ypos 423\n }\n Crop {\n inputs 0\n box {0 0 {\"\\[exists parent.input0] ? parent.input.width : \\[value root.format.w]\"} {\"\\[exists parent.input0] ? parent.input.height : \\[value root.format.h]\"}}\n name getInputFormat\n xpos 230\n ypos -12\n addUserKnob {20 User}\n addUserKnob {22 cropToBbox l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n }\n Crop {\n inputs 0\n box {{\"\\[exists parent.input0] == 1 ? parent.input.bbox.x : 0\"} {\"\\[exists parent.input0] == 1 ? parent.input.bbox.y : 0\"} {\"\\[exists parent.input0] == 1 ? parent.input.bbox.r : 0\"} {\"\\[exists parent.input0] == 1 ? parent.input.bbox.t : 0\"}}\n name getInputBbox\n selected true\n xpos 118\n ypos -13\n addUserKnob {20 User}\n addUserKnob {22 cropToBbox l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_GradeLayerPass.gizmo", "content": "Group {\n name GradeLayerPass\n help \"Select a lighting pass layer to minus from CG beauty input, do your color corrections, and plus the pass, with corrections.\\n\\nalso injects and replaces layer back into the stream. If you shuffle it out later, will include these color corrections.\"\n tile_color 0x5c7fc0ff\n label \"(\\[value channel])\"\n note_font \"Arial Bold Bold\"\n note_font_color 0xffffffff\n selected true\n addUserKnob {20 GradeLayerPass}\n addUserKnob {4 output2 l output M {\"Final Output\" \"Channel Changed\" \"Channel Original\" \"\"}}\n addUserKnob {41 channel l channels T Shuffle64.in}\n addUserKnob {26 \"\"}\n addUserKnob {41 red l Exposure T Exposure16.red}\n addUserKnob {41 multiply T Grade159.multiply}\n addUserKnob {41 gamma T Grade159.gamma}\n addUserKnob {41 saturation T Saturation1.saturation}\n addUserKnob {26 \"\"}\n addUserKnob {26 \"\" l mask T \"\"}\n addUserKnob {41 maskChannelInput l \"\" -STARTLINE T Merge1.maskChannelInput}\n addUserKnob {41 inject -STARTLINE T Merge1.inject}\n addUserKnob {41 invert_mask l invert -STARTLINE T Merge1.invert_mask}\n addUserKnob {41 fringe -STARTLINE T Merge1.fringe}\n addUserKnob {7 mix}\n mix 1\n addUserKnob {20 info l Info}\n addUserKnob {26 creator l Creator: T \"Tony Lyons\"}\n addUserKnob {26 desc l Name: t \"Select a lighting pass layer to minus from CG beauty input, do your color corrections, and plus the pass, with corrections.\\n\\nalso injects and replaces layer back into the stream. If you shuffle it out later, will include these color corrections.\" T GradeLayerPass}\n addUserKnob {26 ver l Version T v03}\n}\n Input {\n inputs 0\n name Input\n xpos 381\n ypos -676\n }\n Dot {\n name Dot374\n note_font_size 41\n xpos 415\n ypos -526\n }\nset N33233460 [stack 0]\n Shuffle {\n in rgb\n name Shuffle64\n label \"\\[value in]\"\n xpos 662\n ypos -533\n }\n Remove {\n operation keep\n channels rgba\n name Remove10\n xpos 662\n ypos -501\n }\n Dot {\n name Dot375\n note_font_size 41\n xpos 696\n ypos -436\n }\nset N331f5730 [stack 0]\n Dot {\n name Dot380\n note_font_size 41\n xpos 806\n ypos -436\n }\n Dot {\n name Dot381\n note_font_size 41\n xpos 806\n ypos -127\n }\n Dot {\n name Dot382\n note_font_size 41\n xpos 497\n ypos -127\n }\n Input {\n inputs 0\n name Inputmask\n xpos 896\n ypos -687\n number 1\n }\n Dot {\n name Dot1\n note_font_size 41\n xpos 930\n ypos -338\n }\npush $N331f5730\n Dot {\n name Dot6\n note_font_size 41\n xpos 528\n ypos -436\n }\nset N3341c8e0 [stack 0]\n EXPTool {\n mode Stops\n green {{red x1001 -2.6}}\n blue {{red x1001 -2.6}}\n name Exposure16\n xpos 494\n ypos -391\n }\n Grade {\n name Grade159\n xpos 494\n ypos -367\n }\n Saturation {\n name Saturation1\n xpos 494\n ypos -341\n }\npush $N331f5730\n Merge2 {\n inputs 2+1\n operation copy\n bbox B\n mix {{parent.mix}}\n name Merge1\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n selected true\n xpos 662\n ypos -341\n }\n Dot {\n name Dot377\n note_font_size 41\n xpos 696\n ypos -276\n }\nset N30ce7670 [stack 0]\n Shuffle {\n black red\n white green\n red2 blue\n green2 alpha\n out2 {{{parent.Shuffle64.in}}}\n name Shuffle72\n label \"\\[value in]\"\n xpos 662\n ypos -232\n }\n Dot {\n name Dot376\n note_font_size 41\n xpos 696\n ypos -178\n }\nset N3343b490 [stack 0]\n Dot {\n name Dot379\n note_font_size 41\n xpos 696\n ypos -89\n }\npush $N3343b490\npush $N30ce7670\npush $N3341c8e0\npush $N33233460\n Merge2 {\n inputs 2\n operation from\n bbox B\n output {rgba.red rgba.green rgba.blue -rgba.alpha}\n name Merge152\n xpos 381\n ypos -439\n }\n Merge2 {\n inputs 2\n operation plus\n bbox B\n output {rgba.red rgba.green rgba.blue -rgba.alpha}\n name Merge153\n xpos 381\n ypos -279\n }\n ShuffleCopy {\n inputs 2\n in2 none\n black red\n white green\n red2 blue\n green2 alpha\n out none\n out2 {{{parent.Shuffle64.in}}}\n name ShuffleCopy1\n xpos 381\n ypos -181\n }\n Switch {\n inputs 3\n which {{parent.output2}}\n name Switch7\n xpos 381\n ypos -93\n }\n Output {\n name Output1\n xpos 381\n ypos 14\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_Grain_Advanced.gizmo", "content": "set cut_paste_input [stack 0]\npush $cut_paste_input\nGroup {\n name GrainAdvanced\n help \"Adds synthetic grain. \\n\\nThe defaults are setup to simulate an HD Alexa plate's grain.\\n\\nYou can adjust the sliders to match a sample piece of grain. Find a sample with a rather constant background, blur it to remove the grain, and use as input to this. View with a wipe in the viewer so you can make a match. It helps to view and match each of the red, green, blue separately.\"\n tile_color 0x323232ff\n note_font_color 0xb80045ff\n selected true\n addUserKnob {20 grain_tab l Grain}\n addUserKnob {3 seed t \"Change this value to make different instances of this operator produce different noise\"}\n seed 134\n addUserKnob {26 \"\" l \"@b;Size\"}\n addUserKnob {14 red_size l red R 0 100}\n red_size 0.4\n addUserKnob {14 green_size l green R 0 100}\n green_size 0.6\n addUserKnob {14 blue_size l blue R 0 100}\n blue_size 1.6\n addUserKnob {7 irregularity}\n irregularity 0.6\n addUserKnob {26 Intensity l \"@b;Intensity Bright\"}\n addUserKnob {7 red_m l red t \"Amount of grain to add to a white pixel\"}\n red_m 0.15\n addUserKnob {7 green_m l green}\n green_m 0.15\n addUserKnob {7 blue_m l blue}\n blue_m 0.2\n addUserKnob {26 Darks l \"@b;Intensity Darks\"}\n addUserKnob {7 red_i l red R 0 0.2}\n red_i 0.025\n addUserKnob {7 green_i l green R 0 0.2}\n green_i 0.01\n addUserKnob {7 blue_i l blue R 0 0.2}\n blue_i 0.03\n addUserKnob {26 Softness l \"@b;Softness\"}\n addUserKnob {7 red_soft l red R 0 2}\n red_soft 1.3\n addUserKnob {7 green_soft l green R 0 2}\n green_soft 1.1\n addUserKnob {7 blue_soft l blue R 0 2}\n blue_soft 1.3\n addUserKnob {26 Globals l \"@b;Global Controls\"}\n addUserKnob {7 saturation l \"Grain Saturation\" t \"Control how saturated the grain appears\"}\n saturation 0.85\n addUserKnob {7 aspect_ratio l \"Aspect Ratio\" t \"Edit the aspect ratio of the grain to match anamorphic plates.\" R 0.5 2}\n aspect_ratio 1\n addUserKnob {4 ar_filter l \" \" t \"Set the filter on the aspect ratio transform\" -STARTLINE M {Impulse Cubic \"\"}}\n ar_filter Cubic\n addUserKnob {6 apply_alpha l \"Apply only through alpha\" +STARTLINE}\n addUserKnob {6 invert_alpha l \"Invert alpha\" -STARTLINE}\n addUserKnob {6 invert_mask l \"Invert mask\" -STARTLINE}\n addUserKnob {7 mix}\n mix 1\n addUserKnob {26 \"\"}\n addUserKnob {26 spin_copyright l \"\" t \"© SPINVFX\\nGrain_Advanced\\nVersion 1.1\\n2017\" +STARTLINE T \"SPINVFX - Version 1.1 - 2017 - Github Page\"}\n}\n Input {\n inputs 0\n name mask\n xpos 368\n ypos 675\n number 1\n }\n Input {\n inputs 0\n name img\n xpos 34\n ypos -150\n }\n Dot {\n name Dot1\n tile_color 0xcccccc00\n xpos 68\n ypos -58\n }\nset Na44a0240 [stack 0]\n Dot {\n name Dot5\n tile_color 0xcccccc00\n xpos -75\n ypos -58\n }\nset Na44a3d70 [stack 0]\n Dot {\n name Dot6\n tile_color 0xcccccc00\n xpos -146\n ypos -58\n }\n Dot {\n name Dot7\n tile_color 0xcccccc00\n xpos -146\n ypos 679\n }\npush $Na44a3d70\n Shuffle {\n alpha white\n name Shuffle1\n xpos -109\n ypos 86\n disable {{parent.apply_alpha}}\n }\n Dot {\n name Dot4\n tile_color 0x9e3c6300\n xpos -76\n ypos 557\n }\npush $Na44a0240\n Dot {\n name Dot2\n tile_color 0xcccccc00\n xpos 164\n ypos -58\n }\nset Na44c1190 [stack 0]\n Noise {\n output {rgba.red -rgba.green -rgba.blue -rgba.alpha}\n cliptype none\n replace true\n size {{parent.red_size.w} {parent.red_size.h}}\n zoffset {{frame+seed+(irregularity/2)}}\n octaves 2\n gamma 1\n xrotate {{irregularity*45}}\n yrotate {{irregularity*45}}\n name red\n xpos 252\n ypos -62\n }\n Noise {\n output {-rgba.red rgba.green -rgba.blue -rgba.alpha}\n cliptype none\n replace true\n size {{parent.green_size.w} {parent.green_size.h}}\n zoffset {{frame+6+seed+(irregularity/2)}}\n octaves 2\n gamma 1\n xrotate {{irregularity*45}}\n yrotate {{irregularity*45}}\n name green\n xpos 252\n ypos -19\n }\n Noise {\n output {-rgba.red -rgba.green rgba.blue -rgba.alpha}\n cliptype none\n replace true\n size {{parent.blue_size.w} {parent.blue_size.h}}\n zoffset {{frame+3*seed+(irregularity/2)}}\n octaves 2\n gamma 1\n xrotate {{irregularity*45}}\n yrotate {{irregularity*45}}\n name blue\n xpos 252\n ypos 20\n }\n Transform {\n scale {{parent.aspect_ratio>1?parent.aspect_ratio:1 x3 0} {parent.aspect_ratio<1?1/parent.aspect_ratio:1 x3 0}}\n filter {{parent.ar_filter}}\n shutteroffset centred\n name Scale_Ratio\n xpos 252\n ypos 62\n }\n Blur {\n channels {rgba.red -rgba.green -rgba.blue none}\n size {{parent.red_soft}}\n name Blur1\n label \"size \\[value size]\"\n xpos 252\n ypos 122\n }\n Blur {\n channels {-rgba.red rgba.green -rgba.blue none}\n size {{parent.green_soft}}\n name Blur2\n label \"size \\[value size]\"\n xpos 252\n ypos 173\n }\n Blur {\n channels {-rgba.red -rgba.green rgba.blue none}\n size {{parent.blue_soft}}\n name Blur3\n label \"size \\[value size]\"\n xpos 252\n ypos 223\n }\n Grade {\n multiply 2\n add -1\n black_clamp false\n name Grade1\n xpos 252\n ypos 295\n }\npush $Na44c1190\n Grade {\n black {{parent.red_i} {parent.green_i} {parent.blue_i} {curve}}\n white {{parent.red_m} {parent.green_m} {parent.blue_m} {curve}}\n name Grade4\n xpos 130\n ypos 422\n }\n Merge2 {\n inputs 2\n operation multiply\n bbox B\n name Merge3\n xpos 252\n ypos 422\n }\n Saturation {\n saturation {{parent.saturation}}\n name Saturation1\n xpos 252\n ypos 465\n }\n Dot {\n name Dot3\n tile_color 0x7aa9ff00\n xpos 286\n ypos 557\n }\npush $Na44a0240\n Merge2 {\n inputs 2+1\n operation plus\n bbox B\n output rgb\n invert_mask {{invert_alpha}}\n mix {{parent.mix}}\n name Merge4\n xpos 34\n ypos 553\n }\n Keymix {\n inputs 3\n invertMask {{!invert_mask}}\n name Keymix1\n xpos 34\n ypos 669\n disable {{\"!\\[exists parent.input1] \"}}\n }\n Output {\n name Output1\n xpos 34\n ypos 758\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_GuidedBlur.gizmo", "content": "Group {\n inputs 2\n name GuidedBlur\n help \"Description:\\n\\nThe guided filter is an edge-preserving blur,\\nuseful to add details to the edges of a roto/matte\\nusing a second image as a guide. \\n\\nHow to use:\\n\\nConnect the alpha to the 'matte' input\\nand the 'guide' image to the 'img' input.\\n\\nControl the amount of detail using\\nthe 'edge detail' slider.\\n\\n---\\n\\nThe filter is an implementation of the\\n 'Guided Image Filtering', by Kaiming He. \\nMore details at http://kaiminghe.com/eccv10/\\n\"\n tile_color 0xcc804eff\n note_font \"Bitstream Vera Sans Bold\"\n note_font_color 0xffffffff\n selected true\n addUserKnob {20 GuidedBlur}\n addUserKnob {6 replaceRGB l \"Replace RGB with img\" +STARTLINE}\n addUserKnob {41 blur_size l \"blur size\" T Blur1.size}\n addUserKnob {41 tolerance l \"edge detail\" t \"Control the amount of detail that will be preserved. \\n\\nA value close to 0 makes the filter behave like a regular blur. \\n\\nValues close to 6 or 7 can introduce artifacts, identifying grain \\\"as edges\\\". \\n\\nRecommended values are between 2.5 and 4.\" T Constant_eps.multiplier}\n addUserKnob {41 filter T Blur1.filter}\n addUserKnob {41 quality l \"\" -STARTLINE T Blur1.quality}\n addUserKnob {26 \"\"}\n addUserKnob {41 amount l \"sharpen amount\" T Sharpen1.amount}\n addUserKnob {41 size l \"sharpen size\" T Sharpen1.size}\n addUserKnob {26 \"\" +STARTLINE}\n addUserKnob {26 \"\" l mask T \"\"}\n addUserKnob {41 maskChannelInput l \"\" -STARTLINE T Merge21.maskChannelInput}\n addUserKnob {41 inject -STARTLINE T Merge21.inject}\n addUserKnob {41 invert_mask l invert -STARTLINE T Merge21.invert_mask}\n addUserKnob {41 fringe -STARTLINE T Merge21.fringe}\n addUserKnob {41 mix T Merge21.mix}\n addUserKnob {20 info l Info}\n addUserKnob {26 versionInfo l \"\" +STARTLINE T \"\\nCreated by Rafael Silva\\nwww.rafael.ai\\nrafael@rafael.ai\\n\\nVersion 1.3\\nLast Updated: August 16th, 2020\\n\\nUpdated by Nikolai Wüstemann 2021\\n\\nToronto, Canada\\n\\n---\\n\\nHelp and more information:\\nwww.rafael.ai/guided_blur\"}\n addUserKnob {26 \"\"}\n}\n Input {\n inputs 0\n name matte\n label p\n xpos 2050\n ypos 95\n }\nset N7bf79600 [stack 0]\n Dot {\n name Dot21\n note_font_size 41\n xpos 1737\n ypos 3701\n }\nset N76b77900 [stack 0]\n Blur {\n size 10\n filter box\n name Blur1\n xpos 289\n ypos 3691\n }\n set C7bf78100 [stack 0]\n Input {\n inputs 0\n name Inputmask\n xpos 644\n ypos 3893\n number 2\n }\n Input {\n inputs 0\n name img\n label i\n xpos -40\n ypos 5\n number 1\n }\n Sharpen {\n amount 0\n name Sharpen1\n xpos -40\n ypos 158\n }\n Clamp {\n maximum 1000\n name Clamp1\n xpos -40\n ypos 194\n }\n Dot {\n name Dot16\n xpos -6\n ypos 330\n }\nset N78f94f00 [stack 0]\n Dot {\n name Dot4\n xpos 544\n ypos 498\n }\nset N78f94800 [stack 0]\n Dot {\n name Dot6\n xpos 654\n ypos 498\n }\nset N78f94100 [stack 0]\n Dot {\n name Dot7\n xpos 874\n ypos 498\n }\nset N7bf7b900 [stack 0]\n Dot {\n name Dot8\n xpos 984\n ypos 498\n }\nset N7bf7b200 [stack 0]\n Dot {\n name Dot15\n xpos 2194\n ypos 498\n }\nset N7bf7ab00 [stack 0]\n Dot {\n name Dot3\n xpos 2744\n ypos 498\n }\n NoOp {\n name I1\n xpos 2710\n ypos 1695\n }\npush $N7bf79600\n Shuffle {\n red alpha\n green alpha\n blue alpha\n name Shuffle5\n xpos 2050\n ypos 543\n }\nset N7bf78f00 [stack 0]\npush $N7bf7ab00\n Merge {\n inputs 2\n operation mult\n name Merge5\n xpos 2160\n ypos 591\n }\nclone $C7bf78100 {\n xpos 2160\n ypos 635\n selected false\n }\n NoOp {\n name mean_Ip\n xpos 2160\n ypos 711\n }\npush $N78f94800\nclone $C7bf78100 {\n xpos 510\n ypos 659\n selected false\n }\n NoOp {\n name mean_I\n xpos 510\n ypos 735\n }\n Dot {\n name Dot9\n xpos 544\n ypos 786\n }\nset N78956400 [stack 0]\n Dot {\n name Dot13\n xpos 874\n ypos 810\n }\nset N78955d00 [stack 0]\n Dot {\n name Dot14\n xpos 1424\n ypos 834\n }\nset N78955600 [stack 0]\npush $N7bf78f00\nclone $C7bf78100 {\n xpos 2050\n ypos 635\n selected false\n }\n NoOp {\n name mean_p\n xpos 2050\n ypos 687\n }\nset N78954800 [stack 0]\n Merge {\n inputs 2\n operation mult\n name Merge8\n xpos 1940\n ypos 951\n }\n Merge {\n inputs 2\n operation minus\n name Merge9\n xpos 1940\n ypos 1023\n }\n NoOp {\n name cov_Ip\n xpos 1940\n ypos 1095\n }\nset N786d3200 [stack 0]\n Constant {\n inputs 0\n channels rgb\n color {{\"1/pow(10, multiplier)\"}}\n name Constant_eps\n xpos 400\n ypos 1095\n addUserKnob {20 User}\n addUserKnob {7 multiplier R 1 6}\n multiplier 5\n }\nset N786d2b00 [stack 0]\npush $N78f94100\npush $N7bf7b900\n Merge2 {\n inputs 2\n operation multiply\n name Merge18\n label I*I\n xpos 730\n ypos 611\n }\nclone $C7bf78100 {\n xpos 730\n ypos 683\n selected false\n }\nset N786d1600 [stack 0]\n Dot {\n name Dot5\n xpos 2634\n ypos 834\n }\n NoOp {\n name mean_II\n xpos 2600\n ypos 1023\n }\npush $N78955600\n Dot {\n name Dot1\n xpos 2524\n ypos 882\n }\nset N786d0100 [stack 0]\npush $N786d0100\n Merge2 {\n inputs 2\n operation multiply\n name Merge4\n label \"mean I * mean I\"\n xpos 2490\n ypos 1019\n }\n Merge2 {\n inputs 2\n operation minus\n name Merge2\n xpos 2490\n ypos 1095\n }\n NoOp {\n name var_I\n xpos 2490\n ypos 1167\n }\n Merge {\n inputs 2\n operation plus\n bbox B\n name Merge13\n xpos 2490\n ypos 1287\n }\n Merge {\n inputs 2\n operation divide\n bbox B\n name Merge14\n xpos 2490\n ypos 1407\n }\n NoOp {\n name a_mono\n label a\n xpos 2490\n ypos 1475\n }\nset N6eb99600 [stack 0]\nclone $C7bf78100 {\n xpos 2600\n ypos 1691\n selected false\n }\n Merge {\n inputs 2\n operation mult\n bbox B\n name Merge17\n xpos 2600\n ypos 1815\n }\npush $N78954800\n Dot {\n name Dot19\n xpos 2084\n ypos 1410\n }\nset N6eb98100 [stack 0]\npush $N78955600\npush $N6eb99600\n Merge {\n inputs 2\n operation mult\n bbox B\n name Merge15\n xpos 2490\n ypos 1551\n }\n Merge {\n inputs 2\n operation minus\n bbox B\n name Merge7\n xpos 2490\n ypos 1671\n }\n NoOp {\n name b_mono\n xpos 2490\n ypos 1743\n }\nclone $C7bf78100 {\n xpos 2490\n ypos 1811\n selected false\n }\n NoOp {\n name mean_b_mono_\n xpos 2490\n ypos 1887\n }\n Merge {\n inputs 2\n operation plus\n bbox B\n name Merge16\n xpos 2490\n ypos 1959\n }\n Dot {\n name Dot18\n xpos 2524\n ypos 2922\n }\npush $N6eb98100\n Dot {\n name Dot10\n xpos 1314\n ypos 2346\n }\n Dot {\n name Dot2\n xpos 1314\n ypos 2562\n }\npush $N786d2b00\npush $N786d1600\npush $N78956400\n Expression {\n expr0 r*r\n expr1 g*g\n expr2 b*b\n name Expression3\n label \"I*I (rr, gg, bb)\"\n xpos 510\n ypos 995\n }\n Merge {\n inputs 2\n operation minus\n name Merge11\n xpos 730\n ypos 1119\n }\n Merge {\n inputs 2\n operation plus\n bbox B\n name Merge12\n xpos 730\n ypos 1215\n }\n NoOp {\n name I___\n label \"rr, gg, bb\"\n xpos 730\n ypos 1283\n }\nset N4824e400 [stack 0]\npush $N7bf7b200\n Expression {\n expr0 r*g\n expr1 r*b\n expr2 g*b\n name Expression2\n label \"rg, rb, gb\"\n xpos 950\n ypos 611\n }\nclone $C7bf78100 {\n xpos 950\n ypos 683\n selected false\n }\npush $N78955d00\n Expression {\n expr0 r*g\n expr1 r*b\n expr2 g*b\n name Expression4\n label \"rg, rb, gb\"\n xpos 840\n ypos 1019\n }\n Merge {\n inputs 2\n operation minus\n name Merge10\n xpos 950\n ypos 1095\n }\n NoOp {\n name I____\n label \"rg, rb, gb\"\n xpos 950\n ypos 1283\n }\nset N4824c100 [stack 0]\n MergeExpression {\n inputs 2\n expr0 Ar*Ab-Bg*Bg\n expr1 Bg*Br-Ar*Bb\n expr2 Ar*Ag-Br*Br\n name MergeExpression2\n label \"invgg, invgb, invbb\"\n xpos 730\n ypos 1691\n }\npush $N4824e400\npush $N4824c100\n MergeExpression {\n inputs 2\n expr0 Ag*Ab-Bb*Bb\n expr1 Bb*Bg-Br*Ab\n expr2 Br*Bb-Ag*Bg\n name MergeExpression1\n label \"invrr, invrg, invrb\"\n xpos 510\n ypos 1403\n }\nset N3437b200 [stack 0]\npush $N4824c100\n MergeExpression {\n inputs 2\n expr0 Ab*Bg\n expr1 0\n expr2 0\n name MergeExpression5\n label invrb*I_rb\n xpos 1170\n ypos 1475\n }\n Shuffle {\n green red\n blue red\n alpha red\n name Shuffle8\n xpos 1170\n ypos 1551\n }\npush 0\npush $N3437b200\npush $N4824e400\n MergeExpression {\n inputs 2\n expr0 Ar*Br\n expr1 0\n expr2 0\n name MergeExpression3\n label invrr*I_rr\n xpos 620\n ypos 1475\n }\n Shuffle {\n green red\n blue red\n alpha red\n name Shuffle2\n xpos 620\n ypos 1527\n }\npush $N3437b200\npush $N4824c100\n MergeExpression {\n inputs 2\n expr0 Ag*Br\n expr1 0\n expr2 0\n name MergeExpression4\n label invrg*I_rg\n xpos 950\n ypos 1499\n }\n Shuffle {\n green red\n blue red\n alpha red\n name Shuffle3\n xpos 950\n ypos 1551\n }\n Merge2 {\n inputs 3+1\n operation plus\n name Merge1\n label covDet\n xpos 950\n ypos 1691\n }\nset N34378100 [stack 0]\n MergeExpression {\n inputs 2\n expr0 Ar/Br\n expr1 Ag/Bg\n expr2 Ab/Bb\n expr3 0\n name MergeExpression7\n label \"invgg, invgb, invbb\"\n xpos 730\n ypos 1883\n }\nset N5b47f900 [stack 0]\npush $N3437b200\npush $N34378100\n MergeExpression {\n inputs 2\n expr0 Ar/Br\n expr1 Ag/Bg\n expr2 Ab/Bb\n expr3 0\n name MergeExpression6\n label \"invrr, invrg, invrb\"\n xpos 510\n ypos 1883\n }\nset N5b47f200 [stack 0]\n ShuffleCopy {\n inputs 2\n red blue2\n green green\n blue blue\n alpha black\n name ShuffleCopy1\n label \"invrb, invgb, invbb\"\n xpos 840\n ypos 2099\n }\npush $N786d3200\n NoOp {\n name cov_Ip1\n xpos 950\n ypos 1887\n }\n Dot {\n name Dot17\n xpos 984\n ypos 1986\n }\nset N5b47dd00 [stack 0]\n MergeExpression {\n inputs 2\n expr0 Ar*Bb\n expr1 Ag*Bb\n expr2 Ab*Bb\n name MergeExpression10\n xpos 840\n ypos 2175\n }\npush 0\npush $N5b47f200\npush $N5b47dd00\n MergeExpression {\n inputs 2\n expr0 Ar*Br\n expr1 Ag*Br\n expr2 Ab*Br\n name MergeExpression8\n xpos 620\n ypos 2175\n }\npush $N5b47f900\npush $N5b47f200\n ShuffleCopy {\n inputs 2\n red green2\n green red\n blue green\n alpha black\n name ShuffleCopy2\n label \"invrg, invgg, invgb\"\n xpos 730\n ypos 2099\n }\npush $N5b47dd00\n MergeExpression {\n inputs 2\n expr0 Ar*Bg\n expr1 Ag*Bg\n expr2 Ab*Bg\n name MergeExpression9\n xpos 730\n ypos 2175\n }\n Merge2 {\n inputs 3+1\n operation plus\n name A\n label \"a_r, a_g, a_b\\n-\"\n xpos 730\n ypos 2262\n }\nset Na6063900 [stack 0]\npush $N78955600\n NoOp {\n name NoOp2\n label mean_I\n xpos 1390\n ypos 2411\n }\n Merge2 {\n inputs 2\n operation multiply\n name Merge22\n xpos 1390\n ypos 2487\n }\nset Na6062b00 [stack 0]\n Shuffle {\n green red\n blue red\n alpha red\n name a_r_mult_mean_I_r\n xpos 1390\n ypos 2559\n }\n Merge2 {\n inputs 2\n operation minus\n name Merge6\n xpos 1390\n ypos 2679\n }\npush $Na6062b00\n Shuffle {\n red green\n blue green\n alpha green\n name a_g_mult_mean_I_g\n xpos 1500\n ypos 2559\n }\n Merge2 {\n inputs 2\n operation minus\n name Merge19\n xpos 1500\n ypos 2727\n }\npush $Na6062b00\n Shuffle {\n red blue\n green blue\n alpha blue\n name a_b_mult_mean_I_b\n xpos 1610\n ypos 2559\n }\n Merge2 {\n inputs 2\n operation minus\n name Merge20\n xpos 1610\n ypos 2775\n }\n NoOp {\n name NoOp4\n label B\n xpos 1610\n ypos 2819\n }\nclone $C7bf78100 {\n xpos 1610\n ypos 2915\n selected false\n }\n NoOp {\n name NoOp5\n label boxfilter(b)\n xpos 1610\n ypos 2987\n }\npush $Na6063900\nclone $C7bf78100 {\n xpos 730\n ypos 2363\n selected false\n }\npush $N78f94f00\n Merge2 {\n inputs 2\n operation multiply\n name Merge3\n xpos -40\n ypos 2799\n }\n NoOp {\n name NoOp6\n label \"boxfilter(a_\\[rgb])\"\n xpos -40\n ypos 3227\n }\nset N7809d600 [stack 0]\n Shuffle {\n red blue\n green blue\n alpha blue\n name ab2\n xpos 180\n ypos 3327\n }\npush 0\npush $N7809d600\n Shuffle {\n green red\n blue red\n alpha red\n name ar2\n label \"boxfiler(a_r,r) * I_r\"\n xpos -40\n ypos 3323\n }\npush $N7809d600\n Shuffle {\n red green\n blue green\n alpha green\n name ag2\n xpos 70\n ypos 3327\n }\n Merge2 {\n inputs 4+1\n operation plus\n name Merge25\n xpos -40\n ypos 3448\n }\n Dot {\n name Dot11\n xpos -6\n ypos 3546\n }\n Switch {\n inputs 2\n name Switch1\n xpos -40\n ypos 3616\n }\nset N7ad6eb00 [stack 0]\npush $N78f94f00\n Dot {\n name Dot12\n xpos -172\n ypos 450\n }\n Dot {\n name Dot20\n xpos -189\n ypos 3610\n }\n Copy {\n inputs 2\n from0 rgba.alpha\n to0 rgba.alpha\n name Copy1\n xpos -124\n ypos 3685\n }\npush $N7ad6eb00\n Switch {\n inputs 2\n which {{replaceRGB}}\n name Switch2\n label \"\\[value which]\"\n xpos -40\n ypos 3757\n }\npush $N76b77900\n Merge2 {\n inputs 2+1\n operation copy\n name Merge21\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n selected true\n xpos -40\n ypos 3847\n addUserKnob {20 TRX}\n addUserKnob {22 swap l \"swap to Merge All Node\" -STARTLINE T \"\\nntn = nuke.thisNode()\\nall = nuke.allNodes()\\na = ntn.input(1)\\nx = int(ntn\\['xpos'].value())\\nb = ntn.input(0)\\ny = int(ntn\\['ypos'].value())\\nwith nuke.Root():\\n ma = nuke.nodes.NST_MergeAll()\\n ma.setXYpos(x,y)\\n # copy all values\\n ak = ntn.knobs()\\n for knoB in ma.knobs():\\n try:\\n if knoB not in \\[\\\"name\\\",\\\"tile_color\\\", \\\"also_merge\\\"]:\\n ma\\[knoB].setValue(ntn\\[knoB].value())\\n with ma:\\n newMerge = nuke.toNode(\\\"MergeAllChannels\\\")\\n if ntn\\[\\\"mix\\\"].isAnimated():\\n newMerge\\[\\\"mix\\\"].copyAnimations(ntn\\[\\\"mix\\\"].animations())\\n else:\\n newMerge\\['mix'].setValue(ntn\\['mix'].value())\\n newMerge.knob('also_merge').setValue('all')\\n\\n except:\\n pass\\n \\n # try to reconnect\\n try:\\n ma.setInput(0,b);ma.setInput(1,a)\\n for one in all:\\n for i in range(one.inputs()):\\n if one.input(i) == ntn:\\n one.setInput(i,ma)\\n except:\\n pass\\n nuke.delete(ntn)\\n\"}\n }\n CopyBBox {\n inputs 2\n name CopyBBox1\n xpos -40\n ypos 3929\n disable {{replaceRGB}}\n }\n Output {\n name Output1\n xpos -40\n ypos 4032\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_HSL_Tool.gizmo", "content": "Group {\n name HSL_Tool\n tile_color 0xe2f1ff\n selected true\n addUserKnob {20 hue}\n addUserKnob {41 lut l \"\" -STARTLINE T HUE_key.lut}\n addUserKnob {20 sat}\n addUserKnob {41 lut_1 l \"\" -STARTLINE T SAT_key.lut}\n addUserKnob {20 lum}\n addUserKnob {41 lut_2 l \"\" -STARTLINE T LUM_key.lut}\n addUserKnob {20 Settings}\n addUserKnob {6 displayAlpha l \"display Mask in Alpha\" +STARTLINE}\n displayAlpha true\n addUserKnob {26 \"\" +STARTLINE}\n addUserKnob {26 \"\" l mask T \"\"}\n addUserKnob {41 maskChannelInput l \"\" -STARTLINE T Merge5.maskChannelInput}\n addUserKnob {41 inject -STARTLINE T Merge5.inject}\n addUserKnob {41 invert_mask l invert -STARTLINE T Merge5.invert_mask}\n addUserKnob {41 fringe -STARTLINE T Merge5.fringe}\n addUserKnob {41 mix T Merge5.mix}\n}\n Input {\n inputs 0\n name Inputmask\n xpos 565\n ypos 920\n number 1\n }\n Input {\n inputs 0\n name Input\n xpos 420\n ypos 425\n }\n Dot {\n name Dot1\n xpos 454\n ypos 547\n }\nset N9c565e20 [stack 0]\n Dot {\n name Dot2\n xpos 700\n ypos 547\n }\nset N9c542480 [stack 0]\n Dot {\n name Dot3\n xpos 813\n ypos 547\n }\nset N9c546090 [stack 0]\n Dot {\n name Dot4\n xpos 923\n ypos 547\n }\n HueKeyer {\n lut {amount {curve 1 1 1 1 1 1 1}\n sat_thrsh {curve 0 0 0 0 0 0 0}}\n invert false\n name LUM_key\n xpos 889\n ypos 597\n }\n Shuffle {\n red white\n green white\n blue alpha\n name Shuffle3\n xpos 889\n ypos 700\n }\npush $N9c546090\n HueKeyer {\n lut {amount {curve 1 1 0.3495025039 0.3495025039 0.3495025039 1 1}\n sat_thrsh {curve 0 0 0 0 0 0 0}}\n invert false\n name SAT_key\n xpos 779\n ypos 597\n }\n Shuffle {\n red white\n green alpha\n blue white\n name Shuffle2\n xpos 779\n ypos 664\n }\npush $N9c542480\n HueKeyer {\n lut {amount {curve 1 1 1 1 1 1 1}\n sat_thrsh {curve 0 0 0 0 0 0 0}}\n invert false\n name HUE_key\n xpos 666\n ypos 598\n }\n Shuffle {\n red alpha\n green black\n blue black\n name Shuffle1\n xpos 666\n ypos 634\n }\npush $N9c565e20\n Colorspace {\n colorspace_out HSL\n name Colorspace1\n xpos 420\n ypos 597\n }\n Merge2 {\n inputs 2\n operation plus\n output {rgba.red rgba.green rgba.blue -rgba.alpha}\n name Merge1\n xpos 420\n ypos 634\n }\n Merge2 {\n inputs 2\n operation multiply\n output {rgba.red rgba.green rgba.blue -rgba.alpha}\n name Merge2\n xpos 420\n ypos 664\n }\n Merge2 {\n inputs 2\n operation multiply\n output {rgba.red rgba.green rgba.blue -rgba.alpha}\n name Merge3\n xpos 420\n ypos 700\n }\n Colorspace {\n colorspace_in HSL\n name Colorspace2\n xpos 420\n ypos 757\n }\nset N7e480490 [stack 0]\npush $N9c565e20\n Dot {\n name Dot5\n xpos 315\n ypos 547\n }\nset N7e491ff0 [stack 0]\n Merge2 {\n inputs 2\n operation from\n name Merge4\n xpos 281\n ypos 757\n }\n Expression {\n expr3 abs(red)+abs(green)+abs(blue)\n name Expression1\n xpos 281\n ypos 822\n }\npush $N7e480490\n Copy {\n inputs 2\n from0 rgba.alpha\n to0 rgba.alpha\n mix {{parent.displayAlpha}}\n name Copy1\n xpos 420\n ypos 816\n }\npush $N7e491ff0\n Dot {\n name Dot6\n note_font_size 41\n xpos 78\n ypos 547\n }\n Dot {\n name Dot7\n note_font_size 41\n xpos 78\n ypos 923\n }\n Merge2 {\n inputs 2+1\n operation copy\n name Merge5\n xpos 420\n ypos 920\n }\n Output {\n name Output1\n xpos 420\n ypos 1018\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_Halation.gizmo", "content": "Group {\n name Halation\n tile_color 0xcc804eff\n note_font \"Verdana Bold\"\n note_font_color 0xffffffff\n selected true\n addUserKnob {20 Halation}\n addUserKnob {4 outputView l \"Output View\" M {\"Final Output\" \"Luma Key\" \"Effect Only\"}}\n addUserKnob {26 key l Key:}\n addUserKnob {7 black l blackpoint R 0 10}\n black 2\n addUserKnob {7 white l whitepoint R 0 10}\n white 6\n addUserKnob {41 size_1 l size T Glow1.size}\n addUserKnob {26 \"\"}\n addUserKnob {7 red R 0 4}\n red 1\n addUserKnob {7 green R 0 4}\n green 0.25\n addUserKnob {7 blue R 0 4}\n blue 0.08\n addUserKnob {7 globalAmount l \"Global Amount\" R 0 4}\n globalAmount 1\n addUserKnob {26 \"\"}\n addUserKnob {26 \"\" l mask T \"\"}\n addUserKnob {41 maskChannelInput l \"\" -STARTLINE T Merge1.maskChannelInput}\n addUserKnob {41 inject -STARTLINE T Merge1.inject}\n addUserKnob {41 invert_mask l invert -STARTLINE T Merge1.invert_mask}\n addUserKnob {41 fringe -STARTLINE T Merge1.fringe}\n addUserKnob {7 mix}\n mix 1\n addUserKnob {20 info l Info}\n addUserKnob {26 creator l Creator: T \"Tony Lyons\"}\n addUserKnob {26 desc l Description: T Halation}\n addUserKnob {26 ver l Version: T v01}\n}\n Input {\n inputs 0\n name Input\n xpos -852\n ypos 177\n }\n Dot {\n name Dot45\n note_font_size 41\n xpos -818\n ypos 236\n }\nset Ne27f76c0 [stack 0]\n Saturation {\n saturation 0\n name Saturation1\n xpos -661\n ypos 233\n }\n Grade {\n blackpoint {{parent.black}}\n whitepoint {{parent.white}}\n white_clamp true\n name Grade2\n xpos -661\n ypos 257\n }\n Shuffle {\n green red\n blue red\n alpha red\n name Shuffle1\n label \"\\[value in]\"\n xpos -661\n ypos 291\n }\n Dot {\n name Dot48\n note_font_size 41\n xpos -627\n ypos 352\n }\nset Ne2790040 [stack 0]\npush $Ne2790040\n Dot {\n name Dot49\n note_font_size 41\n xpos -420\n ypos 352\n }\nset Ne4e48d30 [stack 0]\n Dot {\n name Dot51\n note_font_size 41\n xpos -310\n ypos 352\n }\nset Ne4432470 [stack 0]\n Dot {\n name Dot52\n note_font_size 41\n xpos -200\n ypos 352\n }\nset Ne279cea0 [stack 0]\n Glow2 {\n effect_only true\n size {{parent.Glow1.size.w*4} {parent.Glow1.size.h*4}}\n name Glow3\n xpos -234\n ypos 403\n }\n Dot {\n name Dot54\n note_font_size 41\n xpos -200\n ypos 496\n }\npush $Ne4432470\n Glow2 {\n effect_only true\n size {{parent.Glow1.size.w*2} {parent.Glow1.size.h*2}}\n name Glow2\n xpos -344\n ypos 404\n }\n Dot {\n name Dot53\n note_font_size 41\n xpos -310\n ypos 453\n }\npush $Ne4e48d30\n Glow2 {\n effect_only true\n size 1.2\n name Glow1\n xpos -454\n ypos 401\n }\n Merge2 {\n inputs 2\n operation screen\n name Merge8\n xpos -454\n ypos 449\n }\n Merge2 {\n inputs 2\n operation screen\n name Merge13\n xpos -454\n ypos 492\n }\n Merge2 {\n inputs 2\n operation from\n name Merge9\n xpos -661\n ypos 492\n }\n Clamp {\n channels rgba\n maximum_enable false\n name Clamp4\n xpos -661\n ypos 529\n }\n Shuffle {\n green red\n blue red\n alpha red\n name Shuffle3\n label \"\\[value in]\"\n xpos -661\n ypos 555\n }\n Dot {\n name Dot50\n note_font_size 41\n xpos -627\n ypos 628\n }\nset Ne452d3f0 [stack 0]\n Dot {\n name Dot55\n note_font_size 41\n xpos -517\n ypos 628\n }\n Blur {\n channels rgba\n size {{parent.Glow1.size.w} {parent.Glow1.size.h}}\n name Blur11\n label \"\\[value size]\"\n xpos -551\n ypos 681\n }\npush $Ne452d3f0\n Merge2 {\n inputs 2\n operation max\n name Merge7\n xpos -661\n ypos 687\n }\n Grade {\n multiply {{parent.red} {parent.green} {parent.blue} 1}\n gamma {1 1 1 1}\n name Grade17\n xpos -661\n ypos 754\n }\n Multiply {\n channels rgba\n value {{parent.globalAmount}}\n name Multiply2\n label \"\\[value value]\"\n xpos -661\n ypos 795\n }\n Shuffle {\n alpha black\n name Shuffle2\n label \"\\[value in]\"\n xpos -661\n ypos 867\n }\n Dot {\n name Dot57\n note_font_size 41\n xpos -627\n ypos 961\n }\nset Ne4ff28b0 [stack 0]\n Multiply {\n value {{parent.Merge1.mix}}\n name Multiply1\n label \"\\[value value]\"\n xpos -661\n ypos 1136\n }\npush $Ne279cea0\n Dot {\n name Dot2\n note_font_size 41\n xpos 48\n ypos 352\n }\n Dot {\n name Dot1\n note_font_size 41\n xpos 48\n ypos 1284\n }\n Input {\n inputs 0\n name Inputmask\n xpos -380\n ypos 686\n number 1\n }\n Dot {\n name Dot60\n xpos -346\n ypos 1042\n }\npush $Ne4ff28b0\npush $Ne27f76c0\n Dot {\n name Dot56\n note_font_size 41\n xpos -818\n ypos 617\n }\n Merge2 {\n inputs 2\n operation plus\n bbox B\n name Merge14\n xpos -852\n ypos 957\n }\npush $Ne27f76c0\n Dot {\n name Dot58\n note_font_size 41\n xpos -969\n ypos 236\n }\n Dot {\n name Dot59\n note_font_size 41\n xpos -962\n ypos 1042\n }\n Merge2 {\n inputs 2+1\n operation copy\n mix {{parent.mix}}\n name Merge1\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n selected true\n xpos -852\n ypos 1039\n }\n Switch {\n inputs 3\n which {{parent.outputView}}\n name OutputView\n label \"\\[value which]\"\n xpos -852\n ypos 1277\n }\n Output {\n name Output1\n xpos -852\n ypos 1437\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_HeatWave.gizmo", "content": "Group {\n name HeatWave\n knobChanged \"n = nuke.thisNode()\\n\\nif n.input(2) !=None :\\n n\\['evolutionspeed'].setEnabled(False)\\n n\\['Base'].setEnabled(False)\\n n\\['Detail'].setEnabled(False)\\n n\\['basesize'].setEnabled(False)\\n n\\['basedistortion'].setEnabled(False)\\n n\\['detailsize'].setEnabled(False)\\n n\\['detaildistortion'].setEnabled(False)\\n n\\['windstrength'].setEnabled(False)\\nelse:\\n n\\['evolutionspeed'].setEnabled(True)\\n n\\['Base'].setEnabled(True)\\n n\\['Detail'].setEnabled(True)\\n n\\['basesize'].setEnabled(True)\\n n\\['basedistortion'].setEnabled(True)\\n n\\['detailsize'].setEnabled(True)\\n n\\['detaildistortion'].setEnabled(True)\\n n\\['windstrength'].setEnabled(True)\"\n tile_color 0xe0000ff\n gl_color 0xff5b5bff\n note_font_color 0xe24a4aff\n selected true\n addUserKnob {20 User l HeatWave}\n addUserKnob {41 channels l Channels T STMap1.channels}\n addUserKnob {41 POS l Position T Ramp1.POS}\n addUserKnob {41 WIND l \"Wind Angle\" T Ramp1.WIND}\n addUserKnob {26 __________________________ l \"Distortion\"}\n addUserKnob {7 globaldistortion l \"Global Distortion\" R 0 100}\n globaldistortion 50\n addUserKnob {7 distortionresponse l Response R 0 2}\n distortionresponse 1\n addUserKnob {7 evolutionspeed l \"Turbulence Speed\" t \"Noise Z offset speed over time.\" R 0 100}\n evolutionspeed 50\n addUserKnob {20 Base l BASE n 1}\n addUserKnob {7 basesize l \"Base Size\" R 0 100}\n basesize 50\n addUserKnob {7 basedistortion l \"Base Distortion\" R 0 100}\n basedistortion 50\n addUserKnob {20 endGroup n -1}\n addUserKnob {20 Detail l DETAIL n 1}\n addUserKnob {7 detailsize l \"Detail Size\" R 0 100}\n detailsize 50\n addUserKnob {7 detaildistortion l \"Detail Distortion\" R 0 100}\n detaildistortion 50\n addUserKnob {20 endGroup_1 l endGroup n -1}\n addUserKnob {26 ________________________________ l \"Haze Blur\"}\n addUserKnob {7 hazeamount l \"Blur Size\" R 0 100}\n hazeamount 50\n addUserKnob {7 hazeresponse l Response R 0 2}\n hazeresponse 1\n addUserKnob {26 ___________________________ l \"Wind\"}\n addUserKnob {41 useslider l \"Use slider instead of point\" T Ramp1.useslider}\n addUserKnob {41 rotation l \"Wind Angle\" T Ramp1.rotation}\n addUserKnob {7 windstrength l Strength R 0 100}\n windstrength 50\n addUserKnob {26 \"\"}\n addUserKnob {7 mix l Mix}\n mix 1\n addUserKnob {6 limittobb l \"Limit to Bounding Box \" t \"Limits distortion and blur calculations to 'Mask' or 'Custom' inputs bounding boxes.\" +STARTLINE}\n limittobb true\n addUserKnob {6 fillframeedges l \"Fill Frame Edges \" t \"Adds a fake overscan to avoid black borders around the frame.\\n\\nEnable this if your input image has no overscan.\\n\\nOverscan size can be adjusted with the Overscan slider located in the \\\"Extras\\\" tab.\\n\\nIf a Roto is being used for the Mask input, remember to set it to \\\"no clip\\\" in the Roto's \\\"clip to\\\" knob to avoid bounding box cropping.\" -STARTLINE}\n addUserKnob {6 previewnoisemap l \"Preview Noise Map \" -STARTLINE}\n addUserKnob {26 credits l \" \" T \"HeatWave v4.0   │   B Y   D A M I A N   B I N D E R\"}\n addUserKnob {20 Extras}\n addUserKnob {26 ______________________ l Extras}\n addUserKnob {7 ca l \"Chromatic Aberration\" R -1 1}\n addUserKnob {7 detailwindmult l \"Detail Wind Strength Mult\" t \"Wind strength multiplier that affects only the DETAIL noise. Can be used to reduce flickering or add parallax between BASE and DETAIL noise.\" R 0 2}\n detailwindmult 1\n addUserKnob {7 overscan l Overscan t \"Check \\\"Fill Frame Edges\\\" in the main tab.\" R 0 400}\n overscan 200\n}\n Ramp {\n inputs 0\n output none\n p0 {{POS} {POS}}\n p1 {{\"parent.useslider==0 ? WIND : p0.x + (p0.x - p0.x) * cos(rotation*pi/-180) - ((p0.y+(Image.width/8)) - p0.y) * sin(rotation*pi/-180)\"} {\"parent.useslider==0 ? WIND : p0.y + (p0.x - p0.x) * sin(rotation*pi/-180) + ((p0.y+(Image.width/8)*Image.pixel_aspect) - p0.y) * cos(rotation*pi/-180)\"}}\n name Ramp1\n knobChanged \"n = nuke.thisNode()\\n\\nif n\\['useslider'].getValue() == 1:\\n n\\['WIND'].setEnabled(False)\\n n\\['rotation'].setEnabled(True)\\nelse:\\n n\\['WIND'].setEnabled(True)\\n n\\['rotation'].setEnabled(False)\\n \\nn.knob('p0').setEnabled(False)\\nn.knob('p1').setEnabled(False)\"\n gl_color 0xff5b5bff\n xpos 1770\n ypos 175\n hide_input true\n addUserKnob {20 User}\n addUserKnob {12 POS}\n POS {500 300}\n addUserKnob {12 WIND}\n WIND {500 800}\n addUserKnob {7 rotation +DISABLED R -360 360}\n addUserKnob {6 useslider +STARTLINE}\n }\n Input {\n inputs 0\n name Mask\n xpos 2292\n ypos -456\n number 1\n }\n BlackOutside {\n name BlackOutside5\n xpos 2292\n ypos -428\n }\n AdjBBox {\n numpixels 24\n name AdjBBox1\n xpos 2292\n ypos -402\n }\n Input {\n inputs 0\n name Image\n xpos 82\n ypos -464\n }\n Dot {\n name Dot14\n xpos 116\n ypos -401\n }\nset N6c835c00 [stack 0]\n Crop {\n box {0 0 {width} {height}}\n crop false\n name Crop2\n xpos 82\n ypos -370\n disable {{!fillframeedges}}\n }\nset N6c835800 [stack 0]\n Crop {\n box {{-parent.overscan} {-parent.overscan} {width+parent.overscan} {height+parent.overscan}}\n name Crop3\n xpos 190\n ypos -370\n disable {{!fillframeedges}}\n }\n Dot {\n name Dot15\n xpos 224\n ypos -137\n }\nset N6c835000 [stack 0]\n Remove {\n name Remove2\n xpos 1929\n ypos -147\n }\nset N6c834c00 [stack 0]\n Merge2 {\n inputs 2\n bbox intersection\n name Merge10\n xpos 2292\n ypos -141\n }\n Dot {\n name Dot10\n xpos 2326\n ypos -13\n }\nset N6c834400 [stack 0]\n Dot {\n name Dot13\n xpos 2326\n ypos 651\n }\nset N6c7e7c00 [stack 0]\n Dot {\n name Dot34\n xpos 2326\n ypos 798\n }\nset N6c7e7800 [stack 0]\n Dot {\n name Dot33\n xpos 2327\n ypos 1720\n }\nset N6c7e7400 [stack 0]\npush $N6c835000\n Dot {\n name Dot51\n xpos 224\n ypos 51\n }\n Input {\n inputs 0\n name Custom\n xpos 765\n ypos -457\n number 2\n }\n AdjBBox {\n numpixels 24\n name AdjBBox2\n xpos 765\n ypos -431\n }\n Merge2 {\n inputs 2\n bbox A\n output none\n name Merge11\n xpos 765\n ypos 41\n disable {{parent.limittobb}}\n }\n Dot {\n name Dot40\n xpos 799\n ypos 158\n }\nset N6c7e6000 [stack 0]\n Dot {\n name Dot42\n xpos 1061\n ypos 158\n }\nset N6c7e5c00 [stack 0]\n Multiply {\n value 0.1\n name Multiply6\n xpos 1027\n ypos 402\n }\n Gamma {\n value {{parent.distortionresponse}}\n name Gamma1\n xpos 1027\n ypos 440\n }\n Dot {\n name Dot41\n xpos 1061\n ypos 723\n }\npush $N6c834400\npush $N6c834c00\n CopyBBox {\n inputs 2\n name CopyBBox1\n xpos 1929\n ypos -17\n disable {{\"!parent.limittobb+!\\[exists parent.input1]*!\\[exists parent.input2]\"}}\n }\n AdjBBox {\n numpixels 1\n name AdjBBox3\n xpos 1929\n ypos 55\n }\n Dot {\n name Dot5\n xpos 1963\n ypos 133\n }\nset N6c7e4400 [stack 0]\n Dot {\n name Dot3\n xpos 1637\n ypos 133\n }\n Noise {\n cliptype bbox\n size 1000\n zoffset {{(frame-root.first_frame)*(evolutionspeed/400)}}\n octaves 1\n gain 0.1\n translate {{(frame-root.first_frame)*(windstrength*4)+Ramp1.p0} {Ramp1.p0}}\n rotate {{atan2((Ramp1.p1.y/pixel_aspect)-Ramp1.p0.y/pixel_aspect,(Ramp1.p1.x)-Ramp1.p0.x)*(180/pi)}}\n scale {{parent.basesize/32} {parent.basesize/32*pixel_aspect}}\n center {{Ramp1.p0.x-translate} {Ramp1.p0.y-translate}}\n name Noise10\n xpos 1603\n ypos 181\n }\n Clamp {\n maximum_enable false\n name Clamp2\n xpos 1603\n ypos 207\n }\n Dot {\n name Dot8\n xpos 1637\n ypos 275\n }\nset N6c79f000 [stack 0]\n Gamma {\n value {{parent.distortionresponse}}\n name Gamma2\n xpos 1603\n ypos 407\n }\nset N6c79ec00 [stack 0]\npush $N6c7e4400\n Noise {\n cliptype bbox\n size {{parent.detailsize*20}}\n zoffset {{(frame-root.first_frame)*evolutionspeed/20000}}\n octaves 8\n gain 0.55\n translate {{(frame-root.first_frame)*(windstrength*detailwindmult)+Ramp1.p0} {Ramp1.p0}}\n rotate {{atan2((Ramp1.p1.y/pixel_aspect)-Ramp1.p0.y/pixel_aspect,(Ramp1.p1.x)-Ramp1.p0.x)*(180/pi)}}\n scale {1 {pixel_aspect}}\n center {{Ramp1.p0.x-translate} {Ramp1.p0.y-translate}}\n name Noise3\n xpos 1929\n ypos 181\n }\n Clamp {\n maximum_enable false\n name Clamp1\n xpos 1929\n ypos 209\n }\n Multiply {\n value {{(parent.detailsize/100)*(parent.detaildistortion/100*2)}}\n name Multiply4\n xpos 1929\n ypos 355\n }\n Merge2 {\n inputs 2\n operation multiply\n name Merge5\n xpos 1929\n ypos 413\n }\n Dot {\n name Dot6\n xpos 1963\n ypos 510\n }\npush $N6c79ec00\n Multiply {\n value {{(parent.basedistortion/2)*pow(parent.basesize/100,1.5)}}\n name Multiply3\n xpos 1603\n ypos 455\n }\n Merge2 {\n inputs 2\n operation plus\n name Merge3\n xpos 1603\n ypos 506\n }\n BlackOutside {\n name BlackOutside6\n xpos 1603\n ypos 549\n }\n Switch {\n inputs 2\n which {{\"\\[exists parent.input2]\"}}\n name Switch4\n xpos 1603\n ypos 719\n }\n Dot {\n name Dot7\n xpos 1637\n ypos 937\n }\nset N6c79c800 [stack 0]\n Multiply {\n value 0.08\n name Multiply2\n xpos 1374\n ypos 927\n disable {{\"\\[exists parent.input2]\"}}\n }\n Dot {\n name Dot30\n xpos 1188\n ypos 937\n }\n Merge2 {\n inputs 2\n operation mask\n name Merge9\n xpos 1154\n ypos 1716\n disable {{\"!\\[exists parent.input1]\"}}\n }\n Dot {\n name Dot29\n xpos 1188\n ypos 3060\n }\n Shuffle {\n in alpha\n name Shuffle1\n xpos 249\n ypos 3056\n }\npush $N6c7e5c00\n Dot {\n name Dot9\n xpos 1275\n ypos 158\n }\npush $N6c7e7800\n Merge2 {\n inputs 2\n name Merge2\n xpos 1241\n ypos 794\n }\n Dot {\n name Dot35\n xpos 1004\n ypos 798\n }\nset N6c73a400 [stack 0]\n Dot {\n name Dot37\n xpos 1004\n ypos 2940\n }\n Expression {\n channel0 {-rgba.red -rgba.green -rgba.blue none}\n channel1 {-rgba.red -rgba.green -rgba.blue none}\n channel2 {-rgba.red -rgba.green -rgba.blue none}\n expr3 !a>0\n name Expression2\n xpos 247\n ypos 2936\n }\npush $N6c835000\npush $N6c835800\n Mirror {\n Horizontal true\n Vertical true\n name Mirror1\n xpos 82\n ypos -344\n disable {{!fillframeedges}}\n }\n Reformat {\n type scale\n scale 3\n filter impulse\n name Reformat11\n xpos 82\n ypos -318\n disable {{!fillframeedges}}\n }\n Tile {\n rows 3\n mirrorRows true\n columns 3\n mirrorCols true\n filter impulse\n name Tile2\n xpos 82\n ypos -292\n disable {{!fillframeedges}}\n }\n Reformat {\n type \"to box\"\n box_width {{Image.width}}\n box_height {{Image.height}}\n box_fixed true\n box_pixel_aspect {{Image.pixel_aspect}}\n filter impulse\n name Reformat12\n xpos 82\n ypos -266\n disable {{!fillframeedges}}\n }\n Transform {\n translate {-1 -1}\n scale 3\n center {{\"width / 2\"} {\"height / 2\"}}\n filter impulse\n black_outside false\n name Transform4\n xpos 82\n ypos -240\n disable {{!fillframeedges}}\n }\npush $N6c835c00\n Dot {\n name Dot22\n xpos 36\n ypos -401\n }\n Dot {\n name Dot24\n xpos 36\n ypos -189\n }\n Dissolve {\n inputs 2\n which 1\n name Dissolve3\n xpos 82\n ypos -199\n disable {{!fillframeedges}}\n }\n CopyBBox {\n inputs 2\n name CopyBBox3\n xpos 82\n ypos -141\n disable {{!fillframeedges}}\n }\n Dot {\n name Dot39\n xpos 116\n ypos 575\n }\nset N6c6f2800 [stack 0]\n Dot {\n name Dot38\n xpos -191\n ypos 575\n }\n Dot {\n name Dot36\n xpos -191\n ypos 2940\n }\npush $N6c7e7400\n Dot {\n name Dot12\n xpos 2327\n ypos 1876\n }\npush $N6c79c800\n Dot {\n name Dot11\n xpos 1637\n ypos 1247\n }\nset N6c6f1800 [stack 0]\n Position {\n translate {0 1}\n name Position2\n xpos 1715\n ypos 1243\n }\npush $N6c6f1800\n Merge2 {\n inputs 2\n operation from\n name Merge6\n xpos 1656\n ypos 1303\n }\n Multiply {\n value {{pixel_aspect**2}}\n name Multiply8\n xpos 1656\n ypos 1345\n }\n Dot {\n name Dot60\n xpos 1690\n ypos 1407\n }\npush $N6c6f1800\n Position {\n translate {1 0}\n name Position1\n xpos 1491\n ypos 1243\n }\npush $N6c6f1800\n Merge2 {\n inputs 2\n operation from\n name Merge4\n xpos 1548\n ypos 1303\n }\n Dot {\n name Dot61\n xpos 1582\n ypos 1407\n }\n ShuffleCopy {\n inputs 2\n red alpha2\n green alpha\n blue black\n alpha black\n name ShuffleCopy1\n xpos 1604\n ypos 1403\n }\n Multiply {\n value {{2*(globaldistortion/50)*parent.mix}}\n name Multiply1\n xpos 1604\n ypos 1438\n }\n Merge2 {\n inputs 2\n operation mask\n name Merge7\n xpos 1604\n ypos 1872\n disable {{\"!\\[exists parent.input1]\"}}\n }\nset N6c69ec00 [stack 0]\n Dot {\n name Dot50\n xpos 1097\n ypos 1876\n }\n Dot {\n name Dot49\n xpos 1097\n ypos 2327\n }\n Multiply {\n value {{parent.ca>0?parent.ca:-parent.ca}}\n name Multiply5\n xpos 852\n ypos 2317\n }\n Dot {\n name Dot52\n xpos 732\n ypos 2327\n }\nset N6c69dc00 [stack 0]\n Dot {\n name Dot48\n xpos 642\n ypos 2327\n }\npush $N6c73a400\npush $N6c6f2800\n CopyBBox {\n inputs 2\n name CopyBBox5\n xpos 82\n ypos 794\n disable {{\"!parent.limittobb+!\\[exists parent.input1]*!\\[exists parent.input2]\"}}\n }\n Dot {\n name Dot27\n xpos 116\n ypos 1388\n }\nset N6c69d000 [stack 0]\n Dot {\n name Dot31\n xpos 763\n ypos 1388\n }\n Dot {\n name Dot32\n xpos 763\n ypos 2076\n }\nset N6c69c800 [stack 0]\n Remove {\n name Remove1\n xpos 1294\n ypos 2066\n }\n Expression {\n expr0 (x+0.5)/width\n expr1 (y+0.5)/height\n channel2 {-rgba.red -rgba.green -rgba.blue none}\n name Expression1\n xpos 1447\n ypos 2049\n postage_stamp true\n }\npush $N6c69ec00\n Merge2 {\n inputs 2\n operation plus\n bbox B\n name Merge1\n xpos 1604\n ypos 2072\n }\n BlackOutside {\n name BlackOutside4\n xpos 1604\n ypos 2139\n }\n Dot {\n name Dot28\n xpos 1638\n ypos 2499\n }\n Dot {\n name Dot45\n xpos 923\n ypos 2499\n }\nset N6c662c00 [stack 0]\n Dot {\n name Dot47\n xpos 923\n ypos 2440\n }\n Merge2 {\n inputs 2\n operation from\n name Merge12\n xpos 608\n ypos 2436\n }\npush $N6c69c800\npush $N6c7e7c00\npush $N6c7e6000\npush $N6c79f000\n Switch {\n inputs 2\n which {{\"\\[exists parent.input2]\"}}\n name Switch3\n xpos 765\n ypos 271\n }\n Dot {\n name Dot4\n xpos 569\n ypos 275\n }\n BlackOutside {\n name BlackOutside2\n xpos 535\n ypos 407\n }\n Gamma {\n value {{parent.hazeresponse}}\n name Gamma3\n xpos 535\n ypos 433\n }\n Merge2 {\n inputs 2\n operation mask\n name Merge8\n xpos 535\n ypos 647\n disable {{\"!\\[exists parent.input1]\"}}\n }\n Dot {\n name Dot2\n xpos 569\n ypos 1525\n }\nset N6c661000 [stack 0]\n Dot {\n name Dot16\n xpos 569\n ypos 1570\n }\nset N6c660c00 [stack 0]\n Dot {\n name Dot17\n xpos 569\n ypos 1617\n }\nset N6c660800 [stack 0]\n Dot {\n name Dot18\n xpos 569\n ypos 1664\n }\nset N6c660400 [stack 0]\n Dot {\n name Dot19\n xpos 569\n ypos 1709\n }\nset N6c607c00 [stack 0]\n Dot {\n name Dot20\n xpos 569\n ypos 1754\n }\nset N6c607800 [stack 0]\n Dot {\n name Dot21\n xpos 569\n ypos 1801\n }\nset N6c607400 [stack 0]\n Dot {\n name Dot23\n xpos 569\n ypos 1847\n }\nset N6c607000 [stack 0]\n Dot {\n name Dot25\n xpos 569\n ypos 1896\n }\nset N6c606c00 [stack 0]\n Dot {\n name Dot26\n xpos 569\n ypos 1946\n }\n Grade {\n channels alpha\n blackpoint 0.9\n white_clamp true\n name Grade12\n xpos 312\n ypos 1936\n }\npush $N6c606c00\n Grade {\n channels alpha\n blackpoint 0.7\n whitepoint 0.9\n white_clamp true\n name Grade11\n xpos 312\n ypos 1886\n }\npush $N6c607000\n Grade {\n channels alpha\n blackpoint 0.5\n whitepoint 0.7\n white_clamp true\n name Grade8\n xpos 312\n ypos 1837\n }\npush $N6c607400\n Grade {\n channels alpha\n blackpoint 0.3\n whitepoint 0.5\n white_clamp true\n name Grade6\n xpos 312\n ypos 1791\n }\npush $N6c607800\n Grade {\n channels alpha\n blackpoint 0.25\n whitepoint 0.3\n white_clamp true\n name Grade5\n xpos 312\n ypos 1744\n }\npush $N6c607c00\n Grade {\n channels alpha\n blackpoint 0.2\n whitepoint 0.25\n white_clamp true\n name Grade15\n xpos 312\n ypos 1699\n }\npush $N6c660400\n Grade {\n channels alpha\n blackpoint 0.15\n whitepoint 0.2\n white_clamp true\n name Grade10\n xpos 312\n ypos 1654\n }\npush $N6c660800\n Grade {\n channels alpha\n blackpoint 0.1\n whitepoint 0.15\n white_clamp true\n name Grade18\n xpos 311\n ypos 1607\n }\npush $N6c660c00\n Grade {\n channels alpha\n blackpoint 0.05\n whitepoint 0.1\n white_clamp true\n name Grade17\n xpos 311\n ypos 1560\n }\npush $N6c661000\n Grade {\n channels alpha\n whitepoint 0.05\n white_clamp true\n name Grade14\n xpos 311\n ypos 1515\n }\npush $N6c69d000\n Blur {\n inputs 1+1\n channels {{{STMap1.channels}}}\n size {{parent.hazeamount*parent.mix*0.05}}\n name Blur2\n xpos 82\n ypos 1521\n }\n Blur {\n inputs 1+1\n channels {{{STMap1.channels}}}\n size {{parent.hazeamount*parent.mix*0.1}}\n name Blur3\n xpos 82\n ypos 1566\n }\n Blur {\n inputs 1+1\n channels {{{STMap1.channels}}}\n size {{parent.hazeamount*parent.mix*0.15}}\n name Blur4\n xpos 82\n ypos 1613\n }\n Blur {\n inputs 1+1\n channels {{{STMap1.channels}}}\n size {{parent.hazeamount*parent.mix*0.2}}\n name Blur5\n xpos 82\n ypos 1660\n }\n Blur {\n inputs 1+1\n channels {{{STMap1.channels}}}\n size {{parent.hazeamount*parent.mix*0.25}}\n quality 8\n name Blur6\n xpos 82\n ypos 1705\n }\n Blur {\n inputs 1+1\n channels {{{STMap1.channels}}}\n size {{parent.hazeamount*parent.mix*0.3}}\n quality 8\n name Blur7\n xpos 82\n ypos 1750\n }\n Blur {\n inputs 1+1\n channels {{{STMap1.channels}}}\n size {{parent.hazeamount*parent.mix*0.4}}\n quality 8\n name Blur8\n xpos 82\n ypos 1797\n }\n Blur {\n inputs 1+1\n channels {{{STMap1.channels}}}\n size {{parent.hazeamount*parent.mix*0.6}}\n quality 8\n name Blur10\n xpos 82\n ypos 1843\n }\n Blur {\n inputs 1+1\n channels {{{STMap1.channels}}}\n size {{parent.hazeamount*parent.mix*0.8}}\n quality 8\n name Blur12\n xpos 82\n ypos 1892\n }\n Blur {\n inputs 1+1\n channels {{{STMap1.channels}}}\n size {{parent.hazeamount*parent.mix*0.9}}\n quality 8\n name Blur13\n xpos 82\n ypos 1942\n }\n CopyBBox {\n inputs 2\n name CopyBBox4\n xpos 82\n ypos 2072\n }\n BlackOutside {\n name BlackOutside3\n xpos 82\n ypos 2147\n }\n Dot {\n name Dot59\n xpos 116\n ypos 2261\n }\nset N6ad04800 [stack 0]\n Dot {\n name Dot56\n xpos 381\n ypos 2261\n }\n Dot {\n name Dot1\n xpos 381\n ypos 2327\n }\nset N6ac9fc00 [stack 0]\n Dot {\n name Dot44\n xpos 508\n ypos 2327\n }\n Remove {\n operation keep\n channels {-rgba.red -rgba.green rgba.blue none}\n name Remove5\n xpos 474\n ypos 2377\n }\n STMap {\n inputs 2\n channels {{{STMap1.channels}}}\n uv rgb\n name STMap3\n xpos 474\n ypos 2436\n }\n Dot {\n name Dot54\n xpos 508\n ypos 2613\n }\npush 0\npush $N6c69dc00\n Multiply {\n value 0.5\n name Multiply7\n xpos 698\n ypos 2374\n }\nset N6ac9e800 [stack 0]\n Dot {\n name Dot58\n xpos 834\n ypos 2384\n }\npush $N6c662c00\n Dot {\n name Dot46\n xpos 923\n ypos 2556\n }\nset N6ac9e000 [stack 0]\n Merge2 {\n inputs 2\n operation from\n name Merge15\n xpos 800\n ypos 2552\n disable {{-parent.ca<0}}\n }\npush $N6ac9fc00\n Dot {\n name Dot43\n xpos 248\n ypos 2327\n }\n Remove {\n operation keep\n channels {rgba.red -rgba.green -rgba.blue none}\n name Remove3\n xpos 214\n ypos 2377\n }\n STMap {\n inputs 2\n channels {{{STMap1.channels}}}\n uv rgb\n name STMap2\n xpos 214\n ypos 2552\n }\n Dot {\n name Dot53\n xpos 248\n ypos 2613\n }\npush $N6ac9e800\npush $N6c662c00\n Merge2 {\n inputs 2\n operation from\n name Merge13\n xpos 698\n ypos 2495\n disable {{parent.ca<0}}\n }\npush $N6ac9fc00\n Remove {\n operation keep\n channels {-rgba.red rgba.green -rgba.blue none}\n name Remove4\n xpos 347\n ypos 2378\n }\n STMap {\n inputs 2\n channels {{{STMap1.channels}}}\n uv rgb\n name STMap4\n xpos 347\n ypos 2495\n }\n Merge2 {\n inputs 3+1\n operation plus\n name Merge14\n xpos 347\n ypos 2609\n }\n Dot {\n name Dot55\n xpos 381\n ypos 2768\n }\npush $N6ac9e000\n Dot {\n name Dot57\n xpos 923\n ypos 2665\n }\npush $N6ad04800\n STMap {\n inputs 2\n channels rgb\n uv rgb\n name STMap1\n xpos 82\n ypos 2661\n }\n Copy {\n inputs 2\n from0 rgba.red\n to0 rgba.red\n from1 rgba.green\n to1 rgba.green\n from2 rgba.blue\n to2 rgba.blue\n name Copy1\n xpos 82\n ypos 2745\n disable {{parent.ca==0}}\n }\n Keymix {\n inputs 3\n name Keymix1\n xpos 82\n ypos 2930\n disable {{\"!parent.limittobb+!\\[exists parent.input1]*!\\[exists parent.input2]\"}}\n }\n Switch {\n inputs 2\n which {{parent.previewnoisemap}}\n name Switch2\n xpos 82\n ypos 3056\n }\n Output {\n name Output1\n xpos 82\n ypos 3184\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_HexColor.gizmo", "content": "Group {\n inputs 0\n name HexColor\n knobChanged \"\\ndef int2hex(x):\\n val = hex(x)\\[2:]\\n val = \\\"0\\\"+val if len(val)<2 else val \\n return val.upper()\\n\\nn = nuke.thisNode()\\nk = nuke.thisKnob()\\n\\nwith n:\\n sample_forth = nuke.toNode(\\\"ColorspaceForth\\\")\\n sample_back = nuke.toNode(\\\"ColorspaceBack\\\")\\n \\nif k.name() == \\\"color_float\\\":\\n corrected_forth_r = nuke.sample(sample_forth, 'red', 0, 0)\\n corrected_forth_g = nuke.sample(sample_forth, 'green', 0, 0)\\n corrected_forth_b = nuke.sample(sample_forth, 'blue', 0, 0)\\n \\n n\\['color_8bit_r'].setValue(int(round(corrected_forth_r*255)))\\n n\\['color_8bit_g'].setValue(int(round(corrected_forth_g*255)))\\n n\\['color_8bit_b'].setValue(int(round(corrected_forth_b*255)))\\n \\n n\\['color_hex'].setValue(\\\"#\\\" + int2hex(int(round(255*corrected_forth_r))) + int2hex(int(round(255*corrected_forth_g))) + int2hex(int(round(255*corrected_forth_b))))\\n \\nelif k.name() == \\\"color_8bit_r\\\":\\n corrected_back_r = nuke.sample(sample_back, 'red', 0, 0)\\n n\\['color_float'].setValue(corrected_back_r, 0)\\n n\\['color_hex'].setValue(\\\"#\\\" + int2hex(int(n\\['color_8bit_r'].getValue())) + int2hex(int(n\\['color_8bit_g'].getValue())) + int2hex(int(n\\['color_8bit_b'].getValue())))\\n \\nelif k.name() == \\\"color_8bit_g\\\":\\n corrected_back_g = nuke.sample(sample_back, 'green', 0, 0)\\n n\\['color_float'].setValue(corrected_back_g, 1)\\n n\\['color_hex'].setValue(\\\"#\\\" + int2hex(int(n\\['color_8bit_r'].getValue())) + int2hex(int(n\\['color_8bit_g'].getValue())) + int2hex(int(n\\['color_8bit_b'].getValue())))\\n \\nelif k.name() == \\\"color_8bit_b\\\":\\n corrected_back_b = nuke.sample(sample_back, 'blue', 0, 0)\\n n\\['color_float'].setValue(corrected_back_b, 2)\\n n\\['color_hex'].setValue(\\\"#\\\" + int2hex(int(n\\['color_8bit_r'].getValue())) + int2hex(int(n\\['color_8bit_g'].getValue())) + int2hex(int(n\\['color_8bit_b'].getValue())))\\n\\nelif k.name() == \\\"color_hex\\\":\\n hex_r = n\\['color_hex'].getValue()\\[1:3]\\n hex_g = n\\['color_hex'].getValue()\\[3:5]\\n hex_b = n\\['color_hex'].getValue()\\[5:7]\\n \\n int_r = int(hex_r, 16)\\n int_g = int(hex_g, 16)\\n int_b = int(hex_b, 16)\\n \\n n\\['color_8bit_r'].setValue(int_r)\\n n\\['color_8bit_g'].setValue(int_g)\\n n\\['color_8bit_b'].setValue(int_b)\\n \\n corrected_back_r = nuke.sample(sample_back, 'red', 0, 0)\\n corrected_back_g = nuke.sample(sample_back, 'green', 0, 0)\\n corrected_back_b = nuke.sample(sample_back, 'blue', 0, 0)\\n \\n n\\['color_float'].setValue(corrected_back_r, 0)\\n n\\['color_float'].setValue(corrected_back_g, 1)\\n n\\['color_float'].setValue(corrected_back_b, 2)\\n\\nmyHex = n\\['color_hex'].getValue()\\[1:] + \\\"00\\\"\\nnukeHex = int(myHex, 16)\\nn.knob('tile_color').setValue(nukeHex)\\n\"\n tile_color 0xff000000\n label \"\\[value this.color_hex]\"\n note_font_color 0xff\n selected true\n addUserKnob {20 User l \"Color Modes\"}\n addUserKnob {26 title l \"\" +STARTLINE T \"HexColor v1.0\"}\n addUserKnob {26 divider_general l \" \"}\n addUserKnob {41 format l Format T OutputColor.format}\n addUserKnob {41 colorspace l Colorspace t \"sRGB should work in the most cases. I.E. converting a web #hex color to Nuke's linear workspace.\\nChanging the colorspace does not update the colors immediately since the reference point is missing. Change a color value to apply the changes to the other color values respectively.\" T ColorspaceForth.colorspace_out}\n addUserKnob {26 divider_color l \" \"}\n addUserKnob {1 color_hex l Hex t \"requires a hashtag # at the beginning\"}\n color_hex #FF0000\n addUserKnob {18 color_float l Float t \"This value is used to color the output image\"}\n color_float {1 0 0}\n addUserKnob {6 color_float_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {26 color_8bit_label l 8bit T \"\"}\n addUserKnob {3 color_8bit_r l \"R\" -STARTLINE}\n color_8bit_r 255\n addUserKnob {3 color_8bit_g l \"G\" -STARTLINE}\n addUserKnob {3 color_8bit_b l \"B\" -STARTLINE}\n addUserKnob {20 About}\n addUserKnob {26 title_1 l \"\" +STARTLINE T \"HexColor v1.0\"}\n addUserKnob {26 author l \"\" +STARTLINE T \"by Nikolai Wüstemann\"}\n addUserKnob {26 \"\"}\n addUserKnob {26 description l Description T \"- This Node workes like a regular Constant.\\n- Changing one color value changes all other values respectively \\n- Colorspace conversions are taken into consideration\\n- This is necessary to produce a valid represtation of i.E. web #hex colors in Nuke.\"}\n}\n Constant {\n inputs 0\n channels rgb\n color {{\"\\[value this.parent.color_8bit_r]/255\"} {\"\\[value this.parent.color_8bit_g]/255\"} {\"\\[value this.parent.color_8bit_b]/255\"} 0}\n name ConversionColor\n xpos 394\n ypos -112\n }\n Colorspace {\n colorspace_in sRGB\n name ColorspaceBack\n selected true\n xpos 394\n ypos 9\n }\n Constant {\n inputs 0\n channels rgb\n color {{\"\\[value this.parent.color_float.r]\"} {\"\\[value this.parent.color_float.g]\"} {\"\\[value this.parent.color_float.b]\"} {\"\\[value this.parent.color_float.a]\"}}\n name OutputColor\n xpos 557\n ypos -116\n }\nset Nfbef7900 [stack 0]\n Colorspace {\n colorspace_out sRGB\n name ColorspaceForth\n knobChanged \"id = nuke.thisNode().knob(\\\"colorspace_out\\\").getValue()\\nnuke.toNode(\\\"ColorspaceBack\\\").knob(\\\"colorspace_in\\\").setValue(int(id))\"\n xpos 557\n ypos 11\n }\npush $Nfbef7900\n Output {\n name Output1\n xpos 741\n ypos 14\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_HighPass.gizmo", "content": "Group {\n name HighPass\n knobChanged \"n = nuke.thisNode()\\nk = nuke.thisKnob()\\n\\nif k.name() == 'output1':\\n if n.knob('output1').getValue() == 0:\\n n.knob('HighPassAmount').setVisible(False)\\n n.knob('HighContrastAmount').setVisible(True)\\n else:\\n n.knob('HighPassAmount').setVisible(True)\\n n.knob('HighContrastAmount').setVisible(False)\"\n tile_color 0xcc804eff\n note_font \"Verdana Bold\"\n note_font_color 0xffffffff\n selected true\n mapsize {0.15 0.15}\n addUserKnob {20 HighPass}\n addUserKnob {41 channels T MergeKeymix.also_merge}\n addUserKnob {4 output1 l Operation t \"High Contrast, Makes details pop out while still maintaining some color\\n\\nHigh Pass, Makes details pop out more but becomes more grayscale\" M {\"High Contrast\" \"High Pass\" \"\" \"\" \"\" \"\" \"\" \"\" \"\"}}\n addUserKnob {41 blurSize l \"Blur Size\" t \"controls the blur amount of the input before the difference operation is calculated\" T Blur6.size}\n addUserKnob {7 HighContrastAmount l Amount t \"controls a multiply on the input before the difference is calculated\\n\\n(only works when operation is set to high contrast)\" R 0.6 1}\n HighContrastAmount 0.8\n addUserKnob {7 HighPassAmount l Amount t \"controls an offset (add) on the input before the difference is calculated\\n\\n(only works when operation is set to high pass)\" +HIDDEN R -0.3 0}\n HighPassAmount -0.01\n addUserKnob {7 postMult l \"Post Mult\" R 0 4}\n postMult 1\n addUserKnob {26 \"\"}\n addUserKnob {41 maskChannelMask l mask -STARTLINE T MergeKeymix.maskChannelMask}\n addUserKnob {41 inject -STARTLINE T MergeKeymix.inject}\n addUserKnob {41 invert_mask l invert -STARTLINE T MergeKeymix.invert_mask}\n addUserKnob {41 fringe -STARTLINE T MergeKeymix.fringe}\n addUserKnob {41 mix T MergeKeymix.mix}\n addUserKnob {20 info l Info}\n addUserKnob {26 creator l Creator T \"Tony Lyons\"}\n addUserKnob {26 desc l Description: t \"blurs image and minuses with original, producing a sharpened highpass image\\n\\nGood for use as a sharpen tool\\nvery useful as an aid to trackers and as a viewer input to check for errors\" T HighPass}\n addUserKnob {26 ver l Version: T v05}\n}\n Input {\n inputs 0\n name Inputmask\n xpos 99\n ypos 428\n number 1\n }\n Dot {\n name Dot4\n label Mask\n note_font_size 41\n xpos 133\n ypos 481\n }\n Dot {\n name Dot6\n note_font_size 41\n xpos 133\n ypos 581\n }\n Input {\n inputs 0\n name Inputimg\n xpos -273\n ypos -335\n }\n AddChannels {\n channels rgba\n name AddChannels1\n xpos -273\n ypos -264\n }\n Dot {\n name Dot8\n note_font_size 41\n xpos -239\n ypos -114\n }\nset Ne5199a80 [stack 0]\n Dot {\n name Dot3\n note_font_size 41\n xpos -239\n ypos 43\n }\nset Ne519d820 [stack 0]\n Dot {\n name Dot1\n note_font_size 41\n xpos -367\n ypos 43\n }\n Blur {\n size 8\n name Blur6\n xpos -401\n ypos 84\n }\nset Ne27e6090 [stack 0]\n Grade {\n channels all\n add {{parent.HighPassAmount}}\n black_clamp false\n name Grade11\n xpos -504\n ypos 139\n }\npush $Ne27e6090\n Grade {\n channels all\n multiply {{parent.HighContrastAmount}}\n black_clamp false\n name Grade1\n xpos -401\n ypos 138\n }\n Switch {\n inputs 2\n which {{\"parent.output1==1 ? 1 : 0\"}}\n name Switch1\n xpos -401\n ypos 192\n }\n Dot {\n name Dot5\n xpos -367\n ypos 244\n }\npush $Ne519d820\n Merge2 {\n inputs 2\n operation from\n Achannels none\n Bchannels none\n output none\n also_merge all\n name Merge1\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos -273\n ypos 237\n }\n Multiply {\n value {{parent.postMult*4}}\n name Multiply1\n label \"\\[value value]\"\n xpos -273\n ypos 300\n }\n Dot {\n name Dot17\n label A\n note_font_size 41\n xpos -239\n ypos 493\n }\npush $Ne5199a80\n Dot {\n name Dot9\n note_font_size 41\n xpos -580\n ypos -114\n }\n Dot {\n name Dot18\n label B\n note_font_size 41\n xpos -580\n ypos 490\n }\n Dot {\n name Dot7\n note_font_size 41\n xpos -580\n ypos 581\n }\n Merge2 {\n inputs 2+1\n operation copy\n bbox B\n Achannels none\n Bchannels none\n output none\n also_merge rgb\n name MergeKeymix\n xpos -273\n ypos 574\n }\n Output {\n name Output1\n xpos -273\n ypos 650\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_HighlightSuppress.gizmo", "content": "Group {\n name HighlightSuppress\n tile_color 0x5c7fc0ff\n note_font \"Verdana Bold\"\n note_font_color 0xffffffff\n selected true\n addUserKnob {20 LazyTonemap}\n addUserKnob {41 in l channels T Shuffle3.in}\n addUserKnob {26 \"\"}\n addUserKnob {7 wp l Whitepoint R 1 10}\n wp 4\n addUserKnob {41 white l gain T Grade1.white}\n addUserKnob {41 gamma T Grade1.gamma}\n addUserKnob {26 \"\"}\n addUserKnob {7 affectedArea l \"Limit Affected Area\"}\n addUserKnob {6 reverse +STARTLINE}\n addUserKnob {26 \"\"}\n addUserKnob {41 maskChannelMask l mask -STARTLINE T MergeKeymix.maskChannelMask}\n addUserKnob {41 inject -STARTLINE T MergeKeymix.inject}\n addUserKnob {41 invert_mask l invert -STARTLINE T MergeKeymix.invert_mask}\n addUserKnob {41 fringe -STARTLINE T MergeKeymix.fringe}\n addUserKnob {41 unpremult l \"(un)premult? by\" T Unpremult1.alpha}\n addUserKnob {41 mix T MergeKeymix.mix}\n addUserKnob {20 info l Info}\n addUserKnob {26 createdBy l \"Created By: \" T \"Iiro Harra - Lazy_Tonemap\"}\n addUserKnob {26 modifiedBy l \"Modified By:\" T \"Tony Lyons\"}\n addUserKnob {26 desc l Name: t \"Limits and normalizes highlights of image, simulating a soft white falloff. \\n\\nHigher the whitepoint, the darker the whites\\n\\nCan limit effect to not affect lower values\" T HighlightSuppress}\n addUserKnob {26 ver l Version: T v03}\n}\n Input {\n inputs 0\n name Inputmask\n xpos 402\n ypos 309\n number 1\n }\n Dot {\n name Dot5\n label Mask\n note_font_size 41\n xpos 436\n ypos 442\n }\n Dot {\n name Dot4\n note_font_size 41\n xpos 436\n ypos 542\n }\n Input {\n inputs 0\n name Input\n xpos 0\n ypos -471\n }\n Dot {\n name Dot1\n note_font_size 41\n xpos 34\n ypos -375\n }\nset N3154ebb0 [stack 0]\n Unpremult {\n channels all\n alpha -rgba.alpha\n name Unpremult1\n xpos 0\n ypos -290\n }\n Dot {\n name Dot11\n note_font_size 41\n xpos 34\n ypos -237\n }\nset N315594e0 [stack 0]\n Shuffle {\n in rgb\n black red\n white green\n red2 blue\n green2 alpha\n name Shuffle3\n label \"\\[value in]\"\n xpos 0\n ypos -187\n }\n Remove {\n operation keep\n channels rgba\n name Remove3\n xpos 0\n ypos -155\n }\n Dot {\n name Dot6\n note_font_size 41\n xpos 34\n ypos -107\n }\nset N31571d60 [stack 0]\n Dot {\n name Dot9\n note_font_size 41\n xpos 182\n ypos -107\n }\n Keyer {\n operation \"luminance key\"\n range {0 {parent.affectedArea} 1 1}\n name Keyer1\n xpos 148\n ypos -18\n }\nset N30d740f0 [stack 0]\npush $N31571d60\n Grade {\n black_clamp false\n name Grade1\n xpos 0\n ypos -49\n disable {{parent.reverse}}\n }\n Colorspace {\n colorspace_out CIE-Yxy\n name Colorspace4\n xpos 0\n ypos -25\n }\n Dot {\n name Dot7\n note_font_size 41\n xpos 34\n ypos 23\n }\nset N314cc070 [stack 0]\n Expression {\n inputs 1+1\n expr0 \"(parent.knob.wp*((((r**2)-2*r+1)*(parent.knob.wp**2)+4*r)**.5) + (r-1) * (parent.knob.wp**2)) / 2\"\n channel1 {-rgba.red -rgba.green -rgba.blue none}\n expr1 \"(parent.knob.wp*((((g**2)-2*g+1)*(parent.knob.wp**2)+4*g)**.5) + (g-1) * (parent.knob.wp**2)) / 2\"\n channel2 {-rgba.red -rgba.green -rgba.blue none}\n expr2 \"(parent.knob.wp*((((b**2)-2*b+1)*(parent.knob.wp**2)+4*b)**.5) + (b-1) * (parent.knob.wp**2)) / 2\"\n expr3 a\n name Tonemap_whitepoint1\n xpos 60\n ypos 71\n }\npush $N30d740f0\npush $N314cc070\n Expression {\n inputs 1+1\n expr0 \"(r*(1+(r/(parent.knob.wp**2))) ) / (1+r)\"\n channel1 {-rgba.red -rgba.green -rgba.blue none}\n expr1 \"(g*(1+(g/(parent.knob.wp**2))) ) / (1+g)\"\n channel2 {-rgba.red -rgba.green -rgba.blue none}\n expr2 \"(b*(1+(b/(parent.knob.wp**2))) ) / (1+b)\"\n expr3 a\n name Tonemap_whitepoint\n xpos -63\n ypos 71\n }\n Switch {\n inputs 2\n which {{parent.reverse}}\n name Switch3\n xpos 0\n ypos 138\n }\n Colorspace {\n colorspace_in CIE-Yxy\n name Colorspace3\n xpos 0\n ypos 186\n }\n Grade {\n white {{parent.Grade1.white}}\n gamma {{parent.Grade1.gamma}}\n reverse true\n black_clamp false\n name Grade2\n xpos 0\n ypos 210\n disable {{!parent.reverse}}\n }\npush $N315594e0\n Dot {\n name Dot10\n note_font_size 41\n xpos -123\n ypos -237\n }\n Dot {\n name Dot8\n note_font_size 41\n xpos -123\n ypos 304\n }\n ShuffleCopy {\n inputs 2\n in2 none\n alpha alpha2\n black red\n white green\n red2 blue\n green2 alpha\n out none\n out2 {{{parent.Shuffle3.in}}}\n name ShuffleCopy1\n selected true\n xpos 0\n ypos 301\n }\n Premult {\n channels all\n alpha {{{parent.Unpremult1.alpha}}}\n name Premult1\n xpos 0\n ypos 346\n }\n Dot {\n name Dot17\n label A\n note_font_size 41\n xpos 34\n ypos 454\n }\npush $N3154ebb0\n Dot {\n name Dot2\n note_font_size 41\n xpos -351\n ypos -375\n }\n Dot {\n name Dot18\n label B\n note_font_size 41\n xpos -351\n ypos 451\n }\n Dot {\n name Dot3\n note_font_size 41\n xpos -351\n ypos 542\n }\n Merge2 {\n inputs 2+1\n operation copy\n bbox B\n Achannels none\n Bchannels none\n output none\n also_merge all\n name MergeKeymix\n xpos 0\n ypos 535\n }\n Output {\n name Output1\n xpos 0\n ypos 716\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_ID_Extractor.gizmo", "content": "Group {\n name ID_Extractor\n tile_color 0x3d3d3dff\n label \"\\[value Achannels]\\n\\[value Red]\\n\\[value Green]\\n\\[value Blue]\"\n note_font \"Verdana Bold\"\n note_font_color 0xb8d2dfff\n selected true\n addUserKnob {20 ID_Extract}\n addUserKnob {41 Achannels l \"ID channel\" t \"Pick the layer you want to extract from\" T ID2.Achannels}\n addUserKnob {26 text l \" \" T \"Name your channels something:\"}\n addUserKnob {1 Red l \"Red\" t \"Enter a name for your red channel\"}\n addUserKnob {1 Green l \"Green\" t \"Enter a name for your green channel\"}\n addUserKnob {1 Blue l \"Blue\" t \"Enter a name for your blue channel\"}\n addUserKnob {26 text_1 l \" \" T \"Extract your channels into Stamps:\"}\n addUserKnob {22 extractRed l \"Extract Red\" t \"Extract Red Channel into Stamp\" T \"import NST_ID_Extractor\\nNST_ID_Extractor.extractRed()\" +STARTLINE}\n addUserKnob {22 extractGreen l \" Extract Green\" t \"Extract Blue Channel into Stamp\" -STARTLINE T \"import NST_ID_Extractor\\nNST_ID_Extractor.extractGreen()\"}\n addUserKnob {22 extractBlue l \"Extract Blue\" t \"Extract Blue Channel into Stamp\" -STARTLINE T \"import NST_ID_Extractor\\nNST_ID_Extractor.extractBlue()\"}\n addUserKnob {26 \"\"}\n addUserKnob {22 extractAll l \"Extract All\" t \"Extract all 3 Channels at once\" T \"import NST_ID_Extractor\\nNST_ID_Extractor.extractAll()\" +STARTLINE}\n addUserKnob {22 set l \"Set Names\" t \"Reset the names of Existing Stamp outputs\" -STARTLINE T \"import NST_ID_Extractor\\nNST_ID_Extractor.set()\"}\n addUserKnob {22 reset l \"Clear Names\" t \"Clear all 3 name text input fields\" -STARTLINE T \"import NST_ID_Extractor\\nNST_ID_Extractor.reset()\"}\n}\n Input {\n inputs 0\n name Input1\n xpos -576\n ypos -418\n }\n Dot {\n name Dot1\n xpos -542\n ypos -354\n }\nset N4be96400 [stack 0]\npush $N4be96400\n Dot {\n name Dot2\n xpos -667\n ypos -354\n }\n Remove {\n name Remove1\n xpos -701\n ypos -209\n }\n Merge2 {\n inputs 2\n Achannels rgb\n Bchannels none\n output rgb\n name ID2\n tile_color 0xffffffff\n label \"R=\\[value Red]\\nG=\\[value Green]\\nB=\\[value Blue]\\nframe \\[value postage_stamp_frame]\"\n note_font_size 15\n xpos -576\n ypos -234\n postage_stamp_frame 1001\n }\n Output {\n name Output1\n xpos -576\n ypos -124\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_IIDistort.gizmo", "content": "Group {\n inputs 2\n name IIDistort\n help \"Recursuve IDistort Node, the vectors advect themselves multiple times, creating more different patterns than a regular IDistort node.\"\n addUserKnob {20 iidistort_tab l IIDistort}\n addUserKnob {7 scale l Scale t \"Amount of vector advection\" R 0 10}\n scale 1\n addUserKnob {3 samples l \"Number of Samples\" t \"Add samples for a smoother curve, reduce for faster results.\"}\n samples 10\n addUserKnob {26 \"\"}\n addUserKnob {4 output l Output t \"Choose the desired output.\\n\\nDistorted image: Image from img input distorted by vectors.\\nModified Vectors: Vectors modified so that feeding these in a regular IDistort would produce the same result as this node's distorted image.\\nSTMap: An STMap whch would match this node's distortion.\" M {\"Distorted image\" \"Modified Vectors\" STMap}}\n addUserKnob {26 \"\"}\n addUserKnob {26 copyright l \"\" +STARTLINE T \"v1.1 - Erwan Leroy - Github\"}\n}\n Input {\n inputs 0\n name vectors\n xpos 223\n ypos -56\n number 1\n }\n BlinkScript {\n ProgramGroup 1\n KernelDescription \"2 \\\"FlowKernel\\\" iterate pixelWise 831e6c85b5efa3aa8b859b0c422c683ec13d73f561e57321e66c972e8e807f77 2 \\\"vectors\\\" Read Random \\\"dst\\\" Write Point 2 \\\"samples\\\" Int 1 AAAAAA== \\\"strength\\\" Float 1 AAAAAA== 2 \\\"samples\\\" 1 1 \\\"strength\\\" 1 1 0\"\n kernelSource \"kernel FlowKernel : ImageComputationKernel\\n\\{\\n Image vectors; // the input image\\n Image dst; // the output image\\n\\n param:\\n int samples;\\n float strength;\\n\\n void process(int2 pos) \\{\\n float2 fpos = float2(pos.x, pos.y);\\n float4 disp;\\n\\n for (int i=0; iGithub\"}\n }\n Input {\n inputs 0\n name Input\n xpos -303\n ypos 114\n }\nset Ne07e7c00 [stack 0]\n Shuffle {\n name UV_Channel\n xpos -163\n ypos 114\n }\n Expression {\n expr0 (r+x+0.5)/width\n expr1 (g+y+0.5)/height\n channel2 {-rgba.red -rgba.green -rgba.blue none}\n channel3 {none none none -rgba.alpha}\n name Vectors_to_UV\n xpos -163\n ypos 228\n }\npush $Ne07e7c00\n ShuffleCopy {\n inputs 2\n in2 none\n red red\n green green\n alpha black\n out {{{parent.UV_Channel.in}}}\n name ShuffleCopy1\n xpos -303\n ypos 228\n }\n Output {\n name Output1\n xpos -303\n ypos 299\n }\n end_group\nset Nf9650480 [stack 0]\npush $Nf9650480\npush $Ne07e6000\n Dot {\n name Dot1\n xpos 257\n ypos 171\n }\npush $Nf9650480\n Input {\n inputs 0\n name img\n xpos 515\n ypos -53\n }\n STMap {\n inputs 2\n uv rgb\n name STMap1\n xpos 515\n ypos 59\n }\n Switch {\n inputs 3\n which {{parent.output}}\n name Switch1\n xpos 515\n ypos 167\n }\n Output {\n name Output1\n xpos 515\n ypos 249\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_ITransformU.gizmo", "content": "Group {\n name ITransformU\n tile_color 0xa57aaaff\n selected true\n addUserKnob {20 \"\" l Transform}\n addUserKnob {14 AdjBBox1_numpixels l \"Add Pixels\" +INVISIBLE R 0 100}\n AdjBBox1_numpixels 1024\n addUserKnob {41 channels T IDistort2.channels}\n addUserKnob {6 blackOutside_1 l \"Black Outside Before?\" +STARTLINE}\n addUserKnob {41 matrix T Transform1.matrix}\n addUserKnob {41 translate T Transform1.translate}\n addUserKnob {41 rotate T Transform1.rotate}\n addUserKnob {41 scale T Transform1.scale}\n addUserKnob {41 skewX l \"skew X\" T Transform1.skewX}\n addUserKnob {41 skewY l \"skew Y\" T Transform1.skewY}\n addUserKnob {41 center T Transform1.center}\n addUserKnob {22 setCenter l \"Set Center\" -STARTLINE T \"n = nuke.thisGroup()\\nw= n.width()\\nh=n.height()\\nn\\['center'].setValue(\\[w/2,h/2])\"}\n addUserKnob {41 filter_1 l filter T IDistort2.filter}\n addUserKnob {41 clamp T Transform1.clamp}\n addUserKnob {26 \"\"}\n addUserKnob {6 cropToFormat l \"Crop To Format\" +STARTLINE}\n addUserKnob {6 blackOutside2 l \"Black Outside After\" -STARTLINE}\n addUserKnob {14 addPixels l \"Add Pixels\" R 0 100}\n addUserKnob {41 mix T Transform3.mix}\n}\n Input {\n inputs 0\n name ctrlMask\n xpos -40\n ypos -338\n number 1\n }\nset Nb4dbd80 [stack 0]\n Shuffle {\n red alpha\n green alpha\n blue alpha\n alpha black\n name Shuffle1\n xpos -40\n ypos -25\n }\nset Nb4e0070 [stack 0]\n Input {\n inputs 0\n name img\n xpos -517\n ypos -411\n }\n BlackOutside {\n name BlackOutside1\n xpos -517\n ypos -357\n disable {{!parent.blackOutside_1}}\n }\n Dot {\n name Dot5\n note_font_size 41\n xpos -483\n ypos -294\n }\nset Nb4fd6b0 [stack 0]\n Remove {\n name Remove1\n xpos -210\n ypos -304\n }\nset Nb502b80 [stack 0]\npush $Nb4dbd80\n Merge2 {\n inputs 2\n Achannels {-rgba.red -rgba.green -rgba.blue -rgba.alpha}\n Bchannels {-rgba.red -rgba.green -rgba.blue -rgba.alpha}\n output {-rgba.red -rgba.green -rgba.blue -rgba.alpha}\n name Merge3\n xpos -111\n ypos -258\n }\n AdjBBox {\n numpixels {{parent.AdjBBox1_numpixels}}\n name AdjBBox1\n xpos -111\n ypos -232\n }\npush $Nb502b80\n CopyBBox {\n inputs 2\n name CopyBBox2\n xpos -210\n ypos -232\n }\n Expression {\n expr0 x\n expr1 y\n name Expression1\n xpos -210\n ypos -176\n }\nset Nb52e070 [stack 0]\n Dot {\n name Dot2\n xpos -286\n ypos -172\n }\n TransformMasked {\n channels rgba\n translate {{parent.Transform1.translate} {parent.Transform1.translate}}\n rotate {{parent.Transform1.rotate}}\n scale {{parent.Transform1.scale} {parent.Transform1.scale}}\n skewX {{parent.Transform1.skewX}}\n skewY {{parent.Transform1.skewY}}\n skew_order {{Transform1.skew_order}}\n center {{parent.Transform1.center} {parent.Transform1.center}}\n filter {{Transform1.filter}}\n motionblur {{parent.Transform1.motionblur}}\n shutter {{parent.Transform1.shutter}}\n shutteroffset {{Transform1.shutteroffset}}\n shuttercustomoffset {{parent.Transform1.shuttercustomoffset}}\n name Transform3\n xpos -320\n ypos -121\n }\npush $Nb52e070\n Merge2 {\n inputs 2\n operation minus\n bbox B\n name Merge1\n xpos -210\n ypos -121\n }\n Merge2 {\n inputs 2\n operation multiply\n bbox B\n name Merge2\n xpos -210\n ypos -25\n }\nset Nb564c80 [stack 0]\n Dot {\n name Dot1\n xpos -270\n ypos -21\n }\n Dot {\n name Dot3\n xpos -270\n ypos 423\n }\npush $Nb4fd6b0\n Dot {\n name Dot4\n xpos -483\n ypos 46\n }\nset Nb57e7a0 [stack 0]\n Copy {\n inputs 2\n from0 rgba.red\n to0 rgba.red\n from1 rgba.green\n to1 rgba.green\n name Copy2\n xpos -517\n ypos 407\n }\n IDistort {\n channels none\n name IDistort1\n xpos -517\n ypos 457\n }\npush $Nb4fd6b0\npush $Nb4fd6b0\n TransformMasked {\n channels rgba\n translate {{parent.Transform1.translate} {parent.Transform1.translate}}\n rotate {{parent.Transform1.rotate}}\n scale {{parent.Transform1.scale} {parent.Transform1.scale}}\n skewX {{parent.Transform1.skewX}}\n skewY {{parent.Transform1.skewY}}\n skew_order {{Transform1.skew_order}}\n center {{parent.Transform1.center} {parent.Transform1.center}}\n filter {{Transform1.filter}}\n motionblur {{parent.Transform1.motionblur}}\n shutter {{parent.Transform1.shutter}}\n shutteroffset {{Transform1.shutteroffset}}\n shuttercustomoffset {{parent.Transform1.shuttercustomoffset}}\n name Transform2\n xpos -446\n ypos -202\n }\n Merge2 {\n inputs 2\n name Merge4\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos -446\n ypos -123\n }\n Crop {\n box {0 0 {input.width} {input.height}}\n name Crop1\n xpos -446\n ypos 182\n disable {{!parent.cropToFormat}}\n addUserKnob {20 User}\n addUserKnob {22 cropToBbox l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n }\n AdjBBox {\n numpixels {{parent.addPixels} {parent.addPixels}}\n name AdjBBox3\n xpos -446\n ypos 208\n }\n Dot {\n name Dot6\n note_font_size 41\n xpos -412\n ypos 364\n }\npush $Nb4e0070\npush $Nb564c80\npush $Nb57e7a0\n Copy {\n inputs 2\n from0 rgba.red\n to0 forward.u\n from1 rgba.green\n to1 forward.v\n bbox A\n name Copy1\n xpos -210\n ypos 30\n }\nset Nb13fce0 [stack 0]\n Merge2 {\n inputs 2\n Achannels {-rgba.red -rgba.green -rgba.blue rgba.alpha}\n Bchannels {-rgba.red -rgba.green -rgba.blue rgba.alpha}\n output {-rgba.red -rgba.green -rgba.blue rgba.alpha}\n name Merge5\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos -40\n ypos 108\n }\npush $Nb13fce0\n CopyBBox {\n inputs 2\n name CopyBBox1\n xpos -210\n ypos 114\n }\n AdjBBox {\n numpixels {{parent.addPixels} {parent.addPixels}}\n name AdjBBox2\n xpos -210\n ypos 140\n }\n IDistort {\n uv forward\n name IDistort2\n selected true\n xpos -210\n ypos 187\n }\n CopyBBox {\n inputs 2\n name CopyBBox3\n xpos -210\n ypos 360\n }\n Remove {\n channels none\n name Remove2\n xpos -210\n ypos 419\n }\n Copy {\n inputs 2\n from0 -rgba.alpha\n to0 -rgba.alpha\n bbox B\n name Copy3\n xpos -210\n ypos 457\n }\n BlackOutside {\n name BlackOutside2\n xpos -210\n ypos 538\n disable {{!parent.blackOutside2}}\n }\n Output {\n name Output1\n xpos -210\n ypos 634\n }\n Transform {\n inputs 0\n center {1220 901}\n black_outside false\n name Transform1\n label \"expresison link this\\nto avoid st map overlay\"\n xpos 51\n ypos -201\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_ImagePlane3D.gizmo", "content": "Group {\n name ImagePlane3D\n knobChanged \"n = nuke.thisNode()\\nk = nuke.thisKnob()\\n\\nif k.name() == 'inputChange':\\n n\\['distanceAxis'].setVisible(n\\[\\\"isOn\\\"].value())\\n n.knob('distance').setVisible(not n\\[\\\"isOn\\\"].value())\\n \\nif k.name() == 'result':\\n result = n.knob('result').getValue()\\n if result == 0:\\n n.knob('samples').setVisible(True)\\n n.knob('motionblur').setVisible(False)\\n elif result == 1 or result == 2 or result == 3 :\\n n.knob('samples').setVisible(False)\\n n.knob('motionblur').setVisible(True)\\n\"\n tile_color 0x634966ff\n label \"dist: \\[value distance]\"\n note_font \"DejaVu Sans\"\n note_font_color 0xffffffff\n selected true\n addUserKnob {20 imagePlane3D l ImagePlane3D}\n addUserKnob {26 instructions l Instructions: T \"1.) Choose preview (Result) method.\\n2.) Set Ref Frame and Distance\\n3.) Bake FrameRange\\n4.) Export CornerPin\\n\\nUse this like cardToTrack, for exports\\nNot recommended to be plugged into stream\"}\n addUserKnob {26 text_1 l \" \" T \" \"}\n addUserKnob {4 output l \"Output:\" M {Stabilize Matchmove \"\" \"\" \"\"}}\n addUserKnob {4 result l Result: M {\"3D Projection Setup (slow, accurate)\" \"Card3D Setup (fast, inaccurate)\" \"Live (Reconcile3D) (fast, buggy)\" \"Baked (Cornerpin) (best)\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\"}}\n addUserKnob {26 status l \" Status:\" T \" Is NOT Baked\"}\n addUserKnob {3 refFrame l \"Ref Frame\"}\n refFrame 1001\n addUserKnob {22 setRefFrame l \"Set Ref Frame\" -STARTLINE T \"n = nuke.thisNode()\\nref = n.knob('refFrame')\\nframe = nuke.frame()\\n\\nref.setValue(frame)\"}\n addUserKnob {1 operation +INVISIBLE}\n operation \"\\[value refFrame]\"\n addUserKnob {7 distance l DistanceFromCam R 0 1000}\n distance 500\n addUserKnob {22 bakeFramerange l \"Bake FrameRange\" T \"import time\\nimport threading\\n\\nn = nuke.thisNode()\\n#Define this node\\n\\nstatus = n.knob(\\\"status\\\")\\nresult = n.knob('result')\\n\\nr1 = nuke.toNode(\\\"Reconcile3DTL\\\")\\nr2 = nuke.toNode(\\\"Reconcile3DTR\\\")\\nr3 = nuke.toNode(\\\"Reconcile3DBL\\\")\\nr4 = nuke.toNode(\\\"Reconcile3DBR\\\")\\nrL = \\[r1,r2,r3,r4]\\n# Define reconcile3D nodes\\n\\n#bcg = n.knob(\\\"bakeColors\\\")\\n\\ncps = nuke.toNode(\\\"CornerPin2DBakedStabilize\\\")\\ncpm = nuke.toNode(\\\"CornerPin2DBakedMatchmove\\\")\\n# Define cornerpin node\\n\\nfirst_frame = int(nuke.Root()\\['first_frame'].getValue())\\nlast_frame = int(nuke.Root()\\['last_frame'].getValue())\\n# Grab first and last frame from root\\n\\np = nuke.Panel(\\\"Execute on FrameRange\\\")\\np.addSingleLineInput('First Frame', first_frame)\\np.addSingleLineInput('Last Frame', last_frame)\\np.addSingleLineInput('Increment', 1)\\nif p.show():\\n# Create user input panel\\n \\n ff = int(p.value(\\\"First Frame\\\"))\\n lf = int(p.value(\\\"Last Frame\\\"))\\n i = int(p.value(\\\"Increment\\\"))\\n # Define first, last, increment from user input panel\\n \\n #k = \\\"status\\\"\\n l = \\\" Is Baked on Frames:\\\" + \\\" \\\" + str(ff) + \\\"-\\\" + str(lf)\\n status.setValue(l)\\n # Change status of node\\n \\n result.setValue(3)\\n \\n with n:\\n r1\\[\\\"calc_output\\\"].setValue(0)\\n r2\\[\\\"calc_output\\\"].setValue(0)\\n r3\\[\\\"calc_output\\\"].setValue(0)\\n r4\\[\\\"calc_output\\\"].setValue(0)\\n # turn off live status of reconcile3Ds\\n \\n r1\\[\\\"output\\\"].clearAnimated()\\n r1\\[\\\"outputxyz\\\"].clearAnimated()\\n r2\\[\\\"output\\\"].clearAnimated()\\n r2\\[\\\"outputxyz\\\"].clearAnimated()\\n r3\\[\\\"output\\\"].clearAnimated()\\n r3\\[\\\"outputxyz\\\"].clearAnimated()\\n r4\\[\\\"output\\\"].clearAnimated()\\n r4\\[\\\"outputxyz\\\"].clearAnimated()\\n # Clear any data from all Reconcile3D nodes\\n \\n def execute(first,last,inc):\\n runMe = True\\n while runMe == True:\\n nuke.execute(r1,first,last,inc) \\n nuke.execute(r2,first,last,inc)\\n nuke.execute(r3,first,last,inc)\\n nuke.execute(r4,first,last,inc)\\n stop_event.set()\\n runMe = False\\n print ('Reconcile3Ds done')\\n break\\n # Define Reconcile3D execution function\\n \\n global stop_event \\n stop_event = threading.Event()\\n threading.Thread(target=execute, kwargs=dict(first=ff,last=lf,inc=i) ).start() \\n while not stop_event.is_set():\\n time.sleep(0.1)\\n # run Reconcile3Ds with threading\\n \\n cps\\[\\\"from4\\\"].copyAnimations(r1\\[\\\"output\\\"].animations())\\n cps\\[\\\"from3\\\"].copyAnimations(r2\\[\\\"output\\\"].animations())\\n cps\\[\\\"from1\\\"].copyAnimations(r3\\[\\\"output\\\"].animations())\\n cps\\[\\\"from2\\\"].copyAnimations(r4\\[\\\"output\\\"].animations())\\n \\n cpm\\[\\\"to4\\\"].copyAnimations(r1\\[\\\"output\\\"].animations())\\n cpm\\[\\\"to3\\\"].copyAnimations(r2\\[\\\"output\\\"].animations())\\n cpm\\[\\\"to1\\\"].copyAnimations(r3\\[\\\"output\\\"].animations())\\n cpm\\[\\\"to2\\\"].copyAnimations(r4\\[\\\"output\\\"].animations())\\n # copy reconcile3D values over to cornerpins\\n \\n r1\\[\\\"output\\\"].clearAnimated()\\n r1\\[\\\"outputxyz\\\"].clearAnimated()\\n r2\\[\\\"output\\\"].clearAnimated()\\n r2\\[\\\"outputxyz\\\"].clearAnimated()\\n r3\\[\\\"output\\\"].clearAnimated()\\n r3\\[\\\"outputxyz\\\"].clearAnimated()\\n r4\\[\\\"output\\\"].clearAnimated()\\n r4\\[\\\"outputxyz\\\"].clearAnimated()\\n # clear animation from live reconcile3Ds\\n \\n r1\\[\\\"calc_output\\\"].setValue(1)\\n r2\\[\\\"calc_output\\\"].setValue(1)\\n r3\\[\\\"calc_output\\\"].setValue(1)\\n r4\\[\\\"calc_output\\\"].setValue(1)\\n # make reconcile3ds live again\\n \" +STARTLINE}\n addUserKnob {22 clearBaked l \"Clear Baked\" -STARTLINE T \"n = nuke.thisNode()\\nw = n.width()\\nh = n.height()\\nresult = n.knob('result')\\n\\ncps = nuke.toNode(\\\"CornerPin2DBakedStabilize\\\")\\ncpm = nuke.toNode(\\\"CornerPin2DBakedMatchmove\\\")\\nstatus = n.knob(\\\"status\\\")\\n\\ncpsfrom1 = cps.knob(\\\"from1\\\")\\ncpsfrom2 = cps.knob(\\\"from2\\\")\\ncpsfrom3 = cps.knob(\\\"from3\\\")\\ncpsfrom4 = cps.knob(\\\"from4\\\")\\n\\ncpmto1 = cpm.knob(\\\"to1\\\")\\ncpmto2 = cpm.knob(\\\"to2\\\")\\ncpmto3 = cpm.knob(\\\"to3\\\")\\ncpmto4 = cpm.knob(\\\"to4\\\")\\n\\ncpsfrom1.clearAnimated()\\ncpsfrom2.clearAnimated()\\ncpsfrom3.clearAnimated()\\ncpsfrom4.clearAnimated()\\ncpmto1.clearAnimated()\\ncpmto2.clearAnimated()\\ncpmto3.clearAnimated()\\ncpmto4.clearAnimated()\\n\\ncpsfrom1.setValue(0,0)\\ncpsfrom1.setValue(0,1)\\ncpsfrom2.setValue(w,0)\\ncpsfrom2.setValue(0,1)\\ncpsfrom3.setValue(w,0)\\ncpsfrom3.setValue(h,1)\\ncpsfrom4.setValue(0,0)\\ncpsfrom4.setValue(h,1)\\n\\ncpmto1.setValue(0,0)\\ncpmto1.setValue(0,1)\\ncpmto2.setValue(w,0)\\ncpmto2.setValue(0,1)\\ncpmto3.setValue(w,0)\\ncpmto3.setValue(h,1)\\ncpmto4.setValue(0,0)\\ncpmto4.setValue(h,1)\\n\\nstatus.setValue(\\\" Is NOT Baked\\\")\\nresult.setValue(2)\"}\n addUserKnob {22 exportBakedTrack l \"Export Baked CornerPin\" T \"n = nuke.thisNode()\\n\\ncps = nuke.toNode(\\\"CornerPin2DBakedStabilize\\\")\\ncpsName = str(n.name())\\nrefFrame = int(n.knob(\\\"refFrame\\\").value())\\ndist = n.knob(\\\"distance\\\").value()\\noutput = n.knob('output').getValue()\\n\\ncpsfrom1 = cps.knob(\\\"from1\\\")\\ncpsfrom2 = cps.knob(\\\"from2\\\")\\ncpsfrom3 = cps.knob(\\\"from3\\\")\\ncpsfrom4 = cps.knob(\\\"from4\\\")\\n\\ncpsto1 = cps.knob(\\\"to1\\\")\\ncpsto2 = cps.knob(\\\"to2\\\")\\ncpsto3 = cps.knob(\\\"to3\\\")\\ncpsto4 = cps.knob(\\\"to4\\\")\\n\\nwith nuke.Root():\\n posX = n.knob(\\\"xpos\\\").value()\\n posY = n.knob(\\\"ypos\\\").value()\\n nukescripts.clear_selection_recursive()\\n \\n cpn = None\\n \\n try: \\n cpn = nuke.createNode('CProject')\\n cpn.setName(\\\"CP_\\\" + cpsName + \\\"_\\\")\\n cpn.knob('xpos').setValue(posX +100)\\n cpn.knob('ypos').setValue(posY +70)\\n cpn.autoplace()\\n cpn.setInput(0, None)\\n \\n cpnto1 = cpn.knob('to1')\\n cpnto2 = cpn.knob('to2')\\n cpnto3 = cpn.knob('to3')\\n cpnto4 = cpn.knob('to4')\\n \\n cpnfrom1 = cpn.knob('from1')\\n cpnfrom2 = cpn.knob('from2')\\n cpnfrom3 = cpn.knob('from3')\\n cpnfrom4 = cpn.knob('from4')\\n \\n cpn.knob('refFrame').setValue(refFrame)\\n \\n cpnto1.copyAnimations(cpsfrom1.animations())\\n cpnto2.copyAnimations(cpsfrom2.animations())\\n cpnto3.copyAnimations(cpsfrom3.animations())\\n cpnto4.copyAnimations(cpsfrom4.animations())\\n \\n cpnfrom1.setValue(cpsto1.getValueAt(refFrame))\\n cpnfrom2.setValue(cpsto2.getValueAt(refFrame))\\n cpnfrom3.setValue(cpsto3.getValueAt(refFrame))\\n cpnfrom4.setValue(cpsto4.getValueAt(refFrame))\\n \\n cpn.knob('note_font_size').setValue(11)\\n cpn\\['label'].setValue('dist: \\{\\}'.format(dist))\\n cpn.knob('stabilize').setValue(1)\\n cpn.knob('stabilize').setValue(1-output)\\n cpn.knob('element').setValue(cpsName)\\n \\n except RuntimeError:\\n pass\\n \\n if not cpn:\\n cpn = nuke.createNode('CornerPin2D')\\n cpn.setName(cpsName + \\\"_CnrPin\\\")\\n cpn.knob('xpos').setValue(posX +100)\\n cpn.knob('ypos').setValue(posY +70)\\n cpn.autoplace()\\n cpn.setInput(0, None)\\n \\n cpnto1 = cpn.knob('to1')\\n cpnto2 = cpn.knob('to2')\\n cpnto3 = cpn.knob('to3')\\n cpnto4 = cpn.knob('to4')\\n \\n cpnfrom1 = cpn.knob('from1')\\n cpnfrom2 = cpn.knob('from2')\\n cpnfrom3 = cpn.knob('from3')\\n cpnfrom4 = cpn.knob('from4')\\n \\n cpnfrom1.copyAnimations(cpsfrom1.animations())\\n cpnfrom2.copyAnimations(cpsfrom2.animations())\\n cpnfrom3.copyAnimations(cpsfrom3.animations())\\n cpnfrom4.copyAnimations(cpsfrom4.animations())\\n \\n tab = nuke.Tab_Knob('settings', 'Settings')\\n \\n setCurrentFrameBtn = nuke.PyScript_Knob(\\\"setCurrentFrame\\\", \\\"Set to Current Frame\\\")\\n setCurrentFrameBtn.setCommand('n = nuke.thisNode()\\\\nrefFrame = n.knob(\\\"refFrame\\\")\\\\nrefFrame.setValue(nuke.frame())\\\\nrefFrame = refFrame.getValue()\\\\noutput = n.knob(\\\"output\\\")\\\\nto1 = n.knob(\\\"to1\\\")\\\\nto2 = n.knob(\\\"to2\\\")\\\\nto3 = n.knob(\\\"to3\\\")\\\\nto4 = n.knob(\\\"to4\\\")\\\\nfrom1 = n.knob(\\\"from1\\\")\\\\nfrom2 = n.knob(\\\"from2\\\")\\\\nfrom3 = n.knob(\\\"from3\\\")\\\\nfrom4 = n.knob(\\\"from4\\\")\\\\nif output.getValue() == 0:\\\\n to1.setValue(from1.getValueAt(refFrame))\\\\n to2.setValue(from2.getValueAt(refFrame))\\\\n to3.setValue(from3.getValueAt(refFrame))\\\\n to4.setValue(from4.getValueAt(refFrame))\\\\nif output.getValue() == 1:\\\\n from1.setValue(to1.getValueAt(refFrame))\\\\n from2.setValue(to2.getValueAt(refFrame))\\\\n from3.setValue(to3.getValueAt(refFrame))\\\\n from4.setValue(to4.getValueAt(refFrame))')\\n \\n setFrameBtn = nuke.PyScript_Knob('setFrame', 'Set Frame')\\n setFrameBtn.setCommand('n = nuke.thisNode()\\\\nrefFrame = n.knob(\\\\\\\"refFrame\\\\\\\").getValue()\\\\noutput = n.knob(\\\\\\\"output\\\\\\\")\\\\nto1 = n.knob(\\\\\\\"to1\\\\\\\")\\\\nto2 = n.knob(\\\\\\\"to2\\\\\\\")\\\\nto3 = n.knob(\\\\\\\"to3\\\\\\\")\\\\nto4 = n.knob(\\\\\\\"to4\\\\\\\")\\\\nfrom1 = n.knob(\\\\\\\"from1\\\\\\\")\\\\nfrom2 = n.knob(\\\\\\\"from2\\\\\\\")\\\\nfrom3 = n.knob(\\\\\\\"from3\\\\\\\")\\\\nfrom4 = n.knob(\\\\\\\"from4\\\\\\\")\\\\nif output.getValue() == 0:\\\\n to1.setValue(from1.getValueAt(refFrame))\\\\n to2.setValue(from2.getValueAt(refFrame))\\\\n to3.setValue(from3.getValueAt(refFrame))\\\\n to4.setValue(from4.getValueAt(refFrame))\\\\nif output.getValue() == 1:\\\\n from1.setValue(to1.getValueAt(refFrame))\\\\n from2.setValue(to2.getValueAt(refFrame))\\\\n from3.setValue(to3.getValueAt(refFrame))\\\\n from4.setValue(to4.getValueAt(refFrame))')\\n \\n StabBtn = nuke.PyScript_Knob(\\\"stabilize\\\", \\\"Stabilize\\\")\\n StabBtn.setFlag(nuke.STARTLINE)\\n StabBtn.setCommand('n = nuke.thisNode()\\\\nstab = n.knob(\\\"stabilize\\\")\\\\nmatch = n.knob(\\\"matchmove\\\")\\\\noutput = n.knob(\\\"output\\\")\\\\nrefFrame = n.knob(\\\"refFrame\\\").getValue()\\\\nif output.getValue() == 1:\\\\n stab.setLabel(\\\"Stabilize\\\")\\\\n match.setLabel(\\\"Matchmove\\\")\\\\n to1 = n.knob(\\\"to1\\\")\\\\n to2 = n.knob(\\\"to2\\\")\\\\n to3 = n.knob(\\\"to3\\\")\\\\n to4 = n.knob(\\\"to4\\\")\\\\n from1 = n.knob(\\\"from1\\\")\\\\n from2 = n.knob(\\\"from2\\\")\\\\n from3 = n.knob(\\\"from3\\\")\\\\n from4 = n.knob(\\\"from4\\\")\\\\n from1.copyAnimations(to1.animations())\\\\n from2.copyAnimations(to2.animations())\\\\n from3.copyAnimations(to3.animations())\\\\n from4.copyAnimations(to4.animations())\\\\n to1.clearAnimated()\\\\n to2.clearAnimated()\\\\n to3.clearAnimated()\\\\n to4.clearAnimated()\\\\n to1.setValue(from1.getValueAt(refFrame))\\\\n to2.setValue(from2.getValueAt(refFrame))\\\\n to3.setValue(from3.getValueAt(refFrame))\\\\n to4.setValue(from4.getValueAt(refFrame))\\\\n output.setValue(0)')\\n \\n MatchBtn = nuke.PyScript_Knob(\\\"matchmove\\\", \\\"Matchmove\\\")\\n MatchBtn.setCommand('n = nuke.thisNode()\\\\nstab = n.knob(\\\"stabilize\\\")\\\\nmatch = n.knob(\\\"matchmove\\\")\\\\noutput = n.knob(\\\"output\\\")\\\\nrefFrame = n.knob(\\\"refFrame\\\").getValue()\\\\nif output.getValue() == 0:\\\\n stab.setLabel(\\\"Stabilize\\\")\\\\n match.setLabel(\\\"Matchmove\\\")\\\\n to1 = n.knob(\\\"to1\\\")\\\\n to2 = n.knob(\\\"to2\\\")\\\\n to3 = n.knob(\\\"to3\\\")\\\\n to4 = n.knob(\\\"to4\\\")\\\\n from1 = n.knob(\\\"from1\\\")\\\\n from2 = n.knob(\\\"from2\\\")\\\\n from3 = n.knob(\\\"from3\\\")\\\\n from4 = n.knob(\\\"from4\\\")\\\\n to1.copyAnimations(from1.animations())\\\\n to2.copyAnimations(from2.animations())\\\\n to3.copyAnimations(from3.animations())\\\\n to4.copyAnimations(from4.animations())\\\\n from1.clearAnimated()\\\\n from2.clearAnimated()\\\\n from3.clearAnimated()\\\\n from4.clearAnimated()\\\\n from1.setValue(to1.getValueAt(refFrame))\\\\n from2.setValue(to2.getValueAt(refFrame))\\\\n from3.setValue(to3.getValueAt(refFrame))\\\\n from4.setValue(to4.getValueAt(refFrame))\\\\n output.setValue(1)')\\n \\n pulldownStatus = nuke.Enumeration_Knob('output', 'Output', \\['Stabilized', 'Matchmoved'])\\n \\n intFrame = nuke.Int_Knob(\\\"refFrame\\\", \\\"Ref Frame\\\")\\n intFrame.setFlag(nuke.STARTLINE)\\n cpn.addKnob(tab)\\n \\n cpn.addKnob(setCurrentFrameBtn)\\n cpn.addKnob(intFrame)\\n cpn.knob(\\\"refFrame\\\").setValue(refFrame)\\n \\n cpn.addKnob(setFrameBtn)\\n \\n cpn.addKnob(StabBtn)\\n cpn.addKnob(MatchBtn)\\n \\n cpn.addKnob(pulldownStatus)\\n cpn.knob('output').setVisible(False)\\n \\n cpnto1.setValue(cpnfrom1.getValueAt(refFrame))\\n cpnto2.setValue(cpnfrom2.getValueAt(refFrame))\\n cpnto3.setValue(cpnfrom3.getValueAt(refFrame))\\n cpnto4.setValue(cpnfrom4.getValueAt(refFrame))\\n \\n cpn\\['label'].setValue('rf: \\[value refFrame] dist: \\{\\}'.format(dist))\\n \" +STARTLINE}\n addUserKnob {22 exportLinkedTrack l \"Export Linked CornerPin\" -STARTLINE T \"n = nuke.thisNode()\\n\\ncps = nuke.toNode(\\\"CornerPin2DBakedStabilize\\\")\\nnName = str(n.name())\\ncpsName = str(cps.name())\\nrefFrame = int(n.knob(\\\"refFrame\\\").value())\\ndist = n.knob(\\\"distance\\\").value()\\noutput = n.knob('output').getValue()\\n\\ncpsfrom1 = cps.knob(\\\"from1\\\")\\ncpsfrom2 = cps.knob(\\\"from2\\\")\\ncpsfrom3 = cps.knob(\\\"from3\\\")\\ncpsfrom4 = cps.knob(\\\"from4\\\")\\n\\nwith nuke.Root():\\n posX = n.knob(\\\"xpos\\\").value()\\n posY = n.knob(\\\"ypos\\\").value()\\n \\n\\n cpn = None\\n try: \\n cpn = nuke.createNode('CProject')\\n cpn.setName(\\\"CP_\\\" + nName + \\\"_\\\")\\n cpn.knob('xpos').setValue(posX +100)\\n cpn.knob('ypos').setValue(posY +70)\\n cpn.autoplace()\\n cpn.setInput(0, None)\\n \\n cpnto1 = cpn.knob('to1')\\n cpnto2 = cpn.knob('to2')\\n cpnto3 = cpn.knob('to3')\\n cpnto4 = cpn.knob('to4')\\n \\n cpnfrom1 = cpn.knob('from1')\\n cpnfrom2 = cpn.knob('from2')\\n cpnfrom3 = cpn.knob('from3')\\n cpnfrom4 = cpn.knob('from4')\\n \\n cpn.knob('refFrame').setValue(refFrame)\\n \\n cpnto1.setExpression(nName + \\\".\\\" + cpsName + \\\".\\\" + \\\"from1\\\")\\n cpnto2.setExpression(nName + \\\".\\\" + cpsName + \\\".\\\" + \\\"from2\\\")\\n cpnto3.setExpression(nName + \\\".\\\" + cpsName + \\\".\\\" + \\\"from3\\\")\\n cpnto4.setExpression(nName + \\\".\\\" + cpsName + \\\".\\\" + \\\"from4\\\")\\n \\n cpnfrom1.setExpression(nName + \\\".\\\" + cpsName + \\\".\\\" + \\\"to1\\\")\\n cpnfrom2.setExpression(nName + \\\".\\\" + cpsName + \\\".\\\" + \\\"to2\\\")\\n cpnfrom3.setExpression(nName + \\\".\\\" + cpsName + \\\".\\\" + \\\"to3\\\")\\n cpnfrom4.setExpression(nName + \\\".\\\" + cpsName + \\\".\\\" + \\\"to4\\\")\\n \\n \\n cpn.knob('note_font_size').setValue(11)\\n cpn\\['label'].setValue('dist: \\[value \\{\\}.distance]'.format(nName))\\n cpn.knob('stabilize').setValue(1)\\n cpn.knob('stabilize').setValue(1-output)\\n cpn.knob('element').setValue(nName)\\n \\n \\n except RuntimeError:\\n pass\\n \\n if not cpn:\\n cpn = nuke.createNode('CornerPin2D')\\n cpn.setName(nName + \\\"_CrnPn\\\")\\n cpn.knob('xpos').setValue(posX +100)\\n cpn.knob('ypos').setValue(posY +70)\\n cpn.autoplace()\\n cpn.setInput(0, None)\\n \\n cpnto1 = cpn.knob('to1')\\n cpnto2 = cpn.knob('to2')\\n cpnto3 = cpn.knob('to3')\\n cpnto4 = cpn.knob('to4')\\n \\n cpnfrom1 = cpn.knob('from1')\\n cpnfrom2 = cpn.knob('from2')\\n cpnfrom3 = cpn.knob('from3')\\n cpnfrom4 = cpn.knob('from4')\\n \\n cpnfrom1.setExpression(nName + \\\".\\\" + cpsName + \\\".\\\" + \\\"from1\\\")\\n cpnfrom2.setExpression(nName + \\\".\\\" + cpsName + \\\".\\\" + \\\"from2\\\")\\n cpnfrom3.setExpression(nName + \\\".\\\" + cpsName + \\\".\\\" + \\\"from3\\\")\\n cpnfrom4.setExpression(nName + \\\".\\\" + cpsName + \\\".\\\" + \\\"from4\\\")\\n \\n tab = nuke.Tab_Knob('settings', 'Settings')\\n \\n setCurrentFrameBtn = nuke.PyScript_Knob(\\\"setCurrentFrame\\\", \\\"Set to Current Frame\\\")\\n setCurrentFrameBtn.setCommand('n = nuke.thisNode()\\\\nrefFrame = n.knob(\\\"refFrame\\\")\\\\nrefFrame.setValue(nuke.frame())\\\\nrefFrame = refFrame.getValue()\\\\noutput = n.knob(\\\"output\\\")\\\\nto1 = n.knob(\\\"to1\\\")\\\\nto2 = n.knob(\\\"to2\\\")\\\\nto3 = n.knob(\\\"to3\\\")\\\\nto4 = n.knob(\\\"to4\\\")\\\\nfrom1 = n.knob(\\\"from1\\\")\\\\nfrom2 = n.knob(\\\"from2\\\")\\\\nfrom3 = n.knob(\\\"from3\\\")\\\\nfrom4 = n.knob(\\\"from4\\\")\\\\nif output.getValue() == 0:\\\\n to1.setValue(from1.getValueAt(refFrame))\\\\n to2.setValue(from2.getValueAt(refFrame))\\\\n to3.setValue(from3.getValueAt(refFrame))\\\\n to4.setValue(from4.getValueAt(refFrame))\\\\nif output.getValue() == 1:\\\\n from1.setValue(to1.getValueAt(refFrame))\\\\n from2.setValue(to2.getValueAt(refFrame))\\\\n from3.setValue(to3.getValueAt(refFrame))\\\\n from4.setValue(to4.getValueAt(refFrame))')\\n \\n setFrameBtn = nuke.PyScript_Knob('setFrame', 'Set Frame')\\n setFrameBtn.setCommand('n = nuke.thisNode()\\\\nrefFrame = n.knob(\\\\\\\"refFrame\\\\\\\").getValue()\\\\noutput = n.knob(\\\\\\\"output\\\\\\\")\\\\nto1 = n.knob(\\\\\\\"to1\\\\\\\")\\\\nto2 = n.knob(\\\\\\\"to2\\\\\\\")\\\\nto3 = n.knob(\\\\\\\"to3\\\\\\\")\\\\nto4 = n.knob(\\\\\\\"to4\\\\\\\")\\\\nfrom1 = n.knob(\\\\\\\"from1\\\\\\\")\\\\nfrom2 = n.knob(\\\\\\\"from2\\\\\\\")\\\\nfrom3 = n.knob(\\\\\\\"from3\\\\\\\")\\\\nfrom4 = n.knob(\\\\\\\"from4\\\\\\\")\\\\nif output.getValue() == 0:\\\\n to1.setValue(from1.getValueAt(refFrame))\\\\n to2.setValue(from2.getValueAt(refFrame))\\\\n to3.setValue(from3.getValueAt(refFrame))\\\\n to4.setValue(from4.getValueAt(refFrame))\\\\nif output.getValue() == 1:\\\\n from1.setValue(to1.getValueAt(refFrame))\\\\n from2.setValue(to2.getValueAt(refFrame))\\\\n from3.setValue(to3.getValueAt(refFrame))\\\\n from4.setValue(to4.getValueAt(refFrame))')\\n \\n StabBtn = nuke.PyScript_Knob(\\\"stabilize\\\", \\\"Stabilize\\\")\\n StabBtn.setFlag(nuke.STARTLINE)\\n StabBtn.setCommand('n = nuke.thisNode()\\\\nstab = n.knob(\\\"stabilize\\\")\\\\nmatch = n.knob(\\\"matchmove\\\")\\\\noutput = n.knob(\\\"output\\\")\\\\nrefFrame = n.knob(\\\"refFrame\\\").getValue()\\\\nif output.getValue() == 1:\\\\n stab.setLabel(\\\"Stabilize\\\")\\\\n match.setLabel(\\\"Matchmove\\\")\\\\n to1 = n.knob(\\\"to1\\\")\\\\n to2 = n.knob(\\\"to2\\\")\\\\n to3 = n.knob(\\\"to3\\\")\\\\n to4 = n.knob(\\\"to4\\\")\\\\n from1 = n.knob(\\\"from1\\\")\\\\n from2 = n.knob(\\\"from2\\\")\\\\n from3 = n.knob(\\\"from3\\\")\\\\n from4 = n.knob(\\\"from4\\\")\\\\n from1.copyAnimations(to1.animations())\\\\n from2.copyAnimations(to2.animations())\\\\n from3.copyAnimations(to3.animations())\\\\n from4.copyAnimations(to4.animations())\\\\n to1.clearAnimated()\\\\n to2.clearAnimated()\\\\n to3.clearAnimated()\\\\n to4.clearAnimated()\\\\n to1.setValue(from1.getValueAt(refFrame))\\\\n to2.setValue(from2.getValueAt(refFrame))\\\\n to3.setValue(from3.getValueAt(refFrame))\\\\n to4.setValue(from4.getValueAt(refFrame))\\\\n output.setValue(0)')\\n \\n MatchBtn = nuke.PyScript_Knob(\\\"matchmove\\\", \\\"Matchmove\\\")\\n MatchBtn.setCommand('n = nuke.thisNode()\\\\nstab = n.knob(\\\"stabilize\\\")\\\\nmatch = n.knob(\\\"matchmove\\\")\\\\noutput = n.knob(\\\"output\\\")\\\\nrefFrame = n.knob(\\\"refFrame\\\").getValue()\\\\nif output.getValue() == 0:\\\\n stab.setLabel(\\\"Stabilize\\\")\\\\n match.setLabel(\\\"Matchmove\\\")\\\\n to1 = n.knob(\\\"to1\\\")\\\\n to2 = n.knob(\\\"to2\\\")\\\\n to3 = n.knob(\\\"to3\\\")\\\\n to4 = n.knob(\\\"to4\\\")\\\\n from1 = n.knob(\\\"from1\\\")\\\\n from2 = n.knob(\\\"from2\\\")\\\\n from3 = n.knob(\\\"from3\\\")\\\\n from4 = n.knob(\\\"from4\\\")\\\\n to1.copyAnimations(from1.animations())\\\\n to2.copyAnimations(from2.animations())\\\\n to3.copyAnimations(from3.animations())\\\\n to4.copyAnimations(from4.animations())\\\\n from1.clearAnimated()\\\\n from2.clearAnimated()\\\\n from3.clearAnimated()\\\\n from4.clearAnimated()\\\\n from1.setValue(to1.getValueAt(refFrame))\\\\n from2.setValue(to2.getValueAt(refFrame))\\\\n from3.setValue(to3.getValueAt(refFrame))\\\\n from4.setValue(to4.getValueAt(refFrame))\\\\n output.setValue(1)')\\n \\n pulldownStatus = nuke.Enumeration_Knob('output', 'Output', \\['Stabilized', 'Matchmoved'])\\n \\n intFrame = nuke.Int_Knob(\\\"refFrame\\\", \\\"Ref Frame\\\")\\n intFrame.setFlag(nuke.STARTLINE)\\n cpn.addKnob(tab)\\n \\n cpn.addKnob(setCurrentFrameBtn)\\n cpn.addKnob(intFrame)\\n cpn.knob(\\\"refFrame\\\").setValue(refFrame)\\n \\n cpn.addKnob(setFrameBtn)\\n \\n cpn.addKnob(StabBtn)\\n cpn.addKnob(MatchBtn)\\n \\n cpn.addKnob(pulldownStatus)\\n cpn.knob('output').setVisible(False)\\n \\n cpnto1.setValue(cpnfrom1.getValueAt(refFrame))\\n cpnto2.setValue(cpnfrom2.getValueAt(refFrame))\\n cpnto3.setValue(cpnfrom3.getValueAt(refFrame))\\n cpnto4.setValue(cpnfrom4.getValueAt(refFrame))\\n \\n cpn\\['label'].setValue('rf: \\[value refFrame] dist: \\{\\}'.format(dist))\"}\n addUserKnob {41 isOn +INVISIBLE T isON.isOn}\n addUserKnob {7 distanceAxis l DistanceToAxis +HIDDEN R 0 1000}\n distanceAxis {{AxisDistance.NoOp1.distance}}\n addUserKnob {26 overscanSettings l \"Overscan\"}\n addUserKnob {7 overscan l Overscan R 0 200}\n addUserKnob {26 mBlurSettings l \"MotionBlur\"}\n addUserKnob {7 samples R 1 10}\n samples 1\n addUserKnob {7 motionblur +HIDDEN}\n addUserKnob {7 shutter R 0 2}\n shutter 0.5\n addUserKnob {41 shutteroffset l \"shutter offset\" T TimeBlur.shutteroffset}\n addUserKnob {26 text l \" \" T \" \"}\n addUserKnob {26 info l \" \" T \"ImagePlane3D v2.0 | Tony Lyons 2021\"}\n}\n BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0x57614e00\n label Live\n note_font_size 60\n note_font_color 0xffffffff\n xpos 1893\n ypos 398\n bdwidth 301\n bdheight 350\n }\n BackdropNode {\n inputs 0\n name BackdropNode2\n tile_color 0x3c472700\n label Baked\n note_font_size 60\n note_font_color 0xffffffff\n xpos 2354\n ypos 382\n bdwidth 300\n bdheight 358\n }\n BackdropNode {\n inputs 0\n name BackdropNode3\n tile_color 0x5e443cff\n label Card3D\n note_font_size 100\n note_font_color 0xffffffff\n xpos 1129\n ypos -908\n bdwidth 400\n bdheight 1690\n }\n BackdropNode {\n inputs 0\n name BackdropNode4\n tile_color 0x686b5900\n label \"Projection 3D setup\"\n note_font_size 60\n note_font_color 0xffffffff\n xpos -13\n ypos -827\n bdwidth 735\n bdheight 1748\n }\n BackdropNode {\n inputs 0\n name BackdropNode5\n tile_color 0x44573100\n label \"Corners of Cards \\nfor Reconcile 3D\"\n note_font_size 60\n note_font_color 0xffffffff\n xpos 1771\n ypos -1109\n bdwidth 763\n bdheight 1355\n }\n BackdropNode {\n inputs 0\n name BackdropNode6\n tile_color 0x555f6b00\n label \"input cam\"\n note_font_size 60\n note_font_color 0xffffffff\n xpos 929\n ypos -1247\n bdwidth 267\n bdheight 232\n }\n BackdropNode {\n inputs 0\n name BackdropNode8\n tile_color 0x4b5a2e00\n label Camera\n note_font_size 60\n note_font_color 0xffffffff\n xpos -638\n ypos -401\n bdwidth 442\n bdheight 1189\n }\n Input {\n inputs 0\n name Inputcam\n xpos -598\n ypos -300\n number 1\n }\nset Ndb8948a0 [stack 0]\n Camera {\n projection_mode {{\"\\[expression \\[value the_cam]projection_mode(\\[value the_frame])]\"}}\n focal {{\"\\[expression \\[value the_cam]focal(\\[value the_frame])]\"}}\n haperture {{\"\\[expression \\[value the_cam]haperture(\\[value the_frame])]\"}}\n vaperture {{\"\\[expression \\[value the_cam]vaperture(\\[value the_frame])]\"}}\n near {{\"\\[expression \\[value the_cam]near(\\[value the_frame])]\"}}\n far {10000}\n win_translate {{\"\\[expression \\[value the_cam]win_translate.u(\\[value the_frame])]\"} {\"\\[expression \\[value the_cam]win_translate.v(\\[value the_frame])]\"}}\n win_scale {{\"\\[expression \\[value the_cam]win_scale.u(\\[value the_frame])]\"} {\"\\[expression \\[value the_cam]win_scale.v(\\[value the_frame])]\"}}\n winroll {{\"\\[expression \\[value the_cam]winroll(\\[value the_frame])]\"}}\n focal_point {{\"\\[expression \\[value the_cam]focal_point(\\[value the_frame])]\"}}\n fstop {{\"\\[expression \\[value the_cam]fstop(\\[value the_frame])]\"}}\n name DummyCam\n help \"DummyCam by Adrian Pueyo\\n\\nCamera that apart from the matrices also grabs all the \\\"Projection\\\" values from the upstream camera that it's connected to. Turns into a default Camera if no Camera connected. Can also be used inside of groups and gizmos, as many levels deep as you want :D All using live and super fast TCL.\\n\\nUpdated v1.1: Now grabs the correct frame too (thanks Erwan Leroy for the idea).\\n\\nUpdated v1.3: Now accepts Nuke13's Camera3\\n\\nadrianpueyo.com, 2019-2021\"\n onCreate \"n = nuke.thisNode()\\nfor k in \\[\\\"projection_mode\\\",\\\"focal\\\",\\\"haperture\\\",\\\"vaperture\\\",\\\"near\\\",\\\"far\\\",\\\"win_translate\\\",\\\"win_scale\\\",\\\"winroll\\\",\\\"focal_point\\\",\\\"fstop\\\"]:\\n n\\[k].setFlag(0x0000000010000000)\"\n xpos 972\n ypos -1126\n addUserKnob {20 DummyCam l Defaults}\n addUserKnob {43 the_cam +INVISIBLE}\n the_cam \"\\[\\n#DummyCam v1.3 - Updated 5 May 2021.\\nset starting_point \\\"this.input0\\\"\\nset default \\\"this.d_\\\"\\n\\n# If cam has no inputs, return the default.\\nif \\{\\[exists \\$starting_point]\\} \\{\\n set x \\[node \\$starting_point]\\n\\} \\{ \\n return \\$default\\n\\}\\n\\nset finished 0\\nwhile \\{\\$finished != 1\\} \\{\\n\\n # First look for a Cam or Input or topnode.\\n while \\{\\[class \\$x] != \\\"Camera3\\\" && \\[class \\$x] != \\\"Camera2\\\" && \\[class \\$x] != \\\"Camera\\\" && \\[class \\$x] != \\\"Input\\\" && \\$x != \\[topnode \\$x]\\} \\{\\n set x \\[node \\$x.input0]\\n \\}\\n\\n # Then, check if node is a cam (and return), and otherwise, if it's an input, see if the parent exists and move to it.\\n if \\{\\[class \\$x]==\\\"Camera3\\\"||\\[class \\$x]==\\\"Camera2\\\"||\\[class \\$x]==\\\"Camera\\\"\\} \\{\\n set x \\[append x \\\".\\\"]\\n return \\$x\\n \\} \\{ \\n if \\{ \\[class \\$x]==\\\"Input\\\" \\} \\{ \\n set inp \\\"\\$x.parent.input\\\"\\n set inputNum \\[value \\$x.number]\\n set inp \\[append inp \\$inputNum]\\n if \\{ \\[exists \\$inp] \\} \\{\\n set x \\[node \\$inp]\\n \\} \\{ \\n set finished 1\\n \\}\\n \\} \\{ \\n set finished 1\\n \\}\\n \\}\\n\\}\\nreturn \\$default\\n]\"\n addUserKnob {43 the_frame +INVISIBLE}\n the_frame \"\\[\\nset the_camera \\[string trimright \\[value the_cam] .]\\nif \\{\\[exists \\$the_camera]\\} \\{\\n return \\[value \\$the_camera.frame]\\n\\} \\{ \\n return \\[frame]\\n\\}\\n]\"\n addUserKnob {4 d_projection_mode l projection M {perspective orthographic uv spherical \"\"}}\n addUserKnob {7 d_focal l \"focal length\" R 0 100}\n d_focal 50\n addUserKnob {7 d_haperture l \"horiz aperture\" R 0 50}\n d_haperture 24.576\n addUserKnob {7 d_vaperture l \"vert aperture\" R 0 50}\n d_vaperture 18.672\n addUserKnob {7 d_near l near R 0 10}\n d_near 0.1\n addUserKnob {7 d_far l far R 0 10000}\n d_far 10000\n addUserKnob {30 d_win_translate l \"window translate\"}\n addUserKnob {30 d_win_scale l \"window scale\"}\n d_win_scale {1 1}\n addUserKnob {7 d_winroll l \"window roll\" R 0 45}\n addUserKnob {7 d_focal_point l \"focal distance\" R 0 10}\n d_focal_point 2\n addUserKnob {7 d_fstop l fstop R 0 30}\n d_fstop 16\n addUserKnob {26 version l \" \" t \"Updated 5 May 2021\" T \"
DummyCam v1.3 - adrianpueyo.com, 2019-2021\"}\n }\n Dot {\n name Dot27\n note_font_size 41\n xpos 993\n ypos -974\n }\nset Ndbedd50 [stack 0]\n Dot {\n name Dot23\n label cam\n note_font_size 41\n xpos 1317\n ypos -974\n }\n Axis2 {\n translate {0 0 {-parent.Settings.camDistance}}\n name CameraDistance\n label \"dist to cam : \\[value translate.z]\"\n xpos 1293\n ypos -665\n }\n Axis2 {\n uniform_scale {{(DummyCam.haperture/DummyCam.focal)*Settings.camDistance}}\n name ScaleToFilmGateAxis\n label \"uniform Scale : \\[value uniform_scale]\"\n xpos 1293\n ypos -539\n }\nset N2436b100 [stack 0]\n Axis2 {\n scaling {1 {DummyCam.vaperture/parent.DummyCam.haperture} 1}\n name AspectRatioScaleY\n label \"scale Y : \\[value scaling.y]\"\n xpos 2131\n ypos -539\n }\n Dot {\n name Dot1\n note_font_size 41\n xpos 2155\n ypos -419\n }\nset N256636e0 [stack 0]\n Card2 {\n inputs 0\n image_aspect false\n rows 4\n columns 4\n control_points {3 3 3 6 \n\n1 {-0.5 -0.5 0} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0.1666666865 0} 0 {0 0 0} 0 {0 0 0} \n1 {0 -0.5 0} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0.1666666865 0} 0 {0 0 0} 0 {0.5 0 0} \n1 {0.5 -0.5 0} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0.1666666865 0} 0 {0 0 0} 0 {1 0 0} \n1 {-0.5 0 0} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0.1666666716 0} 0 {0 -0.1666666716 0} 0 {0 0.5 0} \n1 {0 0 0} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0.1666666716 0} 0 {0 -0.1666666716 0} 0 {0.5 0.5 0} \n1 {0.5 0 0} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0.1666666716 0} 0 {0 -0.1666666716 0} 0 {1 0.5 0} \n1 {-0.5 0.5 0} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0 0} 0 {0 -0.1666666865 0} 0 {0 1 0} \n1 {0 0.5 0} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0 0} 0 {0 -0.1666666865 0} 0 {0.5 1 0} \n1 {0.5 0.5 0} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0 0} 0 {0 -0.1666666865 0} 0 {1 1 0} }\n name ProjectionPlane\n xpos 442\n ypos -505\n }\n TransformGeo {\n inputs 2\n name AlignProjectionPlane1\n xpos 442\n ypos -422\n }\n FrameHold {\n firstFrame {{parent.refFrame}}\n name FrameHold1\n xpos 442\n ypos -345\n }\n Dot {\n name Dot10\n note_font_size 41\n xpos 476\n ypos -62\n }\nset Nebe4d210 [stack 0]\n Dot {\n name Dot16\n note_font_size 41\n xpos 296\n ypos -62\n }\n Dot {\n name Dot15\n note_font_size 41\n xpos 296\n ypos 1345\n }\n Input {\n inputs 0\n name Inputimg\n xpos 849\n ypos 174\n }\n Reformat {\n format {{{parent.input0.format}}}\n pbb true\n name Reformat1\n xpos 849\n ypos 250\n }\n Dot {\n name Dot12\n label img\n note_font_size 41\n xpos 883\n ypos 333\n }\nset Nd6e98960 [stack 0]\n Dot {\n name Dot7\n label img\n note_font_size 41\n xpos 1686\n ypos 333\n }\nset Nc81917a0 [stack 0]\n Dot {\n name Dot14\n note_font_size 41\n xpos 1967\n ypos 334\n }\nset Ne1c9aa80 [stack 0]\n Dot {\n name Dot6\n label img\n note_font_size 41\n xpos 2428\n ypos 334\n }\n Dot {\n name Dot25\n note_font_size 41\n xpos 2428\n ypos 482\n }\nset N7c6fb240 [stack 0]\n CornerPin2D {\n to1 {0 0}\n to2 {1920 0}\n to3 {1920 1080}\n to4 {0 1080}\n invert false\n motionblur {{parent.motionblur}}\n shutter {{parent.shutter}}\n shutteroffset {{parent.shutteroffset}}\n from1 {{to1(refFrame)} {to1(refFrame)}}\n from2 {{to2(refFrame)} {to2(refFrame)}}\n from3 {{to3(refFrame)} {to3(refFrame)}}\n from4 {{to4(refFrame)} {to4(refFrame)}}\n name CornerPin2DBakedMatchmove\n xpos 2535\n ypos 572\n addUserKnob {20 User}\n addUserKnob {22 \"set reference frame\" -STARTLINE T \"import addOnCreateUU; addOnCreateUU.cornerPinZero()\"}\n }\npush $N7c6fb240\n CornerPin2D {\n to1 {{from1(refFrame)} {from1(refFrame)}}\n to2 {{from2(refFrame)} {from2(refFrame)}}\n to3 {{from3(refFrame)} {from3(refFrame)}}\n to4 {{from4(refFrame)} {from4(refFrame)}}\n invert false\n motionblur {{parent.motionblur}}\n shutter {{parent.shutter}}\n shutteroffset {{parent.shutteroffset}}\n from1 {0 0}\n from2 {1920 0}\n from3 {1920 1080}\n from4 {0 1080}\n name CornerPin2DBakedStabilize\n xpos 2394\n ypos 572\n addUserKnob {20 User}\n addUserKnob {22 \"set reference frame\" -STARTLINE T \"import addOnCreateUU; addOnCreateUU.cornerPinZero()\"}\n }\n Switch {\n inputs 2\n which {{output}}\n name Switch7\n xpos 2394\n ypos 650\n }\n Dot {\n name Dot22\n note_font_size 41\n xpos 2428\n ypos 1281\n }\npush $Ne1c9aa80\n Dot {\n name Dot26\n note_font_size 41\n xpos 1967\n ypos 498\n }\nset N8c6f4770 [stack 0]\n CornerPin2D {\n to1 {{parent.Reconcile3DBL.output} {parent.Reconcile3DBL.output}}\n to2 {{parent.Reconcile3DBR.output} {parent.Reconcile3DBR.output}}\n to3 {{parent.Reconcile3DTR.output} {parent.Reconcile3DTR.output}}\n to4 {{parent.Reconcile3DTL.output} {parent.Reconcile3DTL.output}}\n invert false\n motionblur {{parent.motionblur}}\n shutter {{parent.shutter}}\n shutteroffset {{parent.shutteroffset}}\n from1 {{to1(refFrame)} {to1(refFrame)}}\n from2 {{to2(refFrame)} {to2(refFrame)}}\n from3 {{to3(refFrame)} {to3(refFrame)}}\n from4 {{to4(refFrame)} {to4(refFrame)}}\n name CornerPin2DLiveMatchmove\n xpos 2073\n ypos 582\n addUserKnob {20 User}\n addUserKnob {22 \"set reference frame\" -STARTLINE T \"import addOnCreateUU; addOnCreateUU.cornerPinZero()\"}\n }\npush $N8c6f4770\n CornerPin2D {\n to1 {{parent.Reconcile3DBL.output(refFrame)} {parent.Reconcile3DBL.output(refFrame)}}\n to2 {{parent.Reconcile3DBR.output(refFrame)} {parent.Reconcile3DBR.output(refFrame)}}\n to3 {{parent.Reconcile3DTR.output(refFrame)} {parent.Reconcile3DTR.output(refFrame)}}\n to4 {{parent.Reconcile3DTL.output(refFrame)} {parent.Reconcile3DTL.output(refFrame)}}\n invert false\n motionblur {{parent.motionblur}}\n shutter {{parent.shutter}}\n shutteroffset {{parent.shutteroffset}}\n from1 {{parent.Reconcile3DBL.output} {parent.Reconcile3DBL.output}}\n from2 {{parent.Reconcile3DBR.output} {parent.Reconcile3DBR.output}}\n from3 {{parent.Reconcile3DTR.output} {parent.Reconcile3DTR.output}}\n from4 {{parent.Reconcile3DTL.output} {parent.Reconcile3DTL.output}}\n name CornerPin2DLiveStabilize\n xpos 1933\n ypos 583\n addUserKnob {20 User}\n addUserKnob {22 \"set reference frame\" -STARTLINE T \"import addOnCreateUU; addOnCreateUU.cornerPinZero()\"}\n }\n Switch {\n inputs 2\n which {{output}}\n name Switch5\n xpos 1933\n ypos 644\n }\n Dot {\n name Dot3\n note_font_size 41\n xpos 1967\n ypos 785\n }\npush $N2436b100\n Dot {\n name Dot19\n note_font_size 41\n xpos 1317\n ypos -361\n }\nset Ne8192410 [stack 0]\npush $Ne8192410\n FrameHold {\n firstFrame {{parent.refFrame}}\n name FrameHold4\n xpos 1418\n ypos -293\n }\n Switch {\n inputs 2\n which {{!output}}\n name Switch6\n label \"\\[value which]\"\n xpos 1283\n ypos -224\n }\npush $Ndb8948a0\n Dot {\n name Dot18\n note_font_size 41\n xpos -564\n ypos -54\n }\nset N3330d7b0 [stack 0]\n Dot {\n name Dot4\n note_font_size 41\n xpos -564\n ypos 271\n }\nset N2fd660 [stack 0]\n FrameHold {\n firstFrame {{parent.refFrame}}\n name FrameHold2\n xpos -454\n ypos 264\n }\nset Ne8392930 [stack 0]\n Dot {\n name Dot13\n note_font_size 41\n xpos -420\n ypos 536\n }\npush $N2fd660\n Dot {\n name Dot11\n note_font_size 41\n xpos -564\n ypos 442\n }\nset Ncecf0100 [stack 0]\n Switch {\n inputs 2\n which {{!output}}\n name Switch3\n label \"\\[value which]\"\n xpos -598\n ypos 529\n }\n Dot {\n name Dot8\n note_font_size 41\n xpos -564\n ypos 629\n }\nset N94c949b0 [stack 0]\npush $Nd6e98960\n Card3D {\n inputs 3\n translate {0 0 0}\n format {{{parent.Reformat1.format}}}\n shutter {{parent.shutter}}\n shutteroffset {{parent.shutteroffset}}\n name Card3D1\n xpos 1283\n ypos 625\n }\n Dot {\n name Dot9\n note_font_size 41\n xpos 1317\n ypos 725\n }\npush $N94c949b0\n Dot {\n name Dot5\n note_font_size 41\n xpos -564\n ypos 736\n }\npush $Ne8392930\n Dot {\n name Dot24\n note_font_size 41\n xpos -282\n ypos 271\n }\npush $Ncecf0100\n Switch {\n inputs 2\n which {{output}}\n name Switch2\n label \"\\[value which]\"\n xpos -316\n ypos 435\n }\npush $Nd6e98960\n Dot {\n name Dot29\n label img\n note_font_size 41\n xpos 626\n ypos 333\n }\n Project3D2 {\n inputs 2\n crop false\n name Project3D1\n xpos 592\n ypos 432\n }\n Dot {\n name Dot2\n note_font_size 41\n xpos 626\n ypos 520\n }\npush $Nebe4d210\n ApplyMaterial {\n inputs 2\n name ApplyMaterial1\n xpos 442\n ypos 517\n }\n Reformat {\n inputs 0\n format {{{parent.input0.format}}}\n resize none\n pbb true\n name Reformat2\n xpos 591\n ypos 733\n }\n ScanlineRender {\n inputs 3\n conservative_shader_sampling false\n overscan {{parent.overscan}}\n motion_vectors_type off\n MB_channel none\n name ScanlineRender1\n xpos 442\n ypos 733\n }\n TimeBlur {\n divisions {{parent.samples}}\n shutter {{parent.shutter}}\n shutteroffset centred\n shuttercustomoffset 0\n name TimeBlur\n xpos 442\n ypos 833\n disable {{\"divisions == 1 ? 1 : 0\"}}\n }\n Switch {\n inputs 4\n which {{\"result == 2 && !\\$gui == 1 ? 0 : result\"}}\n name Switch1\n xpos 442\n ypos 1277\n }\n Switch {\n inputs 2\n which 1\n name Switch4\n xpos 442\n ypos 1342\n disable true\n }\n Output {\n name Output1\n xpos 442\n ypos 1423\n }\npush $N256636e0\n FrameHold {\n firstFrame {{parent.refFrame}}\n name FrameHold3\n xpos 2121\n ypos -309\n }\n Dot {\n name Dot21\n note_font_size 41\n xpos 2155\n ypos -250\n }\nset N29568c60 [stack 0]\n Axis2 {\n translate {0.5 0.5 0}\n name TopRight\n xpos 2043\n ypos -178\n }\nset Ne8b853d0 [stack 0]\npush $Ndbedd50\n Dot {\n name Dot20\n label cam\n note_font_size 41\n xpos 993\n ypos 11\n }\n Dot {\n name Dot17\n label cam\n note_font_size 41\n xpos 1837\n ypos 11\n }\nset N2038c3c0 [stack 0]\npush $Nc81917a0\n Reconcile3D {\n inputs 3\n calc_output true\n output {1201.555786 1134.033569}\n outputxyz {-112.3282394 153.2042542 810.4436035}\n name Reconcile3DTR\n xpos 2033\n ypos 103\n }\npush $N29568c60\n Axis2 {\n translate {-0.5 -0.5 0}\n name BottomLeft\n xpos 2219\n ypos -178\n }\nset Nd93484a0 [stack 0]\npush $N2038c3c0\npush $Nc81917a0\n Reconcile3D {\n inputs 3\n calc_output true\n output {-433.5252991 34.41772079}\n outputxyz {-20.63001251 54.64735413 679.4829102}\n name Reconcile3DBL\n xpos 2209\n ypos 99\n }\npush $N29568c60\n Axis2 {\n translate {0.5 -0.5 0}\n name BottomRight\n xpos 2358\n ypos -184\n }\nset Nd7d973f0 [stack 0]\npush $N2038c3c0\npush $Nc81917a0\n Reconcile3D {\n inputs 3\n calc_output true\n output {1267.329224 198.26091}\n outputxyz {-120.8343277 61.53775787 808.7359009}\n name Reconcile3DBR\n xpos 2348\n ypos 101\n }\npush $N29568c60\n Axis2 {\n translate {-0.5 0.5 0}\n name TopLeft\n xpos 1883\n ypos -180\n }\nset Nda020630 [stack 0]\npush $N2038c3c0\npush $Nc81917a0\n Reconcile3D {\n inputs 3\n calc_output true\n output {-512.678894 1042.547974}\n outputxyz {-12.12392426 146.3138428 681.1906128}\n name Reconcile3DTL\n xpos 1873\n ypos 99\n }\npush $Nebe4d210\npush $Nd7d973f0\npush $Nd93484a0\npush $Ne8b853d0\npush $Nda020630\n Scene {\n inputs 5\n name SceneTest\n xpos 2124\n ypos -86\n }\n Input {\n inputs 0\n name InputAxis\n xpos -382\n ypos -301\n number 2\n }\n NoOp {\n name isON\n xpos -382\n ypos -248\n addUserKnob {20 User}\n addUserKnob {6 isOn +STARTLINE}\n isOn {{\"\\[exists input2]\"}}\n }\npush $N3330d7b0\n Group {\n inputs 2\n name AxisDistance\n tile_color 0x9c0000ff\n xpos -382\n ypos -57\n addUserKnob {20 tab1 l TNT_AxisDistance}\n addUserKnob {41 distance T NoOp1.distance}\n }\n Output {\n inputs 0\n name Output1\n xpos 488\n ypos 194\n }\n Input {\n inputs 0\n name axis2\n xpos 740\n ypos -220\n number 1\n }\n Axis2 {\n name A2\n xpos 750\n ypos -150\n }\n NoOp {\n inputs 0\n name NoOp1\n xpos 620\n ypos -70\n addUserKnob {20 User}\n addUserKnob {7 distance R 0 100}\n distance {{sqrt((pow2(parent.A1.world_matrix.3-parent.A2.world_matrix.3))+(pow2(parent.A1.world_matrix.7-parent.A2.world_matrix.7))+(pow2(parent.A1.world_matrix.11-parent.A2.world_matrix.11)))}}\n }\n Input {\n inputs 0\n name axis1\n xpos 500\n ypos -220\n }\n Axis2 {\n name A1\n xpos 510\n ypos -150\n }\n end_group\n NoOp {\n name Settings\n xpos -382\n ypos 35\n addUserKnob {20 User}\n addUserKnob {7 camDistance l \"Camera Distance\" R 0 2000}\n camDistance {{\"isOn == 0 ? parent.distance : AxisDistance.distance\"}}\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_InjectMatteChannel.gizmo", "content": "Group {\n name InjectMatteChannel\n help \"this node creates a new single channel\\n.red and injects it into the stream before a deep recolor.\\n\\nThis workflow is to create single channel mattes for your elements in your deep combine tree. which you can later pull out with a shuffle node after you have pre-rendered.\\n\\nThe benifit: you know what your elements look like deep combined, as a sanity check reference, and the pre-render itself has all the matte channels needed to recreate the deep render.\\n\\nWhen replacing your alpha, remember to unpremult(all), copy the holdout alpha, and premult(all)\"\n knobChanged \"n = nuke.thisNode()\\nk = nuke.thisKnob()\\n\\nif k.name() == 'addPrefix':\\n if n.knob('addPrefix').value() == 1:\\n n.knob('prefix').setVisible(True)\\n else:\\n n.knob('prefix').setVisible(False)\\n\\nif k.name() == 'addPostfix':\\n if n.knob('addPostfix').value() == 1:\\n n.knob('postfix').setVisible(True)\\n else:\\n n.knob('postfix').setVisible(False)\"\n tile_color 0x272727ff\n note_font \"Bitstream Vera Sans Bold\"\n note_font_color 0xffffffff\n selected true\n addUserKnob {20 InjectMatteChannel}\n addUserKnob {22 grabTitle l \"Grab Title\" t \"grabs title from either a stamp or a read node from the 'color' stream and fills in the 'new channel name' field\" T \"from stamps_config import defaultTitle\\n\\nn = nuke.thisNode()\\nncn = n.knob('newChannelName')\\n\\niNode = nuke.thisNode()\\n\\ndef upstream(iNode):\\n found = False\\n name = ''\\n while found == False:\\n \\n if iNode.input(1) != None:\\n\\n if iNode.input(1).Class() in \\['Read']:\\n found = True\\n name = defaultTitle(iNode.input(0))\\n \\n \\n elif iNode.input(1).Class() in \\['NoOp','PostageStamp']: \\n \\n try: \\n found = True \\n name = iNode.input(1)\\['title'].value() \\n \\n except:\\n iNode = iNode.input(1)\\n \\n \\n else:\\n iNode = iNode.input(1)\\n else:\\n nuke.message('please connect a read node or a stamp')\\n found = True\\n \\n return name\\n \\nname = upstream(iNode)\\nncn.setValue(name)\" +STARTLINE}\n addUserKnob {22 injectNewChannel l \"Inject New Channel\" t \"Copies the alpha from the color stream into a new channel .red into the stream to be used as a matte when pulled out later down the stream.\" -STARTLINE T \"n = nuke.thisNode()\\ncd = n.knob('channelDisplay')\\ncs = n.knob('channel_select').value()\\nncn = n.knob('newChannelName').getValue()\\n\\nif n.knob('addPrefix').value() == 1 and n.knob('prefix').getValue() != '':\\n prefix = n.knob('prefix').value() + '_'\\nelse:\\n prefix = ''\\n \\nif n.knob('addPostfix').value() == 1 and n.knob('postfix').getValue() != '':\\n postfix = '_' + n.knob('postfix').value()\\nelse:\\n postfix = ''\\n\\nchannelName = prefix+ncn+postfix\\n\\nwith n:\\n nodeName = n.name()\\n copy = nuke.toNode('Copy1')\\n if channelName != '':\\n channelName = ''.join(channelName.split('.'))\\n channelName = '_'.join(channelName.split(' '))\\n fullChannelName = channelName + '.red'\\n nuke.Layer('\\{\\}'.format(channelName), \\[fullChannelName])\\n copy.knob('from0').setValue('rgba.'+cs)\\n copy.knob('to0').setValue(fullChannelName)\\n copy.knob('tile_color').setValue(437918463)\\n copy.knob('note_font_color').setValue(4280090879)\\n \\ncd.setValue(fullChannelName)\\ncd.setVisible(True)\\nn.knob('note_font_color').setValue(4280090879)\\nn.knob('label').setValue('\\{\\} --> \\{\\}.red'.format(cs, channelName))\"}\n addUserKnob {22 reset l \"Reset\" t \"resets the node to default values\" -STARTLINE T \"n = nuke.thisNode()\\nncn = n.knob('newChannelName')\\ncd = n.knob('channelDisplay')\\nwith n:\\n copy = nuke.toNode('Copy1')\\n copy.knob('from0').setValue('rgba.alpha')\\n copy.knob('to0').setValue('rgba.alpha')\\n copy.knob('tile_color').setValue(2654757632)\\n copy.knob('note_font_color').setValue(235802367)\\ncd.setValue('')\\ncd.setVisible(False)\\nncn.setValue('')\\nn.knob('note_font_color').setValue(4294967295)\\nn.knob('label').setValue('')\\nn.knob('addPrefix').setValue(0)\\nn.knob('addPostfix').setValue(0)\\nn.knob('prefix').setValue('ID')\\nn.knob('postfix').setValue('')\\nn.knob('channel_select').setValue('alpha')\"}\n addUserKnob {1 newChannelName l \"New Channel Name\"}\n addUserKnob {83 channel_select l \"Input Matte Channel\" M {red green blue alpha}}\n channel_select alpha\n addUserKnob {6 addPrefix l \"Add Prefix\" +STARTLINE}\n addUserKnob {6 addPostfix l \"Add Postfix\" -STARTLINE}\n addUserKnob {1 prefix +HIDDEN}\n prefix ID\n addUserKnob {1 postfix +HIDDEN}\n addUserKnob {1 channelDisplay l ---> +INVISIBLE}\n addUserKnob {41 bbox l \"Set BBox to \" T Copy1.bbox}\n addUserKnob {26 text l \" \" T \" \"}\n addUserKnob {26 info l \" \" T \"InjectMatteChannel v1.2 | Tony Lyons 2020\"}\n}\n Input {\n inputs 0\n name Inputmatte\n xpos 192\n ypos 456\n number 1\n }\n Input {\n inputs 0\n name Input\n xpos 378\n ypos 319\n }\n Copy {\n inputs 2\n from0 rgba.alpha\n to0 rgba.alpha\n name Copy1\n tile_color 0x9e3c6300\n note_font_color 0xe0e0eff\n xpos 378\n ypos 450\n }\n Output {\n name Output1\n xpos 378\n ypos 641\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_InverseMatrix33.gizmo", "content": "Group {\n inputs 0\n name InverseMatrix33_\n tile_color 0x337f4cff\n addUserKnob {20 tab_general l General}\n addUserKnob {1 knob_path}\n addUserKnob {26 \"\"}\n addUserKnob {41 id T assignID.matrix}\n addUserKnob {26 \"\"}\n addUserKnob {20 tab_math l math n 1}\n tab_math 0\n addUserKnob {7 m l determinant}\n m {{\"\\[value \\[value knob_path].\\[value id.0]] * \\n(( \\[value \\[value knob_path].\\[value id.4]] * \\[value \\[value knob_path].\\[value id.8]] )\\n-\\n( \\[value \\[value knob_path].\\[value id.5]] * \\[value \\[value knob_path].\\[value id.7]] ))\\n\\n-\\n\\n\\[value \\[value knob_path].\\[value id.1]] * \\n(( \\[value \\[value knob_path].\\[value id.3]] * \\[value \\[value knob_path].\\[value id.8]] )\\n-\\n( \\[value \\[value knob_path].\\[value id.5]] * \\[value \\[value knob_path].\\[value id.6]] ))\\n\\n+\\n\\n\\[value \\[value knob_path].\\[value id.2]] * \\n(( \\[value \\[value knob_path].\\[value id.3]] * \\[value \\[value knob_path].\\[value id.7]] )\\n-\\n( \\[value \\[value knob_path].\\[value id.4]] * \\[value \\[value knob_path].\\[value id.6]] ))\"}}\n addUserKnob {41 a l cofactor T co.matrix}\n addUserKnob {20 endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {41 iMatrix T result.matrix}\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T 1.1}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2021-02-24}\n addUserKnob {22 btn_CHANGELOG l Changelog T \"log = \\\"live inverse matrix
iMatrix33
iMatrix44\\\"\\nnuke.message( log )\" +STARTLINE}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n}\n Matrix {\n inputs 0\n matrix {\n {0 1 2}\n {4 5 6}\n {8 9 10}\n }\n name assignID\n xpos -40\n ypos 65\n }\n Matrix {\n inputs 0\n matrix {\n {{\"pow(-1,0+0) * (\\n+\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.8]]\\n-\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.7]]\\n)\"} {\"pow(-1,0+1) * (\\n+\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.8]]\\n-\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.6]]\\n)\"} {\"pow(-1,0+2) * (\\n+\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.7]]\\n-\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.6]]\\n)\"}}\n {{\"pow(-1,1+0) * (\\n+\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.8]]\\n-\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.7]]\\n)\"} {\"pow(-1,1+1) * (\\n+\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.8]]\\n-\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.6]]\\n)\"} {\"pow(-1,1+2) * (\\n+\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.7]]\\n-\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.6]]\\n)\"}}\n {{\"pow(-1,2+0) * (\\n+\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.5]]\\n-\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.4]]\\n)\"} {\"pow(-1,2+1) * (\\n+\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.5]]\\n-\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.3]]\\n)\"} {\"pow(-1,2+2) * (\\n+\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.4]]\\n-\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.3]]\\n)\"}}\n }\n name co\n xpos 70\n ypos 65\n }\n Matrix {\n inputs 0\n matrix {\n {{\"a.0==0 || m==0 ? 0 : a.0/m\"} {\"a.3==0 || m==0 ? 0 : a.3/m\"} {\"a.6==0 || m==0 ? 0 : a.6/m\"}}\n {{\"a.1==0 || m==0 ? 0 : a.1/m\"} {\"a.4==0 || m==0 ? 0 : a.4/m\"} {\"a.7==0 || m==0 ? 0 : a.7/m\"}}\n {{\"a.2==0 || m==0 ? 0 : a.2/m\"} {\"a.5==0 || m==0 ? 0 : a.5/m\"} {\"a.8==0 || m==0 ? 0 : a.8/m\"}}\n }\n name result\n xpos 180\n ypos 65\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_InverseMatrix44.gizmo", "content": "Group {\n inputs 0\n name InverseMatrix44_\n tile_color 0x337f4cff\n addUserKnob {20 tab_general l General}\n addUserKnob {1 knob_path}\n addUserKnob {26 \"\"}\n addUserKnob {41 id T assignID.matrix}\n addUserKnob {26 \"\"}\n addUserKnob {20 grp_math l math n 1}\n grp_math 0\n addUserKnob {7 m l determinant}\n m {{\"\\[value \\[value knob_path].\\[value id.0]] * \\n(\\n\\[value \\[value knob_path].\\[value id.5]] * \\n(( \\[value \\[value knob_path].\\[value id.10]] * \\[value \\[value knob_path].\\[value id.15]] )\\n-\\n( \\[value \\[value knob_path].\\[value id.11]] * \\[value \\[value knob_path].\\[value id.14]] ))\\n-\\n\\[value \\[value knob_path].\\[value id.6]] * \\n(( \\[value \\[value knob_path].\\[value id.9]] * \\[value \\[value knob_path].\\[value id.15]] )\\n-\\n( \\[value \\[value knob_path].\\[value id.11]] * \\[value \\[value knob_path].\\[value id.13]] ))\\n+\\n\\[value \\[value knob_path].\\[value id.7]] * \\n(( \\[value \\[value knob_path].\\[value id.9]] * \\[value \\[value knob_path].\\[value id.14]] )\\n-\\n( \\[value \\[value knob_path].\\[value id.10]] * \\[value \\[value knob_path].\\[value id.13]] ))\\n)\\n\\n-\\n\\n\\[value \\[value knob_path].\\[value id.1]] * \\n(\\n\\[value \\[value knob_path].\\[value id.4]] * \\n(( \\[value \\[value knob_path].\\[value id.10]] * \\[value \\[value knob_path].\\[value id.15]] )\\n-\\n( \\[value \\[value knob_path].\\[value id.11]] * \\[value \\[value knob_path].\\[value id.14]] ))\\n-\\n\\[value \\[value knob_path].\\[value id.6]] * \\n(( \\[value \\[value knob_path].\\[value id.8]] * \\[value \\[value knob_path].\\[value id.15]] )\\n-\\n( \\[value \\[value knob_path].\\[value id.11]] * \\[value \\[value knob_path].\\[value id.12]] ))\\n+\\n\\[value \\[value knob_path].\\[value id.7]] * \\n(( \\[value \\[value knob_path].\\[value id.8]] * \\[value \\[value knob_path].\\[value id.14]] )\\n-\\n( \\[value \\[value knob_path].\\[value id.10]] * \\[value \\[value knob_path].\\[value id.12]] ))\\n)\\n\\n+\\n\\n\\[value \\[value knob_path].\\[value id.2]] * \\n(\\n\\[value \\[value knob_path].\\[value id.4]] * \\n(( \\[value \\[value knob_path].\\[value id.9]] * \\[value \\[value knob_path].\\[value id.15]] )\\n-\\n( \\[value \\[value knob_path].\\[value id.11]] * \\[value \\[value knob_path].\\[value id.13]] ))\\n-\\n\\[value \\[value knob_path].\\[value id.5]] * \\n(( \\[value \\[value knob_path].\\[value id.8]] * \\[value \\[value knob_path].\\[value id.15]] )\\n-\\n( \\[value \\[value knob_path].\\[value id.11]] * \\[value \\[value knob_path].\\[value id.12]] ))\\n+\\n\\[value \\[value knob_path].\\[value id.7]] * \\n(( \\[value \\[value knob_path].\\[value id.8]] * \\[value \\[value knob_path].\\[value id.13]] )\\n-\\n( \\[value \\[value knob_path].\\[value id.9]] * \\[value \\[value knob_path].\\[value id.12]] ))\\n)\\n\\n-\\n\\n\\[value \\[value knob_path].\\[value id.3]] * \\n(\\n\\[value \\[value knob_path].\\[value id.4]] * \\n(( \\[value \\[value knob_path].\\[value id.9]] * \\[value \\[value knob_path].\\[value id.14]] )\\n-\\n( \\[value \\[value knob_path].\\[value id.10]] * \\[value \\[value knob_path].\\[value id.13]] ))\\n-\\n\\[value \\[value knob_path].\\[value id.5]] * \\n(( \\[value \\[value knob_path].\\[value id.8]] * \\[value \\[value knob_path].\\[value id.14]] )\\n-\\n( \\[value \\[value knob_path].\\[value id.10]] * \\[value \\[value knob_path].\\[value id.12]] ))\\n+\\n\\[value \\[value knob_path].\\[value id.6]] * \\n(( \\[value \\[value knob_path].\\[value id.8]] * \\[value \\[value knob_path].\\[value id.13]] )\\n-\\n( \\[value \\[value knob_path].\\[value id.9]] * \\[value \\[value knob_path].\\[value id.12]] ))\\n)\"}}\n addUserKnob {41 a l cofactor T co.matrix}\n addUserKnob {20 endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {41 iMatrix T result.matrix}\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T 1.1}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2021-02-24}\n addUserKnob {22 btn_CHANGELOG l Changelog T \"log = \\\"live inverse matrix
iMatrix33
iMatrix44\\\"\\nnuke.message( log )\" +STARTLINE}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n}\n Matrix {\n inputs 0\n matrix {\n {0 1 2 3}\n {4 5 6 7}\n {8 9 10 11}\n {12 13 14 15}\n }\n name assignID\n xpos -150\n ypos -255\n }\n Matrix {\n inputs 0\n matrix {\n {{\"pow(-1,0+0) * (\\n+\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.10]]*\\[value \\[value knob_path].\\[value id.15]]\\n+\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.11]]*\\[value \\[value knob_path].\\[value id.13]]\\n+\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.9]]*\\[value \\[value knob_path].\\[value id.14]]\\n-\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.10]]*\\[value \\[value knob_path].\\[value id.13]]\\n-\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.9]]*\\[value \\[value knob_path].\\[value id.15]]\\n-\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.11]]*\\[value \\[value knob_path].\\[value id.14]]\\n)\"} {\"pow(-1,0+1) * (\\n+\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.10]]*\\[value \\[value knob_path].\\[value id.15]]\\n+\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.11]]*\\[value \\[value knob_path].\\[value id.12]]\\n+\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.8]]*\\[value \\[value knob_path].\\[value id.13]]\\n-\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.10]]*\\[value \\[value knob_path].\\[value id.12]]\\n-\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.8]]*\\[value \\[value knob_path].\\[value id.15]]\\n-\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.11]]*\\[value \\[value knob_path].\\[value id.14]]\\n)\"} {\"pow(-1,0+2) * (\\n+\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.9]]*\\[value \\[value knob_path].\\[value id.15]]\\n+\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.11]]*\\[value \\[value knob_path].\\[value id.12]]\\n+\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.8]]*\\[value \\[value knob_path].\\[value id.13]]\\n-\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.9]]*\\[value \\[value knob_path].\\[value id.12]]\\n-\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.8]]*\\[value \\[value knob_path].\\[value id.15]]\\n-\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.11]]*\\[value \\[value knob_path].\\[value id.14]]\\n)\"} {\"pow(-1,0+3) * (\\n+\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.9]]*\\[value \\[value knob_path].\\[value id.14]]\\n+\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.10]]*\\[value \\[value knob_path].\\[value id.12]]\\n+\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.8]]*\\[value \\[value knob_path].\\[value id.13]]\\n-\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.9]]*\\[value \\[value knob_path].\\[value id.12]]\\n-\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.8]]*\\[value \\[value knob_path].\\[value id.14]]\\n-\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.10]]*\\[value \\[value knob_path].\\[value id.13]]\\n)\"}}\n {{\"pow(-1,1+0) * (\\n+\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.10]]*\\[value \\[value knob_path].\\[value id.15]]\\n+\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.11]]*\\[value \\[value knob_path].\\[value id.13]]\\n+\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.9]]*\\[value \\[value knob_path].\\[value id.14]]\\n-\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.10]]*\\[value \\[value knob_path].\\[value id.13]]\\n-\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.9]]*\\[value \\[value knob_path].\\[value id.15]]\\n-\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.11]]*\\[value \\[value knob_path].\\[value id.14]]\\n)\"} {\"pow(-1,1+1) * (\\n+\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.10]]*\\[value \\[value knob_path].\\[value id.15]]\\n+\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.11]]*\\[value \\[value knob_path].\\[value id.12]]\\n+\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.8]]*\\[value \\[value knob_path].\\[value id.13]]\\n-\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.10]]*\\[value \\[value knob_path].\\[value id.12]]\\n-\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.8]]*\\[value \\[value knob_path].\\[value id.15]]\\n-\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.11]]*\\[value \\[value knob_path].\\[value id.14]]\\n)\"} {\"pow(-1,1+2) * (\\n+\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.9]]*\\[value \\[value knob_path].\\[value id.15]]\\n+\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.11]]*\\[value \\[value knob_path].\\[value id.12]]\\n+\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.8]]*\\[value \\[value knob_path].\\[value id.13]]\\n-\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.9]]*\\[value \\[value knob_path].\\[value id.12]]\\n-\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.8]]*\\[value \\[value knob_path].\\[value id.15]]\\n-\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.11]]*\\[value \\[value knob_path].\\[value id.14]]\\n)\"} {\"pow(-1,1+3) * (\\n+\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.9]]*\\[value \\[value knob_path].\\[value id.14]]\\n+\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.10]]*\\[value \\[value knob_path].\\[value id.12]]\\n+\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.8]]*\\[value \\[value knob_path].\\[value id.13]]\\n-\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.9]]*\\[value \\[value knob_path].\\[value id.12]]\\n-\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.8]]*\\[value \\[value knob_path].\\[value id.14]]\\n-\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.10]]*\\[value \\[value knob_path].\\[value id.13]]\\n)\"}}\n {{\"pow(-1,2+0) * (\\n+\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.15]]\\n+\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.13]]\\n+\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.14]]\\n-\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.13]]\\n-\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.15]]\\n-\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.11]]*\\[value \\[value knob_path].\\[value id.14]]\\n)\"} {\"pow(-1,2+1) * (\\n+\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.15]]\\n+\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.12]]\\n+\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.13]]\\n-\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.12]]\\n-\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.15]]\\n-\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.14]]\\n)\"} {\"pow(-1,2+2) * (\\n+\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.15]]\\n+\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.12]]\\n+\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.13]]\\n-\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.12]]\\n-\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.15]]\\n-\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.14]]\\n)\"} {\"pow(-1,2+3) * (\\n+\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.14]]\\n+\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.12]]\\n+\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.13]]\\n-\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.12]]\\n-\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.14]]\\n-\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.13]]\\n)\"}}\n {{\"pow(-1,3+0) * (\\n+\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.11]]\\n+\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.9]]\\n+\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.10]]\\n-\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.9]]\\n-\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.11]]\\n-\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.10]]\\n)\"} {\"pow(-1,3+1) * (\\n+\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.11]]\\n+\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.8]]\\n+\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.10]]\\n-\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.8]]\\n-\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.11]]\\n-\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.10]]\\n)\"} {\"pow(-1,3+2) * (\\n+\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.11]]\\n+\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.8]]\\n+\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.9]]\\n-\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.8]]\\n-\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.11]]\\n-\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.9]]\\n)\"} {\"pow(-1,3+3) * (\\n+\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.10]]\\n+\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.8]]\\n+\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.9]]\\n-\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.8]]\\n-\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.10]]\\n-\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.9]]\\n)\"}}\n }\n name co\n xpos -44\n ypos -255\n }\n Matrix {\n inputs 0\n matrix {\n {{\"a.0==0 || m==0 ? 0 : a.0/m\"} {\"a.4==0 || m==0 ? 0 : a.4/m\"} {\"a.8==0 || m==0 ? 0 : a.8/m\"} {\"a.12==0 || m==0 ? 0 : a.12/m\"}}\n {{\"a.1==0 || m==0 ? 0 : a.1/m\"} {\"a.5==0 || m==0 ? 0 : a.5/m\"} {\"a.9==0 || m==0 ? 0 : a.9/m\"} {\"a.13==0 || m==0 ? 0 : a.13/m\"}}\n {{\"a.2==0 || m==0 ? 0 : a.2/m\"} {\"a.6==0 || m==0 ? 0 : a.6/m\"} {\"a.10==0 || m==0 ? 0 : a.10/m\"} {\"a.14==0 || m==0 ? 0 : a.14/m\"}}\n {{\"a.3==0 || m==0 ? 0 : a.3/m\"} {\"a.7==0 || m==0 ? 0 : a.7/m\"} {\"a.11==0 || m==0 ? 0 : a.11/m\"} {\"a.15==0 || m==0 ? 0 : a.15/m\"}}\n }\n name result\n xpos 56\n ypos -254\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_InvertAxis.gizmo", "content": "Group {\n name InvertAxis\n help \"Inverts an input Axis\"\n tile_color 0x9c0000ff\n addUserKnob {20 InvertAxis l \"Invert Axis\"}\n addUserKnob {41 world_matrix l \"\" -STARTLINE T Out_Axis.world_matrix}\n addUserKnob {26 divider_copyright l \"\" +STARTLINE}\n addUserKnob {26 copyright l \"\" +STARTLINE T \"v1.1 - Mathieu Goulet-Aubin & Erwan Leroy - Github\"}\n}\n Axis2 {\n inputs 0\n useMatrix true\n matrix {\n {{Mid_Axis.matrix/Mid_Axis.matrix.15} {Mid_Axis.matrix/Mid_Axis.matrix.15} {Mid_Axis.matrix/Mid_Axis.matrix.15} {Mid_Axis.matrix/Mid_Axis.matrix.15}}\n {{Mid_Axis.matrix/Mid_Axis.matrix.15} {Mid_Axis.matrix/Mid_Axis.matrix.15} {Mid_Axis.matrix/Mid_Axis.matrix.15} {Mid_Axis.matrix/Mid_Axis.matrix.15}}\n {{Mid_Axis.matrix/Mid_Axis.matrix.15} {Mid_Axis.matrix/Mid_Axis.matrix.15} {Mid_Axis.matrix/Mid_Axis.matrix.15} {Mid_Axis.matrix/Mid_Axis.matrix.15}}\n {{Mid_Axis.matrix/Mid_Axis.matrix.15} {Mid_Axis.matrix/Mid_Axis.matrix.15} {Mid_Axis.matrix/Mid_Axis.matrix.15} 1}\n }\n name Out_Axis\n xpos 816\n ypos 668\n }\n Output {\n name Output1\n xpos 806\n ypos 780\n }\n Input {\n inputs 0\n name Inputaxis\n xpos 806\n ypos 434\n }\n Axis2 {\n name In_Axis\n xpos 816\n ypos 499\n }\n Axis2 {\n inputs 0\n useMatrix true\n matrix {\n {{In_Axis.world_matrix.5*In_Axis.world_matrix.10*In_Axis.world_matrix.15+In_Axis.world_matrix.6*In_Axis.world_matrix.11*In_Axis.world_matrix.13+In_Axis.world_matrix.7*In_Axis.world_matrix.9*In_Axis.world_matrix.14-In_Axis.world_matrix.5*In_Axis.world_matrix.11*In_Axis.world_matrix.14-In_Axis.world_matrix.6*In_Axis.world_matrix.9*In_Axis.world_matrix.15-In_Axis.world_matrix.7*In_Axis.world_matrix.10*In_Axis.world_matrix.13} {In_Axis.world_matrix.1*In_Axis.world_matrix.11*In_Axis.world_matrix.14+In_Axis.world_matrix.2*In_Axis.world_matrix.9*In_Axis.world_matrix.15+In_Axis.world_matrix.3*In_Axis.world_matrix.10*In_Axis.world_matrix.13-In_Axis.world_matrix.1*In_Axis.world_matrix.10*In_Axis.world_matrix.15-In_Axis.world_matrix.2*In_Axis.world_matrix.11*In_Axis.world_matrix.13-In_Axis.world_matrix.3*In_Axis.world_matrix.9*In_Axis.world_matrix.14} {In_Axis.world_matrix.1*In_Axis.world_matrix.6*In_Axis.world_matrix.15+In_Axis.world_matrix.2*In_Axis.world_matrix.7*In_Axis.world_matrix.13+In_Axis.world_matrix.3*In_Axis.world_matrix.5*In_Axis.world_matrix.14-In_Axis.world_matrix.1*In_Axis.world_matrix.7*In_Axis.world_matrix.14-In_Axis.world_matrix.2*In_Axis.world_matrix.5*In_Axis.world_matrix.15-In_Axis.world_matrix.3*In_Axis.world_matrix.6*In_Axis.world_matrix.13} {In_Axis.world_matrix.1*In_Axis.world_matrix.7*In_Axis.world_matrix.10+In_Axis.world_matrix.2*In_Axis.world_matrix.5*In_Axis.world_matrix.11+In_Axis.world_matrix.3*In_Axis.world_matrix.6*In_Axis.world_matrix.9-In_Axis.world_matrix.1*In_Axis.world_matrix.6*In_Axis.world_matrix.11-In_Axis.world_matrix.2*In_Axis.world_matrix.7*In_Axis.world_matrix.9-In_Axis.world_matrix.3*In_Axis.world_matrix.5*In_Axis.world_matrix.10}}\n {{In_Axis.world_matrix.4*In_Axis.world_matrix.11*In_Axis.world_matrix.14+In_Axis.world_matrix.6*In_Axis.world_matrix.8*In_Axis.world_matrix.15+In_Axis.world_matrix.7*In_Axis.world_matrix.10*In_Axis.world_matrix.12-In_Axis.world_matrix.4*In_Axis.world_matrix.10*In_Axis.world_matrix.15-In_Axis.world_matrix.6*In_Axis.world_matrix.11*In_Axis.world_matrix.12-In_Axis.world_matrix.7*In_Axis.world_matrix.8*In_Axis.world_matrix.14} {In_Axis.world_matrix.0*In_Axis.world_matrix.10*In_Axis.world_matrix.15+In_Axis.world_matrix.2*In_Axis.world_matrix.11*In_Axis.world_matrix.12+In_Axis.world_matrix.3*In_Axis.world_matrix.8*In_Axis.world_matrix.14-In_Axis.world_matrix.0*In_Axis.world_matrix.11*In_Axis.world_matrix.14-In_Axis.world_matrix.2*In_Axis.world_matrix.8*In_Axis.world_matrix.15-In_Axis.world_matrix.3*In_Axis.world_matrix.10*In_Axis.world_matrix.12} {In_Axis.world_matrix.0*In_Axis.world_matrix.7*In_Axis.world_matrix.14+In_Axis.world_matrix.2*In_Axis.world_matrix.4*In_Axis.world_matrix.15+In_Axis.world_matrix.3*In_Axis.world_matrix.6*In_Axis.world_matrix.12-In_Axis.world_matrix.0*In_Axis.world_matrix.6*In_Axis.world_matrix.15-In_Axis.world_matrix.2*In_Axis.world_matrix.7*In_Axis.world_matrix.12-In_Axis.world_matrix.3*In_Axis.world_matrix.4*In_Axis.world_matrix.14} {In_Axis.world_matrix.0*In_Axis.world_matrix.6*In_Axis.world_matrix.11+In_Axis.world_matrix.2*In_Axis.world_matrix.7*In_Axis.world_matrix.8+In_Axis.world_matrix.3*In_Axis.world_matrix.4*In_Axis.world_matrix.10-In_Axis.world_matrix.0*In_Axis.world_matrix.7*In_Axis.world_matrix.10-In_Axis.world_matrix.2*In_Axis.world_matrix.4*In_Axis.world_matrix.11-In_Axis.world_matrix.3*In_Axis.world_matrix.6*In_Axis.world_matrix.8}}\n {{In_Axis.world_matrix.4*In_Axis.world_matrix.9*In_Axis.world_matrix.15+In_Axis.world_matrix.5*In_Axis.world_matrix.11*In_Axis.world_matrix.12+In_Axis.world_matrix.7*In_Axis.world_matrix.8*In_Axis.world_matrix.13-In_Axis.world_matrix.4*In_Axis.world_matrix.11*In_Axis.world_matrix.13-In_Axis.world_matrix.5*In_Axis.world_matrix.8*In_Axis.world_matrix.15-In_Axis.world_matrix.7*In_Axis.world_matrix.9*In_Axis.world_matrix.12} {In_Axis.world_matrix.0*In_Axis.world_matrix.11*In_Axis.world_matrix.13+In_Axis.world_matrix.1*In_Axis.world_matrix.8*In_Axis.world_matrix.15+In_Axis.world_matrix.3*In_Axis.world_matrix.9*In_Axis.world_matrix.12-In_Axis.world_matrix.0*In_Axis.world_matrix.9*In_Axis.world_matrix.15-In_Axis.world_matrix.1*In_Axis.world_matrix.11*In_Axis.world_matrix.12-In_Axis.world_matrix.3*In_Axis.world_matrix.8*In_Axis.world_matrix.13} {In_Axis.world_matrix.0*In_Axis.world_matrix.5*In_Axis.world_matrix.15+In_Axis.world_matrix.1*In_Axis.world_matrix.7*In_Axis.world_matrix.12+In_Axis.world_matrix.3*In_Axis.world_matrix.4*In_Axis.world_matrix.13-In_Axis.world_matrix.0*In_Axis.world_matrix.7*In_Axis.world_matrix.13-In_Axis.world_matrix.1*In_Axis.world_matrix.4*In_Axis.world_matrix.15-In_Axis.world_matrix.3*In_Axis.world_matrix.5*In_Axis.world_matrix.12} {In_Axis.world_matrix.0*In_Axis.world_matrix.7*In_Axis.world_matrix.9+In_Axis.world_matrix.1*In_Axis.world_matrix.4*In_Axis.world_matrix.11+In_Axis.world_matrix.3*In_Axis.world_matrix.5*In_Axis.world_matrix.8-In_Axis.world_matrix.0*In_Axis.world_matrix.5*In_Axis.world_matrix.11-In_Axis.world_matrix.1*In_Axis.world_matrix.7*In_Axis.world_matrix.8-In_Axis.world_matrix.3*In_Axis.world_matrix.4*In_Axis.world_matrix.9}}\n {{In_Axis.world_matrix.4*In_Axis.world_matrix.10*In_Axis.world_matrix.13+In_Axis.world_matrix.5*In_Axis.world_matrix.8*In_Axis.world_matrix.14+In_Axis.world_matrix.6*In_Axis.world_matrix.9*In_Axis.world_matrix.12-In_Axis.world_matrix.4*In_Axis.world_matrix.9*In_Axis.world_matrix.14-In_Axis.world_matrix.5*In_Axis.world_matrix.10*In_Axis.world_matrix.12-In_Axis.world_matrix.6*In_Axis.world_matrix.8*In_Axis.world_matrix.13} {In_Axis.world_matrix.0*In_Axis.world_matrix.9*In_Axis.world_matrix.14+In_Axis.world_matrix.1*In_Axis.world_matrix.10*In_Axis.world_matrix.12+In_Axis.world_matrix.2*In_Axis.world_matrix.8*In_Axis.world_matrix.13-In_Axis.world_matrix.0*In_Axis.world_matrix.10*In_Axis.world_matrix.13-In_Axis.world_matrix.1*In_Axis.world_matrix.8*In_Axis.world_matrix.14-In_Axis.world_matrix.2*In_Axis.world_matrix.9*In_Axis.world_matrix.12} {In_Axis.world_matrix.0*In_Axis.world_matrix.6*In_Axis.world_matrix.13+In_Axis.world_matrix.1*In_Axis.world_matrix.4*In_Axis.world_matrix.14+In_Axis.world_matrix.2*In_Axis.world_matrix.5*In_Axis.world_matrix.12-In_Axis.world_matrix.0*In_Axis.world_matrix.5*In_Axis.world_matrix.14-In_Axis.world_matrix.1*In_Axis.world_matrix.6*In_Axis.world_matrix.12-In_Axis.world_matrix.2*In_Axis.world_matrix.4*In_Axis.world_matrix.13} {In_Axis.world_matrix.0*In_Axis.world_matrix.5*In_Axis.world_matrix.10+In_Axis.world_matrix.1*In_Axis.world_matrix.6*In_Axis.world_matrix.8+In_Axis.world_matrix.2*In_Axis.world_matrix.4*In_Axis.world_matrix.9-In_Axis.world_matrix.0*In_Axis.world_matrix.6*In_Axis.world_matrix.9-In_Axis.world_matrix.1*In_Axis.world_matrix.4*In_Axis.world_matrix.10-In_Axis.world_matrix.2*In_Axis.world_matrix.5*In_Axis.world_matrix.8}}\n }\n name Mid_Axis\n xpos 700\n ypos 601\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_InvertMatrix4.gizmo", "content": "Group {\n name InvertMatrix4_\n help \"Invert a pixel based Matrix4 (Defined as layers matrix0, matrix1, matrix2 and matrix3)\"\n knobChanged \"node = nuke.thisNode()\\nknob = nuke.thisKnob()\\n\\nif knob.name() == \\\"inputChange\\\":\\n with node:\\n format_knob = nuke.toNode('Constant1')\\['format']\\n if node.input(0):\\n format_knob.setEnabled(False)\\n else:\\n format_knob.setEnabled(True)\\n\"\n selected true\n xpos -2208\n ypos 688\n addUserKnob {20 Matrix4 l InvertMatrix4}\n addUserKnob {26 Description l \"\" +STARTLINE T \"Invert matrix channels\"}\n addUserKnob {26 divider_copyright l \"\" +STARTLINE}\n addUserKnob {26 copyright l \"\" +STARTLINE T \"v1.0 - Mathieu Goulet-Aubin & Erwan Leroy - Github\"}\n}\n Input {\n inputs 0\n name Inputmatrix\n xpos 276\n ypos 144\n }\n Dot {\n name Dot3\n tile_color 0xcccccc00\n xpos 310\n ypos 296\n }\nset N120b6ee0 [stack 0]\n Dot {\n name Dot20\n tile_color 0xcccccc00\n xpos 456\n ypos 296\n }\nadd_layer {matrix0 matrix0.0 matrix0.1 matrix0.2 matrix0.3}\n Shuffle {\n in matrix0\n name Shuffle1\n label \"in \\[value in]-->out \\[value out]\"\n xpos 422\n ypos 343\n }\nset N14561c90 [stack 0]\nadd_layer {matrix1 matrix1.0 matrix1.1 matrix1.2 matrix1.3}\n Shuffle {\n in matrix1\n name Shuffle2\n label \"in \\[value in]-->out \\[value out]\"\n xpos 422\n ypos 383\n }\nset N1c218280 [stack 0]\nadd_layer {matrix2 matrix2.0 matrix2.1 matrix2.2 matrix2.3}\n Shuffle {\n in matrix2\n name Shuffle3\n label \"in \\[value in]-->out \\[value out]\"\n xpos 422\n ypos 419\n }\nset N1c736ac0 [stack 0]\nadd_layer {matrix3 matrix3.0 matrix3.1 matrix3.2 matrix3.3}\n Shuffle {\n in matrix3\n name Shuffle4\n label \"in \\[value in]-->out \\[value out]\"\n xpos 422\n ypos 456\n }\n Dot {\n name Dot8\n tile_color 0x9e3c6300\n xpos 707\n ypos 465\n }\nset N142755e0 [stack 0]\n Dot {\n name Dot11\n tile_color 0x9e3c6300\n xpos 831\n ypos 465\n }\nset N11330380 [stack 0]\n Dot {\n name Dot12\n tile_color 0x9e3c6300\n xpos 965\n ypos 465\n }\nset N1b902700 [stack 0]\n Dot {\n name Dot16\n tile_color 0x9e3c6300\n xpos 1113\n ypos 465\n }\npush $N1c736ac0\n Dot {\n name Dot7\n tile_color 0x9e3c6300\n xpos 666\n ypos 428\n }\nset N1c6f5ac0 [stack 0]\n Dot {\n name Dot10\n tile_color 0x9e3c6300\n xpos 821\n ypos 428\n }\nset N1e8d5010 [stack 0]\n Dot {\n name Dot13\n tile_color 0x9e3c6300\n xpos 949\n ypos 428\n }\nset N1133ec50 [stack 0]\n Dot {\n name Dot17\n tile_color 0x9e3c6300\n xpos 1100\n ypos 428\n }\npush $N1c218280\n Dot {\n name Dot6\n tile_color 0x9e3c6300\n xpos 637\n ypos 392\n }\nset N1c7017f0 [stack 0]\n Dot {\n name Dot9\n tile_color 0x9e3c6300\n xpos 808\n ypos 392\n }\nset N11323810 [stack 0]\n Dot {\n name Dot14\n tile_color 0x9e3c6300\n xpos 927\n ypos 392\n }\nset N1eabc3d0 [stack 0]\n Dot {\n name Dot18\n tile_color 0x9e3c6300\n xpos 1084\n ypos 392\n }\npush $N14561c90\n Dot {\n name Dot5\n tile_color 0x9e3c6300\n xpos 592\n ypos 352\n }\nset N1e9a4770 [stack 0]\n Dot {\n name Dot4\n tile_color 0x9e3c6300\n xpos 776\n ypos 352\n }\nset N1c087c20 [stack 0]\n Dot {\n name Dot15\n tile_color 0x9e3c6300\n xpos 905\n ypos 352\n }\nset N1ec479e0 [stack 0]\n Dot {\n name Dot19\n tile_color 0x9e3c6300\n xpos 1068\n ypos 352\n }\n BlinkScript {\n inputs 4\n recompileCount 14\n ProgramGroup 1\n KernelDescription \"2 \\\"InvertMatrix4\\\" iterate pixelWise 24c0b57d50e6fc4d3de1ddabffc2c534b1cd8bf00f432f09e06cab24b7b23d50 5 \\\"matrix0\\\" Read Point \\\"matrix1\\\" Read Point \\\"matrix2\\\" Read Point \\\"matrix3\\\" Read Point \\\"dst\\\" Write Point 0 0 0\"\n kernelSource \"kernel InvertMatrix4 : ImageComputationKernel\\n\\{\\n Image matrix0; // the input image\\n Image matrix1; // the input image\\n Image matrix2; // the input image\\n Image matrix3; // the input image\\n Image dst; // the output image\\n\\n void process() \\{\\n // Read the input image\\n SampleType(matrix0) m0 = matrix0();\\n SampleType(matrix1) m1 = matrix1();\\n SampleType(matrix2) m2 = matrix2();\\n SampleType(matrix3) m3 = matrix3();\\n\\n // Create the matrix object (matrix3 in this case)\\n float4x4 matrix;\\n matrix\\[0]\\[0] = m0.x;\\n matrix\\[0]\\[1] = m0.y;\\n matrix\\[0]\\[2] = m0.z;\\n matrix\\[0]\\[3] = m0.w;\\n matrix\\[1]\\[0] = m1.x;\\n matrix\\[1]\\[1] = m1.y;\\n matrix\\[1]\\[2] = m1.z;\\n matrix\\[1]\\[3] = m1.w;\\n matrix\\[2]\\[0] = m2.x;\\n matrix\\[2]\\[1] = m2.y;\\n matrix\\[2]\\[2] = m2.z;\\n matrix\\[2]\\[3] = m2.w;\\n matrix\\[3]\\[0] = m3.x;\\n matrix\\[3]\\[1] = m3.y;\\n matrix\\[3]\\[2] = m3.z;\\n matrix\\[3]\\[3] = m3.w;\\n\\n // Inverse the matrix\\n matrix = matrix.invert();\\n\\n // Write the result to the output image\\n dst() = float4(matrix\\[3]\\[0], matrix\\[3]\\[1], matrix\\[3]\\[2], matrix\\[3]\\[3]);\\n \\}\\n\\};\\n\"\n rebuild \"\"\n rebuild_finalise \"\"\n name BlinkScript4\n xpos 1034\n ypos 579\n }\n Dot {\n name Dot2\n tile_color 0xcccccc00\n xpos 1068\n ypos 866\n }\npush $N1b902700\npush $N1133ec50\npush $N1eabc3d0\npush $N1ec479e0\n BlinkScript {\n inputs 4\n recompileCount 14\n ProgramGroup 1\n KernelDescription \"2 \\\"InvertMatrix4\\\" iterate pixelWise 18ad5fdc0440a3820ed7a9939c0cfbbf7fad1323aed420c38542f1e186aa8c86 5 \\\"matrix0\\\" Read Point \\\"matrix1\\\" Read Point \\\"matrix2\\\" Read Point \\\"matrix3\\\" Read Point \\\"dst\\\" Write Point 0 0 0\"\n kernelSource \"kernel InvertMatrix4 : ImageComputationKernel\\n\\{\\n Image matrix0; // the input image\\n Image matrix1; // the input image\\n Image matrix2; // the input image\\n Image matrix3; // the input image\\n Image dst; // the output image\\n\\n void process() \\{\\n // Read the input image\\n SampleType(matrix0) m0 = matrix0();\\n SampleType(matrix1) m1 = matrix1();\\n SampleType(matrix2) m2 = matrix2();\\n SampleType(matrix3) m3 = matrix3();\\n\\n // Create the matrix object (matrix3 in this case)\\n float4x4 matrix;\\n matrix\\[0]\\[0] = m0.x;\\n matrix\\[0]\\[1] = m0.y;\\n matrix\\[0]\\[2] = m0.z;\\n matrix\\[0]\\[3] = m0.w;\\n matrix\\[1]\\[0] = m1.x;\\n matrix\\[1]\\[1] = m1.y;\\n matrix\\[1]\\[2] = m1.z;\\n matrix\\[1]\\[3] = m1.w;\\n matrix\\[2]\\[0] = m2.x;\\n matrix\\[2]\\[1] = m2.y;\\n matrix\\[2]\\[2] = m2.z;\\n matrix\\[2]\\[3] = m2.w;\\n matrix\\[3]\\[0] = m3.x;\\n matrix\\[3]\\[1] = m3.y;\\n matrix\\[3]\\[2] = m3.z;\\n matrix\\[3]\\[3] = m3.w;\\n\\n // Inverse the matrix\\n matrix = matrix.invert();\\n\\n // Write the result to the output image\\n dst() = float4(matrix\\[2]\\[0], matrix\\[2]\\[1], matrix\\[2]\\[2], matrix\\[2]\\[3]);\\n \\}\\n\\};\\n\"\n rebuild \"\"\n rebuild_finalise \"\"\n name BlinkScript3\n xpos 871\n ypos 585\n }\n Dot {\n name Dot1\n tile_color 0xcccccc00\n xpos 905\n ypos 776\n }\npush $N11330380\npush $N1e8d5010\npush $N11323810\npush $N1c087c20\n BlinkScript {\n inputs 4\n recompileCount 14\n ProgramGroup 1\n KernelDescription \"2 \\\"InvertMatrix4\\\" iterate pixelWise e9f630cc235826bda0787271e2c79d1689a8462ddf208e8692d52b548c8b67e3 5 \\\"matrix0\\\" Read Point \\\"matrix1\\\" Read Point \\\"matrix2\\\" Read Point \\\"matrix3\\\" Read Point \\\"dst\\\" Write Point 0 0 0\"\n kernelSource \"kernel InvertMatrix4 : ImageComputationKernel\\n\\{\\n Image matrix0; // the input image\\n Image matrix1; // the input image\\n Image matrix2; // the input image\\n Image matrix3; // the input image\\n Image dst; // the output image\\n\\n void process() \\{\\n // Read the input image\\n SampleType(matrix0) m0 = matrix0();\\n SampleType(matrix1) m1 = matrix1();\\n SampleType(matrix2) m2 = matrix2();\\n SampleType(matrix3) m3 = matrix3();\\n\\n // Create the matrix object (matrix3 in this case)\\n float4x4 matrix;\\n matrix\\[0]\\[0] = m0.x;\\n matrix\\[0]\\[1] = m0.y;\\n matrix\\[0]\\[2] = m0.z;\\n matrix\\[0]\\[3] = m0.w;\\n matrix\\[1]\\[0] = m1.x;\\n matrix\\[1]\\[1] = m1.y;\\n matrix\\[1]\\[2] = m1.z;\\n matrix\\[1]\\[3] = m1.w;\\n matrix\\[2]\\[0] = m2.x;\\n matrix\\[2]\\[1] = m2.y;\\n matrix\\[2]\\[2] = m2.z;\\n matrix\\[2]\\[3] = m2.w;\\n matrix\\[3]\\[0] = m3.x;\\n matrix\\[3]\\[1] = m3.y;\\n matrix\\[3]\\[2] = m3.z;\\n matrix\\[3]\\[3] = m3.w;\\n\\n // Inverse the matrix\\n matrix = matrix.invert();\\n\\n // Write the result to the output image\\n dst() = float4(matrix\\[1]\\[0], matrix\\[1]\\[1], matrix\\[1]\\[2], matrix\\[1]\\[3]);\\n \\}\\n\\};\\n\"\n rebuild \"\"\n rebuild_finalise \"\"\n name BlinkScript2\n xpos 742\n ypos 581\n }\n Dot {\n name Dot37\n tile_color 0xcccccc00\n xpos 776\n ypos 692\n }\npush $N142755e0\npush $N1c6f5ac0\npush $N1c7017f0\npush $N1e9a4770\n BlinkScript {\n inputs 4\n recompileCount 15\n ProgramGroup 1\n KernelDescription \"2 \\\"InvertMatrix4\\\" iterate pixelWise 13aa95e9193320b60408dcef52f07d536b6bc8570746ebe3a513989e032825a7 5 \\\"matrix0\\\" Read Point \\\"matrix1\\\" Read Point \\\"matrix2\\\" Read Point \\\"matrix3\\\" Read Point \\\"dst\\\" Write Point 0 0 0\"\n kernelSource \"kernel InvertMatrix4 : ImageComputationKernel\\n\\{\\n Image matrix0; // the input image\\n Image matrix1; // the input image\\n Image matrix2; // the input image\\n Image matrix3; // the input image\\n Image dst; // the output image\\n\\n void process() \\{\\n // Read the input image\\n SampleType(matrix0) m0 = matrix0();\\n SampleType(matrix1) m1 = matrix1();\\n SampleType(matrix2) m2 = matrix2();\\n SampleType(matrix3) m3 = matrix3();\\n\\n // Create the matrix object (matrix3 in this case)\\n float4x4 matrix;\\n matrix\\[0]\\[0] = m0.x;\\n matrix\\[0]\\[1] = m0.y;\\n matrix\\[0]\\[2] = m0.z;\\n matrix\\[0]\\[3] = m0.w;\\n matrix\\[1]\\[0] = m1.x;\\n matrix\\[1]\\[1] = m1.y;\\n matrix\\[1]\\[2] = m1.z;\\n matrix\\[1]\\[3] = m1.w;\\n matrix\\[2]\\[0] = m2.x;\\n matrix\\[2]\\[1] = m2.y;\\n matrix\\[2]\\[2] = m2.z;\\n matrix\\[2]\\[3] = m2.w;\\n matrix\\[3]\\[0] = m3.x;\\n matrix\\[3]\\[1] = m3.y;\\n matrix\\[3]\\[2] = m3.z;\\n matrix\\[3]\\[3] = m3.w;\\n\\n // Inverse the matrix\\n matrix = matrix.invert();\\n\\n // Write the result to the output image\\n dst() = float4(matrix\\[0]\\[0], matrix\\[0]\\[1], matrix\\[0]\\[2], matrix\\[0]\\[3]);\\n \\}\\n\\};\\n\"\n rebuild \"\"\n rebuild_finalise \"\"\n name BlinkScript1\n selected true\n xpos 558\n ypos 588\n }\npush $N120b6ee0\n Copy {\n inputs 2\n from0 rgba.red\n to0 matrix0.0\n from1 rgba.green\n to1 matrix0.1\n from2 rgba.blue\n to2 matrix0.2\n from3 rgba.alpha\n to3 matrix0.3\n bbox B\n name Copy2\n xpos 276\n ypos 569\n }\n Copy {\n inputs 2\n from0 rgba.red\n to0 matrix1.0\n from1 rgba.green\n to1 matrix1.1\n from2 rgba.blue\n to2 matrix1.2\n from3 rgba.alpha\n to3 matrix1.3\n bbox B\n name Copy1\n xpos 276\n ypos 664\n }\n Copy {\n inputs 2\n from0 rgba.red\n to0 matrix2.0\n from1 rgba.green\n to1 matrix2.1\n from2 rgba.blue\n to2 matrix2.2\n from3 rgba.alpha\n to3 matrix2.3\n bbox B\n name Copy4\n xpos 276\n ypos 748\n }\n Copy {\n inputs 2\n from0 rgba.red\n to0 matrix3.0\n from1 rgba.green\n to1 matrix3.1\n from2 rgba.blue\n to2 matrix3.2\n from3 rgba.alpha\n to3 matrix3.3\n bbox B\n name Copy5\n xpos 276\n ypos 838\n }\n Output {\n name Output1\n xpos 276\n ypos 1059\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_KeyChew.gizmo", "content": "Group {\n name KeyChew\n help \"Cheaply dilates and erodes a matte\"\n onCreate \"n = nuke.thisNode()\\nn.knob(\\\"shrinkDilate\\\").setRange(-50,50)\\n\"\n tile_color 0x878787ff\n selected true\n addUserKnob {20 User l Keychew}\n addUserKnob {14 shrinkDilate l \"Shrink / Dilate\" R -50 50}\n addUserKnob {41 filter l \"\" -STARTLINE T Blur1.filter}\n addUserKnob {7 contrast l Contrast R 0 10}\n addUserKnob {14 postBlur l \"Post Blur\" R 0 100}\n addUserKnob {41 filter_1 l \"\" -STARTLINE T Blur11.filter}\n addUserKnob {26 \"\"}\n addUserKnob {26 \"\" l mask T \"\"}\n addUserKnob {41 maskChannelInput l \"\" -STARTLINE T Merge1.maskChannelInput}\n addUserKnob {41 inject -STARTLINE T Merge1.inject}\n addUserKnob {41 invert_mask l invert -STARTLINE T Merge1.invert_mask}\n addUserKnob {41 fringe -STARTLINE T Merge1.fringe}\n addUserKnob {41 mix T Merge1.mix}\n addUserKnob {20 info l Info}\n addUserKnob {26 created l created: T \"1/1/2015 by Rafal Kaniewski\"}\n addUserKnob {26 adjustments l \"adjustments by:\" T \"Igor Gama + Tony Lyons\"}\n}\n Input {\n inputs 0\n name Inputmask\n xpos 327\n ypos 707\n number 1\n }\n Input {\n inputs 0\n name Input\n xpos 180\n ypos 104\n }\n Dot {\n name Dot1\n note_font_size 41\n xpos 214\n ypos 161\n }\nset Nea18d320 [stack 0]\n Blur {\n channels alpha\n size {{abs(shrinkDilate) x1004 8} {abs(shrinkDilate) x1004 8}}\n filter quadratic\n crop false\n name Blur1\n xpos 180\n ypos 221\n addUserKnob {20 User}\n addUserKnob {7 Chew R -300 300}\n Chew 106\n }\n Invert {\n channels alpha\n name Invert2\n xpos 180\n ypos 320\n disable {{parent.Invert3.disable}}\n }\n Grade {\n channels {-rgba.red -rgba.green -rgba.blue rgba.alpha}\n white {{abs(shrinkDilate)+1 x1004 1.32}}\n gamma {{1/abs(abs(shrinkDilate)/(1-contrast+10)+1)}}\n black_clamp false\n name Grade3\n xpos 180\n ypos 371\n }\n Invert {\n channels alpha\n name Invert3\n xpos 180\n ypos 424\n disable {{shrinkDilate>0?1:0}}\n }\n Clamp {\n channels alpha\n name Clamp5\n xpos 180\n ypos 494\n }\n Blur {\n channels alpha\n size {{parent.postBlur} {parent.postBlur}}\n crop false\n name Blur11\n xpos 180\n ypos 594\n }\npush $Nea18d320\n Dot {\n name Dot2\n note_font_size 41\n xpos 63\n ypos 161\n }\n Dot {\n name Dot3\n note_font_size 41\n xpos 63\n ypos 710\n }\n Merge2 {\n inputs 2+1\n operation copy\n also_merge rgba\n name Merge1\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 180\n ypos 707\n }\n Output {\n name Output1\n xpos 180\n ypos 772\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_KeymixBBox.gizmo", "content": "set cut_paste_input [stack 0]\npush $cut_paste_input\nGroup {\n inputs 3\n name KeymixBBox\n tile_color 0x4b5ec6ff\n selected true\n addUserKnob {20 KeymixBBox}\n addUserKnob {41 channels T Keymix8.channels}\n addUserKnob {41 maskChannel l \"mask channel\" T Keymix8.maskChannel}\n addUserKnob {41 invertMask l invert -STARTLINE T Keymix8.invertMask}\n addUserKnob {41 mix T Keymix8.mix}\n addUserKnob {41 bbox l \"Set BBox to\" T Keymix8.bbox}\n}\n Input {\n inputs 0\n name Inputmask\n xpos 531\n ypos -493\n number 2\n }\nset N8e543ea0 [stack 0]\n Input {\n inputs 0\n name InputA\n xpos 189\n ypos -485\n number 1\n }\nset Ncfd3cc70 [stack 0]\n Merge2 {\n inputs 2\n operation plus\n bbox intersection\n name Merge1\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 285\n ypos -410\n }\nset Nc1bc290 [stack 0]\npush $N8e543ea0\n CopyBBox {\n inputs 2\n name CopyBBox2\n xpos 531\n ypos -350\n }\npush $Nc1bc290\npush $Ncfd3cc70\n CopyBBox {\n inputs 2\n name CopyBBox1\n xpos 189\n ypos -350\n }\n Input {\n inputs 0\n name InputB\n xpos 378\n ypos -493\n }\n Keymix {\n inputs 3\n channels rgba\n name Keymix8\n selected true\n xpos 378\n ypos -350\n }\n Output {\n name Output1\n xpos 378\n ypos -249\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_KillOutline.gizmo", "content": "Group {\n name KillOutline\n help \"KillOutline reduces unwanted outlines from keyed footage.\\n\\nerode controls: erode the alpha in for the amount of the visible outline.\\n\\nexpand controls: expand outer pixels of eroded image out again until it reaches the edge of the original alpha.\\n\\ntransition treatment: if needed, blur the transition between original image and extension.\"\n note_font Verdana\n selected true\n mapsize {0.15 0.15}\n addUserKnob {20 Settings}\n addUserKnob {26 title l \"\" +STARTLINE T \"KillOutline by Andreas Frickinger\"}\n addUserKnob {26 expectation l \"\" +STARTLINE T \"expects premultiplied input.\"}\n addUserKnob {26 text_2 l \"Erode Controls\"}\n addUserKnob {41 erodeSize l \"erode size\" t \"alpha gets eroded in by this amount.\" T GizmoControl.erodeSize}\n addUserKnob {26 text l \"Expand Controls\"}\n addUserKnob {41 slices T EdgeExtend2.slices}\n addUserKnob {41 slice_width l \"slice width\" T EdgeExtend2.slice_width}\n addUserKnob {41 expandSize l \"expand size\" t \"outer pixels of eroded image gets dilated out by this amount. \" T EdgeExtend2.blurResult}\n addUserKnob {26 text_1 l \"Transition Treatment\"}\n addUserKnob {41 transitionTreatmentSwitch l on/off T GizmoControl.transitionTreatmentSwitch}\n addUserKnob {41 edgeSize l \"edge size\" t \"size of transition edge.\" T GizmoControl.edgeSize}\n addUserKnob {41 edgeBlur l \"edge blur\" t \"blur size of transition edge.\" T GizmoControl.edgeBlur}\n addUserKnob {41 size l \"image blur\" t \"blur size of image, masked out by transition edge.\" T TransitionBlur.size}\n addUserKnob {26 \"\" +STARTLINE}\n addUserKnob {7 mix l Mix}\n mix 1\n}\n NoOp {\n inputs 0\n name GizmoControl\n xpos 1425\n ypos 254\n addUserKnob {20 User}\n addUserKnob {6 transitionTreatmentSwitch l on/off +STARTLINE}\n transitionTreatmentSwitch true\n addUserKnob {7 edgeBlur l \"edge blur\" R 0 100}\n edgeBlur 3\n addUserKnob {7 edgeSize l \"edge size\" R -1 10}\n edgeSize 1\n addUserKnob {7 erodeSize l \"erode size\" R 0 10}\n erodeSize 1.25\n }\n Input {\n inputs 0\n name mask\n xpos 1465\n ypos 775\n number 1\n }\n Invert {\n name Invert1\n xpos 1465\n ypos 829\n }\nset N5ebf700 [stack 0]\n Dot {\n name Dot17\n xpos 1499\n ypos 1152\n }\n Input {\n inputs 0\n name img\n xpos 833\n ypos -395\n }\n Dot {\n name Dot5\n xpos 867\n ypos -311\n }\nset N1b631370 [stack 0]\n Unpremult {\n name UnpremultInput\n xpos 833\n ypos -241\n }\n Dot {\n name Dot3\n xpos 867\n ypos -144\n }\nset N1b63ca60 [stack 0]\n Dot {\n name Dot4\n xpos 867\n ypos 371\n }\n Dot {\n name Dot1\n xpos 923\n ypos 370\n }\nset N5e11630 [stack 0]\n Dot {\n name Dot2\n xpos 923\n ypos 671\n }\nset N5e15260 [stack 0]\n Dot {\n name Dot18\n xpos 923\n ypos 1061\n }\npush $N1b63ca60\n Shuffle {\n red black\n green black\n blue black\n name AlphaOnly\n xpos 1250\n ypos -147\n }\n Erode {\n size {{GizmoControl.erodeSize i}}\n name ErodeShrink\n xpos 1250\n ypos 38\n }\nset N5e37a90 [stack 0]\n Dot {\n name Dot10\n xpos 1657\n ypos 47\n }\n EdgeDetectWrapper {\n channels alpha\n erodesize {{GizmoControl.edgeSize*-1 i}}\n blursize {{abs(erodesize) i} {abs(erodesize)*3 i}}\n name EdgeDetectWrapper1\n xpos 1623\n ypos 257\n }\n Blur {\n size {{GizmoControl.edgeBlur i}}\n name EdgeBlur\n xpos 1623\n ypos 321\n }\n Dot {\n name Dot14\n xpos 1657\n ypos 572\n }\nset N1b2dc4f0 [stack 0]\npush $N5e37a90\npush $N5e11630\n Copy {\n inputs 2\n from0 rgba.alpha\n to0 rgba.alpha\n name Copy1\n xpos 1250\n ypos 362\n }\n Premult {\n name Premult2\n xpos 1250\n ypos 457\n }\nset N5e8d4b0 [stack 0]\n Dot {\n name Dot12\n xpos 1102\n ypos 460\n }\n Blur {\n inputs 1+1\n size {{parent.TransitionBlur.size i}}\n name TransitionBlur1\n xpos 1068\n ypos 563\n disable {{(GizmoControl.transitionTreatmentSwitch-1)*-1 i}}\n }\npush $N5e15260\n Expression {\n expr3 a==0?0:a\n name Expression1\n xpos 982\n ypos 668\n }\nset N5e7f060 [stack 0]\n Dot {\n name Dot19\n xpos 1016\n ypos 981\n }\n Merge2 {\n inputs 2\n operation stencil\n name Merge3\n xpos 1068\n ypos 978\n }\npush $N1b2dc4f0\n Dot {\n name Dot9\n xpos 1657\n ypos 605\n }\nset N5ed5b20 [stack 0]\n Merge2 {\n inputs 2\n name Merge4\n xpos 1623\n ypos 978\n }\n Clamp {\n channels alpha\n name Clamp1\n xpos 1623\n ypos 1002\n }\n Merge2 {\n inputs 2\n operation mask\n name Max\n xpos 1623\n ypos 1058\n }\n Merge2 {\n inputs 2\n operation stencil\n name Merge5\n xpos 1623\n ypos 1149\n }\n Dot {\n name Dot13\n xpos 1657\n ypos 1226\n }\npush $N5ebf700\npush $N1b631370\n Dot {\n name Dot6\n xpos 585\n ypos -311\n }\n Dot {\n name Dot7\n xpos 585\n ypos 839\n }\n Dot {\n name Dot8\n xpos 1170\n ypos 838\n }\nset N5c76ab0 [stack 0]\npush $N5e7f060\npush $N5ed5b20\npush $N5e8d4b0\npush $N5e8d4b0\n Group {\n inputs 2\n name EdgeExtend2\n help \"EdgeExtend repeatedly blurs and unpremuliplies the image to extend edges outward while trying to preserve the original source colour\"\n xpos 1250\n ypos 515\n addUserKnob {20 \"\" l User}\n addUserKnob {4 premult l \"input is\" M {premultiplied unpremultiplied}}\n addUserKnob {3 slices t \"How many times the edges are blurred and unpremuliplied.\\nThis is the fine control for slightly better quality. The current maximum is 10.\"}\n slices 4\n addUserKnob {3 slice_width l \"slice width\" t \"Blur amount that is applied before unpremultiplying the result per slice.\\nThis is the brute force control and should be kept at 1 if possible.\\nOnly increase this if the maximum amount of slices (10) doesn't cover the area you need.\"}\n slice_width 1\n addUserKnob {7 blurResult l \"blur slices\" R 0 10}\n blurResult 5\n }\n Input {\n inputs 0\n name img\n xpos -590\n ypos -509\n }\nset N5c81cd0 [stack 0]\n Dot {\n name Dot1\n xpos -556\n ypos 978\n }\n Input {\n inputs 0\n name matte\n xpos -358\n ypos -653\n number 1\n }\npush $N5c81cd0\n Unpremult {\n name Unpremult11\n xpos -468\n ypos -509\n disable {{parent.premult}}\n }\n Copy {\n inputs 2\n from0 -rgba.alpha\n to0 -rgba.alpha\n channels alpha\n name Copy2\n xpos -358\n ypos -516\n }\n Premult {\n name Premult1\n xpos -358\n ypos -450\n }\n Shuffle {\n black alpha\n out2 depth\n name Shuffle1\n label alpha>depth\n xpos -223\n ypos -413\n }\n Unpremult {\n channels {rgba.red rgba.green rgba.blue depth.Z}\n name Unpremult1\n xpos -223\n ypos -373\n }\nset N5c0c880 [stack 0]\n Dot {\n name Dot2\n xpos -189\n ypos -214\n }\nset N2007d4d0 [stack 0]\npush $N5c0c880\n Blur {\n channels {rgba.red rgba.green rgba.blue depth.Z}\n size {{parent.slice_width}}\n name Blur1\n xpos -25\n ypos -373\n }\n Shuffle {\n in2 depth\n alpha red2\n out2 depth\n name Shuffle3\n label depth>alpha\n xpos -25\n ypos -333\n }\n Unpremult {\n channels rgba\n alpha depth.Z\n name Unpremult3\n xpos -25\n ypos -293\n }\n Blur {\n channels rgba\n size {{parent.blurResult}}\n name Blur10\n xpos -25\n ypos -241\n }\n set C5c63600 [stack 0]\n Merge2 {\n inputs 2\n Achannels {rgba.red rgba.green rgba.blue depth.Z}\n name Merge1\n xpos -25\n ypos -218\n }\nset N5c6e060 [stack 0]\n Dot {\n name Dot3\n xpos 9\n ypos -73\n }\nset N200c2d90 [stack 0]\npush $N5c6e060\n Blur {\n channels rgba\n size {{parent.slice_width}}\n name Blur2\n xpos 159\n ypos -218\n }\n Shuffle {\n in2 depth\n black alpha\n out2 depth\n name Shuffle5\n label alpha>depth\n xpos 159\n ypos -180\n }\n Unpremult {\n channels {rgba.red rgba.green rgba.blue depth.Z}\n name Unpremult2\n xpos 159\n ypos -140\n }\n Blur {\n channels {rgba.red rgba.green rgba.blue depth.Z}\n size {{parent.blurResult}}\n name Blur3\n xpos 159\n ypos -101\n }\n set C1b20ac30 [stack 0]\n Merge2 {\n inputs 2\n name Merge2\n xpos 159\n ypos -73\n }\nset N20093730 [stack 0]\n Dot {\n name Dot4\n xpos 193\n ypos 103\n }\nset N2008df10 [stack 0]\npush $N20093730\n Shuffle {\n in2 depth\n alpha red2\n out2 depth\n name Shuffle2\n label depth>alpha\n xpos 342\n ypos -24\n }\n Unpremult {\n channels rgba\n alpha depth.Z\n name Unpremult4\n xpos 342\n ypos 16\n }\nset N200de320 [stack 0]\nclone $C5c63600 {\n xpos 342\n ypos 68\n selected false\n }\n Merge2 {\n inputs 2\n Achannels {rgba.red rgba.green rgba.blue depth.Z}\n name Merge3\n xpos 342\n ypos 103\n }\n Dot {\n name Dot5\n xpos 373\n ypos 226\n }\nset N5e206e0 [stack 0]\npush $N200de320\n Blur {\n channels rgba\n size {{parent.slice_width}}\n name Blur5\n xpos 503\n ypos 23\n }\n Shuffle {\n in2 depth\n black alpha\n out2 depth\n name Shuffle4\n label alpha>depth\n xpos 503\n ypos 65\n }\n Unpremult {\n channels {rgba.red rgba.green rgba.blue depth.Z}\n name Unpremult5\n xpos 503\n ypos 105\n }\nset N1b6d0ab0 [stack 0]\nclone $C1b20ac30 {\n xpos 503\n ypos 174\n selected false\n }\n Merge2 {\n inputs 2\n name Merge4\n xpos 503\n ypos 226\n }\n Dot {\n name Dot6\n xpos 537\n ypos 321\n }\nset N5e25a50 [stack 0]\npush $N1b6d0ab0\n Blur {\n channels {rgba.red rgba.green rgba.blue depth.Z}\n size {{parent.slice_width}}\n name Blur7\n xpos 689\n ypos 105\n }\n Shuffle {\n in2 depth\n alpha red2\n out2 depth\n name Shuffle6\n label depth>alpha\n xpos 689\n ypos 145\n }\n Unpremult {\n channels rgba\n alpha depth.Z\n name Unpremult6\n xpos 689\n ypos 185\n }\nset N1b6f5cd0 [stack 0]\nclone $C5c63600 {\n xpos 684\n ypos 272\n selected false\n }\n Merge2 {\n inputs 2\n Achannels {rgba.red rgba.green rgba.blue depth.Z}\n name Merge5\n xpos 689\n ypos 321\n }\n Dot {\n name Dot7\n xpos 723\n ypos 448\n }\nset N191cc770 [stack 0]\npush $N1b6f5cd0\n Blur {\n channels rgba\n size {{parent.slice_width}}\n name Blur9\n xpos 856\n ypos 200\n }\n Shuffle {\n in2 depth\n black alpha\n out2 depth\n name Shuffle7\n label alpha>depth\n xpos 856\n ypos 280\n }\n Unpremult {\n channels {rgba.red rgba.green rgba.blue depth.Z}\n name Unpremult7\n xpos 856\n ypos 320\n }\nset N19141860 [stack 0]\nclone $C1b20ac30 {\n xpos 852\n ypos 405\n selected false\n }\n Merge2 {\n inputs 2\n name Merge6\n xpos 856\n ypos 448\n }\n Dot {\n name Dot8\n xpos 890\n ypos 514\n }\nset N19115c50 [stack 0]\npush $N19141860\n Blur {\n channels {rgba.red rgba.green rgba.blue depth.Z}\n size {{parent.slice_width}}\n name Blur12\n xpos 1042\n ypos 320\n }\n Shuffle {\n in2 depth\n alpha red2\n out2 depth\n name Shuffle8\n label depth>alpha\n xpos 1042\n ypos 393\n }\n Unpremult {\n channels rgba\n alpha depth.Z\n name Unpremult8\n xpos 1042\n ypos 433\n }\nset N880a710 [stack 0]\nclone $C5c63600 {\n xpos 1046\n ypos 484\n selected false\n }\n Merge2 {\n inputs 2\n Achannels {rgba.red rgba.green rgba.blue depth.Z}\n name Merge7\n xpos 1042\n ypos 514\n }\n Dot {\n name Dot9\n xpos 1076\n ypos 579\n }\nset N8829a90 [stack 0]\npush $N880a710\n Blur {\n channels rgba\n size {{parent.slice_width}}\n name Blur14\n xpos 1205\n ypos 440\n }\n Shuffle {\n in2 depth\n black alpha\n out2 depth\n name Shuffle9\n label alpha>depth\n xpos 1205\n ypos 466\n }\n Unpremult {\n channels {rgba.red rgba.green rgba.blue depth.Z}\n name Unpremult9\n xpos 1205\n ypos 506\n }\nset N8846200 [stack 0]\nclone $C1b20ac30 {\n xpos 1206\n ypos 551\n selected false\n }\n Merge2 {\n inputs 2\n name Merge8\n xpos 1205\n ypos 579\n }\n Dot {\n name Dot10\n xpos 1239\n ypos 664\n }\nset N88653f0 [stack 0]\npush $N8846200\n Blur {\n channels {rgba.red rgba.green rgba.blue depth.Z}\n size {{parent.slice_width}}\n name Blur16\n xpos 1421\n ypos 506\n }\n Shuffle {\n in2 depth\n alpha red2\n out2 depth\n name Shuffle11\n label depth>alpha\n xpos 1421\n ypos 546\n }\n Unpremult {\n channels rgba\n alpha depth.Z\n name Unpremult10\n xpos 1421\n ypos 586\n }\nclone $C5c63600 {\n xpos 1421\n ypos 638\n selected true\n }\n Merge2 {\n inputs 2\n Achannels {rgba.red rgba.green rgba.blue depth.Z}\n name Merge9\n xpos 1421\n ypos 664\n }\npush $N88653f0\npush $N8829a90\npush $N19115c50\npush $N191cc770\npush $N5e25a50\npush $N5e206e0\npush $N2008df10\npush $N200c2d90\npush $N2007d4d0\npush $N5c81cd0\n Switch {\n inputs 11\n which {{parent.slices}}\n name Switch1\n xpos 689\n ypos 827\n }\n Shuffle {\n in2 depth\n alpha red2\n out2 depth\n name Shuffle10\n label depth>alpha\n xpos 689\n ypos 865\n }\n Remove {\n channels depth\n name Remove1\n xpos 689\n ypos 905\n }\n Copy {\n inputs 2\n from0 -rgba.alpha\n to0 -rgba.alpha\n channels depth\n name Copy1\n xpos 689\n ypos 960\n }\n Output {\n name Output1\n xpos 689\n ypos 1290\n }\n Blur {\n inputs 0\n channels {rgba.red rgba.green rgba.blue depth.Z}\n size 8.5\n name Blur18\n xpos 299\n ypos -61\n }\n end_group\n Blur {\n inputs 1+1\n size 2.1\n name TransitionBlur\n xpos 1250\n ypos 596\n disable {{(GizmoControl.transitionTreatmentSwitch-1)*-1 i}}\n }\n Copy {\n inputs 2\n from0 rgba.alpha\n to0 rgba.alpha\n name Copy2\n xpos 1250\n ypos 662\n }\n Premult {\n name Premult3\n xpos 1250\n ypos 777\n }\n Keymix {\n inputs 3\n name Keymix1\n xpos 1250\n ypos 829\n }\n Copy {\n inputs 2\n from0 rgba.alpha\n to0 mask.a\n name Copy3\n xpos 1250\n ypos 1217\n }\npush $N5c76ab0\n Dot {\n name Dot11\n xpos 1170\n ypos 1343\n }\n Dissolve {\n inputs 2\n which {{parent.mix i}}\n name Dissolve1\n xpos 1250\n ypos 1334\n }\n Output {\n name Output1\n xpos 1250\n ypos 1433\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_LabelFromRead.gizmo", "content": "Group {\n name LabelFromRead\n tile_color 0x1f1f1fff\n label \"\\[ expr \\{ \\[value splitPath] ? \\[value finalFilePath] : \\[] \\} ]\\n\\[value inputDesc]\"\n note_font \"Verdana Bold\"\n note_font_color 0xe5e500ff\n selected true\n addUserKnob {20 LabelFromRead}\n addUserKnob {1 inputName +INVISIBLE}\n inputName \"\\[file tail \\[value \\[topnode].file]] \\n\"\n addUserKnob {1 fullPath +INVISIBLE}\n fullPath \"\\[value \\[topnode].file]\"\n addUserKnob {6 filenameCheck l \"Include FIle Name?\" +STARTLINE}\n filenameCheck true\n addUserKnob {4 pathType l \"\" -STARTLINE M {\"Full Path\" Tail}}\n pathType Tail\n addUserKnob {6 splitPath l \"Split Path\" -STARTLINE}\n addUserKnob {1 whichPath +INVISIBLE}\n whichPath \"\\[ expr \\{ \\[value pathType] == \\\"Full Path\\\" ? \\[value fullPath] : \\[value inputName] \\} ]\"\n addUserKnob {3 rangeStart l range}\n rangeStart 1\n addUserKnob {3 rangeEnd l \" - \" -STARTLINE}\n rangeEnd 2\n addUserKnob {1 splitText l \"Split with\" -STARTLINE}\n splitText _\n addUserKnob {1 fileRange +INVISIBLE}\n fileRange \"\\[ expr \\{ \\[value splitPath] ? \\[ expr \\{ \\[value filenameCheck] ? \\[lrange \\[split \\[value whichPath] \\[value splitText] ] \\[value rangeStart] \\[value rangeEnd] ] : \\[] \\} ] : \\[value whichPath] \\} ]\"\n addUserKnob {1 finalFilePath +INVISIBLE}\n finalFilePath \"\\[value fileRange]\"\n addUserKnob {6 descCheck l \"Include Description?\" +STARTLINE}\n addUserKnob {1 inputDesc l Description}\n addUserKnob {26 \"\"}\n addUserKnob {6 color_rgb_panelDropped l \"panel dropped state\" +HIDDEN +STARTLINE}\n addUserKnob {18 color l \"Text Color\"}\n color {1 1 0}\n addUserKnob {6 color_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 color_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {18 borderColor l \"Border Color\"}\n borderColor {0 0 0}\n addUserKnob {6 borderColor_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 borderColor_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 color_rgb_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {7 borderSize l \"Border Size\" R 0 5}\n borderSize 2\n addUserKnob {6 enableBackground l \"Enable Background\" +INVISIBLE +STARTLINE}\n addUserKnob {26 \"\"}\n addUserKnob {20 font n 1}\n font 0\n addUserKnob {41 fileFront l \"File Font\" T FileName.font}\n addUserKnob {41 descFont l \"Description Font\" T Description.font}\n addUserKnob {20 endGroup n -1}\n addUserKnob {41 xjustify l Justify T FileName.xjustify}\n addUserKnob {41 yjustify l \"\" -STARTLINE T FileName.yjustify}\n addUserKnob {7 size l \"Overall Size\" R -50 50}\n addUserKnob {7 x_pos l \"X Pos\" R -100 100}\n addUserKnob {7 YPos l \"Y Pos\" R -100 100}\n addUserKnob {26 \"\"}\n addUserKnob {41 mix T Merge1.mix}\n addUserKnob {20 info l Info}\n addUserKnob {26 creator l Creator: T \"Tony Lyons\"}\n addUserKnob {26 desc l Description: t \"Takes the last section of the filename and displays in on the top of frame\\n\\n- Can toggle dsiplay of a User Description\\n- Can adjust size and position of Text\" T LabelFromRead}\n addUserKnob {26 text l Version: T v06}\n}\n Input {\n inputs 0\n name Input\n xpos -195\n ypos -608\n }\n Dot {\n name Dot1\n xpos -161\n ypos -550\n }\nset N36754800 [stack 0]\n Remove {\n operation keep\n channels rgba\n name Remove1\n xpos -339\n ypos -553\n }\n Shuffle {\n red black\n green black\n blue black\n alpha black\n name Shuffle1\n label \"\\[value in]\"\n xpos -339\n ypos -529\n }\n Text2 {\n font_size_toolbar 100\n font_width_toolbar 100\n font_height_toolbar 100\n message \"\\[value parent.inputDesc]\"\n old_expression_markers {{0 -1}\n }\n box {0 {input.height-(input.height/5)} {input.width} {input.height-(input.height/37.25)}}\n xjustify {{parent.FileName.xjustify}}\n yjustify {{parent.FileName.yjustify}}\n transforms {{0 2}\n }\n global_font_scale {{(input.width/35+parent.size)/100}}\n scale {1 1}\n cursor_initialised true\n autofit_bbox false\n initial_cursor_position {{0 1556}\n }\n group_animations {{0} imported: 0 selected: items: \"root transform\"}\n animation_layers {{1 11 0 {input.height-(input.height/7)} {\"input.width/40+ parent.x_pos\"} {parent.YPos} 1 1 0 0 0 0}\n }\n color {{parent.color} {parent.color} {parent.color} 1}\n background_border_x 0\n background_border_y 0\n enable_shadows true\n shadow_color {{parent.borderColor} {parent.borderColor} {parent.borderColor} 1}\n shadow_opacity 1\n shadow_distance 0\n shadow_size {{parent.borderSize}}\n name Description\n selected true\n xpos -339\n ypos -453\n disable {{!parent.descCheck}}\n }\n Text2 {\n font_size_toolbar 100\n font_width_toolbar 100\n font_height_toolbar 100\n message \"\\n\\[value parent.finalFilePath]\"\n old_message {{10 78 111 116 104 105 110 103 32 105 115 32 110 97 109 101 100 32 34 110 111 100 101 49 51 54 55 55 54 98 48 48 46 102 105 108 101 34}\n }\n old_expression_markers {{1 37}\n }\n box {0 {input.height-(input.height/5)} {input.width} {input.height-(input.height/37.25)}}\n transforms {{0 2}\n }\n cursor_position 1\n global_font_scale {{(input.width/35+parent.size)/100}}\n scale {1 1}\n cursor_initialised true\n autofit_bbox false\n initial_cursor_position {{0 1556}\n }\n group_animations {{0} imported: 0 selected: items: \"root transform\"}\n animation_layers {{1 11 0 {input.height-(input.height/7)} {\"input.width/40+ parent.x_pos\"} {\"descCheck == 1 ? parent.YPos : input.height/20 + parent.YPos\"} 1 1 0 0 0 0}\n }\n color {{parent.color} {parent.color} {parent.color} 1}\n enable_background {{parent.enableBackground}}\n background_border_x 0\n background_border_y 0\n enable_shadows true\n shadow_color {{parent.borderColor} {parent.borderColor} {parent.borderColor} 1}\n shadow_opacity 1\n shadow_distance 0\n shadow_size {{parent.borderSize}}\n name FileName\n xpos -339\n ypos -408\n disable {{!parent.filenameCheck}}\n }\n Dot {\n name Dot2\n xpos -305\n ypos -342\n }\npush $N36754800\n Merge2 {\n inputs 2\n bbox B\n name Merge1\n xpos -195\n ypos -345\n }\n Output {\n name Output1\n xpos -195\n ypos -201\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_LensEngine.gizmo", "content": "Group {\n name LensEngine\n selected true\n addUserKnob {20 mainTab l main}\n addUserKnob {26 headline l \"\" +STARTLINE T \"Lens Engine v1.3 \"}\n addUserKnob {26 headline2 l \"\" +STARTLINE T \"by Kyran Bishop\"}\n addUserKnob {26 formatSettings l \"project format\"}\n addUserKnob {41 format T backdropConstant.format}\n addUserKnob {26 flareTranslateHeader l \"flare translate\"}\n addUserKnob {12 flarePos l \"flare position\"}\n flarePos {960 540}\n addUserKnob {16 flareCoreSize l size}\n flareCoreSize 1\n addUserKnob {26 lensDirtHeader l \"lens dirt\"}\n addUserKnob {6 lensDirtEnable l enable +STARTLINE}\n addUserKnob {4 lensDirtCalculation l \"calculation type\" M {simple \"normals based\"}}\n lensDirtCalculation \"normals based\"\n addUserKnob {4 lensDirtPicker l type M {water \"water clumpy\" scratches streaks \"\\[custom dirt]\"}}\n addUserKnob {4 lensDirtBlurType l \"blur type\" M {\"basic blur\" \"bokeh blur\"}}\n addUserKnob {14 lensDirtBlur l softness R 0 100}\n lensDirtBlur 1\n addUserKnob {7 lensBlurAspectRatio l \"aspect ratio\" R 1 2}\n lensBlurAspectRatio 1\n addUserKnob {7 lensDirtMix l mix}\n lensDirtMix 1\n addUserKnob {7 lensDirtBoost l boost R 0 10}\n lensDirtBoost 1\n addUserKnob {6 lensDirtRangePreview l \"preview range\" +STARTLINE}\n addUserKnob {7 lensDirtRangeFalloff l falloff R 0 2000}\n lensDirtRangeFalloff 200\n addUserKnob {7 lensDirtFalloffSteepness l \"falloff clamp\" R 0 0.25}\n lensDirtFalloffSteepness 0.03\n addUserKnob {26 UIcontrolheader l \"UI controls\"}\n addUserKnob {22 resetAll l \"reset all\" T \"import nuke\\n\\n# template\\n#nuke.thisNode()\\[''].setValue()\\n\\n# env variables\\nf = nuke.root().format()\\nfw = f.width()\\nfh = f.height()\\n\\nif nuke.ask('Are you sure you want to reset the flare? This action cannot be undone!'):\\n\\t\\n\\t# main\\n\\t# translate\\n\\tnuke.thisNode()\\['flarePos'].setValue(fw/2, 0)\\n\\tnuke.thisNode()\\['flarePos'].setValue(fh/2, 1)\\n\\tnuke.thisNode()\\['flareCoreSize'].setValue(1)\\n\\t# lens dirt\\n\\tnuke.thisNode()\\['lensDirtEnable'].setValue(0)\\n\\tnuke.thisNode()\\['lensDirtPicker'].setValue(0)\\n\\tnuke.thisNode()\\['lensDirtBlurType'].setValue(0)\\n\\tnuke.thisNode()\\['lensDirtBlur'].setValue(1)\\n\\tnuke.thisNode()\\['lensBlurAspectRatio'].setValue(1)\\n\\tnuke.thisNode()\\['lensDirtMix'].setValue(1)\\n\\tnuke.thisNode()\\['lensDirtBoost'].setValue(1)\\n\\tnuke.thisNode()\\['lensDirtRangePreview'].setValue(0)\\n\\tnuke.thisNode()\\['lensDirtRangeFalloff'].setValue(200)\\n\\tnuke.thisNode()\\['lensDirtFalloffSteepness'].setValue(0.03)\\n\\n\\t# cores\\n\\t# core\\n\\tnuke.thisNode()\\['altCoreDisable'].setValue(1)\\n\\tnuke.thisNode()\\['coreSize'].setValue(1)\\n\\tnuke.thisNode()\\['coreOffsetSlider'].setValue(0, 0)\\n\\tnuke.thisNode()\\['coreOffsetSlider'].setValue(0, 1)\\n\\tnuke.thisNode()\\['coreRotation'].setValue(0)\\n\\tnuke.thisNode()\\['coreTypePick'].setValue(0)\\n\\tnuke.thisNode()\\['coreColour'].setValue(1, 0)\\n\\tnuke.thisNode()\\['coreColour'].setValue(1, 1)\\n\\tnuke.thisNode()\\['coreColour'].setValue(1, 2)\\n\\tnuke.thisNode()\\['coreBlur'].setValue(0)\\n\\tnuke.thisNode()\\['coreMix'].setValue(1)\\n\\t# core rays\\n\\tnuke.thisNode()\\['coreRaysEnable'].setValue(1)\\n\\tnuke.thisNode()\\['coreRaysSize'].setValue(1)\\n\\tnuke.thisNode()\\['coreRaysRotation'].setValue(0)\\n\\tnuke.thisNode()\\['coreRaysThickness'].setValue(0)\\n\\tnuke.thisNode()\\['coreRaysType'].setValue(0)\\n\\tnuke.thisNode()\\['coreRaysColour'].setValue(1, 0)\\n\\tnuke.thisNode()\\['coreRaysColour'].setValue(1, 1)\\n\\tnuke.thisNode()\\['coreRaysColour'].setValue(1, 2)\\n\\tnuke.thisNode()\\['coreRaysBlur'].setValue(0)\\n\\tnuke.thisNode()\\['coreRaysMix'].setValue(0.2)\\n\\tnuke.thisNode()\\['coreRaysSeed'].setValue(0)\\n\\t# core extra\\n\\tnuke.thisNode()\\['coreCoronaAlt'].setValue(1)\\n\\tnuke.thisNode()\\['coreCoronaSize'].setValue(1)\\n\\tnuke.thisNode()\\['coronaOffsetSlider'].setValue(0, 0)\\n\\tnuke.thisNode()\\['coronaOffsetSlider'].setValue(0, 1)\\n\\tnuke.thisNode()\\['coreCoronaRotation'].setValue(0)\\n\\tnuke.thisNode()\\['coreCoronaType'].setValue(3)\\n\\tnuke.thisNode()\\['coreCoronaNoise'].setValue(0)\\n\\tnuke.thisNode()\\['coreCoronaTint'].setValue(1, 0)\\n\\tnuke.thisNode()\\['coreCoronaTint'].setValue(1, 1)\\n\\tnuke.thisNode()\\['coreCoronaTint'].setValue(1, 2)\\n\\tnuke.thisNode()\\['coreCoronaBlur'].setValue(0)\\n\\tnuke.thisNode()\\['coreCoronaMix'].setValue(1)\\n\\t# corona\\n\\tnuke.thisNode()\\['coronaExtraEnable'].setValue(1)\\n\\tnuke.thisNode()\\['coronaExtraSize'].setValue(1)\\n\\tnuke.thisNode()\\['coronaExtraOffset'].setValue(0, 0)\\n\\tnuke.thisNode()\\['coronaExtraOffset'].setValue(0, 1)\\n\\tnuke.thisNode()\\['coronaExtraRotation'].setValue(0)\\n\\tnuke.thisNode()\\['coronaExtraType'].setValue(1)\\n\\tnuke.thisNode()\\['coronaExtraNoise'].setValue(0)\\n\\tnuke.thisNode()\\['coronaExtraColour'].setValue(1, 0)\\n\\tnuke.thisNode()\\['coronaExtraColour'].setValue(1, 1)\\n\\tnuke.thisNode()\\['coronaExtraColour'].setValue(1, 2)\\n\\tnuke.thisNode()\\['coronaExtraBlur'].setValue(0)\\n\\tnuke.thisNode()\\['coronaExtraMix'].setValue(0.5)\\n\\n\\t# anomalies\\n\\t# anomaly\\n\\tnuke.thisNode()\\['lensAnomalyEnable'].setValue(0)\\n\\tnuke.thisNode()\\['anomalySize'].setValue(1)\\n\\tnuke.thisNode()\\['anomalyPosOffset'].setValue(0, 0)\\n\\tnuke.thisNode()\\['anomalyPosOffset'].setValue(0, 1)\\n\\tnuke.thisNode()\\['coronaOffsetSlider'].setValue(0, 1)\\n\\tnuke.thisNode()\\['anomalyRotOffset'].setValue(0)\\n\\tnuke.thisNode()\\['anomalyAnamorph'].setValue(1)\\n\\tnuke.thisNode()\\['anomalyType'].setValue(0)\\n\\tnuke.thisNode()\\['anomalyColour'].setValue(1, 0)\\n\\tnuke.thisNode()\\['anomalyColour'].setValue(1, 1)\\n\\tnuke.thisNode()\\['anomalyColour'].setValue(1, 2)\\n\\tnuke.thisNode()\\['anomalyPresat'].setValue(1)\\n\\tnuke.thisNode()\\['anomalyBlur'].setValue(0)\\n\\tnuke.thisNode()\\['anomalyMix'].setValue(1)\\n\\t# dog schidt\\n\\tnuke.thisNode()\\['dogSchidtEnableAlt'].setValue(0)\\n\\tnuke.thisNode()\\['coreDogschidtMix'].setValue(1)\\n\\tnuke.thisNode()\\['dogSchidtSize'].setValue(1)\\n\\tnuke.thisNode()\\['dogSchidtRotation'].setValue(0)\\n\\tnuke.thisNode()\\['dogSchidtAnamorph'].setValue(1)\\n\\tnuke.thisNode()\\['dogSchidtThickness'].setValue(0.5)\\n\\tnuke.thisNode()\\['dogSchidtType'].setValue(0)\\n\\tnuke.thisNode()\\['dogSchidtTint'].setValue(1, 0)\\n\\tnuke.thisNode()\\['dogSchidtTint'].setValue(1, 1)\\n\\tnuke.thisNode()\\['dogSchidtTint'].setValue(1, 2)\\n\\tnuke.thisNode()\\['dogSchidtFalloff'].setValue(500, 0, 500, 1)\\n\\tnuke.thisNode()\\['dogSchidtBlur'].setValue(0.2)\\n\\t# frame ghosting\\n\\tnuke.thisNode()\\['frameGhostEnable'].setValue(0)\\n\\tnuke.thisNode()\\['ghostCalc'].setValue(0)\\n\\tnuke.thisNode()\\['frameGhostQuality'].setValue(0.15)\\n\\tnuke.thisNode()\\['frameGhostPreview'].setValue(0)\\n\\tnuke.thisNode()\\['frameGhostSelectionPreview'].setValue(0)\\n\\tnuke.thisNode()\\['frameGhostSelection'].setValue(0.2)\\n\\tnuke.thisNode()\\['frameGhostGamma'].setValue(0.4)\\n\\tnuke.thisNode()\\['frameGhostSat'].setValue(1)\\n\\tnuke.thisNode()\\['frameGhostOverallColour'].setValue(1, 0)\\n\\tnuke.thisNode()\\['frameGhostOverallColour'].setValue(1, 1)\\n\\tnuke.thisNode()\\['frameGhostOverallColour'].setValue(1, 2)\\n\\tnuke.thisNode()\\['frameGhostBlur'].setValue(0)\\n\\tnuke.thisNode()\\['frameGhostMix'].setValue(1)\\t\\n\\t# frame ghosting - flare 1\\n\\tnuke.thisNode()\\['frameGhostFlare1Enable'].setValue(1)\\n\\tnuke.thisNode()\\['frameGhostFlare1Size'].setValue(5)\\n\\tnuke.thisNode()\\['frameGhostFlare1PosOffset'].setValue(-1)\\n\\tnuke.thisNode()\\['frameGhostFlare1Colour'].setValue(1, 0)\\n\\tnuke.thisNode()\\['frameGhostFlare1Colour'].setValue(1, 1)\\n\\tnuke.thisNode()\\['frameGhostFlare1Colour'].setValue(1, 2)\\n\\tnuke.thisNode()\\['frameGhostFlare1Blur'].setValue(0)\\n\\tnuke.thisNode()\\['frameGhostFlare1Mix'].setValue(1)\\n\\tnuke.thisNode()\\['frameGhostFlare1Shape'].setValue(0)\\n\\tnuke.thisNode()\\['frameGhostFlare1DiaphragmSize'].setValue(1)\\n\\tnuke.thisNode()\\['frameGhostFlare1DiaphragmRot'].setValue(0)\\n\\tnuke.thisNode()\\['frameGhostFlare1NoiseOpac'].setValue(0.5)\\n\\tnuke.thisNode()\\['frameGhostFlare1Noise'].setValue(0.5)\\n\\tnuke.thisNode()\\['frameGhostFlare1ReflRotation'].setValue(0)\\n\\tnuke.thisNode()\\['frameGhostFlare1ReflBlur'].setValue(0)\\n\\tnuke.thisNode()\\['frameGhostFlare1ReflGamma'].setValue(1)\\n\\t# frame ghosting - flare 2\\n\\tnuke.thisNode()\\['frameGhostFlare2Enable'].setValue(0)\\n\\tnuke.thisNode()\\['frameGhostFlare2Size'].setValue(5)\\n\\tnuke.thisNode()\\['frameGhostFlare2PosOffset'].setValue(-0.2)\\n\\tnuke.thisNode()\\['frameGhostFlare2Colour'].setValue(1, 0)\\n\\tnuke.thisNode()\\['frameGhostFlare2Colour'].setValue(1, 1)\\n\\tnuke.thisNode()\\['frameGhostFlare2Colour'].setValue(1, 2)\\n\\tnuke.thisNode()\\['frameGhostFlare2Blur'].setValue(0)\\n\\tnuke.thisNode()\\['frameGhostFlare2Mix'].setValue(1)\\n\\tnuke.thisNode()\\['frameGhostFlare2Shape'].setValue(0)\\n\\tnuke.thisNode()\\['frameGhostFlare2DiaphragmSize'].setValue(1)\\n\\tnuke.thisNode()\\['frameGhostFlare2DiaphragmRot'].setValue(0)\\n\\tnuke.thisNode()\\['frameGhostFlare2NoiseOpac'].setValue(0.5)\\n\\tnuke.thisNode()\\['frameGhostFlare2Noise'].setValue(0.5)\\n\\tnuke.thisNode()\\['frameGhostFlare2ReflRotation'].setValue(0)\\n\\tnuke.thisNode()\\['frameGhostFlare2ReflBlur'].setValue(0)\\n\\tnuke.thisNode()\\['frameGhostFlare2ReflGamma'].setValue(1)\\n\\t# frame ghosting - flare 3\\n\\tnuke.thisNode()\\['frameGhostFlare3Enable'].setValue(0)\\n\\tnuke.thisNode()\\['frameGhostFlare3Size'].setValue(3)\\n\\tnuke.thisNode()\\['frameGhostFlare3PosOffset'].setValue(-1)\\n\\tnuke.thisNode()\\['frameGhostFlare3Colour'].setValue(1, 0)\\n\\tnuke.thisNode()\\['frameGhostFlare3Colour'].setValue(1, 1)\\n\\tnuke.thisNode()\\['frameGhostFlare3Colour'].setValue(1, 2)\\n\\tnuke.thisNode()\\['frameGhostFlare3Blur'].setValue(0)\\n\\tnuke.thisNode()\\['frameGhostFlare3Mix'].setValue(1)\\n\\tnuke.thisNode()\\['frameGhostFlare3Shape'].setValue(0)\\n\\tnuke.thisNode()\\['frameGhostFlare3DiaphragmSize'].setValue(1)\\n\\tnuke.thisNode()\\['frameGhostFlare3DiaphragmRot'].setValue(0)\\t\\n\\tnuke.thisNode()\\['frameGhostFlare3NoiseOpac'].setValue(0.5)\\n\\tnuke.thisNode()\\['frameGhostFlare3Noise'].setValue(0.5)\\n\\tnuke.thisNode()\\['frameGhostFlare3ReflRotation'].setValue(0)\\n\\tnuke.thisNode()\\['frameGhostFlare3ReflBlur'].setValue(0)\\n\\tnuke.thisNode()\\['frameGhostFlare3ReflGamma'].setValue(1)\\n\\t# frame ghosting - flare 4\\n\\tnuke.thisNode()\\['frameGhostFlare4Enable'].setValue(0)\\n\\tnuke.thisNode()\\['frameGhostFlare4Size'].setValue(1)\\n\\tnuke.thisNode()\\['frameGhostFlare4PosOffset'].setValue(0.2)\\n\\tnuke.thisNode()\\['frameGhostFlare4Colour'].setValue(1, 0)\\n\\tnuke.thisNode()\\['frameGhostFlare4Colour'].setValue(1, 1)\\n\\tnuke.thisNode()\\['frameGhostFlare4Colour'].setValue(1, 2)\\n\\tnuke.thisNode()\\['frameGhostFlare4Blur'].setValue(0)\\n\\tnuke.thisNode()\\['frameGhostFlare4Mix'].setValue(1)\\n\\tnuke.thisNode()\\['frameGhostFlare4Shape'].setValue(0)\\n\\tnuke.thisNode()\\['frameGhostFlare4DiaphragmSize'].setValue(1)\\n\\tnuke.thisNode()\\['frameGhostFlare4DiaphragmRot'].setValue(0)\\n\\tnuke.thisNode()\\['frameGhostFlare4NoiseOpac'].setValue(0.5)\\n\\tnuke.thisNode()\\['frameGhostFlare4Noise'].setValue(0.5)\\n\\tnuke.thisNode()\\['frameGhostFlare4ReflRotation'].setValue(0)\\n\\tnuke.thisNode()\\['frameGhostFlare4ReflBlur'].setValue(0)\\n\\tnuke.thisNode()\\['frameGhostFlare4ReflGamma'].setValue(1)\\n\\n\\t#lens pieces\\n\\t#lens pieces\\n\\tnuke.thisNode()\\['lensPieceMainEnable'].setValue(0)\\n\\tnuke.thisNode()\\['lensPieceMainSize'].setValue(1)\\n\\tnuke.thisNode()\\['lensPieceMainSizeVariation'].setValue(1)\\n\\tnuke.thisNode()\\['lensPieceMainOffset'].setValue(0)\\n\\tnuke.thisNode()\\['lensPieceMainAdditional'].setValue(0)\\n\\tnuke.thisNode()\\['lensPieceMainSeed'].setValue(0)\\n\\tnuke.thisNode()\\['lensPieceMainType'].setValue(0)\\n\\tnuke.thisNode()\\['lensPieceMainColour'].setValue(1, 0)\\n\\tnuke.thisNode()\\['lensPieceMainColour'].setValue(1, 1)\\n\\tnuke.thisNode()\\['lensPieceMainColour'].setValue(1, 2)\\n\\tnuke.thisNode()\\['lensPieceMainBlur'].setValue(0)\\n\\tnuke.thisNode()\\['lensPieceMainMix'].setValue(0.25)\\n\\t#big pieces\\n\\tnuke.thisNode()\\['lensPieceBigEnable'].setValue(0)\\n\\tnuke.thisNode()\\['lensPieceBigOffset'].setValue(0)\\n\\tnuke.thisNode()\\['lensPieceBigSeed'].setValue(0)\\n\\tnuke.thisNode()\\['lensPieceBigPicker'].setValue(3)\\n\\tnuke.thisNode()\\['lensPieceBigTint'].setValue(1, 0)\\n\\tnuke.thisNode()\\['lensPieceBigTint'].setValue(1, 1)\\n\\tnuke.thisNode()\\['lensPieceBigTint'].setValue(1, 2)\\n\\tnuke.thisNode()\\['lensPieceBigBlur'].setValue(0)\\n\\tnuke.thisNode()\\['lensPieceBigMix'].setValue(0.25)\\n\\t#rings\\n\\tnuke.thisNode()\\['lensPieceRingsEnable'].setValue(0)\\n\\tnuke.thisNode()\\['lensPieceRingsRotation'].setValue(0)\\n\\tnuke.thisNode()\\['lensPieceRingsPicker'].setValue(3)\\n\\tnuke.thisNode()\\['lensPieceRingsTint'].setValue(1, 0)\\n\\tnuke.thisNode()\\['lensPieceRingsTint'].setValue(1, 1)\\n\\tnuke.thisNode()\\['lensPieceRingsTint'].setValue(1, 2)\\n\\tnuke.thisNode()\\['lensPieceRingsMix'].setValue(0.4)\\n\\t#lines\\n\\tnuke.thisNode()\\['lensPieceLinesEnable'].setValue(0)\\n\\tnuke.thisNode()\\['lensPieceLinesStretch'].setValue(1)\\n\\tnuke.thisNode()\\['lensPieceLinesOffset'].setValue(0)\\n\\tnuke.thisNode()\\['lensPieceLinesPicker'].setValue(0)\\n\\tnuke.thisNode()\\['lensPieceLinesTint'].setValue(1, 0)\\n\\tnuke.thisNode()\\['lensPieceLinesTint'].setValue(1, 1)\\n\\tnuke.thisNode()\\['lensPieceLinesTint'].setValue(1, 2)\\n\\tnuke.thisNode()\\['lensPieceLinesMix'].setValue(0.05)\\n\\n\\t# screen space fx\\n\\t# regions\\n\\tnuke.thisNode()\\['previewEdgeArea'].setValue(0)\\n\\tnuke.thisNode()\\['bloomFalloffCrush'].setValue(0)\\n\\tnuke.thisNode()\\['previewCenterSelection'].setValue(0)\\n\\tnuke.thisNode()\\['centerFalloffAdjust'].setValue(0)\\n\\t# center frame bloom\\n\\tnuke.thisNode()\\['centerFrameBloomAlt'].setValue(1)\\n\\tnuke.thisNode()\\['centerFrameBloomMix'].setValue(1)\\n\\tnuke.thisNode()\\['centerFrameBloomGrade'].setValue(1, 0)\\n\\tnuke.thisNode()\\['centerFrameBloomGrade'].setValue(1, 1)\\n\\tnuke.thisNode()\\['centerFrameBloomGrade'].setValue(1, 2)\\n\\t# edge shimmer\\n\\tnuke.thisNode()\\['edgeShimmerAlt'].setValue(0)\\n\\tnuke.thisNode()\\['edgeShimmerIntensity'].setValue(1)\\n\\tnuke.thisNode()\\['shimmerColour'].setValue(1)\\n\\tnuke.thisNode()\\['edgeShimmerColour'].setValue(1, 0)\\n\\tnuke.thisNode()\\['edgeShimmerColour'].setValue(1, 1)\\n\\tnuke.thisNode()\\['edgeShimmerColour'].setValue(1, 2)\\n\\t# edge bloom\\n\\tnuke.thisNode()\\['edgeBloomAlt'].setValue(0)\\n\\tnuke.thisNode()\\['edgeBloomIntensity'].setValue(1)\\n\\tnuke.thisNode()\\['edgeBloomColour'].setValue(1, 0)\\n\\tnuke.thisNode()\\['edgeBloomColour'].setValue(1, 1)\\n\\tnuke.thisNode()\\['edgeBloomColour'].setValue(1, 2)\\n\\n\\t# lens FX\\n\\t# chroma shift\\n\\tnuke.thisNode()\\['lensChromaEnable'].setValue(1)\\n\\tnuke.thisNode()\\['chromaShiftType'].setValue(0)\\n\\tnuke.thisNode()\\['chromaShiftAmountSlider'].setValue(0.007)\\n\\tnuke.thisNode()\\['chromaR'].setValue(0)\\n\\tnuke.thisNode()\\['chromaG'].setValue(0)\\n\\tnuke.thisNode()\\['chromaB'].setValue(1)\\n\\t# lens distortion\\n\\tnuke.thisNode()\\['lensDistortionEnable'].setValue(0)\\n\\tnuke.thisNode()\\['lensFXDistortionAmount'].setValue(0)\\n\\tnuke.thisNode()\\['lensFXDistortionAmount2'].setValue(0)\\n\\t# edge blur\\n\\tnuke.thisNode()\\['edgeBlurEnable'].setValue(0)\\n\\tnuke.thisNode()\\['edgeBlurAmount'].setValue(0)\\n\\tnuke.thisNode()\\['previewEdgeBlur'].setValue(0)\\n\\tnuke.thisNode()\\['edgeBlurRegionScale'].setValue(1.7)\\n\\tnuke.thisNode()\\['edgeBlurRegionClamp'].setValue(0.3)\\n\\t# vignetting\\n\\tnuke.thisNode()\\['vignettingEnable'].setValue(0)\\n\\tnuke.thisNode()\\['vignettingAmountSlider'].setValue(0)\\n\\tnuke.thisNode()\\['vignettingRegionPreview'].setValue(0)\\n\\tnuke.thisNode()\\['vignettingRegionScale'].setValue(1.7)\\n\\tnuke.thisNode()\\['vignettingRegionClamp'].setValue(0.3)\\n\\t#bloom\\n\\tnuke.thisNode()\\['bloomEnable'].setValue(0)\\n\\tnuke.thisNode()\\['bloomType'].setValue(1)\\n\\tnuke.thisNode()\\['bloomPreview'].setValue(0)\\n\\tnuke.thisNode()\\['bloomTolerance'].setValue(0.6)\\n\\tnuke.thisNode()\\['bloomAmount'].setValue(20)\\n\\tnuke.thisNode()\\['bloomRatio'].setValue(0.25)\\n\\tnuke.thisNode()\\['bloomStrength'].setValue(1)\\n\\tnuke.thisNode()\\['bloomNoiseSize'].setValue(300)\\n\\tnuke.thisNode()\\['bloomNoiseEnable'].setValue(0)\\n\\tnuke.thisNode()\\['bloomNoiseAmount'].setValue(0.9)\\n\\tnuke.thisNode()\\['bloomNoiseGain'].setValue(0.45)\\n\\n\\t#anim\\n\\t#anim options\\n\\tnuke.thisNode()\\['enable_animation'].setValue(0)\\n\\tnuke.thisNode()\\['WaveSeed'].setValue(0)\\n\\tnuke.thisNode()\\['squared'].setValue(0)\\n\\tnuke.thisNode()\\['minVal'].setValue(1)\\n\\tnuke.thisNode()\\['maxVal'].setValue(3)\\n\\tnuke.thisNode()\\['speed'].setValue(60)\\n\\tnuke.thisNode()\\['slide'].setValue(0)\\t\\n\\n\\tnuke.message('Flare Successfully Reset...')\" +STARTLINE}\n addUserKnob {20 coreTab l cores}\n addUserKnob {26 coreOptHeader l \"core options\"}\n addUserKnob {20 coreGrp l \"@b;core\" n 1}\n coreGrp 0\n addUserKnob {6 coreDisable l INVISIBLE +INVISIBLE +STARTLINE}\n coreDisable {{!altCoreDisable}}\n addUserKnob {6 altCoreDisable l enable +STARTLINE}\n altCoreDisable true\n addUserKnob {7 coreSize l size R 0 4}\n coreSize 1\n addUserKnob {14 coreOffsetSlider l offset R 0 100}\n coreOffsetSlider {0 0}\n addUserKnob {12 coreOffset l INVISIBLE +INVISIBLE}\n coreOffset {{parent.coreOffsetSlider.w} {parent.coreOffsetSlider.h}}\n addUserKnob {7 coreRotation l rotation R 0 360}\n addUserKnob {26 \"\"}\n addUserKnob {4 coreTypePick l \"core type\" M {\"white orb\" anamorphic \"hot orb\" prism}}\n addUserKnob {19 coreColour l tint}\n coreColour {1 1 1 0}\n addUserKnob {6 coreColour_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {14 coreBlur l blur R 0 100}\n addUserKnob {7 coreMix l mix}\n coreMix 1\n addUserKnob {26 \"\"}\n addUserKnob {20 endGroup n -1}\n addUserKnob {20 coreRaysGrp l \"core rays\" n 1}\n coreRaysGrp 0\n addUserKnob {6 coreRaysEnable l enable +STARTLINE}\n coreRaysEnable true\n addUserKnob {7 coreRaysSize l size R -4 4}\n coreRaysSize 1\n addUserKnob {7 coreRaysRotation l rotation R -180 180}\n addUserKnob {7 coreRaysThickness l thickness R 0 100}\n addUserKnob {26 \"\"}\n addUserKnob {4 coreRaysType l \"core rays type\" M {basic irregular hectic anamorphic \"blue crisp\" \"soft volume rays\" \"halo star\" \"anamorph spike\" \"blue crush\" \"penta star\" \"rainbow burst\" \"blue flame\" \"banded streak\"}}\n addUserKnob {18 coreRaysColour l colour}\n coreRaysColour {1 1 1}\n addUserKnob {6 coreRaysColour_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {14 coreRaysBlur l blur R 0 100}\n addUserKnob {7 coreRaysMix l mix}\n coreRaysMix 0.2\n addUserKnob {3 coreRaysSeed l seed}\n addUserKnob {26 \"\"}\n addUserKnob {20 endGroup_11 l endGroup n -1}\n addUserKnob {20 coreCoronaGrp l \"core extra shape\" n 1}\n coreCoronaGrp 0\n addUserKnob {6 coreCoronaDisable l INVISIBLE +INVISIBLE +STARTLINE}\n coreCoronaDisable {{!coreCoronaAlt}}\n addUserKnob {6 coreCoronaAlt l enable +STARTLINE}\n coreCoronaAlt true\n addUserKnob {7 coreCoronaSize l size R 0 4}\n coreCoronaSize 1\n addUserKnob {14 coronaOffsetSlider l offset R 0 100}\n coronaOffsetSlider {0 0}\n addUserKnob {12 coreCoronaOffset l INVISIBLE +INVISIBLE}\n coreCoronaOffset {{parent.coronaOffsetSlider.w} {parent.coronaOffsetSlider.h}}\n addUserKnob {7 coreCoronaRotation l rotation R 0 360}\n addUserKnob {26 \"\"}\n addUserKnob {4 coreCoronaType l \"shape type\" M {\"single ring\" \"double ring\" \"glass hoops\" \"chroma hoops\" \"vertical stripes\" \"horizontal stripes\" \"horizontal chunky stripes\" \"chroma glows\"}}\n coreCoronaType \"chroma hoops\"\n addUserKnob {6 coreCoronaNoise l \"noisy shape\" +STARTLINE}\n addUserKnob {19 coreCoronaTint l tint}\n coreCoronaTint {1 1 1 0}\n addUserKnob {6 coreCoronaTint_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {14 coreCoronaBlur l blur R 0 100}\n addUserKnob {7 coreCoronaMix l mix}\n coreCoronaMix 1\n addUserKnob {26 \"\"}\n addUserKnob {20 endGroup_1 l endGroup n -1}\n addUserKnob {20 coronaExtraGroup l corona n 1}\n coronaExtraGroup 0\n addUserKnob {6 coronaExtraEnable l enable +STARTLINE}\n coronaExtraEnable true\n addUserKnob {14 coronaExtraSize l size R 0 100}\n coronaExtraSize 1\n addUserKnob {14 coronaExtraOffset l offset R 0 100}\n coronaExtraOffset {0 0}\n addUserKnob {7 coronaExtraRotation l rotation R 0 360}\n addUserKnob {26 \"\"}\n addUserKnob {4 coronaExtraType l \"corona type\" M {\"double cloud\" aura \"stepping cloud\" \"noisy cloud\" \"soft noise\" ??? \"saturated aura\" \"\" \"\"}}\n coronaExtraType aura\n addUserKnob {6 coronaExtraNoise l \"noisy corona\" +STARTLINE}\n addUserKnob {19 coronaExtraColour l tint}\n coronaExtraColour {1 1 1 0}\n addUserKnob {6 coronaExtraColour_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {14 coronaExtraBlur l blur R 0 100}\n addUserKnob {7 coronaExtraMix l mix}\n coronaExtraMix 0.5\n addUserKnob {26 \"\"}\n addUserKnob {20 endGroup_3 l endGroup n -1}\n addUserKnob {20 lensAnomaliesTab l anomalies}\n addUserKnob {26 anomalyOptHeader l \"anomaly options\"}\n addUserKnob {20 anomalyGrp l \"anomaly controls\" n 1}\n anomalyGrp 0\n addUserKnob {6 lensAnomalyEnable l enable +STARTLINE}\n addUserKnob {7 anomalySize l size R 0 15}\n anomalySize 1\n addUserKnob {14 anomalyPosOffset l \"positional offset\" R 0 100}\n anomalyPosOffset {0 0}\n addUserKnob {7 anomalyRotOffset l \"screen space offset\" R -5 5}\n addUserKnob {7 anomalyAnamorph l anamorph R -10 10}\n anomalyAnamorph 1\n addUserKnob {26 \"\"}\n addUserKnob {4 anomalyType l \"anomaly type\" M {\"thick stripes \" \"thin stripes\" \"super thick \" \"single stripe\" \"soft clouds\" \"edge glow\" \"chroma rings\" \"blue spike\" \"soft offset chroma ring\" \"\"}}\n addUserKnob {18 anomalyColour l tint}\n anomalyColour {1 1 1}\n addUserKnob {6 anomalyColour_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {7 anomalyPresat l pre-sat R 0 4}\n anomalyPresat 1\n addUserKnob {14 anomalyBlur l blur R 0 100}\n addUserKnob {7 anomalyMix l mix}\n anomalyMix 1\n addUserKnob {26 \"\"}\n addUserKnob {20 endGroup_4 l endGroup n -1}\n addUserKnob {20 dogSchidtGrp l \"dog schidt optics\" n 1}\n dogSchidtGrp 0\n addUserKnob {6 dogSchidtControl l INVISIBLE +INVISIBLE +STARTLINE}\n dogSchidtControl {{!dogSchidtEnableAlt}}\n addUserKnob {6 dogSchidtEnableAlt l enable +STARTLINE}\n addUserKnob {7 dogSchidtSize l size R 1 15}\n dogSchidtSize 1\n addUserKnob {7 dogSchidtRotation l rotation R 0 360}\n addUserKnob {7 dogSchidtAnamorph l anamoprh R -10 10}\n dogSchidtAnamorph 1\n addUserKnob {7 dogSchidtThickness l thickness R 0 5}\n dogSchidtThickness 0.5\n addUserKnob {26 \"\"}\n addUserKnob {4 dogSchidtType l \"dog schidt type\" M {\"lens tearing\" \"water tearing\"}}\n addUserKnob {18 dogSchidtTint l tint}\n dogSchidtTint {1 1 1}\n addUserKnob {6 dogSchidtTint_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {14 dogSchidtFalloff l falloff R 0 100}\n dogSchidtFalloff {500 500}\n addUserKnob {14 dogSchidtBlur l blur R 0 100}\n dogSchidtBlur 0.2\n addUserKnob {7 coreDogschidtMix l mix}\n coreDogschidtMix 1\n addUserKnob {26 \"\"}\n addUserKnob {20 endGroup_2 l endGroup n -1}\n addUserKnob {20 frameGhostTab l \"frame ghosting\" n 1}\n frameGhostTab 0\n addUserKnob {6 frameGhostEnable l enable +STARTLINE}\n addUserKnob {4 ghostCalc l calculation M {pre-flare post-flare}}\n addUserKnob {7 frameGhostQuality l quality}\n frameGhostQuality 0.15\n addUserKnob {6 frameGhostPreview l \"preview FX only\" +STARTLINE}\n addUserKnob {26 \"\"}\n addUserKnob {6 frameGhostSelectionPreview l \"preview selection\" +STARTLINE}\n addUserKnob {7 frameGhostSelection l \"selection range\"}\n frameGhostSelection 0.2\n addUserKnob {7 frameGhostGamma l \"gamma crush\"}\n frameGhostGamma 0.4\n addUserKnob {26 \"\"}\n addUserKnob {7 frameGhostSat l \"overall saturation\" R 0 5}\n frameGhostSat 1\n addUserKnob {7 frameGhostNoiseMult l \"overall noise mult\"}\n frameGhostNoiseMult 1\n addUserKnob {18 frameGhostOverallColour l \"overall colour\"}\n frameGhostOverallColour {1 1 1}\n addUserKnob {6 frameGhostOverallColour_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {14 frameGhostBlur l blur R 0 100}\n addUserKnob {7 frameGhostMix l mix}\n frameGhostMix 1\n addUserKnob {26 \"\"}\n addUserKnob {20 frameGhostFlare1Grp l \"flare 1\" n 1}\n frameGhostFlare1Grp 0\n addUserKnob {6 frameGhostFlare1Enable l enable +STARTLINE}\n frameGhostFlare1Enable true\n addUserKnob {14 frameGhostFlare1Size l size R 0 100}\n frameGhostFlare1Size 5\n addUserKnob {7 frameGhostFlare1PosOffset l \"pos offset\" R -3 3}\n frameGhostFlare1PosOffset -1\n addUserKnob {18 frameGhostFlare1Colour l colour}\n frameGhostFlare1Colour {1 1 1}\n addUserKnob {6 frameGhostFlare1Colour_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {7 frameGhostFlare1Blur l blur R 0 50}\n addUserKnob {7 frameGhostFlare1Mix l mix}\n frameGhostFlare1Mix 1\n addUserKnob {26 \"\"}\n addUserKnob {4 frameGhostFlare1Shape l \"convolve shape\" M {pentagon hexagon heptagon octagon decagon \"\"}}\n addUserKnob {7 frameGhostFlare1DiaphragmSize l \"diaphragm size\"}\n frameGhostFlare1DiaphragmSize 1\n addUserKnob {7 frameGhostFlare1DiaphragmRot l \"diaphragm rot\" R -180 180}\n addUserKnob {26 \"\"}\n addUserKnob {7 frameGhostFlare1NoiseOpac l \"noise opacity\"}\n frameGhostFlare1NoiseOpac 0.5\n addUserKnob {7 frameGhostFlare1Noise l \"noise gain\"}\n frameGhostFlare1Noise 0.5\n addUserKnob {26 \"\"}\n addUserKnob {7 frameGhostFlare1ReflRotation l \"refl rotation\" R -180 180}\n addUserKnob {7 frameGhostFlare1ReflBlur l \"refl blur\" R 0 100}\n addUserKnob {18 frameGhostFlare1ReflGamma l \"refl gamma\" R 0 5}\n frameGhostFlare1ReflGamma 1\n addUserKnob {6 frameGhostFlare1ReflGamma_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {20 endGroup_7 l endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {20 frameGhostFlare2Grp l \"flare 2\" n 1}\n frameGhostFlare2Grp 0\n addUserKnob {6 frameGhostFlare2Enable l enable +STARTLINE}\n addUserKnob {14 frameGhostFlare2Size l size R 0 100}\n frameGhostFlare2Size 5\n addUserKnob {7 frameGhostFlare2PosOffset l \"pos offset\" R -3 3}\n frameGhostFlare2PosOffset -0.2\n addUserKnob {18 frameGhostFlare2Colour l colour}\n frameGhostFlare2Colour {1 1 1}\n addUserKnob {6 frameGhostFlare2Colour_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {7 frameGhostFlare2Blur l blur R 0 50}\n addUserKnob {7 frameGhostFlare2Mix l mix}\n frameGhostFlare2Mix 1\n addUserKnob {26 \"\"}\n addUserKnob {4 frameGhostFlare2Shape l \"convolve shape\" M {pentagon hexagon hectagon octagon decagon \"\" \"\" \"\"}}\n addUserKnob {7 frameGhostFlare2DiaphragmSize l \"diaphragm size\"}\n frameGhostFlare2DiaphragmSize 1\n addUserKnob {7 frameGhostFlare2DiaphragmRot l \"diaphragm rot\" R -180 180}\n addUserKnob {26 \"\"}\n addUserKnob {7 frameGhostFlare2NoiseOpac l \"noise opacity\"}\n frameGhostFlare2NoiseOpac 0.5\n addUserKnob {7 frameGhostFlare2Noise l \"noise gain\"}\n frameGhostFlare2Noise 0.5\n addUserKnob {26 \"\"}\n addUserKnob {7 frameGhostFlare2ReflRotation l \"refl rotation\" R -180 180}\n addUserKnob {16 frameGhostFlare2ReflBlur l \"refl blur\"}\n addUserKnob {18 frameGhostFlare2ReflGamma l \"refl gamma\" R 0 5}\n frameGhostFlare2ReflGamma 1\n addUserKnob {6 frameGhostFlare2ReflGamma_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {20 endGroup_6 l endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {20 frameGhostFlare3Grp l \"flare 3\" n 1}\n frameGhostFlare3Grp 0\n addUserKnob {6 frameGhostFlare3Enable l enable +STARTLINE}\n addUserKnob {14 frameGhostFlare3Size l size R 0 100}\n frameGhostFlare3Size 3\n addUserKnob {7 frameGhostFlare3PosOffset l \"pos offset\" R -3 3}\n frameGhostFlare3PosOffset -1\n addUserKnob {18 frameGhostFlare3Colour l colour}\n frameGhostFlare3Colour {1 1 1}\n addUserKnob {6 frameGhostFlare3Colour_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {7 frameGhostFlare3Blur l blur R 0 50}\n addUserKnob {7 frameGhostFlare3Mix l mix}\n frameGhostFlare3Mix 1\n addUserKnob {26 \"\"}\n addUserKnob {4 frameGhostFlare3Shape l \"convolve shape\" M {pentagon hexagon heptagon octagon decagon}}\n addUserKnob {7 frameGhostFlare3DiaphragmSize l \"diaphragm size\"}\n frameGhostFlare3DiaphragmSize 1\n addUserKnob {7 frameGhostFlare3DiaphragmRot l \"diaphragm rot\" R -180 180}\n addUserKnob {26 \"\"}\n addUserKnob {7 frameGhostFlare3NoiseOpac l \"noise opacity\"}\n frameGhostFlare3NoiseOpac 0.5\n addUserKnob {7 frameGhostFlare3Noise l \"noise gain\"}\n frameGhostFlare3Noise 0.5\n addUserKnob {26 \"\"}\n addUserKnob {7 frameGhostFlare3ReflRotation l \"refl rotation\" R -180 180}\n addUserKnob {7 frameGhostFlare3ReflBlur l \"refl blur\"}\n addUserKnob {18 frameGhostFlare3ReflGamma l \"refl gamma\" R 0 5}\n frameGhostFlare3ReflGamma 1\n addUserKnob {6 frameGhostFlare3ReflGamma_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {20 endGroup_8 l endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {20 frameGhostFlare4Grp l \"flare 4\" n 1}\n frameGhostFlare4Grp 0\n addUserKnob {6 frameGhostFlare4Enable l enable +STARTLINE}\n addUserKnob {14 frameGhostFlare4Size l size R 0 100}\n frameGhostFlare4Size 1\n addUserKnob {7 frameGhostFlare4PosOffset l \"pos offset\" R -3 3}\n frameGhostFlare4PosOffset 0.2\n addUserKnob {18 frameGhostFlare4Colour l colour}\n frameGhostFlare4Colour {1 1 1}\n addUserKnob {6 frameGhostFlare4Colour_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {14 frameGhostFlare4Blur l blur R 0 100}\n addUserKnob {7 frameGhostFlare4Mix l mix}\n frameGhostFlare4Mix 1\n addUserKnob {26 \"\"}\n addUserKnob {4 frameGhostFlare4Shape l \"convolve shape\" M {pentagon hexagon heptagon octagon decagon}}\n addUserKnob {7 frameGhostFlare4DiaphragmSize l \"diaphragm size\"}\n frameGhostFlare4DiaphragmSize 1\n addUserKnob {7 frameGhostFlare4DiaphragmRot l \"diaphragm rot\" R -180 180}\n addUserKnob {26 \"\"}\n addUserKnob {7 frameGhostFlare4NoiseOpac l \"noise opacity\"}\n frameGhostFlare4NoiseOpac 0.5\n addUserKnob {7 frameGhostFlare4Noise l \"noise gain\"}\n frameGhostFlare4Noise 0.5\n addUserKnob {26 \"\"}\n addUserKnob {7 frameGhostFlare4ReflRotation l \"refl rotation\" R -180 180}\n addUserKnob {7 frameGhostFlare4ReflBlur l \"refl blur\"}\n addUserKnob {18 frameGhostFlare4ReflGamma l \"refl gamma\" R 0 5}\n frameGhostFlare4ReflGamma 1\n addUserKnob {6 frameGhostFlare4ReflGamma_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {20 endGroup_9 l endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {20 endGroup_5 l endGroup n -1}\n addUserKnob {20 lensPieceTab l \"lens pieces\"}\n addUserKnob {26 lensPieceOptions l \"lens piece options\"}\n addUserKnob {20 lensPieceMainGrp l \"lens pieces\" n 1}\n lensPieceMainGrp 0\n addUserKnob {6 lensPieceMainEnable l enable +STARTLINE}\n addUserKnob {7 lensPieceMainSize l size R -4 4}\n lensPieceMainSize 1\n addUserKnob {7 lensPieceMainSizeVariation l \"size variation\" R -5 5}\n lensPieceMainSizeVariation 1\n addUserKnob {7 lensPieceMainOffset l offset R -5 5}\n addUserKnob {7 lensPieceMainAdditional l \"additional pieces\" R 0 10}\n addUserKnob {3 lensPieceMainSeed l seed}\n addUserKnob {26 \"\"}\n addUserKnob {4 lensPieceMainType l type M {\"white bokeh\" \"photo bokeh\" \"varied bokeh\" \"soft white bokeh\" \"green tris\" \"squashed bokeh\" \"ring halos\" \"chroma sphere\" \"bubbly bokeh\" \"crisp bokeh\" \"\" \"\" \"\"}}\n addUserKnob {18 lensPieceMainColour l tint}\n lensPieceMainColour {1 1 1}\n addUserKnob {6 lensPieceMainColour_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {14 lensPieceMainBlur l blur R 0 100}\n addUserKnob {7 lensPieceMainMix l mix}\n lensPieceMainMix 0.25\n addUserKnob {26 \"\"}\n addUserKnob {20 endGroup_10 l endGroup n -1}\n addUserKnob {20 lensPieceBigGrp l \"big pieces\" n 1}\n lensPieceBigGrp 0\n addUserKnob {6 lensPieceBigEnable l enable +STARTLINE}\n addUserKnob {7 lensPieceBigOffset l offset R -5 5}\n addUserKnob {3 lensPieceBigSeed l seed}\n addUserKnob {26 \"\"}\n addUserKnob {4 lensPieceBigPicker l type M {\"big blue\" \"soft blue\" \"squashed chroma\" \"saturated blue\" \"penta shapes\" \"white curves\" \"crisp bokehs\" \"\"}}\n lensPieceBigPicker \"saturated blue\"\n addUserKnob {18 lensPieceBigTint l tint}\n lensPieceBigTint {1 1 1}\n addUserKnob {6 lensPieceBigTint_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {14 lensPieceBigBlur l blur R 0 100}\n addUserKnob {7 lensPieceBigMix l mix}\n lensPieceBigMix 0.25\n addUserKnob {26 \"\"}\n addUserKnob {20 endGroup_12 l endGroup n -1}\n addUserKnob {20 lensPieceRingsGrp l rings n 1}\n lensPieceRingsGrp 0\n addUserKnob {6 lensPieceRingsEnable l enable +STARTLINE}\n addUserKnob {7 lensPieceRingsRotation l rotation R -180 180}\n addUserKnob {26 \"\"}\n addUserKnob {4 lensPieceRingsPicker l type M {\"chroma sticks\" \"chroma hoop\" \"whitewashed hoops\" \"photographic glows\" \"\"}}\n lensPieceRingsPicker \"photographic glows\"\n addUserKnob {18 lensPieceRingsTint l tint}\n lensPieceRingsTint {1 1 1}\n addUserKnob {6 lensPieceRingsTint_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {7 lensPieceRingsMix l mix}\n lensPieceRingsMix 0.4\n addUserKnob {26 \"\"}\n addUserKnob {20 endGroup_13 l endGroup n -1}\n addUserKnob {20 lensPieceLinesGrp l lines n 1}\n lensPieceLinesGrp 0\n addUserKnob {6 lensPieceLinesEnable l enable +STARTLINE}\n addUserKnob {7 lensPieceLinesStretch l stretch R 1 20}\n lensPieceLinesStretch 1\n addUserKnob {7 lensPieceLinesOffset l offset R -5 5}\n addUserKnob {26 \"\"}\n addUserKnob {4 lensPieceLinesPicker l type M {\"sharp lines\" \"ripped squares\" \"single thin stripe\" \"long squares\" \"blue stripes\" \"checkered stripes\" \"double thin stripe\"}}\n addUserKnob {18 lensPieceLinesTint l tint}\n lensPieceLinesTint {1 1 1}\n addUserKnob {6 lensPieceLinesTint_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {7 lensPieceLinesMix l mix}\n lensPieceLinesMix 0.05\n addUserKnob {26 \"\"}\n addUserKnob {20 endGroup_14 l endGroup n -1}\n addUserKnob {20 dynamicFXTab l \"screen space FX\"}\n addUserKnob {26 selectionRegionHeader l \"selection region\"}\n addUserKnob {6 previewEdgeArea l \"preview edge selection\" +STARTLINE}\n addUserKnob {7 bloomFalloffCrush l \"edge falloff adjust\" R -1 1}\n addUserKnob {6 previewCenterSelection l \"preview center selection\" +STARTLINE}\n addUserKnob {7 centerFalloffAdjust l \"center falloff adjust\" R -1 1}\n addUserKnob {26 centerFrameBloomHeader l \"center frame bloom\"}\n addUserKnob {6 centerFrameBloomDisable l INVISIBLE +INVISIBLE +STARTLINE}\n centerFrameBloomDisable {{!centerFrameBloomAlt}}\n addUserKnob {6 centerFrameBloomAlt l enable +STARTLINE}\n centerFrameBloomAlt true\n addUserKnob {7 centerFrameBloomMix l mix}\n centerFrameBloomMix 1\n addUserKnob {18 centerFrameBloomGrade l tint}\n centerFrameBloomGrade {1 1 1}\n addUserKnob {6 centerFrameBloomGrade_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {26 edgeShimmerHeader l \"edge shimmer\"}\n addUserKnob {6 edgeShimmerDisable l INVISIBLE +INVISIBLE +STARTLINE}\n edgeShimmerDisable {{!edgeShimmerAlt}}\n addUserKnob {6 edgeShimmerAlt l enable +STARTLINE}\n addUserKnob {7 edgeShimmerIntensity l intensity R 0 5}\n edgeShimmerIntensity 1\n addUserKnob {6 shimmerColour l \"coloured shimmer\" +STARTLINE}\n shimmerColour true\n addUserKnob {18 edgeShimmerColour l tint}\n edgeShimmerColour {1 1 1}\n addUserKnob {6 edgeShimmerColour_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {26 edgeBloomHeader l \"edge bloom\"}\n addUserKnob {6 edgeBloomDisable l INVISIBLE +INVISIBLE +STARTLINE}\n edgeBloomDisable {{!edgeBloomAlt}}\n addUserKnob {6 edgeBloomAlt l enable +STARTLINE}\n addUserKnob {7 edgeBloomIntensity l intensity}\n edgeBloomIntensity 1\n addUserKnob {18 edgeBloomColour l tint}\n edgeBloomColour {1 1 1}\n addUserKnob {6 edgeBloomColour_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {20 lensFxTab l \"lens FX\"}\n addUserKnob {26 chromaHeader l \"chroma shift\"}\n addUserKnob {6 lensChromaEnable l enable +STARTLINE}\n lensChromaEnable true\n addUserKnob {4 chromaShiftType l type M {blur scale}}\n addUserKnob {7 chromaShiftAmountSlider l amount R 0 0.25}\n chromaShiftAmountSlider 0.007\n addUserKnob {6 chromaR l R +STARTLINE}\n addUserKnob {6 chromaG l G -STARTLINE}\n addUserKnob {6 chromaB l B -STARTLINE}\n chromaB true\n addUserKnob {26 distortionHeader l \"lens distortion\"}\n addUserKnob {6 lensDistortionEnable l enable +STARTLINE}\n addUserKnob {7 lensFXDistortionAmount l \"first radial\" R -0.3 0.3}\n addUserKnob {7 lensFXDistortionAmount2 l \"second radial\" R -0.3 0.3}\n addUserKnob {26 edgeBlurHeader l \"edge blur\"}\n addUserKnob {6 edgeBlurEnable l enable +STARTLINE}\n addUserKnob {14 edgeBlurAmount l amount R 0 100}\n addUserKnob {6 previewEdgeBlur l \"preview region\" +STARTLINE}\n addUserKnob {14 edgeBlurRegionScale l \"region scale\" R 0 100}\n edgeBlurRegionScale 1.7\n addUserKnob {7 edgeBlurRegionClamp l \"region clamp\"}\n edgeBlurRegionClamp 0.3\n addUserKnob {26 vignettingHeader l \"vignetting\"}\n addUserKnob {6 vignettingEnable l enable +STARTLINE}\n addUserKnob {7 vignettingAmountSlider l amount}\n addUserKnob {6 vignettingRegionPreview l \"preview region\" +STARTLINE}\n addUserKnob {14 vignettingRegionScale l \"region scale\" R 0 100}\n vignettingRegionScale 1.7\n addUserKnob {7 vignettingRegionClamp l \"region clamp\"}\n vignettingRegionClamp 0.3\n addUserKnob {26 bloomHeader l \"photographic bloom\"}\n addUserKnob {6 bloomEnable l enable +STARTLINE}\n addUserKnob {4 bloomTypeAlt l \"bloom type\" M {\"radial bloom\" \"striped bloom\" \"\"}}\n addUserKnob {4 bloomType l \"bloom calculation\" M {pre-flare post-flare \"\"}}\n bloomType post-flare\n addUserKnob {4 bloomPreview l preview M {\"\\[none]\" \"selection region\" \"bloom FX only\"}}\n addUserKnob {7 bloomTolerance l tolerance}\n bloomTolerance 0.6\n addUserKnob {14 bloomAmount l size R 0 100}\n bloomAmount 20\n addUserKnob {7 bloomRatio l \"sharp/soft ratio\" R 0.1 1}\n bloomRatio 0.25\n addUserKnob {26 sharpSoftText l \"\" +STARTLINE T \"(sharp) < - - - > (soft)\"}\n addUserKnob {7 bloomStrength l strength}\n bloomStrength 1\n addUserKnob {20 bloomNoiseGrp l \"noise controls\" n 1}\n bloomNoiseGrp 0\n addUserKnob {6 bloomNoiseEnable l \"noise enable\" +STARTLINE}\n addUserKnob {7 bloomNoiseAmount l \"noise mult\"}\n bloomNoiseAmount 0.9\n addUserKnob {7 bloomNoiseGain l \"noise gain\"}\n bloomNoiseGain 0.45\n addUserKnob {7 bloomNoiseSize l \"noise size\" R 0 1000}\n bloomNoiseSize 300\n addUserKnob {20 endGroup_15 l endGroup n -1}\n addUserKnob {20 animTab l animation}\n addUserKnob {26 animLabel l \"animation options\"}\n addUserKnob {6 enable_animation l \"enable animation\" +STARTLINE}\n addUserKnob {26 \"\"}\n addUserKnob {4 WaveSeed l seed M {sine bounce rand tri saw sawPara sawPara_reversed \"\" \"\" \"\"}}\n addUserKnob {6 squared -STARTLINE}\n addUserKnob {26 \"\"}\n addUserKnob {3 minVal l min}\n minVal 1\n addUserKnob {3 maxVal l max -STARTLINE}\n maxVal 3\n addUserKnob {26 \"\"}\n addUserKnob {7 speed R 0.1 100}\n speed 60\n addUserKnob {26 animSpeedLabel l \"\" +STARTLINE T \"(faster) < - - > (slower)\"}\n addUserKnob {26 \"\"}\n addUserKnob {7 slide R -50 50}\n addUserKnob {26 \"\"}\n addUserKnob {22 applyAnim l \"apply animation\" T \"type = nuke.thisNode().knob(\\\"WaveSeed\\\").value()\\nsquareExp = \\\" > ((maxVal/2)+(minVal/2)) ? maxVal : minVal\\\"\\nwcontrol = nuke.thisNode().knob(\\\"waveController\\\").value()\\n\\nsineExp1 = \\\"((sin(((frame*(pi*2/(speed/2)+slide)/2)))+1)/2)\\\"\\nbounceExp1 = \\\"(sin(((frame/speed)*pi)+slide)>0?sin(((frame/speed)*pi)+slide):cos((((frame/speed)*pi)+slide)+(pi/2)))\\\"\\nrandExp1 = \\\"(random((frame/speed)+slide))\\\"\\nnoiseExp1 = \\\"((1*(noise((frame/speed)+slide))+1 ) /2 )\\\"\\ntriExp1 = \\\"((((2*asin(sin(2*pi*(frame/speed)+slide)))/pi) / 2)+0.5)\\\"\\nsawExp1 = \\\"(1/speed)*(((frame-1)+slide) % speed)\\\"\\nsawParaExp1 = \\\"(sin((1/(pi/2))*(((frame-1)+slide)/(speed/2.46666666)) % (pi/2)))>0.99999?1:(sin((1/(pi/2))*(((frame-1)+slide)/(speed/2.46666666)) % (pi/2)))\\\"\\nsawParaRExp1 = \\\"(cos((1/(pi/2))*(((frame-1)+slide)/(speed/2.46666666)) % (pi/2)))>0.99999?1:(cos((1/(pi/2))*(((frame-1)+slide)/(speed/2.46666666)) % (pi/2)))\\\"\\nsawExpoExp1 = \\\"(((((exp((1/(pi/2))*(((frame-1)+slide)/(speed/4.934802)) % pi*2)))/534.5)) - 0.00186741)>0.999987?1:(((((exp((1/(pi/2))*(((frame-1)+slide)/(speed/4.934802)) % pi*2)))/534.5)) - 0.00186741)\\\"\\n\\nmaxMinExp = \\\" * (maxVal-minVal) ) + minVal\\\"\\n\\nsineExp2 = \\\"(\\\" + sineExp1 + maxMinExp\\nbounceExp2 = \\\"(\\\" + bounceExp1 + maxMinExp\\nrandomExp2 = \\\"(\\\" + randExp1 + maxMinExp\\nnoiseExp2 = \\\"(\\\" + noiseExp1 + maxMinExp\\ntriExp2 = \\\"(\\\" + triExp1 + maxMinExp\\nsawExp2 = \\\"(\\\" + sawExp1 + maxMinExp\\nsawParaExp2 = \\\"(\\\" + sawParaExp1 + maxMinExp\\nsawParaRExp2 = \\\"(\\\" + sawParaRExp1 + maxMinExp\\nsawExpoExp2 = \\\"(\\\" + sawExpoExp1 + maxMinExp\\n\\nmaxMinCexp = \\\" * ((maxVal-((maxVal - minVal)*result2))-(minVal+((maxVal - minVal)*result2))))+(minVal+((maxVal - minVal)*result2))\\\"\\n\\nsineCexp = \\\"(\\\" + sineExp1 + maxMinCexp\\nbounceCexp = \\\"(\\\" + bounceExp1 + maxMinCexp\\nrandCexp = \\\"(\\\" + randExp1 + maxMinCexp\\nnoiseCexp = \\\"(\\\" + noiseExp1 + maxMinCexp\\ntriCexp = \\\"(\\\" + triExp1 + maxMinCexp\\nsawCexp = \\\"(\\\" + sawExp1 + maxMinCexp\\nsawParaCexp = \\\"(\\\" + sawParaExp1 + maxMinCexp\\nsawParaRCexp = \\\"(\\\" + sawParaRExp1 + maxMinCexp\\nsawExpoCexp = \\\"(\\\" + sawExpoExp1 + maxMinCexp\\n\\nsineComboExp = \\\"waveController ? (\\\" + sineCexp + \\\") : (\\\" + sineExp2 + \\\")\\\"\\nbounceComboExp = \\\"waveController ? (\\\" + bounceCexp + \\\") : (\\\" + bounceExp2 + \\\")\\\"\\nrandomComboExp = \\\"waveController ? (\\\" + randCexp + \\\") : (\\\" + randomExp2 + \\\")\\\"\\nnoiseComboExp = \\\"waveController ? (\\\" + noiseCexp + \\\") : (\\\" + noiseExp2 + \\\")\\\"\\ntriComboExp = \\\"waveController ? (\\\" + triCexp + \\\") : (\\\" + triExp2 + \\\")\\\"\\nsawComboExp = \\\"waveController ? (\\\" + sawCexp + \\\") : (\\\" + sawExp2 + \\\")\\\"\\nsawParaComboExp = \\\"waveController ? (\\\" + sawParaCexp + \\\") : (\\\" + sawParaExp2 + \\\")\\\"\\nsawParaRComboExp = \\\"waveController ? (\\\" + sawParaRCexp + \\\") : (\\\" + sawParaRExp2 + \\\")\\\"\\nsawExpoComboExp = \\\"waveController ? (\\\" + sawExpoCexp + \\\") : (\\\" + sawExpoExp2 + \\\")\\\"\\n\\n\\nif (type==\\\"sine\\\"):\\n\\texp = \\\"squared ? ((\\\" + sineComboExp + \\\")\\\" + squareExp + \\\") : (\\\" + sineComboExp + \\\")\\\"\\nelif (type==\\\"bounce\\\"):\\n\\texp = \\\"squared ? ((\\\" + bounceComboExp + \\\")\\\" + squareExp + \\\") : (\\\" + bounceComboExp + \\\")\\\"\\nelif (type==\\\"rand\\\"):\\n\\texp = \\\"squared ? ((\\\" + randomComboExp + \\\")\\\" + squareExp + \\\") : (\\\" + randomComboExp + \\\")\\\"\\nelif (type==\\\"noise\\\"):\\n\\texp = \\\"squared ? ((\\\" + noiseComboExp + \\\")\\\" + squareExp + \\\") : (\\\" + noiseComboExp + \\\")\\\"\\nelif (type==\\\"tri\\\"):\\n\\texp = \\\"squared ? ((\\\" + triComboExp + \\\")\\\" + squareExp + \\\") : (\\\" + triComboExp + \\\")\\\"\\nelif (type==\\\"saw\\\"):\\n\\texp = \\\"squared ? ((\\\" + sawComboExp + \\\")\\\" + squareExp + \\\") : (\\\" + sawComboExp + \\\")\\\"\\nelif (type==\\\"sawPara\\\"):\\n\\texp = \\\"squared ? ((\\\" + sawParaComboExp + \\\")\\\" + squareExp + \\\") : (\\\" + sawParaComboExp + \\\")\\\"\\nelif (type==\\\"sawPara_reversed\\\"):\\n\\texp = \\\"squared ? ((\\\" + sawParaRComboExp + \\\")\\\" + squareExp + \\\") : (\\\" + sawParaRComboExp + \\\")\\\"\\nelif (type==\\\"sawExp\\\"):\\n\\texp = \\\"squared ? ((\\\" + sawExpoComboExp + \\\")\\\" + squareExp + \\\") : (\\\" + sawExpoComboExp + \\\")\\\"\\n\\n\\nnuke.thisNode().knob(\\\"result\\\").setExpression(exp)\" +STARTLINE}\n addUserKnob {26 \"\"}\n addUserKnob {6 waveController l INVISIBLE +INVISIBLE +STARTLINE}\n waveController {{\"squared ? ((waveController ? ((((sin(((frame*(pi*2/(animSpeed/2)+animSlide)/2)))+1)/2) * ((maxVal-((maxVal - minVal)*result2))-(minVal+((maxVal - minVal)*result2))))+(minVal+((maxVal - minVal)*result2))) : ((((sin(((frame*(pi*2/(animSpeed/2)+animSlide)/2)))+1)/2) * (maxVal-minVal) ) + minVal)) > ((maxVal/2)+(minVal/2)) ? maxVal : minVal) : (waveController ? ((((sin(((frame*(pi*2/(animSpeed/2)+animSlide)/2)))+1)/2) * ((maxVal-((maxVal - minVal)*result2))-(minVal+((maxVal - minVal)*result2))))+(minVal+((maxVal - minVal)*result2))) : ((((sin(((frame*(pi*2/(animSpeed/2)+animSlide)/2)))+1)/2) * (maxVal-minVal) ) + minVal))\"}}\n addUserKnob {7 result l \"animation curve\" R 0 10}\n result {{\"squared ? ((waveController ? ((((sin(((frame*(pi*2/(speed/2)+slide)/2)))+1)/2) * ((maxVal-((maxVal - minVal)*result2))-(minVal+((maxVal - minVal)*result2))))+(minVal+((maxVal - minVal)*result2))) : ((((sin(((frame*(pi*2/(speed/2)+slide)/2)))+1)/2) * (maxVal-minVal) ) + minVal)) > ((maxVal/2)+(minVal/2)) ? maxVal : minVal) : (waveController ? ((((sin(((frame*(pi*2/(speed/2)+slide)/2)))+1)/2) * ((maxVal-((maxVal - minVal)*result2))-(minVal+((maxVal - minVal)*result2))))+(minVal+((maxVal - minVal)*result2))) : ((((sin(((frame*(pi*2/(speed/2)+slide)/2)))+1)/2) * (maxVal-minVal) ) + minVal))\"}}\n addUserKnob {26 \"\"}\n}\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n radius {0 0 55.87}\n size_mult {{\"parent.flareCoreSize * 3.4\"}}\n anamorph 1.1\n ring_color 0.3720190227\n inner_color 0.1795123965\n inner_falloff 7.4\n flattening 0.15\n corners_angle -16\n asym_falloff 0.45018\n asym_angle -180\n asym_angle_add true\n mult_num 2\n mult_offset 0.3\n mult_size -0.28\n name Flare167\n label \"Center Bloom\"\n xpos 605\n ypos 16098\n }\nset N8fe56000 [stack 0]\n Blur {\n size 8.5\n name Blur1\n xpos 605\n ypos 16195\n }\nset N8fe56800 [stack 0]\n Blur {\n size 200\n name Blur2\n xpos 605\n ypos 16233\n }\n Constant {\n inputs 0\n channels rgb\n name backdropConstant\n xpos 908\n ypos 22841\n }\n Radial {\n inputs 0\n area {0 0 {root.width} {root.height}}\n softness {{\"1 - parent.vignettingRegionClamp\"}}\n plinear true\n name Radial4\n xpos 1230\n ypos 22163\n }\n Transform {\n scale {{\"1 + parent.vignettingRegionScale\"}}\n center {{root.width/2} {root.height/2}}\n name Transform10\n xpos 1230\n ypos 22200\n }\n Invert {\n clamp true\n name Invert3\n xpos 1230\n ypos 22247\n }\nset N8fe57c00 [stack 0]\n Grade {\n multiply {1 0 0 1}\n multiply_panelDropped true\n name Grade18\n xpos 1230\n ypos 22305\n }\n Dot {\n name Dot26\n xpos 1264\n ypos 22366\n }\npush $N8fe57c00\n Radial {\n inputs 0\n area {0 0 {root.width} {root.height}}\n softness {{\"1 - parent.edgeBlurRegionClamp\"}}\n plinear true\n name Radial3\n xpos 1230\n ypos 21636\n }\n Transform {\n scale {{\"1 + parent.edgeBlurRegionScale\"}}\n center {960 540}\n name Transform8\n xpos 1230\n ypos 21690\n }\n Invert {\n clamp true\n name Invert1\n xpos 1230\n ypos 21737\n }\nset N884f2c00 [stack 0]\n Grade {\n multiply {1 0 0 1}\n multiply_panelDropped true\n name Grade17\n xpos 1230\n ypos 21796\n }\n Dot {\n name Dot36\n xpos 1264\n ypos 21856\n }\npush $N884f2c00\n Noise {\n inputs 0\n size {{parent.bloomNoiseSize}}\n gain {{parent.bloomNoiseGain}}\n center {960 540}\n name Noise26\n xpos 1500\n ypos 20956\n }\n Dot {\n name Dot167\n xpos 1534\n ypos 21090\n }\nset N884f1c00 [stack 0]\n Flare {\n inputs 0\n position {{\"parent.flarePos.x + parent.coreOffsetSlider.w\"} {\"parent.flarePos.y + parent.coreOffsetSlider.h\"}}\n radius {0 0 227.56}\n size_mult {{parent.flareCoreSize/10}}\n anamorph 1.01\n ring_color {0.7653999925 0.7450000048 1}\n inner_color 1\n outer_falloff 2\n name Flare1\n xpos 525\n ypos 610\n disable {{parent.Flare340.disable}}\n }\n Dot {\n name Dot8\n xpos 559\n ypos 699\n }\n Flare {\n inputs 0\n position {{\"parent.flarePos.x + parent.coreOffsetSlider.w\"} {\"parent.flarePos.y + parent.coreOffsetSlider.h\"}}\n radius {0 0 227.56}\n size_mult {{parent.flareCoreSize/10}}\n anamorph 1.01\n ring_color {0.7653999925 0.7450000048 1}\n inner_color 1\n outer_falloff 2\n name Flare340\n xpos 436\n ypos 585\n disable {{\"parent.coreTypePick == 3 ? 0 : 1\"}}\n }\n Flare {\n position {{\"parent.flarePos.x + parent.coreOffsetSlider.w\"} {\"parent.flarePos.y + parent.coreOffsetSlider.h\"}}\n radius {0 3.97 21.06}\n size_mult {{parent.flareCoreSize*3}}\n anamorph 1.728\n ring_color 0.2300000191\n inner_color 1\n outer_falloff 9\n inner_falloff 2\n chroma_spread 0.02\n vis_mask -rgba.alpha\n name Flare341\n xpos 436\n ypos 647\n disable {{parent.Flare340.disable}}\n }\n Merge {\n inputs 2\n operation plus\n name Merge287\n xpos 436\n ypos 695\n }\n Flare {\n inputs 0\n position {{\"parent.flarePos.x + parent.coreOffsetSlider.w\"} {\"parent.flarePos.y + parent.coreOffsetSlider.h\"}}\n radius {0 17.54 30.69}\n size_mult {{parent.flareCoreSize}}\n inner_color 1\n outer_falloff 2.8\n inner_falloff 10\n name mainCore_V3\n label \"core 3\"\n xpos 332\n ypos 617\n disable {{\"parent.coreTypePick == 2 ? 0 : 1\"}}\n }\n Blur {\n size 2\n crop false\n name Blur162\n xpos 332\n ypos 655\n disable {{parent.mainCore_V3.disable}}\n }\n Glow {\n tint {0.22 0.055 0.034}\n tint_panelDropped true\n brightness 3\n size 25\n crop false\n name Glow42\n xpos 332\n ypos 701\n disable {{parent.mainCore_V3.disable}}\n }\n Dot {\n name Dot3\n xpos 366\n ypos 760\n }\n Flare {\n inputs 0\n position {{\"parent.flarePos.x + parent.coreOffsetSlider.w\"} {\"parent.flarePos.y + parent.coreOffsetSlider.h\"}}\n radius {0 7.61 10.51}\n size_mult {{parent.flareCoreSize} {parent.flareCoreSize}}\n anamorph 2\n inner_color 1\n name mainCore_V2\n label \"core 2\"\n xpos 224\n ypos 611\n disable {{\"parent.coreTypePick == 1 ? 0 : 1\"}}\n }\n Glow {\n brightness 0.64\n size 25\n crop false\n name Glow43\n xpos 224\n ypos 655\n disable {{parent.mainCore_V2.disable}}\n }\n Blur {\n size 4.2\n crop false\n name Blur159\n xpos 224\n ypos 696\n disable {{parent.mainCore_V2.disable}}\n }\n Dot {\n name Dot2\n xpos 258\n ypos 773\n }\n Flare {\n inputs 0\n position {{\"parent.flarePos.x + parent.coreOffsetSlider.w\"} {\"parent.flarePos.y + parent.coreOffsetSlider.h\"}}\n radius {0 17.54 30.69}\n size_mult {{parent.flareCoreSize}}\n inner_color 1\n outer_falloff 2.8\n inner_falloff 10\n name mainCore_V1\n label \"core 1\"\n xpos 104\n ypos 602\n disable {{\"parent.coreTypePick == 0 ? 0 : 1\"}}\n }\n Glow {\n brightness 3\n size 25\n crop false\n name Glow44\n xpos 104\n ypos 656\n disable {{parent.mainCore_V1.disable}}\n }\n Blur {\n size 25\n crop false\n name Blur160\n xpos 104\n ypos 692\n disable {{parent.mainCore_V1.disable}}\n }\n Dot {\n name Dot1\n xpos 138\n ypos 793\n }\n Switch {\n inputs 4\n which {{parent.coreTypePick}}\n name coreSel\n xpos 528\n ypos 789\n }\n Transform {\n rotate {{parent.coreRotation}}\n scale {{parent.coreSize}}\n center {{parent.flarePos.x} {parent.flarePos.y}}\n black_outside false\n name Transform1\n xpos 528\n ypos 830\n }\n Blur {\n size {{parent.coreBlur}}\n name coreMainBlur\n xpos 528\n ypos 866\n }\n Grade {\n multiply {{parent.coreColour.r} {parent.coreColour.g} {parent.coreColour.b} 1}\n name lens_core_grade\n xpos 528\n ypos 922\n }\n Transform {\n translate {{\"(parent.flarePos.x + parent.coreOffsetSlider.w) >root.width ? ((-1*parent.coreSize) * (root.width - parent.flarePos.x + parent.coreOffsetSlider.w)) : 0\"} {\"(parent.flarePos.y + parent.coreOffsetSlider.h) >root.height ? ((-1*parent.coreSize) * (root.height - parent.flarePos.y + parent.coreOffsetSlider.h)) : 0\"}}\n center {{\"parent.flarePos.x + parent.coreOffsetSlider.w\"} {\"parent.flarePos.y + parent.coreOffsetSlider.h\"}}\n black_outside false\n name trans_compensate2\n xpos 528\n ypos 962\n }\n Transform {\n translate {{\"(parent.flarePos.x + parent.coreOffsetSlider.w) <0 ? ((-1*parent.coreSize) * (0 - parent.flarePos.x + parent.coreOffsetSlider.w)) : 0\"} {\"(parent.flarePos.y + parent.coreOffsetSlider.h) <0 ? ((-1*parent.coreSize) * (0 - parent.flarePos.y + parent.coreOffsetSlider.h)) : 0\"}}\n center {{\"parent.flarePos.x + parent.coreOffsetSlider.w\"} {\"parent.flarePos.y + parent.coreOffsetSlider.h\"}}\n black_outside false\n name neg_trans_compensate2\n xpos 528\n ypos 997\n }\n Crop {\n box {0 0 {root.width} {root.height}}\n name Crop4\n xpos 528\n ypos 1038\n }\n Dot {\n name Dot4\n xpos 562\n ypos 1089\n }\n Dot {\n name Dot42\n xpos 699\n ypos 1089\n }\nset Nd50e1800 [stack 0]\n Saturation {\n saturation 0\n name Saturation4\n xpos 665\n ypos 1121\n }\npush $Nd50e1800\n Copy {\n inputs 2\n from0 rgba.red\n to0 rgba.alpha\n name Copy6\n xpos 798\n ypos 1078\n disable true\n }\nset Nd50e1000 [stack 0]\n Dot {\n name Dot43\n xpos 918\n ypos 1058\n }\n Dot {\n name Dot27\n xpos 1444\n ypos 1058\n }\n Blur {\n size {{\"parent.lensDirtRangeFalloff * 3\"}}\n name Blur5\n xpos 1410\n ypos 14988\n }\n Grade {\n whitepoint 0.14\n white 2\n multiply 4\n gamma 1.18\n name Grade11\n xpos 1410\n ypos 15040\n }\n Grade {\n blackpoint {{parent.lensDirtFalloffSteepness}}\n name Grade15\n xpos 1410\n ypos 15118\n }\n Dot {\n name Dot22\n xpos 1444\n ypos 15187\n }\nset Ne180b400 [stack 0]\n Dot {\n name Dot25\n xpos 1245\n ypos 15187\n }\n Grade {\n white {1 0 0 1}\n white_panelDropped true\n name Grade14\n xpos 1211\n ypos 15226\n }\n Shuffle {\n alpha red\n name Shuffle2\n xpos 1211\n ypos 16333\n }\n Dot {\n name Dot15\n xpos 1245\n ypos 16777\n }\n Constant {\n inputs 0\n channels rgb\n name Constant1\n xpos 1573\n ypos 16477\n }\npush $Ne180b400\n Input {\n inputs 0\n name customDirt\n xpos 1523\n ypos 14731\n number 1\n }\n Saturation {\n saturation 0\n name Saturation12\n xpos 1523\n ypos 14767\n }\n Grade {\n blackpoint 0.12\n whitepoint 1.65\n name Grade52\n xpos 1523\n ypos 14804\n }\n Constant {\n inputs 0\n channels rgb\n format \"1920 1080 0 0 1920 1080 1 HD_1080\"\n name Constant5\n xpos 2022\n ypos 14581\n }\nset Ne1809000 [stack 0]\n RotoPaint {\n cliptype none\n curves {{{v x3f99999a}\n {f 0}\n {n\n {layer Root\n {f 512}\n {t x44768000 x43fd0000}\n {a pt1x 0 pt1y 0 pt2x 0 pt2y 0 pt3x 0 pt3y 0 pt4x 0 pt4y 0 ptex00 0 ptex01 0 ptex02 0 ptex03 0 ptex10 0 ptex11 0 ptex12 0 ptex13 0 ptex20 0 ptex21 0 ptex22 0 ptex23 0 ptex30 0 ptex31 0 ptex32 0 ptex33 0 ptof1x 0 ptof1y 0 ptof2x 0 ptof2y 0 ptof3x 0 ptof3y 0 ptof4x 0 ptof4y 0 pterr 0 ptrefset 0 ptmot x40800000 ptref 0}\n {cubiccurve Blur6 512 catmullrom\n {cc\n {f 2080}\n {px x41300000\n {x438c8000 x4479c000 x3cc00000}\n {x438a8000 x447ac000 x3e600000}\n {x43a58000 x446b0000 x3ea5000d}\n {x43928000 x446e0000 x3f252008}\n {x438f0000 x44824000 x3f325ffa}\n {x438c8000 x4482c000 x3f346003}\n {x439b0000 x4467c000 x3f389ff9}\n {x43898000 x446a8000 x3f3d5ffe}\n {x43030000 x44828000 x3f3ce001}\n {x42180000 x44854000 x3f39dffc}\n {x426c0000 x4468c000 x3f39dffc}\n {x42e00000 x44580000 x3f3b9ffd}\n {x42500000 x446d4000 x3f3ce001}\n {x426c0000 x44808000 x3f389ff9}\n {x42580000 x44564000 x3f3aa002}\n {x42aa0000 x44340000 x3f3edff8}\n {xc1300000 x444b8000 x3f3edff8}\n {xc1900000 x44690000 x3f3c6003}\n {x41c80000 x44460000 x3f3c6003}\n {x42a60000 x441d0000 x3f401ffb}\n {x42000000 x44124000 x3f40e001}\n {x42240000 x440d4000 x3f3f1fff}\n {x42880000 x43eb0000 x3f3ea002}\n {x42600000 x43d48000 x3f3f1fff}\n {x42480000 x43c38000 x3f3ddffc}\n {x42740000 x43dc8000 x3f292008}\n {x42a20000 x44094000 x3f212008}\n {x42c20000 x43e58000 x3f246003}\n {x429e0000 x438c8000 x3f2d5ffe}\n {x42900000 x43510000 x3f2fe005}\n {x42ca0000 x43630000 x3f262004}\n {x42d00000 x43980000 x3f0c1ffb}\n {x433b0000 x43800000 x3f11a006}\n {x43838000 x431b0000 x3f2be005}\n {x43910000 x42ea0000 x3f2d5ffe}\n {x43730000 x431d0000 x3f2c1ffb}\n {x43980000 x42e00000 x3f2b9ffd}\n {x43cd0000 x41b00000 x3f34e001}\n {x43f88000 xc2820000 x3f31dffc}\n {x44004000 xc2c60000 x3f21dffc}\n {x43f68000 xc2be0000 x3eb28006}}}\n {t\n {{x41300000 x432bd439}}\n {{x41300000 x4411f6a8}} 0\n {{x41300000 0}}\n {{x41300000 0}} 0 0 0\n {{x41300000 0}}\n {{x41300000 1}}\n {{x41300000 1}} 1\n {{x41300000 0}}}\n {a ro 0 go 0 bo 0 ao 0 bs x43838000 bt x40000000 bu 1 src 1 spx x44768000 spy x43fd0000 sb 1 ltn x421c0000 ltm x421c0000 ep1 x41700000 tt x41a00000 nv x40000000 view2 x40000000}}\n {cubiccurve Blur5 512 catmullrom\n {cc\n {f 2080}\n {px x41300000\n {x442a0000 x44618000 x3da20005}\n {x442a0000 x44608000 x3e770004}\n {x44258000 x44690000 x3ef1fff8}\n {x4424c000 x44698000 x3f215ffe}\n {x4424c000 x44690000 x3f239ffd}\n {x44114000 x447ac000 x3f24e001}\n {x44108000 x447b0000 x3f2be005}\n {x44108000 x447a4000 x3f2b1fff}\n {x441d8000 x44650000 x3f2d2008}\n {x441a0000 x44634000 x3f309ff9}\n {x44028000 x4481a000 x3f36dff8}\n {x43f98000 x44862000 x3f3a2004}\n {x44030000 x44804000 x3f3c6003}\n {x440c8000 x4471c000 x3f42a002}\n {x43fb0000 x447dc000 x3f452008}\n {x43ee8000 x44882000 x3f446003}\n {x43f20000 x44856000 x3f465ffa}\n {x44060000 x447d0000 x3f46dff8}\n {x44004000 x447c0000 x3f479ffd}\n {x43e68000 x44856000 x3f479ffd}\n {x43c28000 x448e6000 x3f476007}\n {x43bd0000 x448d8000 x3f02a002}}}\n {t\n {{x41300000 x440a4ba6}}\n {{x41300000 x447ab70a}} 0\n {{x41300000 0}}\n {{x41300000 0}} 0 0 0\n {{x41300000 0}}\n {{x41300000 1}}\n {{x41300000 1}} 1\n {{x41300000 0}}}\n {a ro 0 go 0 bo 0 ao 0 bs x43838000 bt x40000000 bu 1 src 1 spx x44768000 spy x43fd0000 sb 1 ltn x421c0000 ltm x421c0000 ep1 x41700000 tt x41a00000 nv x40000000 view2 x40000000}}\n {cubiccurve Blur4 512 catmullrom\n {cc\n {f 2080}\n {px x41300000\n {x449b8000 x442f8000 x3dbc0003}\n {x449ac000 x4432c000 x3edafff3}\n {x44968000 x44494000 x3d8dfffb}}}\n {t\n {{x41300000 x44999571}}\n {{x41300000 x44392ab0}} 0\n {{x41300000 0}}\n {{x41300000 0}} 0 0 0\n {{x41300000 0}}\n {{x41300000 1}}\n {{x41300000 1}} 1\n {{x41300000 0}}}\n {a ro 0 go 0 bo 0 ao 0 bs x43838000 bt x40000000 bu 1 src 1 spx x44768000 spy x43fd0000 sb 1 ltn x421c0000 ltm x421c0000 ep1 x41700000 tt x41a00000 nv x40000000 view2 x40000000}}\n {cubiccurve Blur3 512 catmullrom\n {cc\n {f 2080}\n {px x41300000\n {x44904000 x44068000 x3da3fffd}\n {x44904000 x44078000 x3ebf7ff1}\n {x448fc000 x440d4000 x3eeb8002}\n {x44928000 x44060000 x3f1b6007}\n {x44932000 x44054000 x3f1ea002}\n {x44920000 x440d4000 x3f206003}\n {x44920000 x440dc000 0}}}\n {t\n {{x41300000 x44916948}}\n {{x41300000 x44095b75}} 0\n {{x41300000 0}}\n {{x41300000 0}} 0 0 0\n {{x41300000 0}}\n {{x41300000 1}}\n {{x41300000 1}} 1\n {{x41300000 0}}}\n {a ro 0 go 0 bo 0 ao 0 bs x43838000 bt x40000000 bu 1 src 1 spx x44768000 spy x43fd0000 sb 1 ltn x421c0000 ltm x421c0000 ep1 x41700000 tt x41a00000 nv x40000000 view2 x40000000}}\n {cubiccurve Blur2 512 catmullrom\n {cc\n {f 2080}\n {px x41300000\n {x44698000 x44704000 x3ebc0011}\n {x44690000 x4471c000 x3ee1fff8}\n {x4479c000 x4459c000 x3f046003}\n {x447c0000 x44538000 x3f30e001}\n {x4471c000 x44610000 x3f35a006}\n {x44618000 x447c8000 x3f362004}\n {x44770000 x445b4000 x3f3aa002}\n {x4462c000 x447f8000 x3f43e005}\n {x44620000 x44808000 x3f455ffe}\n {x4479c000 x44618000 x3f4d5ffe}\n {x447ac000 x445c0000 x3f515ffe}\n {x44674000 x44780000 x3f51a006}\n {x44658000 x447d0000 x3f509ff9}\n {x446fc000 x44720000 x3f40e001}}}\n {t\n {{x41300000 x446e4db2}}\n {{x41300000 x446c5b75}} 0\n {{x41300000 0}}\n {{x41300000 0}} 0 0 0\n {{x41300000 0}}\n {{x41300000 1}}\n {{x41300000 1}} 1\n {{x41300000 0}}}\n {a ro 0 go 0 bo 0 ao 0 bs x43838000 bt x40000000 bu 1 src 1 spx x44768000 spy x43fd0000 sb 1 ltn x421c0000 ltm x421c0000 ep1 x41700000 tt x41a00000 nv x40000000 view2 x40000000}}\n {cubiccurve Smear40 512 catmullrom\n {cc\n {f 2080}\n {px x41300000\n {x4480c000 x444c4000 x3cb0000d}\n {x44812000 x444cc000 x3d27fff9}\n {x44804000 x444f8000 x3ef70004}\n {x447ac000 x4456c000 x3f265ffa}\n {x4470c000 x4463c000 x3f2e5ffa}\n {x446d4000 x44698000 x3f352008}\n {x44684000 x44714000 x3f362004}\n {x44658000 x44740000 x3f3a2004}\n {x4463c000 x44770000 x3f3a2004}\n {x44620000 x44788000 x3f376007}\n {x44618000 x44788000 x3e6cffeb}}}\n {t\n {{x41300000 x44702e87}}\n {{x41300000 x44654000}} 0\n {{x41300000 0}}\n {{x41300000 0}} 0 0 0\n {{x41300000 0}}\n {{x41300000 1}}\n {{x41300000 1}} 1\n {{x41300000 0}}}\n {a ro 0 go 0 bo 0 ao 0 bs x43120000 bt 1 bu 1 src 1 spx x44768000 spy x43fd0000 sb 1 ltn x421c0000 ltm x421c0000 ep1 1 tt x41b00000 nv x40000000 view2 x40000000}}\n {cubiccurve Smear39 512 catmullrom\n {cc\n {f 2080}\n {px x41300000\n {x44efe000 x44338000 x3cc00000}\n {x44efa000 x44380000 x3d6c0003}}}\n {t\n {{x41300000 x44efc000}}\n {{x41300000 x4435c000}} 0\n {{x41300000 0}}\n {{x41300000 0}} 0 0 0\n {{x41300000 0}}\n {{x41300000 1}}\n {{x41300000 1}} 1\n {{x41300000 0}}}\n {a ro 0 go 0 bo 0 ao 0 bs x43120000 bt 1 bu 1 src 1 spx x44768000 spy x43fd0000 sb 1 ltn x421c0000 ltm x421c0000 ep1 1 tt x41b00000 nv x40000000 view2 x40000000}}\n {cubiccurve Smear38 512 catmullrom\n {cc\n {f 2080}\n {px x41300000\n {x44eba000 x442c0000 x3d67fff9}\n {x44eb6000 x442c0000 x3e01001d}\n {x44eb6000 x442c4000 x3e828006}\n {x44ede000 x4431c000 x3eb9800a}}}\n {t\n {{x41300000 x44ec1000}}\n {{x41300000 x442d8000}} 0\n {{x41300000 0}}\n {{x41300000 0}} 0 0 0\n {{x41300000 0}}\n {{x41300000 1}}\n {{x41300000 1}} 1\n {{x41300000 0}}}\n {a ro 0 go 0 bo 0 ao 0 bs x43120000 bt 1 bu 1 src 1 spx x44768000 spy x43fd0000 sb 1 ltn x421c0000 ltm x421c0000 ep1 1 tt x41b00000 nv x40000000 view2 x40000000}}\n {cubiccurve Smear37 512 catmullrom\n {cc\n {f 2080}\n {px x41300000\n {x44514000 x43e80000 x3d000000}\n {x44514000 x43ed8000 x3d30000d}\n {x44514000 x43fc0000 x3ef28006}\n {x44504000 x43fe0000 x3a7ffff7}}}\n {t\n {{x41300000 x44510000}}\n {{x41300000 x43f3e000}} 0\n {{x41300000 0}}\n {{x41300000 0}} 0 0 0\n {{x41300000 0}}\n {{x41300000 1}}\n {{x41300000 1}} 1\n {{x41300000 0}}}\n {a ro 0 go 0 bo 0 ao 0 bs x43120000 bt 1 bu 1 src 1 spx x44768000 spy x43fd0000 sb 1 ltn x421c0000 ltm x421c0000 ep1 1 tt x41b00000 nv x40000000 view2 x40000000}}\n {cubiccurve Smear36 512 catmullrom\n {cc\n {f 2080}\n {px x41300000\n {x441f4000 x42ea0000 x3d8dfffb}\n {x4420c000 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{x448c0000 x42a20000 x3e7effe3}\n {x448c6000 x42500000 x3e0e0008}\n {x448d2000 x41e80000 x3dc60002}\n {x448dc000 xc0a00000 x3d87fff9}\n {x448e0000 xc1b80000 x3da7fff9}\n {x448e0000 xc1d80000 x3d960002}}}\n {t\n {{x41300000 x448c0f0a}}\n {{x41300000 x42de88b4}} 0\n {{x41300000 0}}\n {{x41300000 0}} 0 0 0\n {{x41300000 0}}\n {{x41300000 1}}\n {{x41300000 1}} 1\n {{x41300000 0}}}\n {a ro 0 go 0 bo 0 ao 0 opc x3ecccccd bs x42f40000 bu 1 spx x44768000 spy x43fd0000 sb 1 ltn x41300000 ltm x41300000 tt x41600000 nv x40000000 view2 x40000000}}\n {cubiccurve Brush25 512 catmullrom\n {cc\n {f 2080}\n {px x41300000\n {x448c2000 x43910000 x3d30000d}\n {x448c0000 x438f0000 x3e25000d}}}\n {t\n {{x41300000 x448c1000}}\n {{x41300000 x43900000}} 0\n {{x41300000 0}}\n {{x41300000 0}} 0 0 0\n {{x41300000 0}}\n {{x41300000 1}}\n {{x41300000 1}} 1\n {{x41300000 0}}}\n {a ro 0 go 0 bo 0 ao 0 opc x3ecccccd bs x42f40000 bu 1 spx x44768000 spy x43fd0000 sb 1 ltn x41300000 ltm x41300000 tt x41600000 nv x40000000 view2 x40000000}}\n {cubiccurve Brush24 512 catmullrom\n {cc\n {f 2080}\n {px x41300000\n {x448b8000 x43cb8000 x3cd80007}\n {x448b4000 x43ca8000 x3d3bfff6}}}\n {t\n {{x41300000 x448b6000}}\n {{x41300000 x43cb0000}} 0\n {{x41300000 0}}\n {{x41300000 0}} 0 0 0\n {{x41300000 0}}\n {{x41300000 1}}\n {{x41300000 1}} 1\n {{x41300000 0}}}\n {a ro 0 go 0 bo 0 ao 0 opc x3ecccccd bs x42f40000 bu 1 spx x44768000 spy x43fd0000 sb 1 ltn x41300000 ltm x41300000 tt x41600000 nv x40000000 view2 x40000000}}\n {cubiccurve Brush23 512 catmullrom\n {cc\n {f 2080}\n {px x41300000\n {x44886000 x43c50000 x3d180007}\n {x44882000 x43c50000 x3d33fffd}\n {x44878000 x43cb8000 x3e500000}\n {x4487a000 x43d00000 x3e78fffc}\n {x44898000 x43d28000 x3e730015}\n {x448aa000 x43d00000 x3df9ffd6}}}\n {t\n {{x41300000 x4488a000}}\n {{x41300000 x43cc0000}} 0\n {{x41300000 0}}\n {{x41300000 0}} 0 0 0\n {{x41300000 0}}\n {{x41300000 1}}\n {{x41300000 1}} 1\n {{x41300000 0}}}\n {a ro 0 go 0 bo 0 ao 0 opc x3ecccccd bs x42f40000 bu 1 spx x44768000 spy x43fd0000 sb 1 ltn x41300000 ltm x41300000 tt x41600000 nv x40000000 view2 x40000000}}\n {cubiccurve Brush22 512 catmullrom\n {cc\n {f 2080}\n {px x41300000\n {x44554000 x446d8000 x3d7bfff6}\n {x4454c000 x446e8000 x3e18fffc}\n {x44570000 x446e8000 x3e9f7ff1}}}\n {t\n {{x41300000 x4455aab0}}\n {{x41300000 x446e2ab0}} 0\n {{x41300000 0}}\n {{x41300000 0}} 0 0 0\n {{x41300000 0}}\n {{x41300000 1}}\n {{x41300000 1}} 1\n {{x41300000 0}}}\n {a ro 0 go 0 bo 0 ao 0 opc x3ecccccd bs x42780000 bu 1 spx x44768000 spy x43fd0000 sb 1 ltn x41300000 ltm x41300000 tt x41600000 nv x40000000 view2 x40000000}}\n {cubiccurve Brush21 512 catmullrom\n {cc\n {f 2080}\n {px x41300000\n {x44620000 x44590000 x3e05000d}\n {x44610000 x44588000 x3e31fff8}\n {x44608000 x44594000 x3e4effe3}\n {x44610000 x445b4000 x3e5a0019}\n {x44610000 x445b8000 x3e847ffe}}}\n {t\n {{x41300000 x4461199a}}\n {{x41300000 x4459e666}} 0\n {{x41300000 0}}\n {{x41300000 0}} 0 0 0\n {{x41300000 0}}\n {{x41300000 1}}\n {{x41300000 1}} 1\n {{x41300000 0}}}\n {a ro 0 go 0 bo 0 ao 0 opc x3ecccccd bs x42780000 bu 1 spx x44768000 spy x43fd0000 sb 1 ltn x41300000 ltm x41300000 tt x41600000 nv x40000000 view2 x40000000}}\n {cubiccurve Brush20 512 catmullrom\n {cc\n {f 2080}\n {px x41300000\n {x446b4000 x446c4000 x3d64000a}\n {x446b4000 x446bc000 x3e25ffe7}\n {x446b4000 x446b4000 0}}}\n {t\n {{x41300000 x446b4000}}\n {{x41300000 x446bc000}} 0\n {{x41300000 0}}\n {{x41300000 0}} 0 0 0\n {{x41300000 0}}\n {{x41300000 1}}\n {{x41300000 1}} 1\n {{x41300000 0}}}\n {a ro 0 go 0 bo 0 ao 0 opc x3ecccccd bs x42780000 bu 1 spx x44768000 spy x43fd0000 sb 1 ltn x41300000 ltm x41300000 tt x41600000 nv x40000000 view2 x40000000}}\n {cubiccurve Brush19 512 catmullrom\n {cc\n {f 2080}\n {px x41300000\n {x44738000 x445f4000 x3cf0000d}\n {x44740000 x44608000 x3d87fff9}}}\n {t\n {{x41300000 x4473c000}}\n {{x41300000 x445fe000}} 0\n {{x41300000 0}}\n {{x41300000 0}} 0 0 0\n {{x41300000 0}}\n {{x41300000 1}}\n {{x41300000 1}} 1\n {{x41300000 0}}}\n {a ro 0 go 0 bo 0 ao 0 opc x3ecccccd bs x42780000 bu 1 spx x44768000 spy x43fd0000 sb 1 ltn x41300000 ltm x41300000 tt x41600000 nv x40000000 view2 x40000000}}\n {cubiccurve Brush18 512 catmullrom\n {cc\n {f 2080}\n {px x41300000\n {x44764000 x445c8000 x3d4c0003}\n {x44754000 x445ec000 x3d73fffd}\n {x4474c000 x445ec000 x3d27fff9}}}\n {t\n {{x41300000 x44756ab0}}\n {{x41300000 x445e0000}} 0\n {{x41300000 0}}\n {{x41300000 0}} 0 0 0\n {{x41300000 0}}\n {{x41300000 1}}\n {{x41300000 1}} 1\n {{x41300000 0}}}\n {a ro 0 go 0 bo 0 ao 0 opc x3ecccccd bs x42780000 bu 1 spx x44768000 spy x43fd0000 sb 1 ltn x41300000 ltm x41300000 tt x41600000 nv x40000000 view2 x40000000}}\n {cubiccurve Brush17 512 catmullrom\n {cc\n {f 2080}\n {px x41300000\n {x44794000 x44590000 x3d400000}\n {x4478c000 x4459c000 x3dc60002}\n {x44788000 x445a4000 x3d4c0003}}}\n {t\n {{x41300000 x4478d550}}\n {{x41300000 x4459aab0}} 0\n {{x41300000 0}}\n {{x41300000 0}} 0 0 0\n {{x41300000 0}}\n {{x41300000 1}}\n {{x41300000 1}} 1\n {{x41300000 0}}}\n {a ro 0 go 0 bo 0 ao 0 opc x3ecccccd bs x42780000 bu 1 spx x44768000 spy x43fd0000 sb 1 ltn x41300000 ltm x41300000 tt x41600000 nv x40000000 view2 x40000000}}\n {cubiccurve Brush16 512 catmullrom\n {cc\n {f 2080}\n {px x41300000\n {x447b0000 x4455c000 x3c8ffff3}\n {x447a4000 x44578000 x3d5bfff6}\n {x44794000 x44588000 x3e4a0019}}}\n {t\n {{x41300000 x447a2ae1}}\n {{x41300000 x44574000}} 0\n {{x41300000 0}}\n {{x41300000 0}} 0 0 0\n {{x41300000 0}}\n {{x41300000 1}}\n {{x41300000 1}} 1\n {{x41300000 0}}}\n {a ro 0 go 0 bo 0 ao 0 opc x3ecccccd bs x42780000 bu 1 spx x44768000 spy x43fd0000 sb 1 ltn x41300000 ltm x41300000 tt x41600000 nv x40000000 view2 x40000000}}\n {cubiccurve Brush15 512 catmullrom\n {cc\n {f 2080}\n {px x41300000\n {x447d0000 x44538000 x3d0ffff3}\n {x447c8000 x44548000 x3d27fff9}}}\n {t\n {{x41300000 x447cc000}}\n {{x41300000 x44540000}} 0\n {{x41300000 0}}\n {{x41300000 0}} 0 0 0\n {{x41300000 0}}\n {{x41300000 1}}\n {{x41300000 1}} 1\n {{x41300000 0}}}\n {a ro 0 go 0 bo 0 ao 0 opc x3ecccccd bs x42780000 bu 1 spx x44768000 spy x43fd0000 sb 1 ltn x41300000 ltm x41300000 tt x41600000 nv x40000000 view2 x40000000}}\n {cubiccurve Brush14 512 catmullrom\n {cc\n {f 2080}\n {px x41300000\n {x449d0000 x441ec000 x3cf0000d}\n {x449d0000 x441fc000 x3e380022}\n {x449be000 x44234000 x3e45000d}\n {x449b8000 x44234000 x3e370004}\n {x449b8000 x44244000 x3e180022}\n {x449b4000 x44244000 x3ca7fff9}\n {x449b4000 x4424c000 0}}}\n {t\n {{x41300000 x449be948}}\n {{x41300000 x44229b75}} 0\n {{x41300000 0}}\n {{x41300000 0}} 0 0 0\n {{x41300000 0}}\n {{x41300000 1}}\n {{x41300000 1}} 1\n {{x41300000 0}}}\n {a ro 0 go 0 bo 0 ao 0 opc x3ecccccd bs x42780000 bu 1 spx x44768000 spy x43fd0000 sb 1 ltn x41300000 ltm x41300000 tt x41600000 nv x40000000 view2 x40000000}}\n {cubiccurve Brush13 512 catmullrom\n {cc\n {f 2080}\n {px x41300000\n {x449dc000 x44210000 x3ccffff3}\n {x449e0000 x44218000 x3dd5ffe7}\n {x449d4000 x44254000 x3e21001d}\n {x449d4000 x44260000 x3dd1fff8}\n {x449d8000 x44278000 x3d93fffd}\n {x449d4000 x442a0000 x3e330015}}}\n {t\n {{x41300000 x449d8000}}\n {{x41300000 x44253550}} 0\n {{x41300000 0}}\n {{x41300000 0}} 0 0 0\n {{x41300000 0}}\n {{x41300000 1}}\n {{x41300000 1}} 1\n {{x41300000 0}}}\n {a ro 0 go 0 bo 0 ao 0 opc x3ecccccd bs x42780000 bu 1 spx x44768000 spy x43fd0000 sb 1 ltn x41300000 ltm x41300000 tt x41600000 nv x40000000 view2 x40000000}}\n {cubiccurve Brush12 512 catmullrom\n {cc\n {f 2080}\n {px x41300000\n {x44b3c000 x44624000 x3d0ffff3}\n {x44b38000 x44624000 x3de7ffde}\n {x44b32000 x4462c000 x3e4e0008}\n {x44b2e000 x44658000 x3e91fff8}\n {x44b2e000 x44668000 x3ed38002}\n {x44b2a000 x44674000 x3ede0008}}}\n {t\n {{x41300000 x44b32000}}\n {{x41300000 x44646ab0}} 0\n {{x41300000 0}}\n {{x41300000 0}} 0 0 0\n {{x41300000 0}}\n {{x41300000 1}}\n {{x41300000 1}} 1\n {{x41300000 0}}}\n {a ro 0 go 0 bo 0 ao 0 opc x3ecccccd bs x42780000 bu 1 spx x44768000 spy x43fd0000 sb 1 ltn x41300000 ltm x41300000 tt x41600000 nv x40000000 view2 x40000000}}\n {cubiccurve Brush11 512 catmullrom\n {cc\n {f 2080}\n {px x41300000\n {x44c14000 x4447c000 x3d180007}\n {x44c0e000 x4448c000 x3e61fff8}}}\n {t\n {{x41300000 x44c11000}}\n {{x41300000 x44484000}} 0\n {{x41300000 0}}\n {{x41300000 0}} 0 0 0\n {{x41300000 0}}\n {{x41300000 1}}\n {{x41300000 1}} 1\n {{x41300000 0}}}\n {a ro 0 go 0 bo 0 ao 0 bs x42780000 bu 1 spx x44768000 spy x43fd0000 sb 1 ltn x41300000 ltm x41300000 tt x41600000 nv x40000000 view2 x40000000}}\n {cubiccurve Brush10 512 catmullrom\n {cc\n {f 2080}\n {px x41300000\n {x44c20000 x4427c000 x3d07fff9}\n {x44c1c000 x4427c000 x3de3ffef}\n {x44c18000 x44284000 x3e47ffde}\n {x44c14000 x4428c000 x3e6a0019}\n {x44c14000 x4429c000 x3ea1800a}}}\n {t\n {{x41300000 x44c18ccd}}\n {{x41300000 x44287333}} 0\n {{x41300000 0}}\n {{x41300000 0}} 0 0 0\n {{x41300000 0}}\n {{x41300000 1}}\n {{x41300000 1}} 1\n {{x41300000 0}}}\n {a ro 0 go 0 bo 0 ao 0 bs x42780000 bu 1 spx x44768000 spy x43fd0000 sb 1 ltn x41300000 ltm x41300000 tt x41600000 nv x40000000 view2 x40000000}}\n {cubiccurve Brush9 512 catmullrom\n {cc\n {f 2080}\n {px x41300000\n {x44e30000 x43d00000 x3d400000}\n {x44e30000 x43d58000 x3e8f0004}\n {x44e34000 x43d70000 x3e6effe3}\n {x44e3c000 x43da0000 x3e92fff3}\n {x44e3c000 x43da8000 x3e828006}}}\n {t\n {{x41300000 x44e3599a}}\n {{x41300000 x43d6999a}} 0\n {{x41300000 0}}\n {{x41300000 0}} 0 0 0\n {{x41300000 0}}\n {{x41300000 1}}\n {{x41300000 1}} 1\n {{x41300000 0}}}\n {a ro 0 go 0 bo 0 ao 0 bs x42780000 bu 1 spx x44768000 spy x43fd0000 sb 1 ltn x41300000 ltm x41300000 tt x41600000 nv x40000000 view2 x40000000}}\n {cubiccurve Brush8 512 catmullrom\n {cc\n {f 2080}\n {px x41300000\n {x44b00000 x43540000 x3cd80007}\n {x44afc000 x43530000 x3d27fff9}\n {x44ae6000 x43560000 x3e80fffc}\n {x44ade000 x435d0000 x3e98fffc}\n {x44ade000 x435f0000 x3eb8fffc}\n {x44adc000 x43610000 x3ebf0004}\n {x44ad0000 x43710000 x3ebe7ff6}\n {x44aba000 x43750000 x3ea8800f}\n {x44a9e000 x43838000 x3ea70004}\n {x44a9a000 x43850000 x3ea67ff6}\n {x44a90000 x438d8000 x3e90800f}\n {x44a90000 x438f0000 x3e470004}\n {x44a8c000 x43928000 x3e600000}\n {x44a88000 x43968000 x3d180007}}}\n {t\n {{x41300000 x44abedc3}}\n {{x41300000 x4378db64}} 0\n {{x41300000 0}}\n {{x41300000 0}} 0 0 0\n {{x41300000 0}}\n {{x41300000 1}}\n {{x41300000 1}} 1\n {{x41300000 0}}}\n {a ro 0 go 0 bo 0 ao 0 bs x42780000 bu 1 spx x44768000 spy x43fd0000 sb 1 ltn x41300000 ltm x41300000 tt x41600000 nv x40000000 view2 x40000000}}\n {cubiccurve Brush7 512 catmullrom\n {cc\n {f 2080}\n {px x41300000\n {x4429c000 x43b98000 x3d04000a}\n {x4429c000 x43ba8000 x3e01fff8}\n {x442e4000 x43c18000 x3e330015}\n {x44308000 x43c18000 x3e51fff8}\n {x442f8000 x43c28000 x3e5afff3}\n {x44300000 x43c98000 x3e5afff3}\n {x4430c000 x43cc8000 x3e5afff3}\n {x44300000 x43cc8000 x3e5e0008}\n {x442e8000 x43cd0000 x3e5e0008}\n {x442e4000 x43d28000 x3e51001d}}}\n {t\n {{x41300000 x442e5333}}\n {{x41300000 x43c5f333}} 0\n {{x41300000 0}}\n {{x41300000 0}} 0 0 0\n {{x41300000 0}}\n {{x41300000 1}}\n {{x41300000 1}} 1\n {{x41300000 0}}}\n {a ro 0 go 0 bo 0 ao 0 bs x42780000 bu 1 spx x44768000 spy x43fd0000 sb 1 ltn x41300000 ltm x41300000 tt x41600000 nv x40000000 view2 x40000000}}\n {cubiccurve Brush6 512 catmullrom\n {cc\n {f 2080}\n {px x41300000\n {x44538000 x43a30000 x3ca7fff9}\n {x44538000 x43a40000 x3d1bfff6}\n {x44538000 x43a30000 x3eb8800f}\n {x44530000 x43a30000 x3e770004}\n {x44528000 x43a40000 x3e2afff3}}}\n {t\n {{x41300000 x44533333}}\n {{x41300000 x43a36666}} 0\n {{x41300000 0}}\n {{x41300000 0}} 0 0 0\n {{x41300000 0}}\n {{x41300000 1}}\n {{x41300000 1}} 1\n {{x41300000 0}}}\n {a ro 0 go 0 bo 0 ao 0 bs x42780000 bu 1 spx x44768000 spy x43fd0000 sb 1 ltn x41300000 ltm x41300000 tt x41600000 nv x40000000 view2 x40000000}}\n {cubiccurve Brush5 512 catmullrom\n {cc\n {f 2080}\n {px x41300000\n {x44528000 x43e80000 x3c60001b}\n {x44528000 x43eb0000 x3e28fffc}\n {x44514000 x43f08000 x3ea9800a}\n {x4450c000 x43f08000 x3ebd000d}\n {x44504000 x43f10000 x3eb2fff3}\n {x444f0000 x43f78000 x3eb0fffc}\n {x444dc000 x43fb0000 x3eaf7ff1}\n {x444dc000 x43fc0000 x3e68fffc}}}\n {t\n {{x41300000 x44503800}}\n {{x41300000 x43f27000}} 0\n {{x41300000 0}}\n {{x41300000 0}} 0 0 0\n {{x41300000 0}}\n {{x41300000 1}}\n {{x41300000 1}} 1\n {{x41300000 0}}}\n {a ro 0 go 0 bo 0 ao 0 bs x42780000 bu 1 spx x44768000 spy x43fd0000 sb 1 ltn x41300000 ltm x41300000 tt x41600000 nv x40000000 view2 x40000000}}\n {cubiccurve Brush4 512 catmullrom\n {cc\n {f 2080}\n {px x41300000\n {x44962000 x43fa0000 x3d64000a}\n {x44962000 x43fb0000 x3d87fff9}\n {x44950000 x44018000 x3e7afff3}}}\n {t\n {{x41300000 x4495c000}}\n {{x41300000 x43fd5560}} 0\n {{x41300000 0}}\n {{x41300000 0}} 0 0 0\n {{x41300000 0}}\n {{x41300000 1}}\n {{x41300000 1}} 1\n {{x41300000 0}}}\n {a ro 0 go 0 bo 0 ao 0 bs x42780000 bu 1 spx x44768000 spy x43fd0000 sb 1 ltn x41300000 ltm x41300000 tt x41600000 nv x40000000 view2 x40000000}}\n {cubiccurve Brush3 512 catmullrom\n {cc\n {f 2080}\n {px x41300000\n {x4497a000 x43ee8000 x3d0c0003}\n {x44976000 x43ee8000 x3d33fffd}\n {x44968000 x43f98000 x3e3cffeb}\n {x44962000 x43fa0000 x3d64000a}}}\n {t\n {{x41300000 x4496e800}}\n {{x41300000 x43f42000}} 0\n {{x41300000 0}}\n {{x41300000 0}} 0 0 0\n {{x41300000 0}}\n {{x41300000 1}}\n {{x41300000 1}} 1\n {{x41300000 0}}}\n {a ro 0 go 0 bo 0 ao 0 bs x42780000 bu 1 spx x44768000 spy x43fd0000 sb 1 ltn x41300000 ltm x41300000 tt x41600000 nv x40000000 view2 x40000000}}\n {cubiccurve Brush2 512 catmullrom\n {cc\n {f 2080}\n {px x41300000\n {x449f2000 x4415c000 x3d0ffff3}\n {x449f8000 x44148000 x3dd5ffe7}\n {x449e6000 x4417c000 x3eb80000}\n {x449dc000 x441a0000 x3ecb8002}\n {x449e2000 x44190000 x3e730015}\n {x449e2000 x441b4000 x3e33ffef}\n {x449dc000 x441c8000 x3e35000d}\n {x449d4000 x441d8000 x3e51001d}\n {x449c6000 x441f4000 x3d580007}}}\n {t\n {{x41300000 x449e0a8f}}\n {{x41300000 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{x41900000 x43da0000 x3e0afff3}}}\n {t\n {{x41300000 x419aaa99}}\n {{x41300000 x43d9aaa0}} 0\n {{x41300000 0}}\n {{x41300000 0}} 0 0 0\n {{x41300000 0}}\n {{x41300000 1}}\n {{x41300000 1}} 1\n {{x41300000 0}}}\n {a ro 0 go 0 bo 0 ao 0 opc x3f333333 bs x42a20000 dh 1 bu 1 spx x44768000 spy x43fd0000 sb 1 ltn x41300000 ltm x41300000 tt x41600000 nv x40000000 view2 x40000000}}\n {cubiccurve Brush46 512 catmullrom\n {cc\n {f 2080}\n {px x41300000\n {x42600000 x43e00000 x3c800000}\n {x42740000 x43e00000 x3d1bfff6}\n {x427c0000 x43e00000 x3e25000d}}}\n {t\n {{x41300000 x42700000}}\n {{x41300000 x43e00000}} 0\n {{x41300000 0}}\n {{x41300000 0}} 0 0 0\n {{x41300000 0}}\n {{x41300000 1}}\n {{x41300000 1}} 1\n {{x41300000 0}}}\n {a ro 0 go 0 bo 0 ao 0 opc x3f333333 bs x42a20000 dh 1 bu 1 spx x44768000 spy x43fd0000 sb 1 ltn x41300000 ltm x41300000 tt x41600000 nv x40000000 view2 x40000000}}\n {cubiccurve Brush45 512 catmullrom\n {cc\n {f 2080}\n {px x41300000\n {x42dc0000 x43e10000 x3cc00000}\n 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x436e0000 x3d07fff9}\n {x44f16000 x43a00000 x3e1effe3}}}\n {t\n {{x41300000 x44f26000}}\n {{x41300000 x437baac1}} 0\n {{x41300000 0}}\n {{x41300000 0}} 0 0 0\n {{x41300000 0}}\n {{x41300000 1}}\n {{x41300000 1}} 1\n {{x41300000 0}}}\n {a r x3f0ccccd g x3f0ccccd b x3f0ccccd ro 0 go 0 bo 0 ao 0 opc x3dcccccd bs x43a18000 bu 1 spx x44768000 spy x43fd0000 sb 1 ltn x41300000 ltm x41300000 tt x41600000 nv x40000000 view2 x40000000}}\n {cubiccurve Brush16 512 catmullrom\n {cc\n {f 2080}\n {px x41300000\n {x44f24000 x42300000 x3d07fff9}\n {x44f2a000 x42300000 x3d33fffd}\n {x44f2a000 x42400000 x3de00000}}}\n {t\n {{x41300000 x44f28000}}\n {{x41300000 x4235554d}} 0\n {{x41300000 0}}\n {{x41300000 0}} 0 0 0\n {{x41300000 0}}\n {{x41300000 1}}\n {{x41300000 1}} 1\n {{x41300000 0}}}\n {a r x3f0ccccd g x3f0ccccd b x3f0ccccd ro 0 go 0 bo 0 ao 0 opc x3dcccccd bs x43a18000 bu 1 spx x44768000 spy x43fd0000 sb 1 ltn x41300000 ltm x41300000 tt x41600000 nv x40000000 view2 x40000000}}\n {cubiccurve Brush15 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512 catmullrom\n {cc\n {f 2080}\n {px x41300000\n {x43f30000 x43e48000 x3cc80014}\n {x43fe0000 x43eb0000 x3d04000a}}}\n {t\n {{x41300000 x43f88000}}\n {{x41300000 x43e7c000}} 0\n {{x41300000 0}}\n {{x41300000 0}} 0 0 0\n {{x41300000 0}}\n {{x41300000 1}}\n {{x41300000 1}} 1\n {{x41300000 0}}}\n {a r x3e3851ec g x3e3851ec b x3e3851ec ro 0 go 0 bo 0 ao 0 opc x3d4ccccd bs x441d4000 bu 1 spx x44768000 spy x43fd0000 sb 1 ltn x421c0000 ltm x421c0000 tt x41600000 nv x40000000 view2 x40000000}}\n {cubiccurve Brush13 512 catmullrom\n {cc\n {f 2080}\n {px x41300000\n {x44f4a000 x42440000 x3e08fffc}\n {x44f8e000 x41b00000 x3e8d000d}\n {x44f8e000 x40000000 x3eca8006}\n {x44f82000 x40800000 x3e67ffde}}}\n {t\n {{x41300000 x44f7a000}}\n {{x41300000 x419a0000}} 0\n {{x41300000 0}}\n {{x41300000 0}} 0 0 0\n {{x41300000 0}}\n {{x41300000 1}}\n {{x41300000 1}} 1\n {{x41300000 0}}}\n {a r x3e3851ec g x3e3851ec b x3e3851ec ro 0 go 0 bo 0 ao 0 opc x3d4ccccd bs x441d4000 bu 1 spx x44768000 spy x43fd0000 sb 1 ltn x421c0000 ltm x421c0000 tt x41600000 nv x40000000 view2 x40000000}}\n {cubiccurve Brush12 512 catmullrom\n {cc\n {f 2080}\n {px x41300000\n {x443d0000 x41900000 x3dd80022}\n {x44404000 xc0a00000 x3e700000}\n {x443ec000 xc0e00000 0}}}\n {t\n {{x41300000 x443eaab0}}\n {{x41300000 x40000000}} 0\n {{x41300000 0}}\n {{x41300000 0}} 0 0 0\n {{x41300000 0}}\n {{x41300000 1}}\n {{x41300000 1}} 1\n {{x41300000 0}}}\n {a r x3e3851ec g x3e3851ec b x3e3851ec ro 0 go 0 bo 0 ao 0 opc x3d4ccccd bs x441d4000 bu 1 spx x44768000 spy x43fd0000 sb 1 ltn x421c0000 ltm x421c0000 tt x41600000 nv x40000000 view2 x40000000}}\n {cubiccurve Brush11 512 catmullrom\n {cc\n {f 2080}\n {px x41300000\n {x42580000 x41100000 x3d30000d}\n {x41b80000 x41900000 x3db3fffd}}}\n {t\n {{x41300000 x421a0000}}\n {{x41300000 x41580000}} 0\n {{x41300000 0}}\n {{x41300000 0}} 0 0 0\n {{x41300000 0}}\n {{x41300000 1}}\n {{x41300000 1}} 1\n {{x41300000 0}}}\n {a r x3e3851ec g x3e3851ec b x3e3851ec ro 0 go 0 bo 0 ao 0 opc x3d4ccccd bs x441d4000 bu 1 spx x44768000 spy x43fd0000 sb 1 ltn x421c0000 ltm x421c0000 tt x41600000 nv x40000000 view2 x40000000}}\n {cubiccurve Brush10 512 catmullrom\n {cc\n {f 2080}\n {px x41300000\n {x433d0000 x42f80000 x3cd80007}\n {x432f0000 x42f20000 x3da7fff9}\n {x431d0000 x42ca0000 x3df80022}\n {x42be0000 x42240000 x3e1afff3}\n {x42600000 x423c0000 x3e1c0011}\n {x42860000 x42180000 x3e470004}\n {x42880000 x41c80000 x3e938002}\n {x42860000 x41b00000 x3e25000d}\n {x42240000 x41d80000 x3d4ffff3}}}\n {t\n {{x41300000 x42cb5581}}\n {{x41300000 x4272aab3}} 0\n {{x41300000 0}}\n {{x41300000 0}} 0 0 0\n {{x41300000 0}}\n {{x41300000 1}}\n {{x41300000 1}} 1\n {{x41300000 0}}}\n {a r x3e3851ec g x3e3851ec b x3e3851ec ro 0 go 0 bo 0 ao 0 opc x3d4ccccd bs x441d4000 bu 1 spx x44768000 spy x43fd0000 sb 1 ltn x421c0000 ltm x421c0000 tt x41600000 nv x40000000 view2 x40000000}}\n {cubiccurve Brush9 512 catmullrom\n {cc\n {f 2080}\n {px x41300000\n {x4417c000 x44624000 x3d47fff9}\n {x44158000 x44648000 x3d7bfff6}}}\n {t\n {{x41300000 x4416a000}}\n {{x41300000 x44636000}} 0\n {{x41300000 0}}\n {{x41300000 0}} 0 0 0\n {{x41300000 0}}\n {{x41300000 1}}\n {{x41300000 1}} 1\n {{x41300000 0}}}\n {a r x3e3851ec g x3e3851ec b x3e3851ec ro 0 go 0 bo 0 ao 0 opc x3d4ccccd bs x441d4000 bu 1 spx x44768000 spy x43fd0000 sb 1 ltn x421c0000 ltm x421c0000 tt x41600000 nv x40000000 view2 x40000000}}\n {cubiccurve Brush8 512 catmullrom\n {cc\n {f 2080}\n {px x41300000\n {x441fc000 x4447c000 x3cc80014}\n {x44198000 x44570000 x3dc9fffe}}}\n {t\n {{x41300000 x441ca000}}\n {{x41300000 x444f6000}} 0\n {{x41300000 0}}\n {{x41300000 0}} 0 0 0\n {{x41300000 0}}\n {{x41300000 1}}\n {{x41300000 1}} 1\n {{x41300000 0}}}\n {a r x3e3851ec g x3e3851ec b x3e3851ec ro 0 go 0 bo 0 ao 0 opc x3d4ccccd bs x441d4000 bu 1 spx x44768000 spy x43fd0000 sb 1 ltn x421c0000 ltm x421c0000 tt x41600000 nv x40000000 view2 x40000000}}\n {cubiccurve Brush7 512 catmullrom\n {cc\n {f 2080}\n {px x41300000\n {x44f38000 x44674000 x3cd80007}\n {x44f2c000 x44600000 x3dd1fff8}\n {x44f22000 x44594000 x3e0afff3}}}\n {t\n {{x41300000 x44f2ca8f}}\n {{x41300000 x44602ab0}} 0\n {{x41300000 0}}\n {{x41300000 0}} 0 0 0\n {{x41300000 0}}\n {{x41300000 1}}\n {{x41300000 1}} 1\n {{x41300000 0}}}\n {a r x3e3851ec g x3e3851ec b x3e3851ec ro 0 go 0 bo 0 ao 0 opc x3d4ccccd bs x441d4000 bu 1 spx x44768000 spy x43fd0000 sb 1 ltn x421c0000 ltm x421c0000 tt x41600000 nv x40000000 view2 x40000000}}\n {cubiccurve Brush6 512 catmullrom\n {cc\n {f 2080}\n {px x41300000\n {x44de8000 x447c8000 x3d27fff9}\n {x44df0000 x44728000 x3df9ffd6}\n {x44df4000 x44540000 x3e93ffef}\n {x44df0000 x44278000 x3ed9800a}\n {x44e3e000 x43ed8000 x3ee9fff8}\n {x44e8a000 x43910000 x3ee38002}\n {x44ecc000 x42fc0000 x3eb70004}}}\n {t\n {{x41300000 x44e30000}}\n {{x41300000 x441cc000}} 0\n {{x41300000 0}}\n {{x41300000 0}} 0 0 0\n {{x41300000 0}}\n {{x41300000 1}}\n {{x41300000 1}} 1\n {{x41300000 0}}}\n {a r x3e3851ec g x3e3851ec b x3e3851ec ro 0 go 0 bo 0 ao 0 opc x3d4ccccd bs x441d4000 bu 1 spx x44768000 spy x43fd0000 sb 1 ltn x421c0000 ltm x421c0000 tt x41600000 nv x40000000 view2 x40000000}}\n {cubiccurve Brush5 512 catmullrom\n {cc\n {f 2080}\n {px x41300000\n {x44c56000 x446cc000 x3d27fff9}\n {x44c46000 x4467c000 x3e07ffde}\n {x44c1c000 x44484000 x3eaa8006}\n {x44c14000 x443f4000 x3eb8fffc}\n {x44bfe000 x44114000 x3ec60008}\n {x44c2e000 x43c88000 x3ee67ff6}\n {x44c56000 x437e0000 x3ef2fff3}\n {x44c84000 x430e0000 x3ef77ff1}\n {x44ca4000 x42340000 x3ef38002}\n {x44cda000 xc2980000 x3ee28006}\n {x44cec000 xc2f20000 x3cd80007}}}\n {t\n {{x41300000 x44c628a4}}\n {{x41300000 x43d4174c}} 0\n {{x41300000 0}}\n {{x41300000 0}} 0 0 0\n {{x41300000 0}}\n {{x41300000 1}}\n {{x41300000 1}} 1\n {{x41300000 0}}}\n {a r x3e3851ec g x3e3851ec b x3e3851ec ro 0 go 0 bo 0 ao 0 opc x3d4ccccd bs x441d4000 bu 1 spx x44768000 spy x43fd0000 sb 1 ltn x421c0000 ltm x421c0000 tt x41600000 nv x40000000 view2 x40000000}}\n {cubiccurve Brush4 512 catmullrom\n {cc\n {f 2080}\n {px x41300000\n {x44be2000 x44764000 x3d400000}\n {x44ba8000 x43150000 x3d70000d}\n {x44c02000 xc3190000 x3f01dffc}\n {x44c8e000 xc3ab0000 x3ec28006}}}\n {t\n {{x41300000 x44c06800}}\n {{x41300000 x431fc000}} 0\n {{x41300000 0}}\n {{x41300000 0}} 0 0 0\n {{x41300000 0}}\n {{x41300000 1}}\n {{x41300000 1}} 1\n {{x41300000 0}}}\n {a r x3e3851ec g x3e3851ec b x3e3851ec ro 0 go 0 bo 0 ao 0 opc x3d4ccccd bs x441d4000 bu 1 spx x44768000 spy x43fd0000 sb 1 ltn x421c0000 ltm x421c0000 tt x41600000 nv x40000000 view2 x40000000}}\n {cubiccurve Brush3 512 catmullrom\n {cc\n {f 2080}\n {px x41300000\n {x442a0000 x43f98000 x3d580007}\n {x442a0000 x43f10000 x3df1fff8}\n {x44380000 x43a90000 x3e0a0019}\n {x443f4000 x43780000 x3e25ffe7}\n {x444f8000 x42f80000 x3e5afff3}\n {x44564000 x42440000 x3e500000}\n {x4459c000 xc1100000 x3e21fff8}}}\n {t\n {{x41300000 x44418927}}\n {{x41300000 x43774937}} 0\n {{x41300000 0}}\n {{x41300000 0}} 0 0 0\n {{x41300000 0}}\n {{x41300000 1}}\n {{x41300000 1}} 1\n {{x41300000 0}}}\n {a r x3e3851ec g x3e3851ec b x3e3851ec ro 0 go 0 bo 0 ao 0 opc x3d4ccccd bs x441d4000 bu 1 spx x44768000 spy x43fd0000 sb 1 ltn x421c0000 ltm x421c0000 tt x41600000 nv x40000000 view2 x40000000}}\n {cubiccurve Brush2 512 catmullrom\n {cc\n {f 2080}\n {px x41300000\n {x44244000 x43c08000 x3d380007}\n {x4424c000 x43d48000 x3e0effe3}\n {x44268000 x43e30000 x3e1cffeb}}}\n {t\n {{x41300000 x44252ab0}}\n {{x41300000 x43d2aaa0}} 0\n {{x41300000 0}}\n {{x41300000 0}} 0 0 0\n {{x41300000 0}}\n {{x41300000 1}}\n {{x41300000 1}} 1\n {{x41300000 0}}}\n {a r x3e3851ec g x3e3851ec b x3e3851ec ro 0 go 0 bo 0 ao 0 opc x3d4ccccd bs x441d4000 bu 1 spx x44768000 spy x43fd0000 sb 1 ltn x421c0000 ltm x421c0000 tt x41600000 nv x40000000 view2 x40000000}}\n {cubiccurve Brush1 512 catmullrom\n {cc\n {f 2080}\n {px x41300000\n {x43420000 x423c0000 x3cf7ffec}\n {x43190000 x43030000 x3d30000d}\n {x43140000 x434b0000 x3e92fff3}\n {x432b0000 x436f0000 x3e92fff3}\n {x43630000 x43730000 x3e9f0004}\n {x439b0000 x43190000 x3eb28006}\n {x43c38000 x42740000 x3ebd000d}\n {x43dc8000 x41a00000 x3ebd7ffa}\n {x43fc0000 x41900000 x3ebc0011}\n {x440e4000 x42740000 x3ebb8002}\n {x440f0000 x431e0000 x3eb70004}\n {x440d4000 x43530000 x3e7afff3}\n {x44190000 x43530000 x3e5afff3}\n {x44268000 x430b0000 x3e61001d}\n {x44294000 x42f80000 x3e180022}\n {x4431c000 x42a60000 x3d1bfff6}}}\n {t\n {{x41300000 x43d7f810}}\n {{x41300000 x43036000}} 0\n {{x41300000 0}}\n {{x41300000 0}} 0 0 0\n {{x41300000 0}}\n {{x41300000 1}}\n {{x41300000 1}} 1\n {{x41300000 0}}}\n {a r x3e3851ec g x3e3851ec b x3e3851ec ro 0 go 0 bo 0 ao 0 opc x3d4ccccd bs x441d4000 bu 1 spx x44768000 spy x43fd0000 sb 1 ltn x421c0000 ltm x421c0000 tt x41600000 nv x40000000 view2 x40000000}}}}}}\n toolbox {blur {\n { selectAll bs 683 src 1 str 1 ssx 1 ssy 1 sf 1 ep1 15 }\n { createBezier str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createBezierCusped str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createBSpline str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createEllipse str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createRectangle str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createRectangleCusped str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createOpenSpline str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { brush r 0.18 g 0.18 b 0.18 opc 0.05 bs 629 str 1 ssx 1 ssy 1 sf 1 sb 1 ltn 11 ltm 11 tt 14 }\n { eraser src 2 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { clone src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { reveal src 3 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { dodge src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { burn src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { blur bs 683 src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 ltn 11 ltm 11 tt 23 }\n { sharpen src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { smear src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n} }\n toolbar_brush_size 683\n toolbar_brush_hardness 0.200000003\n toolbar_lifetime_type single\n toolbar_lifetime_start 11\n toolbar_lifetime_end 11\n toolbar_effect_parameter1 15\n toolbar_paint_source fg\n toolbar_source_transform_scale {1 1}\n toolbar_source_transform_center {960 540}\n color {0.1800000072 0.1800000072 0.1800000072 1}\n colorOverlay {0 0 0 0}\n opacity 0.05000000075\n lifetime_type \"all frames\"\n lifetime_start 39\n lifetime_end 39\n motionblur_on true\n brush_size 629\n brush_spacing 0.05000000075\n brush_hardness 0.200000003\n source_translate_round false\n source_black_outside true\n name RotoPaint4\n xpos 1706\n ypos 14819\n disable {{\"parent.lensDirtPicker == 0 ? 0 : 1\"}}\n }\n FrameHold {\n name FrameHold4\n xpos 1706\n ypos 14863\n }\n Switch {\n inputs 5\n which {{parent.lensDirtPicker}}\n name Switch2\n xpos 1581\n ypos 14989\n }\n Reformat {\n resize fill\n name Reformat2\n xpos 1581\n ypos 15029\n }\nset Ne37bd800 [stack 0]\n Dot {\n name Dot55\n xpos 1615\n ypos 15232\n }\n Merge2 {\n inputs 2\n operation multiply\n name Merge9\n xpos 1410\n ypos 15228\n }\nset Ne37bcc00 [stack 0]\n Dot {\n name Dot16\n xpos 1334\n ypos 15232\n }\n Saturation {\n saturation 0\n name Saturation1\n xpos 1300\n ypos 16365\n }\n Phong {\n inputs 0\n color 0\n specular 1.15\n min_shininess 21.5\n max_shininess 100\n name Phong1\n xpos 1907\n ypos 15839\n }\n Camera2 {\n inputs 0\n focal 35\n haperture 35.99992752\n vaperture 23.99995222\n name Camera2\n xpos 1600\n ypos 15819\n }\n Light2 {\n inputs 0\n intensity 3.8\n falloff_type Linear\n translate {{\"(((parent.flarePos.x - 0) * (15 - (-5))) / (1920 - 0)) + (-5)\"} {\"(((parent.flarePos.y - 0) * (8 - (-1))) / (1080 - 0)) + (-1)\"} 0}\n depthmap_slope_bias 0.01\n name Light1\n xpos 1662\n ypos 15727\n }\n Ramp {\n inputs 0\n p0 {100 540}\n p1 {100 1080}\n color {0 2.3 0 1}\n color_panelDropped true\n name Ramp3\n xpos 3303\n ypos 15097\n }\n Shuffle {\n alpha red\n name Shuffle12\n xpos 3303\n ypos 15123\n }\n Ramp {\n inputs 0\n p0 {100 540}\n p1 {100 0}\n color {0 -2.3 0 1}\n color_panelDropped true\n name Ramp4\n xpos 3397\n ypos 15097\n }\n Shuffle {\n alpha white\n name Shuffle13\n xpos 3397\n ypos 15123\n }\n Merge2 {\n inputs 2\n operation plus\n name Merge34\n xpos 3351\n ypos 15186\n }\n Dot {\n name Dot53\n xpos 3385\n ypos 15263\n }\n Ramp {\n inputs 0\n p0 {960 100}\n p1 {1920 100}\n color {4.1 0 0 1}\n color_panelDropped true\n name Ramp1\n xpos 3075\n ypos 15097\n }\n Shuffle {\n alpha red\n name Shuffle14\n xpos 3075\n ypos 15123\n }\n Ramp {\n inputs 0\n p0 {960 100}\n p1 {0 100}\n color {-4.1 0 0 1}\n color_panelDropped true\n name Ramp2\n xpos 3170\n ypos 15098\n }\n Shuffle {\n alpha white\n name Shuffle15\n xpos 3170\n ypos 15124\n }\n Merge2 {\n inputs 2\n operation plus\n name Merge35\n xpos 3127\n ypos 15184\n }\n Ramp {\n inputs 0\n p0 {-576 534}\n p1 {-48 536}\n color {0 0 -8.3 1}\n color_panelDropped true\n name Ramp5\n xpos 2958\n ypos 15095\n }\n Merge2 {\n inputs 2\n operation plus\n name Merge36\n xpos 2958\n ypos 15184\n }\n Merge2 {\n inputs 2\n operation plus\n name Merge38\n xpos 2958\n ypos 15259\n }\n Shuffle {\n name Shuffle11\n xpos 2958\n ypos 15314\n }\n Dot {\n name Dot54\n xpos 2992\n ypos 15738\n }\npush $Ne37bd800\n Dilate {\n size 1\n name Dilate1\n xpos 1691\n ypos 15023\n }\n Grade {\n blackpoint 0.017\n black 0.055\n white 2.1\n multiply 1.6\n gamma 1.85\n name Grade53\n xpos 1801\n ypos 15029\n disable true\n }\n Dot {\n name Dot134\n xpos 1716\n ypos 15081\n }\nset N8d3f6400 [stack 0]\n Dot {\n name Dot135\n xpos 1928\n ypos 15081\n }\nset N8d3f6000 [stack 0]\n Dot {\n name Dot137\n xpos 2142\n ypos 15081\n }\nset N8d3f5c00 [stack 0]\n Dot {\n name Dot139\n xpos 2355\n ypos 15081\n }\nset N8d3f5800 [stack 0]\n Emboss {\n channels rgb\n Angle 270\n Width {{parent.Emboss1.Width}}\n name Emboss4\n xpos 2321\n ypos 15175\n }\n Grade {\n blackpoint 0.5\n name Grade51\n xpos 2321\n ypos 15229\n }\n Dot {\n name Dot138\n xpos 2355\n ypos 15288\n }\n Constant {\n inputs 0\n channels rgb\n color {-0.5 0 0 0}\n color_panelDropped true\n name Constant13\n xpos 2419\n ypos 15134\n }\n Copy {\n inputs 2\n from0 rgba.red\n to0 rgba.alpha\n name Copy20\n xpos 2419\n ypos 15278\n }\n Premult {\n name Premult5\n xpos 2419\n ypos 15321\n }\n Dot {\n name Dot142\n xpos 2453\n ypos 15558\n }\npush $N8d3f5c00\n Emboss {\n channels rgb\n Angle 90\n Width {{parent.Emboss1.Width}}\n name Emboss3\n xpos 2108\n ypos 15176\n }\n Grade {\n blackpoint 0.5\n name Grade42\n xpos 2108\n ypos 15230\n }\n Dot {\n name Dot136\n xpos 2142\n ypos 15289\n }\n Constant {\n inputs 0\n channels rgb\n color {0.5 0 0 0}\n color_panelDropped true\n name Constant12\n xpos 2206\n ypos 15135\n }\n Copy {\n inputs 2\n from0 rgba.red\n to0 rgba.alpha\n name Copy19\n xpos 2206\n ypos 15279\n }\n Premult {\n name Premult4\n xpos 2206\n ypos 15322\n }\n Dot {\n name Dot141\n xpos 2240\n ypos 15474\n }\npush $N8d3f6000\n Emboss {\n channels rgb\n Angle 180\n Width {{parent.Emboss1.Width}}\n name Emboss2\n xpos 1894\n ypos 15176\n }\n Grade {\n blackpoint 0.5\n name Grade22\n xpos 1894\n ypos 15231\n }\n Dot {\n name Dot133\n xpos 1928\n ypos 15290\n }\n Constant {\n inputs 0\n channels rgb\n color {0 -0.5 0 0}\n color_panelDropped true\n name Constant11\n xpos 1992\n ypos 15136\n }\n Copy {\n inputs 2\n from0 rgba.red\n to0 rgba.alpha\n name Copy10\n xpos 1992\n ypos 15280\n }\n Premult {\n name Premult3\n xpos 1992\n ypos 15323\n }\n Dot {\n name Dot140\n xpos 2026\n ypos 15406\n }\npush $N8d3f6400\n Emboss {\n channels rgb\n Width 1.48\n name Emboss1\n xpos 1682\n ypos 15174\n }\n Grade {\n blackpoint 0.5\n name Grade12\n xpos 1682\n ypos 15228\n }\n Dot {\n name Dot132\n xpos 1716\n ypos 15287\n }\n Constant {\n inputs 0\n channels rgb\n color {0 0.5 0 0}\n color_panelDropped true\n name Constant10\n xpos 1780\n ypos 15133\n }\n Copy {\n inputs 2\n from0 rgba.red\n to0 rgba.alpha\n name Copy8\n xpos 1780\n ypos 15277\n }\n Premult {\n name Premult2\n xpos 1780\n ypos 15320\n }\n Merge2 {\n inputs 2\n operation plus\n name Merge30\n xpos 1780\n ypos 15402\n }\n Merge2 {\n inputs 2\n operation plus\n name Merge33\n xpos 1780\n ypos 15470\n }\n Merge2 {\n inputs 2\n operation plus\n mix 0\n name Merge84\n xpos 1780\n ypos 15554\n }\npush $N8d3f5800\n Dot {\n name Dot143\n xpos 2605\n ypos 15081\n }\n Blur {\n size 22.5\n name Blur33\n xpos 2571\n ypos 15175\n }\nset N8d339000 [stack 0]\n Dot {\n name Dot145\n xpos 2709\n ypos 15185\n }\n Dot {\n name Dot144\n xpos 2709\n ypos 15250\n }\npush $N8d339000\n Merge2 {\n inputs 2\n operation average\n name Merge126\n xpos 2571\n ypos 15246\n }\n Dot {\n name Dot146\n xpos 2605\n ypos 15293\n }\n Constant {\n inputs 0\n channels rgb\n color {0 0 0.5 1}\n color_panelDropped true\n name Constant14\n xpos 2754\n ypos 15136\n }\n Copy {\n inputs 2\n from0 rgba.red\n to0 rgba.alpha\n name Copy21\n xpos 2754\n ypos 15283\n }\n Premult {\n name Premult6\n xpos 2754\n ypos 15332\n }\n Dot {\n name Dot147\n xpos 2788\n ypos 15603\n }\n Merge2 {\n inputs 2\n operation plus\n name Merge127\n xpos 1780\n ypos 15599\n }\n Constant {\n inputs 0\n channels rgb\n color {0.2122307271 0.2122307271 0.9999998808 1}\n name Constant15\n xpos 1612\n ypos 15512\n }\n Dot {\n name Dot148\n xpos 1646\n ypos 15636\n }\n Merge2 {\n inputs 2\n operation plus\n name Merge128\n xpos 1780\n ypos 15632\n }\nadd_layer {normal normal.r normal.g normal.b}\n Shuffle {\n out normal\n name Shuffle18\n xpos 1780\n ypos 15669\n }\nadd_layer {pointPos pointPos.r pointPos.g pointPos.b}\n Copy {\n inputs 2\n from0 rgba.red\n to0 pointPos.r\n from1 rgba.green\n to1 pointPos.g\n from2 rgba.blue\n to2 pointPos.b\n name Copy12\n xpos 1780\n ypos 15715\n }\n ReLight {\n inputs 4\n normal normal\n position pointPos\n name ReLight1\n xpos 1780\n ypos 15839\n }\n Grade {\n blackpoint 0.01\n whitepoint 0.56\n white_clamp true\n name Grade23\n xpos 1780\n ypos 15885\n }\n Dot {\n name Dot57\n xpos 1814\n ypos 15948\n }\npush $Ne37bcc00\n Merge2 {\n inputs 2\n operation multiply\n name Merge39\n xpos 1410\n ypos 15944\n disable {{!parent.lensDirtCalculation}}\n }\n Grade {\n white {{parent.lensDirtBoost}}\n name Grade13\n xpos 1410\n ypos 16277\n }\n Copy {\n inputs 2\n from0 rgba.red\n to0 rgba.alpha\n name Copy1\n xpos 1410\n ypos 16359\n }\n Switch {\n inputs 2\n which {{parent.lensDirtRangePreview}}\n name Switch4\n xpos 1410\n ypos 16500\n }\n Dot {\n name Dot56\n xpos 1444\n ypos 16594\n }\nset N8d28f400 [stack 0]\n Defocus {\n defocus {{parent.lensDirtBlur}}\n ratio {{parent.lensBlurAspectRatio}}\n quality 10\n name Defocus1\n xpos 1501\n ypos 16633\n }\n Dot {\n name Dot17\n xpos 1535\n ypos 16724\n }\npush $N8d28f400\n Blur {\n size {{\"parent.lensDirtBlur * parent.lensBlurAspectRatio\"} {parent.lensDirtBlur}}\n name Blur4\n xpos 1410\n ypos 16631\n }\n Switch {\n inputs 2\n which {{parent.lensDirtBlurType}}\n name Switch3\n xpos 1410\n ypos 16720\n }\n Clamp {\n name Clamp9\n xpos 1300\n ypos 16714\n }\n Radial {\n inputs 0\n area {0 0 {root.width} {root.height}}\n name Radial1\n xpos 752\n ypos 16175\n }\n Grade {\n channels all\n blackpoint {{parent.centerFalloffAdjust}}\n name Grade7\n xpos 752\n ypos 16214\n }\nset N8d28dc00 [stack 0]\n Grade {\n multiply {1 0 0 1}\n name Grade6\n xpos 752\n ypos 16262\n }\n Dot {\n name Dot9\n xpos 786\n ypos 16359\n }\npush $N8d28dc00\npush $N8fe56000\n Grade {\n multiply 0.28\n maskChannelMask none\n name Bloom_Grade\n xpos 605\n ypos 16289\n }\n Noise {\n inputs 0\n size 18\n zoffset 1.1\n center {960 540}\n name Noise29\n xpos -242\n ypos 14193\n }\n Shuffle {\n red black\n green black\n alpha black\n name Shuffle46\n xpos -242\n ypos 14219\n }\n Noise {\n inputs 0\n size 18\n zoffset 0.92\n center {960 540}\n name Noise28\n xpos -337\n ypos 14194\n }\n Shuffle {\n red black\n blue black\n alpha black\n name Shuffle45\n xpos -337\n ypos 14220\n }\n Noise {\n inputs 0\n size 18\n center {960 540}\n name Noise27\n xpos -428\n ypos 14195\n }\n Shuffle {\n green black\n blue black\n alpha black\n name Shuffle42\n xpos -428\n ypos 14221\n }\n Merge2 {\n inputs 2\n operation plus\n name Merge327\n xpos -428\n ypos 14265\n }\n Merge2 {\n inputs 2\n operation plus\n name Merge328\n xpos -428\n ypos 14304\n }\nset N8d20ac00 [stack 0]\n Shuffle {\n red blue\n green blue\n alpha blue\n name Shuffle47\n xpos -428\n ypos 14355\n }\n Invert {\n mix 0.3\n name Invert5\n xpos -428\n ypos 14381\n }\n Blur {\n size 10.5\n name Blur171\n xpos -428\n ypos 14419\n }\nset N8d20a000 [stack 0]\npush $N8d20ac00\n Flare {\n inputs 0\n position {{root.width/2} {root.height/2}}\n radius {77.07 80 82.45}\n size_mult 2\n inner_color 0\n name Flare249\n xpos -88\n ypos 13975\n disable {{\"parent.dogSchidtType == 1 ? 0 : 1\"}}\n }\n Transform {\n translate {0 159}\n center {{root.width/2} {root.height/2}}\n name Transform122\n xpos -88\n ypos 14033\n }\nset N8d209400 [stack 0]\n Transform {\n scale {{parent.dogSchidtThickness}}\n center {{root.width/2} {root.height/2}}\n name Transform125\n xpos 16\n ypos 14065\n }\npush $N8d209400\n Merge2 {\n inputs 2\n operation multiply\n name Merge331\n xpos -88\n ypos 14095\n }\n Transform {\n rotate {{parent.dogSchidtRotation}}\n scale {{\"parent.dogSchidtSize * parent.dogSchidtAnamorph * parent.flareCoreSize\"} {\"parent.dogSchidtSize * parent.flareCoreSize\"}}\n center {{root.width/2} {root.height/2}}\n name Transform123\n xpos -88\n ypos 14147\n }\nset N8d208800 [stack 0]\n Transform {\n scale -1\n center {{root.width/2} {root.height/2}}\n name Transform124\n xpos 27\n ypos 14173\n }\npush $N8d208800\n Merge2 {\n inputs 2\n operation screen\n name Merge330\n xpos -88\n ypos 14208\n }\n Transform {\n translate {{\"parent.flarePos.x - root.width/2\"} {\"parent.flarePos.y - root.height/2\"}}\n center {960 540}\n name Transform126\n xpos -88\n ypos 14262\n }\n Merge2 {\n inputs 2\n operation multiply\n name Merge332\n xpos -88\n ypos 14304\n }\n DirBlurWrapper {\n BlurCenter {{parent.flarePos.x} {parent.flarePos.y}}\n BlurLength 130\n Samples 0.25\n name DirBlurWrapper28\n xpos -88\n ypos 14358\n }\n Merge2 {\n inputs 2\n operation stencil\n name Merge333\n xpos -88\n ypos 14425\n }\nset N8d192c00 [stack 0]\n Glow2 {\n tint {1.046667 0.906667 1.046667 1}\n tint_panelDropped true\n brightness 3.78\n saturation 0.755\n effect_only true\n size 46\n name Glow21\n xpos 16\n ypos 14446\n }\npush $N8d192c00\n Merge2 {\n inputs 2\n operation plus\n mix 0.23\n name Merge334\n xpos -88\n ypos 14477\n }\npush $N8d20a000\npush $N8d20ac00\n Flare {\n inputs 0\n position {{root.width/2} {root.height/2}}\n radius {82.92 94.15 108.3}\n size_mult 4\n inner_color 0\n name Flare248\n xpos -566\n ypos 14001\n disable {{\"parent.dogSchidtType == 0 ? 0 : 1\"}}\n }\nset N8d192000 [stack 0]\npush $N8d192000\n Transform {\n translate {4 -14}\n scale {{parent.dogSchidtThickness}}\n center {{parent.Flare248.position.x} {parent.Flare248.position.y}}\n name Transform120\n xpos -495\n ypos 14049\n }\n Merge2 {\n inputs 2\n operation multiply\n name Merge324\n xpos -566\n ypos 14105\n disable {{parent.Flare248.disable}}\n }\n Transform {\n translate {0 400}\n name Transform119\n xpos -566\n ypos 14151\n }\n Transform {\n translate {{\"parent.flarePos.x - root.width/2\"} {\"parent.flarePos.y - root.height/2\"}}\n rotate {{\"-1*(degrees(atan2(root.width/2 - parent.flarePos.x, root.height/2 - parent.flarePos.y)))\\n\"}}\n center {{root.width/2} {root.height/2}}\n name Transform118\n xpos -566\n ypos 14201\n }\n Transform {\n scale {{\"parent.flareCoreSize * parent.dogSchidtSize\"}}\n center {{parent.flarePos.x} {parent.flarePos.y}}\n name Transform121\n xpos -566\n ypos 14251\n }\n Merge2 {\n inputs 2\n operation multiply\n mix 0.855\n name Merge326\n xpos -566\n ypos 14304\n disable {{parent.Flare248.disable}}\n }\n Grade {\n blackpoint 0.035\n name Grade105\n xpos -566\n ypos 14330\n }\n DirBlurWrapper {\n BlurCenter {{parent.flarePos.x} {parent.flarePos.y}}\n BlurLength 184\n Samples 0.2\n name DirBlurWrapper27\n xpos -566\n ypos 14367\n disable {{parent.Flare248.disable}}\n }\n Merge2 {\n inputs 2\n operation stencil\n name Merge329\n xpos -566\n ypos 14446\n disable {{parent.Flare248.disable}}\n }\n Saturation {\n saturation 1.48\n name Saturation38\n xpos -566\n ypos 14494\n }\n Grade {\n whitepoint 0.1\n white 0.4\n multiply 0.5\n name Grade107\n xpos -566\n ypos 14520\n }\nset N8d12ec00 [stack 0]\n Switch {\n inputs 2\n which {{parent.dogSchidtType}}\n name Switch14\n xpos -566\n ypos 14650\n }\n Grain2 {\n name Grain2_1\n label \"Kodak 5248\"\n xpos -566\n ypos 14682\n red_m 0.22\n green_m 0.24\n blue_m 0.245\n black {0 0 0}\n minimum {0 0 0}\n maskgrain false\n }\n Blur {\n size 2\n name Blur172\n xpos -566\n ypos 14720\n }\n Crop {\n box {0 0 {root.width} {root.height}}\n name Crop11\n xpos -566\n ypos 14776\n }\n Clamp {\n name Clamp10\n xpos 127\n ypos 14770\n }\n Grade {\n multiply {{parent.dogSchidtTint.r} {parent.dogSchidtTint.g} {parent.dogSchidtTint.b} 0}\n white_clamp true\n maskChannelMask none\n name grade5\n label \"dog schidt grade\"\n xpos 302\n ypos 14770\n }\n Blur {\n size {{parent.dogSchidtBlur}}\n name Blur170\n label \"dog schidt blur\"\n note_font Verdana\n xpos 428\n ypos 14765\n }\n Group {\n name Static_Noise9\n help \"Adds synthetic grain. Push \\\"presets\\\" to get predefined types of grain, these are the correct size for 2K scans.\\n\\nYou can also adjust the sliders to match a sample piece of grain. Find a sample with a rather constant background, blur it to remove the grain, and use as input to this. View with a wipe in the viewer so you can make a match. It helps to view and match each of the red, green, blue seperately.\"\n tile_color 0x992620ff\n note_font \"Bitstream Vera Sans\"\n xpos 553\n ypos 14777\n dope_sheet true\n mapsize {0.15 0.15}\n addUserKnob {20 master_control l Master}\n addUserKnob {7 noise_intensity_global l Intensity R 0 2}\n noise_intensity_global 0.52\n addUserKnob {7 rgb_size_multiplier l Size R 0 2}\n rgb_size_multiplier 1\n addUserKnob {26 \"\"}\n addUserKnob {6 no_alpha l \"no alpha?\" t \"Check this box if your image doesn't have an alpha and you cannot use another alpha channel.\\n\\n(Note: This WILL cause the grain to be more prevalent. So please compensate using the Noise Size and Noise Intensity controls above.)\" +STARTLINE}\n no_alpha true\n addUserKnob {20 adv_controls l Advanced}\n addUserKnob {20 fractal_noise_size l \"RGB Noise Size\" n 1}\n fractal_noise_size 0\n addUserKnob {14 red_size l r R 0 100}\n red_size 1.7\n addUserKnob {14 green_size l g R 0 100}\n green_size 1.6\n addUserKnob {14 blue_size l b R 0 100}\n blue_size 1.5\n addUserKnob {20 endGroup n -1}\n addUserKnob {20 noise_irregularity l \"RGB Noise Irregularity\" n 1}\n noise_irregularity 0\n addUserKnob {7 red_i l r}\n red_i 1\n addUserKnob {7 green_i l g}\n green_i 0.75\n addUserKnob {7 blue_i l b}\n blue_i 0.65\n addUserKnob {20 endGroup_1 l endGroup n -1}\n addUserKnob {20 noise_intensity l \"RGB Noise Intensity\" n 1}\n noise_intensity 0\n addUserKnob {7 red_m l r t \"Amount of grain to add to a white pixel\"}\n red_m 0.2\n addUserKnob {7 green_m l g}\n green_m 0.4\n addUserKnob {7 blue_m l b}\n blue_m 0.6\n addUserKnob {18 black t \"Amount of grain to add everywhere\"}\n black {0 0 0}\n addUserKnob {6 black_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {18 minimum t \"Minimum black level\" R 0 0.01}\n minimum {0 0 0}\n addUserKnob {6 minimum_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {20 endGroup_2 l endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {3 seed l Seed}\n seed 134\n addUserKnob {32 reset l Reset T \"knobs this \\{rgb_size_multiplier 0 red_size 1.70 green_size 1.60 blue_size 1.50 red_i 1.00 green_i 0.75 blue_i 0.65 red_m 0.40 green_m 0.60 blue_m 1.65 black 0.00\\}\" +STARTLINE}\n }\n Input {\n inputs 0\n name Input1\n xpos 0\n }\nset N8d093400 [stack 0]\n Noise {\n output {rgba.red -rgba.green -rgba.blue -rgba.alpha}\n cliptype none\n replace true\n size {{parent.red_size.w*(rgb_size_multiplier) i} {parent.red_size.h*(rgb_size_multiplier) i}}\n octaves 2\n gamma 1\n xrotate {{red_i*45 i}}\n yrotate {{red_i*45 i}}\n name red\n xpos 144\n ypos -7\n }\n Noise {\n output {-rgba.red rgba.green -rgba.blue -rgba.alpha}\n cliptype none\n replace true\n size {{parent.green_size.w*(rgb_size_multiplier) i} {parent.green_size.h*(rgb_size_multiplier) i}}\n zoffset 10\n octaves 2\n gamma 1\n xrotate {{green_i*45 i}}\n yrotate {{green_i*45 i}}\n name green\n xpos 144\n ypos 35\n }\n Noise {\n output {-rgba.red -rgba.green rgba.blue -rgba.alpha}\n cliptype none\n replace true\n size {{parent.blue_size.w*(rgb_size_multiplier) i} {parent.blue_size.h*(rgb_size_multiplier) i}}\n zoffset 20\n octaves 2\n gamma 1\n xrotate {{blue_i*45 i}}\n yrotate {{blue_i*45 i}}\n name blue\n xpos 144\n ypos 77\n }\npush $N8d093400\n MergeExpression {\n inputs 2\n expr0 max(minimum.r,r+(2*Ar-1)*(r*red_m*noise_intensity_global))\n expr1 max(minimum.g,g+(2*Ag-1)*(g*green_m*noise_intensity_global))\n expr2 max(minimum.b,b+(2*Ab-1)*(b*blue_m*noise_intensity_global))\n name MergeExpression1\n xpos 144\n ypos 117\n }\nset N8d092400 [stack 0]\npush $N8d092400\npush $N8d093400\n Copy {\n inputs 2\n channels rgb\n maskChannelInput rgba.alpha\n name Copy1\n xpos 0\n ypos 105\n disable {{parent.no_alpha i}}\n }\n Switch {\n inputs 2\n which {{parent.no_alpha i}}\n name Switch1\n xpos 144\n ypos 171\n }\n Output {\n name Output1\n xpos 144\n ypos 219\n }\n end_group\n Dot {\n name Dot174\n xpos 678\n ypos 14780\n }\nset N8d091800 [stack 0]\n Saturation {\n saturation 0\n name Saturation36\n xpos 645\n ypos 14826\n }\npush $N8d091800\n Copy {\n inputs 2\n from0 rgba.red\n to0 rgba.alpha\n name Copy15\n xpos 788\n ypos 14770\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset 0.08\n radius {262.81 269.91 269.91}\n size_mult {{parent.Flare324.size_mult}}\n anamorph 2\n inner_color 0\n outer_falloff 0.23\n inner_falloff 0.41\n brightness 0.42\n vis_out 1.04\n corners 4\n flattening 1\n sharpness 1\n corners_angle {{parent.Flare323.corners_angle}}\n name Flare299\n xpos -234\n ypos 12873\n disable {{parent.Sparkles6.disable}}\n }\n Transform {\n translate {-30 0}\n center {960 540}\n black_outside false\n name Transform68\n xpos -234\n ypos 12899\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset 0.18\n radius {156.26 160.52 261.37}\n size_mult {{parent.Flare324.size_mult}}\n anamorph 2\n inner_color 0\n outer_falloff 0.23\n inner_falloff 0.41\n brightness 0.42\n vis_out 1.04\n corners 4\n flattening 1\n sharpness 1\n corners_angle {{parent.Flare323.corners_angle}}\n name Flare314\n xpos -241\n ypos 12840\n disable {{parent.Sparkles6.disable}}\n }\n Flare {\n inputs 0\n position {{parent.ffx_position.x} {parent.ffx_position.y}}\n offset 0.05\n radius {106.29 124.98 124.98}\n size_mult {{parent.Flare323.size_mult}}\n anamorph 2\n inner_color 0\n outer_falloff 0.23\n inner_falloff 0.41\n brightness 0.42\n vis_out 1.04\n corners 4\n flattening 1\n sharpness 1\n corners_angle {{parent.Flare323.corners_angle}}\n name Flare321\n xpos -114\n ypos 12773\n disable {{parent.Sparkles6.disable}}\n }\n Transform {\n translate {30 0}\n center {960 540}\n black_outside false\n name Transform69\n xpos -114\n ypos 12799\n }\n Merge2 {\n inputs 2\n operation screen\n mix 0.6\n name Merge266\n xpos -114\n ypos 12840\n }\n Merge2 {\n inputs 2\n operation screen\n mix 0.6\n name Merge267\n xpos -114\n ypos 12899\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset 0.68\n radius {282.69 289.79 377.86}\n size_mult {{parent.Flare324.size_mult}}\n anamorph 2\n inner_color 0\n outer_falloff 0.23\n inner_falloff 0.41\n brightness 0.42\n vis_out 1.04\n corners 4\n flattening 1\n sharpness 1\n corners_angle {{parent.Flare323.corners_angle}}\n name Flare322\n xpos -6\n ypos 12847\n disable {{parent.Sparkles6.disable}}\n }\n Transform {\n translate {-30 0}\n center {960 540}\n black_outside false\n name Transform70\n xpos -6\n ypos 12873\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset 0.25\n radius {181.84 198.88 218.76}\n size_mult {{parent.Flare324.size_mult}}\n anamorph 2\n inner_color 0\n outer_falloff 0.23\n inner_falloff 0.41\n brightness 0.42\n vis_out 1.04\n corners 4\n flattening 1\n sharpness 1\n corners_angle {{45+parent.coreRaysRotation}}\n name Flare323\n xpos -6\n ypos 12787\n disable {{parent.Sparkles6.disable}}\n }\n Transform {\n translate {-30 0}\n center {960 540}\n black_outside false\n name Transform91\n xpos -6\n ypos 12813\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset 0.2\n radius {117.91 129.27 161.94}\n size_mult {{parent.flareCoreSize+1.6}}\n anamorph 2\n inner_color 0\n outer_falloff 0.23\n inner_falloff 0.41\n brightness 0.42\n vis_out 1.04\n corners 4\n flattening 1\n sharpness 1\n corners_angle {{45+parent.coreRaysRotation}}\n name Flare324\n xpos -10\n ypos 12739\n disable {{parent.Sparkles6.disable}}\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n radius {18.48 29.84 90.92}\n size_mult {{parent.coreRaysSize+1.6}}\n anamorph 2\n inner_color 0\n outer_falloff 0.23\n inner_falloff 0.41\n brightness 0.42\n vis_out 1.04\n corners 4\n flattening 1\n sharpness 1\n corners_angle {{\"45 + parent.coreRaysRotation\"}}\n name Flare325\n xpos 114\n ypos 12657\n disable {{parent.Sparkles6.disable}}\n }\n Transform {\n translate {30 0}\n center {960 540}\n black_outside false\n name Transform92\n xpos 114\n ypos 12698\n }\n Merge2 {\n inputs 2\n operation screen\n mix 0.6\n name Merge268\n xpos 114\n ypos 12739\n }\n Merge2 {\n inputs 2\n operation screen\n mix 0.6\n name Merge269\n xpos 114\n ypos 12813\n }\n Merge2 {\n inputs 2\n operation screen\n mix 0.6\n name Merge270\n xpos 114\n ypos 12873\n }\n Merge2 {\n inputs 2\n operation plus\n maskChannelMask none\n name Merge271\n xpos 114\n ypos 12899\n }\n Shuffle {\n green red\n blue red\n alpha red\n name Shuffle20\n xpos 114\n ypos 12925\n }\n Blur {\n size 24\n name Blur151\n xpos 114\n ypos 12951\n }\n Sparkles {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n size {{\"512 + parent.coreRaysSize\"}}\n rotation {{\"-58 + parent.coreRaysRotation\"}}\n ray_nb 1\n ray_thick {{\"3.5 + parent.coreRaysThickness\"}}\n random_thick true\n spark_falloff 0\n ray_falloff 2.5\n seed {{parent.coreRaysSeed}}\n brightness 0.4\n broken_affected 9.89774\n name Sparkles6\n label \"Anamorphic Bits\"\n xpos 290\n ypos 12589\n disable {{\"parent.coreRaysType == 12 ? 0 : 1\"}}\n }\n Sparkles {\n position {{parent.flarePos.x} {parent.flarePos.y}}\n size {{parent.Sparkles6.size}}\n rotation {{\"180 + parent.Sparkles6.rotation\"}}\n ray_nb 1\n ray_thick {{parent.Sparkles6.ray_thick}}\n random_thick true\n spark_falloff 0\n ray_falloff 2.5\n seed {{parent.Sparkles6.seed}}\n brightness 0.4\n broken_affected 9.89774\n name Sparkles17\n label \"Anamorphic Bits\"\n xpos 290\n ypos 12647\n disable {{parent.Sparkles6.disable}}\n }\nset N91bb9400 [stack 0]\n Dot {\n name Dot119\n xpos 472\n ypos 12657\n }\n Blur {\n size 20\n name Blur149\n xpos 438\n ypos 12763\n }\npush $N91bb9400\n Blur {\n size 3\n name Blur150\n xpos 290\n ypos 12705\n }\n Glow {\n brightness 1.14\n name Glow36\n xpos 290\n ypos 12743\n }\n Merge {\n inputs 2\n operation plus\n name Merge272\n xpos 290\n ypos 12769\n }\n Merge2 {\n inputs 2\n operation mask\n maskChannelMask none\n mix 0.9\n name Merge273\n xpos 290\n ypos 12957\n }\n Dot {\n name Dot120\n xpos 324\n ypos 13356\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n radius {0 59.2 436.08}\n size_mult {{parent.Flare269.size_mult}}\n anamorph 0.4\n ring_color {0 0.01999999955 1}\n inner_color {0.5199999809 0.6832000017 1}\n outer_falloff 4.2\n inner_falloff 0.48\n brightness 0.125\n flattening {{parent.Flare269.flattening}}\n corners_angle {{parent.Flare269.corners_angle}}\n name Flare268\n xpos -568\n ypos 12812\n disable {{Core_Bits_Plus.disable==1?1:core_bits.which==11?0:1}}\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n radius {17.44 42.38 293.11}\n size_mult {{(parent.flareCoreSize+parent.coreRaysSize)*1.4}}\n anamorph 0.715\n ring_color {0 0.2200000286 1}\n inner_color 0\n outer_falloff 5.2\n inner_falloff 0.76\n flattening {{\"100 - parent.coreRaysThickness\"}}\n corners_angle {{parent.coreRaysRotation}}\n name Flare269\n xpos -678\n ypos 12624\n disable {{\"parent.coreRaysType == 11 ? 0 : 1\"}}\n }\n Blur {\n size 83\n name Blur121\n xpos -678\n ypos 12650\n }\n Glow {\n tint 0.305\n tolerance 0.1\n brightness 1.32\n size 49\n maskChannelMask none\n name Glow31\n xpos -678\n ypos 12688\n }\n Merge2 {\n inputs 2\n operation plus\n output {rgba.red rgba.green rgba.blue -rgba.alpha}\n maskChannelMask none\n name Merge248\n xpos -678\n ypos 12812\n }\n Dot {\n name Dot121\n xpos -644\n ypos 13326\n }\n Flare {\n inputs 0\n position {{parent.Flare12.position.x} {parent.Flare12.position.y}}\n radius {0 0 128.34}\n size_mult {{\"0.75 * parent.Flare12.size_mult\"}}\n ring_color 0.4\n inner_color 0\n brightness 0.5\n name Flare11\n xpos 745\n ypos 4114\n disable {{parent.Flare12.disable}}\n }\n Glow2 {\n tint {0.5 0.21 1.5 1}\n tint_panelDropped true\n brightness 0.24\n name Glow13\n xpos 745\n ypos 4140\n }\n Blur {\n size 50\n name Blur13\n xpos 745\n ypos 4171\n }\n Flare {\n inputs 0\n position {{root.width/2} {root.height/2}}\n radius {0 0 76.12}\n size_mult 2\n ring_color {0.379197 0.54 0.235}\n ring_color_panelDropped true\n inner_color 0\n brightness 0.5\n name Flare12\n xpos 848\n ypos 4082\n disable {{\"parent.coronaExtraType == 6 ? 0 : 1\"}}\n }\n Blur {\n size 20\n name Blur34\n xpos 848\n ypos 4108\n }\n Glow {\n tint {1.043982 0.06 0.018}\n tint_panelDropped true\n tolerance 0.0150376\n name Glow12\n xpos 848\n ypos 4151\n }\n Merge2 {\n inputs 2\n operation plus\n name Merge129\n xpos 848\n ypos 4177\n }\n Saturation {\n saturation 2.25\n name Saturation27\n xpos 848\n ypos 4203\n }\n Dot {\n name Dot10\n xpos 831\n ypos 4519\n }\n Flare {\n inputs 0\n position {{parent.Flare319.position.x} {parent.Flare319.position.y}}\n radius {161.33 236.9 283.11}\n size_mult {{parent.Flare319.size_mult}}\n anamorph 1.39\n ring_color 0.41\n inner_color 0.23\n brightness 0.33\n corners 4\n flattening 0.9\n sharpness 0.59\n corners_angle 45\n name Flare318\n xpos 359\n ypos 4208\n disable {{parent.Flare319.disable}}\n }\n Flare {\n inputs 0\n position {{parent.Flare319.position.x} {parent.Flare319.position.y}}\n radius {120.64 135.17 181.38}\n size_mult {{parent.Flare319.size_mult}}\n anamorph 1.27\n ring_color 0.37\n inner_color 0.125\n brightness 0.61\n corners 4\n flattening 0.9\n sharpness 0.59\n corners_angle 45\n name Flare208\n xpos 368\n ypos 4122\n disable {{parent.Flare319.disable}}\n }\n Flare {\n inputs 0\n position {{parent.Flare319.position.x} {parent.Flare319.position.y}}\n radius {78.49 94.47 105.8}\n size_mult {{parent.Flare319.size_mult}}\n anamorph 1.4\n ring_color 0.37\n inner_color 0.19\n corners 4\n flattening 0.9\n sharpness 0.59\n corners_angle 45\n name Flare320\n xpos 368\n ypos 4035\n disable {{parent.Flare319.disable}}\n }\n Flare {\n inputs 0\n position {{root.width/2} {root.height/2}}\n radius {36.35 50.88 63.66}\n size_mult {{\"0.5 * parent.coronaExtraSize\"}}\n anamorph 1.34\n ring_color 0.37\n inner_color 0.24\n brightness 2\n corners 4\n flattening 0.9\n sharpness 0.59\n corners_angle 45\n name Flare319\n xpos 478\n ypos 3971\n disable {{\"parent.coronaExtraType == 5 ? 0 : 1\"}}\n }\n Merge2 {\n inputs 2\n operation screen\n mix 0.615\n name Merge257\n xpos 478\n ypos 4035\n }\n Merge2 {\n inputs 2\n operation screen\n mix 0.215\n name Merge264\n xpos 478\n ypos 4122\n }\n Merge2 {\n inputs 2\n operation screen\n mix 0.165\n name Merge265\n xpos 478\n ypos 4208\n }\n Blur {\n size 38.5\n name Blur148\n xpos 478\n ypos 4255\n }\n Noise {\n inputs 0\n size 850\n lacunarity 3.55\n gain 0.69\n gamma 0.73\n center {320 240}\n name Noise17\n xpos 606\n ypos 4348\n disable {{parent.Flare319.disable}}\n }\n Blur {\n size {{(parent.ffx_flare_size)+26 i}}\n name Blur154\n xpos 606\n ypos 4410\n }\n Merge {\n inputs 2\n operation in\n name Merge277\n xpos 478\n ypos 4416\n }\n Flare {\n inputs 0\n position {{root.width/2} {root.height/2}}\n radius {0 6.7 500}\n size_mult {{\"1.25 * parent.coronaExtraSize \"}}\n anamorph 1.15\n ring_color {0.73 0.57 0.79}\n inner_color {0.768889 0.478889 0.702222}\n outer_falloff {{\"2 * parent.coronaExtraSize \"}}\n inner_falloff 0.22\n chroma_spread -0.006\n brightness 0.2\n vis_mask -rgba.alpha\n name Flare78\n label \"Outer Corona\"\n xpos 112\n ypos 4099\n disable {{\"parent.coronaExtraType == 4 ? 0 : 1\"}}\n }\n Noise {\n inputs 0\n size {{\"100 * parent.coreCoronaSize\"}}\n lacunarity 1.84\n gain 0.425\n translate {{\"- parent.flarePos.x + parent.coronaExtraOffset.w\"} {\"- parent.flarePos.y + parent.coronaExtraOffset.h\"}}\n center {320 240}\n name Noise8\n xpos 2\n ypos 4099\n disable {{parent.Flare78.disable}}\n }\n Blur {\n size {{(parent.ffx_flare_size)+26 i}}\n name Blur112\n xpos 2\n ypos 4151\n }\n Merge {\n inputs 2\n operation in\n name Merge32\n xpos 112\n ypos 4157\n }\n Flare {\n inputs 0\n position {{root.width/2} {root.height/2}}\n radius {34.09 51.33 72.52}\n size_mult 2.4\n anamorph 1.1\n ring_color 0.33\n inner_color 0.31\n inner_falloff 7.4\n brightness 0.39\n flattening 0.15\n corners_angle -16\n asym_falloff 0.45018\n asym_angle -180\n asym_angle_add true\n mult_num 2\n mult_offset 0.3\n mult_size -0.28\n name Flare92\n xpos -231\n ypos 4182\n disable {{\"parent.coronaExtraType == 3 ? 0 : 1\"}}\n }\n VolumeRays {\n name VolumeRays7\n label \"Mar 20 2005\"\n xpos -231\n ypos 4227\n disable {{parent.Flare92.disable}}\n vol_pos {{root.width/2} {root.height/2}}\n pre_blur 27.5\n flicker_size 150\n xform_flicker true\n volume_end_color {0 0 0 0}\n radial_size 400\n }\n Blur {\n size 15\n name Blur89\n xpos -231\n ypos 4274\n }\n Flare {\n inputs 0\n position {{parent.Flare88.position.x} {parent.Flare88.position.y}}\n radius {0 11.36 251.92}\n size_mult 1.6\n anamorph 1.01\n ring_color 0.379197\n inner_color 0\n outer_falloff 0.6\n inner_falloff 0.1\n brightness 0.06\n vis_out 1\n name Flare84\n xpos -564\n ypos 4289\n disable {{parent.Flare88.disable}}\n }\n Blur {\n size 50\n name Blur81\n xpos -564\n ypos 4315\n }\n Flare {\n inputs 0\n position {{parent.Flare88.position.x} {parent.Flare88.position.y}}\n radius {0 35.51 169.53}\n size_mult 1.6\n anamorph 1.01\n ring_color 0.379197\n inner_color 0\n outer_falloff 0.6\n inner_falloff 0.1\n brightness 0.08\n vis_out 1.01\n name Flare85\n xpos -564\n ypos 4199\n disable {{parent.Flare88.disable}}\n }\n Blur {\n size 50\n name Blur82\n xpos -564\n ypos 4225\n }\n Flare {\n inputs 0\n position {{parent.Flare88.position.x} {parent.Flare88.position.y}}\n radius {0 0 112.72}\n size_mult 1.6\n anamorph 1.01\n ring_color 0.379197\n inner_color 0\n outer_falloff 0.28\n inner_falloff 0.1\n brightness 0.05\n name Flare86\n xpos -564\n ypos 4121\n disable {{parent.Flare88.disable}}\n }\n Blur {\n size 50\n name Blur83\n xpos -564\n ypos 4147\n }\n Flare {\n inputs 0\n position {{parent.Flare88.position.x} {parent.Flare88.position.y}}\n radius {0 0 75.79}\n size_mult 1.6\n anamorph 1.03\n ring_color 0.379197\n inner_color 0\n outer_falloff 0.1\n inner_falloff 0.1\n brightness 0.09\n name Flare87\n xpos -564\n ypos 4044\n disable {{parent.Flare88.disable}}\n }\n Blur {\n size 50\n name Blur84\n xpos -564\n ypos 4070\n }\n Flare {\n inputs 0\n position {{root.width/2} {root.height/2}}\n radius {0 0 97.09}\n size_mult 1.5\n anamorph 0.96\n ring_color 0.379197\n inner_color 0\n brightness 2\n name Flare88\n xpos -454\n ypos 3949\n disable {{\"parent.coronaExtraType == 2 ? 0 : 1\"}}\n }\n Blur {\n size 50\n name Blur85\n xpos -454\n ypos 3994\n }\n Merge2 {\n inputs 2\n operation screen\n name Merge52\n xpos -454\n ypos 4076\n }\n Merge2 {\n inputs 2\n operation screen\n name Merge53\n xpos -454\n ypos 4153\n }\n Merge2 {\n inputs 2\n operation screen\n mix 0.6\n name Merge57\n xpos -454\n ypos 4231\n }\n Merge2 {\n inputs 2\n operation screen\n mix 0.8\n name Merge58\n xpos -454\n ypos 4321\n }\n Flare {\n inputs 0\n position {{parent.Flare91.position.x} {parent.Flare91.position.y}}\n radius {0 0 128.34}\n size_mult {{\"0.75 * parent.Flare91.size_mult\"}}\n ring_color 0.4\n inner_color 0\n brightness 0.5\n name Flare90\n xpos -1031\n ypos 4537\n disable {{parent.Flare91.disable}}\n }\n Blur {\n size 50\n name Blur87\n xpos -1031\n ypos 4563\n }\n Flare {\n inputs 0\n position {{root.width/2} {root.height/2}}\n radius {0 0 48.34}\n size_mult 2\n ring_color 0.379197\n inner_color 0\n brightness 0.5\n name Flare91\n xpos -928\n ypos 4474\n disable {{\"parent.coronaExtraType == 1 ? 0 : 1\"}}\n }\n Blur {\n size 20\n name Blur88\n xpos -928\n ypos 4500\n }\n Glow {\n tint {1 0.217637 0.0879641}\n tolerance 0.0150376\n name Glow18\n xpos -928\n ypos 4543\n }\n Merge2 {\n inputs 2\n operation plus\n name Merge59\n xpos -928\n ypos 4569\n }\n Flare {\n inputs 0\n position {{parent.Flare83.position.x} {parent.Flare83.position.y}}\n radius {0 0 112.72}\n size_mult 1.65\n anamorph 1.01\n ring_color 0.379197\n inner_color 0\n outer_falloff 0.28\n inner_falloff 0.1\n brightness 0.05\n name Flare81\n xpos -992\n ypos 4189\n disable {{parent.Flare83.disable}}\n }\n Blur {\n size 88\n name Blur78\n xpos -992\n ypos 4215\n }\n Flare {\n inputs 0\n position {{parent.Flare83.position.x} {parent.Flare83.position.y}}\n radius {0 0 75.79}\n size_mult 1.5\n anamorph 1.03\n ring_color 0.379197\n inner_color 0\n outer_falloff 0.1\n inner_falloff 0.1\n brightness 0.09\n name Flare82\n xpos -992\n ypos 4098\n disable {{parent.Flare83.disable}}\n }\n Blur {\n size 70\n name Blur79\n xpos -992\n ypos 4124\n }\n Flare {\n inputs 0\n position {{root.width/2} {root.height/2}}\n radius {0 0 97.09}\n size_mult 1.5\n anamorph 0.96\n ring_color 0.379197\n inner_color 0\n brightness 2\n name Flare83\n xpos -882\n ypos 4039\n disable {{\"parent.coronaExtraType == 0 ? 0 : 1\"}}\n }\n Blur {\n size 100\n name Blur80\n xpos -882\n ypos 4085\n }\n Merge2 {\n inputs 2\n operation screen\n name Merge48\n xpos -882\n ypos 4130\n }\n Merge2 {\n inputs 2\n operation screen\n name Merge49\n xpos -882\n ypos 4221\n }\n Switch {\n inputs 7\n which {{parent.coronaExtraType}}\n name core_coronas\n xpos -414\n ypos 4515\n }\n Transform {\n translate {{\"-(root.width/2) + parent.flarePos.x + parent.coronaExtraOffset.w\"} {\"-(root.height/2) + parent.flarePos.y + parent.coronaExtraOffset.h\"}}\n rotate {{parent.coronaExtraRotation}}\n scale {{\"parent.coronaExtraSize * parent.flareCoreSize\"}}\n center {{root.width/2} {root.height/2}}\n filter sinc4\n black_outside false\n name transformations\n xpos -414\n ypos 4554\n }\n Transform {\n translate {{\"(parent.flarePos.x + parent.coronaExtraOffset.w) >root.width ? -(parent.coronaExtraOffset.w) : 0\"} {\"(parent.flarePos.y + parent.coronaExtraOffset.h) >root.height ? -(parent.coronaExtraOffset.h) : 0\"}}\n center {960 540}\n name offset_fix\n xpos -414\n ypos 4584\n }\n Transform {\n translate {{\"(parent.flarePos.x + parent.coronaExtraOffset.w) < 0 ? (parent.coronaExtraOffset.w) : 0\"} {\"(parent.flarePos.y + parent.coronaExtraOffset.h) < 0 ? (parent.coronaExtraOffset.h) : 0\"}}\n center {960 540}\n name neg_offset_fix\n xpos -414\n ypos 4616\n }\n Transform {\n translate {{\"(parent.flarePos.x + parent.coronaExtraOffset.w) >root.width ? () : 0\"} {\"(parent.flarePos.y + parent.coronaExtraOffset.h) >root.height ? ((-1*parent.coronaExtraSize) * (root.height - parent.flarePos.y + parent.coronaExtraOffset.h)) : 0\"}}\n center {{\"parent.flarePos.x + parent.coronaExtraOffset.w\"} {\"parent.flarePos.y + parent.coronaExtraOffset.h\"}}\n black_outside false\n name trans_compensate\n xpos -414\n ypos 4642\n }\n Transform {\n translate {{\"(parent.flarePos.x + parent.coronaExtraOffset.w) < 0 ? ((-1 * parent.coronaExtraSize) * (0 - parent.flarePos.x + parent.coronaExtraOffset.w)) : 0\"} {\"(parent.flarePos.y + parent.coronaExtraOffset.h) < 0 ? ((-1 * parent.coronaExtraSize) * (0 - parent.flarePos.y + parent.coronaExtraOffset.h)) : 0\"}}\n center {{\"parent.flarePos.x + parent.coronaExtraOffset.w\"} {\"parent.flarePos.y + parent.coronaExtraOffset.h\"}}\n black_outside false\n name neg_trans_compensate\n xpos -414\n ypos 4676\n }\n Sharpen {\n maximum 100\n amount 100\n size 2\n maskChannelMask none\n name Sharpen3\n xpos 4\n ypos 4598\n disable {{parent.Flare88.disable}}\n }\n Sharpen {\n maximum 100\n amount 100\n maskChannelMask none\n name Sharpen2\n xpos 114\n ypos 4598\n disable {{parent.Flare319.disable}}\n }\n Blur {\n size {{parent.coronaExtraBlur}}\n name Core_Corona_Blur\n xpos 224\n ypos 4598\n }\n Grade {\n multiply {{parent.coronaExtraColour.r} {parent.coronaExtraColour.g} {parent.coronaExtraColour.b} 0}\n maskChannelMask none\n name Core_Coronas_Color\n label \"Core Coronas CC\"\n xpos 331\n ypos 4598\n }\n Group {\n name Static_Noise1\n help \"Adds synthetic grain. Push \\\"presets\\\" to get predefined types of grain, these are the correct size for 2K scans.\\n\\nYou can also adjust the sliders to match a sample piece of grain. Find a sample with a rather constant background, blur it to remove the grain, and use as input to this. View with a wipe in the viewer so you can make a match. It helps to view and match each of the red, green, blue seperately.\"\n tile_color 0x992620ff\n note_font \"Bitstream Vera Sans\"\n xpos 441\n ypos 4604\n disable {{!parent.coronaExtraNoise}}\n mapsize {0.15 0.15}\n addUserKnob {20 master_control l Master}\n addUserKnob {7 noise_intensity_global l Intensity R 0 2}\n noise_intensity_global 1\n addUserKnob {7 rgb_size_multiplier l Size R 0 2}\n rgb_size_multiplier 1\n addUserKnob {26 \"\"}\n addUserKnob {6 no_alpha l \"no alpha?\" t \"Check this box if your image doesn't have an alpha and you cannot use another alpha channel.\\n\\n(Note: This WILL cause the grain to be more prevalent. So please compensate using the Noise Size and Noise Intensity controls above.)\" +STARTLINE}\n no_alpha true\n addUserKnob {20 adv_controls l Advanced}\n addUserKnob {20 fractal_noise_size l \"RGB Noise Size\" n 1}\n fractal_noise_size 0\n addUserKnob {14 red_size l r R 0 100}\n red_size 1.7\n addUserKnob {14 green_size l g R 0 100}\n green_size 1.6\n addUserKnob {14 blue_size l b R 0 100}\n blue_size 1.5\n addUserKnob {20 endGroup n -1}\n addUserKnob {20 noise_irregularity l \"RGB Noise Irregularity\" n 1}\n noise_irregularity 0\n addUserKnob {7 red_i l r}\n red_i 1\n addUserKnob {7 green_i l g}\n green_i 0.75\n addUserKnob {7 blue_i l b}\n blue_i 0.65\n addUserKnob {20 endGroup_1 l endGroup n -1}\n addUserKnob {20 noise_intensity l \"RGB Noise Intensity\" n 1}\n noise_intensity 0\n addUserKnob {7 red_m l r t \"Amount of grain to add to a white pixel\"}\n red_m 0.2\n addUserKnob {7 green_m l g}\n green_m 0.4\n addUserKnob {7 blue_m l b}\n blue_m 0.6\n addUserKnob {18 black t \"Amount of grain to add everywhere\"}\n black {0 0 0}\n addUserKnob {6 black_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {18 minimum t \"Minimum black level\" R 0 0.01}\n minimum {0 0 0}\n addUserKnob {6 minimum_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {20 endGroup_2 l endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {3 seed l Seed}\n seed 134\n addUserKnob {32 reset l Reset T \"knobs this \\{rgb_size_multiplier 0 red_size 1.70 green_size 1.60 blue_size 1.50 red_i 1.00 green_i 0.75 blue_i 0.65 red_m 0.40 green_m 0.60 blue_m 1.65 black 0.00\\}\" +STARTLINE}\n }\n Input {\n inputs 0\n name Input1\n xpos 0\n }\nset N8e96e400 [stack 0]\n Noise {\n output {rgba.red -rgba.green -rgba.blue -rgba.alpha}\n cliptype none\n replace true\n size {{parent.red_size.w*(rgb_size_multiplier) i} {parent.red_size.h*(rgb_size_multiplier) i}}\n octaves 2\n gamma 1\n xrotate {{red_i*45 i}}\n yrotate {{red_i*45 i}}\n name red\n xpos 144\n ypos -7\n }\n Noise {\n output {-rgba.red rgba.green -rgba.blue -rgba.alpha}\n cliptype none\n replace true\n size {{parent.green_size.w*(rgb_size_multiplier) i} {parent.green_size.h*(rgb_size_multiplier) i}}\n zoffset 10\n octaves 2\n gamma 1\n xrotate {{green_i*45 i}}\n yrotate {{green_i*45 i}}\n name green\n xpos 144\n ypos 35\n }\n Noise {\n output {-rgba.red -rgba.green rgba.blue -rgba.alpha}\n cliptype none\n replace true\n size {{parent.blue_size.w*(rgb_size_multiplier) i} {parent.blue_size.h*(rgb_size_multiplier) i}}\n zoffset 20\n octaves 2\n gamma 1\n xrotate {{blue_i*45 i}}\n yrotate {{blue_i*45 i}}\n name blue\n xpos 144\n ypos 77\n }\npush $N8e96e400\n MergeExpression {\n inputs 2\n expr0 max(minimum.r,r+(2*Ar-1)*(r*red_m*noise_intensity_global))\n expr1 max(minimum.g,g+(2*Ag-1)*(g*green_m*noise_intensity_global))\n expr2 max(minimum.b,b+(2*Ab-1)*(b*blue_m*noise_intensity_global))\n name MergeExpression1\n xpos 144\n ypos 117\n }\nset N8e96d400 [stack 0]\npush $N8e96d400\npush $N8e96e400\n Copy {\n inputs 2\n channels rgb\n maskChannelInput rgba.alpha\n name Copy1\n xpos 0\n ypos 105\n disable {{parent.no_alpha i}}\n }\n Switch {\n inputs 2\n which {{parent.no_alpha i}}\n name Switch1\n xpos 144\n ypos 171\n }\n Output {\n name Output1\n xpos 144\n ypos 219\n }\n end_group\n Dot {\n name Dot44\n xpos 663\n ypos 4607\n }\nset N8e96c800 [stack 0]\n Saturation {\n saturation 0\n name Saturation5\n xpos 630\n ypos 4653\n }\npush $N8e96c800\n Copy {\n inputs 2\n from0 rgba.red\n to0 rgba.alpha\n name Copy7\n xpos 801\n ypos 4598\n }\nset N8e8ebc00 [stack 0]\n Dot {\n name Dot127\n xpos 835\n ypos 4791\n }\n Dot {\n name Dot128\n xpos 1315\n ypos 4791\n }\n Dot {\n name Dot131\n xpos 1315\n ypos 12314\n }\n Dot {\n name Dot130\n xpos -1534\n ypos 12314\n }\n Dot {\n name Dot122\n xpos -1534\n ypos 13038\n }\n Noise {\n inputs 0\n size {200 500}\n zoffset 2\n lacunarity 2.02\n gain 0.61\n gamma 0.54\n center {320 240}\n name Noise21\n xpos -1356\n ypos 12906\n }\n Noise {\n inputs 0\n size {200 800}\n lacunarity 2.02\n gain 0.63\n gamma 0.405\n center {320 240}\n name Noise22\n xpos -1364\n ypos 12861\n }\n Sparkles {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n size 1000\n anamorphic 1.68\n rotation {{\"parent.Sparkles33.rotation + 180\"}}\n ray_nb 1\n ray_thick 2\n spark_falloff 0\n ray_falloff 3.45\n seed {{parent.Sparkles33.seed}}\n name Sparkles28\n xpos -1024\n ypos 12693\n disable {{parent.Sparkles33.disable}}\n }\n Sparkles {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n size 1000\n anamorphic 1.68\n rotation {{parent.Sparkles33.rotation}}\n ray_nb 1\n ray_thick 2\n spark_falloff 0.042\n ray_falloff 3.5\n seed {{parent.Sparkles33.seed}}\n name Sparkles29\n xpos -1146\n ypos 12667\n disable {{parent.Sparkles33.disable}}\n }\n Merge2 {\n inputs 2\n maskChannelMask none\n name Merge206\n xpos -1146\n ypos 12693\n }\n Blur {\n size 8.4\n name Blur86\n xpos -1146\n ypos 12719\n }\n Sparkles {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n size 800\n anamorphic 1.68\n rotation {{\"parent.Sparkles33.rotation + 180\"}}\n ray_nb 1\n ray_thick 6\n spark_falloff 0\n ray_falloff 3.45\n seed {{parent.Sparkles33.seed}}\n name Sparkles30\n xpos -1147\n ypos 12628\n disable {{parent.Sparkles33.disable}}\n }\n Sparkles {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n size 1000\n anamorphic 1.68\n rotation {{parent.Sparkles33.rotation}}\n ray_nb 1\n ray_thick 6\n spark_falloff 0.042\n ray_falloff 3.5\n seed {{parent.Sparkles33.seed}}\n name Sparkles31\n xpos -1293\n ypos 12602\n disable {{parent.Sparkles33.disable}}\n }\n Merge2 {\n inputs 2\n maskChannelMask none\n name Merge207\n xpos -1293\n ypos 12628\n }\n Blur {\n size 18\n name Blur113\n xpos -1293\n ypos 12654\n }\n Merge2 {\n inputs 2\n maskChannelMask none\n name Merge208\n xpos -1293\n ypos 12725\n }\n Glow {\n tint {0 0.3399999142 1}\n tolerance 0.165\n maskChannelMask none\n name Glow23\n xpos -1293\n ypos 12766\n }\n Sparkles {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n size 1100\n anamorphic 1.68\n rotation {{\"parent.Sparkles33.rotation + 180\"}}\n ray_nb 1\n ray_thick {{parent.Sparkles33.ray_thick}}\n spark_falloff 0\n ray_falloff 3.45\n seed {{parent.Sparkles33.seed}}\n chroma_shift 0.72\n chroma_spread 0.09\n name Sparkles32\n xpos -1148\n ypos 12550\n disable {{parent.Sparkles33.disable}}\n }\n Sparkles {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n size 1300\n anamorphic 1.68\n rotation {{(parent.Sparkles33.position.x/30)-90}}\n ray_nb 1\n ray_thick {{\"parent.coreRaysThickness + 6\"}}\n spark_falloff 0.042\n ray_falloff 3.5\n seed {{\"parent.coreRaysThickness + 65\"}}\n chroma_shift 0.88\n chroma_spread 0.09\n name Sparkles33\n xpos -1293\n ypos 12510\n disable {{\"parent.coreRaysType == 10 ? 0 : 1\"}}\n }\n Merge2 {\n inputs 2\n maskChannelMask none\n name Merge209\n xpos -1293\n ypos 12550\n }\n DirBlurWrapper {\n BlurType radial\n BlurCenter {{parent.flarePos.x} {parent.flarePos.y}}\n BlurLength 7\n BlurAngle 70\n maskChannelMask none\n name DirBlurWrapper15\n xpos -1451\n ypos 12544\n disable {{Core_Bits_Plus.disable==1?1:core_bits.which==10?0:1}}\n }\n Blur {\n size 9.5\n name Blur114\n xpos -1451\n ypos 12591\n }\n Grade {\n multiply {0.5399999619 0.6963999271 1 1}\n gamma 0.68\n maskChannelMask none\n unpremult -rgba.alpha\n name Grade46\n xpos -1451\n ypos 12629\n }\n Merge2 {\n inputs 2\n operation plus\n output {rgba.red rgba.green rgba.blue -rgba.alpha}\n maskChannelMask none\n mix 0.305\n name Merge210\n xpos -1451\n ypos 12766\n }\n Grade {\n multiply {1.795000076 1 0.7950000763 1}\n gamma 1.12\n maskChannelMask none\n mix 0.8\n name Grade73\n xpos -1451\n ypos 12836\n }\n Saturation {\n inputs 1+1\n saturation 10\n name Saturation24\n xpos -1451\n ypos 12895\n }\n Grade {\n inputs 1+1\n multiply 2.7\n gamma 0.52\n name Grade72\n xpos -1451\n ypos 12938\n }\n Grade {\n inputs 1+1\n multiply {1 1 4 4}\n maskChannelMask rgba.red\n name Grade43\n xpos -1451\n ypos 13034\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n radius {17.44 34.59 500}\n size_mult 0.3\n ring_color {0.5 0.6699999571 1}\n inner_color 1\n outer_falloff 17\n inner_falloff 1.7\n name Flare263\n xpos -1066\n ypos 12816\n disable {{parent.Sparkles33.disable}}\n }\n Grade {\n multiply 6\n maskChannelMask none\n unpremult -rgba.alpha\n name Grade49\n xpos -1066\n ypos 12842\n }\nset N8e807800 [stack 0]\n Blur {\n size 73\n name Blur116\n xpos -1066\n ypos 13062\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n radius {17.27 21.25 92.18}\n size_mult 3\n anamorph 1.02\n ring_color {0.3832257986 0.3832257986 0.9900000095}\n inner_color 1\n outer_falloff 3.6\n inner_falloff 0.95\n vis_mask -rgba.alpha\n corners 9\n flattening 21.5\n sharpness 1\n corners_angle 54\n name Flare264\n xpos -1171\n ypos 12911\n disable {{parent.Sparkles33.disable}}\n }\n Blur {\n size 7\n name Blur117\n xpos -1171\n ypos 12945\n }\npush $N8e807800\n Blur {\n size 200\n name Blur118\n xpos -1286\n ypos 12836\n }\n Merge {\n inputs 2\n operation plus\n mix 0.225\n name Merge244\n xpos -1286\n ypos 12951\n }\n Merge2 {\n inputs 2\n operation plus\n maskChannelMask none\n name Merge245\n xpos -1286\n ypos 13068\n }\n Saturation {\n saturation 0\n maskChannelMask none\n name Saturation25\n xpos -1286\n ypos 13094\n }\n Grade {\n multiply {0.9217296839 0.908107996 1.25999999 1}\n gamma 0.63\n maskChannelMask none\n name Grade39\n xpos -1286\n ypos 13120\n }\n Merge2 {\n inputs 2\n operation plus\n output {rgba.red rgba.green rgba.blue -rgba.alpha}\n maskChannelMask none\n mix 0.6\n name Merge246\n xpos -1451\n ypos 13120\n }\nset N8e805000 [stack 0]\npush $N8e805000\n Sparkles {\n inputs 0\n mode Sparkles\n position {{parent.flarePos.x} {parent.flarePos.y}}\n size 1300\n anamorphic 1.1\n rotation {{\"parent.Sparkles33.rotation + 20\"}}\n ray_nb 600\n ray_thick 3\n spark_falloff 0\n ray_falloff 10\n seed {{\"parent.Sparkles33.seed + 30\"}}\n chroma_shift 1.06\n chroma_spread 0.16\n name Sparkles24\n xpos -937\n ypos 13063\n disable {{parent.Sparkles33.disable}}\n }\n Sparkles {\n mode Sparkles\n position {{parent.flarePos.x} {parent.flarePos.y}}\n size 1800\n anamorphic 1.1\n rotation {{\"parent.Sparkles33.rotation + 15\"}}\n ray_nb 800\n ray_thick 3\n spark_falloff 0.016\n ray_falloff 10\n seed {{parent.Sparkles33.seed}}\n chroma_shift 1.06\n chroma_spread 0.295\n name Sparkles25\n xpos -937\n ypos 13089\n disable {{parent.Sparkles33.disable}}\n }\n Merge2 {\n inputs 2\n operation mask\n Achannels {rgba.red rgba.green rgba.blue rgba.red}\n maskChannelMask none\n name Merge279\n xpos -937\n ypos 13133\n }\n Merge2 {\n inputs 2\n operation geometric\n maskChannelMask none\n mix 0.5\n name Merge280\n xpos -937\n ypos 13159\n }\n Grade {\n multiply 2.65\n maskChannelMask none\n name Grade69\n xpos -937\n ypos 13197\n }\npush $N8e805000\n Merge2 {\n inputs 2\n operation screen\n maskChannelMask none\n name Merge281\n xpos -1451\n ypos 13197\n }\n Dot {\n name Dot123\n xpos -1417\n ypos 13301\n }\n Flare {\n inputs 0\n position {{parent.Flare223.position.x} {parent.Flare223.position.y}}\n radius {93.02 104.27 208.82}\n size_mult {{parent.flareCoreSize}}\n ring_color {0.67 0.67 0.79}\n inner_color 1\n chroma_shift_angle_add true\n vis_mask -rgba.alpha\n corners 7\n flattening {{parent.Flare223.flattening}}\n sharpness 0.99\n corners_angle {{parent.Flare223.corners_angle}}\n name Flare222\n xpos -1672\n ypos 12977\n disable {{parent.Flare223.disable}}\n }\n DirBlurWrapper {\n BlurType radial\n BlurCenter {{parent.Flare223.position.x} {parent.Flare223.position.y}}\n BlurLength 15\n BlurAngle 90\n target {{parent.ffx_position.x} {parent.ffx_position.y}}\n name DirBlurWrapper11\n xpos -1672\n ypos 13005\n disable {{parent.Flare223.disable}}\n }\n Blur {\n size 5.8\n name Blur53\n xpos -1672\n ypos 13043\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n radius {105.98 117.23 243.65}\n size_mult {{parent.flareCoreSize}}\n ring_color {0.67 0.67 0.79}\n inner_color 1\n brightness {1 1 1}\n vis_mask -rgba.alpha\n corners 7\n flattening {{\"100 - parent.coreRaysThickness\"}}\n sharpness 0.99\n corners_angle {{parent.coreRaysRotation}}\n name Flare223\n xpos -1892\n ypos 12818\n disable {{\"parent.coreRaysType == 9 ? 0 : 1\"}}\n }\n DirBlurWrapper {\n BlurType radial\n BlurCenter {{parent.Flare223.position.x} {parent.Flare223.position.y}}\n BlurLength 16\n BlurAngle 90\n target {{parent.ffx_position.x} {parent.ffx_position.y}}\n name DirBlurWrapper12\n xpos -1892\n ypos 12852\n disable {{parent.Flare223.disable}}\n }\n Blur {\n size 5\n name Blur54\n xpos -1892\n ypos 12913\n }\n Flare {\n position {{parent.Flare223.position.x} {parent.Flare223.position.y}}\n radius {98.72 105.6 208.69}\n size_mult {{parent.flareCoreSize}}\n ring_color {0.67 0.67 0.79}\n inner_color 1\n brightness 0.22\n vis_mask -rgba.alpha\n corners 7\n flattening {{\"parent.Flare223.flattening - 40\"}}\n sharpness 0.99\n corners_angle {{parent.Flare223.corners_angle}}\n name Flare225\n xpos -1892\n ypos 12951\n disable {{parent.Flare223.disable}}\n }\n Blur {\n size 3\n name Blur55\n xpos -1892\n ypos 12979\n }\n Merge {\n inputs 2\n operation plus\n name Merge80\n xpos -1892\n ypos 13049\n }\n Dot {\n name Dot124\n xpos -1858\n ypos 13294\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n radius {1.28 38.69 48.57}\n anamorph 1.58\n ring_color {0.24 0.24 0.62}\n inner_color 1\n outer_falloff 0.95\n inner_falloff 0.95\n vis_mask -rgba.alpha\n corners 4\n flattening {{parent.Flare233.flattening}}\n sharpness 1\n corners_angle {{parent.Flare233.corners_angle}}\n name Flare224\n xpos -2055\n ypos 12928\n disable {{parent.Flare233.disable}}\n }\nset N8e70f400 [stack 0]\npush $N8e70f400\n Blur {\n size 18\n name Blur44\n xpos -2165\n ypos 12922\n }\n Merge {\n inputs 2\n operation plus\n mix 0.095\n name Merge193\n xpos -2165\n ypos 12967\n }\n Grade {\n multiply 4\n name Grade40\n xpos -2165\n ypos 12993\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n radius {1.28 5.26 76.19}\n anamorph 1.58\n ring_color {0.3832257986 0.3832257986 0.9900000095}\n inner_color 1\n outer_falloff 3.6\n inner_falloff 0.95\n vis_mask -rgba.alpha\n corners 9\n flattening {{\"100 - (parent.coreRaysThickness + 45)\"}}\n sharpness 1\n corners_angle {{parent.coreRaysRotation}}\n name Flare233\n xpos -2068\n ypos 12849\n disable {{\"parent.coreRaysType == 8 ? 0 : 1\"}}\n }\nset N8e70e000 [stack 0]\npush $N8e70e000\n Blur {\n size 18\n name Blur46\n xpos -2165\n ypos 12843\n }\n Merge {\n inputs 2\n operation plus\n mix 0.485\n name Merge203\n xpos -2165\n ypos 12891\n }\n Grade {\n multiply 4\n name Grade41\n xpos -2275\n ypos 12891\n }\n Merge {\n inputs 2\n operation plus\n mix 0.215\n name Merge204\n xpos -2275\n ypos 12993\n }\n Dot {\n name Dot125\n xpos -2241\n ypos 13226\n }\n Sparkles {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n size {{512+parent.coreRaysSize}}\n rotation {{-58+parent.coreRaysRotation}}\n ray_nb 1\n ray_thick {{\"3.5 + parent.coreRaysThickness\"}}\n random_thick true\n spark_falloff 0\n ray_falloff 2.5\n seed {{65+parent.ffx_cores_seed}}\n brightness 0.4\n broken_affected 9.89774\n name Sparkles22\n label \"Anamorphic Bits\"\n xpos -2556\n ypos 12992\n disable {{\"parent.coreRaysType == 7 ? 0 : 1\"}}\n }\n Sparkles {\n position {{parent.Sparkles22.position.x} {parent.Sparkles22.position.y}}\n size {{parent.Sparkles22.size}}\n rotation {{\"180 + parent.Sparkles22.rotation\"}}\n ray_nb 1\n ray_thick {{parent.Sparkles22.ray_thick}}\n random_thick true\n spark_falloff 0\n ray_falloff 2.5\n seed {{parent.Sparkles22.seed}}\n brightness 0.4\n broken_affected 9.89774\n name Sparkles23\n label \"Anamorphic Bits\"\n xpos -2556\n ypos 13030\n disable {{parent.Sparkles22.disable}}\n }\nset N8e6a7c00 [stack 0]\n Dot {\n name Dot126\n xpos -2374\n ypos 13040\n }\n Blur {\n size 20\n name Blur31\n xpos -2408\n ypos 13146\n }\npush $N8e6a7c00\n Blur {\n size 3\n name Blur32\n xpos -2556\n ypos 13088\n }\n Glow {\n brightness 1.14\n name Glow11\n xpos -2556\n ypos 13126\n }\n Merge {\n inputs 2\n operation plus\n name Merge81\n xpos -2556\n ypos 13152\n }\n Sparkles {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n size 150\n rotation {{\"parent.coreRaysRotation - 14\"}}\n ray_nb 4\n ray_thick {{\"parent.coreRaysThickness + 0.4\"}}\n seed {{parent.coreRaysSeed}}\n name Sparkles18\n xpos -2583\n ypos 12728\n disable {{\"parent.coreRaysType == 6 ? 0 : 1\"}}\n }\n Sparkles {\n position {{parent.flarePos.x} {parent.flarePos.y}}\n size 150\n rotation {{parent.Sparkles18.rotation}}\n ray_nb 4\n ray_thick {{parent.Sparkles18.ray_thick}}\n seed {{parent.Sparkles18.seed}}\n name Sparkles19\n xpos -2583\n ypos 12754\n disable {{parent.Sparkles18.disable}}\n }\n Sparkles {\n position {{parent.flarePos.x} {parent.flarePos.y}}\n size 335\n anamorphic 0.5\n rotation {{\"parent.Sparkles18.rotation - 50\"}}\n ray_nb 56.4656\n ray_thick {{parent.Sparkles18.ray_thick}}\n spark_falloff 0.045283\n ray_falloff 8.41509\n seed {{parent.Sparkles18.seed}}\n color 0.6\n name Sparkles20\n xpos -2583\n ypos 12780\n disable {{parent.Sparkles18.disable}}\n }\n Sparkles {\n position {{parent.flarePos.x} {parent.flarePos.y}}\n size 305\n anamorphic 0.649481\n rotation {{\"parent.Sparkles18.rotation - 60\"}}\n ray_nb 37.0218\n ray_thick {{\"parent.Sparkles18.ray_thick / 2\"}}\n spark_falloff 0.045283\n ray_falloff 10\n seed {{parent.Sparkles18.seed}}\n color 0.5\n name Sparkles21\n xpos -2583\n ypos 12806\n disable {{parent.Sparkles18.disable}}\n }\n DirBlurWrapper {\n BlurType radial\n BlurCenter {{parent.flarePos.x} {parent.flarePos.y}}\n BlurLength 10\n Samples 2\n maskChannelMask none\n name DirBlurWrapper6\n xpos -2583\n ypos 12832\n disable {{parent.Sparkles18.disable}}\n }\n Sparkles {\n inputs 0\n position {{parent.Sparkles37.position.x} {parent.Sparkles37.position.y}}\n size 250\n rotation {{\"parent.Sparkles37.rotation - 57\"}}\n ray_nb 60\n ray_thick {{\"parent.Sparkles37.ray_thick / 10\"}}\n seed {{parent.Sparkles37.seed}}\n brightness 0.15\n name Sparkles36\n xpos -2833\n ypos 12717\n disable {{parent.Sparkles37.disable}}\n }\n Blur {\n size 2\n name Blur8\n xpos -2833\n ypos 12743\n }\n DirBlurWrapper {\n BlurType radial\n BlurCenter {{parent.flarePos.x} {parent.flarePos.y}}\n Samples 2\n name DirBlurWrapper2\n xpos -2833\n ypos 12781\n disable {{parent.Sparkles37.disable}}\n }\n Sparkles {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n size 255\n anamorphic 1.34389\n rotation 57.4372\n relative_rotation true\n ray_nb 5\n ray_thick 2\n random_thick true\n spark_falloff 0\n ray_falloff 6.45283\n seed {{35+parent.ffx_cores_seed}}\n brightness 0.4\n broken_affected 9.89774\n name Sparkles37\n xpos -2723\n ypos 12673\n disable {{\"parent.coreRaysType == 5 ? 0 : 1\"}}\n }\n Blur {\n size 2\n name Blur11\n xpos -2723\n ypos 12699\n }\n DirBlurWrapper {\n BlurType radial\n BlurCenter {{parent.flarePos.x} {parent.flarePos.y}}\n Samples 2\n name DirBlurWrapper9\n xpos -2723\n ypos 12737\n disable {{parent.Sparkles37.disable}}\n }\n Merge2 {\n inputs 2\n name Merge20\n xpos -2723\n ypos 12787\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n radius {60.77 77.81 137.81}\n ring_color {0.16796 0.396161 0.596516}\n inner_color 1\n brightness 2\n corners 9\n flattening {{\"100 - parent.coreRaysThickness\"}}\n sharpness 0.999\n corners_angle {{parent.coreRaysRotation}}\n name Flare53\n label \"Flare Spike\"\n xpos -2982\n ypos 12683\n disable {{\"parent.coreRaysType == 4 ? 0 : 1\"}}\n }\n Blur {\n size 4\n name Blur35\n xpos -2982\n ypos 12760\n }\n Sparkles {\n inputs 0\n position {{parent.Sparkles15.position.x} {parent.Sparkles15.position.y}}\n size 385\n anamorphic 3\n rotation {{parent.Sparkles15.rotation}}\n ray_nb 8\n ray_thick {{\"parent.Sparkles15.ray_thick * 3\"}}\n random_thick true\n spark_falloff 0\n ray_falloff 6.45283\n seed {{parent.Sparkles15.seed}}\n broken_affected 9.89774\n name Sparkles7\n xpos -3249\n ypos 12672\n disable {{parent.Sparkles15.disable}}\n }\n Blur {\n size 5\n name Blur49\n xpos -3249\n ypos 12698\n }\n Sparkles {\n inputs 0\n position {{parent.Sparkles15.position.x} {parent.Sparkles15.position.y}}\n size 340\n anamorphic 3\n rotation {{parent.Sparkles15.rotation}}\n ray_nb 3\n ray_thick {{\"parent.Sparkles15.ray_thick * 2\"}}\n random_thick true\n spark_falloff 0\n ray_falloff 6.45283\n seed {{parent.Sparkles15.seed}}\n brightness 0.4\n broken_affected 9.89774\n name Sparkles11\n xpos -3249\n ypos 12579\n disable {{parent.Sparkles15.disable}}\n }\n Blur {\n size 3\n name Blur62\n xpos -3249\n ypos 12605\n }\n Sparkles {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n size 412\n anamorphic 3\n rotation {{parent.coreRaysRotation}}\n ray_nb 4\n ray_thick {{parent.coreRaysThickness}}\n random_thick true\n spark_falloff 0\n ray_falloff 6.45283\n seed {{parent.coreRaysSeed}}\n brightness 0.4\n broken_affected 9.89774\n name Sparkles15\n label \"Anamorphic Bits\"\n xpos -3139\n ypos 12459\n disable {{\"parent.coreRaysType == 3 ? 0 : 1\"}}\n }\n Blur {\n size 2\n name Blur71\n xpos -3139\n ypos 12497\n }\n Blur {\n size 5\n name Blur72\n xpos -3139\n ypos 12535\n }\n Merge2 {\n inputs 2\n operation plus\n mix 0.7\n name Merge97\n xpos -3139\n ypos 12611\n }\n Merge2 {\n inputs 2\n operation plus\n mix 0.5\n name Merge100\n xpos -3139\n ypos 12704\n }\n Blur {\n size 2\n name Blur74\n xpos -3139\n ypos 12822\n }\n Sparkles {\n inputs 0\n position {{parent.Sparkles9.position.x} {parent.Sparkles9.position.y}}\n size 495\n anamorphic 1.34389\n rotation {{\"parent.Sparkles9.rotation + 11\"}}\n ray_nb 7\n ray_thick 1\n random_thick true\n spark_falloff 0\n ray_falloff 6.45283\n seed {{\"parent.Sparkles9.seed + 21\"}}\n broken_affected 9.89774\n name Sparkles2\n xpos -3487\n ypos 12777\n disable {{parent.Sparkles9.disable}}\n }\n Blur {\n size 2\n name Blur36\n xpos -3487\n ypos 12803\n }\n Sparkles {\n inputs 0\n position {{parent.Sparkles9.position.x} {parent.Sparkles9.position.y}}\n size 385\n anamorphic 1.34389\n rotation {{\"parent.Sparkles9.rotation - 13\"}}\n ray_nb 20\n ray_thick {{parent.Sparkles9.ray_thick}}\n random_thick true\n spark_falloff 0\n ray_falloff 6.45283\n seed {{36+parent.coreRaysSeed}}\n broken_affected 9.89774\n name Sparkles5\n xpos -3487\n ypos 12690\n disable {{parent.Sparkles9.disable}}\n }\n Blur {\n size 5\n name Blur37\n xpos -3487\n ypos 12716\n }\n Sparkles {\n inputs 0\n position {{parent.Sparkles9.position.x} {parent.Sparkles9.position.y}}\n size 340\n anamorphic 1.34389\n rotation {{\"31 + parent.Sparkles9.rotation\"}}\n ray_nb 7\n ray_thick {{parent.Sparkles9.ray_thick}}\n random_thick true\n spark_falloff 0\n ray_falloff 6.45283\n seed {{\"parent.Sparkles9.seed + 25\"}}\n brightness 0.4\n broken_affected 9.89774\n name Sparkles8\n xpos -3487\n ypos 12597\n disable {{parent.Sparkles9.disable}}\n }\n Blur {\n size 3\n name Blur38\n xpos -3487\n ypos 12623\n }\n Sparkles {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n size 412\n anamorphic 1.34389\n rotation {{parent.coreRaysRotation}}\n ray_nb 8\n ray_thick {{parent.coreRaysThickness}}\n random_thick true\n spark_falloff 0\n ray_falloff 6.45283\n seed {{35+parent.coreRaysSeed}}\n brightness 0.4\n broken_affected 9.89774\n name Sparkles9\n label \"Lots of Bits\"\n xpos -3377\n ypos 12477\n disable {{\"parent.coreRaysType == 2 ? 0 : 1\"}}\n }\n Blur {\n size 2\n name Blur39\n xpos -3377\n ypos 12515\n }\n Blur {\n size 5\n name Blur45\n xpos -3377\n ypos 12553\n }\n Merge2 {\n inputs 2\n operation plus\n mix 0.7\n name Merge102\n xpos -3377\n ypos 12629\n }\n Merge2 {\n inputs 2\n operation plus\n mix 0.5\n name Merge116\n xpos -3377\n ypos 12722\n }\n Merge2 {\n inputs 2\n operation plus\n mix 0.4\n name Merge117\n xpos -3377\n ypos 12809\n }\n Blur {\n size 2\n name Blur50\n xpos -3377\n ypos 12835\n }\n Sparkles {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n size 385\n anamorphic 1.34389\n rotation {{\"parent.coreRaysRotation + 31\"}}\n ray_nb 8\n ray_thick {{parent.coreRaysThickness}}\n random_thick true\n spark_falloff 0\n ray_falloff 6.45283\n seed {{\"26 + parent.coreRaysSeed\"}}\n broken_affected 9.89774\n name Sparkles12\n xpos -3756\n ypos 12674\n disable {{parent.Sparkles14.disable}}\n }\n Blur {\n size 5\n name Blur63\n xpos -3756\n ypos 12700\n }\n Sparkles {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n size 340\n anamorphic 1.34389\n rotation {{\"parent.coreRaysRotation + 31\"}}\n ray_nb 5\n ray_thick {{parent.coreRaysThickness}}\n random_thick true\n spark_falloff 0\n ray_falloff 6.45283\n seed {{\"50 - parent.coreRaysSeed\"}}\n brightness 0.4\n broken_affected 9.89774\n name Sparkles13\n xpos -3756\n ypos 12566\n disable {{parent.Sparkles14.disable}}\n }\n Blur {\n size 3\n name Blur64\n xpos -3756\n ypos 12607\n }\n Sparkles {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n size 412\n anamorphic 1.34389\n rotation {{\"parent.coreRaysRotation + 31\"}}\n ray_nb 4\n ray_thick {{parent.coreRaysThickness}}\n random_thick true\n spark_falloff 0\n ray_falloff 6.45283\n seed {{parent.coreRaysSeed}}\n brightness 0.4\n broken_affected 9.89774\n name Sparkles14\n label \"More Bits\"\n xpos -3646\n ypos 12461\n disable {{\"parent.coreRaysType == 1 ? 0 : 1\"}}\n }\n Blur {\n size 2\n name Blur65\n xpos -3646\n ypos 12499\n }\n Blur {\n size 5\n name Blur66\n xpos -3646\n ypos 12537\n }\n Merge2 {\n inputs 2\n operation plus\n mix 0.7\n name Merge122\n xpos -3646\n ypos 12613\n }\n Merge2 {\n inputs 2\n operation plus\n mix 0.5\n name Merge123\n xpos -3646\n ypos 12706\n }\n Blur {\n size 2\n name Blur67\n xpos -3646\n ypos 12818\n }\n Sparkles {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n size 385\n anamorphic 1.34389\n rotation {{\"(parent.coreRaysRotation * 1.2) - 83\"}}\n ray_nb 9\n ray_thick {{parent.coreRaysThickness}}\n random_thick true\n spark_falloff 0\n ray_falloff 6.45283\n seed {{parent.Sparkles27.seed}}\n broken_affected 9.89774\n name Sparkles10\n xpos -3985\n ypos 12687\n disable {{parent.Sparkles27.disable}}\n }\n Blur {\n size 5\n name Blur51\n xpos -3985\n ypos 12713\n }\n Sparkles {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n size 340\n anamorphic 1.34389\n rotation {{\"(parent.coreRaysRotation * 1.2) + 51\"}}\n ray_nb 4\n ray_thick {{parent.coreRaysThickness}}\n random_thick true\n spark_falloff 0\n ray_falloff 6.45283\n seed {{parent.Sparkles27.seed}}\n brightness 0.4\n broken_affected 9.89774\n name Sparkles26\n xpos -3985\n ypos 12594\n disable {{parent.Sparkles27.disable}}\n }\n Blur {\n size 3\n name Blur52\n xpos -3985\n ypos 12620\n }\n Sparkles {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n size 465\n anamorphic 1.34389\n rotation {{parent.coreRaysRotation}}\n ray_nb 4\n ray_thick {{parent.coreRaysThickness}}\n random_thick true\n spark_falloff 0\n ray_falloff 6.45283\n seed {{parent.coreRaysSeed}}\n brightness 0.4\n broken_affected 9.89774\n name Sparkles27\n label \"Few Bits\"\n xpos -3875\n ypos 12463\n disable {{\"parent.coreRaysType == 0 ? 0 : 1\" x21 0}}\n }\n Blur {\n size 2\n name Blur56\n xpos -3875\n ypos 12512\n }\n Blur {\n size 5\n name Blur60\n xpos -3875\n ypos 12550\n }\n Merge2 {\n inputs 2\n operation plus\n mix 0.7\n name Merge124\n xpos -3875\n ypos 12626\n }\n Merge2 {\n inputs 2\n operation plus\n mix 0.5\n name Merge125\n xpos -3875\n ypos 12719\n }\n Blur {\n size 2\n name Blur61\n xpos -3875\n ypos 12832\n }\n Switch {\n inputs 13\n which {{parent.coreRaysType}}\n name core_bits\n xpos -3217\n ypos 13409\n }\n Transform {\n scale {{\"1 * parent.coreRaysSize * parent.flareCoreSize\"}}\n center {{parent.flarePos.x} {parent.flarePos.y}}\n name Transform42\n xpos -162\n ypos 13409\n }\n Crop {\n box {0 0 {root.width} {root.height}}\n name Crop7\n xpos -31\n ypos 13409\n }\n Clamp {\n name Clamp8\n xpos 106\n ypos 13403\n }\n Grade {\n multiply {{parent.coreRaysColour.r} {parent.coreRaysColour.g} {parent.coreRaysColour.b} 0}\n white_clamp true\n maskChannelMask none\n name grade1\n label \"core rays grade\"\n xpos 281\n ypos 13403\n }\n Blur {\n size {{parent.coreRaysBlur}}\n name Blur57\n label \"core rays blur\"\n note_font Verdana\n xpos 407\n ypos 13398\n }\n Group {\n name Static_Noise6\n help \"Adds synthetic grain. Push \\\"presets\\\" to get predefined types of grain, these are the correct size for 2K scans.\\n\\nYou can also adjust the sliders to match a sample piece of grain. Find a sample with a rather constant background, blur it to remove the grain, and use as input to this. View with a wipe in the viewer so you can make a match. It helps to view and match each of the red, green, blue seperately.\"\n tile_color 0x992620ff\n note_font \"Bitstream Vera Sans\"\n xpos 532\n ypos 13410\n dope_sheet true\n mapsize {0.15 0.15}\n addUserKnob {20 master_control l Master}\n addUserKnob {7 noise_intensity_global l Intensity R 0 2}\n noise_intensity_global 0.52\n addUserKnob {7 rgb_size_multiplier l Size R 0 2}\n rgb_size_multiplier 1\n addUserKnob {26 \"\"}\n addUserKnob {6 no_alpha l \"no alpha?\" t \"Check this box if your image doesn't have an alpha and you cannot use another alpha channel.\\n\\n(Note: This WILL cause the grain to be more prevalent. So please compensate using the Noise Size and Noise Intensity controls above.)\" +STARTLINE}\n no_alpha true\n addUserKnob {20 adv_controls l Advanced}\n addUserKnob {20 fractal_noise_size l \"RGB Noise Size\" n 1}\n fractal_noise_size 0\n addUserKnob {14 red_size l r R 0 100}\n red_size 1.7\n addUserKnob {14 green_size l g R 0 100}\n green_size 1.6\n addUserKnob {14 blue_size l b R 0 100}\n blue_size 1.5\n addUserKnob {20 endGroup n -1}\n addUserKnob {20 noise_irregularity l \"RGB Noise Irregularity\" n 1}\n noise_irregularity 0\n addUserKnob {7 red_i l r}\n red_i 1\n addUserKnob {7 green_i l g}\n green_i 0.75\n addUserKnob {7 blue_i l b}\n blue_i 0.65\n addUserKnob {20 endGroup_1 l endGroup n -1}\n addUserKnob {20 noise_intensity l \"RGB Noise Intensity\" n 1}\n noise_intensity 0\n addUserKnob {7 red_m l r t \"Amount of grain to add to a white pixel\"}\n red_m 0.2\n addUserKnob {7 green_m l g}\n green_m 0.4\n addUserKnob {7 blue_m l b}\n blue_m 0.6\n addUserKnob {18 black t \"Amount of grain to add everywhere\"}\n black {0 0 0}\n addUserKnob {6 black_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {18 minimum t \"Minimum black level\" R 0 0.01}\n minimum {0 0 0}\n addUserKnob {6 minimum_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {20 endGroup_2 l endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {3 seed l Seed}\n seed 134\n addUserKnob {32 reset l Reset T \"knobs this \\{rgb_size_multiplier 0 red_size 1.70 green_size 1.60 blue_size 1.50 red_i 1.00 green_i 0.75 blue_i 0.65 red_m 0.40 green_m 0.60 blue_m 1.65 black 0.00\\}\" +STARTLINE}\n }\n Input {\n inputs 0\n name Input1\n xpos 0\n }\nset N8e495800 [stack 0]\n Noise {\n output {rgba.red -rgba.green -rgba.blue -rgba.alpha}\n cliptype none\n replace true\n size {{parent.red_size.w*(rgb_size_multiplier) i} {parent.red_size.h*(rgb_size_multiplier) i}}\n octaves 2\n gamma 1\n xrotate {{red_i*45 i}}\n yrotate {{red_i*45 i}}\n name red\n xpos 144\n ypos -7\n }\n Noise {\n output {-rgba.red rgba.green -rgba.blue -rgba.alpha}\n cliptype none\n replace true\n size {{parent.green_size.w*(rgb_size_multiplier) i} {parent.green_size.h*(rgb_size_multiplier) i}}\n zoffset 10\n octaves 2\n gamma 1\n xrotate {{green_i*45 i}}\n yrotate {{green_i*45 i}}\n name green\n xpos 144\n ypos 35\n }\n Noise {\n output {-rgba.red -rgba.green rgba.blue -rgba.alpha}\n cliptype none\n replace true\n size {{parent.blue_size.w*(rgb_size_multiplier) i} {parent.blue_size.h*(rgb_size_multiplier) i}}\n zoffset 20\n octaves 2\n gamma 1\n xrotate {{blue_i*45 i}}\n yrotate {{blue_i*45 i}}\n name blue\n xpos 144\n ypos 77\n }\npush $N8e495800\n MergeExpression {\n inputs 2\n expr0 max(minimum.r,r+(2*Ar-1)*(r*red_m*noise_intensity_global))\n expr1 max(minimum.g,g+(2*Ag-1)*(g*green_m*noise_intensity_global))\n expr2 max(minimum.b,b+(2*Ab-1)*(b*blue_m*noise_intensity_global))\n name MergeExpression1\n xpos 144\n ypos 117\n }\nset N8e494800 [stack 0]\npush $N8e494800\npush $N8e495800\n Copy {\n inputs 2\n channels rgb\n maskChannelInput rgba.alpha\n name Copy1\n xpos 0\n ypos 105\n disable {{parent.no_alpha i}}\n }\n Switch {\n inputs 2\n which {{parent.no_alpha i}}\n name Switch1\n xpos 144\n ypos 171\n }\n Output {\n name Output1\n xpos 144\n ypos 219\n }\n end_group\n Dot {\n name Dot129\n xpos 657\n ypos 13413\n }\nset N8e3fb800 [stack 0]\n Saturation {\n saturation 0\n name Saturation26\n xpos 624\n ypos 13459\n }\npush $N8e3fb800\n Copy {\n inputs 2\n from0 rgba.red\n to0 rgba.alpha\n name Copy18\n xpos 767\n ypos 13403\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset {{\"parent.lensPieceLinesOffset + 2.15\"}}\n radius {0 1.06 136.36}\n size_mult {{(parent.flareCoreSize)+1.8}}\n anamorph 11.52\n ring_color 3\n inner_color 1\n outer_falloff 1.7\n chroma_spread 0.02\n brightness 0.095\n vis_mask -rgba.alpha\n name Flare72\n xpos -346\n ypos 11280\n disable {{parent.Flare74.disable}}\n }\n Blur {\n size 16\n name Blur145\n xpos -346\n ypos 11306\n disable {{parent.Flare74.disable}}\n }\n Blur {\n size 1\n name Blur146\n xpos -346\n ypos 11344\n disable {{parent.Flare74.disable}}\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x+55} {parent.flarePos.y+7}}\n offset {{\"parent.lensPieceLinesOffset + 2.15\"}}\n radius {0 3.97 31.8}\n size_mult {{(parent.flareCoreSize)+1.8}}\n anamorph 11.52\n ring_color 0.5\n inner_color 1\n outer_falloff 1.7\n chroma_spread 0.02\n brightness 0.095\n vis_mask -rgba.alpha\n name Flare204\n xpos -490\n ypos 11117\n disable {{parent.Flare74.disable}}\n }\n Blur {\n size 3\n name Blur147\n xpos -490\n ypos 11162\n disable {{parent.Flare74.disable}}\n }\n Glow {\n brightness 0.5\n name Glow35\n xpos -490\n ypos 11202\n disable {{parent.Flare74.disable}}\n }\n Grade {\n multiply 10\n name Grade60\n xpos -490\n ypos 11228\n disable {{parent.Flare74.disable}}\n }\n Grade {\n multiply {1 1 1 0}\n name Grade61\n xpos -490\n ypos 11262\n disable {{parent.Flare74.disable}}\n }\n Merge2 {\n inputs 2\n operation plus\n maskChannelMask none\n mix 0.07\n name Merge175\n xpos -490\n ypos 11350\n disable {{parent.Flare74.disable}}\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset {{\"parent.lensPieceLinesOffset + 2.15\"}}\n radius {0 1.06 136.36}\n size_mult {{(parent.flareCoreSize)+1.8}}\n anamorph 11.52\n ring_color 3\n inner_color 1\n outer_falloff 1.7\n chroma_spread 0.02\n brightness 0.095\n vis_mask -rgba.alpha\n name Flare73\n xpos -764\n ypos 11205\n disable {{parent.Flare74.disable}}\n }\n Blur {\n size 16\n name Blur99\n xpos -764\n ypos 11231\n disable {{parent.Flare74.disable}}\n }\n Blur {\n size 1\n name Blur143\n xpos -764\n ypos 11269\n disable {{parent.Flare74.disable}}\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset {{\"parent.lensPieceLinesOffset + 2.15\"}}\n radius {0 3.97 31.8}\n size_mult {{(parent.flareCoreSize)+1.8}}\n anamorph 11.52\n ring_color 0.5\n inner_color 1\n outer_falloff 1.7\n chroma_spread 0.02\n brightness 0.095\n vis_mask -rgba.alpha\n name Flare74\n xpos -643\n ypos 11038\n disable {{\"parent.lensPieceLinesPicker == 6 ? 0 : 1\"}}\n }\n Blur {\n size 3\n name Blur144\n xpos -643\n ypos 11079\n disable {{parent.Flare74.disable}}\n }\n Glow {\n brightness 0.5\n name Glow34\n xpos -643\n ypos 11133\n disable {{parent.Flare74.disable}}\n }\n Grade {\n multiply 10\n name Grade62\n xpos -643\n ypos 11166\n disable {{parent.Flare74.disable}}\n }\n Grade {\n multiply {1 1 1 0}\n name Grade63\n xpos -643\n ypos 11192\n disable {{parent.Flare74.disable}}\n }\n Merge2 {\n inputs 2\n operation plus\n maskChannelMask none\n mix 0.07\n name Merge174\n xpos -643\n ypos 11275\n disable {{parent.Flare74.disable}}\n }\n Merge2 {\n inputs 2\n operation screen\n maskChannelMask none\n mix 0.5\n name Merge188\n xpos -643\n ypos 11350\n disable {{parent.Flare74.disable}}\n }\n Dot {\n name Dot154\n xpos -609\n ypos 11481\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n radius {262.81 269.91 269.91}\n size_mult {{(parent.flareCoreSize)+1.6}}\n anamorph 2\n inner_color 0\n outer_falloff 0.23\n inner_falloff 0.41\n brightness 0.42\n vis_out 1.04\n corners 4\n flattening 1\n sharpness 1\n corners_angle 45\n name Flare287\n xpos -963\n ypos 10349\n disable {{parent.Flare317.disable}}\n }\n Transform {\n translate {-30 0}\n center {960 540}\n black_outside false\n name Transform84\n xpos -963\n ypos 10375\n disable {{parent.Flare317.disable}}\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n radius {156.26 160.52 261.37}\n size_mult {{(parent.flareCoreSize)+1.6}}\n anamorph 2\n inner_color 0\n outer_falloff 0.23\n inner_falloff 0.41\n brightness 0.42\n vis_out 1.04\n corners 4\n flattening 1\n sharpness 1\n corners_angle 45\n name Flare288\n xpos -968\n ypos 10316\n disable {{parent.Flare317.disable}}\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n radius {83.82 92.34 126.43}\n size_mult {{(parent.flareCoreSize)+1.6}}\n anamorph 2\n inner_color 0\n outer_falloff 0.23\n inner_falloff 0.41\n brightness 0.42\n vis_out 1.04\n corners 4\n flattening 1\n sharpness 1\n corners_angle 45\n name Flare289\n xpos -843\n ypos 10249\n disable {{parent.Flare317.disable}}\n }\n Transform {\n translate {30 0}\n center {960 540}\n black_outside false\n name Transform85\n xpos -843\n ypos 10275\n disable {{parent.Flare317.disable}}\n }\n Merge2 {\n inputs 2\n operation screen\n mix 0.6\n name Merge228\n xpos -843\n ypos 10316\n disable {{parent.Flare317.disable}}\n }\n Merge2 {\n inputs 2\n operation screen\n mix 0.6\n name Merge229\n xpos -843\n ypos 10375\n disable {{parent.Flare317.disable}}\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n radius {282.69 289.79 377.86}\n size_mult {{(parent.flareCoreSize)+1.6}}\n anamorph 2\n inner_color 0\n outer_falloff 0.23\n inner_falloff 0.41\n brightness 0.42\n vis_out 1.04\n corners 4\n flattening 1\n sharpness 1\n corners_angle 45\n name Flare290\n xpos -734\n ypos 10289\n disable {{parent.Flare317.disable}}\n }\n Transform {\n translate {-60 0}\n center {960 540}\n black_outside false\n name Transform86\n xpos -734\n ypos 10315\n disable {{parent.Flare317.disable}}\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n radius {181.84 198.88 218.76}\n size_mult {{(parent.flareCoreSize)+1.6}}\n anamorph 2\n inner_color 0\n outer_falloff 0.23\n inner_falloff 0.41\n brightness 0.42\n vis_out 1.04\n corners 4\n flattening 1\n sharpness 1\n corners_angle 45\n name Flare291\n xpos -630\n ypos 10263\n disable {{parent.Flare317.disable}}\n }\n Transform {\n translate {-30 0}\n center {960 540}\n black_outside false\n name Transform87\n xpos -630\n ypos 10289\n disable {{parent.Flare317.disable}}\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n radius {117.91 129.27 161.94}\n size_mult {{(parent.flareCoreSize)+1.6}}\n anamorph 2\n inner_color 0\n outer_falloff 0.23\n inner_falloff 0.41\n brightness 0.42\n vis_out 1.04\n corners 4\n flattening 1\n sharpness 1\n corners_angle 45\n name Flare292\n xpos -630\n ypos 10215\n disable {{parent.Flare317.disable}}\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n radius {42.92 42.92 104}\n size_mult {{(parent.flareCoreSize)+1.6}}\n anamorph 2\n inner_color 0\n outer_falloff 0.23\n inner_falloff 0.41\n brightness 0.23\n vis_out 1.04\n corners 4\n flattening 1\n sharpness 1\n corners_angle 45\n name Flare293\n xpos -510\n ypos 10149\n disable {{parent.Flare317.disable}}\n }\n Transform {\n translate {200 0}\n center {960 540}\n black_outside false\n name Transform88\n xpos -510\n ypos 10175\n disable {{parent.Flare317.disable}}\n }\n Merge2 {\n inputs 2\n operation screen\n mix 0.6\n name Merge230\n xpos -510\n ypos 10215\n disable {{parent.Flare317.disable}}\n }\n Merge2 {\n inputs 2\n operation screen\n mix 0.6\n name Merge231\n xpos -510\n ypos 10289\n disable {{parent.Flare317.disable}}\n }\n Merge2 {\n inputs 2\n operation screen\n mix 0.6\n name Merge232\n xpos -510\n ypos 10315\n disable {{parent.Flare317.disable}}\n }\n Merge2 {\n inputs 2\n operation plus\n maskChannelMask none\n name Merge233\n xpos -510\n ypos 10375\n disable {{parent.Flare317.disable}}\n }\n Blur {\n size 61\n name Blur127\n xpos -510\n ypos 10401\n disable {{parent.Flare317.disable}}\n }\nset N8e2adc00 [stack 0]\n Shuffle {\n green red\n blue red\n alpha red\n name Shuffle23\n xpos -510\n ypos 10448\n disable {{parent.Flare317.disable}}\n }\npush $N8e2adc00\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n radius {0 0 32.72}\n size_mult {{(parent.flareCoreSize)+4}}\n anamorph 8\n inner_color 0\n outer_falloff 0.9\n chroma_spread 0.25\n chroma_shift -10.4\n chroma_shift_angle 42\n vis_out 1\n flattening 3.2\n name Flare294\n xpos -381\n ypos 10190\n disable {{parent.Flare317.disable}}\n }\n Grade {\n inputs 1+1\n white 4\n multiply 4\n maskChannelMask rgba.red\n name Grade71\n xpos -381\n ypos 10407\n disable {{parent.Flare317.disable}}\n }\n Merge2 {\n inputs 2\n operation mask\n maskChannelMask none\n name Merge234\n xpos -381\n ypos 10448\n disable {{parent.Flare317.disable}}\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n radius {262.81 269.91 269.91}\n size_mult {{(parent.flareCoreSize)+1.6}}\n anamorph 2\n inner_color 0\n outer_falloff 0.23\n inner_falloff 0.41\n brightness 0.42\n vis_out 1.04\n corners 4\n flattening 1\n sharpness 1\n corners_angle 45\n name Flare303\n xpos -829\n ypos 9883\n disable {{parent.Flare317.disable}}\n }\n Transform {\n translate {-30 0}\n center {960 540}\n black_outside false\n name Transform96\n xpos -829\n ypos 9909\n disable {{parent.Flare317.disable}}\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n radius {156.26 160.52 261.37}\n size_mult {{(parent.flareCoreSize)+1.6}}\n anamorph 2\n inner_color 0\n outer_falloff 0.23\n inner_falloff 0.41\n brightness 0.42\n vis_out 1.04\n corners 4\n flattening 1\n sharpness 1\n corners_angle 45\n name Flare304\n xpos -833\n ypos 9850\n disable {{parent.Flare317.disable}}\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n radius {83.82 92.34 126.43}\n size_mult {{(parent.flareCoreSize)+1.6}}\n anamorph 2\n inner_color 0\n outer_falloff 0.23\n inner_falloff 0.41\n brightness 0.42\n vis_out 1.04\n corners 4\n flattening 1\n sharpness 1\n corners_angle 45\n name Flare305\n xpos -709\n ypos 9783\n disable {{parent.Flare317.disable}}\n }\n Transform {\n translate {30 0}\n center {960 540}\n black_outside false\n name Transform97\n xpos -709\n ypos 9809\n disable {{parent.Flare317.disable}}\n }\n Merge2 {\n inputs 2\n operation screen\n mix 0.6\n name Merge249\n xpos -709\n ypos 9850\n disable {{parent.Flare317.disable}}\n }\n Merge2 {\n inputs 2\n operation screen\n mix 0.6\n name Merge250\n xpos -709\n ypos 9909\n disable {{parent.Flare317.disable}}\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n radius {282.69 289.79 377.86}\n size_mult {{(parent.flareCoreSize)+1.6}}\n anamorph 2\n inner_color 0\n outer_falloff 0.23\n inner_falloff 0.41\n brightness 0.42\n vis_out 1.04\n corners 4\n flattening 1\n sharpness 1\n corners_angle 45\n name Flare306\n xpos -600\n ypos 9823\n disable {{parent.Flare317.disable}}\n }\n Transform {\n translate {-60 0}\n center {960 540}\n black_outside false\n name Transform98\n xpos -600\n ypos 9849\n disable {{parent.Flare317.disable}}\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n radius {181.84 198.88 218.76}\n size_mult {{(parent.flareCoreSize)+1.6}}\n anamorph 2\n inner_color 0\n outer_falloff 0.23\n inner_falloff 0.41\n brightness 0.42\n vis_out 1.04\n corners 4\n flattening 1\n sharpness 1\n corners_angle 45\n name Flare307\n xpos -496\n ypos 9797\n disable {{parent.Flare317.disable}}\n }\n Transform {\n translate {-30 0}\n center {960 540}\n black_outside false\n name Transform99\n xpos -496\n ypos 9823\n disable {{parent.Flare317.disable}}\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n radius {117.91 129.27 161.94}\n size_mult {{(parent.flareCoreSize)+1.6}}\n anamorph 2\n inner_color 0\n outer_falloff 0.23\n inner_falloff 0.41\n brightness 0.42\n vis_out 1.04\n corners 4\n flattening 1\n sharpness 1\n corners_angle 45\n name Flare308\n xpos -497\n ypos 9749\n disable {{parent.Flare317.disable}}\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n radius {42.92 42.92 104}\n size_mult {{(parent.flareCoreSize)+1.6}}\n anamorph 2\n inner_color 0\n outer_falloff 0.23\n inner_falloff 0.41\n brightness 0.23\n vis_out 1.04\n corners 4\n flattening 1\n sharpness 1\n corners_angle 45\n name Flare309\n xpos -376\n ypos 9683\n disable {{parent.Flare317.disable}}\n }\n Transform {\n translate {200 0}\n center {960 540}\n black_outside false\n name Transform100\n xpos -376\n ypos 9709\n disable {{parent.Flare317.disable}}\n }\n Merge2 {\n inputs 2\n operation screen\n mix 0.6\n name Merge251\n xpos -376\n ypos 9749\n disable {{parent.Flare317.disable}}\n }\n Merge2 {\n inputs 2\n operation screen\n mix 0.6\n name Merge252\n xpos -376\n ypos 9823\n disable {{parent.Flare317.disable}}\n }\n Merge2 {\n inputs 2\n operation screen\n mix 0.6\n name Merge253\n xpos -376\n ypos 9849\n disable {{parent.Flare317.disable}}\n }\n Merge2 {\n inputs 2\n operation plus\n maskChannelMask none\n name Merge254\n xpos -376\n ypos 9909\n disable {{parent.Flare317.disable}}\n }\n Blur {\n size 61\n name Blur122\n xpos -376\n ypos 9935\n disable {{parent.Flare317.disable}}\n }\nset N8e1c5800 [stack 0]\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n radius {0 0 32.72}\n size_mult {{(parent.flareCoreSize)+4}}\n anamorph 8\n inner_color 0\n outer_falloff 0.9\n chroma_spread 0.25\n chroma_shift -10.4\n chroma_shift_angle 42\n vis_out 1\n flattening 3.2\n name Flare310\n xpos -247\n ypos 9724\n disable {{parent.Flare317.disable}}\n }\n Grade {\n inputs 1+1\n white 4\n multiply 4\n maskChannelMask rgba.red\n name Grade74\n xpos -247\n ypos 9941\n disable {{parent.Flare317.disable}}\n }\nset N8e1c4c00 [stack 0]\n Merge2 {\n inputs 2\n operation mask\n maskChannelMask none\n mix 0.885\n name Merge235\n xpos -247\n ypos 10448\n disable {{parent.Flare317.disable}}\n }\n Transform {\n translate {0 -40}\n scale {1.4 1}\n center {{parent.flarePos.x} {parent.flarePos.y}}\n name Transform89\n xpos 65\n ypos 10448\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n radius {42.92 42.92 146.15}\n size_mult {{(parent.flareCoreSize)+1.6}}\n anamorph 2\n inner_color 1\n outer_falloff 0.23\n inner_falloff 0.41\n vis_out 1.04\n corners 0\n flattening 1\n sharpness 1\n corners_angle 45\n name Flare286\n xpos -112\n ypos 9794\n disable {{parent.Flare317.disable}}\n }\n Transform {\n translate {30 0}\n center {960 540}\n black_outside false\n name Transform83\n xpos -112\n ypos 9820\n disable {{parent.Flare317.disable}}\n }\n Blur {\n size 30\n name Blur100\n xpos -112\n ypos 9846\n disable {{parent.Flare317.disable}}\n }\n Shuffle {\n green red\n blue red\n alpha red\n name Shuffle19\n xpos -112\n ypos 9904\n disable {{parent.Flare317.disable}}\n }\nset N98472c00 [stack 0]\npush $N8e1c5800\n Shuffle {\n green red\n blue red\n alpha red\n name Shuffle26\n xpos -376\n ypos 9982\n disable {{parent.Flare317.disable}}\n }\npush $N8e1c4c00\n Merge2 {\n inputs 2\n operation mask\n maskChannelMask none\n name Merge255\n xpos -222\n ypos 9982\n disable {{parent.Flare317.disable}}\n }\n Merge2 {\n inputs 2\n operation stencil\n maskChannelMask none\n mix 0.7\n name Merge226\n xpos -112\n ypos 9982\n disable {{parent.Flare317.disable}}\n }\n Transform {\n translate {0 -10}\n scale {1.4 1}\n center {{parent.flarePos.x} {parent.flarePos.y}}\n name Transform101\n xpos 53\n ypos 9982\n disable {{parent.Flare317.disable}}\n }\nset N98471c00 [stack 0]\npush 0\npush $N98471c00\npush $N98472c00\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n radius {243.04 247.3 357.63}\n size_mult {{(parent.flareCoreSize)+1.6}}\n anamorph 2\n inner_color 0\n outer_falloff 0.23\n inner_falloff 0.41\n brightness 0.42\n vis_out 1.04\n corners 4\n flattening 1\n sharpness 1\n corners_angle 45\n name Flare312\n xpos 52\n ypos 9761\n disable {{parent.Flare317.disable}}\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n radius {33.01 61.88 106.14}\n size_mult {{(parent.flareCoreSize)+1.6}}\n anamorph 3\n inner_color 0\n outer_falloff 0.23\n inner_falloff 0.41\n brightness 0.42\n vis_out 1.04\n corners 4\n flattening 1\n sharpness 1\n corners_angle 45\n name Flare313\n xpos 181\n ypos 9694\n disable {{parent.Flare317.disable}}\n }\n Transform {\n translate {30 0}\n center {960 540}\n black_outside false\n name Transform103\n xpos 181\n ypos 9720\n disable {{parent.Flare317.disable}}\n }\n Merge2 {\n inputs 2\n operation screen\n mix 0.6\n name Merge256\n xpos 181\n ypos 9761\n disable {{parent.Flare317.disable}}\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n radius {105.13 116.49 174.73}\n size_mult {{(parent.flareCoreSize)+1.6}}\n anamorph 2\n inner_color 0\n outer_falloff 0.23\n inner_falloff 0.41\n brightness 0.42\n vis_out 1.04\n corners 4\n flattening 1\n sharpness 1\n corners_angle 45\n name Flare315\n xpos 299\n ypos 9667\n disable {{parent.Flare317.disable}}\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n radius {33.02 44.38 86.99}\n size_mult {{(parent.flareCoreSize)+1.6}}\n anamorph 2\n inner_color 0\n outer_falloff 0.23\n inner_falloff 0.41\n brightness 0.42\n vis_out 1.04\n corners 4\n flattening 1\n sharpness 1\n corners_angle 45\n name Flare316\n xpos 409\n ypos 9600\n disable {{parent.Flare317.disable}}\n }\n Transform {\n translate {30 0}\n center {960 540}\n black_outside false\n name Transform105\n xpos 409\n ypos 9626\n disable {{parent.Flare317.disable}}\n }\n Merge2 {\n inputs 2\n operation screen\n mix 0.6\n name Merge258\n xpos 409\n ypos 9667\n disable {{parent.Flare317.disable}}\n }\n Merge2 {\n inputs 2\n operation plus\n maskChannelMask none\n name Merge260\n xpos 409\n ypos 9761\n disable {{parent.Flare317.disable}}\n }\n Blur {\n size 61\n name Blur123\n xpos 409\n ypos 9800\n disable {{parent.Flare317.disable}}\n }\nset N98402000 [stack 0]\n Shuffle {\n green red\n blue red\n alpha red\n name Shuffle27\n xpos 409\n ypos 9846\n disable {{Lines_Plus.disable==1?1:lines.which==5?0:1}}\n }\npush $N98402000\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n radius {1.45 1.45 34.17}\n size_mult {{(parent.flareCoreSize)+4}}\n anamorph 10\n inner_color 0\n outer_falloff 0.9\n chroma_spread 0.25\n chroma_shift -10.4\n chroma_shift_angle 42\n vis_out 1\n flattening 5.5\n name Flare317\n xpos 538\n ypos 9566\n disable {{\"parent.lensPieceLinesPicker == 5 ? 0 : 1\"}}\n }\n Grade {\n inputs 1+1\n white 1.7\n multiply 2.5\n maskChannelMask rgba.red\n name Grade75\n xpos 538\n ypos 9806\n disable {{parent.Flare317.disable}}\n }\n Merge2 {\n inputs 2\n operation mask\n maskChannelMask none\n name Merge261\n xpos 538\n ypos 9846\n disable {{Lines_Plus.disable==1?1:lines.which==5?0:1}}\n }\n Transform {\n translate {0 30}\n scale {1.3 1}\n center {{parent.flarePos.x} {parent.flarePos.y}}\n name Transform106\n xpos 538\n ypos 9872\n disable {{parent.Flare317.disable}}\n }\n Merge2 {\n inputs 2\n operation stencil\n maskChannelMask none\n mix 0.94\n name Merge227\n xpos 538\n ypos 9904\n disable {{parent.Flare317.disable}}\n }\n Merge2 {\n inputs 3+1\n operation plus\n maskChannelMask none\n name Merge262\n xpos 538\n ypos 9982\n disable {{parent.Flare317.disable}}\n }\n Merge2 {\n inputs 2\n operation plus\n maskChannelMask none\n name Merge236\n xpos 538\n ypos 10448\n disable {{parent.Flare317.disable}}\n }\n Blur {\n size {10 0}\n name Blur134\n xpos 538\n ypos 10510\n }\n Saturation {\n saturation 0\n maskChannelMask none\n name Saturation33\n xpos 538\n ypos 10548\n }\n DirBlurWrapper {\n BlurType linear\n BlurCenter {{parent.flarePos.x} {parent.flarePos.y}}\n BlurLength 28\n maskChannelMask none\n name DirBlurWrapper30\n xpos 538\n ypos 10597\n disable {{parent.Flare317.disable}}\n }\n DirBlurWrapper {\n BlurType linear\n BlurCenter {{parent.flarePos.x} {parent.flarePos.y}}\n BlurLength 38\n BlurAngle 90\n maskChannelMask none\n name DirBlurWrapper31\n xpos 538\n ypos 10635\n disable {{parent.Flare317.disable}}\n }\n Sharpen {\n amount 50\n maskChannelMask none\n name Sharpen5\n xpos 538\n ypos 10673\n }\n Grade {\n whitepoint 0.8\n maskChannelMask none\n name Grade76\n xpos 538\n ypos 10711\n }\n Grade {\n multiply 0.54\n gamma 1.54\n maskChannelMask none\n name Grade77\n xpos 538\n ypos 10777\n }\n Glow {\n tolerance 0.56\n brightness 1.5\n size 70\n maskChannelMask none\n name Glow22\n xpos 538\n ypos 10836\n }\n Dot {\n name Dot75\n xpos 572\n ypos 11662\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset 0.65\n radius {0 26.23 37.09}\n anamorph 3\n ring_color {0 0.01600027084 1}\n inner_color {0 0.8500001431 1}\n outer_falloff 0.75\n inner_falloff 2\n chroma_spread 0.005\n vis_in 0.9\n vis_mask -rgba.alpha\n corners 4\n flattening 2.4\n sharpness 0.53\n corners_angle 48\n asym_falloff 0.72\n asym_angle 116\n mult_offset 8\n mult_size -0.1\n mult_color 0.6\n mult_brightness -0.72\n mult_visibility -0.18\n name Flare221\n label Pieces\n xpos -2195\n ypos 11211\n disable {{parent.Flare77.disable}}\n }\n Blur {\n size 4.8\n name Blur133\n xpos -2195\n ypos 11249\n disable {{parent.Flare77.disable}}\n }\n DirBlurWrapper {\n BlurType linear\n BlurLength 7\n BlurAngle 180\n maskChannelMask none\n name DirBlurWrapper25\n xpos -2195\n ypos 11313\n disable {{parent.Flare77.disable}}\n }\n DirBlurWrapper {\n BlurType linear\n BlurLength 15\n BlurAngle 90\n maskChannelMask none\n name DirBlurWrapper26\n xpos -2195\n ypos 11351\n disable {{parent.Flare77.disable}}\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset -0.31\n radius {0 26.23 37.09}\n anamorph 6\n ring_color {0 0.01600027084 1}\n inner_color {0 0.8500001431 1}\n outer_falloff 0.75\n inner_falloff 2\n chroma_spread 0.005\n vis_in 0.9\n vis_mask -rgba.alpha\n corners 4\n flattening 2.4\n sharpness 0.53\n corners_angle 48\n asym_falloff 0.72\n asym_angle 116\n mult_offset 8\n mult_size -0.1\n mult_color 0.6\n mult_brightness -0.72\n mult_visibility -0.18\n name Flare75\n label Pieces\n xpos -2084\n ypos 11177\n disable {{parent.Flare77.disable}}\n }\n Blur {\n size 4.8\n name Blur132\n xpos -2084\n ypos 11215\n disable {{parent.Flare77.disable}}\n }\n DirBlurWrapper {\n BlurType linear\n BlurLength 7\n BlurAngle 180\n maskChannelMask none\n name DirBlurWrapper23\n xpos -2084\n ypos 11279\n disable {{parent.Flare77.disable}}\n }\n DirBlurWrapper {\n BlurType linear\n BlurLength 15\n BlurAngle 90\n maskChannelMask none\n name DirBlurWrapper24\n xpos -2084\n ypos 11317\n disable {{parent.Flare77.disable}}\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset 0.5\n radius {0 26.23 37.09}\n size_mult 3\n anamorph 6\n ring_color {0 0.01600027084 1}\n inner_color {0 0.8500001431 1}\n outer_falloff 0.75\n inner_falloff 2\n chroma_spread 0.005\n vis_in 0.9\n vis_mask -rgba.alpha\n corners 4\n flattening 2.4\n sharpness 0.53\n corners_angle 48\n asym_falloff 0.72\n asym_angle 116\n mult_offset 8\n mult_size -0.1\n mult_color 0.6\n mult_brightness -0.72\n mult_visibility -0.18\n name Flare76\n label Pieces\n xpos -1965\n ypos 11132\n disable {{parent.Flare77.disable}}\n }\n Blur {\n size 4.8\n name Blur131\n xpos -1965\n ypos 11170\n disable {{parent.Flare77.disable}}\n }\n DirBlurWrapper {\n BlurType linear\n BlurLength 7\n BlurAngle 180\n maskChannelMask none\n name DirBlurWrapper21\n xpos -1965\n ypos 11234\n disable {{parent.Flare77.disable}}\n }\n DirBlurWrapper {\n BlurType linear\n BlurLength 15\n BlurAngle 90\n maskChannelMask none\n name DirBlurWrapper22\n xpos -1965\n ypos 11272\n disable {{parent.Flare77.disable}}\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset -0.2\n radius {0 26.23 37.09}\n size_mult 2\n anamorph 4\n ring_color {0 0.01600027084 1}\n inner_color {0 0.8500001431 1}\n outer_falloff 0.75\n inner_falloff 2\n chroma_spread 0.005\n vis_in 0.9\n vis_mask -rgba.alpha\n corners 4\n flattening 2.4\n sharpness 0.53\n corners_angle 48\n asym_falloff 0.72\n asym_angle 116\n mult_offset 8\n mult_size -0.1\n mult_color 0.6\n mult_brightness -0.72\n mult_visibility -0.18\n name Flare77\n label Pieces\n xpos -1786\n ypos 11033\n disable {{\"parent.lensPieceLinesPicker == 4 ? 0 : 1\"}}\n }\n Blur {\n size 4.8\n name Blur130\n xpos -1786\n ypos 11144\n disable {{parent.Flare77.disable}}\n }\n Transform {\n translate {268 0}\n center {986 506}\n black_outside false\n name Transform3\n xpos -1786\n ypos 11182\n disable {{parent.Flare77.disable}}\n }\n DirBlurWrapper {\n BlurType linear\n BlurLength 7\n BlurAngle 180\n maskChannelMask none\n name DirBlurWrapper19\n xpos -1786\n ypos 11208\n disable {{parent.Flare77.disable}}\n }\n DirBlurWrapper {\n BlurType linear\n BlurLength 15\n BlurAngle 90\n maskChannelMask none\n name DirBlurWrapper20\n xpos -1786\n ypos 11246\n disable {{parent.Flare77.disable}}\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset 0.3\n radius {0 26.23 37.09}\n anamorph 3\n ring_color {0 0.01600027084 1}\n inner_color {0 0.8500001431 1}\n outer_falloff 0.75\n inner_falloff 2\n chroma_spread 0.005\n vis_in 0.9\n vis_mask -rgba.alpha\n corners 4\n flattening 2.4\n sharpness 0.57\n corners_angle 48\n asym_falloff 0.72\n asym_angle 116\n mult_offset 8\n mult_size -0.1\n mult_color 0.6\n mult_brightness -0.72\n mult_visibility -0.18\n name Flare79\n label Pieces\n xpos -1608\n ypos 11148\n disable {{parent.Flare77.disable}}\n }\n Blur {\n size 4.8\n name Blur129\n xpos -1608\n ypos 11186\n disable {{parent.Flare77.disable}}\n }\n Transform {\n translate {98 38}\n center {986 506}\n name Transform6\n xpos -1608\n ypos 11224\n disable {{parent.Flare77.disable}}\n }\n Merge2 {\n inputs 2\n operation plus\n maskChannelMask none\n name Merge199\n xpos -1608\n ypos 11252\n disable {{parent.Flare77.disable}}\n }\n Merge2 {\n inputs 2\n operation plus\n maskChannelMask none\n name Merge200\n xpos -1608\n ypos 11278\n disable {{parent.Flare77.disable}}\n }\n Merge2 {\n inputs 2\n operation plus\n maskChannelMask none\n name Merge201\n xpos -1608\n ypos 11323\n disable {{parent.Flare77.disable}}\n }\n Merge2 {\n inputs 2\n operation plus\n maskChannelMask none\n name Merge202\n xpos -1608\n ypos 11357\n disable {{parent.Flare77.disable}}\n }\n Dot {\n name Dot155\n xpos -1574\n ypos 11531\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset 1\n radius {111.1 263.38 292.18}\n size_mult {{(parent.flareCoreSize)+2.4}}\n anamorph 1.01\n inner_color 0\n outer_falloff 0.78\n inner_falloff 10\n brightness 0.42\n vis_out 1.04\n corners 4\n flattening 0.8\n sharpness 1\n corners_angle 45\n name Flare189\n xpos -2503\n ypos 10505\n disable {{parent.Flare215.disable}}\n }\n Transform {\n center {960 540}\n black_outside false\n name Transform58\n xpos -2503\n ypos 10531\n disable {{parent.Flare215.disable}}\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset 1\n radius {325.16 366.98 381.31}\n size_mult {{(parent.flareCoreSize)+2.4}}\n anamorph 1.01\n inner_color 0\n outer_falloff 0.7\n inner_falloff 6\n brightness 0.42\n vis_out 1.04\n corners 4\n flattening 0.8\n sharpness 1\n corners_angle 45\n name Flare190\n xpos -2503\n ypos 10455\n disable {{parent.Flare215.disable}}\n }\n Transform {\n center {960 540}\n black_outside false\n name Transform59\n xpos -2503\n ypos 10481\n disable {{parent.Flare215.disable}}\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset 1\n radius {234.8 463.99 500}\n size_mult {{(parent.flareCoreSize)}}\n anamorph 0.96\n ring_color 0.379197\n inner_color 0\n outer_falloff 0.13\n inner_falloff 10\n brightness 2\n corners 4\n flattening 1\n sharpness 1\n corners_angle 45\n name Flare191\n xpos -2374\n ypos 10411\n disable {{parent.Flare215.disable}}\n }\n Transform {\n translate {30 0}\n center {960 540}\n black_outside false\n name Transform60\n xpos -2374\n ypos 10437\n disable {{parent.Flare215.disable}}\n }\n Merge2 {\n inputs 2\n operation screen\n name Merge143\n xpos -2374\n ypos 10481\n disable {{parent.Flare215.disable}}\n }\n Merge2 {\n inputs 2\n operation plus\n name Merge160\n xpos -2374\n ypos 10531\n disable {{parent.Flare215.disable}}\n }\nset N9823e400 [stack 0]\n Shuffle {\n green red\n blue red\n alpha red\n name Shuffle21\n xpos -2374\n ypos 10557\n }\npush $N9823e400\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset 1\n radius {1.42 1.42 34.14}\n size_mult {{(parent.flareCoreSize)+9}}\n anamorph 15\n inner_color 0\n outer_falloff 0.9\n chroma_spread 0.012\n chroma_shift -3.4\n vis_out 1\n name Flare192\n xpos -2230\n ypos 10438\n disable {{parent.Flare215.disable}}\n }\n Grade {\n inputs 1+1\n white 1.7\n multiply 2.5\n maskChannelMask rgba.red\n name Grade78\n xpos -2230\n ypos 10531\n disable {{parent.Flare215.disable}}\n }\n Merge2 {\n inputs 2\n operation mask\n maskChannelMask none\n name Merge161\n xpos -2230\n ypos 10557\n }\n DirBlurWrapper {\n BlurType linear\n BlurCenter {{parent.flarePos.x} {parent.flarePos.y}}\n BlurLength 47\n BlurAngle 0\n maskChannelMask none\n name DirBlurWrapper3\n xpos -2230\n ypos 10583\n disable {{parent.Flare215.disable}}\n }\n Grade {\n whitepoint 0.25\n gamma 0.295\n maskChannelMask none\n name Grade79\n xpos -2230\n ypos 10621\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset 1\n radius {71.04 85.24 93.76}\n size_mult {{(parent.flareCoreSize)+2.4}}\n anamorph 1.01\n inner_color 0\n outer_falloff 0.14\n inner_falloff 6\n brightness 0.42\n vis_out 1.04\n corners 4\n flattening 0.8\n sharpness 1\n corners_angle 45\n name Flare193\n xpos -2368\n ypos 10276\n disable {{parent.Flare215.disable}}\n }\n Transform {\n center {960 540}\n black_outside false\n name Transform61\n xpos -2368\n ypos 10302\n disable {{parent.Flare215.disable}}\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset 1\n radius {107.03 167.62 203.63}\n size_mult {{(parent.flareCoreSize)}}\n anamorph 1.06\n ring_color 0.379197\n inner_color 0\n outer_falloff 0.13\n inner_falloff 10\n brightness 2\n corners 4\n flattening 1\n sharpness 1\n corners_angle 45\n name Flare194\n xpos -2239\n ypos 10232\n disable {{parent.Flare215.disable}}\n }\n Transform {\n translate {30 0}\n center {960 540}\n black_outside false\n name Transform62\n xpos -2239\n ypos 10258\n disable {{parent.Flare215.disable}}\n }\n Merge2 {\n inputs 2\n operation screen\n name Merge162\n xpos -2239\n ypos 10302\n disable {{parent.Flare215.disable}}\n }\nset N981ba800 [stack 0]\n Shuffle {\n green red\n blue red\n alpha red\n name Shuffle22\n xpos -2239\n ypos 10350\n disable {{parent.Flare215.disable}}\n }\npush $N981ba800\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset 1\n radius {0 0 32.72}\n size_mult {{(parent.flareCoreSize)+9}}\n anamorph 10\n inner_color 0\n outer_falloff 0.9\n chroma_spread 0.012\n chroma_shift -3.4\n vis_out 1\n name Flare195\n xpos -2095\n ypos 10230\n disable {{parent.Flare215.disable}}\n }\n Grade {\n inputs 1+1\n white 1.7\n multiply 2.5\n maskChannelMask rgba.red\n name Grade80\n xpos -2095\n ypos 10302\n disable {{parent.Flare215.disable}}\n }\n Merge2 {\n inputs 2\n operation mask\n maskChannelMask none\n name Merge163\n xpos -2095\n ypos 10350\n }\n DirBlurWrapper {\n BlurType linear\n BlurCenter {{parent.flarePos.x} {parent.flarePos.y}}\n BlurLength 47\n BlurAngle 0\n maskChannelMask none\n name DirBlurWrapper10\n xpos -2095\n ypos 10376\n disable {{parent.Flare215.disable}}\n }\n Grade {\n whitepoint 0.25\n gamma 0.295\n maskChannelMask none\n name Grade81\n xpos -2095\n ypos 10442\n }\n Merge2 {\n inputs 2\n operation screen\n name Merge164\n xpos -2095\n ypos 10621\n }\n Blur {\n size {0 20}\n name Blur101\n xpos -2095\n ypos 10647\n }\n Dot {\n name Dot110\n xpos -2061\n ypos 10694\n }\n Dot {\n name Dot111\n xpos -1823\n ypos 10694\n }\nset N98133800 [stack 0]\npush $N98133800\n Transform {\n scale {2.2 1}\n center {{parent.flarePos.x} {parent.flarePos.y}}\n name Transform81\n xpos -1680\n ypos 10690\n disable {{parent.Flare215.disable}}\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset 0.45\n radius {198.59 208.53 221.32}\n size_mult {{(parent.flareCoreSize)+1.6}}\n anamorph 2\n inner_color 0\n outer_falloff 0.135\n inner_falloff 5.8\n brightness 0.42\n vis_out 1.04\n corners 4\n flattening 1\n sharpness 1\n corners_angle 45\n name Flare216\n xpos -2034\n ypos 10090\n disable {{parent.Flare215.disable}}\n }\n Transform {\n translate {60 0}\n center {960 540}\n black_outside false\n name Transform75\n xpos -2034\n ypos 10116\n disable {{parent.Flare215.disable}}\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset 0.65\n radius {119.99 149.82 164.1}\n size_mult {{(parent.flareCoreSize)+1.6}}\n anamorph 2\n inner_color 0\n outer_falloff 0.24\n inner_falloff 10\n brightness 0.42\n vis_out 1.04\n corners 4\n flattening 0.9\n sharpness 1\n corners_angle 45\n name Flare217\n xpos -1942\n ypos 10071\n disable {{parent.Flare215.disable}}\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset 0.55\n radius {71.04 85.24 96.6}\n size_mult {{(parent.flareCoreSize)+2.4}}\n anamorph 1.01\n inner_color 0\n outer_falloff 0.54\n inner_falloff 0.36\n brightness 0.42\n vis_out 1.04\n corners 4\n flattening 0.8\n sharpness 1\n corners_angle 45\n name Flare218\n xpos -1940\n ypos 10007\n disable {{parent.Flare215.disable}}\n }\n Transform {\n center {960 540}\n black_outside false\n name Transform76\n xpos -1940\n ypos 10033\n disable {{parent.Flare215.disable}}\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset 0.55\n radius {137.79 167.62 182.32}\n size_mult {{(parent.flareCoreSize)}}\n anamorph 0.96\n ring_color 0.379197\n inner_color 0\n brightness 2\n corners 4\n flattening 1\n sharpness 1\n corners_angle 45\n name Flare219\n xpos -1811\n ypos 9963\n disable {{parent.Flare215.disable}}\n }\n Transform {\n translate {30 0}\n center {960 540}\n black_outside false\n name Transform77\n xpos -1811\n ypos 9989\n disable {{parent.Flare215.disable}}\n }\n Merge2 {\n inputs 2\n operation screen\n name Merge183\n xpos -1811\n ypos 10033\n disable {{parent.Flare215.disable}}\n }\n Merge2 {\n inputs 2\n operation screen\n name Merge184\n xpos -1811\n ypos 10071\n disable {{parent.Flare215.disable}}\n }\nset Na0c93c00 [stack 0]\n Merge2 {\n inputs 2\n operation screen\n mix 0.6\n name Merge185\n xpos -1811\n ypos 10116\n disable {{parent.Flare215.disable}}\n }\n Shuffle {\n green red\n blue red\n alpha red\n name Shuffle25\n xpos -1811\n ypos 10185\n }\npush $Na0c93c00\n Flare {\n inputs 0\n position {{parent.flarePos.x x11 1501} {parent.flarePos.y x11 550}}\n offset 0.55\n radius {0 0 32.72}\n size_mult {{(parent.flareCoreSize)+9}}\n anamorph 10\n inner_color 0\n outer_falloff 0.9\n chroma_spread 0.024\n chroma_shift 2.2\n chroma_shift_angle 74\n vis_out 1\n name Flare220\n xpos -1667\n ypos 9959\n disable {{parent.Flare215.disable}}\n }\n Blur {\n size {0 40}\n name Blur102\n xpos -1667\n ypos 9985\n disable {{parent.Flare215.disable}}\n }\n Grade {\n inputs 1+1\n white 1.7\n multiply 2.5\n maskChannelMask rgba.red\n name Grade82\n xpos -1667\n ypos 10071\n disable {{parent.Flare215.disable}}\n }\n Merge2 {\n inputs 2\n operation mask\n maskChannelMask none\n name Merge186\n xpos -1667\n ypos 10185\n }\n Blur {\n size {0 10}\n name Blur103\n xpos -1667\n ypos 10234\n }\n Transform {\n scale {1.4 1}\n center {{parent.flarePos.x} {parent.flarePos.y}}\n name Transform78\n xpos -1485\n ypos 10240\n disable {{parent.Flare215.disable}}\n }\n DirBlurWrapper {\n BlurType linear\n BlurCenter {{parent.flarePos.x} {parent.flarePos.y}}\n BlurLength 10\n maskChannelMask none\n name DirBlurWrapper14\n xpos -1485\n ypos 10266\n disable {{parent.Flare215.disable}}\n }\n Sharpen {\n amount 20\n maskChannelMask none\n name Sharpen4\n xpos -1485\n ypos 10304\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n radius {262.81 269.91 269.91}\n size_mult {{(parent.flareCoreSize)+1.6}}\n anamorph 2\n inner_color 0\n outer_falloff 0.23\n inner_falloff 0.41\n brightness 0.42\n vis_out 1.04\n corners 4\n flattening 1\n sharpness 1\n corners_angle 45\n name Flare196\n xpos -2484\n ypos 9662\n disable {{parent.Flare215.disable}}\n }\n Transform {\n translate {-30 0}\n center {960 540}\n black_outside false\n name Transform63\n xpos -2484\n ypos 9688\n disable {{parent.Flare215.disable}}\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n radius {156.26 160.52 261.37}\n size_mult {{(parent.flareCoreSize)+1.6}}\n anamorph 2\n inner_color 0\n outer_falloff 0.23\n inner_falloff 0.41\n brightness 0.42\n vis_out 1.04\n corners 4\n flattening 1\n sharpness 1\n corners_angle 45\n name Flare197\n xpos -2489\n ypos 9629\n disable {{parent.Flare215.disable}}\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n radius {83.82 92.34 126.43}\n size_mult {{(parent.flareCoreSize)+1.6}}\n anamorph 2\n inner_color 0\n outer_falloff 0.23\n inner_falloff 0.41\n brightness 0.42\n vis_out 1.04\n corners 4\n flattening 1\n sharpness 1\n corners_angle 45\n name Flare198\n xpos -2364\n ypos 9562\n disable {{parent.Flare215.disable}}\n }\n Transform {\n translate {30 0}\n center {960 540}\n black_outside false\n name Transform64\n xpos -2364\n ypos 9588\n disable {{parent.Flare215.disable}}\n }\n Merge2 {\n inputs 2\n operation screen\n mix 0.6\n name Merge165\n xpos -2364\n ypos 9629\n disable {{parent.Flare215.disable}}\n }\n Merge2 {\n inputs 2\n operation screen\n mix 0.6\n name Merge166\n xpos -2364\n ypos 9688\n disable {{parent.Flare215.disable}}\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n radius {282.69 289.79 377.86}\n size_mult {{(parent.flareCoreSize)+1.6}}\n anamorph 2\n inner_color 0\n outer_falloff 0.23\n inner_falloff 0.41\n brightness 0.42\n vis_out 1.04\n corners 4\n flattening 1\n sharpness 1\n corners_angle 45\n name Flare199\n xpos -2256\n ypos 9636\n disable {{parent.Flare215.disable}}\n }\n Transform {\n translate {-30 0}\n center {960 540}\n black_outside false\n name Transform65\n xpos -2256\n ypos 9662\n disable {{parent.Flare215.disable}}\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n radius {181.84 198.88 218.76}\n size_mult {{(parent.flareCoreSize)+1.6}}\n anamorph 2\n inner_color 0\n outer_falloff 0.23\n inner_falloff 0.41\n brightness 0.42\n vis_out 1.04\n corners 4\n flattening 1\n sharpness 1\n corners_angle 45\n name Flare200\n xpos -2256\n ypos 9576\n disable {{parent.Flare215.disable}}\n }\n Transform {\n translate {-30 0}\n center {960 540}\n black_outside false\n name Transform66\n xpos -2256\n ypos 9602\n disable {{parent.Flare215.disable}}\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n radius {117.91 129.27 161.94}\n size_mult {{(parent.flareCoreSize)+1.6}}\n anamorph 2\n inner_color 0\n outer_falloff 0.23\n inner_falloff 0.41\n brightness 0.42\n vis_out 1.04\n corners 4\n flattening 1\n sharpness 1\n corners_angle 45\n name Flare201\n xpos -2257\n ypos 9528\n disable {{parent.Flare215.disable}}\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n radius {42.92 42.92 104}\n size_mult {{(parent.flareCoreSize)+1.6}}\n anamorph 2\n inner_color 0\n outer_falloff 0.23\n inner_falloff 0.41\n brightness 0.23\n vis_out 1.04\n corners 4\n flattening 1\n sharpness 1\n corners_angle 45\n name Flare202\n xpos -2136\n ypos 9461\n disable {{parent.Flare215.disable}}\n }\n Transform {\n translate {30 0}\n center {960 540}\n black_outside false\n name Transform67\n xpos -2136\n ypos 9487\n disable {{parent.Flare215.disable}}\n }\n Merge2 {\n inputs 2\n operation screen\n mix 0.6\n name Merge167\n xpos -2136\n ypos 9528\n disable {{parent.Flare215.disable}}\n }\n Merge2 {\n inputs 2\n operation screen\n mix 0.6\n name Merge168\n xpos -2136\n ypos 9602\n disable {{parent.Flare215.disable}}\n }\n Merge2 {\n inputs 2\n operation screen\n mix 0.6\n name Merge169\n xpos -2136\n ypos 9662\n disable {{parent.Flare215.disable}}\n }\nset Na0baa800 [stack 0]\n Merge2 {\n inputs 2\n operation plus\n maskChannelMask none\n name Merge170\n xpos -2136\n ypos 9688\n disable {{parent.Flare215.disable}}\n }\n Shuffle {\n green red\n blue red\n alpha red\n name Shuffle28\n xpos -2136\n ypos 9714\n disable {{parent.Flare215.disable}}\n }\npush $Na0baa800\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n radius {0 0 32.72}\n size_mult {{(parent.flareCoreSize)+4}}\n anamorph 8\n inner_color 0\n outer_falloff 0.9\n chroma_spread 0.25\n chroma_shift -10.4\n chroma_shift_angle 42\n vis_out 1\n name Flare203\n xpos -2007\n ypos 9504\n disable {{parent.Flare215.disable}}\n }\n Grade {\n inputs 1+1\n white 4\n multiply 4\n maskChannelMask rgba.red\n name Grade83\n xpos -2007\n ypos 9662\n }\n Merge2 {\n inputs 2\n operation mask\n maskChannelMask none\n name Merge171\n xpos -2007\n ypos 9714\n }\n Transform {\n translate {0 -20}\n scale {1.4 1}\n center {{parent.flarePos.x} {parent.flarePos.y}}\n name Transform80\n xpos -1864\n ypos 9714\n disable {{parent.Flare215.disable}}\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n radius {181.75 193.14 214.74}\n size_mult {{(parent.flareCoreSize)+1.6}}\n anamorph 2\n inner_color 0\n outer_falloff 0.23\n inner_falloff 0.41\n brightness 0.42\n vis_out 1.04\n corners 4\n flattening 1\n sharpness 1\n corners_angle 45\n name Flare209\n xpos -1852\n ypos 9592\n disable {{parent.Flare215.disable}}\n }\n Transform {\n translate {-30 0}\n center {960 540}\n black_outside false\n name Transform71\n xpos -1852\n ypos 9618\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n radius {243.04 247.3 357.63}\n size_mult {{(parent.flareCoreSize)+1.6}}\n anamorph 2\n inner_color 0\n outer_falloff 0.23\n inner_falloff 0.41\n brightness 0.42\n vis_out 1.04\n corners 4\n flattening 1\n sharpness 1\n corners_angle 45\n name Flare210\n xpos -1860\n ypos 9559\n disable {{parent.Flare215.disable}}\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n radius {33.01 61.88 106.14}\n size_mult {{(parent.flareCoreSize)+1.6}}\n anamorph 3\n inner_color 0\n outer_falloff 0.23\n inner_falloff 0.41\n brightness 0.42\n vis_out 1.04\n corners 4\n flattening 1\n sharpness 1\n corners_angle 45\n name Flare211\n xpos -1732\n ypos 9492\n disable {{parent.Flare215.disable}}\n }\n Transform {\n translate {30 0}\n center {960 540}\n black_outside false\n name Transform72\n xpos -1732\n ypos 9518\n }\n Merge2 {\n inputs 2\n operation screen\n mix 0.6\n name Merge177\n xpos -1732\n ypos 9559\n }\n Merge2 {\n inputs 2\n operation screen\n mix 0.6\n name Merge178\n xpos -1732\n ypos 9618\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n radius {191.78 198.88 210.24}\n size_mult {{(parent.flareCoreSize)+1.6}}\n anamorph 2\n inner_color 0\n outer_falloff 0.23\n inner_falloff 0.41\n brightness 0.42\n vis_out 1.04\n corners 4\n flattening 1\n sharpness 1\n corners_angle 45\n name Flare212\n xpos -1624\n ypos 9547\n disable {{parent.Flare215.disable}}\n }\n Transform {\n translate {-30 0}\n center {960 540}\n black_outside false\n name Transform73\n xpos -1624\n ypos 9573\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n radius {105.13 116.49 174.73}\n size_mult {{(parent.flareCoreSize)+1.6}}\n anamorph 2\n inner_color 0\n outer_falloff 0.23\n inner_falloff 0.41\n brightness 0.42\n vis_out 1.04\n corners 4\n flattening 1\n sharpness 1\n corners_angle 45\n name Flare213\n xpos -1614\n ypos 9514\n disable {{parent.Flare215.disable}}\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n radius {33.02 44.38 86.99}\n size_mult {{(parent.flareCoreSize)+1.6}}\n anamorph 2\n inner_color 0\n outer_falloff 0.23\n inner_falloff 0.41\n brightness 0.42\n vis_out 1.04\n corners 4\n flattening 1\n sharpness 1\n corners_angle 45\n name Flare214\n xpos -1504\n ypos 9447\n disable {{parent.Flare215.disable}}\n }\n Transform {\n translate {30 0}\n center {960 540}\n black_outside false\n name Transform74\n xpos -1504\n ypos 9473\n }\n Merge2 {\n inputs 2\n operation screen\n mix 0.6\n name Merge179\n xpos -1504\n ypos 9514\n }\n Merge2 {\n inputs 2\n operation screen\n mix 0.6\n name Merge180\n xpos -1504\n ypos 9573\n }\nset Na0acb400 [stack 0]\n Merge2 {\n inputs 2\n operation plus\n maskChannelMask none\n name Merge181\n xpos -1504\n ypos 9618\n }\n Shuffle {\n green red\n blue red\n alpha red\n name Shuffle29\n xpos -1504\n ypos 9644\n }\npush $Na0acb400\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n radius {1.45 1.45 34.17}\n size_mult {{(parent.flareCoreSize)+4}}\n anamorph 10\n inner_color 0\n outer_falloff 0.9\n chroma_spread 0.25\n chroma_shift -10.4\n chroma_shift_angle 42\n vis_out 1\n name Flare215\n xpos -1375\n ypos 9384\n disable {{\"parent.lensPieceLinesPicker == 3 ? 0 : 1\"}}\n }\n Grade {\n inputs 1+1\n white 1.7\n multiply 2.5\n maskChannelMask rgba.red\n name Grade84\n xpos -1375\n ypos 9573\n }\n Merge2 {\n inputs 2\n operation mask\n maskChannelMask none\n name Merge182\n xpos -1375\n ypos 9644\n }\n Transform {\n scale {1.3 1}\n center {{parent.flarePos.x} {parent.flarePos.y}}\n name Transform79\n xpos -1375\n ypos 9670\n disable {{parent.Flare215.disable}}\n }\n Merge2 {\n inputs 2\n operation plus\n maskChannelMask none\n name Merge176\n xpos -1375\n ypos 9714\n }\n Blur {\n size {10 0}\n name Blur104\n xpos -1375\n ypos 9740\n }\n Saturation {\n saturation 0\n maskChannelMask none\n name Saturation34\n xpos -1375\n ypos 9778\n }\n DirBlurWrapper {\n BlurType linear\n BlurCenter {{parent.flarePos.x} {parent.flarePos.y}}\n BlurLength 28\n maskChannelMask none\n name DirBlurWrapper13\n xpos -1375\n ypos 9827\n disable {{parent.Flare215.disable}}\n }\n DirBlurWrapper {\n BlurType linear\n BlurCenter {{parent.flarePos.x} {parent.flarePos.y}}\n BlurLength 38\n BlurAngle 90\n maskChannelMask none\n name DirBlurWrapper18\n xpos -1375\n ypos 9865\n disable {{parent.Flare215.disable}}\n }\n Sharpen {\n amount 50\n maskChannelMask none\n name Sharpen6\n xpos -1375\n ypos 9903\n }\n Grade {\n whitepoint 0.4\n maskChannelMask none\n name Grade85\n xpos -1375\n ypos 9941\n }\n Merge2 {\n inputs 2\n operation plus\n maskChannelMask none\n name Merge187\n xpos -1375\n ypos 10310\n disable {{parent.Flare215.disable}}\n }\n Merge2 {\n inputs 2\n operation plus\n maskChannelMask none\n mix 0.01\n name Merge189\n xpos -1375\n ypos 10690\n disable {{parent.Flare215.disable}}\n }\n Merge2 {\n inputs 2\n operation plus\n maskChannelMask none\n mix 0.008\n name Merge190\n xpos -1375\n ypos 10745\n disable {{parent.Flare215.disable}}\n }\n Grade {\n multiply 0.18\n gamma 1.54\n maskChannelMask none\n name Grade86\n xpos -1375\n ypos 10806\n }\n Glow {\n tolerance 0.56\n brightness 1.5\n size 70\n maskChannelMask none\n name Glow14\n xpos -1375\n ypos 10866\n }\n Dot {\n name Dot158\n xpos -1341\n ypos 10919\n }\n Dot {\n name Dot118\n xpos -2665\n ypos 10919\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset {{2.15+(parent.lensPieceLinesOffset)}}\n radius {0 3.97 209.04}\n size_mult {{(parent.flareCoreSize)}}\n anamorph 11.52\n ring_color 3\n inner_color 1\n outer_falloff 1.7\n chroma_spread 0.02\n brightness 0.095\n vis_mask -rgba.alpha\n name Flare80\n xpos -3713\n ypos 11772\n disable {{parent.Flare89.disable}}\n }\n Blur {\n size 16\n name Blur105\n xpos -3713\n ypos 11798\n disable {{parent.Flare89.disable}}\n }\n Blur {\n size 1\n name Blur106\n xpos -3713\n ypos 11836\n disable {{parent.Flare89.disable}}\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset {{(parent.lensPieceLinesOffset)+2.15}}\n radius {0 3.97 72.49}\n size_mult {{(parent.flareCoreSize)+1.8}}\n anamorph 11.52\n ring_color 0.5\n inner_color 1\n outer_falloff 1.7\n chroma_spread 0.02\n brightness 0.095\n vis_mask -rgba.alpha\n name Flare89\n xpos -3592\n ypos 11641\n disable {{\"parent.lensPieceLinesPicker == 2 ? 0 : 1\"}}\n }\n Blur {\n size 3\n name Blur107\n xpos -3592\n ypos 11667\n disable {{parent.Flare89.disable}}\n }\n Glow {\n brightness 0.5\n name Glow15\n xpos -3592\n ypos 11707\n disable {{parent.Flare89.disable}}\n }\n Grade {\n multiply 10\n name Grade87\n xpos -3592\n ypos 11733\n disable {{parent.Flare89.disable}}\n }\n Grade {\n multiply {1 1 1 0}\n name Grade88\n xpos -3592\n ypos 11759\n disable {{parent.Flare89.disable}}\n }\n Merge2 {\n inputs 2\n operation plus\n maskChannelMask none\n mix 0.07\n name Merge144\n xpos -3592\n ypos 11842\n disable {{parent.Flare89.disable}}\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset {{\"(parent.lensPieceLinesOffset) + 1.2\"}}\n radius {161.95 176.16 187.52}\n size_mult {{(parent.flareCoreSize)+2.4}}\n anamorph 1.01\n inner_color 0\n outer_falloff 0.78\n inner_falloff 10\n brightness 0.42\n vis_out 1.04\n corners 4\n flattening 0.8\n sharpness 1\n corners_angle 45\n name Flare170\n xpos -4819\n ypos 11144\n disable {{parent.Flare166.disable}}\n }\n Transform {\n center {960 540}\n black_outside false\n name Transform7\n xpos -4819\n ypos 11170\n disable {{parent.Flare166.disable}}\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset {{\"(parent.lensPieceLinesOffset) + 1.1\"}}\n radius {143.48 157.68 166.2}\n size_mult {{(parent.flareCoreSize)+2.4}}\n anamorph 1.01\n inner_color 0\n outer_falloff 0.7\n inner_falloff 6\n brightness 0.42\n vis_out 1.04\n corners 4\n flattening 0.8\n sharpness 1\n corners_angle 45\n name Flare121\n xpos -4819\n ypos 11094\n disable {{parent.Flare166.disable}}\n }\n Transform {\n center {960 540}\n black_outside false\n name Transform43\n xpos -4819\n ypos 11120\n disable {{parent.Flare166.disable}}\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset {{\"(parent.lensPieceLinesOffset) + 1.1\"}}\n radius {291.2 311.09 347.1}\n size_mult {{(parent.flareCoreSize)}}\n anamorph 0.96\n ring_color 0.379197\n inner_color 0\n outer_falloff 0.13\n inner_falloff 10\n brightness 2\n corners 4\n flattening 1\n sharpness 1\n corners_angle 45\n name Flare168\n xpos -4690\n ypos 11050\n disable {{parent.Flare166.disable}}\n }\n Transform {\n translate {30 0}\n center {960 540}\n black_outside false\n name Transform44\n xpos -4690\n ypos 11076\n }\n Merge2 {\n inputs 2\n operation screen\n name Merge145\n xpos -4690\n ypos 11120\n }\n Merge2 {\n inputs 2\n operation plus\n name Merge146\n xpos -4690\n ypos 11170\n }\nset Na0953c00 [stack 0]\n Shuffle {\n green red\n blue red\n alpha red\n name Shuffle30\n xpos -4690\n ypos 11196\n }\npush $Na0953c00\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset {{\"(parent.lensPieceLinesOffset) + 1.1\"}}\n radius {1.42 1.42 34.14}\n size_mult {{(parent.flareCoreSize)+9}}\n anamorph 25\n inner_color 0\n outer_falloff 0.9\n chroma_spread 0.012\n chroma_shift -3.4\n vis_out 1\n name Flare169\n xpos -4546\n ypos 11044\n disable {{parent.Flare166.disable}}\n }\n Grade {\n inputs 1+1\n white 1.7\n multiply 2.5\n maskChannelMask rgba.red\n name Grade89\n xpos -4546\n ypos 11170\n }\n Merge2 {\n inputs 2\n operation mask\n maskChannelMask none\n name Merge147\n xpos -4546\n ypos 11196\n }\n DirBlurWrapper {\n BlurType linear\n BlurCenter {{parent.flarePos.x} {parent.flarePos.y}}\n BlurLength 47\n BlurAngle 0\n maskChannelMask none\n name DirBlurWrapper17\n xpos -4546\n ypos 11222\n disable {{parent.Flare166.disable}}\n }\n Grade {\n whitepoint 0.25\n gamma 0.295\n maskChannelMask none\n name Grade90\n xpos -4546\n ypos 11260\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset {{\"(parent.lensPieceLinesOffset) + 0.7\"}}\n radius {71.04 85.24 93.76}\n size_mult {{(parent.flareCoreSize)+2.4}}\n anamorph 1.01\n inner_color 0\n outer_falloff 0.14\n inner_falloff 6\n brightness 0.42\n vis_out 1.04\n corners 4\n flattening 0.8\n sharpness 1\n corners_angle 45\n name Flare151\n xpos -4684\n ypos 10915\n disable {{parent.Flare166.disable}}\n }\n Transform {\n center {960 540}\n black_outside false\n name Transform45\n xpos -4684\n ypos 10941\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset {{\"(parent.lensPieceLinesOffset) + 0.7\"}}\n radius {147.73 167.62 203.63}\n size_mult {{(parent.flareCoreSize)}}\n anamorph 0.96\n ring_color 0.379197\n inner_color 0\n outer_falloff 0.13\n inner_falloff 10\n brightness 2\n corners 4\n flattening 1\n sharpness 1\n corners_angle 45\n name Flare152\n xpos -4555\n ypos 10871\n disable {{parent.Flare166.disable}}\n }\n Transform {\n translate {30 0}\n center {960 540}\n black_outside false\n name Transform46\n xpos -4555\n ypos 10897\n }\n Merge2 {\n inputs 2\n operation screen\n name Merge148\n xpos -4555\n ypos 10941\n }\nset Na0950400 [stack 0]\n Shuffle {\n green red\n blue red\n alpha red\n name Shuffle31\n xpos -4555\n ypos 10989\n }\npush $Na0950400\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset {{\"(parent.lensPieceLinesOffset) + 0.7\"}}\n radius {0 0 32.72}\n size_mult {{(parent.flareCoreSize)+9}}\n anamorph 25\n inner_color 0\n outer_falloff 0.9\n chroma_spread 0.012\n chroma_shift -3.4\n vis_out 1\n name Flare153\n xpos -4411\n ypos 10867\n disable {{parent.Flare166.disable}}\n }\n Grade {\n inputs 1+1\n white 1.7\n multiply 2.5\n maskChannelMask rgba.red\n name Grade91\n xpos -4411\n ypos 10941\n }\n Merge2 {\n inputs 2\n operation mask\n maskChannelMask none\n name Merge149\n xpos -4411\n ypos 10989\n }\n DirBlurWrapper {\n BlurType linear\n BlurCenter {{parent.flarePos.x} {parent.flarePos.y}}\n BlurLength 47\n BlurAngle 0\n maskChannelMask none\n name DirBlurWrapper4\n xpos -4411\n ypos 11015\n disable {{parent.Flare166.disable}}\n }\n Grade {\n whitepoint 0.25\n gamma 0.295\n maskChannelMask none\n name Grade92\n xpos -4411\n ypos 11081\n }\n Merge2 {\n inputs 2\n operation screen\n name Merge150\n xpos -4411\n ypos 11260\n }\n Dot {\n name Dot149\n xpos -4377\n ypos 11333\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset {{\"(parent.lensPieceLinesOffset) + 2.08\"}}\n radius {262.81 269.91 269.91}\n size_mult {{(parent.flareCoreSize)+1.6}}\n anamorph 2\n inner_color 0\n outer_falloff 0.23\n inner_falloff 0.41\n brightness 0.42\n vis_out 1.04\n corners 4\n flattening 1\n sharpness 1\n corners_angle 45\n name Flare93\n xpos -3730\n ypos 11018\n disable {{parent.Flare166.disable}}\n }\n Transform {\n translate {-30 0}\n center {960 540}\n black_outside false\n name Transform47\n xpos -3730\n ypos 11044\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset {{\"(parent.lensPieceLinesOffset) + 2.08\"}}\n radius {156.26 160.52 261.37}\n size_mult {{(parent.flareCoreSize)+1.6}}\n anamorph 2\n inner_color 0\n outer_falloff 0.23\n inner_falloff 0.41\n brightness 0.42\n vis_out 1.04\n corners 4\n flattening 1\n sharpness 1\n corners_angle 45\n name Flare94\n xpos -3733\n ypos 10985\n disable {{parent.Flare166.disable}}\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset {{\"(parent.lensPieceLinesOffset) + 2.08\"}}\n radius {83.82 92.34 126.43}\n size_mult {{(parent.flareCoreSize)+1.6}}\n anamorph 2\n inner_color 0\n outer_falloff 0.23\n inner_falloff 0.41\n brightness 0.42\n vis_out 1.04\n corners 4\n flattening 1\n sharpness 1\n corners_angle 45\n name Flare95\n xpos -3610\n ypos 10918\n disable {{parent.Flare166.disable}}\n }\n Transform {\n translate {30 0}\n center {960 540}\n black_outside false\n name Transform48\n xpos -3610\n ypos 10944\n }\n Merge2 {\n inputs 2\n operation screen\n mix 0.6\n name Merge151\n xpos -3610\n ypos 10985\n }\n Merge2 {\n inputs 2\n operation screen\n mix 0.6\n name Merge152\n xpos -3610\n ypos 11044\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset {{\"(parent.lensPieceLinesOffset) + 2.08\"}}\n radius {282.69 289.79 377.86}\n size_mult {{(parent.flareCoreSize)+1.6}}\n anamorph 2\n inner_color 0\n outer_falloff 0.23\n inner_falloff 0.41\n brightness 0.42\n vis_out 1.04\n corners 4\n flattening 1\n sharpness 1\n corners_angle 45\n name Flare120\n xpos -3502\n ypos 10992\n disable {{parent.Flare166.disable}}\n }\n Transform {\n translate {-30 0}\n center {960 540}\n black_outside false\n name Transform49\n xpos -3502\n ypos 11018\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset {{\"(parent.lensPieceLinesOffset) + 2.08\"}}\n radius {181.84 198.88 218.76}\n size_mult {{(parent.flareCoreSize)+1.6}}\n anamorph 2\n inner_color 0\n outer_falloff 0.23\n inner_falloff 0.41\n brightness 0.42\n vis_out 1.04\n corners 4\n flattening 1\n sharpness 1\n corners_angle 45\n name Flare96\n xpos -3502\n ypos 10932\n disable {{parent.Flare166.disable}}\n }\n Transform {\n translate {-30 0}\n center {960 540}\n black_outside false\n name Transform50\n xpos -3502\n ypos 10958\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset {{\"(parent.lensPieceLinesOffset) + 2.08\"}}\n radius {117.91 129.27 161.94}\n size_mult {{(parent.flareCoreSize)+1.6}}\n anamorph 2\n inner_color 0\n outer_falloff 0.23\n inner_falloff 0.41\n brightness 0.42\n vis_out 1.04\n corners 4\n flattening 1\n sharpness 1\n corners_angle 45\n name Flare118\n xpos -3505\n ypos 10884\n disable {{parent.Flare166.disable}}\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset {{\"(parent.lensPieceLinesOffset) + 2.08\"}}\n radius {18.48 29.84 90.92}\n size_mult {{(parent.flareCoreSize)+1.6}}\n anamorph 2\n inner_color 0\n outer_falloff 0.23\n inner_falloff 0.41\n brightness 0.42\n vis_out 1.04\n corners 4\n flattening 1\n sharpness 1\n corners_angle 45\n name Flare119\n xpos -3382\n ypos 10817\n disable {{parent.Flare166.disable}}\n }\n Transform {\n translate {30 0}\n center {960 540}\n black_outside false\n name Transform51\n xpos -3382\n ypos 10843\n }\n Merge2 {\n inputs 2\n operation screen\n mix 0.6\n name Merge153\n xpos -3382\n ypos 10884\n }\n Merge2 {\n inputs 2\n operation screen\n mix 0.6\n name Merge154\n xpos -3382\n ypos 10958\n }\n Merge2 {\n inputs 2\n operation screen\n mix 0.6\n name Merge155\n xpos -3382\n ypos 11018\n }\nset Na4213400 [stack 0]\n Merge2 {\n inputs 2\n operation plus\n maskChannelMask none\n name Merge195\n xpos -3382\n ypos 11044\n }\n Shuffle {\n green red\n blue red\n alpha red\n name Shuffle32\n xpos -3382\n ypos 11070\n }\npush $Na4213400\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset {{\"(parent.lensPieceLinesOffset) + 2.08\"}}\n radius {0 0 32.72}\n size_mult {{(parent.flareCoreSize)+4}}\n anamorph 25\n inner_color 0\n outer_falloff 0.9\n chroma_spread 0.25\n chroma_shift -10.4\n chroma_shift_angle 42\n vis_out 1\n name Flare123\n xpos -3254\n ypos 10859\n disable {{parent.Flare166.disable}}\n }\n Grade {\n inputs 1+1\n white 1.7\n multiply 2.5\n maskChannelMask rgba.red\n name Grade93\n xpos -3253\n ypos 11018\n }\n Merge2 {\n inputs 2\n operation mask\n maskChannelMask none\n name Merge197\n xpos -3253\n ypos 11070\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset {{(parent.lensPieceLinesOffset)}}\n radius {149.17 159.11 166.22}\n size_mult {{(parent.flareCoreSize)+1.6}}\n anamorph 2\n inner_color 0\n outer_falloff 0.135\n inner_falloff 5.8\n brightness 0.42\n vis_out 1.04\n corners 4\n flattening 1\n sharpness 1\n corners_angle 45\n name Flare124\n xpos -4213\n ypos 10950\n disable {{parent.Flare166.disable}}\n }\n Transform {\n translate {60 0}\n center {960 540}\n black_outside false\n name Transform52\n xpos -4213\n ypos 10976\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset {{(parent.lensPieceLinesOffset)}}\n radius {90.92 120.75 130.7}\n size_mult {{(parent.flareCoreSize)+1.6}}\n anamorph 2\n inner_color 0\n outer_falloff 0.24\n inner_falloff 10\n brightness 0.42\n vis_out 1.04\n corners 4\n flattening 0.9\n sharpness 1\n corners_angle 45\n name Flare125\n xpos -4130\n ypos 10931\n disable {{parent.Flare166.disable}}\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset {{(parent.lensPieceLinesOffset)}}\n radius {71.04 85.24 113.65}\n size_mult {{(parent.flareCoreSize)+2.4}}\n anamorph 1.01\n inner_color 0\n outer_falloff 0.54\n inner_falloff 0.36\n brightness 0.42\n vis_out 1.04\n corners 4\n flattening 0.8\n sharpness 1\n corners_angle 45\n name Flare127\n xpos -4119\n ypos 10867\n disable {{parent.Flare166.disable}}\n }\n Transform {\n center {960 540}\n black_outside false\n name Transform53\n xpos -4119\n ypos 10893\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset {{(parent.lensPieceLinesOffset)}}\n radius {82.39 112.22 182.32}\n size_mult {{(parent.flareCoreSize)}}\n anamorph 0.96\n ring_color 0.379197\n inner_color 0\n brightness 2\n corners 4\n flattening 1\n sharpness 1\n corners_angle 45\n name Flare128\n xpos -3990\n ypos 10823\n disable {{parent.Flare166.disable}}\n }\n Transform {\n translate {30 0}\n center {960 540}\n black_outside false\n name Transform54\n xpos -3990\n ypos 10849\n }\n Merge2 {\n inputs 2\n operation screen\n name Merge198\n xpos -3990\n ypos 10893\n }\n Merge2 {\n inputs 2\n operation screen\n name Merge220\n xpos -3990\n ypos 10931\n }\nset Na419e400 [stack 0]\n Merge2 {\n inputs 2\n operation screen\n mix 0.6\n name Merge221\n xpos -3990\n ypos 10976\n }\n Shuffle {\n green red\n blue red\n alpha red\n name Shuffle33\n xpos -3990\n ypos 11077\n }\npush $Na419e400\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset {{(parent.lensPieceLinesOffset)}}\n radius {0 0 32.72}\n size_mult {{(parent.flareCoreSize)+9}}\n anamorph 25\n inner_color 0\n outer_falloff 0.9\n chroma_spread 0.024\n chroma_shift 2.2\n chroma_shift_angle 74\n vis_out 1\n name Flare130\n xpos -3846\n ypos 10820\n disable {{parent.Flare166.disable}}\n }\n Grade {\n inputs 1+1\n white 1.7\n multiply 2.5\n maskChannelMask rgba.red\n name Grade94\n xpos -3846\n ypos 10931\n }\n Merge2 {\n inputs 2\n operation mask\n maskChannelMask none\n mix 0.95\n name Merge222\n xpos -3846\n ypos 11077\n }\n Blur {\n size {0 10}\n name Blur156\n xpos -3846\n ypos 11151\n }\n Merge2 {\n inputs 2\n operation plus\n maskChannelMask none\n mix 0.15\n name Merge285\n xpos -3253\n ypos 11157\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset {{\"(parent.lensPieceLinesOffset) + 2.08\"}}\n radius {186.11 196.05 204.57}\n size_mult {{(parent.flareCoreSize)+1.6}}\n anamorph 2\n inner_color 0\n outer_falloff 0.23\n inner_falloff 0.41\n brightness 0.42\n vis_out 1.04\n corners 4\n flattening 1\n sharpness 1\n corners_angle 45\n name Flare154\n xpos -3633\n ypos 10670\n disable {{parent.Flare166.disable}}\n }\n Transform {\n translate {-30 0}\n center {960 540}\n black_outside false\n name Transform55\n xpos -3633\n ypos 10696\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset {{\"(parent.lensPieceLinesOffset) + 2.08\"}}\n radius {112.23 116.49 184.67}\n size_mult {{(parent.flareCoreSize)+1.6}}\n anamorph 2\n inner_color 0\n outer_falloff 0.23\n inner_falloff 0.41\n brightness 0.42\n vis_out 1.04\n corners 4\n flattening 1\n sharpness 1\n corners_angle 45\n name Flare155\n xpos -3639\n ypos 10637\n disable {{parent.Flare166.disable}}\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset {{\"(parent.lensPieceLinesOffset) + 2.08\"}}\n radius {18.48 27 61.09}\n size_mult {{(parent.flareCoreSize)+1.6}}\n anamorph 2\n inner_color 0\n outer_falloff 0.23\n inner_falloff 0.41\n brightness 0.42\n vis_out 1.04\n corners 4\n flattening 1\n sharpness 1\n corners_angle 45\n name Flare156\n xpos -3513\n ypos 10570\n disable {{parent.Flare166.disable}}\n }\n Transform {\n translate {30 0}\n center {960 540}\n black_outside false\n name Transform82\n xpos -3513\n ypos 10596\n }\n Merge2 {\n inputs 2\n operation screen\n mix 0.6\n name Merge286\n xpos -3513\n ypos 10637\n }\n Merge2 {\n inputs 2\n operation screen\n mix 0.6\n name Merge288\n xpos -3513\n ypos 10696\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset {{\"(parent.lensPieceLinesOffset) + 2.08\"}}\n radius {191.78 198.88 210.24}\n size_mult {{(parent.flareCoreSize)+1.6}}\n anamorph 2\n inner_color 0\n outer_falloff 0.23\n inner_falloff 0.41\n brightness 0.42\n vis_out 1.04\n corners 4\n flattening 1\n sharpness 1\n corners_angle 45\n name Flare158\n xpos -3405\n ypos 10625\n disable {{parent.Flare166.disable}}\n }\n Transform {\n translate {-30 0}\n center {960 540}\n black_outside false\n name Transform93\n xpos -3405\n ypos 10651\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset {{\"(parent.lensPieceLinesOffset) + 2.08\"}}\n radius {105.13 116.49 174.73}\n size_mult {{(parent.flareCoreSize)+1.6}}\n anamorph 2\n inner_color 0\n outer_falloff 0.23\n inner_falloff 0.41\n brightness 0.42\n vis_out 1.04\n corners 4\n flattening 1\n sharpness 1\n corners_angle 45\n name Flare159\n xpos -3395\n ypos 10592\n disable {{parent.Flare166.disable}}\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset {{\"(parent.lensPieceLinesOffset) + 2.08\"}}\n radius {18.48 29.84 72.45}\n size_mult {{(parent.flareCoreSize)+1.6}}\n anamorph 2\n inner_color 0\n outer_falloff 0.23\n inner_falloff 0.41\n brightness 0.42\n vis_out 1.04\n corners 4\n flattening 1\n sharpness 1\n corners_angle 45\n name Flare160\n xpos -3285\n ypos 10525\n disable {{parent.Flare166.disable}}\n }\n Transform {\n translate {30 0}\n center {960 540}\n black_outside false\n name Transform94\n xpos -3285\n ypos 10551\n }\n Merge2 {\n inputs 2\n operation screen\n mix 0.6\n name Merge289\n xpos -3285\n ypos 10592\n }\n Merge2 {\n inputs 2\n operation screen\n mix 0.6\n name Merge290\n xpos -3285\n ypos 10651\n }\nset Na40aec00 [stack 0]\n Merge2 {\n inputs 2\n operation plus\n maskChannelMask none\n name Merge291\n xpos -3285\n ypos 10696\n }\n Shuffle {\n green red\n blue red\n alpha red\n name Shuffle34\n xpos -3285\n ypos 10722\n }\npush $Na40aec00\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset {{\"(parent.lensPieceLinesOffset) + 2.08\"}}\n radius {0 0 32.72}\n size_mult {{(parent.flareCoreSize)+4}}\n anamorph 25\n inner_color 0\n outer_falloff 0.9\n chroma_spread 0.25\n chroma_shift -10.4\n chroma_shift_angle 42\n vis_out 1\n name Flare161\n xpos -3156\n ypos 10517\n disable {{parent.Flare166.disable}}\n }\n Grade {\n inputs 1+1\n white 1.7\n multiply 2.5\n maskChannelMask rgba.red\n name Grade95\n xpos -3156\n ypos 10651\n }\n Merge2 {\n inputs 2\n operation mask\n maskChannelMask none\n mix 0.8\n name Merge292\n xpos -3156\n ypos 10722\n disable {{parent.Flare166.disable}}\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset {{\"(parent.lensPieceLinesOffset) - 0.35\"}}\n radius {149.17 159.11 183.53}\n size_mult {{(parent.flareCoreSize)+1.6}}\n anamorph 2\n inner_color 0\n outer_falloff 0.135\n inner_falloff 5.8\n brightness 0.42\n vis_out 1.04\n corners 4\n flattening 1\n sharpness 1\n corners_angle 45\n name Flare162\n xpos -4232\n ypos 10602\n disable {{parent.Flare166.disable}}\n }\n Transform {\n translate {60 0}\n center {960 540}\n black_outside false\n name Transform95\n xpos -4232\n ypos 10628\n }\n Blur {\n size 10.5\n name Blur157\n xpos -4232\n ypos 10654\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset {{\"(parent.lensPieceLinesOffset) - 0.35\"}}\n radius {90.92 120.75 132.12}\n size_mult {{(parent.flareCoreSize)+1.6}}\n anamorph 2\n inner_color 0\n outer_falloff 0.24\n inner_falloff 10\n brightness 0.42\n vis_out 1.04\n corners 4\n flattening 0.9\n sharpness 1\n corners_angle 45\n name Flare163\n xpos -4125\n ypos 10583\n disable {{parent.Flare166.disable}}\n }\n Blur {\n size 10.5\n name Blur158\n xpos -4125\n ypos 10609\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset {{\"(parent.lensPieceLinesOffset) - 0.35\"}}\n radius {71.04 85.24 96.6}\n size_mult {{(parent.flareCoreSize)+2.4}}\n anamorph 1.01\n inner_color 0\n outer_falloff 0.54\n inner_falloff 0.36\n brightness 0.42\n vis_out 1.04\n corners 4\n flattening 0.8\n sharpness 1\n corners_angle 45\n name Flare164\n xpos -4022\n ypos 10551\n disable {{parent.Flare166.disable}}\n }\n Transform {\n center {960 540}\n black_outside false\n name Transform102\n xpos -4022\n ypos 10577\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset {{\"(parent.lensPieceLinesOffset) - 0.35\"}}\n radius {137.79 167.62 182.32}\n size_mult {{(parent.flareCoreSize)}}\n anamorph 0.96\n ring_color 0.379197\n inner_color 0\n brightness 2\n corners 4\n flattening 1\n sharpness 1\n corners_angle 45\n name Flare165\n xpos -3893\n ypos 10507\n disable {{parent.Flare166.disable}}\n }\n Transform {\n translate {30 0}\n center {960 540}\n black_outside false\n name Transform104\n xpos -3893\n ypos 10533\n }\n Merge2 {\n inputs 2\n operation screen\n name Merge293\n xpos -3893\n ypos 10577\n }\n Merge2 {\n inputs 2\n operation screen\n name Merge294\n xpos -3893\n ypos 10615\n }\nset Na4041400 [stack 0]\n Merge2 {\n inputs 2\n operation screen\n mix 0.6\n name Merge295\n xpos -3893\n ypos 10660\n }\n Shuffle {\n green red\n blue red\n alpha red\n name Shuffle35\n xpos -3893\n ypos 10729\n }\npush $Na4041400\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset {{\"(parent.lensPieceLinesOffset) - 0.25\"}}\n radius {0 0 32.72}\n size_mult {{(parent.flareCoreSize)+9}}\n anamorph 25\n inner_color 0\n outer_falloff 0.9\n chroma_spread 0.024\n chroma_shift 2.2\n chroma_shift_angle 74\n vis_out 1\n name Flare166\n xpos -3749\n ypos 10476\n disable {{\"parent.lensPieceLinesPicker == 1 ? 0 : 1\"}}\n }\n Grade {\n inputs 1+1\n white 1.7\n multiply 2.5\n maskChannelMask rgba.red\n name Grade96\n xpos -3749\n ypos 10615\n }\n Merge2 {\n inputs 2\n operation mask\n maskChannelMask none\n name Merge296\n xpos -3749\n ypos 10729\n }\n Blur {\n size {0 10}\n name Blur161\n xpos -3749\n ypos 10776\n }\n Merge2 {\n inputs 2\n operation plus\n maskChannelMask none\n mix 0.15\n name Merge297\n xpos -3156\n ypos 10782\n disable {{parent.Flare166.disable}}\n }\n Merge2 {\n inputs 2\n operation plus\n maskChannelMask none\n mix 0.6\n name Merge298\n xpos -3156\n ypos 11214\n disable {{parent.Flare166.disable}}\n }\n Merge2 {\n inputs 2\n operation plus\n maskChannelMask none\n mix 0.07\n name Merge299\n xpos -3156\n ypos 11329\n disable {{parent.Flare166.disable}}\n }\n Glow {\n tolerance 0.56\n brightness 1.5\n size 70\n maskChannelMask none\n name Glow28\n xpos -3156\n ypos 11355\n disable {{parent.Flare166.disable}}\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset {{\"1.7 + parent.lensPieceLinesOffset\"}}\n radius {53.47 253.76 500}\n size_mult {{\"(parent.flareCoreSize) + 1\"}}\n anamorph 1.07\n ring_color 0.379197\n inner_color 0\n outer_falloff 0.13\n inner_falloff 10\n brightness 2\n corners 4\n flattening 1\n sharpness 1\n corners_angle 45\n name Flare133\n xpos -5036\n ypos 9835\n disable {{parent.Flare134.disable}}\n }\n Transform {\n translate {30 0}\n center {960 540}\n black_outside false\n name Transform107\n xpos -5036\n ypos 9861\n }\n Shuffle {\n green red\n blue red\n alpha red\n name Shuffle36\n xpos -5036\n ypos 9921\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset {{\"2 + parent.lensPieceLinesOffset\"}}\n radius {0 0 32.72}\n size_mult {{\"(parent.flareCoreSize) + 9\"}}\n anamorph 25\n inner_color 0\n outer_falloff 0.9\n chroma_spread 0.012\n chroma_shift -3.4\n vis_out 1\n name Flare134\n xpos -4891\n ypos 9688\n disable {{\"parent.lensPieceLinesPicker == 0 ? 0 : 1\"}}\n }\n Blur {\n size {0 90}\n name Blur163\n xpos -4891\n ypos 9714\n }\n Grade {\n blackpoint 0.03\n whitepoint 0.035\n gamma 2.9\n maskChannelMask none\n name Grade97\n xpos -4891\n ypos 9752\n }\n Merge2 {\n inputs 2\n operation mask\n maskChannelMask none\n name Merge300\n xpos -4891\n ypos 9921\n }\n Blur {\n size 14\n name Blur164\n xpos -4891\n ypos 9999\n }\n Blur {\n size {154 0}\n name Blur165\n xpos -4891\n ypos 10037\n }\n Dot {\n name Dot150\n xpos -4857\n ypos 10095\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset {{\"0.1 + parent.lensPieceLinesOffset\"}}\n radius {46.89 62.51 69.61}\n size_mult {{\"(parent.flareCoreSize) + 2.4\"}}\n anamorph 1.01\n inner_color 0\n outer_falloff 0.14\n inner_falloff 6\n brightness 0.42\n vis_out 1.04\n corners 4\n flattening 1\n sharpness 1\n corners_angle 45\n name Flare135\n xpos -4737\n ypos 9868\n disable {{parent.Flare134.disable}}\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset {{\"0.1 + parent.lensPieceLinesOffset\"}}\n radius {102.28 106.54 129.28}\n size_mult {{\"(parent.flareCoreSize) + 3\"}}\n anamorph 1.56\n inner_color 0\n outer_falloff 0.14\n inner_falloff 6\n brightness 0.42\n vis_out 1.04\n corners 4\n flattening 1\n sharpness 1\n corners_angle 28\n name Flare138\n xpos -4517\n ypos 9824\n disable {{parent.Flare134.disable}}\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset {{\"0.2 + parent.lensPieceLinesOffset\"}}\n radius {89.5 106.54 117.91}\n size_mult {{\"(parent.flareCoreSize) \"}}\n anamorph 1.01\n inner_color 0\n outer_falloff 0.14\n inner_falloff 6\n brightness 0.42\n vis_out 1.04\n corners 4\n flattening 1\n sharpness 1\n corners_angle 45\n name Flare139\n xpos -4737\n ypos 9789\n disable {{parent.Flare134.disable}}\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset {{\"0.2 + parent.lensPieceLinesOffset\"}}\n radius {147.73 167.62 185.16}\n size_mult {{\"(parent.flareCoreSize) \"}}\n anamorph 0.96\n ring_color 0.379197\n inner_color 0\n outer_falloff 0.13\n inner_falloff 10\n brightness 2\n corners 4\n flattening 1\n sharpness 1\n corners_angle 45\n name Flare140\n xpos -4627\n ypos 9711\n disable {{parent.Flare134.disable}}\n }\n Transform {\n translate {30 0}\n center {960 540}\n black_outside false\n name Transform108\n xpos -4627\n ypos 9737\n }\n Merge2 {\n inputs 2\n operation screen\n name Merge301\n xpos -4627\n ypos 9789\n }\n Merge2 {\n inputs 2\n operation screen\n name Merge302\n xpos -4627\n ypos 9824\n }\n Merge2 {\n inputs 2\n operation screen\n name Merge303\n xpos -4627\n ypos 9868\n }\nset Na3eebc00 [stack 0]\n Dot {\n name Dot151\n xpos -4593\n ypos 9904\n }\nset Na3eeb800 [stack 0]\n Shuffle {\n green red\n blue red\n alpha red\n name Shuffle37\n xpos -4627\n ypos 9936\n }\npush $Na3eebc00\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset {{\"0.1 + parent.lensPieceLinesOffset\"}}\n radius {0 0 32.72}\n size_mult {{\"(parent.flareCoreSize) + 9\"}}\n anamorph 25\n inner_color 0\n outer_falloff 0.9\n chroma_spread 0.012\n chroma_shift -3.4\n vis_out 1\n name Flare141\n xpos -4398\n ypos 9704\n disable {{parent.Flare134.disable}}\n }\n Grade {\n inputs 1+1\n white 1.7\n multiply 2.5\n maskChannelMask rgba.red\n name Grade98\n xpos -4398\n ypos 9868\n }\n Merge2 {\n inputs 2\n operation mask\n maskChannelMask none\n name Merge304\n xpos -4398\n ypos 9936\n }\n Blur {\n size 14\n name Blur166\n xpos -4398\n ypos 10014\n }\n Merge2 {\n inputs 2\n operation plus\n maskChannelMask none\n mix 0.07\n name Merge305\n xpos -4398\n ypos 10091\n }\n Dot {\n name Dot152\n xpos -4364\n ypos 10167\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset {{parent.lensPieceLinesOffset}}\n radius {0 89.49 500}\n size_mult {{\"(parent.flareCoreSize) + 4\"}}\n anamorph 1.03\n ring_color 0.74\n inner_color 1\n outer_falloff 10\n inner_falloff 5.4\n chroma_shift_angle 42\n vis_out 1\n name Flare142\n xpos -3988\n ypos 9805\n disable {{parent.Flare134.disable}}\n }\n Blur {\n size 1100\n name Blur167\n xpos -3988\n ypos 9831\n disable {{Lines_Plus.disable==1?1:lines.which==0?0:1t}}\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x x50 488} {parent.flarePos.y x50 984}}\n offset {{\"1.19 + parent.lensPieceLinesOffset\"}}\n radius {0 0 38.4}\n size_mult {{\"(parent.flareCoreSize) + 2\"}}\n anamorph 20\n inner_color 0\n outer_falloff 0.9\n chroma_shift -3.4\n vis_out 1\n name Flare143\n xpos -4235\n ypos 9748\n disable {{parent.Flare134.disable}}\n }\n Transform {\n translate {0 16}\n center {960 540}\n name Transform109\n xpos -4235\n ypos 9774\n disable {{parent.Flare134.disable}}\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x x50 488} {parent.flarePos.y x50 984}}\n offset {{\"1.16 + parent.lensPieceLinesOffset\"}}\n radius {0 0 32.72}\n size_mult {{\"(parent.flareCoreSize) + 4\"}}\n anamorph 14\n inner_color 0\n outer_falloff 0.9\n chroma_shift -3.4\n vis_out 1\n name Flare144\n xpos -4116\n ypos 9713\n disable {{parent.Flare134.disable}}\n }\n Merge2 {\n inputs 2\n operation plus\n maskChannelMask none\n name Merge306\n xpos -4116\n ypos 9774\n disable {{parent.Flare134.disable}}\n }\n Merge2 {\n inputs 2\n operation mask\n Achannels {rgba.red rgba.green rgba.blue rgba.red}\n maskChannelMask none\n name Merge307\n xpos -4116\n ypos 9837\n disable {{parent.Flare134.disable}}\n }\n Dot {\n name Dot153\n xpos -4082\n ypos 10098\n }\npush $Na3eeb800\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset {{\"0.7 + parent.lensPieceLinesOffset\"}}\n radius {38.37 46.89 113.66}\n size_mult {{\"(parent.flareCoreSize) + 1.6\"}}\n anamorph 2\n inner_color 0\n outer_falloff 0.48\n inner_falloff 1.2\n brightness 0.42\n vis_out 1.04\n corners 4\n flattening 1\n sharpness 1\n corners_angle 45\n name Flare146\n xpos -3758\n ypos 9838\n disable {{parent.Flare134.disable}}\n }\n Transform {\n translate {60 0}\n center {960 540}\n black_outside false\n name Transform110\n xpos -3758\n ypos 9864\n disable {{parent.Flare134.disable}}\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset {{\"0.6 + parent.lensPieceLinesOffset\"}}\n radius {0 46.89 139.22}\n size_mult {{\"(parent.flareCoreSize) + 1.4\"}}\n anamorph 1.01\n inner_color 0\n outer_falloff 0.39\n inner_falloff 4.8\n brightness 0.42\n vis_out 1.04\n corners 4\n flattening 0.8\n sharpness 1\n corners_angle 45\n name Flare147\n xpos -3752\n ypos 9755\n disable {{parent.Flare134.disable}}\n }\n Transform {\n center {960 540}\n black_outside false\n name Transform111\n xpos -3752\n ypos 9781\n disable {{parent.Flare134.disable}}\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset {{\"0.6 + parent.lensPieceLinesOffset\"}}\n radius {0 142.05 251.93}\n size_mult {{\"(parent.flareCoreSize) + -0.1\"}}\n anamorph 0.96\n ring_color 0.379197\n inner_color 0\n outer_falloff 0.185\n inner_falloff 7.8\n corners 4\n flattening 1\n sharpness 1\n corners_angle 45\n name Flare148\n xpos -3623\n ypos 9686\n disable {{parent.Flare134.disable}}\n }\n Transform {\n translate {50 0}\n center {960 540}\n black_outside false\n name Transform112\n xpos -3623\n ypos 9737\n disable {{parent.Flare134.disable}}\n }\n Merge2 {\n inputs 2\n operation screen\n name Merge308\n xpos -3623\n ypos 9781\n disable {{parent.Flare134.disable}}\n }\nset N98823c00 [stack 0]\n Merge2 {\n inputs 2\n operation screen\n mix 0.6\n name Merge309\n xpos -3623\n ypos 9864\n disable {{parent.Flare134.disable}}\n }\n Merge2 {\n inputs 2\n operation plus\n name Merge310\n xpos -3623\n ypos 9900\n disable {{parent.Flare134.disable}}\n }\n Shuffle {\n green red\n blue red\n alpha red\n name Shuffle38\n xpos -3623\n ypos 9933\n disable {{parent.Flare134.disable}}\n }\npush $N98823c00\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset {{\"0.6 + parent.lensPieceLinesOffset\"}}\n radius {0 0 32.72}\n size_mult {{\"(parent.flareCoreSize) + 4\"}}\n anamorph 25\n inner_color 0\n outer_falloff 0.9\n chroma_spread 0.024\n chroma_shift 2.2\n chroma_shift_angle 74\n vis_out 1\n name Flare149\n xpos -3479\n ypos 9705\n disable {{parent.Flare134.disable}}\n }\n Grade {\n inputs 1+1\n white 1.7\n multiply 2.5\n maskChannelMask rgba.red\n name Grade99\n xpos -3479\n ypos 9781\n disable {{parent.Flare134.disable}}\n }\n Merge2 {\n inputs 2\n operation mask\n maskChannelMask none\n mix 0.8\n name Merge311\n xpos -3479\n ypos 9933\n disable {{parent.Flare134.disable}}\n }\n Blur {\n size {0 10}\n name Blur168\n xpos -3479\n ypos 10024\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset {{\"0.07 + parent.lensPieceLinesOffset\"}}\n radius {213.1 234.4 322.47}\n size_mult {{\"(parent.flareCoreSize) + 1.6\"}}\n anamorph 2\n inner_color 0\n outer_falloff 0.23\n inner_falloff 0.41\n brightness 0.42\n vis_out 1.04\n corners 4\n flattening 1\n sharpness 1\n corners_angle 45\n name Flare150\n xpos -3347\n ypos 9848\n disable {{parent.Flare134.disable}}\n }\n Transform {\n translate {-30 0}\n center {960 540}\n black_outside false\n name Transform113\n xpos -3347\n ypos 9874\n disable {{parent.Flare134.disable}}\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset {{\"parent.lensPieceLinesOffset + 0.07\"}}\n radius {112.23 116.49 184.67}\n size_mult {{\"(parent.flareCoreSize) + 1.6\"}}\n anamorph 2\n inner_color 0\n outer_falloff 0.23\n inner_falloff 0.41\n brightness 0.42\n vis_out 1.04\n corners 4\n flattening 1\n sharpness 1\n corners_angle 45\n name Flare229\n xpos -3347\n ypos 9815\n disable {{parent.Flare134.disable}}\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset {{\"parent.lensPieceLinesOffset + 0.07\"}}\n radius {18.48 27 62.51}\n size_mult {{\"(parent.flareCoreSize) + 1.6\"}}\n anamorph 2\n inner_color 0\n outer_falloff 0.23\n inner_falloff 0.41\n brightness 0.42\n vis_out 1.04\n corners 4\n flattening 1\n sharpness 1\n corners_angle 45\n name Flare231\n xpos -3227\n ypos 9748\n disable {{parent.Flare134.disable}}\n }\n Transform {\n translate {30 0}\n center {960 540}\n black_outside false\n name Transform114\n xpos -3227\n ypos 9774\n disable {{parent.Flare134.disable}}\n }\n Merge2 {\n inputs 2\n operation screen\n mix 0.6\n name Merge312\n xpos -3227\n ypos 9815\n disable {{parent.Flare134.disable}}\n }\n Merge2 {\n inputs 2\n operation screen\n mix 0.6\n name Merge313\n xpos -3227\n ypos 9874\n disable {{parent.Flare134.disable}}\n }\n Grade {\n whitepoint 0.56\n gamma 0.57\n maskChannelMask none\n name Grade100\n xpos -3227\n ypos 9900\n disable {{parent.Flare134.disable}}\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset {{\"parent.lensPieceLinesOffset + 0.07\"}}\n radius {126.44 198.88 241.49}\n size_mult {{\"(parent.flareCoreSize) + 1.6\"}}\n anamorph 2\n inner_color 0\n outer_falloff 1.15\n inner_falloff 0.41\n brightness 0.42\n vis_out 1.04\n corners 4\n flattening 1\n sharpness 1\n corners_angle 45\n name Flare232\n xpos -3113\n ypos 9829\n disable {{parent.Flare134.disable}}\n }\n Transform {\n translate {-30 0}\n center {960 540}\n black_outside false\n name Transform115\n xpos -3113\n ypos 9855\n disable {{parent.Flare134.disable}}\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset {{\"parent.lensPieceLinesOffset + 0.07\"}}\n radius {65.36 116.49 173.31}\n size_mult {{\"(parent.flareCoreSize) + 1.6\"}}\n anamorph 2\n inner_color 0\n outer_falloff 0.23\n inner_falloff 0.41\n brightness 0.42\n vis_out 1.04\n corners 4\n flattening 1\n sharpness 1\n corners_angle 45\n name Flare237\n xpos -3115\n ypos 9796\n disable {{parent.Flare134.disable}}\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset {{\"parent.lensPieceLinesOffset + 0.07\"}}\n radius {0 29.84 95.18}\n size_mult {{\"(parent.flareCoreSize) + 1.6\"}}\n anamorph 2\n inner_color 0\n outer_falloff 0.39\n inner_falloff 1.15\n brightness 0.42\n vis_out 1.04\n corners 4\n flattening 1\n sharpness 1\n corners_angle 45\n name Flare238\n xpos -2993\n ypos 9729\n disable {{parent.Flare134.disable}}\n }\n Transform {\n translate {30 0}\n center {960 540}\n black_outside false\n name Transform116\n xpos -2993\n ypos 9755\n disable {{parent.Flare134.disable}}\n }\n Merge2 {\n inputs 2\n operation screen\n mix 0.6\n name Merge314\n xpos -2993\n ypos 9796\n disable {{parent.Flare134.disable}}\n }\n Merge2 {\n inputs 2\n operation screen\n mix 0.6\n name Merge315\n xpos -2993\n ypos 9855\n disable {{parent.Flare134.disable}}\n }\nset N987b0400 [stack 0]\n Merge2 {\n inputs 2\n operation plus\n maskChannelMask none\n name Merge316\n xpos -2993\n ypos 9900\n disable {{parent.Flare134.disable}}\n }\n Shuffle {\n green red\n blue red\n alpha red\n name Shuffle39\n xpos -2993\n ypos 9926\n disable {{parent.Flare134.disable}}\n }\npush $N987b0400\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset {{\"parent.lensPieceLinesOffset + 0.17\"}}\n radius {0 0 38.4}\n size_mult {{\"(parent.flareCoreSize) + 4\"}}\n anamorph 25\n ring_color 0.74\n inner_color 0\n outer_falloff 0.1\n inner_falloff 5.4\n chroma_spread 0.108\n chroma_shift -9.8\n chroma_shift_angle 42\n vis_out 1\n name Flare247\n xpos -2864\n ypos 9727\n disable {{parent.Flare134.disable}}\n }\n Grade {\n inputs 1+1\n white 1.7\n multiply 2.5\n maskChannelMask rgba.red\n name Grade101\n xpos -2864\n ypos 9855\n }\n Merge2 {\n inputs 2\n operation mask\n maskChannelMask none\n name Merge317\n xpos -2864\n ypos 9926\n }\n Blur {\n size {5 7}\n name Blur169\n xpos -2864\n ypos 9952\n }\n Grade {\n multiply 0.36\n maskChannelMask none\n name Grade102\n xpos -2864\n ypos 9990\n }\n Merge2 {\n inputs 2\n operation plus\n maskChannelMask none\n name Merge318\n xpos -2864\n ypos 10030\n }\n Merge2 {\n inputs 2\n operation plus\n maskChannelMask none\n mix 0.7\n name Merge319\n xpos -2864\n ypos 10094\n }\n Merge2 {\n inputs 2\n operation plus\n maskChannelMask none\n mix 0.1\n name Merge320\n xpos -2864\n ypos 10163\n }\n Glow {\n tolerance 0.56\n brightness 1.5\n size 70\n maskChannelMask none\n name Glow27\n xpos -2864\n ypos 10189\n disable {{parent.Flare134.disable}}\n }\n Switch {\n inputs 7\n which {{parent.lensPieceLinesPicker}}\n name lines\n xpos -2864\n ypos 11842\n }\n Dot {\n name Dot156\n xpos -2830\n ypos 11956\n }\n Crop {\n box {0 0 {root.width} {root.height}}\n name Crop10\n xpos -191\n ypos 11952\n }\n Clamp {\n name Clamp7\n xpos -54\n ypos 11946\n }\n Grade {\n multiply {{parent.lensPieceLinesTint.r} {parent.lensPieceLinesTint.g} {parent.lensPieceLinesTint.b} 0}\n white_clamp true\n maskChannelMask none\n name grade4\n xpos 146\n ypos 11952\n }\n Transform {\n scale {{parent.lensPieceLinesStretch} 1}\n center {{root.width/2} {root.height/2}}\n name Transform117\n xpos 296\n ypos 11952\n }\n Group {\n name Static_Noise8\n help \"Adds synthetic grain. Push \\\"presets\\\" to get predefined types of grain, these are the correct size for 2K scans.\\n\\nYou can also adjust the sliders to match a sample piece of grain. Find a sample with a rather constant background, blur it to remove the grain, and use as input to this. View with a wipe in the viewer so you can make a match. It helps to view and match each of the red, green, blue seperately.\"\n tile_color 0x992620ff\n note_font \"Bitstream Vera Sans\"\n xpos 462\n ypos 11953\n dope_sheet true\n mapsize {0.15 0.15}\n addUserKnob {20 master_control l Master}\n addUserKnob {7 noise_intensity_global l Intensity R 0 2}\n noise_intensity_global 0.52\n addUserKnob {7 rgb_size_multiplier l Size R 0 2}\n rgb_size_multiplier 1\n addUserKnob {26 \"\"}\n addUserKnob {6 no_alpha l \"no alpha?\" t \"Check this box if your image doesn't have an alpha and you cannot use another alpha channel.\\n\\n(Note: This WILL cause the grain to be more prevalent. So please compensate using the Noise Size and Noise Intensity controls above.)\" +STARTLINE}\n no_alpha true\n addUserKnob {20 adv_controls l Advanced}\n addUserKnob {20 fractal_noise_size l \"RGB Noise Size\" n 1}\n fractal_noise_size 0\n addUserKnob {14 red_size l r R 0 100}\n red_size 1.7\n addUserKnob {14 green_size l g R 0 100}\n green_size 1.6\n addUserKnob {14 blue_size l b R 0 100}\n blue_size 1.5\n addUserKnob {20 endGroup n -1}\n addUserKnob {20 noise_irregularity l \"RGB Noise Irregularity\" n 1}\n noise_irregularity 0\n addUserKnob {7 red_i l r}\n red_i 1\n addUserKnob {7 green_i l g}\n green_i 0.75\n addUserKnob {7 blue_i l b}\n blue_i 0.65\n addUserKnob {20 endGroup_1 l endGroup n -1}\n addUserKnob {20 noise_intensity l \"RGB Noise Intensity\" n 1}\n noise_intensity 0\n addUserKnob {7 red_m l r t \"Amount of grain to add to a white pixel\"}\n red_m 0.2\n addUserKnob {7 green_m l g}\n green_m 0.4\n addUserKnob {7 blue_m l b}\n blue_m 0.6\n addUserKnob {18 black t \"Amount of grain to add everywhere\"}\n black {0 0 0}\n addUserKnob {6 black_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {18 minimum t \"Minimum black level\" R 0 0.01}\n minimum {0 0 0}\n addUserKnob {6 minimum_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {20 endGroup_2 l endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {3 seed l Seed}\n seed 134\n addUserKnob {32 reset l Reset T \"knobs this \\{rgb_size_multiplier 0 red_size 1.70 green_size 1.60 blue_size 1.50 red_i 1.00 green_i 0.75 blue_i 0.65 red_m 0.40 green_m 0.60 blue_m 1.65 black 0.00\\}\" +STARTLINE}\n }\n Input {\n inputs 0\n name Input1\n xpos 0\n }\nset N986bb400 [stack 0]\n Noise {\n output {rgba.red -rgba.green -rgba.blue -rgba.alpha}\n cliptype none\n replace true\n size {{parent.red_size.w*(rgb_size_multiplier) i} {parent.red_size.h*(rgb_size_multiplier) i}}\n octaves 2\n gamma 1\n xrotate {{red_i*45 i}}\n yrotate {{red_i*45 i}}\n name red\n xpos 144\n ypos -7\n }\n Noise {\n output {-rgba.red rgba.green -rgba.blue -rgba.alpha}\n cliptype none\n replace true\n size {{parent.green_size.w*(rgb_size_multiplier) i} {parent.green_size.h*(rgb_size_multiplier) i}}\n zoffset 10\n octaves 2\n gamma 1\n xrotate {{green_i*45 i}}\n yrotate {{green_i*45 i}}\n name green\n xpos 144\n ypos 35\n }\n Noise {\n output {-rgba.red -rgba.green rgba.blue -rgba.alpha}\n cliptype none\n replace true\n size {{parent.blue_size.w*(rgb_size_multiplier) i} {parent.blue_size.h*(rgb_size_multiplier) i}}\n zoffset 20\n octaves 2\n gamma 1\n xrotate {{blue_i*45 i}}\n yrotate {{blue_i*45 i}}\n name blue\n xpos 144\n ypos 77\n }\npush $N986bb400\n MergeExpression {\n inputs 2\n expr0 max(minimum.r,r+(2*Ar-1)*(r*red_m*noise_intensity_global))\n expr1 max(minimum.g,g+(2*Ag-1)*(g*green_m*noise_intensity_global))\n expr2 max(minimum.b,b+(2*Ab-1)*(b*blue_m*noise_intensity_global))\n name MergeExpression1\n xpos 144\n ypos 117\n }\nset N986ba400 [stack 0]\npush $N986ba400\npush $N986bb400\n Copy {\n inputs 2\n channels rgb\n maskChannelInput rgba.alpha\n name Copy1\n xpos 0\n ypos 105\n disable {{parent.no_alpha i}}\n }\n Switch {\n inputs 2\n which {{parent.no_alpha i}}\n name Switch1\n xpos 144\n ypos 171\n }\n Output {\n name Output1\n xpos 144\n ypos 219\n }\n end_group\n Dot {\n name Dot157\n xpos 657\n ypos 11956\n }\nset N986b9800 [stack 0]\n Saturation {\n saturation 0\n name Saturation35\n xpos 623\n ypos 12005\n }\npush $N986b9800\n Copy {\n inputs 2\n from0 rgba.red\n to0 rgba.alpha\n name Copy14\n xpos 767\n ypos 11946\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset 1.4\n radius {45.54 75.01 107.34}\n size_mult {{\"parent.flareCoreSize + 3.8\"}}\n ring_color {0.796096 1.00716 1.196}\n inner_color 0\n outer_falloff 5.2\n inner_falloff 5.6\n chroma_spread -0.034\n chroma_shift -5.2\n chroma_shift_angle 58\n chroma_shift_angle_add true\n brightness 0.09\n vis_mask -rgba.alpha\n corners 4\n sharpness 1\n corners_angle 50\n corner_angle_add true\n asym_multiplier 0\n asym_falloff 20\n asym_angle -350\n asym_angle_add true\n name Flare205\n label Source\n xpos 507\n ypos 8471\n disable {{parent.Flare207.disable}}\n }\n Blur {\n size 18.5\n name Blur140\n xpos 507\n ypos 8509\n disable {{parent.Flare207.disable}}\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset 1.4\n radius {88.16 99.16 133.37}\n size_mult {{\"parent.flareCoreSize + 3.8\"}}\n ring_color {0.796096 1.00716 1.196}\n inner_color 0\n outer_falloff 5.2\n inner_falloff 5.6\n chroma_spread -0.02\n chroma_shift -5.2\n chroma_shift_angle -54\n chroma_shift_angle_add true\n brightness 0.21\n vis_mask -rgba.alpha\n corners 4\n sharpness 1\n corners_angle 50\n corner_angle_add true\n asym_multiplier 0\n asym_falloff 14\n asym_angle -350\n asym_angle_add true\n name Flare206\n label Source\n xpos 736\n ypos 8408\n disable {{parent.Flare207.disable}}\n }\n Blur {\n size 18.5\n name Blur141\n xpos 736\n ypos 8446\n disable {{parent.Flare207.disable}}\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset 1.4\n radius {0 116.11 236.08}\n size_mult {{\"parent.flareCoreSize + 3.8\"}}\n ring_color {0.796096 1.00716 1.196}\n inner_color 0\n outer_falloff 5.2\n inner_falloff 5.6\n chroma_spread 0.04\n chroma_shift -1.8\n chroma_shift_angle 58\n chroma_shift_angle_add true\n brightness 0.21\n vis_mask -rgba.alpha\n corners 4\n sharpness 1\n corners_angle 50\n corner_angle_add true\n asym_multiplier 0\n asym_falloff 14\n asym_angle -350\n asym_angle_add true\n name Flare207\n label Source\n xpos 854\n ypos 8365\n disable {{\"parent.lensPieceRingsPicker == 3 ? 0 : 1\"}}\n }\n Blur {\n size 18.5\n name Blur142\n xpos 854\n ypos 8403\n disable {{parent.Flare207.disable}}\n }\n Merge2 {\n inputs 2\n operation screen\n maskChannelMask none\n name Merge172\n xpos 854\n ypos 8452\n disable {{parent.Flare207.disable}}\n }\nset N98636400 [stack 0]\n Merge2 {\n inputs 2\n operation screen\n maskChannelMask none\n name Merge173\n xpos 739\n ypos 8515\n disable {{parent.Flare207.disable}}\n }\npush $N98636400\n Merge2 {\n inputs 2\n operation screen\n maskChannelMask none\n name Merge240\n xpos 854\n ypos 8515\n disable {{parent.Flare207.disable}}\n }\n Saturation {\n saturation 0.49\n maskChannelMask none\n name Saturation31\n xpos 854\n ypos 8541\n disable {{parent.Flare207.disable}}\n }\n Grade {\n multiply {0.9965000153 1 0.777872026 1}\n maskChannelMask none\n name Grade55\n xpos 854\n ypos 8567\n disable {{parent.Flare207.disable}}\n }\n Dot {\n name Dot63\n xpos 888\n ypos 8692\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x x100 300} {parent.flarePos.y x100 200}}\n offset 1.5\n radius {44.5 105.21 120.49}\n size_mult {{parent.flareCoreSize}}\n ring_color {0.529843 0.670316 0.796}\n inner_color 0\n outer_falloff 3.2\n inner_falloff 5.6\n chroma_spread 0.016\n brightness 0.22\n vis_mask -rgba.alpha\n flattening 0.15\n sharpness 0.33\n asym_multiplier 0\n asym_falloff 2.65\n asym_angle -40\n name Flare67\n label Source\n xpos 103\n ypos 8424\n disable {{\"parent.lensPieceRingsPicker == 2 ? 0 : 1\"}}\n }\n Blur {\n size 12\n name Blur70\n xpos 103\n ypos 8462\n disable {{parent.Flare67.disable}}\n }\n Flare {\n position {{parent.flarePos.x x100 300} {parent.flarePos.y x100 200}}\n offset 1.5\n radius {65.44 126.15 141.43}\n size_mult {{parent.flareCoreSize}}\n ring_color {0.796096 1.00716 1.196}\n inner_color 0\n outer_falloff 3.2\n inner_falloff 5.6\n chroma_spread 0.016\n brightness 0.08\n vis_mask -rgba.alpha\n flattening 0.15\n sharpness 0.33\n asym_multiplier 0\n asym_falloff 3.4\n asym_angle -40\n name Flare69\n label Source\n xpos 103\n ypos 8500\n disable {{parent.Flare67.disable}}\n }\n Grade {\n multiply 0.5\n name Grade70\n xpos 103\n ypos 8538\n disable {{parent.Flare67.disable}}\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset 0.7\n radius {110.89 171.6 186.88}\n size_mult {{\"parent.flareCoreSize + 1.6\"}}\n ring_color {0.796096 1.00716 1.196}\n inner_color 0\n outer_falloff 3.2\n inner_falloff 5.6\n chroma_spread 0.016\n brightness 0.08\n vis_mask -rgba.alpha\n flattening 0.15\n sharpness 0.33\n asym_multiplier 0\n asym_falloff 3.4\n asym_angle -40\n name Flare122\n label Source\n xpos -228\n ypos 8500\n disable {{\"parent.lensPieceRingsPicker == 1 ? 0 : 1\"}}\n }\n Grade {\n white {1.300000072 1 0.7000000477 1}\n multiply 0.3\n name Grade56\n xpos -228\n ypos 8538\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset 0.1\n radius {0.93 0.93 55.11}\n size_mult {{(parent.flareCoreSize)-0.5}}\n ring_color 0.05\n inner_color 0.04\n outer_falloff {1 1 1}\n inner_falloff {1 1 1}\n chroma_spread 0.01\n chroma_shift -2\n chroma_shift_angle_add true\n brightness {1 1 1}\n vis_mask -rgba.alpha\n flattening 0.82\n sharpness 0.73\n corners_angle {{parent.lensPieceRingsRotation+5}}\n corner_angle_add true\n asym_multiplier 5\n asym_angle 160\n asym_angle_add true\n mult_num 2\n mult_seed 6\n mult_offset 1.6\n mult_size 1\n mult_color 0.3\n mult_color_seed 77097\n mult_brightness 6\n mult_brightness_seed 75027\n mult_visibility 0.32\n mult_flattening -1\n mult_flattening_seed 45204\n mult_rotate 0.06\n name Flare110\n label Source\n xpos -904\n ypos 8659\n disable {{parent.Flare113.disable}}\n }\n Glow {\n brightness 3.42\n maskChannelMask none\n name Glow24\n xpos -904\n ypos 8697\n disable {{parent.Flare113.disable}}\n }\nset N985c1c00 [stack 0]\n Blur {\n size 65\n name Blur94\n xpos -904\n ypos 8743\n disable {{parent.Flare113.disable}}\n }\nset N985c1800 [stack 0]\npush $N985c1800\npush $N985c1c00\npush $N985c1c00\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset 0.1\n radius {45.54 75.01 107.34}\n size_mult {{(parent.flareCoreSize)+3.8}}\n ring_color {0.796096 1.00716 1.196}\n inner_color 0\n outer_falloff 5.2\n inner_falloff 5.6\n chroma_spread -0.034\n chroma_shift -5.2\n chroma_shift_angle 58\n chroma_shift_angle_add true\n brightness 0.09\n vis_mask -rgba.alpha\n corners 4\n flattening 1\n sharpness 1\n corners_angle {{parent.lensPieceRingsRotation+50}}\n corner_angle_add true\n asym_multiplier 0\n asym_falloff 20\n asym_angle {{parent.lensPieceRingsRotation-350}}\n asym_angle_add true\n name Flare226\n label Source\n xpos -768\n ypos 8591\n disable {{parent.Flare113.disable}}\n }\n Blur {\n size 18.5\n name Blur73\n xpos -768\n ypos 8629\n disable {{parent.Flare113.disable}}\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset 0.1\n radius {88.16 99.16 113.02}\n size_mult {{(parent.flareCoreSize)+3.8}}\n ring_color {0.796096 1.00716 1.196}\n inner_color 0\n outer_falloff 5.2\n inner_falloff 5.6\n chroma_spread -0.034\n chroma_shift -5.2\n chroma_shift_angle 58\n chroma_shift_angle_add true\n brightness 0.21\n vis_mask -rgba.alpha\n corners 4\n flattening 1\n sharpness 1\n corners_angle {{parent.lensPieceRingsRotation+50}}\n corner_angle_add true\n asym_multiplier 0\n asym_falloff 10\n asym_angle {{parent.lensPieceRingsRotation-350}}\n asym_angle_add true\n name Flare235\n label Source\n xpos -654\n ypos 8539\n disable {{parent.Flare113.disable}}\n }\n Blur {\n size 18.5\n name Blur77\n xpos -654\n ypos 8577\n disable {{parent.Flare113.disable}}\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset 0.1\n radius {0 116.11 129.97}\n size_mult {{(parent.flareCoreSize)+3.8}}\n ring_color {0.796096 1.00716 1.196}\n inner_color 0\n outer_falloff 5.2\n inner_falloff 5.6\n chroma_spread -0.034\n chroma_shift -5.2\n chroma_shift_angle 58\n chroma_shift_angle_add true\n brightness 0.21\n vis_mask -rgba.alpha\n corners 4\n flattening 1\n sharpness 1\n corners_angle {{parent.lensPieceRingsRotation+50}}\n corner_angle_add true\n asym_multiplier 0\n asym_falloff 14\n asym_angle {{parent.lensPieceRingsRotation-350}}\n asym_angle_add true\n name Flare236\n label Source\n xpos -536\n ypos 8496\n disable {{parent.Flare113.disable}}\n }\n Blur {\n size 18.5\n name Blur95\n xpos -536\n ypos 8534\n disable {{parent.Flare113.disable}}\n }\n Merge2 {\n inputs 2\n operation screen\n maskChannelMask none\n name Merge140\n xpos -536\n ypos 8583\n disable {{parent.Flare113.disable}}\n }\nset N98542c00 [stack 0]\n Merge2 {\n inputs 2\n operation screen\n maskChannelMask none\n name Merge191\n xpos -536\n ypos 8635\n disable {{parent.Flare113.disable}}\n }\npush $N98542c00\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset 0.3\n radius {45.54 75.01 107.34}\n size_mult {{(parent.flareCoreSize)+3.8}}\n ring_color {0.796096 1.00716 1.196}\n inner_color 0\n outer_falloff 5.2\n inner_falloff 5.6\n chroma_spread -0.034\n chroma_shift -5.2\n chroma_shift_angle 58\n chroma_shift_angle_add true\n brightness 0.09\n vis_mask -rgba.alpha\n corners 4\n flattening 1\n sharpness 1\n corners_angle {{parent.lensPieceRingsRotation+50}}\n corner_angle_add true\n asym_multiplier 0\n asym_falloff 16\n asym_angle {{parent.lensPieceRingsRotation+180}}\n asym_angle_add true\n name Flare111\n label Source\n xpos -653\n ypos 8408\n disable {{parent.Flare113.disable}}\n }\n Blur {\n size 18.5\n name Blur96\n xpos -653\n ypos 8446\n disable {{parent.Flare113.disable}}\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset 0.3\n radius {88.16 99.16 113.02}\n size_mult {{(parent.flareCoreSize)+3.8}}\n ring_color {0.796096 1.00716 1.196}\n inner_color 0\n outer_falloff 5.2\n inner_falloff 5.6\n chroma_spread -0.034\n chroma_shift -5.2\n chroma_shift_angle 58\n chroma_shift_angle_add true\n brightness 0.21\n vis_mask -rgba.alpha\n corners 4\n flattening 1\n sharpness 1\n corners_angle {{parent.lensPieceRingsRotation+50}}\n corner_angle_add true\n asym_multiplier 0\n asym_falloff 14\n asym_angle {{parent.lensPieceRingsRotation+180}}\n asym_angle_add true\n name Flare112\n label Source\n xpos -539\n ypos 8356\n disable {{parent.Flare113.disable}}\n }\n Blur {\n size 18.5\n name Blur97\n xpos -539\n ypos 8394\n disable {{parent.Flare113.disable}}\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset 0.3\n radius {0 116.11 129.97}\n size_mult {{(parent.flareCoreSize)+3.8}}\n ring_color {0.796096 1.00716 1.196}\n inner_color 0\n outer_falloff 5.2\n inner_falloff 5.6\n chroma_spread -0.034\n chroma_shift -5.2\n chroma_shift_angle 58\n chroma_shift_angle_add true\n brightness 0.21\n vis_mask -rgba.alpha\n corners 4\n flattening 1\n sharpness 1\n corners_angle {{parent.lensPieceRingsRotation+50}}\n corner_angle_add true\n asym_multiplier 0\n asym_falloff 14\n asym_angle {{parent.lensPieceRingsRotation+180}}\n asym_angle_add true\n name Flare113\n label Source\n xpos -421\n ypos 8313\n disable {{\"parent.lensPieceRingsPicker == 0 ? 0 : 1\"}}\n }\n Blur {\n size 18.5\n name Blur98\n xpos -421\n ypos 8351\n disable {{parent.Flare113.disable}}\n }\n Merge2 {\n inputs 2\n operation screen\n maskChannelMask none\n name Merge141\n xpos -421\n ypos 8400\n disable {{parent.Flare113.disable}}\n }\n Merge2 {\n inputs 2\n operation screen\n maskChannelMask none\n name Merge142\n xpos -421\n ypos 8452\n disable {{parent.Flare113.disable}}\n }\n Merge2 {\n inputs 2\n operation screen\n maskChannelMask none\n name Merge192\n xpos -421\n ypos 8583\n disable {{parent.Flare113.disable}}\n }\n Merge2 {\n inputs 2\n operation screen\n maskChannelMask none\n name Merge194\n xpos -421\n ypos 8635\n disable {{parent.Flare113.disable}}\n }\n Grade {\n inputs 1+1\n white 0.42\n multiply 4\n maskChannelMask rgba.red\n name Grade57\n xpos -421\n ypos 8697\n disable {{parent.Flare113.disable}}\n }\n Grade {\n inputs 1+1\n white 0.96\n multiply 3.2\n gamma 0.92\n maskChannelMask rgba.red\n name Grade58\n xpos -421\n ypos 8723\n disable {{parent.Flare113.disable}}\n }\n Glow {\n inputs 1+1\n tolerance 0.06\n brightness 5\n W rgba.red\n size 43.5\n maskChannelMask none\n name Glow25\n xpos -421\n ypos 8749\n disable {{parent.Flare113.disable}}\n }\n Grade {\n inputs 1+1\n white 6\n multiply 4\n gamma 1.1\n maskChannelMask rgba.red\n name Grade59\n xpos -421\n ypos 8775\n disable {{parent.Flare113.disable}}\n }\n Switch {\n inputs 4\n which {{parent.lensPieceRingsPicker}}\n name rings\n xpos -36\n ypos 8775\n }\n Dot {\n name Dot65\n xpos -2\n ypos 8869\n }\n Crop {\n box {0 0 {root.width} {root.height}}\n name Crop9\n xpos 129\n ypos 8865\n }\n Clamp {\n name Clamp6\n xpos 258\n ypos 8859\n }\n Grade {\n multiply {{parent.lensPieceRingsTint.r} {parent.lensPieceRingsTint.g} {parent.lensPieceRingsTint.b} 0}\n white_clamp true\n maskChannelMask none\n name grade3\n xpos 406\n ypos 8865\n }\n Group {\n name Static_Noise7\n help \"Adds synthetic grain. Push \\\"presets\\\" to get predefined types of grain, these are the correct size for 2K scans.\\n\\nYou can also adjust the sliders to match a sample piece of grain. Find a sample with a rather constant background, blur it to remove the grain, and use as input to this. View with a wipe in the viewer so you can make a match. It helps to view and match each of the red, green, blue seperately.\"\n tile_color 0x992620ff\n note_font \"Bitstream Vera Sans\"\n xpos 532\n ypos 8866\n dope_sheet true\n mapsize {0.15 0.15}\n addUserKnob {20 master_control l Master}\n addUserKnob {7 noise_intensity_global l Intensity R 0 2}\n noise_intensity_global 0.52\n addUserKnob {7 rgb_size_multiplier l Size R 0 2}\n rgb_size_multiplier 1\n addUserKnob {26 \"\"}\n addUserKnob {6 no_alpha l \"no alpha?\" t \"Check this box if your image doesn't have an alpha and you cannot use another alpha channel.\\n\\n(Note: This WILL cause the grain to be more prevalent. So please compensate using the Noise Size and Noise Intensity controls above.)\" +STARTLINE}\n no_alpha true\n addUserKnob {20 adv_controls l Advanced}\n addUserKnob {20 fractal_noise_size l \"RGB Noise Size\" n 1}\n fractal_noise_size 0\n addUserKnob {14 red_size l r R 0 100}\n red_size 1.7\n addUserKnob {14 green_size l g R 0 100}\n green_size 1.6\n addUserKnob {14 blue_size l b R 0 100}\n blue_size 1.5\n addUserKnob {20 endGroup n -1}\n addUserKnob {20 noise_irregularity l \"RGB Noise Irregularity\" n 1}\n noise_irregularity 0\n addUserKnob {7 red_i l r}\n red_i 1\n addUserKnob {7 green_i l g}\n green_i 0.75\n addUserKnob {7 blue_i l b}\n blue_i 0.65\n addUserKnob {20 endGroup_1 l endGroup n -1}\n addUserKnob {20 noise_intensity l \"RGB Noise Intensity\" n 1}\n noise_intensity 0\n addUserKnob {7 red_m l r t \"Amount of grain to add to a white pixel\"}\n red_m 0.2\n addUserKnob {7 green_m l g}\n green_m 0.4\n addUserKnob {7 blue_m l b}\n blue_m 0.6\n addUserKnob {18 black t \"Amount of grain to add everywhere\"}\n black {0 0 0}\n addUserKnob {6 black_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {18 minimum t \"Minimum black level\" R 0 0.01}\n minimum {0 0 0}\n addUserKnob {6 minimum_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {20 endGroup_2 l endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {3 seed l Seed}\n seed 134\n addUserKnob {32 reset l Reset T \"knobs this \\{rgb_size_multiplier 0 red_size 1.70 green_size 1.60 blue_size 1.50 red_i 1.00 green_i 0.75 blue_i 0.65 red_m 0.40 green_m 0.60 blue_m 1.65 black 0.00\\}\" +STARTLINE}\n }\n Input {\n inputs 0\n name Input1\n xpos 0\n }\nset Na1098c00 [stack 0]\n Noise {\n output {rgba.red -rgba.green -rgba.blue -rgba.alpha}\n cliptype none\n replace true\n size {{parent.red_size.w*(rgb_size_multiplier) i} {parent.red_size.h*(rgb_size_multiplier) i}}\n octaves 2\n gamma 1\n xrotate {{red_i*45 i}}\n yrotate {{red_i*45 i}}\n name red\n xpos 144\n ypos -7\n }\n Noise {\n output {-rgba.red rgba.green -rgba.blue -rgba.alpha}\n cliptype none\n replace true\n size {{parent.green_size.w*(rgb_size_multiplier) i} {parent.green_size.h*(rgb_size_multiplier) i}}\n zoffset 10\n octaves 2\n gamma 1\n xrotate {{green_i*45 i}}\n yrotate {{green_i*45 i}}\n name green\n xpos 144\n ypos 35\n }\n Noise {\n output {-rgba.red -rgba.green rgba.blue -rgba.alpha}\n cliptype none\n replace true\n size {{parent.blue_size.w*(rgb_size_multiplier) i} {parent.blue_size.h*(rgb_size_multiplier) i}}\n zoffset 20\n octaves 2\n gamma 1\n xrotate {{blue_i*45 i}}\n yrotate {{blue_i*45 i}}\n name blue\n xpos 144\n ypos 77\n }\npush $Na1098c00\n MergeExpression {\n inputs 2\n expr0 max(minimum.r,r+(2*Ar-1)*(r*red_m*noise_intensity_global))\n expr1 max(minimum.g,g+(2*Ag-1)*(g*green_m*noise_intensity_global))\n expr2 max(minimum.b,b+(2*Ab-1)*(b*blue_m*noise_intensity_global))\n name MergeExpression1\n xpos 144\n ypos 117\n }\nset Na1007800 [stack 0]\npush $Na1007800\npush $Na1098c00\n Copy {\n inputs 2\n channels rgb\n maskChannelInput rgba.alpha\n name Copy1\n xpos 0\n ypos 105\n disable {{parent.no_alpha i}}\n }\n Switch {\n inputs 2\n which {{parent.no_alpha i}}\n name Switch1\n xpos 144\n ypos 171\n }\n Output {\n name Output1\n xpos 144\n ypos 219\n }\n end_group\n Dot {\n name Dot64\n xpos 657\n ypos 8869\n }\nset Na1006c00 [stack 0]\n Saturation {\n saturation 0\n name Saturation32\n xpos 623\n ypos 8918\n }\npush $Na1006c00\n Copy {\n inputs 2\n from0 rgba.red\n to0 rgba.alpha\n name Copy13\n xpos 767\n ypos 8859\n }\n Noise {\n inputs 0\n size {{\"parent.flareCoreSize * parent.lensPieceMainSize * 100\"}}\n lacunarity 1.84\n gain 0.425\n center {320 240}\n name Noise2\n xpos 688\n ypos 7707\n }\n Flare {\n inputs 0\n position {{\"parent.flarePos.x - 210\"} {parent.flarePos.y}}\n radius {5.32 20.75 23.32}\n size_mult {{\"parent.flareCoreSize * parent.lensPieceMainSize\"}}\n ring_color {0.528470993 0.6299999952 0.528470993}\n inner_color 0.6999999881\n brightness 0.32\n vis_mask -rgba.alpha\n corners 6\n flattening 1.2\n sharpness 0.89\n corners_angle 14\n mult_seed {{parent.lensPieceBigSeed}}\n mult_offset 0\n mult_size {{\"-0.32 + (parent.lensPieceMainSize)\"}}\n mult_color -0.1\n mult_brightness -1\n mult_flattening -0.68\n mult_rotate 0.8\n name Flare281\n xpos 188\n ypos 7387\n }\n Flare {\n position {{\"parent.flarePos.x - 170\"} {parent.flarePos.y}}\n radius {18.1 33.53 46.04}\n size_mult {{\"parent.flareCoreSize * parent.lensPieceMainSize\"}}\n ring_color {0.528470993 0.6299999952 0.528470993}\n inner_color 0.6999999881\n brightness 0.32\n vis_mask -rgba.alpha\n corners 6\n flattening 0.5\n sharpness 0.86\n mult_seed {{parent.lensPieceBigSeed}}\n mult_offset 0\n mult_size {{\"-0.32 + (parent.lensPieceMainSize)\"}}\n mult_color -0.1\n mult_brightness -1\n mult_flattening -0.68\n mult_rotate 0.8\n name Flare278\n xpos 188\n ypos 7413\n }\n Flare {\n position {{\"parent.flarePos.x - 120\"} {parent.flarePos.y}}\n radius {9.58 25.01 29}\n size_mult {{\"parent.flareCoreSize * parent.lensPieceMainSize\"}}\n ring_color {0.528470993 0.6299999952 0.528470993}\n inner_color 0.6999999881\n brightness 0.55\n vis_mask -rgba.alpha\n corners 6\n flattening 0.5\n sharpness 0.86\n mult_seed {{parent.lensPieceBigSeed}}\n mult_offset 0\n mult_size {{\"-0.32 + (parent.lensPieceMainSize)\"}}\n mult_color -0.1\n mult_brightness -1\n mult_flattening -0.68\n mult_rotate 0.8\n name Flare279\n xpos 188\n ypos 7439\n }\n Flare {\n position {{\"parent.flarePos.x - -90\"} {parent.flarePos.y}}\n radius {16.68 32.11 36.1}\n size_mult {{\"parent.flareCoreSize * parent.lensPieceMainSize\"}}\n ring_color {0.528470993 0.6299999952 0.528470993}\n inner_color 0.6999999881\n brightness 0.44\n vis_mask -rgba.alpha\n corners 6\n flattening 0.5\n sharpness 0.86\n corners_angle 40\n mult_seed {{parent.lensPieceBigSeed}}\n mult_offset 0\n mult_size {{\"-0.32 + (parent.lensPieceMainSize)\"}}\n mult_color -0.1\n mult_brightness -1\n mult_flattening -0.68\n mult_rotate 0.8\n name Flare280\n xpos 188\n ypos 7465\n }\n Flare {\n position {{\"parent.flarePos.x - 170\"} {parent.flarePos.y}}\n radius {66.39 81.82 118.48}\n size_mult {{\"parent.flareCoreSize * parent.lensPieceMainSize\"}}\n anamorph 0.94\n ring_color {0.528470993 0.6299999952 0.528470993}\n inner_color 0.6999999881\n brightness 0.065\n vis_mask -rgba.alpha\n corners 6\n sharpness 0.86\n mult_seed {{parent.lensPieceBigSeed}}\n mult_offset 0\n mult_size {{\"-0.32 + (parent.lensPieceMainSize)\"}}\n mult_color -0.1\n mult_brightness -1\n mult_flattening -0.68\n mult_rotate 0.8\n name Flare270\n xpos 188\n ypos 7529\n }\n Flare {\n position {{\"parent.flarePos.x - 50\"} {parent.flarePos.y}}\n radius {46.5 61.93 98.6}\n size_mult {{\"parent.flareCoreSize * parent.lensPieceMainSize\"}}\n ring_color {0.528470993 0.6299999952 0.528470993}\n inner_color 0.6999999881\n brightness 0.105\n vis_mask -rgba.alpha\n corners 6\n sharpness 0.86\n mult_seed {{parent.lensPieceBigSeed}}\n mult_offset 0\n mult_size {{\"-0.32 + (parent.lensPieceMainSize)\"}}\n mult_color -0.1\n mult_brightness -1\n mult_flattening -0.68\n mult_rotate 0.8\n name Flare273\n xpos 188\n ypos 7555\n }\n Flare {\n position {{\"parent.flarePos.x - 100\"} {parent.flarePos.y}}\n radius {66.39 110.23 136.95}\n size_mult {{\"parent.flareCoreSize * parent.lensPieceMainSize\"}}\n anamorph 1.1\n ring_color {0.528470993 0.6299999952 0.528470993}\n inner_color 0.6999999881\n brightness 0.105\n vis_mask -rgba.alpha\n corners 6\n sharpness 0.86\n mult_seed {{parent.lensPieceBigSeed}}\n mult_offset 0\n mult_size {{\"-0.32 + (parent.lensPieceMainSize)\"}}\n mult_color -0.1\n mult_brightness -1\n mult_flattening -0.68\n mult_rotate 0.8\n name Flare261\n xpos 188\n ypos 7581\n }\n Flare {\n position {{\"parent.flarePos.x - 120\"} {parent.flarePos.y}}\n radius {22.36 66.2 88.66}\n size_mult {{\"parent.flareCoreSize * parent.lensPieceMainSize\"}}\n anamorph 1.1\n ring_color {0.528470993 0.6299999952 0.528470993}\n inner_color 0.6999999881\n brightness 0.11\n vis_mask -rgba.alpha\n corners 6\n sharpness 0.86\n mult_seed {{parent.lensPieceBigSeed}}\n mult_offset 0\n mult_size {{\"-0.32 + (parent.lensPieceMainSize)\"}}\n mult_color -0.1\n mult_brightness -1\n mult_flattening -0.68\n mult_rotate 0.8\n name Flare277\n xpos 188\n ypos 7607\n }\n Flare {\n position {{\"parent.flarePos.x - 100\"} {parent.flarePos.y}}\n radius {134.57 178.41 237.8}\n size_mult {{\"parent.flareCoreSize * parent.lensPieceMainSize\"}}\n anamorph 1.03\n ring_color {0.528470993 0.6299999952 0.528470993}\n inner_color 0.6999999881\n brightness 0.035\n vis_mask -rgba.alpha\n corners 6\n sharpness 0.86\n mult_seed {{parent.lensPieceBigSeed}}\n mult_offset 0\n mult_size {{\"-0.32 + (parent.lensPieceMainSize)\"}}\n mult_color -0.1\n mult_brightness -1\n mult_flattening -0.68\n mult_rotate 0.8\n name Flare272\n xpos 188\n ypos 7633\n }\n Flare {\n position {{\"parent.flarePos.x - 270\"} {parent.flarePos.y}}\n radius {93.38 137.22 236.38}\n size_mult {{\"parent.flareCoreSize * parent.lensPieceMainSize\"}}\n anamorph 1.29\n ring_color {0.528470993 0.6299999952 0.528470993}\n inner_color 0.6999999881\n brightness 0.02\n vis_mask -rgba.alpha\n corners 6\n sharpness 0.86\n mult_seed {{parent.lensPieceBigSeed}}\n mult_offset 0\n mult_size {{\"-0.32 + (parent.lensPieceMainSize)\"}}\n mult_color -0.1\n mult_brightness -1\n mult_flattening -0.68\n mult_rotate 0.8\n name Flare276\n xpos 188\n ypos 7659\n }\nset Na0f8d000 [stack 0]\n Flare {\n position {{\"parent.flarePos.x + 200\"} {parent.flarePos.y}}\n radius {5.32 20.75 23.32}\n size_mult {{\"parent.flareCoreSize * parent.lensPieceMainSize\"}}\n ring_color {0.528470993 0.6299999952 0.528470993}\n inner_color 0.6999999881\n brightness 0.32\n vis_mask -rgba.alpha\n corners 6\n flattening 1.2\n sharpness 0.89\n corners_angle 14\n mult_seed {{parent.lensPieceBigSeed}}\n mult_offset 0\n mult_size {{\"-0.32 + (parent.lensPieceMainSize)\"}}\n mult_color -0.1\n mult_brightness -1\n mult_flattening -0.68\n mult_rotate 0.8\n name Flare282\n xpos 313\n ypos 7575\n disable {{\"parent.lensPieceBigPicker == 6 ? 0 : 1\"}}\n }\n Flare {\n position {{\"parent.flarePos.x + 190\"} {parent.flarePos.y}}\n radius {18.1 33.53 46.04}\n size_mult {{\"parent.flareCoreSize * parent.lensPieceMainSize\"}}\n ring_color {0.528470993 0.6299999952 0.528470993}\n inner_color 0.6999999881\n brightness 0.32\n vis_mask -rgba.alpha\n corners 6\n flattening 0.5\n sharpness 0.86\n mult_seed {{parent.lensPieceBigSeed}}\n mult_offset 0\n mult_size {{\"-0.32 + (parent.lensPieceMainSize)\"}}\n mult_color -0.1\n mult_brightness -1\n mult_flattening -0.68\n mult_rotate 0.8\n name Flare283\n xpos 313\n ypos 7601\n disable {{parent.Flare282.disable}}\n }\n Flare {\n position {{\"parent.flarePos.x + 110\"} {parent.flarePos.y}}\n radius {9.58 25.01 29}\n size_mult {{\"parent.flareCoreSize * parent.lensPieceMainSize\"}}\n ring_color {0.528470993 0.6299999952 0.528470993}\n inner_color 0.6999999881\n brightness 0.55\n vis_mask -rgba.alpha\n corners 6\n flattening 0.5\n sharpness 0.86\n mult_seed {{parent.lensPieceBigSeed}}\n mult_offset 0\n mult_size {{\"-0.32 + (parent.lensPieceMainSize)\"}}\n mult_color -0.1\n mult_brightness -1\n mult_flattening -0.68\n mult_rotate 0.8\n name Flare284\n xpos 313\n ypos 7627\n disable {{parent.Flare282.disable}}\n }\n Flare {\n position {{\"parent.flarePos.x + 90\"} {parent.flarePos.y}}\n radius {16.68 32.11 36.1}\n size_mult {{\"parent.flareCoreSize * parent.lensPieceMainSize\"}}\n ring_color {0.528470993 0.6299999952 0.528470993}\n inner_color 0.6999999881\n brightness 0.44\n vis_mask -rgba.alpha\n corners 6\n flattening 0.5\n sharpness 0.86\n corners_angle 40\n mult_seed {{parent.lensPieceBigSeed}}\n mult_offset 0\n mult_size {{\"-0.32 + (parent.lensPieceMainSize)\"}}\n mult_color -0.1\n mult_brightness -1\n mult_flattening -0.68\n mult_rotate 0.8\n name Flare285\n xpos 313\n ypos 7653\n disable {{parent.Flare282.disable}}\n }\n Flare {\n position {{\"parent.flarePos.x + 150\"} {parent.flarePos.y}}\n radius {91.96 107.39 135.53}\n size_mult {{\"parent.flareCoreSize * parent.lensPieceMainSize\"}}\n ring_color {0.528470993 0.6299999952 0.528470993}\n inner_color 0.56\n brightness 0.105\n vis_mask -rgba.alpha\n corners 6\n sharpness 0.86\n mult_seed {{parent.lensPieceBigSeed}}\n mult_offset 0\n mult_size {{\"-0.32 + (parent.lensPieceMainSize)\"}}\n mult_color -0.1\n mult_brightness -1\n mult_flattening -0.68\n mult_rotate 0.8\n name Flare260\n xpos 430\n ypos 7552\n disable {{\"parent.lensPieceBigPicker == 6 ? 0 : 1\"}}\n }\n Flare {\n position {{\"parent.flarePos.x + 50\"} {parent.flarePos.y}}\n radius {59.29 74.72 102.86}\n size_mult {{\"parent.flareCoreSize * parent.lensPieceMainSize\"}}\n ring_color {0.528470993 0.6299999952 0.528470993}\n inner_color 0.56\n brightness 0.105\n vis_mask -rgba.alpha\n corners 6\n sharpness 0.86\n mult_seed {{parent.lensPieceBigSeed}}\n mult_offset 0\n mult_size {{\"-0.32 + (parent.lensPieceMainSize)\"}}\n mult_color -0.1\n mult_brightness -1\n mult_flattening -0.68\n mult_rotate 0.8\n name Flare274\n xpos 430\n ypos 7578\n disable {{parent.Flare260.disable}}\n }\n Flare {\n position {{\"parent.flarePos.x + 200\"} {parent.flarePos.y}}\n radius {91.96 107.39 135.53}\n size_mult {{\"parent.flareCoreSize * parent.lensPieceMainSize\"}}\n anamorph 1.2\n ring_color {0.528470993 0.6299999952 0.528470993}\n inner_color 0.69\n brightness 0.065\n vis_mask -rgba.alpha\n corners 6\n sharpness 0.86\n mult_seed {{parent.lensPieceBigSeed}}\n mult_offset 0\n mult_size {{\"-0.32 + (parent.lensPieceMainSize)\"}}\n mult_color -0.1\n mult_brightness -1\n mult_flattening -0.68\n mult_rotate 0.8\n name Flare262\n xpos 430\n ypos 7604\n disable {{parent.Flare260.disable}}\n }\n Flare {\n position {{\"parent.flarePos.x + 100\"} {parent.flarePos.y}}\n radius {197.07 212.5 278.99}\n size_mult {{\"parent.flareCoreSize * parent.lensPieceMainSize\"}}\n anamorph 0.98\n ring_color {0.528470993 0.6299999952 0.528470993}\n inner_color 0.69\n brightness 0.05\n vis_mask -rgba.alpha\n corners 6\n sharpness 0.86\n mult_seed {{parent.lensPieceBigSeed}}\n mult_offset 0\n mult_size {{\"-0.32 + (parent.lensPieceMainSize)\"}}\n mult_color -0.1\n mult_brightness -1\n mult_flattening -0.68\n mult_rotate 0.8\n name Flare271\n xpos 430\n ypos 7630\n disable {{parent.Flare260.disable}}\n }\n Flare {\n position {{\"parent.flarePos.x + 300\"} {parent.flarePos.y}}\n radius {187.13 202.56 301.72}\n size_mult {{\"parent.flareCoreSize * parent.lensPieceMainSize\"}}\n anamorph 1.29\n ring_color {0.528470993 0.6299999952 0.528470993}\n inner_color 0.69\n brightness 0.03\n vis_mask -rgba.alpha\n corners 6\n sharpness 0.86\n mult_seed {{parent.lensPieceBigSeed}}\n mult_offset 0\n mult_size {{\"-0.32 + (parent.lensPieceMainSize)\"}}\n mult_color -0.1\n mult_brightness -1\n mult_flattening -0.68\n mult_rotate 0.8\n name Flare275\n xpos 430\n ypos 7656\n disable {{parent.Flare260.disable}}\n }\n Blur {\n size 4\n name Blur75\n xpos 540\n ypos 7650\n }\n Merge {\n inputs 2\n operation in\n mix 0.745\n name Merge223\n xpos 540\n ypos 7707\n }\n Dot {\n name Dot18\n xpos 574\n ypos 7791\n }\n Dot {\n name Dot19\n xpos 574\n ypos 7857\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset {{\"parent.flareCoreSize * 0.9\"}}\n radius {42.08 75.93 192.67}\n size_mult {{\"parent.flareCoreSize * parent.lensPieceMainSize\"}}\n anamorph 0.76\n ring_color {1 0.111784 0}\n inner_color {1 0.111784 0}\n outer_falloff 1.9\n chroma_spread 0.046\n brightness 0.3\n flattening 0.7\n mult_num 2\n mult_offset 2.4\n name Flare311\n label Orange_Glow02\n xpos -139\n ypos 7476\n disable {{parent.Flare300.disable}}\n }\n Blur {\n size 9.5\n name Blur137\n xpos -139\n ypos 7514\n disable {{parent.Flare300.disable}}\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset {{\"parent.flareCoreSize * 1.13\"}}\n radius {58.97 101.23 134.74}\n size_mult {{\"parent.flareCoreSize * parent.lensPieceMainSize\"}}\n anamorph 1.8\n ring_color {0.716 0.048 0.009}\n inner_color 0.003\n chroma_shift_angle_add true\n asym_multiplier 0\n asym_falloff 3.3\n asym_angle -36\n mult_seed {{(parent.ffx_pieces_seed)}}\n name Flare300\n label Half_Concave\n xpos -261\n ypos 7434\n disable {{\"parent.lensPieceBigPicker == 5 ? 0 : 1\"}}\n }\n Flare {\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset {{\"parent.flareCoreSize * 1.202\"}}\n radius {132.79 178.61 214.62}\n size_mult {{\"parent.flareCoreSize * parent.lensPieceMainSize\"}}\n anamorph 2.1\n ring_color {0.716 0.048 0.009}\n inner_color 0\n chroma_shift_angle_add true\n brightness 0.4\n asym_multiplier 0\n asym_falloff 3.3\n asym_angle -220\n mult_seed {{(parent.ffx_pieces_seed)}}\n name Flare301\n label Half_Convex\n xpos -310\n ypos 7501\n disable {{parent.Flare300.disable}}\n }\n Flare {\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset {{\"parent.flareCoreSize * 1.73\"}}\n radius {55.03 101.23 137.55}\n size_mult {{\"parent.flareCoreSize * parent.lensPieceMainSize\"}}\n anamorph 1.8\n ring_color {0.716 0.048 0.009}\n inner_color 0.003\n chroma_shift_angle_add true\n asym_multiplier 0\n asym_falloff 3.3\n asym_angle -36\n mult_seed {{(parent.ffx_pieces_seed)}}\n name Flare302\n label Half_Concave\n xpos -239\n ypos 7563\n disable {{parent.Flare300.disable}}\n }\n Merge2 {\n inputs 2\n operation plus\n maskChannelMask none\n mix 0.12\n name Merge237\n xpos -139\n ypos 7621\n }\n Saturation {\n saturation 0\n maskChannelMask none\n name Saturation21\n xpos -139\n ypos 7647\n }\nset Na0e43c00 [stack 0]\n Transform {\n rotate 2\n center {{parent.flarePos.x} {parent.flarePos.y}}\n name Transform90\n xpos -14\n ypos 7647\n disable {{parent.Flare300.disable}}\n }\n Blur {\n size {200 2}\n name Blur136\n xpos -14\n ypos 7673\n disable {{parent.Flare300.disable}}\n }\npush $Na0e43c00\n Merge2 {\n inputs 2\n operation screen\n maskChannelMask none\n name Merge238\n xpos -139\n ypos 7679\n }\nset Na0e43000 [stack 0]\n Blur {\n size 300\n name Blur139\n xpos -254\n ypos 7673\n }\n Glow {\n brightness 0.4\n size 31\n maskChannelMask none\n name Glow33\n xpos -254\n ypos 7711\n disable {{parent.Flare300.disable}}\n }\n Dot {\n name Dot20\n xpos -220\n ypos 7763\n }\npush $Na0e43000\n Glow {\n brightness 0.4\n size 31\n maskChannelMask none\n name Glow32\n xpos -139\n ypos 7717\n }\n Merge2 {\n inputs 2\n operation screen\n maskChannelMask none\n name Merge239\n xpos -139\n ypos 7759\n }\n Dot {\n name Dot51\n xpos -105\n ypos 7834\n }\npush $Na0f8d000\n Blur {\n size 4\n name Blur155\n xpos 188\n ypos 7783\n }\n Grade {\n whitepoint 0.42\n gamma 0.72\n maskChannelMask none\n name Grade68\n xpos -1004\n ypos 7789\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset {{\"parent.Flare55.offset + (- 0.6 )\"}}\n radius {21.87 28.75 37.09}\n size_mult 15\n anamorph 1.14\n ring_color {0.09384614974 0.06153845787 0.1599999964}\n inner_color {0.08718749881 0.08718749881 0.1550000012}\n outer_falloff 4.2\n inner_falloff 0.9\n chroma_spread 0.005\n vis_mask -rgba.alpha\n sharpness 0.255\n mult_offset 8\n mult_size -0.1\n mult_color 0.6\n mult_brightness -0.72\n mult_visibility -0.18\n name Flare178\n label Pieces\n xpos -1143\n ypos 7448\n disable {{parent.Flare55.disable}}\n }\n Saturation {\n saturation 3\n maskChannelMask none\n name Saturation22\n xpos -1143\n ypos 7486\n disable {{parent.Flare55.disable}}\n }\n Blur {\n size 60\n name Blur124\n xpos -1143\n ypos 7512\n disable {{parent.Flare55.disable}}\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset {{\"parent.lensPieceBigOffset + 0.35\"}}\n radius {0 21.87 37.09}\n size_mult 10\n anamorph 1.56\n ring_color {0.2099999934 0.05669999495 0.1486800611}\n inner_color {0.1550000012 0.08718749881 0.1482187212}\n outer_falloff 0.105\n inner_falloff 2.4\n chroma_spread 0.005\n vis_mask -rgba.alpha\n corners 4\n flattening 0.7\n sharpness 1\n corners_angle 50\n asym_falloff 0.72\n asym_angle 116\n mult_offset 8\n mult_size -0.1\n mult_color 0.6\n mult_brightness -0.72\n mult_visibility -0.18\n name Flare54\n label Pieces\n xpos -892\n ypos 7445\n disable {{parent.Flare55.disable}}\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset {{\"parent.lensPieceBigOffset + 1.6\"}}\n radius {0 37.09 37.09}\n size_mult 9.5\n anamorph 1.22\n ring_color {0.2099999934 0.05669999495 0.1486800611}\n inner_color {0.09000000358 0.05062500387 0.08606249094}\n outer_falloff 0.105\n inner_falloff 2.3\n chroma_spread 0.005\n vis_mask -rgba.alpha\n corners 4\n flattening 0.5\n sharpness 1\n asym_falloff 0.72\n asym_angle 116\n mult_offset 8\n mult_size -0.1\n mult_color 0.6\n mult_brightness -0.72\n mult_visibility -0.18\n name Flare55\n label Pieces\n xpos -1033\n ypos 7387\n disable {{\"parent.lensPieceBigPicker == 4 ? 0 : 1\"}}\n }\n Merge2 {\n inputs 2\n operation plus\n output {rgba.red rgba.green rgba.blue -rgba.alpha}\n maskChannelMask none\n mix 0.895\n name Merge130\n xpos -1033\n ypos 7451\n disable {{parent.Flare55.disable}}\n }\n Saturation {\n saturation 3.6\n maskChannelMask none\n name Saturation28\n xpos -1033\n ypos 7477\n disable {{parent.Flare55.disable}}\n }\n Blur {\n size 68\n name Blur125\n xpos -1033\n ypos 7521\n disable {{parent.Flare55.disable}}\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset {{\"parent.lensPieceBigOffset + 1.5\"}}\n radius {0 21.87 37.09}\n size_mult 1.8\n anamorph 3.3\n ring_color {0.5799999833 0.2667999864 0.4547201097}\n inner_color 0\n outer_falloff 0.62\n inner_falloff 2.4\n chroma_spread 0.005\n vis_mask -rgba.alpha\n corners 4\n flattening 0.9\n sharpness 0.8\n corners_angle 8\n asym_multiplier 0\n asym_falloff 4.4\n asym_angle 56\n mult_offset 8\n mult_size -0.1\n mult_color 0.6\n mult_brightness -0.72\n mult_visibility -0.18\n name Flare326\n label Pieces\n xpos -531\n ypos 7569\n disable {{parent.Flare55.disable}}\n }\n Blur {\n size 0.1\n name Blur152\n xpos -531\n ypos 7607\n disable {{parent.Flare55.disable}}\n }\n Grade {\n multiply 2\n maskChannelMask none\n name Grade65\n xpos -531\n ypos 7645\n disable {{parent.Flare55.disable}}\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset {{\"parent.lensPieceBigOffset + 1.7\"}}\n radius {0 21.87 37.09}\n size_mult 5\n anamorph 1.22\n ring_color {0.2099999934 0.05669999495 0.1486800611}\n inner_color 0\n outer_falloff 0.105\n inner_falloff 2.4\n chroma_spread 0.005\n vis_mask -rgba.alpha\n corners 4\n flattening 0.6\n sharpness 1\n asym_multiplier 0\n asym_falloff 4.9\n asym_angle 44\n mult_offset 8\n mult_size -0.1\n mult_color 0.6\n mult_brightness -0.72\n mult_visibility -0.18\n name Flare327\n label Pieces\n xpos -531\n ypos 7526\n disable {{parent.Flare55.disable}}\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset {{\"parent.lensPieceBigOffset + 1.07\"}}\n radius {0 21.87 37.09}\n size_mult 4.2\n anamorph 0.95\n ring_color {0.2099999934 0.05669999495 0.1486800611}\n inner_color 0\n outer_falloff 0.105\n inner_falloff 2.4\n chroma_spread 0.005\n vis_mask -rgba.alpha\n corners 4\n flattening 0.6\n sharpness 1\n asym_multiplier 0\n asym_falloff 4.3\n asym_angle 46\n mult_offset 8\n mult_size -0.1\n mult_color 0.6\n mult_brightness -0.72\n mult_visibility -0.18\n name Flare328\n label Pieces\n xpos -641\n ypos 7494\n disable {{parent.Flare55.disable}}\n }\n Merge2 {\n inputs 2\n maskChannelMask none\n name Merge274\n xpos -641\n ypos 7532\n disable {{parent.Flare55.disable}}\n }\n Merge2 {\n inputs 2\n maskChannelMask none\n name Merge275\n xpos -641\n ypos 7613\n disable {{parent.Flare55.disable}}\n }\n Grade {\n white 4\n multiply 1.85\n maskChannelMask none\n unpremult -rgba.alpha\n name Grade64\n xpos -641\n ypos 7639\n disable {{parent.Flare55.disable}}\n }\n Blur {\n size 12\n name Blur153\n xpos -641\n ypos 7665\n disable {{parent.Flare55.disable}}\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset {{\"parent.lensPieceBigOffset + 1.5\"}}\n radius {0 21.87 37.09}\n size_mult 1.8\n anamorph 3.3\n ring_color {0.5799999833 0.2667999864 0.4547201097}\n inner_color {0.8700000048 0.4893749952 0.8319373727}\n outer_falloff 0.62\n inner_falloff 2.4\n chroma_spread 0.005\n vis_mask -rgba.alpha\n corners 4\n flattening 0.9\n sharpness 0.8\n corners_angle 8\n asym_falloff 0.72\n asym_angle 116\n mult_offset 8\n mult_size -0.1\n mult_color 0.6\n mult_brightness -0.72\n mult_visibility -0.18\n name Flare56\n label Pieces\n xpos -780\n ypos 7577\n disable {{parent.Flare55.disable}}\n }\n Blur {\n size 0.1\n name Blur128\n xpos -780\n ypos 7615\n disable {{parent.Flare55.disable}}\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset {{\"parent.lensPieceBigOffset + 1.7\"}}\n radius {0 21.87 37.09}\n size_mult 5\n anamorph 1.22\n ring_color {0.2099999934 0.05669999495 0.1486800611}\n inner_color {0.1049999967 0.05906249955 0.1004062295}\n outer_falloff 0.105\n inner_falloff 2.4\n chroma_spread 0.005\n vis_mask -rgba.alpha\n corners 4\n flattening 0.6\n sharpness 1\n asym_falloff 0.72\n asym_angle 116\n mult_offset 8\n mult_size -0.1\n mult_color 0.6\n mult_brightness -0.72\n mult_visibility -0.18\n name Flare59\n label Pieces\n xpos -780\n ypos 7534\n disable {{parent.Flare55.disable}}\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset {{\"parent.lensPieceBigOffset + 1.07\"}}\n radius {0 21.87 37.09}\n size_mult 4.2\n anamorph 0.95\n ring_color {0.2099999934 0.05669999495 0.1486800611}\n inner_color {0.125 0.0703125 0.1195312291}\n outer_falloff 0.105\n inner_falloff 2.4\n chroma_spread 0.005\n vis_mask -rgba.alpha\n corners 4\n flattening 0.6\n sharpness 1\n asym_falloff 0.72\n asym_angle 116\n mult_offset 8\n mult_size -0.1\n mult_color 0.6\n mult_brightness -0.72\n mult_visibility -0.18\n name Flare60\n label Pieces\n xpos -890\n ypos 7502\n disable {{parent.Flare55.disable}}\n }\n Merge2 {\n inputs 2\n maskChannelMask none\n name Merge131\n xpos -890\n ypos 7540\n disable {{parent.Flare55.disable}}\n }\n Merge2 {\n inputs 2\n maskChannelMask none\n name Merge132\n xpos -890\n ypos 7621\n disable {{parent.Flare55.disable}}\n }\n Grade {\n white 0.4\n maskChannelMask none\n unpremult -rgba.alpha\n name Grade117\n xpos -890\n ypos 7647\n disable {{parent.Flare55.disable}}\n }\n Blur {\n size 12\n name Blur126\n xpos -890\n ypos 7673\n disable {{parent.Flare55.disable}}\n }\n Merge2 {\n inputs 2\n operation plus\n output {rgba.red rgba.green rgba.blue -rgba.alpha}\n maskChannelMask none\n mix 0.3\n name Merge276\n xpos -890\n ypos 7711\n disable {{parent.Flare55.disable}}\n }\n Grade {\n multiply 0.68\n gamma 0.88\n maskChannelMask none\n name Grade66\n xpos -890\n ypos 7737\n disable {{parent.Flare55.disable}}\n }\n Merge2 {\n inputs 2\n operation plus\n output {rgba.red rgba.green rgba.blue -rgba.alpha}\n maskChannelMask none\n mix 0.17\n name Merge133\n xpos -1033\n ypos 7737\n disable {{parent.Flare55.disable}}\n }\n Merge {\n inputs 2\n operation plus\n mix 0.145\n name Merge196\n xpos -1143\n ypos 7737\n disable {{parent.Flare55.disable}}\n }\n Saturation {\n saturation 0\n maskChannelMask none\n name Saturation29\n xpos -1143\n ypos 7763\n }\n Merge2 {\n inputs 2\n operation plus\n maskChannelMask none\n name Merge278\n xpos -1143\n ypos 7789\n }\n Noise {\n inputs 0\n size {{\"parent.flareCoreSize * 100\"}}\n lacunarity 1.84\n gain 0.425\n center {320 240}\n name Noise19\n xpos -1368\n ypos 7515\n disable {{parent.Flare173.disable}}\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset {{\"parent.lensPieceBigOffset + 1\"}}\n radius {317.32 324.2 500}\n size_mult {{\"parent.flareCoreSize * 1.06\"}}\n anamorph 1.44\n ring_color 0.04\n inner_color 0.04\n outer_falloff 0.38\n inner_falloff 1.15\n chroma_spread -0.13\n brightness 0.19\n vis_mask -rgba.alpha\n flattening 0.1\n sharpness 1\n mult_num 5\n mult_offset 8\n mult_size -0.16\n mult_brightness -0.02\n mult_visibility -0.18\n name Flare173\n label Pieces\n xpos -1526\n ypos 7435\n disable {{\"parent.lensPieceBigPicker == 3 ? 0 : 1\"}}\n }\n Merge {\n inputs 2\n operation in\n mix 0.845\n name Merge134\n xpos -1526\n ypos 7515\n disable {{parent.Flare173.disable}}\n }\n Grade {\n multiply 3\n maskChannelMask none\n name Grade44\n xpos -1526\n ypos 7541\n disable {{parent.Flare173.disable}}\n }\n Glow {\n size 20\n maskChannelMask none\n name Glow19\n xpos -1526\n ypos 7567\n disable {{parent.Flare173.disable}}\n }\n Blur {\n size 50\n name Blur110\n xpos -1526\n ypos 7593\n disable {{parent.Flare173.disable}}\n }\n Dot {\n name Dot62\n xpos -1492\n ypos 7747\n }\n Noise {\n inputs 0\n size {{\"parent.flareCoreSize * 100 \"}}\n lacunarity 1.84\n gain 0.425\n center {320 240}\n name Noise23\n xpos -1681\n ypos 7506\n disable {{parent.Flare64.disable}}\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset {{parent.lensPieceBigOffset}}\n radius {317.32 324.2 500}\n size_mult {{\"parent.flareCoreSize * 1.06\"}}\n anamorph 1.44\n ring_color 0.1525\n inner_color 0.135\n outer_falloff 0.86\n inner_falloff 0.9\n chroma_spread 0.062\n brightness 0.14\n vis_mask -rgba.alpha\n flattening 0.1\n sharpness 1\n mult_num 4\n mult_offset 8\n mult_size -0.1\n mult_color 0.6\n mult_brightness -0.72\n mult_visibility -0.18\n name Flare64\n label Pieces\n xpos -1833\n ypos 7432\n disable {{\"parent.lensPieceBigPicker == 2 ? 0 : 1\"}}\n }\n Merge {\n inputs 2\n operation in\n mix 0.845\n name Merge135\n xpos -1833\n ypos 7506\n disable {{parent.Flare64.disable}}\n }\n Grade {\n multiply 3\n maskChannelMask none\n name Grade45\n xpos -1833\n ypos 7532\n disable {{parent.Flare64.disable}}\n }\n Glow {\n size 20\n maskChannelMask none\n name Glow10\n xpos -1833\n ypos 7558\n disable {{parent.Flare64.disable}}\n }\n Blur {\n size 50\n name Blur111\n xpos -1833\n ypos 7584\n disable {{parent.Flare64.disable}}\n }\n Dot {\n name Dot61\n xpos -1799\n ypos 7821\n }\n Noise {\n inputs 0\n size {{\"parent.flareCoreSize * 100\"}}\n lacunarity 1.84\n gain 0.425\n center {320 240}\n name Noise24\n xpos -1978\n ypos 7442\n disable {{parent.Flare66.disable}}\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset {{\"parent.lensPieceBigOffset + 0.13\"}}\n radius {252.02 397.85 500}\n size_mult {{\"parent.flareCoreSize * 1.36\"}}\n ring_color 0.65\n inner_color 0.33\n corners 27\n flattening 0.7\n sharpness 1\n mult_num 4\n mult_offset 5.6\n mult_size 1\n mult_color 0.95\n mult_brightness -0.72\n mult_visibility 0.12\n mult_rotate 1\n name Flare65\n xpos -2265\n ypos 7547\n disable {{parent.Flare66.disable}}\n }\n Blur {\n size 24\n name Blur59\n xpos -2265\n ypos 7573\n disable {{parent.Flare66.disable}}\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset {{\"parent.lensPieceBigOffset + 0.13\"}}\n radius {119.33 397.85 500}\n size_mult {{\"parent.flareCoreSize * 1.36\"}}\n ring_color 0.75\n inner_color 0.26\n brightness 0.105\n corners 27\n flattening 0.7\n sharpness 1\n mult_num 11\n mult_offset 3.6\n mult_size 1\n mult_color 0.95\n mult_brightness -0.72\n mult_visibility 0.12\n mult_rotate 1\n name Flare66\n xpos -2144\n ypos 7455\n disable {{\"parent.lensPieceBigPicker == 1 ? 0 : 1\"}}\n }\n Blur {\n size 24\n name Blur68\n xpos -2144\n ypos 7516\n disable {{parent.Flare66.disable}}\n }\n Merge2 {\n inputs 2\n operation plus\n maskChannelMask none\n mix 0.055\n name Merge136\n xpos -2144\n ypos 7579\n disable {{parent.Flare66.disable}}\n }\n Merge {\n inputs 2\n operation in\n mix 0.725\n name Merge137\n xpos -1978\n ypos 7579\n disable {{parent.Flare66.disable}}\n }\n Dot {\n name Dot60\n xpos -1944\n ypos 7825\n }\n Noise {\n inputs 0\n size {{100*(parent.flareCoreSize)}}\n lacunarity 1.84\n gain 0.425\n center {320 240}\n name Noise25\n xpos -2379\n ypos 7470\n disable {{parent.Flare172.disable}}\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset {{\"parent.lensPieceBigOffset + 0.13\"}}\n radius {252.02 397.85 500}\n size_mult {{\"parent.flareCoreSize * 1.16\"}}\n inner_color 0.83\n corners 27\n flattening 0.7\n sharpness 1\n mult_num 4\n mult_offset 5.6\n mult_size 1\n mult_color 0.95\n mult_brightness -0.72\n mult_visibility 0.12\n mult_rotate 1\n name Flare171\n xpos -2666\n ypos 7572\n disable {{parent.Flare172.disable}}\n }\n Blur {\n size 24\n name Blur108\n xpos -2666\n ypos 7598\n disable {{parent.Flare172.disable}}\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset {{\"parent.lensPieceBigOffset + 0.13\"}}\n radius {119.33 265.16 367.31}\n size_mult {{parent.flareCoreSize}}\n inner_color 0.7\n brightness 0.13\n corners 27\n flattening 0.7\n sharpness 1\n mult_num 8\n mult_offset 3.6\n mult_size 1\n mult_color 0.95\n mult_brightness -0.72\n mult_visibility 0.12\n mult_rotate 1\n name Flare172\n xpos -2545\n ypos 7480\n disable {{\"parent.lensPieceBigPicker == 0 ? 0 : 1\"}}\n }\n Blur {\n size 24\n name Blur109\n xpos -2545\n ypos 7506\n disable {{parent.Flare172.disable}}\n }\n Merge2 {\n inputs 2\n operation plus\n maskChannelMask none\n mix 0.055\n name Merge138\n xpos -2545\n ypos 7604\n disable {{parent.Flare172.disable}}\n }\n Merge {\n inputs 2\n operation in\n mix 0.725\n name Merge139\n xpos -2379\n ypos 7604\n disable {{parent.Flare172.disable}}\n }\n Dot {\n name Dot59\n xpos -2345\n ypos 7879\n }\n Switch {\n inputs 7\n which {{parent.lensPieceBigPicker}}\n name big_pieces\n xpos -1899\n ypos 7875\n }\n Dot {\n name Dot58\n xpos -1865\n ypos 7957\n }\n Crop {\n box {0 0 {root.width} {root.height}}\n name Crop8\n xpos 47\n ypos 7947\n }\n Clamp {\n name Clamp4\n xpos 157\n ypos 7941\n }\n Grade {\n multiply {{parent.lensPieceBigTint.r} {parent.lensPieceBigTint.g} {parent.lensPieceBigTint.b} 0}\n white_clamp true\n maskChannelMask none\n name grade2\n xpos 281\n ypos 7947\n }\n Blur {\n size {{parent.lensPieceBigBlur}}\n name Blur69\n xpos 410\n ypos 7940\n }\n Group {\n name Static_Noise4\n help \"Adds synthetic grain. Push \\\"presets\\\" to get predefined types of grain, these are the correct size for 2K scans.\\n\\nYou can also adjust the sliders to match a sample piece of grain. Find a sample with a rather constant background, blur it to remove the grain, and use as input to this. View with a wipe in the viewer so you can make a match. It helps to view and match each of the red, green, blue seperately.\"\n tile_color 0x992620ff\n note_font \"Bitstream Vera Sans\"\n xpos 532\n ypos 7954\n dope_sheet true\n mapsize {0.15 0.15}\n addUserKnob {20 master_control l Master}\n addUserKnob {7 noise_intensity_global l Intensity R 0 2}\n noise_intensity_global 0.52\n addUserKnob {7 rgb_size_multiplier l Size R 0 2}\n rgb_size_multiplier 1\n addUserKnob {26 \"\"}\n addUserKnob {6 no_alpha l \"no alpha?\" t \"Check this box if your image doesn't have an alpha and you cannot use another alpha channel.\\n\\n(Note: This WILL cause the grain to be more prevalent. So please compensate using the Noise Size and Noise Intensity controls above.)\" +STARTLINE}\n no_alpha true\n addUserKnob {20 adv_controls l Advanced}\n addUserKnob {20 fractal_noise_size l \"RGB Noise Size\" n 1}\n fractal_noise_size 0\n addUserKnob {14 red_size l r R 0 100}\n red_size 1.7\n addUserKnob {14 green_size l g R 0 100}\n green_size 1.6\n addUserKnob {14 blue_size l b R 0 100}\n blue_size 1.5\n addUserKnob {20 endGroup n -1}\n addUserKnob {20 noise_irregularity l \"RGB Noise Irregularity\" n 1}\n noise_irregularity 0\n addUserKnob {7 red_i l r}\n red_i 1\n addUserKnob {7 green_i l g}\n green_i 0.75\n addUserKnob {7 blue_i l b}\n blue_i 0.65\n addUserKnob {20 endGroup_1 l endGroup n -1}\n addUserKnob {20 noise_intensity l \"RGB Noise Intensity\" n 1}\n noise_intensity 0\n addUserKnob {7 red_m l r t \"Amount of grain to add to a white pixel\"}\n red_m 0.2\n addUserKnob {7 green_m l g}\n green_m 0.4\n addUserKnob {7 blue_m l b}\n blue_m 0.6\n addUserKnob {18 black t \"Amount of grain to add everywhere\"}\n black {0 0 0}\n addUserKnob {6 black_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {18 minimum t \"Minimum black level\" R 0 0.01}\n minimum {0 0 0}\n addUserKnob {6 minimum_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {20 endGroup_2 l endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {3 seed l Seed}\n seed 134\n addUserKnob {32 reset l Reset T \"knobs this \\{rgb_size_multiplier 0 red_size 1.70 green_size 1.60 blue_size 1.50 red_i 1.00 green_i 0.75 blue_i 0.65 red_m 0.40 green_m 0.60 blue_m 1.65 black 0.00\\}\" +STARTLINE}\n }\n Input {\n inputs 0\n name Input1\n xpos 0\n }\nset N98277000 [stack 0]\n Noise {\n output {rgba.red -rgba.green -rgba.blue -rgba.alpha}\n cliptype none\n replace true\n size {{parent.red_size.w*(rgb_size_multiplier) i} {parent.red_size.h*(rgb_size_multiplier) i}}\n octaves 2\n gamma 1\n xrotate {{red_i*45 i}}\n yrotate {{red_i*45 i}}\n name red\n xpos 144\n ypos -7\n }\n Noise {\n output {-rgba.red rgba.green -rgba.blue -rgba.alpha}\n cliptype none\n replace true\n size {{parent.green_size.w*(rgb_size_multiplier) i} {parent.green_size.h*(rgb_size_multiplier) i}}\n zoffset 10\n octaves 2\n gamma 1\n xrotate {{green_i*45 i}}\n yrotate {{green_i*45 i}}\n name green\n xpos 144\n ypos 35\n }\n Noise {\n output {-rgba.red -rgba.green rgba.blue -rgba.alpha}\n cliptype none\n replace true\n size {{parent.blue_size.w*(rgb_size_multiplier) i} {parent.blue_size.h*(rgb_size_multiplier) i}}\n zoffset 20\n octaves 2\n gamma 1\n xrotate {{blue_i*45 i}}\n yrotate {{blue_i*45 i}}\n name blue\n xpos 144\n ypos 77\n }\npush $N98277000\n MergeExpression {\n inputs 2\n expr0 max(minimum.r,r+(2*Ar-1)*(r*red_m*noise_intensity_global))\n expr1 max(minimum.g,g+(2*Ag-1)*(g*green_m*noise_intensity_global))\n expr2 max(minimum.b,b+(2*Ab-1)*(b*blue_m*noise_intensity_global))\n name MergeExpression1\n xpos 144\n ypos 117\n }\nset N98276000 [stack 0]\npush $N98276000\npush $N98277000\n Copy {\n inputs 2\n channels rgb\n maskChannelInput rgba.alpha\n name Copy1\n xpos 0\n ypos 105\n disable {{parent.no_alpha i}}\n }\n Switch {\n inputs 2\n which {{parent.no_alpha i}}\n name Switch1\n xpos 144\n ypos 171\n }\n Output {\n name Output1\n xpos 144\n ypos 219\n }\n end_group\n Dot {\n name Dot52\n xpos 657\n ypos 7957\n }\nset N98275400 [stack 0]\n Saturation {\n saturation 0\n name Saturation30\n xpos 624\n ypos 8003\n }\npush $N98275400\n Copy {\n inputs 2\n from0 rgba.red\n to0 rgba.alpha\n name Copy11\n xpos 767\n ypos 7947\n }\n Flare {\n inputs 0\n position {{parent.Flare296.position.x} {parent.Flare296.position.y}}\n offset 0.4\n radius {4.36 12.69 18.11}\n size_mult {{parent.Flare296.size_mult}}\n ring_color {0.338333 0.403333 0.338333}\n inner_color 0.29\n brightness 0.47\n vis_mask -rgba.alpha\n corners 0\n flattening 1\n sharpness 0.86\n asym_multiplier 0\n asym_falloff 2.45\n asym_angle 6\n mult_num {{parent.Flare296.mult_num}}\n mult_seed {{parent.Flare296.mult_seed}}\n mult_offset {{parent.Flare296.mult_offset}}\n mult_size {{parent.Flare296.mult_size}}\n mult_color -0.1\n mult_brightness -1\n mult_flattening -0.68\n mult_rotate 0.8\n name Flare295\n xpos 105\n ypos 6233\n disable {{parent.Flare296.disable}}\n }\n Flare {\n position {{parent.Flare296.position.x} {parent.Flare296.position.y}}\n offset 0.3\n radius {2.91 11.24 16.66}\n size_mult {{parent.Flare296.size_mult}}\n ring_color {0.338333 0.34 0.37}\n chroma_spread 0.07\n brightness 0.5\n vis_mask -rgba.alpha\n corners 0\n flattening 1\n sharpness 0.86\n asym_multiplier 0\n asym_falloff 1.25\n mult_num {{\"parent.Flare296.mult_num + 5\"}}\n mult_seed {{parent.Flare296.mult_seed}}\n mult_offset {{\"parent.Flare296.mult_offset - 1.65\"}}\n mult_size {{\"parent.Flare296.mult_size + 0.2\"}}\n mult_color -1.95\n mult_brightness -1\n mult_visibility -0.34\n mult_flattening -0.4\n mult_rotate 0.5\n name Flare298\n xpos 105\n ypos 6276\n disable {{parent.Flare296.disable}}\n }\n Blur {\n size 11\n name Blur138\n xpos 105\n ypos 6313\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset 0.4\n radius {4.36 12.69 18.11}\n size_mult {{\"parent.lensPieceMainSize * parent.flareCoreSize\"}}\n ring_color {0.338333 0.403333 0.338333}\n inner_color 0.29\n brightness 0.105\n vis_mask -rgba.alpha\n corners 0\n flattening 1\n sharpness 0.86\n mult_num {{\"5 + parent.lensPieceMainAdditional\"}}\n mult_seed {{parent.lensPieceMainSeed}}\n mult_offset {{3.05+parent.lensPieceMainOffset}}\n mult_size {{-0.52+parent.lensPieceMainSizeVariation}}\n mult_color -0.1\n mult_brightness -1\n mult_flattening -0.68\n mult_rotate 0.8\n name Flare296\n xpos 3\n ypos 6229\n disable {{\"parent.lensPieceMainType == 9 ? 0 : 1\"}}\n }\n Flare {\n position {{parent.Flare296.position.x} {parent.Flare296.position.y}}\n offset 0.3\n radius {2.91 11.24 16.66}\n size_mult {{parent.Flare296.size_mult}}\n ring_color {0.338333 0.34 0.37}\n chroma_spread 0.07\n brightness 0.13\n vis_mask -rgba.alpha\n corners 0\n flattening 1\n sharpness 0.86\n mult_num {{\"parent.Flare296.mult_num + 5\"}}\n mult_seed {{parent.Flare296.mult_seed}}\n mult_offset {{\"parent.Flare296.mult_offset - 1.65\"}}\n mult_size {{\"parent.Flare296.mult_size + 0.2\"}}\n mult_color -1.95\n mult_brightness -1\n mult_visibility -0.34\n mult_flattening -0.4\n mult_rotate 0.5\n name Flare297\n xpos 3\n ypos 6272\n disable {{parent.Flare296.disable}}\n }\n Saturation {\n saturation 0.6\n name Saturation23\n xpos 3\n ypos 6298\n }\n Merge2 {\n inputs 2\n operation plus\n maskChannelMask none\n name Merge263\n xpos 3\n ypos 6336\n }\n Blur {\n size 4\n name Blur135\n xpos 3\n ypos 6388\n }\n Grade {\n white {1 1 2 1}\n multiply 4\n name Grade54\n xpos 3\n ypos 6426\n }\n Noise {\n inputs 0\n size {{100*parent.Flare296.size_mult}}\n lacunarity 1.84\n gain 0.245\n gamma 0.73\n center {320 240}\n name Noise20\n xpos -107\n ypos 6616\n disable {{parent.Flare296.disable}}\n }\n Merge {\n inputs 2\n operation in\n name Merge259\n xpos 3\n ypos 6616\n }\n Dot {\n name Dot112\n xpos 37\n ypos 6791\n }\n Flare {\n inputs 0\n position {{parent.Flare266.position.x} {parent.Flare266.position.y}}\n offset {{parent.Flare266.offset}}\n size_mult {{parent.Flare266.size_mult}}\n inner_color 0.23\n asym_multiplier 0.17\n asym_angle 180\n mult_num {{\"3 + parent.Flare266.mult_num\"}}\n mult_seed {{parent.Flare266.mult_seed}}\n mult_offset -7\n mult_size 1\n mult_color 1.8\n mult_brightness -1\n mult_visibility -0.74\n mult_flattening 1\n mult_rotate 1\n name Flare265\n xpos -338\n ypos 6267\n disable {{parent.Flare266.disable}}\n }\n Blur {\n size 6.2\n name Blur119\n xpos -338\n ypos 6309\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset {{parent.lensPieceMainOffset}}\n radius {71.28 91.28 111.28}\n size_mult {{parent.lensPieceMainSize}}\n inner_color 0.35\n asym_multiplier 0.315\n asym_falloff 2.35\n asym_angle 28\n mult_num {{\"parent.lensPieceMainAdditional + 3\"}}\n mult_seed {{parent.lensPieceMainSeed}}\n mult_offset 7.9\n mult_size 0.9\n mult_color 1.8\n mult_brightness -0.66\n mult_visibility -0.74\n mult_flattening 1\n mult_rotate 0.7\n name Flare266\n xpos -470\n ypos 6175\n disable {{\"parent.lensPieceMainType == 8 ? 0 : 1\"}}\n }\n Blur {\n size 6.2\n name Blur120\n xpos -470\n ypos 6217\n }\n Merge2 {\n inputs 2\n operation plus\n maskChannelMask none\n mix 0.06\n name Merge247\n xpos -470\n ypos 6315\n }\n Dot {\n name Dot117\n xpos -436\n ypos 6836\n }\n Noise {\n inputs 0\n size {{100*(parent.flareCoreSize)+(parent.lensPieceMainSize)}}\n lacunarity 1.84\n gain 0.425\n center {320 240}\n name Noise18\n xpos -747\n ypos 6406\n }\n Flare {\n inputs 0\n position {{parent.Flare188.position.x} {parent.Flare188.position.y}}\n offset {{parent.lensPieceMainOffset}}\n radius {0 50.86 125.81}\n size_mult {{\"parent.Flare188.size_mult * 1.1\"}}\n anamorph {{parent.Flare179.anamorph}}\n ring_color 0.7\n inner_color 0.01\n outer_falloff 1.35\n inner_falloff 2.5\n chroma_spread 0.1\n chroma_shift 0.4\n vis_out 1.2\n vis_mask -rgba.alpha\n flattening 0.15\n sharpness 0\n corners_angle -16\n asym_multiplier 0\n asym_falloff 2.7\n asym_angle -112\n mult_num {{parent.Flare188.mult_num}}\n mult_seed {{parent.Flare188.mult_seed}}\n mult_offset {{\"parent.Flare188.mult_offset + 0.3\"}}\n mult_size {{\"parent.Flare188.mult_size * 0.7\"}}\n name Flare103\n label Source\n xpos -789\n ypos 6262\n disable {{parent.Flare188.disable}}\n }\n Flare {\n inputs 0\n position {{parent.Flare188.position.x} {parent.Flare188.position.y}}\n offset {{parent.Flare188.offset}}\n radius {28.41 80.69 101.66}\n size_mult {{parent.Flare188.size_mult}}\n anamorph {{\"parent.anomalyAnamorph * 1.155\"}}\n ring_color 0.7\n inner_color 0.01\n outer_falloff 1.35\n inner_falloff 2.5\n chroma_spread 0.1\n chroma_shift 0.4\n brightness 0.31\n vis_out 1.2\n vis_mask -rgba.alpha\n flattening 0.15\n sharpness 0\n corners_angle -16\n asym_multiplier 0\n asym_falloff 2.7\n asym_angle 38\n mult_num {{parent.Flare188.mult_num}}\n mult_seed {{parent.Flare188.mult_seed}}\n mult_offset {{\"parent.Flare188.mult_offset * 1.06\"}}\n mult_size {{\"parent.Flare188.mult_size * 0.7\"}}\n name Flare179\n label Source\n xpos -792\n ypos 6204\n disable {{parent.Flare188.disable}}\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x x11 322} {parent.flarePos.y x11 650}}\n offset {{parent.lensPieceMainOffset}}\n radius {71.02 90.68 127.43}\n size_mult {{\"parent.flareCoreSize * parent.lensPieceMainSize\"}}\n anamorph 1.55\n ring_color 0.29\n inner_color {0.2225581408 0.276279062 0.3300000131}\n inner_falloff 0.7\n chroma_spread 0.065\n chroma_shift 14.6\n chroma_shift_angle 52\n brightness 0.18\n vis_mask -rgba.alpha\n asym_angle -28\n mult_num {{\"2 + parent.lensPieceMainAdditional\"}}\n mult_seed {{parent.lensPieceMainSeed}}\n mult_offset {{5.9+parent.lensPieceMainOffset}}\n mult_size {{1.32+parent.lensPieceMainSize}}\n mult_color -0.1\n mult_brightness -0.78\n mult_visibility 0.06\n mult_flattening 0.06\n mult_rotate 0.18\n name Flare188\n label Bits\n xpos -886\n ypos 6143\n disable {{\"parent.lensPieceMainType == 7 ? 0 : 1\"}}\n }\n Merge2 {\n inputs 2\n operation plus\n maskChannelMask none\n name Merge158\n xpos -886\n ypos 6210\n }\n Merge2 {\n inputs 2\n operation stencil\n Achannels {rgba.red rgba.green rgba.blue rgba.red}\n maskChannelMask none\n mix 0.57\n name Merge159\n xpos -886\n ypos 6268\n }\n Merge {\n inputs 2\n operation in\n mix 0.845\n name Merge157\n xpos -886\n ypos 6406\n }\n Grade {\n multiply 3\n maskChannelMask none\n name Grade38\n xpos -886\n ypos 6432\n }\n Glow {\n size 20\n maskChannelMask none\n name Glow9\n xpos -886\n ypos 6469\n }\n Dot {\n name Dot116\n xpos -852\n ypos 6802\n }\n Radial {\n inputs 0\n maskChannelMask none\n area {0 0 {root.width} {root.height}}\n name Radial7\n xpos -1220\n ypos 6470\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset {{parent.lensPieceMainOffset}}\n radius {16.37 34.91 72.4}\n size_mult {{\"parent.lensPieceMainSize * parent.flareCoreSize\"}}\n anamorph 1.8\n ring_color {0.692071 0.0696023 0.00848491}\n inner_color {0.5 0.0967598 0.0334461}\n chroma_shift_angle_add true\n brightness 0.19\n flattening 0.8\n sharpness 0.58\n mult_num {{\"4 + parent.lensPieceMainAdditional\"}}\n mult_seed {{parent.lensPieceMainSeed}}\n mult_offset {{2.1+parent.lensPieceMainOffset}}\n mult_size {{.32+parent.lensPieceMainSize}}\n mult_color -0.3\n mult_brightness -0.82\n name Flare180\n label Big_Red\n xpos -1526\n ypos 6138\n disable {{\"parent.lensPieceMainType == 6 ? 0 : 1\"}}\n }\n Flare {\n position {{parent.Flare180.position.x} {parent.Flare180.position.y}}\n offset {{\"parent.flareCoreSize * 0.92\"}}\n radius {17.72 31.88 48.99}\n size_mult {{parent.Flare180.size_mult}}\n anamorph 1.8\n ring_color {1 0.5505269766 0.07443982363}\n inner_color {0.7400000095 0.590524435 0.3758593202}\n brightness 0.035\n flattening 1\n sharpness 0.85\n mult_num {{\"parent.Flare180.mult_num + 6\"}}\n mult_seed {{parent.Flare180.mult_seed}}\n mult_offset {{\"parent.Flare180.mult_offset * 1.12\"}}\n mult_size {{parent.Flare180.mult_size}}\n mult_color -0.3\n mult_brightness -0.38\n mult_flattening -0.24\n name Flare181\n label Multi_Orange\n xpos -1526\n ypos 6176\n disable {{parent.Flare180.disable}}\n }\n Flare {\n position {{parent.Flare180.position.x} {parent.Flare180.position.y}}\n offset {{\"parent.flareCoreSize * 1.13\"}}\n radius {89.49 101.23 133.29}\n size_mult {{parent.Flare180.size_mult}}\n anamorph 1.8\n ring_color {0.716 0.048 0.009}\n inner_color 0.003\n chroma_shift_angle_add true\n asym_multiplier 0\n asym_falloff 3.3\n asym_angle -36\n mult_seed {{parent.Flare180.mult_seed}}\n name Flare182\n label Half_Concave\n xpos -1526\n ypos 6214\n disable {{parent.Flare180.disable}}\n }\n Flare {\n position {{parent.Flare180.position.x} {parent.Flare180.position.y}}\n offset {{\"parent.flareCoreSize * 1.2\"}}\n radius {164.77 178.61 214.62}\n size_mult {{parent.Flare180.size_mult}}\n anamorph 2.1\n ring_color {0.716 0.048 0.009}\n inner_color 0\n chroma_shift_angle_add true\n brightness 0.4\n asym_multiplier 0\n asym_falloff 3.3\n asym_angle -220\n mult_seed {{parent.Flare180.mult_seed}}\n name Flare183\n label Half_Convex\n xpos -1526\n ypos 6252\n disable {{parent.Flare180.disable}}\n }\n Flare {\n position {{parent.Flare180.position.x} {parent.Flare180.position.y}}\n offset {{\"parent.flareCoreSize * 0.97\"}}\n radius {71.02 101.23 137.55}\n size_mult {{parent.Flare180.size_mult}}\n anamorph 2.8\n ring_color {0.716 0.048 0.009}\n inner_color 0.003\n chroma_shift_angle_add true\n asym_multiplier 0\n asym_falloff 3.3\n asym_angle -36\n mult_seed {{parent.Flare180.mult_seed}}\n name Flare101\n label Half_Concave\n xpos -1526\n ypos 6290\n disable {{parent.Flare180.disable}}\n }\n Flare {\n position {{parent.Flare180.position.x} {parent.Flare180.position.y}}\n offset {{\"parent.flareCoreSize * 0.92\"}}\n radius {113.63 178.61 214.62}\n size_mult {{parent.Flare180.size_mult}}\n anamorph 2.8\n ring_color {0.716 0.048 0.009}\n inner_color 0\n chroma_shift_angle_add true\n brightness 0.4\n asym_multiplier 0\n asym_falloff 3.3\n asym_angle -220\n mult_seed {{parent.Flare180.mult_seed}}\n name Flare102\n label Half_Convex\n xpos -1526\n ypos 6328\n disable {{parent.Flare180.disable}}\n }\n Flare {\n inputs 0\n position {{parent.Flare180.position.x} {parent.Flare180.position.y}}\n offset {{parent.flareCoreSize}}\n radius {65.34 75.93 114.18}\n size_mult {{parent.Flare180.size_mult}}\n anamorph 2.66\n ring_color {1 0.111784 0}\n inner_color {1 0.111784 0}\n outer_falloff 1.9\n chroma_spread 0.046\n brightness 0.3\n flattening 0.7\n mult_num 2\n name Flare184\n label Orange_Glow02\n xpos -1404\n ypos 6166\n disable {{parent.Flare180.disable}}\n }\n Flare {\n position {{parent.Flare180.position.x} {parent.Flare180.position.y}}\n offset {{\"parent.flareCoreSize * 1.15\"}}\n radius {0 72.31 213.3}\n size_mult {{\"parent.Flare180.size_mult * 0.9\"}}\n anamorph 1.7\n ring_color {1.54601 0.0067025 0}\n inner_color {3.17968 0.0106466 0}\n outer_falloff 2\n brightness 0.4\n name Flare185\n label Little_Red_01\n xpos -1404\n ypos 6204\n disable {{parent.Flare180.disable}}\n }\n Flare {\n position {{parent.Flare180.position.x} {parent.Flare180.position.y}}\n offset {{\"parent.flareCoreSize * 1.156\"}}\n radius {0 72.31 166.65}\n size_mult {{\"parent.Flare180.size_mult * 0.85\"}}\n anamorph 2\n ring_color {1 0.00519486 0}\n inner_color {1.72586 0.00716965 0}\n outer_falloff 2\n brightness 0.6\n flattening 0.02\n asym_multiplier 0.125\n asym_falloff 1.35\n asym_angle -200\n name Flare186\n label Little_Red_02\n xpos -1404\n ypos 6242\n disable {{parent.Flare180.disable}}\n }\n Flare {\n position {{parent.Flare180.position.x} {parent.Flare180.position.y}}\n offset {{\"parent.flareCoreSize * 1.5\"}}\n radius {0 75.15 198.64}\n size_mult {{\"parent.Flare180.size_mult * 0.9\"}}\n anamorph 2\n ring_color {1.69674 0.00709478 0}\n inner_color {3.11749 0.0105057 0}\n outer_falloff 2\n brightness 0.6\n flattening 0.9\n name Flare187\n label Little_Red_03\n xpos -1404\n ypos 6280\n disable {{parent.Flare180.disable}}\n }\n Merge2 {\n inputs 2\n operation plus\n maskChannelMask none\n name Merge121\n xpos -1404\n ypos 6334\n }\n Saturation {\n saturation 0\n maskChannelMask none\n name Saturation20\n xpos -1404\n ypos 6360\n }\nset N98094c00 [stack 0]\n Transform {\n rotate 2\n center {{parent.flarePos.x} {parent.flarePos.y}}\n name Transform56\n xpos -1279\n ypos 6360\n }\n Blur {\n size {300 2}\n name Blur30\n xpos -1279\n ypos 6386\n }\npush $N98094c00\n Merge2 {\n inputs 2\n operation screen\n maskChannelMask none\n name Merge110\n xpos -1404\n ypos 6404\n }\n Glow {\n brightness 0.4\n size 31\n maskChannelMask none\n name Glow4\n xpos -1404\n ypos 6430\n }\n Merge2 {\n inputs 2\n operation mask\n maskChannelMask none\n name Merge156\n xpos -1404\n ypos 6470\n }\n Dot {\n name Dot115\n xpos -1370\n ypos 6837\n }\n Noise {\n inputs 0\n size {{100*(parent.flareCoreSize+(parent.lensPieceMainSize))}}\n lacunarity 1.84\n gain 0.425\n center {320 240}\n name Noise16\n xpos -1685\n ypos 6681\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n radius {15.62 22.5 30.84}\n size_mult {{(parent.flareCoreSize)*(parent.lensPieceMainSize)}}\n anamorph 1.35072\n ring_color 0.1525\n inner_color 0.135\n outer_falloff 0.86\n inner_falloff 0.9\n chroma_spread 0.038\n brightness 0.034\n vis_mask -rgba.alpha\n flattening 0.7\n mult_num {{20+(parent.lensPieceMainAdditional)}}\n mult_seed {{(parent.lensPieceMainSeed)}}\n mult_offset {{3.9+(parent.lensPieceMainOffset)}}\n mult_size {{.82+(parent.lensPieceMainSizeVariation)}}\n mult_color -0.85\n mult_brightness -0.18\n mult_visibility 0.18\n mult_rotate 0.08\n name Flare57\n label Bits\n xpos -1824\n ypos 6508\n disable {{\"parent.lensPieceMainType == 5 ? 0 : 1\"}}\n }\n Flare {\n position {{parent.Flare57.position.x} {parent.Flare57.position.y}}\n radius {21.87 28.75 47.03}\n size_mult {{\"parent.Flare57.size_mult * 1.02\"}}\n anamorph 1.44\n ring_color 0.1525\n inner_color 0.135\n outer_falloff 0.86\n inner_falloff 0.9\n chroma_spread 0.062\n brightness 0.016\n vis_mask -rgba.alpha\n flattening 0.7\n mult_num {{\"parent.Flare57.mult_num - 15\"}}\n mult_seed {{(parent.lensPieceMainSeed)}}\n mult_offset {{\"parent.Flare57.mult_offset + 4.1\"}}\n mult_size {{\"parent.Flare57.mult_size * 0.9\"}}\n mult_color 0.6\n mult_brightness -0.72\n mult_visibility -0.18\n name Flare58\n label Pieces\n xpos -1824\n ypos 6557\n disable {{parent.Flare57.disable}}\n }\n Grade {\n multiply 8\n name Grade36\n xpos -1824\n ypos 6595\n }\n Merge {\n inputs 2\n operation in\n mix 0.845\n name Merge76\n xpos -1824\n ypos 6681\n }\n Grade {\n multiply 3\n maskChannelMask none\n name Grade37\n xpos -1824\n ypos 6707\n }\n Glow {\n size 20\n maskChannelMask none\n name Glow8\n xpos -1824\n ypos 6733\n }\n Dot {\n name Dot114\n xpos -1790\n ypos 6842\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x i} {parent.flarePos.y i}}\n offset {{parent.flareCoreSize i}}\n radius {33.35 53.35 73.35}\n size_mult {{(parent.flareCoreSize)*(parent.lensPieceMainSize)}}\n ring_color {0.19 0.325 0.1}\n inner_color {0.19 0.325 0.1}\n chroma_spread 0.028\n brightness 0.06\n vis_mask -rgba.alpha\n corners 3\n flattening 0.9\n sharpness 0.56\n mult_num {{5+(parent.lensPieceMainAdditional) i}}\n mult_seed {{(parent.lensPieceMainSeed) i}}\n mult_offset {{++(parent.lensPieceMainOffset) i}}\n mult_size {{1+(parent.lensPieceMainSizeVariation) i}}\n mult_color 0.1\n mult_brightness -0.66\n mult_flattening -1\n name Flare68\n xpos -1962\n ypos 6209\n disable {{\"parent.lensPieceMainType == 4 ? 0 : 1\" i}}\n }\n Flare {\n position {{parent.Flare68.position.x} {parent.Flare68.position.y}}\n offset {{\"parent.Flare68.offset - 1\"}}\n radius {0 9.8 28.34}\n size_mult {{parent.Flare68.size_mult}}\n ring_color {0.19 0.325 0.1}\n inner_color {0.19 0.325 0.1}\n chroma_spread 0.068\n brightness 0.085\n vis_mask -rgba.alpha\n corners 3\n flattening 0.9\n mult_num {{15+(parent.lensPieceMainAdditional)}}\n mult_seed {{parent.Flare68.mult_seed}}\n mult_offset {{4+(parent.lensPieceMainOffset)}}\n mult_size {{1+(parent.lensPieceMainSizeVariation)}}\n mult_color 0.5\n mult_brightness -0.64\n mult_visibility -0.84\n mult_flattening -1\n name Flare70\n xpos -1962\n ypos 6235\n disable {{parent.Flare68.disable}}\n }\n Flare {\n position {{parent.Flare68.position.x} {parent.Flare68.position.y}}\n offset {{\"parent.Flare68.offset - 1\"}}\n radius {0 5.43 9.39}\n size_mult {{parent.Flare68.size_mult}}\n ring_color {0.19 0.325 0.1}\n inner_color {0.19 0.325 0.1}\n chroma_spread 0.036\n brightness 0.048\n vis_mask -rgba.alpha\n corners 3\n flattening 0.9\n mult_num {{15+(parent.lensPieceMainAdditional)}}\n mult_seed {{parent.Flare68.mult_seed}}\n mult_offset {{4.3+(parent.lensPieceMainOffset)}}\n mult_size {{1+(parent.lensPieceMainSizeVariation)}}\n mult_color 0.45\n mult_brightness -0.78\n mult_visibility -0.84\n mult_flattening -1\n name Flare71\n xpos -1962\n ypos 6261\n disable {{parent.Flare68.disable}}\n }\n Grade {\n multiply 2.5\n maskChannelMask none\n name Grade35\n xpos -1962\n ypos 6287\n }\n Glow {\n brightness 2.04\n size 31\n maskChannelMask none\n name Glow7\n xpos -1962\n ypos 6313\n }\n Dot {\n name Dot113\n xpos -1928\n ypos 6866\n }\n Flare {\n inputs 0\n position {{parent.Flare31.position.x} {parent.Flare31.position.y}}\n offset {{\"parent.Flare31.offset + 0.55\"}}\n radius {45.45 54.05 55.75}\n size_mult {{parent.Flare31.size_mult}}\n ring_color {0.717144 0.831651 0.231489}\n inner_color {0.290861 0.320133 0.150273}\n brightness 0.32\n flattening 0.5\n asym_multiplier 0\n asym_falloff 0.62\n asym_angle -88\n name Flare21\n label Little_Yellow_01\n xpos -2265\n ypos 6183\n disable {{parent.Flare31.disable}}\n }\n Flare {\n position {{parent.Flare31.position.x} {parent.Flare31.position.y}}\n offset {{\"parent.Flare31.offset + 0.55\"}}\n radius {42.62 42.62 42.62}\n size_mult {{parent.Flare31.size_mult}}\n ring_color {0.717144 0.831651 0.231489}\n inner_color {0.290861 0.320133 0.150273}\n brightness 0.32\n flattening 0.5\n asym_multiplier 0\n asym_falloff 0.62\n asym_angle -88\n name Flare22\n label Little_Yellow_02\n xpos -2265\n ypos 6221\n disable {{parent.Flare31.disable}}\n }\n Flare {\n position {{parent.Flare31.position.x} {parent.Flare31.position.y}}\n offset {{\"parent.Flare31.offset + 0.58\"}}\n radius {21.31 29.59 32.78}\n size_mult {{parent.Flare31.size_mult}}\n ring_color {0.717144 0.831651 0.231489}\n inner_color {0.290861 0.320133 0.150273}\n brightness 0.2\n flattening 0.5\n asym_multiplier 0\n asym_falloff 0.62\n asym_angle -88\n name Flare28\n label Little_Yellow_03\n xpos -2265\n ypos 6259\n disable {{parent.Flare31.disable}}\n }\n Flare {\n position {{parent.Flare31.position.x} {parent.Flare31.position.y}}\n offset {{\"parent.Flare31.offset + 0.58\"}}\n radius {11.36 15.16 24.44}\n size_mult {{parent.Flare31.size_mult}}\n ring_color {0.717144 0.831651 0.231489}\n inner_color {0.290861 0.320133 0.150273}\n brightness 0.11\n flattening 0.3\n asym_multiplier 0.135\n asym_falloff 0.44\n asym_angle -102\n name Flare29\n label Little_Yellow_04\n xpos -2265\n ypos 6297\n disable {{parent.Flare31.disable}}\n }\n Flare {\n position {{parent.Flare31.position.x} {parent.Flare31.position.y}}\n offset {{\"parent.Flare31.offset + 0.56\"}}\n radius {18.82 34.78 39.89}\n size_mult {{parent.Flare31.size_mult}}\n ring_color {0.717144 0.831651 0.231489}\n inner_color {0.290861 0.320133 0.150273}\n chroma_spread 0.068\n brightness 0.06\n flattening 0.1\n asym_multiplier 0.135\n asym_falloff 0.44\n asym_angle -102\n name Flare30\n label Little_Yellow_05\n xpos -2265\n ypos 6335\n disable {{parent.Flare31.disable}}\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset {{parent.flareCoreSize}}\n radius {16.37 34.91 72.4}\n size_mult {{(parent.flareCoreSize)*(parent.lensPieceMainSize)}}\n ring_color {0.692071 0.0696023 0.00848491}\n inner_color {0.5 0.0967598 0.0334461}\n chroma_shift_angle_add true\n brightness 0.19\n corners 6\n flattening 0.3\n sharpness 0.58\n mult_num {{6+(parent.lensPieceMainAdditional)}}\n mult_seed {{(parent.lensPieceMainSeed)}}\n mult_offset {{2.1+(parent.lensPieceMainOffset)}}\n mult_size {{.32+(parent.lensPieceMainSizeVariation)}}\n mult_color -0.3\n mult_brightness -0.82\n mult_rotate -0.65\n name Flare31\n label Big_Red\n xpos -2370\n ypos 6182\n disable {{\"parent.lensPieceMainType == 3 ? 0 : 1\"}}\n }\n Flare {\n position {{parent.Flare31.position.x} {parent.Flare31.position.y}}\n offset {{\"parent.Flare31.offset - 0.8\"}}\n radius {17.72 31.88 48.99}\n size_mult {{parent.Flare31.size_mult}}\n ring_color {1 0.550527 0.0744398}\n inner_color {0.5 0.399003 0.253959}\n brightness 0.02\n corners 6\n flattening 0.9\n sharpness 0.95\n mult_num {{8+(parent.lensPieceMainAdditional)}}\n mult_seed {{(parent.lensPieceMainSeed)}}\n mult_offset {{3.3+(parent.lensPieceMainOffset)}}\n mult_size {{.34+(parent.lensPieceMainSizeVariation)}}\n mult_color -0.3\n mult_brightness -0.38\n mult_flattening -0.24\n name Flare32\n label Multi_Orange\n xpos -2370\n ypos 6220\n disable {{parent.Flare31.disable}}\n }\n Flare {\n position {{parent.Flare31.position.x} {parent.Flare31.position.y}}\n offset {{\"parent.Flare31.offset + 0.13\"}}\n radius {0 11.74 19.65}\n size_mult {{parent.Flare31.size_mult}}\n ring_color {0.716 0.048 0.009}\n inner_color 0.003\n chroma_shift_angle_add true\n asym_multiplier 0\n asym_falloff 3.3\n asym_angle -36\n name Flare33\n label Half_Concave\n xpos -2370\n ypos 6261\n disable {{parent.Flare31.disable}}\n }\n Flare {\n position {{parent.Flare31.position.x} {parent.Flare31.position.y}}\n offset {{\"parent.Flare31.offset + 0.202\"}}\n radius {0 13.84 20.02}\n size_mult {{parent.Flare31.size_mult}}\n ring_color {0.716 0.048 0.009}\n inner_color 0\n chroma_shift_angle_add true\n brightness 0.4\n asym_multiplier 0\n asym_falloff 3.3\n asym_angle -220\n name Flare34\n label Half_Convex\n xpos -2370\n ypos 6299\n disable {{parent.Flare31.disable}}\n }\n Merge2 {\n inputs 2\n operation plus\n maskChannelMask none\n mix 0.4\n name Merge73\n xpos -2370\n ypos 6381\n }\n Flare {\n inputs 0\n position {{parent.Flare31.position.x} {parent.Flare31.position.y}}\n offset {{\"parent.Flare31.offset + 0.9\"}}\n radius {0 10.59 31.79}\n size_mult {{parent.Flare31.size_mult}}\n anamorph 1.06\n ring_color {1 0.111784 0}\n inner_color {1 0.111784 0}\n outer_falloff 1.9\n chroma_spread 0.046\n brightness 0.3\n mult_num 2\n name Flare35\n label Orange_Glow02\n xpos -2163\n ypos 6218\n disable {{parent.Flare31.disable}}\n }\n Flare {\n position {{parent.Flare31.position.x} {parent.Flare31.position.y}}\n offset {{\"parent.Flare31.offset + 1.5\"}}\n radius {0 72.31 213.3}\n size_mult {{-((parent.flareCoreSize))*(parent.lensPieceMainSize)}}\n ring_color {1.54601 0.0067025 0}\n inner_color {3.17968 0.0106466 0}\n outer_falloff 2\n brightness 0.4\n name Flare37\n label Little_Red_01\n xpos -2163\n ypos 6256\n disable {{parent.Flare31.disable}}\n }\n Flare {\n position {{parent.Flare31.position.x} {parent.Flare31.position.y}}\n offset {{\"parent.Flare31.offset + 1.565\"}}\n radius {0 72.31 166.65}\n size_mult {{-((parent.flareCoreSize))*(parent.lensPieceMainSize)}}\n ring_color {1 0.00519486 0}\n inner_color {1.72586 0.00716965 0}\n outer_falloff 2\n brightness 0.6\n asym_multiplier 0.125\n asym_falloff 1.35\n asym_angle -200\n name Flare50\n label Little_Red_02\n xpos -2163\n ypos 6294\n disable {{parent.Flare31.disable}}\n }\n Flare {\n position {{parent.Flare31.position.x} {parent.Flare31.position.y}}\n offset {{\"parent.Flare31.offset + 1.56\"}}\n radius {0 72.31 195.8}\n size_mult {{-((parent.flareCoreSize))*(parent.lensPieceMainSize)}}\n ring_color {1.69674 0.00709478 0}\n inner_color {3.11749 0.0105057 0}\n outer_falloff 2\n brightness 0.6\n name Flare51\n label Little_Red_03\n xpos -2163\n ypos 6332\n disable {{parent.Flare31.disable}}\n }\n Merge2 {\n inputs 2\n operation plus\n maskChannelMask none\n name Merge75\n xpos -2268\n ypos 6381\n }\n Saturation {\n saturation 0\n maskChannelMask none\n name Saturation19\n xpos -2372\n ypos 6427\n }\n Dot {\n name Dot109\n xpos -2338\n ypos 6898\n }\n Noise {\n inputs 0\n size {{100*(parent.flareCoreSize)+(parent.lensPieceMainSize)}}\n lacunarity 1.84\n gain 0.425\n center {320 240}\n name Noise13\n xpos -2548\n ypos 6414\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset 1\n radius {0 8.33 13.75}\n size_mult {{(parent.flareCoreSize)*(parent.lensPieceMainSize)}}\n ring_color {0.338333 0.403333 0.338333}\n inner_color 0.37\n chroma_spread 0.062\n chroma_shift_angle_add true\n brightness 0.04\n vis_mask -rgba.alpha\n corners 6\n flattening 0.6\n sharpness 0.86\n mult_num {{10+(parent.lensPieceMainAdditional)}}\n mult_seed {{(parent.lensPieceMainSeed)}}\n mult_offset {{5+(parent.lensPieceMainOffset)}}\n mult_size {{-0.02+(parent.lensPieceMainSizeVariation)}}\n mult_color 1.5\n mult_brightness -1\n name Flare19\n xpos -2696\n ypos 6191\n disable {{\"parent.lensPieceMainType == 2 ? 0 : 1\"}}\n }\n Flare {\n position {{parent.Flare19.position.x} {parent.Flare19.position.y}}\n radius {0 8.33 13.75}\n size_mult {{(parent.flareCoreSize)+(parent.lensPieceMainSize)}}\n ring_color {0.338333 0.403333 0.338333}\n inner_color 0.29\n brightness 0.105\n vis_mask -rgba.alpha\n corners 6\n flattening 1\n sharpness 0.86\n mult_num {{3+(parent.ffx_more_pieces)}}\n mult_seed {{(parent.ffx_pieces_seed)}}\n mult_offset {{3.05+(parent.ffx_pieces_offset)}}\n mult_size {{-0.32+(parent.ffx_pieces_size)}}\n mult_color -0.1\n mult_brightness -1\n mult_flattening -0.68\n mult_rotate 0.8\n name Flare23\n xpos -2696\n ypos 6217\n disable {{parent.Flare19.disable}}\n }\n Flare {\n position {{parent.Flare19.position.x} {parent.Flare19.position.y}}\n radius {0 8.33 13.75}\n size_mult {{(parent.flareCoreSize)+(parent.lensPieceMainSize)}}\n ring_color {0.338333 0.34 0.37}\n inner_color 0.29\n chroma_spread 0.07\n brightness 0.13\n vis_mask -rgba.alpha\n corners 6\n flattening 1\n sharpness 0.86\n mult_num {{10+(parent.ffx_more_pieces)}}\n mult_seed {{(parent.ffx_pieces_seed)}}\n mult_offset {{1.65+(parent.ffx_pieces_offset)}}\n mult_size {{0.72+(parent.ffx_pieces_size)}}\n mult_color -1.95\n mult_brightness -1\n mult_visibility -0.34\n mult_flattening -0.4\n mult_rotate 0.5\n name Flare24\n xpos -2696\n ypos 6243\n disable {{parent.Flare19.disable}}\n }\n Saturation {\n saturation 0.6\n name Saturation18\n xpos -2696\n ypos 6271\n }\n Flare {\n position {{parent.Flare19.position.x} {parent.Flare19.position.y}}\n offset 1.45\n radius {20.94 29.27 34.69}\n size_mult {{(parent.flareCoreSize)+(parent.lensPieceMainSize)}}\n ring_color {0.338333 0.403333 0.338333}\n inner_color 0.32\n brightness 0.105\n vis_mask -rgba.alpha\n corners 6\n flattening 0.7\n sharpness 0.86\n mult_num {{2+(parent.ffx_more_pieces)}}\n mult_seed {{(parent.ffx_pieces_seed)}}\n mult_offset {{1+(parent.ffx_pieces_offset)}}\n mult_size {{-0.32+(parent.ffx_pieces_size)}}\n mult_color -0.1\n mult_brightness -1\n mult_flattening -0.68\n mult_rotate 0.8\n name Flare25\n xpos -2696\n ypos 6297\n disable {{parent.Flare19.disable}}\n }\n Blur {\n size 4\n name Blur29\n xpos -2696\n ypos 6324\n }\n Grade {\n white {1 1 2 1}\n multiply 4\n name Grade67\n xpos -2696\n ypos 6362\n }\n Flare {\n position {{parent.Flare19.position.x} {parent.Flare19.position.y}}\n offset 1.9\n radius {37.95 46.28 50.39}\n size_mult {{(parent.flareCoreSize)+(parent.lensPieceMainSize)}}\n anamorph 0.7\n ring_color {0.338333 0.403333 0.338333}\n inner_color 0.295\n outer_falloff 0.7\n inner_falloff 4.8\n chroma_spread 0.018\n chroma_shift 0.2\n chroma_shift_angle 46\n brightness 0.03\n vis_mask -rgba.alpha\n corners 6\n sharpness 0.86\n asym_multiplier 0\n asym_falloff 10\n asym_angle -28\n mult_num {{1+(parent.ffx_more_pieces)}}\n mult_seed {{(parent.ffx_pieces_seed)}}\n mult_offset {{-0.3+(parent.ffx_pieces_offset)}}\n mult_size {{0.2+(parent.ffx_pieces_size)}}\n mult_color -0.1\n mult_brightness -1\n mult_flattening -0.68\n mult_rotate 1\n name Flare26\n xpos -2696\n ypos 6388\n disable {{parent.Flare19.disable}}\n }\n Merge {\n inputs 2\n operation in\n mix 0.745\n name Merge67\n xpos -2696\n ypos 6414\n }\n Dot {\n name Dot108\n xpos -2662\n ypos 6918\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset 0.139442\n radius {34.09 39.3 53.38}\n size_mult {{(parent.flareCoreSize)*(parent.lensPieceMainSize)}}\n ring_color 0.59\n inner_color 0.76\n brightness 0.5\n flattening 0.7\n sharpness 1\n mult_num {{8+(parent.lensPieceMainAdditional)}}\n mult_seed {{(parent.lensPieceMainSeed)}}\n mult_offset {{2.35+(parent.lensPieceMainOffset)}}\n mult_size {{1+(parent.lensPieceMainSizeVariation)}}\n mult_color 0.95\n mult_brightness -0.72\n mult_visibility 0.12\n name Flare27\n xpos -2819\n ypos 6607\n disable {{\"parent.lensPieceMainType == 1 ? 0 : 1\"}}\n }\n Glow {\n maskChannelMask none\n name Glow6\n xpos -2819\n ypos 6633\n }\n Noise {\n inputs 0\n size {{100*(parent.flareCoreSize)+(parent.lensPieceMainSize)}}\n lacunarity 1.84\n gain 0.425\n center {320 240}\n name Noise11\n xpos -2929\n ypos 6670\n }\n Merge {\n inputs 2\n operation in\n name Merge63\n xpos -2819\n ypos 6670\n }\n Dot {\n name Dot107\n xpos -2785\n ypos 6964\n }\n Flare {\n inputs 0\n position {{parent.flarePos.x} {parent.flarePos.y}}\n offset {{(parent.flareCoreSize)-1}}\n radius {14.8 24.44 28.18}\n size_mult {{(parent.flareCoreSize)*(parent.lensPieceMainSize)}}\n anamorph 1.2\n inner_color 1\n corners 6\n flattening 0.573007\n sharpness 0.861716\n mult_num {{12+(parent.lensPieceMainAdditional)}}\n mult_seed {{(parent.lensPieceMainSeed)}}\n mult_offset {{5+(parent.flareCoreSize)+(parent.lensPieceMainOffset)}}\n mult_size {{.44+(parent.lensPieceMainSizeVariation)}}\n mult_color 1.35\n mult_brightness -0.758621\n mult_visibility -0.701149\n mult_rotate 0.4\n name Flare20\n xpos -3050\n ypos 6285\n disable {{\"parent.lensPieceMainType == 0 ? 0 : 1\"}}\n }\n Saturation {\n saturation 0\n maskChannelMask none\n name Saturation16\n xpos -3050\n ypos 6325\n }\n Glow {\n maskChannelMask none\n name Glow29\n xpos -3050\n ypos 6359\n }\n Dot {\n name Dot96\n xpos -3016\n ypos 7009\n }\n Switch {\n inputs 10\n which {{parent.lensPieceMainType}}\n name lens_anomolies1\n xpos -140\n ypos 7005\n }\n Crop {\n box {0 0 {root.width} {root.height}}\n name Crop1\n xpos -2\n ypos 7005\n }\n Clamp {\n name Clamp3\n xpos 129\n ypos 6999\n }\n Grade {\n multiply {{parent.lensPieceMainColour.r} {parent.lensPieceMainColour.g} {parent.lensPieceMainColour.b} 0}\n white_clamp true\n maskChannelMask none\n name grade\n label \"lens pieces grade\"\n xpos 281\n ypos 6999\n }\n Blur {\n size {{parent.lensPieceMainBlur}}\n name Blur27\n label \"lens pieces blur\"\n xpos 410\n ypos 6992\n }\n Group {\n name Static_Noise5\n help \"Adds synthetic grain. Push \\\"presets\\\" to get predefined types of grain, these are the correct size for 2K scans.\\n\\nYou can also adjust the sliders to match a sample piece of grain. Find a sample with a rather constant background, blur it to remove the grain, and use as input to this. View with a wipe in the viewer so you can make a match. It helps to view and match each of the red, green, blue seperately.\"\n tile_color 0x992620ff\n note_font \"Bitstream Vera Sans\"\n xpos 532\n ypos 7006\n dope_sheet true\n mapsize {0.15 0.15}\n addUserKnob {20 master_control l Master}\n addUserKnob {7 noise_intensity_global l Intensity R 0 2}\n noise_intensity_global 0.52\n addUserKnob {7 rgb_size_multiplier l Size R 0 2}\n rgb_size_multiplier 1\n addUserKnob {26 \"\"}\n addUserKnob {6 no_alpha l \"no alpha?\" t \"Check this box if your image doesn't have an alpha and you cannot use another alpha channel.\\n\\n(Note: This WILL cause the grain to be more prevalent. So please compensate using the Noise Size and Noise Intensity controls above.)\" +STARTLINE}\n no_alpha true\n addUserKnob {20 adv_controls l Advanced}\n addUserKnob {20 fractal_noise_size l \"RGB Noise Size\" n 1}\n fractal_noise_size 0\n addUserKnob {14 red_size l r R 0 100}\n red_size 1.7\n addUserKnob {14 green_size l g R 0 100}\n green_size 1.6\n addUserKnob {14 blue_size l b R 0 100}\n blue_size 1.5\n addUserKnob {20 endGroup n -1}\n addUserKnob {20 noise_irregularity l \"RGB Noise Irregularity\" n 1}\n noise_irregularity 0\n addUserKnob {7 red_i l r}\n red_i 1\n addUserKnob {7 green_i l g}\n green_i 0.75\n addUserKnob {7 blue_i l b}\n blue_i 0.65\n addUserKnob {20 endGroup_1 l endGroup n -1}\n addUserKnob {20 noise_intensity l \"RGB Noise Intensity\" n 1}\n noise_intensity 0\n addUserKnob {7 red_m l r t \"Amount of grain to add to a white pixel\"}\n red_m 0.2\n addUserKnob {7 green_m l g}\n green_m 0.4\n addUserKnob {7 blue_m l b}\n blue_m 0.6\n addUserKnob {18 black t \"Amount of grain to add everywhere\"}\n black {0 0 0}\n addUserKnob {6 black_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {18 minimum t \"Minimum black level\" R 0 0.01}\n minimum {0 0 0}\n addUserKnob {6 minimum_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {20 endGroup_2 l endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {3 seed l Seed}\n seed 134\n addUserKnob {32 reset l Reset T \"knobs this \\{rgb_size_multiplier 0 red_size 1.70 green_size 1.60 blue_size 1.50 red_i 1.00 green_i 0.75 blue_i 0.65 red_m 0.40 green_m 0.60 blue_m 1.65 black 0.00\\}\" +STARTLINE}\n }\n Input {\n inputs 0\n name Input1\n xpos 0\n }\nset N95e11800 [stack 0]\n Noise {\n output {rgba.red -rgba.green -rgba.blue -rgba.alpha}\n cliptype none\n replace true\n size {{parent.red_size.w*(rgb_size_multiplier) i} {parent.red_size.h*(rgb_size_multiplier) i}}\n octaves 2\n gamma 1\n xrotate {{red_i*45 i}}\n yrotate {{red_i*45 i}}\n name red\n xpos 144\n ypos -7\n }\n Noise {\n output {-rgba.red rgba.green -rgba.blue -rgba.alpha}\n cliptype none\n replace true\n size {{parent.green_size.w*(rgb_size_multiplier) i} {parent.green_size.h*(rgb_size_multiplier) i}}\n zoffset 10\n octaves 2\n gamma 1\n xrotate {{green_i*45 i}}\n yrotate {{green_i*45 i}}\n name green\n xpos 144\n ypos 35\n }\n Noise {\n output {-rgba.red -rgba.green rgba.blue -rgba.alpha}\n cliptype none\n replace true\n size {{parent.blue_size.w*(rgb_size_multiplier) i} {parent.blue_size.h*(rgb_size_multiplier) i}}\n zoffset 20\n octaves 2\n gamma 1\n xrotate {{blue_i*45 i}}\n yrotate {{blue_i*45 i}}\n name blue\n xpos 144\n ypos 77\n }\npush $N95e11800\n MergeExpression {\n inputs 2\n expr0 max(minimum.r,r+(2*Ar-1)*(r*red_m*noise_intensity_global))\n expr1 max(minimum.g,g+(2*Ag-1)*(g*green_m*noise_intensity_global))\n expr2 max(minimum.b,b+(2*Ab-1)*(b*blue_m*noise_intensity_global))\n name MergeExpression1\n xpos 144\n ypos 117\n }\nset N95e10800 [stack 0]\npush $N95e10800\npush $N95e11800\n Copy {\n inputs 2\n channels rgb\n maskChannelInput rgba.alpha\n name Copy1\n xpos 0\n ypos 105\n disable {{parent.no_alpha i}}\n }\n Switch {\n inputs 2\n which {{parent.no_alpha i}}\n name Switch1\n xpos 144\n ypos 171\n }\n Output {\n name Output1\n xpos 144\n ypos 219\n }\n end_group\n Dot {\n name Dot38\n xpos 657\n ypos 7009\n }\nset N95d7f800 [stack 0]\n Saturation {\n saturation 0\n name Saturation17\n xpos 624\n ypos 7055\n }\npush $N95d7f800\n Copy {\n inputs 2\n from0 rgba.red\n to0 rgba.alpha\n name Copy17\n xpos 767\n ypos 6999\n }\n Flare {\n inputs 0\n position {{\"parent.flarePos.x + parent.anomalyPosOffset.w\"} {\"parent.flarePos.y + parent.anomalyPosOffset.h\"}}\n offset {{parent.anomalyRotOffset}}\n radius {0 38.8 87.21}\n size_mult 16\n anamorph 1.16\n inner_color 0\n outer_falloff 14\n inner_falloff 10\n chroma_spread -0.03\n brightness 0.53\n asym_repeat 2\n asym_multiplier 0\n asym_falloff 1.55\n asym_angle {{(parent.ffx_position.x)-92}}\n name Flare267\n xpos 699\n ypos 5221\n disable {{\"parent.anomalyType == 8 ? 0 : 1\"}}\n }\n Grade {\n gamma 0.75\n maskChannelMask none\n unpremult -rgba.alpha\n name Grade50\n xpos 699\n ypos 5269\n }\n Dot {\n name Dot45\n xpos 733\n ypos 5639\n }\n Noise {\n inputs 0\n size {{(parent.flareCoreSize*20)+80}}\n lacunarity 1.84\n gain 0.435\n gamma 0.81\n center {320 240}\n name Noise10\n xpos 170\n ypos 5362\n disable {{parent.Flare228.disable}}\n }\n Flare {\n inputs 0\n position {{parent.Flare228.position.x} {parent.Flare228.position.y}}\n offset {{parent.anomalyRotOffset}}\n radius {0 3.97 32.72}\n size_mult {3.6 4.2}\n anamorph 10.08\n ring_color {0 1 0.7899999619}\n inner_color {0.1000000238 1 0.8109999895}\n outer_falloff 1.3\n inner_falloff 1.05\n vis_mask -rgba.alpha\n name Flare227\n xpos 460\n ypos 5273\n disable {{parent.Flare228.disable}}\n }\n Blur {\n size 25.5\n name Blur20\n xpos 460\n ypos 5299\n }\n Flare {\n inputs 0\n position {{\"parent.flarePos.x + parent.anomalyPosOffset.w\"} {\"parent.flarePos.y + parent.anomalyPosOffset.h\"}}\n offset {{parent.anomalyRotOffset}}\n radius {0 27.23 44.38}\n size_mult {1.3 3.9}\n anamorph 23.52\n inner_color 0\n outer_falloff 1.45\n inner_falloff 0.42\n chroma_spread -0.21\n brightness 0.65\n vis_mask -rgba.alpha\n name Flare228\n xpos 314\n ypos 5221\n disable {{\"parent.anomalyType == 7 ? 0 : 1\"}}\n }\n Blur {\n size {20 5}\n name Blur21\n xpos 314\n ypos 5247\n }\n Merge {\n inputs 2\n operation plus\n name Merge47\n xpos 314\n ypos 5305\n }\n Merge {\n inputs 2\n operation stencil\n mix 0.9\n name Merge205\n xpos 314\n ypos 5362\n }\n Glow {\n brightness 0.5\n maskChannelMask none\n name Glow40\n xpos 314\n ypos 5402\n }\n Dot {\n name Dot46\n xpos 348\n ypos 5617\n }\n Flare {\n inputs 0\n position {{parent.Flare132.position.x} {parent.Flare132.position.y}}\n offset {{parent.Flare132.offset}}\n radius {120.83 130.41 137.17}\n size_mult {{parent.Flare132.size_mult}}\n anamorph {{parent.Flare132.anamorph}}\n ring_color 0.7900000215\n inner_color 0\n outer_falloff 3.2\n inner_falloff 5.6\n chroma_shift 0.4\n brightness 0.275\n vis_mask -rgba.alpha\n sharpness 0\n asym_multiplier 0\n asym_falloff 10\n asym_angle 144\n name Flare44\n label Source\n xpos -217\n ypos 5578\n disable {{parent.Flare132.disable}}\n }\n Flare {\n inputs 0\n position {{parent.Flare132.position.x} {parent.Flare132.position.y}}\n offset {{parent.Flare132.offset}}\n radius {122.25 134.67 140.01}\n size_mult {{parent.Flare132.size_mult}}\n anamorph {{parent.Flare132.anamorph}}\n ring_color 0.7900000215\n inner_color 0\n outer_falloff 3.2\n inner_falloff 5.6\n chroma_shift 0.4\n brightness 0.08\n vis_mask -rgba.alpha\n flattening 0.15\n sharpness 0\n asym_multiplier 0\n asym_falloff 4.6\n asym_angle 144\n name Flare45\n label Source\n xpos -217\n ypos 5517\n disable {{parent.Flare132.disable}}\n }\n Flare {\n inputs 0\n position {{parent.Flare132.position.x} {parent.Flare132.position.y}}\n offset {{parent.Flare132.offset}}\n radius {65.44 126.15 141.43}\n size_mult {{parent.Flare132.size_mult}}\n anamorph {{parent.Flare132.anamorph}}\n ring_color 0.7\n inner_color 0\n outer_falloff 3.8\n inner_falloff 7.2\n chroma_shift 0.4\n brightness 0.08\n vis_mask -rgba.alpha\n flattening 0.15\n sharpness 0\n asym_multiplier 0\n asym_falloff 5\n asym_angle 144\n name Flare46\n label Source\n xpos -107\n ypos 5460\n disable {{parent.Flare132.disable}}\n }\n Merge {\n inputs 2\n operation plus\n name Merge90\n xpos -107\n ypos 5523\n }\n Merge {\n inputs 2\n operation plus\n name Merge92\n xpos -107\n ypos 5584\n }\n Flare {\n inputs 0\n position {{parent.Flare132.position.x} {parent.Flare132.position.y}}\n offset {{parent.Flare132.offset}}\n radius {130.77 141.77 148.53}\n size_mult {{parent.Flare132.size_mult}}\n anamorph {{parent.Flare132.anamorph}}\n ring_color 0.7900000215\n inner_color 0\n outer_falloff 3.2\n inner_falloff 5.6\n chroma_shift 0.4\n brightness 0.48\n vis_out 0.99\n vis_mask -rgba.alpha\n sharpness 0\n asym_multiplier 0\n asym_falloff 6\n asym_angle -40\n name Flare126\n label Source\n xpos -101\n ypos 5390\n disable {{parent.Flare132.disable}}\n }\n Flare {\n inputs 0\n position {{parent.Flare132.position.x} {parent.Flare132.position.y}}\n offset {{parent.Flare132.offset}}\n radius {120.83 130.41 138.59}\n size_mult {{parent.Flare132.size_mult}}\n anamorph {{parent.Flare132.anamorph}}\n ring_color 0.7900000215\n inner_color 0\n outer_falloff 3.2\n inner_falloff 5.6\n chroma_shift 0.4\n brightness 0.175\n vis_mask -rgba.alpha\n sharpness 0\n asym_multiplier 0\n asym_falloff 10\n asym_angle -40\n name Flare129\n label Source\n xpos -101\n ypos 5292\n disable {{parent.Flare132.disable}}\n }\n Flare {\n inputs 0\n position {{parent.Flare132.position.x} {parent.Flare132.position.y}}\n offset {{parent.Flare132.offset}}\n radius {116.57 134.67 149.95}\n size_mult {{parent.Flare132.size_mult}}\n anamorph {{parent.Flare132.anamorph}}\n ring_color 0.7900000215\n inner_color 0\n outer_falloff 3.2\n inner_falloff 5.6\n chroma_shift 0.4\n brightness 0.08\n vis_mask -rgba.alpha\n flattening 0.15\n sharpness 0\n asym_multiplier 0\n asym_falloff 4.6\n asym_angle -40\n name Flare131\n label Source\n xpos -101\n ypos 5231\n disable {{parent.Flare132.disable}}\n }\n Flare {\n inputs 0\n position {{\"parent.flarePos.x + parent.anomalyPosOffset.w\"} {\"parent.flarePos.y + parent.anomalyPosOffset.h\"}}\n offset {{parent.anomalyRotOffset}}\n radius {65.44 126.15 141.43}\n size_mult {{\"(parent.anomalySize * parent.flareCoreSize) + 1.3\"}}\n anamorph {{1+(parent.anomalyAnamorph)}}\n ring_color 0.7\n inner_color 0\n outer_falloff 3.8\n inner_falloff 7.2\n chroma_shift 0.4\n brightness 0.08\n vis_mask -rgba.alpha\n flattening 0.15\n sharpness 0\n asym_multiplier 0\n asym_falloff 5\n asym_angle -36\n name Flare132\n label Source\n xpos 9\n ypos 5177\n disable {{\"parent.anomalyType == 6 ? 0 : 1\"}}\n }\n Merge {\n inputs 2\n operation plus\n name Merge93\n xpos 9\n ypos 5237\n }\n Merge {\n inputs 2\n operation plus\n name Merge94\n xpos 9\n ypos 5298\n }\n Merge {\n inputs 2\n operation plus\n name Merge95\n xpos 9\n ypos 5396\n }\n Merge {\n inputs 2\n operation plus\n name Merge96\n xpos 9\n ypos 5584\n }\n Group {\n name Static_Noise2\n help \"Adds synthetic grain. Push \\\"presets\\\" to get predefined types of grain, these are the correct size for 2K scans.\\n\\nYou can also adjust the sliders to match a sample piece of grain. Find a sample with a rather constant background, blur it to remove the grain, and use as input to this. View with a wipe in the viewer so you can make a match. It helps to view and match each of the red, green, blue seperately.\"\n tile_color 0x992620ff\n note_font \"Bitstream Vera Sans\"\n xpos 9\n ypos 5610\n mapsize {0.15 0.15}\n addUserKnob {20 master_control l Master}\n addUserKnob {7 noise_intensity_global l Intensity R 0 2}\n noise_intensity_global 1.5\n addUserKnob {7 rgb_size_multiplier l Size R 0 2}\n rgb_size_multiplier 1\n addUserKnob {26 \"\"}\n addUserKnob {6 no_alpha l \"no alpha?\" t \"Check this box if your image doesn't have an alpha and you cannot use another alpha channel.\\n\\n(Note: This WILL cause the grain to be more prevalent. So please compensate using the Noise Size and Noise Intensity controls above.)\" +STARTLINE}\n no_alpha true\n addUserKnob {20 adv_controls l Advanced}\n addUserKnob {20 fractal_noise_size l \"RGB Noise Size\" n 1}\n fractal_noise_size 0\n addUserKnob {14 red_size l r R 0 100}\n red_size 1.7\n addUserKnob {14 green_size l g R 0 100}\n green_size 1.6\n addUserKnob {14 blue_size l b R 0 100}\n blue_size 1.5\n addUserKnob {20 endGroup n -1}\n addUserKnob {20 noise_irregularity l \"RGB Noise Irregularity\" n 1}\n noise_irregularity 0\n addUserKnob {7 red_i l r}\n red_i 1\n addUserKnob {7 green_i l g}\n green_i 0.75\n addUserKnob {7 blue_i l b}\n blue_i 0.65\n addUserKnob {20 endGroup_1 l endGroup n -1}\n addUserKnob {20 noise_intensity l \"RGB Noise Intensity\" n 1}\n noise_intensity 0\n addUserKnob {7 red_m l r t \"Amount of grain to add to a white pixel\"}\n red_m 0.2\n addUserKnob {7 green_m l g}\n green_m 0.4\n addUserKnob {7 blue_m l b}\n blue_m 0.6\n addUserKnob {18 black t \"Amount of grain to add everywhere\"}\n black {0 0 0}\n addUserKnob {6 black_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {18 minimum t \"Minimum black level\" R 0 0.01}\n minimum {0 0 0}\n addUserKnob {6 minimum_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {20 endGroup_2 l endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {3 seed l Seed}\n seed 134\n addUserKnob {32 reset l Reset T \"knobs this \\{rgb_size_multiplier 0 red_size 1.70 green_size 1.60 blue_size 1.50 red_i 1.00 green_i 0.75 blue_i 0.65 red_m 0.40 green_m 0.60 blue_m 1.65 black 0.00\\}\" +STARTLINE}\n }\n Input {\n inputs 0\n name Input1\n xpos 0\n }\nset N95cb1800 [stack 0]\n Noise {\n output {rgba.red -rgba.green -rgba.blue -rgba.alpha}\n cliptype none\n replace true\n size {{parent.red_size.w*(rgb_size_multiplier) i} {parent.red_size.h*(rgb_size_multiplier) i}}\n octaves 2\n gamma 1\n xrotate {{red_i*45 i}}\n yrotate {{red_i*45 i}}\n name red\n xpos 144\n ypos -7\n }\n Noise {\n output {-rgba.red rgba.green -rgba.blue -rgba.alpha}\n cliptype none\n replace true\n size {{parent.green_size.w*(rgb_size_multiplier) i} {parent.green_size.h*(rgb_size_multiplier) i}}\n zoffset 10\n octaves 2\n gamma 1\n xrotate {{green_i*45 i}}\n yrotate {{green_i*45 i}}\n name green\n xpos 144\n ypos 35\n }\n Noise {\n output {-rgba.red -rgba.green rgba.blue -rgba.alpha}\n cliptype none\n replace true\n size {{parent.blue_size.w*(rgb_size_multiplier) i} {parent.blue_size.h*(rgb_size_multiplier) i}}\n zoffset 20\n octaves 2\n gamma 1\n xrotate {{blue_i*45 i}}\n yrotate {{blue_i*45 i}}\n name blue\n xpos 144\n ypos 77\n }\npush $N95cb1800\n MergeExpression {\n inputs 2\n expr0 max(minimum.r,r+(2*Ar-1)*(r*red_m*noise_intensity_global))\n expr1 max(minimum.g,g+(2*Ag-1)*(g*green_m*noise_intensity_global))\n expr2 max(minimum.b,b+(2*Ab-1)*(b*blue_m*noise_intensity_global))\n name MergeExpression1\n xpos 144\n ypos 117\n }\nset N95cb0800 [stack 0]\npush $N95cb0800\npush $N95cb1800\n Copy {\n inputs 2\n channels rgb\n maskChannelInput rgba.alpha\n name Copy1\n xpos 0\n ypos 105\n disable {{parent.no_alpha i}}\n }\n Switch {\n inputs 2\n which {{parent.no_alpha i}}\n name Switch1\n xpos 144\n ypos 171\n }\n Output {\n name Output1\n xpos 144\n ypos 219\n }\n end_group\n Constant {\n inputs 0\n channels rgb\n color 1\n name Constant7\n label \"Matte Box Edge\"\n xpos -527\n ypos 5273\n }\n Crop {\n box {-100 -100 {root.width+100} {root.height+100}}\n name Crop5\n xpos -527\n ypos 5357\n }\n Erode {\n channels rgba\n size 100\n blur 1\n maskChannelMask none\n name Erode2\n xpos -527\n ypos 5383\n }\n Clamp {\n maskChannelMask none\n name Clamp1\n xpos -527\n ypos 5409\n }\n Invert {\n maskChannelMask none\n name Invert4\n xpos -527\n ypos 5447\n }\n Blur {\n size 400\n name Blur12\n xpos -527\n ypos 5485\n }\n Blur {\n size 400\n name Blur15\n xpos -527\n ypos 5523\n }\n Noise {\n inputs 0\n size {{100*(parent.flareCoreSize)}}\n lacunarity 1.84\n gain 0.425\n center {320 240}\n name Noise7\n xpos -638\n ypos 5322\n }\n Flare {\n inputs 0\n position {{parent.Flare39.position.x} {parent.Flare39.position.y}}\n offset {{parent.Flare39.offset}}\n radius {601.92 637.04 800}\n size_mult {{parent.Flare39.size_mult}}\n anamorph {{parent.Flare39.anamorph}}\n ring_color 0.38\n inner_color 0\n inner_falloff 1.05\n chroma_spread -0.015\n chroma_shift 0.4\n brightness 0.19\n vis_mask -rgba.alpha\n flattening 0.1\n sharpness 1\n mult_offset 8\n mult_size -0.16\n mult_brightness -0.02\n mult_visibility -0.18\n name Flare43\n label Pieces\n xpos -686\n ypos 5264\n disable {{parent.Flare39.disable}}\n }\n Flare {\n inputs 0\n position {{parent.Flare39.position.x} {parent.Flare39.position.y}}\n offset {{parent.Flare39.offset}}\n radius {531.92 577.04 800}\n size_mult {{parent.Flare39.size_mult}}\n anamorph {{parent.Flare39.anamorph}}\n ring_color 0.29\n inner_color 0\n inner_falloff 1.05\n chroma_spread -0.015\n chroma_shift 0.4\n brightness 0.19\n vis_mask -rgba.alpha\n flattening 0.1\n sharpness 1\n mult_offset 8\n mult_size -0.16\n mult_brightness -0.02\n mult_visibility -0.18\n name Flare42\n label Pieces\n xpos -686\n ypos 5214\n disable {{parent.Flare39.disable}}\n }\n Flare {\n inputs 0\n position {{parent.Flare39.position.x} {parent.Flare39.position.y}}\n offset {{parent.Flare39.offset}}\n radius {541.92 547.04 800}\n size_mult {{parent.Flare39.size_mult}}\n anamorph {{parent.Flare39.anamorph}}\n ring_color 0.125\n inner_color 0\n inner_falloff 1.05\n chroma_spread -0.015\n chroma_shift 0.4\n brightness 0.19\n vis_mask -rgba.alpha\n flattening 0.1\n sharpness 1\n mult_offset 8\n mult_size -0.16\n mult_brightness -0.02\n mult_visibility -0.18\n name Flare41\n label Pieces\n xpos -686\n ypos 5169\n disable {{parent.Flare39.disable}}\n }\n Flare {\n inputs 0\n position {{parent.Flare39.position.x} {parent.Flare39.position.y}}\n offset {{parent.Flare39.offset}}\n radius {461.92 487.04 800}\n size_mult {{parent.Flare39.size_mult}}\n anamorph {{parent.Flare39.anamorph}}\n ring_color 0.19\n inner_color 0\n inner_falloff 1.05\n chroma_spread -0.015\n chroma_shift 0.4\n brightness 0.19\n vis_mask -rgba.alpha\n flattening 0.1\n sharpness 1\n mult_offset 8\n mult_size -0.16\n mult_brightness -0.02\n mult_visibility -0.18\n name Flare40\n label Pieces\n xpos -686\n ypos 5130\n disable {{parent.Flare39.disable}}\n }\n Flare {\n inputs 0\n position {{\"parent.flarePos.x + parent.anomalyPosOffset.w\"} {\"parent.flarePos.y + parent.anomalyPosOffset.h\"}}\n offset {{0.85+(parent.anomalyRotOffset)}}\n radius {384.65 527.04 800}\n size_mult {{\"(parent.anomalySize * parent.flareCoreSize) * 1.4\"}}\n anamorph {{1.24+(parent.anomalyAnamorph)}}\n ring_color 0.08\n inner_color 0\n inner_falloff 1.05\n chroma_spread -0.015\n chroma_shift 0.4\n brightness 0.19\n vis_mask -rgba.alpha\n flattening 0.1\n sharpness 1\n mult_offset 8\n mult_size -0.16\n mult_brightness -0.02\n mult_visibility -0.18\n name Flare39\n label Pieces\n xpos -796\n ypos 5098\n disable {{\"parent.anomalyType == 5 ? 0 : 1\"}}\n }\n Merge2 {\n inputs 2\n operation screen\n maskChannelMask none\n name Merge86\n xpos -796\n ypos 5136\n }\n Merge2 {\n inputs 2\n operation plus\n maskChannelMask none\n name Merge87\n xpos -796\n ypos 5175\n }\n Merge2 {\n inputs 2\n operation screen\n maskChannelMask none\n name Merge88\n xpos -796\n ypos 5220\n }\n Merge2 {\n inputs 2\n operation plus\n maskChannelMask none\n name Merge89\n xpos -796\n ypos 5270\n }\n Saturation {\n saturation 0\n maskChannelMask none\n name Saturation7\n xpos -796\n ypos 5296\n }\n Merge {\n inputs 2\n operation in\n mix 0.845\n name Merge85\n xpos -796\n ypos 5322\n }\n DirBlurWrapper {\n BlurType radial\n BlurCenter {{parent.ffx_position.x i} {parent.ffx_position.y i}}\n BlurAngle 0\n maskChannelMask none\n name DirBlurWrapper8\n xpos -796\n ypos 5398\n disable {{Anomolies_Plus.disable==1?1:lens_anomolies.which==5?0:1 i}}\n }\n Grade {\n white {1.699708104 1.026119709 0.6997081041 1.649999976}\n maskChannelMask none\n name Grade20\n xpos -796\n ypos 5473\n }\n Merge2 {\n inputs 2\n operation mask\n maskChannelMask none\n name Merge91\n xpos -796\n ypos 5529\n }\n Transform {\n scale 1.15\n center {986 506}\n black_outside false\n name Transform57\n xpos -796\n ypos 5555\n }\n Noise {\n inputs 0\n size {{(parent.anomalySize*20)+80}}\n lacunarity 1.84\n gain 0.425\n center {320 240}\n name Noise5\n xpos -1193\n ypos 5486\n }\n Flare {\n inputs 0\n position {{parent.Flare61.position.x} {parent.Flare61.position.y}}\n offset {{parent.Flare61.offset}}\n radius {1.42 30.89 63.22}\n size_mult {{parent.Flare61.size_mult}}\n anamorph {{parent.Flare61.anamorph}}\n ring_color {0.796096 1.00716 1.196}\n inner_color 0\n outer_falloff 5.2\n inner_falloff 5.6\n chroma_spread -0.034\n chroma_shift -5.2\n chroma_shift_angle 58\n chroma_shift_angle_add true\n brightness 0.09\n vis_mask -rgba.alpha\n corners 4\n flattening 1\n sharpness 1\n corners_angle 17\n corner_angle_add true\n asym_multiplier 0\n asym_falloff 20\n asym_angle 140\n asym_angle_add true\n name Flare62\n label Source\n xpos -1279\n ypos 5255\n disable {{parent.Flare61.disable}}\n }\n Blur {\n size 18.5\n name Blur48\n xpos -1279\n ypos 5293\n }\n Flare {\n inputs 0\n position {{parent.Flare61.position.x} {parent.Flare61.position.y}}\n offset {{parent.Flare61.offset}}\n radius {28.41 39.41 120.03}\n size_mult {{parent.Flare61.size_mult}}\n anamorph {{parent.Flare61.anamorph}}\n ring_color {0.796096 1.00716 1.196}\n inner_color 0\n outer_falloff 5.2\n inner_falloff 5.6\n chroma_spread -0.11\n chroma_shift -5.2\n chroma_shift_angle 58\n chroma_shift_angle_add true\n brightness 0.21\n vis_mask -rgba.alpha\n corners 4\n flattening 1\n sharpness 1\n corners_angle 17\n corner_angle_add true\n asym_multiplier 0\n asym_falloff 14\n asym_angle 140\n asym_angle_add true\n name Flare63\n label Source\n xpos -1165\n ypos 5203\n disable {{parent.Flare61.disable}}\n }\n Blur {\n size 18.5\n name Blur58\n xpos -1165\n ypos 5241\n }\n Flare {\n inputs 0\n position {{\"parent.flarePos.x + parent.anomalyPosOffset.w\"} {\"parent.flarePos.y + parent.anomalyPosOffset.h\"}}\n offset {{\"parent.anomalyRotOffset \"}}\n radius {29.83 56.46 162.65}\n size_mult {{\"parent.anomalySize * parent.flareCoreSize * 3.8 + 1\"}}\n anamorph {{\"parent.anomalyAnamorph + 0.91\"}}\n ring_color {0.796096 1.00716 1.196}\n inner_color 0\n outer_falloff 5.2\n inner_falloff 5.6\n chroma_spread -0.034\n chroma_shift -5.2\n chroma_shift_angle 58\n chroma_shift_angle_add true\n brightness 0.21\n vis_mask -rgba.alpha\n corners 4\n flattening 1\n sharpness 1\n corners_angle 17\n corner_angle_add true\n asym_multiplier 0\n asym_falloff 14\n asym_angle 140\n asym_angle_add true\n name Flare61\n label Source\n xpos -1047\n ypos 5143\n disable {{\"parent.anomalyType == 4 ? 0 : 1\"}}\n }\n Blur {\n size 18.5\n name Blur47\n xpos -1047\n ypos 5198\n }\n Merge2 {\n inputs 2\n operation screen\n maskChannelMask none\n name Merge27\n xpos -1047\n ypos 5247\n }\n Merge2 {\n inputs 2\n operation screen\n maskChannelMask none\n name Merge28\n xpos -1047\n ypos 5299\n }\n Grade {\n white 2\n multiply 2.8\n gamma 1.06\n maskChannelMask rgba.red\n name Grade21\n xpos -1047\n ypos 5364\n }\n Saturation {\n saturation 0\n maskChannelMask none\n name Saturation10\n xpos -1047\n ypos 5418\n }\n Merge {\n inputs 2\n operation in\n mix 0.725\n name Merge29\n xpos -1047\n ypos 5486\n }\n Flare {\n inputs 0\n position {{\"parent.flarePos.x + parent.anomalyPosOffset.w\"} {\"parent.flarePos.y + parent.anomalyPosOffset.h\"}}\n offset {{\"0.7 + parent.anomalyRotOffset \"}}\n radius {0 0 22.78}\n size_mult {{\"(parent.anomalySize * parent.flareCoreSize) * 1.4\"}}\n anamorph {{\"parent.anomalyAnamorph + 25\"}}\n inner_color 0\n outer_falloff 1.15\n inner_falloff 10\n vis_out 1\n name Flare109\n xpos -1740\n ypos 5131\n disable {{\"parent.anomalyType == 3 ? 0 : 1\"}}\n }\nset Na13fc400 [stack 0]\n Blur {\n size {100.5 10.5}\n name Blur93\n xpos -1645\n ypos 5125\n }\npush $Na13fc400\n Merge2 {\n inputs 2\n operation screen\n maskChannelMask none\n name Merge74\n xpos -1740\n ypos 5186\n }\n Dot {\n name Dot50\n xpos -1445\n ypos 5322\n }\n Flare {\n inputs 0\n position {{\"parent.flarePos.x + parent.anomalyPosOffset.w\"} {\"parent.flarePos.y+ parent.anomalyPosOffset.h\"}}\n offset {{\"0.7 + parent.anomalyRotOffset \"}}\n radius {1.28 9.62 48.57}\n size_mult {{\"(parent.anomalySize+parent.anomalySize) * parent.flareCoreSize\"}}\n anamorph {{\"14.4 + parent.anomalyAnamorph\"}}\n inner_color 1\n brightness 2\n vis_mask -rgba.alpha\n name Flare10\n xpos -2064\n ypos 5149\n disable {{\"parent.anomalyType == 2 ? 0 : 1\"}}\n }\n Blur {\n size 5.2\n name Blur9\n xpos -2064\n ypos 5198\n }\nset Na1392400 [stack 0]\n Blur {\n size 22.5\n name Blur10\n xpos -1964\n ypos 5198\n }\npush $Na1392400\n Merge2 {\n inputs 2\n operation plus\n maskChannelMask none\n name Merge31\n xpos -2064\n ypos 5269\n }\n Dot {\n name Dot49\n xpos -1790\n ypos 5273\n }\n Dot {\n name Dot48\n xpos -1512\n ypos 5354\n }\n Flare {\n inputs 0\n position {{parent.Flare108.position.x} {parent.Flare108.position.y}}\n offset {{parent.Flare108.offset}}\n radius {0 0 34.14}\n size_mult {{parent.Flare108.size_mult}}\n anamorph {{parent.Flare108.anamorph}}\n inner_color 0\n outer_falloff 1.15\n inner_falloff 1.1\n vis_out 1\n name Flare107\n xpos -1769\n ypos 5519\n disable {{parent.Flare108.disable}}\n }\n Transform {\n translate {0 -6}\n center {960 540}\n black_outside false\n name Transform2\n xpos -1769\n ypos 5545\n }\n Blur {\n size 3\n name Blur92\n xpos -1769\n ypos 5571\n }\n Flare {\n inputs 0\n position {{\"parent.flarePos.x + parent.anomalyPosOffset.w\"} {\"parent.flarePos.y + parent.anomalyPosOffset.h\"}}\n offset {{\"0.7 + parent.anomalyRotOffset \"}}\n radius {0 0 31.3}\n size_mult {{\"parent.anomalySize * 1.03 * parent.flareCoreSize\"}}\n anamorph {{\"15 + parent.anomalyAnamorph\"}}\n inner_color 0\n outer_falloff 0.9\n vis_out 1\n name Flare108\n xpos -1659\n ypos 5494\n disable {{\"parent.anomalyType == 1 ? 0 : 1\"}}\n }\n Merge2 {\n inputs 2\n operation screen\n maskChannelMask none\n name Merge114\n xpos -1659\n ypos 5577\n }\n Blur {\n size {10 2}\n name Blur25\n xpos -1659\n ypos 5603\n }\n Flare {\n inputs 0\n position {{parent.Flare106.position.x} {parent.Flare106.position.y}}\n offset {{parent.Flare106.offset}}\n radius {0 0 34.14}\n size_mult {{parent.Flare106.size_mult}}\n anamorph {{parent.Flare106.anamorph}}\n inner_color 0\n outer_falloff 1.15\n inner_falloff 1.1\n vis_out 1\n name Flare104\n xpos -2049\n ypos 5574\n disable {{parent.Flare106.disable}}\n }\n Transform {\n translate {0 6}\n scale {1.2 1}\n center {960 540}\n black_outside false\n name Transform32\n xpos -2049\n ypos 5600\n }\n Blur {\n size {50 3}\n name Blur90\n xpos -2049\n ypos 5626\n }\n Flare {\n inputs 0\n position {{parent.Flare106.position.x} {parent.Flare106.position.y}}\n offset {{parent.Flare106.offset}}\n radius {0 0 34.14}\n size_mult {{parent.Flare106.size_mult}}\n anamorph {{parent.Flare106.anamorph}}\n inner_color 0\n outer_falloff 1.15\n inner_falloff 1.1\n vis_out 1\n name Flare105\n xpos -2049\n ypos 5450\n disable {{parent.Flare106.disable}}\n }\n Transform {\n translate {0 -6}\n center {960 540}\n black_outside false\n name Transform33\n xpos -2049\n ypos 5476\n }\n Blur {\n size 3\n name Blur91\n xpos -2049\n ypos 5502\n }\n Flare {\n inputs 0\n position {{\"parent.flarePos.x + parent.anomalyPosOffset.w\"} {\"parent.flarePos.y + parent.anomalyPosOffset.h\"}}\n offset {{\"0.7 + parent.anomalyRotOffset \"}}\n radius {0 0 31.3}\n size_mult {{\"parent.anomalySize * 1.03 * parent.flareCoreSize\"}}\n anamorph {{\"15 + parent.anomalyAnamorph\"}}\n inner_color 0\n outer_falloff 0.9\n vis_out 1\n name Flare106\n xpos -1939\n ypos 5422\n disable {{\"parent.anomalyType == 0 ? 0 : 1\"}}\n }\n Merge2 {\n inputs 2\n operation screen\n maskChannelMask none\n name Merge112\n xpos -1939\n ypos 5508\n }\n Merge2 {\n inputs 2\n operation screen\n maskChannelMask none\n name Merge113\n xpos -1939\n ypos 5632\n }\n Blur {\n size {10 2}\n name Blur28\n xpos -1939\n ypos 5658\n }\n Switch {\n inputs 9\n which {{parent.anomalyType}}\n name lens_anomolies\n xpos -1451\n ypos 5722\n }\n Clamp {\n name Clamp5\n xpos 129\n ypos 5716\n }\n Saturation {\n saturation {{parent.anomalyPresat}}\n maskChannelMask none\n name Anomolies_Saturation\n xpos 252\n ypos 5722\n }\n Grade {\n multiply {{parent.anomalyColour.r} {parent.anomalyColour.g} {parent.anomalyColour.b} 0}\n maskChannelMask none\n name Anomolies_Color\n label \"Lens Anomolies CC\"\n xpos 375\n ypos 5716\n }\n Blur {\n size {{parent.anomalyBlur}}\n name Blur7\n xpos 503\n ypos 5716\n }\n Dot {\n name Dot47\n xpos 771\n ypos 5726\n }\nset Na12ae400 [stack 0]\n Saturation {\n saturation 0\n name Saturation11\n xpos 738\n ypos 5772\n }\npush $Na12ae400\n Copy {\n inputs 2\n from0 rgba.red\n to0 rgba.alpha\n name Copy9\n xpos 881\n ypos 5716\n }\npush $N8e8ebc00\n Radial {\n inputs 0\n maskChannelMask none\n area {0 0 {root.width} {root.height}}\n name Radial2\n xpos -2190\n ypos 3282\n }\n Dot {\n name Dot37\n xpos -2156\n ypos 3344\n }\n Constant {\n inputs 0\n channels rgb\n format \"2048 2048 0 0 2048 2048 1 square_2K\"\n name Constant6\n xpos 757\n ypos 2459\n }\nset Na12ad000 [stack 0]\n Flare {\n position {{parent.Flare246.position.x} {parent.Flare246.position.y}}\n radius {19.16 186.02 495.46}\n size_mult {{parent.Flare246.size_mult}}\n inner_color 0\n outer_falloff 0.6\n inner_falloff 7.4\n asym_repeat 2\n asym_multiplier 0\n asym_falloff 5\n asym_angle {{((parent.ffx_position.x/30)-24)+parent.core_shape_rotation}}\n name Flare230\n xpos 437\n ypos 2922\n disable {{parent.Flare246.disable}}\n }\n Shuffle {\n green red\n blue red\n alpha red\n name Shuffle24\n xpos 437\n ypos 2948\n }\nset Na12ac400 [stack 0]\npush $Na12ac400\n Copy {\n inputs 2\n from0 rgba.alpha\n to0 rgba.alpha\n maskChannelMask none\n name Copy2\n xpos 437\n ypos 2976\n }\npush $Na12ad000\n Flare {\n position {{parent.Flare246.position.x} {parent.Flare246.position.y}}\n radius {71.91 172.77 231.62}\n size_mult {{parent.Flare246.size_mult}}\n ring_color {0 0 1}\n inner_color 0\n outer_falloff 2.1\n inner_falloff 6.4\n asym_falloff 10\n asym_angle -24\n name Flare234\n xpos 437\n ypos 2885\n disable {{parent.Flare246.disable}}\n }\npush $Na12ad000\n Flare {\n position {{parent.Flare246.position.x} {parent.Flare246.position.y}}\n radius {104.58 205.44 269.97}\n size_mult {{parent.Flare246.size_mult}}\n ring_color {1 0 0}\n inner_color 0\n outer_falloff 1.45\n inner_falloff 6.4\n asym_falloff 10\n asym_angle -24\n name Flare239\n xpos 437\n ypos 2842\n disable {{parent.Flare246.disable}}\n }\npush $Na12ad000\n Flare {\n position {{parent.Flare246.position.x} {parent.Flare246.position.y}}\n radius {131.57 235.27 275.65}\n size_mult {{parent.Flare246.size_mult}}\n ring_color {1 1 0}\n inner_color 0\n outer_falloff 1.45\n inner_falloff 6.4\n asym_falloff 10\n asym_angle -24\n name Flare240\n xpos 437\n ypos 2790\n disable {{parent.Flare246.disable}}\n }\npush $Na12ad000\n Flare {\n position {{parent.Flare246.position.x} {parent.Flare246.position.y}}\n radius {152.88 258 309.74}\n size_mult {{parent.Flare246.size_mult}}\n ring_color {0 1 0}\n inner_color 0\n outer_falloff 1.45\n inner_falloff 6.4\n asym_falloff 10\n asym_angle -24\n name Flare241\n xpos 437\n ypos 2737\n disable {{parent.Flare246.disable}}\n }\npush $Na12ad000\n Flare {\n position {{parent.Flare246.position.x} {parent.Flare246.position.y}}\n radius {155.72 287.83 332.47}\n size_mult {{parent.Flare246.size_mult}}\n ring_color {0 1 1}\n inner_color 0\n outer_falloff 1.45\n inner_falloff 6.4\n asym_falloff 10\n asym_angle -24\n name Flare242\n xpos 437\n ypos 2684\n disable {{parent.Flare246.disable}}\n }\npush $Na12ad000\n Flare {\n position {{parent.Flare246.position.x} {parent.Flare246.position.y}}\n radius {188.39 317.66 457.47}\n size_mult {{parent.Flare246.size_mult}}\n ring_color {0 0 1}\n inner_color 0\n outer_falloff 1.45\n inner_falloff 6.4\n asym_falloff 10\n asym_angle -24\n name Flare243\n xpos 437\n ypos 2638\n disable {{parent.Flare246.disable}}\n }\npush $Na12ad000\n Flare {\n position {{parent.Flare246.position.x} {parent.Flare246.position.y}}\n radius {79.93 364.53 468.84}\n size_mult {{parent.Flare246.size_mult}}\n ring_color {1 0 0}\n inner_color 0\n outer_falloff 1.45\n inner_falloff 6.4\n asym_falloff 10\n asym_angle -24\n name Flare244\n xpos 437\n ypos 2586\n disable {{parent.Flare246.disable}}\n }\npush $Na12ad000\n Flare {\n position {{parent.Flare246.position.x} {parent.Flare246.position.y}}\n radius {274.71 413.95 457.21}\n size_mult {{parent.Flare246.size_mult}}\n ring_color {1 1 0}\n inner_color 0\n outer_falloff 1.45\n inner_falloff 6.2\n asym_falloff 10\n asym_angle -22\n name Flare245\n xpos 437\n ypos 2531\n disable {{parent.Flare246.disable}}\n }\npush $Na12ad000\n Flare {\n position {{\"2048 /2\"} {\"2048 /2\"}}\n radius {307.38 435.26 494.04}\n size_mult 1.8\n ring_color {0.003999948502 1 0}\n inner_color 0\n outer_falloff 1.45\n inner_falloff 6.2\n asym_falloff 10\n asym_angle -22\n name Flare246\n xpos 547\n ypos 2482\n disable {{\"parent.coreCoronaType == 7 ? 0 : 1\"}}\n }\n Merge2 {\n inputs 2\n maskChannelMask none\n name Merge211\n xpos 547\n ypos 2531\n }\n Merge2 {\n inputs 2\n maskChannelMask none\n name Merge212\n xpos 547\n ypos 2586\n }\n Merge2 {\n inputs 2\n maskChannelMask none\n name Merge213\n xpos 547\n ypos 2638\n }\n Merge2 {\n inputs 2\n maskChannelMask none\n mix 0.76\n name Merge214\n xpos 547\n ypos 2684\n }\n Merge2 {\n inputs 2\n maskChannelMask none\n mix 0.68\n name Merge215\n xpos 547\n ypos 2737\n }\n Merge2 {\n inputs 2\n maskChannelMask none\n mix 0.73\n name Merge216\n xpos 547\n ypos 2790\n }\n Merge2 {\n inputs 2\n maskChannelMask none\n name Merge217\n xpos 547\n ypos 2842\n }\n Merge2 {\n inputs 2\n maskChannelMask none\n name Merge218\n xpos 547\n ypos 2885\n }\n Blur {\n size 97\n name Blur115\n xpos 547\n ypos 2911\n }\n Merge2 {\n inputs 2\n operation mask\n maskChannelMask none\n name Merge219\n xpos 547\n ypos 2982\n }\n Grade {\n multiply 0.48\n gamma 0.59\n maskChannelMask none\n unpremult -rgba.alpha\n name Grade47\n xpos 547\n ypos 3021\n }\nset Na11cc400 [stack 0]\npush $Na11cc400\npush $Na12ad000\n Sparkles {\n mode Sparkles\n position {{parent.Flare246.position.x} {parent.Flare246.position.y}}\n size 1100\n anamorphic 1.1\n rotation {{(parent.Flare246.position.x/30)+100}}\n ray_nb 400\n ray_thick 3\n spark_falloff 0\n ray_falloff 10\n seed 95\n chroma_shift 1.06\n chroma_spread 0.16\n name Sparkles34\n xpos 757\n ypos 2889\n disable {{parent.Flare246.disable}}\n }\n Sparkles {\n mode Sparkles\n position {{parent.Flare246.position.x} {parent.Flare246.position.y}}\n size 1300\n anamorphic 1.1\n rotation {{(parent.Flare246.position.x/30)+100}}\n ray_nb 600\n ray_thick 3\n spark_falloff 0.016\n ray_falloff 10\n seed 65\n chroma_shift 1.06\n chroma_spread 0.295\n name Sparkles35\n xpos 757\n ypos 2925\n disable {{parent.Flare246.disable}}\n }\n Merge2 {\n inputs 2\n operation mask\n Achannels {rgba.red rgba.green rgba.blue rgba.red}\n maskChannelMask none\n name Merge241\n xpos 757\n ypos 2959\n }\n Merge2 {\n inputs 2\n operation geometric\n maskChannelMask none\n mix 0.5\n name Merge242\n xpos 757\n ypos 2985\n }\n Grade {\n multiply 2.65\n maskChannelMask none\n name Grade48\n xpos 757\n ypos 3023\n }\n DirBlurWrapper {\n BlurCenter {{parent.Flare246.position.x} {parent.Flare246.position.y}}\n BlurLength 90\n BlurAngle 70\n maskChannelMask none\n name DirBlurWrapper16\n xpos 757\n ypos 3049\n disable {{parent.Flare246.disable}}\n }\n Glow {\n tolerance 0.06\n brightness 2.6\n maskChannelMask none\n name Glow26\n xpos 757\n ypos 3085\n }\npush $Na11cc400\n Merge2 {\n inputs 2\n operation screen\n maskChannelMask none\n name Merge243\n xpos 547\n ypos 3085\n }\n Glow {\n tolerance 0.055\n brightness 1.44\n size 100\n maskChannelMask none\n name Glow30\n xpos 547\n ypos 3130\n }\n Saturation {\n saturation 0.7\n maskChannelMask none\n name Saturation13\n xpos 547\n ypos 3207\n }\n Flare {\n inputs 0\n position {{root.width/2} {root.height/2}}\n radius {0 3.9 26.5}\n size_mult {{\"1 * parent.coreCoronaSize\"}}\n anamorph 7\n ring_color {1.16889 1 0.831105}\n inner_color 1.16889\n chroma_spread 0.04\n chroma_shift -2.6\n corners 0\n flattening 0.699989\n sharpness 0.899097\n name Flare9\n xpos 161\n ypos 2580\n disable {{\"parent.coreCoronaType == 6 ? 0 : 1\"}}\n }\n Transform {\n translate {-14 3}\n center {986 506}\n name Transform34\n xpos 161\n ypos 2630\n }\nset Na1160c00 [stack 0]\n Transform {\n translate {55 -10}\n center {986 506}\n name Transform35\n xpos 51\n ypos 2630\n }\nset Na1160800 [stack 0]\n Transform {\n translate {-74 19}\n center {986 506}\n name Transform36\n xpos -39\n ypos 2630\n }\nset Na1160400 [stack 0]\n Transform {\n translate {97 8}\n center {986 506}\n name Transform37\n xpos -131\n ypos 2630\n }\nset Na10d7c00 [stack 0]\n Transform {\n translate {-119 -33}\n center {986 506}\n name Transform38\n xpos -211\n ypos 2630\n }\nset Na10d7800 [stack 0]\n Transform {\n translate {28 12}\n center {986 506}\n name Transform39\n xpos -321\n ypos 2630\n }\npush $Na10d7800\npush $Na10d7c00\npush $Na1160400\npush $Na1160800\npush $Na1160c00\n Merge2 {\n inputs 2\n operation plus\n maskChannelMask none\n name Merge22\n xpos 161\n ypos 2683\n }\n Merge2 {\n inputs 2\n operation plus\n maskChannelMask none\n name Merge23\n xpos 161\n ypos 2724\n }\n Merge2 {\n inputs 2\n operation plus\n maskChannelMask none\n name Merge24\n xpos 161\n ypos 2762\n }\n Merge2 {\n inputs 2\n operation plus\n maskChannelMask none\n name Merge25\n xpos 161\n ypos 2788\n }\n Merge2 {\n inputs 2\n operation plus\n maskChannelMask none\n name Merge26\n xpos 161\n ypos 2842\n }\n DirBlurWrapper {\n BlurType linear\n BlurCenter {1528 780}\n BlurLength 80\n BlurAngle 90\n maskChannelMask none\n name DirBlurWrapper5\n xpos 161\n ypos 2868\n disable {{parent.Flare9.disable}}\n }\n Glow {\n brightness 2\n maskChannelMask none\n name Glow3\n xpos 161\n ypos 2986\n }\n Transform {\n scale {{parent.coreCoronaSize}}\n center {{root.width/2} {root.height/2 x60 540}}\n invert_matrix true\n name inv_scale2\n xpos 161\n ypos 3030\n }\n Flare {\n inputs 0\n position {{root.width/2} {root.height/2}}\n radius {0 3.9 25.08}\n size_mult {{\"1 * parent.coreCoronaSize\"}}\n anamorph 15\n ring_color {1.16889 1 0.831105}\n inner_color 1.16889\n chroma_spread 0.04\n chroma_shift -2.6\n corners 0\n flattening 0.699989\n sharpness 0.899097\n name Flare38\n xpos -579\n ypos 2563\n disable {{\"parent.coreCoronaType == 5 ? 0 : 1\"}}\n }\n Transform {\n translate {-14 3}\n center {986 506}\n name Transform24\n xpos -579\n ypos 2631\n }\nset Na10d4800 [stack 0]\n Transform {\n translate {55 -10}\n center {986 506}\n name Transform25\n xpos -689\n ypos 2631\n }\nset Na10d4400 [stack 0]\n Transform {\n translate {-74 19}\n center {986 506}\n name Transform26\n xpos -779\n ypos 2631\n }\nset Nb58cfc00 [stack 0]\n Transform {\n translate {97 8}\n center {986 506}\n name Transform27\n xpos -871\n ypos 2631\n }\nset Nb58cf800 [stack 0]\n Transform {\n translate {-119 -33}\n center {986 506}\n name Transform28\n xpos -951\n ypos 2631\n }\nset Nb58cf400 [stack 0]\n Transform {\n translate {28 12}\n center {986 506}\n name Transform29\n xpos -1061\n ypos 2631\n }\npush $Nb58cf400\npush $Nb58cf800\npush $Nb58cfc00\npush $Na10d4400\npush $Na10d4800\n Merge2 {\n inputs 2\n operation plus\n maskChannelMask none\n name Merge77\n xpos -579\n ypos 2684\n }\n Merge2 {\n inputs 2\n operation plus\n maskChannelMask none\n name Merge78\n xpos -579\n ypos 2725\n }\n Merge2 {\n inputs 2\n operation plus\n maskChannelMask none\n name Merge79\n xpos -579\n ypos 2763\n }\n Merge2 {\n inputs 2\n operation plus\n maskChannelMask none\n name Merge82\n xpos -579\n ypos 2789\n }\n Merge2 {\n inputs 2\n operation plus\n maskChannelMask none\n name Merge83\n xpos -579\n ypos 2843\n }\n DirBlurWrapper {\n BlurType linear\n BlurCenter {1528 780}\n BlurLength 80\n BlurAngle 90\n maskChannelMask none\n name DirBlurWrapper7\n xpos -579\n ypos 2893\n disable {{parent.Flare38.disable}}\n }\n Glow {\n brightness 2\n maskChannelMask none\n name Glow38\n xpos -579\n ypos 2955\n }\n Transform {\n scale {{parent.coreCoronaSize}}\n center {{root.width/2} {root.height/2 x60 540}}\n invert_matrix true\n name inv_scale1\n xpos -579\n ypos 3016\n }\n Flare {\n inputs 0\n position {{root.width/2} {root.height/2}}\n radius {0 3.9 20.82}\n size_mult {{\"1 * parent.coreCoronaSize\"}}\n anamorph 0.1\n ring_color {1.16889 1 0.831105}\n inner_color 1.16889\n chroma_spread 0.075\n chroma_shift -5.2\n corners 0\n flattening 0.699989\n sharpness 0.899097\n name Flare36\n xpos -1293\n ypos 2542\n disable {{\"parent.coreCoronaType == 4 ? 0 : 1\"}}\n }\n Transform {\n translate {-8 -17}\n center {986 506}\n name Transform11\n xpos -1293\n ypos 2609\n }\nset Nb58cc400 [stack 0]\n Transform {\n translate {13 -50}\n center {986 506}\n name Transform12\n xpos -1395\n ypos 2609\n }\nset Nb584bc00 [stack 0]\n Transform {\n translate {19 -22}\n center {986 506}\n name Transform14\n xpos -1494\n ypos 2609\n }\nset Nb584b800 [stack 0]\n Transform {\n translate {-7 47}\n center {986 506}\n name Transform15\n xpos -1585\n ypos 2609\n }\nset Nb584b400 [stack 0]\n Transform {\n translate {-39 37}\n center {986 506}\n name Transform16\n xpos -1665\n ypos 2609\n }\nset Nb584b000 [stack 0]\n Transform {\n translate {18 18}\n center {986 506}\n name Transform17\n xpos -1775\n ypos 2609\n }\npush $Nb584b000\npush $Nb584b400\npush $Nb584b800\npush $Nb584bc00\npush $Nb58cc400\n Merge2 {\n inputs 2\n operation plus\n maskChannelMask none\n name Merge37\n xpos -1293\n ypos 2662\n }\n Merge2 {\n inputs 2\n operation plus\n maskChannelMask none\n name Merge51\n xpos -1293\n ypos 2703\n }\n Merge2 {\n inputs 2\n operation plus\n maskChannelMask none\n name Merge60\n xpos -1293\n ypos 2741\n }\n Merge2 {\n inputs 2\n operation plus\n maskChannelMask none\n name Merge61\n xpos -1293\n ypos 2776\n }\n Merge2 {\n inputs 2\n operation plus\n maskChannelMask none\n name Merge62\n xpos -1293\n ypos 2821\n }\n DirBlurWrapper {\n BlurType linear\n BlurCenter {1528 780}\n BlurLength 80\n BlurAngle 0\n maskChannelMask none\n name DirBlurWrapper1\n xpos -1293\n ypos 2857\n disable {{parent.Flare36.disable}}\n }\n Glow {\n brightness 2\n maskChannelMask none\n name Glow37\n xpos -1293\n ypos 2914\n }\n Transform {\n scale {{parent.coreCoronaSize}}\n center {{root.width/2} {root.height/2 x60 540}}\n invert_matrix true\n name inv_scale\n xpos -1293\n ypos 2962\n }\n Dot {\n name Dot39\n xpos -1259\n ypos 3081\n }\n Flare {\n inputs 0\n position {{parent.Flare117.position.x} {parent.Flare117.position.y}}\n radius {119.3 147.71 176.18}\n size_mult {{parent.Flare117.size_mult}}\n inner_color 0\n outer_falloff 0.86\n inner_falloff 3.8\n chroma_shift_angle 42\n vis_out 1\n corners 4\n asym_multiplier 0\n asym_falloff 10\n asym_angle 180\n name Flare47\n xpos -2189\n ypos 2720\n disable {{parent.Flare117.disable}}\n }\n Flare {\n inputs 0\n position {{parent.Flare117.position.x} {parent.Flare117.position.y}}\n radius {122.15 150.56 179.03}\n size_mult {{parent.Flare117.size_mult}}\n inner_color 0\n outer_falloff 0.86\n inner_falloff 3.8\n chroma_shift_angle 42\n vis_out 1\n corners 4\n asym_multiplier 0\n asym_falloff 10\n name Flare48\n xpos -2079\n ypos 2694\n disable {{parent.Flare117.disable}}\n }\n Merge2 {\n inputs 2\n maskChannelMask none\n name Merge10\n xpos -2079\n ypos 2720\n }\n Shuffle {\n green red\n blue red\n alpha red\n name Shuffle1\n xpos -2079\n ypos 2763\n }\n Flare {\n inputs 0\n position {{parent.Flare117.position.x} {parent.Flare117.position.y}}\n radius {132.1 139.18 171.91}\n size_mult {{parent.Flare117.size_mult}}\n inner_color 0\n outer_falloff 5.2\n inner_falloff 0.9\n chroma_shift_angle 42\n vis_out 1\n corners 3\n name Flare49\n xpos -2079\n ypos 2629\n disable {{parent.Flare117.disable}}\n }\n Flare {\n inputs 0\n position {{parent.Flare117.position.x} {parent.Flare117.position.y}}\n radius {133.51 153.38 183.27}\n size_mult {{parent.Flare117.size_mult}}\n inner_color 0\n outer_falloff 2.7\n inner_falloff 0.76\n chroma_spread 0.032\n chroma_shift_angle 42\n vis_out 1\n corners 3\n name Flare52\n xpos -1969\n ypos 2575\n disable {{parent.Flare117.disable}}\n }\n Merge2 {\n inputs 2\n operation plus\n maskChannelMask none\n name Merge11\n xpos -1969\n ypos 2629\n }\n Merge2 {\n inputs 2\n operation mask\n maskChannelMask none\n name Merge12\n xpos -1969\n ypos 2763\n }\n Dot {\n name Dot13\n xpos -1935\n ypos 2821\n }\n Flare {\n inputs 0\n position {{parent.Flare117.position.x} {parent.Flare117.position.y}}\n radius {65.33 93.74 122.21}\n size_mult {{parent.Flare117.size_mult}}\n inner_color 0\n outer_falloff 0.86\n inner_falloff 3.8\n chroma_shift_angle 42\n vis_out 1\n corners 4\n asym_multiplier 0\n asym_falloff 10\n asym_angle 180\n name Flare114\n xpos -2554\n ypos 2699\n disable {{parent.Flare117.disable}}\n }\n Flare {\n inputs 0\n position {{parent.Flare117.position.x} {parent.Flare117.position.y}}\n radius {65.33 93.74 122.21}\n size_mult {{parent.Flare117.size_mult}}\n inner_color 0\n outer_falloff 0.86\n inner_falloff 3.8\n chroma_shift_angle 42\n vis_out 1\n corners 4\n asym_multiplier 0\n asym_falloff 10\n name Flare115\n xpos -2444\n ypos 2673\n disable {{parent.Flare117.disable}}\n }\n Merge2 {\n inputs 2\n maskChannelMask none\n name Merge118\n xpos -2444\n ypos 2699\n }\n Shuffle {\n green red\n blue red\n alpha red\n name Shuffle9\n xpos -2444\n ypos 2742\n }\n Flare {\n inputs 0\n position {{parent.Flare117.position.x} {parent.Flare117.position.y}}\n radius {103.69 110.77 126.45}\n size_mult {{parent.Flare117.size_mult}}\n inner_color 0\n outer_falloff 5.2\n inner_falloff 0.9\n chroma_shift_angle 42\n vis_out 1\n corners 3\n name Flare116\n xpos -2444\n ypos 2608\n disable {{parent.Flare117.disable}}\n }\n Flare {\n inputs 0\n position {{root.width/2} {root.height/2}}\n radius {106.52 126.39 134.97}\n inner_color 0\n outer_falloff 2.7\n inner_falloff 0.76\n chroma_spread 0.044\n chroma_shift_angle 42\n vis_out 1\n corners 3\n name Flare117\n xpos -2334\n ypos 2552\n disable {{\"parent.coreCoronaType == 3 ? 0 : 1\"}}\n }\n Merge2 {\n inputs 2\n operation plus\n maskChannelMask none\n name Merge119\n xpos -2334\n ypos 2608\n }\n Merge2 {\n inputs 2\n operation mask\n maskChannelMask none\n name Merge120\n xpos -2334\n ypos 2742\n }\n Merge2 {\n inputs 2\n operation plus\n maskChannelMask none\n name Merge13\n xpos -2334\n ypos 2817\n }\n Flare {\n inputs 0\n position {{parent.Flare177.position.x} {parent.Flare177.position.y}}\n radius {170.91 284.65 345.84}\n size_mult {{parent.Flare100.size_mult}}\n ring_color 0.55\n inner_color 0\n outer_falloff 1.65\n inner_falloff 1.35\n chroma_spread -0.004\n chroma_shift -0.6\n brightness {1 1 1}\n asym_multiplier 0\n asym_falloff 10\n asym_angle 150\n mult_offset 0\n name Flare97\n xpos -3782\n ypos 2759\n disable {{parent.Flare177.disable}}\n }\n Flare {\n inputs 0\n position {{parent.Flare177.position.x} {parent.Flare177.position.y}}\n radius {308.69 337.21 473.01}\n size_mult {{parent.Flare100.size_mult}}\n ring_color 0.55\n inner_color 0\n outer_falloff 1.65\n inner_falloff 1.35\n chroma_spread 0.012\n chroma_shift 0.6\n asym_multiplier 0\n asym_falloff {{Flare100.asym_falloff}}\n asym_angle 150\n mult_offset 0\n name Flare98\n xpos -3672\n ypos 2733\n disable {{parent.Flare177.disable}}\n }\n Merge2 {\n inputs 2\n operation plus\n maskChannelMask none\n name Merge103\n xpos -3672\n ypos 2759\n }\n Flare {\n inputs 0\n position {{parent.Flare177.position.x} {parent.Flare177.position.y}}\n radius {312.25 324.43 465.17}\n size_mult {{parent.Flare100.size_mult}}\n ring_color 0.55\n inner_color 0\n outer_falloff 1.65\n inner_falloff 1.35\n chroma_spread 0.012\n chroma_shift -4.4\n brightness {1 1 1}\n asym_multiplier 0\n asym_falloff 10\n asym_angle -30\n mult_offset 0\n name Flare99\n xpos -3653\n ypos 2641\n disable {{parent.Flare177.disable}}\n }\n Flare {\n inputs 0\n position {{parent.Flare177.position.x} {parent.Flare177.position.y}}\n radius {293.07 323.01 335.91}\n size_mult 0.6\n ring_color 0.55\n inner_color 0\n outer_falloff 1.65\n inner_falloff 1.35\n chroma_spread 0.012\n chroma_shift -4.4\n brightness {1 1 1}\n asym_multiplier 0\n asym_falloff 4\n asym_angle -30\n mult_offset 0\n name Flare100\n xpos -3543\n ypos 2591\n disable {{parent.Flare177.disable}}\n }\n Merge2 {\n inputs 2\n operation plus\n maskChannelMask none\n name Merge104\n xpos -3543\n ypos 2641\n }\n Merge2 {\n inputs 2\n operation plus\n maskChannelMask none\n name Merge105\n xpos -3543\n ypos 2759\n }\n Glow {\n tolerance 0.51\n size 35\n maskChannelMask none\n name Glow5\n xpos -3543\n ypos 2878\n }\n Flare {\n inputs 0\n position {{parent.Flare177.position.x} {parent.Flare177.position.y}}\n radius {119.3 147.71 176.18}\n size_mult {{parent.Flare177.size_mult}}\n inner_color 0\n outer_falloff 0.86\n inner_falloff 3.8\n chroma_shift_angle 42\n vis_out 1\n corners 4\n asym_multiplier 0\n asym_falloff 10\n asym_angle 142\n name Flare136\n xpos -4134\n ypos 2717\n disable {{parent.Flare177.disable}}\n }\n Flare {\n inputs 0\n position {{parent.Flare177.position.x} {parent.Flare177.position.y}}\n radius {122.15 150.56 179.03}\n size_mult {{parent.Flare177.size_mult}}\n inner_color 0\n outer_falloff 0.86\n inner_falloff 3.8\n chroma_shift_angle 42\n vis_out 1\n corners 4\n asym_multiplier 0\n asym_falloff 10\n asym_angle -28\n name Flare137\n xpos -4024\n ypos 2691\n disable {{parent.Flare177.disable}}\n }\n Merge2 {\n inputs 2\n maskChannelMask none\n name Merge98\n xpos -4024\n ypos 2717\n }\n Shuffle {\n green red\n blue red\n alpha red\n name Shuffle7\n xpos -4024\n ypos 2760\n }\n Flare {\n inputs 0\n position {{parent.Flare177.position.x} {parent.Flare177.position.y}}\n radius {132.1 139.18 171.91}\n size_mult {{parent.Flare177.size_mult}}\n inner_color 0\n outer_falloff 5.2\n inner_falloff 0.9\n chroma_shift_angle 42\n vis_out 1\n corners 3\n name Flare145\n xpos -4024\n ypos 2626\n disable {{parent.Flare177.disable}}\n }\n Flare {\n inputs 0\n position {{parent.Flare177.position.x} {parent.Flare177.position.y}}\n radius {133.51 153.38 183.27}\n size_mult {{parent.Flare177.size_mult}}\n inner_color 0\n outer_falloff 2.7\n inner_falloff 0.76\n chroma_spread 0.012\n chroma_shift -3.2\n chroma_shift_angle 42\n vis_out 1\n corners 3\n name Flare157\n xpos -3914\n ypos 2575\n disable {{parent.Flare177.disable}}\n }\n Merge2 {\n inputs 2\n operation plus\n maskChannelMask none\n name Merge99\n xpos -3914\n ypos 2626\n }\n Merge2 {\n inputs 2\n operation mask\n maskChannelMask none\n name Merge101\n xpos -3914\n ypos 2786\n }\n Dot {\n name Dot11\n xpos -3880\n ypos 2818\n }\n Flare {\n inputs 0\n position {{parent.Flare177.position.x} {parent.Flare177.position.y}}\n radius {73.85 124.98 170.5}\n size_mult {{parent.Flare177.size_mult}}\n inner_color 0\n outer_falloff 0.86\n inner_falloff 3.8\n chroma_shift_angle 42\n vis_out 1\n corners 4\n asym_multiplier 0\n asym_falloff 10\n asym_angle -150\n name Flare174\n xpos -4454\n ypos 2696\n disable {{parent.Flare177.disable}}\n }\n Flare {\n inputs 0\n position {{parent.Flare177.position.x} {parent.Flare177.position.y}}\n radius {44.02 140.56 264.21}\n size_mult {{parent.Flare177.size_mult}}\n inner_color 0\n outer_falloff 0.86\n inner_falloff 3.8\n chroma_shift_angle 42\n vis_out 1\n corners 4\n asym_multiplier 0\n asym_falloff 10\n asym_angle 30\n name Flare175\n xpos -4344\n ypos 2655\n disable {{parent.Flare177.disable}}\n }\n Merge2 {\n inputs 2\n maskChannelMask none\n name Merge106\n xpos -4344\n ypos 2696\n }\n Shuffle {\n green red\n blue red\n alpha red\n name Shuffle8\n xpos -4344\n ypos 2739\n }\n Flare {\n inputs 0\n position {{parent.Flare177.position.x} {parent.Flare177.position.y}}\n radius {103.69 110.77 126.45}\n size_mult {{parent.Flare177.size_mult}}\n inner_color 0\n outer_falloff 5.2\n inner_falloff 0.9\n chroma_shift_angle 42\n vis_out 1\n corners 3\n name Flare176\n xpos -4344\n ypos 2605\n disable {{parent.Flare177.disable}}\n }\n Flare {\n inputs 0\n position {{root.width/2} {root.height/2}}\n radius {106.52 126.39 134.97}\n size_mult 0.8\n inner_color 0\n outer_falloff 2.7\n inner_falloff 0.76\n chroma_spread 0.012\n chroma_shift -3.2\n chroma_shift_angle 42\n vis_out 1\n corners 3\n name Flare177\n xpos -4234\n ypos 2559\n disable {{\"parent.coreCoronaType == 2 ? 0 : 1\"}}\n }\n Merge2 {\n inputs 2\n operation plus\n maskChannelMask none\n name Merge107\n xpos -4234\n ypos 2605\n }\n Merge2 {\n inputs 2\n operation mask\n maskChannelMask none\n name Merge111\n xpos -4234\n ypos 2765\n }\n Merge2 {\n inputs 2\n operation plus\n maskChannelMask none\n name Merge115\n xpos -4234\n ypos 2815\n }\n Merge2 {\n inputs 2\n operation plus\n maskChannelMask none\n name Merge108\n xpos -4234\n ypos 2878\n }\n Grade {\n multiply 0.4\n maskChannelMask none\n name Grade10\n xpos -4234\n ypos 2929\n }\n Saturation {\n saturation 0\n maskChannelMask none\n name Saturation8\n xpos -4234\n ypos 2988\n }\n Transform {\n rotate {{parent.coreCoronaRotation}}\n center {960 540}\n name Transform30\n xpos -4234\n ypos 3051\n }\n Flare {\n inputs 0\n position {{parent.Flare3.position.x} {parent.Flare3.position.y}}\n radius {260.4 271.87 287.61}\n size_mult {{parent.Flare3.size_mult}}\n ring_color 0.55\n inner_color 0\n outer_falloff 1.65\n inner_falloff 1.35\n chroma_spread 0.012\n chroma_shift -4.4\n brightness {1 1 1}\n asym_multiplier 0\n asym_falloff 10\n asym_angle -30\n mult_offset 0\n name Flare2\n xpos -2806\n ypos 2629\n disable {{parent.Flare3.disable}}\n }\n Flare {\n inputs 0\n position {{root.width/2} {root.height/2}}\n radius {241.93 271.87 284.77}\n ring_color 0.55\n inner_color 0\n outer_falloff 1.65\n inner_falloff 1.35\n chroma_spread 0.012\n chroma_shift -4.4\n brightness {1 1 1}\n asym_multiplier 0\n asym_falloff 4\n asym_angle -30\n mult_offset 0\n name Flare3\n xpos -2696\n ypos 2579\n disable {{\"parent.coreCoronaType == 1 ? 0 : 1\"}}\n }\n Merge2 {\n inputs 2\n operation plus\n maskChannelMask none\n name Merge4\n xpos -2696\n ypos 2629\n }\n Flare {\n inputs 0\n position {{parent.Flare7.position.x} {parent.Flare7.position.y}}\n radius {260.4 271.87 287.61}\n size_mult {{parent.Flare7.size_mult}}\n ring_color 0.55\n inner_color 0\n outer_falloff 1.65\n inner_falloff 1.35\n chroma_spread 0.012\n chroma_shift -4.4\n brightness {1 1 1}\n asym_multiplier 0\n asym_falloff 10\n asym_angle -30\n mult_offset 0\n name Flare6\n xpos -2913\n ypos 2729\n disable {{parent.Flare3.disable}}\n }\n Flare {\n inputs 0\n position {{root.width/2} {root.height/2}}\n radius {241.93 271.87 284.77}\n ring_color 0.55\n inner_color 0\n outer_falloff 1.65\n inner_falloff 1.35\n chroma_spread 0.012\n chroma_shift -4.4\n brightness {1 1 1}\n asym_multiplier 0\n asym_falloff 4\n asym_angle -30\n mult_offset 0\n name Flare7\n xpos -2803\n ypos 2679\n disable {{parent.Flare3.disable}}\n }\n Merge2 {\n inputs 2\n operation plus\n maskChannelMask none\n name Merge5\n xpos -2803\n ypos 2729\n }\n Transform {\n rotate 180\n center {{parent.Flare5.position.x} {parent.Flare5.position.y}}\n name Transform4\n xpos -2803\n ypos 2767\n }\n Merge2 {\n inputs 2\n operation plus\n name Merge6\n xpos -2696\n ypos 2767\n }\n Glow {\n tolerance 0.51\n size 35\n maskChannelMask none\n name Glow20\n xpos -2696\n ypos 2815\n }\n Flare {\n inputs 0\n position {{parent.Flare5.position.x} {parent.Flare5.position.y}}\n radius {260.4 271.87 287.61}\n size_mult {{parent.Flare5.size_mult}}\n ring_color 0.55\n inner_color 0\n outer_falloff 1.65\n inner_falloff 1.35\n chroma_spread 0.012\n chroma_shift -4.4\n brightness {1 1 1}\n asym_multiplier 0\n asym_falloff 10\n asym_angle -30\n mult_offset 0\n name Flare4\n xpos -3191\n ypos 2734\n disable {{parent.Flare5.disable}}\n }\n Flare {\n inputs 0\n position {{root.width/2} {root.height/2}}\n radius {254.39 271.87 284.77}\n ring_color 0.55\n inner_color 0\n outer_falloff 1.65\n inner_falloff 1.35\n chroma_spread 0.012\n chroma_shift -4.4\n brightness {1 1 1}\n asym_multiplier 0\n asym_falloff 4\n asym_angle -30\n mult_offset 0\n name Flare5\n xpos -3081\n ypos 2685\n disable {{\"parent.coreCoronaType == 0 ? 0 : 1\"}}\n }\n Merge2 {\n inputs 2\n operation plus\n maskChannelMask none\n name Merge3\n xpos -3081\n ypos 2734\n }\n Glow {\n tolerance 0.51\n size 35\n maskChannelMask none\n name Glow2\n xpos -3081\n ypos 2823\n }\n Switch {\n inputs 8\n which {{parent.coreCoronaType}}\n name Switch1\n xpos -2063\n ypos 3235\n }\n Transform {\n translate {{\"-(root.width/2) + parent.flarePos.x + parent.coreCoronaOffset.x\"} {\"-(root.height/2) + parent.flarePos.y + parent.coreCoronaOffset.y\"}}\n rotate {{parent.coreCoronaRotation}}\n scale {{\"parent.flareCoreSize * parent.coreCoronaSize\"}}\n center {{root.width/2} {root.height/2 x60 540}}\n filter sinc4\n name scale_rot_translate\n xpos -2063\n ypos 3275\n disable {{\"parent.coreCoronaType == 7 ? 1 : 0\"}}\n }\n Transform {\n translate {{\"-(2048 / 2) + parent.flarePos.x + parent.coreCoronaOffset.x\"} {\"-(2048 / 2) + parent.flarePos.y + parent.coreCoronaOffset.y\"}}\n rotate {{parent.coreCoronaRotation}}\n scale {{\"parent.flareCoreSize * parent.coreCoronaSize\"}}\n center {{\"2048 / 2\"} {\"2048 / 2\" x60 540}}\n filter sinc4\n name chroma_hoop_trans\n xpos -2063\n ypos 3305\n disable {{\"parent.coreCoronaType == 7 ? 0 : 1\"}}\n }\n Merge2 {\n inputs 2\n operation mask\n maskChannelMask none\n name Merge109\n xpos -2063\n ypos 3341\n disable {{parent.Flare177.disable}}\n }\n Blur {\n size {{parent.coreCoronaBlur}}\n name Blur3\n xpos -2063\n ypos 3377\n }\n Grade {\n multiply {{parent.coreCoronaTint.r} {parent.coreCoronaTint.g} {parent.coreCoronaTint.b} 1}\n name Grade8\n xpos -2063\n ypos 3430\n }\n Group {\n name Static_Noise3\n help \"Adds synthetic grain. Push \\\"presets\\\" to get predefined types of grain, these are the correct size for 2K scans.\\n\\nYou can also adjust the sliders to match a sample piece of grain. Find a sample with a rather constant background, blur it to remove the grain, and use as input to this. View with a wipe in the viewer so you can make a match. It helps to view and match each of the red, green, blue seperately.\"\n tile_color 0x992620ff\n note_font \"Bitstream Vera Sans\"\n xpos -1827\n ypos 3431\n disable {{!parent.coreCoronaNoise}}\n mapsize {0.15 0.15}\n addUserKnob {20 master_control l Master}\n addUserKnob {7 noise_intensity_global l Intensity R 0 2}\n noise_intensity_global 1\n addUserKnob {7 rgb_size_multiplier l Size R 0 2}\n rgb_size_multiplier 1\n addUserKnob {26 \"\"}\n addUserKnob {6 no_alpha l \"no alpha?\" t \"Check this box if your image doesn't have an alpha and you cannot use another alpha channel.\\n\\n(Note: This WILL cause the grain to be more prevalent. So please compensate using the Noise Size and Noise Intensity controls above.)\" +STARTLINE}\n no_alpha true\n addUserKnob {20 adv_controls l Advanced}\n addUserKnob {20 fractal_noise_size l \"RGB Noise Size\" n 1}\n fractal_noise_size 0\n addUserKnob {14 red_size l r R 0 100}\n red_size 1.7\n addUserKnob {14 green_size l g R 0 100}\n green_size 1.6\n addUserKnob {14 blue_size l b R 0 100}\n blue_size 1.5\n addUserKnob {20 endGroup n -1}\n addUserKnob {20 noise_irregularity l \"RGB Noise Irregularity\" n 1}\n noise_irregularity 0\n addUserKnob {7 red_i l r}\n red_i 1\n addUserKnob {7 green_i l g}\n green_i 0.75\n addUserKnob {7 blue_i l b}\n blue_i 0.65\n addUserKnob {20 endGroup_1 l endGroup n -1}\n addUserKnob {20 noise_intensity l \"RGB Noise Intensity\" n 1}\n noise_intensity 0\n addUserKnob {7 red_m l r t \"Amount of grain to add to a white pixel\"}\n red_m 0.2\n addUserKnob {7 green_m l g}\n green_m 0.4\n addUserKnob {7 blue_m l b}\n blue_m 0.6\n addUserKnob {18 black t \"Amount of grain to add everywhere\"}\n black {0 0 0}\n addUserKnob {6 black_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {18 minimum t \"Minimum black level\" R 0 0.01}\n minimum {0 0 0}\n addUserKnob {6 minimum_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {20 endGroup_2 l endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {3 seed l Seed}\n seed 134\n addUserKnob {32 reset l Reset T \"knobs this \\{rgb_size_multiplier 0 red_size 1.70 green_size 1.60 blue_size 1.50 red_i 1.00 green_i 0.75 blue_i 0.65 red_m 0.40 green_m 0.60 blue_m 1.65 black 0.00\\}\" +STARTLINE}\n }\n Input {\n inputs 0\n name Input1\n xpos 0\n }\nset Nb552b800 [stack 0]\n Noise {\n output {rgba.red -rgba.green -rgba.blue -rgba.alpha}\n cliptype none\n replace true\n size {{parent.red_size.w*(rgb_size_multiplier) i} {parent.red_size.h*(rgb_size_multiplier) i}}\n octaves 2\n gamma 1\n xrotate {{red_i*45 i}}\n yrotate {{red_i*45 i}}\n name red\n xpos 144\n ypos -7\n }\n Noise {\n output {-rgba.red rgba.green -rgba.blue -rgba.alpha}\n cliptype none\n replace true\n size {{parent.green_size.w*(rgb_size_multiplier) i} {parent.green_size.h*(rgb_size_multiplier) i}}\n zoffset 10\n octaves 2\n gamma 1\n xrotate {{green_i*45 i}}\n yrotate {{green_i*45 i}}\n name green\n xpos 144\n ypos 35\n }\n Noise {\n output {-rgba.red -rgba.green rgba.blue -rgba.alpha}\n cliptype none\n replace true\n size {{parent.blue_size.w*(rgb_size_multiplier) i} {parent.blue_size.h*(rgb_size_multiplier) i}}\n zoffset 20\n octaves 2\n gamma 1\n xrotate {{blue_i*45 i}}\n yrotate {{blue_i*45 i}}\n name blue\n xpos 144\n ypos 77\n }\npush $Nb552b800\n MergeExpression {\n inputs 2\n expr0 max(minimum.r,r+(2*Ar-1)*(r*red_m*noise_intensity_global))\n expr1 max(minimum.g,g+(2*Ag-1)*(g*green_m*noise_intensity_global))\n expr2 max(minimum.b,b+(2*Ab-1)*(b*blue_m*noise_intensity_global))\n name MergeExpression1\n xpos 144\n ypos 117\n }\nset Nb552a800 [stack 0]\npush $Nb552a800\npush $Nb552b800\n Copy {\n inputs 2\n channels rgb\n maskChannelInput rgba.alpha\n name Copy1\n xpos 0\n ypos 105\n disable {{parent.no_alpha i}}\n }\n Switch {\n inputs 2\n which {{parent.no_alpha i}}\n name Switch1\n xpos 144\n ypos 171\n }\n Output {\n name Output1\n xpos 144\n ypos 219\n }\n end_group\n Dot {\n name Dot40\n xpos 616\n ypos 3434\n }\nset Nb5529c00 [stack 0]\n Saturation {\n saturation 0\n name Saturation2\n xpos 583\n ypos 3480\n }\npush $Nb5529c00\n Copy {\n inputs 2\n from0 rgba.red\n to0 rgba.alpha\n name Copy4\n xpos 754\n ypos 3425\n }\n Constant {\n inputs 0\n channels rgb\n color 1\n name Constant2\n label \"Matte Box Edge\"\n xpos -63\n ypos 1215\n }\n Crop {\n box {-100 -100 {root.width+100} {root.height+100}}\n name Crop3\n xpos -63\n ypos 1299\n }\n Erode {\n channels rgba\n size 100\n blur 1\n maskChannelMask none\n name Erode1\n xpos -63\n ypos 1325\n }\n Clamp {\n maskChannelMask none\n name Clamp2\n xpos -63\n ypos 1351\n }\n Invert {\n maskChannelMask none\n name Invert2\n xpos -63\n ypos 1389\n }\n Blur {\n size 200\n name Blur40\n xpos -63\n ypos 1427\n }\n Grade {\n blackpoint {{parent.bloomFalloffCrush}}\n name Grade1\n xpos 191\n ypos 1433\n }\nset Nb64a3400 [stack 0]\n Dot {\n name Dot33\n xpos 225\n ypos 1528\n }\nset Nb64a3000 [stack 0]\n Grade {\n multiply {1 0 0 1}\n name Grade2\n xpos 191\n ypos 2197\n }\npush $Nb64a3000\npush $Nb64a3000\npush $Nb64a3000\npush $Nb64a3000\npush $Nb64a3000\npush $Nb64a3000\npush $Nd50e1000\n Constant {\n inputs 0\n channels rgb\n name Constant16\n xpos 918\n ypos 1117\n }\n Switch {\n inputs 2\n which {{parent.altCoreDisable}}\n name Switch6\n xpos 798\n ypos 1140\n }\n Dot {\n name Dot6\n xpos 832\n ypos 1197\n }\n Dot {\n name Dot5\n xpos 409\n ypos 1197\n }\n Dot {\n name Dot21\n xpos 409\n ypos 1241\n }\nset Nb64a1c00 [stack 0]\n Dot {\n name Dot23\n xpos 485\n ypos 1241\n }\n Dot {\n name Dot24\n xpos 485\n ypos 1528\n }\npush $Nb64a1c00\n Merge2 {\n inputs 2+1\n operation screen\n name Edge_Shimmer_Bloom\n label \"Edge Shimmer\"\n xpos 375\n ypos 1518\n disable {{parent.edgeBloomDisable}}\n }\n Blur {\n inputs 1+1\n size 100\n name Blur41\n xpos 375\n ypos 1556\n disable {{parent.Edge_Shimmer_Bloom.disable}}\n }\n Blur {\n inputs 1+1\n size 100\n name Blur42\n xpos 375\n ypos 1594\n disable {{parent.Edge_Shimmer_Bloom.disable}}\n }\n Blur {\n inputs 1+1\n size 100\n name Blur43\n xpos 375\n ypos 1632\n disable {{parent.Edge_Shimmer_Bloom.disable}}\n }\n Grade {\n inputs 1+1\n white 4\n multiply 4\n name Grade16\n label Bloom\n xpos 375\n ypos 1670\n disable {{parent.Edge_Shimmer_Bloom.disable}}\n }\n Glow {\n inputs 1+1\n name Glow1\n xpos 375\n ypos 1708\n disable {{parent.Edge_Shimmer_Bloom.disable}}\n }\n Shuffle {\n alpha red\n name Shuffle5\n xpos 375\n ypos 1734\n }\n Grade {\n multiply {{parent.edgeBloomColour.r} {parent.edgeBloomColour.g} {parent.edgeBloomColour.b} 1}\n name Grade9\n xpos 375\n ypos 1771\n }\n VolumeRays {\n name FFX_VolumeRays\n label \"Mar 20 2005\"\n xpos 375\n ypos 1863\n disable {{parent.Edge_Shimmer_Bloom.disable}}\n blur_size 0\n vol_pos {{\"parent.flarePos.x + parent.coreOffset.x\"} {\"parent.flarePos.y + parent.coreOffset.y\"}}\n raylength 13\n quality Low\n chk_flicker false\n flicker_speed 0\n flicker_size 0\n xform_flicker true\n CCorrect1_gain 0.09\n volume_end_color {0 0 0 0}\n radial_size 205\n }\nset Nb6421d00 [stack 0]\n Blur {\n size 300\n name Blur76\n xpos 511\n ypos 1863\n }\npush $Nb64a3400\n Constant {\n inputs 0\n channels rgb\n color {0 0 0 1}\n color_panelDropped true\n name Constant4\n xpos 653\n ypos 1229\n }\n Noise {\n maskChannelMask none\n size 15.8\n zoffset {{frame/10}}\n lacunarity 10\n translate {1660 676}\n center {{parent.flarePos.x} {parent.flarePos.y}}\n name Noise15\n xpos 653\n ypos 1321\n }\n VolumeRays {\n inputs 2\n name FFX_VolumeRays2\n label \"Mar 20 2005\"\n xpos 653\n ypos 1427\n style \"Alpha Edges\"\n blur_size 0\n vol_pos {{\"parent.flarePos.x + parent.coreOffset.x\" i} {\"parent.flarePos.y + parent.coreOffset.y\" i}}\n raylength 8\n pre_blur 5.5\n chk_flicker false\n flicker_size 2\n xform_flicker true\n volume_end_color {0 0 0 0}\n radial_size 400\n chk_use_mask true\n }\nset Nb631f200 [stack 0]\npush $Nb631f200\n Sparkles {\n inputs 0\n mode Sparkles\n position {{\"parent.flarePos.x + parent.coreOffsetSlider.w\"} {\"parent.flarePos.y + parent.coreOffsetSlider.h\"}}\n size 1300\n anamorphic 1.1\n rotation {{(parent.flarePos.x/30)+100}}\n ray_nb 600\n ray_thick 1.45\n spark_falloff 0\n ray_falloff 10\n brightness 0.12\n chroma_shift 1.06\n chroma_spread 0.16\n motion 1000\n fadeTolerance 0\n broken_rays true\n broken_affected 43\n broken_start 0.12\n random_broken_start true\n broken_holes 0.15\n random_broken_holes true\n sparks_direction 4\n sparks_angle 190\n name Sparkles3\n xpos 846\n ypos 1246\n }\n Sparkles {\n mode Sparkles\n position {{\"parent.flarePos.x + parent.coreOffsetSlider.w\" i} {\"parent.flarePos.y + parent.coreOffsetSlider.h\" i}}\n size 1300\n anamorphic 1.1\n rotation {{(parent.flarePos.x/30)+100 i}}\n ray_nb 600\n ray_thick 1.36\n spark_falloff 0.16\n ray_falloff 10\n seed 90\n chroma_shift 1.06\n chroma_spread 0.16\n broken_rays true\n broken_affected 43\n broken_start 0.12\n random_broken_start true\n broken_holes 0.15\n random_broken_holes true\n name Sparkles4\n xpos 846\n ypos 1292\n }\n VolumeRays {\n name FFX_VolumeRays4\n label \"Mar 20 2005\"\n xpos 846\n ypos 1351\n blur_size 0\n vol_pos {{\"parent.flarePos.x + parent.coreOffset.x\" i} {\"parent.flarePos.y + parent.coreOffset.y\" i}}\n raylength 11\n pre_blur 6\n quality Low\n chk_flicker false\n flicker_size 2\n xform_flicker true\n volume_end_color {0 0 0 0}\n radial_size 400\n }\n Merge2 {\n inputs 2\n operation mask\n Achannels {rgba.red rgba.green rgba.blue rgba.red}\n maskChannelMask none\n name Merge282\n xpos 846\n ypos 1407\n }\n Merge2 {\n inputs 2\n operation geometric\n maskChannelMask none\n mix 0.5\n name Merge283\n xpos 846\n ypos 1433\n }\n Grade {\n multiply 2.65\n maskChannelMask none\n name Grade4\n xpos 851\n ypos 1471\n }\n Grade {\n multiply {{parent.edgeShimmerColour.r i} {parent.edgeShimmerColour.g i} {parent.edgeShimmerColour.b i} 1}\n name Grade3\n xpos 846\n ypos 1507\n }\n Saturation {\n channels all\n saturation 0\n maskChannelMask none\n name Saturation9\n xpos 846\n ypos 1551\n disable {{parent.shimmerColour i}}\n }\n Grade {\n multiply {{parent.edgeShimmerIntensity i}}\n name Grade5\n xpos 752\n ypos 1557\n }\npush $Nb631f200\n Multiply {\n value 0\n name Multiply1\n xpos 653\n ypos 1473\n disable {{!parent.edgeBloomDisable i}}\n }\n Multiply {\n value {{parent.edgeBloomIntensity i}}\n name Multiply2\n xpos 653\n ypos 1511\n }\n Merge2 {\n inputs 2\n operation screen\n maskChannelMask none\n name Merge284\n xpos 653\n ypos 1557\n disable {{parent.edgeShimmerDisable}}\n }\n Merge2 {\n inputs 2\n operation multiply\n maskChannelMask none\n name Merge225\n xpos 653\n ypos 1869\n }\n Dot {\n name Dot34\n xpos 687\n ypos 1921\n }\npush $Nb6421d00\n Multiply {\n value {{parent.edgeBloomIntensity}}\n name Multiply3\n xpos 375\n ypos 1901\n }\n Merge2 {\n inputs 2\n operation screen\n maskChannelMask none\n name Merge224\n xpos 375\n ypos 1945\n }\n Dot {\n name Dot12\n xpos 409\n ypos 2034\n }\n Dot {\n name Dot41\n xpos 707\n ypos 2034\n }\nset Nb60ca800 [stack 0]\n Saturation {\n saturation 0\n name Saturation3\n xpos 674\n ypos 2080\n }\npush $Nb60ca800\n Copy {\n inputs 2\n from0 rgba.red\n to0 rgba.alpha\n name Copy5\n xpos 845\n ypos 2025\n }\npush $Nd50e1000\n Input {\n inputs 0\n name backplate\n xpos 1009\n ypos 247\n }\n Dot {\n name Dot66\n xpos 1043\n ypos 770\n }\nset Nb60c9800 [stack 0]\n Merge2 {\n inputs 2\n operation screen\n mix {{parent.coreMix}}\n name lens_core_enabler\n xpos 1009\n ypos 1084\n disable {{parent.coreDisable}}\n }\n Dot {\n name Dot7\n xpos 1043\n ypos 1361\n }\n Merge2 {\n inputs 2\n operation screen\n name dynamic_FX\n xpos 1009\n ypos 2031\n }\n Merge2 {\n inputs 2\n name mask_preview\n xpos 1009\n ypos 2197\n disable {{!parent.previewEdgeArea}}\n }\n Merge2 {\n inputs 2\n operation plus\n mix {{parent.coreCoronaMix}}\n name Merge2\n xpos 1009\n ypos 3431\n disable {{parent.coreCoronaDisable}}\n }\n Merge2 {\n inputs 2\n operation plus\n maskChannelMask none\n mix {{parent.coronaExtraMix}}\n name Core_Corona_Plus\n xpos 1009\n ypos 4604\n disable {{!parent.coronaExtraEnable}}\n }\n Merge2 {\n inputs 2\n operation plus\n maskChannelMask none\n mix {{parent.anomalyMix}}\n name Anomolies_Plus\n xpos 1009\n ypos 5722\n disable {{!parent.lensAnomalyEnable}}\n }\n Merge2 {\n inputs 2\n operation plus\n maskChannelMask none\n mix {{parent.lensPieceMainMix}}\n name lens_pieces_merge\n xpos 1009\n ypos 7005\n disable {{!parent.lensPieceMainEnable}}\n }\n Merge2 {\n inputs 2\n operation plus\n maskChannelMask none\n mix {{parent.lensPieceBigMix}}\n name big_pieces_merge\n xpos 1009\n ypos 7953\n disable {{!parent.lensPieceBigEnable}}\n }\n Merge2 {\n inputs 2\n operation plus\n maskChannelMask none\n mix {{parent.lensPieceRingsMix}}\n name rings_merge\n xpos 1009\n ypos 8865\n disable {{!parent.lensPieceRingsEnable}}\n }\n Merge2 {\n inputs 2\n operation plus\n maskChannelMask none\n mix {{parent.lensPieceLinesMix}}\n name lines_merge\n xpos 1009\n ypos 11952\n disable {{!parent.lensPieceLinesEnable}}\n }\n Merge2 {\n inputs 2\n operation plus\n maskChannelMask none\n mix {{parent.coreRaysMix}}\n name core_rays\n xpos 1009\n ypos 13409\n disable {{!parent.coreRaysEnable}}\n }\n Merge2 {\n inputs 2\n operation plus\n mix {{parent.coreDogschidtMix}}\n name Merge7\n xpos 1009\n ypos 14776\n disable {{parent.dogSchidtControl}}\n }\n Merge2 {\n inputs 2+1\n operation plus\n mix {{0.2*parent.centerFrameBloomMix}}\n name Merge1\n xpos 1009\n ypos 16289\n disable {{parent.centerFrameBloomDisable}}\n }\n Merge2 {\n inputs 2\n name center_mask_preview\n xpos 1009\n ypos 16355\n disable {{!parent.previewCenterSelection}}\n }\n Merge2 {\n inputs 2\n operation screen\n mix {{parent.lensDirtMix}}\n name Merge8\n xpos 1009\n ypos 16720\n disable {{!parent.lensDirtEnable}}\n }\n Merge2 {\n inputs 2\n name Merge16\n xpos 1009\n ypos 16773\n disable {{!parent.lensDirtRangePreview}}\n }\n Dot {\n name Dot67\n xpos 1043\n ypos 17088\n }\nset Nb6068c00 [stack 0]\npush $Nb60c9800\n Dot {\n name Dot77\n xpos 3709\n ypos 770\n }\n Dot {\n name Dot76\n xpos 3709\n ypos 16963\n }\nset Nb6068400 [stack 0]\n Dot {\n name Dot78\n xpos 1424\n ypos 16963\n }\n Switch {\n inputs 2\n which {{parent.ghostCalc}}\n name Switch7\n xpos 1390\n ypos 17084\n }\n Reformat {\n type scale\n scale {{parent.frameGhostQuality}}\n name Reformat6\n xpos 1390\n ypos 17118\n }\n Crop {\n box {0 0 {\"root.width * parent.frameGhostQuality\"} {\"parent.frameGhostQuality * root.height\"}}\n reformat true\n crop false\n name Crop6\n xpos 1390\n ypos 17155\n }\nset Nb600f000 [stack 0]\n Keyer {\n operation \"luminance key\"\n range {{parent.frameGhostSelection} 1 1 1}\n name Keyer1\n xpos 1500\n ypos 17149\n }\n Premult {\n name Premult1\n xpos 1500\n ypos 17215\n }\n Grade {\n channels all\n multiply {{\"1 - parent.frameGhostGamma\"}}\n white_clamp true\n name Grade25\n xpos 1500\n ypos 17259\n }\nset Nb600e400 [stack 0]\n Dot {\n name Dot81\n xpos 1242\n ypos 17269\n }\nset Nb600e000 [stack 0]\n Saturation {\n channels all\n saturation 0\n name Saturation14\n xpos 1124\n ypos 17314\n }\npush $Nb600e000\n Copy {\n inputs 2\n from0 rgba.alpha\n to0 rgba.red\n from1 rgba.alpha\n to1 rgba.green\n from2 rgba.alpha\n to2 rgba.blue\n name Copy16\n xpos 1208\n ypos 17394\n }\n Shuffle {\n alpha white\n name Shuffle17\n xpos 1208\n ypos 17499\n }\n Reformat {\n name Reformat7\n xpos 1208\n ypos 17544\n }\n Dot {\n name Dot80\n xpos 1242\n ypos 20532\n }\n Constant {\n inputs 0\n channels rgb\n format \"256 256 0 0 256 256 1 square_256\"\n name Constant3\n xpos 2330\n ypos 17351\n }\n Dot {\n name Dot70\n xpos 2364\n ypos 17569\n }\nset Nb5fbfc00 [stack 0]\n Dot {\n name Dot88\n xpos 2364\n ypos 18182\n }\nset Nb5fbf800 [stack 0]\n Dot {\n name Dot69\n xpos 2364\n ypos 18246\n }\nset Nb5fbf400 [stack 0]\n Dot {\n name Dot106\n xpos 2364\n ypos 19061\n }\nset Nb5fbf000 [stack 0]\n Dot {\n name Dot92\n xpos 2364\n ypos 19812\n }\npush $Nb600f000\n SphericalTransform {\n fix true\n name SphericalTransform1\n xpos 1390\n ypos 17207\n }\n Reformat {\n format \"256 256 0 0 256 256 1 square_256\"\n resize distort\n name Reformat3\n xpos 1390\n ypos 17294\n }\n Shuffle {\n alpha white\n name Shuffle16\n xpos 1390\n ypos 17354\n }\n Dot {\n name Dot68\n xpos 1424\n ypos 17424\n }\nset Nb5fbd800 [stack 0]\n Dot {\n name Dot86\n xpos 1424\n ypos 18149\n }\nset Nb5fbd400 [stack 0]\n Dot {\n name Dot102\n xpos 1424\n ypos 18916\n }\nset Nb5fbd000 [stack 0]\n Dot {\n name Dot103\n xpos 1424\n ypos 19667\n }\n Grade {\n gamma {{parent.frameGhostFlare4ReflGamma} {parent.frameGhostFlare4ReflGamma} {parent.frameGhostFlare4ReflGamma} {parent.frameGhostFlare4ReflGamma}}\n name Grade32\n xpos 1733\n ypos 19663\n }\n Transform {\n rotate {{parent.frameGhostFlare4ReflRotation}}\n center {128 128}\n name Transform31\n xpos 1733\n ypos 19710\n }\n Blur {\n size {{parent.frameGhostFlare4ReflBlur}}\n name Blur24\n xpos 1733\n ypos 19751\n }\n Constant {\n inputs 0\n channels rgb\n format \"256 256 0 0 256 256 1 square_256\"\n name Constant8\n xpos 2013\n ypos 17018\n }\nset Nb5f77800 [stack 0]\n Flare {\n position {128 128}\n radius {80 100 118.54}\n inner_color 1\n outer_falloff 0.1\n inner_falloff 0.76\n flattening 1\n sharpness 0.98\n corners_angle 18\n name Flare13\n xpos 2453\n ypos 17123\n disable {{parent.Merge45.disable}}\n }\nset Nb5f77400 [stack 0]\npush $Nb5f77800\n Flare {\n position {128 128}\n radius {80 100 118.54}\n inner_color 1\n outer_falloff 0.1\n inner_falloff 0.76\n corners 10\n flattening 1\n sharpness 0.98\n corners_angle 18\n name Flare17\n xpos 2343\n ypos 17123\n disable {{parent.Merge45.disable}}\n }\nset Nb5f76c00 [stack 0]\npush $Nb5f77800\n Flare {\n position {128 128}\n radius {80 100 118.54}\n inner_color 1\n outer_falloff 0.1\n inner_falloff 0.76\n corners 8\n flattening 1\n sharpness 0.98\n corners_angle 18\n name Flare16\n xpos 2233\n ypos 17123\n disable {{parent.Merge45.disable}}\n }\nset Nb5f76400 [stack 0]\npush $Nb5f77800\n Flare {\n position {128 128}\n radius {80 100 118.54}\n inner_color 1\n outer_falloff 0.1\n inner_falloff 0.76\n corners 7\n flattening 1\n sharpness 0.98\n corners_angle 18\n name Flare15\n xpos 2123\n ypos 17123\n disable {{parent.Merge45.disable}}\n }\nset Nb5f75c00 [stack 0]\npush $Nb5f77800\n Flare {\n position {128 128}\n radius {80 100 118.54}\n inner_color 1\n outer_falloff 0.1\n inner_falloff 0.76\n corners 6\n flattening 1\n sharpness 0.98\n corners_angle 18\n name Flare14\n xpos 2013\n ypos 17123\n disable {{parent.Merge45.disable}}\n }\nset Nb5f75400 [stack 0]\n Switch {\n inputs 5\n which {{parent.frameGhostFlare4Shape}}\n name Switch11\n xpos 1930\n ypos 19556\n }\n Transform {\n rotate {{parent.frameGhostFlare4DiaphragmRot}}\n scale {{\"parent.frameGhostFlare4DiaphragmSize + 0.001\"}}\n center {128 128}\n name Transform40\n xpos 1930\n ypos 19608\n }\nset Nb5f74c00 [stack 0]\n Noise {\n replace true\n maskChannelInput rgba.red\n size 280\n gain {{parent.frameGhostFlare4Noise}}\n center {960 540}\n name Noise14\n xpos 2052\n ypos 19642\n }\npush $Nb5f74c00\n Merge2 {\n inputs 2\n operation multiply\n mix {{\"parent.frameGhostFlare4NoiseOpac * parent.frameGhostNoiseMult\"}}\n name Merge68\n xpos 1930\n ypos 19648\n }\n Merge2 {\n inputs 2\n output rgb\n maskChannelInput rgba.red\n name Merge69\n xpos 1930\n ypos 19751\n }\n Merge2 {\n inputs 2\n operation multiply\n name Merge70\n xpos 1930\n ypos 19808\n }\n Reformat {\n format \"256 256 0 0 256 256 1 square_256\"\n name Reformat15\n xpos 1930\n ypos 19848\n }\n Dot {\n name Dot97\n xpos 1964\n ypos 19907\n }\n Dot {\n name Dot98\n xpos 1869\n ypos 19907\n }\n Reformat {\n type scale\n scale {{\"(parent.frameGhostQuality * parent.frameGhostFlare4Size.w) + 0.01\"} {\"(parent.frameGhostQuality * parent.frameGhostFlare4Size.h) + 0.01\"}}\n name Reformat16\n xpos 1835\n ypos 19945\n }\npush $Nb600e400\n Dot {\n name Dot74\n xpos 1534\n ypos 17704\n }\nset Nb5ef1c00 [stack 0]\n Dot {\n name Dot87\n xpos 1534\n ypos 18429\n }\nset Nb5ef1800 [stack 0]\n Dot {\n name Dot104\n xpos 1534\n ypos 19196\n }\nset Nb5ef1400 [stack 0]\n Dot {\n name Dot105\n xpos 1534\n ypos 19947\n }\n Transform {\n scale {{parent.frameGhostFlare4PosOffset}}\n center {{\"root.width/2 * parent.frameGhostQuality\"} {\"root.height/2 * parent.frameGhostQuality\"}}\n name Transform41\n xpos 1728\n ypos 19943\n }\n Dot {\n name Dot99\n xpos 1762\n ypos 20002\n }\n Convolve {\n inputs 2\n channels rgb\n name _convolveLens4\n xpos 1835\n ypos 19998\n disable {{parent.Merge45.disable}}\n }\n Grade {\n multiply {{parent.frameGhostFlare4Colour} {parent.frameGhostFlare4Colour} {parent.frameGhostFlare4Colour} {parent.frameGhostFlare4Colour}}\n name Grade33\n xpos 1835\n ypos 20044\n }\n Blur {\n size {{parent.frameGhostFlare4Blur}}\n name Blur26\n xpos 1835\n ypos 20087\n }\n Dot {\n name Dot101\n xpos 1869\n ypos 20240\n }\n Reformat {\n name Reformat18\n xpos 2021\n ypos 20236\n }\npush $Nb5fbf000\npush $Nb5fbd000\n Grade {\n gamma {{parent.frameGhostFlare3ReflGamma} {parent.frameGhostFlare3ReflGamma} {parent.frameGhostFlare3ReflGamma} {parent.frameGhostFlare3ReflGamma}}\n name Grade30\n xpos 1732\n ypos 18912\n }\n Transform {\n rotate {{parent.frameGhostFlare3ReflRotation}}\n center {128 128}\n name Transform21\n xpos 1732\n ypos 18959\n }\n Blur {\n size {{parent.frameGhostFlare3ReflBlur}}\n name Blur22\n xpos 1732\n ypos 19000\n }\npush $Nb5f77400\npush $Nb5f76c00\npush $Nb5f76400\npush $Nb5f75c00\npush $Nb5f75400\n Switch {\n inputs 5\n which {{parent.frameGhostFlare3Shape}}\n name Switch10\n xpos 1929\n ypos 18805\n }\n Transform {\n rotate {{parent.frameGhostFlare3DiaphragmRot}}\n scale {{\"parent.frameGhostFlare3DiaphragmSize + 0.001\"}}\n center {128 128}\n name Transform22\n xpos 1929\n ypos 18857\n }\nset Nb5eb5c00 [stack 0]\n Noise {\n replace true\n maskChannelInput rgba.red\n size 280\n gain {{parent.frameGhostFlare3Noise}}\n center {960 540}\n name Noise12\n xpos 2051\n ypos 18891\n }\npush $Nb5eb5c00\n Merge2 {\n inputs 2\n operation multiply\n mix {{\"parent.frameGhostFlare3NoiseOpac * parent.frameGhostNoiseMult\"}}\n name Merge64\n xpos 1929\n ypos 18897\n }\n Merge2 {\n inputs 2\n output rgb\n maskChannelInput rgba.red\n name Merge65\n xpos 1929\n ypos 19000\n }\n Merge2 {\n inputs 2\n operation multiply\n name Merge66\n xpos 1929\n ypos 19057\n }\n Reformat {\n format \"256 256 0 0 256 256 1 square_256\"\n name Reformat13\n xpos 1929\n ypos 19097\n }\n Dot {\n name Dot93\n xpos 1963\n ypos 19156\n }\n Dot {\n name Dot94\n xpos 1868\n ypos 19156\n }\n Reformat {\n type scale\n scale {{\"(parent.frameGhostQuality * parent.frameGhostFlare3Size.w) + 0.01\"} {\"(parent.frameGhostQuality * parent.frameGhostFlare3Size.h) + 0.01\"}}\n name Reformat14\n xpos 1834\n ypos 19194\n }\npush $Nb5ef1400\n Transform {\n scale {{parent.frameGhostFlare3PosOffset}}\n center {{\"root.width/2 * parent.frameGhostQuality\"} {\"root.height/2 * parent.frameGhostQuality\"}}\n name Transform23\n xpos 1727\n ypos 19192\n }\n Dot {\n name Dot95\n xpos 1761\n ypos 19251\n }\n Convolve {\n inputs 2\n channels rgb\n name _convolveLens3\n xpos 1834\n ypos 19247\n disable {{parent.Merge45.disable}}\n }\n Grade {\n multiply {{parent.frameGhostFlare3Colour} {parent.frameGhostFlare3Colour} {parent.frameGhostFlare3Colour} {parent.frameGhostFlare3Colour}}\n name Grade31\n xpos 1834\n ypos 19293\n }\n Blur {\n size {{parent.frameGhostFlare3Blur}}\n name Blur23\n xpos 1834\n ypos 19336\n }\n Dot {\n name Dot100\n xpos 1868\n ypos 19431\n }\n Reformat {\n name Reformat17\n xpos 2020\n ypos 19427\n }\npush $Nb5fbf800\n Dot {\n name Dot91\n xpos 2090\n ypos 18182\n }\n Noise {\n size 19.5\n zoffset 1.6\n lacunarity 1.08\n gain 0.116\n gamma 1\n center {128 128}\n name Noise9\n xpos 2056\n ypos 18243\n }\npush $Nb5fbf400\n Flare {\n position {128 128}\n radius {11.29 88.3 159.47}\n size_mult 0.79\n ring_color 0.88\n inner_color 0.46\n outer_falloff 0.66\n inner_falloff 1.3\n name Flare18\n xpos 2153\n ypos 18242\n disable {{parent.Merge45.disable}}\n }\n Merge2 {\n inputs 2\n operation multiply\n mix 0.725\n name Merge56\n xpos 2153\n ypos 18290\n }\npush $Nb5fbd400\n Grade {\n gamma {{parent.frameGhostFlare2ReflGamma} {parent.frameGhostFlare2ReflGamma} {parent.frameGhostFlare2ReflGamma} {parent.frameGhostFlare2ReflGamma}}\n name Grade27\n xpos 1732\n ypos 18145\n }\n Transform {\n rotate {{parent.frameGhostFlare2ReflRotation}}\n center {128 128}\n name Transform18\n xpos 1732\n ypos 18192\n }\n Blur {\n size {{parent.frameGhostFlare2ReflBlur}}\n name Blur18\n xpos 1732\n ypos 18233\n }\npush $Nb5f77400\npush $Nb5f76c00\npush $Nb5f76400\npush $Nb5f75c00\npush $Nb5f75400\n Switch {\n inputs 5\n which {{parent.frameGhostFlare2Shape}}\n name Switch9\n xpos 1929\n ypos 18038\n }\n Transform {\n rotate {{parent.frameGhostFlare2DiaphragmRot}}\n scale {{\"parent.frameGhostFlare2DiaphragmSize + 0.001\"}}\n center {128 128}\n name Transform19\n xpos 1929\n ypos 18090\n }\nset Nb5dea800 [stack 0]\n Noise {\n replace true\n maskChannelInput rgba.red\n size 280\n gain {{parent.frameGhostFlare2Noise}}\n center {960 540}\n name Noise6\n xpos 2051\n ypos 18124\n }\npush $Nb5dea800\n Merge2 {\n inputs 2\n operation multiply\n mix {{\"parent.frameGhostFlare2NoiseOpac * parent.frameGhostNoiseMult\"}}\n name Merge44\n xpos 1929\n ypos 18130\n }\n Merge2 {\n inputs 2\n output rgb\n maskChannelInput rgba.red\n name Merge46\n xpos 1929\n ypos 18233\n }\n Merge2 {\n inputs 2\n operation multiply\n name Merge50\n xpos 1929\n ypos 18290\n }\n Reformat {\n format \"256 256 0 0 256 256 1 square_256\"\n name Reformat9\n xpos 1929\n ypos 18330\n }\n Dot {\n name Dot83\n xpos 1963\n ypos 18389\n }\n Dot {\n name Dot84\n xpos 1868\n ypos 18389\n }\n Reformat {\n type scale\n scale {{\"(parent.frameGhostQuality * parent.frameGhostFlare2Size.w) + 0.01\"} {\"(parent.frameGhostQuality * parent.frameGhostFlare2Size.h) + 0.01\"}}\n name Reformat10\n xpos 1834\n ypos 18427\n }\npush $Nb5ef1800\n Transform {\n scale {{parent.frameGhostFlare2PosOffset}}\n center {{\"root.width/2 * parent.frameGhostQuality\"} {\"root.height/2 * parent.frameGhostQuality\"}}\n name Transform20\n xpos 1727\n ypos 18425\n }\n Dot {\n name Dot85\n xpos 1761\n ypos 18484\n }\n Convolve {\n inputs 2\n channels rgb\n name _convolveLens2\n xpos 1834\n ypos 18480\n disable {{parent.Merge45.disable}}\n }\n Grade {\n multiply {{parent.frameGhostFlare2Colour} {parent.frameGhostFlare2Colour} {parent.frameGhostFlare2Colour} {parent.frameGhostFlare2Colour}}\n name Grade29\n xpos 1834\n ypos 18526\n }\n Blur {\n size {{parent.frameGhostFlare2Blur}}\n name Blur19\n xpos 1834\n ypos 18569\n }\n Dot {\n name Dot90\n xpos 1868\n ypos 18678\n }\n Reformat {\n name Reformat12\n xpos 2020\n ypos 18674\n }\npush $Nb5fbfc00\n Flare {\n position {128 128}\n radius {11.29 88.3 159.47}\n size_mult 0.79\n ring_color 0.88\n inner_color 0.46\n outer_falloff 0.66\n inner_falloff 1.3\n name Flare8\n xpos 2185\n ypos 17565\n disable {{parent.Merge45.disable}}\n }\npush $Nb5fbd800\n Grade {\n gamma {{parent.frameGhostFlare1ReflGamma} {parent.frameGhostFlare1ReflGamma} {parent.frameGhostFlare1ReflGamma} {parent.frameGhostFlare1ReflGamma}}\n name Grade24\n xpos 1734\n ypos 17420\n }\n Transform {\n rotate {{parent.frameGhostFlare1ReflRotation}}\n center {128 128}\n name Transform5\n xpos 1734\n ypos 17467\n }\n Blur {\n size {{parent.frameGhostFlare1ReflBlur}}\n name Blur14\n xpos 1734\n ypos 17508\n }\npush $Nb5f76c00\npush $Nb5f76400\npush $Nb5f75c00\npush $Nb5f75400\npush $Nb5f77400\n Switch {\n inputs 5\n which {{parent.frameGhostFlare1Shape}}\n name Switch8\n xpos 1931\n ypos 17313\n }\n Transform {\n rotate {{parent.frameGhostFlare1DiaphragmRot}}\n scale {{\"parent.frameGhostFlare1DiaphragmSize + 0.001\"}}\n center {128 128}\n name Transform9\n xpos 1931\n ypos 17365\n }\nset Nb5d84400 [stack 0]\n Noise {\n replace true\n maskChannelInput rgba.red\n size 280\n gain {{parent.frameGhostFlare1Noise}}\n center {960 540}\n name Noise4\n xpos 2053\n ypos 17399\n }\npush $Nb5d84400\n Merge2 {\n inputs 2\n operation multiply\n mix {{\"parent.frameGhostFlare1NoiseOpac * parent.frameGhostNoiseMult\"}}\n name Merge43\n xpos 1931\n ypos 17405\n }\n Merge2 {\n inputs 2\n output rgb\n maskChannelInput rgba.red\n name Merge41\n xpos 1931\n ypos 17508\n }\n Merge2 {\n inputs 2\n operation multiply\n name Merge42\n xpos 1931\n ypos 17565\n }\n Reformat {\n format \"256 256 0 0 256 256 1 square_256\"\n name Reformat4\n xpos 1931\n ypos 17605\n }\n Dot {\n name Dot71\n xpos 1965\n ypos 17664\n }\n Dot {\n name Dot72\n xpos 1870\n ypos 17664\n }\n Reformat {\n type scale\n scale {{\"(parent.frameGhostQuality * parent.frameGhostFlare1Size.w) + 0.01\"} {\"(parent.frameGhostQuality * parent.frameGhostFlare1Size.h) + 0.01\"}}\n name Reformat5\n xpos 1836\n ypos 17702\n }\npush $Nb5ef1c00\n Transform {\n scale {{parent.frameGhostFlare1PosOffset}}\n center {{\"root.width/2 * parent.frameGhostQuality\"} {\"root.height/2 * parent.frameGhostQuality\"}}\n name Transform13\n xpos 1729\n ypos 17700\n }\n Dot {\n name Dot73\n xpos 1763\n ypos 17759\n }\n Convolve {\n inputs 2\n channels rgb\n name _convolveLens1\n xpos 1836\n ypos 17755\n disable {{parent.Merge45.disable}}\n }\n Grade {\n multiply {{parent.frameGhostFlare1Colour} {parent.frameGhostFlare1Colour} {parent.frameGhostFlare1Colour} {parent.frameGhostFlare1Colour}}\n name Grade26\n xpos 1836\n ypos 17801\n }\n Blur {\n size {{parent.frameGhostFlare1Blur}}\n name Blur16\n xpos 1836\n ypos 17844\n }\n Dot {\n name Dot89\n xpos 1870\n ypos 17909\n }\n Reformat {\n name Reformat11\n xpos 2091\n ypos 17905\n }\n Constant {\n inputs 0\n channels rgb\n name Constant9\n xpos 2442\n ypos 17739\n }\n Merge2 {\n inputs 2\n operation screen\n mix {{parent.frameGhostFlare1Mix}}\n name Merge55\n xpos 2442\n ypos 17905\n disable {{!parent.frameGhostFlare1Enable}}\n }\n Merge2 {\n inputs 2\n operation screen\n mix {{parent.frameGhostFlare2Mix}}\n name Merge54\n xpos 2442\n ypos 18674\n disable {{!parent.frameGhostFlare2Enable}}\n }\n Merge2 {\n inputs 2\n operation screen\n mix {{parent.frameGhostFlare3Mix}}\n name Merge71\n xpos 2442\n ypos 19427\n disable {{!parent.frameGhostFlare3Enable}}\n }\n Merge2 {\n inputs 2\n operation screen\n mix {{parent.frameGhostFlare4Mix}}\n name Merge72\n xpos 2443\n ypos 20236\n disable {{!parent.frameGhostFlare4Enable}}\n }\n Dot {\n name Dot82\n xpos 2477\n ypos 20459\n }\n Reformat {\n name Reformat8\n xpos 1707\n ypos 20455\n }\n Saturation {\n saturation {{parent.frameGhostSat}}\n name Saturation15\n xpos 1554\n ypos 20455\n }\n Blur {\n size {{parent.frameGhostBlur}}\n name Blur17\n xpos 1444\n ypos 20449\n }\n Grade {\n multiply {{parent.frameGhostOverallColour.r} {parent.frameGhostOverallColour.g} {parent.frameGhostOverallColour.b} 1}\n name Grade34\n xpos 1323\n ypos 20455\n }\npush $Nb6068c00\n Grade {\n multiply {{\"parent.frameGhostPreview == 1 ? 0 : 1\"}}\n name Grade28\n xpos 1009\n ypos 17327\n }\n Merge2 {\n inputs 2\n operation screen\n mix {{parent.frameGhostMix}}\n name Merge45\n xpos 1010\n ypos 20455\n disable {{!parent.frameGhostEnable}}\n }\n Merge2 {\n inputs 2\n operation atop\n name Merge40\n xpos 1010\n ypos 20528\n disable {{!parent.frameGhostSelectionPreview}}\n }\n Dot {\n name Dot159\n xpos 1044\n ypos 20787\n }\nset Nb5c4f400 [stack 0]\n Dot {\n name Dot162\n xpos 1211\n ypos 20787\n }\n Dot {\n name Dot163\n xpos 1211\n ypos 20830\n }\npush $Nb6068400\n Dot {\n name Dot161\n xpos 3709\n ypos 20787\n }\n Dot {\n name Dot160\n xpos 1296\n ypos 20787\n }\n Switch {\n inputs 2\n which {{parent.bloomType}}\n name Switch12\n xpos 1262\n ypos 20826\n }\n Dot {\n name Dot176\n xpos 1296\n ypos 20871\n }\nset Nb5c4e000 [stack 0]\n Dot {\n name Dot177\n xpos 1655\n ypos 20871\n }\n Grade {\n blackpoint 0.03\n name Grade106\n xpos 1621\n ypos 20907\n }\n Saturation {\n saturation 0.34\n name Saturation37\n xpos 1621\n ypos 20939\n }\nset Nb5c4d400 [stack 0]\n Dot {\n name Dot179\n xpos 1743\n ypos 20943\n }\n Glow2 {\n tolerance {{parent.bloomTolerance}}\n effect_only true\n size {0 {\"(parent.bloomAmount + 1) \"}}\n name Glow41\n xpos 1709\n ypos 20985\n }\npush $Nb5c4d400\n Glow2 {\n tolerance {{parent.bloomTolerance}}\n effect_only true\n size {{\"(parent.bloomAmount + 1) \"} 0}\n name Glow39\n xpos 1621\n ypos 20984\n }\n Merge2 {\n inputs 2\n operation screen\n name Merge335\n xpos 1621\n ypos 21028\n }\n Merge2 {\n inputs 2\n operation multiply\n mix {{parent.bloomNoiseAmount}}\n name Merge336\n xpos 1621\n ypos 21086\n disable {{!parent.bloomNoiseEnable}}\n }\n Shuffle {\n alpha white\n name Shuffle48\n xpos 1621\n ypos 21138\n }\nset Nb5beb800 [stack 0]\n Dot {\n name Dot175\n xpos 1655\n ypos 21257\n }\npush $N884f1c00\npush $Nb5c4e000\n Dot {\n name Dot165\n xpos 1296\n ypos 20912\n }\nset Nb5beb000 [stack 0]\n Dot {\n name Dot164\n xpos 1409\n ypos 20912\n }\n Glow2 {\n tolerance {{parent.bloomTolerance}}\n effect_only true\n size {{\"parent.Glow16.size * parent.bloomRatio\"}}\n name Glow17\n xpos 1375\n ypos 20952\n }\npush $Nb5beb000\n Glow2 {\n tolerance {{parent.bloomTolerance}}\n effect_only true\n size {{\"(parent.bloomAmount + 1) * 10\"}}\n name Glow16\n xpos 1262\n ypos 20951\n }\n Dot {\n name Dot166\n xpos 1296\n ypos 21010\n }\n Merge2 {\n inputs 2\n operation plus\n name Merge321\n xpos 1375\n ypos 21006\n }\n Merge2 {\n inputs 2\n operation multiply\n mix {{parent.bloomNoiseAmount}}\n name Merge322\n xpos 1375\n ypos 21086\n disable {{!parent.bloomNoiseEnable}}\n }\nset Nb5be9800 [stack 0]\n Dot {\n name Dot172\n xpos 1293\n ypos 21090\n }\n Shuffle {\n alpha white\n name Shuffle44\n xpos 1259\n ypos 21230\n }\n Switch {\n inputs 2\n which {{parent.bloomTypeAlt}}\n name Switch15\n xpos 1259\n ypos 21298\n }\npush $Nb5beb000\n Dot {\n name Dot168\n xpos 1186\n ypos 20912\n }\n Grade {\n blackpoint {{parent.bloomTolerance}}\n white_clamp true\n name Grade104\n xpos 1152\n ypos 20950\n }\n Shuffle {\n alpha white\n name Shuffle40\n xpos 1152\n ypos 20983\n }\n Dot {\n name Dot169\n xpos 1186\n ypos 21033\n }\n Shuffle {\n alpha white\n name Shuffle43\n xpos 1152\n ypos 21221\n }\n Constant {\n inputs 0\n channels rgb\n color {0 0 0 1}\n name Constant17\n xpos 1387\n ypos 21315\n }\n Dot {\n name Dot173\n xpos 1421\n ypos 21403\n }\n Switch {\n inputs 3\n which {{parent.bloomPreview}}\n name Switch13\n xpos 1152\n ypos 21399\n }\n Dot {\n name Dot170\n xpos 1186\n ypos 21475\n }\npush $Nb5beb800\npush $Nb5be9800\n Shuffle {\n alpha white\n name Shuffle41\n xpos 1375\n ypos 21132\n }\n Switch {\n inputs 2\n which {{parent.bloomTypeAlt}}\n name Switch16\n xpos 1375\n ypos 21204\n }\n Dot {\n name Dot171\n xpos 1409\n ypos 21262\n }\npush $Nb5c4f400\n Merge2 {\n inputs 2\n operation plus\n mix {{parent.bloomStrength}}\n name Merge325\n xpos 1010\n ypos 21258\n disable {{!parent.bloomEnable}}\n }\n Merge2 {\n inputs 2\n name Merge323\n xpos 1010\n ypos 21471\n }\n Grade {\n multiply {{\"\\[value parent.result]\"}}\n name Grade103\n xpos 1010\n ypos 21518\n disable {{!parent.enable_animation}}\n }\n LensDistortion {\n serializeKnob \"\"\n serialiseKnob \"22 serialization::archive 16 0 0 0 0 0 0 0 0 0 0 0 0\"\n distortion1 {{parent.lensFXDistortionAmount}}\n distortion2 {{parent.lensFXDistortionAmount2}}\n cardScale {1.055947661 1.055947661 1}\n a -0.2370844334\n b 0.1978171021\n c 0.01917515695\n name LensDistortion1\n xpos 1010\n ypos 21681\n disable {{!parent.lensDistortionEnable}}\n }\n Blur {\n inputs 1+1\n size {{parent.edgeBlurAmount}}\n name Blur6\n xpos 1010\n ypos 21737\n disable {{!parent.edgeBlurEnable}}\n }\n Merge2 {\n inputs 2\n name Merge19\n xpos 1010\n ypos 21852\n disable {{!parent.previewEdgeBlur}}\n }\n Dot {\n name Dot14\n xpos 1044\n ypos 21897\n }\nset Nb5b88800 [stack 0]\n Dot {\n name Dot28\n xpos 1167\n ypos 21897\n }\nset Nb5b88400 [stack 0]\n Dot {\n name Dot29\n xpos 1279\n ypos 21897\n }\nset Nb5b23c00 [stack 0]\n Dot {\n name Dot30\n xpos 1389\n ypos 21897\n }\n Shuffle {\n red black\n green black\n alpha black\n name Shuffle10\n xpos 1355\n ypos 21953\n }\n Transform {\n scale {{\"1 + parent.chromaShiftAmountSlider\"}}\n center {960 540}\n name Transform_B\n xpos 1355\n ypos 22020\n disable {{\"!parent.chromaB +!parent.lensChromaEnable\"}}\n }\n Dot {\n name Dot32\n xpos 1389\n ypos 22122\n }\npush $Nb5b23c00\n Shuffle {\n red black\n blue black\n alpha black\n name Shuffle6\n xpos 1245\n ypos 21953\n }\n Transform {\n scale {{\"1 + parent.chromaShiftAmountSlider\"}}\n center {960 540}\n name Transform_G\n xpos 1245\n ypos 22020\n disable {{\"!parent.chromaG +!parent.lensChromaEnable\"}}\n }\n Dot {\n name Dot31\n xpos 1279\n ypos 22074\n }\npush $Nb5b88400\n Shuffle {\n green black\n blue black\n alpha black\n name Shuffle4\n xpos 1133\n ypos 21954\n }\n Transform {\n scale {{\"1 + parent.chromaShiftAmountSlider\"}}\n center {960 540}\n name Transform_R\n xpos 1133\n ypos 22021\n disable {{\"!parent.chromaR +!parent.lensChromaEnable\"}}\n }\n Merge2 {\n inputs 2\n operation plus\n name Merge17\n xpos 1133\n ypos 22070\n }\n Merge2 {\n inputs 2\n operation plus\n name Merge18\n xpos 1133\n ypos 22118\n }\n Dot {\n name Dot35\n xpos 1167\n ypos 22182\n }\npush $Nb5b88800\n GodRays {\n channels {rgba.red -rgba.green -rgba.blue none}\n scale {{\"1 + parent.chromaShiftAmountSlider\"}}\n name GodRays1\n xpos 1010\n ypos 21983\n disable {{\"!parent.chromaR +!parent.lensChromaEnable\"}}\n }\n GodRays {\n channels {-rgba.red rgba.green -rgba.blue none}\n scale {{\"1 + parent.chromaShiftAmountSlider\"}}\n name GodRays2\n xpos 1010\n ypos 22032\n disable {{\"!parent.chromaG +!parent.lensChromaEnable\"}}\n }\n GodRays {\n channels {-rgba.red -rgba.green rgba.blue none}\n scale {{\"1 + parent.chromaShiftAmountSlider\"}}\n name GodRays3\n xpos 1010\n ypos 22073\n disable {{\"!parent.chromaB +!parent.lensChromaEnable\"}}\n }\n Switch {\n inputs 2\n which {{parent.chromaShiftType}}\n name Switch5\n xpos 1010\n ypos 22178\n }\n Grade {\n inputs 1+1\n multiply {{\"1 - parent.vignettingAmountSlider\"}}\n name Grade19\n xpos 1010\n ypos 22253\n disable {{!parent.vignettingEnable}}\n }\n Merge2 {\n inputs 2\n name Merge21\n xpos 1010\n ypos 22362\n disable {{!parent.vignettingRegionPreview}}\n }\n Shuffle {\n name Shuffle3\n xpos 1010\n ypos 22408\n }\n Dot {\n name Dot79\n xpos 1044\n ypos 22612\n }\nset Nb5acec00 [stack 0]\n Saturation {\n saturation 0\n name Saturation6\n xpos 907\n ypos 22608\n }\npush $Nb5acec00\n Copy {\n inputs 2\n from0 rgba.red\n to0 rgba.alpha\n name Copy3\n xpos 1010\n ypos 22671\n }\n Crop {\n box {0 0 {root.width} {root.height}}\n crop false\n name Crop2\n xpos 1010\n ypos 22840\n }\n Reformat {\n format {{{parent.backdropConstant.format}}}\n name Reformat1\n xpos 1010\n ypos 22888\n }\n Output {\n name result\n xpos 1010\n ypos 22974\n }\npush $N8fe56800\npush $N8fe56000\n VolumeRays {\n inputs 2\n name VolumeRays1\n label \"Mar 20 2005\"\n xpos 605\n ypos 16148\n vol_pos {{parent.flarePos.x} {parent.flarePos.y}}\n quality Low\n chk_flicker false\n volume_end_color {0 0 0 0}\n radial_size 400\n }\n StickyNote {\n inputs 0\n name StickyNote30\n label \"Chopped Lines #1\"\n xpos -2868\n ypos 9684\n }\n StickyNote {\n inputs 0\n name StickyNote31\n label \"Chopped Lines #1\"\n xpos -3160\n ypos 10456\n }\n StickyNote {\n inputs 0\n name StickyNote3\n label \"Chopped Lines #1\"\n xpos -1501\n ypos 9377\n }\npush $N8d12ec00\n Viewer {\n frame_range 0-191\n fps 25\n name Viewer1\n selected true\n xpos -706\n ypos 14548\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_LightSwitch.gizmo", "content": "add_layer {LG01 LG01.red LG01.green LG01.blue LG01.alpha}\nadd_layer {LG02 LG02.red LG02.green LG02.blue LG02.alpha}\nadd_layer {LG03 LG03.red LG03.green LG03.blue LG03.alpha}\nadd_layer {LG04 LG04.red LG04.green LG04.blue LG04.alpha}\nadd_layer {LG05 LG05.red LG05.green LG05.blue LG05.alpha}\nadd_layer {LG06 LG06.red LG06.green LG06.blue LG06.alpha}\nadd_layer {LG07 LG07.red LG07.green LG07.blue LG07.alpha}\nGroup {\n name LightSwitch\n tile_color 0x34c00ff\n note_font Verdana\n selected true\n xpos 3065\n ypos 766\n addUserKnob {20 LightSwitch}\n addUserKnob {4 chooseMethod l Method M {Subtractive Additive}}\n chooseMethod Additive\n addUserKnob {22 createLightSwitchPuppet l \"Create New Light Switch Puppet from Values\" -STARTLINE T \"thisNode = nuke.thisNode()\\n\\nwith nuke.Root():\\n try: \\n # Create a new LightSwitch node\\n newLightSwitch = nuke.nodePaste( '\\{\\}/nk_files/\\{\\}LightSwitchPuppet.nk'.format(NST_FolderPath, prefixNST) )\\n \\n for i in nuke.selectedNodes():\\n i.setInput(0, None)\\n i.setYpos(i.ypos() + 100 )\\n i.setSelected(False)\\n \\n # Deselect all nodes\\n nuke.selectAll()\\n nuke.invertSelection()\\n \\n # Select Original LightSwitch\\n thisNode.setSelected(True)\\n \\n newLightSwitch.knob(\\\"copyValuesFromLS\\\").execute()\\n \\n # Deselect all nodes\\n nuke.selectAll()\\n nuke.invertSelection()\\n newLightSwitch.setSelected(True)\\n \\n except:\\n nuke.message(\\\"No LightSwitchPuppet installation found. Cannot Create new LightSwitch.\\\")\"}\n addUserKnob {22 copyValuesFromLS l \"Copy Values from Selected LightSwitch\" T \"thisNode = nuke.thisNode()\\n\\nwith nuke.Root():\\n selectedNode = nuke.selectedNode()\\n\\nif selectedNode and selectedNode != thisNode and \\\"LightSwitch\\\" in selectedNode.name():\\n for knob in thisNode.knobs():\\n if knob in selectedNode.knobs() and knob not in \\[\\\"xpos\\\",\\\"ypos\\\",\\\"name\\\",\\\"knobChanged\\\", \\\"label\\\", \\\"note_font_size\\\", \\\"note_font_color\\\"]:\\n thisNode\\[knob].fromScript(selectedNode\\[knob].toScript())\\n \\nelse:\\n nuke.message(\\\"Please select another LightSwitch node to copy values from\\\")\" +STARTLINE}\n addUserKnob {22 reset l \"Reset\" -STARTLINE T \"node = nuke.thisNode()\\nexposures = \\[]\\nmultiplies = \\[]\\nmutes = \\[]\\nsolos = \\[]\\nbypasses = \\[]\\n\\nfor knob in node.knobs():\\n if \\\"panelDropped\\\" not in knob:\\n if \\\"exp\\\" in knob:\\n exposures.append(knob)\\n elif \\\"mult\\\" in knob:\\n multiplies.append(knob)\\n elif \\\"mute\\\" in knob:\\n mutes.append(knob)\\n elif \\\"solo\\\" in knob:\\n mutes.append(knob)\\n elif \\\"bypass\\\" in knob:\\n mutes.append(knob)\\n \\nexposures.sort()\\nmultiplies.sort()\\nmutes.sort()\\nsolos.sort()\\nbypasses.sort()\\n\\nfor exp in exposures:\\n node.knob(exp).setValue(0)\\n\\nfor mult in multiplies:\\n node.knob(mult).setValue(1, 0)\\n node.knob(mult).setValue(1, 1)\\n node.knob(mult).setValue(1, 2)\\n\\n\\nfor mute in mutes:\\n node.knob(mute).setValue(0)\\n \\nfor solo in solos:\\n node.knob(solo).setValue(0)\\n\\nfor bypass in bypasses:\\n node.knob(bypass).setValue(0)\\n \\nnode.knob(\\\"mix\\\").setValue(1)\"}\n addUserKnob {26 \"\"}\n addUserKnob {26 LG01 l \"LightGroup 01\" T \" \"}\n addUserKnob {6 mute1 l Mute -STARTLINE}\n addUserKnob {6 solo1 l Solo -STARTLINE}\n addUserKnob {6 bypass1 l Bypass -STARTLINE}\n addUserKnob {41 shuffleLG01 l \"\" -STARTLINE T Shuffle1.in}\n addUserKnob {7 exp1 l Exposure R -5 5}\n addUserKnob {18 mult1 l Multiply}\n mult1 {1 1 1}\n addUserKnob {6 mult1_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {26 \"\"}\n addUserKnob {26 LG02 l \"LightGroup 02\" T \" \"}\n addUserKnob {6 mute2 l Mute -STARTLINE}\n addUserKnob {6 solo2 l Solo -STARTLINE}\n addUserKnob {6 bypass2 l Bypass -STARTLINE}\n addUserKnob {41 shuffleLG02 l \"\" -STARTLINE T Shuffle2.in}\n addUserKnob {7 exp2 l Exposure R -5 5}\n addUserKnob {18 mult2 l Multiply}\n mult2 {1 1 1}\n addUserKnob {6 mult2_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 color_rgb_panelDropped l \"panel dropped state\" +HIDDEN +STARTLINE}\n addUserKnob {6 color_rgb_1_panelDropped l \"panel dropped state\" +HIDDEN +STARTLINE}\n addUserKnob {26 \"\"}\n addUserKnob {26 LG03 l \"LightGroup 03\" T \" \"}\n addUserKnob {6 mute3 l Mute -STARTLINE}\n addUserKnob {6 solo3 l Solo -STARTLINE}\n addUserKnob {6 bypass3 l Bypass -STARTLINE}\n addUserKnob {41 shuffleLG03 l \"\" -STARTLINE T Shuffle3.in}\n addUserKnob {7 exp3 l Exposure R -5 5}\n addUserKnob {18 mult3 l Multiply}\n mult3 {1 1 1}\n addUserKnob {6 mult3_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {26 \"\"}\n addUserKnob {26 LG04 l \"LightGroup 04\" T \" \"}\n addUserKnob {6 mute4 l Mute -STARTLINE}\n addUserKnob {6 solo4 l Solo -STARTLINE}\n addUserKnob {6 bypass4 l Bypass -STARTLINE}\n addUserKnob {41 shuffleLG04 l \"\" -STARTLINE T Shuffle4.in}\n addUserKnob {7 exp4 l Exposure R -5 5}\n addUserKnob {18 mult4 l Multiply}\n mult4 {1 1 1}\n addUserKnob {6 mult4_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {26 \"\"}\n addUserKnob {26 LG05 l \"LightGroup 05\" T \" \"}\n addUserKnob {6 mute5 l Mute -STARTLINE}\n addUserKnob {6 solo5 l Solo -STARTLINE}\n addUserKnob {6 bypass5 l Bypass -STARTLINE}\n addUserKnob {41 shuffleLG05 l \"\" -STARTLINE T Shuffle5.in}\n addUserKnob {7 exp5 l Exposure R -5 5}\n addUserKnob {18 mult5 l Multiply}\n mult5 {1 1 1}\n addUserKnob {6 mult5_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {26 \"\"}\n addUserKnob {26 LG06 l \"LightGroup 06\" T \" \"}\n addUserKnob {6 mute6 l Mute -STARTLINE}\n addUserKnob {6 solo6 l Solo -STARTLINE}\n addUserKnob {6 bypass6 l Bypass -STARTLINE}\n addUserKnob {41 shuffleLG06 l \"\" -STARTLINE T Shuffle6.in}\n addUserKnob {7 exp6 l Exposure R -5 5}\n addUserKnob {18 mult6 l Multiply}\n mult6 {1 1 1}\n addUserKnob {6 mult6_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {26 \"\"}\n addUserKnob {26 LG07 l \"LightGroup 07\" T \" \"}\n addUserKnob {6 mute7 l Mute -STARTLINE}\n addUserKnob {6 solo7 l Solo -STARTLINE}\n addUserKnob {6 bypass7 l Bypass -STARTLINE}\n addUserKnob {41 shuffleLG07 l \"\" -STARTLINE T Shuffle7.in}\n addUserKnob {7 exp7 l Exposure R -5 5}\n addUserKnob {18 mult7 l Multiply}\n mult7 {1 1 1}\n addUserKnob {6 mult7_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {26 \"\"}\n addUserKnob {26 LG08 l \"LightGroup 08\" T \" \"}\n addUserKnob {6 mute8 l Mute -STARTLINE}\n addUserKnob {6 solo8 l Solo -STARTLINE}\n addUserKnob {6 bypass8 l Bypass -STARTLINE}\n addUserKnob {41 shuffleLG08 l \"\" -STARTLINE T Shuffle8.in}\n addUserKnob {7 exp8 l Exposure R -5 5}\n addUserKnob {18 mult8 l Multiply}\n mult8 {1 1 1}\n addUserKnob {6 mult8_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {26 \"\"}\n addUserKnob {26 LG09 l \"LightGroup 09\" T \" \"}\n addUserKnob {6 mute9 l Mute -STARTLINE}\n addUserKnob {6 solo9 l Solo -STARTLINE}\n addUserKnob {6 bypass9 l Bypass -STARTLINE}\n addUserKnob {41 shuffleLG09 l \"\" -STARTLINE T Shuffle9.in}\n addUserKnob {7 exp9 l Exposure R -5 5}\n addUserKnob {18 mult9 l Multiply}\n mult9 {1 1 1}\n addUserKnob {6 mult9_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {26 \"\"}\n addUserKnob {26 _1 l mask T \"\"}\n addUserKnob {41 maskChannelInput l \"\" -STARTLINE T Merge19.maskChannelInput}\n addUserKnob {41 inject -STARTLINE T Merge19.inject}\n addUserKnob {41 invert_mask l invert -STARTLINE T Merge19.invert_mask}\n addUserKnob {41 fringe -STARTLINE T Merge19.fringe}\n addUserKnob {41 mix T Merge19.mix}\n}\n Input {\n inputs 0\n name Inputmask\n xpos 166\n ypos 5483\n number 1\n }\n Input {\n inputs 0\n name Input\n xpos 0\n }\n Dot {\n name Dot1\n note_font_size 41\n xpos 34\n ypos 207\n }\nset N5eb6d800 [stack 0]\n Dot {\n name Dot2\n note_font_size 41\n xpos -652\n ypos 207\n }\n Dot {\n name Dot3\n note_font_size 41\n xpos -652\n ypos 332\n }\nset N5eb6d000 [stack 0]\n Dot {\n name Dot8\n note_font_size 41\n xpos -652\n ypos 843\n }\nset N5eb6cc00 [stack 0]\n Dot {\n name Dot13\n note_font_size 41\n xpos -652\n ypos 1370\n }\nset N5eb6c800 [stack 0]\n Dot {\n name Dot18\n note_font_size 41\n xpos -652\n ypos 1920\n }\nset N5eb6c400 [stack 0]\n Dot {\n name Dot23\n note_font_size 41\n xpos -652\n ypos 2475\n }\nset N5eb13c00 [stack 0]\n Dot {\n name Dot28\n note_font_size 41\n xpos -652\n ypos 3013\n }\nset N5eb13800 [stack 0]\n Dot {\n name Dot33\n note_font_size 41\n xpos -652\n ypos 3583\n }\nset N5eb13400 [stack 0]\n Dot {\n name Dot38\n note_font_size 41\n xpos -652\n ypos 4136\n }\nset N5eb13000 [stack 0]\n Dot {\n name Dot43\n note_font_size 41\n xpos -652\n ypos 4716\n }\nset N5eb12c00 [stack 0]\n Shuffle {\n in none\n name Shuffle9\n label \"\\[value in] \\[ expr \\{ \\[value out2] == \\\"none\\\" ? \\\" \\\" : \\[concat -> \\[value out2]] \\}]\"\n note_font_size 15\n note_font_color 0xffffffff\n xpos -334\n ypos 4705\n }\nset N5eb12800 [stack 0]\n Remove {\n operation keep\n channels rgba\n name Remove9\n xpos -334\n ypos 4745\n }\nset N5eb12400 [stack 0]\n EXPTool {\n mode Stops\n red {{parent.exp9}}\n green {{parent.exp9}}\n blue {{parent.exp9}}\n name ExposureLG09_\n label \"\\[value red]\"\n xpos -502\n ypos 4779\n }\n Multiply {\n channels rgb\n value {{parent.mult9} {parent.mult9} {parent.mult9} {parent.mult9}}\n name MultiplyColor09_\n label \"\\[value value]\"\n xpos -502\n ypos 4834\n }\npush $N5eb12400\n Switch {\n inputs 2\n which {{!bypass9}}\n name SwitchBypass09_\n xpos -334\n ypos 4838\n }\n Multiply {\n value 0\n name MultiplyMute09_\n label \"\\[value value]\"\n xpos -334\n ypos 4886\n disable {{!parent.mute9}}\n }\n Multiply {\n value 0\n name MultiplySolo09_\n label \"\\[value value]\"\n xpos -334\n ypos 4928\n disable {{\"solo1 + \\nsolo2 + \\nsolo3 + \\nsolo4 + \\nsolo5 + \\nsolo6 + \\nsolo7 + \\nsolo8 + \\nsolo9 \\n\\n== 0 ? 1 : solo9\"}}\n }\n Dot {\n name Dot44\n note_font_size 41\n xpos -300\n ypos 4996\n }\nset N5eb11000 [stack 0]\n Dot {\n name Dot47\n note_font_size 41\n xpos -300\n ypos 5039\n }\nset N5eb10c00 [stack 0]\n Dot {\n name Dot20\n note_font_size 41\n xpos -300\n ypos 5086\n }\nset N5eb10800 [stack 0]\n Dot {\n name Dot48\n note_font_size 41\n xpos -300\n ypos 5132\n }\npush $N5eb10800\npush $N5eb13000\n Shuffle {\n in none\n name Shuffle8\n label \"\\[value in] \\[ expr \\{ \\[value out2] == \\\"none\\\" ? \\\" \\\" : \\[concat -> \\[value out2]] \\}]\"\n note_font_size 15\n note_font_color 0xffffffff\n xpos -338\n ypos 4125\n }\nset N5e533c00 [stack 0]\n Remove {\n operation keep\n channels rgba\n name Remove8\n xpos -338\n ypos 4165\n }\nset N5e533800 [stack 0]\n EXPTool {\n mode Stops\n red {{parent.exp8}}\n green {{parent.exp8}}\n blue {{parent.exp8}}\n name ExposureLG08_\n label \"\\[value red]\"\n xpos -469\n ypos 4199\n }\n Multiply {\n channels rgb\n value {{parent.mult8} {parent.mult8} {parent.mult8} {parent.mult8}}\n name MultiplyColor08_\n label \"\\[value value]\"\n xpos -469\n ypos 4254\n }\npush $N5e533800\n Switch {\n inputs 2\n which {{!bypass8}}\n name SwitchBypass08_\n xpos -338\n ypos 4258\n }\n Multiply {\n value 0\n name MultiplyMute08_\n label \"\\[value value]\"\n xpos -338\n ypos 4286\n disable {{!parent.mute8}}\n }\n Multiply {\n value 0\n name MultiplySolo08_\n label \"\\[value value]\"\n xpos -338\n ypos 4328\n disable {{\"solo1 + \\nsolo2 + \\nsolo3 + \\nsolo4 + \\nsolo5 + \\nsolo6 + \\nsolo7 + \\nsolo8 + \\nsolo9 \\n\\n== 0 ? 1 : solo8\"}}\n }\n Dot {\n name Dot39\n note_font_size 41\n xpos -304\n ypos 4396\n }\nset N5e532400 [stack 0]\n Dot {\n name Dot45\n note_font_size 41\n xpos -304\n ypos 4441\n }\nset N5e532000 [stack 0]\n Dot {\n name Dot17\n note_font_size 41\n xpos -304\n ypos 4494\n }\nset N5e531c00 [stack 0]\n Dot {\n name Dot46\n note_font_size 41\n xpos -304\n ypos 4542\n }\npush $N5e531c00\npush $N5eb13400\n Shuffle {\n in LG07\n name Shuffle7\n label \"\\[value in] \\[ expr \\{ \\[value out2] == \\\"none\\\" ? \\\" \\\" : \\[concat -> \\[value out2]] \\}]\"\n note_font_size 15\n note_font_color 0xffffffff\n xpos -340\n ypos 3572\n }\nset N5e531400 [stack 0]\n Remove {\n operation keep\n channels rgba\n name Remove7\n xpos -340\n ypos 3612\n }\nset N5e531000 [stack 0]\n EXPTool {\n mode Stops\n red {{parent.exp7}}\n green {{parent.exp7}}\n blue {{parent.exp7}}\n name ExposureLG07_\n label \"\\[value red]\"\n xpos -475\n ypos 3646\n }\n Multiply {\n channels rgb\n value {{parent.mult7} {parent.mult7} {parent.mult7} {parent.mult7}}\n name MultiplyColor07_\n label \"\\[value value]\"\n xpos -475\n ypos 3701\n }\npush $N5e531000\n Switch {\n inputs 2\n which {{!bypass7}}\n name SwitchBypass07_\n xpos -340\n ypos 3705\n }\n Multiply {\n value 0\n name MultiplyMute07_\n label \"\\[value value]\"\n xpos -340\n ypos 3733\n disable {{!parent.mute7}}\n }\n Multiply {\n value 0\n name MultiplySolo07_\n label \"\\[value value]\"\n xpos -340\n ypos 3775\n disable {{\"solo1 + \\nsolo2 + \\nsolo3 + \\nsolo4 + \\nsolo5 + \\nsolo6 + \\nsolo7 + \\nsolo8 + \\nsolo9 \\n\\n== 0 ? 1 : solo7\"}}\n }\n Dot {\n name Dot34\n note_font_size 41\n xpos -306\n ypos 3843\n }\nset N5e4c7800 [stack 0]\n Dot {\n name Dot41\n note_font_size 41\n xpos -305\n ypos 3888\n }\nset N5e4c7400 [stack 0]\n Dot {\n name Dot16\n note_font_size 41\n xpos -306\n ypos 3938\n }\nset N5e4c7000 [stack 0]\n Dot {\n name Dot42\n note_font_size 41\n xpos -306\n ypos 3982\n }\npush $N5e4c7000\npush $N5eb13800\n Shuffle {\n in LG06\n name Shuffle6\n label \"\\[value in] \\[ expr \\{ \\[value out2] == \\\"none\\\" ? \\\" \\\" : \\[concat -> \\[value out2]] \\}]\"\n note_font_size 15\n note_font_color 0xffffffff\n xpos -340\n ypos 3002\n }\nset N5e4c6800 [stack 0]\n Remove {\n operation keep\n channels rgba\n name Remove6\n xpos -340\n ypos 3042\n }\nset N5e4c6400 [stack 0]\n EXPTool {\n mode Stops\n red {{parent.exp6}}\n green {{parent.exp6}}\n blue {{parent.exp6}}\n name ExposureLG06_\n label \"\\[value red]\"\n xpos -502\n ypos 3076\n }\n Multiply {\n channels rgb\n value {{parent.mult6} {parent.mult6} {parent.mult6} {parent.mult6}}\n name MultiplyColor06_\n label \"\\[value value]\"\n xpos -502\n ypos 3131\n }\npush $N5e4c6400\n Switch {\n inputs 2\n which {{!bypass6}}\n name SwitchBypass06_\n xpos -340\n ypos 3135\n }\n Multiply {\n value 0\n name MultiplyMute06_\n label \"\\[value value]\"\n xpos -340\n ypos 3202\n disable {{!parent.mute6}}\n }\n Multiply {\n value 0\n name MultiplySolo06_\n label \"\\[value value]\"\n xpos -340\n ypos 3244\n disable {{\"solo1 + \\nsolo2 + \\nsolo3 + \\nsolo4 + \\nsolo5 + \\nsolo6 + \\nsolo7 + \\nsolo8 + \\nsolo9 \\n\\n== 0 ? 1 : solo6\"}}\n }\n Dot {\n name Dot29\n note_font_size 41\n xpos -306\n ypos 3312\n }\nset N5e4c5000 [stack 0]\n Dot {\n name Dot37\n note_font_size 41\n xpos -306\n ypos 3361\n }\nset N5e4c4c00 [stack 0]\n Dot {\n name Dot15\n note_font_size 41\n xpos -306\n ypos 3407\n }\nset N5e4c4800 [stack 0]\n Dot {\n name Dot40\n note_font_size 41\n xpos -306\n ypos 3452\n }\npush $N5e4c4800\npush $N5eb13c00\n Shuffle {\n in LG05\n name Shuffle5\n label \"\\[value in] \\[ expr \\{ \\[value out2] == \\\"none\\\" ? \\\" \\\" : \\[concat -> \\[value out2]] \\}]\"\n note_font_size 15\n note_font_color 0xffffffff\n xpos -344\n ypos 2464\n }\nset N5e483c00 [stack 0]\n Remove {\n operation keep\n channels rgba\n name Remove5\n xpos -344\n ypos 2504\n }\nset N5e483800 [stack 0]\n EXPTool {\n mode Stops\n red {{parent.exp5}}\n green {{parent.exp5}}\n blue {{parent.exp5}}\n name ExposureLG05_\n label \"\\[value red]\"\n xpos -502\n ypos 2538\n }\n Multiply {\n channels rgb\n value {{parent.mult5} {parent.mult5} {parent.mult5} {parent.mult5}}\n name MultiplyColor05_\n label \"\\[value value]\"\n xpos -502\n ypos 2583\n }\npush $N5e483800\n Switch {\n inputs 2\n which {{!bypass5}}\n name SwitchBypass05_\n xpos -344\n ypos 2587\n }\n Multiply {\n value 0\n name MultiplyMute05_\n label \"\\[value value]\"\n xpos -344\n ypos 2625\n disable {{!parent.mute5}}\n }\n Multiply {\n value 0\n name MultiplySolo05_\n label \"\\[value value]\"\n xpos -344\n ypos 2667\n disable {{\"solo1 + \\nsolo2 + \\nsolo3 + \\nsolo4 + \\nsolo5 + \\nsolo6 + \\nsolo7 + \\nsolo8 + \\nsolo9 \\n\\n== 0 ? 1 : solo5\"}}\n }\n Dot {\n name Dot24\n note_font_size 41\n xpos -310\n ypos 2735\n }\nset N5e482400 [stack 0]\n Dot {\n name Dot35\n note_font_size 41\n xpos -310\n ypos 2775\n }\nset N5e482000 [stack 0]\n Dot {\n name Dot12\n note_font_size 41\n xpos -310\n ypos 2820\n }\nset N5e481c00 [stack 0]\n Dot {\n name Dot36\n note_font_size 41\n xpos -310\n ypos 2868\n }\npush $N5e481c00\npush $N5eb6c400\n Shuffle {\n in LG04\n name Shuffle4\n label \"\\[value in] \\[ expr \\{ \\[value out2] == \\\"none\\\" ? \\\" \\\" : \\[concat -> \\[value out2]] \\}]\"\n note_font_size 15\n note_font_color 0xffffffff\n xpos -355\n ypos 1909\n }\nset N5e481400 [stack 0]\n Remove {\n operation keep\n channels rgba\n name Remove4\n xpos -355\n ypos 1949\n }\nset N5e481000 [stack 0]\n EXPTool {\n mode Stops\n red {{parent.exp4}}\n green {{parent.exp4}}\n blue {{parent.exp4}}\n name ExposureLG04_\n label \"\\[value red]\"\n xpos -502\n ypos 1983\n }\n Multiply {\n channels rgb\n value {{parent.mult4} {parent.mult4} {parent.mult4} {parent.mult4}}\n name MultiplyColor04_\n label \"\\[value value]\"\n xpos -502\n ypos 2028\n }\npush $N5e481000\n Switch {\n inputs 2\n which {{!bypass4}}\n name SwitchBypass04_\n xpos -355\n ypos 2032\n }\n Multiply {\n value 0\n name MultiplyMute04_\n label \"\\[value value]\"\n xpos -355\n ypos 2070\n disable {{!parent.mute4}}\n }\n Multiply {\n value 0\n name MultiplySolo04_\n label \"\\[value value]\"\n xpos -355\n ypos 2112\n disable {{\"solo1 + \\nsolo2 + \\nsolo3 + \\nsolo4 + \\nsolo5 + \\nsolo6 + \\nsolo7 + \\nsolo8 + \\nsolo9 \\n\\n== 0 ? 1 : solo4\"}}\n }\n Dot {\n name Dot19\n note_font_size 41\n xpos -321\n ypos 2180\n }\nset N5e423800 [stack 0]\n Dot {\n name Dot31\n note_font_size 41\n xpos -321\n ypos 2223\n }\nset N5e423400 [stack 0]\n Dot {\n name Dot11\n note_font_size 41\n xpos -321\n ypos 2267\n }\nset N5e423000 [stack 0]\n Dot {\n name Dot32\n note_font_size 41\n xpos -321\n ypos 2318\n }\npush $N5e423000\npush $N5eb6c800\n Shuffle {\n in LG03\n name Shuffle3\n label \"\\[value in] \\[ expr \\{ \\[value out2] == \\\"none\\\" ? \\\" \\\" : \\[concat -> \\[value out2]] \\}]\"\n note_font_size 15\n note_font_color 0xffffffff\n xpos -363\n ypos 1359\n }\nset N5e422800 [stack 0]\n Remove {\n operation keep\n channels rgba\n name Remove3\n xpos -363\n ypos 1399\n }\nset N5e422400 [stack 0]\n EXPTool {\n mode Stops\n red {{parent.exp3}}\n green {{parent.exp3}}\n blue {{parent.exp3}}\n name ExposureLG03_\n label \"\\[value red]\"\n xpos -502\n ypos 1433\n }\n Multiply {\n channels rgb\n value {{parent.mult3} {parent.mult3} {parent.mult3} {parent.mult3}}\n name MultiplyColor03_\n label \"\\[value value]\"\n xpos -502\n ypos 1478\n }\npush $N5e422400\n Switch {\n inputs 2\n which {{!bypass3}}\n name SwitchBypass03_\n xpos -363\n ypos 1482\n }\n Multiply {\n value 0\n name MultiplyMute03_\n label \"\\[value value]\"\n xpos -363\n ypos 1520\n disable {{!parent.mute3}}\n }\n Multiply {\n value 0\n name MultiplySolo03_\n label \"\\[value value]\"\n xpos -363\n ypos 1562\n disable {{\"solo1 + \\nsolo2 + \\nsolo3 + \\nsolo4 + \\nsolo5 + \\nsolo6 + \\nsolo7 + \\nsolo8 + \\nsolo9 \\n\\n== 0 ? 1 : solo3\"}}\n }\n Dot {\n name Dot14\n note_font_size 41\n xpos -329\n ypos 1630\n }\nset N5e421000 [stack 0]\n Dot {\n name Dot27\n note_font_size 41\n xpos -329\n ypos 1673\n }\nset N5e420c00 [stack 0]\n Dot {\n name Dot10\n note_font_size 41\n xpos -329\n ypos 1708\n }\nset N5e420800 [stack 0]\n Dot {\n name Dot30\n note_font_size 41\n xpos -329\n ypos 1750\n }\npush $N5e420800\npush $N5eb6cc00\n Shuffle {\n in LG02\n name Shuffle2\n label \"\\[value in] \\[ expr \\{ \\[value out2] == \\\"none\\\" ? \\\" \\\" : \\[concat -> \\[value out2]] \\}]\"\n note_font_size 15\n note_font_color 0xffffffff\n xpos -385\n ypos 832\n }\nset N5e3cbc00 [stack 0]\n Remove {\n operation keep\n channels rgba\n name Remove2\n xpos -385\n ypos 872\n }\nset N5e3cb800 [stack 0]\n EXPTool {\n mode Stops\n red {{parent.exp2}}\n green {{parent.exp2}}\n blue {{parent.exp2}}\n name ExposureLG02_\n label \"\\[value red]\"\n xpos -502\n ypos 906\n }\n Multiply {\n channels rgb\n value {{parent.mult2} {parent.mult2} {parent.mult2} {parent.mult2}}\n name MultiplyColor02_\n label \"\\[value value]\"\n xpos -502\n ypos 951\n }\npush $N5e3cb800\n Switch {\n inputs 2\n which {{!bypass2}}\n name SwitchBypass02_\n xpos -385\n ypos 955\n }\n Multiply {\n value 0\n name MultiplyMute02_\n label \"\\[value value]\"\n xpos -385\n ypos 993\n disable {{!parent.mute2}}\n }\n Multiply {\n value 0\n name MultiplySolo02_\n label \"\\[value value]\"\n xpos -385\n ypos 1035\n disable {{\"solo1 + \\nsolo2 + \\nsolo3 + \\nsolo4 + \\nsolo5 + \\nsolo6 + \\nsolo7 + \\nsolo8 + \\nsolo9 \\n\\n== 0 ? 1 : solo2\"}}\n }\n Dot {\n name Dot9\n note_font_size 41\n xpos -351\n ypos 1103\n }\nset N5e3ca400 [stack 0]\n Dot {\n name Dot25\n note_font_size 41\n xpos -352\n ypos 1134\n }\nset N5e3ca000 [stack 0]\n Dot {\n name Dot7\n note_font_size 41\n xpos -351\n ypos 1169\n }\nset N5e3c9c00 [stack 0]\n Dot {\n name Dot26\n note_font_size 41\n xpos -351\n ypos 1214\n }\npush $N5e3c9c00\npush $N5eb6d000\n Shuffle {\n in LG01\n name Shuffle1\n label \"\\[value in] \\[ expr \\{ \\[value out2] == \\\"none\\\" ? \\\" \\\" : \\[concat -> \\[value out2]] \\}]\"\n note_font_size 15\n note_font_color 0xffffffff\n xpos -370\n ypos 321\n }\nset N5e3c9400 [stack 0]\n Remove {\n operation keep\n channels rgba\n name Remove1\n xpos -370\n ypos 361\n }\nset N5e3c9000 [stack 0]\n EXPTool {\n mode Stops\n red {{parent.exp1}}\n green {{parent.exp1}}\n blue {{parent.exp1}}\n name ExposureLG01_\n label \"\\[value red]\"\n xpos -502\n ypos 395\n }\n Multiply {\n channels rgb\n value {{parent.mult1} {parent.mult1} {parent.mult1} {parent.mult1}}\n name MultiplyColor01_\n label \"\\[value value]\"\n xpos -502\n ypos 440\n }\npush $N5e3c9000\n Switch {\n inputs 2\n which {{!bypass1}}\n name SwitchBypass01_\n xpos -370\n ypos 444\n }\n Multiply {\n value 0\n name MultiplyMute01_\n label \"\\[value value]\"\n xpos -370\n ypos 510\n disable {{!parent.mute1}}\n }\n Multiply {\n value 0\n name MultiplySolo01_1\n label \"\\[value value]\"\n xpos -370\n ypos 566\n disable {{\"solo1 + \\nsolo2 + \\nsolo3 + \\nsolo4 + \\nsolo5 + \\nsolo6 + \\nsolo7 + \\nsolo8 + \\nsolo9 \\n\\n== 0 ? 1 : solo1\"}}\n }\n Dot {\n name Dot4\n note_font_size 41\n xpos -336\n ypos 629\n }\nset N5e36b800 [stack 0]\n Dot {\n name Dot21\n note_font_size 41\n xpos -336\n ypos 678\n }\nset N5e36b400 [stack 0]\n Dot {\n name Dot6\n note_font_size 41\n xpos -336\n ypos 723\n }\nset N5e36b000 [stack 0]\n Dot {\n name Dot22\n note_font_size 41\n xpos -336\n ypos 767\n }\npush $N5e36b000\npush $N5eb6d800\n Dot {\n name Dot5\n note_font_size 41\n xpos 242\n ypos 207\n }\n Multiply {\n channels rgb\n value 0\n name Multiply1\n label \"\\[value value]\"\n xpos 208\n ypos 328\n }\n Merge2 {\n inputs 2\n operation plus\n output rgb\n name Merge20\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 208\n ypos 720\n }\n ShuffleCopy {\n inputs 2\n red red\n green green\n blue blue\n alpha alpha2\n out {{{parent.Shuffle1.in}}}\n name ShuffleCopy2\n xpos 208\n ypos 764\n }\n Merge2 {\n inputs 2\n operation plus\n output rgb\n name Merge21\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 208\n ypos 1166\n }\n ShuffleCopy {\n inputs 2\n red red\n green green\n blue blue\n alpha alpha2\n out {{{parent.Shuffle2.in}}}\n name ShuffleCopy4\n xpos 208\n ypos 1211\n }\n Merge2 {\n inputs 2\n operation plus\n output rgb\n name Merge22\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 208\n ypos 1705\n }\n ShuffleCopy {\n inputs 2\n red red\n green green\n blue blue\n alpha alpha2\n out {{{parent.Shuffle3.in}}}\n name ShuffleCopy5\n xpos 208\n ypos 1747\n }\n Merge2 {\n inputs 2\n operation plus\n output rgb\n name Merge23\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 208\n ypos 2264\n }\n ShuffleCopy {\n inputs 2\n red red\n green green\n blue blue\n alpha alpha2\n out {{{parent.Shuffle4.in}}}\n name ShuffleCopy8\n xpos 208\n ypos 2315\n }\n Merge2 {\n inputs 2\n operation plus\n output rgb\n name Merge24\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 208\n ypos 2817\n }\n ShuffleCopy {\n inputs 2\n red red\n green green\n blue blue\n alpha alpha2\n out {{{parent.Shuffle5.in}}}\n name ShuffleCopy7\n xpos 208\n ypos 2865\n }\n Merge2 {\n inputs 2\n operation plus\n output rgb\n name Merge25\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 208\n ypos 3404\n }\n ShuffleCopy {\n inputs 2\n red red\n green green\n blue blue\n alpha alpha2\n out {{{parent.Shuffle6.in}}}\n name ShuffleCopy11\n xpos 208\n ypos 3449\n }\n Merge2 {\n inputs 2\n operation plus\n output rgb\n name Merge26\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 208\n ypos 3935\n }\n ShuffleCopy {\n inputs 2\n red red\n green green\n blue blue\n alpha alpha2\n out {{{parent.Shuffle7.in}}}\n name ShuffleCopy14\n xpos 208\n ypos 3979\n }\n Merge2 {\n inputs 2\n operation plus\n output rgb\n name Merge27\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 208\n ypos 4491\n }\n ShuffleCopy {\n inputs 2\n red red\n green green\n blue blue\n alpha alpha2\n out {{{parent.Shuffle8.in}}}\n name ShuffleCopy13\n xpos 208\n ypos 4539\n }\n Merge2 {\n inputs 2\n operation plus\n output rgb\n name Merge28\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 208\n ypos 5083\n }\n ShuffleCopy {\n inputs 2\n red red\n green green\n blue blue\n alpha alpha2\n out {{{parent.Shuffle9.in}}}\n name ShuffleCopy17\n xpos 208\n ypos 5129\n }\nset N5ec91800 [stack 0]\npush $N5ec91800\npush $N5eb10c00\npush $N5eb11000\npush $N5eb12800\npush $N5e532000\npush $N5e532400\npush $N5e533c00\npush $N5e4c7400\npush $N5e4c7800\npush $N5e531400\npush $N5e4c4c00\npush $N5e4c5000\npush $N5e4c6800\npush $N5e482000\npush $N5e482400\npush $N5e483c00\npush $N5e423400\npush $N5e423800\npush $N5e481400\npush $N5e420c00\npush $N5e421000\npush $N5e422800\npush $N5e3ca000\npush $N5e3ca400\npush $N5e3cbc00\npush $N5e36b400\npush $N5e36b800\npush $N5e3c9400\npush $N5eb6d800\n Merge2 {\n inputs 2\n operation from\n output rgb\n name Merge1\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 0\n ypos 329\n }\n Merge2 {\n inputs 2\n operation plus\n output rgb\n name Merge2\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 0\n ypos 626\n }\n ShuffleCopy {\n inputs 2\n red red\n green green\n blue blue\n alpha alpha2\n out {{{parent.Shuffle1.in}}}\n name ShuffleCopy1\n xpos 0\n ypos 675\n }\n Merge2 {\n inputs 2\n operation from\n output rgb\n name Merge3\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 0\n ypos 840\n }\n Merge2 {\n inputs 2\n operation plus\n output rgb\n name Merge4\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 0\n ypos 1100\n }\n ShuffleCopy {\n inputs 2\n red red\n green green\n blue blue\n alpha alpha2\n out {{{parent.Shuffle2.in}}}\n name ShuffleCopy3\n xpos 0\n ypos 1131\n }\n Merge2 {\n inputs 2\n operation from\n output rgb\n name Merge5\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 0\n ypos 1367\n }\n Merge2 {\n inputs 2\n operation plus\n output rgb\n name Merge6\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 0\n ypos 1627\n }\n ShuffleCopy {\n inputs 2\n red red\n green green\n blue blue\n alpha alpha2\n out {{{parent.Shuffle3.in}}}\n name ShuffleCopy6\n xpos 0\n ypos 1670\n }\n Merge2 {\n inputs 2\n operation from\n output rgb\n name Merge7\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 0\n ypos 1917\n }\n Merge2 {\n inputs 2\n operation plus\n output rgb\n name Merge8\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 0\n ypos 2177\n }\n ShuffleCopy {\n inputs 2\n red red\n green green\n blue blue\n alpha alpha2\n out {{{parent.Shuffle4.in}}}\n name ShuffleCopy9\n xpos 0\n ypos 2220\n }\n Merge2 {\n inputs 2\n operation from\n output rgb\n name Merge9\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 0\n ypos 2472\n }\n Merge2 {\n inputs 2\n operation plus\n output rgb\n name Merge10\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 0\n ypos 2732\n }\n ShuffleCopy {\n inputs 2\n red red\n green green\n blue blue\n alpha alpha2\n out {{{parent.Shuffle5.in}}}\n name ShuffleCopy10\n xpos 0\n ypos 2772\n }\n Merge2 {\n inputs 2\n operation from\n output rgb\n name Merge11\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 0\n ypos 3010\n }\n Merge2 {\n inputs 2\n operation plus\n output rgb\n name Merge12\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 0\n ypos 3309\n }\n ShuffleCopy {\n inputs 2\n red red\n green green\n blue blue\n alpha alpha2\n out {{{parent.Shuffle6.in}}}\n name ShuffleCopy12\n xpos 0\n ypos 3358\n }\n Merge2 {\n inputs 2\n operation from\n output rgb\n name Merge13\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 0\n ypos 3580\n }\n Merge2 {\n inputs 2\n operation plus\n output rgb\n name Merge14\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 0\n ypos 3840\n }\n ShuffleCopy {\n inputs 2\n red red\n green green\n blue blue\n alpha alpha2\n out {{{parent.Shuffle7.in}}}\n name ShuffleCopy15\n xpos 0\n ypos 3885\n }\n Merge2 {\n inputs 2\n operation from\n output rgb\n name Merge15\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 0\n ypos 4133\n }\n Merge2 {\n inputs 2\n operation plus\n output rgb\n name Merge16\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 0\n ypos 4393\n }\n ShuffleCopy {\n inputs 2\n red red\n green green\n blue blue\n alpha alpha2\n out {{{parent.Shuffle8.in}}}\n name ShuffleCopy16\n xpos 0\n ypos 4438\n }\n Merge2 {\n inputs 2\n operation from\n output rgb\n name Merge17\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 0\n ypos 4713\n }\n Merge2 {\n inputs 2\n operation plus\n output rgb\n name Merge18\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 0\n ypos 4993\n }\n ShuffleCopy {\n inputs 2\n red red\n green green\n blue blue\n alpha alpha2\n out {{{parent.Shuffle9.in}}}\n name ShuffleCopy18\n xpos 0\n ypos 5036\n }\n Switch {\n inputs 2\n which {{\"solo1 + \\nsolo2 + \\nsolo3 + \\nsolo4 + \\nsolo5 + \\nsolo6 + \\nsolo7 + \\nsolo8 + \\nsolo9 \\n\\n== 0 ? 0 : 1\"}}\n name Switch1\n xpos 0\n ypos 5212\n }\n Switch {\n inputs 2\n which {{chooseMethod}}\n name Switch2\n xpos 0\n ypos 5289\n }\npush $N5eb12c00\n Dot {\n name Dot49\n xpos -652\n ypos 5485\n }\n Merge2 {\n inputs 2+1\n operation copy\n also_merge all\n name Merge19\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 0\n ypos 5482\n }\n Output {\n name Output1\n xpos 0\n ypos 5791\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_LightWrapPro.gizmo", "content": "Group {\n name LightWrapPro\n help \"Adds exponentially blurred lightwrap\\n\\nAdds a bright highlight wrap and an overall wrap\"\n tile_color 0x1e252eff\n label \"(\\[value outputView])\"\n note_font \"DejaVu Sans Bold\"\n note_font_color 0xb7e6ffff\n selected true\n mapsize {0.15 0.15}\n addUserKnob {20 LightWrapPro}\n addUserKnob {4 outputView l \"Output View\" t \"Chose one to view while adjusting\" M {\"Final Output\" \"Highlight Key\" \"Highlight Wrap\" \"OverAll Wrap\" \"Effect Only\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\"}}\n addUserKnob {6 premultiplied l \"FG premultiplied\" -STARTLINE}\n premultiplied true\n addUserKnob {26 highlightKeyTitle l \"HighLight Key\"}\n addUserKnob {7 blackPt l Black R 0 4}\n blackPt 1\n addUserKnob {7 whitePt l White R 0 4}\n whitePt 2\n addUserKnob {26 wrapHighlightsTitle l \"HighLight Wrap\"}\n addUserKnob {6 Mult_Flare_panelDropped l \"panel dropped state\" +HIDDEN +STARTLINE}\n addUserKnob {41 steps l \" Steps\" T ExponGlowWrapHighlight.steps}\n addUserKnob {41 falloffType l Falloff -STARTLINE T ExponGlowWrapHighlight.falloffType}\n addUserKnob {41 size l Size T ExponGlowWrapHighlight.size}\n addUserKnob {7 wrapHighlightAmount l Amount R 0 4}\n wrapHighlightAmount 1\n addUserKnob {26 WrapAllTitle l \"Overall Wrap \"}\n addUserKnob {6 WrapAllMult_panelDropped l \"panel dropped state\" +HIDDEN +STARTLINE}\n addUserKnob {41 steps_1 l \" Steps\" T ExponGlowWrapAll.steps}\n addUserKnob {41 falloffType_1 l Falloff -STARTLINE T ExponGlowWrapAll.falloffType}\n addUserKnob {41 size_1 l Size T ExponGlowWrapAll.size}\n addUserKnob {7 wrapAllAmount l Amount R 0 4}\n wrapAllAmount 1\n addUserKnob {6 removeHighlights l \"Dim Highlights\" +STARTLINE}\n removeHighlights true\n addUserKnob {7 dimHighlightsAmount l \"\" -STARTLINE R 0 3}\n dimHighlightsAmount 1\n addUserKnob {26 blendEdgesTitle l \"Blend Edges\"}\n addUserKnob {7 blendEdgesAmount l Amount}\n addUserKnob {6 ColorBleedMult_panelDropped l \"panel dropped state\" +HIDDEN +STARTLINE}\n addUserKnob {26 bleedColorTitle l \"Bleed Color\"}\n addUserKnob {7 bleedColorAmount l Amount}\n addUserKnob {7 bleedColorSize l Size R 0.1 4}\n bleedColorSize 1\n addUserKnob {7 bleedColorFalloff_2 l Falloff R 0.2 2}\n bleedColorFalloff_2 0.5\n addUserKnob {26 \"\"}\n addUserKnob {7 globalAmount l \"Global Amount\"}\n globalAmount 1\n addUserKnob {26 _1 l mask T \"\"}\n addUserKnob {41 maskChannelInput l \"\" -STARTLINE T MergeCopyLightWrapPro.maskChannelInput}\n addUserKnob {41 inject -STARTLINE T MergeCopyLightWrapPro.inject}\n addUserKnob {41 invert_mask l invert -STARTLINE T MergeCopyLightWrapPro.invert_mask}\n addUserKnob {41 fringe -STARTLINE T MergeCopyLightWrapPro.fringe}\n addUserKnob {41 mix T MergeCopyLightWrapPro.mix}\n addUserKnob {20 info l Info}\n addUserKnob {26 creator l Creator: T \"Tony Lyons\"}\n addUserKnob {26 desc l Description: t \"\\n\\n\" T LightWrapPro}\n addUserKnob {26 ver l Version: T v06}\n}\n BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0x402f27ff\n label \"Bleed Color\"\n note_font_size 60\n note_font_color 0xffffffff\n xpos -683\n ypos 2273\n bdwidth 1316\n bdheight 787\n }\n BackdropNode {\n inputs 0\n name BackdropNode2\n tile_color 0x39464200\n label \"highlight key\"\n note_font_size 40\n note_font_color 0xffffffff\n xpos 1630\n ypos 113\n bdwidth 272\n bdheight 393\n }\n Input {\n inputs 0\n name Inputmask\n xpos 1887\n ypos 3580\n number 2\n }\n Input {\n inputs 0\n name FG\n xpos -413\n ypos -318\n }\n AddChannels {\n channels rgba\n name AddChannels1\n xpos -413\n ypos -150\n }\n Dot {\n name Dot1\n xpos -379\n ypos 375\n }\nset Na0605d00 [stack 0]\n Dot {\n name Dot7\n xpos -825\n ypos 375\n }\n Dot {\n name Dot46\n xpos -825\n ypos 3104\n }\nset Na0604f00 [stack 0]\n Dot {\n name Dot15\n xpos 915\n ypos 3107\n }\nset Na0604800 [stack 0]\n Dot {\n name Dot26\n note_font_size 41\n xpos 915\n ypos 3224\n }\nset Na0604100 [stack 0]\n Dot {\n name Dot32\n note_font_size 41\n xpos 915\n ypos 3277\n }\npush $Na0605d00\n Dot {\n name Dot8\n note_font_size 41\n xpos 717\n ypos 378\n }\nset Na05ef200 [stack 0]\n Dot {\n name Dot11\n note_font_size 41\n xpos 717\n ypos 550\n }\n Input {\n inputs 0\n name BG\n label \"\\n\"\n xpos 1702\n ypos -276\n number 1\n }\n AddChannels {\n channels rgba\n name AddChannels2\n xpos 1702\n ypos -145\n }\n Remove {\n operation keep\n channels rgba\n name Remove2\n xpos 1702\n ypos -68\n }\n Dot {\n name Dot3\n xpos 1736\n ypos 177\n }\nset Na05ec800 [stack 0]\n Keyer {\n operation \"luminance key\"\n range {{parent.blackPt} {parent.whitePt} {range.B} {range.B}}\n name Keyer2\n xpos 1702\n ypos 303\n }\n Dot {\n name Dot4\n note_font_size 41\n xpos 1736\n ypos 397\n }\nset N63ccf900 [stack 0]\n Premult {\n name Premult1\n xpos 1702\n ypos 452\n }\n Multiply {\n inputs 1+1\n channels rgba\n value 0\n name Multiply1\n label \"\\[value value]\"\n xpos 1702\n ypos 543\n }\n Dot {\n name Dot30\n note_font_size 41\n xpos 1734\n ypos 746\n }\n Group {\n name ExponGlowWrapHighlight\n onCreate \"n = nuke.thisNode()\\nn.knob('size').setRange(0, 50)\\n#n.knob('exp').setRange(1, 4)\\nnuke.thisNode().knob('steps').setFlag(0x02000000)\"\n knobChanged \"n = nuke.thisNode()\\nk = nuke.thisKnob()\\n\\nif k.name() == \\\"includeOriginal\\\":\\n if n.knob('includeOriginal').getValue() == 1:\\n merge = nuke.toNode(\\\"Merge1\\\")\\n original = nuke.toNode('Original')\\n AvgMult = nuke.toNode(\\\"AverageMult\\\")\\n steps = int(n.knob('steps').getValue())\\n merge.setInput(steps+1, original)\\n AvgMult\\['whitepoint'].setValue(2 if steps<2 else steps+1)\\n\\n else:\\n merge.setInput(steps+1, None)\\n AvgMult\\['whitepoint'].setValue(2 if steps<2 else steps)\\n\\nelif k.name() == \\\"steps\\\":\\n\\n s = int(k.value())\\n if s<1:\\n k.setValue(1)\\n else:\\n start = nuke.toNode(\\\"Start\\\")\\n end = nuke.toNode(\\\"End\\\")\\n b1 = nuke.toNode(\\\"Blur1\\\")\\n m1 = nuke.toNode(\\\"Multiply1\\\")\\n merge = nuke.toNode(\\\"Merge1\\\")\\n AvgMult = nuke.toNode(\\\"AverageMult\\\")\\n\\n b1x = b1.xpos()\\n b1y = b1.ypos()\\n b1n = b1.name()\\n\\n m1x = m1.xpos()\\n m1y = m1.ypos()\\n m1n = m1.name()\\n\\n steps = int(n.knob('steps').getValue())\\n size = n.knob('size').getValue()\\n mult = n.knob('exp').getValue()\\n\\n #b1.setInput(0, start)\\n for i in range(1,merge.inputs()):\\n merge.setInput(i,None)\\n merge.setInput(0, m1)\\n \\[nuke.delete(i) for i in nuke.allNodes() if i.xpos()>start.xpos()]\\n for i in range(1,steps):\\n # Blur\\n b = nuke.nodes.Blur()\\n m = nuke.nodes.Multiply()\\n b.setXYpos(b1x+i*100,b1y)\\n b.setInput(0,start)\\n b\\[\\\"channels\\\"].setValue(\\\"all\\\")\\n b\\[\\\"crop\\\"].setValue(0)\\n b\\[\\\"size\\\"].setValue(0, 1)\\n b\\[\\\"size\\\"].setExpression( \\\"((width/100*parent.size.w)*(aspectCalc.aspect.w/100)*(\\{\\}**2))\\\".format(str(i+1)), 0 )\\n b\\[\\\"size\\\"].setExpression( \\\"((height/100*parent.size.h)*(aspectCalc.aspect.h/100)*(\\{\\}**2))\\\".format(str(i+1)), 1 )\\n b\\[\\\"label\\\"].setValue('')\\n blurAbove = b.name()\\n\\n m.setXYpos(m1x+i*100,m1y)\\n m.setInput(0, nuke.toNode(blurAbove))\\n m\\[\\\"channels\\\"].setValue(\\\"all\\\")\\n m\\[\\\"value\\\"].setValue(1,1,1,1)\\n j = 1-(i/steps)\\n m\\[\\\"value\\\"].setExpression('falloffType == 0 ? \\{\\} :falloffType == 1 ? pow(\\{\\}, 3) : falloffType == 2 ? \\{\\}*\\{\\}*(3-2*\\{\\}) : falloffType == 3 ? \\{\\}*\\{\\}*(2 - \\{\\}) : falloffType == 4 ? \\{\\}*(1 + \\{\\}*(1 - \\{\\})) : 0'.format(j,j,j,j,j,j,j,j,j,j,j))\\n m\\[\\\"mix\\\"].setExpression(\\\"falloff\\\")\\n m\\[\\\"label\\\"].setValue('')\\n\\n merge.setInput(i if i<2 else i+1, m)\\n AvgMult\\['whitepoint'].setValue(i if i<2 else i+1)\\n\\n if n.knob('includeOriginal').getValue() == 1:\\n merge = nuke.toNode(\\\"Merge1\\\")\\n original = nuke.toNode('Original')\\n AvgMult = nuke.toNode(\\\"AverageMult\\\")\\n steps = int(n.knob('steps').getValue())\\n merge.setInput(steps+1, original)\\n AvgMult\\['whitepoint'].setValue(2 if steps<2 else steps+1)\\n\\nelif k.name() == \\\"output2\\\":\\n if n.knob(\\\"output2\\\").getValue() == 4:\\n n.knob('AvgMaxOriginal').setVisible(True)\\n else:\\n n.knob('AvgMaxOriginal').setVisible(False)\\n\\n\"\n tile_color 0xcc804eff\n label \"(\\[value output2])\"\n note_font \"Verdana Bold\"\n note_font_color 0xffffffff\n xpos 1700\n ypos 1012\n addUserKnob {20 ExponBlurSimple}\n addUserKnob {41 channels T Remove1.channels}\n addUserKnob {26 \"\"}\n addUserKnob {4 output2 l Operation: M {Screen Plus Over Hypot Average Max Min \"\" \"\" \"\" \"\" \"\"}}\n output2 Over\n addUserKnob {3 steps l \" Steps\" -STARTLINE}\n steps 6\n addUserKnob {26 text l \" \" T \" \"}\n addUserKnob {6 includeOriginal l \"Include Original?\" -STARTLINE}\n addUserKnob {6 AvgMaxOriginal l \"Use Max of Average and Original\" +HIDDEN +STARTLINE}\n AvgMaxOriginal true\n addUserKnob {14 size l Size R 0 50}\n size 4\n addUserKnob {14 exp l Exponent +INVISIBLE R 1 4}\n exp 3\n addUserKnob {6 color_rgba_panelDropped l \"panel dropped state\" +HIDDEN +STARTLINE}\n addUserKnob {7 falloff l Falloff}\n falloff 1\n addUserKnob {4 falloffType l \"Falloff Type\" M {Linear pLinear smooth smooth0 smooth1 \"\"}}\n falloffType smooth1\n addUserKnob {14 postBlur l \"Post Blur\" R 0 100}\n addUserKnob {26 \"\"}\n addUserKnob {41 maskChannelMask l mask T MergeKeymix.maskChannelMask}\n addUserKnob {41 inject -STARTLINE T MergeKeymix.inject}\n addUserKnob {41 invert_mask l invert -STARTLINE T MergeKeymix.invert_mask}\n addUserKnob {41 fringe -STARTLINE T MergeKeymix.fringe}\n addUserKnob {41 mix T MergeKeymix.mix}\n addUserKnob {14 safeBBoxPixels l \"\" +STARTLINE +HIDDEN R 0 400}\n safeBBoxPixels 100\n addUserKnob {14 adjustBBoxPercent l \"\" -STARTLINE +HIDDEN R 1 2}\n adjustBBoxPercent 1\n addUserKnob {20 info l Info}\n addUserKnob {26 creator l Creator: T \"Tony Lyons\"}\n addUserKnob {26 desc l Description: t \"Add description and tooltip for gizmo\" T ExponBlurSimple}\n addUserKnob {26 ver l Version: T v02}\n }\n Input {\n inputs 0\n name Inputmask\n xpos 346\n ypos 596\n number 1\n }\n Dot {\n name Dot19\n label Mask\n note_font_size 41\n xpos 380\n ypos 662\n }\n Dot {\n name Dot10\n note_font_size 41\n xpos 380\n ypos 899\n }\n Input {\n inputs 0\n name Inputimg\n xpos -221\n ypos -1229\n }\n Dot {\n name Dot16\n note_font_size 41\n xpos -187\n ypos -1062\n }\nset N63cab200 [stack 0]\n Dot {\n name Dot1\n note_font_size 41\n xpos 461\n ypos -1058\n }\n Remove {\n operation keep\n channels rgba\n name Remove1\n xpos 427\n ypos -980\n }\n NoOp {\n name aspectCalc\n xpos 427\n ypos -939\n addUserKnob {20 User}\n addUserKnob {14 aspect R 0 100}\n aspect {{parent.size.w} {(parent.size.h/format.pixel_aspect/height*width)*format.pixel_aspect}}\n }\n Dot {\n name Dot21\n note_font_size 41\n xpos 461\n ypos -853\n }\nset N63ca9600 [stack 0]\n Invert {\n name Invert1\n xpos 864\n ypos -860\n disable {{\"parent.size < 0 ? 0 : 1\"}}\n }\nset N63ca8f00 [stack 0]\n Dot {\n name Dot4\n note_font_size 41\n xpos 540\n ypos -604\n }\n NoOp {\n name Original\n xpos 506\n ypos -327\n }\n Dot {\n name Dot5\n note_font_size 41\n xpos 540\n ypos 100\n }\npush $N63ca8f00\n NoOp {\n name Start\n xpos 864\n ypos -706\n }\nset N63c83200 [stack 0]\n Blur {\n size {{((width/100*parent.size.w)*(aspectCalc.aspect.w/100)*(6**2))} {((height/100*parent.size.h)*(aspectCalc.aspect.h/100)*(6**2))}}\n crop false\n name Blur6\n xpos 1364\n ypos -554\n }\n Multiply {\n value {{\"falloffType == 0 ? 0.166666666667 :falloffType == 1 ? pow(0.166666666667, 3) : falloffType == 2 ? 0.166666666667*0.166666666667*(3-2*0.166666666667) : falloffType == 3 ? 0.166666666667*0.166666666667*(2 - 0.166666666667) : falloffType == 4 ? 0.166666666667*(1 + 0.166666666667*(1 - 0.166666666667)) : 0\"} {\"falloffType == 0 ? 0.166666666667 :falloffType == 1 ? pow(0.166666666667, 3) : falloffType == 2 ? 0.166666666667*0.166666666667*(3-2*0.166666666667) : falloffType == 3 ? 0.166666666667*0.166666666667*(2 - 0.166666666667) : falloffType == 4 ? 0.166666666667*(1 + 0.166666666667*(1 - 0.166666666667)) : 0\"} {\"falloffType == 0 ? 0.166666666667 :falloffType == 1 ? pow(0.166666666667, 3) : falloffType == 2 ? 0.166666666667*0.166666666667*(3-2*0.166666666667) : falloffType == 3 ? 0.166666666667*0.166666666667*(2 - 0.166666666667) : falloffType == 4 ? 0.166666666667*(1 + 0.166666666667*(1 - 0.166666666667)) : 0\"} {\"falloffType == 0 ? 0.166666666667 :falloffType == 1 ? pow(0.166666666667, 3) : falloffType == 2 ? 0.166666666667*0.166666666667*(3-2*0.166666666667) : falloffType == 3 ? 0.166666666667*0.166666666667*(2 - 0.166666666667) : falloffType == 4 ? 0.166666666667*(1 + 0.166666666667*(1 - 0.166666666667)) : 0\"}}\n mix {{falloff}}\n name Multiply6\n xpos 1364\n ypos -477\n }\npush $N63c83200\n Blur {\n size {{((width/100*parent.size.w)*(aspectCalc.aspect.w/100)*(5**2))} {((height/100*parent.size.h)*(aspectCalc.aspect.h/100)*(5**2))}}\n crop false\n name Blur5\n xpos 1264\n ypos -554\n }\n Multiply {\n value {{\"falloffType == 0 ? 0.333333333333 :falloffType == 1 ? pow(0.333333333333, 3) : falloffType == 2 ? 0.333333333333*0.333333333333*(3-2*0.333333333333) : falloffType == 3 ? 0.333333333333*0.333333333333*(2 - 0.333333333333) : falloffType == 4 ? 0.333333333333*(1 + 0.333333333333*(1 - 0.333333333333)) : 0\"} {\"falloffType == 0 ? 0.333333333333 :falloffType == 1 ? pow(0.333333333333, 3) : falloffType == 2 ? 0.333333333333*0.333333333333*(3-2*0.333333333333) : falloffType == 3 ? 0.333333333333*0.333333333333*(2 - 0.333333333333) : falloffType == 4 ? 0.333333333333*(1 + 0.333333333333*(1 - 0.333333333333)) : 0\"} {\"falloffType == 0 ? 0.333333333333 :falloffType == 1 ? pow(0.333333333333, 3) : falloffType == 2 ? 0.333333333333*0.333333333333*(3-2*0.333333333333) : falloffType == 3 ? 0.333333333333*0.333333333333*(2 - 0.333333333333) : falloffType == 4 ? 0.333333333333*(1 + 0.333333333333*(1 - 0.333333333333)) : 0\"} {\"falloffType == 0 ? 0.333333333333 :falloffType == 1 ? pow(0.333333333333, 3) : falloffType == 2 ? 0.333333333333*0.333333333333*(3-2*0.333333333333) : falloffType == 3 ? 0.333333333333*0.333333333333*(2 - 0.333333333333) : falloffType == 4 ? 0.333333333333*(1 + 0.333333333333*(1 - 0.333333333333)) : 0\"}}\n mix {{falloff}}\n name Multiply5\n xpos 1264\n ypos -477\n }\npush $N63c83200\n Blur {\n size {{((width/100*parent.size.w)*(aspectCalc.aspect.w/100)*(4**2))} {((height/100*parent.size.h)*(aspectCalc.aspect.h/100)*(4**2))}}\n crop false\n name Blur4\n xpos 1164\n ypos -554\n }\n Multiply {\n value {{\"falloffType == 0 ? 0.5 :falloffType == 1 ? pow(0.5, 3) : falloffType == 2 ? 0.5*0.5*(3-2*0.5) : falloffType == 3 ? 0.5*0.5*(2 - 0.5) : falloffType == 4 ? 0.5*(1 + 0.5*(1 - 0.5)) : 0\"} {\"falloffType == 0 ? 0.5 :falloffType == 1 ? pow(0.5, 3) : falloffType == 2 ? 0.5*0.5*(3-2*0.5) : falloffType == 3 ? 0.5*0.5*(2 - 0.5) : falloffType == 4 ? 0.5*(1 + 0.5*(1 - 0.5)) : 0\"} {\"falloffType == 0 ? 0.5 :falloffType == 1 ? pow(0.5, 3) : falloffType == 2 ? 0.5*0.5*(3-2*0.5) : falloffType == 3 ? 0.5*0.5*(2 - 0.5) : falloffType == 4 ? 0.5*(1 + 0.5*(1 - 0.5)) : 0\"} {\"falloffType == 0 ? 0.5 :falloffType == 1 ? pow(0.5, 3) : falloffType == 2 ? 0.5*0.5*(3-2*0.5) : falloffType == 3 ? 0.5*0.5*(2 - 0.5) : falloffType == 4 ? 0.5*(1 + 0.5*(1 - 0.5)) : 0\"}}\n mix {{falloff}}\n name Multiply4\n xpos 1164\n ypos -477\n }\npush $N63c83200\n Blur {\n size {{((width/100*parent.size.w)*(aspectCalc.aspect.w/100)*(3**2))} {((height/100*parent.size.h)*(aspectCalc.aspect.h/100)*(3**2))}}\n crop false\n name Blur3\n xpos 1064\n ypos -554\n }\n Multiply {\n value {{\"falloffType == 0 ? 0.666666666667 :falloffType == 1 ? pow(0.666666666667, 3) : falloffType == 2 ? 0.666666666667*0.666666666667*(3-2*0.666666666667) : falloffType == 3 ? 0.666666666667*0.666666666667*(2 - 0.666666666667) : falloffType == 4 ? 0.666666666667*(1 + 0.666666666667*(1 - 0.666666666667)) : 0\"} {\"falloffType == 0 ? 0.666666666667 :falloffType == 1 ? pow(0.666666666667, 3) : falloffType == 2 ? 0.666666666667*0.666666666667*(3-2*0.666666666667) : falloffType == 3 ? 0.666666666667*0.666666666667*(2 - 0.666666666667) : falloffType == 4 ? 0.666666666667*(1 + 0.666666666667*(1 - 0.666666666667)) : 0\"} {\"falloffType == 0 ? 0.666666666667 :falloffType == 1 ? pow(0.666666666667, 3) : falloffType == 2 ? 0.666666666667*0.666666666667*(3-2*0.666666666667) : falloffType == 3 ? 0.666666666667*0.666666666667*(2 - 0.666666666667) : falloffType == 4 ? 0.666666666667*(1 + 0.666666666667*(1 - 0.666666666667)) : 0\"} {\"falloffType == 0 ? 0.666666666667 :falloffType == 1 ? pow(0.666666666667, 3) : falloffType == 2 ? 0.666666666667*0.666666666667*(3-2*0.666666666667) : falloffType == 3 ? 0.666666666667*0.666666666667*(2 - 0.666666666667) : falloffType == 4 ? 0.666666666667*(1 + 0.666666666667*(1 - 0.666666666667)) : 0\"}}\n mix {{falloff}}\n name Multiply3\n xpos 1064\n ypos -477\n }\npush 0\npush $N63c83200\n Blur {\n size {{((width/100*parent.size.w)*(aspectCalc.aspect.w/100)*(2**2))} {((height/100*parent.size.h)*(aspectCalc.aspect.h/100)*(2**2))}}\n crop false\n name Blur2\n xpos 964\n ypos -554\n }\n Multiply {\n value {{\"falloffType == 0 ? 0.833333333333 :falloffType == 1 ? pow(0.833333333333, 3) : falloffType == 2 ? 0.833333333333*0.833333333333*(3-2*0.833333333333) : falloffType == 3 ? 0.833333333333*0.833333333333*(2 - 0.833333333333) : falloffType == 4 ? 0.833333333333*(1 + 0.833333333333*(1 - 0.833333333333)) : 0\"} {\"falloffType == 0 ? 0.833333333333 :falloffType == 1 ? pow(0.833333333333, 3) : falloffType == 2 ? 0.833333333333*0.833333333333*(3-2*0.833333333333) : falloffType == 3 ? 0.833333333333*0.833333333333*(2 - 0.833333333333) : falloffType == 4 ? 0.833333333333*(1 + 0.833333333333*(1 - 0.833333333333)) : 0\"} {\"falloffType == 0 ? 0.833333333333 :falloffType == 1 ? pow(0.833333333333, 3) : falloffType == 2 ? 0.833333333333*0.833333333333*(3-2*0.833333333333) : falloffType == 3 ? 0.833333333333*0.833333333333*(2 - 0.833333333333) : falloffType == 4 ? 0.833333333333*(1 + 0.833333333333*(1 - 0.833333333333)) : 0\"} {\"falloffType == 0 ? 0.833333333333 :falloffType == 1 ? pow(0.833333333333, 3) : falloffType == 2 ? 0.833333333333*0.833333333333*(3-2*0.833333333333) : falloffType == 3 ? 0.833333333333*0.833333333333*(2 - 0.833333333333) : falloffType == 4 ? 0.833333333333*(1 + 0.833333333333*(1 - 0.833333333333)) : 0\"}}\n mix {{falloff}}\n name Multiply2\n xpos 964\n ypos -477\n }\npush $N63c83200\n Blur {\n size {{(width/100*parent.size*(aspectCalc.aspect.w/100))} {(height/100*parent.size*(aspectCalc.aspect.h/100))}}\n crop false\n name Blur1\n xpos 864\n ypos -554\n }\n Multiply {\n value {1 1 1 1}\n mix {{falloff}}\n name Multiply1\n xpos 864\n ypos -477\n }\n Merge2 {\n inputs 6+1\n operation {{MergeNumber.mergeNumber}}\n also_merge all\n name Merge1\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 864\n ypos -327\n }\n NoOp {\n name End\n xpos 864\n ypos -279\n }\n Grade {\n channels all\n whitepoint 6\n black_clamp false\n name AverageMult\n xpos 864\n ypos 49\n disable {{\"output2 == 4 ? 0 : 1\"}}\n }\n Merge2 {\n inputs 2\n operation max\n also_merge all\n name Merge2\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 864\n ypos 96\n disable {{\"output2 == 4 && includeOriginal == 1 && AvgMaxOriginal == 1 ? 0 : 1\"}}\n }\n Blur {\n size {{postBlur} {postBlur}}\n name BlurOriginal\n xpos 864\n ypos 155\n }\n Invert {\n name Invert2\n xpos 864\n ypos 283\n disable {{\"parent.size < 0 ? 0 : 1\"}}\n }\npush $N63ca9600\n Switch {\n inputs 2\n which {{\"parent.size == 0 ? 0 : 1\"}}\n name Switch1\n label \"\\[value which]\"\n xpos 427\n ypos 283\n }\n Crop {\n inputs 0\n box {{input.format.x} {input.format.y} {input.format.r} {input.format.t}}\n reformat true\n crop false\n name Crop1\n xpos 96\n ypos -931\n addUserKnob {20 User}\n addUserKnob {22 cropToBbox l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n }\n AddChannels {\n channels rgba\n name AddChannels2\n xpos 96\n ypos -891\n }\npush $N63cab200\n Merge2 {\n inputs 2\n name Merge3\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos -60\n ypos -891\n }\nset N63bff200 [stack 0]\n Group {\n name BBoxToFormat\n onCreate \"n = nuke.thisNode()\\ninputFormat = n.knob(\\\"inputFormat\\\")\\ninputBBox = n.knob(\\\"inputBBox\\\")\\ncrop = nuke.toNode(\\\"Crop6\\\")\\ncropb = crop.knob('box')\\noutputBBox = n.knob('outputBBox')\\noutputBBoxCenter = n.knob(\\\"outputBBoxCenter\\\")\\n\\ninputFormat.setFlag(0x0000000000008000)\\ninputBBox.setFlag(0x0000000000008000)\\ncropb.setFlag(0x0000000000008000)\\noutputBBox.setFlag(0x0000000000008000)\\noutputBBoxCenter.setFlag(0x0000000000008000)\\n\\nn = nuke.thisNode()\\nn.knob(\\\"overscan\\\").setRange(0,400)\\nn.knob(\\\"overscanPercent\\\").setRange(1,4)\"\n knobChanged \"n = nuke.thisNode()\\nk = nuke.thisKnob()\\nif k.name() == \\\"overscanType\\\":\\n if n.knob(\\\"overscanType\\\").getValue() == 1:\\n n.knob(\\\"overscanPercent\\\").setVisible(True)\\n n.knob(\\\"overscan\\\").setVisible(False)\\n else:\\n n.knob(\\\"overscanPercent\\\").setVisible(False)\\n n.knob(\\\"overscan\\\").setVisible(True)\"\n tile_color 0xa57aaaff\n note_font \"Verdana Bold\"\n note_font_color 0xffffffff\n xpos 29\n ypos -812\n addUserKnob {20 CropBBox}\n addUserKnob {4 type l Type +INVISIBLE M {\"To Format\" \"To BBox\"}}\n addUserKnob {41 intersect T Crop6.intersect}\n addUserKnob {6 blackOutside l \"Black Outside\" -STARTLINE}\n addUserKnob {4 overscanType l \"Overscan Type:\" M {Pixels Percentage}}\n overscanType Percentage\n addUserKnob {14 overscan l Overscan +HIDDEN R 0 400}\n addUserKnob {14 overscanPercent l \"Overscan Percent\" R 1 4}\n overscanPercent 1.2\n addUserKnob {20 inputBbox l \"BBox Data\" n 1}\n addUserKnob {15 inputFormat l \"Input Format\"}\n inputFormat {0 0 {input.width} {input.height}}\n addUserKnob {15 inputBBox l \"Input BBox\"}\n inputBBox {{input.bbox.x} {input.bbox.y} {input.bbox.r} {input.bbox.t}}\n addUserKnob {12 outputBBoxCenter l OutputBBoxCenter}\n outputBBoxCenter {{OutputBBox1.outputBBoxCenter.w} {OutputBBox1.outputBBoxCenter.h}}\n addUserKnob {15 outputBBox l \"Output BBox\"}\n outputBBox {{OutputBBox1.OutputBBox} {OutputBBox1.OutputBBox} {OutputBBox1.OutputBBox} {OutputBBox1.OutputBBox}}\n addUserKnob {20 endGroup n -1}\n addUserKnob {20 info_1 l Info}\n addUserKnob {26 creator l Creator: T \"Tony Lyons\"}\n addUserKnob {26 desc l Description: t \"crop to inputformat\\n\\ndisplays values of input bbox\" T CropBBox}\n addUserKnob {26 ver l Version: T v02}\n }\n Input {\n inputs 0\n name Input\n xpos 261\n ypos 394\n }\n Dot {\n name Dot2\n note_font_size 41\n xpos 295\n ypos 462\n }\nset N63bfdd00 [stack 0]\n Dot {\n name Dot1\n note_font_size 41\n xpos -160\n ypos 462\n }\nset N63bfd600 [stack 0]\npush $N63bfdd00\n Crop {\n box {{curve} {curve} {input.width} {input.height}}\n crop {{parent.blackOutside}}\n name Crop6\n xpos 261\n ypos 510\n addUserKnob {20 User}\n addUserKnob {22 cropToBbox l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n }\nset N63bfcf00 [stack 0]\n Remove {\n operation keep\n channels none\n name Remove1\n xpos 120\n ypos 504\n }\nset N63bfc800 [stack 0]\n Transform {\n scale {{parent.overscanPercent} {parent.overscanPercent}}\n center {{input.bbox.r/2} {input.bbox.t/2}}\n shutteroffset centred\n name Transform1\n xpos 120\n ypos 555\n }\npush $N63bfc800\n AdjBBox {\n numpixels {{parent.overscan} {parent.overscan}}\n name AdjBBox1\n xpos -5\n ypos 510\n }\n Switch {\n inputs 2\n which {{overscanType}}\n name Switch2\n label \"\\[value which]\"\n xpos -5\n ypos 549\n }\n Merge2 {\n inputs 2\n bbox intersection\n Achannels {-rgba.red -rgba.green -rgba.blue rgba.alpha}\n Bchannels {-rgba.red -rgba.green -rgba.blue rgba.alpha}\n output {-rgba.red -rgba.green -rgba.blue rgba.alpha}\n name Merge1\n xpos -5\n ypos 647\n disable {{!parent.Crop6.intersect}}\n }\npush $N63bfd600\n CopyBBox {\n inputs 2\n name CopyBBox1\n xpos -194\n ypos 653\n }\n BlackOutside {\n name BlackOutside1\n xpos -194\n ypos 692\n disable {{!parent.blackOutside}}\n }\n Dot {\n name Dot4\n note_font_size 41\n xpos -160\n ypos 769\n }\npush $N63bfcf00\n Switch {\n inputs 2\n which {{\"overscanType == 0 ? overscan.w != 0 || overscan.h != 0 : overscanPercent.w != 1 || overscanPercent.h != 1 ? 1 : 0\"}}\n name Switch1\n label \"\\[value which]\"\n xpos 261\n ypos 759\n }\nset N2d27cf00 [stack 0]\n Output {\n name Output1\n xpos 261\n ypos 921\n }\npush $N2d27cf00\n NoOp {\n name OutputBBox1\n selected true\n xpos 378\n ypos 821\n addUserKnob {20 User}\n addUserKnob {15 OutputBBox l \"Output BBox\"}\n OutputBBox {{input.bbox.x} {input.bbox.y} {input.bbox.r} {input.bbox.t}}\n addUserKnob {14 outputBBoxCenter l \"Output BBox Center\" R 0 100}\n outputBBoxCenter {{OutputBBox.x+(OutputBBox.r-OutputBBox.x)/2} {OutputBBox.y+(OutputBBox.t-OutputBBox.y)/2}}\n }\n end_group\npush $N63bff200\n Merge2 {\n inputs 2\n name Merge4\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos -60\n ypos -748\n }\npush $N63cab200\n CopyBBox {\n inputs 2\n name CopyBBox1\n xpos -221\n ypos -748\n }\n Dot {\n name Dot22\n note_font_size 41\n xpos -187\n ypos 198\n }\n Merge2 {\n inputs 2\n operation copy\n bbox B\n Achannels none\n Bchannels none\n output none\n also_merge {{{parent.Remove1.channels}}}\n name Merge5\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos -221\n ypos 283\n }\n Dot {\n name Dot17\n label A\n note_font_size 41\n xpos -187\n ypos 675\n }\n Dot {\n name Dot7\n note_font_size 41\n xpos -187\n ypos 805\n }\npush $N63cab200\n Dot {\n name Dot2\n note_font_size 41\n xpos -588\n ypos -1062\n }\n Dot {\n name Dot18\n label B\n note_font_size 41\n xpos -588\n ypos 654\n }\n Dot {\n name Dot3\n note_font_size 41\n xpos -588\n ypos 895\n }\n Merge2 {\n inputs 2+1\n operation copy\n Achannels none\n Bchannels none\n output none\n also_merge all\n name MergeKeymix\n xpos -221\n ypos 888\n }\n Output {\n name Output1\n xpos -221\n ypos 1202\n }\n NoOp {\n inputs 0\n name MergeNumber\n xpos 202\n ypos -1145\n addUserKnob {20 User}\n addUserKnob {3 mergeNumber}\n mergeNumber {{\"output2 == 0 ? 25 : output2 == 1 ? 24 : output2 == 2 ? 22 : output2 == 3 ? 13 : output2 == 4 ? 24 : output2 == 5 ? 17 : 18\"}}\n }\n end_group\n Grade {\n channels all\n white {{wrapHighlightAmount/10}}\n name FlareAmount\n xpos 1702\n ypos 1393\n }\n Multiply {\n channels rgba\n value {{globalAmount}}\n name MultiplyGlobal3\n label \"\\[value value]\"\n xpos 1702\n ypos 1577\n }\n Dot {\n name Dot25\n label \"LIGHT FLARE\"\n note_font_size 61\n xpos 1736\n ypos 1801\n }\nset N2d219d00 [stack 0]\n Dot {\n name Dot31\n note_font_size 41\n xpos 1738\n ypos 2915\n }\nset N2d219600 [stack 0]\npush $Na05ef200\npush $Na05ec800\n Dot {\n name Dot20\n xpos 1059\n ypos 179\n }\n Shuffle {\n alpha white\n name Shuffle1\n label \"\\[value in] \\[ expr \\{ \\[value out2] == \\\"none\\\" ? \\\" \\\" : \\[concat -> \\[value out2]] \\}]\"\n note_font_size 21\n note_font_color 0xffffffff\n xpos 1025\n ypos 238\n }\n Multiply {\n inputs 1+1\n channels rgba\n value 0\n name Multiply2\n label \"\\[value value]\"\n xpos 1025\n ypos 366\n }\n Dot {\n name Dot9\n xpos 1059\n ypos 725\n }\nset N2d207200 [stack 0]\n Dot {\n name Dot28\n note_font_size 41\n xpos 1343\n ypos 725\n }\n Keyer {\n operation \"luminance key\"\n name Keyer1\n xpos 1309\n ypos 823\n }\npush $N2d207200\n Colorspace {\n colorspace_out CIE-Yxy\n name Colorspace4\n xpos 1188\n ypos 786\n }\n Expression {\n inputs 1+1\n expr0 \"(r*(1+(r/((parent.dimHighlightsAmount+1)**2))) ) / (1+r)\"\n channel1 {-rgba.red -rgba.green -rgba.blue none}\n expr1 \"(g*(1+(g/((parent.dimHighlightsAmount+1)**2))) ) / (1+g)\"\n channel2 {-rgba.red -rgba.green -rgba.blue none}\n expr2 \"(b*(1+(b/((parent.dimHighlightsAmount+1)**2))) ) / (1+b)\"\n expr3 a\n name Tonemap_whitepoint\n xpos 1188\n ypos 827\n }\n Colorspace {\n colorspace_in CIE-Yxy\n name Colorspace3\n xpos 1188\n ypos 867\n }\npush $N2d207200\n Switch {\n inputs 2\n which {{removeHighlights}}\n name Switch4\n xpos 1025\n ypos 867\n }\n Group {\n name ExponGlowWrapAll\n onCreate \"n = nuke.thisNode()\\nn.knob('size').setRange(0, 50)\\n#n.knob('exp').setRange(1, 4)\\nnuke.thisNode().knob('steps').setFlag(0x02000000)\"\n knobChanged \"n = nuke.thisNode()\\nk = nuke.thisKnob()\\n\\nif k.name() == \\\"includeOriginal\\\":\\n if n.knob('includeOriginal').getValue() == 1:\\n merge = nuke.toNode(\\\"Merge1\\\")\\n original = nuke.toNode('Original')\\n AvgMult = nuke.toNode(\\\"AverageMult\\\")\\n steps = int(n.knob('steps').getValue())\\n merge.setInput(steps+1, original)\\n AvgMult\\['whitepoint'].setValue(2 if steps<2 else steps+1)\\n\\n else:\\n merge.setInput(steps+1, None)\\n AvgMult\\['whitepoint'].setValue(2 if steps<2 else steps)\\n\\nelif k.name() == \\\"steps\\\":\\n\\n s = int(k.value())\\n if s<1:\\n k.setValue(1)\\n else:\\n start = nuke.toNode(\\\"Start\\\")\\n end = nuke.toNode(\\\"End\\\")\\n b1 = nuke.toNode(\\\"Blur1\\\")\\n m1 = nuke.toNode(\\\"Multiply1\\\")\\n merge = nuke.toNode(\\\"Merge1\\\")\\n AvgMult = nuke.toNode(\\\"AverageMult\\\")\\n\\n b1x = b1.xpos()\\n b1y = b1.ypos()\\n b1n = b1.name()\\n\\n m1x = m1.xpos()\\n m1y = m1.ypos()\\n m1n = m1.name()\\n\\n steps = int(n.knob('steps').getValue())\\n size = n.knob('size').getValue()\\n mult = n.knob('exp').getValue()\\n\\n #b1.setInput(0, start)\\n for i in range(1,merge.inputs()):\\n merge.setInput(i,None)\\n merge.setInput(0, m1)\\n \\[nuke.delete(i) for i in nuke.allNodes() if i.xpos()>start.xpos()]\\n for i in range(1,steps):\\n # Blur\\n b = nuke.nodes.Blur()\\n m = nuke.nodes.Multiply()\\n b.setXYpos(b1x+i*100,b1y)\\n b.setInput(0,start)\\n b\\[\\\"channels\\\"].setValue(\\\"all\\\")\\n b\\[\\\"crop\\\"].setValue(0)\\n b\\[\\\"size\\\"].setValue(0, 1)\\n b\\[\\\"size\\\"].setExpression( \\\"((width/100*parent.size.w)*(aspectCalc.aspect.w/100)*(\\{\\}**2))\\\".format(str(i+1)), 0 )\\n b\\[\\\"size\\\"].setExpression( \\\"((height/100*parent.size.h)*(aspectCalc.aspect.h/100)*(\\{\\}**2))\\\".format(str(i+1)), 1 )\\n b\\[\\\"label\\\"].setValue('')\\n blurAbove = b.name()\\n\\n m.setXYpos(m1x+i*100,m1y)\\n m.setInput(0, nuke.toNode(blurAbove))\\n m\\[\\\"channels\\\"].setValue(\\\"all\\\")\\n m\\[\\\"value\\\"].setValue(1,1,1,1)\\n j = 1-(i/steps)\\n m\\[\\\"value\\\"].setExpression('falloffType == 0 ? \\{\\} :falloffType == 1 ? pow(\\{\\}, 3) : falloffType == 2 ? \\{\\}*\\{\\}*(3-2*\\{\\}) : falloffType == 3 ? \\{\\}*\\{\\}*(2 - \\{\\}) : falloffType == 4 ? \\{\\}*(1 + \\{\\}*(1 - \\{\\})) : 0'.format(j,j,j,j,j,j,j,j,j,j,j))\\n m\\[\\\"mix\\\"].setExpression(\\\"falloff\\\")\\n m\\[\\\"label\\\"].setValue('')\\n\\n merge.setInput(i if i<2 else i+1, m)\\n AvgMult\\['whitepoint'].setValue(i if i<2 else i+1)\\n\\n if n.knob('includeOriginal').getValue() == 1:\\n merge = nuke.toNode(\\\"Merge1\\\")\\n original = nuke.toNode('Original')\\n AvgMult = nuke.toNode(\\\"AverageMult\\\")\\n steps = int(n.knob('steps').getValue())\\n merge.setInput(steps+1, original)\\n AvgMult\\['whitepoint'].setValue(2 if steps<2 else steps+1)\\n\\nelif k.name() == \\\"output2\\\":\\n if n.knob(\\\"output2\\\").getValue() == 4:\\n n.knob('AvgMaxOriginal').setVisible(True)\\n else:\\n n.knob('AvgMaxOriginal').setVisible(False)\\n\\n\"\n tile_color 0xcc804eff\n label \"(\\[value output2])\"\n note_font \"Verdana Bold\"\n note_font_color 0xffffffff\n xpos 1025\n ypos 995\n addUserKnob {20 ExponBlurSimple}\n addUserKnob {41 channels T Remove1.channels}\n addUserKnob {26 \"\"}\n addUserKnob {4 output2 l Operation: M {Screen Plus Over Hypot Average Max Min \"\" \"\" \"\" \"\" \"\"}}\n output2 Over\n addUserKnob {3 steps l \" Steps\" -STARTLINE}\n steps 8\n addUserKnob {26 text l \" \" T \" \"}\n addUserKnob {6 includeOriginal l \"Include Original?\" -STARTLINE}\n addUserKnob {6 AvgMaxOriginal l \"Use Max of Average and Original\" +HIDDEN +STARTLINE}\n AvgMaxOriginal true\n addUserKnob {14 size l Size R 0 50}\n size 10\n addUserKnob {14 exp l Exponent +INVISIBLE R 1 4}\n exp 3\n addUserKnob {6 color_rgba_panelDropped l \"panel dropped state\" +HIDDEN +STARTLINE}\n addUserKnob {7 falloff l Falloff}\n falloff 1\n addUserKnob {4 falloffType l \"Falloff Type\" M {Linear pLinear smooth smooth0 smooth1 \"\"}}\n falloffType pLinear\n addUserKnob {14 postBlur l \"Post Blur\" R 0 100}\n addUserKnob {26 \"\"}\n addUserKnob {41 maskChannelMask l mask T MergeKeymix.maskChannelMask}\n addUserKnob {41 inject -STARTLINE T MergeKeymix.inject}\n addUserKnob {41 invert_mask l invert -STARTLINE T MergeKeymix.invert_mask}\n addUserKnob {41 fringe -STARTLINE T MergeKeymix.fringe}\n addUserKnob {41 mix T MergeKeymix.mix}\n addUserKnob {14 safeBBoxPixels l \"\" +STARTLINE +HIDDEN R 0 400}\n safeBBoxPixels 100\n addUserKnob {14 adjustBBoxPercent l \"\" -STARTLINE +HIDDEN R 1 2}\n adjustBBoxPercent 1\n addUserKnob {20 info l Info}\n addUserKnob {26 creator l Creator: T \"Tony Lyons\"}\n addUserKnob {26 desc l Description: t \"Add description and tooltip for gizmo\" T ExponBlurSimple}\n addUserKnob {26 ver l Version: T v02}\n }\n Input {\n inputs 0\n name Inputmask\n xpos 346\n ypos 596\n number 1\n }\n Dot {\n name Dot19\n label Mask\n note_font_size 41\n xpos 380\n ypos 662\n }\n Dot {\n name Dot10\n note_font_size 41\n xpos 380\n ypos 899\n }\n Input {\n inputs 0\n name Inputimg\n xpos -221\n ypos -1229\n }\n Dot {\n name Dot16\n note_font_size 41\n xpos -187\n ypos -1062\n }\nset N2d1c1d00 [stack 0]\n Dot {\n name Dot1\n note_font_size 41\n xpos 461\n ypos -1058\n }\n Remove {\n operation keep\n channels rgba\n name Remove1\n xpos 427\n ypos -980\n }\n NoOp {\n name aspectCalc\n xpos 427\n ypos -939\n addUserKnob {20 User}\n addUserKnob {14 aspect R 0 100}\n aspect {{parent.size.w} {(parent.size.h/format.pixel_aspect/height*width)*format.pixel_aspect}}\n }\n Dot {\n name Dot21\n note_font_size 41\n xpos 461\n ypos -853\n }\nset N2d1c0100 [stack 0]\n Invert {\n name Invert1\n xpos 864\n ypos -860\n disable {{\"parent.size < 0 ? 0 : 1\"}}\n }\nset N2d1ab900 [stack 0]\n Dot {\n name Dot4\n note_font_size 41\n xpos 540\n ypos -604\n }\n NoOp {\n name Original\n xpos 506\n ypos -327\n }\n Dot {\n name Dot5\n note_font_size 41\n xpos 540\n ypos 100\n }\npush $N2d1ab900\n NoOp {\n name Start\n xpos 864\n ypos -706\n }\nset N2d1a9d00 [stack 0]\n Blur {\n size {{((width/100*parent.size.w)*(aspectCalc.aspect.w/100)*(8**2))} {((height/100*parent.size.h)*(aspectCalc.aspect.h/100)*(8**2))}}\n crop false\n name Blur8\n xpos 1564\n ypos -554\n }\n Multiply {\n value {{\"falloffType == 0 ? 0.125 :falloffType == 1 ? pow(0.125, 3) : falloffType == 2 ? 0.125*0.125*(3-2*0.125) : falloffType == 3 ? 0.125*0.125*(2 - 0.125) : falloffType == 4 ? 0.125*(1 + 0.125*(1 - 0.125)) : 0\"} {\"falloffType == 0 ? 0.125 :falloffType == 1 ? pow(0.125, 3) : falloffType == 2 ? 0.125*0.125*(3-2*0.125) : falloffType == 3 ? 0.125*0.125*(2 - 0.125) : falloffType == 4 ? 0.125*(1 + 0.125*(1 - 0.125)) : 0\"} {\"falloffType == 0 ? 0.125 :falloffType == 1 ? pow(0.125, 3) : falloffType == 2 ? 0.125*0.125*(3-2*0.125) : falloffType == 3 ? 0.125*0.125*(2 - 0.125) : falloffType == 4 ? 0.125*(1 + 0.125*(1 - 0.125)) : 0\"} {\"falloffType == 0 ? 0.125 :falloffType == 1 ? pow(0.125, 3) : falloffType == 2 ? 0.125*0.125*(3-2*0.125) : falloffType == 3 ? 0.125*0.125*(2 - 0.125) : falloffType == 4 ? 0.125*(1 + 0.125*(1 - 0.125)) : 0\"}}\n mix {{falloff}}\n name Multiply8\n xpos 1564\n ypos -477\n }\npush $N2d1a9d00\n Blur {\n size {{((width/100*parent.size.w)*(aspectCalc.aspect.w/100)*(7**2))} {((height/100*parent.size.h)*(aspectCalc.aspect.h/100)*(7**2))}}\n crop false\n name Blur7\n xpos 1464\n ypos -554\n }\n Multiply {\n value {{\"falloffType == 0 ? 0.25 :falloffType == 1 ? pow(0.25, 3) : falloffType == 2 ? 0.25*0.25*(3-2*0.25) : falloffType == 3 ? 0.25*0.25*(2 - 0.25) : falloffType == 4 ? 0.25*(1 + 0.25*(1 - 0.25)) : 0\"} {\"falloffType == 0 ? 0.25 :falloffType == 1 ? pow(0.25, 3) : falloffType == 2 ? 0.25*0.25*(3-2*0.25) : falloffType == 3 ? 0.25*0.25*(2 - 0.25) : falloffType == 4 ? 0.25*(1 + 0.25*(1 - 0.25)) : 0\"} {\"falloffType == 0 ? 0.25 :falloffType == 1 ? pow(0.25, 3) : falloffType == 2 ? 0.25*0.25*(3-2*0.25) : falloffType == 3 ? 0.25*0.25*(2 - 0.25) : falloffType == 4 ? 0.25*(1 + 0.25*(1 - 0.25)) : 0\"} {\"falloffType == 0 ? 0.25 :falloffType == 1 ? pow(0.25, 3) : falloffType == 2 ? 0.25*0.25*(3-2*0.25) : falloffType == 3 ? 0.25*0.25*(2 - 0.25) : falloffType == 4 ? 0.25*(1 + 0.25*(1 - 0.25)) : 0\"}}\n mix {{falloff}}\n name Multiply7\n xpos 1464\n ypos -477\n }\npush $N2d1a9d00\n Blur {\n size {{((width/100*parent.size.w)*(aspectCalc.aspect.w/100)*(6**2))} {((height/100*parent.size.h)*(aspectCalc.aspect.h/100)*(6**2))}}\n crop false\n name Blur6\n xpos 1364\n ypos -554\n }\n Multiply {\n value {{\"falloffType == 0 ? 0.375 :falloffType == 1 ? pow(0.375, 3) : falloffType == 2 ? 0.375*0.375*(3-2*0.375) : falloffType == 3 ? 0.375*0.375*(2 - 0.375) : falloffType == 4 ? 0.375*(1 + 0.375*(1 - 0.375)) : 0\"} {\"falloffType == 0 ? 0.375 :falloffType == 1 ? pow(0.375, 3) : falloffType == 2 ? 0.375*0.375*(3-2*0.375) : falloffType == 3 ? 0.375*0.375*(2 - 0.375) : falloffType == 4 ? 0.375*(1 + 0.375*(1 - 0.375)) : 0\"} {\"falloffType == 0 ? 0.375 :falloffType == 1 ? pow(0.375, 3) : falloffType == 2 ? 0.375*0.375*(3-2*0.375) : falloffType == 3 ? 0.375*0.375*(2 - 0.375) : falloffType == 4 ? 0.375*(1 + 0.375*(1 - 0.375)) : 0\"} {\"falloffType == 0 ? 0.375 :falloffType == 1 ? pow(0.375, 3) : falloffType == 2 ? 0.375*0.375*(3-2*0.375) : falloffType == 3 ? 0.375*0.375*(2 - 0.375) : falloffType == 4 ? 0.375*(1 + 0.375*(1 - 0.375)) : 0\"}}\n mix {{falloff}}\n name Multiply6\n xpos 1364\n ypos -477\n }\npush $N2d1a9d00\n Blur {\n size {{((width/100*parent.size.w)*(aspectCalc.aspect.w/100)*(5**2))} {((height/100*parent.size.h)*(aspectCalc.aspect.h/100)*(5**2))}}\n crop false\n name Blur5\n xpos 1264\n ypos -554\n }\n Multiply {\n value {{\"falloffType == 0 ? 0.5 :falloffType == 1 ? pow(0.5, 3) : falloffType == 2 ? 0.5*0.5*(3-2*0.5) : falloffType == 3 ? 0.5*0.5*(2 - 0.5) : falloffType == 4 ? 0.5*(1 + 0.5*(1 - 0.5)) : 0\"} {\"falloffType == 0 ? 0.5 :falloffType == 1 ? pow(0.5, 3) : falloffType == 2 ? 0.5*0.5*(3-2*0.5) : falloffType == 3 ? 0.5*0.5*(2 - 0.5) : falloffType == 4 ? 0.5*(1 + 0.5*(1 - 0.5)) : 0\"} {\"falloffType == 0 ? 0.5 :falloffType == 1 ? pow(0.5, 3) : falloffType == 2 ? 0.5*0.5*(3-2*0.5) : falloffType == 3 ? 0.5*0.5*(2 - 0.5) : falloffType == 4 ? 0.5*(1 + 0.5*(1 - 0.5)) : 0\"} {\"falloffType == 0 ? 0.5 :falloffType == 1 ? pow(0.5, 3) : falloffType == 2 ? 0.5*0.5*(3-2*0.5) : falloffType == 3 ? 0.5*0.5*(2 - 0.5) : falloffType == 4 ? 0.5*(1 + 0.5*(1 - 0.5)) : 0\"}}\n mix {{falloff}}\n name Multiply5\n xpos 1264\n ypos -477\n }\npush $N2d1a9d00\n Blur {\n size {{((width/100*parent.size.w)*(aspectCalc.aspect.w/100)*(4**2))} {((height/100*parent.size.h)*(aspectCalc.aspect.h/100)*(4**2))}}\n crop false\n name Blur4\n xpos 1164\n ypos -554\n }\n Multiply {\n value {{\"falloffType == 0 ? 0.625 :falloffType == 1 ? pow(0.625, 3) : falloffType == 2 ? 0.625*0.625*(3-2*0.625) : falloffType == 3 ? 0.625*0.625*(2 - 0.625) : falloffType == 4 ? 0.625*(1 + 0.625*(1 - 0.625)) : 0\"} {\"falloffType == 0 ? 0.625 :falloffType == 1 ? pow(0.625, 3) : falloffType == 2 ? 0.625*0.625*(3-2*0.625) : falloffType == 3 ? 0.625*0.625*(2 - 0.625) : falloffType == 4 ? 0.625*(1 + 0.625*(1 - 0.625)) : 0\"} {\"falloffType == 0 ? 0.625 :falloffType == 1 ? pow(0.625, 3) : falloffType == 2 ? 0.625*0.625*(3-2*0.625) : falloffType == 3 ? 0.625*0.625*(2 - 0.625) : falloffType == 4 ? 0.625*(1 + 0.625*(1 - 0.625)) : 0\"} {\"falloffType == 0 ? 0.625 :falloffType == 1 ? pow(0.625, 3) : falloffType == 2 ? 0.625*0.625*(3-2*0.625) : falloffType == 3 ? 0.625*0.625*(2 - 0.625) : falloffType == 4 ? 0.625*(1 + 0.625*(1 - 0.625)) : 0\"}}\n mix {{falloff}}\n name Multiply4\n xpos 1164\n ypos -477\n }\npush $N2d1a9d00\n Blur {\n size {{((width/100*parent.size.w)*(aspectCalc.aspect.w/100)*(3**2))} {((height/100*parent.size.h)*(aspectCalc.aspect.h/100)*(3**2))}}\n crop false\n name Blur3\n xpos 1064\n ypos -554\n }\n Multiply {\n value {{\"falloffType == 0 ? 0.75 :falloffType == 1 ? pow(0.75, 3) : falloffType == 2 ? 0.75*0.75*(3-2*0.75) : falloffType == 3 ? 0.75*0.75*(2 - 0.75) : falloffType == 4 ? 0.75*(1 + 0.75*(1 - 0.75)) : 0\"} {\"falloffType == 0 ? 0.75 :falloffType == 1 ? pow(0.75, 3) : falloffType == 2 ? 0.75*0.75*(3-2*0.75) : falloffType == 3 ? 0.75*0.75*(2 - 0.75) : falloffType == 4 ? 0.75*(1 + 0.75*(1 - 0.75)) : 0\"} {\"falloffType == 0 ? 0.75 :falloffType == 1 ? pow(0.75, 3) : falloffType == 2 ? 0.75*0.75*(3-2*0.75) : falloffType == 3 ? 0.75*0.75*(2 - 0.75) : falloffType == 4 ? 0.75*(1 + 0.75*(1 - 0.75)) : 0\"} {\"falloffType == 0 ? 0.75 :falloffType == 1 ? pow(0.75, 3) : falloffType == 2 ? 0.75*0.75*(3-2*0.75) : falloffType == 3 ? 0.75*0.75*(2 - 0.75) : falloffType == 4 ? 0.75*(1 + 0.75*(1 - 0.75)) : 0\"}}\n mix {{falloff}}\n name Multiply3\n xpos 1064\n ypos -477\n }\npush 0\npush $N2d1a9d00\n Blur {\n size {{((width/100*parent.size.w)*(aspectCalc.aspect.w/100)*(2**2))} {((height/100*parent.size.h)*(aspectCalc.aspect.h/100)*(2**2))}}\n crop false\n name Blur2\n xpos 964\n ypos -554\n }\n Multiply {\n value {{\"falloffType == 0 ? 0.875 :falloffType == 1 ? pow(0.875, 3) : falloffType == 2 ? 0.875*0.875*(3-2*0.875) : falloffType == 3 ? 0.875*0.875*(2 - 0.875) : falloffType == 4 ? 0.875*(1 + 0.875*(1 - 0.875)) : 0\"} {\"falloffType == 0 ? 0.875 :falloffType == 1 ? pow(0.875, 3) : falloffType == 2 ? 0.875*0.875*(3-2*0.875) : falloffType == 3 ? 0.875*0.875*(2 - 0.875) : falloffType == 4 ? 0.875*(1 + 0.875*(1 - 0.875)) : 0\"} {\"falloffType == 0 ? 0.875 :falloffType == 1 ? pow(0.875, 3) : falloffType == 2 ? 0.875*0.875*(3-2*0.875) : falloffType == 3 ? 0.875*0.875*(2 - 0.875) : falloffType == 4 ? 0.875*(1 + 0.875*(1 - 0.875)) : 0\"} {\"falloffType == 0 ? 0.875 :falloffType == 1 ? pow(0.875, 3) : falloffType == 2 ? 0.875*0.875*(3-2*0.875) : falloffType == 3 ? 0.875*0.875*(2 - 0.875) : falloffType == 4 ? 0.875*(1 + 0.875*(1 - 0.875)) : 0\"}}\n mix {{falloff}}\n name Multiply2\n xpos 964\n ypos -477\n }\npush $N2d1a9d00\n Blur {\n size {{(width/100*parent.size*(aspectCalc.aspect.w/100))} {(height/100*parent.size*(aspectCalc.aspect.h/100))}}\n crop false\n name Blur1\n xpos 864\n ypos -554\n }\n Multiply {\n value {1 1 1 1}\n mix {{falloff}}\n name Multiply1\n xpos 864\n ypos -477\n }\n Merge2 {\n inputs 8+1\n operation {{MergeNumber.mergeNumber}}\n also_merge all\n name Merge1\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 864\n ypos -327\n }\n NoOp {\n name End\n xpos 864\n ypos -279\n }\n Grade {\n channels all\n whitepoint 8\n black_clamp false\n name AverageMult\n xpos 864\n ypos 49\n disable {{\"output2 == 4 ? 0 : 1\"}}\n }\n Merge2 {\n inputs 2\n operation max\n also_merge all\n name Merge2\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 864\n ypos 96\n disable {{\"output2 == 4 && includeOriginal == 1 && AvgMaxOriginal == 1 ? 0 : 1\"}}\n }\n Blur {\n size {{postBlur} {postBlur}}\n name BlurOriginal\n xpos 864\n ypos 155\n }\n Invert {\n name Invert2\n xpos 864\n ypos 283\n disable {{\"parent.size < 0 ? 0 : 1\"}}\n }\npush $N2d1c0100\n Switch {\n inputs 2\n which {{\"parent.size == 0 ? 0 : 1\"}}\n name Switch1\n label \"\\[value which]\"\n xpos 427\n ypos 283\n }\n Crop {\n inputs 0\n box {{input.format.x} {input.format.y} {input.format.r} {input.format.t}}\n reformat true\n crop false\n name Crop1\n xpos 96\n ypos -931\n addUserKnob {20 User}\n addUserKnob {22 cropToBbox l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n }\n AddChannels {\n channels rgba\n name AddChannels2\n xpos 96\n ypos -891\n }\npush $N2d1c1d00\n Merge2 {\n inputs 2\n name Merge3\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos -60\n ypos -891\n }\nset N39bf3200 [stack 0]\n Group {\n name BBoxToFormat\n onCreate \"n = nuke.thisNode()\\ninputFormat = n.knob(\\\"inputFormat\\\")\\ninputBBox = n.knob(\\\"inputBBox\\\")\\ncrop = nuke.toNode(\\\"Crop6\\\")\\ncropb = crop.knob('box')\\noutputBBox = n.knob('outputBBox')\\noutputBBoxCenter = n.knob(\\\"outputBBoxCenter\\\")\\n\\ninputFormat.setFlag(0x0000000000008000)\\ninputBBox.setFlag(0x0000000000008000)\\ncropb.setFlag(0x0000000000008000)\\noutputBBox.setFlag(0x0000000000008000)\\noutputBBoxCenter.setFlag(0x0000000000008000)\\n\\nn = nuke.thisNode()\\nn.knob(\\\"overscan\\\").setRange(0,400)\\nn.knob(\\\"overscanPercent\\\").setRange(1,4)\"\n knobChanged \"n = nuke.thisNode()\\nk = nuke.thisKnob()\\nif k.name() == \\\"overscanType\\\":\\n if n.knob(\\\"overscanType\\\").getValue() == 1:\\n n.knob(\\\"overscanPercent\\\").setVisible(True)\\n n.knob(\\\"overscan\\\").setVisible(False)\\n else:\\n n.knob(\\\"overscanPercent\\\").setVisible(False)\\n n.knob(\\\"overscan\\\").setVisible(True)\"\n tile_color 0xa57aaaff\n note_font \"Verdana Bold\"\n note_font_color 0xffffffff\n xpos 29\n ypos -812\n addUserKnob {20 CropBBox}\n addUserKnob {4 type l Type +INVISIBLE M {\"To Format\" \"To BBox\"}}\n addUserKnob {41 intersect T Crop6.intersect}\n addUserKnob {6 blackOutside l \"Black Outside\" -STARTLINE}\n addUserKnob {4 overscanType l \"Overscan Type:\" M {Pixels Percentage}}\n overscanType Percentage\n addUserKnob {14 overscan l Overscan +HIDDEN R 0 400}\n addUserKnob {14 overscanPercent l \"Overscan Percent\" R 1 4}\n overscanPercent 1.2\n addUserKnob {20 inputBbox l \"BBox Data\" n 1}\n addUserKnob {15 inputFormat l \"Input Format\"}\n inputFormat {0 0 {input.width} {input.height}}\n addUserKnob {15 inputBBox l \"Input BBox\"}\n inputBBox {{input.bbox.x} {input.bbox.y} {input.bbox.r} {input.bbox.t}}\n addUserKnob {12 outputBBoxCenter l OutputBBoxCenter}\n outputBBoxCenter {{OutputBBox1.outputBBoxCenter.w} {OutputBBox1.outputBBoxCenter.h}}\n addUserKnob {15 outputBBox l \"Output BBox\"}\n outputBBox {{OutputBBox1.OutputBBox} {OutputBBox1.OutputBBox} {OutputBBox1.OutputBBox} {OutputBBox1.OutputBBox}}\n addUserKnob {20 endGroup n -1}\n addUserKnob {20 info_1 l Info}\n addUserKnob {26 creator l Creator: T \"Tony Lyons\"}\n addUserKnob {26 desc l Description: t \"crop to inputformat\\n\\ndisplays values of input bbox\" T CropBBox}\n addUserKnob {26 ver l Version: T v02}\n }\n Input {\n inputs 0\n name Input\n xpos 261\n ypos 394\n }\n Dot {\n name Dot2\n note_font_size 41\n xpos 295\n ypos 462\n }\nset N39bf1d00 [stack 0]\n Dot {\n name Dot1\n note_font_size 41\n xpos -160\n ypos 462\n }\nset N39bf1600 [stack 0]\npush $N39bf1d00\n Crop {\n box {{curve} {curve} {input.width} {input.height}}\n crop {{parent.blackOutside}}\n name Crop6\n xpos 261\n ypos 510\n addUserKnob {20 User}\n addUserKnob {22 cropToBbox l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n }\nset N39bf0f00 [stack 0]\n Remove {\n operation keep\n channels none\n name Remove1\n xpos 120\n ypos 504\n }\nset N39bf0800 [stack 0]\n Transform {\n scale {{parent.overscanPercent} {parent.overscanPercent}}\n center {{input.bbox.r/2} {input.bbox.t/2}}\n shutteroffset centred\n name Transform1\n xpos 120\n ypos 555\n }\npush $N39bf0800\n AdjBBox {\n numpixels {{parent.overscan} {parent.overscan}}\n name AdjBBox1\n xpos -5\n ypos 510\n }\n Switch {\n inputs 2\n which {{overscanType}}\n name Switch2\n label \"\\[value which]\"\n xpos -5\n ypos 549\n }\n Merge2 {\n inputs 2\n bbox intersection\n Achannels {-rgba.red -rgba.green -rgba.blue rgba.alpha}\n Bchannels {-rgba.red -rgba.green -rgba.blue rgba.alpha}\n output {-rgba.red -rgba.green -rgba.blue rgba.alpha}\n name Merge1\n xpos -5\n ypos 647\n disable {{!parent.Crop6.intersect}}\n }\npush $N39bf1600\n CopyBBox {\n inputs 2\n name CopyBBox1\n xpos -194\n ypos 653\n }\n BlackOutside {\n name BlackOutside1\n xpos -194\n ypos 692\n disable {{!parent.blackOutside}}\n }\n Dot {\n name Dot4\n note_font_size 41\n xpos -160\n ypos 769\n }\npush $N39bf0f00\n Switch {\n inputs 2\n which {{\"overscanType == 0 ? overscan.w != 0 || overscan.h != 0 : overscanPercent.w != 1 || overscanPercent.h != 1 ? 1 : 0\"}}\n name Switch1\n label \"\\[value which]\"\n xpos 261\n ypos 759\n }\nset N39bc0f00 [stack 0]\n Output {\n name Output1\n xpos 261\n ypos 921\n }\npush $N39bc0f00\n NoOp {\n name OutputBBox1\n selected true\n xpos 378\n ypos 821\n addUserKnob {20 User}\n addUserKnob {15 OutputBBox l \"Output BBox\"}\n OutputBBox {{input.bbox.x} {input.bbox.y} {input.bbox.r} {input.bbox.t}}\n addUserKnob {14 outputBBoxCenter l \"Output BBox Center\" R 0 100}\n outputBBoxCenter {{OutputBBox.x+(OutputBBox.r-OutputBBox.x)/2} {OutputBBox.y+(OutputBBox.t-OutputBBox.y)/2}}\n }\n end_group\npush $N39bf3200\n Merge2 {\n inputs 2\n name Merge4\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos -60\n ypos -748\n }\npush $N2d1c1d00\n CopyBBox {\n inputs 2\n name CopyBBox1\n xpos -221\n ypos -748\n }\n Dot {\n name Dot22\n note_font_size 41\n xpos -187\n ypos 198\n }\n Merge2 {\n inputs 2\n operation copy\n bbox B\n Achannels none\n Bchannels none\n output none\n also_merge {{{parent.Remove1.channels}}}\n name Merge5\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos -221\n ypos 283\n }\n Dot {\n name Dot17\n label A\n note_font_size 41\n xpos -187\n ypos 675\n }\n Dot {\n name Dot7\n note_font_size 41\n xpos -187\n ypos 805\n }\npush $N2d1c1d00\n Dot {\n name Dot2\n note_font_size 41\n xpos -588\n ypos -1062\n }\n Dot {\n name Dot18\n label B\n note_font_size 41\n xpos -588\n ypos 654\n }\n Dot {\n name Dot3\n note_font_size 41\n xpos -588\n ypos 895\n }\n Merge2 {\n inputs 2+1\n operation copy\n Achannels none\n Bchannels none\n output none\n also_merge all\n name MergeKeymix\n xpos -221\n ypos 888\n }\n Output {\n name Output1\n xpos -221\n ypos 1202\n }\n NoOp {\n inputs 0\n name MergeNumber\n xpos 202\n ypos -1145\n addUserKnob {20 User}\n addUserKnob {3 mergeNumber}\n mergeNumber {{\"output2 == 0 ? 25 : output2 == 1 ? 24 : output2 == 2 ? 22 : output2 == 3 ? 13 : output2 == 4 ? 24 : output2 == 5 ? 17 : 18\"}}\n }\n end_group\n Dot {\n name Dot40\n note_font_size 41\n xpos 1059\n ypos 1277\n }\nset N4726e400 [stack 0]\n Grade {\n channels all\n white {{wrapAllAmount/10}}\n name GradeBgWrapAmount\n xpos 1025\n ypos 1399\n }\n Multiply {\n channels rgba\n value {{globalAmount}}\n name MultiplyGlobal1\n label \"\\[value value]\"\n xpos 1025\n ypos 1566\n }\n Dot {\n name Dot37\n label \"WRAP ALL\"\n note_font_size 61\n xpos 1059\n ypos 1692\n }\nset N4725d600 [stack 0]\n Dot {\n name Dot27\n note_font_size 41\n xpos 1059\n ypos 3062\n }\nset N4725cf00 [stack 0]\n Merge2 {\n inputs 2\n name Merge1\n xpos 1530\n ypos 3168\n }\n Shuffle {\n alpha white\n name Shuffle5\n tile_color 0xffffffff\n note_font_color 0xffffffff\n xpos 1530\n ypos 3216\n }\n Merge2 {\n inputs 2\n operation mask\n bbox A\n name Merge14\n xpos 1530\n ypos 3273\n }\npush $Na0604100\npush $N4725cf00\n Shuffle {\n alpha white\n name Shuffle2\n tile_color 0xffffffff\n note_font_color 0xffffffff\n xpos 1025\n ypos 3158\n }\n Merge2 {\n inputs 2\n operation mask\n bbox A\n name Merge7\n xpos 1025\n ypos 3220\n }\npush $Na0604800\npush $N2d219600\n Shuffle {\n alpha white\n name Shuffle4\n tile_color 0xffffffff\n note_font_color 0xffffffff\n xpos 1708\n ypos 3020\n }\n Merge2 {\n inputs 2\n operation mask\n bbox A\n name Merge13\n xpos 1708\n ypos 3103\n }\npush $N63ccf900\n Dot {\n name Dot21\n xpos 2349\n ypos 397\n }\n Shuffle {\n red alpha\n green alpha\n blue alpha\n name Shuffle3\n tile_color 0xffffffff\n label alpha\n note_font_size 21\n note_font_color 0xffffffff\n xpos 2315\n ypos 496\n }\n Dot {\n name Dot23\n xpos 2349\n ypos 3399\n }\npush $N4726e400\n Dot {\n name Dot29\n note_font_size 41\n xpos 757\n ypos 1277\n }\nset N4723c100 [stack 0]\n Grade {\n channels rgba\n gamma {{parent.bleedColorFalloff_2}}\n name Grade1\n xpos 724\n ypos 2638\n }\n Dot {\n name Dot33\n note_font_size 41\n xpos 758\n ypos 2835\n }\n Multiply {\n channels rgba\n value {{globalAmount}}\n name MultiplyGlobal2\n label \"\\[value value]\"\n xpos 297\n ypos 2828\n }\npush $N2d207200\n Dot {\n name Dot38\n note_font_size 41\n xpos 438\n ypos 725\n }\nset N4720ab00 [stack 0]\n Dot {\n name Dot2\n note_font_size 41\n xpos 439\n ypos 802\n }\nset N4720a400 [stack 0]\n Dot {\n name Dot17\n note_font_size 41\n xpos 334\n ypos 802\n }\n Dot {\n name Dot16\n note_font_size 41\n xpos 334\n ypos 1201\n }\npush $N4720a400\n Blur {\n size {{(width/13*parent.bleedColorSize*16*(ExponGlowWrapAll.aspectCalc.aspect.w/100))} {(height/13*parent.bleedColorSize*16*(ExponGlowWrapAll.aspectCalc.aspect.h/100))}}\n crop false\n name Blur6\n xpos 856\n ypos 874\n }\npush $N4720a400\n Blur {\n size {{(width/13*parent.bleedColorSize*8*(ExponGlowWrapAll.aspectCalc.aspect.w/100))} {(height/13*parent.bleedColorSize*8*(ExponGlowWrapAll.aspectCalc.aspect.h/100))}}\n crop false\n name Blur4\n xpos 743\n ypos 873\n }\npush $N4720a400\n Blur {\n size {{(width/15*parent.bleedColorSize*4*(ExponGlowWrapAll.aspectCalc.aspect.w/100))} {(height/15*parent.bleedColorSize*4*(ExponGlowWrapAll.aspectCalc.aspect.h/100))}}\n crop false\n name Blur3\n xpos 627\n ypos 874\n }\npush $N4720a400\n Blur {\n size {{(width/20*parent.bleedColorSize*2*(ExponGlowWrapAll.aspectCalc.aspect.w/100))} {(height/20*parent.bleedColorSize*2*(ExponGlowWrapAll.aspectCalc.aspect.h/100))}}\n crop false\n name Blur2\n xpos 515\n ypos 872\n }\npush $N4720a400\n Blur {\n size {{(width/25*parent.bleedColorSize*(ExponGlowWrapAll.aspectCalc.aspect.w/100))} {(height/25*parent.bleedColorSize*(ExponGlowWrapAll.aspectCalc.aspect.h/100))}}\n crop false\n name Blur1\n xpos 404\n ypos 871\n }\n Merge2 {\n inputs 2\n operation under\n bbox B\n name Merge2\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 404\n ypos 941\n }\n Merge2 {\n inputs 2\n operation under\n bbox B\n name Merge4\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 404\n ypos 999\n }\n Merge2 {\n inputs 2\n operation under\n bbox B\n name Merge8\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 404\n ypos 1049\n }\n Merge2 {\n inputs 2\n operation under\n bbox B\n name Merge12\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 404\n ypos 1087\n }\n Unpremult {\n name Unpremult2\n xpos 404\n ypos 1111\n }\n Blur {\n size {{(width/50*parent.bleedColorSize*10*(ExponGlowWrapAll.aspectCalc.aspect.w/100))} {(height/50*parent.bleedColorSize*10*(ExponGlowWrapAll.aspectCalc.aspect.h/100))}}\n crop false\n name Blur5\n xpos 404\n ypos 1151\n }\n CopyBBox {\n inputs 2\n name CopyBBox1\n xpos 404\n ypos 1198\n }\n Unpremult {\n name Unpremult5\n xpos 404\n ypos 2385\n }\n Colorspace {\n channels all\n colorspace_out HSV\n name Colorspace1\n xpos 404\n ypos 2456\n }\n Multiply {\n value {1 1 0 1}\n name Multiply5\n label \"\\[value value]\"\n xpos 404\n ypos 2532\n }\npush $N2d219d00\npush $N4725d600\npush $N4720ab00\n Dot {\n name Dot10\n xpos 201\n ypos 725\n }\n Clamp {\n minimum 0.001\n maximum 100\n name Clamp1\n xpos 167\n ypos 996\n }\n Dot {\n name Dot24\n xpos 201\n ypos 1517\n }\n Multiply {\n channels rgba\n value {{globalAmount}}\n name MultiplyGlobal\n label \"\\[value value]\"\n xpos 19\n ypos 1507\n }\npush $N4723c100\n Colorspace {\n channels all\n colorspace_out HSV\n name Colorspace6\n xpos -13\n ypos 1267\n }\n Multiply {\n value {1 1 0 1}\n name Multiply4\n label \"\\[value value]\"\n xpos -123\n ypos 1262\n }\npush $Na0605d00\n Remove {\n operation keep\n channels rgba\n name Remove1\n xpos -413\n ypos 594\n }\n Unpremult {\n channels all\n name Unpremult1\n xpos -407\n ypos 1094\n disable {{premultiplied*-1+1 x1 1}}\n }\nset N1ea6c100 [stack 0]\n Dot {\n name Dot12\n xpos -226\n ypos 1101\n }\n Colorspace {\n channels all\n colorspace_out HSV\n name Colorspace5\n xpos -260\n ypos 1140\n }\n Multiply {\n value {0 0 1 1}\n name Multiply3\n label \"\\[value value]\"\n xpos -260\n ypos 1188\n }\n Merge2 {\n inputs 2\n operation plus\n Achannels none\n Bchannels none\n output none\n also_merge all\n name Merge3\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos -260\n ypos 1267\n }\n Colorspace {\n channels all\n colorspace_in HSV\n name Colorspace7\n xpos -260\n ypos 1327\n }\n Dot {\n name Dot36\n label \"BLEND EDGES\"\n note_font_size 45\n xpos -226\n ypos 1408\n }\npush $N1ea6c100\n Dot {\n name Dot18\n note_font_size 41\n xpos -373\n ypos 1514\n }\nset N1ea44800 [stack 0]\n Merge2 {\n inputs 2+1\n operation copy\n bbox B\n Achannels none\n Bchannels none\n output none\n also_merge all\n mix {{blendEdgesAmount}}\n name Merge10\n xpos -260\n ypos 1507\n }\n Dot {\n name Dot22\n note_font_size 41\n xpos -226\n ypos 1588\n }\npush $N1ea44800\n Switch {\n inputs 2\n which {{\"blendEdgesAmount == 0 ? 0 : 1\"}}\n name Switch3\n xpos -407\n ypos 1585\n }\n Merge2 {\n inputs 2\n bbox B\n Achannels none\n Bchannels none\n output none\n also_merge all\n name Merge5\n xpos -407\n ypos 1685\n }\n Merge2 {\n inputs 2\n bbox B\n Achannels none\n Bchannels none\n output none\n also_merge all\n name Merge6\n xpos -407\n ypos 1791\n }\n Dot {\n name Dot34\n note_font_size 41\n xpos -373\n ypos 2417\n }\nset N1ea21d00 [stack 0]\n Colorspace {\n channels all\n colorspace_out HSV\n name Colorspace2\n xpos -81\n ypos 2410\n }\n Multiply {\n value {0 0 1 1}\n name Multiply6\n label \"\\[value value]\"\n xpos -81\n ypos 2458\n }\n Merge2 {\n inputs 2\n operation plus\n Achannels none\n Bchannels none\n output none\n also_merge all\n name Merge11\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos -81\n ypos 2537\n }\n Colorspace {\n channels all\n colorspace_in HSV\n name Colorspace8\n xpos -81\n ypos 2606\n }\npush $N1ea6c100\n Dot {\n name Dot13\n xpos -579\n ypos 1101\n }\n Dot {\n name Dot14\n xpos -579\n ypos 2559\n }\npush $N1ea21d00\n Copy {\n inputs 2\n from0 rgba.alpha\n to0 rgba.alpha\n name Copy1\n xpos -407\n ypos 2549\n }\n Dot {\n name Dot6\n note_font_size 41\n xpos -373\n ypos 2649\n }\nset N1e9f1d00 [stack 0]\n Merge2 {\n inputs 2+1\n operation copy\n output {rgba.red rgba.green rgba.blue -rgba.alpha}\n mix {{bleedColorAmount}}\n name Merge9\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos -81\n ypos 2828\n }\npush $N1e9f1d00\n Switch {\n inputs 2\n which {{\"parent.bleedColorAmount== 0 ? 0 : 1\"}}\n name Switch2\n xpos -407\n ypos 2832\n }\n Premult {\n name Premult3\n xpos -407\n ypos 2983\n disable {{premultiplied*-1+1 i}}\n }\n Dot {\n name Dot19\n xpos -373\n ypos 3396\n }\n Switch {\n inputs 5\n which {{\"\\[value ls parent.outputView]\"}}\n name Switch1\n xpos 1708\n ypos 3395\n }\npush $Na0604f00\n Dot {\n name Dot5\n note_font_size 41\n xpos -825\n ypos 3581\n }\n Merge2 {\n inputs 2+1\n operation copy\n also_merge all\n name MergeCopyLightWrapPro\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 1708\n ypos 3580\n }\n Output {\n name Output1\n xpos 1708\n ypos 3898\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_Lightning3D.gizmo", "content": "set cut_paste_input [stack 0]\nGroup {\n inputs 0\n name Lightning3D\n tile_color 0x131b56ff\n note_font \"Bitstream Vera Sans Bold Bold Bold\"\n note_font_color 0xadffffff\n selected true\n addUserKnob {20 User}\n addUserKnob {13 start l \"Starting Point\" t \"3D position for the starting point of the lighning.\"}\n start {0 3 0}\n addUserKnob {13 end l \"Ending Point\" t \"3D position for the ending point of the lighning.\"}\n addUserKnob {26 shape_div l \"Shape\"}\n addUserKnob {3 branches l Branches t \"Choose the number of branches for the lighning bolt.\"}\n branches 20\n addUserKnob {3 seed l Seed t \"Random seed to generate an entirely new bolt.\" -STARTLINE}\n seed 1500\n addUserKnob {3 points l \"Points per Branch\" t \"Control how many points are generated per branch. This allows more details in the main shape of the bolt, but increases processing time.\\n\\nBranches can also be upsampled which allows for fine details with less processing overhead.\"}\n points 40\n addUserKnob {3 upsample l Upsample t \"Multiply the number of points in the bolt AFTER generation. \\n\\nWill add visual details to the bolt, but will not be used for the generation.\" -STARTLINE}\n upsample 10\n addUserKnob {7 branch_min l \"Spawn min\" t \"Each branch of the bolt is generated from a random point on another pre-existing branch.\\n\\nThis setting contrains the range from which a bolt may be spawned.\\n\\n0 Is the \\\"root\\\" of a branch, while 1 is the \\\"tip\\\".\"}\n addUserKnob {7 branch_max l max t \"Each branch of the bolt is generated from a random point on another pre-existing branch.\\n\\nThis setting contrains the range from which a bolt may be spawned.\\n\\n0 Is the \\\"root\\\" of a branch, while 1 is the \\\"tip\\\".\" -STARTLINE}\n branch_max 0.65\n addUserKnob {7 branches_distribution l \"Spawn Distribution\" t \"Affect the distribution of new branches.\\n\\nAt value 1, branches will have an equal chance to spawn from any existing branch.\\n\\nWith lower values, earier branches will have more chances to spawn new branches.\\n\\nWith higher values, newer branches will be more likely to spawn new branches.\" R 0 2}\n branches_distribution 0.75\n addUserKnob {7 scale_min l \"Scale min\" t \"The minimum random length a branch may be.\"}\n scale_min 0.5\n addUserKnob {7 scale_max l max t \"The maximum random length a branch may be.\" -STARTLINE R 0.5 1.5}\n scale_max 1\n addUserKnob {7 scale_distribution l \"Scale Distribution\" t \"Affects the scale distribution.\\n\\nA value of 1 will randomly pick between the min and max scale.\\n\\nLower values will favor shorter branches.\\nHigher values will favor longer branches.\" R 0 2}\n scale_distribution 1\n addUserKnob {6 absolute l Absolute t \"When this box is checked, the scale of each branch will be based on the scale of the parent branch, and how close from the tip this branch has spawned.\\n\\nWhen it is off, the scale will be truly random, based on the scale range. You will most likely have to adjust the max scale accordingly. \" -STARTLINE}\n addUserKnob {7 spread l Spread t \"Control how far apart the branches are spreading.\\n\\nAt value 0, all branches will try to follow the main direction. At value 1, each branch will go in a random direction.\"}\n spread 0.4\n addUserKnob {26 color_div l \"Color\"}\n addUserKnob {6 main_noise_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {18 color l \"Base Color\" t \"Choose the main color of the bolt.\"}\n color {1 2 3}\n addUserKnob {6 color_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 color_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 color_panelDropped_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {7 taper l Taper t \"Makes the tip of branches thinner (darker) than the root. \"}\n taper 1\n addUserKnob {7 falloff l Falloff t \"Make the children branches darker than parent branches. \"}\n addUserKnob {7 brighness_noise l \"Brightness Noise\" t \"Adding some brighness noise will make the bolt less uniform looking.\"}\n brighness_noise 1\n addUserKnob {7 brighness_frequency l \"Noise Frequency\" t \"Adjust the frequency of the brighness noise (high frequency = small size, low frequency = large size)\" R 0.1 5}\n brighness_frequency 1\n addUserKnob {7 brighness_anim l \"Noise Animation\" t \"The brightness noise can be animated. Use this knob to control time..\\n\\nGreat Scott!\" R 0 100}\n addUserKnob {26 noises_div l \"Turbulences\"}\n addUserKnob {18 main_noise l \"Main Shape Noise\" t \"This noise should be used to define the overall shape of the lighning. It doesn't affect the root or tip of each branch.\\n\\nAmount of detail that can be optained with this noise is dependent on number of Points per Branch.\" R 0 10}\n main_noise 1\n addUserKnob {6 main_noise_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 main_noise_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 main_noise_panelDropped_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {7 main_frequency l Frequency t \"Adjust the frequency (size) of main shape noise\" R 0 3}\n main_frequency 1\n addUserKnob {7 main_anim l Animation t \"Animation of the main shape noise.\" R 0 100}\n addUserKnob {18 secondary_noise l \"Turbulence Noise\" t \"Adds a secondary noise to the shape AFTER the upsampling is done, resulting in a more detailed noise.\\n\\nThis is meant to be a high frequency, low amplitude noise (compared to main), but go wild if you want to.\\n\\nNote: this noise does affect the root and tips of branches, so it may shift the start and end point.\" R 0 10}\n secondary_noise 1\n addUserKnob {6 secondary_noise_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 secondary_noise_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 secondary_noise_panelDropped_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 secondary_noise_panelDropped_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {7 secondary_frequency l Frequency t \"Frequency for the secondary noise\" R 0 3}\n secondary_frequency 1\n addUserKnob {7 secondary_anim l Animation t \"Control the animation of the secondary noise\" R 0 100}\n addUserKnob {26 growth_div l \"Growth\"}\n addUserKnob {7 progress l Amount t \"Can be used to animate the progress of the lighning, for example to make a super slow motion lighning bolt.\"}\n progress 1\n addUserKnob {7 progress_random l Randomness t \"Without randomness, all branches will finish growing exactly at the same time.\\n\\nWith randomness, some will finish earlier.\\nWith too much randomness, there is a chance some branches may start to appear before their parent branch is fully created, making some branches seemingly appear out of nowhere.\"}\n}\n Constant {\n inputs 0\n channels rgb\n name Constant1\n xpos -456\n ypos -616\n }\n Reformat {\n type \"to box\"\n box_width {{\"max(parent.branches, 2)\"}}\n box_height {{\"max(parent.points, 1)\"}}\n box_fixed true\n resize fill\n name Reformat1\n xpos -456\n ypos -445\n }\n BlinkScript {\n recompileCount 69\n ProgramGroup 1\n KernelDescription \"2 \\\"PointLighning\\\" iterate pixelWise 5e0e49e055b186dea0cc6c5c87cb9f407cb8dd55ac09a072668e611add35ced6 2 \\\"format\\\" Read Random \\\"dst\\\" Write Random 19 \\\"seed\\\" Int 1 AAAAAA== \\\"relative_scale\\\" Int 1 AAAAAA== \\\"format\\\" Int 2 CgAAAAoAAAA= \\\"start\\\" Float 3 AAAAAAAAAAAAAAAAAAAAAA== \\\"end\\\" Float 3 AAAAAAAAAAAAAAAAAAAAAA== \\\"spread\\\" Float 1 AAAAAA== \\\"branch_min\\\" Float 1 AAAAAA== \\\"branch_max\\\" Float 1 AAAAAA== \\\"scale_min\\\" Float 1 AAAAAA== \\\"scale_max\\\" Float 1 AAAAAA== \\\"scale_distribution\\\" Float 1 AAAAAA== \\\"distribution\\\" Float 1 AAAAAA== \\\"noise_frequency\\\" Float 1 AAAAAA== \\\"noise_time\\\" Float 1 AAAAAA== \\\"noise_amount\\\" Float 3 AAAAAAAAAAAAAAAAAAAAAA== \\\"octaves\\\" Int 1 AAAAAA== \\\"lacunarity\\\" Float 1 AAAAAA== \\\"amplitude\\\" Float 1 AAAAAA== \\\"gain\\\" Float 1 AAAAAA== 19 \\\"seed\\\" 1 1 \\\"relative_scale\\\" 1 1 \\\"WHformat\\\" 2 1 \\\"start\\\" 3 1 \\\"end\\\" 3 1 \\\"spread\\\" 1 1 \\\"branch_min\\\" 1 1 \\\"branch_max\\\" 1 1 \\\"scale_min\\\" 1 1 \\\"scale_max\\\" 1 1 \\\"scale_distribution\\\" 1 1 \\\"distribution\\\" 1 1 \\\"noise_frequency\\\" 1 1 \\\"noise_time\\\" 1 1 \\\"noise_amount\\\" 3 1 \\\"octaves\\\" 1 1 \\\"lacunarity\\\" 1 1 \\\"amplitude\\\" 1 1 \\\"gain\\\" 1 1 0\"\n kernelSource \"/* Lightning Kernel by Erwan Leroy 2020\\n *\\n * Simplex Noise based on https://github.com/Draradech/csworldgen/blob/master/simplexnoise.cpp\\n * Ported by Mads Hagbarth Lund 2014\\n *\\n * Modifications (fBm) by Erwan Leroy 2018 at Spin VFX\\n *\\n * Simplex license:\\n * Copyright (c) 2007-2012 Eliot Eshelman\\n *\\n * This program is free software: you can redistribute it and/or modify\\n * it under the terms of the GNU General Public License as published by\\n * the Free Software Foundation, either version 3 of the License, or\\n * (at your option) any later version.\\n *\\n * This program is distributed in the hope that it will be useful,\\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the\\n * GNU General Public License for more details.\\n *\\n * You should have received a copy of the GNU General Public License\\n * along with this program. If not, see .\\n *\\n */\\n\\n\\nint fastfloor( const float x ) \\{ return x > 0 ? (int) x : (int) x - 1; \\}\\n\\ninline float raw_noise_4d(const float4 coord)\\n\\{\\n int simplex\\[64]\\[4] =\\n \\{\\n \\{0,1,2,3\\},\\{0,1,3,2\\},\\{0,0,0,0\\},\\{0,2,3,1\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{1,2,3,0\\},\\n \\{0,2,1,3\\},\\{0,0,0,0\\},\\{0,3,1,2\\},\\{0,3,2,1\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{1,3,2,0\\},\\n \\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\n \\{1,2,0,3\\},\\{0,0,0,0\\},\\{1,3,0,2\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{2,3,0,1\\},\\{2,3,1,0\\},\\n \\{1,0,2,3\\},\\{1,0,3,2\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{2,0,3,1\\},\\{0,0,0,0\\},\\{2,1,3,0\\},\\n \\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\n \\{2,0,1,3\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{3,0,1,2\\},\\{3,0,2,1\\},\\{0,0,0,0\\},\\{3,1,2,0\\},\\n \\{2,1,0,3\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{3,1,0,2\\},\\{0,0,0,0\\},\\{3,2,0,1\\},\\{3,2,1,0\\}\\n \\};\\n\\n int perm\\[512] =\\n \\{\\n 151,160,137,91,90,15,131,13,201,95,96,53,194,233,7,225,140,36,103,30,69,142,\\n 8,99,37,240,21,10,23,190,6,148,247,120,234,75,0,26,197,62,94,252,219,203,117,\\n 35,11,32,57,177,33,88,237,149,56,87,174,20,125,136,171,168,68,175,74,165,71,\\n 134,139,48,27,166,77,146,158,231,83,111,229,122,60,211,133,230,220,105,92,41,\\n 55,46,245,40,244,102,143,54,65,25,63,161,1,216,80,73,209,76,132,187,208, 89,\\n 18,169,200,196,135,130,116,188,159,86,164,100,109,198,173,186,3,64,52,217,226,\\n 250,124,123,5,202,38,147,118,126,255,82,85,212,207,206,59,227,47,16,58,17,182,\\n 189,28,42,223,183,170,213,119,248,152,2,44,154,163,70,221,153,101,155,167,43,\\n 172,9,129,22,39,253,19,98,108,110,79,113,224,232,178,185,112,104,218,246,97,\\n 228,251,34,242,193,238,210,144,12,191,179,162,241,81,51,145,235,249,14,239,\\n 107,49,192,214,31,181,199,106,157,184,84,204,176,115,121,50,45,127,4,150,254,\\n 138,236,205,93,222,114,67,29,24,72,243,141,128,195,78,66,215,61,156,180,\\n\\n 151,160,137,91,90,15,131,13,201,95,96,53,194,233,7,225,140,36,103,30,69,142,\\n 8,99,37,240,21,10,23,190,6,148,247,120,234,75,0,26,197,62,94,252,219,203,117,\\n 35,11,32,57,177,33,88,237,149,56,87,174,20,125,136,171,168,68,175,74,165,71,\\n 134,139,48,27,166,77,146,158,231,83,111,229,122,60,211,133,230,220,105,92,41,\\n 55,46,245,40,244,102,143,54,65,25,63,161,1,216,80,73,209,76,132,187,208, 89,\\n 18,169,200,196,135,130,116,188,159,86,164,100,109,198,173,186,3,64,52,217,226,\\n 250,124,123,5,202,38,147,118,126,255,82,85,212,207,206,59,227,47,16,58,17,182,\\n 189,28,42,223,183,170,213,119,248,152,2,44,154,163,70,221,153,101,155,167,43,\\n 172,9,129,22,39,253,19,98,108,110,79,113,224,232,178,185,112,104,218,246,97,\\n 228,251,34,242,193,238,210,144,12,191,179,162,241,81,51,145,235,249,14,239,\\n 107,49,192,214,31,181,199,106,157,184,84,204,176,115,121,50,45,127,4,150,254,\\n 138,236,205,93,222,114,67,29,24,72,243,141,128,195,78,66,215,61,156,180\\n \\};\\n\\n int grad4\\[32]\\[4]=\\n \\{\\n \\{0,1,1,1\\}, \\{0,1,1,-1\\}, \\{0,1,-1,1\\}, \\{0,1,-1,-1\\},\\n \\{0,-1,1,1\\}, \\{0,-1,1,-1\\}, \\{0,-1,-1,1\\}, \\{0,-1,-1,-1\\},\\n \\{1,0,1,1\\}, \\{1,0,1,-1\\}, \\{1,0,-1,1\\}, \\{1,0,-1,-1\\},\\n \\{-1,0,1,1\\}, \\{-1,0,1,-1\\}, \\{-1,0,-1,1\\}, \\{-1,0,-1,-1\\},\\n \\{1,1,0,1\\}, \\{1,1,0,-1\\}, \\{1,-1,0,1\\}, \\{1,-1,0,-1\\},\\n \\{-1,1,0,1\\}, \\{-1,1,0,-1\\}, \\{-1,-1,0,1\\}, \\{-1,-1,0,-1\\},\\n \\{1,1,1,0\\}, \\{1,1,-1,0\\}, \\{1,-1,1,0\\}, \\{1,-1,-1,0\\},\\n \\{-1,1,1,0\\}, \\{-1,1,-1,0\\}, \\{-1,-1,1,0\\}, \\{-1,-1,-1,0\\}\\n \\};\\n float x = coord.x;\\n float y = coord.y;\\n float z = coord.z;\\n float w = coord.w;\\n float F4 = (sqrt(5.0f)-1.0)/4.0;\\n float G4 = (5.0-sqrt(5.0f))/20.0;\\n float n0, n1, n2, n3, n4;\\n float s = (x + y + z + w) * F4;\\n int i = fastfloor(x + s);\\n int j = fastfloor(y + s);\\n int k = fastfloor(z + s);\\n int l = fastfloor(w + s);\\n float t = (i + j + k + l) * G4;\\n float X0 = i - t;\\n float Y0 = j - t;\\n float Z0 = k - t;\\n float W0 = l - t;\\n float x0 = x - X0;\\n float y0 = y - Y0;\\n float z0 = z - Z0;\\n float w0 = w - W0;\\n int c1 = (x0 > y0) ? 32 : 0;\\n int c2 = (x0 > z0) ? 16 : 0;\\n int c3 = (y0 > z0) ? 8 : 0;\\n int c4 = (x0 > w0) ? 4 : 0;\\n int c5 = (y0 > w0) ? 2 : 0;\\n int c6 = (z0 > w0) ? 1 : 0;\\n int c = c1 + c2 + c3 + c4 + c5 + c6;\\n int i1, j1, k1, l1;\\n int i2, j2, k2, l2;\\n int i3, j3, k3, l3;\\n i1 = simplex\\[c]\\[0]>=3 ? 1 : 0;\\n j1 = simplex\\[c]\\[1]>=3 ? 1 : 0;\\n k1 = simplex\\[c]\\[2]>=3 ? 1 : 0;\\n l1 = simplex\\[c]\\[3]>=3 ? 1 : 0;\\n i2 = simplex\\[c]\\[0]>=2 ? 1 : 0;\\n j2 = simplex\\[c]\\[1]>=2 ? 1 : 0;\\n k2 = simplex\\[c]\\[2]>=2 ? 1 : 0;\\n l2 = simplex\\[c]\\[3]>=2 ? 1 : 0;\\n i3 = simplex\\[c]\\[0]>=1 ? 1 : 0;\\n j3 = simplex\\[c]\\[1]>=1 ? 1 : 0;\\n k3 = simplex\\[c]\\[2]>=1 ? 1 : 0;\\n l3 = simplex\\[c]\\[3]>=1 ? 1 : 0;\\n float x1 = x0 - i1 + G4;\\n float y1 = y0 - j1 + G4;\\n float z1 = z0 - k1 + G4;\\n float w1 = w0 - l1 + G4;\\n float x2 = x0 - i2 + 2.0*G4;\\n float y2 = y0 - j2 + 2.0*G4;\\n float z2 = z0 - k2 + 2.0*G4;\\n float w2 = w0 - l2 + 2.0*G4;\\n float x3 = x0 - i3 + 3.0*G4;\\n float y3 = y0 - j3 + 3.0*G4;\\n float z3 = z0 - k3 + 3.0*G4;\\n float w3 = w0 - l3 + 3.0*G4;\\n float x4 = x0 - 1.0 + 4.0*G4;\\n float y4 = y0 - 1.0 + 4.0*G4;\\n float z4 = z0 - 1.0 + 4.0*G4;\\n float w4 = w0 - 1.0 + 4.0*G4;\\n int ii = i & 255;\\n int jj = j & 255;\\n int kk = k & 255;\\n int ll = l & 255;\\n int gi0 = perm\\[ii+perm\\[jj+perm\\[kk+perm\\[ll]]]] % 32;\\n int gi1 = perm\\[ii+i1+perm\\[jj+j1+perm\\[kk+k1+perm\\[ll+l1]]]] % 32;\\n int gi2 = perm\\[ii+i2+perm\\[jj+j2+perm\\[kk+k2+perm\\[ll+l2]]]] % 32;\\n int gi3 = perm\\[ii+i3+perm\\[jj+j3+perm\\[kk+k3+perm\\[ll+l3]]]] % 32;\\n int gi4 = perm\\[ii+1+perm\\[jj+1+perm\\[kk+1+perm\\[ll+1]]]] % 32;\\n\\n float t0 = 0.6 - x0*x0 - y0*y0 - z0*z0 - w0*w0;\\n\\n if(t0<0) \\{\\n n0 = 0.0;\\n \\}\\n else\\n \\{\\n t0 *= t0;\\n n0 = t0 * t0 * dot(float4(grad4\\[gi0]\\[0],grad4\\[gi0]\\[2],grad4\\[gi0]\\[3],grad4\\[gi0]\\[3]), float4(x0, y0, z0, w0));\\n \\}\\n\\n float t1 = 0.6 - x1*x1 - y1*y1 - z1*z1 - w1*w1;\\n\\n if(t1<0) \\{\\n n1 = 0.0;\\n \\}\\n else \\{\\n t1 *= t1;\\n n1 = t1 * t1 * dot(float4(grad4\\[gi1]\\[0],grad4\\[gi1]\\[2],grad4\\[gi1]\\[3],grad4\\[gi1]\\[3]), float4(x1, y1, z1, w1));\\n \\}\\n\\n float t2 = 0.6 - x2*x2 - y2*y2 - z2*z2 - w2*w2;\\n\\n if(t2<0) \\{\\n n2 = 0.0;\\n \\}\\n else \\{\\n t2 *= t2;\\n n2 = t2 * t2 * dot(float4(grad4\\[gi2]\\[0],grad4\\[gi2]\\[2],grad4\\[gi2]\\[3],grad4\\[gi2]\\[3]), float4(x2, y2, z2, w2));\\n \\}\\n\\n float t3 = 0.6 - x3*x3 - y3*y3 - z3*z3 - w3*w3;\\n\\n if(t3<0) \\{\\n n3 = 0.0;\\n \\}\\n else \\{\\n t3 *= t3;\\n n3 = t3 * t3 * dot(float4(grad4\\[gi3]\\[0],grad4\\[gi3]\\[2],grad4\\[gi3]\\[3],grad4\\[gi3]\\[3]), float4(x3, y3, z3, w3));\\n \\}\\n\\n float t4 = 0.6 - x4*x4 - y4*y4 - z4*z4 - w4*w4;\\n\\n if(t4<0) \\{\\n n4 = 0.0;\\n \\}\\n else \\{\\n t4 *= t4;\\n n4 = t4 * t4 * dot(float4(grad4\\[gi4]\\[0],grad4\\[gi4]\\[2],grad4\\[gi4]\\[3],grad4\\[gi4]\\[3]), float4(x4, y4, z4, w4));\\n \\}\\n return 27.0 * (n0 + n1 + n2 + n3 + n4);\\n\\}\\n\\n\\ninline float remap(float val, float ori_min, float ori_max, float new_min, float new_max)\\n\\{\\n float ori_range = ori_max-ori_min;\\n float new_range = new_max-new_min;\\n return (((val - ori_min) * new_range) / ori_range) + new_min;\\n\\n\\}\\n\\ninline float3 mix(float3 _X,float3 _Y,float _A)\\{\\n return _X*(1.0f-_A)+_Y*_A;\\n\\}\\ninline float mix(float _X,float _Y,float _A)\\{\\n return _X*(1.0f-_A)+_Y*_A;\\n\\}\\n\\n\\n// Random number generator algorithm from https://www.shadertoy.com/view/Xt23Ry\\ninline float fract (float x) \\{return x-floor(x);\\}\\ninline float random(float co) \\{ return fract(sin(co*(91.3458f)) * 47453.5453f); \\}\\n\\ninline float3 randomv(float3 seed)\\n\\{\\n float scramble = random(seed.x + seed.y * seed.z);\\n float3 rand;\\n rand.x = random(seed.x + scramble + 0.14557f + 0.47917f * seed.z)*2-1;\\n rand.y = random(seed.y * 0.214447f + scramble * 47.241f * seed.x)*2-1;\\n rand.z = random(seed.z * scramble + 3.147855f + 0.2114f * seed.y)*2-1;\\n return normalize(rand);\\n\\}\\n\\nkernel PointLighning : ImageComputationKernel\\n\\{\\n Image format;\\n Image dst;\\n\\n param: //Parameters available to the user\\n int seed, relative_scale;\\n int2 WHformat;\\n float3 start, end;\\n float spread, branch_min, branch_max, scale_min, scale_max, scale_distribution;\\n float distribution, noise_frequency, noise_time;\\n float3 noise_amount;\\n int octaves;\\n float lacunarity;\\n float amplitude;\\n float gain;\\n\\n void define() \\{\\n defineParam(WHformat, \\\"format\\\", int2(10,10));\\n \\}\\n\\nfloat fBm_4d(const float octaves, const float lacunarity, const float gain, const float4 coord, float amplitude)\\n\\{\\n float total = 0;\\n float4 frequency = coord;\\n for( int i=0; i < octaves; i++ ) \\{\\n total += (float)raw_noise_4d(frequency) * amplitude;\\n frequency *= lacunarity;\\n amplitude *= gain;\\n \\}\\n return float(total);\\n\\}\\n\\nfloat3 fBm_4d_3d(const float octaves, const float lacunarity, const float gain, const float4 coord, float amplitude)\\n\\{\\n float3 sample;\\n sample.x = fBm_4d(octaves, lacunarity, gain, coord, amplitude);\\n sample.y = fBm_4d(octaves, lacunarity, gain, coord + 100.0f, amplitude);\\n sample.z = fBm_4d(octaves, lacunarity, gain, coord + 200.0f, amplitude);\\n return sample;\\n\\}\\n\\n void process(int2 pos) \\{\\n // this is highly inneficient, but for the algoritm to work, it needs to be single threaded.\\n if (pos.x || pos.y ) \\{\\n return;\\n \\}\\n float3 main_vector = end-start;\\n float2 random_source;\\n int2 sample_source;\\n\\n float progress = 0.0f;\\n float3 branch_start;\\n float3 branch_end;\\n float branch_length;\\n float branch_progress;\\n float3 position;\\n float4 noise_source;\\n float3 noise;\\n for (int x = 0; x < WHformat.x; x++) \\{\\n // For the first branch, we use interpolate between the start and end, otherwise from fork to random point\\n if (x==0) \\{\\n branch_start = start;\\n branch_end = end;\\n branch_length = 1.0f;\\n \\} else \\{\\n // Pick from another random point\\n random_source = float2(random(seed+12.5f+x), random(seed+3.14f+x));\\n random_source.x = pow(random_source.x, 1/distribution); // Gamma the random value to change distribution\\n random_source.x = remap(random_source.x, 0, 1, 0, x);\\n random_source.y = remap(random_source.y, 0, 1, WHformat.y*branch_min, WHformat.y*branch_max) + 0.5f;\\n random_source.y = max(0.0f, min(float(WHformat.y-1), random_source.y));\\n sample_source = int2(random_source);\\n float4 sample = dst(sample_source.x, sample_source.y);\\n branch_start = float3(sample.x, sample.y, sample.z);\\n progress = sample.w;\\n if (relative_scale) \\{\\n branch_length = length(main_vector) * (1.0f-progress);\\n \\} else \\{\\n branch_length = length(main_vector);\\n \\}\\n branch_length = branch_length * remap(random(branch_length*x), 0.0f, 1.0f, scale_min, scale_max); // randomize\\n branch_length = branch_length * mix(1.0f - float(x)/WHformat.x, 1.0f, scale_distribution);\\n branch_end = normalize(mix(normalize(main_vector), randomv(float3(x)), spread)) * branch_length + branch_start;\\n \\}\\n \\n // Iterate along the branch\\n for (int y = 0; y < WHformat.y; y++) \\{\\n branch_progress = y/(WHformat.y-1.0f);\\n position = mix(branch_start, branch_end, branch_progress);\\n noise_source = float4(position.x, position.y, position.z, 1.0f) * noise_frequency;\\n noise_source.w = x*100.0f + noise_time;\\n noise = fBm_4d_3d(octaves,lacunarity, gain, noise_source, amplitude);\\n position = position + (noise * branch_length * (1.0f - fabs(branch_progress * 2.0f - 1.0f))) * noise_amount;\\n float global_progress = remap(branch_progress, 0.0f, 1.0f, progress, 1.0f);\\n dst(x,y) = float4(position.x, position.y, position.z, global_progress); \\n \\}\\n \\}\\n \\}\\n\\};\"\n useGPUIfAvailable false\n rebuild \"\"\n PointLighning_seed {{parent.seed}}\n PointLighning_relative_scale {{!parent.absolute}}\n PointLighning_format {{actual_format.width} {actual_format.height}}\n PointLighning_start {{parent.start} {parent.start} {parent.start}}\n PointLighning_end {{parent.end} {parent.end} {parent.end}}\n PointLighning_spread {{parent.spread}}\n PointLighning_branch_min {{parent.branch_min}}\n PointLighning_branch_max {{parent.branch_max}}\n PointLighning_scale_min {{parent.scale_min+0.001}}\n PointLighning_scale_max {{parent.scale_max}}\n PointLighning_scale_distribution {{parent.scale_distribution}}\n PointLighning_distribution {{parent.branches_distribution}}\n PointLighning_noise_frequency {{parent.main_frequency}}\n PointLighning_noise_time {{parent.main_anim}}\n PointLighning_noise_amount {{parent.main_noise/2} {parent.main_noise/2} {parent.main_noise/2}}\n PointLighning_octaves 5\n PointLighning_lacunarity 2\n PointLighning_amplitude 0.5\n PointLighning_gain 0.5\n rebuild_finalise \"\"\n name BlinkScript1\n xpos -456\n ypos -343\n }\n Reformat {\n type scale\n scale {1 {\"max(parent.upsample, 1)\"}}\n resize distort\n name Reformat3\n selected true\n xpos -456\n ypos -260\n }\n Dot {\n name Dot1\n tile_color 0xa57aaa00\n xpos -422\n ypos -234\n }\nset N1e7f3c50 [stack 0]\n Dot {\n name Dot4\n tile_color 0xa57aaa00\n xpos -519\n ypos -234\n }\nset N1e7f7a70 [stack 0]\n Dot {\n name Dot10\n tile_color 0xa57aaa00\n xpos -813\n ypos -234\n }\nset N1e7fba10 [stack 0]\n Shuffle {\n red alpha\n green alpha\n blue alpha\n name Shuffle2\n xpos -847\n ypos -185\n }\n Invert {\n channels rgba\n name Invert1\n xpos -847\n ypos -151\n }\nset N1e910f80 [stack 0]\n Expression {\n temp_name0 seed\n temp_expr0 1\n temp_name1 grad\n temp_expr1 y/height\n channel0 {-rgba.red -rgba.green -rgba.blue rgba.alpha}\n expr0 random(x+seed)*grad+(1-grad)\n channel1 {-rgba.red -rgba.green -rgba.blue none}\n channel2 {-rgba.red -rgba.green -rgba.blue none}\n name Expression2\n xpos -745\n ypos -128\n }\npush $N1e910f80\n ChannelMerge {\n inputs 2\n operation multiply\n mix {{parent.progress_random}}\n name ChannelMerge1\n xpos -847\n ypos -95\n }\n Grade {\n channels rgba\n blackpoint {{\"clamp(1-parent.progress, 0, 1)\"}}\n add 0.001\n unpremult -rgba.alpha\n name Grade4\n xpos -847\n ypos -33\n }\n Expression {\n expr0 x==1?0:r\n expr1 x==1?0:g\n expr2 x==1?0:b\n expr3 x==1?0:a\n name Expression1\n xpos -847\n ypos -7\n disable {{parent.branches!=1 x1027 1}}\n }\n Dot {\n name Dot9\n tile_color 0xcccccc00\n xpos -813\n ypos 58\n }\nset N1e94a680 [stack 0]\npush $N1e7f7a70\n Multiply {\n channels rgba\n value {{parent.secondary_frequency*5} {parent.secondary_frequency*5} {parent.secondary_frequency*5} {parent.secondary_anim}}\n name Multiply1\n xpos -553\n ypos -197\n }\n BlinkScript {\n kernelSourceFile /Users/madshagbarth/Github/Nuke-Private/Blink/PointRender/Modify/Fractal_v06.cpp\n recompileCount 61\n ProgramGroup 1\n KernelDescription \"2 \\\"Noise4D\\\" iterate pixelWise d32ddf73d710301044f07e5ab3c70d05a63934d4228d345b13c7fd2d2efe8ee2 2 \\\"src\\\" Read Point \\\"dst\\\" Write Point 17 \\\"absNoise\\\" Bool 1 AA== \\\"curveNoise\\\" Bool 1 AA== \\\"curveInvert\\\" Bool 1 AA== \\\"curveGain\\\" Float 1 AACAPw== \\\"curveOffset\\\" Float 1 AACAPw== \\\"Octaves\\\" Int 1 CgAAAA== \\\"Gain\\\" Float 1 AAAAPw== \\\"Lacunarity\\\" Float 1 AAAAQA== \\\"Gamma\\\" Float 1 AAAAPw== \\\"amplitude\\\" Float 3 AAAAPwAAAD8AAAA/AAAAAA== \\\"itterations\\\" Int 1 AQAAAA== \\\"Offset\\\" Float 4 AAAAAAAAAAAAAAAAAAAAAA== \\\"Scale\\\" Float 4 AACAPwAAgD8AAIA/AACAPw== \\\"suboffset\\\" Float 4 AACAPwAAgD8AAIA/AACAPw== \\\"topoffset\\\" Float 4 AACAPwAAgD8AAIA/AACAPw== \\\"subscale\\\" Float 4 AACAPwAAgD8AAIA/AACAPw== \\\"topscale\\\" Float 4 AACAPwAAgD8AAIA/AACAPw== 17 \\\"absNoise\\\" 1 1 \\\"curveNoise\\\" 1 1 \\\"curveInvert\\\" 1 1 \\\"curveGain\\\" 1 1 \\\"curveOffset\\\" 1 1 \\\"octaves\\\" 1 1 \\\"gain\\\" 1 1 \\\"lacunarity\\\" 1 1 \\\"gamma\\\" 1 1 \\\"amplitude\\\" 3 1 \\\"itterations\\\" 1 1 \\\"offset\\\" 4 1 \\\"scale\\\" 4 1 \\\"suboffset\\\" 4 1 \\\"topoffset\\\" 4 1 \\\"subscale\\\" 4 1 \\\"topscale\\\" 4 1 0\"\n kernelSource \"//Based on https://github.com/Draradech/csworldgen/blob/master/simplexnoise.cpp\\n//Ported by Mads Hagbarth Lund 2014\\n\\n/* Copyright (c) 2007-2012 Eliot Eshelman\\n *\\n * This program is free software: you can redistribute it and/or modify\\n * it under the terms of the GNU General Public License as published by\\n * the Free Software Foundation, either version 3 of the License, or\\n * (at your option) any later version.\\n *\\n * This program is distributed in the hope that it will be useful,\\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the\\n * GNU General Public License for more details.\\n *\\n * You should have received a copy of the GNU General Public License\\n * along with this program. If not, see .\\n *\\n */\\n\\n\\nint fastfloor( const float x ) \\{ return x > 0 ? (int) x : (int) x - 1; \\}\\ninline float raw_noise_4d( const float x, const float y, const float z, const float w ) \\n\\{\\nint simplex\\[64]\\[4] = \\{\\n \\{0,1,2,3\\},\\{0,1,3,2\\},\\{0,0,0,0\\},\\{0,2,3,1\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{1,2,3,0\\},\\n \\{0,2,1,3\\},\\{0,0,0,0\\},\\{0,3,1,2\\},\\{0,3,2,1\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{1,3,2,0\\},\\n \\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\n \\{1,2,0,3\\},\\{0,0,0,0\\},\\{1,3,0,2\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{2,3,0,1\\},\\{2,3,1,0\\},\\n \\{1,0,2,3\\},\\{1,0,3,2\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{2,0,3,1\\},\\{0,0,0,0\\},\\{2,1,3,0\\},\\n \\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\n \\{2,0,1,3\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{3,0,1,2\\},\\{3,0,2,1\\},\\{0,0,0,0\\},\\{3,1,2,0\\},\\n \\{2,1,0,3\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{3,1,0,2\\},\\{0,0,0,0\\},\\{3,2,0,1\\},\\{3,2,1,0\\}\\n\\};\\n int perm\\[512] = \\{\\n 151,160,137,91,90,15,131,13,201,95,96,53,194,233,7,225,140,36,103,30,69,142,\\n 8,99,37,240,21,10,23,190,6,148,247,120,234,75,0,26,197,62,94,252,219,203,117,\\n 35,11,32,57,177,33,88,237,149,56,87,174,20,125,136,171,168,68,175,74,165,71,\\n 134,139,48,27,166,77,146,158,231,83,111,229,122,60,211,133,230,220,105,92,41,\\n 55,46,245,40,244,102,143,54,65,25,63,161,1,216,80,73,209,76,132,187,208, 89,\\n 18,169,200,196,135,130,116,188,159,86,164,100,109,198,173,186,3,64,52,217,226,\\n 250,124,123,5,202,38,147,118,126,255,82,85,212,207,206,59,227,47,16,58,17,182,\\n 189,28,42,223,183,170,213,119,248,152,2,44,154,163,70,221,153,101,155,167,43,\\n 172,9,129,22,39,253,19,98,108,110,79,113,224,232,178,185,112,104,218,246,97,\\n 228,251,34,242,193,238,210,144,12,191,179,162,241,81,51,145,235,249,14,239,\\n 107,49,192,214,31,181,199,106,157,184,84,204,176,115,121,50,45,127,4,150,254,\\n 138,236,205,93,222,114,67,29,24,72,243,141,128,195,78,66,215,61,156,180,\\n\\n 151,160,137,91,90,15,131,13,201,95,96,53,194,233,7,225,140,36,103,30,69,142,\\n 8,99,37,240,21,10,23,190,6,148,247,120,234,75,0,26,197,62,94,252,219,203,117,\\n 35,11,32,57,177,33,88,237,149,56,87,174,20,125,136,171,168,68,175,74,165,71,\\n 134,139,48,27,166,77,146,158,231,83,111,229,122,60,211,133,230,220,105,92,41,\\n 55,46,245,40,244,102,143,54,65,25,63,161,1,216,80,73,209,76,132,187,208, 89,\\n 18,169,200,196,135,130,116,188,159,86,164,100,109,198,173,186,3,64,52,217,226,\\n 250,124,123,5,202,38,147,118,126,255,82,85,212,207,206,59,227,47,16,58,17,182,\\n 189,28,42,223,183,170,213,119,248,152,2,44,154,163,70,221,153,101,155,167,43,\\n 172,9,129,22,39,253,19,98,108,110,79,113,224,232,178,185,112,104,218,246,97,\\n 228,251,34,242,193,238,210,144,12,191,179,162,241,81,51,145,235,249,14,239,\\n 107,49,192,214,31,181,199,106,157,184,84,204,176,115,121,50,45,127,4,150,254,\\n 138,236,205,93,222,114,67,29,24,72,243,141,128,195,78,66,215,61,156,180\\n \\};\\n int grad4\\[32]\\[4]= \\{\\n \\{0,1,1,1\\}, \\{0,1,1,-1\\}, \\{0,1,-1,1\\}, \\{0,1,-1,-1\\},\\n \\{0,-1,1,1\\}, \\{0,-1,1,-1\\}, \\{0,-1,-1,1\\}, \\{0,-1,-1,-1\\},\\n \\{1,0,1,1\\}, \\{1,0,1,-1\\}, \\{1,0,-1,1\\}, \\{1,0,-1,-1\\},\\n \\{-1,0,1,1\\}, \\{-1,0,1,-1\\}, \\{-1,0,-1,1\\}, \\{-1,0,-1,-1\\},\\n \\{1,1,0,1\\}, \\{1,1,0,-1\\}, \\{1,-1,0,1\\}, \\{1,-1,0,-1\\},\\n \\{-1,1,0,1\\}, \\{-1,1,0,-1\\}, \\{-1,-1,0,1\\}, \\{-1,-1,0,-1\\},\\n \\{1,1,1,0\\}, \\{1,1,-1,0\\}, \\{1,-1,1,0\\}, \\{1,-1,-1,0\\},\\n \\{-1,1,1,0\\}, \\{-1,1,-1,0\\}, \\{-1,-1,1,0\\}, \\{-1,-1,-1,0\\}\\n \\};\\n float F4 = (sqrt(5.0f)-1.0f)/4.0f;\\n float G4 = (5.0f-sqrt(5.0f))/20.0f;\\n float n0, n1, n2, n3, n4;\\n float s = (x + y + z + w) * F4;\\n int i = fastfloor(x + s);\\n int j = fastfloor(y + s);\\n int k = fastfloor(z + s);\\n int l = fastfloor(w + s);\\n float t = (i + j + k + l) * G4;\\n float X0 = i - t;\\n float Y0 = j - t;\\n float Z0 = k - t;\\n float W0 = l - t;\\n\\n float x0 = x - X0;\\n float y0 = y - Y0;\\n float z0 = z - Z0;\\n float w0 = w - W0;\\n int c1 = (x0 > y0) ? 32 : 0;\\n int c2 = (x0 > z0) ? 16 : 0;\\n int c3 = (y0 > z0) ? 8 : 0;\\n int c4 = (x0 > w0) ? 4 : 0;\\n int c5 = (y0 > w0) ? 2 : 0;\\n int c6 = (z0 > w0) ? 1 : 0;\\n int c = c1 + c2 + c3 + c4 + c5 + c6;\\n\\n int i1, j1, k1, l1;\\n int i2, j2, k2, l2;\\n int i3, j3, k3, l3;\\n i1 = simplex\\[c]\\[0]>=3 ? 1 : 0;\\n j1 = simplex\\[c]\\[1]>=3 ? 1 : 0;\\n k1 = simplex\\[c]\\[2]>=3 ? 1 : 0;\\n l1 = simplex\\[c]\\[3]>=3 ? 1 : 0;\\n i2 = simplex\\[c]\\[0]>=2 ? 1 : 0;\\n j2 = simplex\\[c]\\[1]>=2 ? 1 : 0;\\n k2 = simplex\\[c]\\[2]>=2 ? 1 : 0;\\n l2 = simplex\\[c]\\[3]>=2 ? 1 : 0;\\n i3 = simplex\\[c]\\[0]>=1 ? 1 : 0;\\n j3 = simplex\\[c]\\[1]>=1 ? 1 : 0;\\n k3 = simplex\\[c]\\[2]>=1 ? 1 : 0;\\n l3 = simplex\\[c]\\[3]>=1 ? 1 : 0;\\n float x1 = x0 - i1 + G4;\\n float y1 = y0 - j1 + G4;\\n float z1 = z0 - k1 + G4;\\n float w1 = w0 - l1 + G4;\\n float x2 = x0 - i2 + 2.0*G4;\\n float y2 = y0 - j2 + 2.0*G4;\\n float z2 = z0 - k2 + 2.0*G4;\\n float w2 = w0 - l2 + 2.0*G4;\\n float x3 = x0 - i3 + 3.0*G4;\\n float y3 = y0 - j3 + 3.0*G4;\\n float z3 = z0 - k3 + 3.0*G4;\\n float w3 = w0 - l3 + 3.0*G4;\\n float x4 = x0 - 1.0 + 4.0*G4;\\n float y4 = y0 - 1.0 + 4.0*G4;\\n float z4 = z0 - 1.0 + 4.0*G4;\\n float w4 = w0 - 1.0 + 4.0*G4;\\n int ii = i & 255;\\n int jj = j & 255;\\n int kk = k & 255;\\n int ll = l & 255;\\n int gi0 = perm\\[ii+perm\\[jj+perm\\[kk+perm\\[ll]]]] % 32;\\n int gi1 = perm\\[ii+i1+perm\\[jj+j1+perm\\[kk+k1+perm\\[ll+l1]]]] % 32;\\n int gi2 = perm\\[ii+i2+perm\\[jj+j2+perm\\[kk+k2+perm\\[ll+l2]]]] % 32;\\n int gi3 = perm\\[ii+i3+perm\\[jj+j3+perm\\[kk+k3+perm\\[ll+l3]]]] % 32;\\n int gi4 = perm\\[ii+1+perm\\[jj+1+perm\\[kk+1+perm\\[ll+1]]]] % 32;\\n float t0 = 0.6 - x0*x0 - y0*y0 - z0*z0 - w0*w0;\\n if(t0<0) n0 = 0.0;\\n else \\{\\n t0 *= t0;\\n n0 = t0 * t0 * dot(float4(grad4\\[gi0]\\[0],grad4\\[gi0]\\[2],grad4\\[gi0]\\[3],grad4\\[gi0]\\[3]), float4(x0, y0, z0, w0));\\n \\}\\n float t1 = 0.6 - x1*x1 - y1*y1 - z1*z1 - w1*w1;\\n if(t1<0) n1 = 0.0;\\n else \\{\\n t1 *= t1;\\n n1 = t1 * t1 * dot(float4(grad4\\[gi1]\\[0],grad4\\[gi1]\\[2],grad4\\[gi1]\\[3],grad4\\[gi1]\\[3]), float4(x1, y1, z1, w1));\\n \\}\\n float t2 = 0.6 - x2*x2 - y2*y2 - z2*z2 - w2*w2;\\n if(t2<0) n2 = 0.0;\\n else \\{\\n t2 *= t2;\\n n2 = t2 * t2 * dot(float4(grad4\\[gi2]\\[0],grad4\\[gi2]\\[2],grad4\\[gi2]\\[3],grad4\\[gi2]\\[3]), float4(x2, y2, z2, w2));\\n \\}\\n float t3 = 0.6 - x3*x3 - y3*y3 - z3*z3 - w3*w3;\\n if(t3<0) n3 = 0.0;\\n else \\{\\n t3 *= t3;\\n n3 = t3 * t3 * dot(float4(grad4\\[gi3]\\[0],grad4\\[gi3]\\[2],grad4\\[gi3]\\[3],grad4\\[gi3]\\[3]), float4(x3, y3, z3, w3));\\n \\}\\n float t4 = 0.6 - x4*x4 - y4*y4 - z4*z4 - w4*w4;\\n if(t4<0) n4 = 0.0;\\n else \\{\\n t4 *= t4;\\n n4 = t4 * t4 * dot(float4(grad4\\[gi4]\\[0],grad4\\[gi4]\\[2],grad4\\[gi4]\\[3],grad4\\[gi4]\\[3]), float4(x4, y4, z4, w4));\\n \\}\\n return 27.0 * (n0 + n1 + n2 + n3 + n4);\\n\\}\\n\\n\\n\\n\\nkernel Noise4D : ImageComputationKernel\\n\\{\\n Image src;\\n Image dst;\\nparam:\\n bool absNoise;\\n bool curveNoise;\\n bool curveInvert;\\n float curveGain;\\n float curveOffset;\\n int octaves;\\n float gain;\\n float lacunarity;\\n float gamma;\\n float3 amplitude;\\n int itterations;\\n float4 offset;\\n float4 scale;\\n float4 suboffset;\\n float4 topoffset;\\n float4 subscale;\\n float4 topscale;\\n\\n\\n void define() \\{\\n defineParam (absNoise, \\\"absNoise\\\", false); \\n defineParam (curveNoise, \\\"curveNoise\\\", false); \\n defineParam (curveInvert, \\\"curveInvert\\\", false); \\n defineParam (curveGain, \\\"curveGain\\\", 1.0f);\\n defineParam (curveOffset, \\\"curveOffset\\\", 1.0f);\\n defineParam (octaves, \\\"Octaves\\\", 10);\\n defineParam (gain, \\\"Gain\\\", 0.5f);\\n defineParam (lacunarity, \\\"Lacunarity\\\", 2.0f);\\n defineParam (gamma, \\\"Gamma\\\", 0.5f);\\n defineParam (amplitude, \\\"amplitude\\\", float3(0.5f));\\n defineParam (itterations, \\\"itterations\\\", 1);\\n defineParam(offset, \\\"Offset\\\", float4(0.0f, 0.0f, 0.0f,0.0f));\\n defineParam(scale, \\\"Scale\\\", float4(1.0f, 1.0f, 1.0f,1.0f));\\n defineParam(suboffset, \\\"suboffset\\\", float4(1.0f, 1.0f, 1.0f,1.0f));\\n defineParam(topoffset, \\\"topoffset\\\", float4(1.0f, 1.0f, 1.0f,1.0f));\\n defineParam(subscale, \\\"subscale\\\", float4(1.0f, 1.0f, 1.0f,1.0f));\\n defineParam(topscale, \\\"topscale\\\", float4(1.0f, 1.0f, 1.0f,1.0f)); \\n \\}\\n\\nfloat octave_noise_4d( const float octaves, const float persistence, const float scale, const float x, const float y, const float z, const float w ) \\n\\{\\n float total = 0.0f;\\n float current;\\n float last = 1.0f;\\n float frequency = scale;\\n float amplitude = 1.0f;\\n float maxAmplitude = 0.0f;\\n float4 Tempoffset;\\n float4 Tempscale;\\n\\n\\n for( int i=0; i < octaves; i++ ) \\{\\n\\n /*\\n if (i == 0) \\{\\n total += (float)raw_noise_4d( (x+suboffset.x) * frequency, (y+suboffset.y) * frequency, (z+suboffset.z) * frequency, (w+suboffset.w) * frequency ) * amplitude;\\n \\}\\n else if (i == octaves-1) \\{\\n total += (float)raw_noise_4d( (x+topoffset.x) * frequency, (y+topoffset.y) * frequency, (z+topoffset.z) * frequency, (w+topoffset.w) * frequency ) * amplitude;\\n \\}\\n else \\{\\n total += (float)raw_noise_4d( x * frequency, y * frequency, z * frequency, w * frequency ) * amplitude;\\n \\}\\n */\\n\\n\\n Tempscale = (topscale * (i/(octaves-1.0f)))+(subscale * (1-(i/(octaves-1.0f)))); \\n Tempoffset = (topoffset * (i/(octaves-1.0f)))+(suboffset * (1-(i/(octaves-1.0f))));\\n current = (float)raw_noise_4d( ((x*Tempscale.x)+Tempoffset.x) * frequency, \\n ((y*Tempscale.y)+Tempoffset.y) * frequency, \\n ((z*Tempscale.z)+Tempoffset.z) * frequency, \\n ((w*Tempscale.w)+Tempoffset.w) * frequency \\n ) * amplitude;\\n if (i == 0 && curveNoise)\\{\\n if (curveInvert)\\{\\n last = 0.5f-current; \\n \\}\\n else\\{\\n last = current; \\n \\}\\n \\n \\}\\n current = curveNoise?current*((last+curveOffset)*curveGain):current;\\n total += absNoise?fabs(current):current;\\n frequency *= 2.0f;\\n maxAmplitude += amplitude;\\n amplitude *= persistence;\\n\\n \\}\\n return float(total / maxAmplitude);\\n\\}\\n\\n\\n\\n\\n void process() \\{\\n float4 srcSample = float4(src(0),src(1),src(2),src(3));\\n float sampleR,sampleG,sampleB;\\n for( int i=0; i < itterations; i++ ) \\{\\n sampleR = (float)octave_noise_4d(float(octaves), gain, lacunarity, ( srcSample.x * scale.x ) + offset.x, ( srcSample.y * scale.y ) + offset.y, ( srcSample.z * scale.z ) + offset.z, ( srcSample.w * scale.w ) + offset.w) * amplitude.x;\\n sampleG = (float)octave_noise_4d(float(octaves), gain, lacunarity, ( srcSample.x * scale.x ) + offset.x, ( srcSample.y * scale.y ) + offset.y, ( srcSample.z * scale.z ) + offset.z, ( srcSample.w * scale.w ) + offset.w - 100.0f) * amplitude.y;\\n sampleB = (float)octave_noise_4d(float(octaves), gain, lacunarity, ( srcSample.x * scale.x ) + offset.x, ( srcSample.y * scale.y ) + offset.y, ( srcSample.z * scale.z ) + offset.z, ( srcSample.w * scale.w ) + offset.w + 200.0f) * amplitude.z;\\n \\}\\n dst() = float4(sampleR,sampleG,sampleB,1.0f);\\n\\}\\n\\};\"\n rebuild \"\"\n Noise4D_curveGain 3\n Noise4D_curveOffset 0\n Noise4D_Octaves 8\n Noise4D_Gain 0.18\n Noise4D_Lacunarity 0.72\n Noise4D_Gamma 0.79\n Noise4D_amplitude {-1.3 -1.3 -1.3}\n Noise4D_Offset {0.5 0 0 0}\n Noise4D_Scale {0.35 0.35 0.35 0.35}\n Noise4D_suboffset {10.09 0 0 0}\n Noise4D_topoffset {0 0 0 0}\n Noise4D_subscale {0.475 16.475 0.475 0.475}\n Noise4D_topscale {10 3 12 3}\n rebuild_finalise \"\"\n name Noise4D1\n xpos -553\n ypos -150\n }\n Multiply {\n channels rgba\n value {{parent.secondary_noise/50} {parent.secondary_noise/50} {parent.secondary_noise/50} {parent.secondary_noise/50}}\n name Multiply2\n xpos -553\n ypos -84\n }\n Dot {\n name Dot7\n tile_color 0x7aa9ff00\n xpos -519\n ypos -8\n }\npush $N1e7f3c50\n Merge2 {\n inputs 2\n operation plus\n output rgb\n name Merge1\n xpos -456\n ypos -12\n }\n Copy {\n inputs 2\n from0 rgba.alpha\n to0 rgba.alpha\n name Copy2\n xpos -456\n ypos 48\n }\n Dot {\n name Dot8\n tile_color 0x9e3c6300\n xpos -422\n ypos 182\n }\npush $N1e94a680\npush $N1e7fba10\n Dot {\n name Dot3\n tile_color 0xa57aaa00\n xpos -964\n ypos -234\n }\nset N1e84fdd0 [stack 0]\n Shuffle {\n alpha white\n name Shuffle3\n xpos -998\n ypos -172\n }\n Multiply {\n channels rgba\n value {{parent.brighness_frequency} {parent.brighness_frequency} {parent.brighness_frequency} {parent.brighness_anim}}\n name Multiply3\n xpos -998\n ypos -146\n }\n BlinkScript {\n recompileCount 27\n ProgramGroup 1\n KernelDescription \"2 \\\"Noise4D\\\" iterate pixelWise d60f21004827daf93cc7aae3c8a9d35a464dc4075e83f5304202d888c93a31ad 2 \\\"src\\\" Read Point \\\"dst\\\" Write Point 5 \\\"octaves\\\" Int 1 CAAAAA== \\\"lacunarity\\\" Float 1 AAAAQA== \\\"amplitude\\\" Float 1 mpkZPw== \\\"gain\\\" Float 1 AAAAPw== \\\"mode\\\" Int 1 AAAAAA== 5 \\\"octaves\\\" 1 1 \\\"lacunarity\\\" 1 1 \\\"amplitude\\\" 1 1 \\\"gain\\\" 1 1 \\\"mode\\\" 1 1 0\"\n kernelSource \"//Based on https://github.com/Draradech/csworldgen/blob/master/simplexnoise.cpp\\n//Ported by Mads Hagbarth Lund 2014\\n//Modifications (fBm and Turbulence) by Erwan Leroy 2018 at Spin VFX\\n\\n/* Copyright (c) 2007-2012 Eliot Eshelman\\n *\\n * This program is free software: you can redistribute it and/or modify\\n * it under the terms of the GNU General Public License as published by\\n * the Free Software Foundation, either version 3 of the License, or\\n * (at your option) any later version.\\n *\\n * This program is distributed in the hope that it will be useful,\\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the\\n * GNU General Public License for more details.\\n *\\n * You should have received a copy of the GNU General Public License\\n * along with this program. If not, see .\\n *\\n */\\n\\n\\nint fastfloor( const float x ) \\{ return x > 0 ? (int) x : (int) x - 1; \\}\\n\\ninline float raw_noise_4d(const float4 coord)\\n\\{\\n int simplex\\[64]\\[4] =\\n \\{\\n \\{0,1,2,3\\},\\{0,1,3,2\\},\\{0,0,0,0\\},\\{0,2,3,1\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{1,2,3,0\\},\\n \\{0,2,1,3\\},\\{0,0,0,0\\},\\{0,3,1,2\\},\\{0,3,2,1\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{1,3,2,0\\},\\n \\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\n \\{1,2,0,3\\},\\{0,0,0,0\\},\\{1,3,0,2\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{2,3,0,1\\},\\{2,3,1,0\\},\\n \\{1,0,2,3\\},\\{1,0,3,2\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{2,0,3,1\\},\\{0,0,0,0\\},\\{2,1,3,0\\},\\n \\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\n \\{2,0,1,3\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{3,0,1,2\\},\\{3,0,2,1\\},\\{0,0,0,0\\},\\{3,1,2,0\\},\\n \\{2,1,0,3\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{3,1,0,2\\},\\{0,0,0,0\\},\\{3,2,0,1\\},\\{3,2,1,0\\}\\n \\};\\n\\n int perm\\[512] =\\n \\{\\n 151,160,137,91,90,15,131,13,201,95,96,53,194,233,7,225,140,36,103,30,69,142,\\n 8,99,37,240,21,10,23,190,6,148,247,120,234,75,0,26,197,62,94,252,219,203,117,\\n 35,11,32,57,177,33,88,237,149,56,87,174,20,125,136,171,168,68,175,74,165,71,\\n 134,139,48,27,166,77,146,158,231,83,111,229,122,60,211,133,230,220,105,92,41,\\n 55,46,245,40,244,102,143,54,65,25,63,161,1,216,80,73,209,76,132,187,208, 89,\\n 18,169,200,196,135,130,116,188,159,86,164,100,109,198,173,186,3,64,52,217,226,\\n 250,124,123,5,202,38,147,118,126,255,82,85,212,207,206,59,227,47,16,58,17,182,\\n 189,28,42,223,183,170,213,119,248,152,2,44,154,163,70,221,153,101,155,167,43,\\n 172,9,129,22,39,253,19,98,108,110,79,113,224,232,178,185,112,104,218,246,97,\\n 228,251,34,242,193,238,210,144,12,191,179,162,241,81,51,145,235,249,14,239,\\n 107,49,192,214,31,181,199,106,157,184,84,204,176,115,121,50,45,127,4,150,254,\\n 138,236,205,93,222,114,67,29,24,72,243,141,128,195,78,66,215,61,156,180,\\n\\n 151,160,137,91,90,15,131,13,201,95,96,53,194,233,7,225,140,36,103,30,69,142,\\n 8,99,37,240,21,10,23,190,6,148,247,120,234,75,0,26,197,62,94,252,219,203,117,\\n 35,11,32,57,177,33,88,237,149,56,87,174,20,125,136,171,168,68,175,74,165,71,\\n 134,139,48,27,166,77,146,158,231,83,111,229,122,60,211,133,230,220,105,92,41,\\n 55,46,245,40,244,102,143,54,65,25,63,161,1,216,80,73,209,76,132,187,208, 89,\\n 18,169,200,196,135,130,116,188,159,86,164,100,109,198,173,186,3,64,52,217,226,\\n 250,124,123,5,202,38,147,118,126,255,82,85,212,207,206,59,227,47,16,58,17,182,\\n 189,28,42,223,183,170,213,119,248,152,2,44,154,163,70,221,153,101,155,167,43,\\n 172,9,129,22,39,253,19,98,108,110,79,113,224,232,178,185,112,104,218,246,97,\\n 228,251,34,242,193,238,210,144,12,191,179,162,241,81,51,145,235,249,14,239,\\n 107,49,192,214,31,181,199,106,157,184,84,204,176,115,121,50,45,127,4,150,254,\\n 138,236,205,93,222,114,67,29,24,72,243,141,128,195,78,66,215,61,156,180\\n \\};\\n\\n int grad4\\[32]\\[4]=\\n \\{\\n \\{0,1,1,1\\}, \\{0,1,1,-1\\}, \\{0,1,-1,1\\}, \\{0,1,-1,-1\\},\\n \\{0,-1,1,1\\}, \\{0,-1,1,-1\\}, \\{0,-1,-1,1\\}, \\{0,-1,-1,-1\\},\\n \\{1,0,1,1\\}, \\{1,0,1,-1\\}, \\{1,0,-1,1\\}, \\{1,0,-1,-1\\},\\n \\{-1,0,1,1\\}, \\{-1,0,1,-1\\}, \\{-1,0,-1,1\\}, \\{-1,0,-1,-1\\},\\n \\{1,1,0,1\\}, \\{1,1,0,-1\\}, \\{1,-1,0,1\\}, \\{1,-1,0,-1\\},\\n \\{-1,1,0,1\\}, \\{-1,1,0,-1\\}, \\{-1,-1,0,1\\}, \\{-1,-1,0,-1\\},\\n \\{1,1,1,0\\}, \\{1,1,-1,0\\}, \\{1,-1,1,0\\}, \\{1,-1,-1,0\\},\\n \\{-1,1,1,0\\}, \\{-1,1,-1,0\\}, \\{-1,-1,1,0\\}, \\{-1,-1,-1,0\\}\\n \\};\\n float x = coord.x;\\n float y = coord.y;\\n float z = coord.z;\\n float w = coord.w;\\n float F4 = (sqrt(5.0f)-1.0)/4.0;\\n float G4 = (5.0-sqrt(5.0f))/20.0;\\n float n0, n1, n2, n3, n4;\\n float s = (x + y + z + w) * F4;\\n int i = fastfloor(x + s);\\n int j = fastfloor(y + s);\\n int k = fastfloor(z + s);\\n int l = fastfloor(w + s);\\n float t = (i + j + k + l) * G4;\\n float X0 = i - t;\\n float Y0 = j - t;\\n float Z0 = k - t;\\n float W0 = l - t;\\n float x0 = x - X0;\\n float y0 = y - Y0;\\n float z0 = z - Z0;\\n float w0 = w - W0;\\n int c1 = (x0 > y0) ? 32 : 0;\\n int c2 = (x0 > z0) ? 16 : 0;\\n int c3 = (y0 > z0) ? 8 : 0;\\n int c4 = (x0 > w0) ? 4 : 0;\\n int c5 = (y0 > w0) ? 2 : 0;\\n int c6 = (z0 > w0) ? 1 : 0;\\n int c = c1 + c2 + c3 + c4 + c5 + c6;\\n int i1, j1, k1, l1;\\n int i2, j2, k2, l2;\\n int i3, j3, k3, l3;\\n i1 = simplex\\[c]\\[0]>=3 ? 1 : 0;\\n j1 = simplex\\[c]\\[1]>=3 ? 1 : 0;\\n k1 = simplex\\[c]\\[2]>=3 ? 1 : 0;\\n l1 = simplex\\[c]\\[3]>=3 ? 1 : 0;\\n i2 = simplex\\[c]\\[0]>=2 ? 1 : 0;\\n j2 = simplex\\[c]\\[1]>=2 ? 1 : 0;\\n k2 = simplex\\[c]\\[2]>=2 ? 1 : 0;\\n l2 = simplex\\[c]\\[3]>=2 ? 1 : 0;\\n i3 = simplex\\[c]\\[0]>=1 ? 1 : 0;\\n j3 = simplex\\[c]\\[1]>=1 ? 1 : 0;\\n k3 = simplex\\[c]\\[2]>=1 ? 1 : 0;\\n l3 = simplex\\[c]\\[3]>=1 ? 1 : 0;\\n float x1 = x0 - i1 + G4;\\n float y1 = y0 - j1 + G4;\\n float z1 = z0 - k1 + G4;\\n float w1 = w0 - l1 + G4;\\n float x2 = x0 - i2 + 2.0*G4;\\n float y2 = y0 - j2 + 2.0*G4;\\n float z2 = z0 - k2 + 2.0*G4;\\n float w2 = w0 - l2 + 2.0*G4;\\n float x3 = x0 - i3 + 3.0*G4;\\n float y3 = y0 - j3 + 3.0*G4;\\n float z3 = z0 - k3 + 3.0*G4;\\n float w3 = w0 - l3 + 3.0*G4;\\n float x4 = x0 - 1.0 + 4.0*G4;\\n float y4 = y0 - 1.0 + 4.0*G4;\\n float z4 = z0 - 1.0 + 4.0*G4;\\n float w4 = w0 - 1.0 + 4.0*G4;\\n int ii = i & 255;\\n int jj = j & 255;\\n int kk = k & 255;\\n int ll = l & 255;\\n int gi0 = perm\\[ii+perm\\[jj+perm\\[kk+perm\\[ll]]]] % 32;\\n int gi1 = perm\\[ii+i1+perm\\[jj+j1+perm\\[kk+k1+perm\\[ll+l1]]]] % 32;\\n int gi2 = perm\\[ii+i2+perm\\[jj+j2+perm\\[kk+k2+perm\\[ll+l2]]]] % 32;\\n int gi3 = perm\\[ii+i3+perm\\[jj+j3+perm\\[kk+k3+perm\\[ll+l3]]]] % 32;\\n int gi4 = perm\\[ii+1+perm\\[jj+1+perm\\[kk+1+perm\\[ll+1]]]] % 32;\\n\\n float t0 = 0.6 - x0*x0 - y0*y0 - z0*z0 - w0*w0;\\n\\n if(t0<0) \\{\\n n0 = 0.0;\\n \\}\\n else\\n \\{\\n t0 *= t0;\\n n0 = t0 * t0 * dot(float4(grad4\\[gi0]\\[0],grad4\\[gi0]\\[2],grad4\\[gi0]\\[3],grad4\\[gi0]\\[3]), float4(x0, y0, z0, w0));\\n \\}\\n\\n float t1 = 0.6 - x1*x1 - y1*y1 - z1*z1 - w1*w1;\\n\\n if(t1<0) \\{\\n n1 = 0.0;\\n \\}\\n else \\{\\n t1 *= t1;\\n n1 = t1 * t1 * dot(float4(grad4\\[gi1]\\[0],grad4\\[gi1]\\[2],grad4\\[gi1]\\[3],grad4\\[gi1]\\[3]), float4(x1, y1, z1, w1));\\n \\}\\n\\n float t2 = 0.6 - x2*x2 - y2*y2 - z2*z2 - w2*w2;\\n\\n if(t2<0) \\{\\n n2 = 0.0;\\n \\}\\n else \\{\\n t2 *= t2;\\n n2 = t2 * t2 * dot(float4(grad4\\[gi2]\\[0],grad4\\[gi2]\\[2],grad4\\[gi2]\\[3],grad4\\[gi2]\\[3]), float4(x2, y2, z2, w2));\\n \\}\\n\\n float t3 = 0.6 - x3*x3 - y3*y3 - z3*z3 - w3*w3;\\n\\n if(t3<0) \\{\\n n3 = 0.0;\\n \\}\\n else \\{\\n t3 *= t3;\\n n3 = t3 * t3 * dot(float4(grad4\\[gi3]\\[0],grad4\\[gi3]\\[2],grad4\\[gi3]\\[3],grad4\\[gi3]\\[3]), float4(x3, y3, z3, w3));\\n \\}\\n\\n float t4 = 0.6 - x4*x4 - y4*y4 - z4*z4 - w4*w4;\\n\\n if(t4<0) \\{\\n n4 = 0.0;\\n \\}\\n else \\{\\n t4 *= t4;\\n n4 = t4 * t4 * dot(float4(grad4\\[gi4]\\[0],grad4\\[gi4]\\[2],grad4\\[gi4]\\[3],grad4\\[gi4]\\[3]), float4(x4, y4, z4, w4));\\n \\}\\n return 27.0 * (n0 + n1 + n2 + n3 + n4);\\n\\}\\n\\ninline float fBm_4d(const float octaves, const float lacunarity, const float gain, const float4 coord, float amplitude)\\n\\{\\n float total = 0;\\n float4 frequency = coord;\\n for( int i=0; i < octaves; i++ ) \\{\\n total += (float)raw_noise_4d(frequency) * amplitude;\\n frequency *= lacunarity;\\n amplitude *= gain;\\n \\}\\n return float(total)*0.5f+0.5f;\\n\\}\\n\\ninline float turbulence_4d(const float octaves, const float lacunarity, const float gain, const float4 coord, float amplitude)\\n\\{\\n float total = 0;\\n float4 frequency = coord;\\n for( int i=0; i < octaves; i++ ) \\{\\n total += fabs((float)raw_noise_4d(frequency)) * amplitude;\\n frequency *= lacunarity;\\n amplitude *= gain;\\n \\}\\n return float(total);\\n\\}\\n\\nkernel Noise4D : ImageComputationKernel\\n\\{\\n Image src;\\n Image dst;\\nparam:\\n int octaves;\\n float lacunarity;\\n float amplitude;\\n float gain;\\n int mode;\\n\\n void define() \\{\\n defineParam(octaves, \\\"octaves\\\", 8);\\n defineParam(lacunarity, \\\"lacunarity\\\", 2.0f);\\n defineParam(amplitude, \\\"amplitude\\\", 0.6f);\\n defineParam(gain, \\\"gain\\\", 0.5f);\\n \\}\\n void process() \\{\\n float sample;\\n if (mode == 0)\\{\\n sample = (float)fBm_4d(float(octaves),lacunarity,gain,src(), amplitude);\\n \\} else \\{\\n sample = (float)turbulence_4d(float(octaves),lacunarity,gain,src(), amplitude);\\n \\}\\n dst() = float4(sample,sample,sample,sample);\\n\\}\\n\\};\"\n rebuild \"\"\n Noise4D_octaves 5\n Noise4D_amplitude 0.5\n Noise4D_mode 1\n rebuild_finalise \"\"\n name BlinkScript2\n xpos -998\n ypos -110\n }\n Multiply {\n channels rgba\n value {{parent.brighness_noise*5}}\n name Multiply4\n xpos -998\n ypos -72\n }\n Dot {\n name Dot12\n tile_color 0x7aa9ff00\n xpos -964\n ypos -6\n }\npush $N1e84fdd0\n Dot {\n name Dot11\n tile_color 0xa57aaa00\n xpos -1083\n ypos -234\n }\n Grade {\n white 0\n add {{1-parent.falloff}}\n white_clamp true\n unpremult -rgba.alpha\n name Grade2\n xpos -1117\n ypos -162\n }\n Ramp {\n p0 {{width} 0}\n p1 {0 0}\n name Ramp2\n xpos -1117\n ypos -115\n }\n Merge2 {\n inputs 2\n operation multiply\n mix {{parent.brighness_noise}}\n name Merge2\n xpos -1117\n ypos -10\n }\n Merge2 {\n inputs 2\n operation multiply\n mix {{parent.taper}}\n name Merge3\n xpos -1117\n ypos 54\n }\n Multiply {\n channels rgba\n value {{parent.color} {parent.color} {parent.color} 1}\n name Multiply5\n xpos -1117\n ypos 95\n }\nadd_layer {pos pos.red pos.green pos.blue pos.alpha}\n Copy {\n inputs 2\n from0 rgba.red\n to0 pos.red\n from1 rgba.green\n to1 pos.green\n from2 rgba.blue\n to2 pos.blue\n from3 rgba.alpha\n to3 pos.alpha\n name Copy1\n xpos -1117\n ypos 152\n }\n Shuffle {\n alpha white\n name Shuffle4\n xpos -1117\n ypos 237\n }\n Dot {\n name Dot6\n tile_color 0x9e3c6300\n xpos -1083\n ypos 313\n }\n Output {\n name Output1\n xpos -1117\n ypos 353\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_LineTool.gizmo", "content": "Group {\n name LineTool\n tile_color 0xc4f8cff\n note_font \"Verdana Bold Bold Bold\"\n note_font_color 0xffd199ff\n selected true\n addUserKnob {20 line l Line}\n addUserKnob {41 from l From T Parameters.from}\n addUserKnob {41 to l To T Parameters.to}\n addUserKnob {26 \"\"}\n addUserKnob {41 strokeWidth l Width T Parameters.strokeWidth}\n addUserKnob {41 color l Color T Parameters.color}\n addUserKnob {26 \"\"}\n addUserKnob {41 subsample l Subsample T Parameters.subsample}\n addUserKnob {41 replace l \"Output Line Only\" T Parameters.replace}\n addUserKnob {26 \"\"}\n addUserKnob {20 infoTab}\n addUserKnob {26 info l Info T \"\\tName:......mcp_Line\\n\\tVersion:....1.1.0\\n\\tAuthor:.....Fredrik Brännbacka\\n\\tEmail:.......fredrik@madcrew.se\\n\\tCompany:..Mad Crew\\n\\tWeb:........www.madcrew.se\\n\"}\n}\n Constant {\n inputs 0\n color {{Parameters.color} {Parameters.color} {Parameters.color} {Parameters.color}}\n format \"512 512 0 0 512 512 1 square_512\"\n name LineSolid\n xpos 462\n ypos 130\n }\n Reformat {\n type \"to box\"\n box_width {{(Parameters.subsample+1)*50}}\n box_height {{\"sqrt(pow((Parameters.to.x-Parameters.from.x), 2)+pow((Parameters.to.y-Parameters.from.y), 2))*(Parameters.subsample+1)\"}}\n box_fixed true\n resize distort\n filter Impulse\n black_outside true\n pbb true\n name ReformatLine\n xpos 462\n ypos 202\n }\n Transform {\n translate {{(Parameters.subsample+1)*-25} 0}\n scale {1 1}\n filter Impulse\n name CenterPivot\n xpos 462\n ypos 228\n }\n Transform {\n translate {{Parameters.from*(Parameters.subsample+1)} {Parameters.from*(Parameters.subsample+1)}}\n rotate {{\"degrees(atan2((Parameters.to.y-Parameters.from.y), (Parameters.to.x-Parameters.from.x)))-90\"}}\n scale {{Parameters.strokeWidth/50} 1}\n filter Impulse\n name TransformLine\n xpos 462\n ypos 248\n }\n Crop {\n box {0 0 {Parameters.width*(Parameters.subsample+1)} {Parameters.height*(Parameters.subsample+1)}}\n reformat true\n crop false\n name MatchBBox\n xpos 462\n ypos 274\n }\n Reformat {\n type scale\n scale {{1/(Parameters.subsample+1)}}\n name Downsample\n xpos 462\n ypos 298\n }\nset N5358e010 [stack 0]\n Dot {\n name Dot1\n xpos 496\n ypos 352\n }\npush $N5358e010\n Input {\n inputs 0\n name BG\n xpos 320\n ypos 93\n }\n Constant {\n inputs 0\n name Constant1\n xpos 187\n ypos 106\n }\n Switch {\n inputs 2\n which {{(BG.bbox.width*BG.bbox.height)>1}}\n name ForceBackground\n xpos 320\n ypos 130\n }\n NoOp {\n name Parameters\n xpos 320\n ypos 156\n addUserKnob {20 line l Line}\n addUserKnob {3 test}\n test {{subsample}}\n addUserKnob {4 subsample l Subsample M {1x1 2x2 3x3}}\n addUserKnob {19 color l Color}\n color {0.04929798841 0.308957994 0.547755599 1}\n addUserKnob {6 color_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 color_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {7 strokeWidth l Width R 0 10}\n strokeWidth 2\n addUserKnob {12 from l From}\n from {1088 462}\n addUserKnob {12 to l To}\n to {1312.400024 560.2000122}\n addUserKnob {6 replace l \"Output Line Only\" +STARTLINE}\n replace true\n }\n Merge2 {\n inputs 2\n bbox B\n name MergeLine\n xpos 320\n ypos 298\n }\n Switch {\n inputs 2\n which {{Parameters.replace}}\n name Switch1\n xpos 320\n ypos 349\n }\n Output {\n name OUT\n xpos 320\n ypos 449\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_Looper.gizmo", "content": "Group {\n name Looper\n inputs 2\n knobChanged \"n = nuke.thisNode()\\nk = nuke.thisKnob()\\n\\nclipendtrue = str(n\\['avoidclipend'].value()) == 'Before First Frame '\\nloopframes = str(int(n\\['toframe'].value()-n\\['fromframe'].value()+1))\\nloopfirst = str(int(n\\['fromframe'].value()-(n\\['toframe'].value()-n\\['fromframe'].value())+(clipendtrue*(n\\['toframe'].value()-n\\['fromframe'].value()))))\\nlooplast = str(int(n\\['toframe'].value()+(clipendtrue*(n\\['toframe'].value()-n\\['fromframe'].value()))))\\n\\n\\ntotal = 'Loop length: ' + '' + loopframes\\nn\\['totalframes'].setValue(str(total))\\n\\nloopfr = 'Frame range in use: ' + '' + loopfirst + ' - ' + looplast\\nn\\['loopframerange'].setValue(str(loopfr))\\n\\n\\nif k.name() == \\\"looptype\\\":\\n channelsOn = k.value() != 'Dissolve (Fast - Simple)';\\n n.knobs()\\['retimedChannels'].setVisible(channelsOn)\\n\\n channelsOn = k.value() != 'Morph (Slower - Complex) ';\\n n.knobs()\\['channels'].setVisible(channelsOn)\\n \\nif n.input(1) ==None :\\n n\\['vectoroutput'].setEnabled(False)\\nelse:\\n n\\['vectoroutput'].setEnabled(True)\"\n tile_color 0x80702ff\n note_font Verdana\n note_font_size 12\n note_font_color 0xb79d63ff\n addUserKnob {20 Looper}\n addUserKnob {41 channels l Channels T Dissolve1.channels}\n addUserKnob {41 retimedChannels l Channels +HIDDEN T Kronos3.retimedChannels}\n addUserKnob {26 _____________________ l \"\" +STARTLINE}\n addUserKnob {68 looptype l \"Loop Method\" t \"\\nDissolve: Uses a simple Dissolve node to dissolve the input clip between an offset version of the same clip. The offset amount is determined by the number of frames looped. Works great when looping clips with constant/similar movement like rain or snow stock footage.\\n\\nMorph: Similar to the Dissolve method but instead uses a Kronos node to generate a morphed loop.\\n\\nFgMatte input: An optional matte of the foreground can be used which may improve Kronos's motion estimation.\\n\" M {\"Dissolve (Fast - Simple)\" \"Morph (Slower - Complex) \" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\"}}\n addUserKnob {4 avoidclipend l \" Avoid Clip End \" t \"Negatively offsets the input clip to avoid looping unexisting frames before loop's first frame.\\n\\nTurning this off will avoid frames after loop's last frame.\" -STARTLINE M {Off \"Before First Frame \" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\"}}\n avoidclipend \"Before First Frame \"\n addUserKnob {20 vectorgroup l \"Vector Generator Settings\" n 1}\n vectorgroup 0\n addUserKnob {41 useGPUIfAvailable l \"Use GPU if available\" T Kronos3.useGPUIfAvailable}\n addUserKnob {41 vectorDetailReg l \"Vector Detail\" T Kronos3.vectorDetailReg}\n addUserKnob {41 strengthReg l Strength T Kronos3.strengthReg}\n addUserKnob {41 resampleType l Resampling T Kronos3.resampleType}\n addUserKnob {4 vectoroutput l Output +DISABLED M {Result Matte Foreground \"Background \"}}\n addUserKnob {20 endGroup n -1}\n addUserKnob {26 ___________________ l \"\" +STARTLINE T \" \"}\n addUserKnob {3 fromframe l \"Loop from\"}\n fromframe 1001\n addUserKnob {3 toframe l \" to \" -STARTLINE}\n toframe 1040\n addUserKnob {26 totalframes l \" \" -STARTLINE T \"Loop length: 40\"}\n addUserKnob {26 loopframerange l \" \" t \"Input's frame range used in the loop\" -STARTLINE T \"Frame range in use: 1001 - 1079\"}\n addUserKnob {7 blendlength l \"Blend Length\" t \"How long the blend / transition time will be inbetween the specified loop range.\\n\\nExample:\\n\\nLoop from 0 to 40\\nBlend Length 1 = Blends from frame 0 to 40\\nBlend Length 0.5 = Blends from frame 10 to 30\" R 0.1 1}\n blendlength 1\n addUserKnob {26 _______ l \" \" T \" \"}\n addUserKnob {26 credits_ l \" \" T \"Looper v1.2   │   B Y   D A M I A N   B I N D E R\"}\n}\n Input {\n inputs 0\n name FgMatte\n xpos 1043\n number 1\n }\n TimeOffset {\n time_offset {{\"parent.fromframe - parent.toframe\"}}\n time \"\"\n name TimeOffset2\n xpos 1043\n ypos 89\n disable {{clamp(!parent.avoidclipend)}}\n }\nset N5239fe00 [stack 0]\n Input {\n inputs 0\n name Source\n xpos 764\n ypos -234\n }\n TimeOffset {\n time_offset {{\"parent.fromframe - parent.toframe\"}}\n time \"\"\n name TimeOffset1\n xpos 764\n ypos -157\n disable {{clamp(!parent.avoidclipend)}}\n }\n Dot {\n name Dot5\n xpos 798\n ypos -73\n }\nset N5247c800 [stack 0]\n Dot {\n name Dot4\n xpos 1256\n ypos -73\n }\nadd_layer {fake_alpha fake_alpha.alpha}\n Copy {\n inputs 2\n from0 rgba.alpha\n to0 fake_alpha.alpha\n name Copy1\n xpos 1222\n ypos 83\n disable {{\"!\\[exists parent.input1]\"}}\n }\n Retime {\n input.first {{parent.fromframe}}\n input.first_lock true\n input.last {{parent.toframe}}\n input.last_lock true\n output.first {{parent.fromframe}}\n output.first_lock true\n output.last {{(parent.toframe*2-parent.fromframe)+1}}\n output.last_lock true\n speed 0.5\n filter nearest\n time \"\"\n name Retime3\n xpos 1222\n ypos 248\n }\npush $N5239fe00\n TimeOffset {\n time_offset {{\"-(parent.fromframe - parent.toframe)+1\"}}\n time \"\"\n name TimeOffset5\n xpos 876\n ypos 89\n }\npush $N5247c800\n TimeOffset {\n time_offset {{\"-(parent.fromframe - parent.toframe)+1\"}}\n time \"\"\n name TimeOffset4\n xpos 764\n ypos 89\n }\n Dot {\n name Dot2\n xpos 798\n ypos 253\n }\nset N524af800 [stack 0]\n Copy {\n inputs 2\n from0 rgba.alpha\n to0 fake_alpha.alpha\n name Copy3\n xpos 876\n ypos 243\n disable {{\"!\\[exists parent.input1]\"}}\n }\n Retime {\n input.first {{parent.fromframe}}\n input.first_lock true\n input.last {{parent.toframe}}\n input.last_lock true\n output.first {{parent.fromframe}}\n output.first_lock true\n output.last {{(parent.toframe*2-parent.fromframe)+1}}\n output.last_lock true\n speed 0.5\n filter nearest\n time \"\"\n name Retime4\n xpos 1030\n ypos 249\n }\n Switch {\n inputs 2\n which {{\"(frame - (1 + parent.fromframe))%2\"}}\n name Switch4\n xpos 1125\n ypos 360\n }\nset N524aec00 [stack 0]\n Dot {\n name Dot6\n xpos 1288\n ypos 364\n }\n Shuffle {\n in fake_alpha\n out alpha\n name Shuffle1\n label \"\\[value in]\"\n xpos 1254\n ypos 457\n }\npush $N524aec00\n Kronos {\n inputs 2\n timing2 Frame\n timingFrame2 {{\"((frame-parent.fromframe)*2+parent.fromframe) + clamp((-((parent.fromframe-((parent.toframe+1-parent.fromframe)/2)*(parent.blendlength-1)) - frame)) / (-((parent.fromframe-((parent.toframe+1-parent.fromframe)/2)*(parent.blendlength-1)) - (parent.toframe+1+(((parent.toframe+1-parent.fromframe)/2)*(parent.blendlength-1))))))\"}}\n showLegacyMode false\n motionEstimation Regularized\n vectorDetailReg 0.4\n strengthReg 1.4\n output {{parent.vectoroutput}}\n matteChannel {{useMatte==1?5:0}}\n legacyModeNuke9 false\n vectorSpacing 40\n name Kronos3\n xpos 1125\n ypos 457\n addUserKnob {20 User}\n addUserKnob {6 useMatte l \"use matte\" +STARTLINE}\n useMatte {{\"\\[exists parent.input1]\"}}\n }\n Remove {\n channels fake_alpha\n name Remove1\n xpos 1125\n ypos 552\n }\npush $N524af800\npush $N5247c800\n Dot {\n name Dot1\n xpos 352\n ypos -73\n }\n Dissolve {\n inputs 2\n channels rgba\n which {{\"clamp((-((parent.fromframe-((parent.toframe+1-parent.fromframe)/2)*(parent.blendlength-1)) - frame)) / (-((parent.fromframe-((parent.toframe+1-parent.fromframe)/2)*(parent.blendlength-1)) - (parent.toframe+1+(((parent.toframe+1-parent.fromframe)/2)*(parent.blendlength-1))))))\"}}\n name Dissolve1\n xpos 318\n ypos 249\n }\n Dot {\n name Dot3\n xpos 352\n ypos 544\n }\n Switch {\n inputs 2\n which {{parent.looptype}}\n name Switch2\n xpos 763\n ypos 660\n }\n TimeClip {\n time \"\"\n first {{parent.fromframe}}\n before loop\n last {{parent.toframe}}\n after loop\n origfirst 0\n origlast 0\n origset true\n name TimeClip1\n xpos 763\n ypos 753\n }\n Output {\n name Output1\n xpos 763\n ypos 842\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_LumaGrain.gizmo", "content": "Group {\n name LumaGrain\n help \"L_Grain_v04\\t\\t\\nAdded functionality to Nuke's default grain node.\\n \\n\\\"High” - allows control to reduce the grain being added to the brighter parts of the image. \\n\\n\\\"Softness” - will blur the grain being added to the image. \\n\\n\\\"Saturation\\\" and \\\"Luminance” - sliders allow you to reduce either of these values from your grain. \\n\\n(For any questions, comments or suggestions please email gizmos@luma-pictures.com)\"\n note_font \"Bitstream Vera Sans\"\n selected true\n mapsize {0.15 0.15}\n addUserKnob {20 L_Grain}\n addUserKnob {26 \"\" l Size}\n addUserKnob {7 rSize R 0 3}\n rSize 1.16\n addUserKnob {7 gSize R 0 3}\n gSize 1.48\n addUserKnob {7 bSize R 0 3}\n bSize 1.88\n addUserKnob {26 \"\" l Blacks}\n addUserKnob {7 rBlack}\n rBlack 0.11\n addUserKnob {7 gBlack}\n gBlack 0.125\n addUserKnob {7 bBlack}\n bBlack 0.19\n addUserKnob {20 Minimum n 1}\n Minimum 0\n addUserKnob {7 rMinimum}\n addUserKnob {7 gMinimum}\n addUserKnob {7 bMinimum}\n addUserKnob {20 endGroup_1 l endGroup n -1}\n addUserKnob {26 \"\" l Mids}\n addUserKnob {7 rMid}\n rMid 0.575\n addUserKnob {7 gMid}\n gMid 0.63\n addUserKnob {7 bMid}\n bMid 0.915\n addUserKnob {20 Highs n 1}\n Highs 0\n addUserKnob {26 \"\" l Highs}\n addUserKnob {7 rHigh}\n rHigh 0.93\n addUserKnob {7 gHigh}\n gHigh 0.945\n addUserKnob {7 bHigh}\n bHigh 0.995\n addUserKnob {20 endGroup_5 l endGroup n -1}\n addUserKnob {20 Irregularity n 1}\n Irregularity 0\n addUserKnob {7 rIrregularity}\n rIrregularity 0.73\n addUserKnob {7 gIrregularity}\n gIrregularity 0.73\n addUserKnob {7 bIrregularity}\n bIrregularity 0.73\n addUserKnob {20 endGroup_2 l endGroup n -1}\n addUserKnob {20 Softness n 1}\n Softness 0\n addUserKnob {7 rSoftness R 0 2}\n addUserKnob {7 gSoftness R 0 2}\n addUserKnob {7 bSoftness R 0 2}\n addUserKnob {20 endGroup_3 l endGroup n -1}\n addUserKnob {20 Other n 1}\n Other 0\n addUserKnob {7 GrainSaturation}\n GrainSaturation 1\n addUserKnob {7 GrainLuminance}\n GrainLuminance 1\n addUserKnob {20 endGroup_4 l endGroup n -1}\n addUserKnob {7 OverallMix}\n OverallMix 1\n addUserKnob {6 alphaMask l Mask +STARTLINE}\n addUserKnob {6 Invert -STARTLINE}\n addUserKnob {20 MaskGrade n 1}\n MaskGrade 0\n addUserKnob {41 gamma T L_Grain_MaskGradeNode.gamma}\n addUserKnob {41 add l offset T L_Grain_MaskGradeNode.add}\n addUserKnob {41 multiply T L_Grain_MaskGradeNode.multiply}\n addUserKnob {41 white l gain T L_Grain_MaskGradeNode.white}\n addUserKnob {41 black l lift T L_Grain_MaskGradeNode.black}\n addUserKnob {41 whitepoint T L_Grain_MaskGradeNode.whitepoint}\n addUserKnob {41 blackpoint T L_Grain_MaskGradeNode.blackpoint}\n addUserKnob {41 black_clamp l \"black clamp\" T L_Grain_MaskGradeNode.black_clamp}\n addUserKnob {41 white_clamp l \"white clamp\" -STARTLINE T L_Grain_MaskGradeNode.white_clamp}\n addUserKnob {20 endGroup_6 l endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {22 Button l \" Luma Pictures \" T \"import os\\nimport sys\\nimport subprocess\\n\\ndef _run(cmd, wait=False):\\n opener = subprocess.Popen(cmd)\\n if wait:\\n opener.wait()\\n return opener.pid\\n\\ndef _open(url, wait=False):\\n if sys.platform == \\\"darwin\\\":\\n cmd = (\\\"open\\\", url)\\n elif hasattr(os, \\\"startfile\\\"):\\n os.startfile(url)\\n return None\\n elif any(k in os.environ for k in (\\\"KDE_FULL_SESSION\\\", \\\"KDE_MULTIHEAD\\\", \\\"GNOME_DESKTOP_SESSION_ID\\\", \\\"GNOME_KEYRING_SOCKET\\\")):\\n cmd = (\\\"xdg-open\\\", url)\\n else:\\n raise OSError(\\\"Desktop not supported.\\\")\\n\\n return _run(cmd, wait)\\n\\n_open(\\\"https://www.lumapictures.com/\\\")\" +STARTLINE}\n}\n Input {\n inputs 0\n name mask\n xpos -372\n ypos -1067\n number 1\n }\n Input {\n inputs 0\n name input\n xpos -152\n ypos -1067\n }\nset N33c1eab0 [stack 0]\n Switch {\n inputs 2\n which {{\"!\\[catch \\{node parent.input1\\}]\" i}}\n name L_Grain_MaskSwitch\n selected true\n xpos -372\n ypos -923\n }\n Dot {\n name Dot3\n xpos -336\n ypos 354\n }\n Grade {\n channels alpha\n white_clamp true\n name L_Grain_MaskGradeNode\n xpos -262\n ypos 342\n }\npush $N33c1eab0\n NoOp {\n name L_Grain_NoOp1\n xpos -42\n ypos -971\n }\nset N33c1f440 [stack 0]\n Dot {\n name Dot6\n xpos -116\n ypos -966\n }\n Dot {\n name Dot4\n xpos -116\n ypos 78\n }\nset N33c1faa0 [stack 0]\npush $N33c1f440\n Shuffle {\n alpha green\n name L_Grain_Shuffle3\n xpos 398\n ypos -911\n }\n Grade {\n channels alpha\n blackpoint 0.13\n whitepoint 0.58\n add 0.045\n white_clamp true\n name L_Grain_Grade3\n xpos 398\n ypos -822\n }\nset N33c20100 [stack 0]\npush $N33c20100\npush $N33c1f440\n Grain2 {\n name L_Grain_Grain2_1\n label \"Kodak 5248\"\n xpos -104\n ypos -714\n seed {{\"\\[string match \\[view] left] ==1?(frame*333):(frame*666)\" i}}\n red_size {{parent.rSize i}}\n green_size {{parent.gSize i}}\n blue_size {{parent.bSize i}}\n red_i {{parent.rIrregularity i}}\n green_i {{parent.gIrregularity i}}\n blue_i {{parent.bIrregularity i}}\n red_m {{parent.rMid/2 i}}\n green_m {{parent.gMid/2 i}}\n blue_m {{parent.bMid/2 i}}\n black {{parent.rBlack/10 i} {parent.gBlack/10 i} {parent.bBlack/10 i}}\n minimum {{parent.rMinimum/100 i} {parent.gMinimum/100 i} {parent.bMinimum/100 i}}\n maskgrain false\n maskinvert true\n }\nset N26e17a30 [stack 0]\n Keymix {\n inputs 3\n mix {{abs(1-parent.bHigh) i}}\n name L_Grain_Keymix4\n xpos 398\n ypos -714\n }\n Shuffle {\n alpha white\n name L_Grain_Shuffle7\n xpos 398\n ypos -671\n }\npush $N33c1f440\n Shuffle {\n alpha white\n name L_Grain_Shuffle5\n xpos -42\n ypos -587\n }\nset N33c220e0 [stack 0]\n Merge2 {\n inputs 2\n operation minus\n name L_Grain_Merge3\n label \"Diff Key\"\n xpos 398\n ypos -594\n }\n Defocus {\n defocus {{parent.bSoftness*.2 i}}\n ratio {{pixel_aspect i}}\n method \"full precision\"\n name L_Grain_Defocus4\n xpos 398\n ypos -546\n }\npush $N33c1f440\n Merge2 {\n inputs 2\n name L_Grain_Merge4\n label Re-Apply\n xpos 398\n ypos -474\n }\npush $N33c1f440\n Shuffle {\n alpha green\n name L_Grain_Shuffle2\n xpos 288\n ypos -911\n }\n Grade {\n channels alpha\n blackpoint 0.13\n whitepoint 0.58\n add 0.045\n white_clamp true\n name L_Grain_Grade2\n xpos 288\n ypos -822\n }\nset N33c230d0 [stack 0]\npush $N33c230d0\npush $N26e17a30\n Keymix {\n inputs 3\n mix {{abs(1-parent.gHigh) i}}\n name L_Grain_Keymix3\n xpos 288\n ypos -714\n }\n Shuffle {\n alpha white\n name L_Grain_Shuffle6\n xpos 288\n ypos -671\n }\npush $N33c220e0\n Merge2 {\n inputs 2\n operation minus\n name L_Grain_Merge1\n label \"Diff Key\"\n xpos 288\n ypos -594\n }\n Defocus {\n defocus {{parent.gSoftness*.2 i}}\n ratio {{pixel_aspect i}}\n method \"full precision\"\n name L_Grain_Defocus3\n xpos 288\n ypos -546\n }\npush $N33c1f440\n Merge2 {\n inputs 2\n name L_Grain_Merge2\n label Re-Apply\n xpos 288\n ypos -474\n }\npush $N33c1f440\n Shuffle {\n alpha red\n name L_Grain_Shuffle1\n xpos 178\n ypos -911\n }\n Grade {\n channels alpha\n blackpoint 0.13\n whitepoint 0.58\n add 0.045\n white_clamp true\n name L_Grain_Grade1\n xpos 178\n ypos -822\n }\nset N33c24720 [stack 0]\npush $N33c24720\npush $N26e17a30\n Keymix {\n inputs 3\n mix {{abs(1-parent.rHigh) i}}\n name L_Grain_Keymix2\n xpos 178\n ypos -714\n }\n Shuffle {\n alpha white\n name L_Grain_Shuffle4\n xpos 178\n ypos -671\n }\npush $N33c220e0\n Merge2 {\n inputs 2\n operation minus\n name L_Grain_Merge12\n label \"Diff Key\"\n xpos 178\n ypos -594\n }\n Defocus {\n defocus {{parent.rSoftness*.2 i}}\n ratio {{pixel_aspect i}}\n method \"full precision\"\n name L_Grain_Defocus2\n xpos 178\n ypos -546\n }\npush $N33c1f440\n Dot {\n name Dot5\n xpos 104\n ypos -462\n }\n Merge2 {\n inputs 2\n name L_Grain_Merge13\n label Re-Apply\n xpos 178\n ypos -474\n }\n Copy {\n inputs 2\n from0 rgba.green\n to0 rgba.green\n name L_Grain_Copy1\n xpos 178\n ypos -402\n }\n Copy {\n inputs 2\n from0 rgba.blue\n to0 rgba.blue\n name L_Grain_Copy2\n xpos 288\n ypos -342\n }\nset N33c260a0 [stack 0]\npush $N33c260a0\n Saturation {\n saturation 0\n name L_Grain_Saturation1\n xpos 398\n ypos -251\n }\npush $N33c1f440\n Expression {\n expr0 (1/(r*.3+g*.59+b*.11))*r\n expr1 (1/(r*.3+g*.59+b*.11))*g\n expr2 (1/(r*.3+g*.59+b*.11))*b\n name L_Grain_Expression1\n xpos 550\n ypos -272\n }\n Merge2 {\n inputs 2\n operation multiply\n name L_Grain_Multiply4\n xpos 475\n ypos -212\n }\n Dissolve {\n inputs 2\n which {{parent.GrainSaturation i}}\n name L_Grain_Dissolve_Grain_Saturation\n xpos 288\n ypos -174\n }\nset N33c26d60 [stack 0]\npush $N33c1f440\n Saturation {\n saturation 0\n name L_Grain_Saturation2\n xpos 508\n ypos -71\n }\npush $N33c26d60\n Expression {\n expr0 (1/(r*.3+g*.59+b*.11))*r\n expr1 (1/(r*.3+g*.59+b*.11))*g\n expr2 (1/(r*.3+g*.59+b*.11))*b\n name L_Grain_Expression2\n xpos 336\n ypos -83\n }\n Merge2 {\n inputs 2\n operation multiply\n name L_Grain_Multiply1\n xpos 368\n ypos -32\n }\n Dissolve {\n inputs 2\n which {{parent.GrainLuminance i}}\n name L_Grain_Dissolve_Grain_Luminance\n xpos 288\n ypos 30\n }\npush $N33c1faa0\n Dissolve {\n inputs 2\n channels rgb\n which {{parent.OverallMix i}}\n name L_Grain_Dissolve_Overall_Mix\n xpos 116\n ypos 265\n }\n Keymix {\n inputs 3\n invertMask {{-Invert+1 i}}\n mix {{parent.alphaMask i}}\n name L_Grain_Keymix1\n xpos -42\n ypos 342\n }\npush $N33c1eab0\n Dot {\n name Dot1\n xpos 764\n ypos -1062\n }\n Dot {\n name Dot2\n xpos 764\n ypos 450\n }\n ShuffleCopy {\n inputs 2\n red red\n green green\n blue blue\n name L_Grain_ChannelsPassThrough\n xpos -42\n ypos 445\n }\n Output {\n name Output1\n xpos -50\n ypos 608\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_LumaKeyer.gizmo", "content": "set cut_paste_input [stack 0]\npush $cut_paste_input\nGroup {\n name LumaKeyer\n onCreate \"n = nuke.thisNode()\\nn.knob('blackpoint').setRange(0, 1)\\nn.knob('whitepoint').setRange(0, 1)\"\n tile_color 0x421010ff\n note_font \"Bitstream Vera Sans Bold Bold\"\n selected true\n addUserKnob {20 User l lumaKeyer}\n addUserKnob {4 output M {Alpha RGBA}}\n addUserKnob {41 blackpoint T picker.blackpoint}\n addUserKnob {41 whitepoint T picker.whitepoint}\n addUserKnob {6 invert +STARTLINE}\n addUserKnob {4 smoothing l Smoothing: M {None Smooth Smooth0 Smooth1 \"\"}}\n addUserKnob {26 \"\"}\n addUserKnob {26 \"\" l mask T \"\"}\n addUserKnob {41 maskChannelInput l \"\" -STARTLINE T Merge1.maskChannelInput}\n addUserKnob {41 inject -STARTLINE T Merge1.inject}\n addUserKnob {41 invert_mask l invert -STARTLINE T Merge1.invert_mask}\n addUserKnob {41 fringe -STARTLINE T Merge1.fringe}\n addUserKnob {41 mix T Merge1.mix}\n addUserKnob {20 info}\n addUserKnob {22 btn l DerekVFX.ca T \"import os\\nimport sys\\n\\ntry:\\n import subprocess\\n def _run(cmd, shell, wait):\\n opener = subprocess.Popen(cmd, shell=shell)\\n if wait:\\n opener.wait()\\n return opener.pid\\nexcept ImportError:\\n import popen2\\n def _run(cmd, shell, wait):\\n opener = popen2.Popen3(cmd)\\n if wait:\\n opener.wait()\\n return opener.pid\\n\\ndef _open(url, wait=0):\\n if sys.platform == \\\"darwin\\\":\\n cmd = \\[\\\"open\\\", url]\\n elif hasattr(os, \\\"startfile\\\"):\\n return os.startfile(url)\\n elif os.environ.has_key(\\\"KDE_FULL_SESSION\\\") or os.environ.has_key(\\\"KDE_MULTIHEAD\\\") or \\\\\\n os.environ.has_key(\\\"GNOME_DESKTOP_SESSION_ID\\\") or os.environ.has_key(\\\"GNOME_KEYRING_SOCKET\\\"):\\n cmd = \\[\\\"xdg-open\\\", url]\\n else:\\n raise OSError, \\\"Desktop not supported.\\\"\\n\\n return _run(cmd, 0, wait)\\n\\n_open('http://www.derekvfx.ca/')\" +STARTLINE}\n addUserKnob {26 versionUpdate l \"\" -STARTLINE T \" adjusted by Tony Lyons \"}\n}\n Input {\n inputs 0\n name Input1\n xpos 57\n ypos -347\n }\nset N244c6660 [stack 0]\n Colorspace {\n colorspace_out HSL\n name Colorspace1\n xpos -181\n ypos -181\n }\nset N24517b10 [stack 0]\n Shuffle {\n red blue\n green blue\n alpha blue\n name Shuffle1\n tile_color 0x3d3f8e00\n xpos -336\n ypos -181\n }\n Grade {\n name picker\n xpos -336\n ypos -139\n }\n Input {\n inputs 0\n name Inputmask\n xpos 231\n ypos 446\n number 1\n }\npush $N244c6660\n Dot {\n name Dot5\n note_font_size 41\n xpos 91\n ypos 284\n }\nset N24532110 [stack 0]\npush $N24517b10\n Expression {\n expr3 smoothstep(parent.picker.blackpoint,parent.picker.whitepoint,b)\n name Expression1\n xpos -181\n ypos -138\n }\n Dot {\n name Dot1\n note_font_size 41\n xpos -147\n ypos -58\n }\nset N24542110 [stack 0]\n ColorLookup {\n channels {{{parent.ColorLookup_smooth.channels}}}\n lut {master {curve L 0 C k 1 s0}\n red {}\n green {}\n blue {}\n alpha {}}\n name ColorLookup_smooth1\n xpos -69\n ypos 33\n }\npush $N24542110\n ColorLookup {\n channels {{{parent.ColorLookup_smooth.channels}}}\n lut {master {curve L 0 s0 1}\n red {}\n green {}\n blue {}\n alpha {}}\n name ColorLookup_smooth0\n xpos -181\n ypos 32\n }\npush $N24542110\n ColorLookup {\n lut {master {curve L 0 s0 C k 1 s0}\n red {}\n green {}\n blue {}\n alpha {}}\n name ColorLookup_smooth\n xpos -293\n ypos 32\n }\npush $N24542110\n Dot {\n name Dot2\n note_font_size 41\n xpos -345\n ypos -52\n }\n Dot {\n name Dot3\n note_font_size 41\n xpos -345\n ypos 131\n }\n Switch {\n inputs 4\n which {{parent.smoothing}}\n name Switch1\n label \"\\[value which]\"\n xpos -181\n ypos 121\n }\n Expression {\n expr3 1-a\n name Expression2\n xpos -181\n ypos 191\n disable {{\"parent.invert == 0\"}}\n }\n Merge2 {\n inputs 2\n operation copy\n Achannels {rgba.red rgba.green rgba.blue -rgba.alpha}\n Bchannels {rgba.red rgba.green rgba.blue -rgba.alpha}\n output {rgba.red rgba.green rgba.blue -rgba.alpha}\n name Merge2\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos -181\n ypos 280\n }\n Shuffle {\n red alpha\n green alpha\n blue alpha\n name Shuffle2\n tile_color 0xffffffff\n xpos -181\n ypos 328\n disable {{!parent.output}}\n }\n Dot {\n name Dot4\n note_font_size 41\n xpos -147\n ypos 450\n }\npush $N24532110\n Shuffle {\n alpha black\n name Shuffle3\n label \"\\[value in]\"\n xpos 57\n ypos 331\n }\n Shuffle {\n red black\n green black\n blue black\n alpha black\n name Shuffle4\n label \"\\[value in]\"\n selected true\n xpos 57\n ypos 369\n disable {{!parent.output}}\n }\n Merge2 {\n inputs 2+1\n operation copy\n also_merge rgba\n name Merge1\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 57\n ypos 446\n }\nset N2457f1d0 [stack 0]\n Output {\n name Output1\n xpos 57\n ypos 602\n }\npush $N2457f1d0\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_LumaToVector3.gizmo", "content": "Group {\n name LumaToVector3_\n help \"Performs a Sobel filter on the Luminance channel of an image to extract an approximation of a Normal map.\\n\\nFor a mathematical conversion of a displacement map to normals, do not use Details separation.\"\n addUserKnob {20 luma_to_normals l \"Luma to Normals\"}\n addUserKnob {26 div_pre l Pre-Process}\n addUserKnob {7 blur t \"High quality blur, may be slower than a regular blur node but will avoid loss of quality in the vectors.\" R 0 10}\n addUserKnob {7 gain l \"height (gain)\" t \"Increasing this value would result in vectors as per a stronger displacement.\" R 0 10}\n gain 1\n addUserKnob {26 div_details l \"Details Separation\"}\n addUserKnob {7 size t \"Bigger sizes will separate high and low frequencies more.\" R 0 100}\n addUserKnob {7 details_weight t \"How much the details affect the final output\"}\n addUserKnob {26 div_out l Output}\n addUserKnob {6 zerotoone l \"Use 0-1 range\" t \"Pack the vectors in a 0 to 1 range, so that it can be exported as an 8bit image. May cause clamped vectors, make sure to also use normalize if exporting a normal map to avoid clamped values.\" +STARTLINE}\n addUserKnob {6 normalize t \"Normal maps should generally be represented with a vector magnitude of 1.\\nTurning on normalization will scale all vectors to ensure they all have a magnitude of 1.\\n\\nYou may want to disable it for more interesting effects when generating normals for a fake refraction through an iDistort, where having vectors of different length adds depth.\" -STARTLINE}\n normalize true\n addUserKnob {26 \"\"}\n addUserKnob {26 copyright l \"\" +STARTLINE T \"v1.0 - Mathieu Goulet-Aubin & Erwan Leroy - Github\"}\n}\n Input {\n inputs 0\n name Input1\n xpos -576\n ypos -320\n }\n Saturation {\n saturation 0\n name Saturation1\n xpos -576\n ypos -264\n }\n Blur {\n size {{parent.blur}}\n quality {{\"int(max(parent.blur, 15))\"}}\n name Blur2\n xpos -576\n ypos -223\n }\n Multiply {\n value {{parent.gain}}\n name Multiply1\n xpos -576\n ypos -185\n }\nset N8fdf0400 [stack 0]\n Blur {\n size {{parent.size}}\n name Blur1\n xpos -576\n ypos -134\n }\n Dot {\n name Dot2\n xpos -542\n ypos -45\n }\nset Nc5a5fc00 [stack 0]\n Matrix {\n matrix {\n {1 0 -1}\n {2 0 -2}\n {1 0 -1}\n }\n name Matrix1\n xpos -576\n ypos 38\n }\npush $Nc5a5fc00\n Dot {\n name Dot3\n xpos -432\n ypos -45\n }\nset Nc5a5f400 [stack 0]\n Matrix {\n matrix {\n {-1 -2 -1}\n {0 0 0}\n {1 2 1}\n }\n name Matrix2\n xpos -466\n ypos 36\n }\n Dot {\n name Dot4\n xpos -432\n ypos 92\n }\n ShuffleCopy {\n inputs 2\n red red\n blue black\n alpha black\n name ShuffleCopy1\n xpos -575\n ypos 88\n }\n Multiply {\n value {{(1-parent.details_weight)*(parent.size/10+1)}}\n name Multiply2\n xpos -577\n ypos 128\n }\npush $Nc5a5f400\npush $N8fdf0400\n Dot {\n name Dot1\n xpos -319\n ypos -175\n }\n Merge2 {\n inputs 2\n operation from\n name Merge1\n xpos -353\n ypos -49\n }\n Dot {\n name Dot5\n xpos -319\n ypos -23\n }\nset Nb4693800 [stack 0]\n Matrix {\n matrix {\n {1 0 -1}\n {2 0 -2}\n {1 0 -1}\n }\n name Matrix3\n xpos -353\n ypos 25\n }\npush $Nb4693800\n Dot {\n name Dot6\n xpos -181\n ypos -23\n }\n Matrix {\n matrix {\n {-1 -2 -1}\n {0 0 0}\n {1 2 1}\n }\n name Matrix4\n xpos -215\n ypos 30\n }\n Dot {\n name Dot7\n xpos -181\n ypos 87\n }\n ShuffleCopy {\n inputs 2\n red red\n blue black\n alpha black\n name ShuffleCopy2\n xpos -353\n ypos 83\n }\n Multiply {\n value {{parent.details_weight}}\n name Multiply3\n xpos -353\n ypos 119\n }\n Dot {\n name Dot8\n xpos -319\n ypos 188\n }\n Merge2 {\n inputs 2\n operation plus\n name Merge2\n xpos -577\n ypos 184\n }\n Multiply {\n value 0.5\n name Multiply4\n xpos -577\n ypos 229\n disable {{!proxy}}\n }\n Expression {\n temp_name0 mag\n temp_expr0 sqrt(pow(r,2)+pow(g,2)+pow(b,2))\n expr0 mag>1?r/mag:r\n expr1 mag>1?g/mag:g\n name Expression3\n xpos -577\n ypos 283\n disable {{!parent.normalize}}\n }\n Expression {\n temp_name0 facing\n temp_expr0 sqrt(-pow(r,2)-pow(g,2)+1)\n expr2 isnan(facing)?0:facing\n name Expression2\n xpos -577\n ypos 322\n }\n Remove {\n operation keep\n channels rgb\n name Remove1\n xpos -577\n ypos 354\n }\n Grade {\n white 0.5\n add 0.5\n white_clamp true\n name Grade1\n xpos -577\n ypos 397\n disable {{!parent.zerotoone}}\n }\n Output {\n name Output1\n xpos -577\n ypos 479\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_MECfiller.gizmo", "content": "Group {\n inputs 0\n name MECfiller\n tile_color 0xff00ffff\n addUserKnob {20 User}\n addUserKnob {26 name_1 l \"\" +STARTLINE T \"MECfiller v001\"}\n addUserKnob {26 \"\"}\n addUserKnob {4 mode M {fast rough complex \"\" \"\"}}\n mode fast\n addUserKnob {12 center}\n addUserKnob {7 axismultiplier l \"axis multiplier\"}\n axismultiplier 0.1\n addUserKnob {6 axismultipliercheck l \"multiplier visualisation\" +STARTLINE}\n addUserKnob {26 \"\"}\n addUserKnob {26 madeby l \"\" +STARTLINE T \"Matthias Eckhardt\\npoly-by-poly.com\\n\\n\\nbased on Mads Hagbarth's FFfiller\"}\n}\n StickyNote {\n inputs 0\n name StickyNote4\n label 1\n note_font_size 110\n xpos -2381\n ypos 53\n }\n StickyNote {\n inputs 0\n name StickyNote5\n label 2\n note_font_size 110\n xpos -2381\n ypos 732\n }\n StickyNote {\n inputs 0\n name StickyNote6\n label 3\n note_font_size 110\n xpos -2375\n ypos 1376\n }\n StickyNote {\n inputs 0\n name StickyNote7\n label 4\n note_font_size 110\n xpos -2363\n ypos 2015\n }\n StickyNote {\n inputs 0\n name StickyNote8\n label 5\n note_font_size 110\n xpos -2372\n ypos 2637\n }\n StickyNote {\n inputs 0\n name StickyNote9\n label 6\n note_font_size 110\n xpos -2385\n ypos 3344\n }\n StickyNote {\n inputs 0\n name StickyNote10\n label 7\n note_font_size 110\n xpos -2411\n ypos 3988\n }\n StickyNote {\n inputs 0\n name StickyNote11\n label 8\n note_font_size 110\n xpos -2421\n ypos 4628\n }\n StickyNote {\n inputs 0\n name StickyNote12\n label 9\n note_font_size 110\n xpos -2398\n ypos 5337\n }\n StickyNote {\n inputs 0\n name StickyNote13\n label 10\n note_font_size 110\n xpos -2393\n ypos 6051\n }\n StickyNote {\n inputs 0\n name StickyNote14\n label 11\n note_font_size 110\n xpos -2395\n ypos 6753\n }\n StickyNote {\n inputs 0\n name StickyNote15\n label 12\n note_font_size 110\n xpos -2400\n ypos 7477\n }\n StickyNote {\n inputs 0\n name StickyNote16\n label 13\n note_font_size 110\n xpos -2400\n ypos 8201\n }\n StickyNote {\n inputs 0\n name StickyNote1\n label complex\n note_font_size 100\n xpos 272\n ypos 8407\n }\n Input {\n inputs 0\n name Input1\n xpos -2535\n ypos -1597\n }\n Dot {\n name Dot22\n xpos -2501\n ypos -1432\n }\nset Nfa633c0 [stack 0]\n Dot {\n name Dot24\n xpos -2501\n ypos -1316\n }\nset Nfa67de0 [stack 0]\n Dot {\n name Dot33\n xpos -2501\n ypos -1210\n }\nset Nfa6c940 [stack 0]\n Dot {\n name Dot2\n xpos -2501\n ypos -1166\n }\nset Nfa713c0 [stack 0]\n Dot {\n name Dot32\n xpos -2501\n ypos -1106\n }\nset Nfa75e70 [stack 0]\n Dot {\n name Dot3\n xpos -2501\n ypos -1062\n }\nset Nfa7a920 [stack 0]\n Dot {\n name Dot34\n xpos -2501\n ypos -988\n }\nset Nfa7f340 [stack 0]\n Dot {\n name Dot4\n xpos -2501\n ypos -944\n }\nset Nfa83d30 [stack 0]\n Dot {\n name Dot29\n xpos -2501\n ypos -882\n }\nset Nfa88a00 [stack 0]\n Dot {\n name Dot5\n xpos -2501\n ypos -838\n }\nset N161fbd80 [stack 0]\n Dot {\n name Dot204\n xpos -2501\n ypos -767\n }\nset N16200900 [stack 0]\n Dot {\n name Dot7\n xpos -2501\n ypos -719\n }\nset N162053b0 [stack 0]\n Dot {\n name Dot234\n xpos -2501\n ypos -660\n }\nset N16209dd0 [stack 0]\n Dot {\n name Dot111\n xpos -2501\n ypos -612\n }\n Expression {\n temp_name0 point\n temp_expr0 parent.center.x\n temp_name1 area\n temp_expr1 width/5\n temp_name2 axismultiplier\n temp_expr2 parent.axismultiplier\n channel0 rgba\n expr0 x>(point-(area*axismultiplier)/2)&&x<(point+(area*axismultiplier)/2)?1:0\n name Expression52\n xpos -2425\n ypos -616\n }\npush $N16209dd0\n Expression {\n channel0 rgba\n expr0 x>width*0.4&&x(point-(area*axismultiplier)/2)&&y<(point+(area*axismultiplier)/2)?1:0\n name Expression49\n xpos -2426\n ypos -723\n }\npush $N16200900\n Expression {\n channel0 rgba\n expr0 y>height*0.4&&yparent.center.x&&ywidth/2&&yparent.center.x&&y>parent.center.y?1:0\n channel1 {-rgba.red -rgba.green -rgba.blue none}\n name Expression2\n xpos -2420\n ypos -1066\n }\npush $Nfa75e70\n Expression {\n channel0 rgba\n expr0 x>width/2&&y>height/2?1:0\n name Expression6\n xpos -2422\n ypos -1110\n }\n Switch {\n inputs 2\n which {{parent.center.x==0&&parent.center.y==0?0:1}}\n name Switch2\n label \"INPUT \\[value which]\"\n xpos -2260\n ypos -1072\n }\npush $Nfa713c0\n Expression {\n channel0 rgba\n expr0 xparent.center.y?1:0\n channel1 {-rgba.red -rgba.green -rgba.blue none}\n name Expression1\n xpos -2421\n ypos -1170\n }\npush $Nfa6c940\n Expression {\n channel0 rgba\n expr0 xheight/2?1:0\n name Expression7\n xpos -2423\n ypos -1214\n }\n Switch {\n inputs 2\n which {{parent.center.x==0&&parent.center.y==0?0:1}}\n name Switch1\n label \"INPUT \\[value which]\"\n xpos -2255\n ypos -1176\n }\npush $Nfa67de0\n Dot {\n name Dot6\n xpos -1953\n ypos -1316\n }\nadd_layer {topleft topleft.alpha}\n ShuffleCopy {\n inputs 2\n alpha alpha2\n black alpha\n out2 topleft\n name ShuffleCopy4\n xpos -1987\n ypos -1170\n }\nadd_layer {topright topright.alpha}\n ShuffleCopy {\n inputs 2\n alpha alpha2\n black alpha\n out2 topright\n name ShuffleCopy5\n xpos -1987\n ypos -1066\n }\nadd_layer {bottomleft bottomleft.alpha}\n ShuffleCopy {\n inputs 2\n alpha alpha2\n black alpha\n out2 bottomleft\n name ShuffleCopy6\n xpos -1987\n ypos -948\n }\nadd_layer {bottomright bottomright.alpha}\n ShuffleCopy {\n inputs 2\n alpha alpha2\n black alpha\n out2 bottomright\n name ShuffleCopy7\n xpos -1987\n ypos -842\n }\nadd_layer {horizontal horizontal.alpha}\n ShuffleCopy {\n inputs 2\n alpha alpha2\n black alpha\n out2 horizontal\n name ShuffleCopy1\n xpos -1987\n ypos -723\n }\nadd_layer {vertical vertical.alpha}\n ShuffleCopy {\n inputs 2\n alpha alpha2\n black alpha\n out2 vertical\n name ShuffleCopy2\n xpos -1987\n ypos -616\n }\n Dot {\n name Dot10\n xpos -1953\n ypos -442\n }\nset N163643d0 [stack 0]\n LayerContactSheet {\n showLayerNames true\n name LayerContactSheet1\n xpos -1882\n ypos -446\n }\n StickyNote {\n inputs 0\n name StickyNote3\n label rough\n note_font_size 100\n xpos -882\n ypos 8402\n }\n StickyNote {\n inputs 0\n name StickyNote2\n label fast\n note_font_size 100\n xpos -2027\n ypos 8405\n }\npush $Nfa633c0\n NoOp {\n name NoOp1\n xpos -2434\n ypos -1436\n addUserKnob {20 User}\n addUserKnob {3 sizechecker}\n sizechecker {{Input1.height}}\n }\npush $N16237480\npush $N16268d10\n Merge2 {\n inputs 2\n name Merge6\n xpos -2138\n ypos -667\n }\n Dot {\n name Dot208\n tile_color 0xff000000\n xpos -2016\n ypos -663\n }\n Dot {\n name Dot209\n xpos -2348\n ypos 9121\n hide_input true\n }\n Shuffle {\n green black\n blue black\n name Shuffle1\n xpos -2382\n ypos 9172\n }\npush $N163643d0\n Dot {\n name Dot114\n xpos -1953\n ypos -390\n }\nset N163aacd0 [stack 0]\n Dot {\n name Dot115\n xpos -1519\n ypos -390\n }\nset N163af4a0 [stack 0]\n Dot {\n name Dot11\n xpos -874\n ypos -390\n }\nset N163b3f90 [stack 0]\n Dot {\n name Dot13\n xpos -427\n ypos -390\n }\nset N163b8ad0 [stack 0]\n Dot {\n name Dot35\n xpos 324\n ypos -390\n }\nset N163bd4f0 [stack 0]\n Dot {\n name Dot12\n xpos 758\n ypos -390\n }\nset N163c1b50 [stack 0]\npush $N163bd4f0\n Dot {\n name Dot41\n xpos 324\n ypos -342\n }\nset N163c6b00 [stack 0]\n Matrix {\n matrix {\n {1 1 0}\n {1 3 0}\n {0 0 0}\n }\n name Matrix1\n xpos 556\n ypos -352\n }\npush $N163c1b50\n Keymix {\n inputs 3\n maskChannel topleft.alpha\n name Keymix1\n xpos 724\n ypos -352\n }\nset N163d6ae0 [stack 0]\npush $N163c6b00\n Dot {\n name Dot39\n xpos 324\n ypos -265\n }\nset N163dfc00 [stack 0]\n Matrix {\n matrix {\n {0 1 1}\n {0 3 1}\n {0 0 0}\n }\n name Matrix2\n xpos 560\n ypos -275\n }\npush $N163d6ae0\n Keymix {\n inputs 3\n maskChannel topright.alpha\n name Keymix2\n xpos 724\n ypos -275\n }\nset N163ef5e0 [stack 0]\npush $N163dfc00\n Dot {\n name Dot42\n xpos 324\n ypos -185\n }\nset N163f8b60 [stack 0]\n Matrix {\n matrix {\n {0 0 0}\n {1 3 0}\n {1 1 0}\n }\n name Matrix3\n xpos 560\n ypos -195\n }\npush $N163ef5e0\n Keymix {\n inputs 3\n maskChannel bottomleft.alpha\n name Keymix3\n xpos 724\n ypos -195\n }\nset N163f86d0 [stack 0]\npush $N163f8b60\n Dot {\n name Dot43\n xpos 324\n ypos -101\n }\nset N16411ba0 [stack 0]\n Matrix {\n matrix {\n {0 0 0}\n {0 3 1}\n {0 1 1}\n }\n name Matrix4\n xpos 557\n ypos -111\n }\npush $N163f86d0\n Keymix {\n inputs 3\n maskChannel bottomright.alpha\n name Keymix4\n xpos 724\n ypos -111\n }\nset N164116e0 [stack 0]\npush $N16411ba0\n Dot {\n name Dot206\n xpos 324\n ypos -26\n }\nset N1642ab80 [stack 0]\n Matrix {\n matrix {\n {0.5 0 0.5}\n {1 3 1}\n {0.5 0 0.5}\n }\n name Matrix118\n xpos 554\n ypos -36\n }\npush $N164116e0\n Keymix {\n inputs 3\n maskChannel horizontal.alpha\n name Keymix105\n xpos 724\n ypos -36\n }\nset N1643ab30 [stack 0]\npush $N1642ab80\n Dot {\n name Dot207\n xpos 324\n ypos 17\n }\nset N16443cb0 [stack 0]\n Matrix {\n matrix {\n {0.5 1 0.5}\n {0 3 0}\n {0.5 1 0.5}\n }\n name Matrix119\n xpos 554\n ypos 7\n }\npush $N1643ab30\n Keymix {\n inputs 3\n maskChannel vertical.alpha\n name Keymix106\n xpos 724\n ypos 7\n }\n Transform {\n translate {0.015 0.015}\n center {2160 1440}\n filter Impulse\n shutteroffset centred\n name Transform6\n xpos 724\n ypos 45\n }\n set C1645cca0 [stack 0]\n Reformat {\n type scale\n scale 0.50000000001\n resize height\n filter Impulse\n name Reformat1\n xpos 724\n ypos 111\n }\n set C164535e0 [stack 0]\n Expression {\n expr0 a>0?r/a:0\n expr1 a>0?g/a:0\n expr2 a>0?b/a:0\n expr3 a>0?a/a:0\n name Expression9\n xpos 724\n ypos 145\n }\n Reformat {\n type \"to box\"\n box_width {{Input1.width}}\n box_height {{Input1.height}}\n box_fixed true\n resize height\n filter Parzen\n name Reformat2\n xpos 558\n ypos 145\n }\n set C16487210 [stack 0]\npush $N16443cb0\n Merge2 {\n inputs 2\n operation under\n name Merge5\n xpos 290\n ypos 145\n }\nset N16495e30 [stack 0]\n Dot {\n name Dot113\n xpos 143\n ypos 149\n }\npush $N16495e30\n Dot {\n name Dot45\n xpos 324\n ypos 323\n }\nset N164a9e30 [stack 0]\n Reformat {\n type scale\n scale 0.5\n resize height\n filter Impulse\n name Reformat5\n xpos 417\n ypos 319\n }\nset N16486ca0 [stack 0]\n Dot {\n name Dot44\n xpos 771\n ypos 323\n }\nset N164bcc70 [stack 0]\npush $N16486ca0\n Dot {\n name Dot46\n xpos 451\n ypos 360\n }\nset N164c1cb0 [stack 0]\n Matrix {\n matrix {\n {1 1 0}\n {1 3 0}\n {0 0 0}\n }\n name Matrix5\n xpos 561\n ypos 350\n }\npush $N164bcc70\n Keymix {\n inputs 3\n maskChannel topleft.alpha\n name Keymix5\n xpos 737\n ypos 350\n }\nset N164d15f0 [stack 0]\npush $N164c1cb0\n Dot {\n name Dot47\n xpos 451\n ypos 437\n }\nset N164dad50 [stack 0]\n Matrix {\n matrix {\n {0 1 1}\n {0 3 1}\n {0 0 0}\n }\n name Matrix6\n xpos 561\n ypos 427\n }\npush $N164d15f0\n Keymix {\n inputs 3\n maskChannel topright.alpha\n name Keymix6\n xpos 737\n ypos 427\n }\nset N164eacf0 [stack 0]\npush $N164dad50\n Dot {\n name Dot48\n xpos 451\n ypos 517\n }\nset N164f3e00 [stack 0]\n Matrix {\n matrix {\n {0 0 0}\n {1 3 0}\n {1 1 0}\n }\n name Matrix7\n xpos 561\n ypos 507\n }\npush $N164eacf0\n Keymix {\n inputs 3\n maskChannel bottomleft.alpha\n name Keymix7\n xpos 737\n ypos 507\n }\nset N164da710 [stack 0]\npush $N164f3e00\n Dot {\n name Dot49\n xpos 451\n ypos 601\n }\nset N1650cda0 [stack 0]\n Matrix {\n matrix {\n {0 0 0}\n {0 3 1}\n {0 1 1}\n }\n name Matrix8\n xpos 561\n ypos 591\n }\npush $N164da710\n Keymix {\n inputs 3\n maskChannel bottomright.alpha\n name Keymix8\n xpos 737\n ypos 591\n }\nset N1651cd40 [stack 0]\npush $N1650cda0\n Dot {\n name Dot205\n xpos 451\n ypos 652\n }\nset N16525e60 [stack 0]\n Matrix {\n matrix {\n {0.5 0 0.5}\n {1 3 1}\n {0.5 0 0.5}\n }\n name Matrix144\n xpos 561\n ypos 642\n }\npush $N1651cd40\n Keymix {\n inputs 3\n maskChannel horizontal.alpha\n name Keymix131\n xpos 737\n ypos 642\n }\nset N1650c700 [stack 0]\npush $N16525e60\n Dot {\n name Dot210\n xpos 451\n ypos 695\n }\n Matrix {\n matrix {\n {0.5 1 0.5}\n {0 3 0}\n {0.5 1 0.5}\n }\n name Matrix145\n xpos 561\n ypos 685\n }\npush $N1650c700\n Keymix {\n inputs 3\n maskChannel vertical.alpha\n name Keymix132\n xpos 737\n ypos 685\n }\nclone $C1645cca0 {\n xpos 737\n ypos 742\n selected false\n }\nclone $C164535e0 {\n xpos 737\n ypos 773\n selected false\n }\n Expression {\n expr0 a>0?r/a:0\n expr1 a>0?g/a:0\n expr2 a>0?b/a:0\n expr3 a>0?a/a:0\n name Expression10\n xpos 737\n ypos 809\n }\nclone $C16487210 {\n xpos 557\n ypos 809\n selected false\n }\npush $N164a9e30\n Merge2 {\n inputs 2\n operation under\n name Merge12\n xpos 290\n ypos 809\n }\nset N16590f40 [stack 0]\n Switch {\n inputs 2\n which {{Reformat5.height>=2?0:1}}\n name Switch30\n label \"INPUT \\[value which]\"\n xpos 109\n ypos 803\n }\npush $N16590f40\n Dot {\n name Dot40\n xpos 324\n ypos 971\n }\nset N165a87f0 [stack 0]\n Reformat {\n type scale\n scale 0.25\n resize height\n filter Impulse\n name Reformat6\n xpos 417\n ypos 967\n }\nset N165ad360 [stack 0]\n Dot {\n name Dot50\n xpos 771\n ypos 971\n }\nset N165bbc90 [stack 0]\npush $N165ad360\n Dot {\n name Dot51\n xpos 451\n ypos 1008\n }\nset N165c07f0 [stack 0]\n Matrix {\n matrix {\n {1 1 0}\n {1 3 0}\n {0 0 0}\n }\n name Matrix9\n xpos 561\n ypos 998\n }\npush $N165bbc90\n Keymix {\n inputs 3\n maskChannel topleft.alpha\n name Keymix9\n xpos 737\n ypos 998\n }\nset N165d0630 [stack 0]\npush $N165c07f0\n Dot {\n name Dot52\n xpos 451\n ypos 1085\n }\nset N165d9730 [stack 0]\n Matrix {\n matrix {\n {0 1 1}\n {0 3 1}\n {0 0 0}\n }\n name Matrix10\n xpos 561\n ypos 1075\n }\npush $N165d0630\n Keymix {\n inputs 3\n maskChannel topright.alpha\n name Keymix10\n xpos 737\n ypos 1075\n }\nset N165e9a60 [stack 0]\npush $N165d9730\n Dot {\n name Dot53\n xpos 451\n ypos 1165\n }\nset N165f2be0 [stack 0]\n Matrix {\n matrix {\n {0 0 0}\n {1 3 0}\n {1 1 0}\n }\n name Matrix11\n xpos 561\n ypos 1155\n }\npush $N165e9a60\n Keymix {\n inputs 3\n maskChannel bottomleft.alpha\n name Keymix11\n xpos 737\n ypos 1155\n }\nset N16602ac0 [stack 0]\npush $N165f2be0\n Dot {\n name Dot54\n xpos 451\n ypos 1249\n }\nset N1660bc40 [stack 0]\n Matrix {\n matrix {\n {0 0 0}\n {0 3 1}\n {0 1 1}\n }\n name Matrix12\n xpos 561\n ypos 1239\n }\npush $N16602ac0\n Keymix {\n inputs 3\n maskChannel bottomright.alpha\n name Keymix12\n xpos 737\n ypos 1239\n }\nset N1661b240 [stack 0]\npush $N1660bc40\n Dot {\n name Dot211\n xpos 451\n ypos 1302\n }\nset N16624bb0 [stack 0]\n Matrix {\n matrix {\n {0.5 0 0.5}\n {1 3 1}\n {0.5 0 0.5}\n }\n name Matrix120\n xpos 561\n ypos 1292\n }\npush $N1661b240\n Keymix {\n inputs 3\n maskChannel horizontal.alpha\n name Keymix107\n xpos 737\n ypos 1292\n }\nset N16624360 [stack 0]\npush $N16624bb0\n Dot {\n name Dot212\n xpos 451\n ypos 1345\n }\n Matrix {\n matrix {\n {0.5 1 0.5}\n {0 3 0}\n {0.5 1 0.5}\n }\n name Matrix121\n xpos 561\n ypos 1335\n }\npush $N16624360\n Keymix {\n inputs 3\n maskChannel vertical.alpha\n name Keymix108\n xpos 737\n ypos 1335\n }\nclone $C1645cca0 {\n xpos 737\n ypos 1373\n selected false\n }\nclone $C164535e0 {\n xpos 737\n ypos 1422\n selected false\n }\n Expression {\n expr0 a>0?r/a:0\n expr1 a>0?g/a:0\n expr2 a>0?b/a:0\n expr3 a>0?a/a:0\n name Expression12\n xpos 737\n ypos 1457\n }\nclone $C16487210 {\n xpos 557\n ypos 1457\n selected false\n }\npush $N165a87f0\n Merge2 {\n inputs 2\n operation under\n name Merge17\n xpos 290\n ypos 1457\n }\nset N166566d0 [stack 0]\n Switch {\n inputs 2\n which {{Switch30.which==0?(Reformat6.height>=2?0:1):1}}\n name Switch31\n label \"INPUT \\[value which]\"\n xpos 109\n ypos 1451\n }\npush $N166566d0\n Dot {\n name Dot55\n xpos 324\n ypos 1608\n }\nset N166a76f0 [stack 0]\n Reformat {\n type scale\n scale 0.125\n resize height\n filter Impulse\n name Reformat3\n xpos 417\n ypos 1604\n }\nset N166ac180 [stack 0]\n Dot {\n name Dot56\n xpos 771\n ypos 1608\n }\nset N166baa10 [stack 0]\npush $N166ac180\n Dot {\n name Dot57\n xpos 451\n ypos 1645\n }\nset N166bf570 [stack 0]\n Matrix {\n matrix {\n {1 1 0}\n {1 3 0}\n {0 0 0}\n }\n name Matrix13\n xpos 561\n ypos 1635\n }\npush $N166baa10\n Keymix {\n inputs 3\n maskChannel topleft.alpha\n name Keymix13\n xpos 737\n ypos 1635\n }\nset N1669eb60 [stack 0]\npush $N166bf570\n Dot {\n name Dot58\n xpos 451\n ypos 1722\n }\nset N166d84d0 [stack 0]\n Matrix {\n matrix {\n {0 1 1}\n {0 3 1}\n {0 0 0}\n }\n name Matrix14\n xpos 561\n ypos 1712\n }\npush $N1669eb60\n Keymix {\n inputs 3\n maskChannel topright.alpha\n name Keymix14\n xpos 737\n ypos 1712\n }\nset N166e7a80 [stack 0]\npush $N166d84d0\n Dot {\n name Dot59\n xpos 451\n ypos 1802\n }\nset N166f1500 [stack 0]\n Matrix {\n matrix {\n {0 0 0}\n {1 3 0}\n {1 1 0}\n }\n name Matrix15\n xpos 561\n ypos 1792\n }\npush $N166e7a80\n Keymix {\n inputs 3\n maskChannel bottomleft.alpha\n name Keymix15\n xpos 737\n ypos 1792\n }\nset N167014d0 [stack 0]\npush $N166f1500\n Dot {\n name Dot60\n xpos 451\n ypos 1886\n }\nset N1670a650 [stack 0]\n Matrix {\n matrix {\n {0 0 0}\n {0 3 1}\n {0 1 1}\n }\n name Matrix16\n xpos 561\n ypos 1876\n }\npush $N167014d0\n Keymix {\n inputs 3\n maskChannel bottomright.alpha\n name Keymix16\n xpos 737\n ypos 1876\n }\nset N1671a520 [stack 0]\npush $N1670a650\n Dot {\n name Dot213\n xpos 451\n ypos 1941\n }\nset N167235d0 [stack 0]\n Matrix {\n matrix {\n {0.5 0 0.5}\n {1 3 1}\n {0.5 0 0.5}\n }\n name Matrix122\n xpos 561\n ypos 1931\n }\npush $N1671a520\n Keymix {\n inputs 3\n maskChannel horizontal.alpha\n name Keymix109\n xpos 737\n ypos 1931\n }\nset N16700ad0 [stack 0]\npush $N167235d0\n Dot {\n name Dot214\n xpos 451\n ypos 1984\n }\n Matrix {\n matrix {\n {0.5 1 0.5}\n {0 3 0}\n {0.5 1 0.5}\n }\n name Matrix123\n xpos 561\n ypos 1974\n }\npush $N16700ad0\n Keymix {\n inputs 3\n maskChannel vertical.alpha\n name Keymix110\n xpos 737\n ypos 1974\n }\nclone $C1645cca0 {\n xpos 737\n ypos 2009\n selected false\n }\nclone $C164535e0 {\n xpos 737\n ypos 2059\n selected false\n }\n Expression {\n expr0 a>0?r/a:0\n expr1 a>0?g/a:0\n expr2 a>0?b/a:0\n expr3 a>0?a/a:0\n name Expression11\n xpos 737\n ypos 2094\n }\nclone $C16487210 {\n xpos 557\n ypos 2094\n selected false\n }\npush $N166a76f0\n Merge2 {\n inputs 2\n operation under\n name Merge20\n xpos 290\n ypos 2094\n }\nset N16754ed0 [stack 0]\n Switch {\n inputs 2\n which {{Switch31.which==0?(Reformat3.height>=2?0:1):1}}\n name Switch32\n label \"INPUT \\[value which]\"\n xpos 109\n ypos 2088\n }\npush $N16754ed0\n Dot {\n name Dot61\n xpos 324\n ypos 2233\n }\nset N167a6040 [stack 0]\n Reformat {\n type scale\n scale 0.0625\n resize height\n filter Impulse\n name Reformat4\n xpos 417\n ypos 2229\n }\nset N167a54a0 [stack 0]\n Dot {\n name Dot62\n xpos 771\n ypos 2233\n }\nset N167b9470 [stack 0]\npush $N167a54a0\n Dot {\n name Dot72\n xpos 451\n ypos 2270\n }\nset N167bdf40 [stack 0]\n Matrix {\n matrix {\n {1 1 0}\n {1 3 0}\n {0 0 0}\n }\n name Matrix17\n xpos 561\n ypos 2260\n }\npush $N167b9470\n Keymix {\n inputs 3\n maskChannel topleft.alpha\n name Keymix17\n xpos 737\n ypos 2260\n }\nset N167cde20 [stack 0]\npush $N167bdf40\n Dot {\n name Dot76\n xpos 451\n ypos 2347\n }\nset N167d6fa0 [stack 0]\n Matrix {\n matrix {\n {0 1 1}\n {0 3 1}\n {0 0 0}\n }\n name Matrix18\n xpos 561\n ypos 2337\n }\npush $N167cde20\n Keymix {\n inputs 3\n maskChannel topright.alpha\n name Keymix18\n xpos 737\n ypos 2337\n }\nset N167cd300 [stack 0]\npush $N167d6fa0\n Dot {\n name Dot79\n xpos 451\n ypos 2427\n }\nset N167efee0 [stack 0]\n Matrix {\n matrix {\n {0 0 0}\n {1 3 0}\n {1 1 0}\n }\n name Matrix19\n xpos 561\n ypos 2417\n }\npush $N167cd300\n Keymix {\n inputs 3\n maskChannel bottomleft.alpha\n name Keymix19\n xpos 737\n ypos 2417\n }\nset N167ef390 [stack 0]\npush $N167efee0\n Dot {\n name Dot80\n xpos 451\n ypos 2511\n }\nset N16808f00 [stack 0]\n Matrix {\n matrix {\n {0 0 0}\n {0 3 1}\n {0 1 1}\n }\n name Matrix20\n xpos 561\n ypos 2501\n }\npush $N167ef390\n Keymix {\n inputs 3\n maskChannel bottomright.alpha\n name Keymix20\n xpos 737\n ypos 2501\n }\nset N16808350 [stack 0]\npush $N16808f00\n Dot {\n name Dot215\n xpos 451\n ypos 2577\n }\nset N16821f60 [stack 0]\n Matrix {\n matrix {\n {0.5 0 0.5}\n {1 3 1}\n {0.5 0 0.5}\n }\n name Matrix124\n xpos 561\n ypos 2567\n }\npush $N16808350\n Keymix {\n inputs 3\n maskChannel horizontal.alpha\n name Keymix111\n xpos 737\n ypos 2567\n }\nset N16831ef0 [stack 0]\npush $N16821f60\n Dot {\n name Dot216\n xpos 451\n ypos 2620\n }\n Matrix {\n matrix {\n {0.5 1 0.5}\n {0 3 0}\n {0.5 1 0.5}\n }\n name Matrix125\n xpos 561\n ypos 2610\n }\npush $N16831ef0\n Keymix {\n inputs 3\n maskChannel vertical.alpha\n name Keymix112\n xpos 737\n ypos 2610\n }\nclone $C1645cca0 {\n xpos 737\n ypos 2648\n selected false\n }\nclone $C164535e0 {\n xpos 737\n ypos 2684\n selected false\n }\n Expression {\n expr0 a>0?r/a:0\n expr1 a>0?g/a:0\n expr2 a>0?b/a:0\n expr3 a>0?a/a:0\n name Expression13\n xpos 737\n ypos 2719\n }\nclone $C16487210 {\n xpos 557\n ypos 2719\n selected false\n }\npush $N167a6040\n Merge2 {\n inputs 2\n operation under\n name Merge8\n xpos 290\n ypos 2719\n }\nset N1687e050 [stack 0]\n Switch {\n inputs 2\n which {{Switch32.which==0?(Reformat4.height>=2?0:1):1}}\n name Switch33\n label \"INPUT \\[value which]\"\n xpos 109\n ypos 2713\n }\npush $N1687e050\n Dot {\n name Dot81\n xpos 324\n ypos 2906\n }\nset N168a4ab0 [stack 0]\n Reformat {\n type scale\n scale 0.03125\n resize height\n filter Impulse\n name Reformat7\n xpos 417\n ypos 2902\n }\nset N168a94b0 [stack 0]\n Dot {\n name Dot82\n xpos 771\n ypos 2906\n }\nset N1689bb90 [stack 0]\npush $N168a94b0\n Dot {\n name Dot83\n xpos 451\n ypos 2943\n }\nset N168bc910 [stack 0]\n Matrix {\n matrix {\n {1 1 0}\n {1 3 0}\n {0 0 0}\n }\n name Matrix21\n xpos 561\n ypos 2933\n }\npush $N1689bb90\n Keymix {\n inputs 3\n maskChannel topleft.alpha\n name Keymix21\n xpos 737\n ypos 2933\n }\nset N168cc890 [stack 0]\npush $N168bc910\n Dot {\n name Dot84\n xpos 451\n ypos 3020\n }\nset N168d59b0 [stack 0]\n Matrix {\n matrix {\n {0 1 1}\n {0 3 1}\n {0 0 0}\n }\n name Matrix22\n xpos 561\n ypos 3010\n }\npush $N168cc890\n Keymix {\n inputs 3\n maskChannel topright.alpha\n name Keymix22\n xpos 737\n ypos 3010\n }\nset N168e4b00 [stack 0]\npush $N168d59b0\n Dot {\n name Dot88\n xpos 451\n ypos 3100\n }\nset N168ee900 [stack 0]\n Matrix {\n matrix {\n {0 0 0}\n {1 3 0}\n {1 1 0}\n }\n name Matrix23\n xpos 561\n ypos 3090\n }\npush $N168e4b00\n Keymix {\n inputs 3\n maskChannel bottomleft.alpha\n name Keymix23\n xpos 737\n ypos 3090\n }\nset N168fe8e0 [stack 0]\npush $N168ee900\n Dot {\n name Dot89\n xpos 451\n ypos 3184\n }\nset N16907a00 [stack 0]\n Matrix {\n matrix {\n {0 0 0}\n {0 3 1}\n {0 1 1}\n }\n name Matrix24\n xpos 561\n ypos 3174\n }\npush $N168fe8e0\n Keymix {\n inputs 3\n maskChannel bottomright.alpha\n name Keymix24\n xpos 737\n ypos 3174\n }\nset N16916b10 [stack 0]\npush $N16907a00\n Dot {\n name Dot217\n xpos 451\n ypos 3244\n }\nset N16920990 [stack 0]\n Matrix {\n matrix {\n {0.5 0 0.5}\n {1 3 1}\n {0.5 0 0.5}\n }\n name Matrix126\n xpos 561\n ypos 3234\n }\npush $N16916b10\n Keymix {\n inputs 3\n maskChannel horizontal.alpha\n name Keymix113\n xpos 737\n ypos 3234\n }\nset N1691fc30 [stack 0]\npush $N16920990\n Dot {\n name Dot218\n xpos 451\n ypos 3287\n }\n Matrix {\n matrix {\n {0.5 1 0.5}\n {0 3 0}\n {0.5 1 0.5}\n }\n name Matrix127\n xpos 561\n ypos 3277\n }\npush $N1691fc30\n Keymix {\n inputs 3\n maskChannel vertical.alpha\n name Keymix114\n xpos 737\n ypos 3277\n }\nclone $C1645cca0 {\n xpos 737\n ypos 3315\n selected false\n }\nclone $C164535e0 {\n xpos 737\n ypos 3355\n selected false\n }\n Expression {\n expr0 a>0?r/a:0\n expr1 a>0?g/a:0\n expr2 a>0?b/a:0\n expr3 a>0?a/a:0\n name Expression14\n xpos 737\n ypos 3392\n }\nclone $C16487210 {\n xpos 557\n ypos 3392\n selected false\n }\npush $N168a4ab0\n Merge2 {\n inputs 2\n operation under\n name Merge16\n xpos 290\n ypos 3392\n disable {{logb(Input1.height)>=6?0:1}}\n }\n set C1698bf50 [stack 0]\nset N1698bf50 [stack 0]\n Switch {\n inputs 2\n which {{Switch33.which==0?(Reformat7.height>=2?0:1):1}}\n name Switch34\n label \"INPUT \\[value which]\"\n xpos 109\n ypos 3386\n }\npush $N1698bf50\n Dot {\n name Dot92\n xpos 324\n ypos 3568\n }\nset N169a3630 [stack 0]\n Reformat {\n type scale\n scale 0.015625\n resize height\n filter Impulse\n name Reformat8\n xpos 417\n ypos 3564\n }\nset N169a2730 [stack 0]\n Dot {\n name Dot93\n xpos 771\n ypos 3568\n }\nset N169b5b40 [stack 0]\npush $N169a2730\n Dot {\n name Dot95\n xpos 451\n ypos 3605\n }\nset N169bb470 [stack 0]\n Matrix {\n matrix {\n {1 1 0}\n {1 3 0}\n {0 0 0}\n }\n name Matrix25\n xpos 561\n ypos 3595\n }\npush $N169b5b40\n Keymix {\n inputs 3\n maskChannel topleft.alpha\n name Keymix25\n xpos 737\n ypos 3595\n }\nset N169cb430 [stack 0]\npush $N169bb470\n Dot {\n name Dot98\n xpos 451\n ypos 3682\n }\nset N169d4530 [stack 0]\n Matrix {\n matrix {\n {0 1 1}\n {0 3 1}\n {0 0 0}\n }\n name Matrix26\n xpos 561\n ypos 3672\n }\npush $N169cb430\n Keymix {\n inputs 3\n maskChannel topright.alpha\n name Keymix26\n xpos 737\n ypos 3672\n }\nset N169e4480 [stack 0]\npush $N169d4530\n Dot {\n name Dot100\n xpos 451\n ypos 3762\n }\nset N169ed5a0 [stack 0]\n Matrix {\n matrix {\n {0 0 0}\n {1 3 0}\n {1 1 0}\n }\n name Matrix27\n xpos 561\n ypos 3752\n }\npush $N169e4480\n Keymix {\n inputs 3\n maskChannel bottomleft.alpha\n name Keymix27\n xpos 737\n ypos 3752\n }\nset N169fd480 [stack 0]\npush $N169ed5a0\n Dot {\n name Dot101\n xpos 451\n ypos 3846\n }\nset N16a06600 [stack 0]\n Matrix {\n matrix {\n {0 0 0}\n {0 3 1}\n {0 1 1}\n }\n name Matrix28\n xpos 561\n ypos 3836\n }\npush $N169fd480\n Keymix {\n inputs 3\n maskChannel bottomright.alpha\n name Keymix28\n xpos 737\n ypos 3836\n }\nset N169fc5a0 [stack 0]\npush $N16a06600\n Dot {\n name Dot219\n xpos 451\n ypos 3909\n }\nset N16a1f550 [stack 0]\n Matrix {\n matrix {\n {0.5 0 0.5}\n {1 3 1}\n {0.5 0 0.5}\n }\n name Matrix128\n xpos 561\n ypos 3899\n }\npush $N169fc5a0\n Keymix {\n inputs 3\n maskChannel horizontal.alpha\n name Keymix115\n xpos 737\n ypos 3899\n }\nset N16a2f4e0 [stack 0]\npush $N16a1f550\n Dot {\n name Dot220\n xpos 451\n ypos 3952\n }\n Matrix {\n matrix {\n {0.5 1 0.5}\n {0 3 0}\n {0.5 1 0.5}\n }\n name Matrix129\n xpos 561\n ypos 3942\n }\npush $N16a2f4e0\n Keymix {\n inputs 3\n maskChannel vertical.alpha\n name Keymix116\n xpos 737\n ypos 3942\n }\nclone $C1645cca0 {\n xpos 737\n ypos 3980\n selected false\n }\nclone $C164535e0 {\n xpos 737\n ypos 4019\n selected false\n }\n Expression {\n expr0 a>0?r/a:0\n expr1 a>0?g/a:0\n expr2 a>0?b/a:0\n expr3 a>0?a/a:0\n name Expression15\n xpos 737\n ypos 4054\n }\nclone $C16487210 {\n xpos 557\n ypos 4054\n selected false\n }\npush $N169a3630\n Merge2 {\n inputs 2\n operation under\n name Merge18\n xpos 290\n ypos 4054\n disable {{logb(Input1.height)>=7?0:1}}\n }\n set C16a6d060 [stack 0]\nset N16a6d060 [stack 0]\n Switch {\n inputs 2\n which {{Switch34.which==0?(Reformat8.height>=2?0:1):1}}\n name Switch35\n label \"INPUT \\[value which]\"\n xpos 109\n ypos 4048\n }\npush $N16a6d060\n Dot {\n name Dot102\n xpos 324\n ypos 4242\n }\nset N165de270 [stack 0]\n Reformat {\n type scale\n scale 0.0078125\n resize height\n filter Impulse\n name Reformat9\n xpos 417\n ypos 4238\n }\nset N16aa7530 [stack 0]\n Dot {\n name Dot103\n xpos 771\n ypos 4242\n }\nset N16ab5e30 [stack 0]\npush $N16aa7530\n Dot {\n name Dot104\n xpos 451\n ypos 4279\n }\nset N16aba880 [stack 0]\n Matrix {\n matrix {\n {1 1 0}\n {1 3 0}\n {0 0 0}\n }\n name Matrix29\n xpos 561\n ypos 4269\n }\npush $N16ab5e30\n Keymix {\n inputs 3\n maskChannel topleft.alpha\n name Keymix29\n xpos 737\n ypos 4269\n }\nset N16ac9780 [stack 0]\npush $N16aba880\n Dot {\n name Dot105\n xpos 451\n ypos 4356\n }\nset N16ad3930 [stack 0]\n Matrix {\n matrix {\n {0 1 1}\n {0 3 1}\n {0 0 0}\n }\n name Matrix30\n xpos 561\n ypos 4346\n }\npush $N16ac9780\n Keymix {\n inputs 3\n maskChannel topright.alpha\n name Keymix30\n xpos 737\n ypos 4346\n }\nset N16ae38d0 [stack 0]\npush $N16ad3930\n Dot {\n name Dot106\n xpos 451\n ypos 4436\n }\nset N16aec9f0 [stack 0]\n Matrix {\n matrix {\n {0 0 0}\n {1 3 0}\n {1 1 0}\n }\n name Matrix31\n xpos 561\n ypos 4426\n }\npush $N16ae38d0\n Keymix {\n inputs 3\n maskChannel bottomleft.alpha\n name Keymix31\n xpos 737\n ypos 4426\n }\nset N16afc8c0 [stack 0]\npush $N16aec9f0\n Dot {\n name Dot107\n xpos 451\n ypos 4520\n }\nset N16b059e0 [stack 0]\n Matrix {\n matrix {\n {0 0 0}\n {0 3 1}\n {0 1 1}\n }\n name Matrix32\n xpos 561\n ypos 4510\n }\npush $N16afc8c0\n Keymix {\n inputs 3\n maskChannel bottomright.alpha\n name Keymix32\n xpos 737\n ypos 4510\n }\nset N16ad28a0 [stack 0]\npush $N16b059e0\n Dot {\n name Dot221\n xpos 451\n ypos 4584\n }\nset N16b1e8e0 [stack 0]\n Matrix {\n matrix {\n {0.5 0 0.5}\n {1 3 1}\n {0.5 0 0.5}\n }\n name Matrix130\n xpos 561\n ypos 4574\n }\npush $N16ad28a0\n Keymix {\n inputs 3\n maskChannel horizontal.alpha\n name Keymix117\n xpos 737\n ypos 4574\n }\nset N16b1d7f0 [stack 0]\npush $N16b1e8e0\n Dot {\n name Dot222\n xpos 451\n ypos 4627\n }\n Matrix {\n matrix {\n {0.5 1 0.5}\n {0 3 0}\n {0.5 1 0.5}\n }\n name Matrix131\n xpos 561\n ypos 4617\n }\npush $N16b1d7f0\n Keymix {\n inputs 3\n maskChannel vertical.alpha\n name Keymix118\n xpos 737\n ypos 4617\n }\nclone $C1645cca0 {\n xpos 737\n ypos 4655\n selected false\n }\nclone $C164535e0 {\n xpos 737\n ypos 4693\n selected false\n }\n Expression {\n expr0 a>0?r/a:0\n expr1 a>0?g/a:0\n expr2 a>0?b/a:0\n expr3 a>0?a/a:0\n name Expression16\n xpos 737\n ypos 4728\n }\nclone $C16487210 {\n xpos 554\n ypos 4728\n selected false\n }\npush $N165de270\n Merge2 {\n inputs 2\n operation under\n name Merge25\n xpos 290\n ypos 4728\n }\nset N16b6c270 [stack 0]\n Switch {\n inputs 2\n which {{Switch35.which==0?(Reformat9.height>=2?0:1):1}}\n name Switch36\n label \"INPUT \\[value which]\"\n xpos 109\n ypos 4722\n }\npush $N16b6c270\n Dot {\n name Dot170\n xpos 324\n ypos 4908\n }\nset N16ba1420 [stack 0]\n Reformat {\n type scale\n scale 0.00390625\n resize height\n filter Impulse\n name Reformat15\n xpos 417\n ypos 4904\n }\nset N16b980a0 [stack 0]\n Dot {\n name Dot171\n xpos 771\n ypos 4908\n }\nset N16bb35d0 [stack 0]\npush $N16b980a0\n Dot {\n name Dot172\n xpos 451\n ypos 4945\n }\nset N16bb91f0 [stack 0]\n Matrix {\n matrix {\n {1 1 0}\n {1 3 0}\n {0 0 0}\n }\n name Matrix98\n xpos 561\n ypos 4935\n }\npush $N16bb35d0\n Keymix {\n inputs 3\n maskChannel topleft.alpha\n name Keymix85\n xpos 737\n ypos 4935\n }\nset N16bb8010 [stack 0]\npush $N16bb91f0\n Dot {\n name Dot173\n xpos 451\n ypos 5022\n }\nset N16bd2250 [stack 0]\n Matrix {\n matrix {\n {0 1 1}\n {0 3 1}\n {0 0 0}\n }\n name Matrix99\n xpos 561\n ypos 5012\n }\npush $N16bb8010\n Keymix {\n inputs 3\n maskChannel topright.alpha\n name Keymix86\n xpos 737\n ypos 5012\n }\nset N16be21f0 [stack 0]\npush $N16bd2250\n Dot {\n name Dot174\n xpos 451\n ypos 5102\n }\nset N16beb310 [stack 0]\n Matrix {\n matrix {\n {0 0 0}\n {1 3 0}\n {1 1 0}\n }\n name Matrix100\n xpos 561\n ypos 5092\n }\npush $N16be21f0\n Keymix {\n inputs 3\n maskChannel bottomleft.alpha\n name Keymix87\n xpos 737\n ypos 5092\n }\nset N16bfb1c0 [stack 0]\npush $N16beb310\n Dot {\n name Dot175\n xpos 451\n ypos 5186\n }\nset N16c042c0 [stack 0]\n Matrix {\n matrix {\n {0 0 0}\n {0 3 1}\n {0 1 1}\n }\n name Matrix101\n xpos 561\n ypos 5176\n }\npush $N16bfb1c0\n Keymix {\n inputs 3\n maskChannel bottomright.alpha\n name Keymix88\n xpos 737\n ypos 5176\n }\nset N16c141e0 [stack 0]\npush $N16c042c0\n Dot {\n name Dot223\n xpos 451\n ypos 5249\n }\nset N16c1d360 [stack 0]\n Matrix {\n matrix {\n {0.5 0 0.5}\n {1 3 1}\n {0.5 0 0.5}\n }\n name Matrix132\n xpos 561\n ypos 5239\n }\npush $N16c141e0\n Keymix {\n inputs 3\n maskChannel horizontal.alpha\n name Keymix119\n xpos 737\n ypos 5239\n }\nset N16c2bf10 [stack 0]\npush $N16c1d360\n Dot {\n name Dot224\n xpos 451\n ypos 5292\n }\n Matrix {\n matrix {\n {0.5 1 0.5}\n {0 3 0}\n {0.5 1 0.5}\n }\n name Matrix133\n xpos 561\n ypos 5282\n }\npush $N16c2bf10\n Keymix {\n inputs 3\n maskChannel vertical.alpha\n name Keymix120\n xpos 737\n ypos 5282\n }\nclone $C1645cca0 {\n xpos 737\n ypos 5320\n selected false\n }\nclone $C164535e0 {\n xpos 737\n ypos 5359\n selected false\n }\n Expression {\n expr0 a>0?r/a:0\n expr1 a>0?g/a:0\n expr2 a>0?b/a:0\n expr3 a>0?a/a:0\n name Expression44\n xpos 737\n ypos 5394\n }\nclone $C16487210 {\n xpos 554\n ypos 5394\n selected false\n }\npush $N16ba1420\n Merge2 {\n inputs 2\n operation under\n name Merge38\n xpos 290\n ypos 5394\n }\nset N16c78cb0 [stack 0]\n Switch {\n inputs 2\n which {{Switch36.which==0?(Reformat15.height>=2?0:1):1}}\n name Switch37\n label \"INPUT \\[value which]\"\n xpos 109\n ypos 5388\n }\npush $N16c78cb0\n Dot {\n name Dot176\n xpos 324\n ypos 5642\n }\nset N16c9fd90 [stack 0]\n Reformat {\n type scale\n scale 0.001953125\n resize height\n filter Impulse\n name Reformat16\n xpos 417\n ypos 5638\n }\nset N16ca4890 [stack 0]\n Dot {\n name Dot177\n xpos 771\n ypos 5642\n }\nset N16cb31a0 [stack 0]\npush $N16ca4890\n Dot {\n name Dot178\n xpos 451\n ypos 5679\n }\nset N16cb7d00 [stack 0]\n Matrix {\n matrix {\n {1 1 0}\n {1 3 0}\n {0 0 0}\n }\n name Matrix102\n xpos 561\n ypos 5669\n }\npush $N16cb31a0\n Keymix {\n inputs 3\n maskChannel topleft.alpha\n name Keymix89\n xpos 737\n ypos 5669\n }\nset N16c9e910 [stack 0]\npush $N16cb7d00\n Dot {\n name Dot179\n xpos 451\n ypos 5756\n }\nset N16cd0bd0 [stack 0]\n Matrix {\n matrix {\n {0 1 1}\n {0 3 1}\n {0 0 0}\n }\n name Matrix103\n xpos 561\n ypos 5746\n }\npush $N16c9e910\n Keymix {\n inputs 3\n maskChannel topright.alpha\n name Keymix90\n xpos 737\n ypos 5746\n }\nset N16ce0bb0 [stack 0]\npush $N16cd0bd0\n Dot {\n name Dot180\n xpos 451\n ypos 5836\n }\nset N16ce9c10 [stack 0]\n Matrix {\n matrix {\n {0 0 0}\n {1 3 0}\n {1 1 0}\n }\n name Matrix104\n xpos 561\n ypos 5826\n }\npush $N16ce0bb0\n Keymix {\n inputs 3\n maskChannel bottomleft.alpha\n name Keymix91\n xpos 737\n ypos 5826\n }\nset N16cf8730 [stack 0]\npush $N16ce9c10\n Dot {\n name Dot181\n xpos 451\n ypos 5920\n }\nset N16d04c20 [stack 0]\n Matrix {\n matrix {\n {0 0 0}\n {0 3 1}\n {0 1 1}\n }\n name Matrix105\n xpos 561\n ypos 5910\n }\npush $N16cf8730\n Keymix {\n inputs 3\n maskChannel bottomright.alpha\n name Keymix92\n xpos 737\n ypos 5910\n }\nset N16d14ba0 [stack 0]\npush $N16d04c20\n Dot {\n name Dot225\n xpos 451\n ypos 5983\n }\nset N16d1dd20 [stack 0]\n Matrix {\n matrix {\n {0.5 0 0.5}\n {1 3 1}\n {0.5 0 0.5}\n }\n name Matrix134\n xpos 566\n ypos 5973\n }\npush $N16d14ba0\n Keymix {\n inputs 3\n maskChannel horizontal.alpha\n name Keymix121\n xpos 737\n ypos 5973\n }\nset N16d2dbc0 [stack 0]\npush $N16d1dd20\n Dot {\n name Dot226\n xpos 451\n ypos 6026\n }\n Matrix {\n matrix {\n {0.5 1 0.5}\n {0 3 0}\n {0.5 1 0.5}\n }\n name Matrix135\n xpos 561\n ypos 6016\n }\npush $N16d2dbc0\n Keymix {\n inputs 3\n maskChannel vertical.alpha\n name Keymix122\n xpos 737\n ypos 6016\n }\nclone $C1645cca0 {\n xpos 737\n ypos 6054\n selected false\n }\nclone $C164535e0 {\n xpos 737\n ypos 6093\n selected false\n }\n Expression {\n expr0 a>0?r/a:0\n expr1 a>0?g/a:0\n expr2 a>0?b/a:0\n expr3 a>0?a/a:0\n name Expression45\n xpos 737\n ypos 6128\n }\nclone $C16487210 {\n xpos 554\n ypos 6128\n selected false\n }\npush $N16c9fd90\n Merge2 {\n inputs 2\n operation under\n name Merge39\n xpos 290\n ypos 6128\n }\nset N16d89230 [stack 0]\n Switch {\n inputs 2\n which {{Switch37.which==0?(Reformat16.height>=2?0:1):1}}\n name Switch38\n label \"INPUT \\[value which]\"\n xpos 109\n ypos 6122\n }\npush $N16d89230\n Dot {\n name Dot182\n xpos 324\n ypos 6344\n }\nset N16da0710 [stack 0]\n Reformat {\n type scale\n scale 0.00097656\n resize height\n filter Impulse\n name Reformat24\n xpos 417\n ypos 6340\n }\nset N16d9f150 [stack 0]\n Dot {\n name Dot183\n xpos 771\n ypos 6344\n }\nset N16db3ab0 [stack 0]\npush $N16d9f150\n Dot {\n name Dot184\n xpos 451\n ypos 6381\n }\nset N16db8600 [stack 0]\n Matrix {\n matrix {\n {1 1 0}\n {1 3 0}\n {0 0 0}\n }\n name Matrix106\n xpos 561\n ypos 6371\n }\npush $N16db3ab0\n Keymix {\n inputs 3\n maskChannel topleft.alpha\n name Keymix93\n xpos 737\n ypos 6371\n }\nset N16dc84e0 [stack 0]\npush $N16db8600\n Dot {\n name Dot185\n xpos 451\n ypos 6458\n }\nset N16dd15e0 [stack 0]\n Matrix {\n matrix {\n {0 1 1}\n {0 3 1}\n {0 0 0}\n }\n name Matrix107\n xpos 561\n ypos 6448\n }\npush $N16dc84e0\n Keymix {\n inputs 3\n maskChannel topright.alpha\n name Keymix94\n xpos 737\n ypos 6448\n }\nset N16dc6fa0 [stack 0]\npush $N16dd15e0\n Dot {\n name Dot186\n xpos 451\n ypos 6538\n }\nset N16dea5b0 [stack 0]\n Matrix {\n matrix {\n {0 0 0}\n {1 3 0}\n {1 1 0}\n }\n name Matrix108\n xpos 561\n ypos 6528\n }\npush $N16dc6fa0\n Keymix {\n inputs 3\n maskChannel bottomleft.alpha\n name Keymix95\n xpos 737\n ypos 6528\n }\nset N16dfa570 [stack 0]\npush $N16dea5b0\n Dot {\n name Dot187\n xpos 451\n ypos 6622\n }\nset N16e03690 [stack 0]\n Matrix {\n matrix {\n {0 0 0}\n {0 3 1}\n {0 1 1}\n }\n name Matrix109\n xpos 561\n ypos 6612\n }\npush $N16dfa570\n Keymix {\n inputs 3\n maskChannel bottomright.alpha\n name Keymix96\n xpos 737\n ypos 6612\n }\nset N16e13540 [stack 0]\npush $N16e03690\n Dot {\n name Dot227\n xpos 451\n ypos 6686\n }\nset N16e1c6c0 [stack 0]\n Matrix {\n matrix {\n {0.5 0 0.5}\n {1 3 1}\n {0.5 0 0.5}\n }\n name Matrix136\n xpos 566\n ypos 6676\n }\npush $N16e13540\n Keymix {\n inputs 3\n maskChannel horizontal.alpha\n name Keymix123\n xpos 737\n ypos 6676\n }\nset N16e11f70 [stack 0]\npush $N16e1c6c0\n Dot {\n name Dot228\n xpos 451\n ypos 6729\n }\n Matrix {\n matrix {\n {0.5 1 0.5}\n {0 3 0}\n {0.5 1 0.5}\n }\n name Matrix137\n xpos 561\n ypos 6719\n }\npush $N16e11f70\n Keymix {\n inputs 3\n maskChannel vertical.alpha\n name Keymix124\n xpos 737\n ypos 6719\n }\nclone $C1645cca0 {\n xpos 737\n ypos 6757\n selected false\n }\nclone $C164535e0 {\n xpos 737\n ypos 6795\n selected false\n }\n Expression {\n expr0 a>0?r/a:0\n expr1 a>0?g/a:0\n expr2 a>0?b/a:0\n expr3 a>0?a/a:0\n name Expression46\n xpos 737\n ypos 6830\n }\nclone $C16487210 {\n xpos 554\n ypos 6830\n selected false\n }\npush $N16da0710\n Merge2 {\n inputs 2\n operation under\n name Merge40\n xpos 290\n ypos 6830\n }\nset N16e87bb0 [stack 0]\n Switch {\n inputs 2\n which {{Switch38.which==0?(Reformat24.height>=2?0:1):1}}\n name Switch39\n label \"INPUT \\[value which]\"\n xpos 109\n ypos 6824\n }\npush $N16e87bb0\n Dot {\n name Dot188\n xpos 324\n ypos 7065\n }\nset N16e9f090 [stack 0]\n Reformat {\n type scale\n scale 0.00048828\n resize height\n filter Impulse\n name Reformat25\n xpos 417\n ypos 7061\n }\nset N16ea3b90 [stack 0]\n Dot {\n name Dot189\n xpos 771\n ypos 7065\n }\nset N16e9d880 [stack 0]\npush $N16ea3b90\n Dot {\n name Dot190\n xpos 451\n ypos 7102\n }\nset N16eb6f20 [stack 0]\n Matrix {\n matrix {\n {1 1 0}\n {1 3 0}\n {0 0 0}\n }\n name Matrix110\n xpos 561\n ypos 7092\n }\npush $N16e9d880\n Keymix {\n inputs 3\n maskChannel topleft.alpha\n name Keymix97\n xpos 737\n ypos 7092\n }\nset N16eb5860 [stack 0]\npush $N16eb6f20\n Dot {\n name Dot191\n xpos 451\n ypos 7179\n }\nset N16ecff20 [stack 0]\n Matrix {\n matrix {\n {0 1 1}\n {0 3 1}\n {0 0 0}\n }\n name Matrix111\n xpos 561\n ypos 7169\n }\npush $N16eb5860\n Keymix {\n inputs 3\n maskChannel topright.alpha\n name Keymix98\n xpos 737\n ypos 7169\n }\nset N16edfeb0 [stack 0]\npush $N16ecff20\n Dot {\n name Dot192\n xpos 451\n ypos 7259\n }\nset N16ee9030 [stack 0]\n Matrix {\n matrix {\n {0 0 0}\n {1 3 0}\n {1 1 0}\n }\n name Matrix112\n xpos 561\n ypos 7249\n }\npush $N16edfeb0\n Keymix {\n inputs 3\n maskChannel bottomleft.alpha\n name Keymix99\n xpos 737\n ypos 7249\n }\nset N16ede790 [stack 0]\npush $N16ee9030\n Dot {\n name Dot193\n xpos 451\n ypos 7343\n }\nset N16f01f50 [stack 0]\n Matrix {\n matrix {\n {0 0 0}\n {0 3 1}\n {0 1 1}\n }\n name Matrix113\n xpos 561\n ypos 7333\n }\npush $N16ede790\n Keymix {\n inputs 3\n maskChannel bottomright.alpha\n name Keymix100\n xpos 737\n ypos 7333\n }\nset N16f007d0 [stack 0]\npush $N16f01f50\n Dot {\n name Dot229\n xpos 451\n ypos 7409\n }\nset N16f1afb0 [stack 0]\n Matrix {\n matrix {\n {0.5 0 0.5}\n {1 3 1}\n {0.5 0 0.5}\n }\n name Matrix138\n xpos 566\n ypos 7399\n }\npush $N16f007d0\n Keymix {\n inputs 3\n maskChannel horizontal.alpha\n name Keymix125\n xpos 737\n ypos 7399\n }\nset N16f2af50 [stack 0]\npush $N16f1afb0\n Dot {\n name Dot230\n xpos 451\n ypos 7452\n }\n Matrix {\n matrix {\n {0.5 1 0.5}\n {0 3 0}\n {0.5 1 0.5}\n }\n name Matrix139\n xpos 561\n ypos 7442\n }\npush $N16f2af50\n Keymix {\n inputs 3\n maskChannel vertical.alpha\n name Keymix126\n xpos 737\n ypos 7442\n }\nclone $C1645cca0 {\n xpos 737\n ypos 7480\n selected false\n }\nclone $C164535e0 {\n xpos 737\n ypos 7516\n selected false\n }\n Expression {\n expr0 a>0?r/a:0\n expr1 a>0?g/a:0\n expr2 a>0?b/a:0\n expr3 a>0?a/a:0\n name Expression47\n xpos 737\n ypos 7551\n }\nclone $C16487210 {\n xpos 554\n ypos 7551\n selected false\n }\npush $N16e9f090\n Merge2 {\n inputs 2\n operation under\n name Merge41\n xpos 290\n ypos 7551\n }\nset N16f86560 [stack 0]\n Switch {\n inputs 2\n which {{Switch39.which==0?(Reformat25.height>=2?0:1):1}}\n name Switch40\n label \"INPUT \\[value which]\"\n xpos 109\n ypos 7545\n }\npush $N16f86560\n Dot {\n name Dot194\n xpos 324\n ypos 7808\n }\nset N16f9db00 [stack 0]\n Reformat {\n type scale\n scale 0.00024414\n resize height\n filter Impulse\n name Reformat26\n xpos 417\n ypos 7804\n }\nset N16fa2510 [stack 0]\n Dot {\n name Dot195\n xpos 771\n ypos 7808\n }\nset N16f67ea0 [stack 0]\npush $N16fa2510\n Dot {\n name Dot196\n xpos 451\n ypos 7845\n }\nset N16fb5960 [stack 0]\n Matrix {\n matrix {\n {1 1 0}\n {1 3 0}\n {0 0 0}\n }\n name Matrix114\n xpos 561\n ypos 7835\n }\npush $N16f67ea0\n Keymix {\n inputs 3\n maskChannel topleft.alpha\n name Keymix101\n xpos 737\n ypos 7835\n }\nset N16fc58e0 [stack 0]\npush $N16fb5960\n Dot {\n name Dot197\n xpos 451\n ypos 7922\n }\nset N16fcea00 [stack 0]\n Matrix {\n matrix {\n {0 1 1}\n {0 3 1}\n {0 0 0}\n }\n name Matrix115\n xpos 561\n ypos 7912\n }\npush $N16fc58e0\n Keymix {\n inputs 3\n maskChannel topright.alpha\n name Keymix102\n xpos 737\n ypos 7912\n }\nset N16fde8d0 [stack 0]\npush $N16fcea00\n Dot {\n name Dot198\n xpos 451\n ypos 8002\n }\nset N16fe79f0 [stack 0]\n Matrix {\n matrix {\n {0 0 0}\n {1 3 0}\n {1 1 0}\n }\n name Matrix116\n xpos 561\n ypos 7992\n }\npush $N16fde8d0\n Keymix {\n inputs 3\n maskChannel bottomleft.alpha\n name Keymix103\n xpos 737\n ypos 7992\n }\nset N16ff7940 [stack 0]\npush $N16fe79f0\n Dot {\n name Dot199\n xpos 451\n ypos 8086\n }\nset N17000a60 [stack 0]\n Matrix {\n matrix {\n {0 0 0}\n {0 3 1}\n {0 1 1}\n }\n name Matrix117\n xpos 561\n ypos 8076\n }\npush $N16ff7940\n Keymix {\n inputs 3\n maskChannel bottomright.alpha\n name Keymix104\n xpos 737\n ypos 8076\n }\nset N1700ef90 [stack 0]\npush $N17000a60\n Dot {\n name Dot231\n xpos 451\n ypos 8153\n }\nset N17019a00 [stack 0]\n Matrix {\n matrix {\n {0.5 0 0.5}\n {1 3 1}\n {0.5 0 0.5}\n }\n name Matrix140\n xpos 566\n ypos 8143\n }\npush $N1700ef90\n Keymix {\n inputs 3\n maskChannel horizontal.alpha\n name Keymix127\n xpos 737\n ypos 8143\n }\nset N170299b0 [stack 0]\npush $N17019a00\n Dot {\n name Dot232\n xpos 451\n ypos 8196\n }\n Matrix {\n matrix {\n {0.5 1 0.5}\n {0 3 0}\n {0.5 1 0.5}\n }\n name Matrix141\n xpos 561\n ypos 8186\n }\npush $N170299b0\n Keymix {\n inputs 3\n maskChannel vertical.alpha\n name Keymix128\n xpos 737\n ypos 8186\n }\nclone $C1645cca0 {\n xpos 737\n ypos 8224\n selected false\n }\nclone $C164535e0 {\n xpos 737\n ypos 8259\n selected false\n }\n Expression {\n expr0 a>0?r/a:0\n expr1 a>0?g/a:0\n expr2 a>0?b/a:0\n expr3 a>0?a/a:0\n name Expression48\n xpos 737\n ypos 8294\n }\nclone $C16487210 {\n xpos 554\n ypos 8294\n selected false\n }\npush $N16f9db00\n Merge2 {\n inputs 2\n operation under\n name Merge42\n xpos 284\n ypos 8294\n }\n Switch {\n inputs 2\n which {{Switch40.which==0?(Reformat26.height>=2?0:1):1}}\n name Switch41\n label \"INPUT \\[value which]\"\n xpos 109\n ypos 8288\n }\n Dot {\n name Dot203\n xpos 143\n ypos 8499\n }\npush $N163b8ad0\npush $N163b3f90\n Dot {\n name Dot14\n xpos -874\n ypos -281\n }\nset N17074a20 [stack 0]\n Matrix {\n matrix {\n {1 1 0}\n {1 3 0}\n {0 0 0}\n }\n name Matrix33\n xpos -640\n ypos -291\n }\npush $N163b8ad0\n Keymix {\n inputs 3\n maskChannel topleft.alpha\n name Keymix33\n xpos -461\n ypos -291\n }\nset N170b0f40 [stack 0]\npush $N17074a20\n Dot {\n name Dot15\n xpos -874\n ypos -204\n }\nset N170ba060 [stack 0]\n Matrix {\n matrix {\n {0 1 1}\n {0 3 1}\n {0 0 0}\n }\n name Matrix34\n xpos -638\n ypos -214\n }\npush $N170b0f40\n Keymix {\n inputs 3\n maskChannel topright.alpha\n name Keymix34\n xpos -461\n ypos -214\n }\nset N170c9f30 [stack 0]\npush $N170ba060\n Dot {\n name Dot16\n xpos -874\n ypos -124\n }\nset N170d3050 [stack 0]\n Matrix {\n matrix {\n {0 0 0}\n {1 3 0}\n {1 1 0}\n }\n name Matrix35\n xpos -638\n ypos -134\n }\npush $N170c9f30\n Keymix {\n inputs 3\n maskChannel bottomleft.alpha\n name Keymix35\n xpos -461\n ypos -134\n }\nset N170e2ee0 [stack 0]\npush $N170d3050\n Dot {\n name Dot17\n xpos -874\n ypos -40\n }\nset N170e14d0 [stack 0]\n Matrix {\n matrix {\n {0 0 0}\n {0 3 1}\n {0 1 1}\n }\n name Matrix36\n xpos -641\n ypos -50\n }\npush $N170e2ee0\n Keymix {\n inputs 3\n maskChannel bottomright.alpha\n name Keymix36\n xpos -461\n ypos -50\n }\nclone $C1645cca0 {\n xpos -461\n ypos -12\n selected false\n }\nclone $C164535e0 {\n xpos -461\n ypos 112\n selected false\n }\n Expression {\n expr0 a>0?r/a:0\n expr1 a>0?g/a:0\n expr2 a>0?b/a:0\n expr3 a>0?a/a:0\n name Expression17\n xpos -461\n ypos 145\n }\nset N17121b30 [stack 0]\nclone $C16487210 {\n xpos -648\n ypos 145\n selected false\n }\npush $N170e14d0\n Merge2 {\n inputs 2\n operation under\n name Merge1\n xpos -908\n ypos 145\n }\nset N1713e5b0 [stack 0]\n Dot {\n name Dot201\n xpos -1052\n ypos 149\n }\npush $N17121b30\n Dot {\n name Dot8\n xpos -427\n ypos 323\n }\nset N17152450 [stack 0]\npush $N17152450\n Dot {\n name Dot9\n xpos -747\n ypos 323\n }\n Dot {\n name Dot20\n xpos -747\n ypos 383\n }\nset N1715b900 [stack 0]\n Matrix {\n matrix {\n {1 1 0}\n {1 3 0}\n {0 0 0}\n }\n name Matrix37\n xpos -637\n ypos 373\n }\npush $N17152450\n Keymix {\n inputs 3\n maskChannel topleft.alpha\n name Keymix37\n xpos -461\n ypos 373\n }\nset N17169d20 [stack 0]\npush $N1715b900\n Dot {\n name Dot21\n xpos -747\n ypos 460\n }\nset N17174950 [stack 0]\n Matrix {\n matrix {\n {0 1 1}\n {0 3 1}\n {0 0 0}\n }\n name Matrix38\n xpos -637\n ypos 450\n }\npush $N17169d20\n Keymix {\n inputs 3\n maskChannel topright.alpha\n name Keymix38\n xpos -461\n ypos 450\n }\nset N17184980 [stack 0]\npush $N17174950\n Dot {\n name Dot23\n xpos -747\n ypos 540\n }\nset N1718db00 [stack 0]\n Matrix {\n matrix {\n {0 0 0}\n {1 3 0}\n {1 1 0}\n }\n name Matrix39\n xpos -637\n ypos 530\n }\npush $N17184980\n Keymix {\n inputs 3\n maskChannel bottomleft.alpha\n name Keymix39\n xpos -461\n ypos 530\n }\nset N1719da00 [stack 0]\npush $N1718db00\n Dot {\n name Dot25\n xpos -747\n ypos 624\n }\n Matrix {\n matrix {\n {0 0 0}\n {0 3 1}\n {0 1 1}\n }\n name Matrix40\n xpos -637\n ypos 614\n }\npush $N1719da00\n Keymix {\n inputs 3\n maskChannel bottomright.alpha\n name Keymix40\n xpos -461\n ypos 614\n }\nclone $C1645cca0 {\n xpos -461\n ypos 666\n selected false\n }\nclone $C164535e0 {\n xpos -461\n ypos 773\n selected false\n }\n Expression {\n expr0 a>0?r/a:0\n expr1 a>0?g/a:0\n expr2 a>0?b/a:0\n expr3 a>0?a/a:0\n name Expression18\n xpos -461\n ypos 809\n }\nset N17183100 [stack 0]\nclone $C16487210 {\n xpos -641\n ypos 809\n selected false\n }\npush $N1713e5b0\n Merge2 {\n inputs 2\n operation under\n name Merge2\n xpos -908\n ypos 809\n }\nset N171e8ad0 [stack 0]\n Switch {\n inputs 2\n which {{Expression18.height>=2?0:1}}\n name Switch18\n label \"INPUT \\[value which]\"\n xpos -1086\n ypos 803\n }\npush $N17183100\n Dot {\n name Dot18\n xpos -427\n ypos 971\n }\nset N17210540 [stack 0]\npush $N17210540\n Dot {\n name Dot19\n xpos -747\n ypos 971\n }\n Dot {\n name Dot26\n xpos -747\n ypos 1031\n }\nset N172066d0 [stack 0]\n Matrix {\n matrix {\n {1 1 0}\n {1 3 0}\n {0 0 0}\n }\n name Matrix41\n xpos -637\n ypos 1021\n }\npush $N17210540\n Keymix {\n inputs 3\n maskChannel topleft.alpha\n name Keymix41\n xpos -461\n ypos 1021\n }\nset N17229a70 [stack 0]\npush $N172066d0\n Dot {\n name Dot27\n xpos -747\n ypos 1108\n }\nset N17232b90 [stack 0]\n Matrix {\n matrix {\n {0 1 1}\n {0 3 1}\n {0 0 0}\n }\n name Matrix42\n xpos -637\n ypos 1098\n }\npush $N17229a70\n Keymix {\n inputs 3\n maskChannel topright.alpha\n name Keymix42\n xpos -461\n ypos 1098\n }\nset N1721c870 [stack 0]\npush $N17232b90\n Dot {\n name Dot28\n xpos -747\n ypos 1188\n }\nset N1724bb00 [stack 0]\n Matrix {\n matrix {\n {0 0 0}\n {1 3 0}\n {1 1 0}\n }\n name Matrix43\n xpos -637\n ypos 1178\n }\npush $N1721c870\n Keymix {\n inputs 3\n maskChannel bottomleft.alpha\n name Keymix43\n xpos -461\n ypos 1178\n }\nset N1725bac0 [stack 0]\npush $N1724bb00\n Dot {\n name Dot30\n xpos -747\n ypos 1272\n }\n Matrix {\n matrix {\n {0 0 0}\n {0 3 1}\n {0 1 1}\n }\n name Matrix44\n xpos -637\n ypos 1262\n }\npush $N1725bac0\n Keymix {\n inputs 3\n maskChannel bottomright.alpha\n name Keymix44\n xpos -461\n ypos 1262\n }\nclone $C1645cca0 {\n xpos -461\n ypos 1314\n selected false\n }\nclone $C164535e0 {\n xpos -461\n ypos 1421\n selected false\n }\n Expression {\n expr0 a>0?r/a:0\n expr1 a>0?g/a:0\n expr2 a>0?b/a:0\n expr3 a>0?a/a:0\n name Expression19\n xpos -461\n ypos 1457\n }\nset N1727c130 [stack 0]\nclone $C16487210 {\n xpos -641\n ypos 1457\n selected false\n }\npush $N171e8ad0\n Merge2 {\n inputs 2\n operation under\n name Merge3\n xpos -908\n ypos 1457\n }\nset N172b70e0 [stack 0]\n Switch {\n inputs 2\n which {{Switch18.which==0?(Expression18.height>=2?0:1):1}}\n name Switch19\n label \"INPUT \\[value which]\"\n xpos -1086\n ypos 1451\n }\npush $N1727c130\n Dot {\n name Dot31\n xpos -427\n ypos 1603\n }\nset N172ce620 [stack 0]\npush $N172ce620\n Dot {\n name Dot36\n xpos -747\n ypos 1603\n }\n Dot {\n name Dot37\n xpos -747\n ypos 1663\n }\nset N172d7bd0 [stack 0]\n Matrix {\n matrix {\n {1 1 0}\n {1 3 0}\n {0 0 0}\n }\n name Matrix45\n xpos -637\n ypos 1653\n }\npush $N172ce620\n Keymix {\n inputs 3\n maskChannel topleft.alpha\n name Keymix45\n xpos -461\n ypos 1653\n }\nset N172e7b30 [stack 0]\npush $N172d7bd0\n Dot {\n name Dot38\n xpos -747\n ypos 1740\n }\nset N172f0c50 [stack 0]\n Matrix {\n matrix {\n {0 1 1}\n {0 3 1}\n {0 0 0}\n }\n name Matrix46\n xpos -637\n ypos 1730\n }\npush $N172e7b30\n Keymix {\n inputs 3\n maskChannel topright.alpha\n name Keymix46\n xpos -461\n ypos 1730\n }\nset N17300ae0 [stack 0]\npush $N172f0c50\n Dot {\n name Dot63\n xpos -747\n ypos 1820\n }\nset N172fed40 [stack 0]\n Matrix {\n matrix {\n {0 0 0}\n {1 3 0}\n {1 1 0}\n }\n name Matrix47\n xpos -637\n ypos 1810\n }\npush $N17300ae0\n Keymix {\n inputs 3\n maskChannel bottomleft.alpha\n name Keymix47\n xpos -461\n ypos 1810\n }\nset N17319b70 [stack 0]\npush $N172fed40\n Dot {\n name Dot64\n xpos -747\n ypos 1904\n }\n Matrix {\n matrix {\n {0 0 0}\n {0 3 1}\n {0 1 1}\n }\n name Matrix48\n xpos -637\n ypos 1894\n }\npush $N17319b70\n Keymix {\n inputs 3\n maskChannel bottomright.alpha\n name Keymix48\n xpos -461\n ypos 1894\n }\nclone $C1645cca0 {\n xpos -461\n ypos 1946\n selected false\n }\nclone $C164535e0 {\n xpos -461\n ypos 2058\n selected false\n }\n Expression {\n expr0 a>0?r/a:0\n expr1 a>0?g/a:0\n expr2 a>0?b/a:0\n expr3 a>0?a/a:0\n name Expression20\n xpos -461\n ypos 2094\n }\nset N173586b0 [stack 0]\nclone $C16487210 {\n xpos -641\n ypos 2094\n selected false\n }\npush $N172b70e0\n Merge2 {\n inputs 2\n operation under\n name Merge4\n xpos -908\n ypos 2094\n }\nset N17347d30 [stack 0]\n Switch {\n inputs 2\n which {{Switch19.which==0?(Expression19.height>=2?0:1):1}}\n name Switch20\n label \"INPUT \\[value which]\"\n xpos -1086\n ypos 2088\n }\npush $N173586b0\n Dot {\n name Dot65\n xpos -427\n ypos 2233\n }\nset N1738c690 [stack 0]\npush $N1738c690\n Dot {\n name Dot66\n xpos -747\n ypos 2233\n }\n Dot {\n name Dot67\n xpos -747\n ypos 2293\n }\nset N17395ba0 [stack 0]\n Matrix {\n matrix {\n {1 1 0}\n {1 3 0}\n {0 0 0}\n }\n name Matrix49\n xpos -637\n ypos 2283\n }\npush $N1738c690\n Keymix {\n inputs 3\n maskChannel topleft.alpha\n name Keymix49\n xpos -461\n ypos 2283\n }\nset N173a5bb0 [stack 0]\npush $N17395ba0\n Dot {\n name Dot68\n xpos -747\n ypos 2370\n }\nset N173aecd0 [stack 0]\n Matrix {\n matrix {\n {0 1 1}\n {0 3 1}\n {0 0 0}\n }\n name Matrix50\n xpos -637\n ypos 2360\n }\npush $N173a5bb0\n Keymix {\n inputs 3\n maskChannel topright.alpha\n name Keymix50\n xpos -461\n ypos 2360\n }\nset N17393c70 [stack 0]\npush $N173aecd0\n Dot {\n name Dot69\n xpos -747\n ypos 2450\n }\nset N173c7bd0 [stack 0]\n Matrix {\n matrix {\n {0 0 0}\n {1 3 0}\n {1 1 0}\n }\n name Matrix51\n xpos -637\n ypos 2440\n }\npush $N17393c70\n Keymix {\n inputs 3\n maskChannel bottomleft.alpha\n name Keymix51\n xpos -461\n ypos 2440\n }\nset N173d7b90 [stack 0]\npush $N173c7bd0\n Dot {\n name Dot70\n xpos -747\n ypos 2534\n }\n Matrix {\n matrix {\n {0 0 0}\n {0 3 1}\n {0 1 1}\n }\n name Matrix52\n xpos -637\n ypos 2524\n }\npush $N173d7b90\n Keymix {\n inputs 3\n maskChannel bottomright.alpha\n name Keymix52\n xpos -461\n ypos 2524\n }\nclone $C1645cca0 {\n xpos -461\n ypos 2576\n selected false\n }\nclone $C164535e0 {\n xpos -461\n ypos 2683\n selected false\n }\n Expression {\n expr0 a>0?r/a:0\n expr1 a>0?g/a:0\n expr2 a>0?b/a:0\n expr3 a>0?a/a:0\n name Expression21\n xpos -461\n ypos 2719\n }\nset N17417750 [stack 0]\nclone $C16487210 {\n xpos -641\n ypos 2719\n selected false\n }\npush $N17347d30\n Merge2 {\n inputs 2\n operation under\n name Merge7\n xpos -908\n ypos 2719\n }\nset N173f8050 [stack 0]\n Switch {\n inputs 2\n which {{Switch20.which==0?(Expression20.height>=2?0:1):1}}\n name Switch21\n label \"INPUT \\[value which]\"\n xpos -1086\n ypos 2713\n }\npush $N17417750\n Dot {\n name Dot71\n xpos -427\n ypos 2909\n }\nset N1744b700 [stack 0]\npush $N1744b700\n Dot {\n name Dot73\n xpos -747\n ypos 2909\n }\n Dot {\n name Dot74\n xpos -747\n ypos 2969\n }\nset N174495f0 [stack 0]\n Matrix {\n matrix {\n {1 1 0}\n {1 3 0}\n {0 0 0}\n }\n name Matrix53\n xpos -637\n ypos 2959\n }\npush $N1744b700\n Keymix {\n inputs 3\n maskChannel topleft.alpha\n name Keymix53\n xpos -461\n ypos 2959\n }\nset N17464c10 [stack 0]\npush $N174495f0\n Dot {\n name Dot75\n xpos -747\n ypos 3046\n }\nset N1746dd80 [stack 0]\n Matrix {\n matrix {\n {0 1 1}\n {0 3 1}\n {0 0 0}\n }\n name Matrix54\n xpos -637\n ypos 3036\n }\npush $N17464c10\n Keymix {\n inputs 3\n maskChannel topright.alpha\n name Keymix54\n xpos -461\n ypos 3036\n }\nset N174576b0 [stack 0]\npush $N1746dd80\n Dot {\n name Dot77\n xpos -747\n ypos 3126\n }\nset N17484ba0 [stack 0]\n Matrix {\n matrix {\n {0 0 0}\n {1 3 0}\n {1 1 0}\n }\n name Matrix55\n xpos -637\n ypos 3116\n }\npush $N174576b0\n Keymix {\n inputs 3\n maskChannel bottomleft.alpha\n name Keymix55\n xpos -461\n ypos 3116\n }\nset N17496cb0 [stack 0]\npush $N17484ba0\n Dot {\n name Dot78\n xpos -747\n ypos 3210\n }\n Matrix {\n matrix {\n {0 0 0}\n {0 3 1}\n {0 1 1}\n }\n name Matrix56\n xpos -637\n ypos 3200\n }\npush $N17496cb0\n Keymix {\n inputs 3\n maskChannel bottomright.alpha\n name Keymix56\n xpos -461\n ypos 3200\n }\nclone $C1645cca0 {\n xpos -461\n ypos 3252\n selected false\n }\nclone $C164535e0 {\n xpos -461\n ypos 3356\n selected false\n }\n Expression {\n expr0 a>0?r/a:0\n expr1 a>0?g/a:0\n expr2 a>0?b/a:0\n expr3 a>0?a/a:0\n name Expression22\n xpos -461\n ypos 3392\n }\nset N174d57d0 [stack 0]\nclone $C16487210 {\n xpos -641\n ypos 3392\n selected false\n }\npush $N173f8050\nclone $C1698bf50 {\n inputs 2\n xpos -908\n ypos 3392\n selected false\n }\nset N174f2240 [stack 0]\n Switch {\n inputs 2\n which {{Switch21.which==0?(Expression21.height>=2?0:1):1}}\n name Switch22\n label \"INPUT \\[value which]\"\n xpos -1086\n ypos 3386\n }\npush $N174d57d0\n Dot {\n name Dot85\n xpos -427\n ypos 3579\n }\nset N17509a00 [stack 0]\npush $N17509a00\n Dot {\n name Dot86\n xpos -747\n ypos 3579\n }\n Dot {\n name Dot87\n xpos -747\n ypos 3639\n }\nset N17512f30 [stack 0]\n Matrix {\n matrix {\n {1 1 0}\n {1 3 0}\n {0 0 0}\n }\n name Matrix57\n xpos -637\n ypos 3629\n }\npush $N17509a00\n Keymix {\n inputs 3\n maskChannel topleft.alpha\n name Keymix57\n xpos -461\n ypos 3629\n }\nset N17522e80 [stack 0]\npush $N17512f30\n Dot {\n name Dot90\n xpos -747\n ypos 3716\n }\nset N1752bf20 [stack 0]\n Matrix {\n matrix {\n {0 1 1}\n {0 3 1}\n {0 0 0}\n }\n name Matrix58\n xpos -637\n ypos 3706\n }\npush $N17522e80\n Keymix {\n inputs 3\n maskChannel topright.alpha\n name Keymix58\n xpos -461\n ypos 3706\n }\nset N1753be40 [stack 0]\npush $N1752bf20\n Dot {\n name Dot91\n xpos -747\n ypos 3796\n }\nset N17539ce0 [stack 0]\n Matrix {\n matrix {\n {0 0 0}\n {1 3 0}\n {1 1 0}\n }\n name Matrix59\n xpos -637\n ypos 3786\n }\npush $N1753be40\n Keymix {\n inputs 3\n maskChannel bottomleft.alpha\n name Keymix59\n xpos -461\n ypos 3786\n }\nset N17554e70 [stack 0]\npush $N17539ce0\n Dot {\n name Dot94\n xpos -747\n ypos 3880\n }\n Matrix {\n matrix {\n {0 0 0}\n {0 3 1}\n {0 1 1}\n }\n name Matrix60\n xpos -637\n ypos 3870\n }\npush $N17554e70\n Keymix {\n inputs 3\n maskChannel bottomright.alpha\n name Keymix60\n xpos -461\n ypos 3870\n }\nclone $C1645cca0 {\n xpos -461\n ypos 3922\n selected false\n }\nclone $C164535e0 {\n xpos -461\n ypos 4018\n selected false\n }\n Expression {\n expr0 a>0?r/a:0\n expr1 a>0?g/a:0\n expr2 a>0?b/a:0\n expr3 a>0?a/a:0\n name Expression23\n xpos -461\n ypos 4054\n }\nset N175939a0 [stack 0]\nclone $C16487210 {\n xpos -641\n ypos 4054\n selected false\n }\npush $N174f2240\nclone $C16a6d060 {\n inputs 2\n xpos -908\n ypos 4054\n selected false\n }\nset N175b04b0 [stack 0]\n Switch {\n inputs 2\n which {{Switch22.which==0?(Expression22.height>=2?0:1):1}}\n name Switch23\n label \"INPUT \\[value which]\"\n xpos -1086\n ypos 4048\n }\npush $N175939a0\n Dot {\n name Dot96\n xpos -427\n ypos 4245\n }\nset N175c7bf0 [stack 0]\npush $N175c7bf0\n Dot {\n name Dot97\n xpos -747\n ypos 4245\n }\n Dot {\n name Dot99\n xpos -747\n ypos 4305\n }\nset N175d10e0 [stack 0]\n Matrix {\n matrix {\n {1 1 0}\n {1 3 0}\n {0 0 0}\n }\n name Matrix61\n xpos -637\n ypos 4295\n }\npush $N175c7bf0\n Keymix {\n inputs 3\n maskChannel topleft.alpha\n name Keymix61\n xpos -461\n ypos 4295\n }\nset N175cee20 [stack 0]\npush $N175d10e0\n Dot {\n name Dot108\n xpos -747\n ypos 4382\n }\nset N175ea170 [stack 0]\n Matrix {\n matrix {\n {0 1 1}\n {0 3 1}\n {0 0 0}\n }\n name Matrix62\n xpos -637\n ypos 4372\n }\npush $N175cee20\n Keymix {\n inputs 3\n maskChannel topright.alpha\n name Keymix62\n xpos -461\n ypos 4372\n }\nset N175e7e80 [stack 0]\npush $N175ea170\n Dot {\n name Dot109\n xpos -747\n ypos 4462\n }\nset N176031f0 [stack 0]\n Matrix {\n matrix {\n {0 0 0}\n {1 3 0}\n {1 1 0}\n }\n name Matrix63\n xpos -637\n ypos 4452\n }\npush $N175e7e80\n Keymix {\n inputs 3\n maskChannel bottomleft.alpha\n name Keymix63\n xpos -461\n ypos 4452\n }\nset N176131b0 [stack 0]\npush $N176031f0\n Dot {\n name Dot110\n xpos -747\n ypos 4546\n }\n Matrix {\n matrix {\n {0 0 0}\n {0 3 1}\n {0 1 1}\n }\n name Matrix64\n xpos -637\n ypos 4536\n }\npush $N176131b0\n Keymix {\n inputs 3\n maskChannel bottomright.alpha\n name Keymix64\n xpos -461\n ypos 4536\n }\nclone $C1645cca0 {\n xpos -461\n ypos 4588\n selected false\n }\nclone $C164535e0 {\n xpos -461\n ypos 4692\n selected false\n }\n Expression {\n expr0 a>0?r/a:0\n expr1 a>0?g/a:0\n expr2 a>0?b/a:0\n expr3 a>0?a/a:0\n name Expression24\n xpos -461\n ypos 4728\n }\nset N17651c80 [stack 0]\nclone $C16487210 {\n xpos -641\n ypos 4728\n selected false\n }\npush $N175b04b0\n Merge2 {\n inputs 2\n operation under\n name Merge9\n xpos -908\n ypos 4728\n }\nset N176011d0 [stack 0]\n Switch {\n inputs 2\n which {{Switch23.which==0?(Expression23.height>=2?0:1):1}}\n name Switch24\n label \"INPUT \\[value which]\"\n xpos -1086\n ypos 4722\n }\npush $N17651c80\n Dot {\n name Dot129\n xpos -427\n ypos 4899\n }\nset N17685c70 [stack 0]\npush $N17685c70\n Dot {\n name Dot130\n xpos -747\n ypos 4899\n }\n Dot {\n name Dot131\n xpos -747\n ypos 4959\n }\nset N1768f220 [stack 0]\n Matrix {\n matrix {\n {1 1 0}\n {1 3 0}\n {0 0 0}\n }\n name Matrix78\n xpos -637\n ypos 4949\n }\npush $N17685c70\n Keymix {\n inputs 3\n maskChannel topleft.alpha\n name Keymix65\n xpos -461\n ypos 4949\n }\nset N17683750 [stack 0]\npush $N1768f220\n Dot {\n name Dot134\n xpos -747\n ypos 5036\n }\nset N176a8210 [stack 0]\n Matrix {\n matrix {\n {0 1 1}\n {0 3 1}\n {0 0 0}\n }\n name Matrix79\n xpos -637\n ypos 5026\n }\npush $N17683750\n Keymix {\n inputs 3\n maskChannel topright.alpha\n name Keymix66\n xpos -461\n ypos 5026\n }\nset N176b81b0 [stack 0]\npush $N176a8210\n Dot {\n name Dot135\n xpos -747\n ypos 5116\n }\nset N176a5e30 [stack 0]\n Matrix {\n matrix {\n {0 0 0}\n {1 3 0}\n {1 1 0}\n }\n name Matrix80\n xpos -637\n ypos 5106\n }\npush $N176b81b0\n Keymix {\n inputs 3\n maskChannel bottomleft.alpha\n name Keymix67\n xpos -461\n ypos 5106\n }\nset N176d1210 [stack 0]\npush $N176a5e30\n Dot {\n name Dot136\n xpos -747\n ypos 5200\n }\n Matrix {\n matrix {\n {0 0 0}\n {0 3 1}\n {0 1 1}\n }\n name Matrix81\n xpos -637\n ypos 5190\n }\npush $N176d1210\n Keymix {\n inputs 3\n maskChannel bottomright.alpha\n name Keymix68\n xpos -461\n ypos 5190\n }\nclone $C1645cca0 {\n xpos -461\n ypos 5242\n selected false\n }\nclone $C164535e0 {\n xpos -461\n ypos 5358\n selected false\n }\n Expression {\n expr0 a>0?r/a:0\n expr1 a>0?g/a:0\n expr2 a>0?b/a:0\n expr3 a>0?a/a:0\n name Expression39\n xpos -461\n ypos 5394\n }\nset N176f1150 [stack 0]\nclone $C16487210 {\n xpos -641\n ypos 5394\n selected false\n }\npush $N176011d0\n Merge2 {\n inputs 2\n operation under\n name Merge37\n xpos -908\n ypos 5394\n }\nset N1772c810 [stack 0]\n Switch {\n inputs 2\n which {{Switch24.which==0?(Expression24.height>=2?0:1):1}}\n name Switch25\n label \"INPUT \\[value which]\"\n xpos -1086\n ypos 5388\n }\npush $N176f1150\n Dot {\n name Dot137\n xpos -427\n ypos 5642\n }\nset N17743d20 [stack 0]\npush $N17743d20\n Dot {\n name Dot140\n xpos -747\n ypos 5642\n }\n Dot {\n name Dot141\n xpos -747\n ypos 5702\n }\nset N1774d2d0 [stack 0]\n Matrix {\n matrix {\n {1 1 0}\n {1 3 0}\n {0 0 0}\n }\n name Matrix82\n xpos -637\n ypos 5692\n }\npush $N17743d20\n Keymix {\n inputs 3\n maskChannel topleft.alpha\n name Keymix69\n xpos -461\n ypos 5692\n }\nset N1775d220 [stack 0]\npush $N1774d2d0\n Dot {\n name Dot142\n xpos -747\n ypos 5779\n }\nset N177663a0 [stack 0]\n Matrix {\n matrix {\n {0 1 1}\n {0 3 1}\n {0 0 0}\n }\n name Matrix83\n xpos -637\n ypos 5769\n }\npush $N1775d220\n Keymix {\n inputs 3\n maskChannel topright.alpha\n name Keymix70\n xpos -461\n ypos 5769\n }\nset N17776270 [stack 0]\npush $N177663a0\n Dot {\n name Dot143\n xpos -747\n ypos 5859\n }\nset N1777f320 [stack 0]\n Matrix {\n matrix {\n {0 0 0}\n {1 3 0}\n {1 1 0}\n }\n name Matrix84\n xpos -637\n ypos 5849\n }\npush $N17776270\n Keymix {\n inputs 3\n maskChannel bottomleft.alpha\n name Keymix71\n xpos -461\n ypos 5849\n }\nset N1778f230 [stack 0]\npush $N1777f320\n Dot {\n name Dot146\n xpos -747\n ypos 5943\n }\n Matrix {\n matrix {\n {0 0 0}\n {0 3 1}\n {0 1 1}\n }\n name Matrix85\n xpos -637\n ypos 5933\n }\npush $N1778f230\n Keymix {\n inputs 3\n maskChannel bottomright.alpha\n name Keymix72\n xpos -461\n ypos 5933\n }\nclone $C1645cca0 {\n xpos -461\n ypos 5985\n selected false\n }\nclone $C164535e0 {\n xpos -461\n ypos 6092\n selected false\n }\n Expression {\n expr0 a>0?r/a:0\n expr1 a>0?g/a:0\n expr2 a>0?b/a:0\n expr3 a>0?a/a:0\n name Expression40\n xpos -461\n ypos 6128\n }\nset N177cddf0 [stack 0]\nclone $C16487210 {\n xpos -641\n ypos 6128\n selected false\n }\npush $N1772c810\n Merge2 {\n inputs 2\n operation under\n name Merge36\n xpos -908\n ypos 6128\n }\nset N177e8190 [stack 0]\n Switch {\n inputs 2\n which {{Switch25.which==0?(Expression39.height>=2?0:1):1}}\n name Switch26\n label \"INPUT \\[value which]\"\n xpos -1086\n ypos 6122\n }\npush $N177cddf0\n Dot {\n name Dot147\n xpos -427\n ypos 6344\n }\nset N17807e40 [stack 0]\npush $N17807e40\n Dot {\n name Dot148\n xpos -747\n ypos 6344\n }\n Dot {\n name Dot149\n xpos -747\n ypos 6404\n }\nset N17811360 [stack 0]\n Matrix {\n matrix {\n {1 1 0}\n {1 3 0}\n {0 0 0}\n }\n name Matrix86\n xpos -637\n ypos 6394\n }\npush $N17807e40\n Keymix {\n inputs 3\n maskChannel topleft.alpha\n name Keymix73\n xpos -461\n ypos 6394\n }\nset N17821370 [stack 0]\npush $N17811360\n Dot {\n name Dot152\n xpos -747\n ypos 6481\n }\nset N1782a420 [stack 0]\n Matrix {\n matrix {\n {0 1 1}\n {0 3 1}\n {0 0 0}\n }\n name Matrix87\n xpos -637\n ypos 6471\n }\npush $N17821370\n Keymix {\n inputs 3\n maskChannel topright.alpha\n name Keymix74\n xpos -461\n ypos 6471\n }\nset N1780ecb0 [stack 0]\npush $N1782a420\n Dot {\n name Dot153\n xpos -747\n ypos 6561\n }\nset N17843400 [stack 0]\n Matrix {\n matrix {\n {0 0 0}\n {1 3 0}\n {1 1 0}\n }\n name Matrix88\n xpos -637\n ypos 6551\n }\npush $N1780ecb0\n Keymix {\n inputs 3\n maskChannel bottomleft.alpha\n name Keymix75\n xpos -461\n ypos 6551\n }\nset N178533c0 [stack 0]\npush $N17843400\n Dot {\n name Dot154\n xpos -747\n ypos 6645\n }\n Matrix {\n matrix {\n {0 0 0}\n {0 3 1}\n {0 1 1}\n }\n name Matrix89\n xpos -637\n ypos 6635\n }\npush $N178533c0\n Keymix {\n inputs 3\n maskChannel bottomright.alpha\n name Keymix76\n xpos -461\n ypos 6635\n }\nclone $C1645cca0 {\n xpos -461\n ypos 6687\n selected false\n }\nclone $C164535e0 {\n xpos -461\n ypos 6794\n selected false\n }\n Expression {\n expr0 a>0?r/a:0\n expr1 a>0?g/a:0\n expr2 a>0?b/a:0\n expr3 a>0?a/a:0\n name Expression41\n xpos -461\n ypos 6830\n }\nset N17891eb0 [stack 0]\nclone $C16487210 {\n xpos -641\n ypos 6830\n selected false\n }\npush $N177e8190\n Merge2 {\n inputs 2\n operation under\n name Merge35\n xpos -908\n ypos 6830\n }\nset N178ae930 [stack 0]\n Switch {\n inputs 2\n which {{Switch26.which==0?(Expression40.height>=2?0:1):1}}\n name Switch27\n label \"INPUT \\[value which]\"\n xpos -1086\n ypos 6824\n }\npush $N17891eb0\n Dot {\n name Dot155\n xpos -427\n ypos 7065\n }\nset N178c5ed0 [stack 0]\npush $N178c5ed0\n Dot {\n name Dot158\n xpos -747\n ypos 7065\n }\n Dot {\n name Dot159\n xpos -747\n ypos 7125\n }\nset N178ccb90 [stack 0]\n Matrix {\n matrix {\n {1 1 0}\n {1 3 0}\n {0 0 0}\n }\n name Matrix90\n xpos -637\n ypos 7115\n }\npush $N178c5ed0\n Keymix {\n inputs 3\n maskChannel topleft.alpha\n name Keymix77\n xpos -461\n ypos 7115\n }\nset N178d16d0 [stack 0]\npush $N178ccb90\n Dot {\n name Dot160\n xpos -747\n ypos 7202\n }\nset N178e8470 [stack 0]\n Matrix {\n matrix {\n {0 1 1}\n {0 3 1}\n {0 0 0}\n }\n name Matrix91\n xpos -637\n ypos 7192\n }\npush $N178d16d0\n Keymix {\n inputs 3\n maskChannel topright.alpha\n name Keymix78\n xpos -461\n ypos 7192\n }\nset N178e5c80 [stack 0]\npush $N178e8470\n Dot {\n name Dot161\n xpos -747\n ypos 7282\n }\nset N178febf0 [stack 0]\n Matrix {\n matrix {\n {0 0 0}\n {1 3 0}\n {1 1 0}\n }\n name Matrix92\n xpos -637\n ypos 7272\n }\npush $N178e5c80\n Keymix {\n inputs 3\n maskChannel bottomleft.alpha\n name Keymix79\n xpos -461\n ypos 7272\n }\nset N17911460 [stack 0]\npush $N178febf0\n Dot {\n name Dot163\n xpos -747\n ypos 7366\n }\n Matrix {\n matrix {\n {0 0 0}\n {0 3 1}\n {0 1 1}\n }\n name Matrix93\n xpos -637\n ypos 7356\n }\npush $N17911460\n Keymix {\n inputs 3\n maskChannel bottomright.alpha\n name Keymix80\n xpos -461\n ypos 7356\n }\nclone $C1645cca0 {\n xpos -461\n ypos 7408\n selected false\n }\nclone $C164535e0 {\n xpos -461\n ypos 7515\n selected false\n }\n Expression {\n expr0 a>0?r/a:0\n expr1 a>0?g/a:0\n expr2 a>0?b/a:0\n expr3 a>0?a/a:0\n name Expression42\n xpos -461\n ypos 7551\n }\nset N1793ec50 [stack 0]\nclone $C16487210 {\n xpos -641\n ypos 7551\n selected false\n }\npush $N178ae930\n Merge2 {\n inputs 2\n operation under\n name Merge34\n xpos -908\n ypos 7551\n }\nset N1796cac0 [stack 0]\n Switch {\n inputs 2\n which {{Switch27.which==0?(Expression41.height>=2?0:1):1}}\n name Switch28\n label \"INPUT \\[value which]\"\n xpos -1086\n ypos 7545\n }\npush $N1793ec50\n Dot {\n name Dot164\n xpos -427\n ypos 7797\n }\nset N17983fe0 [stack 0]\npush $N17983fe0\n Dot {\n name Dot165\n xpos -747\n ypos 7797\n }\n Dot {\n name Dot166\n xpos -747\n ypos 7857\n }\nset N1795b5e0 [stack 0]\n Matrix {\n matrix {\n {1 1 0}\n {1 3 0}\n {0 0 0}\n }\n name Matrix94\n xpos -637\n ypos 7847\n }\npush $N17983fe0\n Keymix {\n inputs 3\n maskChannel topleft.alpha\n name Keymix81\n xpos -461\n ypos 7847\n }\nset N1799d480 [stack 0]\npush $N1795b5e0\n Dot {\n name Dot167\n xpos -747\n ypos 7934\n }\nset N179a6600 [stack 0]\n Matrix {\n matrix {\n {0 1 1}\n {0 3 1}\n {0 0 0}\n }\n name Matrix95\n xpos -637\n ypos 7924\n }\npush $N1799d480\n Keymix {\n inputs 3\n maskChannel topright.alpha\n name Keymix82\n xpos -461\n ypos 7924\n }\nset N179b6590 [stack 0]\npush $N179a6600\n Dot {\n name Dot168\n xpos -747\n ypos 8014\n }\nset N179bf730 [stack 0]\n Matrix {\n matrix {\n {0 0 0}\n {1 3 0}\n {1 1 0}\n }\n name Matrix96\n xpos -637\n ypos 8004\n }\npush $N179b6590\n Keymix {\n inputs 3\n maskChannel bottomleft.alpha\n name Keymix83\n xpos -461\n ypos 8004\n }\nset N179cf600 [stack 0]\npush $N179bf730\n Dot {\n name Dot169\n xpos -747\n ypos 8098\n }\n Matrix {\n matrix {\n {0 0 0}\n {0 3 1}\n {0 1 1}\n }\n name Matrix97\n xpos -637\n ypos 8088\n }\npush $N179cf600\n Keymix {\n inputs 3\n maskChannel bottomright.alpha\n name Keymix84\n xpos -461\n ypos 8088\n }\nclone $C1645cca0 {\n xpos -461\n ypos 8140\n selected false\n }\nclone $C164535e0 {\n xpos -461\n ypos 8247\n selected false\n }\n Expression {\n expr0 a>0?r/a:0\n expr1 a>0?g/a:0\n expr2 a>0?b/a:0\n expr3 a>0?a/a:0\n name Expression43\n xpos -461\n ypos 8283\n }\nclone $C16487210 {\n xpos -641\n ypos 8283\n selected false\n }\npush $N1796cac0\n Merge2 {\n inputs 2\n operation under\n name Merge19\n xpos -908\n ypos 8283\n }\n Switch {\n inputs 2\n which {{Switch28.which==0?(Expression42.height>=2?0:1):1}}\n name Switch29\n label \"INPUT \\[value which]\"\n xpos -1086\n ypos 8277\n }\n Dot {\n name Dot202\n xpos -1052\n ypos 8499\n }\npush $N163af4a0\n Matrix {\n matrix {\n {1 1 0}\n {1 3 0}\n {0 0 0}\n }\n name Matrix65\n xpos -1553\n ypos -209\n }\nclone $C1645cca0 {\n xpos -1553\n ypos -12\n selected false\n }\nclone $C164535e0 {\n xpos -1553\n ypos 98\n selected false\n }\n Expression {\n expr0 a>0?r/a:0\n expr1 a>0?g/a:0\n expr2 a>0?b/a:0\n expr3 a>0?a/a:0\n name Expression25\n xpos -1553\n ypos 145\n }\nclone $C16487210 {\n xpos -1731\n ypos 145\n selected false\n }\npush $N163aacd0\n Merge2 {\n inputs 2\n operation under\n name Merge10\n xpos -1987\n ypos 145\n }\nset N17a6bf40 [stack 0]\n Dot {\n name Dot200\n xpos -2184\n ypos 149\n }\npush $N17a6bf40\n Dot {\n name Dot120\n xpos -1953\n ypos 323\n }\nset N17a9f310 [stack 0]\n Reformat {\n type scale\n scale 0.5\n resize height\n filter Impulse\n name Reformat17\n xpos -1860\n ypos 319\n }\n Dot {\n name Dot121\n xpos -1506\n ypos 323\n }\n Matrix {\n matrix {\n {0 1 1}\n {0 3 1}\n {0 0 0}\n }\n name Matrix66\n xpos -1540\n ypos 488\n }\nclone $C1645cca0 {\n xpos -1540\n ypos 666\n selected false\n }\nclone $C164535e0 {\n xpos -1540\n ypos 774\n selected false\n }\n Expression {\n expr0 a>0?r/a:0\n expr1 a>0?g/a:0\n expr2 a>0?b/a:0\n expr3 a>0?a/a:0\n name Expression26\n xpos -1540\n ypos 809\n }\nclone $C16487210 {\n xpos -1720\n ypos 809\n selected false\n }\npush $N17a9f310\n Merge2 {\n inputs 2\n operation under\n name Merge11\n xpos -1987\n ypos 809\n }\nset N17afbba0 [stack 0]\n Switch {\n inputs 2\n which {{Reformat17.height>=2?0:1}}\n name Switch6\n label \"INPUT \\[value which]\"\n xpos -2218\n ypos 803\n }\npush $N17afbba0\n Dot {\n name Dot126\n xpos -1953\n ypos 971\n }\nset N17b130c0 [stack 0]\n Reformat {\n type scale\n scale 0.25\n resize height\n filter Impulse\n name Reformat18\n xpos -1861\n ypos 967\n }\n Dot {\n name Dot127\n xpos -1506\n ypos 971\n }\n Matrix {\n matrix {\n {0 0 0}\n {1 3 0}\n {1 1 0}\n }\n name Matrix71\n xpos -1540\n ypos 1155\n }\nclone $C1645cca0 {\n xpos -1540\n ypos 1316\n selected false\n }\nclone $C164535e0 {\n xpos -1540\n ypos 1422\n selected false\n }\n Expression {\n expr0 a>0?r/a:0\n expr1 a>0?g/a:0\n expr2 a>0?b/a:0\n expr3 a>0?a/a:0\n name Expression27\n xpos -1540\n ypos 1457\n }\nclone $C16487210 {\n xpos -1720\n ypos 1457\n selected false\n }\npush $N17b130c0\n Merge2 {\n inputs 2\n operation under\n name Merge13\n xpos -1987\n ypos 1457\n }\nset N17b6f890 [stack 0]\n Switch {\n inputs 2\n which {{Switch6.which==0?(Reformat18.height>=2?0:1):1}}\n name Switch7\n label \"INPUT \\[value which]\"\n xpos -2218\n ypos 1451\n }\npush $N17b6f890\n Dot {\n name Dot132\n xpos -1953\n ypos 1608\n }\nset N17b86dc0 [stack 0]\n Reformat {\n type scale\n scale 0.125\n resize height\n filter Impulse\n name Reformat19\n xpos -1860\n ypos 1604\n }\n Dot {\n name Dot133\n xpos -1506\n ypos 1608\n }\n Matrix {\n matrix {\n {0 0 0}\n {0 3 1}\n {0 1 1}\n }\n name Matrix72\n xpos -1540\n ypos 1804\n }\nclone $C1645cca0 {\n xpos -1540\n ypos 1953\n selected false\n }\nclone $C164535e0 {\n xpos -1540\n ypos 2059\n selected false\n }\n Expression {\n expr0 a>0?r/a:0\n expr1 a>0?g/a:0\n expr2 a>0?b/a:0\n expr3 a>0?a/a:0\n name Expression28\n xpos -1540\n ypos 2094\n }\nclone $C16487210 {\n xpos -1720\n ypos 2094\n selected false\n }\npush $N17b86dc0\n Merge2 {\n inputs 2\n operation under\n name Merge14\n xpos -1987\n ypos 2094\n }\nset N17bd20f0 [stack 0]\n Switch {\n inputs 2\n which {{Switch7.which==0?(Reformat19.height>=2?0:1):1}}\n name Switch8\n label \"INPUT \\[value which]\"\n xpos -2218\n ypos 2088\n }\npush $N17bd20f0\n Dot {\n name Dot138\n xpos -1953\n ypos 2233\n }\nset N17bfaac0 [stack 0]\n Reformat {\n type scale\n scale 0.0625\n resize height\n filter Impulse\n name Reformat20\n xpos -1863\n ypos 2229\n }\n Dot {\n name Dot139\n xpos -1506\n ypos 2233\n }\n Matrix {\n matrix {\n {1 1 0}\n {1 3 0}\n {0 0 0}\n }\n name Matrix76\n xpos -1540\n ypos 2401\n }\nclone $C1645cca0 {\n xpos -1540\n ypos 2580\n selected false\n }\nclone $C164535e0 {\n xpos -1540\n ypos 2684\n selected false\n }\n Expression {\n expr0 a>0?r/a:0\n expr1 a>0?g/a:0\n expr2 a>0?b/a:0\n expr3 a>0?a/a:0\n name Expression29\n xpos -1540\n ypos 2719\n }\nclone $C16487210 {\n xpos -1720\n ypos 2719\n selected false\n }\npush $N17bfaac0\n Merge2 {\n inputs 2\n operation under\n name Merge43\n xpos -1987\n ypos 2719\n }\nset N17c290a0 [stack 0]\n Switch {\n inputs 2\n which {{Switch8.which==0?(Reformat20.height>=2?0:1):1}}\n name Switch9\n label \"INPUT \\[value which]\"\n xpos -2218\n ypos 2713\n }\npush $N17c290a0\n Dot {\n name Dot144\n xpos -1953\n ypos 2906\n }\nset N17c63a30 [stack 0]\n Reformat {\n type scale\n scale 0.03125\n resize height\n filter Impulse\n name Reformat21\n xpos -1861\n ypos 2902\n }\n Dot {\n name Dot145\n xpos -1506\n ypos 2906\n }\n Matrix {\n matrix {\n {0 1 1}\n {0 3 1}\n {0 0 0}\n }\n name Matrix73\n xpos -1540\n ypos 3081\n }\nclone $C1645cca0 {\n xpos -1540\n ypos 3253\n selected false\n }\nclone $C164535e0 {\n xpos -1540\n ypos 3357\n selected false\n }\n Expression {\n expr0 a>0?r/a:0\n expr1 a>0?g/a:0\n expr2 a>0?b/a:0\n expr3 a>0?a/a:0\n name Expression30\n xpos -1540\n ypos 3392\n }\nclone $C16487210 {\n xpos -1720\n ypos 3392\n selected false\n }\npush $N17c63a30\n Merge2 {\n inputs 2\n operation under\n name Merge44\n xpos -1987\n ypos 3392\n }\nset N17ccb040 [stack 0]\n Switch {\n inputs 2\n which {{Switch9.which==0?(Reformat21.height>=2?0:1):1}}\n name Switch10\n label \"INPUT \\[value which]\"\n xpos -2218\n ypos 3386\n }\npush $N17ccb040\n Dot {\n name Dot150\n xpos -1953\n ypos 3568\n }\nset N17c9cae0 [stack 0]\n Reformat {\n type scale\n scale 0.015625\n resize height\n filter Impulse\n name Reformat22\n xpos -1862\n ypos 3564\n }\n Dot {\n name Dot151\n xpos -1506\n ypos 3568\n }\n Matrix {\n matrix {\n {0 0 0}\n {1 3 0}\n {1 1 0}\n }\n name Matrix74\n xpos -1540\n ypos 3736\n }\nclone $C1645cca0 {\n xpos -1540\n ypos 3915\n selected false\n }\nclone $C164535e0 {\n xpos -1540\n ypos 4019\n selected false\n }\n Expression {\n expr0 a>0?r/a:0\n expr1 a>0?g/a:0\n expr2 a>0?b/a:0\n expr3 a>0?a/a:0\n name Expression31\n xpos -1540\n ypos 4054\n }\nclone $C16487210 {\n xpos -1720\n ypos 4054\n selected false\n }\npush $N17c9cae0\n Merge2 {\n inputs 2\n operation under\n name Merge45\n xpos -1987\n ypos 4054\n }\nset N17d2d680 [stack 0]\n Switch {\n inputs 2\n which {{Switch10.which==0?(Reformat22.height>=2?0:1):1}}\n name Switch11\n label \"INPUT \\[value which]\"\n xpos -2218\n ypos 4048\n }\npush $N17d2d680\n Dot {\n name Dot156\n xpos -1953\n ypos 4242\n }\nset N17d56240 [stack 0]\n Reformat {\n type scale\n scale 0.0078125\n resize height\n filter Impulse\n name Reformat23\n xpos -1876\n ypos 4238\n }\n Dot {\n name Dot157\n xpos -1506\n ypos 4242\n }\n Matrix {\n matrix {\n {0 0 0}\n {0 3 1}\n {0 1 1}\n }\n name Matrix75\n xpos -1540\n ypos 4409\n }\nclone $C1645cca0 {\n xpos -1540\n ypos 4588\n selected false\n }\nclone $C164535e0 {\n xpos -1540\n ypos 4692\n selected false\n }\n Expression {\n expr0 a>0?r/a:0\n expr1 a>0?g/a:0\n expr2 a>0?b/a:0\n expr3 a>0?a/a:0\n name Expression32\n xpos -1540\n ypos 4728\n }\nclone $C16487210 {\n xpos -1723\n ypos 4728\n selected false\n }\npush $N17d56240\n Merge2 {\n inputs 2\n operation under\n name Merge46\n xpos -1987\n ypos 4728\n }\nset N17db2aa0 [stack 0]\n Switch {\n inputs 2\n which {{Switch11.which==0?(Reformat23.height>=2?0:1):1}}\n name Switch12\n label \"INPUT \\[value which]\"\n xpos -2218\n ypos 4722\n }\npush $N17db2aa0\n Dot {\n name Dot112\n xpos -1953\n ypos 4908\n }\nset N17d84400 [stack 0]\n Reformat {\n type scale\n scale 0.00390625\n resize height\n filter Impulse\n name Reformat11\n xpos -1862\n ypos 4904\n }\n Dot {\n name Dot116\n xpos -1506\n ypos 4908\n }\n Matrix {\n matrix {\n {0 0 0}\n {0 3 1}\n {0 1 1}\n }\n name Matrix67\n xpos -1540\n ypos 5076\n }\nclone $C1645cca0 {\n xpos -1540\n ypos 5255\n selected false\n }\nclone $C164535e0 {\n xpos -1540\n ypos 5368\n selected false\n }\n Expression {\n expr0 a>0?r/a:0\n expr1 a>0?g/a:0\n expr2 a>0?b/a:0\n expr3 a>0?a/a:0\n name Expression34\n xpos -1540\n ypos 5394\n }\nclone $C16487210 {\n xpos -1723\n ypos 5394\n selected false\n }\npush $N17d84400\n Merge2 {\n inputs 2\n operation under\n name Merge47\n xpos -1987\n ypos 5394\n }\nset N17e26800 [stack 0]\n Switch {\n inputs 2\n which {{Switch12.which==0?(Reformat11.height>=2?0:1):1}}\n name Switch13\n label \"INPUT \\[value which]\"\n xpos -2218\n ypos 5388\n }\npush $N17e26800\n Dot {\n name Dot117\n xpos -1953\n ypos 5642\n }\nset N17e14d80 [stack 0]\n Reformat {\n type scale\n scale 0.001953125\n resize height\n filter Impulse\n name Reformat13\n xpos -1868\n ypos 5638\n }\n Dot {\n name Dot118\n xpos -1506\n ypos 5642\n }\n Matrix {\n matrix {\n {0 0 0}\n {0 3 1}\n {0 1 1}\n }\n name Matrix68\n xpos -1540\n ypos 5810\n }\nclone $C1645cca0 {\n xpos -1540\n ypos 5989\n selected false\n }\nclone $C164535e0 {\n xpos -1540\n ypos 6093\n selected false\n }\n Expression {\n expr0 a>0?r/a:0\n expr1 a>0?g/a:0\n expr2 a>0?b/a:0\n expr3 a>0?a/a:0\n name Expression35\n xpos -1540\n ypos 6128\n }\nclone $C16487210 {\n xpos -1723\n ypos 6128\n selected false\n }\npush $N17e14d80\n Merge2 {\n inputs 2\n operation under\n name Merge48\n xpos -1987\n ypos 6128\n }\nset N17ea3ab0 [stack 0]\n Switch {\n inputs 2\n which {{Switch13.which==0?(Reformat13.height>=2?0:1):1}}\n name Switch14\n label \"INPUT \\[value which]\"\n xpos -2218\n ypos 6122\n }\npush $N17ea3ab0\n Dot {\n name Dot119\n xpos -1953\n ypos 6344\n }\nset N17ebb000 [stack 0]\n Reformat {\n type scale\n scale 0.00097656\n resize height\n filter Impulse\n name Reformat10\n xpos -1879\n ypos 6340\n }\n Dot {\n name Dot122\n xpos -1506\n ypos 6344\n }\n Matrix {\n matrix {\n {0 0 0}\n {0 3 1}\n {0 1 1}\n }\n name Matrix69\n xpos -1540\n ypos 6512\n }\nclone $C1645cca0 {\n xpos -1540\n ypos 6691\n selected false\n }\nclone $C164535e0 {\n xpos -1540\n ypos 6795\n selected false\n }\n Expression {\n expr0 a>0?r/a:0\n expr1 a>0?g/a:0\n expr2 a>0?b/a:0\n expr3 a>0?a/a:0\n name Expression36\n xpos -1540\n ypos 6830\n }\nclone $C16487210 {\n xpos -1723\n ypos 6830\n selected false\n }\npush $N17ebb000\n Merge2 {\n inputs 2\n operation under\n name Merge49\n xpos -1987\n ypos 6830\n }\nset N17ee91a0 [stack 0]\n Switch {\n inputs 2\n which {{Switch14.which==0?(Reformat10.height>=2?0:1):1}}\n name Switch15\n label \"INPUT \\[value which]\"\n xpos -2218\n ypos 6824\n }\npush $N17ee91a0\n Dot {\n name Dot123\n xpos -1953\n ypos 7065\n }\nset N17f23be0 [stack 0]\n Reformat {\n type scale\n scale 0.00048828\n resize height\n filter Impulse\n name Reformat14\n xpos -1887\n ypos 7061\n }\n Dot {\n name Dot124\n xpos -1506\n ypos 7065\n }\n Matrix {\n matrix {\n {0 0 0}\n {0 3 1}\n {0 1 1}\n }\n name Matrix70\n xpos -1540\n ypos 7233\n }\nclone $C1645cca0 {\n xpos -1540\n ypos 7412\n selected false\n }\nclone $C164535e0 {\n xpos -1540\n ypos 7515\n selected false\n }\n Expression {\n expr0 a>0?r/a:0\n expr1 a>0?g/a:0\n expr2 a>0?b/a:0\n expr3 a>0?a/a:0\n name Expression37\n xpos -1540\n ypos 7551\n }\nclone $C16487210 {\n xpos -1723\n ypos 7551\n selected false\n }\npush $N17f23be0\n Merge2 {\n inputs 2\n operation under\n name Merge50\n xpos -1987\n ypos 7551\n }\nset N17f8b5c0 [stack 0]\n Switch {\n inputs 2\n which {{Switch15.which==0?(Reformat14.height>=2?0:1):1}}\n name Switch16\n label \"INPUT \\[value which]\"\n xpos -2218\n ypos 7545\n }\npush $N17f8b5c0\n Dot {\n name Dot125\n xpos -1953\n ypos 7797\n }\nset N17fa2b60 [stack 0]\n Reformat {\n type scale\n scale 0.00024414\n resize height\n filter Impulse\n name Reformat12\n xpos -1878\n ypos 7793\n }\n Dot {\n name Dot128\n xpos -1506\n ypos 7797\n }\n Matrix {\n matrix {\n {0 0 0}\n {0 3 1}\n {0 1 1}\n }\n name Matrix77\n xpos -1540\n ypos 7965\n }\nclone $C1645cca0 {\n xpos -1540\n ypos 8144\n selected false\n }\nclone $C164535e0 {\n xpos -1540\n ypos 8248\n selected false\n }\n Expression {\n expr0 a>0?r/a:0\n expr1 a>0?g/a:0\n expr2 a>0?b/a:0\n expr3 a>0?a/a:0\n name Expression38\n xpos -1540\n ypos 8283\n }\nclone $C16487210 {\n xpos -1723\n ypos 8283\n selected false\n }\npush $N17fa2b60\n Merge2 {\n inputs 2\n operation under\n name Merge21\n xpos -1987\n ypos 8283\n }\n Switch {\n inputs 2\n which {{Switch16.which==0?(Reformat12.height>=2?0:1):1}}\n name Switch17\n label \"INPUT \\[value which]\"\n xpos -2218\n ypos 8277\n }\n Dot {\n name Dot162\n xpos -2184\n ypos 8499\n }\n Switch {\n inputs 3\n which {{MECfiller.mode}}\n name Switch5\n label \"INPUT \\[value which]\"\n xpos -2218\n ypos 9035\n }\n Merge2 {\n inputs 2\n name Merge15\n xpos -2218\n ypos 9172\n disable {{1-parent.axismultipliercheck}}\n }\n Dot {\n name Dot1\n xpos -2184\n ypos 9283\n }\n Output {\n name Output1\n xpos -2218\n ypos 9367\n }\nend_group" }, { "path": "NukeSurvivalToolkit/gizmos/NST_MagnitudeVector2.gizmo", "content": "Group {\n name MagnitudeVector2_\n help \"Calculate the magnitude (scalar) of an input Vector2.\"\n addUserKnob {20 main_tab l \"Magnitude Vector2\"}\n addUserKnob {41 in l \"Vector B Layer\" t \"Layer containing the vector information for input B\" T vector_layer.in}\n addUserKnob {26 \"\"}\n addUserKnob {26 copyright l \"\" +STARTLINE T \"v1.0 - Mathieu Goulet-Aubin & Erwan Leroy - Github\"}\n}\n Input {\n inputs 0\n name vectorB\n xpos 0\n }\n Dot {\n name Dot1\n tile_color 0xcccccc00\n xpos 34\n ypos 108\n }\nset N75db0d0 [stack 0]\n Shuffle {\n name vector_layer\n xpos 140\n ypos 104\n }\n Remove {\n operation keep\n channels rgba\n name Remove1\n xpos 140\n ypos 130\n }\n Expression {\n channel0 rgba\n expr0 sqrt((r*r)+(g*g))\n channel2 {-rgba.red -rgba.green -rgba.blue none}\n channel3 {none none none -rgba.alpha}\n name Mag2\n xpos 140\n ypos 218\n }\n Dot {\n name Dot2\n tile_color 0xcccccc00\n xpos 174\n ypos 364\n }\npush $N75db0d0\n ShuffleCopy {\n inputs 2\n in2 none\n red red\n green green\n blue blue\n out {{{parent.vector_layer.in}}}\n name ShuffleCopy1\n xpos 0\n ypos 360\n }\n Output {\n name Output1\n xpos 0\n ypos 506\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_MagnitudeVector3.gizmo", "content": "Group {\n name Magnitude_Vector3_\n help \"Calculate the magnitude (scalar) of an input Vector3.\"\n addUserKnob {20 main_tab l \"Magnitude Vector3\"}\n addUserKnob {41 in l \"Vector B Layer\" t \"Layer containing the vector information for input B\" T vector_layer.in}\n addUserKnob {26 \"\"}\n addUserKnob {26 copyright l \"\" +STARTLINE T \"v1.0 - Mathieu Goulet-Aubin & Erwan Leroy - Github\"}\n}\n Input {\n inputs 0\n name vectorB\n xpos 0\n }\n Dot {\n name Dot1\n tile_color 0xcccccc00\n xpos 34\n ypos 108\n }\nset N3f91a00 [stack 0]\n Shuffle {\n name vector_layer\n xpos 140\n ypos 104\n }\n Remove {\n operation keep\n channels rgba\n name Remove1\n xpos 140\n ypos 130\n }\n Expression {\n channel0 rgba\n expr0 sqrt((r*r)+(g*g)+(b*b))\n channel2 {-rgba.red -rgba.green -rgba.blue none}\n channel3 {none none none -rgba.alpha}\n name Mag3\n xpos 140\n ypos 227\n }\n Dot {\n name Dot2\n tile_color 0xcccccc00\n xpos 174\n ypos 364\n }\npush $N3f91a00\n ShuffleCopy {\n inputs 2\n in2 none\n red red\n green green\n blue blue\n out {{{parent.vector_layer.in}}}\n name ShuffleCopy1\n xpos 0\n ypos 360\n }\n Output {\n name Output1\n xpos 0\n ypos 506\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_Matrix4x4Math.gizmo", "content": "set cut_paste_input [stack 0]\npush $cut_paste_input\nGroup {\n inputs 2\n name Matrix4x4Math\n tile_color 0x9c0000ff\n selected true\n addUserKnob {20 MatrixMult4x4}\n addUserKnob {4 output l Output t \"Add (A+B)\\nSub (A-B)\\nMult (AB)\" M {Add Sub Mult \"\" \"\"}}\n output Mult\n addUserKnob {4 chooseMatrixA l \"Choose Matrix A\" M {local world \"\"}}\n addUserKnob {41 matrixA l \"Matrix A\" T MatrixA.matrix}\n addUserKnob {26 \"\"}\n addUserKnob {4 chooseMatrixB l \"Choose Matrix B\" M {local world}}\n addUserKnob {41 matrixB l \"Matrix B\" T MatrixB.matrix}\n addUserKnob {26 result l Result:}\n addUserKnob {41 matrixC l \"Matrix C\" T Matrix_Result.matrix}\n}\n Input {\n inputs 0\n name InputA\n label \"\\[value this.number]\"\n xpos -656\n ypos -308\n number 1\n }\n Matrix {\n matrix {\n {{\"chooseMatrixA == 0 ? parent.input1.matrix : parent.input1.world_matrix\"} {\"chooseMatrixA == 0 ? parent.input1.matrix : parent.input1.world_matrix\"} {\"chooseMatrixA == 0 ? parent.input1.matrix : parent.input1.world_matrix\"} {\"chooseMatrixA == 0 ? parent.input1.matrix : parent.input1.world_matrix\"}}\n {{\"chooseMatrixA == 0 ? parent.input1.matrix : parent.input1.world_matrix\"} {\"chooseMatrixA == 0 ? parent.input1.matrix : parent.input1.world_matrix\"} {\"chooseMatrixA == 0 ? parent.input1.matrix : parent.input1.world_matrix\"} {\"chooseMatrixA == 0 ? parent.input1.matrix : parent.input1.world_matrix\"}}\n {{\"chooseMatrixA == 0 ? parent.input1.matrix : parent.input1.world_matrix\"} {\"chooseMatrixA == 0 ? parent.input1.matrix : parent.input1.world_matrix\"} {\"chooseMatrixA == 0 ? parent.input1.matrix : parent.input1.world_matrix\"} {\"chooseMatrixA == 0 ? parent.input1.matrix : parent.input1.world_matrix\"}}\n {{\"chooseMatrixA == 0 ? parent.input1.matrix : parent.input1.world_matrix\"} {\"chooseMatrixA == 0 ? parent.input1.matrix : parent.input1.world_matrix\"} {\"chooseMatrixA == 0 ? parent.input1.matrix : parent.input1.world_matrix\"} {\"chooseMatrixA == 0 ? parent.input1.matrix : parent.input1.world_matrix\"}}\n }\n name MatrixA\n xpos -656\n ypos -218\n }\n Input {\n inputs 0\n name InputB\n label \"\\[value this.number]\"\n xpos -544\n ypos -310\n }\n Matrix {\n matrix {\n {{\"chooseMatrixB == 0 ? parent.input0.matrix : parent.input0.world_matrix\"} {\"chooseMatrixB == 0 ? parent.input0.matrix : parent.input0.world_matrix\"} {\"chooseMatrixB == 0 ? parent.input0.matrix : parent.input0.world_matrix\"} {\"chooseMatrixB == 0 ? parent.input0.matrix : parent.input0.world_matrix\"}}\n {{\"chooseMatrixB == 0 ? parent.input0.matrix : parent.input0.world_matrix\"} {\"chooseMatrixB == 0 ? parent.input0.matrix : parent.input0.world_matrix\"} {\"chooseMatrixB == 0 ? parent.input0.matrix : parent.input0.world_matrix\"} {\"chooseMatrixB == 0 ? parent.input0.matrix : parent.input0.world_matrix\"}}\n {{\"chooseMatrixB == 0 ? parent.input0.matrix : parent.input0.world_matrix\"} {\"chooseMatrixB == 0 ? parent.input0.matrix : parent.input0.world_matrix\"} {\"chooseMatrixB == 0 ? parent.input0.matrix : parent.input0.world_matrix\"} {\"chooseMatrixB == 0 ? parent.input0.matrix : parent.input0.world_matrix\"}}\n {{\"chooseMatrixB == 0 ? parent.input0.matrix : parent.input0.world_matrix\"} {\"chooseMatrixB == 0 ? parent.input0.matrix : parent.input0.world_matrix\"} {\"chooseMatrixB == 0 ? parent.input0.matrix : parent.input0.world_matrix\"} {\"chooseMatrixB == 0 ? parent.input0.matrix : parent.input0.world_matrix\"}}\n }\n name MatrixB\n xpos -544\n ypos -220\n }\n Matrix {\n inputs 0\n matrix {\n {{MatrixA.matrix+MatrixB.matrix} {MatrixA.matrix+MatrixB.matrix} {MatrixA.matrix+MatrixB.matrix} {MatrixA.matrix+MatrixB.matrix}}\n {{MatrixA.matrix+MatrixB.matrix} {MatrixA.matrix+MatrixB.matrix} {MatrixA.matrix+MatrixB.matrix} {MatrixA.matrix+MatrixB.matrix}}\n {{MatrixA.matrix+MatrixB.matrix} {MatrixA.matrix+MatrixB.matrix} {MatrixA.matrix+MatrixB.matrix} {MatrixA.matrix+MatrixB.matrix}}\n {{MatrixA.matrix+MatrixB.matrix} {MatrixA.matrix+MatrixB.matrix} {MatrixA.matrix+MatrixB.matrix} {MatrixA.matrix+MatrixB.matrix}}\n }\n name MatrixC_Add\n xpos -692\n ypos -107\n }\n Matrix {\n inputs 0\n matrix {\n {{MatrixA.matrix-MatrixB.matrix} {MatrixA.matrix-MatrixB.matrix} {MatrixA.matrix-MatrixB.matrix} {MatrixA.matrix-MatrixB.matrix}}\n {{MatrixA.matrix-MatrixB.matrix} {MatrixA.matrix-MatrixB.matrix} {MatrixA.matrix-MatrixB.matrix} {MatrixA.matrix-MatrixB.matrix}}\n {{MatrixA.matrix-MatrixB.matrix} {MatrixA.matrix-MatrixB.matrix} {MatrixA.matrix-MatrixB.matrix} {MatrixA.matrix-MatrixB.matrix}}\n {{MatrixA.matrix-MatrixB.matrix} {MatrixA.matrix-MatrixB.matrix} {MatrixA.matrix-MatrixB.matrix} {MatrixA.matrix-MatrixB.matrix}}\n }\n name MatrixC_Sub\n xpos -572\n ypos -104\n }\n Matrix {\n inputs 0\n matrix {\n {{\"output == 0 ? MatrixC_Add.matrix : output == 1 ? MatrixC_Sub.matrix : MatrixC_Mult.matrix\"} {\"output == 0 ? MatrixC_Add.matrix : output == 1 ? MatrixC_Sub.matrix : MatrixC_Mult.matrix\"} {\"output == 0 ? MatrixC_Add.matrix : output == 1 ? MatrixC_Sub.matrix : MatrixC_Mult.matrix\"} {\"output == 0 ? MatrixC_Add.matrix : output == 1 ? MatrixC_Sub.matrix : MatrixC_Mult.matrix\"}}\n {{\"output == 0 ? MatrixC_Add.matrix : output == 1 ? MatrixC_Sub.matrix : MatrixC_Mult.matrix\"} {\"output == 0 ? MatrixC_Add.matrix : output == 1 ? MatrixC_Sub.matrix : MatrixC_Mult.matrix\"} {\"output == 0 ? MatrixC_Add.matrix : output == 1 ? MatrixC_Sub.matrix : MatrixC_Mult.matrix\"} {\"output == 0 ? MatrixC_Add.matrix : output == 1 ? MatrixC_Sub.matrix : MatrixC_Mult.matrix\"}}\n {{\"output == 0 ? MatrixC_Add.matrix : output == 1 ? MatrixC_Sub.matrix : MatrixC_Mult.matrix\"} {\"output == 0 ? MatrixC_Add.matrix : output == 1 ? MatrixC_Sub.matrix : MatrixC_Mult.matrix\"} {\"output == 0 ? MatrixC_Add.matrix : output == 1 ? MatrixC_Sub.matrix : MatrixC_Mult.matrix\"} {\"output == 0 ? MatrixC_Add.matrix : output == 1 ? MatrixC_Sub.matrix : MatrixC_Mult.matrix\"}}\n {{\"output == 0 ? MatrixC_Add.matrix : output == 1 ? MatrixC_Sub.matrix : MatrixC_Mult.matrix\"} {\"output == 0 ? MatrixC_Add.matrix : output == 1 ? MatrixC_Sub.matrix : MatrixC_Mult.matrix\"} {\"output == 0 ? MatrixC_Add.matrix : output == 1 ? MatrixC_Sub.matrix : MatrixC_Mult.matrix\"} {\"output == 0 ? MatrixC_Add.matrix : output == 1 ? MatrixC_Sub.matrix : MatrixC_Mult.matrix\"}}\n }\n name Matrix_Result\n selected true\n xpos -587\n }\n Output {\n name Output1\n xpos -587\n ypos 61\n }\n Matrix {\n inputs 0\n matrix {\n {{(MatrixA.matrix.0*MatrixB.matrix.0)+(MatrixA.matrix.1*MatrixB.matrix.4)+(MatrixA.matrix.2*MatrixB.matrix.8)+(MatrixA.matrix.3*MatrixB.matrix.12)} {(MatrixA.matrix.0*MatrixB.matrix.1)+(MatrixA.matrix.1*MatrixB.matrix.5)+(MatrixA.matrix.2*MatrixB.matrix.9)+(MatrixA.matrix.3*MatrixB.matrix.13)} {(MatrixA.matrix.0*MatrixB.matrix.2)+(MatrixA.matrix.1*MatrixB.matrix.6)+(MatrixA.matrix.2*MatrixB.matrix.10)+(MatrixA.matrix.3*MatrixB.matrix.14)} {(MatrixA.matrix.0*MatrixB.matrix.3)+(MatrixA.matrix.1*MatrixB.matrix.7)+(MatrixA.matrix.2*MatrixB.matrix.11)+(MatrixA.matrix.3*MatrixB.matrix.15)}}\n {{(MatrixA.matrix.4*MatrixB.matrix.0)+(MatrixA.matrix.5*MatrixB.matrix.4)+(MatrixA.matrix.6*MatrixB.matrix.8)+(MatrixA.matrix.7*MatrixB.matrix.12)} {(MatrixA.matrix.4*MatrixB.matrix.1)+(MatrixA.matrix.5*MatrixB.matrix.5)+(MatrixA.matrix.6*MatrixB.matrix.9)+(MatrixA.matrix.7*MatrixB.matrix.13)} {(MatrixA.matrix.4*MatrixB.matrix.2)+(MatrixA.matrix.5*MatrixB.matrix.6)+(MatrixA.matrix.6*MatrixB.matrix.10)+(MatrixA.matrix.7*MatrixB.matrix.14)} {(MatrixA.matrix.4*MatrixB.matrix.3)+(MatrixA.matrix.5*MatrixB.matrix.7)+(MatrixA.matrix.6*MatrixB.matrix.11)+(MatrixA.matrix.7*MatrixB.matrix.15)}}\n {{(MatrixA.matrix.8*MatrixB.matrix.0)+(MatrixA.matrix.9*MatrixB.matrix.4)+(MatrixA.matrix.10*MatrixB.matrix.8)+(MatrixA.matrix.11*MatrixB.matrix.12)} {(MatrixA.matrix.8*MatrixB.matrix.1)+(MatrixA.matrix.9*MatrixB.matrix.5)+(MatrixA.matrix.10*MatrixB.matrix.9)+(MatrixA.matrix.11*MatrixB.matrix.13)} {(MatrixA.matrix.8*MatrixB.matrix.2)+(MatrixA.matrix.9*MatrixB.matrix.6)+(MatrixA.matrix.10*MatrixB.matrix.10)+(MatrixA.matrix.11*MatrixB.matrix.14)} {(MatrixA.matrix.8*MatrixB.matrix.3)+(MatrixA.matrix.9*MatrixB.matrix.7)+(MatrixA.matrix.10*MatrixB.matrix.11)+(MatrixA.matrix.11*MatrixB.matrix.15)}}\n {{(MatrixA.matrix.12*MatrixB.matrix.0)+(MatrixA.matrix.13*MatrixB.matrix.4)+(MatrixA.matrix.14*MatrixB.matrix.8)+(MatrixA.matrix.15*MatrixB.matrix.12)} {(MatrixA.matrix.12*MatrixB.matrix.1)+(MatrixA.matrix.13*MatrixB.matrix.5)+(MatrixA.matrix.14*MatrixB.matrix.9)+(MatrixA.matrix.15*MatrixB.matrix.13)} {(MatrixA.matrix.12*MatrixB.matrix.2)+(MatrixA.matrix.13*MatrixB.matrix.6)+(MatrixA.matrix.14*MatrixB.matrix.10)+(MatrixA.matrix.15*MatrixB.matrix.14)} {(MatrixA.matrix.12*MatrixB.matrix.3)+(MatrixA.matrix.13*MatrixB.matrix.7)+(MatrixA.matrix.14*MatrixB.matrix.11)+(MatrixA.matrix.15*MatrixB.matrix.15)}}\n }\n name MatrixC_Mult\n xpos -445\n ypos -105\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_Matrix4x4_Inverse.gizmo", "content": "Group {\nname Matrix4x4_Inverse\ntile_color 0x9c0000ff\nselected true\naddUserKnob {20 MatrixInverse}\naddUserKnob {4 inputMatrixType l \"Input Matrix From:\" M {local world \"\" \"\" \"\"}}\ninputMatrixType world\naddUserKnob {41 inputMatrixA l \"Input Matrix A\" T MatrixA.matrix}\naddUserKnob {26 result l Result}\naddUserKnob {41 matrixInverse l \"Matrix A Inverse\" T Matrix_InverseResult.matrix}\naddUserKnob {26 exportText l \"Export Inverse Axis\"}\naddUserKnob {26 text l \" \" T \"FrameRange\"}\naddUserKnob {22 createInverseAxisLinked l \"FrameRange (Linked)\" T \"mi = nuke.thisNode()\\nmiX = mi.xpos()\\nmiY = mi.ypos()\\nmiName = mi.name()\\nmiInputName = mi.input(0).name()\\n\\nwith nuke.root():\\n axis = nuke.createNode('Axis2')\\n axis.setName('Axis_Inverse')\\n axis.setXpos(miX+10)\\n axis.setYpos(miY+80)\\n axis.setInput(0, None)\\n axis.knob('tile_color').setValue(1799395071)\\n axis.knob('label').setValue('\\{\\} Inverse'.format(miInputName))\\n axis.knob('useMatrix').setValue(1)\\n axis.knob('matrix').setExpression('\\{\\}.matrixInverse'.format(miName))\\n\" +STARTLINE}\naddUserKnob {22 createInverseAxisBaked l \"FrameRange (Baked)\" -STARTLINE T \"mi = nuke.thisNode()\\nmiX = mi.xpos()\\nmiY = mi.ypos()\\nmiName = mi.name()\\nmi_matrixInverse = mi.knob('matrixInverse')\\nmiInputName = mi.input(0).name()\\n\\nwith nuke.root():\\n axis = nuke.createNode('Axis2')\\n axis.setName('Axis_Inverse')\\n axisName = axis.name()\\n axis.setXpos(miX+10)\\n axis.setYpos(miY+80)\\n axis.setInput(0, None)\\n axis.knob('tile_color').setValue(1799395071)\\n axis.knob('label').setValue('\\{\\} Inverse'.format(miInputName))\\n axis.knob('useMatrix').setValue(1)\\n axisMatrix= axis.knob('matrix')\\n \\n # Grab first and last frame from root\\n first_frame = int(nuke.Root()\\['first_frame'].getValue())\\n last_frame = int(nuke.Root()\\['last_frame'].getValue())\\n \\n # Create user input panel\\n p = nuke.Panel(\\\"Execute on FrameRange\\\")\\n p.addSingleLineInput('First Frame', first_frame)\\n p.addSingleLineInput('Last Frame', last_frame)\\n p.addSingleLineInput('Increment', 1)\\n \\n if p.show():\\n # Define first, last, increment from user input panel\\n ff = str(int(p.value(\\\"First Frame\\\")))\\n lf = str(int(p.value(\\\"Last Frame\\\")))\\n i = str(int(p.value(\\\"Increment\\\")))\\n \\n for item in range(16):\\n num = str(item)\\n nuke.animation(\\\"\\{\\}.matrix.\\{\\}\\\".format(axisName, num) , \\\"generate\\\", (ff, lf, i, 'y', \\\"\\{\\}.matrixInverse.\\{\\}\\\".format(miName, num) ) )\\n \"}\naddUserKnob {26 text_1 l \" \" T \"Static Frame\"}\naddUserKnob {3 refFrame l \"Ref Frame\"}\nrefFrame 1001\naddUserKnob {22 setToCurrentFrame l \"Set to Current Frame\" -STARTLINE T \"n = nuke.thisNode()\\nref = n.knob('refFrame')\\nframe = nuke.frame()\\n\\nref.setValue(frame)\"}\naddUserKnob {22 staticFrameExportLinked l \"Static Frame (Linked)\" T \"mi = nuke.thisNode()\\nmiX = mi.xpos()\\nmiY = mi.ypos()\\nmiName = mi.name()\\nmiInputName = mi.input(0).name()\\nrefFrame = int(mi.knob('refFrame').value())\\n\\nwith nuke.root():\\n axis = nuke.createNode('Axis2')\\n axis.setName('Axis_Inverse')\\n axis.setXpos(miX+10)\\n axis.setYpos(miY+80)\\n axis.setInput(0, None)\\n axis.knob('tile_color').setValue(1799395071)\\n axis.knob('label').setValue('\\{\\} Inverse\\\\nRef Frame: \\{\\}'.format(miInputName, refFrame))\\n axis.knob('useMatrix').setValue(1)\\n axis.knob('matrix').setExpression('\\{\\}.matrixInverse(\\{\\})'.format(miName, refFrame))\" +STARTLINE}\naddUserKnob {22 staticFrameExportBaked l \"Static Frame (Baked)\" -STARTLINE T \"mi = nuke.thisNode()\\nmiX = mi.xpos()\\nmiY = mi.ypos()\\nmiName = mi.name()\\nmi_matrixInverse = mi.knob('matrixInverse')\\nmiInputName = mi.input(0).name()\\nrefFrame = str(int(mi.knob('refFrame').value()))\\n\\nwith nuke.root():\\n axis = nuke.createNode('Axis2')\\n axis.setName('Axis_Inverse')\\n axisName = axis.name()\\n axis.setXpos(miX+10)\\n axis.setYpos(miY+80)\\n axis.setInput(0, None)\\n axis.knob('tile_color').setValue(1799395071)\\n axis.knob('label').setValue('\\{\\} Inverse\\\\nRef Frame: \\{\\}'.format(miInputName, refFrame))\\n axis.knob('useMatrix').setValue(1)\\n axisMatrix= axis.knob('matrix')\\n \\n for item in range(16):\\n num = str(item)\\n nuke.animation(\\\"\\{\\}.matrix.\\{\\}\\\".format(axisName, num) , \\\"generate\\\", (refFrame, refFrame, '1', 'y', \\\"\\{\\}.matrixInverse.\\{\\}\\\".format(miName, num) ) )\\n axisMatrix.clearAnimated()\"}\naddUserKnob {20 checkResult_2 l \"Check Result: Identity Matrix\"}\naddUserKnob {41 matrixResultIdentity l \"Input Inverse Result:\" T Matrix4x4Math.matrixC}\n}\nInput {\ninputs 0\nname Input\nxpos -544\nypos -329\n}\nMatrix {\nmatrix {\n {{\"inputMatrixType == 0 ? parent.input0.matrix : parent.input0.world_matrix\"} {\"inputMatrixType == 0 ? parent.input0.matrix : parent.input0.world_matrix\"} {\"inputMatrixType == 0 ? parent.input0.matrix : parent.input0.world_matrix\"} {\"inputMatrixType == 0 ? parent.input0.matrix : parent.input0.world_matrix\"}}\n {{\"inputMatrixType == 0 ? parent.input0.matrix : parent.input0.world_matrix\"} {\"inputMatrixType == 0 ? parent.input0.matrix : parent.input0.world_matrix\"} {\"inputMatrixType == 0 ? parent.input0.matrix : parent.input0.world_matrix\"} {\"inputMatrixType == 0 ? parent.input0.matrix : parent.input0.world_matrix\"}}\n {{\"inputMatrixType == 0 ? parent.input0.matrix : parent.input0.world_matrix\"} {\"inputMatrixType == 0 ? parent.input0.matrix : parent.input0.world_matrix\"} {\"inputMatrixType == 0 ? parent.input0.matrix : parent.input0.world_matrix\"} {\"inputMatrixType == 0 ? parent.input0.matrix : parent.input0.world_matrix\"}}\n {{\"inputMatrixType == 0 ? parent.input0.matrix : parent.input0.world_matrix\"} {\"inputMatrixType == 0 ? parent.input0.matrix : parent.input0.world_matrix\"} {\"inputMatrixType == 0 ? parent.input0.matrix : parent.input0.world_matrix\"} {\"inputMatrixType == 0 ? parent.input0.matrix : parent.input0.world_matrix\"}}\n }\nname MatrixA\nxpos -544\nypos -288\n}\nset N47f88800 [stack 0]\nNoOp {\nname DeterminantA\nxpos -544\nypos -221\naddUserKnob {20 User}\naddUserKnob {7 determinant l \"Matrix A Determinant\" R -1 1}\ndeterminant {{\"+MatrixA.matrix.0*MatrixA.matrix.5*MatrixA.matrix.10*MatrixA.matrix.15\\n+MatrixA.matrix.0*MatrixA.matrix.6*MatrixA.matrix.11*MatrixA.matrix.13\\n+MatrixA.matrix.0*MatrixA.matrix.7*MatrixA.matrix.9*MatrixA.matrix.14\\n-MatrixA.matrix.0*MatrixA.matrix.7*MatrixA.matrix.10*MatrixA.matrix.13\\n-MatrixA.matrix.0*MatrixA.matrix.6*MatrixA.matrix.9*MatrixA.matrix.15\\n-MatrixA.matrix.0*MatrixA.matrix.5*MatrixA.matrix.11*MatrixA.matrix.14\\n\\n-MatrixA.matrix.1*MatrixA.matrix.4*MatrixA.matrix.10*MatrixA.matrix.15\\n-MatrixA.matrix.2*MatrixA.matrix.4*MatrixA.matrix.11*MatrixA.matrix.13\\n-MatrixA.matrix.3*MatrixA.matrix.4*MatrixA.matrix.9*MatrixA.matrix.14\\n+MatrixA.matrix.3*MatrixA.matrix.4*MatrixA.matrix.10*MatrixA.matrix.13\\n+MatrixA.matrix.2*MatrixA.matrix.4*MatrixA.matrix.9*MatrixA.matrix.15\\n+MatrixA.matrix.1*MatrixA.matrix.4*MatrixA.matrix.11*MatrixA.matrix.14\\n\\n+MatrixA.matrix.1*MatrixA.matrix.6*MatrixA.matrix.8*MatrixA.matrix.15\\n+MatrixA.matrix.2*MatrixA.matrix.7*MatrixA.matrix.8*MatrixA.matrix.13\\n+MatrixA.matrix.3*MatrixA.matrix.5*MatrixA.matrix.8*MatrixA.matrix.14\\n-MatrixA.matrix.3*MatrixA.matrix.6*MatrixA.matrix.8*MatrixA.matrix.13\\n-MatrixA.matrix.2*MatrixA.matrix.5*MatrixA.matrix.8*MatrixA.matrix.15\\n-MatrixA.matrix.1*MatrixA.matrix.7*MatrixA.matrix.8*MatrixA.matrix.14\\n\\n-MatrixA.matrix.1*MatrixA.matrix.6*MatrixA.matrix.11*MatrixA.matrix.12\\n-MatrixA.matrix.2*MatrixA.matrix.7*MatrixA.matrix.9*MatrixA.matrix.12\\n-MatrixA.matrix.3*MatrixA.matrix.5*MatrixA.matrix.10*MatrixA.matrix.12\\n+MatrixA.matrix.3*MatrixA.matrix.6*MatrixA.matrix.9*MatrixA.matrix.12\\n+MatrixA.matrix.2*MatrixA.matrix.5*MatrixA.matrix.11*MatrixA.matrix.12\\n+MatrixA.matrix.1*MatrixA.matrix.7*MatrixA.matrix.10*MatrixA.matrix.12\"}}\naddUserKnob {7 oneOver l \"1 / Determinant\"}\noneOver {{1/determinant}}\n}\nMatrix {\ninputs 0\nmatrix {\n {{\"+MatrixA.matrix.5*MatrixA.matrix.10*MatrixA.matrix.15\\n+MatrixA.matrix.6*MatrixA.matrix.11*MatrixA.matrix.13\\n+MatrixA.matrix.7*MatrixA.matrix.9*MatrixA.matrix.14\\n-MatrixA.matrix.7*MatrixA.matrix.10*MatrixA.matrix.13\\n-MatrixA.matrix.6*MatrixA.matrix.9*MatrixA.matrix.15\\n-MatrixA.matrix.5*MatrixA.matrix.11*MatrixA.matrix.14\"} {\"-MatrixA.matrix.1*MatrixA.matrix.10*MatrixA.matrix.15\\n-MatrixA.matrix.2*MatrixA.matrix.11*MatrixA.matrix.13\\n-MatrixA.matrix.3*MatrixA.matrix.9*MatrixA.matrix.14\\n+MatrixA.matrix.3*MatrixA.matrix.10*MatrixA.matrix.13\\n+MatrixA.matrix.2*MatrixA.matrix.9*MatrixA.matrix.15\\n+MatrixA.matrix.1*MatrixA.matrix.11*MatrixA.matrix.14\"} {\"+MatrixA.matrix.1*MatrixA.matrix.6*MatrixA.matrix.15\\n+MatrixA.matrix.2*MatrixA.matrix.7*MatrixA.matrix.13\\n+MatrixA.matrix.3*MatrixA.matrix.5*MatrixA.matrix.14\\n-MatrixA.matrix.3*MatrixA.matrix.6*MatrixA.matrix.13\\n-MatrixA.matrix.2*MatrixA.matrix.5*MatrixA.matrix.15\\n-MatrixA.matrix.1*MatrixA.matrix.7*MatrixA.matrix.14\"} {\"-MatrixA.matrix.1*MatrixA.matrix.6*MatrixA.matrix.11\\n-MatrixA.matrix.2*MatrixA.matrix.7*MatrixA.matrix.9\\n-MatrixA.matrix.3*MatrixA.matrix.5*MatrixA.matrix.10\\n+MatrixA.matrix.3*MatrixA.matrix.6*MatrixA.matrix.9\\n+MatrixA.matrix.2*MatrixA.matrix.5*MatrixA.matrix.11\\n+MatrixA.matrix.1*MatrixA.matrix.7*MatrixA.matrix.10\"}}\n {{\"-MatrixA.matrix.4*MatrixA.matrix.10*MatrixA.matrix.15\\n-MatrixA.matrix.6*MatrixA.matrix.11*MatrixA.matrix.12\\n-MatrixA.matrix.7*MatrixA.matrix.11*MatrixA.matrix.14\\n+MatrixA.matrix.7*MatrixA.matrix.10*MatrixA.matrix.12\\n+MatrixA.matrix.6*MatrixA.matrix.8*MatrixA.matrix.15\\n+MatrixA.matrix.4*MatrixA.matrix.11*MatrixA.matrix.14\"} {\"+MatrixA.matrix.0*MatrixA.matrix.10*MatrixA.matrix.15\\n+MatrixA.matrix.2*MatrixA.matrix.11*MatrixA.matrix.12\\n+MatrixA.matrix.3*MatrixA.matrix.8*MatrixA.matrix.14\\n-MatrixA.matrix.3*MatrixA.matrix.10*MatrixA.matrix.12\\n-MatrixA.matrix.2*MatrixA.matrix.8*MatrixA.matrix.15\\n-MatrixA.matrix.0*MatrixA.matrix.11*MatrixA.matrix.14\"} {\"-MatrixA.matrix.0*MatrixA.matrix.6*MatrixA.matrix.15\\n-MatrixA.matrix.2*MatrixA.matrix.7*MatrixA.matrix.12\\n-MatrixA.matrix.3*MatrixA.matrix.4*MatrixA.matrix.14\\n+MatrixA.matrix.3*MatrixA.matrix.6*MatrixA.matrix.12\\n+MatrixA.matrix.2*MatrixA.matrix.4*MatrixA.matrix.15\\n+MatrixA.matrix.0*MatrixA.matrix.7*MatrixA.matrix.14\"} {\"+MatrixA.matrix.0*MatrixA.matrix.6*MatrixA.matrix.11\\n+MatrixA.matrix.2*MatrixA.matrix.7*MatrixA.matrix.8\\n+MatrixA.matrix.3*MatrixA.matrix.4*MatrixA.matrix.10\\n-MatrixA.matrix.3*MatrixA.matrix.6*MatrixA.matrix.8\\n-MatrixA.matrix.2*MatrixA.matrix.4*MatrixA.matrix.11\\n-MatrixA.matrix.0*MatrixA.matrix.7*MatrixA.matrix.10\"}}\n {{\"+MatrixA.matrix.4*MatrixA.matrix.9*MatrixA.matrix.15\\n+MatrixA.matrix.5*MatrixA.matrix.11*MatrixA.matrix.12\\n+MatrixA.matrix.7*MatrixA.matrix.8*MatrixA.matrix.13\\n-MatrixA.matrix.7*MatrixA.matrix.9*MatrixA.matrix.12\\n-MatrixA.matrix.5*MatrixA.matrix.8*MatrixA.matrix.15\\n-MatrixA.matrix.4*MatrixA.matrix.11*MatrixA.matrix.13\"} {\"-MatrixA.matrix.0*MatrixA.matrix.9*MatrixA.matrix.15\\n-MatrixA.matrix.1*MatrixA.matrix.11*MatrixA.matrix.12\\n-MatrixA.matrix.3*MatrixA.matrix.8*MatrixA.matrix.13\\n+MatrixA.matrix.3*MatrixA.matrix.9*MatrixA.matrix.12\\n+MatrixA.matrix.1*MatrixA.matrix.8*MatrixA.matrix.15\\n+MatrixA.matrix.0*MatrixA.matrix.11*MatrixA.matrix.13\"} {\"+MatrixA.matrix.0*MatrixA.matrix.5*MatrixA.matrix.15\\n+MatrixA.matrix.1*MatrixA.matrix.7*MatrixA.matrix.12\\n+MatrixA.matrix.3*MatrixA.matrix.4*MatrixA.matrix.13\\n-MatrixA.matrix.3*MatrixA.matrix.5*MatrixA.matrix.12\\n-MatrixA.matrix.1*MatrixA.matrix.4*MatrixA.matrix.15\\n-MatrixA.matrix.0*MatrixA.matrix.7*MatrixA.matrix.13\"} {\"-MatrixA.matrix.0*MatrixA.matrix.5*MatrixA.matrix.11\\n-MatrixA.matrix.1*MatrixA.matrix.7*MatrixA.matrix.8\\n-MatrixA.matrix.3*MatrixA.matrix.4*MatrixA.matrix.9\\n+MatrixA.matrix.3*MatrixA.matrix.5*MatrixA.matrix.8\\n+MatrixA.matrix.1*MatrixA.matrix.4*MatrixA.matrix.11\\n+MatrixA.matrix.0*MatrixA.matrix.7*MatrixA.matrix.9\"}}\n {{\"-MatrixA.matrix.4*MatrixA.matrix.9*MatrixA.matrix.14\\n-MatrixA.matrix.5*MatrixA.matrix.10*MatrixA.matrix.12\\n-MatrixA.matrix.6*MatrixA.matrix.8*MatrixA.matrix.13\\n+MatrixA.matrix.6*MatrixA.matrix.9*MatrixA.matrix.12\\n+MatrixA.matrix.5*MatrixA.matrix.8*MatrixA.matrix.14\\n+MatrixA.matrix.4*MatrixA.matrix.10*MatrixA.matrix.13\"} {\"+MatrixA.matrix.0*MatrixA.matrix.9*MatrixA.matrix.14\\n+MatrixA.matrix.1*MatrixA.matrix.10*MatrixA.matrix.12\\n+MatrixA.matrix.2*MatrixA.matrix.8*MatrixA.matrix.13\\n-MatrixA.matrix.2*MatrixA.matrix.9*MatrixA.matrix.12\\n-MatrixA.matrix.1*MatrixA.matrix.8*MatrixA.matrix.14\\n-MatrixA.matrix.0*MatrixA.matrix.10*MatrixA.matrix.13\"} {\"-MatrixA.matrix.0*MatrixA.matrix.5*MatrixA.matrix.14\\n-MatrixA.matrix.1*MatrixA.matrix.6*MatrixA.matrix.12\\n-MatrixA.matrix.2*MatrixA.matrix.4*MatrixA.matrix.13\\n+MatrixA.matrix.2*MatrixA.matrix.5*MatrixA.matrix.12\\n+MatrixA.matrix.1*MatrixA.matrix.4*MatrixA.matrix.14\\n+MatrixA.matrix.0*MatrixA.matrix.6*MatrixA.matrix.13\"} {\"+MatrixA.matrix.0*MatrixA.matrix.5*MatrixA.matrix.10\\n+MatrixA.matrix.1*MatrixA.matrix.6*MatrixA.matrix.8\\n+MatrixA.matrix.2*MatrixA.matrix.4*MatrixA.matrix.9\\n-MatrixA.matrix.2*MatrixA.matrix.5*MatrixA.matrix.8\\n-MatrixA.matrix.1*MatrixA.matrix.4*MatrixA.matrix.10\\n-MatrixA.matrix.0*MatrixA.matrix.6*MatrixA.matrix.9\"}}\n }\nname MatrixA_Adjugate\nxpos -390\nypos -287\n}\npush $N47f88800\nMatrix {\ninputs 0\nmatrix {\n {{parent.MatrixA_Adjugate.matrix*parent.DeterminantA.oneOver} {parent.MatrixA_Adjugate.matrix*parent.DeterminantA.oneOver} {parent.MatrixA_Adjugate.matrix*parent.DeterminantA.oneOver} {parent.MatrixA_Adjugate.matrix*parent.DeterminantA.oneOver}}\n {{parent.MatrixA_Adjugate.matrix*parent.DeterminantA.oneOver} {parent.MatrixA_Adjugate.matrix*parent.DeterminantA.oneOver} {parent.MatrixA_Adjugate.matrix*parent.DeterminantA.oneOver} {parent.MatrixA_Adjugate.matrix*parent.DeterminantA.oneOver}}\n {{parent.MatrixA_Adjugate.matrix*parent.DeterminantA.oneOver} {parent.MatrixA_Adjugate.matrix*parent.DeterminantA.oneOver} {parent.MatrixA_Adjugate.matrix*parent.DeterminantA.oneOver} {parent.MatrixA_Adjugate.matrix*parent.DeterminantA.oneOver}}\n {{parent.MatrixA_Adjugate.matrix*parent.DeterminantA.oneOver} {parent.MatrixA_Adjugate.matrix*parent.DeterminantA.oneOver} {parent.MatrixA_Adjugate.matrix*parent.DeterminantA.oneOver} {parent.MatrixA_Adjugate.matrix*parent.DeterminantA.oneOver}}\n }\nname Matrix_InverseResult\nxpos -391\nypos -225\n}\nGroup {\ninputs 2\nname Matrix4x4Math\ntile_color 0x9c0000ff\nxpos -391\nypos -146\naddUserKnob {20 MatrixMult4x4}\naddUserKnob {4 output l Output t \"Add (A+B)\\nSub (A-B)\\nMult (AB)\" M {Add Sub Mult \"\" \"\"}}\noutput Mult\naddUserKnob {4 chooseMatrixA l \"Choose Matrix A\" M {local world \"\"}}\naddUserKnob {41 matrixA l \"Matrix A\" T MatrixA.matrix}\naddUserKnob {26 \"\"}\naddUserKnob {4 chooseMatrixB l \"Choose Matrix B\" M {local world}}\naddUserKnob {41 matrixB l \"Matrix B\" T MatrixB.matrix}\naddUserKnob {26 result l Result:}\naddUserKnob {41 matrixC l \"Matrix C\" T Matrix_Result.matrix}\n}\nInput {\ninputs 0\nname InputA\nlabel \"\\[value this.number]\"\nxpos -656\nypos -308\nnumber 1\n}\nMatrix {\nmatrix {\n {{\"chooseMatrixA == 0 ? parent.input1.matrix : parent.input1.world_matrix\"} {\"chooseMatrixA == 0 ? parent.input1.matrix : parent.input1.world_matrix\"} {\"chooseMatrixA == 0 ? parent.input1.matrix : parent.input1.world_matrix\"} {\"chooseMatrixA == 0 ? parent.input1.matrix : parent.input1.world_matrix\"}}\n {{\"chooseMatrixA == 0 ? parent.input1.matrix : parent.input1.world_matrix\"} {\"chooseMatrixA == 0 ? parent.input1.matrix : parent.input1.world_matrix\"} {\"chooseMatrixA == 0 ? parent.input1.matrix : parent.input1.world_matrix\"} {\"chooseMatrixA == 0 ? parent.input1.matrix : parent.input1.world_matrix\"}}\n {{\"chooseMatrixA == 0 ? parent.input1.matrix : parent.input1.world_matrix\"} {\"chooseMatrixA == 0 ? parent.input1.matrix : parent.input1.world_matrix\"} {\"chooseMatrixA == 0 ? parent.input1.matrix : parent.input1.world_matrix\"} {\"chooseMatrixA == 0 ? parent.input1.matrix : parent.input1.world_matrix\"}}\n {{\"chooseMatrixA == 0 ? parent.input1.matrix : parent.input1.world_matrix\"} {\"chooseMatrixA == 0 ? parent.input1.matrix : parent.input1.world_matrix\"} {\"chooseMatrixA == 0 ? parent.input1.matrix : parent.input1.world_matrix\"} {\"chooseMatrixA == 0 ? parent.input1.matrix : parent.input1.world_matrix\"}}\n }\nname MatrixA\nxpos -656\nypos -218\n}\nInput {\ninputs 0\nname InputB\nlabel \"\\[value this.number]\"\nxpos -544\nypos -310\n}\nMatrix {\nmatrix {\n {{\"chooseMatrixB == 0 ? parent.input0.matrix : parent.input0.world_matrix\"} {\"chooseMatrixB == 0 ? parent.input0.matrix : parent.input0.world_matrix\"} {\"chooseMatrixB == 0 ? parent.input0.matrix : parent.input0.world_matrix\"} {\"chooseMatrixB == 0 ? parent.input0.matrix : parent.input0.world_matrix\"}}\n {{\"chooseMatrixB == 0 ? parent.input0.matrix : parent.input0.world_matrix\"} {\"chooseMatrixB == 0 ? parent.input0.matrix : parent.input0.world_matrix\"} {\"chooseMatrixB == 0 ? parent.input0.matrix : parent.input0.world_matrix\"} {\"chooseMatrixB == 0 ? parent.input0.matrix : parent.input0.world_matrix\"}}\n {{\"chooseMatrixB == 0 ? parent.input0.matrix : parent.input0.world_matrix\"} {\"chooseMatrixB == 0 ? parent.input0.matrix : parent.input0.world_matrix\"} {\"chooseMatrixB == 0 ? parent.input0.matrix : parent.input0.world_matrix\"} {\"chooseMatrixB == 0 ? parent.input0.matrix : parent.input0.world_matrix\"}}\n {{\"chooseMatrixB == 0 ? parent.input0.matrix : parent.input0.world_matrix\"} {\"chooseMatrixB == 0 ? parent.input0.matrix : parent.input0.world_matrix\"} {\"chooseMatrixB == 0 ? parent.input0.matrix : parent.input0.world_matrix\"} {\"chooseMatrixB == 0 ? parent.input0.matrix : parent.input0.world_matrix\"}}\n }\nname MatrixB\nxpos -544\nypos -220\n}\nMatrix {\ninputs 0\nmatrix {\n {{MatrixA.matrix+MatrixB.matrix} {MatrixA.matrix+MatrixB.matrix} {MatrixA.matrix+MatrixB.matrix} {MatrixA.matrix+MatrixB.matrix}}\n {{MatrixA.matrix+MatrixB.matrix} {MatrixA.matrix+MatrixB.matrix} {MatrixA.matrix+MatrixB.matrix} {MatrixA.matrix+MatrixB.matrix}}\n {{MatrixA.matrix+MatrixB.matrix} {MatrixA.matrix+MatrixB.matrix} {MatrixA.matrix+MatrixB.matrix} {MatrixA.matrix+MatrixB.matrix}}\n {{MatrixA.matrix+MatrixB.matrix} {MatrixA.matrix+MatrixB.matrix} {MatrixA.matrix+MatrixB.matrix} {MatrixA.matrix+MatrixB.matrix}}\n }\nname MatrixC_Add\nxpos -692\nypos -107\n}\nMatrix {\ninputs 0\nmatrix {\n {{MatrixA.matrix-MatrixB.matrix} {MatrixA.matrix-MatrixB.matrix} {MatrixA.matrix-MatrixB.matrix} {MatrixA.matrix-MatrixB.matrix}}\n {{MatrixA.matrix-MatrixB.matrix} {MatrixA.matrix-MatrixB.matrix} {MatrixA.matrix-MatrixB.matrix} {MatrixA.matrix-MatrixB.matrix}}\n {{MatrixA.matrix-MatrixB.matrix} {MatrixA.matrix-MatrixB.matrix} {MatrixA.matrix-MatrixB.matrix} {MatrixA.matrix-MatrixB.matrix}}\n {{MatrixA.matrix-MatrixB.matrix} {MatrixA.matrix-MatrixB.matrix} {MatrixA.matrix-MatrixB.matrix} {MatrixA.matrix-MatrixB.matrix}}\n }\nname MatrixC_Sub\nxpos -572\nypos -104\n}\nMatrix {\ninputs 0\nmatrix {\n {{\"output == 0 ? MatrixC_Add.matrix : output == 1 ? MatrixC_Sub.matrix : MatrixC_Mult.matrix\"} {\"output == 0 ? MatrixC_Add.matrix : output == 1 ? MatrixC_Sub.matrix : MatrixC_Mult.matrix\"} {\"output == 0 ? MatrixC_Add.matrix : output == 1 ? MatrixC_Sub.matrix : MatrixC_Mult.matrix\"} {\"output == 0 ? MatrixC_Add.matrix : output == 1 ? MatrixC_Sub.matrix : MatrixC_Mult.matrix\"}}\n {{\"output == 0 ? MatrixC_Add.matrix : output == 1 ? MatrixC_Sub.matrix : MatrixC_Mult.matrix\"} {\"output == 0 ? MatrixC_Add.matrix : output == 1 ? MatrixC_Sub.matrix : MatrixC_Mult.matrix\"} {\"output == 0 ? MatrixC_Add.matrix : output == 1 ? MatrixC_Sub.matrix : MatrixC_Mult.matrix\"} {\"output == 0 ? MatrixC_Add.matrix : output == 1 ? MatrixC_Sub.matrix : MatrixC_Mult.matrix\"}}\n {{\"output == 0 ? MatrixC_Add.matrix : output == 1 ? MatrixC_Sub.matrix : MatrixC_Mult.matrix\"} {\"output == 0 ? MatrixC_Add.matrix : output == 1 ? MatrixC_Sub.matrix : MatrixC_Mult.matrix\"} {\"output == 0 ? MatrixC_Add.matrix : output == 1 ? MatrixC_Sub.matrix : MatrixC_Mult.matrix\"} {\"output == 0 ? MatrixC_Add.matrix : output == 1 ? MatrixC_Sub.matrix : MatrixC_Mult.matrix\"}}\n {{\"output == 0 ? MatrixC_Add.matrix : output == 1 ? MatrixC_Sub.matrix : MatrixC_Mult.matrix\"} {\"output == 0 ? MatrixC_Add.matrix : output == 1 ? MatrixC_Sub.matrix : MatrixC_Mult.matrix\"} {\"output == 0 ? MatrixC_Add.matrix : output == 1 ? MatrixC_Sub.matrix : MatrixC_Mult.matrix\"} {\"output == 0 ? MatrixC_Add.matrix : output == 1 ? MatrixC_Sub.matrix : MatrixC_Mult.matrix\"}}\n }\nname Matrix_Result\nselected true\nxpos -587\n}\nOutput {\nname Output1\nxpos -587\nypos 61\n}\nMatrix {\ninputs 0\nmatrix {\n {{(MatrixA.matrix.0*MatrixB.matrix.0)+(MatrixA.matrix.1*MatrixB.matrix.4)+(MatrixA.matrix.2*MatrixB.matrix.8)+(MatrixA.matrix.3*MatrixB.matrix.12)} {(MatrixA.matrix.0*MatrixB.matrix.1)+(MatrixA.matrix.1*MatrixB.matrix.5)+(MatrixA.matrix.2*MatrixB.matrix.9)+(MatrixA.matrix.3*MatrixB.matrix.13)} {(MatrixA.matrix.0*MatrixB.matrix.2)+(MatrixA.matrix.1*MatrixB.matrix.6)+(MatrixA.matrix.2*MatrixB.matrix.10)+(MatrixA.matrix.3*MatrixB.matrix.14)} {(MatrixA.matrix.0*MatrixB.matrix.3)+(MatrixA.matrix.1*MatrixB.matrix.7)+(MatrixA.matrix.2*MatrixB.matrix.11)+(MatrixA.matrix.3*MatrixB.matrix.15)}}\n {{(MatrixA.matrix.4*MatrixB.matrix.0)+(MatrixA.matrix.5*MatrixB.matrix.4)+(MatrixA.matrix.6*MatrixB.matrix.8)+(MatrixA.matrix.7*MatrixB.matrix.12)} {(MatrixA.matrix.4*MatrixB.matrix.1)+(MatrixA.matrix.5*MatrixB.matrix.5)+(MatrixA.matrix.6*MatrixB.matrix.9)+(MatrixA.matrix.7*MatrixB.matrix.13)} {(MatrixA.matrix.4*MatrixB.matrix.2)+(MatrixA.matrix.5*MatrixB.matrix.6)+(MatrixA.matrix.6*MatrixB.matrix.10)+(MatrixA.matrix.7*MatrixB.matrix.14)} {(MatrixA.matrix.4*MatrixB.matrix.3)+(MatrixA.matrix.5*MatrixB.matrix.7)+(MatrixA.matrix.6*MatrixB.matrix.11)+(MatrixA.matrix.7*MatrixB.matrix.15)}}\n {{(MatrixA.matrix.8*MatrixB.matrix.0)+(MatrixA.matrix.9*MatrixB.matrix.4)+(MatrixA.matrix.10*MatrixB.matrix.8)+(MatrixA.matrix.11*MatrixB.matrix.12)} {(MatrixA.matrix.8*MatrixB.matrix.1)+(MatrixA.matrix.9*MatrixB.matrix.5)+(MatrixA.matrix.10*MatrixB.matrix.9)+(MatrixA.matrix.11*MatrixB.matrix.13)} {(MatrixA.matrix.8*MatrixB.matrix.2)+(MatrixA.matrix.9*MatrixB.matrix.6)+(MatrixA.matrix.10*MatrixB.matrix.10)+(MatrixA.matrix.11*MatrixB.matrix.14)} {(MatrixA.matrix.8*MatrixB.matrix.3)+(MatrixA.matrix.9*MatrixB.matrix.7)+(MatrixA.matrix.10*MatrixB.matrix.11)+(MatrixA.matrix.11*MatrixB.matrix.15)}}\n {{(MatrixA.matrix.12*MatrixB.matrix.0)+(MatrixA.matrix.13*MatrixB.matrix.4)+(MatrixA.matrix.14*MatrixB.matrix.8)+(MatrixA.matrix.15*MatrixB.matrix.12)} {(MatrixA.matrix.12*MatrixB.matrix.1)+(MatrixA.matrix.13*MatrixB.matrix.5)+(MatrixA.matrix.14*MatrixB.matrix.9)+(MatrixA.matrix.15*MatrixB.matrix.13)} {(MatrixA.matrix.12*MatrixB.matrix.2)+(MatrixA.matrix.13*MatrixB.matrix.6)+(MatrixA.matrix.14*MatrixB.matrix.10)+(MatrixA.matrix.15*MatrixB.matrix.14)} {(MatrixA.matrix.12*MatrixB.matrix.3)+(MatrixA.matrix.13*MatrixB.matrix.7)+(MatrixA.matrix.14*MatrixB.matrix.11)+(MatrixA.matrix.15*MatrixB.matrix.15)}}\n }\nname MatrixC_Mult\nxpos -445\nypos -105\n}\nend_group\nAxis2 {\ninputs 0\nuseMatrix true\nmatrix {\n {{parent.Matrix_InverseResult.matrix} {parent.Matrix_InverseResult.matrix} {parent.Matrix_InverseResult.matrix} {parent.Matrix_InverseResult.matrix}}\n {{parent.Matrix_InverseResult.matrix} {parent.Matrix_InverseResult.matrix} {parent.Matrix_InverseResult.matrix} {parent.Matrix_InverseResult.matrix}}\n {{parent.Matrix_InverseResult.matrix} {parent.Matrix_InverseResult.matrix} {parent.Matrix_InverseResult.matrix} {parent.Matrix_InverseResult.matrix}}\n {{parent.Matrix_InverseResult.matrix} {parent.Matrix_InverseResult.matrix} {parent.Matrix_InverseResult.matrix} {parent.Matrix_InverseResult.matrix}}\n }\nname Axis1\nxpos -533\nypos -124\n}\nOutput {\nname Output1\nxpos -543\nypos -23\n}\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_MergeAll.gizmo", "content": "set cut_paste_input [stack 0]\npush $cut_paste_input\npush 0\nGroup {\n inputs 2\n name MergeAll\n help \"MergeAll v1.0\\n\\nMerges all the channels as expected! Especially useful for workflows with AOVs or multi-channel mattes, where you want to mask or stencil multiple channels at the same time.\\n\\nDecyphered with the awesome Tony Lyons.\\n\\nadrianpueyo.com, 2019\"\n tile_color 0x4b60c3ff\n selected true\n addUserKnob {20 MergeAll}\n addUserKnob {41 operation T MergeAllChannels.operation}\n addUserKnob {41 sRGB l \"Video colorspace\" -STARTLINE T MergeAllChannels.sRGB}\n addUserKnob {41 screen_alpha l \"alpha masking\" -STARTLINE T MergeAllChannels.screen_alpha}\n addUserKnob {41 bbox l \"set bbox to \" T MergeAllChannels.bbox}\n addUserKnob {41 metainput l \"metadata from\" -STARTLINE T MergeAllChannels.metainput}\n addUserKnob {41 rangeinput l \"range from\" -STARTLINE T MergeAllChannels.rangeinput}\n addUserKnob {26 \"\"}\n addUserKnob {41 Achannels l \"A channels\" T MergeAllChannels.Achannels}\n addUserKnob {41 Bchannels l \"B channels\" T MergeAllChannels.Bchannels}\n addUserKnob {41 output T MergeAllChannels.output}\n addUserKnob {41 also_merge l \"also merge\" T MergeAllChannels.also_merge}\n addUserKnob {26 \"\"}\n addUserKnob {26 \"\" l mask T \"\"}\n addUserKnob {41 maskChannelInput l \"\" -STARTLINE T MergeAllChannels.maskChannelInput}\n addUserKnob {41 inject -STARTLINE T MergeAllChannels.inject}\n addUserKnob {41 invert_mask l invert -STARTLINE T MergeAllChannels.invert_mask}\n addUserKnob {41 fringe -STARTLINE T MergeAllChannels.fringe}\n addUserKnob {41 mix T MergeAllChannels.mix}\n addUserKnob {26 version_author l \" \" t \"MergeAll v1.0\\n24 Sep 2019\" T \"
MergeAll v1.0 - adrianpueyo.com, 2019\"}\n}\n Input {\n inputs 0\n name Inputmask\n xpos 941\n ypos -466\n number 2\n }\n Input {\n inputs 0\n name InputB\n xpos 831\n ypos -663\n }\nset N34d09f40 [stack 0]\n Multiply {\n value 0\n name Multiply11\n label \"\\[value value]\"\n xpos 502\n ypos -572\n }\n Input {\n inputs 0\n name InputA\n xpos 392\n ypos -672\n number 1\n }\nset Ndbaf1390 [stack 0]\n Merge2 {\n inputs 2\n operation plus\n bbox B\n Achannels {{{parent.MergeAllChannels.Achannels}}}\n Bchannels {{{parent.MergeAllChannels.Bchannels}}}\n output {{{parent.MergeAllChannels.output}}}\n also_merge {{{parent.MergeAllChannels.also_merge}}}\n name MergeBChannels\n xpos 392\n ypos -560\n }\n Dot {\n name Dot1\n xpos 426\n ypos -462\n }\npush $Ndbaf1390\n Multiply {\n value 0\n name Multiply12\n label \"\\[value value]\"\n xpos 721\n ypos -571\n }\npush $N34d09f40\n Merge2 {\n inputs 2\n operation plus\n bbox B\n Achannels {{{parent.MergeAllChannels.Achannels}}}\n Bchannels {{{parent.MergeAllChannels.Bchannels}}}\n output {{{parent.MergeAllChannels.output}}}\n also_merge {{{parent.MergeAllChannels.also_merge}}}\n name MergeAChannels\n selected true\n xpos 831\n ypos -559\n }\n Merge2 {\n inputs 2+1\n also_merge all\n name MergeAllChannels\n xpos 831\n ypos -466\n }\n Output {\n name Output1\n xpos 831\n ypos -413\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_MergeAtmos.gizmo", "content": "set cut_paste_input [stack 0]\npush $cut_paste_input\npush 0\nGroup {\n inputs 2\n name MergeAtmos\n tile_color 0x4b5ec6ff\n note_font \"Verdana Bold Bold\"\n note_font_color 0xffffffff\n selected true\n addUserKnob {20 MergeAtmos}\n addUserKnob {41 channels T MergeKeymix.also_merge}\n addUserKnob {41 size l \"blur size\" T Blur1.size}\n addUserKnob {26 text_1 l \" \" T \" \"}\n addUserKnob {41 plusmix l \"plus mix\" T MergePlus.mix}\n addUserKnob {41 mix_1 l \"over mix\" T MergeOver.mix}\n addUserKnob {26 text l \" \" T \" \"}\n addUserKnob {41 value l \"Gamma Alpha A\" T Gamma1.value}\n addUserKnob {26 \"\"}\n addUserKnob {26 \"\" l mask T \"\"}\n addUserKnob {41 maskChannelInput l \"\" -STARTLINE T MergeKeymix.maskChannelInput}\n addUserKnob {41 inject -STARTLINE T MergeKeymix.inject}\n addUserKnob {41 invert_mask l invert -STARTLINE T MergeKeymix.invert_mask}\n addUserKnob {41 fringe -STARTLINE T MergeKeymix.fringe}\n addUserKnob {41 mix T MergeKeymix.mix}\n addUserKnob {20 info l Info}\n addUserKnob {26 creator l Creator: T \"Tony Lyons\"}\n addUserKnob {26 desc l Description: t \"For merging Dust, Smoke, Atmos\\n\\nMix between plus and over\\n\\nUses alpha of FG to blur the BG which mimicks diffusion.\" T MergeAtmos}\n addUserKnob {26 ver l Version: T v03}\n}\n Input {\n inputs 0\n name Inputmask\n xpos 508\n ypos 591\n number 2\n }\n Dot {\n name Dot7\n xpos 542\n ypos 729\n }\n Input {\n inputs 0\n name InputA\n xpos 358\n ypos 84\n number 1\n }\n AddChannels {\n channels rgba\n name AddChannels2\n xpos 358\n ypos 212\n }\n Gamma {\n channels alpha\n name Gamma1\n xpos 358\n ypos 280\n }\n Dot {\n name Dot87\n xpos 392\n ypos 377\n }\nset N21d63b90 [stack 0]\n Dot {\n name Dot8\n note_font_size 41\n xpos 392\n ypos 452\n }\nset N475d840 [stack 0]\n Dot {\n name Dot1\n xpos 392\n ypos 522\n }\npush $N475d840\npush $N21d63b90\n Input {\n inputs 0\n name InputB\n xpos 155\n ypos 83\n }\n Dot {\n name Dot4\n xpos 189\n ypos 250\n }\nset N475dd80 [stack 0]\n Blur {\n inputs 1+1\n size 10\n crop false\n name Blur1\n label \"\\[value size]\"\n xpos 155\n ypos 365\n }\n Merge2 {\n inputs 2\n operation plus\n Achannels none\n Bchannels none\n output none\n also_merge all\n mix 0.5\n name MergePlus\n xpos 155\n ypos 445\n }\n Merge2 {\n inputs 2\n also_merge all\n mix 0.5\n name MergeOver\n xpos 155\n ypos 519\n }\npush $N475dd80\n Dot {\n name Dot5\n xpos 34\n ypos 250\n }\n Dot {\n name Dot6\n note_font_size 41\n xpos 34\n ypos 729\n }\n Merge2 {\n inputs 2+1\n operation copy\n Achannels none\n Bchannels none\n output none\n also_merge rgba\n name MergeKeymix\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 155\n ypos 722\n }\n Output {\n name Output1\n xpos 155\n ypos 989\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_MergeBlend.gizmo", "content": "Group {\n inputs 2\n name MergeBlend\n tile_color 0x4b5ec6ff\n label \"\\[value merge1] | \\[value merge2]\"\n note_font \"Verdana Bold Bold\"\n note_font_color 0xffffffff\n selected true\n addUserKnob {20 MergeBlend}\n addUserKnob {41 channels T Merge1.also_merge}\n addUserKnob {41 bbox l \"set bbox to \" T Merge9.bbox}\n addUserKnob {41 metainput l \"metadata from\" -STARTLINE T Merge9.metainput}\n addUserKnob {41 rangeinput l \"range from\" -STARTLINE T Merge9.rangeinput}\n addUserKnob {26 \"\"}\n addUserKnob {41 merge1 l Merge1 T Merge9.operation}\n addUserKnob {41 merge2 l \" Merge2\" -STARTLINE T Merge8.operation}\n addUserKnob {26 text l \" \" T \"0 is Merge1 <------> 1 is Merge2\"}\n addUserKnob {41 blend l Blend T Dissolve1.which}\n addUserKnob {26 \"\"}\n addUserKnob {26 \"\" l mask T \"\"}\n addUserKnob {41 maskChannelInput l \"\" -STARTLINE T Merge1.maskChannelInput}\n addUserKnob {41 inject -STARTLINE T Merge1.inject}\n addUserKnob {41 invert_mask l invert -STARTLINE T Merge1.invert_mask}\n addUserKnob {41 fringe -STARTLINE T Merge1.fringe}\n addUserKnob {41 mix T Merge1.mix}\n addUserKnob {20 info l Info}\n addUserKnob {26 creator l Creator: T \"Tony Lyons\"}\n addUserKnob {26 desc l Description: t \"Mix between 2 Merge Operations\" T MergeBlend}\n addUserKnob {26 ver l Version: T v03}\n}\n Input {\n inputs 0\n name Inputmask\n xpos -239\n ypos 761\n number 2\n }\n Input {\n inputs 0\n name InputA\n xpos -332\n ypos 355\n number 1\n }\n Dot {\n name Dot16\n xpos -298\n ypos 448\n }\nset Nc7745230 [stack 0]\n Input {\n inputs 0\n name InputB\n xpos -569\n ypos 353\n }\n Dot {\n name Dot19\n xpos -535\n ypos 461\n }\nset Nc774ca40 [stack 0]\n Merge2 {\n inputs 2\n operation plus\n bbox {{Merge9.bbox}}\n metainput {{Merge9.metainput}}\n rangeinput {{Merge9.rangeinput}}\n also_merge all\n name Merge8\n xpos -332\n ypos 572\n }\npush $Nc7745230\npush $Nc774ca40\n Merge2 {\n inputs 2\n operation screen\n also_merge all\n name Merge9\n xpos -569\n ypos 572\n }\n Dissolve {\n inputs 2\n which 0.5\n name Dissolve1\n xpos -460\n ypos 673\n }\npush $Nc774ca40\n Dot {\n name Dot1\n note_font_size 41\n xpos -645\n ypos 461\n }\n Dot {\n name Dot2\n note_font_size 41\n xpos -645\n ypos 764\n }\n Merge2 {\n inputs 2+1\n operation copy\n bbox {{Merge9.bbox}}\n metainput {{Merge9.metainput}}\n rangeinput {{Merge9.rangeinput}}\n Achannels none\n Bchannels none\n output none\n also_merge rgba\n name Merge1\n xpos -460\n ypos 757\n }\n Output {\n name Output1\n xpos -460\n ypos 854\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_MirrorBorder.gizmo", "content": "Group {\n name MirrorBorder\n onCreate \"n = nuke.thisNode()\\nsize = n.knob(\\\"size\\\")\\n\\nsize.setRange(0, 500)\"\n tile_color 0xa57aaaff\n note_font \"Bitstream Vera Sans Bold Bold Bold\"\n note_font_color 0xffffffff\n selected true\n addUserKnob {20 MirrorBorder}\n addUserKnob {4 type l \"Tile Region\" M {\"to Format\" \"to input BBox\" \"\" \"\"}}\n addUserKnob {14 size l \"Tile Amount\" R 0 500}\n size 500\n addUserKnob {26 chokeEdgesText l \"Choke Edges\"}\n addUserKnob {7 leftChoke l \"Left Choke\" R -100 100}\n addUserKnob {7 rightChoke l \"Right Choke\" R -100 100}\n addUserKnob {7 topChoke l \"Top Choke\" R -100 100}\n addUserKnob {7 bottomChoke l \"Bottom Choke\" R -100 100}\n addUserKnob {26 \"\"}\n addUserKnob {26 \"\" l mask T \"\"}\n addUserKnob {41 maskChannelMask l \"\" -STARTLINE T Multiply1.maskChannelMask}\n addUserKnob {41 inject -STARTLINE T Multiply1.inject}\n addUserKnob {41 invert_mask l invert -STARTLINE T Multiply1.invert_mask}\n addUserKnob {41 fringe -STARTLINE T Multiply1.fringe}\n addUserKnob {7 mix}\n mix 1\n addUserKnob {20 Info}\n addUserKnob {26 creator l Creator: T \"Tony Lyons\"}\n addUserKnob {26 desc l Name: T MirrorBorder}\n addUserKnob {26 ver l Version: T v03}\n}\n BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0x3f414400\n label \"width mirror\"\n note_font_size 60\n note_font_color 0xffffffff\n xpos 704\n ypos -277\n bdwidth 265\n bdheight 260\n }\n BackdropNode {\n inputs 0\n name BackdropNode2\n tile_color 0x43504700\n label \"height mirror\"\n note_font_size 60\n note_font_color 0xffffffff\n xpos 1072\n ypos -271\n bdwidth 259\n bdheight 267\n }\n BackdropNode {\n inputs 0\n name BackdropNode3\n tile_color 0x5f6870ff\n label Corners\n note_font_size 60\n note_font_color 0xffffffff\n xpos 1416\n ypos -270\n bdwidth 545\n bdheight 264\n }\n Input {\n inputs 0\n name Input\n xpos 2050\n ypos -606\n }\n Dot {\n name Dot1\n note_font_size 41\n xpos 2084\n ypos -546\n }\nset N81deb2f0 [stack 0]\n Group {\n name BBoxToFormat\n onCreate \"n = nuke.thisNode()\\ninputFormat = n.knob(\\\"inputFormat\\\")\\ninputBBox = n.knob(\\\"inputBBox\\\")\\ncrop = nuke.toNode(\\\"Crop6\\\")\\ncropb = crop.knob('box')\\noutputBBox = n.knob('outputBBox')\\noutputBBoxCenter = n.knob(\\\"outputBBoxCenter\\\")\\n\\ninputFormat.setFlag(0x0000000000008000)\\ninputBBox.setFlag(0x0000000000008000)\\ncropb.setFlag(0x0000000000008000)\\noutputBBox.setFlag(0x0000000000008000)\\noutputBBoxCenter.setFlag(0x0000000000008000)\\n\\nn = nuke.thisNode()\\nn.knob(\\\"overscan\\\").setRange(0,400)\\nn.knob(\\\"overscanPercent\\\").setRange(1,4)\"\n knobChanged \"n = nuke.thisNode()\\nk = nuke.thisKnob()\\nif k.name() == \\\"overscanType\\\":\\n if n.knob(\\\"overscanType\\\").getValue() == 1:\\n n.knob(\\\"overscanPercent\\\").setVisible(True)\\n n.knob(\\\"overscan\\\").setVisible(False)\\n else:\\n n.knob(\\\"overscanPercent\\\").setVisible(False)\\n n.knob(\\\"overscan\\\").setVisible(True)\"\n tile_color 0xa57aaaff\n note_font \"Verdana Bold\"\n note_font_color 0xffffffff\n xpos 1907\n ypos -549\n addUserKnob {20 CropBBox}\n addUserKnob {4 type l Type +INVISIBLE M {\"To Format\" \"To BBox\"}}\n addUserKnob {41 intersect T Crop6.intersect}\n addUserKnob {6 blackOutside l \"Black Outside\" -STARTLINE}\n addUserKnob {4 overscanType l \"Overscan Type:\" M {Pixels Percentage}}\n addUserKnob {14 overscan l Overscan R 0 400}\n addUserKnob {14 overscanPercent l \"Overscan Percent\" +HIDDEN R 1 4}\n overscanPercent 1\n addUserKnob {20 inputBbox l \"BBox Data\" n 1}\n addUserKnob {15 inputFormat l \"Input Format\"}\n inputFormat {0 0 {input.width} {input.height}}\n addUserKnob {15 inputBBox l \"Input BBox\"}\n inputBBox {{input.bbox.x} {input.bbox.y} {input.bbox.r} {input.bbox.t}}\n addUserKnob {12 outputBBoxCenter l OutputBBoxCenter}\n outputBBoxCenter {{OutputBBox1.outputBBoxCenter.w} {OutputBBox1.outputBBoxCenter.h}}\n addUserKnob {15 outputBBox l \"Output BBox\"}\n outputBBox {{OutputBBox1.OutputBBox} {OutputBBox1.OutputBBox} {OutputBBox1.OutputBBox} {OutputBBox1.OutputBBox}}\n addUserKnob {20 endGroup n -1}\n addUserKnob {20 info_1 l Info}\n addUserKnob {26 creator l Creator: T \"Tony Lyons\"}\n addUserKnob {26 desc l Description: t \"crop to inputformat\\n\\ndisplays values of input bbox\" T CropBBox}\n addUserKnob {26 ver l Version: T v02}\n }\n Input {\n inputs 0\n name Input\n xpos 261\n ypos 394\n }\n Dot {\n name Dot2\n note_font_size 41\n xpos 295\n ypos 462\n }\nset N83862910 [stack 0]\n Dot {\n name Dot1\n note_font_size 41\n xpos -160\n ypos 462\n }\nset N83c07610 [stack 0]\npush $N83862910\n Crop {\n box {{curve} {curve} {input.width} {input.height}}\n crop {{parent.blackOutside}}\n name Crop6\n xpos 261\n ypos 510\n addUserKnob {20 User}\n addUserKnob {22 cropToBbox l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n }\nset N83c005a0 [stack 0]\n Remove {\n operation keep\n channels none\n name Remove1\n xpos 120\n ypos 504\n }\nset N819e4950 [stack 0]\n Transform {\n scale {{parent.overscanPercent} {parent.overscanPercent}}\n center {{input.bbox.r/2} {input.bbox.t/2}}\n shutteroffset centred\n name Transform1\n xpos 120\n ypos 555\n }\npush $N819e4950\n AdjBBox {\n numpixels {{parent.overscan} {parent.overscan}}\n name AdjBBox1\n xpos -5\n ypos 510\n }\n Switch {\n inputs 2\n which {{overscanType}}\n name Switch2\n label \"\\[value which]\"\n xpos -5\n ypos 549\n }\n Merge2 {\n inputs 2\n bbox intersection\n Achannels {-rgba.red -rgba.green -rgba.blue rgba.alpha}\n Bchannels {-rgba.red -rgba.green -rgba.blue rgba.alpha}\n output {-rgba.red -rgba.green -rgba.blue rgba.alpha}\n name Merge1\n xpos -5\n ypos 647\n disable {{!parent.Crop6.intersect}}\n }\npush $N83c07610\n CopyBBox {\n inputs 2\n name CopyBBox1\n xpos -194\n ypos 653\n }\n BlackOutside {\n name BlackOutside1\n xpos -194\n ypos 692\n disable {{!parent.blackOutside}}\n }\n Dot {\n name Dot4\n note_font_size 41\n xpos -160\n ypos 769\n }\npush $N83c005a0\n Switch {\n inputs 2\n which {{\"overscanType == 0 ? overscan.w != 0 || overscan.h != 0 : overscanPercent.w != 1 || overscanPercent.h != 1 ? 1 : 0\"}}\n name Switch1\n label \"\\[value which]\"\n xpos 261\n ypos 759\n }\nset N83a16300 [stack 0]\n Output {\n name Output1\n xpos 261\n ypos 921\n }\npush $N83a16300\n NoOp {\n name OutputBBox1\n selected true\n xpos 378\n ypos 821\n addUserKnob {20 User}\n addUserKnob {15 OutputBBox l \"Output BBox\"}\n OutputBBox {{input.bbox.x} {input.bbox.y} {input.bbox.r} {input.bbox.t}}\n addUserKnob {14 outputBBoxCenter l \"Output BBox Center\" R 0 100}\n outputBBoxCenter {{OutputBBox.x+(OutputBBox.r-OutputBBox.x)/2} {OutputBBox.y+(OutputBBox.t-OutputBBox.y)/2}}\n }\n end_group\n NoOp {\n name Settings\n xpos 1907\n ypos -493\n addUserKnob {20 User}\n addUserKnob {15 mirrorRegion l \"Mirror Region\"}\n mirrorRegion {{\"(type == 0 ? parent.BBoxToFormat.inputFormat : parent.BBoxToFormat.inputBBox) + int(parent.leftChoke)\"} {\"(type == 0 ? parent.BBoxToFormat.inputFormat : parent.BBoxToFormat.inputBBox) + int(parent.bottomChoke)\"} {\"(type == 0 ? parent.BBoxToFormat.inputFormat : parent.BBoxToFormat.inputBBox) - int(parent.rightChoke)\"} {\"(type == 0 ? parent.BBoxToFormat.inputFormat : parent.BBoxToFormat.inputBBox) - int(parent.topChoke)\"}}\n }\n Input {\n inputs 0\n name Inputmask\n xpos 1818\n ypos 134\n number 1\n }\n Dot {\n name Dot26\n note_font_size 41\n xpos 1852\n ypos 236\n }\nset N81fb32b0 [stack 0]\n Invert {\n name Invert1\n xpos 1818\n ypos 275\n }\npush $N81fb32b0\npush $N81deb2f0\n Dot {\n name Dot4\n xpos 2084\n ypos -344\n }\nset N80e84b90 [stack 0]\n Dot {\n name Dot8\n xpos 1491\n ypos -344\n }\nset N80e80a90 [stack 0]\n Dot {\n name Dot9\n xpos 1491\n ypos -170\n }\nset N80e30c70 [stack 0]\n Dot {\n name Dot11\n xpos 1607\n ypos -170\n }\nset N80e45df0 [stack 0]\n Dot {\n name Dot13\n xpos 1735\n ypos -170\n }\nset N80e7c770 [stack 0]\n Dot {\n name Dot14\n xpos 1876\n ypos -170\n }\n Crop {\n box {{parent.Settings.mirrorRegion.r-parent.size.w} {parent.Settings.mirrorRegion.y} {parent.Settings.mirrorRegion.r} {parent.Settings.mirrorRegion.y+parent.size.h}}\n name Crop_BR\n xpos 1842\n ypos -124\n addUserKnob {20 User}\n addUserKnob {22 cropToBbox l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n addUserKnob {22 cropToBbox_1 l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n addUserKnob {22 cropToBbox_2 l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n }\n Transform {\n scale -1\n center {{parent.Settings.mirrorRegion.r} {parent.Settings.mirrorRegion.y}}\n name Transform_BR\n label BottomRight\n xpos 1842\n ypos -71\n }\npush $N80e7c770\n Crop {\n box {{parent.Settings.mirrorRegion.x} {parent.Settings.mirrorRegion.y} {parent.Settings.mirrorRegion.x+parent.size.w} {parent.Settings.mirrorRegion.y+parent.size.h}}\n name Crop_BL\n xpos 1701\n ypos -125\n addUserKnob {20 User}\n addUserKnob {22 cropToBbox l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n }\n Transform {\n scale -1\n center {{parent.Settings.mirrorRegion.x} {parent.Settings.mirrorRegion.y}}\n name Transform_BL\n label \"Bottom Left\"\n xpos 1701\n ypos -70\n }\npush $N80e45df0\n Crop {\n box {{parent.Settings.mirrorRegion.r-parent.size.w} {parent.Settings.mirrorRegion.t-parent.size.h} {parent.Settings.mirrorRegion.r} {parent.Settings.mirrorRegion.t}}\n name Crop_TR\n xpos 1573\n ypos -122\n addUserKnob {20 User}\n addUserKnob {22 cropToBbox l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n }\n Transform {\n scale -1\n center {{parent.Settings.mirrorRegion.r} {parent.Settings.mirrorRegion.t}}\n name Transform_TR\n label \"Top Right\"\n xpos 1573\n ypos -70\n }\npush $N80e30c70\n Crop {\n box {{parent.Settings.mirrorRegion.x} {parent.Settings.mirrorRegion.t-parent.size.h} {parent.Settings.mirrorRegion.x+parent.size.w} {parent.Settings.mirrorRegion.t}}\n name Crop_TL\n xpos 1457\n ypos -124\n addUserKnob {20 User}\n addUserKnob {22 cropToBbox l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n }\n Transform {\n scale -1\n center {{parent.Settings.mirrorRegion.x} {parent.Settings.mirrorRegion.t}}\n name Transform_TL\n label \"Top Left\"\n xpos 1457\n ypos -72\n }\npush $N80e80a90\n Dot {\n name Dot7\n xpos 1146\n ypos -344\n }\nset N80ff2030 [stack 0]\n Dot {\n name Dot5\n xpos 1146\n ypos -171\n }\nset N80feba50 [stack 0]\n Dot {\n name Dot6\n xpos 1245\n ypos -171\n }\n Crop {\n box {{parent.Settings.mirrorRegion.x} {parent.Settings.mirrorRegion.t-parent.size.h} {parent.Settings.mirrorRegion.r} {parent.Settings.mirrorRegion.t}}\n name Crop_T\n xpos 1211\n ypos -124\n addUserKnob {20 User}\n addUserKnob {22 cropToBbox l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n }\n Transform {\n scale {1 -1}\n center {0 {parent.Settings.mirrorRegion.t}}\n name Transform_T\n label Top\n xpos 1211\n ypos -73\n }\npush $N80feba50\n Crop {\n box {{parent.Settings.mirrorRegion.x} {parent.Settings.mirrorRegion.y} {parent.Settings.mirrorRegion.r} {parent.Settings.mirrorRegion.y+parent.size.h}}\n name Crop_B\n xpos 1112\n ypos -126\n addUserKnob {20 User}\n addUserKnob {22 cropToBbox l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n }\n Transform {\n scale {1 -1}\n center {0 {parent.Settings.mirrorRegion.y}}\n name Transform_B\n label Bottom\n xpos 1112\n ypos -71\n }\npush 0\npush $N80ff2030\n Dot {\n name Dot2\n xpos 883\n ypos -344\n }\nset N80f923a0 [stack 0]\n Dot {\n name Dot3\n xpos 883\n ypos -177\n }\nset N80f8daf0 [stack 0]\n Crop {\n box {{parent.Settings.mirrorRegion.r-parent.size.w} {parent.Settings.mirrorRegion.y} {parent.Settings.mirrorRegion.r} {parent.Settings.mirrorRegion.t}}\n name Crop_R\n xpos 849\n ypos -128\n addUserKnob {20 User}\n addUserKnob {22 cropToBbox l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n }\n Transform {\n scale {-1 1}\n center {{parent.Settings.mirrorRegion.r} 0}\n filter Impulse\n name Transform_R\n label Right\n xpos 849\n ypos -84\n }\npush $N80f8daf0\n Dot {\n name Dot10\n xpos 778\n ypos -177\n }\n Crop {\n box {{parent.Settings.mirrorRegion.x} {parent.Settings.mirrorRegion.y} {parent.Settings.mirrorRegion.x+parent.size.w} {parent.Settings.mirrorRegion.t}}\n name Crop_L\n xpos 744\n ypos -126\n addUserKnob {20 User}\n addUserKnob {22 cropToBbox l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n }\n Transform {\n scale {-1 1}\n center {{parent.Settings.mirrorRegion.x} 0}\n filter Impulse\n name Transform_L\n label Left\n xpos 744\n ypos -82\n }\n Merge2 {\n inputs 8+1\n operation disjoint-over\n also_merge all\n name Merge5\n xpos 1346\n ypos 122\n }\n Dot {\n name Dot15\n note_font_size 41\n xpos 1380\n ypos 236\n }\nset N80f44280 [stack 0]\n Merge2 {\n inputs 2\n operation mask\n bbox intersection\n name MergeIntersection1\n xpos 1701\n ypos 233\n disable {{\"!\\[exists parent.input1]\"}}\n }\npush $N80f44280\n Dot {\n name Dot17\n note_font_size 41\n xpos 1380\n ypos 359\n }\n CopyBBox {\n inputs 2\n name CopyBBox1\n xpos 1701\n ypos 356\n disable {{\"!\\[exists parent.input1]\"}}\n }\n Multiply {\n inputs 1+1\n value 0\n name Multiply1\n label \"\\[value value]\"\n xpos 1818\n ypos 347\n disable {{\"!\\[exists parent.input1]\"}}\n }\npush $N80e84b90\n Crop {\n box {{parent.Settings.mirrorRegion} {parent.Settings.mirrorRegion} {parent.Settings.mirrorRegion} {parent.Settings.mirrorRegion}}\n name Crop1\n xpos 2050\n ypos -200\n addUserKnob {20 User}\n addUserKnob {22 cropToBbox l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n }\n Merge2 {\n inputs 2\n operation disjoint-over\n also_merge all\n maskChannelMask {{{exists parent.input[value input1.number] == 0 ? 0 : 5}}}\n name Merge3\n xpos 2050\n ypos 356\n }\n Dot {\n name Dot20\n label A\n note_font_size 41\n xpos 2084\n ypos 469\n }\npush $N80f923a0\n Dot {\n name Dot12\n note_font_size 41\n xpos 600\n ypos -344\n }\n Dot {\n name Dot18\n label B\n note_font_size 41\n xpos 600\n ypos 471\n }\n Dot {\n name Dot23\n note_font_size 41\n xpos 600\n ypos 558\n }\n Dot {\n name Dot16\n note_font_size 41\n xpos 1940\n ypos 558\n }\nset N81848aa0 [stack 0]\n Merge2 {\n inputs 2\n operation copy\n Achannels none\n Bchannels none\n output none\n also_merge all\n mix {{parent.mix}}\n name MergeKeymix\n xpos 2050\n ypos 551\n }\npush $N81848aa0\n Dot {\n name Dot19\n note_font_size 41\n xpos 1940\n ypos 640\n }\n Switch {\n inputs 2\n which {{\"parent.mix > 0 ? 1 : 0\"}}\n name Switch1\n xpos 2050\n ypos 637\n }\n Output {\n name Output1\n xpos 2050\n ypos 841\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_MirrorDimension.gizmo", "content": "Group {\n name MirrorDimension\n tile_color 0x9c0000ff\n note_font_color 0xffffffff\n selected true\n addUserKnob {20 MirrorDimension}\n addUserKnob {26 Instructions l Instructions: T \"1.) Plug in the MirrorCard input to the Card or Axis node you would like to be the mirror. \\n\\n- The scale of Card Does not matter as long as the orientation (translation/rotation) are correct.\\n\\n- The Card's +Z access is the front of mirror, point that towards subject / camera. This is the blue Z arrow in 3D viewer.\\n\\n2.) Duplicate your Camera, and plug in the \\\"axis\\\" input of this new Camera to the output of this node.\\n\\n3.) Your new Camera will be Mirrored according to the plane / card / axis.\\n\\n4.) Render using this New Camera Setup to get the mirrored CG output.\"}\n addUserKnob {26 version_author l \"\" +STARTLINE T \"
MirrorDimension v1.0 - Tony Lyons, 2024\"}\n}\n Input {\n inputs 0\n name InputMirrorCard\n xpos 1093\n ypos 175\n }\n Axis2 {\n inputs 0\n useMatrix true\n matrix {\n {{parent.Axis_parent.world_matrix} {parent.Axis_parent.world_matrix} {parent.Axis_parent.world_matrix} {parent.Axis_parent.world_matrix}}\n {{parent.Axis_parent.world_matrix} {parent.Axis_parent.world_matrix} {parent.Axis_parent.world_matrix} {parent.Axis_parent.world_matrix}}\n {{parent.Axis_parent.world_matrix} {parent.Axis_parent.world_matrix} {parent.Axis_parent.world_matrix} {parent.Axis_parent.world_matrix}}\n {{parent.Axis_parent.world_matrix} {parent.Axis_parent.world_matrix} {parent.Axis_parent.world_matrix} {parent.Axis_parent.world_matrix}}\n }\n name Axis9\n xpos 752\n ypos 315\n }\n Axis2 {\n scaling {1 1 -1}\n name Axis12\n xpos 752\n ypos 444\n }\n Axis2 {\n useMatrix true\n matrix {\n {{parent.InverseMatrix44_1.result.matrix} {parent.InverseMatrix44_1.result.matrix} {parent.InverseMatrix44_1.result.matrix} {parent.InverseMatrix44_1.result.matrix}}\n {{parent.InverseMatrix44_1.result.matrix} {parent.InverseMatrix44_1.result.matrix} {parent.InverseMatrix44_1.result.matrix} {parent.InverseMatrix44_1.result.matrix}}\n {{parent.InverseMatrix44_1.result.matrix} {parent.InverseMatrix44_1.result.matrix} {parent.InverseMatrix44_1.result.matrix} {parent.InverseMatrix44_1.result.matrix}}\n {{parent.InverseMatrix44_1.result.matrix} {parent.InverseMatrix44_1.result.matrix} {parent.InverseMatrix44_1.result.matrix} {parent.InverseMatrix44_1.result.matrix}}\n }\n name Axis14\n xpos 752\n ypos 577\n }\n Output {\n name Output1\n xpos 742\n ypos 775\n }\n Group {\n inputs 0\n name InverseMatrix44_1\n tile_color 0x337f4cff\n xpos 975\n ypos 462\n addUserKnob {20 tab_general l General}\n addUserKnob {1 knob_path}\n knob_path Axis_parent.world_matrix\n addUserKnob {26 \"\"}\n addUserKnob {41 id T assignID.matrix}\n addUserKnob {26 \"\"}\n addUserKnob {20 grp_math l math n 1}\n grp_math 0\n addUserKnob {7 m l determinant}\n m {{\"\\[value \\[value knob_path].\\[value id.0]] * \\n(\\n\\[value \\[value knob_path].\\[value id.5]] * \\n(( \\[value \\[value knob_path].\\[value id.10]] * \\[value \\[value knob_path].\\[value id.15]] )\\n-\\n( \\[value \\[value knob_path].\\[value id.11]] * \\[value \\[value knob_path].\\[value id.14]] ))\\n-\\n\\[value \\[value knob_path].\\[value id.6]] * \\n(( \\[value \\[value knob_path].\\[value id.9]] * \\[value \\[value knob_path].\\[value id.15]] )\\n-\\n( \\[value \\[value knob_path].\\[value id.11]] * \\[value \\[value knob_path].\\[value id.13]] ))\\n+\\n\\[value \\[value knob_path].\\[value id.7]] * \\n(( \\[value \\[value knob_path].\\[value id.9]] * \\[value \\[value knob_path].\\[value id.14]] )\\n-\\n( \\[value \\[value knob_path].\\[value id.10]] * \\[value \\[value knob_path].\\[value id.13]] ))\\n)\\n\\n-\\n\\n\\[value \\[value knob_path].\\[value id.1]] * \\n(\\n\\[value \\[value knob_path].\\[value id.4]] * \\n(( \\[value \\[value knob_path].\\[value id.10]] * \\[value \\[value knob_path].\\[value id.15]] )\\n-\\n( \\[value \\[value knob_path].\\[value id.11]] * \\[value \\[value knob_path].\\[value id.14]] ))\\n-\\n\\[value \\[value knob_path].\\[value id.6]] * \\n(( \\[value \\[value knob_path].\\[value id.8]] * \\[value \\[value knob_path].\\[value id.15]] )\\n-\\n( \\[value \\[value knob_path].\\[value id.11]] * \\[value \\[value knob_path].\\[value id.12]] ))\\n+\\n\\[value \\[value knob_path].\\[value id.7]] * \\n(( \\[value \\[value knob_path].\\[value id.8]] * \\[value \\[value knob_path].\\[value id.14]] )\\n-\\n( \\[value \\[value knob_path].\\[value id.10]] * \\[value \\[value knob_path].\\[value id.12]] ))\\n)\\n\\n+\\n\\n\\[value \\[value knob_path].\\[value id.2]] * \\n(\\n\\[value \\[value knob_path].\\[value id.4]] * \\n(( \\[value \\[value knob_path].\\[value id.9]] * \\[value \\[value knob_path].\\[value id.15]] )\\n-\\n( \\[value \\[value knob_path].\\[value id.11]] * \\[value \\[value knob_path].\\[value id.13]] ))\\n-\\n\\[value \\[value knob_path].\\[value id.5]] * \\n(( \\[value \\[value knob_path].\\[value id.8]] * \\[value \\[value knob_path].\\[value id.15]] )\\n-\\n( \\[value \\[value knob_path].\\[value id.11]] * \\[value \\[value knob_path].\\[value id.12]] ))\\n+\\n\\[value \\[value knob_path].\\[value id.7]] * \\n(( \\[value \\[value knob_path].\\[value id.8]] * \\[value \\[value knob_path].\\[value id.13]] )\\n-\\n( \\[value \\[value knob_path].\\[value id.9]] * \\[value \\[value knob_path].\\[value id.12]] ))\\n)\\n\\n-\\n\\n\\[value \\[value knob_path].\\[value id.3]] * \\n(\\n\\[value \\[value knob_path].\\[value id.4]] * \\n(( \\[value \\[value knob_path].\\[value id.9]] * \\[value \\[value knob_path].\\[value id.14]] )\\n-\\n( \\[value \\[value knob_path].\\[value id.10]] * \\[value \\[value knob_path].\\[value id.13]] ))\\n-\\n\\[value \\[value knob_path].\\[value id.5]] * \\n(( \\[value \\[value knob_path].\\[value id.8]] * \\[value \\[value knob_path].\\[value id.14]] )\\n-\\n( \\[value \\[value knob_path].\\[value id.10]] * \\[value \\[value knob_path].\\[value id.12]] ))\\n+\\n\\[value \\[value knob_path].\\[value id.6]] * \\n(( \\[value \\[value knob_path].\\[value id.8]] * \\[value \\[value knob_path].\\[value id.13]] )\\n-\\n( \\[value \\[value knob_path].\\[value id.9]] * \\[value \\[value knob_path].\\[value id.12]] ))\\n)\"}}\n addUserKnob {41 a l cofactor T co.matrix}\n addUserKnob {20 endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {41 iMatrix T result.matrix}\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T 1.1}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2021-02-24}\n addUserKnob {22 btn_CHANGELOG l Changelog T \"log = \\\"live inverse matrix
iMatrix33
iMatrix44\\\"\\nnuke.message( log )\" +STARTLINE}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n }\n Matrix {\n inputs 0\n matrix {\n {0 1 2 3}\n {4 5 6 7}\n {8 9 10 11}\n {12 13 14 15}\n }\n name assignID\n xpos -150\n ypos -255\n }\n Matrix {\n inputs 0\n matrix {\n {{\"pow(-1,0+0) * (\\n+\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.10]]*\\[value \\[value knob_path].\\[value id.15]]\\n+\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.11]]*\\[value \\[value knob_path].\\[value id.13]]\\n+\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.9]]*\\[value \\[value knob_path].\\[value id.14]]\\n-\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.10]]*\\[value \\[value knob_path].\\[value id.13]]\\n-\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.9]]*\\[value \\[value knob_path].\\[value id.15]]\\n-\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.11]]*\\[value \\[value knob_path].\\[value id.14]]\\n)\"} {\"pow(-1,0+1) * (\\n+\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.10]]*\\[value \\[value knob_path].\\[value id.15]]\\n+\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.11]]*\\[value \\[value knob_path].\\[value id.12]]\\n+\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.8]]*\\[value \\[value knob_path].\\[value id.13]]\\n-\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.10]]*\\[value \\[value knob_path].\\[value id.12]]\\n-\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.8]]*\\[value \\[value knob_path].\\[value id.15]]\\n-\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.11]]*\\[value \\[value knob_path].\\[value id.14]]\\n)\"} {\"pow(-1,0+2) * (\\n+\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.9]]*\\[value \\[value knob_path].\\[value id.15]]\\n+\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.11]]*\\[value \\[value knob_path].\\[value id.12]]\\n+\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.8]]*\\[value \\[value knob_path].\\[value id.13]]\\n-\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.9]]*\\[value \\[value knob_path].\\[value id.12]]\\n-\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.8]]*\\[value \\[value knob_path].\\[value id.15]]\\n-\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.11]]*\\[value \\[value knob_path].\\[value id.14]]\\n)\"} {\"pow(-1,0+3) * (\\n+\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.9]]*\\[value \\[value knob_path].\\[value id.14]]\\n+\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.10]]*\\[value \\[value knob_path].\\[value id.12]]\\n+\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.8]]*\\[value \\[value knob_path].\\[value id.13]]\\n-\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.9]]*\\[value \\[value knob_path].\\[value id.12]]\\n-\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.8]]*\\[value \\[value knob_path].\\[value id.14]]\\n-\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.10]]*\\[value \\[value knob_path].\\[value id.13]]\\n)\"}}\n {{\"pow(-1,1+0) * (\\n+\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.10]]*\\[value \\[value knob_path].\\[value id.15]]\\n+\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.11]]*\\[value \\[value knob_path].\\[value id.13]]\\n+\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.9]]*\\[value \\[value knob_path].\\[value id.14]]\\n-\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.10]]*\\[value \\[value knob_path].\\[value id.13]]\\n-\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.9]]*\\[value \\[value knob_path].\\[value id.15]]\\n-\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.11]]*\\[value \\[value knob_path].\\[value id.14]]\\n)\"} {\"pow(-1,1+1) * (\\n+\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.10]]*\\[value \\[value knob_path].\\[value id.15]]\\n+\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.11]]*\\[value \\[value knob_path].\\[value id.12]]\\n+\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.8]]*\\[value \\[value knob_path].\\[value id.13]]\\n-\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.10]]*\\[value \\[value knob_path].\\[value id.12]]\\n-\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.8]]*\\[value \\[value knob_path].\\[value id.15]]\\n-\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.11]]*\\[value \\[value knob_path].\\[value id.14]]\\n)\"} {\"pow(-1,1+2) * (\\n+\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.9]]*\\[value \\[value knob_path].\\[value id.15]]\\n+\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.11]]*\\[value \\[value knob_path].\\[value id.12]]\\n+\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.8]]*\\[value \\[value knob_path].\\[value id.13]]\\n-\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.9]]*\\[value \\[value knob_path].\\[value id.12]]\\n-\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.8]]*\\[value \\[value knob_path].\\[value id.15]]\\n-\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.11]]*\\[value \\[value knob_path].\\[value id.14]]\\n)\"} {\"pow(-1,1+3) * (\\n+\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.9]]*\\[value \\[value knob_path].\\[value id.14]]\\n+\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.10]]*\\[value \\[value knob_path].\\[value id.12]]\\n+\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.8]]*\\[value \\[value knob_path].\\[value id.13]]\\n-\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.9]]*\\[value \\[value knob_path].\\[value id.12]]\\n-\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.8]]*\\[value \\[value knob_path].\\[value id.14]]\\n-\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.10]]*\\[value \\[value knob_path].\\[value id.13]]\\n)\"}}\n {{\"pow(-1,2+0) * (\\n+\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.15]]\\n+\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.13]]\\n+\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.14]]\\n-\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.13]]\\n-\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.15]]\\n-\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.11]]*\\[value \\[value knob_path].\\[value id.14]]\\n)\"} {\"pow(-1,2+1) * (\\n+\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.15]]\\n+\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.12]]\\n+\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.13]]\\n-\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.12]]\\n-\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.15]]\\n-\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.14]]\\n)\"} {\"pow(-1,2+2) * (\\n+\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.15]]\\n+\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.12]]\\n+\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.13]]\\n-\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.12]]\\n-\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.15]]\\n-\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.14]]\\n)\"} {\"pow(-1,2+3) * (\\n+\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.14]]\\n+\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.12]]\\n+\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.13]]\\n-\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.12]]\\n-\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.14]]\\n-\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.13]]\\n)\"}}\n {{\"pow(-1,3+0) * (\\n+\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.11]]\\n+\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.9]]\\n+\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.10]]\\n-\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.9]]\\n-\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.11]]\\n-\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.10]]\\n)\"} {\"pow(-1,3+1) * (\\n+\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.11]]\\n+\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.8]]\\n+\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.10]]\\n-\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.8]]\\n-\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.11]]\\n-\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.10]]\\n)\"} {\"pow(-1,3+2) * (\\n+\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.11]]\\n+\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.8]]\\n+\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.9]]\\n-\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.8]]\\n-\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.11]]\\n-\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.9]]\\n)\"} {\"pow(-1,3+3) * (\\n+\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.10]]\\n+\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.8]]\\n+\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.9]]\\n-\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.8]]\\n-\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.10]]\\n-\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.9]]\\n)\"}}\n }\n name co\n xpos -44\n ypos -255\n }\n Matrix {\n inputs 0\n matrix {\n {{\"a.0==0 || m==0 ? 0 : a.0/m\"} {\"a.4==0 || m==0 ? 0 : a.4/m\"} {\"a.8==0 || m==0 ? 0 : a.8/m\"} {\"a.12==0 || m==0 ? 0 : a.12/m\"}}\n {{\"a.1==0 || m==0 ? 0 : a.1/m\"} {\"a.5==0 || m==0 ? 0 : a.5/m\"} {\"a.9==0 || m==0 ? 0 : a.9/m\"} {\"a.13==0 || m==0 ? 0 : a.13/m\"}}\n {{\"a.2==0 || m==0 ? 0 : a.2/m\"} {\"a.6==0 || m==0 ? 0 : a.6/m\"} {\"a.10==0 || m==0 ? 0 : a.10/m\"} {\"a.14==0 || m==0 ? 0 : a.14/m\"}}\n {{\"a.3==0 || m==0 ? 0 : a.3/m\"} {\"a.7==0 || m==0 ? 0 : a.7/m\"} {\"a.11==0 || m==0 ? 0 : a.11/m\"} {\"a.15==0 || m==0 ? 0 : a.15/m\"}}\n }\n name result\n xpos 56\n ypos -254\n }\n end_group\n Axis2 {\n inputs 0\n translate {{parent.input0.translate.x} {parent.input0.translate.y} {parent.input0.translate.z}}\n rotate {{parent.input0.rotate.x} {parent.input0.rotate.y} {parent.input0.rotate.z}}\n scaling {{parent.input0.scaling.x} {parent.input0.scaling.y} {parent.input0.scaling.z}}\n uniform_scale {{parent.input0.uniform_scale}}\n skew {{parent.input0.skew.x} {parent.input0.skew.y} {parent.input0.skew.z}}\n pivot {{parent.input0.pivot.x} {parent.input0.pivot.y} {parent.input0.pivot.z}}\n name Axis_parent\n xpos 1103\n ypos 258\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_MonochromePlus.gizmo", "content": "Group {\n name MonochromePlus\n tile_color 0x7aa9ffff\n note_font \"Bitstream Vera Sans\"\n selected true\n addUserKnob {20 MonochromePlus}\n addUserKnob {41 weight T Expression1.weight}\n addUserKnob {41 source T Expression1.source}\n addUserKnob {41 target T Expression1.target}\n addUserKnob {41 multiply T Expression1.multiply}\n addUserKnob {41 sourceFromTarget l \"use weighted target as source\" T Expression1.sourceFromTarget}\n addUserKnob {26 \"\" +STARTLINE}\n addUserKnob {26 \"\" l mask T \"\"}\n addUserKnob {41 maskChannelInput l \"\" -STARTLINE T Merge1.maskChannelInput}\n addUserKnob {41 inject -STARTLINE T Merge1.inject}\n addUserKnob {41 invert_mask l invert -STARTLINE T Merge1.invert_mask}\n addUserKnob {41 fringe -STARTLINE T Merge1.fringe}\n addUserKnob {41 mix T Merge1.mix}\n addUserKnob {26 \"\"}\n addUserKnob {26 _1 l \"\" +STARTLINE T \"Chris Fryer | 2019\"}\n}\n Input {\n inputs 0\n name Inputmask\n xpos 512\n ypos 669\n number 1\n }\n Input {\n inputs 0\n name Input\n xpos 359\n ypos 462\n }\n Dot {\n name Dot1\n xpos 393\n ypos 504\n }\nset Nfed0d800 [stack 0]\n Expression {\n expr0 \"(weight.r*r + weight.g*g + weight.b*b) * multiply\"\n name Expression1\n note_font \"Bitstream Vera Sans\"\n xpos 359\n ypos 549\n addUserKnob {20 User}\n addUserKnob {6 sourceFromTarget l \"use weighted target as source\" +STARTLINE}\n sourceFromTarget true\n addUserKnob {6 source_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {18 weight}\n weight {0.2126 0.7152 0.0722}\n addUserKnob {6 weight_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n weight_panelDropped true\n addUserKnob {6 weight_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {18 source}\n source {1 1 1}\n addUserKnob {6 source_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {18 target}\n target {1 1 1}\n addUserKnob {6 target_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {18 multiply R 0 2}\n multiply 1\n addUserKnob {6 multiply_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n }\n Shuffle {\n green red\n blue red\n name Shuffle1\n tile_color 0xffffff00\n label \"\\[value in]-->\\[value out]\"\n note_font \"Bitstream Vera Sans\"\n xpos 359\n ypos 573\n }\n Grade {\n whitepoint {{\"Expression1.sourceFromTarget == 0 ? parent.Expression1.source : parent.Expression1.target.r*Expression1.weight.r+parent.Expression1.target.g*Expression1.weight.g+parent.Expression1.target.b*Expression1.weight.b\"} {\"Expression1.sourceFromTarget == 0 ? parent.Expression1.source : parent.Expression1.target.r*Expression1.weight.r+parent.Expression1.target.g*Expression1.weight.g+parent.Expression1.target.b*Expression1.weight.b\"} {\"Expression1.sourceFromTarget == 0 ? parent.Expression1.source : parent.Expression1.target.r*Expression1.weight.r+parent.Expression1.target.g*Expression1.weight.g+parent.Expression1.target.b*Expression1.weight.b\"} {\"Expression1.sourceFromTarget == 0 ? parent.Expression1.source : parent.Expression1.target.r*Expression1.weight.r+parent.Expression1.target.g*Expression1.weight.g+parent.Expression1.target.b*Expression1.weight.b\"}}\n white {{parent.Expression1.target} {parent.Expression1.target} {parent.Expression1.target} {parent.Expression1.target}}\n multiply {{parent.Expression1.multiply} {parent.Expression1.multiply} {parent.Expression1.multiply} {parent.Expression1.multiply}}\n black_clamp false\n name Grade1\n note_font \"Bitstream Vera Sans\"\n xpos 359\n ypos 609\n }\npush $Nfed0d800\n Dot {\n name Dot2\n xpos 267\n ypos 504\n }\n Dot {\n name Dot3\n xpos 267\n ypos 672\n }\n Merge2 {\n inputs 2+1\n operation copy\n name Merge1\n xpos 359\n ypos 669\n }\n Output {\n name Output1\n xpos 359\n ypos 753\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_MorphDissolve.gizmo", "content": "Group {\n name MorphDissolve\n help \"Allows to morph between two moving plates automatically, or can be used to improve manual Morphs.\"\n tile_color 0x890074ff\n label \"(Plate \\[value morph])\"\n selected true\n addUserKnob {20 MorphDissolve}\n addUserKnob {7 morph l Morph t \"Morphs between input 0 and input 1\"}\n addUserKnob {26 \"\"}\n addUserKnob {4 method l \"Morph Method\" t \"Pick which method to use. They may both display artifacts in different areas, try both to see which one produces the best results for your specific morph.\" M {iDistort Kronos \"\"}}\n addUserKnob {4 direction l Direction -STARTLINE M {In-Between \"0 --> 1\" \"1 --> 0\" \"\"}}\n addUserKnob {4 result l Result -STARTLINE M {Morph STmap \"\" \"\" \"\" \"\"}}\n addUserKnob {7 vectorDetail l \"Vector Detail\" t \"Use this to adjust the density of the calculated motion vector field. Higher details capture finer movements, but take will longer to calculate.\" R 0.01 1}\n vectorDetail 0.75\n addUserKnob {7 strength l Strength t \"Match Strength : Stonger values will match larger differences between the two plates.\" R 0 1.5}\n strength 1.5\n addUserKnob {41 scale l \"STmap Overscan\" T UV_Map.scale}\n addUserKnob {26 \"\"}\n addUserKnob {26 copyright l \"\" +STARTLINE T \"v1.0 - by Erwan Leroy - 2017\"}\n}\n BackdropNode {\n inputs 0\n name Backdrop1\n tile_color 0x5b4e5658\n label Zipping\n note_font_size 40\n xpos 600\n ypos -55\n bdwidth 180\n bdheight 241\n }\n Input {\n inputs 0\n name Input1\n xpos 1355\n ypos -123\n number 1\n }\n Dot {\n name Dot3\n tile_color 0xcccccc00\n xpos 1389\n ypos -72\n }\nset Nffa41ee0 [stack 0]\n Dot {\n name Dot8\n tile_color 0xcccccc00\n xpos 1389\n ypos 1115\n }\npush $Nffa41ee0\n Dot {\n name Dot13\n tile_color 0xcccccc00\n xpos 1247\n ypos -72\n }\n NoTimeBlur {\n rounding floor\n single false\n name NoTimeBlur2\n xpos 1213\n ypos -15\n }\n Retime {\n input.first 1001\n input.first_lock true\n output.first 1001\n output.last 1002\n speed 0.5\n before continue\n after continue\n filter none\n time \"\"\n name Retime2\n label \"x\\[value input.first]-->x\\[value output.first]\\n\\[if \\{\\[value speed] == 1\\} then \\{return \\\"\\\"\\} else \\{return \\\"spd \\[value speed]\\\"\\}]\"\n xpos 1213\n ypos 23\n }\n Input {\n inputs 0\n name Input0\n xpos -24\n ypos -121\n }\n Dot {\n name Dot4\n tile_color 0xcccccc00\n xpos 10\n ypos -75\n }\nset N3db7b800 [stack 0]\n Dot {\n name Dot14\n tile_color 0xcccccc00\n xpos 155\n ypos -75\n }\n NoTimeBlur {\n rounding floor\n single false\n name NoTimeBlur1\n xpos 121\n ypos -13\n }\n Retime {\n input.first 1001\n input.first_lock true\n input.last 1218\n output.first 1001\n output.last 1436\n speed 0.5\n before continue\n after continue\n filter none\n time \"\"\n name Retime1\n label \"x\\[value input.first]-->x\\[value output.first]\\n\\[if \\{\\[value speed] == 1\\} then \\{return \\\"\\\"\\} else \\{return \\\"spd \\[value speed]\\\"\\}]\"\n xpos 121\n ypos 23\n }\n Switch {\n inputs 2\n which {{(frame-1001)%2}}\n name Switch1\n xpos 650\n ypos 35\n }\n Dot {\n name Dot9\n tile_color 0xcccccc00\n xpos 684\n ypos 124\n }\nset Nf88d8d0 [stack 0]\n Dot {\n name Dot2\n tile_color 0xcccccc00\n xpos 985\n ypos 124\n }\n Kronos {\n retimedChannels all\n timing2 Frame\n timingFrame2 {{(frame-1001)*2+1001+parent.morph}}\n motionEstimation Regularized\n vectorDetailReg {{parent.vectorDetail}}\n strengthReg {{parent.strength}}\n name Kronos1\n xpos 951\n ypos 273\n }\n Dot {\n name Dot12\n tile_color 0xcccccc00\n xpos 985\n ypos 903\n }\npush $Nf88d8d0\n Dot {\n name Dot10\n tile_color 0xcccccc00\n xpos 415\n ypos 124\n }\n VectorGenerator {\n motionEstimation Regularized\n vectorDetailReg {{parent.vectorDetail}}\n strengthReg {{parent.strength}}\n name VectorGenerator1\n xpos 381\n ypos 277\n }\n Dot {\n name Dot1\n tile_color 0xcccccc00\n xpos 415\n ypos 350\n }\nset Na0df1320 [stack 0]\n Shuffle {\n in backward\n blue black\n alpha black\n name Shuffle2\n label \"in \\[value in]-->out \\[value out]\"\n xpos 217\n ypos 340\n }\n TimeOffset {\n time_offset -1\n time \"\"\n name TimeOffset2\n label \"\\[value time_offset]\"\n xpos 217\n ypos 484\n }\npush $Na0df1320\n Shuffle {\n in forward\n blue black\n alpha black\n name Shuffle1\n label \"in \\[value in]-->out \\[value out]\"\n xpos 560\n ypos 340\n }\n TimeOffset {\n time_offset 1\n time \"\"\n name TimeOffset1\n label \"\\[value time_offset]\"\n xpos 560\n ypos 414\n }\npush $Na0df1320\n Copy {\n inputs 2\n from0 forward.u\n to0 forward.u\n from1 forward.v\n to1 forward.v\n bbox B\n name Copy1\n xpos 381\n ypos 408\n }\n Copy {\n inputs 2\n from0 backward.u\n to0 backward.u\n from1 backward.v\n to1 backward.v\n bbox B\n name Copy2\n xpos 381\n ypos 484\n }\n Group {\n name UV_Map\n help \"Create an uvmap from the input format or the selected format that can be used for example for baking transformations and applying them through a STmap node.\\nUse the overscan to create values outside of the viewing window and the 0-1 range.\"\n tile_color 0x578100ff\n note_font \"Bitstream Vera Sans\"\n note_font_color 0xffffffff\n selected true\n xpos 381\n ypos 549\n disable {{!result}}\n mapsize {0.15 0.15}\n addUserKnob {20 tab l \"UV Map\"}\n addUserKnob {41 format T Constant1.format}\n addUserKnob {41 scale l overscan T Reformat1.scale}\n addUserKnob {6 alpha l \"alpha 1\" +STARTLINE}\n addUserKnob {41 black_outside l \"black outside\" -STARTLINE T Reformat2.black_outside}\n }\n Input {\n inputs 0\n name Input\n xpos 620\n ypos -370\n }\n Shuffle {\n red black\n green black\n blue black\n alpha black\n name Shuffle1\n xpos 620\n ypos -309\n }\n Constant {\n inputs 0\n name Constant1\n xpos 479\n ypos -214\n }\n Switch {\n inputs 2\n which {{\"\\[exists parent.input0]\"}}\n name Switch1\n xpos 620\n ypos -190\n }\n Reformat {\n type scale\n resize none\n pbb true\n name Reformat1\n selected true\n xpos 620\n ypos -71\n }\n Reformat {\n type scale\n scale {{1/Reformat1.scale} {1/Reformat1.scale}}\n resize none\n black_outside true\n pbb true\n name Reformat2\n xpos 620\n ypos -37\n }\n Shuffle {\n alpha white\n name Shuffle13\n tile_color 0xffffff00\n label \"\\[value in]\"\n xpos 620\n ypos 12\n disable {{!parent.alpha}}\n }\n Expression {\n expr0 (x+0.5)/width\n expr1 (y+0.5)/height\n name Expression2\n xpos 620\n ypos 75\n }\n Output {\n name Output1\n xpos 620\n ypos 127\n }\n end_group\n Dot {\n name Dot5\n note_font_size 41\n xpos 415\n ypos 601\n }\nset N704f3310 [stack 0]\n Retime {\n input.first 1000\n input.first_lock true\n input.last 1002\n output.first 1000\n output.last 1001\n speed 2\n before continue\n after continue\n filter none\n time \"\"\n name Retime4\n label \"x\\[value input.first]-->x\\[value output.first]\\n\\[if \\{\\[value speed] == 1\\} then \\{return \\\"\\\"\\} else \\{return \\\"spd \\[value speed]\\\"\\}]\"\n xpos 459\n ypos 672\n }\n IDistort {\n uv forward\n uv_scale {{1-parent.morph}}\n name IDistort2\n xpos 459\n ypos 741\n }\nset N4c486100 [stack 0]\npush $N704f3310\n Retime {\n input.first 1001\n input.first_lock true\n input.last 1436\n output.first 1001\n output.last 1218\n speed 2\n before continue\n after continue\n filter none\n time \"\"\n name Retime3\n label \"x\\[value input.first]-->x\\[value output.first]\\n\\[if \\{\\[value speed] == 1\\} then \\{return \\\"\\\"\\} else \\{return \\\"spd \\[value speed]\\\"\\}]\"\n xpos 308\n ypos 673\n }\n IDistort {\n uv backward\n uv_scale {{parent.morph}}\n name IDistort1\n xpos 308\n ypos 738\n }\nset N40def0f0 [stack 0]\npush $N4c486100\npush $N40def0f0\n Dissolve {\n inputs 2\n which {{parent.morph}}\n name Dissolve1\n xpos 379\n ypos 823\n }\n Dot {\n name Dot11\n tile_color 0xcccccc00\n xpos 413\n ypos 903\n }\n Switch {\n inputs 3\n which {{direction}}\n name Switch4\n label \"\\[value which]\"\n xpos 491\n ypos 893\n }\n Switch {\n inputs 2\n which {{parent.method}}\n name Switch3\n xpos 627\n ypos 899\n }\nset N40770720 [stack 0]\npush $N3db7b800\n Dot {\n name Dot7\n tile_color 0xcccccc00\n xpos 10\n ypos 1115\n }\n Switch {\n inputs 3\n which {{\"parent.morph<=0?0:parent.morph>=1 ?2:1\"}}\n name Switch2\n xpos 547\n ypos 1111\n }\nset N4077d620 [stack 0]\npush $N40770720\npush $N40770720\npush $N4077d620\n Switch {\n inputs 3\n which {{\"result + direction\"}}\n name Switch5\n label \"\\[value which]\"\n xpos 627\n ypos 1181\n }\n Switch {\n inputs 2\n which {{method}}\n name Switch6\n label \"\\[value which]\"\n xpos 627\n ypos 1257\n }\n Output {\n name Output1\n xpos 627\n ypos 1333\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_MotionBlurPaint.gizmo", "content": "Group {\n name MotionBlurPaint\n onCreate \"n = nuke.thisNode()\\nn\\['format'].setFlag(nuke.DISABLED)\"\n tile_color 0xcc804e00\n note_font \"Verdana Bold\"\n selected true\n addUserKnob {20 Parameters}\n addUserKnob {26 instructions l \"\" +STARTLINE T \"Click the button 'Select brush' below to select the right brush.
Paint on the image to apply the motion blur
\\nClose the 'Paint' Tab to disable the node with D key\"}\n addUserKnob {26 \"\"}\n addUserKnob {26 output_1_1 l \"OUTPUT\"}\n addUserKnob {41 channels T VectorBlur9.channels}\n addUserKnob {41 format T Constant1.format}\n addUserKnob {6 img_format l \"format from img\" -STARTLINE}\n img_format true\n addUserKnob {7 overscan R 0 100}\n addUserKnob {26 \"\"}\n addUserKnob {4 output t \"Select which output you want to have: the final result with the distortion or the Vector Map\" M {\"Final Result\" Vector \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\"}}\n addUserKnob {26 \"\"}\n addUserKnob {26 motion_blur l \"MOTION BLUR\" T \"\"}\n addUserKnob {41 scale l \"motion amount\" T VectorBlur9.scale}\n addUserKnob {41 offset l \"shutter offset\" T VectorBlur9.offset}\n addUserKnob {41 grow_bbox l \"expand bbox\" T VectorBlur9.grow_bbox}\n addUserKnob {41 constant l \"uv offset\" T VectorBlur9.constant}\n addUserKnob {41 method T VectorBlur9.method}\n addUserKnob {26 line l \"\" +STARTLINE +HIDDEN}\n addUserKnob {26 \"\"}\n addUserKnob {22 move l \"Select brush\" t \"Select automatically the right brush\" T \"n = nuke.thisNode()\\nn\\['toolbox'].setValue(0)\\nn\\['toolbox'].setValue(25)\" +STARTLINE}\n addUserKnob {6 check l \"check painting\" t \"Use the checkerboard to check your paint\" -STARTLINE}\n addUserKnob {41 size l smooth t \"Smooth the paint\" T Blur1.size}\n addUserKnob {26 paint l \"PAINT\"}\n addUserKnob {20 paints l \"\" +STARTLINE n 1}\n addUserKnob {41 opacity l INVISIBLE +INVISIBLE T RotoPaint.opacity}\n addUserKnob {41 toolbar_opacity l opacity T RotoPaint.toolbar_opacity}\n addUserKnob {41 brush_hardness l \"brush hardness\" T RotoPaint.brush_hardness}\n addUserKnob {41 brush_spacing l \"brush spacing\" T RotoPaint.brush_spacing}\n addUserKnob {26 \"\"}\n addUserKnob {41 opacity_1 l opacity T RotoPaint.opacity}\n addUserKnob {41 lifetime_type l \"lifetime type\" T RotoPaint.lifetime_type}\n addUserKnob {41 lifetime_start l from -STARTLINE T RotoPaint.lifetime_start}\n addUserKnob {41 lifetime_end l to -STARTLINE T RotoPaint.lifetime_end}\n addUserKnob {41 toolbox l \"\" +STARTLINE T RotoPaint.toolbox}\n addUserKnob {41 curves l \"\" -STARTLINE T RotoPaint.curves}\n addUserKnob {20 endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {41 maskChannelMask l mask -STARTLINE T VectorBlur9.maskChannelMask}\n addUserKnob {41 invert_mask l invert -STARTLINE T VectorBlur9.invert_mask}\n addUserKnob {26 \"\"}\n addUserKnob {41 mix T VectorBlur9.mix}\n addUserKnob {20 \"\" l Transform}\n addUserKnob {41 transform T RotoPaint.transform}\n addUserKnob {41 translate T RotoPaint.translate}\n addUserKnob {41 rotate T RotoPaint.rotate}\n addUserKnob {41 scale_1 l scale T RotoPaint.scale}\n addUserKnob {41 skewX l \"skew X\" T RotoPaint.skewX}\n addUserKnob {41 skewY l \"skew Y\" T RotoPaint.skewY}\n addUserKnob {41 skew_order l \"skew order\" T RotoPaint.skew_order}\n addUserKnob {41 center T RotoPaint.center}\n addUserKnob {20 \"extra matrix\" n 2}\n \"extra matrix\" 1\n addUserKnob {41 transform_matrix l \"\" -STARTLINE T RotoPaint.transform_matrix}\n addUserKnob {20 \"\" n -1}\n addUserKnob {20 email l @}\n addUserKnob {26 message l \"\" +STARTLINE T \"MotionBlur Paint v1.0
\\nby Andrea Geremia
\\n
\\nandrea.geremia89@gmail.com
\\nwww.andreageremia.it\"}\n}\n Constant {\n inputs 0\n channels rgb\n format \"2048 2048 0 0 2048 2048 1 square_2K\"\n name Constant1\n xpos -178\n ypos -455\n }\n Input {\n inputs 0\n name img\n xpos 178\n ypos -568\n }\n Dot {\n name Dot10\n xpos 212\n ypos -522\n }\nset Nd8d4d400 [stack 0]\n Remove {\n name Remove1\n xpos -7\n ypos -529\n }\n Switch {\n inputs 2\n which {{!parent.img_format}}\n name Switch_Format\n label \"\\[value which]\"\n xpos -7\n ypos -437\n }\n AdjBBox {\n numpixels {{parent.overscan}}\n name AdjBBox1\n xpos -7\n ypos -362\n }\n Expression {\n expr0 x\n expr1 y\n expr2 0\n expr3 1\n name Expression6\n xpos -7\n ypos -314\n }\n Dot {\n name Dot8\n xpos 22\n ypos -268\n }\nset Nd8d4c400 [stack 0]\n Dot {\n name Dot3\n xpos 23\n ypos -107\n }\nset Nd8857c00 [stack 0]\npush $Nd8d4c400\n Dot {\n name Dot9\n xpos -125\n ypos -268\n }\nset Nd8857800 [stack 0]\n RotoPaint {\n cliptype none\n curves {{{v x3f99999a}\n\n {f 0}\n\n {n\n\n {layer Root\n\n {f 2097664}\n\n {t x4493a000 x440b8000}\n\n {a pt1x 0 pt1y 0 pt2x 0 pt2y 0 pt3x 0 pt3y 0 pt4x 0 pt4y 0 ptex00 0 ptex01 0 ptex02 0 ptex03 0 ptex10 0 ptex11 0 ptex12 0 ptex13 0 ptex20 0 ptex21 0 ptex22 0 ptex23 0 ptex30 0 ptex31 0 ptex32 0 ptex33 0 ptof1x 0 ptof1y 0 ptof2x 0 ptof2y 0 ptof3x 0 ptof3y 0 ptof4x 0 ptof4y 0 pterr 0 ptrefset 0 ptmot x40800000 ptref 0}}}}}\n toolbox {selectAll {\n { selectAll bs 1000 h 1 src 1 str 1 ssx 1 ssy 1 sf 1 ep1 1 }\n { createBezier str 1 ssx 1 ssy 1 sf 1 sb 1 tt 4 }\n { createBezierCusped str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createBSpline str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createEllipse str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createRectangle str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createRectangleCusped str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { brush bs 180 str 1 ssx 1 ssy 1 sf 1 sb 1 ltn 1034 ltm 1034 tt 17 }\n { eraser bs 86.2 src 2 str 1 ssx 1 ssy 1 sf 1 sb 1 ltn 1033 ltm 1033 tt 18 }\n { clone opc 0.1 bs 44.8 src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 tt 19 }\n { reveal src 3 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { dodge src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 tt 21 }\n { burn src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 tt 22 }\n { blur src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 ep1 5 tt 23 }\n { sharpen src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 tt 24 }\n { smear bs 1000 h 1 src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 ltn 2 ltm 2 tt 25 }\n} }\n toolbar_brush_size 1000\n toolbar_brush_hardness 1\n toolbar_lifetime_type single\n toolbar_lifetime_start 1001\n toolbar_lifetime_end 1001\n toolbar_effect_parameter1 1\n toolbar_paint_source fg\n toolbar_source_transform_scale {1 1}\n toolbar_source_transform_center {1024 778}\n colorOverlay {0 0 0 0}\n paint_source foreground\n lifetime_start 2\n lifetime_end 2\n view {}\n motionblur_on true\n motionblur_shutter_offset_type centred\n brush_type smear\n brush_size 1000\n brush_spacing 0.05000000075\n brush_hardness 1\n effect_parameter1 1\n source_black_outside true\n name RotoPaint\n xpos -154\n ypos -226\n }\nset Nd8857400 [stack 0]\npush $Nd8857800\n Dot {\n name Dot2\n xpos -364\n ypos -265\n }\n Difference {\n inputs 2\n gain 1000000\n name Difference1\n xpos -398\n ypos -230\n }\n Dilate {\n channels alpha\n size {{parent.Blur1.size}}\n name Dilate1\n label \"\\[value size]\"\n xpos -398\n ypos -149\n }\npush $Nd8857400\n Blur {\n inputs 1+1\n channels rgb\n name Blur1\n label \"\\[value size]\"\n xpos -154\n ypos -144\n }\n CopyBBox {\n inputs 2\n name CopyBBox1\n xpos -153\n ypos -21\n }\npush $Nd8857c00\n Merge2 {\n inputs 2\n operation from\n name Merge1\n xpos -10\n ypos -21\n }\nset Nd8855c00 [stack 0]\n Dot {\n name Dot1\n xpos 23\n ypos 197\n }\n Input {\n inputs 0\n name mask\n xpos 388\n ypos -31\n number 1\n }\n Dot {\n name Dot7\n xpos 417\n ypos 52\n }\npush $Nd8855c00\n CheckerBoard2 {\n inputs 0\n format {{{parent.input.format}}}\n name CheckerBoard1\n selected true\n xpos 306\n ypos -379\n }\npush $Nd8d4d400\n Switch {\n inputs 2\n which {{parent.check}}\n name Switch1\n label \"\\[value which]\"\n xpos 179\n ypos -361\n }\n Copy {\n inputs 2\n from0 rgba.red\n to0 forward.u\n from1 rgba.green\n to1 forward.v\n name Copy28\n xpos 179\n ypos -30\n }\n VectorBlur {\n inputs 1+1\n channels rgba\n uv forward\n name VectorBlur9\n xpos 179\n ypos 53\n }\n Remove {\n operation keep\n channels rgba\n name Remove2\n xpos 179\n ypos 107\n }\n Switch {\n inputs 2\n which {{parent.output}}\n name Switch_output\n label \"\\[value which]\"\n xpos 179\n ypos 193\n }\n Output {\n name Output1\n xpos 179\n ypos 279\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_MultiplyVector3Matrix3.gizmo", "content": "Group {\n name MultiplyVector3Matrix3_\n help \"Multiply (transform) a Vector3 by a Matrix3. This is the equivalent of applying Rotation/Scale/Skew from a Matrix to the vector.\\nA Matrix4 can be used, but the last row/column will be ignored.\"\n addUserKnob {20 main_tab l \"Mutiply Vector3 Matrix3\"}\n addUserKnob {26 \"\"}\n addUserKnob {26 copyright l \"\" +STARTLINE T \"v1.0 - Mathieu Goulet-Aubin & Erwan Leroy - Github\"}\n}\n Input {\n inputs 0\n name InputMatrix3\n xpos 402\n ypos 7\n number 1\n }\n Dot {\n name Dot3\n tile_color 0xcccccc00\n xpos 436\n ypos 62\n }\nadd_layer {matrix0 matrix0.0 matrix0.1 matrix0.2 matrix0.3}\n Shuffle {\n in matrix0\n name Shuffle1\n label \"in \\[value in]-->out \\[value out]\"\n xpos 402\n ypos 109\n }\nset Ne478bfd0 [stack 0]\nadd_layer {matrix1 matrix1.0 matrix1.1 matrix1.2 matrix1.3}\n Shuffle {\n in matrix1\n name Shuffle2\n label \"in \\[value in]-->out \\[value out]\"\n xpos 402\n ypos 147\n }\nset Nd8882950 [stack 0]\nadd_layer {matrix2 matrix2.0 matrix2.1 matrix2.2 matrix2.3}\n Shuffle {\n in matrix2\n name Shuffle3\n label \"in \\[value in]-->out \\[value out]\"\n xpos 402\n ypos 185\n }\nset N2858d430 [stack 0]\nadd_layer {matrix3 matrix3.0 matrix3.1 matrix3.2 matrix3.3}\n Shuffle {\n in matrix3\n name Shuffle4\n label \"in \\[value in]-->out \\[value out]\"\n xpos 402\n ypos 223\n }\npush $N2858d430\n Dot {\n name Dot7\n tile_color 0x9e3c6300\n xpos 343\n ypos 195\n }\npush $Nd8882950\n Dot {\n name Dot6\n tile_color 0x9e3c6300\n xpos 343\n ypos 157\n }\npush $Ne478bfd0\n Dot {\n name Dot5\n tile_color 0x9e3c6300\n xpos 343\n ypos 119\n }\n Input {\n inputs 0\n name InputVector3\n xpos 219\n ypos 8\n }\n Dot {\n name Dot4\n tile_color 0xcccccc00\n xpos 253\n ypos 115\n }\n BlinkScript {\n inputs 4\n recompileCount 12\n ProgramGroup 1\n KernelDescription \"2 \\\"TransformVector3byMatrix3\\\" iterate pixelWise 156e29276da8287b847626148a2a784d9969b7d1a3ad81e28187d00a7aaafaca 5 \\\"src\\\" Read Point \\\"matrix0\\\" Read Point \\\"matrix1\\\" Read Point \\\"matrix2\\\" Read Point \\\"dst\\\" Write Point 0 0 0\"\n kernelSource \"kernel TransformVector3byMatrix3 : ImageComputationKernel\\n\\{\\n Image src; // the input image\\n Image matrix0; // the input image\\n Image matrix1; // the input image\\n Image matrix2; // the input image\\n Image dst; // the output image\\n\\n void process() \\{\\n // Read the input image\\n SampleType(src) input = src();\\n SampleType(matrix0) m0 = matrix0();\\n SampleType(matrix1) m1 = matrix1();\\n SampleType(matrix2) m2 = matrix2();\\n\\n // Create the matrix object (matrix3 in this case)\\n float3x3 matrix;\\n matrix\\[0]\\[0] = m0.x;\\n matrix\\[0]\\[1] = m0.y;\\n matrix\\[0]\\[2] = m0.z;\\n matrix\\[1]\\[0] = m1.x;\\n matrix\\[1]\\[1] = m1.y;\\n matrix\\[1]\\[2] = m1.z;\\n matrix\\[2]\\[0] = m2.x;\\n matrix\\[2]\\[1] = m2.y;\\n matrix\\[2]\\[2] = m2.z;\\n\\n // Multiply the Matrix and the Vector\\n float3 vector(input.x, input.y, input.z);\\n vector = matrix*vector;\\n\\n // Write the result to the output image\\n dst() = float4(vector.x, vector.y, vector.z, input.w);\\n \\}\\n\\};\\n\"\n rebuild \"\"\n rebuild_finalise \"\"\n name BlinkScript1\n xpos 219\n ypos 223\n }\n Output {\n name Output1\n xpos 219\n ypos 323\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_NAN_INF_Killer.gizmo", "content": "Group {\n name NAN_INF_Killer\n tile_color 0xff6200ff\n label \"\\[value which]\"\n note_font \"Bitstream Vera Sans Bold Bold\"\n note_font_color 0xffffffff\n selected true\n addUserKnob {20 NAN_INF_Killer}\n addUserKnob {26 text l \" \" T \"Detects and Kills NAN and INF pixels\"}\n addUserKnob {41 channels T Shuffle1.in}\n addUserKnob {4 which l Method M {\"Replace with 0\" \"Replace with Color\" \"Clone Over\" \"Blur Unpremult\" TimeOffset \"\" \"\" \"\" \"\"}}\n addUserKnob {6 keepAlpha l \"Keep Alpha\" +STARTLINE}\n keepAlpha true\n addUserKnob {26 \"\"}\n addUserKnob {19 replaceColor l \"Replace Color\"}\n replaceColor {0 0 0 0}\n addUserKnob {6 replaceColor_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 replaceColor_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 color_rgba_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {26 \"\"}\n addUserKnob {41 translateText_1 l Translate T Transform1.translate}\n addUserKnob {20 extraTranslate l \"Extra tranlate Options\" n 1}\n extraTranslate 0\n addUserKnob {41 rotate T Transform1.rotate}\n addUserKnob {41 scale T Transform1.scale}\n addUserKnob {41 skewX l \"skew X\" T Transform1.skewX}\n addUserKnob {41 skewY l \"skew Y\" T Transform1.skewY}\n addUserKnob {41 skew_order l \"skew order\" T Transform1.skew_order}\n addUserKnob {41 center T Transform1.center}\n addUserKnob {41 invert_matrix l invert T Transform1.invert_matrix}\n addUserKnob {41 filter T Transform1.filter}\n addUserKnob {20 endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {26 blurUnpremult l Blur/Unpremult T \" \"}\n addUserKnob {41 size l \"Blur Size\" T Blur1.size}\n addUserKnob {26 \"\"}\n addUserKnob {3 timeOffset l TimeOffset}\n timeOffset -1\n addUserKnob {26 \"\"}\n addUserKnob {26 \"\" l mask T \"\"}\n addUserKnob {41 maskChannelInput l \"\" -STARTLINE T Merge1.maskChannelInput}\n addUserKnob {41 inject -STARTLINE T Merge1.inject}\n addUserKnob {41 invert_mask l invert -STARTLINE T Merge1.invert_mask}\n addUserKnob {41 fringe -STARTLINE T Merge1.fringe}\n addUserKnob {20 info l Info}\n addUserKnob {26 creator l Creator: T \"Tony Lyons\"}\n addUserKnob {26 desc l Description: t \"kills NANs with options of how to replace\" T NAN_Killer}\n addUserKnob {26 ver l Version: T v04}\n}\n BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0x383b5000\n label \"Replace with Color\"\n note_font_size 36\n note_font_color 0xffffffff\n xpos 439\n ypos 455\n bdwidth 331\n bdheight 349\n }\n BackdropNode {\n inputs 0\n name BackdropNode2\n tile_color 0x4f4b4200\n label \"Replace\\nwith 0\"\n note_font_size 40\n note_font_color 0xffffffff\n xpos 53\n ypos 259\n bdwidth 372\n bdheight 214\n }\n BackdropNode {\n inputs 0\n name BackdropNode3\n tile_color 0x634c7400\n label \"Clone Over\"\n note_font_size 30\n note_font_color 0xffffffff\n xpos 823\n ypos 458\n bdwidth 187\n bdheight 176\n }\n BackdropNode {\n inputs 0\n name BackdropNode4\n tile_color 0x3f2d4100\n label Blur/Unpremult\n note_font_size 50\n note_font_color 0xffffffff\n xpos 1097\n ypos 434\n bdwidth 368\n bdheight 726\n }\n BackdropNode {\n inputs 0\n name BackdropNode5\n tile_color 0x3c4d4400\n label Timeoffset\n note_font_size 50\n note_font_color 0xffffffff\n xpos 1760\n ypos 727\n bdwidth 270\n bdheight 312\n }\n Input {\n inputs 0\n name Inputmask\n xpos 314\n ypos 1901\n number 1\n }\n Input {\n inputs 0\n name Input\n xpos 168\n ypos -227\n }\n Dot {\n name Dot26\n note_font_size 41\n xpos 202\n ypos -90\n }\nset N335887c0 [stack 0]\n Reformat {\n type scale\n scale 2\n resize none\n pbb true\n name Reformat142\n xpos 166\n ypos -23\n }\n Shuffle {\n name Shuffle1\n label \"\\[value in]\"\n xpos 166\n ypos 21\n }\n AddChannels {\n channels rgba\n name AddChannels1\n xpos 166\n ypos 79\n }\nset N3359edc0 [stack 0]\n Dot {\n name Dot29\n note_font_size 41\n xpos 200\n ypos 191\n }\nset N335a6230 [stack 0]\n Dot {\n name Dot30\n note_font_size 41\n xpos 337\n ypos 191\n }\n Expression {\n expr3 isnan(a)||isinf(a)?0:a\n name nan_killer_ReplaceWithZero1\n selected true\n xpos 303\n ypos 354\n }\npush $N335a6230\n Expression {\n expr0 (isnan(r)||isnan(g)||isnan(b)||isnan(a))||(isinf(r)||isinf(g)||isinf(b)||isinf(a))?0:r\n expr1 (isnan(r)||isnan(g)||isnan(b)||isnan(a))||(isinf(r)||isinf(g)||isinf(b)||isinf(a))?0:g\n expr2 (isnan(r)||isnan(g)||isnan(b)||isnan(a))||(isinf(r)||isinf(g)||isinf(b)||isinf(a))?0:b\n expr3 (isnan(r)||isnan(g)||isnan(b)||isnan(a))||(isinf(r)||isinf(g)||isinf(b)||isinf(a))?0:a\n name nan_killer_ReplaceWithZero\n xpos 166\n ypos 305\n }\n Copy {\n inputs 2\n from0 rgba.alpha\n to0 rgba.alpha\n name Copy4\n xpos 166\n ypos 350\n disable {{!parent.keepAlpha}}\n }\n Dot {\n name Dot1301\n note_font_size 41\n xpos 200\n ypos 404\n }\nset N3353c2a0 [stack 0]\n Dot {\n name Dot11\n note_font_size 41\n xpos 200\n ypos 774\n }\nset N335040e0 [stack 0]\n Dot {\n name Dot7\n note_font_size 41\n xpos 57\n ypos 774\n }\n Dot {\n name Dot16\n note_font_size 41\n xpos 57\n ypos 1642\n }\nset N335092f0 [stack 0]\n Dot {\n name Dot9\n note_font_size 41\n xpos 56\n ypos 1712\n }\nset N335214d0 [stack 0]\n Dot {\n name Dot10\n note_font_size 41\n xpos 57\n ypos 1765\n }\npush $N335214d0\npush $N3359edc0\n Dot {\n name Dot28\n note_font_size 41\n xpos 1620\n ypos 82\n }\n Expression {\n expr3 (isnan(r)||isnan(g)||isnan(b)||isnan(a))||(isinf(r)||isinf(g)||isinf(b)||isinf(a))\n name nan_killer_Alpha1\n xpos 1586\n ypos 456\n }\n Shuffle {\n red alpha\n green alpha\n blue alpha\n name Shuffle2\n tile_color 0xffffffff\n note_font_size 21\n note_font_color 0xffffffff\n xpos 1586\n ypos 520\n }\n Dot {\n name Dot1\n label mask\n note_font_size 41\n xpos 1620\n ypos 578\n }\nset N333f8a10 [stack 0]\n Dot {\n name Dot20\n note_font_size 41\n xpos 1620\n ypos 659\n }\nset N33273270 [stack 0]\n Dot {\n name Dot13\n note_font_size 41\n xpos 1620\n ypos 982\n }\nset N332ebb40 [stack 0]\n Dot {\n name Dot2\n label mask\n note_font_size 41\n xpos 1704\n ypos 982\n }\npush $N3353c2a0\n Dot {\n name Dot19\n note_font_size 41\n xpos 519\n ypos 404\n }\nset N332ec880 [stack 0]\n Dot {\n name Dot22\n note_font_size 41\n xpos 629\n ypos 404\n }\nset N332635c0 [stack 0]\n Dot {\n name Dot24\n note_font_size 41\n xpos 904\n ypos 404\n }\nset N3328efd0 [stack 0]\n Dot {\n name Dot5\n note_font_size 41\n xpos 1188\n ypos 404\n }\nset N334f7380 [stack 0]\n Dot {\n name Dot14\n note_font_size 41\n xpos 1834\n ypos 404\n }\nset N334c9e90 [stack 0]\n TimeOffset {\n time_offset {{parent.timeOffset}}\n time \"\"\n name TimeOffset1\n label \"\\[value time_offset]\"\n xpos 1800\n ypos 827\n }\n Dot {\n name Dot17\n note_font_size 41\n xpos 1834\n ypos 914\n }\npush $N334c9e90\n Dot {\n name Dot15\n note_font_size 41\n xpos 1944\n ypos 404\n }\n Merge2 {\n inputs 2+1\n operation copy\n name Merge3\n xpos 1910\n ypos 979\n }\n Dot {\n name Dot18\n note_font_size 41\n xpos 1944\n ypos 1132\n }\npush $N332ebb40\npush $N33273270\n Dot {\n name Dot6\n note_font_size 41\n xpos 1308\n ypos 659\n }\nset N334b51f0 [stack 0]\n Invert {\n channels rgba\n name Invert1\n xpos 1274\n ypos 758\n }\npush $N334f7380\n Dot {\n name Dot12\n note_font_size 41\n xpos 1188\n ypos 834\n }\nset N334c0d10 [stack 0]\n Copy {\n inputs 2\n from0 rgba.alpha\n to0 rgba.alpha\n name Copy2\n xpos 1274\n ypos 827\n }\n Blur {\n channels rgba\n size 3\n name Blur1\n label \"\\[value size]\"\n xpos 1274\n ypos 873\n }\n Unpremult {\n name Unpremult1\n xpos 1274\n ypos 922\n }\npush $N334c0d10\n Merge2 {\n inputs 2+1\n operation copy\n name Merge4\n xpos 1154\n ypos 979\n }\n Dot {\n name Dot8\n note_font_size 41\n xpos 1188\n ypos 1079\n }\npush $N333f8a10\npush $N3328efd0\n TransformMasked {\n inputs 1+1\n channels rgba\n translate {4 4}\n center {2362 1116}\n shutteroffset centred\n name Transform1\n xpos 870\n ypos 575\n }\n Dot {\n name Dot4\n note_font_size 41\n xpos 904\n ypos 937\n }\npush $N334b51f0\n Dot {\n name Dot3\n label mask\n note_font_size 41\n xpos 705\n ypos 659\n }\npush $N332ec880\n Grade {\n multiply 0\n add {{parent.replaceColor} {parent.replaceColor} {parent.replaceColor} {parent.replaceColor}}\n name Grade1\n xpos 485\n ypos 569\n }\n Dot {\n name Dot21\n note_font_size 41\n xpos 519\n ypos 660\n }\npush $N332635c0\n Merge2 {\n inputs 2+1\n operation copy\n name Merge2\n xpos 595\n ypos 656\n }\n Dot {\n name Dot23\n note_font_size 41\n xpos 629\n ypos 846\n }\npush $N335040e0\n Switch {\n inputs 5\n which {{parent.which}}\n name Switch20\n label \"\\[value which]\"\n xpos 166\n ypos 1439\n }\npush $N335092f0\n ShuffleCopy {\n inputs 2\n alpha alpha2\n black red\n white green\n red2 blue\n green2 alpha\n out2 {{{parent.Shuffle1.in}}}\n name ShuffleCopy1\n xpos 166\n ypos 1639\n }\n Copy {\n inputs 2\n from0 rgba.alpha\n to0 rgba.alpha\n name Copy1\n xpos 166\n ypos 1705\n disable {{!parent.keepAlpha}}\n }\n CopyBBox {\n inputs 2\n name CopyBBox1\n xpos 166\n ypos 1761\n }\n Reformat {\n type scale\n scale {{1/parent.Reformat142.scale}}\n resize none\n pbb true\n name Reformat143\n xpos 166\n ypos 1826\n }\npush $N335887c0\n Dot {\n name Dot27\n note_font_size 41\n xpos -33\n ypos -90\n }\n Dot {\n name Dot25\n note_font_size 41\n xpos -33\n ypos 1905\n }\n Merge2 {\n inputs 2+1\n operation copy\n also_merge all\n name Merge1\n xpos 166\n ypos 1901\n }\n Output {\n name Output1\n xpos 167\n ypos 2027\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_N_Reflection.gizmo", "content": "Group {\n name N_Reflection\n tile_color 0x417c3eff\n note_font Verdana\n note_font_color 0xffffffff\n selected true\n addUserKnob {20 nReflection}\n addUserKnob {41 in l \"Normal Vector\" T Shuffle1.in}\n addUserKnob {26 EnvMapSettings l \"Env Map Settings\"}\n addUserKnob {7 scale l \"Scale Resolution\" R 0.1 1}\n scale 1\n addUserKnob {41 exposure l Exposure T Exposure1.red}\n addUserKnob {41 iRotation l Rotate T Transform1.iRotation}\n}\n Input {\n inputs 0\n name N\n label src\n xpos -65\n ypos 46\n }\n Shuffle {\n in rgb\n name Shuffle1\n xpos -65\n ypos 108\n }\n Expression {\n temp_name0 h\n temp_expr0 -.001\n expr0 r+h\n expr1 g+h\n expr2 b+h\n name Expression1\n xpos -65\n ypos 167\n }\n Expression {\n temp_name0 f1\n temp_expr0 atan(b/r)\n temp_name1 f2\n temp_expr1 \"atan (r/b)\"\n expr0 \"b > 0 ? (r>= 0 ? f1 : pi + f1) : (r<=0 ? (3*pi/2) - f2 : (2*pi) + f1)\"\n expr1 \"asin (g)\"\n expr2 0\n name pos_to_rad\n xpos -65\n ypos 214\n }\n Expression {\n expr0 degrees(r)\n expr1 degrees(g)\n name rad_degree\n xpos -65\n ypos 276\n }\n Expression {\n expr0 r/360\n expr1 (g+90)/180\n expr2 0\n name degree_UV\n xpos -65\n ypos 344\n }\n Input {\n inputs 0\n name EnvMap\n label \"Environment Map\"\n xpos 215\n ypos 56\n number 1\n }\n EXPTool {\n mode Stops\n green {{red}}\n blue {{red}}\n name Exposure1\n label \"\\[value red]\"\n xpos 215\n ypos 115\n }\n Reformat {\n type scale\n scale {{parent.scale}}\n name Reformat1\n xpos 215\n ypos 172\n }\n Tile {\n columns 4\n name Tile1\n xpos 215\n ypos 216\n }\n Transform {\n translate {{\"(((normalize*(center.x*2)) - center.x)) % (center.x*2)\"} 0}\n scale {-4 1}\n center {{input.width/2} {input.height/2}}\n name Transform1\n xpos 215\n ypos 274\n addUserKnob {20 User}\n addUserKnob {7 normalize}\n normalize {{\"((iRotation + 180)/360)\" x70 0.245}}\n addUserKnob {7 iRotation R -180 180}\n addUserKnob {41 translate_1 l translate T Transform1.translate}\n addUserKnob {41 rotate_1 l rotate T Transform1.rotate}\n addUserKnob {41 center_1 l center T Transform1.center}\n }\n STMap {\n inputs 2\n uv rgb\n name STMap1\n xpos 143\n ypos 446\n }\n Output {\n name Output1\n xpos 143\n ypos 546\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_Noise3DTexture.gizmo", "content": "Group {\n name Noise3DTexture\n tile_color 0x303030ff\n note_font_color 0x99ffffff\n selected true\n addUserKnob {20 User}\n addUserKnob {41 outputtype l \"output type\" T Expression1.outputtype}\n addUserKnob {41 textureRes l \"texture resolution\" T Expression1.textureRes}\n addUserKnob {41 position l \"Position offset\" T Expression1.position}\n addUserKnob {41 scale l \"World scale\" T Expression1.scale}\n addUserKnob {41 octaves T Expression1.octaves}\n addUserKnob {41 lacunarity T Expression1.lacunarity}\n addUserKnob {41 gain T Expression1.gain}\n addUserKnob {41 alphatype l \"Alpha output\" T Expression1.alphatype}\n addUserKnob {41 premultalpha l \"Premult color by output alpha?\" -STARTLINE T Expression1.premultalpha}\n addUserKnob {26 \"\"}\n addUserKnob {20 About l \"Created by Ben Sumner - expand for info\" n 1}\n About 0\n addUserKnob {26 description l \"\" +STARTLINE T \"This Gizmo outputs either the input geometry\\nwith a 3D world position noise applied as a \\ntexture, or it can output the texture itself in \\nthe UV space of the model.\\n\\nYour model must have UVs!\\n\\nYou can output noise or textured model, \\neither with the originally applied alpha, solid \\nwhite alpha, or with the generated noise in \\nthe alpha channel.\\n\\nThis node is a good way to get seamless \\nnoise textures on your 3D models, or to\\nexport a texture to be used for seamless \\ndisplacement.\\n\\ncreated by Ben Sumner\\nFeel free to modify and share, just keep \\noriginal credit in this description!\"}\n addUserKnob {20 endGroup n -1}\n}\n Crop {\n inputs 0\n box {0 0 {Expression1.textureRes.w} {Expression1.textureRes.h}}\n reformat true\n crop false\n name Crop2\n xpos 557\n ypos 313\n }\nset N4a9be6b0 [stack 0]\n Shuffle {\n red white\n green white\n blue white\n alpha white\n name Shuffle4\n label \" \\[value in]\"\n selected true\n xpos 727\n ypos 258\n postage_stamp true\n }\n Input {\n inputs 0\n name Input1\n xpos 1015\n ypos 180\n }\n Dot {\n name Dot4\n xpos 1049\n ypos 227\n }\nset N4acb4180 [stack 0]\n ApplyMaterial {\n inputs 2\n name ApplyMaterial2\n xpos 1015\n ypos 294\n }\n Dot {\n name Dot1\n xpos 1049\n ypos 326\n }\nset N4a8830e0 [stack 0]\npush $N4a9be6b0\nadd_layer {P P.red P.green P.blue P.alpha}\nadd_layer {N N.red N.green N.blue N.alpha}\n ScanlineRender {\n inputs 2\n conservative_shader_sampling false\n filter Mitchell\n projection_mode uv\n shutter 0\n spatial_jitter 0.1\n motion_vectors_type distance\n output_shader_vectors true\n P_channel P\n N_channel N\n name ScanlineRender1\n xpos 676\n ypos 405\n }\n Shuffle {\n in P\n in2 rgba\n alpha alpha2\n name Shuffle2\n label \" \\[value in]\"\n xpos 745\n ypos 443\n postage_stamp true\n }\nset N4a9f0d60 [stack 0]\n Blur {\n size 2\n crop false\n name Blur2\n xpos 844\n ypos 473\n }\n Shuffle {\n black alpha\n out2 mask\n name Shuffle7\n xpos 844\n ypos 511\n }\n Unpremult {\n channels rgba\n alpha mask.a\n name Unpremult1\n xpos 844\n ypos 538\n }\n Remove {\n channels mask\n name Remove1\n xpos 844\n ypos 576\n }\n Add {\n channels rgb\n value {{parent.Expression1.position.x} {parent.Expression1.position.y} {parent.Expression1.position.z} 0}\n name Add6\n xpos 844\n ypos 614\n }\n Expression {\n expr0 (fBm(r*scale.x,g*scale.y,b*scale.z,octaves,lacunarity,gain)/2+0.5)\n expr1 (fBm(r*scale.x,g*scale.y,b*scale.z,octaves,lacunarity,gain)/2+0.5)\n expr2 (fBm(r*scale.x,g*scale.y,b*scale.z,octaves,lacunarity,gain)/2+0.5)\n expr3 (fBm(r*scale.x,g*scale.y,b*scale.z,octaves,lacunarity,gain)/2+0.5)\n maskChannelInput -rgba.alpha\n name Expression1\n xpos 844\n ypos 640\n addUserKnob {20 User}\n addUserKnob {4 outputtype l \"output type\" M {\"UV Texture\" \"Textured Geometry\"}}\n addUserKnob {14 textureRes l \"texture resolution\" R 0 100}\n textureRes 2048\n addUserKnob {13 position l \"Position offset\"}\n addUserKnob {13 scale l \"World scale\"}\n scale {1 1 1}\n addUserKnob {3 octaves}\n octaves 10\n addUserKnob {7 lacunarity R 0 10}\n lacunarity 2\n addUserKnob {7 gain}\n gain 0.5\n addUserKnob {4 alphatype l \"Alpha output\" M {Input \"Solid white\" \"Noise output\"}}\n alphatype \"Solid white\"\n addUserKnob {6 premultalpha l \"Premult color by output alpha?\" -STARTLINE}\n }\nset N4ac045f0 [stack 0]\n Dot {\n name Dot3\n xpos 960\n ypos 697\n }\n Premult {\n name Premult2\n xpos 926\n ypos 734\n disable {{1-parent.Expression1.premultalpha}}\n }\npush $N4ac045f0\n Shuffle {\n alpha white\n name Shuffle6\n xpos 844\n ypos 694\n }\npush $N4acb4180\npush $N4a9be6b0\n ScanlineRender {\n inputs 2\n conservative_shader_sampling false\n filter Mitchell\n projection_mode uv\n shutter 0\n spatial_jitter 0.1\n motion_vectors_type distance\n output_shader_vectors true\n P_channel P\n N_channel N\n name ScanlineRender2\n xpos 513\n ypos 375\n }\nset N4accf280 [stack 0]\npush $N4a9f0d60\n ShuffleCopy {\n inputs 2\n red alpha\n green alpha\n blue alpha\n black alpha2\n out2 mask\n name ShuffleCopy1\n xpos 592\n ypos 416\n }\nset N4acdfa30 [stack 0]\n Shuffle {\n in2 mask\n alpha red2\n name Shuffle3\n xpos 391\n ypos 446\n }\npush $N4acdfa30\n Blur {\n size 2\n crop false\n name Blur1\n xpos 513\n ypos 443\n }\n Unpremult {\n channels rgba\n alpha mask.a\n name Unpremult2\n xpos 513\n ypos 497\n }\n Merge2 {\n inputs 2\n name Merge1\n xpos 391\n ypos 542\n }\n Shuffle {\n green red\n blue red\n alpha red\n name Shuffle5\n label \" \\[value in]\"\n xpos 391\n ypos 568\n postage_stamp true\n }\npush $N4ac045f0\n Copy {\n inputs 2\n from0 rgba.alpha\n to0 rgba.alpha\n name Copy1\n xpos 752\n ypos 683\n }\n Premult {\n name Premult1\n xpos 752\n ypos 734\n disable {{1-parent.Expression1.premultalpha}}\n }\n Switch {\n inputs 3\n which {{Expression1.alphatype}}\n name Switch2\n xpos 844\n ypos 776\n }\nset N4ad3da80 [stack 0]\npush $N4a8830e0\n ApplyMaterial {\n inputs 2\n name ApplyMaterial1\n xpos 1015\n ypos 818\n }\npush $N4ad3da80\n Switch {\n inputs 2\n which {{Expression1.outputtype}}\n name Switch1\n xpos 1015\n ypos 911\n }\n Dot {\n name Dot5\n xpos 1049\n ypos 977\n }\n Output {\n name Output1\n xpos 1015\n ypos 1075\n }\npush $N4accf280\n Shuffle {\n red alpha\n green alpha\n blue alpha\n black alpha\n out2 mask\n name Shuffle1\n xpos 513\n ypos 397\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_Noise3D_spin.gizmo", "content": "Group {\n name Noise3D\n inputs 2\n help \"Generate Noise in 3D space based on Position passes. It includes pre-made Position passes for some 3D primitives, or can use a custom pass. Uses a 4D noise internally so that the 4th dimension can be used to add a 'boiling' effect\"\n addUserKnob {20 noise3d l \"3D Noise\"}\n addUserKnob {4 mapping l Mapping t \"Generates a Noise based on a 3D shape, unfolded to fit into a UV plane.\\n\\nThe Custom P Input lets you input the shape of your choice. Using a pWorld pass as cutom P will generate a 3D noise as seen from the same camera as used to render the Pworld. Ensure an Alpha channel is present for Custom P.\" M {\"Card (Flat)\" Spherical \"Cylindrical (Tile X)\" \"Cylinder 4D (Tile X and Y)\" \"Custom P Input\" \"\" \"\"}}\n addUserKnob {26 \"\"}\n addUserKnob {41 translate T Axis_3D.translate}\n addUserKnob {41 rotate T Axis_3D.rotate}\n addUserKnob {41 scaling l scale T Axis_3D.scaling}\n addUserKnob {41 uniform_scale l \"uniform scale\" T Axis_3D.uniform_scale}\n addUserKnob {26 \"\"}\n addUserKnob {7 boiling t \"Use this knob to animate the noise and create a 'boiling' effect without a visible 3D direction.\" R 0 10}\n addUserKnob {26 \"\" +STARTLINE}\n addUserKnob {4 type t \"Choose between an fBm and Turbulent Noise model.\" M {fBm Turbulence \"\"}}\n addUserKnob {7 octaves R 0 10}\n octaves 5\n addUserKnob {7 lacunarity R 0 10}\n lacunarity 2\n addUserKnob {7 contrast}\n contrast 0.5\n addUserKnob {7 gain}\n gain 0.5\n addUserKnob {7 gamma}\n gamma 0.5\n addUserKnob {26 spin_copyright_div l \"\" +STARTLINE}\n addUserKnob {26 spin_copyright l \"\" t \"© SPINVFX\\nNoise_3D\\nVersion 1.0\\n2018\" +STARTLINE T \"SPINVFX - Version 1.0 - 2018 - Github Page\"}\n}\n Axis2 {\n inputs 0\n translate {1 0 0}\n rotate {30 30 0}\n name Axis_3D\n xpos 534\n ypos 170\n }\n Input {\n inputs 0\n name P\n label 1\n xpos 205\n ypos -58\n number 1\n }\n Remove {\n operation keep\n channels rgba\n name Remove1\n xpos 205\n ypos 17\n }\n Dot {\n name Dot14\n tile_color 0x9e3c6300\n xpos 239\n ypos 57\n }\nset Nacd90f0 [stack 0]\n Dot {\n name Dot5\n tile_color 0x9e3c6300\n xpos 239\n ypos 568\n }\npush $Nacd90f0\n Shuffle {\n alpha white\n name Shuffle2\n label \"in \\[value in]-->out \\[value out]\"\n xpos 279\n ypos 47\n }\n Input {\n inputs 0\n name img\n label 0\n xpos 1077\n ypos -389\n }\n Dot {\n name Dot2\n tile_color 0xcccccc00\n xpos 1111\n ypos -223\n }\n Constant {\n inputs 0\n channels rgb\n name Constant1\n xpos 955\n ypos -385\n }\n Switch {\n inputs 2\n which {{\"\\[exists parent.input0] \"}}\n name Switch1\n xpos 955\n ypos -227\n }\n Dot {\n name Dot3\n tile_color 0xcccccc00\n xpos 989\n ypos -187\n }\nset Nacf7e30 [stack 0]\n Dot {\n name Dot1\n tile_color 0xcccccc00\n xpos 418\n ypos -187\n }\n Crop {\n box {0 0 {width} {height}}\n crop false\n name Crop2\n xpos 384\n ypos -146\n }\n Dot {\n name Dot8\n tile_color 0xa57aaa00\n xpos 418\n ypos -64\n }\nset Nad0c430 [stack 0]\n Dot {\n name Dot9\n tile_color 0xa57aaa00\n xpos 553\n ypos -64\n }\nset Nad10ee0 [stack 0]\n Dot {\n name Dot11\n tile_color 0xa57aaa00\n xpos 688\n ypos -64\n }\nset Nad15960 [stack 0]\n Dot {\n name Dot7\n tile_color 0xa57aaa00\n xpos 839\n ypos -64\n }\n Expression {\n temp_name0 lat\n temp_expr0 \"y / height *360-180\"\n temp_name1 lon\n temp_expr1 \"x / width * 360-180\"\n temp_name2 r\n temp_expr2 0.5\n expr0 \"(r * cos (0.017453292519943295769236907684886 * lon) +1)*1.5\"\n expr1 \"(r * cos (0.017453292519943295769236907684886 * lat) +1)*1.5\"\n expr2 \"(r * sin(0.017453292519943295769236907684886 * lon)+1)*1.5\"\n expr3 \"(r * sin(0.017453292519943295769236907684886 * lat)+1)*1.5\"\n name Cylinder4D\n xpos 805\n ypos -21\n }\n Dot {\n name Dot15\n tile_color 0xcccccc00\n xpos 839\n ypos 57\n }\npush $Nad15960\n Expression {\n temp_name0 lat\n temp_expr0 \"y / height * 180- 90\"\n temp_name1 lon\n temp_expr1 \"x / width * 360-180\"\n temp_name2 r\n temp_expr2 0.5\n expr0 \"(r * cos (0.017453292519943295769236907684886 * lon) +1)*1.5\"\n expr1 y/height*3\n expr2 \"(r * sin(0.017453292519943295769236907684886 * lon)+1)*1.5\"\n expr3 1\n name CylinderP\n xpos 654\n ypos -23\n }\n Dot {\n name Dot13\n tile_color 0xcccccc00\n xpos 688\n ypos 21\n }\npush $Nad10ee0\n Expression {\n temp_name0 lat\n temp_expr0 \"y / height * 180- 90\"\n temp_name1 lon\n temp_expr1 \"x / width * 360-180\"\n temp_name2 r\n temp_expr2 \"cos(0.017453292519943295769236907684886 * lat)\"\n expr0 \"(r * cos (0.017453292519943295769236907684886 * lon) +1)*1.5\"\n expr1 \"(sin (0.017453292519943295769236907684886 * lat)+1)*1.5\"\n expr2 \"(r * sin(0.017453292519943295769236907684886 * lon)+1)*1.5\"\n expr3 1\n name SphereP\n xpos 519\n ypos -21\n }\npush $Nad0c430\n Expression {\n expr0 x/350\n expr1 y/350\n expr2 0\n expr3 1\n name CardP\n xpos 384\n ypos -21\n }\n Switch {\n inputs 5\n which {{parent.mapping}}\n name Switch3\n xpos 384\n ypos 53\n }\n ColorMatrix {\n matrix {\n {{Axis_3D.world_matrix.0} {Axis_3D.world_matrix.1} {Axis_3D.world_matrix.2}}\n {{Axis_3D.world_matrix.4} {Axis_3D.world_matrix.5} {Axis_3D.world_matrix.6}}\n {{Axis_3D.world_matrix.8} {Axis_3D.world_matrix.9} {Axis_3D.world_matrix.10}}\n }\n name ColorMatrix1\n xpos 384\n ypos 186\n }\n Add {\n channels rgba\n value {{Axis_3D.translate.x} {Axis_3D.translate.y} {Axis_3D.translate.z} {parent.boiling}}\n name Add1\n xpos 384\n ypos 229\n }\n BlinkScript {\n recompileCount 27\n ProgramGroup 1\n KernelDescription \"2 \\\"Noise4D\\\" iterate pixelWise d60f21004827daf93cc7aae3c8a9d35a464dc4075e83f5304202d888c93a31ad 2 \\\"src\\\" Read Point \\\"dst\\\" Write Point 5 \\\"octaves\\\" Int 1 CAAAAA== \\\"lacunarity\\\" Float 1 AAAAQA== \\\"amplitude\\\" Float 1 mpkZPw== \\\"gain\\\" Float 1 AAAAPw== \\\"mode\\\" Int 1 AAAAAA== 5 \\\"octaves\\\" 1 1 \\\"lacunarity\\\" 1 1 \\\"amplitude\\\" 1 1 \\\"gain\\\" 1 1 \\\"mode\\\" 1 1 0\"\n kernelSource \"//Based on https://github.com/Draradech/csworldgen/blob/master/simplexnoise.cpp\\n//Ported by Mads Hagbarth Lund 2014\\n//Modifications (fBm and Turbulence) by Erwan Leroy 2018 at Spin VFX\\n\\n/* Copyright (c) 2007-2012 Eliot Eshelman\\n *\\n * This program is free software: you can redistribute it and/or modify\\n * it under the terms of the GNU General Public License as published by\\n * the Free Software Foundation, either version 3 of the License, or\\n * (at your option) any later version.\\n *\\n * This program is distributed in the hope that it will be useful,\\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the\\n * GNU General Public License for more details.\\n *\\n * You should have received a copy of the GNU General Public License\\n * along with this program. If not, see .\\n *\\n */\\n\\n\\nint fastfloor( const float x ) \\{ return x > 0 ? (int) x : (int) x - 1; \\}\\n\\ninline float raw_noise_4d(const float4 coord)\\n\\{\\n int simplex\\[64]\\[4] =\\n \\{\\n \\{0,1,2,3\\},\\{0,1,3,2\\},\\{0,0,0,0\\},\\{0,2,3,1\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{1,2,3,0\\},\\n \\{0,2,1,3\\},\\{0,0,0,0\\},\\{0,3,1,2\\},\\{0,3,2,1\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{1,3,2,0\\},\\n \\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\n \\{1,2,0,3\\},\\{0,0,0,0\\},\\{1,3,0,2\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{2,3,0,1\\},\\{2,3,1,0\\},\\n \\{1,0,2,3\\},\\{1,0,3,2\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{2,0,3,1\\},\\{0,0,0,0\\},\\{2,1,3,0\\},\\n \\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\n \\{2,0,1,3\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{3,0,1,2\\},\\{3,0,2,1\\},\\{0,0,0,0\\},\\{3,1,2,0\\},\\n \\{2,1,0,3\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{3,1,0,2\\},\\{0,0,0,0\\},\\{3,2,0,1\\},\\{3,2,1,0\\}\\n \\};\\n\\n int perm\\[512] =\\n \\{\\n 151,160,137,91,90,15,131,13,201,95,96,53,194,233,7,225,140,36,103,30,69,142,\\n 8,99,37,240,21,10,23,190,6,148,247,120,234,75,0,26,197,62,94,252,219,203,117,\\n 35,11,32,57,177,33,88,237,149,56,87,174,20,125,136,171,168,68,175,74,165,71,\\n 134,139,48,27,166,77,146,158,231,83,111,229,122,60,211,133,230,220,105,92,41,\\n 55,46,245,40,244,102,143,54,65,25,63,161,1,216,80,73,209,76,132,187,208, 89,\\n 18,169,200,196,135,130,116,188,159,86,164,100,109,198,173,186,3,64,52,217,226,\\n 250,124,123,5,202,38,147,118,126,255,82,85,212,207,206,59,227,47,16,58,17,182,\\n 189,28,42,223,183,170,213,119,248,152,2,44,154,163,70,221,153,101,155,167,43,\\n 172,9,129,22,39,253,19,98,108,110,79,113,224,232,178,185,112,104,218,246,97,\\n 228,251,34,242,193,238,210,144,12,191,179,162,241,81,51,145,235,249,14,239,\\n 107,49,192,214,31,181,199,106,157,184,84,204,176,115,121,50,45,127,4,150,254,\\n 138,236,205,93,222,114,67,29,24,72,243,141,128,195,78,66,215,61,156,180,\\n\\n 151,160,137,91,90,15,131,13,201,95,96,53,194,233,7,225,140,36,103,30,69,142,\\n 8,99,37,240,21,10,23,190,6,148,247,120,234,75,0,26,197,62,94,252,219,203,117,\\n 35,11,32,57,177,33,88,237,149,56,87,174,20,125,136,171,168,68,175,74,165,71,\\n 134,139,48,27,166,77,146,158,231,83,111,229,122,60,211,133,230,220,105,92,41,\\n 55,46,245,40,244,102,143,54,65,25,63,161,1,216,80,73,209,76,132,187,208, 89,\\n 18,169,200,196,135,130,116,188,159,86,164,100,109,198,173,186,3,64,52,217,226,\\n 250,124,123,5,202,38,147,118,126,255,82,85,212,207,206,59,227,47,16,58,17,182,\\n 189,28,42,223,183,170,213,119,248,152,2,44,154,163,70,221,153,101,155,167,43,\\n 172,9,129,22,39,253,19,98,108,110,79,113,224,232,178,185,112,104,218,246,97,\\n 228,251,34,242,193,238,210,144,12,191,179,162,241,81,51,145,235,249,14,239,\\n 107,49,192,214,31,181,199,106,157,184,84,204,176,115,121,50,45,127,4,150,254,\\n 138,236,205,93,222,114,67,29,24,72,243,141,128,195,78,66,215,61,156,180\\n \\};\\n\\n int grad4\\[32]\\[4]=\\n \\{\\n \\{0,1,1,1\\}, \\{0,1,1,-1\\}, \\{0,1,-1,1\\}, \\{0,1,-1,-1\\},\\n \\{0,-1,1,1\\}, \\{0,-1,1,-1\\}, \\{0,-1,-1,1\\}, \\{0,-1,-1,-1\\},\\n \\{1,0,1,1\\}, \\{1,0,1,-1\\}, \\{1,0,-1,1\\}, \\{1,0,-1,-1\\},\\n \\{-1,0,1,1\\}, \\{-1,0,1,-1\\}, \\{-1,0,-1,1\\}, \\{-1,0,-1,-1\\},\\n \\{1,1,0,1\\}, \\{1,1,0,-1\\}, \\{1,-1,0,1\\}, \\{1,-1,0,-1\\},\\n \\{-1,1,0,1\\}, \\{-1,1,0,-1\\}, \\{-1,-1,0,1\\}, \\{-1,-1,0,-1\\},\\n \\{1,1,1,0\\}, \\{1,1,-1,0\\}, \\{1,-1,1,0\\}, \\{1,-1,-1,0\\},\\n \\{-1,1,1,0\\}, \\{-1,1,-1,0\\}, \\{-1,-1,1,0\\}, \\{-1,-1,-1,0\\}\\n \\};\\n float x = coord.x;\\n float y = coord.y;\\n float z = coord.z;\\n float w = coord.w;\\n float F4 = (sqrt(5.0f)-1.0)/4.0;\\n float G4 = (5.0-sqrt(5.0f))/20.0;\\n float n0, n1, n2, n3, n4;\\n float s = (x + y + z + w) * F4;\\n int i = fastfloor(x + s);\\n int j = fastfloor(y + s);\\n int k = fastfloor(z + s);\\n int l = fastfloor(w + s);\\n float t = (i + j + k + l) * G4;\\n float X0 = i - t;\\n float Y0 = j - t;\\n float Z0 = k - t;\\n float W0 = l - t;\\n float x0 = x - X0;\\n float y0 = y - Y0;\\n float z0 = z - Z0;\\n float w0 = w - W0;\\n int c1 = (x0 > y0) ? 32 : 0;\\n int c2 = (x0 > z0) ? 16 : 0;\\n int c3 = (y0 > z0) ? 8 : 0;\\n int c4 = (x0 > w0) ? 4 : 0;\\n int c5 = (y0 > w0) ? 2 : 0;\\n int c6 = (z0 > w0) ? 1 : 0;\\n int c = c1 + c2 + c3 + c4 + c5 + c6;\\n int i1, j1, k1, l1;\\n int i2, j2, k2, l2;\\n int i3, j3, k3, l3;\\n i1 = simplex\\[c]\\[0]>=3 ? 1 : 0;\\n j1 = simplex\\[c]\\[1]>=3 ? 1 : 0;\\n k1 = simplex\\[c]\\[2]>=3 ? 1 : 0;\\n l1 = simplex\\[c]\\[3]>=3 ? 1 : 0;\\n i2 = simplex\\[c]\\[0]>=2 ? 1 : 0;\\n j2 = simplex\\[c]\\[1]>=2 ? 1 : 0;\\n k2 = simplex\\[c]\\[2]>=2 ? 1 : 0;\\n l2 = simplex\\[c]\\[3]>=2 ? 1 : 0;\\n i3 = simplex\\[c]\\[0]>=1 ? 1 : 0;\\n j3 = simplex\\[c]\\[1]>=1 ? 1 : 0;\\n k3 = simplex\\[c]\\[2]>=1 ? 1 : 0;\\n l3 = simplex\\[c]\\[3]>=1 ? 1 : 0;\\n float x1 = x0 - i1 + G4;\\n float y1 = y0 - j1 + G4;\\n float z1 = z0 - k1 + G4;\\n float w1 = w0 - l1 + G4;\\n float x2 = x0 - i2 + 2.0*G4;\\n float y2 = y0 - j2 + 2.0*G4;\\n float z2 = z0 - k2 + 2.0*G4;\\n float w2 = w0 - l2 + 2.0*G4;\\n float x3 = x0 - i3 + 3.0*G4;\\n float y3 = y0 - j3 + 3.0*G4;\\n float z3 = z0 - k3 + 3.0*G4;\\n float w3 = w0 - l3 + 3.0*G4;\\n float x4 = x0 - 1.0 + 4.0*G4;\\n float y4 = y0 - 1.0 + 4.0*G4;\\n float z4 = z0 - 1.0 + 4.0*G4;\\n float w4 = w0 - 1.0 + 4.0*G4;\\n int ii = i & 255;\\n int jj = j & 255;\\n int kk = k & 255;\\n int ll = l & 255;\\n int gi0 = perm\\[ii+perm\\[jj+perm\\[kk+perm\\[ll]]]] % 32;\\n int gi1 = perm\\[ii+i1+perm\\[jj+j1+perm\\[kk+k1+perm\\[ll+l1]]]] % 32;\\n int gi2 = perm\\[ii+i2+perm\\[jj+j2+perm\\[kk+k2+perm\\[ll+l2]]]] % 32;\\n int gi3 = perm\\[ii+i3+perm\\[jj+j3+perm\\[kk+k3+perm\\[ll+l3]]]] % 32;\\n int gi4 = perm\\[ii+1+perm\\[jj+1+perm\\[kk+1+perm\\[ll+1]]]] % 32;\\n\\n float t0 = 0.6 - x0*x0 - y0*y0 - z0*z0 - w0*w0;\\n\\n if(t0<0) \\{\\n n0 = 0.0;\\n \\}\\n else\\n \\{\\n t0 *= t0;\\n n0 = t0 * t0 * dot(float4(grad4\\[gi0]\\[0],grad4\\[gi0]\\[2],grad4\\[gi0]\\[3],grad4\\[gi0]\\[3]), float4(x0, y0, z0, w0));\\n \\}\\n\\n float t1 = 0.6 - x1*x1 - y1*y1 - z1*z1 - w1*w1;\\n\\n if(t1<0) \\{\\n n1 = 0.0;\\n \\}\\n else \\{\\n t1 *= t1;\\n n1 = t1 * t1 * dot(float4(grad4\\[gi1]\\[0],grad4\\[gi1]\\[2],grad4\\[gi1]\\[3],grad4\\[gi1]\\[3]), float4(x1, y1, z1, w1));\\n \\}\\n\\n float t2 = 0.6 - x2*x2 - y2*y2 - z2*z2 - w2*w2;\\n\\n if(t2<0) \\{\\n n2 = 0.0;\\n \\}\\n else \\{\\n t2 *= t2;\\n n2 = t2 * t2 * dot(float4(grad4\\[gi2]\\[0],grad4\\[gi2]\\[2],grad4\\[gi2]\\[3],grad4\\[gi2]\\[3]), float4(x2, y2, z2, w2));\\n \\}\\n\\n float t3 = 0.6 - x3*x3 - y3*y3 - z3*z3 - w3*w3;\\n\\n if(t3<0) \\{\\n n3 = 0.0;\\n \\}\\n else \\{\\n t3 *= t3;\\n n3 = t3 * t3 * dot(float4(grad4\\[gi3]\\[0],grad4\\[gi3]\\[2],grad4\\[gi3]\\[3],grad4\\[gi3]\\[3]), float4(x3, y3, z3, w3));\\n \\}\\n\\n float t4 = 0.6 - x4*x4 - y4*y4 - z4*z4 - w4*w4;\\n\\n if(t4<0) \\{\\n n4 = 0.0;\\n \\}\\n else \\{\\n t4 *= t4;\\n n4 = t4 * t4 * dot(float4(grad4\\[gi4]\\[0],grad4\\[gi4]\\[2],grad4\\[gi4]\\[3],grad4\\[gi4]\\[3]), float4(x4, y4, z4, w4));\\n \\}\\n return 27.0 * (n0 + n1 + n2 + n3 + n4);\\n\\}\\n\\ninline float fBm_4d(const float octaves, const float lacunarity, const float gain, const float4 coord, float amplitude)\\n\\{\\n float total = 0;\\n float4 frequency = coord;\\n for( int i=0; i < octaves; i++ ) \\{\\n total += (float)raw_noise_4d(frequency) * amplitude;\\n frequency *= lacunarity;\\n amplitude *= gain;\\n \\}\\n return float(total)*0.5f+0.5f;\\n\\}\\n\\ninline float turbulence_4d(const float octaves, const float lacunarity, const float gain, const float4 coord, float amplitude)\\n\\{\\n float total = 0;\\n float4 frequency = coord;\\n for( int i=0; i < octaves; i++ ) \\{\\n total += fabs((float)raw_noise_4d(frequency)) * amplitude;\\n frequency *= lacunarity;\\n amplitude *= gain;\\n \\}\\n return float(total);\\n\\}\\n\\nkernel Noise4D : ImageComputationKernel\\n\\{\\n Image src;\\n Image dst;\\nparam:\\n int octaves;\\n float lacunarity;\\n float amplitude;\\n float gain;\\n int mode;\\n\\n void define() \\{\\n defineParam(octaves, \\\"octaves\\\", 8);\\n defineParam(lacunarity, \\\"lacunarity\\\", 2.0f);\\n defineParam(amplitude, \\\"amplitude\\\", 0.6f);\\n defineParam(gain, \\\"gain\\\", 0.5f);\\n \\}\\n void process() \\{\\n float sample;\\n if (mode == 0)\\{\\n sample = (float)fBm_4d(float(octaves),lacunarity,gain,src(), amplitude);\\n \\} else \\{\\n sample = (float)turbulence_4d(float(octaves),lacunarity,gain,src(), amplitude);\\n \\}\\n dst() = float4(sample,sample,sample,sample);\\n\\}\\n\\};\"\n rebuild \"\"\n Noise4D_octaves {{parent.octaves}}\n Noise4D_lacunarity {{parent.lacunarity}}\n Noise4D_amplitude {{parent.contrast}}\n Noise4D_gain {{parent.gain}}\n Noise4D_mode {{parent.type}}\n rebuild_finalise \"\"\n name BlinkScript1\n selected true\n xpos 384\n ypos 332\n }\n Clamp {\n name Clamp1\n xpos 384\n ypos 370\n }\n Gamma {\n channels {rgba.red rgba.green rgba.blue none}\n value {{parent.gamma}}\n name Gamma1\n xpos 384\n ypos 417\n }\n Shuffle {\n alpha blue\n name Shuffle1\n label \"in \\[value in]-->out \\[value out]\"\n xpos 384\n ypos 463\n }\nset N20731ba0 [stack 0]\n Merge2 {\n inputs 2\n operation mask\n bbox B\n name Merge2\n xpos 384\n ypos 564\n disable {{\"parent.mapping != 4\"}}\n }\n Dot {\n name Dot4\n tile_color 0x4b5ec600\n xpos 418\n ypos 620\n }\npush $Nacf7e30\n Merge2 {\n inputs 2\n bbox B\n name Merge1\n xpos 955\n ypos 616\n }\n Output {\n name Output1\n xpos 955\n ypos 789\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_NoiseAdvanced.gizmo", "content": "Group {\n name NoiseAdvanced\n help \"Noise node with various time sliders. Can quickly create animated noise.\\n\\nAdded an Overscan Slider for when you need the noise pattern to extend beyond the format edges.\"\n onCreate \"n = nuke.thisNode()\\no = n.knob('overscan')\\no.setRange(0, 500)\"\n tile_color 0x5f5f5fff\n note_font \"Verdana Bold Bold Bold Bold Bold Bold Bold Bold Bold\"\n note_font_color 0xffffffff\n selected true\n addUserKnob {20 Noise}\n addUserKnob {41 output T Noise1.output}\n addUserKnob {41 premult T Noise1.premult}\n addUserKnob {41 cliptype l \"clip to\" T Noise1.cliptype}\n addUserKnob {41 replace -STARTLINE T Noise1.replace}\n addUserKnob {41 invert -STARTLINE T Noise1.invert}\n addUserKnob {41 opacity T Noise1.opacity}\n addUserKnob {41 maskChannelInput l mask T Noise1.maskChannelInput}\n addUserKnob {41 inject -STARTLINE T Noise1.inject}\n addUserKnob {41 invert_mask l invert -STARTLINE T Noise1.invert_mask}\n addUserKnob {26 \"\"}\n addUserKnob {14 overscan l Overscan R 0 500}\n addUserKnob {26 \"\"}\n addUserKnob {41 type T Noise1.type}\n addUserKnob {41 size l x/ysize T FOR_SETTINGS.size}\n addUserKnob {7 speedSizeX l \"Speed of size X\" R 0 4}\n addUserKnob {7 speedSizeY l \"Speed of size Y\" R 0 4}\n addUserKnob {26 \"\"}\n addUserKnob {41 zoffset l z T FOR_SETTINGS.zoffset}\n addUserKnob {7 speedZ l \"Speed of Z\" R 0 0.25}\n addUserKnob {26 \"\"}\n addUserKnob {41 octaves T Noise1.octaves}\n addUserKnob {41 nyquist l \"clip at Nyquist limit\" -STARTLINE T Noise1.nyquist}\n addUserKnob {41 lacunarity T Noise1.lacunarity}\n addUserKnob {41 gain T Noise1.gain}\n addUserKnob {41 gamma T Noise1.gamma}\n addUserKnob {20 Transform}\n addUserKnob {41 transform T Noise1.transform}\n addUserKnob {41 translate T FOR_SETTINGS.translate}\n addUserKnob {7 transX l \"Speed of Trans X\" R 0 400}\n addUserKnob {7 transY l \"Speed of Trans Y\" R 0 400}\n addUserKnob {26 \"\"}\n addUserKnob {41 rotate T FOR_SETTINGS.rotate}\n addUserKnob {7 rotSpeed l \"Speed of Rotation\" R 0 60}\n addUserKnob {26 \"\"}\n addUserKnob {41 scale T FOR_SETTINGS.scale}\n addUserKnob {7 speedScaleX l \"Speed of Scale X\" R 0 4}\n addUserKnob {7 speedScaleY l \"Speed of Scale Y\" R 0 4}\n addUserKnob {26 \"\"}\n addUserKnob {41 skew +INVISIBLE T Noise1.skew}\n addUserKnob {41 skewX l \"skew X\" T FOR_SETTINGS.skewX}\n addUserKnob {41 skewY l \"skew Y\" T FOR_SETTINGS.skewY}\n addUserKnob {41 skew_order l \"skew order\" T FOR_SETTINGS.skew_order}\n addUserKnob {41 center T FOR_SETTINGS.center}\n addUserKnob {41 xrotate T Noise1.xrotate}\n addUserKnob {41 yrotate T Noise1.yrotate}\n addUserKnob {20 \"\" l Color}\n addUserKnob {41 color T Noise1.color}\n addUserKnob {20 info l Info}\n addUserKnob {26 creator l Creator: T \"Tony Lyons\"}\n addUserKnob {26 desc l Name: T NoiseAdvanced}\n addUserKnob {26 ver l Version: T v03}\n}\n Input {\n inputs 0\n name Inputmask\n xpos -79\n ypos -147\n number 1\n }\n Input {\n inputs 0\n name Input\n xpos -205\n ypos -295\n }\n Group {\n name CropBBox\n onCreate \"n = nuke.thisNode()\\ninputFormat = n.knob(\\\"inputFormat\\\")\\ninputBBox = n.knob(\\\"inputBBox\\\")\\ncrop = nuke.toNode(\\\"Crop6\\\")\\ncropb = crop.knob('box')\\n\\n\\ninputFormat.setFlag(0x0000000000008000)\\ninputBBox.setFlag(0x0000000000008000)\\ncropb.setFlag(0x0000000000008000)\"\n tile_color 0xa57aaaff\n note_font \"Verdana Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold\"\n note_font_color 0xffffffff\n xpos -205\n ypos -256\n disable {{\"\\[exists parent.input0]\\n\"}}\n addUserKnob {20 CropBBox}\n addUserKnob {4 type l Type +INVISIBLE M {\"To Format\" \"To BBox\"}}\n addUserKnob {41 intersect T Crop6.intersect}\n addUserKnob {6 blackOutside l \"Black Outside\" -STARTLINE}\n addUserKnob {20 inputBbox l \"input Bbox Data\" n 1}\n inputBbox 0\n addUserKnob {15 inputFormat l \"Input Format\"}\n inputFormat {0 0 {input.width} {input.height}}\n addUserKnob {15 inputBBox l \"Input BBox\"}\n inputBBox {{input.bbox.x} {input.bbox.y} {input.bbox.r} {input.bbox.t}}\n addUserKnob {14 bboxCenter l \"BBox Center\" R 0 100}\n bboxCenter {{\"(this.Crop6.box.r-this.Crop6.box.x)/2 + this.Crop6.box.x\"} {\"(this.Crop6.box.t-this.Crop6.box.y)/2 + this.Crop6.box.y\"}}\n addUserKnob {20 endGroup n -1}\n addUserKnob {20 info_1 l Info}\n addUserKnob {26 creator l Creator: T \"Tony Lyons\"}\n addUserKnob {26 desc l Description: t \"crop to inputformat\\n\\ndisplays values of input bbox\" T CropBBox}\n addUserKnob {26 ver l Version: T v02}\n }\n Input {\n inputs 0\n name Input\n xpos 261\n ypos 369\n }\n Crop {\n box {{curve} {curve} {input.width} {input.height}}\n crop {{parent.blackOutside}}\n name Crop6\n xpos 261\n ypos 466\n }\n Output {\n name Output1\n xpos 261\n ypos 583\n }\n end_group\nset N3cfa5000 [stack 0]\n AdjBBox {\n numpixels {{parent.overscan} {parent.overscan}}\n name AdjBBox1\n xpos -205\n ypos -206\n }\n Noise {\n inputs 1+1\n cliptype none\n size {{parent.FOR_SETTINGS.size.0+(t*parent.speedSizeX)} {parent.FOR_SETTINGS.size.1+(t*parent.speedSizeY)}}\n zoffset {{parent.FOR_SETTINGS.zoffset+(frame*speedZ)}}\n translate {{parent.FOR_SETTINGS.translate.x+t*transX} {parent.FOR_SETTINGS.translate.y+t*transY}}\n rotate {{parent.FOR_SETTINGS.rotate+(t*rotSpeed)}}\n scale {{parent.FOR_SETTINGS.scale.w+(t*speedScaleX)} {parent.FOR_SETTINGS.scale.h+(t*speedScaleY)}}\n center {{parent.FOR_SETTINGS.center} {parent.FOR_SETTINGS.center}}\n name Noise1\n selected true\n xpos -205\n ypos -147\n }\n Output {\n name Output1\n xpos -205\n ypos -35\n }\npush $N3cfa5000\n Noise {\n center {{input.width/2} {input.height/2}}\n name FOR_SETTINGS\n xpos -331\n ypos -200\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_NormalizeVector2.gizmo", "content": "Group {\n name NormalizeVector2_\n help \"Normalize the magnitude of a Vector2 (to be of magnitude 1)\"\n addUserKnob {20 main_tab l \"Normalize Vector2\"}\n addUserKnob {41 in l \"Vector B Layer\" t \"Layer containing the vector information for input B\" T vector_layer.in}\n addUserKnob {26 \"\"}\n addUserKnob {26 copyright l \"\" +STARTLINE T \"v1.0 - Mathieu Goulet-Aubin & Erwan Leroy - Github\"}\n}\n Input {\n inputs 0\n name vectorB\n xpos 0\n }\n Dot {\n name Dot1\n tile_color 0xcccccc00\n xpos 34\n ypos 108\n }\nset N78cf630 [stack 0]\n Shuffle {\n name vector_layer\n xpos 140\n ypos 104\n }\n Remove {\n operation keep\n channels rgba\n name Remove1\n xpos 140\n ypos 130\n }\nset N78e2f00 [stack 0]\npush $N78e2f00\n Expression {\n channel0 {rgba.red rgba.green -rgba.blue -rgba.alpha}\n expr0 sqrt((r*r)+(g*g))\n channel1 {-rgba.red -rgba.green rgba.blue rgba.alpha}\n expr1 1\n channel2 {-rgba.red -rgba.green -rgba.blue none}\n channel3 {none none none -rgba.alpha}\n name Mag2\n xpos 289\n ypos 216\n }\n Merge2 {\n inputs 2\n operation divide\n bbox B\n name Merge1\n xpos 140\n ypos 267\n }\n Dot {\n name Dot2\n tile_color 0x4b5ec600\n xpos 174\n ypos 364\n }\npush $N78cf630\n ShuffleCopy {\n inputs 2\n in2 none\n red red\n green green\n blue blue\n out {{{parent.vector_layer.in}}}\n name ShuffleCopy1\n xpos 0\n ypos 360\n }\n Output {\n name Output1\n xpos 0\n ypos 506\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_NormalizeVector3.gizmo", "content": "Group {\n name NormalizeVector3_\n help \"Normalize the magnitude of a Vector3 (to be of magnitude 1)\"\n addUserKnob {20 main_tab l \"Normalize Vector3\"}\n addUserKnob {41 in l \"Vector B Layer\" t \"Layer containing the vector information for input B\" T vector_layer.in}\n addUserKnob {26 \"\"}\n addUserKnob {26 copyright l \"\" +STARTLINE T \"v1.0 - Mathieu Goulet-Aubin & Erwan Leroy - Github\"}\n}\n Input {\n inputs 0\n name vectorB\n xpos 0\n }\n Dot {\n name Dot1\n tile_color 0xcccccc00\n xpos 34\n ypos 108\n }\nset N792f390 [stack 0]\n Shuffle {\n name vector_layer\n xpos 140\n ypos 104\n }\n Remove {\n operation keep\n channels rgba\n name Remove1\n xpos 140\n ypos 130\n }\n Dot {\n name Dot3\n tile_color 0x9e3c6300\n xpos 174\n ypos 156\n }\nset Ne7eccb90 [stack 0]\npush $Ne7eccb90\n Dot {\n name Dot4\n tile_color 0x9e3c6300\n xpos 377\n ypos 156\n }\n Expression {\n channel0 rgba\n expr0 sqrt((r*r)+(g*g)+(b*b))\n channel2 {-rgba.red -rgba.green -rgba.blue none}\n channel3 {none none none -rgba.alpha}\n name Mag3\n xpos 343\n ypos 209\n }\n Dot {\n name Dot5\n tile_color 0xcccccc00\n xpos 377\n ypos 271\n }\n Merge2 {\n inputs 2\n operation divide\n bbox B\n name Merge1\n xpos 140\n ypos 267\n }\n Dot {\n name Dot2\n tile_color 0x4b5ec600\n xpos 174\n ypos 364\n }\npush $N792f390\n ShuffleCopy {\n inputs 2\n in2 none\n red red\n green green\n blue blue\n out {{{parent.vector_layer.in}}}\n name ShuffleCopy1\n xpos 0\n ypos 360\n }\n Output {\n name Output1\n xpos 0\n ypos 506\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_NormalsRotate.gizmo", "content": "Group {\n name NormalsRotate\n onCreate \"\\nn=nuke.thisNode()\\nn\\['mblack'].setFlag(0x0000000000000004)\\nn\\['mgain'].setFlag(0x0000000000000004)\\nn\\['mgamma'].setFlag(0x0000000000000004)\\n\"\n tile_color 0xff00ff\n selected true\n addUserKnob {20 User}\n addUserKnob {41 in l \"Normals in\" t \"Select the layer containing the \\nnormals\" T Shuffle1.in}\n addUserKnob {41 pick l \"Pick Plane\" T Plane.pick}\n addUserKnob {22 planereset l Reset -STARTLINE T \"nuke.thisNode().knob(\\\"pick\\\").setValue(0,0)\\nnuke.thisNode().knob(\\\"pick\\\").setValue(0,1)\\nnuke.thisNode().knob(\\\"pick\\\").setValue(1,2)\"}\n addUserKnob {26 \"\"}\n addUserKnob {26 divider_2 l \"\" +STARTLINE T \" \"}\n addUserKnob {26 manual l \"Manual Rotation\" -STARTLINE T \" \"}\n addUserKnob {22 rotreset l Reset -STARTLINE T \"nuke.thisNode().knob(\\\"yoffset\\\").setValue(0)\\nnuke.thisNode().knob(\\\"xzrot\\\").setValue(0)\"}\n addUserKnob {7 yoffset l Horizontal t \"Rotate around the world Y axis\" R -180 180}\n addUserKnob {7 xzrot l Vertical t \"Rotates around the rotated X axis\" R -180 180}\n addUserKnob {26 \"\"}\n addUserKnob {26 matte l \"@b;Matte Output\" T \" \"}\n addUserKnob {6 inv l \"Invert \" t \"This happens before the matte \\ntweaks\" -STARTLINE}\n addUserKnob {6 amask l \"Mask by Alpha \" -STARTLINE}\n addUserKnob {6 unpre l Unpremult -STARTLINE}\n addUserKnob {7 exp l Exponent t \"Exponential falloff\" R 1 10}\n exp 2\n addUserKnob {22 expreset l Reset -STARTLINE T \"nuke.thisNode().knob(\\\"exp\\\").setValue(2)\"}\n addUserKnob {7 mblack l Black R -1 1}\n addUserKnob {22 mblackreset l Reset -STARTLINE T \"nuke.thisNode().knob(\\\"mblack\\\").setValue(0)\"}\n addUserKnob {7 mgain l White R 0 4}\n mgain 1\n addUserKnob {22 mgainreset l Reset -STARTLINE T \"nuke.thisNode().knob(\\\"mgain\\\").setValue(1)\"}\n addUserKnob {7 mgamma l Gamma R 0 4}\n mgamma 1\n addUserKnob {22 mgammareset l Reset -STARTLINE T \"nuke.thisNode().knob(\\\"mgamma\\\").setValue(1)\"}\n addUserKnob {26 \"\" +STARTLINE}\n addUserKnob {26 \"\" l mask T \"\"}\n addUserKnob {41 maskChannelInput l \"\" -STARTLINE T Merge1.maskChannelInput}\n addUserKnob {41 inject -STARTLINE T Merge1.inject}\n addUserKnob {41 invert_mask l invert -STARTLINE T Merge1.invert_mask}\n addUserKnob {41 fringe -STARTLINE T Merge1.fringe}\n addUserKnob {41 mix T Merge1.mix}\n addUserKnob {20 info l Info}\n addUserKnob {26 infotext l \"\" +STARTLINE T \"W_SuperNormal generates a surface angle based matte using normals.\\n\\n1. Select the layer containing normals in the dropdown menu.\\n2. Enable color picker and pick the point where you want the matte to be white.\\n (I look at the alpha output, hold ctrl+alt and \\\"glide\\\" over the surfaces.)\\n3. You can also manually rotate the matte. When you colorpick a new point,\\n it is recommended that you reset the manual rotation values to 0.\\n\"}\n addUserKnob {20 v2_1_group l \"v2.1 - Feb 2019\" n 1}\n v2_1_group 0\n addUserKnob {26 v2_1_text l \"\" +STARTLINE T \" -Manual rotation working as originally envisioned: It is more intuitive \\n and faster to reach any desired angle with horizontal(Y) and vertical\\n rotation than with separate XYZ rotations.\\n -General cleanup & refinements.\\n\"}\n addUserKnob {20 endGroup n -1}\n addUserKnob {20 v2group l \"v2.0 - 2018\" n 1}\n v2group 0\n addUserKnob {26 v2text l \"\" +STARTLINE T \" -Adopted a different method for rotating normals shown to me by Daniel Pelc\\n -Simpler math for converting normals into a matte with the help of Erwan Leroy\\n\"}\n addUserKnob {20 endGroup_1 l endGroup n -1}\n addUserKnob {26 v1_1_text l \"\" +STARTLINE T \" v1.1 - 2016\"}\n addUserKnob {26 \"\"}\n addUserKnob {26 spacer_1 l \"\" +STARTLINE T \" \"}\n addUserKnob {26 copyright l \"© Wes Heo\" -STARTLINE T \" \"}\n}\n Axis2 {\n inputs 0\n rot_order YXZ\n rotate {0 {-parent.yoffset} 0}\n name Axis10\n label H\n xpos -173\n ypos -163\n }\n Axis2 {\n inputs 0\n rot_order YXZ\n rotate {{parent.xzrot} {-degrees(parent.Plane.picked.g)} 0}\n name Axis2\n label V\n xpos -171\n ypos -62\n }\n Axis2 {\n inputs 0\n rot_order YXZ\n rotate {0 {-parent.Axis2.rotate.y} 0}\n name Axis5\n label V\n xpos -170\n ypos 34\n }\n Input {\n inputs 0\n name Inputmask\n xpos 132\n ypos 544\n number 1\n }\n Input {\n inputs 0\n name N\n xpos 0\n ypos -425\n }\n Shuffle {\n in rgb\n alpha red2\n out rgb\n name Shuffle1\n xpos 0\n ypos -347\n }\nset Ndc5b920 [stack 0]\n Dot {\n name Dot1\n xpos 315\n ypos 289\n }\npush $Ndc5b920\n Unpremult {\n name Unpremult1\n xpos 0\n ypos -286\n disable {{!parent.unpre}}\n }\n NoOp {\n name Plane\n xpos 0\n ypos -218\n addUserKnob {20 User}\n addUserKnob {18 pick l \"User Picked Plane\" R -1 1}\n pick {0 0 1}\n addUserKnob {6 pick_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {20 calc l \"Internal Conversions\"}\n addUserKnob {18 picked}\n picked {0 {\"(atan2(pick.r, pick.b))\"} 0}\n addUserKnob {6 picked_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n }\n ColorMatrix {\n matrix {\n {{parent.Axis10.world_matrix.0} {parent.Axis10.world_matrix.1} {parent.Axis10.world_matrix.2}}\n {{parent.Axis10.world_matrix.4} {parent.Axis10.world_matrix.5} {parent.Axis10.world_matrix.6}}\n {{parent.Axis10.world_matrix.8} {parent.Axis10.world_matrix.9} {parent.Axis10.world_matrix.10}}\n }\n name ColorMatrix2\n xpos 0\n ypos -148\n disable {{parent.yoffset==0}}\n }\n ColorMatrix {\n matrix {\n {{parent.Axis2.world_matrix.0} {parent.Axis2.world_matrix.1} {parent.Axis2.world_matrix.2}}\n {{parent.Axis2.world_matrix.4} {parent.Axis2.world_matrix.5} {parent.Axis2.world_matrix.6}}\n {{parent.Axis2.world_matrix.8} {parent.Axis2.world_matrix.9} {parent.Axis2.world_matrix.10}}\n }\n name ColorMatrix3\n xpos 0\n ypos -42\n disable {{parent.xzrot==0}}\n }\n ColorMatrix {\n matrix {\n {{parent.Axis5.world_matrix.0} {parent.Axis5.world_matrix.1} {parent.Axis5.world_matrix.2}}\n {{parent.Axis5.world_matrix.4} {parent.Axis5.world_matrix.5} {parent.Axis5.world_matrix.6}}\n {{parent.Axis5.world_matrix.8} {parent.Axis5.world_matrix.9} {parent.Axis5.world_matrix.10}}\n }\n name ColorMatrix5\n xpos 0\n ypos 54\n disable {{parent.xzrot==0}}\n }\n Expression {\n temp_name0 nx\n temp_expr0 parent.Plane.pick.r\n temp_name1 ny\n temp_expr1 parent.Plane.pick.g\n temp_name2 nz\n temp_expr2 parent.Plane.pick.b\n channel0 {rgba.red -rgba.green -rgba.blue -rgba.alpha}\n expr0 r*nx\n channel1 {-rgba.red rgba.green -rgba.blue none}\n expr1 g*ny\n channel2 {-rgba.red -rgba.green rgba.blue none}\n expr2 b*nz\n channel3 {none none none -rgba.alpha}\n name Expression1\n xpos 0\n ypos 121\n cached true\n }\n Expression {\n expr3 clamp(r+g+b)\n name Expression3\n xpos 0\n ypos 187\n }\n Invert {\n channels alpha\n name Invert1\n xpos 0\n ypos 249\n disable {{!parent.inv}}\n }\n Expression {\n expr3 pow(a,max(1,parent.exp))\n name Expression4\n xpos 0\n ypos 317\n }\n Grade {\n channels alpha\n blackpoint {{-parent.mblack}}\n white {{parent.mgain}}\n gamma {{max(0.001,parent.mgamma)}}\n white_clamp true\n name Grade1\n xpos 0\n ypos 369\n }\n ChannelMerge {\n inputs 2\n operation multiply\n name ChannelMerge1\n selected true\n xpos 0\n ypos 444\n disable {{!parent.amask}}\n }\npush 0\n Merge2 {\n inputs 2+1\n operation copy\n also_merge all\n name Merge1\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 0\n ypos 544\n }\n Output {\n name Output1\n xpos 0\n ypos 623\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_NukeZ.gizmo", "content": "Group {\n name NukeZ\n inputs 0\n tile_color 0xffc900ff\n label \"
\"\n note_font \"DejaVu Sans Bold\"\n note_font_size 16\n addUserKnob {20 tab_general l General}\n addUserKnob {4 node M {AddSTMap ApplyLUT Assert AttribGeo Axis Axis2 BakedPointCloud BakedPointCloudMesh Bilateral Bilateral2 BlockGPU Blocky BumpMat BurnIn CCorrect Camera Camera2 CameraShake CameraShake2 CameraShake3 CameraTracker1_0 Card Card2 CardObj ChannelSelector Checker CheckerBoard CheckerBoard2 ChromaKeyer ColorTransferWrapper Compare Convolve Convolve2 Convolve2 CubeObj CylinderObj DeInterlace DeepChannelBlanker DeepClip DeepClipZ DeepColorCorrect DeepColorCorrect2 DeepCompare DeepDeOverlap DeepHoldout DeepHoldout2 DeepMask DeepMerge DeepMerge2 DeepOmit DeepShift DeepToImage DeepToImage2 DeepVolumeMaker Denoise Denoise2 Denoise2 DepthGenerator DepthGenerator1_0 DirBlur DirBlurWrapper DualBlend EdgeDetect EdgeScatter ExecuteTreeMT FFT FFTMultiply FieldSelect Fill FishEye FloodFill Fog FromDeep GPUFileShader GPUOp GenerateLUTGeo Grain Grain2 GridWarp GridWarp2 GridWarp3 IBK IBK2Gizmo IBKColour IBKColourV3 IBKEdge IBKGizmo IBKGizmoV3 IBKSFill IBKSplit IT8_Reader IT8_Writer Inpaint Inpaint2 InvFFT LensDistortion LensDistortion1_0 LensDistortion2 LevelSet Light Light2 LogGeo MakeLatLongMap Merge Merge2 MergeGeo MeshGeo MindRead Mirror Mirror2 ModelBuilderGeo Modeler Modeler1_0 Morph MultiTexture NodeWrapper OFlow OpStatisticsOp PLogLin PSDMerge ParticleBlinkScriptRender ParticleMove ParticleSystem ParticleToImage PerspDistort PixelStat PixelSum PlanarTracker PlanarTracker1_0 PointCloudGenerator1_0 PositionToPoints PositionToPoints2 Posterize Primatte Primatte2 Primatte3 Primatte3OLD PrintHash PrintMetaData Project3D Project3D2 ProjectionSolver ProjectionSolver1_0 PythonGeo ReadGeo ReadGeo2 Reconcile3D Rectangle RendermanShader Resize Shuffle Shuffle2 SimpleAxis SphereObj SphereToLatLongMap SphericalMap SphericalTransform SphericalTransform2 SplineWarp SplineWarp2 Spotlight Stabilize2D StarField TVIscale Text Text2 TextureFile TimeBlend TimeShift TimeToDepth ToDeep Tracker Tracker3 Tracker4 Tracker4 Transform3D Trilinear Twist TwistGeo UI_Silver UI_Standard UnmultColor Unwrap UpRez VectorBlur VectorBlur2 ViewerProcess_None ViewerProcess_rec709 ViewerProcess_sRGB ZBlur ZComp ZDefocus ZDefocus2 ZDefocus2 ZFDefocus ZRMerge ZoomTV achannels allchars autocrop cache_clear cache_report color_nodes create_read date default_font_pathname drop formats goofy_title goto_frame import_action import_adobe_lut import_boujou import_chan import_discreet_lut import_sequence infoviewer load_all_plugins makescratch mov32Reader mov32Writer node_delete nukev objReaderObj remove_inputs script_command script_data script_info script_version_up select_by_name showname start topnode version_down version_up}}\n addUserKnob {22 get_tools_menu l \"update menu\" -STARTLINE T \"import os\\nimport re\\n\\nnkPath = re.split( '/|\\\"\\\"' , nuke.EXE_PATH )\\nnkPath.pop()\\nnkPath += \\['plugins']\\nnkPath = os.sep.join( nkPath )\\n\\nthisGRP = nuke.thisGroup()\\nfileEXT = thisGRP\\['fileEXT'].value().split(',')\\nblacklist = thisGRP\\['blacklist'].value().split(',')\\nwhitelist = thisGRP\\['whitelist'].value().split(',')\\n\\ntools = \\[]\\nfor file in os.listdir( nkPath ) :\\n\\tif os.path.isfile( nkPath+os.sep+file ) :\\n\\t\\tif file.split('.')\\[1] in fileEXT and file.split('.')\\[0] not in blacklist :\\n\\t\\t\\ttools.append( file.split('.')\\[0] )\\ntools += whitelist\\ntools.sort()\\n\\nthisGRP\\['node'].setValues( tools )\\nthisGRP\\['total_count'].setValue( str(len(tools)) )\\n\\n\"}\n addUserKnob {26 total_count l \"Total : \" -STARTLINE T 235}\n addUserKnob {22 create l \"\\[--- create node ---]\" T \"import random\\n\\nthisGRP = nuke.thisGroup()\\n\\ntry :\\n\\tgoStore = nuke.toNode('store')\\n\\tgoStore\\['fn'].execute()\\n\\n\\txspace = int( nuke.toNode('preferences')\\['GridWidth'].getValue() )\\n\\twith getLevel() :\\n\\t\\tmakeNode = nuke.createNode( thisGRP\\['node'].value() )\\n\\t\\tmakeNode.setXYpos( thisGRP.xpos() + xspace + random.randint(0,xspace) , thisGRP.ypos() )\\n\\t\\tmakeNode.hideControlPanel()\\nexcept :\\n\\tnukescripts.script_command( thisGRP\\['node'].value() )\" +STARTLINE}\n addUserKnob {26 spacer l \"\" +STARTLINE T
}\n addUserKnob {43 favorite +DISABLED}\n addUserKnob {22 unlock_favorite l unlock -STARTLINE T \"goStore = nuke.toNode('store')\\ngoStore\\['fn'].execute()\\nlockMisc( 'favorite' )\"}\n addUserKnob {3 favorite_status l \"\" -STARTLINE +INVISIBLE}\n addUserKnob {6 sort l \"sort by alphabet\" +STARTLINE}\n addUserKnob {22 add_favorite l \"add to favorite\" T \"goStore = nuke.toNode('store')\\ngoStore\\['fn'].execute()\\naddItem( 'favorite' )\" +STARTLINE}\n addUserKnob {22 remove_favorite l \"remove from favorite\" -STARTLINE T \"goStore = nuke.toNode('store')\\ngoStore\\['fn'].execute()\\nremoveListItem( 'favorite' )\"}\n addUserKnob {22 reset_favorite l \"reset favorite\" -STARTLINE T \"goStore = nuke.toNode('store')\\ngoStore\\['fn'].execute()\\nreset( 'favorite' )\"}\n addUserKnob {22 fav_access l \"\\[--- create quick access node ---]\" T \"goStore = nuke.toNode('store')\\ngoStore\\['fn'].execute()\\ngenFav()\" +STARTLINE}\n addUserKnob {26 \"\"}\n addUserKnob {20 filter_list_menu l \"filter list menu\" n 1}\n filter_list_menu 0\n addUserKnob {26 title_blacklist l blacklist}\n addUserKnob {22 add_blacklist l \"add to blacklist\" T \"goStore = nuke.toNode('store')\\ngoStore\\['fn'].execute()\\naddItem( 'blacklist' )\" +STARTLINE}\n addUserKnob {22 remove_blacklist l \"remove from blacklist\" -STARTLINE T \"goStore = nuke.toNode('store')\\ngoStore\\['fn'].execute()\\nremoveListItem( 'blacklist' )\"}\n addUserKnob {22 reset_blacklist l \"reset blacklist\" -STARTLINE T \"goStore = nuke.toNode('store')\\ngoStore\\['fn'].execute()\\nreset( 'blacklist' )\"}\n addUserKnob {26 title_whitelist l whitelist}\n addUserKnob {22 add_whitelist l \"add to whitelist\" T \"thisGRP = nuke.thisGroup()\\nif len( thisGRP\\['whitelist'].value() ) :\\n\\twhitelist = thisGRP\\['whitelist'].value().split(',')\\nelse :\\n\\twhitelist = \\[]\\n\\np = nuke.Panel('Add to Whitelist :')\\np.addSingleLineInput('node class : ', '')\\np.setWidth(300)\\n\\nif p.show() :\\n\\tinClass = p.value('node class : ')\\n\\tif len( inClass ) :\\n\\t\\tif inClass not in whitelist :\\n\\t\\t\\twhitelist.append( inClass )\\n\\n\\t\\twhitelist.sort()\\n\\n\\t\\tthisGRP\\['whitelist'].setValue( ','.join(whitelist) )\\n\\telse :\\n\\t\\tnuke.message('Entry is empty. Process denied...')\" +STARTLINE}\n addUserKnob {22 remove_whitelist l \"remove from whitelist\" -STARTLINE T \"goStore = nuke.toNode('store')\\ngoStore\\['fn'].execute()\\nremoveListItem( 'whitelist' )\"}\n addUserKnob {22 reset_whitelist l \"reset whitelist\" -STARTLINE T \"goStore = nuke.toNode('store')\\ngoStore\\['fn'].execute()\\nreset( 'whitelist' )\"}\n addUserKnob {20 endGroup n -1}\n addUserKnob {20 tab_misc l Misc}\n addUserKnob {1 fileEXT l \"file extension\" +DISABLED}\n fileEXT gizmo,so,tcl,dll\n addUserKnob {22 unlock_fileEXT l unlock -STARTLINE T \"goStore = nuke.toNode('store')\\ngoStore\\['fn'].execute()\\nlockMisc( 'fileEXT' )\"}\n addUserKnob {3 fileEXT_status l \"\" -STARTLINE +INVISIBLE}\n addUserKnob {43 blacklist +DISABLED}\n blacklist Add,AddChannels,AddMix,AddTimeCode,AdjBBox,Alembic_In,AmbientOcclusion,Anaglyph,Append2,ApplyMaterial,BasicMaterial,BlackOutside,Blend,BlendMat,BlinkScript,BumpBoss,CCrosstalk,CHueCorrect,CMSTestPattern,CameraTracker,Card3D,ChannelCopy,ChannelMerge,Clamp,ClipTest,ColorBars,ColorCorrect,ColorLookup,ColorMatrix,ColorTransfer,ColorWheel,Colorspace,CompareMetaData,Constant,ContactSheet,Copy,CopyBBox,CopyMetaData,CopyRectangle,CornerPin2D,Crop,CrosstalkGeo,Cube,CurveTool,Cylinder,DecalMat,DeepCrop,DeepFromFrames,DeepFromImage,DeepRead,DeepRecolor,DeepReformat,DeepSample,DeepToPoints,DeepTransform,DeepWrite,Defocus,DegrainBlue,DegrainSimple,DepthToPoints,DepthToPosition,Difference,Diffuse,Dilate,Direct,DirectLight,DiskCache,DisplaceGeo,Displacement,Dissolve,Dither,DropShadow,DustBust,EXPTool,EdgeBlur,EdgeDetectWrapper,EdgeExtend,EditClip,EditGeo,Emboss,Emission,Environment,Erode,FillMat,FilterErode,Flare,FrameBlend,FrameSelect,Gamma,GenerateLUT,Glint,Glow,Glow2,GodRays,Grade,Greyscale,Grid,GridWarpTracker,HSVTool,HistEQ,HueCorrect,HueKeyer,HueShift,IDistort,IDistort2,Invert,Keyer,Keyer2,Keymix,Kronos,Laplacian,LayerContactSheet,LayerCopy,LightWrap,Log2Lin,LookupGeo,MarkerRemoval,MatchGrade,MaterialGeo,Median,MergeMat,MinColor,MixViews,ModelBuilder,ModifyMetaData,ModifyRIB,MotionBlur,MotionBlur2D,MotionBlur3D,Multiply,No-op,NoTimeBlend,Noise,Normals,OCIOCDLTransform,OCIOColorSpace,OCIODisplay,OCIOFileTransform,OCIOLogConvert,OCIOLookTransform,OFlow2,OneView,ParticleAttractToSphere,ParticleBlinkScript,ParticleBounce,ParticleColorByAge,ParticleConstrainToSphere,ParticleCurve,ParticleCylinderFlow,ParticleDirection,ParticleDirectionalForce,ParticleDistributeSphere,ParticleDrag,ParticleEmitter,ParticleExpression,ParticleFlock,ParticleFuse,ParticleGravity,ParticleGrid,ParticleHelixFlow,ParticleInfo,ParticleKill,ParticleLookAt,ParticleMerge,ParticleMotionAlign,ParticlePointForce,ParticleProjectDisplace,ParticleProjectImage,ParticleSettings,ParticleShockWave,ParticleSpawn,ParticleSpeedLimit,ParticleTurbulence,ParticleVortex,ParticleWind,Phong,PointCloudGenerator,PointsTo3D,PoissonMesh,Position,Premult,PrmanRender,ProcGeo,ProceduralNoise,Radial,RadialDistort,Ramp,RayRender,ReLight,Reflection,Reformat,Refraction,Remove,Retime,RolloffContrast,STMap,Sampler,Saturation,ScanlineRender,ScannedGrain,Scene,Sharpen,ShuffleViews,SideBySide,SmartVector,SoftClip,Soften,Sparkles,Specular,Sphere,Spot,StabTrack,StartTimeBlur,TemporalMedian,Tile,TimeBlur,TimeDissolve,TimeEcho,TimeWarp,Toe2,Transcode,Transform,TransformMasked,Transmission,UIchooser,UVProject,UVTile2,Ultimatte,Unpremult,VFInterpGeo,VFTransformGeo,VectorCornerPin,VectorDistort,VectorGenerator,VectorToMotion,Vectorfield,ViewerProcess_1DLUT,VolumeRays,Wireframe,ZMerge,ZSlice,abcReader,abcWriter,add32p,animation_expressions,animation_filter,animation_generate,animation_loop,animation_move,animation_negate,animation_reverse,ariReader,arriReader,arxReader,auto_connect,autocolor,autocolor_add,autocolor_node,autolabel,autolabel_node,aviReader,aviWriter,basename,branch,cam_ver_panel,camera_down,camera_up,camera_ver,cdfReaderDeep,cdfWriterDeep,cinReader,cinWriter,copy_gizmo_to_group,copy_knobs,copy_to_group,cr2Reader,create_curve,crwReader,declone,deepshadReaderDeep,dngReader,dpxReader,dpxWriter,dshdReaderDeep,dtexReaderDeep,execute_panel,export_ascii,export_chan,export_chan_file,export_chan_menu,export_discreet_lut,exrReader,exrReaderDeep,exrWriter,exrWriterDeep,extract,fbxReader,fbxWriter,ffmpegReader,ffmpegWriter,filter_multiple,fixclone,flipbook,fpiReader,fpiWriter,ftifReader,ftifWriter,ftiffReader,ftiffWriter,get_reads,getenv,gifReader,hdrReader,hdrWriter,hdriReader,hdriWriter,iffReader,import_ascii,import_chan_button,import_chan_file,import_chan_menu,import_discreet,init,invert,it8,jpegReader,jpegWriter,jpgReader,jpgWriter,lset,m4vReader,m4vWriter,max_curve,min_curve,mov64Reader,mov64Writer,movReader,movWriter,mp4Reader,mp4Writer,mxfReader,mxfWriter,nfb_this,nilWriter,nkReader,nkcReader,nkncReader,node_copypaste,node_cutpaste,node_status,nullWriter,objReader,objWriter,parray,paste_to_selected,picReader,picWriter,png16Writer,pngReader,pngWriter,psdReader,pstack,pxdtexReaderDeep,r3dReader,read_file,remove32p,renderfarm_example,rgbReader,rgbWriter,rgbaReader,rgbaWriter,rgbeReader,rgbeWriter,rgbeaReader,rgbeaWriter,rlaReader,scroll_scr,search_plugins,search_replace,select_similar,setenv,sgi16Reader,sgi16Writer,sgiReader,sgiWriter,swapAB,sxrReader,sxrWriter,targaReader,targaWriter,texReaderDeep,tgaReader,tgaWriter,tif16Reader,tif16Writer,tifReader,tifWriter,tiff16Reader,tiff16Writer,tiffReader,tiffWriter,toggle,toolbars,unsetenv,update_plugin_menu,version_get,version_latest,version_set,write_file,xpmReader,xpmWriter,yuvReader,yuvWriter\n addUserKnob {22 unlock_blacklist l unlock -STARTLINE T \"goStore = nuke.toNode('store')\\ngoStore\\['fn'].execute()\\nlockMisc( 'blacklist' )\"}\n addUserKnob {3 blacklist_status l \"\" -STARTLINE +INVISIBLE}\n addUserKnob {43 whitelist +DISABLED}\n whitelist Axis,Camera,Denoise,Light,OFlow,ReadGeo,Shuffle\n addUserKnob {22 unlock_whitelist l unlock -STARTLINE T \"goStore = nuke.toNode('store')\\ngoStore\\['fn'].execute()\\nlockMisc( 'whitelist' )\"}\n addUserKnob {3 whitelist_status l \"\" -STARTLINE +INVISIBLE}\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T 1.1}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2020-03-06}\n addUserKnob {22 btn_CHANGELOG l Changelog T \"log = \\\"1.1
- blacklist filter updated

1.0
- easy access nuke's hidden/old nodes\\\"\\nnuke.message( log )\" +STARTLINE}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n}\n NoOp {\n inputs 0\n name store\n selected true\n xpos -45\n ypos -36\n addUserKnob {20 User}\n addUserKnob {22 fn T \"import random\\n\\ndef getLevel() :\\n\\t### level define ###\\n\\tif len(nuke.thisNode().fullName().split('.')) == 1 :\\n\\t\\t ggLevel = nuke.root()\\n\\telse :\\n\\t\\t nodePath = nuke.thisNode().fullName().split('.')\\n\\t\\t nodePath.pop()\\n\\t\\t ggLevel = nuke.toNode('.'.join( nodePath ))\\n\\treturn ggLevel\\n\\n##########\\n\\ndef lockMisc( _mainName ) :\\n\\tthisGRP = nuke.thisGroup()\\n\\tif thisGRP\\['\\{0\\}_status'.format( _mainName )].getValue() :\\n\\t\\tthisGRP\\[_mainName].setEnabled(False)\\n\\t\\tthisGRP\\['\\{0\\}_status'.format( _mainName )].setValue(0)\\n\\t\\tthisGRP\\['unlock_\\{0\\}'.format( _mainName )].setLabel( 'unlock' )\\n\\telse :\\n\\t\\tthisGRP\\[_mainName].setEnabled(True)\\n\\t\\tthisGRP\\['\\{0\\}_status'.format( _mainName )].setValue(1)\\n\\t\\tthisGRP\\['unlock_\\{0\\}'.format( _mainName )].setLabel( 'lock' )\\n\\n##########\\n\\ndef removeListItem( _mainName ) :\\n\\tthisGRP = nuke.thisGroup()\\n\\titemList = thisGRP\\[_mainName].value().split(',')\\n\\n\\tif len( itemList\\[0] ) :\\n\\t\\tp = nuke.Panel( 'Remove from \\{0\\} :'.format( _mainName ) )\\n\\t\\tp.addEnumerationPulldown( 'select : ' , ' '.join( itemList ) )\\n\\t\\tp.setWidth(300)\\n\\n\\t\\tif p.show() :\\n\\t\\t\\titemList.remove( p.value('select : ') )\\n\\t\\t\\titemList.sort()\\n\\t\\t\\tthisGRP\\[_mainName].setValue( ','.join( itemList ) )\\n\\telse :\\n\\t\\tnuke.message( '\\{0\\} list is empty.'.format( _mainName ) )\\n\\n##########\\n\\ndef reset( _mainName ) :\\n\\tif nuke.ask( 'Are you sure to reset the \\{0\\} ?'.format( _mainName ) ) :\\n\\t\\tnuke.thisGroup()\\[_mainName].setValue('')\\n\\n##########\\n\\ndef addItem( _mainName ) :\\n\\tthisGRP = nuke.thisGroup()\\n\\tif len( thisGRP\\[_mainName].value() ) :\\n\\t\\titemList = thisGRP\\[_mainName].value().split(',')\\n\\telse :\\n\\t\\titemList = \\[]\\n\\n\\tif thisGRP\\['node'].value() not in itemList :\\n\\t\\titemList.append( thisGRP\\['node'].value() )\\n\\n\\tif _mainName != 'favorite' :\\n\\t\\titemList.sort()\\n\\telse :\\n\\t\\tif thisGRP\\['sort'].value() :\\n\\t\\t\\titemList.sort()\\n\\n\\tthisGRP\\[_mainName].setValue( ','.join( itemList ) )\\n\\n##########\\n\\ndef genFav() :\\n\\tthisGRP = nuke.thisGroup()\\n\\tif len( thisGRP\\['favorite'].value() ) :\\n\\t\\tfavList = thisGRP\\['favorite'].value().split(',')\\n\\n\\t\\twith getLevel() :\\n\\t\\t\\tnkzGRP = makePackage( 'NukeZfav', favList , thisGRP )\\n\\telse :\\n\\t\\tnuke.message('Nothing in favorite list. Process denied...')\\n\\n##########\\n\\ndef makePackage( _name , _favLS , _thisG ) :\\n\\tavailableName = findAvailableName( _name )\\n\\txspace = int( nuke.toNode('preferences')\\['GridWidth'].getValue() )\\n\\tyspace = int( nuke.toNode('preferences')\\['GridHeight'].getValue() )\\n\\n\\t##### make group\\n\\tnewName = _name + '_' + str(availableName)\\n\\tnkzGRP = nuke.nodes.Group(\\n\\t\\tname = newName , \\n\\t\\ttile_color = int( _thisG\\['tile_color'].getValue()) , \\n\\t\\txpos = _thisG.xpos()+random.randint(0,xspace) , \\n\\t\\typos = _thisG.ypos()+yspace+random.randint(0,yspace)\\n\\t\\t)\\n\\n\\tnkzGRP.addKnob( nuke.Tab_Knob( 'tab_myFavorite' , 'My favorite' ) )\\n\\tfor key,value in enumerate( _favLS ) :\\n\\t\\tnkzGRP.addKnob( nuke.PyScript_Knob( value, value, \\\"goStore = nuke.toNode(\\\\'store\\\\')\\\\ngoStore\\[\\\\'fn\\\\'].execute()\\\\ncreateNode( nuke.thisKnob().name() )\\\" ) )\\n\\t\\tif key%3 == 0 :\\n\\t\\t\\tnkzGRP\\[value].setFlag(0x00001000)\\n\\n\\twith nkzGRP :\\n\\t\\tsubstore = nuke.nodes.NoOp( name = 'store' )\\n\\t\\tsubstore.addKnob( nuke.PyScript_Knob( 'fn' , 'fn' , \\\"import random\\\\ndef getLevel() :\\\\n\\\\tif len(nuke.thisNode().fullName().split(\\\\'.\\\\')) == 1 :\\\\n\\\\t\\\\t ggLevel = nuke.root()\\\\n\\\\telse :\\\\n\\\\t\\\\t nodePath = nuke.thisNode().fullName().split(\\\\'.\\\\')\\\\n\\\\t\\\\t nodePath.pop()\\\\n\\\\t\\\\t ggLevel = nuke.toNode(\\\\'.\\\\'.join( nodePath ))\\\\n\\\\treturn ggLevel\\\\ndef createNode( _mainName ) :\\\\n\\\\tthisGRP = nuke.thisGroup()\\\\n\\\\ttry :\\\\n\\\\t\\\\txspace = int( nuke.toNode(\\\\'preferences\\\\')\\[\\\\'GridWidth\\\\'].getValue() )\\\\n\\\\t\\\\twith getLevel() :\\\\n\\\\t\\\\t\\\\tmakeNode = nuke.createNode( _mainName )\\\\n\\\\t\\\\t\\\\tmakeNode.setXYpos( thisGRP.xpos() + xspace + random.randint(0,xspace) , thisGRP.ypos() )\\\\n\\\\t\\\\t\\\\tmakeNode.hideControlPanel()\\\\n\\\\texcept :\\\\n\\\\t\\\\tnukescripts.script_command( _mainName )\\\" ) )\\n\\n\\treturn nkzGRP\\n\\n##########\\n\\ndef findAvailableName( _name ) :\\n\\tfindName = 0\\n\\tdetectName = \\[]\\n\\n\\tfor node in nuke.allNodes():\\n\\t\\tif node.name().split('_')\\[0] == _name :\\n\\t\\t\\tdetectName.append(int(node.name().split('_')\\[1]))\\n\\tdetectName.sort()\\n\\twhile detectName.count(findName) != 0 :\\n\\t\\tfindName += 1\\n\\n\\treturn findName\" +STARTLINE}\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_P2N.gizmo", "content": "Group {\n name P2N\n onCreate \"\\nthisGRP = nuke.thisGroup()\\nif not thisGRP\\['disable_error'].getValue() :\\n import os\\n import re\\n\\n fontpath = re.split( '/|\\\"\\\"' , nuke.EXE_PATH )\\n fontpath.pop()\\n fontpath += \\['plugins','fonts']\\n \\n if os.path.isfile( '/'.join( fontpath + \\['UtopiaBold.pfa'] ) ) :\\n thisGRP\\['font'].setValue( '/'.join( fontpath + \\['UtopiaBold.pfa'] ) )\\n elif os.path.isfile( '/'.join( fontpath + \\['CourierBold.pfa'] ) ) :\\n thisGRP\\['font'].setValue( '/'.join( fontpath + \\['CourierBold.pfa'] ) )\\n elif os.path.isfile( '/'.join( fontpath + \\['Courier10PitchBold.pfb'] ) ) :\\n thisGRP\\['font'].setValue( '/'.join( fontpath + \\['Courier10PitchBold.pfb'] ) )\\n else :\\n thisGRP\\['font'].setValue( '/'.join( fontpath + \\['BitstreamCharterBold.pfb'] ) )\\n\"\n tile_color 0x7f0072ff\n label \"output : normal(\\[value nor_space])\"\n addUserKnob {20 general l General}\n addUserKnob {41 \"Local GPU: \" T BS_PosToNor.gpuName}\n addUserKnob {41 \"Use GPU if Available\" T BS_PosToNor.useGPUIfAvailable}\n addUserKnob {26 spacer l \"\" +STARTLINE T
}\n addUserKnob {26 title_in l INPUT}\n addUserKnob {41 pos_space l \"position space\" -STARTLINE T menu1.pos_space}\n addUserKnob {26 title_out l OUTPUT}\n addUserKnob {41 nor_space l \"normal space\" T menu1.nor_space}\n addUserKnob {26 spacer_1 l \"\" +STARTLINE T
}\n addUserKnob {20 CamTabBegin l \"\" +STARTLINE n -2}\n addUserKnob {20 tab_cam_setup l \"Camera Setup\"}\n addUserKnob {22 set_link l \"link to selected camera\" t \"All the process calculated in camera space. So when doing any convertion, it required the camera data. Unless input data 'space' is camera.\\n\\nhow to use :\\nSelect the camera, which can be link to any axis nodes. This tool will get the focal, haperture, filmback window and world matrix from selected camera.\" T \"def getLevel() :\\n\\t### level define ###\\n\\tif len(nuke.thisNode().fullName().split('.')) == 1 :\\n\\t\\t ggLevel = nuke.root()\\n\\telse :\\n\\t\\t nodePath = nuke.thisNode().fullName().split('.')\\n\\t\\t nodePath.pop()\\n\\t\\t ggLevel = nuke.toNode('.'.join(nodePath))\\n\\treturn ggLevel\\n\\nroot = getLevel()\\nthisGRP = nuke.thisGroup()\\n\\nmainKnobs = \\['cam_focal','cam_haperture','cam_win_translate','cam_win_scale','cam_winroll','world_matrix']\\ndefaultKnobs = \\{\\n\\t\\t\\t'focal length' : 'focal',\\n\\t\\t\\t'horiz aperture' : 'haperture',\\n\\t\\t\\t'window translate' : 'win_translate',\\n\\t\\t\\t'window scale' : 'win_scale',\\n\\t\\t\\t'window roll' : 'winroll',\\n\\t\\t\\t'world matrix' : 'world_matrix'\\n\\t\\t\\t\\}\\nselNodeKnobs = \\[]\\nmissingKnob = \\[]\\n\\ntry :\\n\\twith root :\\n\\t\\tselNode = nuke.selectedNode()\\n\\n\\tfor knob in selNode.knobs() :\\n\\t\\tselNodeKnobs.append( knob )\\n\\n\\tselNodeKnobs.sort()\\n\\n\\tfor key,value in defaultKnobs.items() :\\n\\t\\tif value not in selNodeKnobs :\\n\\t\\t\\tmissingKnob.append( key )\\n\\n\\tif not len(missingKnob) :\\n\\t\\twith root :\\n\\t\\t\\tfor knob in mainKnobs :\\n\\t\\t\\t\\tthisGRP\\[knob].clearAnimated()\\n\\t\\t\\t\\t\\n\\t\\t\\tCAMnode = selNode.name()\\n\\t\\t\\tthisGRP\\[mainKnobs\\[0]].setExpression('\\{0\\}.focal'.format(CAMnode))\\n\\t\\t\\tthisGRP\\[mainKnobs\\[1]].setExpression('\\{0\\}.haperture'.format(CAMnode))\\n\\t\\t\\tthisGRP\\[mainKnobs\\[2]].setExpression('\\{0\\}.win_translate'.format(CAMnode))\\n\\t\\t\\tthisGRP\\[mainKnobs\\[3]].setExpression('\\{0\\}.win_scale'.format(CAMnode))\\n\\t\\t\\tthisGRP\\[mainKnobs\\[4]].setExpression('\\{0\\}.winroll'.format(CAMnode))\\n\\t\\t\\tthisGRP\\[mainKnobs\\[5]].setExpression('\\{0\\}.world_matrix'.format(CAMnode))\\n\\telse :\\n\\t\\tp = nuke.Panel('Select knobs :')\\n\\t\\tp.addBooleanCheckBox( 'Unable to find the default knobs. Please use the pulldown menu below to define the knob manually.' , False)\\n\\t\\tfor rk in missingKnob :\\n\\t\\t\\tp.addEnumerationPulldown( rk, ' '.join( selNodeKnobs ) )\\n\\n\\t\\tif p.show() :\\n\\t\\t\\ttry :\\n\\t\\t\\t\\tfor key,value in defaultKnobs.items() :\\n\\t\\t\\t\\t\\tif p.value( key ) != None :\\n\\t\\t\\t\\t\\t\\tdefaultKnobs\\[key] = p.value( key )\\n\\t\\t\\texcept :\\n\\t\\t\\t\\tpass\\n\\n\\t\\t\\twith root :\\n\\t\\t\\t\\tfor knob in mainKnobs :\\n\\t\\t\\t\\t\\tthisGRP\\[knob].clearAnimated()\\n\\t\\t\\t\\t\\n\\t\\t\\t\\tCAMnode = selNode.name()\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[0]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['focal length']))\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[1]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['horiz aperture']))\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[2]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['window translate']))\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[3]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['window scale']))\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[4]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['window roll']))\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[5]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['world matrix']))\\nexcept :\\n\\tnuke.message('no node selected.')\" +STARTLINE}\n addUserKnob {22 remove_link l \"remove linked expression\" t \"Remove the linked camera expression but won't reset any data.\" -STARTLINE T \"thisGRP = nuke.thisGroup()\\nmainKnobs = \\['cam_focal','cam_haperture','cam_win_translate','cam_win_scale','cam_winroll','world_matrix']\\n\\nfor knob in thisGRP.knobs() :\\n if mainKnobs.count(knob) != 0 :\\n thisGRP\\[knob].clearAnimated()\"}\n addUserKnob {22 bake_link l \"bake expression link\" t \"Baked out the existing expression link back to this node itself. After that, camera node is not required for this node anymore. Baked value is base on the frame range in project setting of the nuke script.\\n\\n* Nuke 11.2 has issue with expression link on this node. It will crash your nuke in some cases, but it will be fine when re-open the nuke script. Because of this issue, recommand to bake the value.\" T \"thisGRP = nuke.thisGroup()\\n\\nframeST = nuke.root().firstFrame()\\nframeED = nuke.root().lastFrame()\\n\\nallknobs = \\['cam_focal','cam_haperture','cam_win_translate','cam_win_scale','cam_winroll','world_matrix']\\nalldata = \\{\\}\\n\\nchknobs = 0\\nfor knob in allknobs :\\n\\tif thisGRP\\[knob].hasExpression() :\\n\\t\\tchknobs = 1\\n\\nif chknobs :\\n\\tfor knob in allknobs :\\n\\t\\tfor t in range( frameST, frameED+1, 1 ) :\\n\\t\\t\\ttry :\\n\\t\\t\\t\\talldata\\[knob].append( thisGRP\\[knob].getValueAt(t) )\\n\\t\\t\\texcept :\\n\\t\\t\\t\\talldata\\[knob] = \\[ thisGRP\\[knob].getValueAt(t) ]\\n\\n\\tfor knob in allknobs :\\n\\t\\tthisGRP\\[knob].clearAnimated()\\n\\t\\tthisGRP\\[knob].setAnimated()\\n\\n\\tfor knob in allknobs :\\n\\t\\tfor t in range( frameST, frameED+1, 1 ) :\\n\\t\\t\\tif type( alldata\\[knob]\\[t-frameST] ) is float :\\n\\t\\t\\t\\tthisGRP\\[knob].setValueAt( alldata\\[knob]\\[t-frameST] , t )\\n\\t\\t\\tif type( alldata\\[knob]\\[t-frameST] ) is list :\\n\\t\\t\\t\\tfor i in range( len( alldata\\[knob]\\[t-frameST] ) ) :\\n\\t\\t\\t\\t\\tthisGRP\\[knob].setValueAt( alldata\\[knob]\\[t-frameST]\\[i] , t , i )\\nelse :\\n\\tnuke.message('no expression link found.')\" +STARTLINE}\n addUserKnob {22 copy_data l \"copy from selected camera\" t \"Select the camera, then this will process 'link to selected camera' and 'bake expression link' in once.\\n\\n* Nuke 11.2 has issue with expression link on this node. It will crash your nuke in some cases, but it will be fine when re-open the nuke script. Because of this issue, recommand to bake the value.\" -STARTLINE T \"thisGRP = nuke.thisGroup()\\nthisGRP\\['set_link'].execute()\\nthisGRP\\['bake_link'].execute()\"}\n addUserKnob {20 cam_data_grp l \"CAMERA DATA\" n 1}\n cam_data_grp 0\n addUserKnob {7 cam_focal l \"focal length\" R 5 100}\n cam_focal 50\n addUserKnob {7 cam_haperture l \"horiz aperture\" R 0.1 50}\n cam_haperture 24.576\n addUserKnob {30 cam_win_translate l \"window translate\"}\n addUserKnob {30 cam_win_scale l \"window scale\"}\n cam_win_scale {1 1}\n addUserKnob {7 cam_winroll l \"window roll\" R -45 45}\n addUserKnob {41 world_matrix l \"world matrix\" T cam_data.matrix}\n addUserKnob {20 endGroup_1 l endGroup n -1}\n addUserKnob {20 CamTabEnd l \"\" +STARTLINE n -3}\n addUserKnob {26 spacer_2 l \"\" +STARTLINE T
}\n addUserKnob {7 depth_threshold l \"depth threshold\" t \"depththreshold to adjust the edge defination.\"}\n depth_threshold 0.1\n addUserKnob {20 tab_misc l Misc}\n addUserKnob {2 font}\n font \"C:/Program Files/Nuke12.0v3/plugins/fonts/UtopiaBold.pfa\"\n addUserKnob {6 disable_error l \"disable onscreen message\" +STARTLINE}\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T 1.4}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2020-01-21}\n addUserKnob {22 btn_CHANGELOG l Changelog T \"log = \\\"1.4
- a package convert 3D tech passes
  included
  * P2Z ( Position To Depth )
  * P2N ( Position To Normal )
  * Z2P ( Depth To Position )
  * Z2N ( Depth To Normal )
  * ConvertPNZ ( self convertion )
- fixed camera window transformation issue

1.2
- changed camera input to expression link
- fix alpha check
- added support camera window roll

1.0
- Convert Position data to Normal\\\"\\nnuke.message( log )\" +STARTLINE}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n}\n BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0x38408cff\n label blinkscript\n note_font_size 42\n xpos 332\n ypos 256\n bdwidth 224\n bdheight 134\n }\n BackdropNode {\n inputs 0\n name BackdropNode2\n tile_color 0xff\n label \"dont touch\"\n note_font_size 42\n xpos -488\n ypos -476\n bdwidth 262\n bdheight 196\n }\n BackdropNode {\n inputs 0\n name BackdropNode3\n tile_color 0x388e8e00\n label bin\n note_font_size 42\n xpos -488\n ypos -174\n bdwidth 272\n bdheight 503\n }\n Reformat {\n inputs 0\n type \"to box\"\n box_width {{global.res.x}}\n box_height {{global.res.y}}\n box_fixed true\n box_pixel_aspect {{global.pxa}}\n name Reformat1\n xpos 731\n ypos 618\n }\n Text {\n message \"missing position pass\"\n font \"\\[value parent.font]\"\n size {{global.res.x/15}}\n xjustify center\n yjustify center\n Transform 1\n box {0 0 {global.res.x} {global.res.y}}\n center {640 360}\n name Text1\n xpos 731\n ypos 700\n disable {{parent.disable_error}}\n }\n Reformat {\n type \"to box\"\n box_width {{global.res.x}}\n box_height {{global.res.y}}\n box_fixed true\n box_pixel_aspect {{global.pxa}}\n black_outside true\n name Reformat2\n xpos 731\n ypos 782\n }\n Dot {\n name Dot5\n xpos 765\n ypos 864\n }\n Input {\n inputs 0\n name position\n xpos 404\n ypos -533\n }\n Expression {\n temp_name0 detectA\n temp_expr0 \"red == 0 && green == 0 && blue == 0 ? 0 : 1\"\n expr3 detectA\n name Expression3\n label \"non-filtered alpha\"\n xpos 404\n ypos -439\n }\n Dot {\n name Dot8\n xpos 438\n ypos -357\n }\nset Nca09d400 [stack 0]\n Expression {\n expr2 -blue\n name Expression4\n label \"position (cam)\"\n xpos 631\n ypos -367\n }\n Dot {\n name Dot2\n xpos 665\n ypos -115\n }\npush $Nca09d400\n Add {\n channels rgb\n value {{-parent.world_matrix.3} {-parent.world_matrix.7} {-parent.world_matrix.11} 0}\n name Add2\n label \"invert translation\"\n xpos 404\n ypos -283\n bookmark true\n }\n ColorMatrix {\n matrix {\n {{parent.world_matrix.0} {parent.world_matrix.1} {parent.world_matrix.2}}\n {{parent.world_matrix.4} {parent.world_matrix.5} {parent.world_matrix.6}}\n {{parent.world_matrix.8} {parent.world_matrix.9} {parent.world_matrix.10}}\n }\n invert true\n name ColorMatrix2\n label \"invert transmation\"\n xpos 404\n ypos -177\n }\n Expression {\n temp_name0 newR\n temp_expr0 \"( red - ( global.hratio * abs( blue ) * parent.cam_win_translate.u / 2 ) ) * 1 / parent.cam_win_scale.u\"\n temp_name1 newG\n temp_expr1 \"( green - ( global.hratio * abs( blue ) * parent.cam_win_translate.v /2 ) ) * 1 / parent.cam_win_scale.v\"\n expr0 \"newR * fb_data.world_matrix.0 + newG * fb_data.world_matrix.1\"\n expr1 \"newR * fb_data.world_matrix.4 + newG * fb_data.world_matrix.5\"\n name Expression5\n label \"invert camera window\"\n xpos 404\n ypos -105\n }\n Switch {\n inputs 2\n which {{parent.pos_space}}\n name Switch6\n xpos 404\n ypos 27\n }\n Premult {\n name Premult1\n label \"premult non-filtered alpha\"\n xpos 404\n ypos 109\n }\n BlinkScript {\n recompileCount 376\n KernelDescription \"2 \\\"PosToNor\\\" iterate pixelWise 02cf16da23aea1612dfbcc053c87db54f6b4c4e44f3ad9894ac3d7a7730044cc 2 \\\"ppass\\\" Read Random \\\"dst\\\" Write Point 1 \\\"deep threshold\\\" Float 1 zczMPQ== 1 \\\"dThreshold\\\" 1 1 0\"\n EncodedSource \"1 2924 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\"\n rebuild \"\"\n \"PosToNor_deep threshold\" {{parent.depth_threshold}}\n protectKernelWhenPublishing true\n rebuild_finalise \"\"\n name BS_PosToNor\n xpos 404\n ypos 330\n }\n Expression {\n expr0 \"isnan(r) || isinf(r) ? 0 : r\"\n expr1 \"isnan(g) || isinf(g) ? 0 : g\"\n expr2 \"isnan(b) || isinf(b) ? 0 : b\"\n name Expression1\n label \"remove nan&inf\"\n xpos 404\n ypos 436\n }\n ColorMatrix {\n matrix {\n {{fb_data.world_matrix.0} {fb_data.world_matrix.1} {fb_data.world_matrix.2}}\n {{fb_data.world_matrix.4} {fb_data.world_matrix.5} {fb_data.world_matrix.6}}\n {{fb_data.world_matrix.8} {fb_data.world_matrix.9} {fb_data.world_matrix.10}}\n }\n invert true\n name ColorMatrix4\n label \"apply camera window\"\n xpos 404\n ypos 619\n }\n Dot {\n name Dot4\n xpos 438\n ypos 703\n }\nset Nca0cc800 [stack 0]\n Dot {\n name Dot1\n xpos 575\n ypos 796\n }\npush $Nca0cc800\n ColorMatrix {\n matrix {\n {{parent.world_matrix.0} {parent.world_matrix.1} {parent.world_matrix.2}}\n {{parent.world_matrix.4} {parent.world_matrix.5} {parent.world_matrix.6}}\n {{parent.world_matrix.8} {parent.world_matrix.9} {parent.world_matrix.10}}\n }\n name ColorMatrix3\n label \"normal (world)\"\n xpos 404\n ypos 777\n }\n Switch {\n inputs 2\n which {{parent.nor_space}}\n name Switch2\n xpos 404\n ypos 871\n }\n Switch {\n inputs 2\n which {{\"!\\[exists parent.input0]\"}}\n name Switch3\n xpos 404\n ypos 1069\n }\n Output {\n name Output1\n xpos 404\n ypos 1285\n }\n NoOp {\n inputs 0\n name menu1\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\ncamKnobs = \\['set_link','remove_link','bake_link','copy_data','cam_data_grp','cam_winroll','world_matrix','endGroup_1']\\nif thisGRP\\['pos_space'].value() == 'camera' and thisGRP\\['nor_space'].value() == 'camera' :\\n for knob in camKnobs :\\n thisGRP\\[knob].setEnabled(False)\\nelse :\\n for knob in camKnobs :\\n thisGRP\\[knob].setEnabled(True)\\n\"\n xpos -410\n ypos -366\n addUserKnob {20 User}\n addUserKnob {4 pos_space l \"position space\" M {world camera}}\n addUserKnob {4 nor_space l \"normal space\" M {world camera}}\n nor_space camera\n }\n Axis {\n inputs 0\n display off\n selectable false\n rotate {0 0 {parent.cam_winroll}}\n name fb_data\n xpos -438\n ypos 50\n }\n Camera {\n inputs 0\n display off\n selectable false\n useMatrix true\n name cam_data\n xpos -329\n ypos 50\n }\n NoOp {\n inputs 0\n name global\n xpos -449\n ypos -49\n addUserKnob {20 User}\n addUserKnob {12 res}\n res {{\"\\[exists parent.input0] ? parent.input0.width : width\"} {\"\\[exists parent.input0] ? parent.input0.height : height\"}}\n addUserKnob {7 pxa}\n pxa {{\"\\[exists parent.input0] ? parent.input0.pixel_aspect : pixel_aspect\"}}\n addUserKnob {7 hratio}\n hratio {{\"cam_haperture / cam_focal\"}}\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_P2Z.gizmo", "content": "Group {\n name P2Z\n onCreate \"\\nthisGRP = nuke.thisGroup()\\nif not thisGRP\\['disable_error'].getValue() :\\n import os\\n import re\\n\\n fontpath = re.split( '/|\\\"\\\"' , nuke.EXE_PATH )\\n fontpath.pop()\\n fontpath += \\['plugins','fonts']\\n \\n if os.path.isfile( '/'.join( fontpath + \\['UtopiaBold.pfa'] ) ) :\\n thisGRP\\['font'].setValue( '/'.join( fontpath + \\['UtopiaBold.pfa'] ) )\\n elif os.path.isfile( '/'.join( fontpath + \\['CourierBold.pfa'] ) ) :\\n thisGRP\\['font'].setValue( '/'.join( fontpath + \\['CourierBold.pfa'] ) )\\n elif os.path.isfile( '/'.join( fontpath + \\['Courier10PitchBold.pfb'] ) ) :\\n thisGRP\\['font'].setValue( '/'.join( fontpath + \\['Courier10PitchBold.pfb'] ) )\\n else :\\n thisGRP\\['font'].setValue( '/'.join( fontpath + \\['BitstreamCharterBold.pfb'] ) )\\n\"\n tile_color 0x7f0072ff\n label \"output : depth\"\n addUserKnob {20 general l General}\n addUserKnob {26 title_in l INPUT}\n addUserKnob {4 pos_space l \"position space\" M {world camera}}\n addUserKnob {26 title_out l OUTPUT}\n addUserKnob {6 depth_invert l \"depth (1/z)\" +STARTLINE}\n depth_invert true\n addUserKnob {26 spacer l \"\" +STARTLINE T
}\n addUserKnob {20 CamTabBegin l \"\" +STARTLINE n -2}\n addUserKnob {20 tab_cam_setup l \"Camera Setup\"}\n addUserKnob {22 set_link l \"link to selected camera\" t \"All the process calculated in camera space. So when doing any convertion, it required the camera data. Unless input data 'space' is camera.\\n\\nhow to use :\\nSelect the camera, which can be link to any axis nodes. This tool will get the focal, haperture, filmback window and world matrix from selected camera.\" T \"def getLevel() :\\n\\t### level define ###\\n\\tif len(nuke.thisNode().fullName().split('.')) == 1 :\\n\\t\\t ggLevel = nuke.root()\\n\\telse :\\n\\t\\t nodePath = nuke.thisNode().fullName().split('.')\\n\\t\\t nodePath.pop()\\n\\t\\t ggLevel = nuke.toNode('.'.join(nodePath))\\n\\treturn ggLevel\\n\\nroot = getLevel()\\nthisGRP = nuke.thisGroup()\\n\\nmainKnobs = \\['cam_focal','cam_haperture','cam_win_translate','cam_win_scale','cam_winroll','world_matrix']\\ndefaultKnobs = \\{\\n\\t\\t\\t'focal length' : 'focal',\\n\\t\\t\\t'horiz aperture' : 'haperture',\\n\\t\\t\\t'window translate' : 'win_translate',\\n\\t\\t\\t'window scale' : 'win_scale',\\n\\t\\t\\t'window roll' : 'winroll',\\n\\t\\t\\t'world matrix' : 'world_matrix'\\n\\t\\t\\t\\}\\nselNodeKnobs = \\[]\\nmissingKnob = \\[]\\n\\ntry :\\n\\twith root :\\n\\t\\tselNode = nuke.selectedNode()\\n\\n\\tfor knob in selNode.knobs() :\\n\\t\\tselNodeKnobs.append( knob )\\n\\n\\tselNodeKnobs.sort()\\n\\n\\tfor key,value in defaultKnobs.items() :\\n\\t\\tif value not in selNodeKnobs :\\n\\t\\t\\tmissingKnob.append( key )\\n\\n\\tif not len(missingKnob) :\\n\\t\\twith root :\\n\\t\\t\\tfor knob in mainKnobs :\\n\\t\\t\\t\\tthisGRP\\[knob].clearAnimated()\\n\\t\\t\\t\\t\\n\\t\\t\\tCAMnode = selNode.name()\\n\\t\\t\\tthisGRP\\[mainKnobs\\[0]].setExpression('\\{0\\}.focal'.format(CAMnode))\\n\\t\\t\\tthisGRP\\[mainKnobs\\[1]].setExpression('\\{0\\}.haperture'.format(CAMnode))\\n\\t\\t\\tthisGRP\\[mainKnobs\\[2]].setExpression('\\{0\\}.win_translate'.format(CAMnode))\\n\\t\\t\\tthisGRP\\[mainKnobs\\[3]].setExpression('\\{0\\}.win_scale'.format(CAMnode))\\n\\t\\t\\tthisGRP\\[mainKnobs\\[4]].setExpression('\\{0\\}.winroll'.format(CAMnode))\\n\\t\\t\\tthisGRP\\[mainKnobs\\[5]].setExpression('\\{0\\}.world_matrix'.format(CAMnode))\\n\\telse :\\n\\t\\tp = nuke.Panel('Select knobs :')\\n\\t\\tp.addBooleanCheckBox( 'Unable to find the default knobs. Please use the pulldown menu below to define the knob manually.' , False)\\n\\t\\tfor rk in missingKnob :\\n\\t\\t\\tp.addEnumerationPulldown( rk, ' '.join( selNodeKnobs ) )\\n\\n\\t\\tif p.show() :\\n\\t\\t\\ttry :\\n\\t\\t\\t\\tfor key,value in defaultKnobs.items() :\\n\\t\\t\\t\\t\\tif p.value( key ) != None :\\n\\t\\t\\t\\t\\t\\tdefaultKnobs\\[key] = p.value( key )\\n\\t\\t\\texcept :\\n\\t\\t\\t\\tpass\\n\\n\\t\\t\\twith root :\\n\\t\\t\\t\\tfor knob in mainKnobs :\\n\\t\\t\\t\\t\\tthisGRP\\[knob].clearAnimated()\\n\\t\\t\\t\\t\\n\\t\\t\\t\\tCAMnode = selNode.name()\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[0]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['focal length']))\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[1]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['horiz aperture']))\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[2]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['window translate']))\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[3]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['window scale']))\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[4]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['window roll']))\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[5]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['world matrix']))\\nexcept :\\n\\tnuke.message('no node selected.')\" +STARTLINE}\n addUserKnob {22 remove_link l \"remove linked expression\" t \"Remove the linked camera expression but won't reset any data.\" -STARTLINE T \"thisGRP = nuke.thisGroup()\\nmainKnobs = \\['cam_focal','cam_haperture','cam_win_translate','cam_win_scale','cam_winroll','world_matrix']\\n\\nfor knob in thisGRP.knobs() :\\n if mainKnobs.count(knob) != 0 :\\n thisGRP\\[knob].clearAnimated()\"}\n addUserKnob {22 bake_link l \"bake expression link\" t \"Baked out the existing expression link back to this node itself. After that, camera node is not required for this node anymore. Baked value is base on the frame range in project setting of the nuke script.\\n\\n* Nuke 11.2 has issue with expression link on this node. It will crash your nuke in some cases, but it will be fine when re-open the nuke script. Because of this issue, recommand to bake the value.\" T \"thisGRP = nuke.thisGroup()\\n\\nframeST = nuke.root().firstFrame()\\nframeED = nuke.root().lastFrame()\\n\\nallknobs = \\['cam_focal','cam_haperture','cam_win_translate','cam_win_scale','cam_winroll','world_matrix']\\nalldata = \\{\\}\\n\\nchknobs = 0\\nfor knob in allknobs :\\n\\tif thisGRP\\[knob].hasExpression() :\\n\\t\\tchknobs = 1\\n\\nif chknobs :\\n\\tfor knob in allknobs :\\n\\t\\tfor t in range( frameST, frameED+1, 1 ) :\\n\\t\\t\\ttry :\\n\\t\\t\\t\\talldata\\[knob].append( thisGRP\\[knob].getValueAt(t) )\\n\\t\\t\\texcept :\\n\\t\\t\\t\\talldata\\[knob] = \\[ thisGRP\\[knob].getValueAt(t) ]\\n\\n\\tfor knob in allknobs :\\n\\t\\tthisGRP\\[knob].clearAnimated()\\n\\t\\tthisGRP\\[knob].setAnimated()\\n\\n\\tfor knob in allknobs :\\n\\t\\tfor t in range( frameST, frameED+1, 1 ) :\\n\\t\\t\\tif type( alldata\\[knob]\\[t-frameST] ) is float :\\n\\t\\t\\t\\tthisGRP\\[knob].setValueAt( alldata\\[knob]\\[t-frameST] , t )\\n\\t\\t\\tif type( alldata\\[knob]\\[t-frameST] ) is list :\\n\\t\\t\\t\\tfor i in range( len( alldata\\[knob]\\[t-frameST] ) ) :\\n\\t\\t\\t\\t\\tthisGRP\\[knob].setValueAt( alldata\\[knob]\\[t-frameST]\\[i] , t , i )\\nelse :\\n\\tnuke.message('no expression link found.')\" +STARTLINE}\n addUserKnob {22 copy_data l \"copy from selected camera\" t \"Select the camera, then this will process 'link to selected camera' and 'bake expression link' in once.\\n\\n* Nuke 11.2 has issue with expression link on this node. It will crash your nuke in some cases, but it will be fine when re-open the nuke script. Because of this issue, recommand to bake the value.\" -STARTLINE T \"thisGRP = nuke.thisGroup()\\nthisGRP\\['set_link'].execute()\\nthisGRP\\['bake_link'].execute()\"}\n addUserKnob {20 cam_data_grp l \"CAMERA DATA\" n 1}\n cam_data_grp 0\n addUserKnob {7 cam_focal l \"focal length\" R 5 100}\n cam_focal 50\n addUserKnob {7 cam_haperture l \"horiz aperture\" R 0.1 50}\n cam_haperture 24.576\n addUserKnob {30 cam_win_translate l \"window translate\"}\n addUserKnob {30 cam_win_scale l \"window scale\"}\n cam_win_scale {1 1}\n addUserKnob {7 cam_winroll l \"window roll\" R -45 45}\n addUserKnob {41 world_matrix l \"world matrix\" T cam_data.matrix}\n addUserKnob {20 endGroup_1 l endGroup n -1}\n addUserKnob {20 CamTabEnd l \"\" +STARTLINE n -3}\n addUserKnob {20 tab_misc l Misc}\n addUserKnob {2 font}\n font \"C:/Program Files/Nuke12.0v3/plugins/fonts/UtopiaBold.pfa\"\n addUserKnob {6 disable_error l \"disable onscreen message\" +STARTLINE}\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T 1.4}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2020-01-21}\n addUserKnob {22 btn_CHANGELOG l Changelog T \"log = \\\"1.4
- a package convert 3D tech passes
  included
  * P2Z ( Position To Depth )
  * P2N ( Position To Normal )
  * Z2P ( Depth To Position )
  * Z2N ( Depth To Normal )
  * ConvertPNZ ( self convertion )
- fixed camera window transformation issue

1.2
- changed camera input to expression link
- fix alpha check
- added support camera window roll

1.0
- Convert Position data to Normal\\\"\\nnuke.message( log )\" +STARTLINE}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n}\n BackdropNode {\n inputs 0\n name BackdropNode3\n tile_color 0x388e8e00\n label bin\n note_font_size 42\n xpos -146\n ypos -417\n bdwidth 272\n bdheight 503\n }\n Reformat {\n inputs 0\n type \"to box\"\n box_width {{global.res.x}}\n box_height {{global.res.y}}\n box_fixed true\n box_pixel_aspect {{global.pxa}}\n name Reformat1\n xpos 755\n ypos 434\n }\n Text {\n message \"missing position pass\"\n font \"\\[value parent.font]\"\n size {{global.res.x/15}}\n xjustify center\n yjustify center\n Transform 1\n box {0 0 {global.res.x} {global.res.y}}\n center {640 360}\n name Text1\n xpos 755\n ypos 516\n disable {{parent.disable_error}}\n }\n Reformat {\n type \"to box\"\n box_width {{global.res.x}}\n box_height {{global.res.y}}\n box_fixed true\n box_pixel_aspect {{global.pxa}}\n black_outside true\n name Reformat2\n xpos 755\n ypos 598\n }\n Dot {\n name Dot5\n xpos 789\n ypos 680\n }\n Input {\n inputs 0\n name position\n xpos 404\n ypos -534\n }\n Expression {\n temp_name0 detectA\n temp_expr0 \"red == 0 && green == 0 && blue == 0 ? 0 : 1\"\n expr3 detectA\n name Expression3\n label \"non-filtered alpha\"\n xpos 404\n ypos -427\n }\n Dot {\n name Dot8\n xpos 438\n ypos -344\n }\nset Nca141400 [stack 0]\n Dot {\n name Dot6\n xpos 665\n ypos -344\n }\n Expression {\n expr0 blue\n expr1 blue\n expr2 blue\n name Expression5\n label \"depth from position (cam)\"\n xpos 631\n ypos -270\n }\n Dot {\n name Dot3\n xpos 665\n ypos 135\n }\npush $Nca141400\n Add {\n channels rgb\n value {{-parent.world_matrix.3} {-parent.world_matrix.7} {-parent.world_matrix.11} 0}\n name Add2\n label \"invert translation\"\n xpos 404\n ypos -270\n bookmark true\n }\n ColorMatrix {\n matrix {\n {{parent.world_matrix.0} {parent.world_matrix.1} {parent.world_matrix.2}}\n {{parent.world_matrix.4} {parent.world_matrix.5} {parent.world_matrix.6}}\n {{parent.world_matrix.8} {parent.world_matrix.9} {parent.world_matrix.10}}\n }\n invert true\n name ColorMatrix2\n label \"invert transformation\"\n xpos 404\n ypos -164\n }\n Expression {\n temp_name0 newR\n temp_expr0 \"( red - ( global.hratio * abs( blue ) * parent.cam_win_translate.u / 2 ) ) * 1 / parent.cam_win_scale.u\"\n temp_name1 newG\n temp_expr1 \"( green - ( global.hratio * abs( blue ) * parent.cam_win_translate.v /2 ) ) * 1 / parent.cam_win_scale.v\"\n expr0 \"newR * fb_data.world_matrix.0 + newG * fb_data.world_matrix.1\"\n expr1 \"newR * fb_data.world_matrix.4 + newG * fb_data.world_matrix.5\"\n name Expression4\n label \"invert camera window\"\n xpos 404\n ypos -54\n }\n Expression {\n expr0 \"abs( blue )\"\n expr1 \"abs( blue )\"\n expr2 \"abs( blue )\"\n name Expression7\n label \"keep Z\"\n selected true\n xpos 404\n ypos 40\n }\n Switch {\n inputs 2\n which {{parent.pos_space}}\n name Switch6\n xpos 404\n ypos 218\n }\n Dot {\n name Dot2\n xpos 438\n ypos 324\n }\nset Nca16f000 [stack 0]\n Expression {\n expr0 1/red\n expr1 1/green\n expr2 1/blue\n name Expression6\n label \"depth invert\"\n xpos 521\n ypos 371\n }\npush $Nca16f000\n Switch {\n inputs 2\n which {{depth_invert}}\n name Switch1\n xpos 404\n ypos 432\n }\n Expression {\n expr0 \"isnan(r) || isinf(r) ? 0 : r\"\n expr1 \"isnan(g) || isinf(g) ? 0 : g\"\n expr2 \"isnan(b) || isinf(b) ? 0 : b\"\n name Expression2\n label \"remove nan&inf\"\n xpos 404\n ypos 514\n }\n Expression {\n expr0 \"red * alpha\"\n expr1 \"green * alpha\"\n expr2 \"blue * alpha\"\n expr3 0\n name Expression1\n label \"premult non-filter alpha\"\n xpos 404\n ypos 608\n }\n Switch {\n inputs 2\n which {{\"!\\[exists parent.input0]\"}}\n name Switch3\n xpos 404\n ypos 770\n }\n Output {\n name Output1\n xpos 404\n ypos 897\n }\n Group {\n inputs 0\n name inverseMatrix\n tile_color 0x337f4cff\n xpos -104\n ypos -79\n addUserKnob {20 tab_general l General}\n addUserKnob {1 knob_path}\n knob_path fb_data.world_matrix\n addUserKnob {26 \"\"}\n addUserKnob {41 id T id_assign.matrix}\n addUserKnob {26 \"\"}\n addUserKnob {7 determinant}\n determinant {{\"\\[value \\[value knob_path].\\[value id.0]] * ((\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.8]]) - (\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.7]])) - \\[value \\[value knob_path].\\[value id.1]] * ((\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.8]]) - (\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.6]])) + \\[value \\[value knob_path].\\[value id.2]] * ((\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.7]])-(\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.6]]))\"}}\n addUserKnob {26 \"\"}\n addUserKnob {41 cofactor T mtx_cofactor.matrix}\n addUserKnob {26 \"\"}\n addUserKnob {41 invMatrix T matrix_output.matrix}\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T 1.0}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2011-11-28}\n addUserKnob {26 l_CHANGELOG l Changelog T \"v1.0\\n- reveal the calculate output of \\n inverse matrix which is c44matrix\\n and colormatrix doesn't show\\n \"}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n }\n Matrix {\n inputs 0\n matrix {\n {0 1 2}\n {4 5 6}\n {8 9 10}\n }\n name id_assign\n xpos -12\n ypos 33\n }\n Matrix {\n inputs 0\n matrix {\n {{\"(\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.8]]) - (\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.7]])\"} {\"(\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.2]]) - (\\[value \\[value knob_path].\\[value id.8]]*\\[value \\[value knob_path].\\[value id.1]])\"} {\"(\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.5]]) - (\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.4]])\"}}\n {{\"(\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.6]]) - (\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.8]])\"} {\"(\\[value \\[value knob_path].\\[value id.8]]*\\[value \\[value knob_path].\\[value id.0]]) - (\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.2]])\"} {\"(\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.3]]) - (\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.5]])\"}}\n {{\"(\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.7]]) - (\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.6]])\"} {\"(\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.1]]) - (\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.0]])\"} {\"(\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.4]]) - (\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.3]])\"}}\n }\n name mtx_cofactor\n xpos 86\n ypos 32\n }\n Matrix {\n inputs 0\n matrix {\n {{\"cofactor.0 == 0 || determinant == 0 ? 0 : cofactor.0/determinant\"} {\"cofactor.1 == 0 || determinant == 0 ? 0 : cofactor.1/determinant\"} {\"cofactor.2 == 0 || determinant == 0 ? 0 : cofactor.2/determinant\"}}\n {{\"cofactor.3 == 0 || determinant == 0 ? 0 : cofactor.3/determinant\"} {\"cofactor.4 == 0 || determinant == 0 ? 0 : cofactor.4/determinant\"} {\"cofactor.5 == 0 || determinant == 0 ? 0 : cofactor.5/determinant\"}}\n {{\"cofactor.6 == 0 || determinant == 0 ? 0 : cofactor.6/determinant\"} {\"cofactor.7 == 0 || determinant == 0 ? 0 : cofactor.7/determinant\"} {\"cofactor.8 == 0 || determinant == 0 ? 0 : cofactor.8/determinant\"}}\n }\n name matrix_output\n xpos 186\n ypos 33\n }\n end_group\n Axis {\n inputs 0\n display off\n selectable false\n rotate {0 0 {parent.cam_winroll}}\n name fb_data\n xpos -90\n ypos -194\n }\n Camera {\n inputs 0\n display off\n selectable false\n useMatrix true\n name cam_data\n xpos 13\n ypos -195\n }\n NoOp {\n inputs 0\n name global\n xpos -107\n ypos -295\n addUserKnob {20 User}\n addUserKnob {12 res}\n res {{\"\\[exists parent.input0] ? parent.input0.width : width\"} {\"\\[exists parent.input0] ? parent.input0.height : height\"}}\n addUserKnob {7 pxa}\n pxa {{\"\\[exists parent.input0] ? parent.input0.pixel_aspect : pixel_aspect\"}}\n addUserKnob {7 hratio}\n hratio {{\"parent.cam_haperture / parent.cam_focal\"}}\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_P_Noise_Advanced.gizmo", "content": "Group {\n name P_Noise_Advanced\n knobChanged \"\\nn = nuke.thisNode()\\ntype = n\\['noisetype'].value()\\nblock = n\\['Trunc'].getValue()\\nVis = \\[]\\nHide = \\[]\\nif type in ('fBm', 'turbulent'):\\n Vis.extend(\\['octaves', 'lacunarity', 'gain', 'gamma'])\\n Hide.extend(\\['rays', 'range', 'invert', 'ringsSeed', 'raysSeed', 'gammaNormalize']) \\nelif type == 'p_rings':\\n Vis.extend(\\['ringsSeed', 'gammaNormalize'])\\n Hide.extend(\\['rays', 'range', 'invert', 'octaves', 'lacunarity', 'gain', 'gamma', 'raysSeed'])\\nelif type == 'p_rays':\\n Vis.extend(\\['rays', 'raysSeed', 'gammaNormalize'])\\n Hide.extend(\\['range', 'invert', 'octaves', 'lacunarity', 'gain', 'gamma', 'ringsSeed'])\\nelif type in ('Euclidian', 'Voronoi', 'Manhattan', 'ChebyShev'):\\n Vis.extend(\\['range', 'gammaNormalize'])\\n Hide.extend(\\['rays', 'invert', 'octaves', 'lacunarity', 'gain', 'gamma', 'ringsSeed', 'raysSeed'])\\nelif type == 'Worley':\\n Vis.extend(\\['invert', 'gammaNormalize'])\\n Hide.extend(\\['rays', 'range', 'octaves', 'lacunarity', 'gain', 'gamma', 'ringsSeed', 'raysSeed'])\\nfor r in Vis: n\\[r].setVisible(True)\\nfor x in Hide: n\\[x].setVisible(False)\\n\\nif block == True:\\n n\\['truncSize'].setVisible(True)\\nelse:\\n n\\['truncSize'].setVisible(False)\\n\"\n label \"(\\[value in])\"\n selected true\n xpos 598\n ypos 235\n addUserKnob {20 User}\n addUserKnob {41 in l \"position data\" T Shuffle_Input_Channels.in}\n addUserKnob {6 unpremultiply +STARTLINE}\n addUserKnob {6 useAlpha l \"ignore outside alpha\" -STARTLINE}\n addUserKnob {6 useGPU l \"use GPU if available\" -STARTLINE}\n useGPU true\n addUserKnob {26 \"\"}\n addUserKnob {4 noisetype M {fBm turbulent p_rings p_rays Euclidian Voronoi Manhattan Chebyslev Worley \"\" \"\" \"\"}}\n addUserKnob {6 Trunc l \"blocky (trunc)\" -STARTLINE}\n addUserKnob {41 Position2d T SampleXY.Position2d}\n addUserKnob {41 rgbSample l center T Sample.rgbSample}\n addUserKnob {6 useCenter -STARTLINE}\n useCenter true\n addUserKnob {26 \"\"}\n addUserKnob {18 size R 1 100}\n size 10\n addUserKnob {6 size_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {18 seed}\n seed {0 0 0}\n addUserKnob {6 seed_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {18 truncSize l \"blocky size\" +HIDDEN R 0 2}\n truncSize 0.5\n addUserKnob {6 truncSize_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {26 \"\"}\n addUserKnob {7 rays +HIDDEN}\n rays 30\n addUserKnob {7 raysSeed l \"rays seed\" +HIDDEN R 0 10}\n addUserKnob {7 ringsSeed l \"rings seed\" +HIDDEN R 0 10}\n addUserKnob {7 range +HIDDEN R 0 6}\n range 1\n addUserKnob {6 invert +HIDDEN +STARTLINE}\n addUserKnob {3 octaves}\n octaves 10\n addUserKnob {7 lacunarity R 1 10}\n lacunarity 2\n addUserKnob {7 gain R 0.1 1}\n gain 0.5\n addUserKnob {7 gamma}\n gamma 0.5\n addUserKnob {7 gammaNormalize l gamma +HIDDEN R 0 2}\n gammaNormalize 1\n addUserKnob {26 \"\"}\n addUserKnob {26 INFO l \"\" +STARTLINE T \"v1.02 (c) Riley Gray and Owen Bulka 2020\\nBased on \\\"Cell Noise v1.1\\\" by Matthew Shaw \"}\n addUserKnob {26 c44_version_author l \"\" +STARTLINE T \"
C44Kernel v1.0 - adrianpueyo.com, 2018\"}\n addUserKnob {20 Transform}\n addUserKnob {41 rot_order l \"rotation order\" T Axis1.rot_order}\n addUserKnob {41 translate T Axis1.translate}\n addUserKnob {41 rotate T Axis1.rotate}\n addUserKnob {41 scaling l scale T Axis1.scaling}\n addUserKnob {41 uniform_scale l \"uniform scale\" T Axis1.uniform_scale}\n addUserKnob {41 skew T Axis1.skew}\n addUserKnob {41 pivot T Axis1.pivot}\n}\n Input {\n inputs 0\n name img\n xpos 0\n ypos -116\n }\n AddChannels {\n channels alpha\n color 1\n name AddChannels1\n xpos 0\n ypos -64\n }\n Shuffle {\n alpha blue\n out rgb\n name Shuffle_Input_Channels\n xpos 0\n ypos -18\n }\n Unpremult {\n name Unpremult1\n xpos 0\n ypos 16\n disable {{!parent.unpremultiply i}}\n }\n Dot {\n name Dot2\n xpos 34\n ypos 66\n }\nset N92db82d0 [stack 0]\n Dot {\n name Dot4\n xpos -130\n ypos 66\n }\nset N81ae9a60 [stack 0]\n Dot {\n name Dot3\n xpos -292\n ypos 66\n }\n Expression {\n channel0 alpha\n expr0 \"a == 0 ? 1 :0\"\n channel1 none\n channel2 none\n channel3 {none none none -rgba.alpha}\n name Expression1\n xpos -326\n ypos 751\n }\n Axis2 {\n inputs 0\n name Axis1\n xpos 265\n ypos 200\n }\npush $N92db82d0\n Add {\n channels rgb\n value {{parent.Sample.rgbSample/-1} {parent.Sample.rgbSample/-1} {parent.Sample.rgbSample/-1} 0}\n name center\n xpos 0\n ypos 141\n disable {{1-parent.useCenter}}\n }\n Group {\n inputs 2\n name C44Kernel\n help \"C44Kernel v1.0 by Adrian Pueyo\\n\\nMultiply the rgb or rgba colors by an arbitrary 4x4 Matrix. Useful for transforming a Position pass.\\n\\nYou can plug in an Axis or Camera node into the axis input, to also apply its transformations.\\n\\nadrianpueyo.com, 2017\"\n tile_color 0xe88543ff\n xpos 0\n ypos 221\n lock_connections true\n addUserKnob {20 C44Kernel}\n addUserKnob {41 channels T MergeIn.Achannels}\n addUserKnob {41 matrix T Axis1.matrix}\n addUserKnob {6 invert -STARTLINE}\n addUserKnob {6 alpha_masking l \"alpha masking\" t \"Apply only where rgba.alpha>0\" +STARTLINE}\n addUserKnob {20 advanced l Advanced n 1}\n advanced 0\n addUserKnob {6 transpose +STARTLINE}\n addUserKnob {6 w_divide +STARTLINE}\n addUserKnob {6 rgba_mode l \"apply on Vector4\" t \"Usually you'll want to apply the matrix on the RGB only, which uses a white alpha. Enable this to use the full Vector4 (RGBA).\" +STARTLINE}\n addUserKnob {20 endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {41 mix T MergeOut.mix}\n addUserKnob {26 version_author l \"\" t \"C44Kernel v1.0\\n23 June, 2018\" +STARTLINE T \"
C44Kernel v1.0 - adrianpueyo.com, 2018\"}\n addUserKnob {20 GPU_Settings l \"GPU Settings\"}\n }\n Input {\n inputs 0\n name Inputaxis\n xpos 133\n ypos -181\n number 1\n }\n Axis2 {\n useMatrix true\n name Axis1\n xpos 143\n ypos -133\n }\n Input {\n inputs 0\n name Inputimg\n xpos -110\n ypos -192\n }\nset N87975480 [stack 0]\n Dot {\n name Dot1\n xpos -76\n ypos -161\n }\nset N87971510 [stack 0]\n Expression {\n expr3 a>0\n name ExpressionA\n xpos -220\n ypos -164\n }\n Switch {\n which {{!parent.alpha_masking}}\n name SwitchMasking\n xpos -220\n ypos -112\n }\npush $N87971510\npush $N87975480\n Remove {\n name RemoveAll\n xpos 34\n ypos -196\n }\n Merge2 {\n inputs 2\n operation copy\n Bchannels none\n name MergeIn\n xpos 34\n ypos -164\n }\n Shuffle {\n alpha white\n name ShuffleWhiteA\n xpos 34\n ypos -140\n disable {{parent.rgba_mode}}\n }\n BlinkScript {\n recompileCount 147\n ProgramGroup 1\n KernelDescription \"2 \\\"C44MatrixKernel\\\" iterate pixelWise 10f1841ce0aee43165aca4445fb9ce0126826eedd71da6339f12b8f8de8e52eb 2 \\\"src\\\" Read Point \\\"dst\\\" Write Point 4 \\\"m\\\" Float 16 AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA== \\\"invert\\\" Int 1 AAAAAA== \\\"transpose\\\" Int 1 AAAAAA== \\\"w_divide\\\" Int 1 AAAAAA== 4 \\\"m\\\" 16 1 \\\"invert\\\" 1 1 \\\"transpose\\\" 1 1 \\\"w_divide\\\" 1 1 0\"\n kernelSource \"kernel C44MatrixKernel : ImageComputationKernel\\n\\{\\n Image src;\\n Image dst;\\n\\n param:\\n float4x4 m;\\n int invert;\\n int transpose;\\n int w_divide;\\n\\n void process(int2 pos) \\{\\n SampleType(src) p = src();\\n float4 result = 1.0f;\\n float4x4 mi = m;\\n mi = invert?mi.invert():mi;\\n mi = transpose?mi.transpose():mi;\\n for(int c = 0; c\\n\\{\\n Image position_pass;\\n Image dst;\\n\\n param:\\n bool invert;\\n\\n void define()\\n \\{\\n defineParam(invert, \\\"Invert\\\", false);\\n \\}\\n\\n void process()\\n \\{\\n\\n //Declare some values for later use\\n int lastRandom, numberFeaturePoints;\\n float distance = 6666.0f;\\n float3 randomDiff, featurePoint;\\n int cubeX, cubeY, cubeZ;\\n\\n float4 position = position_pass();\\n float3 input = float3(position.x, position.y, position.z);\\n\\n // Determine which cube the evaluation point is in\\n int evalCubeX = floor(input.x);\\n int evalCubeY = floor(input.y);\\n int evalCubeZ = floor(input.z);\\n\\n for (int i = -1; i < 2; ++i)\\n \\{\\n for (int j = -1; j < 2; ++j)\\n \\{\\n for (int k = -1; k < 2; ++k)\\n \\{\\n cubeX = evalCubeX + i;\\n cubeY = evalCubeY + j;\\n cubeZ = evalCubeZ + k;\\n\\n // Generate a reproducible random number generator for the cube\\n lastRandom = lcgRandom(hash(cubeX, cubeY, cubeZ));\\n // Determine how many feature points are in the cube\\n numberFeaturePoints = probLookup(lastRandom);\\n // Check each feature point\\n for (uint l = 0; l < numberFeaturePoints; ++l)\\n \\{\\n lastRandom = lcgRandom(lastRandom);\\n randomDiff.x = float(lastRandom) / rand_modulus;\\n\\n lastRandom = lcgRandom(lastRandom);\\n randomDiff.y = float(lastRandom) / rand_modulus;\\n\\n lastRandom = lcgRandom(lastRandom);\\n randomDiff.z = float(lastRandom) / rand_modulus;\\n\\n featurePoint = float3(randomDiff.x + float(cubeX), randomDiff.y + float(cubeY), randomDiff.z + float(cubeZ));\\n\\n distance = min(distance, dot(input - featurePoint, input - featurePoint));\\n \\}\\n \\}\\n \\}\\n \\}\\n\\n distance = sqrt(distance);\\n if (invert)\\n distance = 1.0f - distance;\\n dst() = distance;\\n\\n \\}\\n\\n\\};\"\n useGPUIfAvailable {{parent.useGPU}}\n rebuild \"\"\n Worley_Invert {{parent.invert}}\n rebuild_finalise \"\"\n name WorleyNoise\n xpos 990\n ypos 579\n }\n Gamma {\n channels rgba\n value {{parent.gammaNormalize}}\n name Gamma2\n xpos 990\n ypos 615\n }\npush $N81e232f0\n BlinkScript {\n recompileCount 4\n ProgramGroup 1\n KernelDescription \"2 \\\"ChebyshevNoise\\\" iterate pixelWise 517a1358a56b1248ee4a1cc426f04457776dbd1836be53c12b3ff4f236c7ecd9 2 \\\"position_pass\\\" Read Point \\\"dst\\\" Write Point 1 \\\"Range\\\" Float 1 AABAQA== 1 \\\"range\\\" 1 1 2 \\\"fRange\\\" Float 1 1 AAAAAA== \\\"iRange\\\" Int 1 1 AAAAAA==\"\n kernelSource \"// https://aftbit.com/cell-noise-2/\\n\\n# define MAX_DISTANCE_ARRAY 12\\n\\n// C++11\\nconst uint rand_multiplier = 48271;\\nconst uint rand_increment = 0;\\nconst uint rand_modulus = 2147483647;\\n\\nstatic int lcgRandom(int seed)\\n\\{\\n return abs((seed * rand_multiplier + rand_increment) % rand_modulus);\\n\\}\\n\\n// FNV Hash\\nconst uint OFFSET_BASIS = 2166136261;\\nconst uint FNV_PRIME = 16777619;\\n\\nstatic uint hash(uint i, uint j, uint k)\\n\\{\\n return ((((((OFFSET_BASIS ^ i) * FNV_PRIME) ^ j) * FNV_PRIME) ^ k) * FNV_PRIME);\\n\\}\\n\\n// Poisson Distribution\\nconst uint one = 393325350;\\nconst uint two = 1022645910;\\nconst uint three = 1861739990;\\nconst uint four = 2700834071;\\nconst uint five = 3372109335;\\nconst uint six = 3819626178;\\nconst uint seven = 4075350088;\\nconst uint eight = 4203212043;\\n\\nstatic uint probLookup(uint value)\\n\\{\\n if (value < one) return 1;\\n if (value < two) return 2;\\n if (value < three) return 3;\\n if (value < four) return 4;\\n if (value < five) return 5;\\n if (value < six) return 6;\\n if (value < seven) return 7;\\n if (value < eight) return 8;\\n return 9;\\n\\}\\n\\n// Distance Function\\nstatic float ChebyshevDistanceFunc(float3 p1, float3 p2)\\n\\{\\n float3 diff = p1 - p2;\\n return max(max(fabs(diff.x), fabs(diff.y)), fabs(diff.z));\\n\\}\\n\\n// Insertion Array\\nstatic void insert(float arr\\[], float value)\\n\\{\\n float temp;\\n for (int i = MAX_DISTANCE_ARRAY - 1; i >= 0; i--)\\n \\{\\n if (value > arr\\[i])\\n break;\\n temp = arr\\[i];\\n arr\\[i] = value;\\n if (i + 1 < MAX_DISTANCE_ARRAY)\\n \\{\\n arr\\[i + 1] = temp;\\n \\}\\n \\}\\n\\}\\n\\n\\n// Blink Kernel\\nkernel ChebyshevNoise : ImageComputationKernel\\n\\{\\n Image position_pass;\\n Image dst;\\n\\n param:\\n float range;\\n\\n local:\\n float fRange;\\n int iRange;\\n\\n void define()\\n \\{\\n defineParam(range, \\\"Range\\\", 3.0f);\\n \\}\\n\\n void init()\\n \\{\\n fRange = clamp(range, 0.0f, float(MAX_DISTANCE_ARRAY - 2));\\n iRange = int(fRange);\\n \\}\\n\\n void process()\\n \\{\\n\\n //Declare some values for later use\\n int lastRandom, numberFeaturePoints;\\n float3 randomDiff, featurePoint;\\n int cubeX, cubeY, cubeZ;\\n\\n float distanceArray\\[MAX_DISTANCE_ARRAY];\\n\\n // Initialize values in distance array to large values\\n for (int i = 0; i < MAX_DISTANCE_ARRAY; i++)\\n distanceArray\\[i] = 6666;\\n\\n float4 position = position_pass();\\n float3 input = float3(position.x, position.y, position.z);\\n\\n // Determine which cube the evaluation point is in\\n int evalCubeX = floor(input.x);\\n int evalCubeY = floor(input.y);\\n int evalCubeZ = floor(input.z);\\n\\n for (int i = -1; i < 2; ++i)\\n \\{\\n for (int j = -1; j < 2; ++j)\\n \\{\\n for (int k = -1; k < 2; ++k)\\n \\{\\n cubeX = evalCubeX + i;\\n cubeY = evalCubeY + j;\\n cubeZ = evalCubeZ + k;\\n\\n // Generate a reproducible random number generator for the cube\\n lastRandom = lcgRandom(hash(cubeX, cubeY, cubeZ));\\n // Determine how many feature points are in the cube\\n numberFeaturePoints = probLookup(lastRandom);\\n // Check each feature point\\n for (uint l = 0; l < numberFeaturePoints; ++l)\\n \\{\\n lastRandom = lcgRandom(lastRandom);\\n randomDiff.x = float(lastRandom) / rand_modulus;\\n\\n lastRandom = lcgRandom(lastRandom);\\n randomDiff.y = float(lastRandom) / rand_modulus;\\n\\n lastRandom = lcgRandom(lastRandom);\\n randomDiff.z = float(lastRandom) / rand_modulus;\\n\\n featurePoint = float3(randomDiff.x + float(cubeX), randomDiff.y + float(cubeY), randomDiff.z + float(cubeZ));\\n\\n insert(distanceArray, ChebyshevDistanceFunc(input, featurePoint));\\n \\}\\n \\}\\n \\}\\n \\}\\n\\n float color = (distanceArray\\[ iRange + 2 ] - distanceArray\\[ iRange + 1 ]) * fmod(fRange, 1.0f) + distanceArray\\[ iRange + 1] - distanceArray\\[0];\\n dst() = color;\\n\\n \\}\\n\\n\\};\"\n useGPUIfAvailable {{parent.useGPU}}\n rebuild \"\"\n ChebyshevNoise_Range 1\n format {{{WorleyNoise.format}}}\n rebuild_finalise \"\"\n name ChebyShevNoise\n xpos 880\n ypos 578\n }\n Gamma {\n channels rgba\n value {{parent.gammaNormalize}}\n name Gamma3\n xpos 880\n ypos 614\n }\npush $N81e232f0\n BlinkScript {\n recompileCount 15\n ProgramGroup 1\n KernelDescription \"2 \\\"ManhattanNoise\\\" iterate pixelWise 8f4d3375bd506ca9e28dc8e57d643af6a2e1e4628d082801994f4dfea81563d1 2 \\\"position_pass\\\" Read Point \\\"dst\\\" Write Point 1 \\\"Range\\\" Float 1 AABAQA== 1 \\\"range\\\" 1 1 2 \\\"fRange\\\" Float 1 1 AAAAAA== \\\"iRange\\\" Int 1 1 AAAAAA==\"\n kernelSource \"// https://aftbit.com/cell-noise-2/\\n\\n# define MAX_DISTANCE_ARRAY 12\\n\\n// C++11\\nconst uint rand_multiplier = 48271;\\nconst uint rand_increment = 0;\\nconst uint rand_modulus = 2147483647;\\n\\nstatic int lcgRandom(int seed)\\n\\{\\n return abs((seed * rand_multiplier + rand_increment) % rand_modulus);\\n\\}\\n\\n// FNV Hash\\nconst uint OFFSET_BASIS = 2166136261;\\nconst uint FNV_PRIME = 16777619;\\n\\nstatic uint hash(uint i, uint j, uint k)\\n\\{\\n return ((((((OFFSET_BASIS ^ i) * FNV_PRIME) ^ j) * FNV_PRIME) ^ k) * FNV_PRIME);\\n\\}\\n\\n// Poisson Distribution\\nconst uint one = 393325350;\\nconst uint two = 1022645910;\\nconst uint three = 1861739990;\\nconst uint four = 2700834071;\\nconst uint five = 3372109335;\\nconst uint six = 3819626178;\\nconst uint seven = 4075350088;\\nconst uint eight = 4203212043;\\n\\nstatic uint probLookup(uint value)\\n\\{\\n if (value < one) return 1;\\n if (value < two) return 2;\\n if (value < three) return 3;\\n if (value < four) return 4;\\n if (value < five) return 5;\\n if (value < six) return 6;\\n if (value < seven) return 7;\\n if (value < eight) return 8;\\n return 9;\\n\\}\\n\\n// Distance Function\\nstatic float ManhattanDistanceFunc(float3 p1, float3 p2)\\n\\{\\n return fabs(p1.x - p2.x) + fabs(p1.y - p2.y) + fabs(p1.z - p2.z);\\n\\}\\n\\n// Insertion Array\\nstatic void insert(float arr\\[], float value)\\n\\{\\n float temp;\\n for (int i = MAX_DISTANCE_ARRAY - 1; i >= 0; i--)\\n \\{\\n if (value > arr\\[i])\\n break;\\n temp = arr\\[i];\\n arr\\[i] = value;\\n if (i + 1 < MAX_DISTANCE_ARRAY)\\n \\{\\n arr\\[i + 1] = temp;\\n \\}\\n \\}\\n\\}\\n\\n// Blink Kernel\\nkernel ManhattanNoise : ImageComputationKernel\\n\\{\\n Image position_pass;\\n Image dst;\\n\\n param:\\n float range;\\n\\n local:\\n float fRange;\\n int iRange;\\n\\n void define()\\n \\{\\n defineParam(range, \\\"Range\\\", 3.0f);\\n \\}\\n\\n void init()\\n \\{\\n fRange = clamp(range, 0.0f, float(MAX_DISTANCE_ARRAY - 2));\\n iRange = int(fRange);\\n \\}\\n\\n void process()\\n \\{\\n\\n //Declare some values for later use\\n int lastRandom, numberFeaturePoints;\\n float3 randomDiff, featurePoint;\\n int cubeX, cubeY, cubeZ;\\n\\n float distanceArray\\[MAX_DISTANCE_ARRAY];\\n\\n // Initialize values in distance array to large values\\n for (int i = 0; i < MAX_DISTANCE_ARRAY; i++)\\n distanceArray\\[i] = 6666;\\n\\n float4 position = position_pass();\\n float3 input = float3(position.x, position.y, position.z);\\n\\n // Determine which cube the evaluation point is in\\n int evalCubeX = floor(input.x);\\n int evalCubeY = floor(input.y);\\n int evalCubeZ = floor(input.z);\\n\\n for (int i = -1; i < 2; ++i)\\n \\{\\n for (int j = -1; j < 2; ++j)\\n \\{\\n for (int k = -1; k < 2; ++k)\\n \\{\\n cubeX = evalCubeX + i;\\n cubeY = evalCubeY + j;\\n cubeZ = evalCubeZ + k;\\n\\n // Generate a reproducible random number generator for the cube\\n lastRandom = lcgRandom(hash(cubeX, cubeY, cubeZ));\\n // Determine how many feature points are in the cube\\n numberFeaturePoints = probLookup(lastRandom);\\n // Check each feature point\\n for (uint l = 0; l < numberFeaturePoints; ++l)\\n \\{\\n lastRandom = lcgRandom(lastRandom);\\n randomDiff.x = float(lastRandom) / rand_modulus;\\n\\n lastRandom = lcgRandom(lastRandom);\\n randomDiff.y = float(lastRandom) / rand_modulus;\\n\\n lastRandom = lcgRandom(lastRandom);\\n randomDiff.z = float(lastRandom) / rand_modulus;\\n\\n featurePoint = float3(randomDiff.x + float(cubeX), randomDiff.y + float(cubeY), randomDiff.z + float(cubeZ));\\n\\n insert(distanceArray, ManhattanDistanceFunc(input, featurePoint));\\n \\}\\n \\}\\n \\}\\n \\}\\n\\n float color = (distanceArray\\[ iRange + 2 ] - distanceArray\\[ iRange + 1 ]) * fmod(fRange, 1.0f) + distanceArray\\[ iRange + 1] - distanceArray\\[0];\\n dst() = color;\\n\\n \\}\\n\\n\\};\"\n useGPUIfAvailable {{parent.useGPU}}\n rebuild \"\"\n ManhattanNoise_Range 1\n format {{{WorleyNoise.format}}}\n rebuild_finalise \"\"\n name ManhattanNoise\n xpos 770\n ypos 577\n }\n Gamma {\n channels rgba\n value {{parent.gammaNormalize}}\n name Gamma4\n xpos 770\n ypos 613\n }\npush $N81e232f0\n BlinkScript {\n recompileCount 15\n ProgramGroup 1\n KernelDescription \"2 \\\"VoronoiNoise\\\" iterate pixelWise 67095f19952c7fb522e989b2d6691d9d342affbd2c266bc258f83435f13f21f7 2 \\\"position_pass\\\" Read Point \\\"dst\\\" Write Point 1 \\\"Range\\\" Float 1 AABAQA== 1 \\\"range\\\" 1 1 2 \\\"fRange\\\" Float 1 1 AAAAAA== \\\"iRange\\\" Int 1 1 AAAAAA==\"\n kernelSource \"// https://aftbit.com/cell-noise-2/\\n\\n# define MAX_DISTANCE_ARRAY 12\\n\\n// C++11\\nconst uint rand_multiplier = 48271;\\nconst uint rand_increment = 0;\\nconst uint rand_modulus = 2147483647;\\n\\nstatic int lcgRandom(int seed)\\n\\{\\n return abs((seed * rand_multiplier + rand_increment) % rand_modulus);\\n\\}\\n\\n// FNV Hash\\nconst uint OFFSET_BASIS = 2166136261;\\nconst uint FNV_PRIME = 16777619;\\n\\nstatic uint hash(uint i, uint j, uint k)\\n\\{\\n return ((((((OFFSET_BASIS ^ i) * FNV_PRIME) ^ j) * FNV_PRIME) ^ k) * FNV_PRIME);\\n\\}\\n\\n// Poisson Distribution\\nconst uint one = 393325350;\\nconst uint two = 1022645910;\\nconst uint three = 1861739990;\\nconst uint four = 2700834071;\\nconst uint five = 3372109335;\\nconst uint six = 3819626178;\\nconst uint seven = 4075350088;\\nconst uint eight = 4203212043;\\n\\nstatic uint probLookup(uint value)\\n\\{\\n if (value < one) return 1;\\n if (value < two) return 2;\\n if (value < three) return 3;\\n if (value < four) return 4;\\n if (value < five) return 5;\\n if (value < six) return 6;\\n if (value < seven) return 7;\\n if (value < eight) return 8;\\n return 9;\\n\\}\\n\\n// Insertion Array\\nstatic void insert(float arr\\[], int idArr\\[], float value, int id)\\n\\{\\n float temp;\\n int tempID;\\n for (int i = MAX_DISTANCE_ARRAY - 1; i >= 0; i--)\\n \\{\\n if (value > arr\\[i])\\n break;\\n temp = arr\\[i];\\n tempID = idArr\\[i];\\n arr\\[i] = value;\\n idArr\\[i] = id;\\n if (i + 1 < MAX_DISTANCE_ARRAY)\\n \\{\\n arr\\[i + 1] = temp;\\n idArr\\[i + 1] = tempID;\\n \\}\\n \\}\\n\\}\\n\\n\\n// Blink Kernel\\nkernel VoronoiNoise : ImageComputationKernel\\n\\{\\n Image position_pass;\\n Image dst;\\n\\n param:\\n float range;\\n \\n local:\\n float fRange;\\n int iRange;\\n\\n void define()\\n \\{\\n defineParam(range, \\\"Range\\\", 3.0f);\\n \\}\\n\\n void init()\\n \\{\\n fRange = clamp(range, 0.0f, float(MAX_DISTANCE_ARRAY - 2));\\n iRange = int(fRange);\\n \\}\\n\\n void process()\\n \\{\\n\\n //Declare some values for later use\\n int lastRandom, id, numberFeaturePoints;\\n float3 randomDiff, featurePoint;\\n int cubeX, cubeY, cubeZ;\\n\\n float distanceArray\\[MAX_DISTANCE_ARRAY];\\n int idArray\\[MAX_DISTANCE_ARRAY];\\n\\n // Initialize values in distance array to large values\\n for (int i = 0; i < MAX_DISTANCE_ARRAY; i++)\\n distanceArray\\[i] = 6666;\\n\\n float4 position = position_pass();\\n float3 input = float3(position.x, position.y, position.z);\\n\\n // Determine which cube the evaluation point is in\\n int evalCubeX = floor(input.x);\\n int evalCubeY = floor(input.y);\\n int evalCubeZ = floor(input.z);\\n\\n for (int i = -1; i < 2; ++i)\\n \\{\\n for (int j = -1; j < 2; ++j)\\n \\{\\n for (int k = -1; k < 2; ++k)\\n \\{\\n cubeX = evalCubeX + i;\\n cubeY = evalCubeY + j;\\n cubeZ = evalCubeZ + k;\\n\\n // Generate a reproducible random number generator for the cube\\n lastRandom = lcgRandom(hash(cubeX, cubeY, cubeZ));\\n id = lastRandom;\\n // Determine how many feature points are in the cube\\n numberFeaturePoints = probLookup(lastRandom);\\n // Check each feature point\\n for (uint l = 0; l < numberFeaturePoints; ++l)\\n \\{\\n lastRandom = lcgRandom(lastRandom);\\n randomDiff.x = float(lastRandom) / rand_modulus;\\n\\n lastRandom = lcgRandom(lastRandom);\\n randomDiff.y = float(lastRandom) / rand_modulus;\\n\\n lastRandom = lcgRandom(lastRandom);\\n randomDiff.z = float(lastRandom) / rand_modulus;\\n\\n featurePoint = float3(randomDiff.x + float(cubeX), randomDiff.y + float(cubeY), randomDiff.z + float(cubeZ));\\n\\n insert(distanceArray, idArray, length(input - featurePoint), id+l);\\n \\}\\n \\}\\n \\}\\n \\}\\n\\n float3 col = float3(float(idArray\\[iRange]) / rand_modulus, 0.0f, 0.0f);\\n lastRandom = lcgRandom(idArray\\[iRange]);\\n col.y = float(lastRandom) / rand_modulus;\\n lastRandom = lcgRandom(lastRandom);\\n col.z = float(lastRandom) / rand_modulus;\\n\\n for(int component = 0; component < 3; component++)\\n dst(component) = col\\[component];\\n dst(3) = 1.0f;\\n \\}\\n\\n\\};\"\n useGPUIfAvailable {{parent.useGPU}}\n rebuild \"\"\n VoronoiNoise_Range 1\n format {{{WorleyNoise.format}}}\n rebuild_finalise \"\"\n name VoronoiNoise\n xpos 658\n ypos 579\n }\n Gamma {\n channels rgba\n value {{parent.gammaNormalize}}\n name Gamma5\n xpos 658\n ypos 615\n }\npush $N81e232f0\n BlinkScript {\n recompileCount 3\n ProgramGroup 1\n KernelDescription \"2 \\\"EuclidianNoise\\\" iterate pixelWise b78f7b94022701a0fe7a0b3d8a219cf673ea1032aea12739f59fb3562a78ed42 2 \\\"position_pass\\\" Read Point \\\"dst\\\" Write Point 1 \\\"Range\\\" Float 1 AABAQA== 1 \\\"range\\\" 1 1 2 \\\"fRange\\\" Float 1 1 AAAAAA== \\\"iRange\\\" Int 1 1 AAAAAA==\"\n kernelSource \"// https://aftbit.com/cell-noise-2/\\n\\n# define MAX_DISTANCE_ARRAY 12\\n\\n// C++11\\nconst uint rand_multiplier = 48271;\\nconst uint rand_increment = 0;\\nconst uint rand_modulus = 2147483647;\\n\\nstatic int lcgRandom(int seed)\\n\\{\\n return abs((seed * rand_multiplier + rand_increment) % rand_modulus);\\n\\}\\n\\n// FNV Hash\\nconst uint OFFSET_BASIS = 2166136261;\\nconst uint FNV_PRIME = 16777619;\\n\\nstatic uint hash(uint i, uint j, uint k)\\n\\{\\n return ((((((OFFSET_BASIS ^ i) * FNV_PRIME) ^ j) * FNV_PRIME) ^ k) * FNV_PRIME);\\n\\}\\n\\n// Poisson Distribution\\nconst uint one = 393325350;\\nconst uint two = 1022645910;\\nconst uint three = 1861739990;\\nconst uint four = 2700834071;\\nconst uint five = 3372109335;\\nconst uint six = 3819626178;\\nconst uint seven = 4075350088;\\nconst uint eight = 4203212043;\\n\\nstatic uint probLookup(uint value)\\n\\{\\n if (value < one) return 1;\\n if (value < two) return 2;\\n if (value < three) return 3;\\n if (value < four) return 4;\\n if (value < five) return 5;\\n if (value < six) return 6;\\n if (value < seven) return 7;\\n if (value < eight) return 8;\\n return 9;\\n\\}\\n\\n// Distance Functions\\nstatic float EuclidianDistanceFunc(float3 p1, float3 p2)\\n\\{\\n return (p1.x - p2.x) * (p1.x - p2.x) + (p1.y - p2.y) * (p1.y - p2.y) + (p1.z - p2.z) * (p1.z - p2.z);\\n\\}\\n\\n\\n// Insertion Array\\nstatic void insert(float arr\\[], float value)\\n\\{\\n float temp;\\n for (int i = MAX_DISTANCE_ARRAY - 1; i >= 0; i--)\\n \\{\\n if (value > arr\\[i])\\n break;\\n temp = arr\\[i];\\n arr\\[i] = value;\\n if (i + 1 < MAX_DISTANCE_ARRAY)\\n \\{\\n arr\\[i + 1] = temp;\\n \\}\\n \\}\\n\\}\\n\\n\\n// Blink Kernel\\nkernel EuclidianNoise : ImageComputationKernel\\n\\{\\n Image position_pass;\\n Image dst;\\n\\n param:\\n float range;\\n\\n local:\\n float fRange;\\n int iRange;\\n\\n void define()\\n \\{\\n defineParam(range, \\\"Range\\\", 3.0f);\\n \\}\\n\\n void init()\\n \\{\\n fRange = clamp(range, 0.0f, float(MAX_DISTANCE_ARRAY - 2));\\n iRange = int(fRange);\\n \\}\\n\\n void process()\\n \\{\\n\\n //Declare some values for later use\\n int lastRandom, numberFeaturePoints;\\n float3 randomDiff, featurePoint;\\n int cubeX, cubeY, cubeZ;\\n\\n float distanceArray\\[MAX_DISTANCE_ARRAY];\\n\\n // Initialize values in distance array to large values\\n for (int i = 0; i < MAX_DISTANCE_ARRAY; i++)\\n distanceArray\\[i] = 6666;\\n\\n float4 position = position_pass();\\n float3 input = float3(position.x, position.y, position.z);\\n\\n // Determine which cube the evaluation point is in\\n int evalCubeX = floor(input.x);\\n int evalCubeY = floor(input.y);\\n int evalCubeZ = floor(input.z);\\n\\n for (int i = -1; i < 2; ++i)\\n \\{\\n for (int j = -1; j < 2; ++j)\\n \\{\\n for (int k = -1; k < 2; ++k)\\n \\{\\n cubeX = evalCubeX + i;\\n cubeY = evalCubeY + j;\\n cubeZ = evalCubeZ + k;\\n\\n // Generate a reproducible random number generator for the cube\\n lastRandom = lcgRandom(hash(cubeX, cubeY, cubeZ));\\n // Determine how many feature points are in the cube\\n numberFeaturePoints = probLookup(lastRandom);\\n // Check each feature point\\n for (uint l = 0; l < numberFeaturePoints; ++l)\\n \\{\\n lastRandom = lcgRandom(lastRandom);\\n randomDiff.x = float(lastRandom) / rand_modulus;\\n\\n lastRandom = lcgRandom(lastRandom);\\n randomDiff.y = float(lastRandom) / rand_modulus;\\n\\n lastRandom = lcgRandom(lastRandom);\\n randomDiff.z = float(lastRandom) / rand_modulus;\\n\\n featurePoint = float3(randomDiff.x + float(cubeX), randomDiff.y + float(cubeY), randomDiff.z + float(cubeZ));\\n\\n insert(distanceArray, EuclidianDistanceFunc(input, featurePoint));\\n \\}\\n \\}\\n \\}\\n \\}\\n\\n\\n float color = (distanceArray\\[ iRange + 2 ] - distanceArray\\[ iRange + 1 ]) * fmod(fRange, 1.0f) + distanceArray\\[ iRange + 1] - distanceArray\\[0];\\n dst() = color;\\n\\n \\}\\n\\n\\};\"\n useGPUIfAvailable {{parent.useGPU}}\n rebuild \"\"\n EuclidianNoise_Range 1\n format {{{WorleyNoise.format}}}\n rebuild_finalise \"\"\n name EuclidianNoise\n xpos 550\n ypos 579\n }\n Gamma {\n channels rgba\n value {{parent.gammaNormalize}}\n name Gamma6\n xpos 550\n ypos 615\n }\npush $N81e232f0\n Expression {\n channel0 rgba\n expr0 \"sin( atan(r, g) *rays+rays_seed)\"\n channel1 none\n channel2 none\n name rays\n xpos 400\n ypos 582\n addUserKnob {20 User}\n addUserKnob {7 rays}\n rays {{parent.rays}}\n addUserKnob {7 rays_seed l \"rays seed\"}\n rays_seed {{parent.raysSeed}}\n }\n Gamma {\n channels rgba\n value {{parent.gammaNormalize}}\n name Gamma7\n xpos 400\n ypos 606\n }\npush $N81e232f0\n Expression {\n channel0 rgba\n expr0 \"sin(sqrt( r*r + g*g + b*b)+rings_seed)\"\n channel1 none\n channel2 none\n name rings\n xpos 259\n ypos 581\n addUserKnob {20 User}\n addUserKnob {7 rings_seed l \"rings seed\"}\n rings_seed {{parent.ringsSeed}}\n }\n Gamma {\n channels rgba\n value {{parent.gammaNormalize}}\n name Gamma8\n xpos 259\n ypos 605\n }\npush $N81e232f0\n Expression {\n channel0 rgba\n expr0 \"pow(turbulence (r, g, b, octaves, lacunarity, gain), 1/gamma)\"\n channel1 none\n channel2 none\n channel3 {none none none -rgba.alpha}\n name Turb\n xpos 128\n ypos 579\n addUserKnob {20 User}\n addUserKnob {3 octaves}\n octaves {{parent.octaves}}\n addUserKnob {7 lacunarity R 1 10}\n lacunarity {{parent.lacunarity}}\n addUserKnob {7 gain R 0.1 1}\n gain {{parent.gain}}\n addUserKnob {7 gamma}\n gamma {{parent.gamma}}\n }\npush $N81e232f0\n Expression {\n channel0 rgba\n expr0 \"pow((fBm (r, g, b, octaves, lacunarity, gain) +1)/2, 1/gamma)\"\n channel1 none\n channel2 none\n channel3 {none none none -rgba.alpha}\n name FBM\n xpos 0\n ypos 577\n addUserKnob {20 User}\n addUserKnob {3 octaves}\n octaves {{parent.octaves}}\n addUserKnob {7 lacunarity R 1 10}\n lacunarity {{parent.lacunarity}}\n addUserKnob {7 gain R 0.1 1}\n gain {{parent.gain}}\n addUserKnob {7 gamma}\n gamma {{parent.gamma}}\n }\n Switch {\n inputs 9\n which {{noisetype}}\n name Type\n xpos 0\n ypos 692\n }\n Multiply {\n inputs 1+1\n channels rgba\n value 0\n name Multiply1\n xpos 0\n ypos 751\n disable {{1-parent.useAlpha}}\n }\n Output {\n name Output1\n xpos 0\n ypos 885\n }\npush $N81ae9a60\n NoOp {\n name SampleXY\n knobChanged \"\\nn = nuke.thisNode()\\nrgbNode = nuke.toNode('Sample')\\nposition = n.knob('Position2d').getValue()\\npositionX = position\\[0]\\npositionY = position\\[-1]\\nrSample = n.sample(\\\"r\\\",positionX,positionY)\\ngSample = n.sample(\\\"g\\\",positionX,positionY)\\nbSample = n.sample(\\\"b\\\",positionX,positionY)\\nrgbNode.knob('rgbSample').setValue(\\[rSample, gSample, bSample])\\n\"\n xpos -164\n ypos 95\n addUserKnob {20 User}\n addUserKnob {12 Position2d}\n Position2d {914 591}\n }\n NoOp {\n inputs 0\n name Sample\n xpos -162\n ypos 140\n addUserKnob {20 User}\n addUserKnob {18 rgbSample}\n rgbSample {0 0 0}\n addUserKnob {6 rgbSample_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_ParticleKiller.gizmo", "content": "Group {\nname ParticleKiller\ntile_color 0x101010ff\nselected true\naddUserKnob {20 particleKillerTab l ParticleKiller}\naddUserKnob {41 ids t \"The ids of the particles that should be affected. Separate using spaces or comma's.\" T ParticleExpression2.ids}\naddUserKnob {41 operation l \"\" t \"Kill: all the named particles are deleted.\\nKeep: all but the named particles are deleted.\" -STARTLINE T ParticleExpression2.operation}\naddUserKnob {26 \"\"}\naddUserKnob {22 displayPoints l \"display point numbers\" t \"Toggle the visibility of the particle ids in the 3D viewer.\" T \"knob = nuke.activeViewer().node().knob('show_vertex_num')\\nknob.setValue(1 - knob.value())\" +STARTLINE}\naddUserKnob {6 colorPreview l \"overwrite color with particle id\" t \"Replace the particles' color values with their ids for easy identification.\" -STARTLINE}\naddUserKnob {1 channels l INVISIBLE +INVISIBLE}\nchannels \"\\[expr \\{ \\[value colorPreview] ? \\\"Color Preview Enabled\\\" : \\\"rgb\\\"\\}]\"\n}\nInput {\ninputs 0\nname Input\nlabel \"\\[value number]\"\nxpos 167\nypos -29\n}\nParticleExpression {\ncolexpr id\nname ParticleExpression1\nxpos 167\nypos 47\ndisable {{\"max(parent.disable, (1 - parent.colorPreview))\"}}\n}\nParticleExpression {\nchannelsexpr_onlynew true\nnew_channels {}\nname ParticleExpression2\nknobChanged \"node = nuke.thisNode()\\n\\nmode = int(node.knob(\\\"operation\\\").getValue())\\noperation = \\[\\\"=\\\",\\\"!\\\"]\\[mode]\\ndivider = \\[\\\"|\\\",\\\"&\\\"]\\[mode]\\ndivider = \\\" %s \\\"%(divider*2)\\n\\nnumbers = \\[str(i) for i in range(10)]\\n\\nids = node.knob(\\\"ids\\\").value()\\n\\nids = ids.replace(\\\",\\\",\\\" \\\").split()\\nids = sorted(list(set(\\[int(id) for id in ids if all(\\[number in numbers for number in id])])))\\nids = \\[\\\"id %s= %s\\\"%(operation, id) for id in ids]\\n\\nexpression = divider.join(ids)\\n\\nnode.knob(\\\"channelsexpr\\\").setValue(expression)\"\nxpos 167\nypos 112\ndisable {{\"max( parent.disable, (1 - clamp(\\[string length \\[value channelsexpr]])))\"}}\naddUserKnob {20 killTab l Kill}\naddUserKnob {26 credits l \"\" +STARTLINE T \"ParticleKiller v1.0 - Wouter Gilsing\"}\naddUserKnob {1 ids}\naddUserKnob {4 operation -STARTLINE M {kill keep \"\" \"\"}}\n}\nOutput {\nname Output1\nxpos 167\nypos 193\n}\nend_group\n\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_ParticleLights.gizmo", "content": "Group {\n name ParticleLights\n selected true\n addUserKnob {20 User}\n addUserKnob {26 info1 l \"\" +STARTLINE T \"Particle Lights v1.1\"}\n addUserKnob {26 info2 l \"\" +STARTLINE T \"by Mads Hagbarth Lund\"}\n addUserKnob {26 \"\"}\n addUserKnob {41 \"blinnShader_Diffuse Multiplier\" l \"Diffuse Multiplier\" T \"BlinkScript8.blinnShader_Diffuse Multiplier\"}\n addUserKnob {41 \"blinnShader_Specular Power\" l \"Specular Power\" T \"BlinkScript8.blinnShader_Specular Power\"}\n addUserKnob {41 \"blinnShader_Specular Hardness\" l \"Specular Hardness\" T \"BlinkScript8.blinnShader_Specular Hardness\"}\n addUserKnob {41 \"blinnShader_Half Lambert\" l \"Half Lambert\" T \"BlinkScript8.blinnShader_Half Lambert\"}\n}\n StickyNote {\n inputs 0\n name StickyNote1\n label \"A bug in the blink node means that the input size must be atleast 2x2. \\nSo we fake this by adding 2 null particles.\"\n xpos -847\n ypos 354\n }\n Group {\n inputs 0\n name Light2\n xpos -679\n ypos 487\n addUserKnob {20 User}\n addUserKnob {41 color T Point.color}\n addUserKnob {41 intensity T Point.intensity}\n addUserKnob {41 translate T Point.translate}\n }\n StickyNote {\n inputs 0\n name StickyNote1\n label \"Ensure that we can use axis nodes\\nto modify the position of the light.\"\n xpos -183\n ypos -299\n }\n StickyNote {\n inputs 0\n name StickyNote2\n label \"Dummy object to make it look like a regular light\"\n xpos -188\n ypos -235\n }\n StickyNote {\n inputs 0\n name StickyNote4\n label \"Link positions via the world matrix to get exact position\"\n xpos -300\n ypos -55\n }\n StickyNote {\n inputs 0\n name StickyNote3\n label \"Link RGB to color and Alpha to Intensity\"\n xpos -300\n ypos -131\n }\n Constant {\n inputs 0\n color {{parent.Point.color} {parent.Point.color} {parent.Point.color} {parent.Point.intensity/10}}\n format \"1 1 0 0 1 1 1 hg_light\"\n name Constant2\n xpos -399\n ypos -148\n }\n Sphere {\n display off\n render_mode off\n rows 1\n columns 1\n translate {{parent.Point.world_matrix.3 x1 11.42000103 x8 -18.5 2.000001907} {parent.Point.world_matrix.7 x1 1.620000005 x8 46.30000305 44.20000076} {parent.Point.world_matrix.11 x1 0.3999999762 x8 -50.79999924 -50.79999924}}\n uniform_scale 0.022\n name Lightx\n xpos -399\n ypos -52\n }\npush 0\n ParticleEmitter {\n inputs 2\n display off\n render_mode off\n start_frame -5\n emit_channels {b}\n emit_from bbox\n emit_order uniformly\n randomize_type \"randomize outwards\"\n rate 4\n lifetime 1\n velocity 0\n size 1\n size_channel rgba.alpha\n color_from_texture true\n name ParticleEmitter1\n xpos -399\n ypos 46\n }\n Output {\n name Output1\n xpos -399\n ypos 150\n }\n Input {\n inputs 0\n name Input1\n xpos -276\n ypos -296\n }\n Light {\n color {0 0 0}\n intensity 0\n depthmap_slope_bias 0.01\n name Point\n xpos -266\n ypos -216\n }\n end_group\n Group {\n inputs 0\n name Light1\n xpos -684\n ypos 428\n addUserKnob {20 User}\n addUserKnob {41 color T Point.color}\n addUserKnob {41 intensity T Point.intensity}\n addUserKnob {41 translate T Point.translate}\n }\n StickyNote {\n inputs 0\n name StickyNote1\n label \"Ensure that we can use axis nodes\\nto modify the position of the light.\"\n xpos -183\n ypos -299\n }\n StickyNote {\n inputs 0\n name StickyNote2\n label \"Dummy object to make it look like a regular light\"\n xpos -188\n ypos -235\n }\n StickyNote {\n inputs 0\n name StickyNote4\n label \"Link positions via the world matrix to get exact position\"\n xpos -300\n ypos -55\n }\n StickyNote {\n inputs 0\n name StickyNote3\n label \"Link RGB to color and Alpha to Intensity\"\n xpos -300\n ypos -131\n }\n Constant {\n inputs 0\n color {{parent.Point.color} {parent.Point.color} {parent.Point.color} {parent.Point.intensity/10}}\n format \"1 1 0 0 1 1 1 hg_light\"\n name Constant2\n xpos -399\n ypos -148\n }\n Sphere {\n display off\n render_mode off\n rows 1\n columns 1\n translate {{parent.Point.world_matrix.3 x1 11.42000103 x8 -18.5 2.000001907} {parent.Point.world_matrix.7 x1 1.620000005 x8 46.30000305 44.20000076} {parent.Point.world_matrix.11 x1 0.3999999762 x8 -50.79999924 -50.79999924}}\n uniform_scale 0.022\n name Lightx\n xpos -399\n ypos -52\n }\npush 0\n ParticleEmitter {\n inputs 2\n display off\n render_mode off\n start_frame -5\n emit_channels {b}\n emit_from bbox\n emit_order uniformly\n randomize_type \"randomize outwards\"\n rate 4\n lifetime 1\n velocity 0\n size 1\n size_channel rgba.alpha\n color_from_texture true\n name ParticleEmitter1\n xpos -399\n ypos 46\n }\n Output {\n name Output1\n xpos -399\n ypos 150\n }\n Input {\n inputs 0\n name Input1\n xpos -276\n ypos -296\n }\n Light {\n color {0 0 0}\n intensity 0\n depthmap_slope_bias 0.01\n name Point\n xpos -266\n ypos -216\n }\n end_group\npush 0\n Input {\n inputs 0\n name Particles\n xpos -452\n ypos 324\n }\n ParticleMerge {\n inputs 4\n name ParticleMerge1\n xpos -452\n ypos 428\n }\nadd_layer {hag_pos hag_pos.red hag_pos.green hag_pos.blue hag_pos.alpha}\nadd_layer {hag_active hag_active.a}\n ParticleToImage {\n pos hag_pos\n active hag_active.a\n name ParticleToImage1\n xpos -452\n ypos 511\n }\nset N4d0e2420 [stack 0]\n Shuffle {\n in hag_pos\n name light_pos\n xpos -329\n ypos 511\n }\n Dot {\n name Dot2\n xpos -295\n ypos 559\n }\npush $N4d0e2420\n Shuffle {\n in rgb\n in2 hag_active\n alpha red2\n name light_color\n xpos -452\n ypos 581\n }\n Input {\n inputs 0\n name Camera\n xpos -149\n ypos 282\n number 1\n }\n Camera2 {\n name Camera1\n xpos -136\n ypos 320\n }\n Dot {\n name Dot1\n xpos -112\n ypos 396\n }\n Input {\n inputs 0\n name Scene3D\n xpos -275\n ypos 323\n number 2\n }\npush 0\nadd_layer {P P.red P.green P.blue P.alpha}\nadd_layer {N N.red N.green N.blue N.alpha}\n ScanlineRender {\n inputs 3\n max_tessellation 2\n motion_vectors_type distance\n output_shader_vectors true\n P_channel P\n N_channel N\n name ScanlineRender2\n xpos -275\n ypos 393\n }\n Dot {\n name Dot10\n xpos -241\n ypos 421\n }\nset N4e0a23c0 [stack 0]\n Dot {\n name Dot3\n xpos -152\n ypos 421\n }\n Shuffle {\n in N\n in2 rgba\n alpha alpha2\n name NormalSplit\n xpos -186\n ypos 472\n }\npush $N4e0a23c0\n Shuffle {\n in P\n in2 rgba\n alpha alpha2\n name PointPosSplit\n xpos -275\n ypos 472\n }\n BlinkScript {\n inputs 4\n ProgramGroup 1\n KernelDescription \"1 \\\"blinnShader\\\" iterate pixelWise 4b6604ba5b4299095f03f9edf77da6dbf1f946c319dc7f6e6962ca67a375f9f8 5 \\\"pointPos\\\" Read Point \\\"normal\\\" Read Point \\\"light_color\\\" Read Random \\\"light_pos\\\" Read Random \\\"dst\\\" Write Point 5 \\\"Camera Position\\\" Float 3 AACAPwAAgD8AAIA/AAAAAA== \\\"Diffuse Multiplier\\\" Float 1 AACAPw== \\\"Specular Power\\\" Float 1 AAAgQQ== \\\"Specular Hardness\\\" Float 1 AADIQg== \\\"Half Lambert\\\" Bool 1 AQ==\"\n kernelSource \"kernel blinnShader : ImageComputationKernel\\n\\{\\n Image pointPos; //the input image\\n Image normal; //the input image\\n Image light_color; //the input image\\n Image light_pos; //the input image\\n\\n Image dst; //the output image\\n\\n param:\\n float3 cameraPosition;\\n float diffuseMultiplier;\\n float specularPower;\\n float specularHardness;\\n bool halfLambert;\\n\\n local:\\n float3 lightDir;\\n float3 viewDir;\\n\\n void define() \\{\\n defineParam(halfLambert,\\\"Half Lambert\\\",bool(1));\\n defineParam(cameraPosition, \\\"Camera Position\\\", float3(1.0f,1.0f,1.0f));\\n defineParam(diffuseMultiplier,\\\"Diffuse Multiplier\\\",float(1.0f));\\n defineParam(specularPower,\\\"Specular Power\\\",float(10.0f));\\n defineParam(specularHardness,\\\"Specular Hardness\\\",float(100.0f));\\n \\}\\n\\n void init() \\{\\n \\}\\n\\n void process() \\{\\n\\n SampleType(dst) sampleBase(0.0f);\\n\\n float newVal = 0;\\n for(int j = 0; j < light_pos.bounds.y2; j++) \\{\\n for(int i = 0; i < light_pos.bounds.x2; i++) \\{\\n if (light_color(i,j).w == 1) \\{ \\n\\n lightDir = (float3(light_pos(i,j).x,light_pos(i,j).y,light_pos(i,j).z)-float3(pointPos(0),pointPos(1),pointPos(2)));\\n float distance = length(lightDir);\\n lightDir = normalize(lightDir);\\n distance = distance * distance;\\n\\n viewDir = (cameraPosition-float3(pointPos(0),pointPos(1),pointPos(2)));\\n viewDir = normalize(viewDir);\\n\\n\\n //Calculating Diffuse\\n float NdotL = dot(float3(normal(0),normal(1),normal(2)),lightDir);\\n if (halfLambert) \\{ \\n NdotL = NdotL * 0.5 + 0.5; //Added option for half lambert\\n \\}\\n else\\n \\{\\n NdotL = min(1.0f,max(0.0f,NdotL));\\n \\}\\n\\n float diffuse = NdotL * (light_pos(i,j).w*diffuseMultiplier) / distance;\\n\\n\\n //Calculating Specular\\n float3 H = normalize(lightDir+viewDir);\\n float NdotH = dot(float3(normal(0),normal(1),normal(2)),H);\\n float intensity = pow(NdotH,specularHardness);\\n float specular = intensity * specularPower / distance;\\n\\n\\n SampleType(dst) sample(0.0f);\\n sample.x = max(0.0f,(diffuse+specular) * light_color(i,j).x);\\n sample.y = max(0.0f,(diffuse+specular) * light_color(i,j).y);\\n sample.z = max(0.0f, (diffuse+specular) * light_color(i,j).z);\\n sampleBase += sample;\\n \\}\\n \\}\\n \\}\\n\\n dst() = sampleBase+float4(0,0,0,pointPos(3)); //Reaplying Alpha\\n \\}\\n\\};\"\n useGPUIfAvailable false\n vectorize false\n rebuild \"\"\n \"blinnShader_Camera Position\" {{parent.Camera1.world_matrix.3} {parent.Camera1.world_matrix.7} {parent.Camera1.world_matrix.11}}\n \"blinnShader_Diffuse Multiplier\" 4\n \"blinnShader_Specular Power\" 0.45\n \"blinnShader_Specular Hardness\" 200\n \"blinnShader_Half Lambert\" false\n rebuild_finalise \"\"\n name BlinkScript8\n xpos -186\n ypos 575\n }\nset N4e0c4f40 [stack 0]\n Premult {\n name Premult1\n xpos -186\n ypos 718\n }\n Output {\n name Output1\n xpos -186\n ypos 785\n }\npush $N4e0c4f40\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_PerspectiveGuide.gizmo", "content": "Group {\n name PerspectiveGuide_BB\n tile_color 0x566d6dff\n note_font Verdana\n selected true\n mapsize {0.15 0.15}\n addUserKnob {20 options l Options}\n addUserKnob {4 overlay l Overlay t \"Choose layer operation.\" M {add over \"\"}}\n overlay over\n addUserKnob {6 invertOver t \"If you're using over operation, you can use the lines with the background image's inverted colour values.\" -STARTLINE}\n addUserKnob {3 linesVisible t \"Choose the amount of visible lines. (1-8)\"}\n linesVisible 8\n addUserKnob {7 linesThickness R 0 10}\n addUserKnob {18 lineColour}\n lineColour {1 1 1}\n addUserKnob {6 lineColour_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {20 horizonGrp l horizon n 1}\n addUserKnob {6 horizon +STARTLINE}\n horizon true\n addUserKnob {18 horizonColour}\n horizonColour {1 0 0}\n addUserKnob {6 horizonColour_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {7 lineOpacity}\n lineOpacity 1\n addUserKnob {20 endGroup n -1}\n addUserKnob {22 resetPoints l \"Reset Points\" T \"def setPerspectivePointValues():\\n w = int (nuke.thisNode().width())\\n h = int (nuke.thisNode().height())\\n wHalf = int (w/2)\\n hHalf = int (h/2)\\n\\n persp = nuke.thisNode()\\n persp\\[ 'origin' ].setValue( \\[wHalf, hHalf] )\\n persp\\[ 'point1' ].setValue( \\[0, h] )\\n persp\\[ 'point2' ].setValue( \\[wHalf+1, h] )\\n persp\\[ 'point3' ].setValue( \\[w, h] )\\n persp\\[ 'point4' ].setValue( \\[0, hHalf+1] )\\n persp\\[ 'point5' ].setValue( \\[w, hHalf+1] )\\n persp\\[ 'point6' ].setValue( \\[0, 0] )\\n persp\\[ 'point7' ].setValue( \\[wHalf+1, 0] )\\n persp\\[ 'point8' ].setValue( \\[w, 0] )\\n\\nsetPerspectivePointValues()\" +STARTLINE}\n addUserKnob {12 origin l Origin}\n origin {960 540}\n addUserKnob {12 point1 l Point1}\n point1 {0 1080}\n addUserKnob {12 point2 l Point2}\n point2 {961 1080}\n addUserKnob {12 point3 l Point3}\n point3 {1920 1080}\n addUserKnob {12 point4 l Point4}\n point4 {0 541}\n addUserKnob {12 point5 l Point5}\n point5 {1920 541}\n addUserKnob {12 point6 l Point6}\n addUserKnob {12 point7 l Point7}\n point7 {961 0}\n addUserKnob {12 point8 l Point8}\n point8 {1920 0}\n addUserKnob {26 \"\"}\n addUserKnob {26 version l \"\" t \"Horizon Line added\" +STARTLINE T \"version 1.1.0\"}\n addUserKnob {26 Copyright l \"\" +STARTLINE T \"Copyright 2010 Baseblack (London) Ltd.\"}\n}\n RotoPaint {\n inputs 0\n cliptype none\n curves {{{v x3f99999a}\n {f 0}\n {n\n {layer Root\n {f 512}\n {t x44800000 x44428000}\n {a}\n {curvegroup Bezier2 1536 bezier\n {{cc\n {f 8192}\n {p\n {}\n {{=origin.x x4474c000}\n {=origin.y x442c8000}}\n {}\n {}\n {{=0 xbca3d70a}\n {=origin.y+1 x44074000}}\n {}}}\n {cc\n {f 8192}\n {p\n {}\n {}\n {}\n {}\n {}\n {}}}}\n {t x443fe000 x4402e000}\n {a spx 0 spy 0 sb 1 tt x40800000}}\n {curvegroup Bezier1 1536 bezier\n {{cc\n {f 8192}\n {p\n {}\n {{=origin.x x4474c000}\n {=origin.y x442c8000}}\n {}\n {}\n {{=1920 xbca3d70a}\n {=origin.y+1 x44074000}}\n {}}}\n {cc\n {f 8192}\n {p\n {}\n {}\n {}\n {}\n {}\n {}}}}\n {t x443fe000 x4402e000}\n {a spx 0 spy 0 sb 1 tt x40800000}}}}}}\n toolbox {selectAll {\n { selectAll str 1 ssx 1 ssy 1 sf 1 }\n { createBezier str 1 ssx 1 ssy 1 sf 1 sb 1 tt 4 }\n { createBezierCusped str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createBSpline str 1 ssx 1 ssy 1 sf 1 sb 1 tt 5 }\n { createEllipse str 1 ssx 1 ssy 1 sf 1 sb 1 tt 6 }\n { createRectangle str 1 ssx 1 ssy 1 sf 1 sb 1 tt 7 }\n { createRectangleCusped str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { addPoints str 1 ssx 1 ssy 1 sf 1 tt 8 }\n { brush str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { eraser src 2 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { clone src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { reveal src 3 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { dodge src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { burn src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { blur src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { sharpen src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { smear src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n} }\n toolbar_autokey false\n toolbar_ripple_range_type \"to end\"\n toolbar_ripple_range_from 1\n toolbar_ripple_range_to 1\n toolbar_feather_link false\n toolbar_brush_hardness 0.200000003\n toolbar_source_transform_scale {1 1}\n toolbar_source_transform_center {320 240}\n lifetime_type \"all frames\"\n view {}\n motionblur_on true\n motionblur_shutter_offset_type centred\n source_black_outside true\n name RotoPaint10\n xpos -806\n ypos -179\n disable {{\"linesVisible < 5\"}}\n }\n Grade {\n channels rgba\n whitepoint 0\n white_clamp true\n name Grade3\n xpos -806\n ypos -131\n }\n Dilate {\n size {{linesThickness+1 i}}\n name Dilate2\n xpos -806\n ypos -89\n }\nset Nec3247a0 [stack 0]\n Grade {\n channels rgba\n whitepoint 0\n multiply {{horizonColour i} {horizonColour i} {horizonColour i} {curve i}}\n white_clamp true\n name horizonGrade\n xpos -806\n ypos -1\n }\n Multiply {\n value {{lineOpacity i}}\n name Multiply2\n xpos -806\n ypos 62\n }\n RotoPaint {\n inputs 0\n cliptype none\n curves {{{v x3f99999a}\n {f 0}\n {n\n {layer Root\n {f 512}\n {t x44800000 x44428000}\n {a}\n {curvegroup Bezier1 1536 bezier\n {{cc\n {f 8192}\n {p\n {}\n {{=origin.x x44ceb333}\n {=origin.y x44921333}}\n {}\n {}\n {{=point1.x x43400000}\n {=point1.y x4492c000}}\n {}}}\n {cc\n {f 8192}\n {p\n {}\n {}\n {}\n {}\n {}\n {}}}}\n {t x4447a000 x442d8000}\n {a spx x44800000 spy x44428000 sb 1 tt x40800000}}}}}}\n toolbox {selectAll {\n { selectAll str 1 ssx 1 ssy 1 sf 1 }\n { createBezier str 1 ssx 1 ssy 1 sf 1 sb 1 tt 4 }\n { createBezierCusped str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createBSpline str 1 ssx 1 ssy 1 sf 1 sb 1 tt 5 }\n { createEllipse str 1 ssx 1 ssy 1 sf 1 sb 1 tt 6 }\n { createRectangle str 1 ssx 1 ssy 1 sf 1 sb 1 tt 7 }\n { createRectangleCusped str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { addPoints str 1 ssx 1 ssy 1 sf 1 tt 8 }\n { brush str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { eraser src 2 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { clone src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { reveal src 3 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { dodge src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { burn src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { blur src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { sharpen src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { smear src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n} }\n toolbar_autokey false\n toolbar_ripple_range_type \"to end\"\n toolbar_ripple_range_from 1\n toolbar_ripple_range_to 1\n toolbar_feather_link false\n toolbar_brush_hardness 0.200000003\n toolbar_source_transform_scale {1 1}\n toolbar_source_transform_center {320 240}\n colorOverlay 0\n lifetime_type \"all frames\"\n locked true\n motionblur_shutter_offset_type centred\n source_translate_round false\n source_black_outside true\n name RotoPaint1\n xpos -590\n ypos -565\n disable {{\"linesVisible < 1\" i}}\n }\n RotoPaint {\n cliptype none\n curves {{{v x3f99999a}\n {f 0}\n {n\n {layer Root\n {f 512}\n {t x44800000 x44428000}\n {a pt1x 0 pt1y 0 pt2x 0 pt2y 0 pt3x 0 pt3y 0 pt4x 0 pt4y 0 ptex00 0 ptex01 0 ptex02 0 ptex03 0 ptex10 0 ptex11 0 ptex12 0 ptex13 0 ptex20 0 ptex21 0 ptex22 0 ptex23 0 ptex30 0 ptex31 0 ptex32 0 ptex33 0 ptof1x 0 ptof1y 0 ptof2x 0 ptof2y 0 ptof3x 0 ptof3y 0 ptof4x 0 ptof4y 0 pterr 0 ptrefset 0 ptmot x40800000 ptref 0}\n {curvegroup Bezier2 1536 bezier\n {{cc\n {f 8192}\n {p\n {}\n {{=point2.x x44d50000}\n {=point2.y x4492d000}}\n {}\n {}\n {{=origin.x x448f8000}\n {=origin.y x42cc0000}}\n {}}}\n {cc\n {f 8192}\n {p\n {}\n {}\n {}\n {}\n {}\n {}}}}\n {t x44654000 x442af000}\n {a spx 0 spy 0 sb 1 tt x40800000}}}}}}\n toolbox {selectAll {\n { selectAll str 1 ssx 1 ssy 1 sf 1 }\n { createBezier str 1 ssx 1 ssy 1 sf 1 sb 1 tt 4 }\n { createBezierCusped str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createBSpline str 1 ssx 1 ssy 1 sf 1 sb 1 tt 5 }\n { createEllipse str 1 ssx 1 ssy 1 sf 1 sb 1 tt 6 }\n { createRectangle str 1 ssx 1 ssy 1 sf 1 sb 1 tt 7 }\n { createRectangleCusped str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { addPoints str 1 ssx 1 ssy 1 sf 1 tt 8 }\n { brush str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { eraser src 2 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { clone src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { reveal src 3 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { dodge src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { burn src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { blur src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { sharpen src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { smear src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n} }\n toolbar_autokey false\n toolbar_ripple_range_type \"to end\"\n toolbar_ripple_range_from 1\n toolbar_ripple_range_to 1\n toolbar_feather_link false\n toolbar_brush_hardness 0.200000003\n toolbar_source_transform_scale {1 1}\n toolbar_source_transform_center {320 240}\n lifetime_type \"all frames\"\n view {}\n motionblur_on true\n motionblur_shutter_offset_type centred\n source_black_outside true\n name RotoPaint2\n xpos -590\n ypos -516\n disable {{\"linesVisible < 2\" i}}\n }\n RotoPaint {\n cliptype none\n curves {{{v x3f99999a}\n {f 0}\n {n\n {layer Root\n {f 512}\n {t x44800000 x44428000}\n {a}\n {curvegroup Bezier3 1536 bezier\n {{cc\n {f 8192}\n {p\n {}\n {{=origin.x x4496e000}\n {=origin.y x443e0000}}\n {}\n {}\n {{=point3.x x44da8000}\n {=point3.y x44994000}}\n {}}}\n {cc\n {f 8192}\n {p\n {}\n {}\n {}\n {}\n {}\n {}}}}\n {t x44b8b000 x44784000}\n {a spx 0 spy 0 sb 1 tt x40800000}}}}}}\n toolbox {selectAll {\n { selectAll str 1 ssx 1 ssy 1 sf 1 }\n { createBezier str 1 ssx 1 ssy 1 sf 1 sb 1 tt 4 }\n { createBezierCusped str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createBSpline str 1 ssx 1 ssy 1 sf 1 sb 1 tt 5 }\n { createEllipse str 1 ssx 1 ssy 1 sf 1 sb 1 tt 6 }\n { createRectangle str 1 ssx 1 ssy 1 sf 1 sb 1 tt 7 }\n { createRectangleCusped str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { addPoints str 1 ssx 1 ssy 1 sf 1 tt 8 }\n { brush str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { eraser src 2 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { clone src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { reveal src 3 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { dodge src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { burn src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { blur src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { sharpen src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { smear src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n} }\n toolbar_autokey false\n toolbar_ripple_range_type \"to end\"\n toolbar_ripple_range_from 1\n toolbar_ripple_range_to 1\n toolbar_feather_link false\n toolbar_brush_hardness 0.200000003\n toolbar_source_transform_scale {1 1}\n toolbar_source_transform_center {320 240}\n colorOverlay 0\n lifetime_type \"all frames\"\n locked true\n motionblur_shutter_offset_type centred\n source_translate_round false\n source_black_outside true\n name RotoPaint3\n xpos -590\n ypos -467\n disable {{\"linesVisible < 3\" i}}\n }\n RotoPaint {\n cliptype none\n curves {{{v x3f99999a}\n {f 0}\n {n\n {layer Root\n {f 512}\n {t x44800000 x44428000}\n {a}\n {curvegroup Bezier4 1536 bezier\n {{cc\n {f 8192}\n {p\n {}\n {{=origin.x x4474c000}\n {=origin.y x442c8000}}\n {}\n {}\n {{=point4.x x440b0000}\n {=point4.y x43b28000}}\n {}}}\n {cc\n {f 8192}\n {p\n {}\n {}\n {}\n {}\n {}\n {}}}}\n {t x443fe000 x4402e000}\n {a spx 0 spy 0 sb 1 tt x40800000}}}}}}\n toolbox {selectAll {\n { selectAll str 1 ssx 1 ssy 1 sf 1 }\n { createBezier str 1 ssx 1 ssy 1 sf 1 sb 1 tt 4 }\n { createBezierCusped str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createBSpline str 1 ssx 1 ssy 1 sf 1 sb 1 tt 5 }\n { createEllipse str 1 ssx 1 ssy 1 sf 1 sb 1 tt 6 }\n { createRectangle str 1 ssx 1 ssy 1 sf 1 sb 1 tt 7 }\n { createRectangleCusped str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { addPoints str 1 ssx 1 ssy 1 sf 1 tt 8 }\n { brush str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { eraser src 2 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { clone src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { reveal src 3 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { dodge src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { burn src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { blur src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { sharpen src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { smear src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n} }\n toolbar_autokey false\n toolbar_ripple_range_type \"to end\"\n toolbar_ripple_range_from 1\n toolbar_ripple_range_to 1\n toolbar_feather_link false\n toolbar_brush_hardness 0.200000003\n toolbar_source_transform_scale {1 1}\n toolbar_source_transform_center {320 240}\n colorOverlay 0\n lifetime_type \"all frames\"\n locked true\n motionblur_shutter_offset_type centred\n source_translate_round false\n source_black_outside true\n name RotoPaint4\n xpos -590\n ypos -420\n disable {{\"linesVisible < 4\" i}}\n }\n RotoPaint {\n cliptype none\n curves {{{v x3f99999a}\n {f 0}\n {n\n {layer Root\n {f 512}\n {t x44800000 x44428000}\n {a}\n {curvegroup Bezier5 1536 bezier\n {{cc\n {f 8192}\n {p\n {}\n {{=origin.x x448e6000}\n {=origin.y x43ea0000}}\n {}\n {}\n {{=point5.x x44f0a000}\n {=point5.y x43f30000}}\n {}}}\n {cc\n {f 8192}\n {p\n {}\n {}\n {}\n {}\n {}\n {}}}}\n {t x44bf8000 x43ee8000}\n {a spx 0 spy 0 sb 1 tt x40800000}}}}}}\n toolbox {selectAll {\n { selectAll str 1 ssx 1 ssy 1 sf 1 }\n { createBezier str 1 ssx 1 ssy 1 sf 1 sb 1 tt 4 }\n { createBezierCusped str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createBSpline str 1 ssx 1 ssy 1 sf 1 sb 1 tt 5 }\n { createEllipse str 1 ssx 1 ssy 1 sf 1 sb 1 tt 6 }\n { createRectangle str 1 ssx 1 ssy 1 sf 1 sb 1 tt 7 }\n { createRectangleCusped str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { addPoints str 1 ssx 1 ssy 1 sf 1 tt 8 }\n { brush str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { eraser src 2 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { clone src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { reveal src 3 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { dodge src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { burn src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { blur src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { sharpen src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { smear src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n} }\n toolbar_autokey false\n toolbar_ripple_range_type \"to end\"\n toolbar_ripple_range_from 1\n toolbar_ripple_range_to 1\n toolbar_feather_link false\n toolbar_brush_hardness 0.200000003\n toolbar_source_transform_scale {1 1}\n toolbar_source_transform_center {320 240}\n colorOverlay 0\n lifetime_type \"all frames\"\n locked true\n motionblur_shutter_offset_type centred\n source_translate_round false\n source_black_outside true\n name RotoPaint5\n xpos -590\n ypos -371\n disable {{\"linesVisible < 5\" i}}\n }\n RotoPaint {\n cliptype none\n curves {{{v x3f99999a}\n {f 0}\n {n\n {layer Root\n {f 512}\n {t x44800000 x44428000}\n {a}\n {curvegroup Bezier6 1536 bezier\n {{cc\n {f 8192}\n {p\n {}\n {{=origin.x x44780000}\n {=origin.y x441ac000}}\n {}\n {}\n {{=point6.x x43c78000}\n {=point6.y x43790000}}\n {}}}\n {cc\n {f 8192}\n {p\n {}\n {}\n {}\n {}\n {}\n {}}}}\n {t x442de000 x43d90000}\n {a spx 0 spy 0 sb 1 tt x40800000}}}}}}\n toolbox {selectAll {\n { selectAll str 1 ssx 1 ssy 1 sf 1 }\n { createBezier str 1 ssx 1 ssy 1 sf 1 sb 1 tt 4 }\n { createBezierCusped str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createBSpline str 1 ssx 1 ssy 1 sf 1 sb 1 tt 5 }\n { createEllipse str 1 ssx 1 ssy 1 sf 1 sb 1 tt 6 }\n { createRectangle str 1 ssx 1 ssy 1 sf 1 sb 1 tt 7 }\n { createRectangleCusped str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { addPoints str 1 ssx 1 ssy 1 sf 1 tt 8 }\n { brush str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { eraser src 2 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { clone src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { reveal src 3 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { dodge src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { burn src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { blur src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { sharpen src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { smear src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n} }\n toolbar_autokey false\n toolbar_ripple_range_type \"to end\"\n toolbar_ripple_range_from 1\n toolbar_ripple_range_to 1\n toolbar_feather_link false\n toolbar_brush_hardness 0.200000003\n toolbar_source_transform_scale {1 1}\n toolbar_source_transform_center {320 240}\n colorOverlay 0\n lifetime_type \"all frames\"\n locked true\n motionblur_shutter_offset_type centred\n source_translate_round false\n source_black_outside true\n name RotoPaint6\n xpos -590\n ypos -323\n disable {{\"linesVisible < 6\" i}}\n }\n RotoPaint {\n cliptype none\n curves {{{v x3f99999a}\n {f 0}\n {n\n {layer Root\n {f 512}\n {t x44800000 x44428000}\n {a}\n {curvegroup Bezier7 1536 bezier\n {{cc\n {f 8192}\n {p\n {}\n {{=origin.x x4486c000}\n {=origin.y x441a0000}}\n {}\n {}\n {{=point7.x x44bd4000}\n {=point7.y x43a10000}}\n {}}}\n {cc\n {f 8192}\n {p\n {}\n {}\n {}\n {}\n {}\n {}}}}\n {t x44a20000 x43ea8000}\n {a spx 0 spy 0 sb 1 tt x40800000}}}}}}\n toolbox {selectAll {\n { selectAll str 1 ssx 1 ssy 1 sf 1 }\n { createBezier str 1 ssx 1 ssy 1 sf 1 sb 1 tt 4 }\n { createBezierCusped str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createBSpline str 1 ssx 1 ssy 1 sf 1 sb 1 tt 5 }\n { createEllipse str 1 ssx 1 ssy 1 sf 1 sb 1 tt 6 }\n { createRectangle str 1 ssx 1 ssy 1 sf 1 sb 1 tt 7 }\n { createRectangleCusped str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { addPoints str 1 ssx 1 ssy 1 sf 1 tt 8 }\n { brush str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { eraser src 2 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { clone src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { reveal src 3 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { dodge src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { burn src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { blur src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { sharpen src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { smear src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n} }\n toolbar_autokey false\n toolbar_ripple_range_type \"to end\"\n toolbar_ripple_range_from 1\n toolbar_ripple_range_to 1\n toolbar_feather_link false\n toolbar_brush_hardness 0.200000003\n toolbar_source_transform_scale {1 1}\n toolbar_source_transform_center {320 240}\n colorOverlay 0\n lifetime_type \"all frames\"\n locked true\n motionblur_shutter_offset_type centred\n source_translate_round false\n source_black_outside true\n name RotoPaint7\n xpos -590\n ypos -276\n disable {{\"linesVisible < 7\" i}}\n }\n RotoPaint {\n cliptype none\n curves {{{v x3f99999a}\n {f 0}\n {n\n {layer Root\n {f 512}\n {t x44800000 x44428000}\n {a}\n {curvegroup Bezier8 1536 bezier\n {{cc\n {f 8192}\n {p\n {}\n {{=origin.x x4489e000}\n {=origin.y x44284000}}\n {}\n {}\n {{=point8.x x44cd0000}\n {=point8.y x43aa0000}}\n {}}}\n {cc\n {f 8192}\n {p\n {}\n {}\n {}\n {}\n {}\n {}}}}\n {t x44ab7000 x43fd4000}\n {a spx 0 spy 0 sb 1 tt x40800000}}}}}}\n toolbox {selectAll {\n { selectAll str 1 ssx 1 ssy 1 sf 1 }\n { createBezier str 1 ssx 1 ssy 1 sf 1 sb 1 tt 4 }\n { createBezierCusped str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createBSpline str 1 ssx 1 ssy 1 sf 1 sb 1 tt 5 }\n { createEllipse str 1 ssx 1 ssy 1 sf 1 sb 1 tt 6 }\n { createRectangle str 1 ssx 1 ssy 1 sf 1 sb 1 tt 7 }\n { createRectangleCusped str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { addPoints str 1 ssx 1 ssy 1 sf 1 tt 8 }\n { brush str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { eraser src 2 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { clone src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { reveal src 3 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { dodge src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { burn src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { blur src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { sharpen src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { smear src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n} }\n toolbar_autokey false\n toolbar_ripple_range_type \"to end\"\n toolbar_ripple_range_from 1\n toolbar_ripple_range_to 1\n toolbar_feather_link false\n toolbar_brush_hardness 0.200000003\n toolbar_source_transform_scale {1 1}\n toolbar_source_transform_center {320 240}\n colorOverlay 0\n lifetime_type \"all frames\"\n locked true\n motionblur_shutter_offset_type centred\n source_translate_round false\n source_black_outside true\n name RotoPaint8\n xpos -590\n ypos -227\n disable {{\"linesVisible < 8\" i}}\n }\n Grade {\n channels rgba\n whitepoint 0\n white_clamp true\n name Grade1\n xpos -590\n ypos -176\n }\n Dilate {\n size {{linesThickness i}}\n name Dilate1\n xpos -590\n ypos -138\n }\nset Nec27c3a0 [stack 0]\n Grade {\n multiply {{lineColour.r i} {lineColour.g i} {lineColour.b i} {1 i}}\n white_clamp true\n name Grade2\n xpos -590\n ypos -82\n }\n Multiply {\n value {{lineOpacity i}}\n name Multiply1\n xpos -590\n ypos -42\n }\n Merge2 {\n inputs 2\n name Merge4\n xpos -696\n ypos 69\n disable {{\"horizon == 0 ? 1:0\" i}}\n }\n Clamp {\n name Clamp1\n xpos -590\n ypos 62\n }\nset Nec1c19e0 [stack 0]\n Dot {\n name Dot3\n xpos -556\n ypos 114\n }\npush $Nec3247a0\npush $Nec27c3a0\n Merge2 {\n inputs 2\n operation max\n also_merge all\n name Max\n xpos -480\n ypos -131\n disable {{\"horizon == 0 ? 1:0\" i}}\n }\n Input {\n inputs 0\n name Input1\n xpos -370\n ypos -611\n }\nset Nec251570 [stack 0]\n Dot {\n name Dot2\n xpos -226\n ypos -606\n }\nset Nec22c640 [stack 0]\n Dot {\n name Dot1\n xpos -6\n ypos -606\n }\n Invert {\n name Invert1\n xpos -40\n ypos -330\n }\n Blur {\n size 3\n name Blur1\n label \"\\[value size]\"\n xpos -40\n ypos -265\n }\n ShuffleCopy {\n inputs 2\n name ShuffleCopy1\n xpos -40\n ypos -131\n }\n Premult {\n name Premult1\n xpos -40\n ypos 61\n }\npush $Nec22c640\n Merge2 {\n inputs 2\n name Merge3\n xpos -260\n ypos 61\n disable {{\"invertOver == 0 ? 1:0\" i}}\n }\n Merge2 {\n inputs 2\n name Merge2\n xpos -260\n ypos 110\n disable {{\"invertOver == 1 ? 1:0\" i}}\n }\n Dot {\n name Dot4\n xpos -226\n ypos 186\n }\npush $Nec1c19e0\npush $Nec251570\n Merge2 {\n inputs 2\n operation plus\n name Merge1\n xpos -370\n ypos 68\n }\n Dissolve {\n inputs 2\n which {{overlay i}}\n name Dissolve1\n xpos -370\n ypos 176\n }\n Output {\n name Output1\n xpos -370\n ypos 251\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_PlanarProjection.gizmo", "content": "Group {\n name PlanarProjection\n help \"Planar Projection\\nGenerates 2D coordinates for points in 3D space. Type in 3D point coordinates, or use vertex selection in 3D viewer and click set to pick average of selected points, or set points to set all four points at once. \\n\\nYou can connect node output to scene together with your pointcloud or geometry and see where your points are located in 3d space. Double click any of them to move it in 3d space like any traditional nuke transform control. \\n\\nA matrix transform is also generated to be used with RotoPaint, SplineWarp and GridWarp nodes. If you are using matrix in GridWarp, points have to be in clockwise order, pick them one by one! \\n\\nCommand set points doesn't respect selection order! \\n\\nCheck out the demo video on my website! Kudos to Ivan Busquets for help with matrix math. \\n\\n-- developed by Vit Sedlacek 2012 www.vitsedlacek.com \\n\\n-- Modified by Jed Smith to make calculation time nearly instantaneous, fix some bugs and create a BG input so that the sampled format could be easily specified instead of using nuke.root() format. Also enabled animated 3d input points, and added some functionality in the set knobs to snarf data from axis nodes.\\nhttp://gist.github.com/jedypod\"\n addUserKnob {20 PlanarProjection}\n addUserKnob {26 \"\"}\n addUserKnob {26 usage_label_header l \" \" T \"\\nInput 3D Positions\"}\n addUserKnob {20 usage_label_grp l \" help\" n 1}\n usage_label_grp 0\n addUserKnob {26 usage_label l \" \" T \"\\nSelect any number of points in the 3D view, in vertex selection mode.
\\nSet from Selection: 4 points will be set based on the selection bounds.
\\nSet from Axes: Gets position from 4 axis nodes with or without animation.
\\nSet Animated: Set the target point. For animated geometry.
\\nSet Point: Set point from vertex selection. If no vertex selection,
\\n set from selected Axis. If no axis, set from selected pixel value (for PWorld).
\\n     \"}\n addUserKnob {20 endGroup n -1}\n addUserKnob {22 set_from_selection l \"Set from Selection\" t \"Set value of all points If Axis nodes are selected, it grabs translate values from them. If not, the first 4 selected vertexes in the 3D viewport is used instead. \" T \"## Set points to selected\\nfrom __future__ import with_statement\\nfrom nukescripts import snap3d as sn\\n\\n\\nnode = nuke.thisNode()\\nnode.begin()\\nmatch_sel = nuke.toNode('_MATCH_SELECTION_')\\n\\nsn.translateRotateScaleToPoints(match_sel)\\n\\naxes = \\[nuke.toNode('LL'), nuke.toNode('LR'), nuke.toNode('UR'), nuke.toNode('UL')]\\nfor i, axis in enumerate(axes):\\n matrix = axis\\['world_matrix']\\n translate = \\[matrix.getValue(3), matrix.getValue(7), matrix.getValue(11)]\\n node\\['ip\\{0\\}'.format(i+1)].setValue(translate)\" +STARTLINE}\n addUserKnob {22 set_from_axes l \"Set from Axes\" t \"Select up to 4 different axes, which can be animated. This button will set the points to each axis in selection order.\" -STARTLINE T \"node = nuke.thisNode()\\nnuke.root().begin()\\n\\naxis_nodes = \\[axis for axis in nuke.selectedNodes() if axis.Class() == \\\"Axis2\\\"]\\nif axis_nodes:\\n if len(axis_nodes) > 4:\\n nuke.message(\\\"More than 4 axis nodes selected: Will only use the first 4 selected ones.\\\")\\n axis_nodes = list(reversed(axis_nodes)) # Reverse selected so it goes in selection order\\n for i in range(4):\\n point = node\\[\\\"ip\\{0\\}\\\".format(i+1)]\\n axis = axis_nodes\\[i]\\n if axis\\['translate'].isAnimated():\\n point.clearAnimated()\\n point.copyAnimations(axis\\['translate'].animations())\\n else:\\n point.clearAnimated()\\n point.setValue(axis\\['translate'].getValue())\"}\n addUserKnob {22 clear_input l Clear t \"Remove all animated and non-default knob values.\" -STARTLINE T \"n = nuke.thisNode()\\n\\nfor i in range(4):\\n kip = n\\['ip'+str(i+1)]\\n kip.clearAnimated()\\n kip.setValue(kip.defaultValue())\"}\n addUserKnob {22 set_single_animated l \"Set Animated\" t \"Sets single point to selected vertex position. Set the target knob to put the data on.\" T \"import nuke\\nfrom nukescripts import snap3d as sn\\n\\ndef _get_framerange():\\n first_frame = int(nuke.numvalue('root.first_frame'))\\n last_frame = int(nuke.numvalue('root.last_frame'))\\n step = 1\\n default_frange = str(nuke.FrameRange(first_frame, last_frame, step))\\n frange = nuke.getInput('Enter Frame Range:', default_frange)\\n if not frange:\\n return None\\n else:\\n try:\\n return nuke.FrameRange(frange)\\n except:\\n nuke.message('Invalid frame range')\\n return None\\n\\ndef get_vertex_position(frame):\\n # return last selected vertex position on specified frame\\n vertices = sn.getSelection()\\n if not vertices:\\n nuke.message(\\\"A vertex must be selected.\\\")\\n return\\n center = sn.calcAveragePosition(vertices)\\n vertices.translate(-center)\\n return center\\n\\ndef calc_vertex_positions():\\n framerange = _get_framerange()\\n if not framerange:\\n return\\n curvetool = nuke.nodes.CurveTool()\\n positions_animcurve = \\[\\[], \\[], \\[]]\\n for frame in framerange:\\n nuke.execute(curvetool, frame, frame)\\n curpos = get_vertex_position(frame)\\n if curpos:\\n for i in range(3):\\n positions_animcurve\\[i].append(nuke.AnimationKey(frame, curpos\\[i]))\\n if curvetool:\\n nuke.delete(curvetool)\\n return positions_animcurve\\n\\nnode = nuke.thisNode()\\nnuke.root().begin()\\niptarget = node\\['iptarget'].getValue()\\nipknob = node\\['ip\\{0\\}'.format(int(iptarget)+1)]\\nipknob.clearAnimated()\\nipknob.setAnimated()\\n\\npositions = calc_vertex_positions()\\nfor index, curve in enumerate(ipknob.animations()):\\n curve.addKey(positions\\[index])\" +STARTLINE}\n addUserKnob {22 set_point l \"Set Point\" -STARTLINE T \"import nuke\\nfrom nukescripts import snap3d as sn\\n\\ndef get_vertex_position():\\n points = sn.getSelection()\\n if not points:\\n return None\\n pos = sn.calcAveragePosition(points)\\n return pos\\n\\nif __name__==\\\"__main__\\\":\\n node = nuke.thisNode()\\n nuke.root().begin()\\n axis_nodes = \\[axis for axis in nuke.selectedNodes() if axis.Class() == \\\"Axis2\\\"]\\n iptarget = node\\['iptarget'].getValue()\\n ipknob = node\\['ip\\{0\\}'.format(int(iptarget)+1)]\\n pos = get_vertex_position()\\n if pos:\\n ipknob.setValue(pos)\\n elif axis_nodes:\\n axis = axis_nodes\\[-1]\\n if axis\\['translate'].isAnimated():\\n ipknob.clearAnimated()\\n ipknob.copyAnimations(axis\\['translate'].animations())\\n else:\\n ipknob.clearAnimated()\\n ipknob.setValue(axis\\['translate'].getValue())\\n else:\\n viewer = nuke.activeViewer().node()\\n if viewer.input(0):\\n viewed_node = viewer.input(0)\\n if not nuke.selectedNodes():\\n viewed_node.setSelected(1)\\n else:\\n viewed_node = nuke.activeViewer().node()\\n bboxinfo = nuke.activeViewer().node()\\['colour_sample_bbox'].value()\\n aspect = float(viewed_node.width() * viewed_node.pixelAspect()) / float(viewed_node.height())\\n cornerA = \\[(bboxinfo\\[0]*0.5+0.5) * viewed_node.width(), (((bboxinfo\\[1] * 0.5) + (0.5/aspect)) * aspect) * viewed_node.height()]\\n cornerB = \\[(bboxinfo\\[2]*0.5+0.5) * viewed_node.width(), (((bboxinfo\\[3] * 0.5) + (0.5/aspect)) * aspect) * viewed_node.height()]\\n area = \\[cornerB\\[0] - cornerA\\[0], cornerB\\[1] - cornerA\\[1]]\\n center = \\[cornerA\\[0] + (area\\[0]/2), cornerA\\[1] + (area\\[1] / 2)]\\n color_sample = \\[viewed_node.sample('rgba.red', center\\[0], center\\[1], area\\[0], area\\[1]), viewed_node.sample('rgba.green', center\\[0], center\\[1], area\\[0], area\\[1]), viewed_node.sample('rgba.blue', center\\[0], center\\[1], area\\[0], area\\[1])]\\n ipknob.setValue(color_sample)\"}\n addUserKnob {4 iptarget l \"     target\" -STARTLINE M {\"point 1\" \"point 2\" \"point 3\" \"point 4\" \"\" \"\"}}\n iptarget \"point 2\"\n addUserKnob {41 ip1 l \"point 1\" T point_1.translate}\n addUserKnob {22 set_ip1 l \"Set 1\" t \"Set point 1 to current selection.\" -STARTLINE T \"node = nuke.thisNode()\\nnode\\['iptarget'].setValue(0)\\nnode\\['set_point'].execute()\"}\n addUserKnob {41 ip2 l \"point 2\" T point_2.translate}\n addUserKnob {22 set_ip2 l \"Set 2\" t \"Set point 2 to current selection.\" -STARTLINE T \"node = nuke.thisNode()\\nnode\\['iptarget'].setValue(1)\\nnode\\['set_point'].execute()\"}\n addUserKnob {41 ip3 l \"point 3\" T point_3.translate}\n addUserKnob {22 set_ip3 l \"Set 3\" t \"Set point 3 to current selection.\" -STARTLINE T \"node = nuke.thisNode()\\nnode\\['iptarget'].setValue(2)\\nnode\\['set_point'].execute()\"}\n addUserKnob {41 ip4 l \"point 4\" T point_4.translate}\n addUserKnob {22 set_ip4 l \"Set 4\" t \"Set point 4 to current selection.\" -STARTLINE T \"node = nuke.thisNode()\\nnode\\['iptarget'].setValue(3)\\nnode\\['set_point'].execute()\"}\n addUserKnob {26 \"\"}\n addUserKnob {26 reconcile_explanation l \" \" T \"Reconcile Points into Screen Space\"}\n addUserKnob {20 reconcile_points_grp l \" help\" n 1}\n reconcile_points_grp 0\n addUserKnob {26 reconcile_points_help l \" \" T \"Press Calculate and the 3D points will be reconciled into 2d tracking data.
\\nA perspective transform matrix is also calculated.
This enables tracking in \\ntranslation, rotation, scale and perspective.\\n     \"}\n addUserKnob {20 endGroup_1 l endGroup n -1}\n addUserKnob {22 Calculate t \"Calculate the reconciled 2D points for each 3D point.\\n\\nAlso calculate a matrix transform for the planar surface, if there are 4 total points. This can then be used for Rotos and CornerPins.\" T \"import nuke\\nfrom nukescripts import snap3d as sn\\nimport math\\n\\n\\ndef cameraProjectionMatrix(cameraNode, frame, imageformat):\\n ## modified code from nukescripts/Snap3D\\n\\n # Matrix to transform points into camera-relative coords.\\n wm = nuke.math.Matrix4()\\n for i in range(16):\\n wm\\[i] = cameraNode\\['matrix'].getValueAt(frame,i)\\n wm.transpose()\\n camTransform = wm.inverse()\\n\\n # Matrix to take the camera projection knobs into account\\n roll = float(cameraNode\\['winroll'].getValueAt(frame,0))\\n scale_x = float(cameraNode\\['win_scale'].getValueAt(frame,0))\\n scale_y = float(cameraNode\\['win_scale'].getValueAt(frame,1))\\n translate_x = float(cameraNode\\['win_translate'].getValueAt(frame,0))\\n translate_y = float(cameraNode\\['win_translate'].getValueAt(frame,1))\\n m = nuke.math.Matrix4()\\n m.makeIdentity()\\n m.rotateZ(math.radians(roll))\\n m.scale(1.0 / scale_x, 1.0 / scale_y, 1.0)\\n m.translate(-translate_x, -translate_y, 0.0)\\n\\n # Projection matrix based on the focal length, aperture and clipping planes of the camera\\n focal_length = float(cameraNode\\['focal'].getValueAt(frame))\\n h_aperture = float(cameraNode\\['haperture'].getValueAt(frame))\\n near = float(cameraNode\\['near'].getValueAt(frame))\\n far = float(cameraNode\\['far'].getValueAt(frame))\\n projection_mode = int(cameraNode\\['projection_mode'].getValueAt(frame))\\n p = nuke.math.Matrix4()\\n p.projection(focal_length / h_aperture, near, far, projection_mode == 0)\\n\\n # Matrix to translate the projected points into normalised pixel coords\\n imageAspect = float(imageformat.height()) / float(imageformat.width())\\n\\n t = nuke.math.Matrix4()\\n t.makeIdentity()\\n t.translate( 1.0, 1.0 - (1.0 - imageAspect / float(imageformat.pixelAspect())), 0.0 )\\n\\n # Matrix to scale normalised pixel coords into actual pixel coords.\\n x_scale = float(imageformat.width()) / 2.0\\n y_scale = x_scale * imageformat.pixelAspect()\\n s = nuke.math.Matrix4()\\n s.makeIdentity()\\n s.scale(x_scale, y_scale, 1.0)\\n\\n # The projection matrix transforms points into camera coords, modifies based\\n # on the camera knob values, projects points into clip coords, translates the\\n # clip coords so that they lie in the range 0,0 - 2,2 instead of -1,-1 - 1,1,\\n # then scales the clip coords to proper pixel coords.\\n return s * t * p * m * camTransform\\n\\n\\n\\ndef pointsToMatrix(frame, node, reference_frame=None):\\n cpToMtx = nuke.math.Matrix4()\\n cpFromMtx = nuke.math.Matrix4()\\n\\n # Get a list of Vector2 objects for each of the 'to' knobs and each of the 'from' knobs.\\n ToVectors = \\[nuke.math.Vector2(node\\[f].getValueAt(frame, 0), node\\[f].getValueAt(frame, 1)) for f in sorted(node.knobs().keys()) if f.startswith('op')]\\n\\n # Feed all 4 coordinates into the mapUnitSquareToQuad() function\\n cpToMtx.mapUnitSquareToQuad(ToVectors\\[0].x, ToVectors\\[0].y, ToVectors\\[1].x, ToVectors\\[1].y, ToVectors\\[2].x, ToVectors\\[2].y, ToVectors\\[3].x, ToVectors\\[3].y)\\n\\n # If we have a reference frame, use the to vectors on that frame as our from matrix, otherwise use the image width and height\\n if reference_frame:\\n FromVectors = \\[nuke.math.Vector2(node\\[f].getValueAt(reference_frame, 0), node\\[f].getValueAt(reference_frame, 1)) for f in sorted(node.knobs().keys()) if f.startswith('op')]\\n cpFromMtx.mapUnitSquareToQuad(FromVectors\\[0].x, FromVectors\\[0].y, FromVectors\\[1].x, FromVectors\\[1].y, FromVectors\\[2].x, FromVectors\\[2].y, FromVectors\\[3].x, FromVectors\\[3].y)\\n else:\\n cpFromMtx.mapUnitSquareToQuad(0, 0, node.width(), 0, node.width(), node.height(), 0, node.height())\\n\\n transform_matrix = cpToMtx * cpFromMtx.inverse()\\n\\n # This is not needed to apply the transformation. The matrix is already correct.\\n # However, the matrix knob in rotopaint is indexed differently (row major), so I just transpose the matrix here to make it easier to copy its values to the knob\\n transform_matrix.transpose()\\n\\n # Fill in the transform_matrix knob of the target node\\n return transform_matrix\\n\\n\\n\\ndef projectPoints(frame, camera=None, point=None, imageformat=None):\\n # Modify projectpoint function in nukescripts.snap3d to add frame argument\\n if not imageformat:\\n imageformat = nuke.root()\\['format'].value()\\n camMatrix = cameraProjectionMatrix(camera, frame, imageformat)\\n if camMatrix == None:\\n raise RuntimeError(\\\"snap3d.cameraProjectionMatrix() returned None for camera.\\\")\\n\\n if not ( isinstance(point, list) or isinstance(point, tuple) ):\\n raise ValueError(\\\"Argument point must be a list or tuple.\\\")\\n\\n for point in point:\\n # Would be nice to not do this for every item but since lists/tuples can\\n # containg anything...\\n if isinstance(point, nuke.math.Vector3):\\n pt = point\\n elif isinstance(point, list) or isinstance(point, tuple):\\n pt = nuke.math.Vector3(point\\[0], point\\[1], point\\[2])\\n else:\\n raise ValueError(\\\"All items in point must be nuke.math.Vector3 or list/tuple of 3 floats.\\\")\\n\\n tPos = camMatrix * nuke.math.Vector4(pt.x, pt.y, pt.z, 1.0)\\n #print tPos\\n try:\\n yield nuke.math.Vector2(tPos.x / tPos.w, tPos.y / tPos.w)\\n except ZeroDivisionError:\\n print(\\\"Zero Division Error on frame \\{0\\} with point data \\{1\\}\\\".format(frame, point))\\n yield nuke.math.Vector2()\\n\\n\\ndef calculate(node):\\n # Get the input Camera and verify it is right. (Assume camera is topnode of input to handle dots)\\n cam_input = node.input(1)\\n # Sanity check\\n if not (cam_input and isinstance(cam_input, nuke.Node)):\\n nuke.message(\\\"A Camera node must be connected.\\\")\\n return\\n if 'Camera' in cam_input.Class():\\n cam = cam_input\\n else:\\n cam = nuke.toNode(nuke.tcl(\\\"full_name \\[topnode %s]\\\" % cam_input.name()))\\n bg = node.input(0)\\n if not bg:\\n nuke.message(\\\"BG not connected, so the root format will be used to reconcile the 3D points into screen space.\\\")\\n\\n # Get framerange to operate on from camera animation curves\\n first = None\\n last = None\\n try:\\n if cam\\['translate'].isAnimated():\\n for curve in cam\\['translate'].animations():\\n if first == None:\\n first = int(curve.keys()\\[0].x)\\n else:\\n first = min(first, int(curve.keys()\\[0].x))\\n for curve in cam\\['translate'].animations():\\n if last == None:\\n last = int(curve.keys()\\[-1].x)\\n else:\\n last = max(last, int(curve.keys()\\[-1].x))\\n elif cam\\['rotate'].isAnimated():\\n for curve in cam\\['rotate'].animations():\\n if first == None:\\n first = int(curve.keys()\\[0].x)\\n else:\\n first = min(first, int(curve.keys()\\[0].x))\\n for curve in cam\\['rotate'].animations():\\n if last == None:\\n last = int(curve.keys()\\[-1].x)\\n else:\\n last = max(last, int(curve.keys()\\[-1].x))\\n else:\\n nuke.message(\\\"Input Camera is not animated.\\\")\\n return\\n except:\\n nuke.message(\\\"Something went wrong getting the camera animation. Using Root framerange...\\\")\\n first = nuke.root().firstFrame()\\n last = nuke.root().lastFrame()\\n\\n\\n framerange = nuke.FrameRange('\\{0\\}-\\{1\\}'.format(first, last))\\n\\n # Loop through the 3D points, reconcile the coordinates through the camera into screen space\\n for opnum in range(4):\\n # Only run if the ip knob is not default\\n ipknob = node\\[\\\"ip\\{0\\}\\\".format(opnum+1)]\\n if not ipknob.notDefault():\\n print(\\\"Skipping \\{0\\} because it is still default!\\\".format('ip'+str(opnum+1)))\\n continue\\n\\n opknob = node\\[\\\"op\\{0\\}\\\".format(opnum+1)]\\n opknob.clearAnimated()\\n opknob.setAnimated()\\n\\n # Building the data into a list of AnimationKey objects,\\n # and then applying that list to the knob using addKey is significantly faster than other methods.\\n # This makes the Calculate button instantaneous instead of taking forever.\\n point_animcurve = \\[\\[], \\[]]\\n for frame in framerange:\\n\\n #print \\\"values are \\\", ipknob.getValueAt(frame)\\n # Sample input point knob on every frame if it's animated or expression-linked\\n if ipknob.isAnimated() or ipknob.hasExpression():\\n point = projectPoints(frame, cam, \\[ipknob.getValueAt(frame)], node.format()).next()\\n else:\\n point = projectPoints(frame, cam, \\[ipknob.value()], node.format()).next()\\n for index in range(2):\\n point_animcurve\\[index].append(nuke.AnimationKey(frame, point\\[index]))\\n\\n for index, curve in enumerate(opknob.animations()):\\n curve.addKey(point_animcurve\\[index])\\n\\n # Calculate the transformation Matrix, if we have 4 output points\\n for i in range(4):\\n ipknob = node\\[\\\"op\\{0\\}\\\".format(i+1)]\\n #print 'op'+str(i+1)+' IS NOT DEFAULT'\\n if not ipknob.notDefault():\\n return\\n mknob = node\\['matrix']\\n mknob.clearAnimated()\\n mknob.setAnimated()\\n\\n use_reference_frame = True\\n reference_frame = node\\['identity_frame'].getValue()\\n\\n matrix_animcurve = \\[\\[] for i in range(16)]\\n for frame in framerange:\\n if use_reference_frame:\\n matrix_data = pointsToMatrix(frame, node, reference_frame)\\n else:\\n matrix_data = pointsToMatrix(frame, node)\\n for index in range(16):\\n matrix_animcurve\\[index].append(nuke.AnimationKey(frame, matrix_data\\[index]))\\n matrix_animcurve = \\[\\[] for i in range(16)]\\n for frame in framerange:\\n if use_reference_frame:\\n matrix_data = pointsToMatrix(frame, node, reference_frame)\\n else:\\n matrix_data = pointsToMatrix(frame, node)\\n for index in range(16):\\n matrix_animcurve\\[index].append(nuke.AnimationKey(frame, matrix_data\\[index]))\\n\\n for index, item in enumerate(mknob.animations()):\\n item.addKey(matrix_animcurve\\[index])\\n for index, item in enumerate(mknob.animations()):\\n item.addKey(matrix_animcurve\\[index])\\n\\nif __name__==\\\"__main__\\\":\\n calculate(nuke.thisNode())\" +STARTLINE}\n addUserKnob {22 clear_out l Clear t \"Clear output knobs.\" -STARTLINE T \"n = nuke.thisNode()\\n\\nfor i in range(4):\\n kop = n\\['op'+str(i+1)]\\n kop.clearAnimated()\\n kop.setValue(kop.defaultValue())\\n n\\['matrix'].clearAnimated()\\n n\\['matrix'].setValue(\\[1,0,0,0,0,1,0,0,0,0,1,0,0,0,0,1])\"}\n addUserKnob {12 op1 l \"point 1\"}\n addUserKnob {12 op2 l \"point 2\"}\n addUserKnob {12 op3 l \"point 3\"}\n addUserKnob {12 op4 l \"point 4\"}\n addUserKnob {41 matrix t \"Calculated matrix.\" T Matrix_original.matrix}\n addUserKnob {26 identity_frame_label l \" \" T \"\\nIdentity Frame\"}\n addUserKnob {3 identity_frame l \" \" t \"If a frame is specified here, the matrix calculated will be relative to this frame. On the reference frame the matrix will be a null transformation.\"}\n identity_frame 1001\n addUserKnob {22 set_current l Current -STARTLINE T nuke.thisNode().knob('identity_frame').setValue(nuke.frame())}\n addUserKnob {26 \"\"}\n addUserKnob {26 link_tracking_label l \" \" T \"Link Tracking Data to Nodes\"}\n addUserKnob {20 link_tracking_help_grp l \" help\" n 1}\n link_tracking_help_grp 0\n addUserKnob {26 link_tracking_help l \" \" T \"\\nExpression link will keep a live expression to the data on this node, in case it is updated.\\n
Independent identity frame will add extra knobs to the created node to allow you to \\n
specify an independent identity frame on the node. It's heavier!\\n
    \"}\n addUserKnob {20 endGroup_2 l endGroup n -1}\n addUserKnob {22 create_tracker3 l Tracker3 t \"Create a Tracker3 class Tracker node, in case this is what you prefer to link roto shapes to.\" T \"# Create tracker3 node\\nfrom __future__ import with_statement\\ngrid_x = int(nuke.toNode('preferences').knob('GridWidth').value())\\ngrid_y = int(nuke.toNode('preferences').knob('GridHeight').value())\\npproj = nuke.thisNode()\\nwith nuke.root():\\n track_node = nuke.nodes.Tracker3()\\n track_node.setXYpos(pproj.xpos()-grid_x*0, pproj.ypos()+grid_y*2)\\n _ = \\[n.setSelected(False) for n in nuke.allNodes()]\\n track_node.setSelected(True)\\n enable_knobs = \\['enable1', 'enable2', 'enable3', 'enable4']\\n trs_knobs = \\['use_for1', 'use_for2', 'use_for3', 'use_for4']\\n track_knobs = \\['track1', 'track2', 'track3', 'track4']\\n\\n for i, k in enumerate(enable_knobs):\\n if pproj\\['op\\{0\\}'.format(i+1)].isAnimated():\\n track_node\\[k].setValue(True)\\n for i, k in enumerate(trs_knobs):\\n if pproj\\['op\\{0\\}'.format(i+1)].isAnimated():\\n track_node\\[k].setValue(7)\\n for i, track in enumerate(track_knobs):\\n if pproj\\['op\\{0\\}'.format(i+1)].isAnimated():\\n tknob = track_node\\[track]\\n tknob.clearAnimated()\\n tknob.setAnimated()\\n for x, c in enumerate(tknob.animations()):\\n opknob = pproj\\['op\\{0\\}'.format(track.split('track')\\[-1])]\\n if opknob.isAnimated():\\n c.addKey(opknob.animation(x).keys())\\n else:\\n tknob.clearAnimated()\\n # This hackiness is necessary so knob values work correctly\\n track_node.setTab(2)\\n track_node.showControlPanel()\\n track_node\\[trs_knobs\\[0]].setValue(1)\\n track_node\\[trs_knobs\\[0]].setValue(7)\\n track_node.hideControlPanel()\" +STARTLINE}\n addUserKnob {22 create_tracker4 l Tracker4 t \"Create Tracker4 class tracker node.\" -STARTLINE T \"from __future__ import with_statement\\n\\n# http://community.foundry.com/discuss/topic/99665\\n# https://www.mail-archive.com/nuke-python@support.thefoundry.co.uk/msg04697.html\\n\\ngrid_x = int(nuke.toNode('preferences').knob('GridWidth').value())\\ngrid_y = int(nuke.toNode('preferences').knob('GridHeight').value())\\nnode = nuke.thisNode()\\nexpression_link = node\\['expression_link'].getValue()\\n# pros not worth the cons ... disabling expression linking Tracker4 nodes for now\\nexpression_link = False\\n\\nif expression_link:\\n nuke.message(\\\"Warning: If expression linking a Tracker4 node, it must be placed in the \\\\nimage stream in order to evaluate correctly.\\\")\\n\\nwith nuke.root():\\n _ = \\[n.setSelected(False) for n in nuke.allNodes()]\\n track_node = nuke.createNode('Tracker4')\\n track_node.setXYpos(node.xpos()-grid_x*0, node.ypos()+grid_y*2)\\n _ = \\[n.setSelected(False) for n in nuke.allNodes()]\\n track_node.setSelected(True)\\n\\n # First line 3rd number is length of tracks: explicitly setting it to 4 here.\\n tracks_fromscript = \\\"\\{ 1 31 4 \\} \\\\n\\{ \\{ 5 1 20 enable e 1 \\} \\\\n\\{ 3 1 75 name name 1 \\} \\\\n\\{ 2 1 58 track_x track_x 1 \\} \\\\n\\{ 2 1 58 track_y track_y 1 \\} \\\\n\\{ 2 1 63 offset_x offset_x 1 \\} \\\\n\\{ 2 1 63 offset_y offset_y 1 \\} \\\\n\\{ 4 1 27 T T 1 \\} \\\\n\\{ 4 1 27 R R 1 \\} \\\\n\\{ 4 1 27 S S 1 \\} \\\\n\\{ 2 0 45 error error 1 \\} \\\\n\\{ 1 1 0 error_min error_min 1 \\} \\\\n\\{ 1 1 0 error_max error_max 1 \\} \\\\n\\{ 1 1 0 pattern_x pattern_x 1 \\} \\\\n\\{ 1 1 0 pattern_y pattern_y 1 \\} \\\\n\\{ 1 1 0 pattern_r pattern_r 1 \\} \\\\n\\{ 1 1 0 pattern_t pattern_t 1 \\} \\\\n\\{ 1 1 0 search_x search_x 1 \\} \\\\n\\{ 1 1 0 search_y search_y 1 \\} \\\\n\\{ 1 1 0 search_r search_r 1 \\} \\\\n\\{ 1 1 0 search_t search_t 1 \\} \\\\n\\{ 2 1 0 key_track key_track 1 \\} \\\\n\\{ 2 1 0 key_search_x key_search_x 1 \\} \\\\n\\{ 2 1 0 key_search_y key_search_y 1 \\} \\\\n\\{ 2 1 0 key_search_r key_search_r 1 \\} \\\\n\\{ 2 1 0 key_search_t key_search_t 1 \\} \\\\n\\{ 2 1 0 key_track_x key_track_x 1 \\} \\\\n\\{ 2 1 0 key_track_y key_track_y 1 \\} \\\\n\\{ 2 1 0 key_track_r key_track_r 1 \\} \\\\n\\{ 2 1 0 key_track_t key_track_t 1 \\} \\\\n\\{ 2 1 0 key_centre_offset_x key_centre_offset_x 1 \\} \\\\n\\{ 2 1 0 key_centre_offset_y key_centre_offset_y 1 \\} \\\\n\\} \\\"\\n default_track_end_script = \\\" \\{0\\} \\{0\\} 1 1 1 \\{0\\} 1 0 -32 -32 32 32 -22 -22 22 22 \\{0\\} \\{0\\} \\{0\\} \\{0\\} \\{0\\} \\{0\\} \\{0\\} \\{0\\} \\{0\\} \\{0\\} \\{0\\} \\}\\\\n\\\"\\n\\n # Loop through each 2d track knob and add it's animation to the Tracker4 node.\\n track_knobs = \\['op1', 'op2', 'op3', 'op4']\\n all_trackdata = \\[]\\n for i, knobname in enumerate(track_knobs):\\n opknob = node\\[knobname]\\n if opknob.isAnimated():\\n trackdata = \\[]\\n # Gather animation data from opknobs\\n for i, curve in enumerate(opknob.animations()):\\n if expression_link:\\n if i == 0:\\n dimension = 'x'\\n elif i == 1:\\n dimension = 'y'\\n trackdata_string = \\\" \\{\\{\\{0\\}\\}\\}\\\".format(\\\"parent.\\{0\\}.\\{1\\}.\\{2\\}\\\".format(node.fullName(), knobname, dimension))\\n trackdata.append(trackdata_string)\\n # livelink_transform must be true in order for expression links to work correctly on a tracker node\\n track_node\\['livelink_transform'].setValue(True)\\n else:\\n trackdata_string = \\\" \\{ curve\\\"\\n for key in curve.keys():\\n trackdata_string += \\\" x\\{0\\} \\{1\\}\\\".format(int(key.x), key.y)\\n trackdata_string += \\\"\\}\\\"\\n trackdata.append(trackdata_string)\\n all_trackdata.append(trackdata)\\n\\n else:\\n i -= 1\\n continue\\n # Append data to fromscript\\n tracks_fromscript += \\\"\\\\n\\{\\\\n\\\"\\n for i, curve in enumerate(all_trackdata):\\n tracks_fromscript += \\\" \\{ \\{1\\} \\\"\\n tracks_fromscript += \\\"\\\\\\\"track_\\{0\\}\\\\\\\"\\\".format(i)\\n for dim in curve:\\n tracks_fromscript += \\\"\\{0\\}\\\".format(dim)\\n tracks_fromscript += default_track_end_script\\n tracks_fromscript += \\\"\\\\n\\}\\\"\\n tracks_knob = track_node\\['tracks']\\n tracks_knob.fromScript(tracks_fromscript)\\n # Force update of Translate / Rotate / Scale\\n track_node.showControlPanel()\\n track_node.setTab(0)\\n tracks_knob.setValue(0, 6)\\n tracks_knob.setValue(1, 6)\\n track_node.hideControlPanel()\\n track_node\\['keyframe_display'].setValue(3)\"}\n addUserKnob {6 expression_link l \"expression link\" t \"If enabled, expression links will be created instead of copying the animation curves\" +STARTLINE}\n expression_link true\n addUserKnob {6 independent_identity_frame l \"independent identity frame\" t \"Add an independent identity frame to the output node. (More expressions! Use with caution.)\" -STARTLINE}\n addUserKnob {22 create_rotopaint l \"Roto / Add Layer\" t \"Create a roto node with a layer that has the matrix transform in it to use for tracking. \\n\\nWorks with any number of Existing Roto / RotoPaint / SplineWarp nodes as well if they are selected.\" T \"## Create Rotopaint\\nimport nuke\\nimport nuke.rotopaint as rp\\nimport _curvelib as cl\\n\\ngrid_x = int(nuke.toNode('preferences').knob('GridWidth').value())\\ngrid_y = int(nuke.toNode('preferences').knob('GridHeight').value())\\nnode = nuke.thisNode()\\nmatrix = node\\['matrix']\\nnuke.root().begin()\\nidentity_frame = int(node\\['identity_frame'].getValue())\\nexpression_link = node\\['expression_link'].getValue()\\nindependent_identity_frame = node\\['independent_identity_frame'].getValue()\\n\\nfirst = None\\nfor every in matrix.animations():\\n if first == None:\\n first = int(every.keys()\\[0].x)\\n else:\\n first = min(first, int(every.keys()\\[0].x))\\n\\nlast = None\\nfor every in matrix.animations():\\n if last == None:\\n last = int(every.keys()\\[0].x)\\n else:\\n last = max(last, int(every.keys()\\[-1].x))\\n\\n\\nif first != None and last != None:\\n if matrix.isAnimated():\\n # Get all selected roto nodes\\n selected_roto_nodes = \\[n for n in nuke.selectedNodes() if n.Class() in \\[\\\"Roto\\\", \\\"RotoPaint\\\", \\\"SplineWarp3\\\"]]\\n if not selected_roto_nodes:\\n _ = \\[n.setSelected(False) for n in nuke.allNodes()]\\n roto_node = nuke.createNode(\\\"Roto\\\", inpanel=False)\\n roto_node.setXYpos(node.xpos()-grid_x*0, node.ypos()+grid_y*2)\\n roto_node.setSelected(True)\\n selected_roto_nodes = \\[roto_node]\\n\\n for roto_node in selected_roto_nodes:\\n\\n curve_knob = roto_node\\['curves']\\n roto_layer = rp.Layer(curve_knob)\\n roto_layer.name = node.name()\\n\\n curve = \\[cl.AnimCurve() for i in range(16)]\\n\\n # Add independent identity frame calculation onto the target node.\\n if expression_link and independent_identity_frame:\\n # Add identity frame knob\\n roto_node.addKnob(nuke.Tab_Knob('Identity Frame'))\\n roto_node.addKnob(nuke.Int_Knob('identity_frame', 'identity frame'))\\n roto_node\\['identity_frame'].setValue(int(node\\['identity_frame'].getValue()))\\n roto_node.addKnob(nuke.PyScript_Knob('identity_to_curframe', 'Current'))\\n roto_node.knob('identity_to_curframe').setTooltip(\\\"Set identity frame to current frame.\\\")\\n roto_node.knob('identity_to_curframe').setCommand(\\\"nuke.thisNode().knob('identity_frame').setValue(nuke.frame())\\\")\\n roto_node.setTab(1)\\n\\n roto_node.addKnob(nuke.Double_Knob('determinant', 'determinant'))\\n determinant = \\\"parent.\\{0\\}.matrix.3(identity_frame) * parent.\\{0\\}.matrix.6(identity_frame) * parent.\\{0\\}.matrix.9(identity_frame) * parent.\\{0\\}.matrix.12(identity_frame)- parent.\\{0\\}.matrix.2(identity_frame) * parent.\\{0\\}.matrix.7(identity_frame) * parent.\\{0\\}.matrix.9(identity_frame) * parent.\\{0\\}.matrix.12(identity_frame)- parent.\\{0\\}.matrix.3(identity_frame) * parent.\\{0\\}.matrix.5(identity_frame) * parent.\\{0\\}.matrix.10(identity_frame) * parent.\\{0\\}.matrix.12(identity_frame)+ parent.\\{0\\}.matrix.1(identity_frame) * parent.\\{0\\}.matrix.7(identity_frame) * parent.\\{0\\}.matrix.10(identity_frame) * parent.\\{0\\}.matrix.12(identity_frame)+ parent.\\{0\\}.matrix.2(identity_frame) * parent.\\{0\\}.matrix.5(identity_frame) * parent.\\{0\\}.matrix.11(identity_frame) * parent.\\{0\\}.matrix.12(identity_frame)- parent.\\{0\\}.matrix.1(identity_frame) * parent.\\{0\\}.matrix.6(identity_frame) * parent.\\{0\\}.matrix.11(identity_frame) * parent.\\{0\\}.matrix.12(identity_frame)- parent.\\{0\\}.matrix.3(identity_frame) * parent.\\{0\\}.matrix.6(identity_frame) * parent.\\{0\\}.matrix.8(identity_frame) * parent.\\{0\\}.matrix.13(identity_frame)+ parent.\\{0\\}.matrix.2(identity_frame) * parent.\\{0\\}.matrix.7(identity_frame) * parent.\\{0\\}.matrix.8(identity_frame) * parent.\\{0\\}.matrix.13(identity_frame)+ parent.\\{0\\}.matrix.3(identity_frame) * parent.\\{0\\}.matrix.4(identity_frame) * parent.\\{0\\}.matrix.10(identity_frame) * parent.\\{0\\}.matrix.13(identity_frame)- parent.\\{0\\}.matrix.0(identity_frame) * parent.\\{0\\}.matrix.7(identity_frame) * parent.\\{0\\}.matrix.10(identity_frame) * parent.\\{0\\}.matrix.13(identity_frame)- parent.\\{0\\}.matrix.2(identity_frame) * parent.\\{0\\}.matrix.4(identity_frame) * parent.\\{0\\}.matrix.11(identity_frame) * parent.\\{0\\}.matrix.13(identity_frame)+ parent.\\{0\\}.matrix.0(identity_frame) * parent.\\{0\\}.matrix.6(identity_frame) * parent.\\{0\\}.matrix.11(identity_frame) * parent.\\{0\\}.matrix.13(identity_frame)+ parent.\\{0\\}.matrix.3(identity_frame) * parent.\\{0\\}.matrix.5(identity_frame) * parent.\\{0\\}.matrix.8(identity_frame) * parent.\\{0\\}.matrix.14(identity_frame)- parent.\\{0\\}.matrix.1(identity_frame) * parent.\\{0\\}.matrix.7(identity_frame) * parent.\\{0\\}.matrix.8(identity_frame) * parent.\\{0\\}.matrix.14(identity_frame)- parent.\\{0\\}.matrix.3(identity_frame) * parent.\\{0\\}.matrix.4(identity_frame) * parent.\\{0\\}.matrix.9(identity_frame) * parent.\\{0\\}.matrix.14(identity_frame)+ parent.\\{0\\}.matrix.0(identity_frame) * parent.\\{0\\}.matrix.7(identity_frame) * parent.\\{0\\}.matrix.9(identity_frame) * parent.\\{0\\}.matrix.14(identity_frame)+ parent.\\{0\\}.matrix.1(identity_frame) * parent.\\{0\\}.matrix.4(identity_frame) * parent.\\{0\\}.matrix.11(identity_frame) * parent.\\{0\\}.matrix.14(identity_frame)- parent.\\{0\\}.matrix.0(identity_frame) * parent.\\{0\\}.matrix.5(identity_frame) * parent.\\{0\\}.matrix.11(identity_frame) * parent.\\{0\\}.matrix.14(identity_frame)- parent.\\{0\\}.matrix.2(identity_frame) * parent.\\{0\\}.matrix.5(identity_frame) * parent.\\{0\\}.matrix.8(identity_frame) * parent.\\{0\\}.matrix.15(identity_frame)+ parent.\\{0\\}.matrix.1(identity_frame) * parent.\\{0\\}.matrix.6(identity_frame) * parent.\\{0\\}.matrix.8(identity_frame) * parent.\\{0\\}.matrix.15(identity_frame)+ parent.\\{0\\}.matrix.2(identity_frame) * parent.\\{0\\}.matrix.4(identity_frame) * parent.\\{0\\}.matrix.9(identity_frame) * parent.\\{0\\}.matrix.15(identity_frame)- parent.\\{0\\}.matrix.0(identity_frame) * parent.\\{0\\}.matrix.6(identity_frame) * parent.\\{0\\}.matrix.9(identity_frame) * parent.\\{0\\}.matrix.15(identity_frame)- parent.\\{0\\}.matrix.1(identity_frame) * parent.\\{0\\}.matrix.4(identity_frame) * parent.\\{0\\}.matrix.10(identity_frame) * parent.\\{0\\}.matrix.15(identity_frame)+ parent.\\{0\\}.matrix.0(identity_frame) * parent.\\{0\\}.matrix.5(identity_frame) * parent.\\{0\\}.matrix.10(identity_frame) * parent.\\{0\\}.matrix.15(identity_frame)\\\".format(node.fullName())\\n roto_node\\['determinant'].setExpression(determinant)\\n for i in range(4):\\n roto_node.addKnob(nuke.BBox_Knob(\\\"invmatrix\\{0\\}\\\".format(i)))\\n # view-source:https://www.euclideanspace.com/maths/algebra/matrix/functions/inverse/fourD/index.htm\\n roto_node\\['invmatrix0'].setExpression(\\\"(parent.\\{0\\}.matrix.6(identity_frame)*parent.\\{0\\}.matrix.11(identity_frame)*parent.\\{0\\}.matrix.13(identity_frame) - parent.\\{0\\}.matrix.7(identity_frame)*parent.\\{0\\}.matrix.10(identity_frame)*parent.\\{0\\}.matrix.13(identity_frame) + parent.\\{0\\}.matrix.7(identity_frame)*parent.\\{0\\}.matrix.9(identity_frame)*parent.\\{0\\}.matrix.14(identity_frame) - parent.\\{0\\}.matrix.5(identity_frame)*parent.\\{0\\}.matrix.11(identity_frame)*parent.\\{0\\}.matrix.14(identity_frame) - parent.\\{0\\}.matrix.6(identity_frame)*parent.\\{0\\}.matrix.9(identity_frame)*parent.\\{0\\}.matrix.15(identity_frame) + parent.\\{0\\}.matrix.5(identity_frame)*parent.\\{0\\}.matrix.10(identity_frame)*parent.\\{0\\}.matrix.15(identity_frame))/determinant\\\".format(node.fullName()), 0)\\n roto_node\\['invmatrix0'].setExpression(\\\"(parent.\\{0\\}.matrix.3(identity_frame)*parent.\\{0\\}.matrix.10(identity_frame)*parent.\\{0\\}.matrix.13(identity_frame) - parent.\\{0\\}.matrix.2(identity_frame)*parent.\\{0\\}.matrix.11(identity_frame)*parent.\\{0\\}.matrix.13(identity_frame) - parent.\\{0\\}.matrix.3(identity_frame)*parent.\\{0\\}.matrix.9(identity_frame)*parent.\\{0\\}.matrix.14(identity_frame) + parent.\\{0\\}.matrix.1(identity_frame)*parent.\\{0\\}.matrix.11(identity_frame)*parent.\\{0\\}.matrix.14(identity_frame) + parent.\\{0\\}.matrix.2(identity_frame)*parent.\\{0\\}.matrix.9(identity_frame)*parent.\\{0\\}.matrix.15(identity_frame) - parent.\\{0\\}.matrix.1(identity_frame)*parent.\\{0\\}.matrix.10(identity_frame)*parent.\\{0\\}.matrix.15(identity_frame))/determinant\\\".format(node.fullName()), 1)\\n roto_node\\['invmatrix0'].setExpression(\\\"(parent.\\{0\\}.matrix.2(identity_frame)*parent.\\{0\\}.matrix.7(identity_frame)*parent.\\{0\\}.matrix.13(identity_frame) - parent.\\{0\\}.matrix.3(identity_frame)*parent.\\{0\\}.matrix.6(identity_frame)*parent.\\{0\\}.matrix.13(identity_frame) + parent.\\{0\\}.matrix.3(identity_frame)*parent.\\{0\\}.matrix.5(identity_frame)*parent.\\{0\\}.matrix.14(identity_frame) - parent.\\{0\\}.matrix.1(identity_frame)*parent.\\{0\\}.matrix.7(identity_frame)*parent.\\{0\\}.matrix.14(identity_frame) - parent.\\{0\\}.matrix.2(identity_frame)*parent.\\{0\\}.matrix.5(identity_frame)*parent.\\{0\\}.matrix.15(identity_frame) + parent.\\{0\\}.matrix.1(identity_frame)*parent.\\{0\\}.matrix.6(identity_frame)*parent.\\{0\\}.matrix.15(identity_frame))/determinant\\\".format(node.fullName()), 2)\\n roto_node\\['invmatrix0'].setExpression(\\\"(parent.\\{0\\}.matrix.3(identity_frame)*parent.\\{0\\}.matrix.6(identity_frame)*parent.\\{0\\}.matrix.9(identity_frame) - parent.\\{0\\}.matrix.2(identity_frame)*parent.\\{0\\}.matrix.7(identity_frame)*parent.\\{0\\}.matrix.9(identity_frame) - parent.\\{0\\}.matrix.3(identity_frame)*parent.\\{0\\}.matrix.5(identity_frame)*parent.\\{0\\}.matrix.10(identity_frame) + parent.\\{0\\}.matrix.1(identity_frame)*parent.\\{0\\}.matrix.7(identity_frame)*parent.\\{0\\}.matrix.10(identity_frame) + parent.\\{0\\}.matrix.2(identity_frame)*parent.\\{0\\}.matrix.5(identity_frame)*parent.\\{0\\}.matrix.11(identity_frame) - parent.\\{0\\}.matrix.1(identity_frame)*parent.\\{0\\}.matrix.6(identity_frame)*parent.\\{0\\}.matrix.11(identity_frame))/determinant\\\".format(node.fullName()), 3)\\n roto_node\\['invmatrix1'].setExpression(\\\"(parent.\\{0\\}.matrix.7(identity_frame)*parent.\\{0\\}.matrix.10(identity_frame)*parent.\\{0\\}.matrix.12(identity_frame) - parent.\\{0\\}.matrix.6(identity_frame)*parent.\\{0\\}.matrix.11(identity_frame)*parent.\\{0\\}.matrix.12(identity_frame) - parent.\\{0\\}.matrix.7(identity_frame)*parent.\\{0\\}.matrix.8(identity_frame)*parent.\\{0\\}.matrix.14(identity_frame) + parent.\\{0\\}.matrix.4(identity_frame)*parent.\\{0\\}.matrix.11(identity_frame)*parent.\\{0\\}.matrix.14(identity_frame) + parent.\\{0\\}.matrix.6(identity_frame)*parent.\\{0\\}.matrix.8(identity_frame)*parent.\\{0\\}.matrix.15(identity_frame) - parent.\\{0\\}.matrix.4(identity_frame)*parent.\\{0\\}.matrix.10(identity_frame)*parent.\\{0\\}.matrix.15(identity_frame))/determinant\\\".format(node.fullName()), 0)\\n roto_node\\['invmatrix1'].setExpression(\\\"(parent.\\{0\\}.matrix.2(identity_frame)*parent.\\{0\\}.matrix.11(identity_frame)*parent.\\{0\\}.matrix.12(identity_frame) - parent.\\{0\\}.matrix.3(identity_frame)*parent.\\{0\\}.matrix.10(identity_frame)*parent.\\{0\\}.matrix.12(identity_frame) + parent.\\{0\\}.matrix.3(identity_frame)*parent.\\{0\\}.matrix.8(identity_frame)*parent.\\{0\\}.matrix.14(identity_frame) - parent.\\{0\\}.matrix.0(identity_frame)*parent.\\{0\\}.matrix.11(identity_frame)*parent.\\{0\\}.matrix.14(identity_frame) - parent.\\{0\\}.matrix.2(identity_frame)*parent.\\{0\\}.matrix.8(identity_frame)*parent.\\{0\\}.matrix.15(identity_frame) + parent.\\{0\\}.matrix.0(identity_frame)*parent.\\{0\\}.matrix.10(identity_frame)*parent.\\{0\\}.matrix.15(identity_frame))/determinant\\\".format(node.fullName()), 1)\\n roto_node\\['invmatrix1'].setExpression(\\\"(parent.\\{0\\}.matrix.3(identity_frame)*parent.\\{0\\}.matrix.6(identity_frame)*parent.\\{0\\}.matrix.12(identity_frame) - parent.\\{0\\}.matrix.2(identity_frame)*parent.\\{0\\}.matrix.7(identity_frame)*parent.\\{0\\}.matrix.12(identity_frame) - parent.\\{0\\}.matrix.3(identity_frame)*parent.\\{0\\}.matrix.4(identity_frame)*parent.\\{0\\}.matrix.14(identity_frame) + parent.\\{0\\}.matrix.0(identity_frame)*parent.\\{0\\}.matrix.7(identity_frame)*parent.\\{0\\}.matrix.14(identity_frame) + parent.\\{0\\}.matrix.2(identity_frame)*parent.\\{0\\}.matrix.4(identity_frame)*parent.\\{0\\}.matrix.15(identity_frame) - parent.\\{0\\}.matrix.0(identity_frame)*parent.\\{0\\}.matrix.6(identity_frame)*parent.\\{0\\}.matrix.15(identity_frame))/determinant\\\".format(node.fullName()), 2)\\n roto_node\\['invmatrix1'].setExpression(\\\"(parent.\\{0\\}.matrix.2(identity_frame)*parent.\\{0\\}.matrix.7(identity_frame)*parent.\\{0\\}.matrix.8(identity_frame) - parent.\\{0\\}.matrix.3(identity_frame)*parent.\\{0\\}.matrix.6(identity_frame)*parent.\\{0\\}.matrix.8(identity_frame) + parent.\\{0\\}.matrix.3(identity_frame)*parent.\\{0\\}.matrix.4(identity_frame)*parent.\\{0\\}.matrix.10(identity_frame) - parent.\\{0\\}.matrix.0(identity_frame)*parent.\\{0\\}.matrix.7(identity_frame)*parent.\\{0\\}.matrix.10(identity_frame) - parent.\\{0\\}.matrix.2(identity_frame)*parent.\\{0\\}.matrix.4(identity_frame)*parent.\\{0\\}.matrix.11(identity_frame) + parent.\\{0\\}.matrix.0(identity_frame)*parent.\\{0\\}.matrix.6(identity_frame)*parent.\\{0\\}.matrix.11(identity_frame))/determinant\\\".format(node.fullName()), 3)\\n roto_node\\['invmatrix2'].setExpression(\\\"(parent.\\{0\\}.matrix.5(identity_frame)*parent.\\{0\\}.matrix.11(identity_frame)*parent.\\{0\\}.matrix.12(identity_frame) - parent.\\{0\\}.matrix.7(identity_frame)*parent.\\{0\\}.matrix.9(identity_frame)*parent.\\{0\\}.matrix.12(identity_frame) + parent.\\{0\\}.matrix.7(identity_frame)*parent.\\{0\\}.matrix.8(identity_frame)*parent.\\{0\\}.matrix.13(identity_frame) - parent.\\{0\\}.matrix.4(identity_frame)*parent.\\{0\\}.matrix.11(identity_frame)*parent.\\{0\\}.matrix.13(identity_frame) - parent.\\{0\\}.matrix.5(identity_frame)*parent.\\{0\\}.matrix.8(identity_frame)*parent.\\{0\\}.matrix.15(identity_frame) + parent.\\{0\\}.matrix.4(identity_frame)*parent.\\{0\\}.matrix.9(identity_frame)*parent.\\{0\\}.matrix.15(identity_frame))/determinant\\\".format(node.fullName()), 0)\\n roto_node\\['invmatrix2'].setExpression(\\\"(parent.\\{0\\}.matrix.3(identity_frame)*parent.\\{0\\}.matrix.9(identity_frame)*parent.\\{0\\}.matrix.12(identity_frame) - parent.\\{0\\}.matrix.1(identity_frame)*parent.\\{0\\}.matrix.11(identity_frame)*parent.\\{0\\}.matrix.12(identity_frame) - parent.\\{0\\}.matrix.3(identity_frame)*parent.\\{0\\}.matrix.8(identity_frame)*parent.\\{0\\}.matrix.13(identity_frame) + parent.\\{0\\}.matrix.0(identity_frame)*parent.\\{0\\}.matrix.11(identity_frame)*parent.\\{0\\}.matrix.13(identity_frame) + parent.\\{0\\}.matrix.1(identity_frame)*parent.\\{0\\}.matrix.8(identity_frame)*parent.\\{0\\}.matrix.15(identity_frame) - parent.\\{0\\}.matrix.0(identity_frame)*parent.\\{0\\}.matrix.9(identity_frame)*parent.\\{0\\}.matrix.15(identity_frame))/determinant\\\".format(node.fullName()), 1)\\n roto_node\\['invmatrix2'].setExpression(\\\"(parent.\\{0\\}.matrix.1(identity_frame)*parent.\\{0\\}.matrix.7(identity_frame)*parent.\\{0\\}.matrix.12(identity_frame) - parent.\\{0\\}.matrix.3(identity_frame)*parent.\\{0\\}.matrix.5(identity_frame)*parent.\\{0\\}.matrix.12(identity_frame) + parent.\\{0\\}.matrix.3(identity_frame)*parent.\\{0\\}.matrix.4(identity_frame)*parent.\\{0\\}.matrix.13(identity_frame) - parent.\\{0\\}.matrix.0(identity_frame)*parent.\\{0\\}.matrix.7(identity_frame)*parent.\\{0\\}.matrix.13(identity_frame) - parent.\\{0\\}.matrix.1(identity_frame)*parent.\\{0\\}.matrix.4(identity_frame)*parent.\\{0\\}.matrix.15(identity_frame) + parent.\\{0\\}.matrix.0(identity_frame)*parent.\\{0\\}.matrix.5(identity_frame)*parent.\\{0\\}.matrix.15(identity_frame))/determinant\\\".format(node.fullName()), 2)\\n roto_node\\['invmatrix2'].setExpression(\\\"(parent.\\{0\\}.matrix.3(identity_frame)*parent.\\{0\\}.matrix.5(identity_frame)*parent.\\{0\\}.matrix.8(identity_frame) - parent.\\{0\\}.matrix.1(identity_frame)*parent.\\{0\\}.matrix.7(identity_frame)*parent.\\{0\\}.matrix.8(identity_frame) - parent.\\{0\\}.matrix.3(identity_frame)*parent.\\{0\\}.matrix.4(identity_frame)*parent.\\{0\\}.matrix.9(identity_frame) + parent.\\{0\\}.matrix.0(identity_frame)*parent.\\{0\\}.matrix.7(identity_frame)*parent.\\{0\\}.matrix.9(identity_frame) + parent.\\{0\\}.matrix.1(identity_frame)*parent.\\{0\\}.matrix.4(identity_frame)*parent.\\{0\\}.matrix.11(identity_frame) - parent.\\{0\\}.matrix.0(identity_frame)*parent.\\{0\\}.matrix.5(identity_frame)*parent.\\{0\\}.matrix.11(identity_frame))/determinant\\\".format(node.fullName()), 3)\\n roto_node\\['invmatrix3'].setExpression(\\\"(parent.\\{0\\}.matrix.6(identity_frame)*parent.\\{0\\}.matrix.9(identity_frame)*parent.\\{0\\}.matrix.12(identity_frame) - parent.\\{0\\}.matrix.5(identity_frame)*parent.\\{0\\}.matrix.10(identity_frame)*parent.\\{0\\}.matrix.12(identity_frame) - parent.\\{0\\}.matrix.6(identity_frame)*parent.\\{0\\}.matrix.8(identity_frame)*parent.\\{0\\}.matrix.13(identity_frame) + parent.\\{0\\}.matrix.4(identity_frame)*parent.\\{0\\}.matrix.10(identity_frame)*parent.\\{0\\}.matrix.13(identity_frame) + parent.\\{0\\}.matrix.5(identity_frame)*parent.\\{0\\}.matrix.8(identity_frame)*parent.\\{0\\}.matrix.14(identity_frame) - parent.\\{0\\}.matrix.4(identity_frame)*parent.\\{0\\}.matrix.9(identity_frame)*parent.\\{0\\}.matrix.14(identity_frame))/determinant\\\".format(node.fullName()), 0)\\n roto_node\\['invmatrix3'].setExpression(\\\"(parent.\\{0\\}.matrix.1(identity_frame)*parent.\\{0\\}.matrix.10(identity_frame)*parent.\\{0\\}.matrix.12(identity_frame) - parent.\\{0\\}.matrix.2(identity_frame)*parent.\\{0\\}.matrix.9(identity_frame)*parent.\\{0\\}.matrix.12(identity_frame) + parent.\\{0\\}.matrix.2(identity_frame)*parent.\\{0\\}.matrix.8(identity_frame)*parent.\\{0\\}.matrix.13(identity_frame) - parent.\\{0\\}.matrix.0(identity_frame)*parent.\\{0\\}.matrix.10(identity_frame)*parent.\\{0\\}.matrix.13(identity_frame) - parent.\\{0\\}.matrix.1(identity_frame)*parent.\\{0\\}.matrix.8(identity_frame)*parent.\\{0\\}.matrix.14(identity_frame) + parent.\\{0\\}.matrix.0(identity_frame)*parent.\\{0\\}.matrix.9(identity_frame)*parent.\\{0\\}.matrix.14(identity_frame))/determinant\\\".format(node.fullName()), 1)\\n roto_node\\['invmatrix3'].setExpression(\\\"(parent.\\{0\\}.matrix.2(identity_frame)*parent.\\{0\\}.matrix.5(identity_frame)*parent.\\{0\\}.matrix.12(identity_frame) - parent.\\{0\\}.matrix.1(identity_frame)*parent.\\{0\\}.matrix.6(identity_frame)*parent.\\{0\\}.matrix.12(identity_frame) - parent.\\{0\\}.matrix.2(identity_frame)*parent.\\{0\\}.matrix.4(identity_frame)*parent.\\{0\\}.matrix.13(identity_frame) + parent.\\{0\\}.matrix.0(identity_frame)*parent.\\{0\\}.matrix.6(identity_frame)*parent.\\{0\\}.matrix.13(identity_frame) + parent.\\{0\\}.matrix.1(identity_frame)*parent.\\{0\\}.matrix.4(identity_frame)*parent.\\{0\\}.matrix.14(identity_frame) - parent.\\{0\\}.matrix.0(identity_frame)*parent.\\{0\\}.matrix.5(identity_frame)*parent.\\{0\\}.matrix.14(identity_frame))/determinant\\\".format(node.fullName()), 2)\\n roto_node\\['invmatrix3'].setExpression(\\\"(parent.\\{0\\}.matrix.1(identity_frame)*parent.\\{0\\}.matrix.6(identity_frame)*parent.\\{0\\}.matrix.8(identity_frame) - parent.\\{0\\}.matrix.2(identity_frame)*parent.\\{0\\}.matrix.5(identity_frame)*parent.\\{0\\}.matrix.8(identity_frame) + parent.\\{0\\}.matrix.2(identity_frame)*parent.\\{0\\}.matrix.4(identity_frame)*parent.\\{0\\}.matrix.9(identity_frame) - parent.\\{0\\}.matrix.0(identity_frame)*parent.\\{0\\}.matrix.6(identity_frame)*parent.\\{0\\}.matrix.9(identity_frame) - parent.\\{0\\}.matrix.1(identity_frame)*parent.\\{0\\}.matrix.4(identity_frame)*parent.\\{0\\}.matrix.10(identity_frame) + parent.\\{0\\}.matrix.0(identity_frame)*parent.\\{0\\}.matrix.5(identity_frame)*parent.\\{0\\}.matrix.10(identity_frame))/determinant\\\".format(node.fullName()), 3)\\n\\n # view-source:https://www.euclideanspace.com/maths/algebra/matrix/arithmetic/fourD/index.htm\\n curve\\[0].expressionString = \\\"parent.\\{0\\}.matrix.0*invmatrix0.0 + parent.\\{0\\}.matrix.1*invmatrix1.0 + parent.\\{0\\}.matrix.2*invmatrix2.0 + parent.\\{0\\}.matrix.3*invmatrix3.0\\\".format(node.fullName())\\n curve\\[1].expressionString = \\\"parent.\\{0\\}.matrix.0*invmatrix0.1 + parent.\\{0\\}.matrix.1*invmatrix1.1 + parent.\\{0\\}.matrix.2*invmatrix2.1 + parent.\\{0\\}.matrix.3*invmatrix3.1\\\".format(node.fullName())\\n curve\\[2].expressionString = \\\"parent.\\{0\\}.matrix.0*invmatrix0.2 + parent.\\{0\\}.matrix.1*invmatrix1.2 + parent.\\{0\\}.matrix.2*invmatrix2.2 + parent.\\{0\\}.matrix.3*invmatrix3.2\\\".format(node.fullName())\\n curve\\[3].expressionString = \\\"parent.\\{0\\}.matrix.0*invmatrix0.3 + parent.\\{0\\}.matrix.1*invmatrix1.3 + parent.\\{0\\}.matrix.2*invmatrix2.3 + parent.\\{0\\}.matrix.3*invmatrix3.3\\\".format(node.fullName())\\n\\n curve\\[4].expressionString = \\\"parent.\\{0\\}.matrix.4*invmatrix0.0 + parent.\\{0\\}.matrix.5*invmatrix1.0 + parent.\\{0\\}.matrix.6*invmatrix2.0 + parent.\\{0\\}.matrix.7*invmatrix3.0\\\".format(node.fullName())\\n curve\\[5].expressionString = \\\"parent.\\{0\\}.matrix.4*invmatrix0.1 + parent.\\{0\\}.matrix.5*invmatrix1.1 + parent.\\{0\\}.matrix.6*invmatrix2.1 + parent.\\{0\\}.matrix.7*invmatrix3.1\\\".format(node.fullName())\\n curve\\[6].expressionString = \\\"parent.\\{0\\}.matrix.4*invmatrix0.2 + parent.\\{0\\}.matrix.5*invmatrix1.2 + parent.\\{0\\}.matrix.6*invmatrix2.2 + parent.\\{0\\}.matrix.7*invmatrix3.2\\\".format(node.fullName())\\n curve\\[7].expressionString = \\\"parent.\\{0\\}.matrix.4*invmatrix0.3 + parent.\\{0\\}.matrix.5*invmatrix1.3 + parent.\\{0\\}.matrix.6*invmatrix2.3 + parent.\\{0\\}.matrix.7*invmatrix3.3\\\".format(node.fullName())\\n\\n curve\\[8].expressionString = \\\"parent.\\{0\\}.matrix.8*invmatrix0.0 + parent.\\{0\\}.matrix.9*invmatrix1.0 + parent.\\{0\\}.matrix.10*invmatrix2.0 + parent.\\{0\\}.matrix.11*invmatrix3.0\\\".format(node.fullName())\\n curve\\[9].expressionString = \\\"parent.\\{0\\}.matrix.8*invmatrix0.1 + parent.\\{0\\}.matrix.9*invmatrix1.1 + parent.\\{0\\}.matrix.10*invmatrix2.1 + parent.\\{0\\}.matrix.11*invmatrix3.1\\\".format(node.fullName())\\n curve\\[10].expressionString = \\\"parent.\\{0\\}.matrix.8*invmatrix0.2 + parent.\\{0\\}.matrix.9*invmatrix1.2 + parent.\\{0\\}.matrix.10*invmatrix2.2 + parent.\\{0\\}.matrix.11*invmatrix3.2\\\".format(node.fullName())\\n curve\\[11].expressionString = \\\"parent.\\{0\\}.matrix.8*invmatrix0.3 + parent.\\{0\\}.matrix.9*invmatrix1.3 + parent.\\{0\\}.matrix.10*invmatrix2.3 + parent.\\{0\\}.matrix.11*invmatrix3.3\\\".format(node.fullName())\\n\\n curve\\[12].expressionString = \\\"parent.\\{0\\}.matrix.12*invmatrix0.0 + parent.\\{0\\}.matrix.13*invmatrix1.0 + parent.\\{0\\}.matrix.14*invmatrix2.0 + parent.\\{0\\}.matrix.15*invmatrix3.0\\\".format(node.fullName())\\n curve\\[13].expressionString = \\\"parent.\\{0\\}.matrix.12*invmatrix0.1 + parent.\\{0\\}.matrix.13*invmatrix1.1 + parent.\\{0\\}.matrix.14*invmatrix2.1 + parent.\\{0\\}.matrix.15*invmatrix3.1\\\".format(node.fullName())\\n curve\\[14].expressionString = \\\"parent.\\{0\\}.matrix.12*invmatrix0.2 + parent.\\{0\\}.matrix.13*invmatrix1.2 + parent.\\{0\\}.matrix.14*invmatrix2.2 + parent.\\{0\\}.matrix.15*invmatrix3.2\\\".format(node.fullName())\\n curve\\[15].expressionString = \\\"parent.\\{0\\}.matrix.12*invmatrix0.3 + parent.\\{0\\}.matrix.13*invmatrix1.3 + parent.\\{0\\}.matrix.14*invmatrix2.3 + parent.\\{0\\}.matrix.15*invmatrix3.3\\\".format(node.fullName())\\n\\n for i in range(16):\\n curve\\[i].useExpression = True\\n roto_node\\['label'].setValue('\\{0\\}: x\\[value identity_frame]'.format(node.name()))\\n\\n elif expression_link and not independent_identity_frame:\\n # Just expression link\\n for f in range(first,last+1):\\n for i in range(16):\\n if node\\['expression_link'].getValue():\\n curve\\[i].expressionString = \\\"parent.\\{0\\}.matrix.\\{1\\}\\\".format(node.fullName(), i)\\n curve\\[i].useExpression = True\\n else:\\n curve\\[i].addKey(int(f), matrix.valueAt(f)\\[i])\\n roto_node\\['label'].setValue('\\{0\\}: x\\{1\\}'.format(node.name(), identity_frame))\\n else:\\n # Copy the animation curves as is\\n for f in range(first, last+1):\\n for i in range(16):\\n curve\\[i].addKey(int(f), node\\['matrix'].getValueAt(f, i))\\n roto_node\\['label'].setValue('\\{0\\}: x\\{1\\}'.format(node.name(), identity_frame))\\n\\n for y in range(1,5):\\n for x in range(1,5):\\n cell = ((y-1)*4)+x-1\\n roto_layer.getTransform().setExtraMatrixAnimCurve(y-1,x-1, curve\\[cell])\\n curve_knob.rootLayer.append(roto_layer)\\n roto_node.setTab(1)\" +STARTLINE}\n addUserKnob {22 create_cornerpin l CornerPin t \"Create a cornerpin node, using the specified identity frame, if enabled. \\n\\nIf you need a CornerPin stabilizing, click the invert checkbox.\" -STARTLINE T \"## Create Cornerpin\\ngrid_x = int(nuke.toNode('preferences').knob('GridWidth').value())\\ngrid_y = int(nuke.toNode('preferences').knob('GridHeight').value())\\n\\nnode = nuke.thisNode()\\nnuke.root().begin()\\n\\n_ = \\[n.setSelected(False) for n in nuke.allNodes()]\\ncornerpin = nuke.createNode(\\\"CornerPin2D\\\", inpanel=False)\\ncornerpin.setXYpos(node.xpos()-grid_x*0, node.ypos()+grid_y*2)\\ncornerpin.setSelected(True)\\ncornerpin.addKnob(nuke.Tab_Knob('Identity Frame'))\\ncornerpin.addKnob(nuke.Int_Knob('identity_frame', 'identity frame'))\\nreference_frame = int(node\\['identity_frame'].getValue())\\ncornerpin\\['identity_frame'].setValue(int(node\\['identity_frame'].getValue()))\\ncornerpin\\['label'].setValue(\\\"PlanarProjection : ref x\\{0\\}\\\".format('\\[value identity_frame]'))\\n\\nfor i in range(1, 5):\\n if node\\['expression_link'].getValue():\\n cornerpin\\['to\\{0\\}'.format(i)].setExpression(\\\"parent.\\{0\\}.op\\{1\\}\\\".format(node.fullName(), i))\\n else:\\n cornerpin\\['to\\{0\\}'.format(i)].copyAnimations(node\\['op\\{0\\}'.format(i)].animations())\\n cornerpin\\['from\\{0\\}'.format(i)].setExpression('to\\{0\\}(identity_frame)'.format(i))\\ncornerpin.setTab(1)\"}\n addUserKnob {22 create_cornerpin_matrix l \"CornerPin Matrix\" t \"Create a Cornerpin with the animation in the extra matrix knob instead of the to/from knobs.\" -STARTLINE T \"## Create Cornerpin with tracking data in matrix\\ngrid_x = int(nuke.toNode('preferences').knob('GridWidth').value())\\ngrid_y = int(nuke.toNode('preferences').knob('GridHeight').value())\\n\\nnode = nuke.thisNode()\\nnuke.root().begin()\\n\\n_ = \\[n.setSelected(False) for n in nuke.allNodes()]\\ncornerpin = nuke.createNode(\\\"CornerPin2D\\\", inpanel=False)\\ncornerpin.setXYpos(node.xpos()-grid_x*0, node.ypos()+grid_y*2)\\ncornerpin.setSelected(True)\\n\\n\\nreference_frame = int(node\\['identity_frame'].getValue())\\nexpression_link = node\\['expression_link'].getValue()\\nindependent_identity_frame = node\\['independent_identity_frame'].getValue()\\ncpmatrix = cornerpin\\['transform_matrix']\\n\\nif expression_link and independent_identity_frame:\\n # Add identity frame knob\\n cornerpin.addKnob(nuke.Tab_Knob('Identity Frame'))\\n cornerpin.addKnob(nuke.Int_Knob('identity_frame', 'identity frame'))\\n cornerpin\\['identity_frame'].setValue(int(node\\['identity_frame'].getValue()))\\n cornerpin.addKnob(nuke.PyScript_Knob('identity_to_curframe', 'Current'))\\n cornerpin.knob('identity_to_curframe').setTooltip(\\\"Set identity frame to current frame.\\\")\\n cornerpin.knob('identity_to_curframe').setCommand(\\\"nuke.thisNode().knob('identity_frame').setValue(nuke.frame())\\\")\\n cornerpin.setTab(1)\\n\\n cornerpin.addKnob(nuke.Double_Knob('determinant', 'determinant'))\\n determinant = \\\"parent.\\{0\\}.matrix.3(identity_frame) * parent.\\{0\\}.matrix.6(identity_frame) * parent.\\{0\\}.matrix.9(identity_frame) * parent.\\{0\\}.matrix.12(identity_frame)- parent.\\{0\\}.matrix.2(identity_frame) * parent.\\{0\\}.matrix.7(identity_frame) * parent.\\{0\\}.matrix.9(identity_frame) * parent.\\{0\\}.matrix.12(identity_frame)- parent.\\{0\\}.matrix.3(identity_frame) * parent.\\{0\\}.matrix.5(identity_frame) * parent.\\{0\\}.matrix.10(identity_frame) * parent.\\{0\\}.matrix.12(identity_frame)+ parent.\\{0\\}.matrix.1(identity_frame) * parent.\\{0\\}.matrix.7(identity_frame) * parent.\\{0\\}.matrix.10(identity_frame) * parent.\\{0\\}.matrix.12(identity_frame)+ parent.\\{0\\}.matrix.2(identity_frame) * parent.\\{0\\}.matrix.5(identity_frame) * parent.\\{0\\}.matrix.11(identity_frame) * parent.\\{0\\}.matrix.12(identity_frame)- parent.\\{0\\}.matrix.1(identity_frame) * parent.\\{0\\}.matrix.6(identity_frame) * parent.\\{0\\}.matrix.11(identity_frame) * parent.\\{0\\}.matrix.12(identity_frame)- parent.\\{0\\}.matrix.3(identity_frame) * parent.\\{0\\}.matrix.6(identity_frame) * parent.\\{0\\}.matrix.8(identity_frame) * parent.\\{0\\}.matrix.13(identity_frame)+ parent.\\{0\\}.matrix.2(identity_frame) * parent.\\{0\\}.matrix.7(identity_frame) * parent.\\{0\\}.matrix.8(identity_frame) * parent.\\{0\\}.matrix.13(identity_frame)+ parent.\\{0\\}.matrix.3(identity_frame) * parent.\\{0\\}.matrix.4(identity_frame) * parent.\\{0\\}.matrix.10(identity_frame) * parent.\\{0\\}.matrix.13(identity_frame)- parent.\\{0\\}.matrix.0(identity_frame) * parent.\\{0\\}.matrix.7(identity_frame) * parent.\\{0\\}.matrix.10(identity_frame) * parent.\\{0\\}.matrix.13(identity_frame)- parent.\\{0\\}.matrix.2(identity_frame) * parent.\\{0\\}.matrix.4(identity_frame) * parent.\\{0\\}.matrix.11(identity_frame) * parent.\\{0\\}.matrix.13(identity_frame)+ parent.\\{0\\}.matrix.0(identity_frame) * parent.\\{0\\}.matrix.6(identity_frame) * parent.\\{0\\}.matrix.11(identity_frame) * parent.\\{0\\}.matrix.13(identity_frame)+ parent.\\{0\\}.matrix.3(identity_frame) * parent.\\{0\\}.matrix.5(identity_frame) * parent.\\{0\\}.matrix.8(identity_frame) * parent.\\{0\\}.matrix.14(identity_frame)- parent.\\{0\\}.matrix.1(identity_frame) * parent.\\{0\\}.matrix.7(identity_frame) * parent.\\{0\\}.matrix.8(identity_frame) * parent.\\{0\\}.matrix.14(identity_frame)- parent.\\{0\\}.matrix.3(identity_frame) * parent.\\{0\\}.matrix.4(identity_frame) * parent.\\{0\\}.matrix.9(identity_frame) * parent.\\{0\\}.matrix.14(identity_frame)+ parent.\\{0\\}.matrix.0(identity_frame) * parent.\\{0\\}.matrix.7(identity_frame) * parent.\\{0\\}.matrix.9(identity_frame) * parent.\\{0\\}.matrix.14(identity_frame)+ parent.\\{0\\}.matrix.1(identity_frame) * parent.\\{0\\}.matrix.4(identity_frame) * parent.\\{0\\}.matrix.11(identity_frame) * parent.\\{0\\}.matrix.14(identity_frame)- parent.\\{0\\}.matrix.0(identity_frame) * parent.\\{0\\}.matrix.5(identity_frame) * parent.\\{0\\}.matrix.11(identity_frame) * parent.\\{0\\}.matrix.14(identity_frame)- parent.\\{0\\}.matrix.2(identity_frame) * parent.\\{0\\}.matrix.5(identity_frame) * parent.\\{0\\}.matrix.8(identity_frame) * parent.\\{0\\}.matrix.15(identity_frame)+ parent.\\{0\\}.matrix.1(identity_frame) * parent.\\{0\\}.matrix.6(identity_frame) * parent.\\{0\\}.matrix.8(identity_frame) * parent.\\{0\\}.matrix.15(identity_frame)+ parent.\\{0\\}.matrix.2(identity_frame) * parent.\\{0\\}.matrix.4(identity_frame) * parent.\\{0\\}.matrix.9(identity_frame) * parent.\\{0\\}.matrix.15(identity_frame)- parent.\\{0\\}.matrix.0(identity_frame) * parent.\\{0\\}.matrix.6(identity_frame) * parent.\\{0\\}.matrix.9(identity_frame) * parent.\\{0\\}.matrix.15(identity_frame)- parent.\\{0\\}.matrix.1(identity_frame) * parent.\\{0\\}.matrix.4(identity_frame) * parent.\\{0\\}.matrix.10(identity_frame) * parent.\\{0\\}.matrix.15(identity_frame)+ parent.\\{0\\}.matrix.0(identity_frame) * parent.\\{0\\}.matrix.5(identity_frame) * parent.\\{0\\}.matrix.10(identity_frame) * parent.\\{0\\}.matrix.15(identity_frame)\\\".format(node.fullName())\\n cornerpin\\['determinant'].setExpression(determinant)\\n for i in range(4):\\n cornerpin.addKnob(nuke.BBox_Knob(\\\"invmatrix\\{0\\}\\\".format(i)))\\n # view-source:https://www.euclideanspace.com/maths/algebra/matrix/functions/inverse/fourD/index.htm\\n cornerpin\\['invmatrix0'].setExpression(\\\"(parent.\\{0\\}.matrix.6(identity_frame)*parent.\\{0\\}.matrix.11(identity_frame)*parent.\\{0\\}.matrix.13(identity_frame) - parent.\\{0\\}.matrix.7(identity_frame)*parent.\\{0\\}.matrix.10(identity_frame)*parent.\\{0\\}.matrix.13(identity_frame) + parent.\\{0\\}.matrix.7(identity_frame)*parent.\\{0\\}.matrix.9(identity_frame)*parent.\\{0\\}.matrix.14(identity_frame) - parent.\\{0\\}.matrix.5(identity_frame)*parent.\\{0\\}.matrix.11(identity_frame)*parent.\\{0\\}.matrix.14(identity_frame) - parent.\\{0\\}.matrix.6(identity_frame)*parent.\\{0\\}.matrix.9(identity_frame)*parent.\\{0\\}.matrix.15(identity_frame) + parent.\\{0\\}.matrix.5(identity_frame)*parent.\\{0\\}.matrix.10(identity_frame)*parent.\\{0\\}.matrix.15(identity_frame))/determinant\\\".format(node.fullName()), 0)\\n cornerpin\\['invmatrix0'].setExpression(\\\"(parent.\\{0\\}.matrix.3(identity_frame)*parent.\\{0\\}.matrix.10(identity_frame)*parent.\\{0\\}.matrix.13(identity_frame) - parent.\\{0\\}.matrix.2(identity_frame)*parent.\\{0\\}.matrix.11(identity_frame)*parent.\\{0\\}.matrix.13(identity_frame) - parent.\\{0\\}.matrix.3(identity_frame)*parent.\\{0\\}.matrix.9(identity_frame)*parent.\\{0\\}.matrix.14(identity_frame) + parent.\\{0\\}.matrix.1(identity_frame)*parent.\\{0\\}.matrix.11(identity_frame)*parent.\\{0\\}.matrix.14(identity_frame) + parent.\\{0\\}.matrix.2(identity_frame)*parent.\\{0\\}.matrix.9(identity_frame)*parent.\\{0\\}.matrix.15(identity_frame) - parent.\\{0\\}.matrix.1(identity_frame)*parent.\\{0\\}.matrix.10(identity_frame)*parent.\\{0\\}.matrix.15(identity_frame))/determinant\\\".format(node.fullName()), 1)\\n cornerpin\\['invmatrix0'].setExpression(\\\"(parent.\\{0\\}.matrix.2(identity_frame)*parent.\\{0\\}.matrix.7(identity_frame)*parent.\\{0\\}.matrix.13(identity_frame) - parent.\\{0\\}.matrix.3(identity_frame)*parent.\\{0\\}.matrix.6(identity_frame)*parent.\\{0\\}.matrix.13(identity_frame) + parent.\\{0\\}.matrix.3(identity_frame)*parent.\\{0\\}.matrix.5(identity_frame)*parent.\\{0\\}.matrix.14(identity_frame) - parent.\\{0\\}.matrix.1(identity_frame)*parent.\\{0\\}.matrix.7(identity_frame)*parent.\\{0\\}.matrix.14(identity_frame) - parent.\\{0\\}.matrix.2(identity_frame)*parent.\\{0\\}.matrix.5(identity_frame)*parent.\\{0\\}.matrix.15(identity_frame) + parent.\\{0\\}.matrix.1(identity_frame)*parent.\\{0\\}.matrix.6(identity_frame)*parent.\\{0\\}.matrix.15(identity_frame))/determinant\\\".format(node.fullName()), 2)\\n cornerpin\\['invmatrix0'].setExpression(\\\"(parent.\\{0\\}.matrix.3(identity_frame)*parent.\\{0\\}.matrix.6(identity_frame)*parent.\\{0\\}.matrix.9(identity_frame) - parent.\\{0\\}.matrix.2(identity_frame)*parent.\\{0\\}.matrix.7(identity_frame)*parent.\\{0\\}.matrix.9(identity_frame) - parent.\\{0\\}.matrix.3(identity_frame)*parent.\\{0\\}.matrix.5(identity_frame)*parent.\\{0\\}.matrix.10(identity_frame) + parent.\\{0\\}.matrix.1(identity_frame)*parent.\\{0\\}.matrix.7(identity_frame)*parent.\\{0\\}.matrix.10(identity_frame) + parent.\\{0\\}.matrix.2(identity_frame)*parent.\\{0\\}.matrix.5(identity_frame)*parent.\\{0\\}.matrix.11(identity_frame) - parent.\\{0\\}.matrix.1(identity_frame)*parent.\\{0\\}.matrix.6(identity_frame)*parent.\\{0\\}.matrix.11(identity_frame))/determinant\\\".format(node.fullName()), 3)\\n cornerpin\\['invmatrix1'].setExpression(\\\"(parent.\\{0\\}.matrix.7(identity_frame)*parent.\\{0\\}.matrix.10(identity_frame)*parent.\\{0\\}.matrix.12(identity_frame) - parent.\\{0\\}.matrix.6(identity_frame)*parent.\\{0\\}.matrix.11(identity_frame)*parent.\\{0\\}.matrix.12(identity_frame) - parent.\\{0\\}.matrix.7(identity_frame)*parent.\\{0\\}.matrix.8(identity_frame)*parent.\\{0\\}.matrix.14(identity_frame) + parent.\\{0\\}.matrix.4(identity_frame)*parent.\\{0\\}.matrix.11(identity_frame)*parent.\\{0\\}.matrix.14(identity_frame) + parent.\\{0\\}.matrix.6(identity_frame)*parent.\\{0\\}.matrix.8(identity_frame)*parent.\\{0\\}.matrix.15(identity_frame) - parent.\\{0\\}.matrix.4(identity_frame)*parent.\\{0\\}.matrix.10(identity_frame)*parent.\\{0\\}.matrix.15(identity_frame))/determinant\\\".format(node.fullName()), 0)\\n cornerpin\\['invmatrix1'].setExpression(\\\"(parent.\\{0\\}.matrix.2(identity_frame)*parent.\\{0\\}.matrix.11(identity_frame)*parent.\\{0\\}.matrix.12(identity_frame) - parent.\\{0\\}.matrix.3(identity_frame)*parent.\\{0\\}.matrix.10(identity_frame)*parent.\\{0\\}.matrix.12(identity_frame) + parent.\\{0\\}.matrix.3(identity_frame)*parent.\\{0\\}.matrix.8(identity_frame)*parent.\\{0\\}.matrix.14(identity_frame) - parent.\\{0\\}.matrix.0(identity_frame)*parent.\\{0\\}.matrix.11(identity_frame)*parent.\\{0\\}.matrix.14(identity_frame) - parent.\\{0\\}.matrix.2(identity_frame)*parent.\\{0\\}.matrix.8(identity_frame)*parent.\\{0\\}.matrix.15(identity_frame) + parent.\\{0\\}.matrix.0(identity_frame)*parent.\\{0\\}.matrix.10(identity_frame)*parent.\\{0\\}.matrix.15(identity_frame))/determinant\\\".format(node.fullName()), 1)\\n cornerpin\\['invmatrix1'].setExpression(\\\"(parent.\\{0\\}.matrix.3(identity_frame)*parent.\\{0\\}.matrix.6(identity_frame)*parent.\\{0\\}.matrix.12(identity_frame) - parent.\\{0\\}.matrix.2(identity_frame)*parent.\\{0\\}.matrix.7(identity_frame)*parent.\\{0\\}.matrix.12(identity_frame) - parent.\\{0\\}.matrix.3(identity_frame)*parent.\\{0\\}.matrix.4(identity_frame)*parent.\\{0\\}.matrix.14(identity_frame) + parent.\\{0\\}.matrix.0(identity_frame)*parent.\\{0\\}.matrix.7(identity_frame)*parent.\\{0\\}.matrix.14(identity_frame) + parent.\\{0\\}.matrix.2(identity_frame)*parent.\\{0\\}.matrix.4(identity_frame)*parent.\\{0\\}.matrix.15(identity_frame) - parent.\\{0\\}.matrix.0(identity_frame)*parent.\\{0\\}.matrix.6(identity_frame)*parent.\\{0\\}.matrix.15(identity_frame))/determinant\\\".format(node.fullName()), 2)\\n cornerpin\\['invmatrix1'].setExpression(\\\"(parent.\\{0\\}.matrix.2(identity_frame)*parent.\\{0\\}.matrix.7(identity_frame)*parent.\\{0\\}.matrix.8(identity_frame) - parent.\\{0\\}.matrix.3(identity_frame)*parent.\\{0\\}.matrix.6(identity_frame)*parent.\\{0\\}.matrix.8(identity_frame) + parent.\\{0\\}.matrix.3(identity_frame)*parent.\\{0\\}.matrix.4(identity_frame)*parent.\\{0\\}.matrix.10(identity_frame) - parent.\\{0\\}.matrix.0(identity_frame)*parent.\\{0\\}.matrix.7(identity_frame)*parent.\\{0\\}.matrix.10(identity_frame) - parent.\\{0\\}.matrix.2(identity_frame)*parent.\\{0\\}.matrix.4(identity_frame)*parent.\\{0\\}.matrix.11(identity_frame) + parent.\\{0\\}.matrix.0(identity_frame)*parent.\\{0\\}.matrix.6(identity_frame)*parent.\\{0\\}.matrix.11(identity_frame))/determinant\\\".format(node.fullName()), 3)\\n cornerpin\\['invmatrix2'].setExpression(\\\"(parent.\\{0\\}.matrix.5(identity_frame)*parent.\\{0\\}.matrix.11(identity_frame)*parent.\\{0\\}.matrix.12(identity_frame) - parent.\\{0\\}.matrix.7(identity_frame)*parent.\\{0\\}.matrix.9(identity_frame)*parent.\\{0\\}.matrix.12(identity_frame) + parent.\\{0\\}.matrix.7(identity_frame)*parent.\\{0\\}.matrix.8(identity_frame)*parent.\\{0\\}.matrix.13(identity_frame) - parent.\\{0\\}.matrix.4(identity_frame)*parent.\\{0\\}.matrix.11(identity_frame)*parent.\\{0\\}.matrix.13(identity_frame) - parent.\\{0\\}.matrix.5(identity_frame)*parent.\\{0\\}.matrix.8(identity_frame)*parent.\\{0\\}.matrix.15(identity_frame) + parent.\\{0\\}.matrix.4(identity_frame)*parent.\\{0\\}.matrix.9(identity_frame)*parent.\\{0\\}.matrix.15(identity_frame))/determinant\\\".format(node.fullName()), 0)\\n cornerpin\\['invmatrix2'].setExpression(\\\"(parent.\\{0\\}.matrix.3(identity_frame)*parent.\\{0\\}.matrix.9(identity_frame)*parent.\\{0\\}.matrix.12(identity_frame) - parent.\\{0\\}.matrix.1(identity_frame)*parent.\\{0\\}.matrix.11(identity_frame)*parent.\\{0\\}.matrix.12(identity_frame) - parent.\\{0\\}.matrix.3(identity_frame)*parent.\\{0\\}.matrix.8(identity_frame)*parent.\\{0\\}.matrix.13(identity_frame) + parent.\\{0\\}.matrix.0(identity_frame)*parent.\\{0\\}.matrix.11(identity_frame)*parent.\\{0\\}.matrix.13(identity_frame) + parent.\\{0\\}.matrix.1(identity_frame)*parent.\\{0\\}.matrix.8(identity_frame)*parent.\\{0\\}.matrix.15(identity_frame) - parent.\\{0\\}.matrix.0(identity_frame)*parent.\\{0\\}.matrix.9(identity_frame)*parent.\\{0\\}.matrix.15(identity_frame))/determinant\\\".format(node.fullName()), 1)\\n cornerpin\\['invmatrix2'].setExpression(\\\"(parent.\\{0\\}.matrix.1(identity_frame)*parent.\\{0\\}.matrix.7(identity_frame)*parent.\\{0\\}.matrix.12(identity_frame) - parent.\\{0\\}.matrix.3(identity_frame)*parent.\\{0\\}.matrix.5(identity_frame)*parent.\\{0\\}.matrix.12(identity_frame) + parent.\\{0\\}.matrix.3(identity_frame)*parent.\\{0\\}.matrix.4(identity_frame)*parent.\\{0\\}.matrix.13(identity_frame) - parent.\\{0\\}.matrix.0(identity_frame)*parent.\\{0\\}.matrix.7(identity_frame)*parent.\\{0\\}.matrix.13(identity_frame) - parent.\\{0\\}.matrix.1(identity_frame)*parent.\\{0\\}.matrix.4(identity_frame)*parent.\\{0\\}.matrix.15(identity_frame) + parent.\\{0\\}.matrix.0(identity_frame)*parent.\\{0\\}.matrix.5(identity_frame)*parent.\\{0\\}.matrix.15(identity_frame))/determinant\\\".format(node.fullName()), 2)\\n cornerpin\\['invmatrix2'].setExpression(\\\"(parent.\\{0\\}.matrix.3(identity_frame)*parent.\\{0\\}.matrix.5(identity_frame)*parent.\\{0\\}.matrix.8(identity_frame) - parent.\\{0\\}.matrix.1(identity_frame)*parent.\\{0\\}.matrix.7(identity_frame)*parent.\\{0\\}.matrix.8(identity_frame) - parent.\\{0\\}.matrix.3(identity_frame)*parent.\\{0\\}.matrix.4(identity_frame)*parent.\\{0\\}.matrix.9(identity_frame) + parent.\\{0\\}.matrix.0(identity_frame)*parent.\\{0\\}.matrix.7(identity_frame)*parent.\\{0\\}.matrix.9(identity_frame) + parent.\\{0\\}.matrix.1(identity_frame)*parent.\\{0\\}.matrix.4(identity_frame)*parent.\\{0\\}.matrix.11(identity_frame) - parent.\\{0\\}.matrix.0(identity_frame)*parent.\\{0\\}.matrix.5(identity_frame)*parent.\\{0\\}.matrix.11(identity_frame))/determinant\\\".format(node.fullName()), 3)\\n cornerpin\\['invmatrix3'].setExpression(\\\"(parent.\\{0\\}.matrix.6(identity_frame)*parent.\\{0\\}.matrix.9(identity_frame)*parent.\\{0\\}.matrix.12(identity_frame) - parent.\\{0\\}.matrix.5(identity_frame)*parent.\\{0\\}.matrix.10(identity_frame)*parent.\\{0\\}.matrix.12(identity_frame) - parent.\\{0\\}.matrix.6(identity_frame)*parent.\\{0\\}.matrix.8(identity_frame)*parent.\\{0\\}.matrix.13(identity_frame) + parent.\\{0\\}.matrix.4(identity_frame)*parent.\\{0\\}.matrix.10(identity_frame)*parent.\\{0\\}.matrix.13(identity_frame) + parent.\\{0\\}.matrix.5(identity_frame)*parent.\\{0\\}.matrix.8(identity_frame)*parent.\\{0\\}.matrix.14(identity_frame) - parent.\\{0\\}.matrix.4(identity_frame)*parent.\\{0\\}.matrix.9(identity_frame)*parent.\\{0\\}.matrix.14(identity_frame))/determinant\\\".format(node.fullName()), 0)\\n cornerpin\\['invmatrix3'].setExpression(\\\"(parent.\\{0\\}.matrix.1(identity_frame)*parent.\\{0\\}.matrix.10(identity_frame)*parent.\\{0\\}.matrix.12(identity_frame) - parent.\\{0\\}.matrix.2(identity_frame)*parent.\\{0\\}.matrix.9(identity_frame)*parent.\\{0\\}.matrix.12(identity_frame) + parent.\\{0\\}.matrix.2(identity_frame)*parent.\\{0\\}.matrix.8(identity_frame)*parent.\\{0\\}.matrix.13(identity_frame) - parent.\\{0\\}.matrix.0(identity_frame)*parent.\\{0\\}.matrix.10(identity_frame)*parent.\\{0\\}.matrix.13(identity_frame) - parent.\\{0\\}.matrix.1(identity_frame)*parent.\\{0\\}.matrix.8(identity_frame)*parent.\\{0\\}.matrix.14(identity_frame) + parent.\\{0\\}.matrix.0(identity_frame)*parent.\\{0\\}.matrix.9(identity_frame)*parent.\\{0\\}.matrix.14(identity_frame))/determinant\\\".format(node.fullName()), 1)\\n cornerpin\\['invmatrix3'].setExpression(\\\"(parent.\\{0\\}.matrix.2(identity_frame)*parent.\\{0\\}.matrix.5(identity_frame)*parent.\\{0\\}.matrix.12(identity_frame) - parent.\\{0\\}.matrix.1(identity_frame)*parent.\\{0\\}.matrix.6(identity_frame)*parent.\\{0\\}.matrix.12(identity_frame) - parent.\\{0\\}.matrix.2(identity_frame)*parent.\\{0\\}.matrix.4(identity_frame)*parent.\\{0\\}.matrix.13(identity_frame) + parent.\\{0\\}.matrix.0(identity_frame)*parent.\\{0\\}.matrix.6(identity_frame)*parent.\\{0\\}.matrix.13(identity_frame) + parent.\\{0\\}.matrix.1(identity_frame)*parent.\\{0\\}.matrix.4(identity_frame)*parent.\\{0\\}.matrix.14(identity_frame) - parent.\\{0\\}.matrix.0(identity_frame)*parent.\\{0\\}.matrix.5(identity_frame)*parent.\\{0\\}.matrix.14(identity_frame))/determinant\\\".format(node.fullName()), 2)\\n cornerpin\\['invmatrix3'].setExpression(\\\"(parent.\\{0\\}.matrix.1(identity_frame)*parent.\\{0\\}.matrix.6(identity_frame)*parent.\\{0\\}.matrix.8(identity_frame) - parent.\\{0\\}.matrix.2(identity_frame)*parent.\\{0\\}.matrix.5(identity_frame)*parent.\\{0\\}.matrix.8(identity_frame) + parent.\\{0\\}.matrix.2(identity_frame)*parent.\\{0\\}.matrix.4(identity_frame)*parent.\\{0\\}.matrix.9(identity_frame) - parent.\\{0\\}.matrix.0(identity_frame)*parent.\\{0\\}.matrix.6(identity_frame)*parent.\\{0\\}.matrix.9(identity_frame) - parent.\\{0\\}.matrix.1(identity_frame)*parent.\\{0\\}.matrix.4(identity_frame)*parent.\\{0\\}.matrix.10(identity_frame) + parent.\\{0\\}.matrix.0(identity_frame)*parent.\\{0\\}.matrix.5(identity_frame)*parent.\\{0\\}.matrix.10(identity_frame))/determinant\\\".format(node.fullName()), 3)\\n\\n # view-source:https://www.euclideanspace.com/maths/algebra/matrix/arithmetic/fourD/index.htm\\n cpmatrix.setExpression(\\\"parent.\\{0\\}.matrix.0*invmatrix0.0 + parent.\\{0\\}.matrix.1*invmatrix1.0 + parent.\\{0\\}.matrix.2*invmatrix2.0 + parent.\\{0\\}.matrix.3*invmatrix3.0\\\".format(node.fullName()), 0)\\n cpmatrix.setExpression(\\\"parent.\\{0\\}.matrix.0*invmatrix0.1 + parent.\\{0\\}.matrix.1*invmatrix1.1 + parent.\\{0\\}.matrix.2*invmatrix2.1 + parent.\\{0\\}.matrix.3*invmatrix3.1\\\".format(node.fullName()), 1)\\n cpmatrix.setExpression(\\\"parent.\\{0\\}.matrix.0*invmatrix0.2 + parent.\\{0\\}.matrix.1*invmatrix1.2 + parent.\\{0\\}.matrix.2*invmatrix2.2 + parent.\\{0\\}.matrix.3*invmatrix3.2\\\".format(node.fullName()), 2)\\n cpmatrix.setExpression(\\\"parent.\\{0\\}.matrix.0*invmatrix0.3 + parent.\\{0\\}.matrix.1*invmatrix1.3 + parent.\\{0\\}.matrix.2*invmatrix2.3 + parent.\\{0\\}.matrix.3*invmatrix3.3\\\".format(node.fullName()), 3)\\n cpmatrix.setExpression(\\\"parent.\\{0\\}.matrix.4*invmatrix0.0 + parent.\\{0\\}.matrix.5*invmatrix1.0 + parent.\\{0\\}.matrix.6*invmatrix2.0 + parent.\\{0\\}.matrix.7*invmatrix3.0\\\".format(node.fullName()), 4)\\n cpmatrix.setExpression(\\\"parent.\\{0\\}.matrix.4*invmatrix0.1 + parent.\\{0\\}.matrix.5*invmatrix1.1 + parent.\\{0\\}.matrix.6*invmatrix2.1 + parent.\\{0\\}.matrix.7*invmatrix3.1\\\".format(node.fullName()), 5)\\n cpmatrix.setExpression(\\\"parent.\\{0\\}.matrix.4*invmatrix0.2 + parent.\\{0\\}.matrix.5*invmatrix1.2 + parent.\\{0\\}.matrix.6*invmatrix2.2 + parent.\\{0\\}.matrix.7*invmatrix3.2\\\".format(node.fullName()), 6)\\n cpmatrix.setExpression(\\\"parent.\\{0\\}.matrix.4*invmatrix0.3 + parent.\\{0\\}.matrix.5*invmatrix1.3 + parent.\\{0\\}.matrix.6*invmatrix2.3 + parent.\\{0\\}.matrix.7*invmatrix3.3\\\".format(node.fullName()), 7)\\n cpmatrix.setExpression(\\\"parent.\\{0\\}.matrix.8*invmatrix0.0 + parent.\\{0\\}.matrix.9*invmatrix1.0 + parent.\\{0\\}.matrix.10*invmatrix2.0 + parent.\\{0\\}.matrix.11*invmatrix3.0\\\".format(node.fullName()), 8)\\n cpmatrix.setExpression(\\\"parent.\\{0\\}.matrix.8*invmatrix0.1 + parent.\\{0\\}.matrix.9*invmatrix1.1 + parent.\\{0\\}.matrix.10*invmatrix2.1 + parent.\\{0\\}.matrix.11*invmatrix3.1\\\".format(node.fullName()), 9)\\n cpmatrix.setExpression(\\\"parent.\\{0\\}.matrix.8*invmatrix0.2 + parent.\\{0\\}.matrix.9*invmatrix1.2 + parent.\\{0\\}.matrix.10*invmatrix2.2 + parent.\\{0\\}.matrix.11*invmatrix3.2\\\".format(node.fullName()), 10)\\n cpmatrix.setExpression(\\\"parent.\\{0\\}.matrix.8*invmatrix0.3 + parent.\\{0\\}.matrix.9*invmatrix1.3 + parent.\\{0\\}.matrix.10*invmatrix2.3 + parent.\\{0\\}.matrix.11*invmatrix3.3\\\".format(node.fullName()), 11)\\n cpmatrix.setExpression(\\\"parent.\\{0\\}.matrix.12*invmatrix0.0 + parent.\\{0\\}.matrix.13*invmatrix1.0 + parent.\\{0\\}.matrix.14*invmatrix2.0 + parent.\\{0\\}.matrix.15*invmatrix3.0\\\".format(node.fullName()), 12)\\n cpmatrix.setExpression(\\\"parent.\\{0\\}.matrix.12*invmatrix0.1 + parent.\\{0\\}.matrix.13*invmatrix1.1 + parent.\\{0\\}.matrix.14*invmatrix2.1 + parent.\\{0\\}.matrix.15*invmatrix3.1\\\".format(node.fullName()), 13)\\n cpmatrix.setExpression(\\\"parent.\\{0\\}.matrix.12*invmatrix0.2 + parent.\\{0\\}.matrix.13*invmatrix1.2 + parent.\\{0\\}.matrix.14*invmatrix2.2 + parent.\\{0\\}.matrix.15*invmatrix3.2\\\".format(node.fullName()), 14)\\n cpmatrix.setExpression(\\\"parent.\\{0\\}.matrix.12*invmatrix0.3 + parent.\\{0\\}.matrix.13*invmatrix1.3 + parent.\\{0\\}.matrix.14*invmatrix2.3 + parent.\\{0\\}.matrix.15*invmatrix3.3\\\".format(node.fullName()), 15)\\n\\n cornerpin\\['label'].setValue(\\\"PlanarProjection : ref x\\{0\\}\\\".format('\\[value identity_frame]'))\\nelif expression_link and not independent_identity_frame:\\n cornerpin\\['label'].setValue('\\{0\\}: x\\{1\\}'.format(node.name(), reference_frame))\\n for i in range(16):\\n cpmatrix.setExpression(\\\"parent.\\{0\\}.matrix.\\{1\\}\\\".format(node.fullName(), i), i)\\nelse:\\n cornerpin\\['label'].setValue('\\{0\\}: x\\{1\\}'.format(node.name(), reference_frame))\\n cpmatrix.copyAnimations(matrix.animations())\"}\n addUserKnob {22 create_gridwarp l GridWarp -STARTLINE T \"node = nuke.thisNode()\\nmatrix = node\\['matrix']\\nnuke.root().begin()\\ngrid_x = int(nuke.toNode('preferences').knob('GridWidth').value())\\ngrid_y = int(nuke.toNode('preferences').knob('GridHeight').value())\\nexpression_link = node\\['expression_link'].getValue()\\n\\nif matrix.isAnimated():\\n _ = \\[n.setSelected(False) for n in nuke.allNodes()]\\n gridwarp = nuke.createNode(\\\"GridWarp3\\\")\\n gridwarp.setXYpos(node.xpos()-grid_x*0, node.ypos()+grid_y*2)\\n gridwarp.setSelected(True)\\n\\n # Add Label\\n reference_frame = int(node\\['identity_frame'].getValue())\\n if expression_link:\\n gridwarp\\['label'].setValue('\\{0\\}: x\\[value identity_frame]'.format(node.name()))\\n else:\\n gridwarp\\['label'].setValue('\\{0\\}: x\\{1\\}'.format(node.name(), reference_frame))\\n\\n gridwarp_matrices = \\[gridwarp\\['source_grid_transform_matrix'], gridwarp\\['destination_grid_transform_matrix']]\\n\\n if expression_link:\\n for i in range(16):\\n for gridwarp_matrix in gridwarp_matrices:\\n gridwarp_matrix.setExpression(\\\"parent.\\{0\\}.matrix.\\{1\\}\\\".format(node.fullName(), i), i)\\n else:\\n gridwarp_matrices\\[0].copyAnimations(matrix.animations())\"}\n addUserKnob {26 \"\"}\n addUserKnob {26 desc l \" \" T \"developed by Vit Sedlacek www.vitsedlacek.com\\noptimized and improved by Jed Smith - http://gist.github.com/jedypod\"}\n}\n Axis2 {\n inputs 0\n useMatrix true\n name Matrix_original\n xpos -276\n ypos -260\n disable true\n }\n Input {\n inputs 0\n name InputBG\n label \"\\[value number]\"\n xpos 620\n ypos -304\n addUserKnob {20 User}\n addUserKnob {18 ip1 R -100 100}\n ip1 {0 0 0}\n addUserKnob {6 ip1_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 ip1_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 ip1_panelDropped_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 ip1_panelDropped_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {18 ip2 l \"\" +STARTLINE R -100 100}\n ip2 {0 0 0}\n addUserKnob {6 ip2_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 ip2_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 ip2_panelDropped_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 ip2_panelDropped_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {18 ip3 l \"\" +STARTLINE R -100 100}\n ip3 {0 0 0}\n addUserKnob {6 ip3_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 ip3_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 ip3_panelDropped_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 ip3_panelDropped_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {18 ip4 l \"\" +STARTLINE R -100 100}\n ip4 {0 0 0}\n addUserKnob {6 ip4_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 ip4_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 ip4_panelDropped_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 ip4_panelDropped_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n }\n Output {\n name Output1\n xpos 600\n ypos 531\n }\n Axis2 {\n inputs 0\n translate {0.5 0.5 0}\n useMatrix true\n matrix {\n {{parent._MATCH_SELECTION_.matrix} {parent._MATCH_SELECTION_.matrix} {parent._MATCH_SELECTION_.matrix} {parent._MATCH_SELECTION_.matrix}}\n {{parent._MATCH_SELECTION_.matrix} {parent._MATCH_SELECTION_.matrix} {parent._MATCH_SELECTION_.matrix} {parent._MATCH_SELECTION_.matrix}}\n {{parent._MATCH_SELECTION_.matrix} {parent._MATCH_SELECTION_.matrix} {parent._MATCH_SELECTION_.matrix} {parent._MATCH_SELECTION_.matrix}}\n {{parent._MATCH_SELECTION_.matrix} {parent._MATCH_SELECTION_.matrix} {parent._MATCH_SELECTION_.matrix} {parent._MATCH_SELECTION_.matrix}}\n }\n name CENTER\n xpos -190\n ypos 78\n addUserKnob {20 User}\n addUserKnob {7 plane_size l \"\" +STARTLINE R 0.1 100}\n plane_size 1\n }\nset Na05aa70 [stack 0]\n Axis2 {\n translate {{parent.CENTER.plane_size/2} {parent.CENTER.plane_size/2} 0}\n name UR\n xpos -131\n ypos 222\n }\npush $Na05aa70\n Axis2 {\n translate {{-parent.CENTER.plane_size/2} {parent.CENTER.plane_size/2} 0}\n name UL\n xpos -23\n ypos 222\n }\npush $Na05aa70\n Axis2 {\n translate {{parent.CENTER.plane_size/2} {-parent.CENTER.plane_size/2} 0}\n name LR\n xpos -241\n ypos 222\n }\npush $Na05aa70\n Axis2 {\n translate {{-parent.CENTER.plane_size/2} {-parent.CENTER.plane_size/2} 0}\n name LL\n xpos -367\n ypos 222\n }\n TransformGeo {\n inputs 0\n translate {-53.84128952 26.45331383 -89.45389557}\n rotate {-36.82652664 86.55776215 93.70707703}\n scaling {3.87788868 4.277028561 1.28276515}\n name _MATCH_SELECTION_\n xpos -40\n ypos 99\n }\n Input {\n inputs 0\n name InputCam\n label \"\\[value number]\"\n xpos 440\n ypos -303\n number 1\n }\npush 0\n Axis2 {\n inputs 0\n name point_4\n xpos 300\n ypos -270\n }\n Axis2 {\n inputs 0\n name point_3\n xpos 190\n ypos -270\n }\n Axis2 {\n inputs 0\n name point_2\n xpos 80\n ypos -270\n }\n Axis2 {\n inputs 0\n name point_1\n xpos -30\n ypos -271\n }\n Scene {\n inputs 6\n name Scene1\n xpos 450\n ypos -95\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_PlotScanline.gizmo", "content": "Group {\nname PlotScanline\ntile_color 0x9c0000ff\nselected true\naddUserKnob {20 Controls}\naddUserKnob {4 mode l \"Sampling method\" M {\"Slice Per Pixel (faster)\" \"Slice Area (slower)\" \"Full Scanline\" \"\" \"\" \"\"}}\nmode \"Full Scanline\"\naddUserKnob {6 add2image l \"Add to original\" +STARTLINE}\nadd2image true\naddUserKnob {6 Normalize -STARTLINE}\naddUserKnob {6 tonemap l \"Tone Map (HDRI)\" -STARTLINE}\naddUserKnob {6 curve l \"Plot as curve\" +STARTLINE}\ncurve true\naddUserKnob {3 curveFat l \"Curve Thickness\" -STARTLINE}\naddUserKnob {3 sa l \"Sample Area\" t \"Disabled when using pr pixel method.\"}\nsa 1\naddUserKnob {7 lift l Lift R -1 1}\naddUserKnob {7 scale l Scale R 0 5}\nscale 1\naddUserKnob {26 \"\"}\naddUserKnob {12 p1 l \"Start Point\"}\np1 {376 418}\naddUserKnob {12 p2 l \"End Point\" -STARTLINE}\np2 {428.5 425.5}\naddUserKnob {26 \"\"}\naddUserKnob {26 \"\" l \"About \" T \"Plot Scanline v0.4 | theo@euqahuba.com\\nUse P1 to select your scanline and/or you start slice.\"}\n}\nInput {\ninputs 0\nname Input1\nxpos -480\nypos 62\n}\nset N29fc2280 [stack 0]\nExpression {\ntemp_name0 length\ntemp_expr0 sqrt(r*r+g*g+b*b)\nexpr0 r/length\nexpr1 g/length\nexpr2 b/length\nname Normalize\nxpos -480\nypos 108\ndisable {{1-parent.Normalize i}}\n}\nExpression {\nexpr0 r/(r+1)\nexpr1 g/(g+1)\nexpr2 b/(b+1)\nname tonamap\nxpos -480\nypos 134\ndisable {{1-parent.tonemap i}}\n}\nset N29c18730 [stack 0]\nExpression {\ntemp_name0 rExpr\ntemp_expr0 \"min(max(0,\\r\\nceil(r(x,parent.p1.y)-((y/height+parent.lift)*parent.scale))),1)\"\ntemp_name1 gExpr\ntemp_expr1 \"min(max(0,\\r\\nceil(g(x,parent.p1.y)-((y/height+parent.lift)*parent.scale))),1)\"\ntemp_name2 bExpr\ntemp_expr2 \"min(max(0,\\r\\nceil(b(x,parent.p1.y)-((y/height+parent.lift)*parent.scale))),1)\"\nexpr0 rExpr\nexpr1 gExpr\nexpr2 bExpr\nexpr3 0\nname scanline\nxpos -302\nypos 193\naddUserKnob {20 User}\n}\npush $N29c18730\nExpression {\ntemp_name0 rExpr\ntemp_expr0 \"min(max(0,\\r\\nceil(r((x/width)*(parent.p2.x-parent.p1.x)+parent.p1.x,(x/width)*(parent.p2.y-parent.p1.y)+parent.p1.y,parent.sa,parent.sa)-((y/height+parent.lift)*parent.scale))),1)\"\ntemp_name1 gExpr\ntemp_expr1 \"min(max(0,\\r\\nceil(g((x/width)*(parent.p2.x-parent.p1.x)+parent.p1.x,(x/width)*(parent.p2.y-parent.p1.y)+parent.p1.y,parent.sa,parent.sa)-((y/height+parent.lift)*parent.scale))),1)\"\ntemp_name2 bExpr\ntemp_expr2 \"min(max(0,\\r\\nceil(b((x/width)*(parent.p2.x-parent.p1.x)+parent.p1.x,(x/width)*(parent.p2.y-parent.p1.y)+parent.p1.y,parent.sa,parent.sa)-((y/height+parent.lift)*parent.scale))),1)\"\nexpr0 rExpr\nexpr1 gExpr\nexpr2 bExpr\nexpr3 0\nname Expression_highQuality\nxpos -515\nypos 197\naddUserKnob {20 User}\n}\npush $N29c18730\nExpression {\ntemp_name0 rExpr\ntemp_expr0 \"min(max(0,\\r\\nceil(r((x/width)*(parent.p2.x-parent.p1.x)+parent.p1.x,(x/width)*(parent.p2.y-parent.p1.y)+parent.p1.y)-((y/height+parent.lift)*parent.scale))),1)\"\ntemp_name1 gExpr\ntemp_expr1 \"min(max(0,\\r\\nceil(g((x/width)*(parent.p2.x-parent.p1.x)+parent.p1.x,(x/width)*(parent.p2.y-parent.p1.y)+parent.p1.y)-((y/height+parent.lift)*parent.scale))),1)\"\ntemp_name2 bExpr\ntemp_expr2 \"min(max(0,\\r\\nceil(b((x/width)*(parent.p2.x-parent.p1.x)+parent.p1.x,(x/width)*(parent.p2.y-parent.p1.y)+parent.p1.y)-((y/height+parent.lift)*parent.scale))),1)\"\nexpr0 rExpr\nexpr1 gExpr\nexpr2 bExpr\nexpr3 0\nname perPixel\nxpos -419\nypos 201\naddUserKnob {20 User}\n}\nSwitch {\ninputs 3\nwhich {{parent.mode i}}\nname Switch2\nxpos -480\nypos 253\n}\nMatrix {\nmatrix {\n {0 1 0}\n {1 -4 1}\n {0 1 0}\n }\nname Matrix2\nselected true\nxpos -480\nypos 284\ndisable {{-1+parent.curve i x70 1}}\n}\nDilate {\nsize {{parent.curveFat}}\nname Dilate1\nxpos -480\nypos 326\ndisable {{-1+parent.curve.main}}\n}\nClamp {\nname Clamp1\nxpos -480\nypos 383\n}\nset N2a7d6ae0 [stack 0]\npush $N29fc2280\nDot {\nname Dot1\nxpos -556\nypos 66\n}\nClamp {\nmaximum 331\nname Clamp2\nxpos -590\nypos 352\n}\nMerge2 {\ninputs 2\noperation plus\nbbox intersection\nname Merge1\nxpos -590\nypos 394\n}\nDot {\nname Dot2\nxpos -556\nypos 433\n}\npush $N2a7d6ae0\nSwitch {\ninputs 2\nwhich {{parent.add2image i}}\nname Switch1\nxpos -480\nypos 425\n}\nOutput {\nname Output1\nxpos -480\nypos 470\n}\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_PointCloudKeyer.gizmo", "content": "Group {\n name PointCloudKeyer\n onCreate \"try: \\n n = nuke.thisNode()\\n n\\['translate'].setFlag(0x0000002000000000)\\nexcept:\\n print('failed to set flag')\"\n tile_color 0xff00ff\n selected true\n addUserKnob {20 PointCloudKeyer}\n addUserKnob {4 view l View t \"Point Cloud - plots the x,y values from the selected color space\\nComposite - premulted Fg over Bg\\nFinal Result - unpremulted Fg with alpha from the key\\n\" M {\"Point Cloud\" Composite \"Final Result\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\"}}\n view Composite\n addUserKnob {6 overlayPointCloud l \"overlay point cloud\" +STARTLINE}\n addUserKnob {26 _2 l \"Point Cloud\"}\n addUserKnob {4 colorspace l \"color space\" t \"Chroma Red/Blue - YCbCr colorspace. Plots chroma difference blue vs chroma different red. Generally gives the most predictable results.\\n\\nChroma x/y - CIE-Yxy colorspace. Plots choma red vs chroma blue. Similar to the Chroma Red/Blue but different math. \\n\\nChroma/Hue - CIE-LCH colorspace. Plots choma vs hue.\\n\\nRed/Blue Average - Plots the g channel vs (r+b)/2\\n\\nCustom - use the channels input\" M {\"Chroma Red/Blue\" \"Chroma x/y\" Chroma/Hue \"Red/Blue Average\" Custom \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\"}}\n addUserKnob {12 translate}\n addUserKnob {14 scale t \"Increasing this value by a large amount will mirror the point cloud\" R 0 100}\n scale 1\n addUserKnob {6 densePointCloud l \"dense point cloud\" t \"Merges additional points under the generated point cloud. \" +STARTLINE}\n addUserKnob {6 mirror l \"swap axis\" -STARTLINE}\n addUserKnob {41 disable_1 l \"invert alpha\" T Invert1.disable}\n addUserKnob {20 about}\n addUserKnob {26 _4 l \"\" +STARTLINE T \"instructions and demo at \"}\n addUserKnob {26 _3 l \"\" -STARTLINE T \"isaacspiegel.com/blog\"}\n addUserKnob {26 \"\"}\n addUserKnob {26 _1 l \"\" +STARTLINE T \"by isaac spiegel\\nisaacspiegel.com\\n\\nfeedback on this tool? email me!\\nisaacspiegel.freelance@gmail.com\"}\n}\n Input {\n inputs 0\n name custom\n xpos -150\n ypos 62\n number 3\n }\n Dot {\n name Dot12\n note_font_size 25\n xpos -119\n ypos 183\n }\n Input {\n inputs 0\n name Src\n xpos -590\n ypos -106\n }\n Dot {\n name Dot7\n label \"input footage\"\n note_font_size 25\n xpos -559\n ypos -57\n }\n Dot {\n name Dot2\n note_font_size 25\n xpos -559\n ypos 63\n }\nset N10d16a50 [stack 0]\n Expression {\n expr0 g\n expr1 (r+b)/2\n name Expression1\n label \"red/blue average\"\n xpos -260\n ypos 104\n }\npush $N10d16a50\n Colorspace {\n colorspace_out CIE-LCH\n name Colorspace2\n label CIE-LCH\n xpos -370\n ypos 104\n }\npush $N10d16a50\n Colorspace {\n colorspace_out CIE-Yxy\n name Colorspace1\n label CIE_Yxy\n xpos -480\n ypos 104\n }\npush $N10d16a50\n Colorspace {\n colorspace_out YCbCr\n name Colorspace3\n label yCbCr\n xpos -590\n ypos 104\n }\n Switch {\n inputs 5\n which {{parent.colorspace}}\n name colorspace\n xpos -590\n ypos 182\n }\n Dot {\n name Dot8\n note_font_size 25\n xpos -559\n ypos 279\n }\nset N10d8cf40 [stack 0]\n Shuffle {\n red blue\n blue alpha\n name Shuffle_horiz\n xpos -480\n ypos 326\n }\npush $N10d8cf40\n Shuffle {\n red green\n green blue\n blue alpha\n name Shuffle_vert\n xpos -590\n ypos 326\n }\nset N1155d430 [stack 0]\n Switch {\n inputs 2\n which {{parent.mirror}}\n name layout\n xpos -590\n ypos 398\n }\n Grade {\n blackpoint {{(parent.scale.0-1)/scaleDiv} {(parent.scale.1-1)/scaleDiv} 0 0}\n whitepoint {{1-((parent.scale.0-1))/scaleDiv} {1-((parent.scale.1-1))/scaleDiv} 1 1}\n add {{parent.translate.0/width} {parent.translate.1/height} 0 0}\n black_clamp false\n name Grade_translate\n label \"offset: L/R/Up/Dn\"\n xpos -590\n ypos 440\n addUserKnob {20 User}\n addUserKnob {3 scaleDiv}\n scaleDiv 200\n }\nset N1158be90 [stack 0]\n Input {\n inputs 0\n name Shape\n xpos -40\n ypos -106\n number 1\n }\n Dot {\n name Dot4\n label \"input roto\"\n note_font_size 25\n xpos -9\n ypos -57\n }\n STMap {\n inputs 2\n uv rgb\n name STMap1\n xpos -40\n ypos 440\n }\n Invert {\n name Invert1\n xpos -40\n ypos 488\n }\npush $N10d16a50\n Dot {\n name Dot3\n note_font_size 25\n xpos -669\n ypos 63\n }\n Dot {\n name Dot1\n note_font_size 25\n xpos -669\n ypos 543\n }\nset N115c2870 [stack 0]\n Copy {\n inputs 2\n from0 rgba.alpha\n to0 rgba.alpha\n name Copy1\n xpos -40\n ypos 536\n }\nset N115c7780 [stack 0]\n Dot {\n name Dot6\n label \"output alpha + rgba\"\n note_font_size 25\n xpos -9\n ypos 711\n }\nset N115d5d00 [stack 0]\n Dot {\n name Dot17\n note_font_size 25\n xpos 101\n ypos 879\n }\npush $N1158be90\npush $N115c2870\n BlinkScript {\n inputs 2\n recompileCount 2\n ProgramGroup 1\n KernelDescription \"2 \\\"InverseSTKernel\\\" iterate pixelWise 79737837f0b8f5ef5ba9dd8c86c9e76f184ef0da76c94577b5431d3e3e08b063 3 \\\"src\\\" Read Point \\\"stmap\\\" Read Point \\\"dst\\\" Write Random 1 \\\"resolution\\\" Float 2 AAAAAAAAAAA= 1 \\\"resolution\\\" 2 1 0\"\n kernelSource \"// Original Kernel by Mads Hagbarth, modified to use STMaps by Erwan Leroy\\n\\nkernel InverseSTKernel : ImageComputationKernel\\n\\{\\n Image src;\\n Image stmap;\\n Image dst;\\n\\n param:\\n float2 resolution;\\n\\n void process() \\{\\n float2 uv;\\n uv.x = stmap().x * resolution.x - 0.5f;\\n uv.y = stmap().y * resolution.y - 0.5f;\\n //always make sure that you don't write outside bounds\\n //as it will usually crash nuke.\\n if (dst.bounds.inside(uv.x,uv.y)) \\{ \\n dst(uv.x,uv.y) = src(); \\n \\}\\n \\}\\n\\};\"\n useGPUIfAvailable false\n rebuild \"\"\n InverseSTKernel_resolution {{width} {height}}\n rebuild_finalise \"\"\n name BlinkScript1\n xpos -590\n ypos 608\n }\n Dot {\n name Dot14\n note_font_size 25\n xpos -559\n ypos 663\n }\nset N115fcac0 [stack 0]\n Blur {\n channels rgba\n size 1.5\n name Blur3\n xpos -810\n ypos 662\n }\nset N116015d0 [stack 0]\n Expression {\n expr0 r/a\n expr1 g/a\n expr2 b/a\n expr3 \"a > 0 ? 1 : a\"\n name Expression2\n xpos -810\n ypos 708\n }\n Premult {\n name Premult3\n xpos -810\n ypos 734\n }\npush $N115fcac0\n Merge2 {\n inputs 2\n operation under\n bbox B\n name Merge4\n xpos -590\n ypos 734\n disable {{!parent.densePointCloud}}\n }\n Dot {\n name Dot15\n note_font_size 25\n xpos -559\n ypos 783\n }\nset N12a097d0 [stack 0]\n Dot {\n name Dot16\n note_font_size 25\n xpos -119\n ypos 783\n }\nset N12a0e480 [stack 0]\npush $N115d5d00\n Merge2 {\n inputs 2\n bbox B\n name Merge3\n xpos -40\n ypos 830\n disable {{!parent.overlayPointCloud}}\n }\n Copy {\n inputs 2\n from0 rgba.alpha\n to0 rgba.alpha\n name Copy2\n xpos -40\n ypos 872\n }\npush $N115c7780\n Premult {\n name Premult1\n xpos 180\n ypos 542\n }\nset N12a32630 [stack 0]\n Input {\n inputs 0\n name Bg\n xpos 400\n ypos 302\n number 2\n }\n Dot {\n name Dot10\n label \"BG input\"\n note_font_size 25\n xpos 431\n ypos 375\n }\n Merge2 {\n inputs 2\n bbox B\n name Merge1\n xpos 400\n ypos 542\n }\npush $N12a32630\n Switch {\n inputs 2\n which {{\"\\[exists parent.input2]\"}}\n name Switch_BgInput\n xpos 400\n ypos 602\n }\n Dot {\n name Dot18\n note_font_size 25\n xpos 431\n ypos 711\n }\nset N12a5d4b0 [stack 0]\n Dot {\n name Dot19\n note_font_size 25\n xpos 541\n ypos 879\n }\npush $N12a0e480\npush $N12a5d4b0\n Merge2 {\n inputs 2\n bbox B\n name Merge2\n xpos 400\n ypos 782\n disable {{!parent.overlayPointCloud}}\n }\n Copy {\n inputs 2\n from0 rgba.alpha\n to0 rgba.alpha\n name Copy3\n xpos 400\n ypos 872\n }\n Dot {\n name Dot11\n label composite\n note_font_size 25\n xpos 431\n ypos 927\n }\nset N12a864b0 [stack 0]\npush $N12a097d0\n Dot {\n name Dot5\n label \"output view help\"\n note_font_size 25\n xpos -559\n ypos 879\n }\n Dot {\n name Dot9\n note_font_size 25\n xpos -559\n ypos 927\n }\n Switch {\n inputs 3\n which {{parent.view}}\n name output_toggle\n xpos -40\n ypos 926\n }\n Output {\n name Output1\n xpos -40\n ypos 998\n }\npush $N12a864b0\npush $N116015d0\npush $N1155d430\n Viewer {\n inputs 3\n frame_range 1-37\n colour_sample_bbox {-0.2989583313 -0.08749999851 -0.2979166806 -0.08645833284}\n name Viewer1\n xpos 220\n ypos 1214\n hide_input true\n addUserKnob {20 Lock}\n addUserKnob {6 lock_all_buffers l \"lock all buffers\" -STARTLINE}\n addUserKnob {6 lock_buffer_1 l \"lock buffer 1\" +STARTLINE}\n addUserKnob {6 lock_buffer_2 l \"lock buffer 2\" +STARTLINE}\n addUserKnob {6 lock_buffer_3 l \"lock buffer 3\" +STARTLINE}\n addUserKnob {6 lock_buffer_4 l \"lock buffer 4\" +STARTLINE}\n addUserKnob {6 lock_buffer_5 l \"lock buffer 5\" +STARTLINE}\n addUserKnob {6 lock_buffer_6 l \"lock buffer 6\" +STARTLINE}\n addUserKnob {6 lock_buffer_7 l \"lock buffer 7\" +STARTLINE}\n addUserKnob {6 lock_buffer_8 l \"lock buffer 8\" +STARTLINE}\n addUserKnob {6 lock_buffer_9 l \"lock buffer 9\" +STARTLINE}\n addUserKnob {6 lock_buffer_0 l \"lock buffer 0\" +STARTLINE}\n addUserKnob {6 toAddBtn -STARTLINE}\n toAddBtn true\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_PosMatte_MJ.gizmo", "content": "Group {\n name PosMatte\n tile_color 0x5f3f7fff\n addUserKnob {20 tab_general l General}\n addUserKnob {41 geo_select T geoCTRL.geo_select}\n addUserKnob {41 transform T geoCTRL.transform}\n addUserKnob {41 position l \"world position\" t \"Select position (world space) channel.\\nIf position is camera space, use 'ConvertPNZ' to convert to world space.\" T shuffle_pos.in}\n addUserKnob {6 unpremult_src l \"unpremult source\" t \"Anti-aliasing edge will process improper matte on the edge. Unpremult the data with alpha will fix this issue.\\n\\n* input must contain alpha in alpha channel.\\n** uncheck this box if position data is un-filtered.\\n*** this can be fix the external edge, but not the intersect edge.\" +STARTLINE}\n addUserKnob {6 premult_result l \"premult result\" t \"Toggle the premult result.\" -STARTLINE}\n premult_result true\n addUserKnob {26 title_matte l MATTE}\n addUserKnob {41 mat_shape l shape T menu02.mat_shape}\n addUserKnob {6 invert_matte l \"invert matte\" t \"Invert the matte of the shape. Same as deepHoldout but with falloff support (soften matte).\" -STARTLINE}\n addUserKnob {26 \"\"}\n addUserKnob {41 pos2D l \"2D pos\" t \"Select the matte spot in 2D space.\" T menu03.pos2D}\n addUserKnob {41 mat_translate l \"3D pos\" T geoCTRL.translate}\n addUserKnob {41 file_menu l @FolderIcon T geoCTRL.file_menu}\n addUserKnob {41 snap_menu l @AxisIcon -STARTLINE T geoCTRL.snap_menu}\n addUserKnob {26 \"\"}\n addUserKnob {41 mat_rot_order l \"rotation order\" T geoCTRL.rot_order}\n addUserKnob {41 mat_rotate l rotate T geoCTRL.rotate}\n addUserKnob {41 mat_scaling l scale T geoCTRL.scaling}\n addUserKnob {41 mat_uniform_scale l \"uniform scale\" T geoCTRL.uniform_scale}\n addUserKnob {41 mat_skew l skew T geoCTRL.skew}\n addUserKnob {41 mat_pivot l pivot T geoCTRL.pivot}\n addUserKnob {22 set_link l \"link to selected axis/geo\" t \"Select any 3D nodes and link the node with this button. It gives you a control in 3D for transformation.\" T \"def getLevel() :\\n ### level define ###\\n if len(nuke.thisNode().fullName().split('.')) == 1 :\\n ggLevel = nuke.root()\\n else :\\n nodePath = nuke.thisNode().fullName().split('.')\\n nodePath.pop()\\n ggLevel = nuke.toNode('.'.join(nodePath))\\n return ggLevel\\n\\nroot = getLevel()\\nthisGRP = nuke.thisGroup()\\nmainKnobs = \\['mat_rot_order','mat_translate','mat_rotate','mat_scaling','mat_uniform_scale','mat_skew','mat_pivot']\\n\\naxWhiteList = \\['Axis','Axis2','Cube','Sphere','Cylinder','Card','Card2','ReadGeo','ReadGeo2','TransformGeo']\\n\\ntry :\\n with root :\\n selNode = nuke.selectedNode()\\n \\n with thisGRP :\\n if axWhiteList.count(selNode.Class()) != 0 :\\n for knob in mainKnobs :\\n thisGRP\\[knob].clearAnimated()\\n \\n thisGRP\\[mainKnobs\\[0]].setExpression( '\\{0\\}.rot_order'.format(selNode.name()) )\\n thisGRP\\[mainKnobs\\[1]].setExpression( '\\{0\\}.translate'.format(selNode.name()) )\\n thisGRP\\[mainKnobs\\[2]].setExpression( '\\{0\\}.rotate'.format(selNode.name()) )\\n thisGRP\\[mainKnobs\\[3]].setExpression( '\\{0\\}.scaling'.format(selNode.name()) )\\n thisGRP\\[mainKnobs\\[4]].setExpression( '\\{0\\}.uniform_scale'.format(selNode.name()) )\\n thisGRP\\[mainKnobs\\[5]].setExpression( '\\{0\\}.skew'.format(selNode.name()) )\\n thisGRP\\[mainKnobs\\[6]].setExpression( '\\{0\\}.pivot'.format(selNode.name()) )\\n else :\\n nuke.message('No support node selected.')\\nexcept :\\n nuke.message('no node selected.')\" +STARTLINE}\n addUserKnob {22 remove_link l \"remove linked expression\" t \"Remove the expression link but won't reset any data. So the transformation data still works if input doesn't contain any movement.\" -STARTLINE T \"thisGRP = nuke.thisGroup()\\nmainKnobs = \\['mat_rot_order','mat_translate','mat_rotate','mat_scaling','mat_uniform_scale','mat_skew','mat_pivot']\\n\\nfor i in range (0, len(mainKnobs), 1) :\\n thisGRP\\[mainKnobs\\[i]].clearAnimated()\"}\n addUserKnob {22 bake_link l \"bake expression link\" t \"Baked out the existing expression link back to this node itself. After that, the linked node is not required for this node anymore. Baked value is base on the frame range in project setting of the nuke script.\\n\\n* Nuke 11.2 has issue with expression link on this node. It will crash your nuke in some cases, but it will be fine when re-open the nuke script. Because of this issue, recommand to bake the value.\" T \"thisGRP = nuke.thisGroup()\\n\\nframeST = nuke.root().firstFrame()\\nframeED = nuke.root().lastFrame()\\n\\nallknobs = \\['mat_translate','mat_rotate','mat_scaling','mat_uniform_scale','mat_skew','mat_pivot']\\nalldata = \\{\\}\\n\\nchknobs = 0\\nfor knob in allknobs :\\n\\tif thisGRP\\[knob].hasExpression() :\\n\\t\\tchknobs = 1\\n\\nif chknobs :\\n\\tfor knob in allknobs :\\n\\t\\tfor t in range( frameST, frameED+1, 1 ) :\\n\\t\\t\\ttry :\\n\\t\\t\\t\\talldata\\[knob].append( thisGRP\\[knob].getValueAt(t) )\\n\\t\\t\\texcept :\\n\\t\\t\\t\\talldata\\[knob] = \\[ thisGRP\\[knob].getValueAt(t) ]\\n\\n\\tfor knob in allknobs :\\n\\t\\tthisGRP\\[knob].clearAnimated()\\n\\t\\tthisGRP\\[knob].setAnimated()\\n\\n\\tfor knob in allknobs :\\n\\t\\tfor t in range( frameST, frameED+1, 1 ) :\\n\\t\\t\\tif type( alldata\\[knob]\\[t-frameST] ) is float :\\n\\t\\t\\t\\tthisGRP\\[knob].setValueAt( alldata\\[knob]\\[t-frameST] , t )\\n\\t\\t\\tif type( alldata\\[knob]\\[t-frameST] ) is list :\\n\\t\\t\\t\\tfor i in range( len( alldata\\[knob]\\[t-frameST] ) ) :\\n\\t\\t\\t\\t\\tthisGRP\\[knob].setValueAt( alldata\\[knob]\\[t-frameST]\\[i] , t , i )\\nelse :\\n\\tnuke.message('no expression link found.')\" +STARTLINE}\n addUserKnob {22 copy_data l \"copy from selected axis/geo\" t \"Select the axis/geo, then this will process 'link to selected axis/geo' and 'bake expression link' in once.\\n\\n* Nuke 11.2 has issue with expression link on this node. It will crash your nuke in some cases, but it will be fine when re-open the nuke script. Because of this issue, recommand to bake the value.\" -STARTLINE T \"thisGRP = nuke.thisGroup()\\nthisGRP\\['set_link'].execute()\\nthisGRP\\['bake_link'].execute()\"}\n addUserKnob {20 grp_3dpreview l \"Pointcloud preview\" n 1}\n grp_3dpreview 0\n addUserKnob {4 display_ptc_type l \"display type\" t \"When you open this node's panel, you can check the pointcloud under 3D view.\\n\\nnone\\nwill not show the pointcloud in 3D\\n\\nraw pointcloud\\nshow the pointcloud from input data, without any effects from this node\\n\\nwith matte applied\\nThis can show the instant result of the projection. Since it feedback in real time, it might slow down the progress in 3D space.\" M {\"no pointcloud preview\" \"raw pointcloud\" \"with matte applied\" \"\"}}\n display_ptc_type \"raw pointcloud\"\n addUserKnob {41 detail l \"point detail\" T PositionToPoints.detail}\n addUserKnob {41 pointSize l \"point size\" T PositionToPoints.pointSize}\n addUserKnob {20 endGroup n -1}\n addUserKnob {26 spacer l \"\" +STARTLINE T
}\n addUserKnob {26 title_falloff l FALLOFF}\n addUserKnob {13 cube3d_falloff l \"cube3D falloff\" +DISABLED}\n cube3d_falloff {1 1 1}\n addUserKnob {41 falloff_type l \"falloff type\" T menu01.falloff_type}\n addUserKnob {7 uniform_falloff l \"uniform falloff\" t \"This is a globel falloff value. Support for any shape of matte.\" R 0.001 1}\n uniform_falloff 0.5\n addUserKnob {7 exp_in l \"exponential in\" +DISABLED R 0.1 10}\n exp_in 1\n addUserKnob {7 exp_out l out -STARTLINE +DISABLED R 0.1 10}\n exp_out 4\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T 1.2}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2020-09-04}\n addUserKnob {22 btn_CHANGELOG l Changelog T \"log = \\\"v1.2
'PosMatte'
  - fix '2D sample' will break animated '3D pos' knob
  - fix 'cube3D falloff' separation
  - fix matte: cube pivot, also in 3D preview
'PosProjection'
  - support overscan

1.1
'PosMatte'
  - corrected pivot result
  - 'position' knob label changed to 'world position'

1.0
- using Deep2VP setup in 2D comp\\\"\\nnuke.message( log )\" +STARTLINE}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n}\n BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0xff\n label \"dont touch\"\n note_font_size 42\n xpos -1509\n ypos 255\n bdwidth 270\n bdheight 479\n }\n BackdropNode {\n inputs 0\n name BackdropNode2\n tile_color 0x7f7f7fff\n label bin\n note_font_size 42\n xpos -1164\n ypos 257\n bdwidth 452\n bdheight 1357\n }\n Input {\n inputs 0\n name CG\n xpos 0\n ypos -32\n }\n Dot {\n name Dot1\n xpos 34\n ypos 86\n }\nset N1e8ac800 [stack 0]\n Unpremult {\n channels all\n name Unpremult1\n xpos -524\n ypos 79\n disable {{!parent.unpremult_src}}\n }\nset N1e8ac400 [stack 0]\n Shuffle {\n in none\n in2 alpha\n alpha red2\n name shuffle_pos\n xpos -524\n ypos 167\n }\n Remove {\n operation keep\n channels rgba\n name Remove3\n xpos -524\n ypos 247\n }\n Add {\n channels rgb\n value {{-geoCTRL.translate} {-geoCTRL.translate} {-geoCTRL.translate} {curve}}\n name Add1\n xpos -524\n ypos 313\n }\n Add {\n channels rgb\n value {{-parent.mat_pivot} {-parent.mat_pivot} {-parent.mat_pivot} {curve}}\n name Add3\n xpos -524\n ypos 395\n }\n ColorMatrix {\n matrix {\n {{ax_data.world_matrix.0} {ax_data.world_matrix.1} {ax_data.world_matrix.2}}\n {{ax_data.world_matrix.4} {ax_data.world_matrix.5} {ax_data.world_matrix.6}}\n {{ax_data.world_matrix.8} {ax_data.world_matrix.9} {ax_data.world_matrix.10}}\n }\n invert true\n name ColorMatrix1\n xpos -524\n ypos 523\n }\n Add {\n channels rgb\n value {{parent.mat_pivot} {parent.mat_pivot} {parent.mat_pivot} {curve}}\n name Add2\n xpos -524\n ypos 627\n }\n Dot {\n name Dot2\n xpos -490\n ypos 707\n }\nset N1e8d4800 [stack 0]\n Expression {\n temp_name0 circle\n temp_expr0 \"sqrt( pow2( red ) + pow2( blue ) )\"\n temp_name1 height\n temp_expr1 \"abs( green )\"\n expr3 \"( \\[value parent.invert_matte] ? clamp( max( circle , height ) ) : 1 - clamp( max( circle , height ) ) ) * alpha\"\n name Expression3\n label cylinder\n xpos -404\n ypos 782\n }\npush $N1e8d4800\n Expression {\n temp_name0 newR\n temp_expr0 \"clamp( 1-(1-abs(red)) * (1/ clamp(\\[value parent.cube3d_falloff.x],0.00001,1) ) )\"\n temp_name1 newG\n temp_expr1 \"clamp( 1-(1-abs(green)) * (1/ clamp(\\[value parent.cube3d_falloff.y],0.00001,1) ) )\"\n temp_name2 newB\n temp_expr2 \"clamp( 1-(1-abs(blue)) * (1/ clamp(\\[value parent.cube3d_falloff.z],0.00001,1) ) )\"\n expr3 \"( \\[value parent.invert_matte] ? clamp(max(abs(newR),abs(newG),abs(newB))) : 1 - clamp(max(abs(newR),abs(newG),abs(newB))) ) * alpha\"\n name Expression7\n label cube\n xpos -524\n ypos 781\n }\npush $N1e8d4800\n Expression {\n temp_name0 shape\n temp_expr0 \"clamp( sqrt( pow2(red) + pow2(green) + pow2(blue) ) )\"\n expr3 \"( \\[value parent.invert_matte] ? shape : 1 - shape ) * alpha\"\n name Expression9\n label sphere\n xpos -633\n ypos 782\n addUserKnob {20 User}\n addUserKnob {3 type}\n addUserKnob {1 sphere}\n sphere \"clamp( sqrt( pow2(red) + pow2(green) + pow2(blue) ) )\"\n }\n Switch {\n inputs 3\n which {{parent.mat_shape}}\n name Switch1\n xpos -524\n ypos 882\n }\n Expression {\n temp_name0 gfo\n temp_expr0 \"alpha * (1/ clamp(\\[value parent.uniform_falloff],0.00001,1) )\"\n expr3 \"\\[value type] == 0 ? ( gfo > 0 ? 1 : 0 ) : \\[value type] == 1 ? gfo : \\[value type] == 2 ? smoothstep( 0 , 1 , gfo ) : \\[value type] == 3 ? clamp( pow2 ( gfo ) ) : \\[value type] == 4 ? clamp( gfo ** 3 ) : pow( 1 - pow( 1 - gfo , \\[value parent.exp_in] ) , \\[value parent.exp_out] )\"\n name Expression4\n label falloff\n xpos -524\n ypos 953\n addUserKnob {20 User}\n addUserKnob {3 type}\n type {{parent.falloff_type}}\n }\npush $N1e8ac800\n Copy {\n inputs 2\n from0 rgba.alpha\n to0 rgba.alpha\n name Copy1\n xpos 0\n ypos 953\n }\n Premult {\n channels all\n name Premult1\n xpos 0\n ypos 1092\n disable {{!parent.premult_result}}\n }\n Dot {\n name Dot3\n xpos 34\n ypos 1186\n }\nset N1f92a800 [stack 0]\nadd_layer {ptc ptc.red ptc.green ptc.blue}\n Shuffle {\n in {{{shuffle_pos.in}}}\n out ptc\n name Shuffle3\n xpos -525\n ypos 1183\n }\n Remove {\n operation keep\n channels rgba\n channels2 ptc\n name Remove1\n xpos -525\n ypos 1264\n }\n Unpremult {\n channels all\n name Unpremult2\n xpos -525\n ypos 1346\n }\n Expression {\n expr3 \"alpha > 0 ? 1 : 0\"\n name Expression5\n xpos -525\n ypos 1440\n }\npush $N1e8ac400\n Dot {\n name Dot8\n xpos -969\n ypos 89\n }\n Shuffle {\n in {{{shuffle_pos.in}}}\n out ptc\n name Shuffle2\n xpos -1003\n ypos 1276\n }\n Remove {\n operation keep\n channels rgba\n channels2 ptc\n name Remove2\n xpos -1003\n ypos 1358\n }\npush 0\n Switch {\n inputs 3\n which {{parent.display_ptc_type}}\n name Switch2\n xpos -1003\n ypos 1440\n }\n PositionToPoints2 {\n display textured\n render_mode textured\n P_channel ptc\n detail 0.1\n pointSize 1\n name PositionToPoints\n xpos -1003\n ypos 1499\n disable {{!parent.display_ptc_type}}\n }\n Cylinder {\n inputs 0\n display wireframe\n selectable false\n render_mode off\n rows 1\n columns 10\n name Cylinder1\n xpos 631\n ypos 222\n }\n Cube {\n inputs 0\n display wireframe\n selectable false\n render_mode off\n cast_shadow false\n receive_shadow false\n rows 1\n columns 1\n separate_faces false\n uniform_scale 2\n name Cube1\n xpos 508\n ypos 220\n }\n Sphere {\n inputs 0\n display wireframe\n selectable false\n render_mode off\n cast_shadow false\n receive_shadow false\n rows 8\n columns 8\n name Sphere1\n xpos 387\n ypos 218\n }\n Switch {\n inputs 3\n which {{mat_shape}}\n name Switch4\n xpos 508\n ypos 291\n }\n TransformGeo {\n name geoCTRL\n xpos 508\n ypos 373\n }\n Scene {\n display wireframe\n render_mode wireframe\n name Scene1\n xpos 518\n ypos 1011\n }\npush 0\n ScanlineRender {\n inputs 2\n conservative_shader_sampling false\n motion_vectors_type off\n MB_channel none\n name ScanlineRender1\n xpos 508\n ypos 1133\n }\npush $N1f92a800\n Switch {\n inputs 2\n name preview_3D\n xpos 0\n ypos 1337\n }\n Output {\n name Output1\n xpos 0\n ypos 1644\n }\n NoOp {\n inputs 0\n name menu01\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nif thisGRP\\['falloff_type'].getValue() == 5 :\\n thisGRP\\['exp_in'].setEnabled(True)\\n thisGRP\\['exp_out'].setEnabled(True)\\nelse :\\n thisGRP\\['exp_in'].setEnabled(False)\\n thisGRP\\['exp_out'].setEnabled(False)\\n\"\n xpos -1420\n ypos 400\n addUserKnob {20 User}\n addUserKnob {4 falloff_type l \"falloff type\" M {none linear smooth quadratic cubic exponential}}\n falloff_type linear\n }\n NoOp {\n inputs 0\n name menu02\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nif thisGRP\\['mat_shape'].getValue() == 1 :\\n thisGRP\\['cube3d_falloff'].setEnabled(True)\\nelse :\\n thisGRP\\['cube3d_falloff'].setEnabled(False)\\n\"\n xpos -1421\n ypos 461\n addUserKnob {20 User}\n addUserKnob {4 mat_shape l shape M {Sphere Cube Cylinder}}\n }\n NoOp {\n inputs 0\n name menu03\n knobChanged \"\\nloop = \\['red','green','blue']\\nsamPos = nuke.thisGroup()\\['pos2D'].getValue()\\nfor i in range(3) :\\n nuke.thisGroup()\\['mat_translate'].setValue( nuke.toNode('shuffle_pos').sample( loop\\[i], samPos\\[0], samPos\\[1] ) , i )\\n\"\n xpos -1420\n ypos 529\n addUserKnob {20 User}\n addUserKnob {12 pos2D l \"2D pos\"}\n }\n Axis {\n inputs 0\n rot_order {{parent.mat_rot_order}}\n rotate {{parent.mat_rotate} {parent.mat_rotate} {parent.mat_rotate}}\n scaling {{parent.mat_scaling} {parent.mat_scaling} {parent.mat_scaling}}\n uniform_scale {{parent.mat_uniform_scale}}\n skew {{parent.mat_skew} {parent.mat_skew} {parent.mat_skew}}\n pivot {{parent.mat_pivot} {parent.mat_pivot} {parent.mat_pivot}}\n name ax_data\n xpos -849\n ypos 510\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_PosPattern_MJ.gizmo", "content": "Group {\n name PosPattern\n tile_color 0x5f3f7fff\n addUserKnob {20 tab_general l General}\n addUserKnob {41 position l \"world position\" t \"Select position (world space) channel.\\nIf position is camera space, use 'ConvertPNZ' to convert to world space.\" T shuffle_pos.in}\n addUserKnob {6 unpremult_src l \"unpremult source\" t \"Anti-aliasing edge will process improper matte on the edge. Unpremult the data with alpha will fix this issue.\\n\\n* input must contain alpha in alpha channel.\\n** uncheck this box if position data is un-filtered.\\n*** this can be fix the external edge, but not the intersect edge.\" +STARTLINE}\n addUserKnob {6 premult_result l \"premult result\" t \"Toggle the premult result.\" -STARTLINE}\n premult_result true\n addUserKnob {26 title_pattern l PATTERN}\n addUserKnob {41 pattern_type l \"pattern type\" t \"Select parttern type on world space position.\\n\\nfBm : octaves, lacunarity, gain, gamma setting available.\\nturbulence : octaves, lacunarity, gain, gamma setting available.\\nnoise : gain, gamma setting available.\\nrandom : gain, gamma setting available.\\nstripes : xyz can be enable separate. gain, gamma setting available.\\nripple : gain, gamma setting available.\\nrays : gain, gamma, number of rays setting available.\" T menu.pattern_type}\n addUserKnob {41 file_menu l @FolderIcon T transformation.file_menu}\n addUserKnob {41 snap_menu l @AxisIcon -STARTLINE T transformation.snap_menu}\n addUserKnob {41 n_translate l translate T transformation.translate}\n addUserKnob {41 n_scale l scale T transformation.scaling}\n addUserKnob {41 n_uniform_scale l \"uniform scale\" T transformation.uniform_scale}\n addUserKnob {6 invert l \"invert pattern\" +STARTLINE}\n addUserKnob {26 \"\"}\n addUserKnob {6 stripes_x l x +HIDDEN +STARTLINE}\n stripes_x true\n addUserKnob {6 stripes_y l y -STARTLINE +HIDDEN}\n stripes_y true\n addUserKnob {6 stripes_z l z -STARTLINE +HIDDEN}\n stripes_z true\n addUserKnob {3 octaves}\n octaves 4\n addUserKnob {7 lacunarity R 1 10}\n lacunarity 2\n addUserKnob {7 gain R 0.1 2}\n gain 1\n addUserKnob {7 gamma R 0 2}\n gamma 1\n addUserKnob {3 rays l \"numbers of rays\" +HIDDEN}\n rays 10\n addUserKnob {26 \"\"}\n addUserKnob {20 grp_3dpreview l \"Pointcloud preview\" n 1}\n grp_3dpreview 0\n addUserKnob {4 display_ptc_type l \"display type\" t \"When you open this node's panel, you can check the pointcloud under 3D view.\\n\\nnone\\nwill not show the pointcloud in 3D\\n\\nraw pointcloud\\nshow the pointcloud from input data, without any effects from this node\\n\\nwith pattern applied\\nThis can show the instant result of the pattern. Since it feedback in real time, it might slow down the progress in 3D space.\" M {\"no pointcloud preview\" \"raw pointcloud\" \"with pattern applied\" \"\" \"\" \"\"}}\n display_ptc_type \"raw pointcloud\"\n addUserKnob {41 detail l \"point detail\" T PositionToPoints.detail}\n addUserKnob {41 pointSize l \"point size\" T PositionToPoints.pointSize}\n addUserKnob {20 endGroup n -1}\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T 1.2}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2020-09-04}\n addUserKnob {22 btn_CHANGELOG l Changelog T \"log = \\\"v1.2
'PosMatte'
  - fix '2D sample' will break animated '3D pos' knob
  - fix 'cube3D falloff' separation
  - fix matte: cube pivot, also in 3D preview
'PosProjection'
  - support overscan

1.1
'PosMatte'
  - corrected pivot result
  - 'position' knob label changed to 'world position'

1.0
- using Deep2VP setup in 2D comp\\\"\\nnuke.message( log )\" +STARTLINE}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n}\n BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0xff\n label \"dont touch\"\n note_font_size 42\n xpos -2000\n ypos 339\n bdwidth 368\n bdheight 186\n }\n BackdropNode {\n inputs 0\n name BackdropNode2\n label bin\n xpos -1535\n ypos 169\n bdwidth 498\n bdheight 1286\n }\n NoOp {\n inputs 0\n name menu\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nif thisGRP\\['pattern_type'].getValue() == 0 or thisGRP\\['pattern_type'].getValue() == 1 :\\n thisGRP\\['octaves'].setVisible(True)\\n thisGRP\\['lacunarity'].setVisible(True)\\nelse :\\n thisGRP\\['octaves'].setVisible(False)\\n thisGRP\\['lacunarity'].setVisible(False)\\n\\nif thisGRP\\['pattern_type'].getValue() == 4 :\\n thisGRP\\['stripes_x'].setVisible(True)\\n thisGRP\\['stripes_y'].setVisible(True)\\n thisGRP\\['stripes_z'].setVisible(True)\\nelse :\\n thisGRP\\['stripes_x'].setVisible(False)\\n thisGRP\\['stripes_y'].setVisible(False)\\n thisGRP\\['stripes_z'].setVisible(False)\\n\\nif thisGRP\\['pattern_type'].getValue() == 6 :\\n thisGRP\\['rays'].setVisible(True)\\nelse :\\n thisGRP\\['rays'].setVisible(False)\\n\"\n xpos -1918\n ypos 440\n addUserKnob {20 User}\n addUserKnob {4 pattern_type l \"pattern type\" M {fBm turbulence noise random stripes ripple rays \"\" \"\" \"\"}}\n }\n Input {\n inputs 0\n name CG\n xpos 0\n ypos 2\n }\n Dot {\n name Dot1\n xpos 34\n ypos 122\n }\nset N1e6bf800 [stack 0]\n Unpremult {\n channels all\n name Unpremult1\n xpos -572\n ypos 112\n disable {{!parent.unpremult_src}}\n }\nset N1e6bf400 [stack 0]\n Shuffle {\n in none\n in2 alpha\n alpha red2\n name shuffle_pos\n xpos -572\n ypos 206\n }\n Remove {\n operation keep\n channels rgba\n name Remove3\n xpos -572\n ypos 288\n }\n Dot {\n name Dot2\n xpos -538\n ypos 370\n }\nset N1e6be800 [stack 0]\n Expression {\n temp_name0 pnx\n temp_expr0 \"( red - \\[value parent.n_translate.x] ) * ( 1 / ( \\[value parent.n_uniform_scale] * \\[value parent.n_scale.x] ) ) \"\n temp_name1 pny\n temp_expr1 \"( green - \\[value parent.n_translate.y] ) * ( 1 / ( \\[value parent.n_uniform_scale] * \\[value parent.n_scale.y] ) )\"\n temp_name2 pnz\n temp_expr2 \"( blue - \\[value parent.n_translate.z] ) * ( 1 / ( \\[value parent.n_uniform_scale] * \\[value parent.n_scale.z] ) )\"\n expr3 \"clamp( ( ( sin( atan(pnx, pnz) * \\[value parent.rays] + atan(pnx, pny) * \\[value parent.rays] + atan(pny, pnz) * \\[value parent.rays] ) +1) /2 ) * \\[value gain]) * alpha\"\n name Expression7\n label rays\n xpos -197\n ypos 499\n }\npush $N1e6be800\n Expression {\n temp_name0 pnx\n temp_expr0 \"( red - \\[value parent.n_translate.x] ) * ( 1 / ( \\[value parent.n_uniform_scale]*\\[value parent.n_scale.x] ) )\"\n temp_name1 pny\n temp_expr1 \"( green - \\[value parent.n_translate.y] ) * ( 1 / ( \\[value parent.n_uniform_scale]*\\[value parent.n_scale.y] ) )\"\n temp_name2 pnz\n temp_expr2 \"( blue - \\[value parent.n_translate.z] ) * ( 1 / ( \\[value parent.n_uniform_scale]*\\[value parent.n_scale.z] ) )\"\n expr3 \"clamp ( ( ( sin( sqrt( pow2(pnx) + pow2(pny) + pow2(pnz) ) ) +1) /2 ) * \\[value gain] ) * alpha\"\n name Expression6\n label ripple\n xpos -331\n ypos 499\n }\npush $N1e6be800\n Expression {\n temp_name0 pnx\n temp_expr0 \"\\[value status_x] == 0 ? 0 : ( sin( ( red - \\[value parent.n_translate.x] ) * ( 1 / ( \\[value parent.n_uniform_scale] * \\[value parent.n_scale.x] ) ) ) + 1 ) / 2\"\n temp_name1 pny\n temp_expr1 \"\\[value status_y] == 0 ? 0 : ( sin( ( green - \\[value parent.n_translate.y] ) * ( 1 / ( \\[value parent.n_uniform_scale] * \\[value parent.n_scale.y] ) ) ) + 1 ) / 2\"\n temp_name2 pnz\n temp_expr2 \"\\[value status_z] == 0 ? 0 : ( sin( ( blue - \\[value parent.n_translate.z] ) * ( 1 / ( \\[value parent.n_uniform_scale] * \\[value parent.n_scale.z] ) ) ) + 1 ) / 2\"\n expr3 \"max( clamp( pnx * \\[value gain] ), clamp( pny * \\[value gain] ), clamp( pnz * \\[value gain] ) ) * alpha\"\n name Expression5\n label strip\n xpos -451\n ypos 501\n addUserKnob {20 User}\n addUserKnob {7 status_x}\n status_x {{parent.stripes_x}}\n addUserKnob {7 status_y}\n status_y {{parent.stripes_y}}\n addUserKnob {7 status_z}\n status_z {{parent.stripes_z}}\n }\npush $N1e6be800\n Expression {\n temp_name0 pnx\n temp_expr0 \"( red - \\[value parent.n_translate.x] ) * ( 1 / ( \\[value parent.n_uniform_scale] * \\[value parent.n_scale.x] ) )\"\n temp_name1 pny\n temp_expr1 \"( green - \\[value parent.n_translate.y] ) * ( 1 / ( \\[value parent.n_uniform_scale] * \\[value parent.n_scale.y] ) )\"\n temp_name2 pnz\n temp_expr2 \"( blue - \\[value parent.n_translate.z] ) * ( 1 / ( \\[value parent.n_uniform_scale] * \\[value parent.n_scale.z] ) )\"\n expr3 \"clamp( random(pnx, pny, pnz) * \\[value gain] ) * alpha\"\n name Expression4\n label random\n xpos -572\n ypos 501\n }\npush $N1e6be800\n Expression {\n temp_name0 pnx\n temp_expr0 \"( red - \\[value parent.n_translate.x] ) * ( 1 / ( \\[value parent.n_uniform_scale] * \\[value parent.n_scale.x] ) )\"\n temp_name1 pny\n temp_expr1 \"( green - \\[value parent.n_translate.y] ) * ( 1 / ( \\[value parent.n_uniform_scale] * \\[value parent.n_scale.y] ) )\"\n temp_name2 pnz\n temp_expr2 \"( blue - \\[value parent.n_translate.z] ) * ( 1 / ( \\[value parent.n_uniform_scale] * \\[value parent.n_scale.z] ) )\"\n expr3 \"clamp( (noise(pnx, pny, pnz)+0.5) * \\[value gain] ) * alpha\"\n name Expression3\n label noise\n xpos -703\n ypos 499\n }\npush $N1e6be800\n Expression {\n temp_name0 pnx\n temp_expr0 \"( red - \\[value parent.n_translate.x] ) * ( 1 / ( \\[value parent.n_uniform_scale] * \\[value parent.n_scale.x] ) )\"\n temp_name1 pny\n temp_expr1 \"( green - \\[value parent.n_translate.y] ) * ( 1 / ( \\[value parent.n_uniform_scale] * \\[value parent.n_scale.y] ) )\"\n temp_name2 pnz\n temp_expr2 \"( blue - \\[value parent.n_translate.z] ) * ( 1 / ( \\[value parent.n_uniform_scale] * \\[value parent.n_scale.z] ) )\"\n expr3 \"clamp( turbulence(pnx, pny, pnz, \\[value octaves], \\[value lacunarity], \\[value gain]/2) ) * alpha\"\n name Expression2\n label turbulence\n xpos -837\n ypos 499\n }\npush $N1e6be800\n Expression {\n temp_name0 pnx\n temp_expr0 \"( red - \\[value parent.n_translate.x] ) * ( 1 / ( \\[value parent.n_uniform_scale] * \\[value parent.n_scale.x] ) )\"\n temp_name1 pny\n temp_expr1 \"( green - \\[value parent.n_translate.y] ) * ( 1 / ( \\[value parent.n_uniform_scale] * \\[value parent.n_scale.y] ) )\"\n temp_name2 pnz\n temp_expr2 \"( blue - \\[value parent.n_translate.z] ) * ( 1 / ( \\[value parent.n_uniform_scale] * \\[value parent.n_scale.z] ) )\"\n expr3 \"clamp( fBm(pnx, pny, pnz, \\[value octaves], \\[value lacunarity], \\[value gain]/2) ) * alpha\"\n name Expression1\n label fBm\n xpos -968\n ypos 499\n }\n Switch {\n inputs 7\n which {{pattern_type}}\n name Switch1\n xpos -572\n ypos 644\n }\n Invert {\n channels alpha\n name Invert1\n xpos -572\n ypos 726\n disable {{!invert}}\n }\n Gamma {\n channels alpha\n value {{parent.gamma}}\n name Gamma1\n xpos -572\n ypos 820\n }\npush $N1e6bf800\n Copy {\n inputs 2\n from0 rgba.alpha\n to0 rgba.alpha\n name Copy1\n xpos 0\n ypos 820\n }\n Premult {\n channels all\n name Premult1\n xpos 0\n ypos 914\n }\n Dot {\n name Dot5\n xpos 34\n ypos 1010\n }\nset N1e72f800 [stack 0]\n Output {\n name Output1\n xpos 0\n ypos 1299\n }\n Axis {\n inputs 0\n display off\n name transformation\n xpos -1173\n ypos 389\n }\npush $N1e72f800\nadd_layer {ptc ptc.red ptc.green ptc.blue}\n Shuffle {\n in {{{shuffle_pos.in}}}\n out ptc\n name Shuffle3\n xpos -573\n ypos 1006\n }\n Remove {\n operation keep\n channels rgba\n channels2 ptc\n name Remove1\n xpos -573\n ypos 1088\n }\n Unpremult {\n channels all\n name Unpremult2\n xpos -573\n ypos 1170\n }\n Expression {\n expr3 \"alpha > 0 ? 1 : 0\"\n name Expression8\n xpos -573\n ypos 1264\n }\npush $N1e6bf400\n Dot {\n name Dot3\n xpos -1295\n ypos 122\n }\n Shuffle {\n in {{{shuffle_pos.in}}}\n out ptc\n name Shuffle1\n xpos -1329\n ypos 1100\n }\n Remove {\n operation keep\n channels rgba\n channels2 ptc\n name Remove2\n xpos -1329\n ypos 1182\n }\npush 0\n Switch {\n inputs 3\n which {{parent.display_ptc_type}}\n name Switch2\n xpos -1329\n ypos 1264\n }\n PositionToPoints2 {\n display textured\n render_mode off\n cast_shadow false\n receive_shadow false\n P_channel ptc\n detail 0.1\n pointSize 1\n name PositionToPoints\n xpos -1329\n ypos 1346\n disable {{\"parent.display_ptc_type == 0 ? 1 : 0\"}}\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_PosProjection_MJ.gizmo", "content": "Group {\n name PosProjection\n tile_color 0x5f3f7fff\n addUserKnob {20 tab_general l General}\n addUserKnob {41 position l \"world position\" t \"Select position (world space) channel.\\nIf position is camera space, use 'ConvertPNZ' to convert to world space.\" T shuffle_pos.in}\n addUserKnob {6 unpremult_src l \"unpremult source\" t \"Anti-aliasing edge will process improper matte on the edge. Unpremult the data with alpha will fix this issue.\\n\\n* input must contain alpha in alpha channel.\\n** uncheck this box if position data is un-filtered.\\n*** this can be fix the external edge, but not the intersect edge.\" +STARTLINE}\n addUserKnob {26 title_projcam l PROJECTION}\n addUserKnob {41 freeze_frame l \"freeze frame\" t \"Check this box to enable framehold function for animated camera\" T menu01.freeze_frame}\n addUserKnob {3 proj_framehold l framehold t \"Input the frame number and freeze the projection camera's animation\" +DISABLED}\n proj_framehold 1001\n addUserKnob {22 setframe l \"set current frame\" t \"Automatically set frame frame into framehold knob.\" -STARTLINE +DISABLED T \"nuke.thisGroup()\\['proj_framehold'].setValue( nuke.frame() )\"}\n addUserKnob {14 overscan t \"The number of pixels to render beyond the left/right and top/bottom of frame, if requested by subsequent operations.\" R 0 100}\n addUserKnob {78 proj_zrange l \"project z range\" n 4}\n proj_zrange {0 1 999999 1000000}\n addUserKnob {26 spacer l \"\" +STARTLINE T
}\n addUserKnob {22 set_link l \"link to selected camera\" t \"Selected any Camera nodes and this button will link the position to the projection camera.\" T \"def getLevel() :\\n\\t### level define ###\\n\\tif len(nuke.thisNode().fullName().split('.')) == 1 :\\n\\t\\t ggLevel = nuke.root()\\n\\telse :\\n\\t\\t nodePath = nuke.thisNode().fullName().split('.')\\n\\t\\t nodePath.pop()\\n\\t\\t ggLevel = nuke.toNode('.'.join(nodePath))\\n\\treturn ggLevel\\n\\nroot = getLevel()\\nthisGRP = nuke.thisGroup()\\nmainKnobs = \\['proj_focal','proj_haperture','proj_win_translate','proj_win_scale','proj_winroll','proj_world_matrix']\\ndefaultKnobs = \\{\\n\\t\\t\\t'focal length' : 'focal',\\n\\t\\t\\t'horiz aperture' : 'haperture',\\n\\t\\t\\t'window translate' : 'win_translate',\\n\\t\\t\\t'window scale' : 'win_scale',\\n\\t\\t\\t'window roll' : 'winroll' ,\\n\\t\\t\\t'world matrix' : 'world_matrix'\\n\\t\\t\\t\\}\\nselNodeKnobs = \\[]\\nmissingKnob = \\[]\\n\\ntry :\\n\\twith root :\\n\\t\\tselNode = nuke.selectedNode()\\n\\n\\tfor knob in selNode.knobs() :\\n\\t\\tselNodeKnobs.append( knob )\\n\\n\\tselNodeKnobs.sort()\\n\\n\\tfor key,value in defaultKnobs.items() :\\n\\t\\tif value not in selNodeKnobs :\\n\\t\\t\\tmissingKnob.append( key )\\n\\n\\tif not len(missingKnob) :\\n\\t\\twith root :\\n\\t\\t\\tfor knob in mainKnobs :\\n\\t\\t\\t\\tthisGRP\\[knob].clearAnimated()\\n\\n\\t\\t\\tCAMnode = selNode.name()\\n\\t\\t\\tthisGRP\\[mainKnobs\\[0]].setExpression( '\\{0\\}.focal'.format(CAMnode) )\\n\\t\\t\\tthisGRP\\[mainKnobs\\[1]].setExpression( '\\{0\\}.haperture'.format(CAMnode) )\\n\\t\\t\\tthisGRP\\[mainKnobs\\[2]].setExpression( '\\{0\\}.win_translate'.format(CAMnode) )\\n\\t\\t\\tthisGRP\\[mainKnobs\\[3]].setExpression( '\\{0\\}.win_scale'.format(CAMnode) )\\n\\t\\t\\tthisGRP\\[mainKnobs\\[4]].setExpression( '\\{0\\}.winroll'.format(CAMnode) )\\n\\t\\t\\tthisGRP\\[mainKnobs\\[5]].setExpression( '\\{0\\}.world_matrix'.format(CAMnode) )\\n\\telse :\\n\\t\\tp = nuke.Panel('Select knobs :')\\n\\t\\tp.addBooleanCheckBox( 'Unable to find the default knobs. Please use the pulldown menu below to define the knob manually.' , False)\\n\\t\\tfor rk in missingKnob :\\n\\t\\t\\tp.addEnumerationPulldown( rk, ' '.join( selNodeKnobs ) )\\n\\n\\t\\tif p.show() :\\n\\t\\t\\ttry :\\n\\t\\t\\t\\tfor key,value in defaultKnobs.items() :\\n\\t\\t\\t\\t\\tif p.value( key ) != None :\\n\\t\\t\\t\\t\\t\\tdefaultKnobs\\[key] = p.value( key )\\n\\t\\t\\texcept :\\n\\t\\t\\t\\tpass\\n\\n\\t\\t\\twith root :\\n\\t\\t\\t\\tfor knob in mainKnobs :\\n\\t\\t\\t\\t\\tthisGRP\\[knob].clearAnimated()\\n\\n\\t\\t\\t\\tCAMnode = selNode.name()\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[0]].setExpression( '\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['focal length']) )\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[1]].setExpression( '\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['horiz aperture']) )\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[2]].setExpression( '\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['window translate']) )\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[3]].setExpression( '\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['window scale']) )\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[4]].setExpression( '\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['winroll']) )\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[5]].setExpression( '\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['world matrix']) )\\nexcept :\\n\\tnuke.message('no node selected.')\" +STARTLINE}\n addUserKnob {22 remove_link l \"remove linked expression\" t \"Remove the linked camera expression but won't reset any data.\" -STARTLINE T \"thisGRP = nuke.thisGroup()\\nmainKnobs = \\['proj_focal','proj_haperture','proj_win_translate','proj_win_scale','proj_winroll','proj_world_matrix']\\n\\nfor i in range (0, len(mainKnobs), 1) :\\n thisGRP\\[mainKnobs\\[i]].clearAnimated()\"}\n addUserKnob {22 bake_link l \"bake expression link\" t \"Baked out the existing expression link back to this node itself. After that, camera node is not required for this node anymore. Baked value is base on the frame range in project setting of the nuke script.\\n\\n* Nuke 11.2 has issue with expression link on this node. It will crash your nuke in some cases, but it will be fine when re-open the nuke script. Because of this issue, recommand to bake the value.\" T \"thisGRP = nuke.thisGroup()\\n\\nframeST = nuke.root().firstFrame()\\nframeED = nuke.root().lastFrame()\\n\\nallknobs = \\['proj_focal','proj_haperture','proj_win_translate','proj_win_scale','proj_winroll','proj_world_matrix']\\nalldata = \\{\\}\\n\\nchknobs = 0\\nfor knob in allknobs :\\n\\tif thisGRP\\[knob].hasExpression() :\\n\\t\\tchknobs = 1\\n\\nif chknobs :\\n\\tfor knob in allknobs :\\n\\t\\tfor t in range( frameST, frameED+1, 1 ) :\\n\\t\\t\\ttry :\\n\\t\\t\\t\\talldata\\[knob].append( thisGRP\\[knob].getValueAt(t) )\\n\\t\\t\\texcept :\\n\\t\\t\\t\\talldata\\[knob] = \\[ thisGRP\\[knob].getValueAt(t) ]\\n\\n\\tfor knob in allknobs :\\n\\t\\tthisGRP\\[knob].clearAnimated()\\n\\t\\tthisGRP\\[knob].setAnimated()\\n\\n\\tfor knob in allknobs :\\n\\t\\tfor t in range( frameST, frameED+1, 1 ) :\\n\\t\\t\\tif type( alldata\\[knob]\\[t-frameST] ) is float :\\n\\t\\t\\t\\tthisGRP\\[knob].setValueAt( alldata\\[knob]\\[t-frameST] , t )\\n\\t\\t\\tif type( alldata\\[knob]\\[t-frameST] ) is list :\\n\\t\\t\\t\\tfor i in range( len( alldata\\[knob]\\[t-frameST] ) ) :\\n\\t\\t\\t\\t\\tthisGRP\\[knob].setValueAt( alldata\\[knob]\\[t-frameST]\\[i] , t , i )\\nelse :\\n\\tnuke.message('no expression link found.')\" +STARTLINE}\n addUserKnob {22 copy_data l \"copy from selected camera\" t \"Select the camera, then this will process 'link to selected camera' and 'bake expression link' in once.\\n\\n* Nuke 11.2 has issue with expression link on this node. It will crash your nuke in some cases, but it will be fine when re-open the nuke script. Because of this issue, recommand to bake the value.\" -STARTLINE T \"thisGRP = nuke.thisGroup()\\nthisGRP\\['set_link'].execute()\\nthisGRP\\['bake_link'].execute()\"}\n addUserKnob {20 cam_data_grp l \"CAMERA DATA\" n 1}\n cam_data_grp 0\n addUserKnob {7 proj_focal l \"focal length\" R 5 100}\n addUserKnob {7 proj_haperture l \"horiz aperture\" R 0.1 50}\n addUserKnob {30 proj_win_translate l \"window translate\"}\n addUserKnob {30 proj_win_scale l \"window scale\"}\n addUserKnob {7 proj_winroll l \"window roll\" R -45 45}\n addUserKnob {41 proj_world_matrix l \"world matrix\" T ui_mtx.matrix}\n addUserKnob {20 endGroup_2 l endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {20 grp_3dpreview l \"Pointcloud preview\" n 1}\n grp_3dpreview 0\n addUserKnob {4 display_ptc_type l \"display type\" t \"When you open this node's panel, you can check the pointcloud under 3D view.\\n\\nnone\\nwill not show the pointcloud in 3D\\n\\nraw pointcloud\\nshow the pointcloud from input data, without any effects from this node\\n\\nwith project image\\nThis can show the instant result of the projection. Since it feedback in real time, it might slow down the progress in 3D space.\" M {\"no pointcloud preview\" \"raw pointcloud\" \"with project image (slow)\" \"\" \"\" \"\" \"\" \"\"}}\n display_ptc_type \"raw pointcloud\"\n addUserKnob {41 detail l \"point detail\" t \"When you open this node's panel, you can check the pointcloud under 3D view.\\n\\nThis control the density of the pointcloud.\" T PositionToPoints.detail}\n addUserKnob {41 pointSize l \"point size\" t \"When you open this node's panel, you can check the pointcloud under 3D view.\\n\\nThis control the point size of the pointcloud.\" T PositionToPoints.pointSize}\n addUserKnob {20 endGroup_1 l endGroup n -1}\n addUserKnob {26 spacer01 l \"\" +STARTLINE T
}\n addUserKnob {26 title_output l \"OUTPUT SETTING\"}\n addUserKnob {4 output t \"wrapped texture + source\\nwhich is a projected texture composite with the input.\\n\\nwrapped texture\\nwhich is only projected texture\\n\\nuv\\nwhich is a uv map, can use this with STMap in downstream.\" M {\"wrapped texture + source\" \"wrapped texture\" uv \"\" \"\"}}\n addUserKnob {20 grp_stmap l \"STMap setting\" n 1}\n grp_stmap 0\n addUserKnob {41 channels l \"apply channels\" t \"Select channel to apply this projected texture.\" T STMap.channels}\n addUserKnob {41 filter t \"pixel filter of projected texture.\" T STMap.filter}\n addUserKnob {6 black_outside l \"black outside\" +STARTLINE}\n black_outside true\n addUserKnob {20 endGroup n -1}\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T 1.2}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2020-09-04}\n addUserKnob {22 btn_CHANGELOG l Changelog T \"log = \\\"v1.2
'PosMatte'
  - fix '2D sample' will break animated '3D pos' knob
  - fix 'cube3D falloff' separation
  - fix matte: cube pivot, also in 3D preview
'PosProjection'
  - support overscan

1.1
'PosMatte'
  - corrected pivot result
  - 'position' knob label changed to 'world position'

1.0
- using Deep2VP setup in 2D comp\\\"\\nnuke.message( log )\" +STARTLINE}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n}\n BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0xff\n label \"don't touch\"\n note_font_size 42\n xpos -1839\n ypos 247\n bdwidth 390\n bdheight 201\n }\n BackdropNode {\n inputs 0\n name BackdropNode2\n tile_color 0x4f4f4fff\n label bin\n note_font_size 42\n xpos -1375\n ypos 247\n bdwidth 484\n bdheight 1262\n }\n NoOp {\n inputs 0\n name menu01\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nif thisGRP\\['freeze_frame'].getValue() == 1 :\\n thisGRP\\['proj_framehold'].setEnabled(True)\\n thisGRP\\['setframe'].setEnabled(True)\\nelse :\\n thisGRP\\['proj_framehold'].setEnabled(False)\\n thisGRP\\['setframe'].setEnabled(False)\\n\"\n xpos -1805\n ypos 322\n addUserKnob {20 User}\n addUserKnob {6 freeze_frame l \"freeze frame\" +STARTLINE}\n }\n NoOp {\n inputs 0\n name menu02\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nif not thisGRP\\['proj_zrange'].isAnimated() :\\n thisGRP\\['proj_zrange_buffer'].clearAnimated()\\n thisGRP\\['proj_zrange_buffer'].setValue( thisGRP\\['proj_zrange'].getValue() )\\nelse :\\n thisGRP\\['proj_zrange_buffer'].setAnimated()\\n anizrange0 = thisGRP\\['proj_zrange'].animation( 0 )\\n anizrange1 = thisGRP\\['proj_zrange'].animation( 1 )\\n anizrange2 = thisGRP\\['proj_zrange'].animation( 2 )\\n anizrange3 = thisGRP\\['proj_zrange'].animation( 3 )\\n for key in anizrange0.keys() :\\n thisGRP\\['proj_zrange_buffer'].setValueAt( key.y, key.x, 0 )\\n for key in anizrange1.keys() :\\n thisGRP\\['proj_zrange_buffer'].setValueAt( key.y, key.x, 1 )\\n for key in anizrange2.keys() :\\n thisGRP\\['proj_zrange_buffer'].setValueAt( key.y, key.x, 2 )\\n for key in anizrange3.keys() :\\n thisGRP\\['proj_zrange_buffer'].setValueAt( key.y, key.x, 3 )\\n\"\n xpos -1679\n ypos 321\n addUserKnob {20 User}\n addUserKnob {78 proj_zrange l \"distance range\" n 4}\n }\n Input {\n inputs 0\n name CG\n xpos 132\n ypos -107\n }\n Dot {\n name Dot1\n xpos 166\n ypos 150\n }\nset N1e7e7400 [stack 0]\n Unpremult {\n channels all\n name Unpremult1\n xpos -524\n ypos 140\n disable {{!parent.unpremult_src}}\n }\nset N1e7e7000 [stack 0]\n Shuffle {\n in none\n in2 alpha\n alpha red2\n name shuffle_pos\n xpos -524\n ypos 275\n }\n Remove {\n operation keep\n channels rgba\n name Remove1\n xpos -524\n ypos 346\n }\n Add {\n channels rgb\n value {{-projCam_data.world_matrix.3} {-projCam_data.world_matrix.7} {-projCam_data.world_matrix.11} {curve}}\n name Add1\n xpos -524\n ypos 428\n }\n ColorMatrix {\n matrix {\n {{projCam_data.world_matrix.0} {projCam_data.world_matrix.1} {projCam_data.world_matrix.2}}\n {{projCam_data.world_matrix.4} {projCam_data.world_matrix.5} {projCam_data.world_matrix.6}}\n {{projCam_data.world_matrix.8} {projCam_data.world_matrix.9} {projCam_data.world_matrix.10}}\n }\n invert true\n name ColorMatrix1\n xpos -524\n ypos 510\n }\n Expression {\n temp_name0 newR\n temp_expr0 \"( red - ( \\[value globalm.hratio] * abs( blue ) * \\[value projFB_data.win_translate.u] / 2 ) ) * 1 / \\[value projFB_data.win_scale.u]\"\n temp_name1 newG\n temp_expr1 \"( green - ( \\[value globalm.hratio] * abs( blue ) * \\[value projFB_data.win_translate.v] / 2 ) ) * 1 / \\[value projFB_data.win_scale.v]\"\n expr0 \"newR * \\[value projFB_data.world_matrix.0] + newG *\\n\\[value projFB_data.world_matrix.1]\"\n expr1 \"newR * \\[value projFB_data.world_matrix.4] + newG *\\n\\[value projFB_data.world_matrix.5]\"\n name Expression1\n xpos -524\n ypos 592\n }\n Dot {\n name Dot2\n xpos -490\n ypos 710\n }\nset N1e809800 [stack 0]\n Expression {\n expr0 \"( r / ( abs(b) * \\[value globalm.hratio] ) ) + 0.5\"\n expr1 \"( g / ( ( abs(b) * \\[value globalm.hratio] ) / ( \\[value tex_dot.width] / \\[value tex_dot.height] ) ) ) + 0.5\"\n name Expression2\n xpos -524\n ypos 816\n }\nset N1e809400 [stack 0]\n Dot {\n name Dot6\n xpos -265\n ypos 819\n }\nset N1e809000 [stack 0]\n Dot {\n name Dot7\n xpos -265\n ypos 1168\n }\npush $N1e809800\n Dot {\n name Dot3\n xpos -697\n ypos 710\n }\n Expression {\n temp_name0 posb\n temp_expr0 \"abs( blue )\"\n expr3 \"posb < \\[value parent.proj_zrange.0] || posb > \\[value parent.proj_zrange.3] ? 0 : posb < \\[value parent.proj_zrange.1] ? clamp( ( posb - \\[value parent.proj_zrange.0] ) / ( \\[value parent.proj_zrange.1] - \\[value parent.proj_zrange.0] ) ) * alpha : posb > \\[value parent.proj_zrange.2] ? clamp( 1 - ( posb - \\[value parent.proj_zrange.2] ) / ( \\[value parent.proj_zrange.3] - \\[value parent.proj_zrange.2] ) ) * alpha : alpha\"\n name Expression3\n xpos -731\n ypos 811\n }\n Dot {\n name Dot4\n xpos -697\n ypos 930\n }\npush $N1e809400\n Merge2 {\n inputs 2\n operation mask\n name Merge1\n xpos -524\n ypos 926\n }\npush $N1e809000\n Input {\n inputs 0\n name tex\n xpos -134\n ypos -106\n number 1\n }\n Crop {\n box {{-parent.overscan.w} {-parent.overscan.h} {input.width+parent.overscan.w} {input.height+parent.overscan.h}}\n crop {{parent.black_outside}}\n name Crop1\n xpos -134\n ypos -26\n }\n Dot {\n name tex_dot\n xpos -100\n ypos 56\n }\n STMap {\n inputs 2\n channels rgba\n uv rgba\n maskChannel rgba.alpha\n name STMap\n xpos -134\n ypos 815\n }\n Merge2 {\n inputs 2\n operation mask\n name Merge2\n xpos -134\n ypos 926\n }\nset N1e834800 [stack 0]\npush $N1e834800\npush $N1e7e7400\n Merge2 {\n inputs 2\n name Merge3\n xpos 132\n ypos 926\n }\n Dot {\n name Dot10\n xpos 166\n ypos 1061\n }\nset N1e834000 [stack 0]\n Switch {\n inputs 3\n which {{output}}\n name Switch2\n xpos 132\n ypos 1313\n }\n Output {\n name Output1\n xpos 132\n ypos 1539\n }\npush $N1e834000\nadd_layer {ptc ptc.red ptc.green ptc.blue}\n Shuffle {\n in {{{shuffle_pos.in}}}\n out ptc\n name Shuffle3\n xpos -713\n ypos 1057\n }\n Remove {\n operation keep\n channels rgba\n channels2 ptc\n name Remove3\n xpos -713\n ypos 1139\n }\n Unpremult {\n channels all\n name Unpremult2\n xpos -713\n ypos 1221\n }\n Expression {\n expr3 \"alpha > 0 ? 1 : 0\"\n name Expression5\n xpos -713\n ypos 1315\n }\npush $N1e7e7000\n Dot {\n name Dot8\n xpos -1252\n ypos 150\n }\n Shuffle {\n in {{{shuffle_pos.in}}}\n out ptc\n name Shuffle2\n xpos -1286\n ypos 1151\n }\n Remove {\n operation keep\n channels rgba\n channels2 ptc\n name Remove2\n xpos -1286\n ypos 1233\n }\npush 0\n Switch {\n inputs 3\n which {{parent.display_ptc_type}}\n name Switch3\n xpos -1286\n ypos 1315\n }\n PositionToPoints2 {\n display textured\n render_mode off\n cast_shadow false\n receive_shadow false\n P_channel ptc\n detail 0.1\n pointSize 1\n name PositionToPoints\n xpos -1286\n ypos 1397\n disable {{\"parent.display_ptc_type == 0 ? 1 : 0\"}}\n }\n Camera {\n inputs 0\n display off\n selectable false\n rotate {0 0 {\"parent.freeze_frame ? \\nparent.proj_winroll( parent.proj_framehold ) : \\nparent.proj_winroll\"}}\n win_translate {{\"parent.freeze_frame ? \\nparent.proj_win_translate(parent.proj_framehold) : \\nparent.proj_win_translate\"} {\"parent.freeze_frame ? \\nparent.proj_win_translate(parent.proj_framehold) : \\nparent.proj_win_translate\"}}\n win_scale {{\"parent.freeze_frame ? \\nparent.proj_win_scale(parent.proj_framehold) : \\nparent.proj_win_scale\"} {\"parent.freeze_frame ? \\nparent.proj_win_scale(parent.proj_framehold) : \\nparent.proj_win_scale\"}}\n name projFB_data\n xpos -1090\n ypos 507\n }\n NoOp {\n inputs 0\n name globalm\n xpos -1097\n ypos 629\n addUserKnob {20 User}\n addUserKnob {7 hratio}\n hratio {{\"parent.freeze_frame ? parent.proj_haperture( parent.proj_framehold )/parent.proj_focal( parent.proj_framehold ) : parent.proj_haperture/parent.proj_focal\"}}\n }\n Camera {\n inputs 0\n display off\n selectable false\n useMatrix true\n matrix {\n {{\"parent.freeze_frame ? parent.proj_world_matrix( parent.proj_framehold ) : parent.proj_world_matrix\"} {\"parent.freeze_frame ? parent.proj_world_matrix( parent.proj_framehold ) : parent.proj_world_matrix\"} {\"parent.freeze_frame ? parent.proj_world_matrix( parent.proj_framehold ) : parent.proj_world_matrix\"} {\"parent.freeze_frame ? parent.proj_world_matrix( parent.proj_framehold ) : parent.proj_world_matrix\"}}\n {{\"parent.freeze_frame ? parent.proj_world_matrix( parent.proj_framehold ) : parent.proj_world_matrix\"} {\"parent.freeze_frame ? parent.proj_world_matrix( parent.proj_framehold ) : parent.proj_world_matrix\"} {\"parent.freeze_frame ? parent.proj_world_matrix( parent.proj_framehold ) : parent.proj_world_matrix\"} {\"parent.freeze_frame ? parent.proj_world_matrix( parent.proj_framehold ) : parent.proj_world_matrix\"}}\n {{\"parent.freeze_frame ? parent.proj_world_matrix( parent.proj_framehold ) : parent.proj_world_matrix\"} {\"parent.freeze_frame ? parent.proj_world_matrix( parent.proj_framehold ) : parent.proj_world_matrix\"} {\"parent.freeze_frame ? parent.proj_world_matrix( parent.proj_framehold ) : parent.proj_world_matrix\"} {\"parent.freeze_frame ? parent.proj_world_matrix( parent.proj_framehold ) : parent.proj_world_matrix\"}}\n {{\"parent.freeze_frame ? parent.proj_world_matrix( parent.proj_framehold ) : parent.proj_world_matrix\"} {\"parent.freeze_frame ? parent.proj_world_matrix( parent.proj_framehold ) : parent.proj_world_matrix\"} {\"parent.freeze_frame ? parent.proj_world_matrix( parent.proj_framehold ) : parent.proj_world_matrix\"} {\"parent.freeze_frame ? parent.proj_world_matrix( parent.proj_framehold ) : parent.proj_world_matrix\"}}\n }\n name projCam_data\n xpos -1089\n ypos 418\n }\n Camera {\n inputs 0\n useMatrix true\n matrix {\n {0 0 0 0}\n {0 0 0 0}\n {0 0 0 0}\n {0 0 0 0}\n }\n name ui_mtx\n xpos -1088\n ypos 319\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_ProductMatrix4.gizmo", "content": "Group {\n name ProductMatrix4_\n help \"Multiply two pixel based Matrix4 (Defined as layers matrix0, matrix1, matrix2 and matrix3)\"\n addUserKnob {20 Matrix4Product l \"Product Matrix4\"}\n addUserKnob {26 Description l \"\" +STARTLINE T \"Multiply two matrix4: matrixA*matrixB\"}\n addUserKnob {26 divider_copyright l \"\" +STARTLINE}\n addUserKnob {26 copyright l \"\" +STARTLINE T \"v1.0 - Mathieu Goulet-Aubin & Erwan Leroy - Github\"}\n}\n Input {\n inputs 0\n name matrixA\n xpos 344\n ypos 139\n }\n Dot {\n name Dot3\n xpos 378\n ypos 252\n }\nset N1dd52c30 [stack 0]\npush $N1dd52c30\npush $N1dd52c30\npush $N1dd52c30\n Input {\n inputs 0\n name matrixB\n xpos 21\n ypos 142\n number 1\n }\nadd_layer {matrix0 matrix0.0 matrix0.1 matrix0.2 matrix0.3}\n MergeExpression {\n inputs 2\n channel0 {matrix0.0 -matrix0.1 -matrix0.2 -matrix0.3}\n expr0 (Bmatrix0.0*Amatrix0.0)+(Bmatrix0.1*Amatrix1.0)+(Bmatrix0.2*Amatrix2.0)+(Bmatrix0.3*Amatrix3.0)\n channel1 {-matrix0.0 matrix0.1 -matrix0.2 -matrix0.3}\n expr1 (Bmatrix0.0*Amatrix0.1)+(Bmatrix0.1*Amatrix1.1)+(Bmatrix0.2*Amatrix2.1)+(Bmatrix0.3*Amatrix3.1)\n channel2 {-matrix0.0 -matrix0.1 matrix0.2 -matrix0.3}\n expr2 (Bmatrix0.0*Amatrix0.2)+(Bmatrix0.1*Amatrix1.2)+(Bmatrix0.2*Amatrix2.2)+(Bmatrix0.3*Amatrix3.2)\n channel3 {-matrix0.0 -matrix0.1 -matrix0.2 matrix0.3}\n expr3 (Bmatrix0.0*Amatrix0.3)+(Bmatrix0.1*Amatrix1.3)+(Bmatrix0.2*Amatrix2.3)+(Bmatrix0.3*Amatrix3.3)\n name MergeExpression1\n xpos 21\n ypos 249\n }\nadd_layer {matrix1 matrix1.0 matrix1.1 matrix1.2 matrix1.3}\n MergeExpression {\n inputs 2\n channel0 {matrix1.0 -matrix1.1 -matrix1.2 -matrix1.3}\n expr0 (Bmatrix1.0*Amatrix0.0)+(Bmatrix1.1*Amatrix1.0)+(Bmatrix1.2*Amatrix2.0)+(Bmatrix1.3*Amatrix3.0)\n channel1 {-matrix1.0 matrix1.1 -matrix1.2 -matrix1.3}\n expr1 (Bmatrix1.0*Amatrix0.1)+(Bmatrix1.1*Amatrix1.1)+(Bmatrix1.2*Amatrix2.1)+(Bmatrix1.3*Amatrix3.1)\n channel2 {-matrix1.0 -matrix1.1 matrix1.2 -matrix1.3}\n expr2 (Bmatrix1.0*Amatrix0.2)+(Bmatrix1.1*Amatrix1.2)+(Bmatrix1.2*Amatrix2.2)+(Bmatrix1.3*Amatrix3.2)\n channel3 {-matrix1.0 -matrix1.1 -matrix1.2 matrix1.3}\n expr3 (Bmatrix1.0*Amatrix0.3)+(Bmatrix1.1*Amatrix1.3)+(Bmatrix1.2*Amatrix2.3)+(Bmatrix1.3*Amatrix3.3)\n name MergeExpression2\n xpos 21\n ypos 273\n }\nadd_layer {matrix2 matrix2.0 matrix2.1 matrix2.2 matrix2.3}\n MergeExpression {\n inputs 2\n channel0 {matrix2.0 -matrix2.1 -matrix2.2 -matrix2.3}\n expr0 (Bmatrix2.0*Amatrix0.0)+(Bmatrix2.1*Amatrix1.0)+(Bmatrix2.2*Amatrix2.0)+(Bmatrix2.3*Amatrix3.0)\n channel1 {-matrix2.0 matrix2.1 -matrix2.2 -matrix2.3}\n expr1 (Bmatrix2.0*Amatrix0.1)+(Bmatrix2.1*Amatrix1.1)+(Bmatrix2.2*Amatrix2.1)+(Bmatrix2.3*Amatrix3.1)\n channel2 {-matrix2.0 -matrix2.1 matrix2.2 -matrix2.3}\n expr2 (Bmatrix2.0*Amatrix0.2)+(Bmatrix2.1*Amatrix1.2)+(Bmatrix2.2*Amatrix2.2)+(Bmatrix2.3*Amatrix3.2)\n channel3 {-matrix2.0 -matrix2.1 -matrix2.2 matrix2.3}\n expr3 (Bmatrix2.0*Amatrix0.3)+(Bmatrix2.1*Amatrix1.3)+(Bmatrix2.2*Amatrix2.3)+(Bmatrix2.3*Amatrix3.3)\n name MergeExpression3\n xpos 21\n ypos 297\n }\nadd_layer {matrix3 matrix3.0 matrix3.1 matrix3.2 matrix3.3}\n MergeExpression {\n inputs 2\n channel0 {matrix3.0 -matrix3.1 -matrix3.2 -matrix3.3}\n expr0 (Bmatrix3.0*Amatrix0.0)+(Bmatrix3.1*Amatrix1.0)+(Bmatrix3.2*Amatrix2.0)+(Bmatrix3.3*Amatrix3.0)\n channel1 {-matrix3.0 matrix3.1 -matrix3.2 -matrix3.3}\n expr1 (Bmatrix3.0*Amatrix0.1)+(Bmatrix3.1*Amatrix1.1)+(Bmatrix3.2*Amatrix2.1)+(Bmatrix3.3*Amatrix3.1)\n channel2 {-matrix3.0 -matrix3.1 matrix3.2 -matrix3.3}\n expr2 (Bmatrix3.0*Amatrix0.2)+(Bmatrix3.1*Amatrix1.2)+(Bmatrix3.2*Amatrix2.2)+(Bmatrix3.3*Amatrix3.2)\n channel3 {-matrix3.0 -matrix3.1 -matrix3.2 matrix3.3}\n expr3 (Bmatrix3.0*Amatrix0.3)+(Bmatrix3.1*Amatrix1.3)+(Bmatrix3.2*Amatrix2.3)+(Bmatrix3.3*Amatrix3.3)\n name MergeExpression4\n selected true\n xpos 21\n ypos 321\n }\n Output {\n name Output1\n xpos 21\n ypos 421\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_Pyclopedia.gizmo", "content": "Group {\n inputs 0\n name Pyclopedia\n onCreate \"\\nimport os, pydoc, re\\n\\n##########\\n\\ndef pyclopediaLoadField( _thisG ) :\\n usrStar = \\[]\\n if _thisG\\['use_module'].getValue() :\\n importMod = _thisG\\['module'].value()\\n if len( importMod ) :\\n exec ('import \\{0\\}'.format( importMod ))\\n\\n try :\\n usrStar = pyclopediaListStar( _thisG )\\[importMod]\\n except :\\n pass\\n\\n else :\\n\\n try :\\n usrStar = pyclopediaListStar( _thisG )\\['']\\n except :\\n pass\\n\\n try :\\n knobstatus = pyclopediaGetKnobs( _thisG )\\n\\n cline = _thisG\\['cmd_line'].value().replace( ' ' , '' )\\n kwfilter = _thisG\\['keyword_filter'].value().replace( ' ' , '' )\\n if len( cline ) :\\n if knobstatus\\[0] == 0 :\\n _thisG\\['basechk'].setValue( cline )\\n\\n if _thisG\\['basechk'].value() == cline :\\n if len( knobstatus\\[1] ) :\\n knobstatus\\[1].sort()\\n for knob in knobstatus\\[1] :\\n cline = cline + '.' + _thisG\\[knob].value().replace('\\[*] ','')\\n\\n matchStar = pyclopediaMatchStar( usrStar , cline , knobstatus\\[0] )\\n matchStar.sort()\\n matchStar.reverse()\\n\\n try :\\n fields = \\[]\\n for i in eval( 'dir( \\{0\\} )'.format( cline ) ) :\\n if not i\\[:2] == '__' and not i\\[:1] == '_' :\\n if len(kwfilter) :\\n if kwfilter.lower() in i.lower() :\\n fields.append(i)\\n else :\\n fields.append(i)\\n\\n for star in matchStar :\\n try :\\n fields.remove( star )\\n fields.insert( 0, '\\[*] '+star )\\n except ValueError :\\n pass\\n\\n ### generate ###\\n if len( fields ) :\\n _thisG\\[ 'field_' + str( knobstatus\\[0]+1 ) ].setVisible( True )\\n _thisG\\[ 'field_' + str( knobstatus\\[0]+1 ) ].setValues( fields )\\n else :\\n nuke.message( 'no more sub-field' )\\n except NameError as err :\\n nuke.message( 'NameError : \\{0\\}

Make sure the command line belongs to correct module.'.format( err ) )\\n else :\\n _thisG\\['reset'].execute()\\n pyclopediaLoadField( _thisG )\\n else :\\n nuke.message('command line is empty.')\\n except AttributeError as err :\\n if nuke.ask( 'AttributeError : \\{0\\}

Do you want to fix this error?'.format( err ) ) :\\n pyclopediaFixField( _thisG )\\n\\n##########\\n\\ndef pyclopediaGetKnobs( _thisG ) :\\n maxfield = 0\\n fieldknobs = \\[]\\n\\n for knob in _thisG.knobs() :\\n if knob\\[:6] == 'field_' :\\n if len( _thisG\\[knob].values()\\[0] ) :\\n fieldknobs.append( knob )\\n\\n if int( knob.split('_')\\[1] ) > maxfield :\\n maxfield = int( knob.split('_')\\[1] )\\n else :\\n _thisG\\[knob].setVisible( False )\\n _thisG\\[knob].setValue(0)\\n _thisG\\[knob].setValues( \\[''] )\\n\\n return maxfield, fieldknobs\\n\\n##########\\n\\ndef pyclopediaFixField( _thisG ) :\\n if _thisG\\['use_module'].getValue() :\\n importMod = _thisG\\['module'].value()\\n if len( importMod ) :\\n exec ('import \\{0\\}'.format( importMod ))\\n\\n knobstatus = pyclopediaGetKnobs( _thisG )\\n\\n cline = _thisG\\['cmd_line'].value()\\n if knobstatus\\[0] == 0 :\\n _thisG\\['basechk'].setValue( cline )\\n\\n knobstatus\\[1].sort()\\n\\n check = 0\\n while check < len(knobstatus\\[1]) :\\n try :\\n temp = \\[ _thisG\\[knobstatus\\[1]\\[i]].value() for i in range( check+1 ) ]\\n temp.insert( 0, cline )\\n eval( 'dir( \\{0\\} )'.format( '.'.join( temp ) ) )\\n check += 1\\n except :\\n for knob in knobstatus\\[1]\\[check:] :\\n _thisG\\[ knob ].setVisible( False )\\n _thisG\\[ knob ].setValue(0)\\n _thisG\\[ knob ].setValues( \\[''] )\\n check = len(knobstatus\\[1])\\n\\n##########\\n\\ndef pyclopediaShowDoc( _thisG ) :\\n try :\\n if _thisG\\['use_module'].getValue() :\\n importMod = _thisG\\['module'].value()\\n if len( importMod ) :\\n exec ('import \\{0\\}'.format( importMod ))\\n\\n fieldknobs = \\[]\\n\\n for knob in _thisG.knobs() :\\n if knob\\[:6] == 'field_' :\\n if len( _thisG\\[knob].values()\\[0] ) :\\n fieldknobs.append( knob )\\n\\n cline = _thisG\\['cmd_line'].value()\\n\\n if len( fieldknobs ) :\\n fieldknobs.sort()\\n for knob in fieldknobs :\\n cline = cline + '.' + _thisG\\[knob].value().replace('\\[*] ','')\\n\\n content = pydoc.plain( pydoc.render_doc( eval( cline ) ) )\\n\\n displayPanel = pyclopediaPanel( cline , content )\\n if displayPanel\\[1] :\\n pyclopediaAddStar( _thisG , displayPanel\\[0].value('line') )\\n\\n except AttributeError as err :\\n if nuke.ask( 'AttributeError : \\{0\\}

Do you want to fix this error?'.format( err ) ) :\\n pyclopediaFixField( _thisG )\\n _thisG\\['show_doc'].execute()\\n\\n##########\\n\\ndef pyclopediaPanel( _line , _content ) :\\n p = nuke.Panel( 'Help on : \\{0\\}'.format( _line ) )\\n p.addSingleLineInput( 'line' , _line )\\n p.addNotepad( '', _content )\\n p.addButton('Close')\\n p.addButton('Starred this')\\n p.setWidth( 960 )\\n return ( p , p.show() )\\n\\n##########\\n\\ndef pyclopediaBackField( _thisG ) :\\n knobstatus = pyclopediaGetKnobs( _thisG )\\n\\n if knobstatus\\[0] :\\n _thisG\\[ 'field_' + str(knobstatus\\[0]) ].setVisible( False )\\n _thisG\\[ 'field_' + str(knobstatus\\[0]) ].setValue(0)\\n _thisG\\[ 'field_' + str(knobstatus\\[0]) ].setValues( \\[''] )\\n\\n##########\\n\\ndef pyclopediaReset( _thisG ) :\\n for knob in _thisG.knobs() :\\n if knob\\[:6] == 'field_' :\\n _thisG\\[knob].setVisible( False )\\n _thisG\\[knob].setValue(0)\\n _thisG\\[knob].setValues( \\[''] )\\n _thisG\\['basechk'].setValue('')\\n\\n##########\\n\\ndef pyclopediaReadStar() :\\n nkfolder = \\[ os.environ\\['HOME'] , '.nuke' ]\\n file = open( os.sep.join( nkfolder + \\[ 'pyclopedia' , 'favourite' ] ) , 'r' )\\n context = file.readlines()\\n file.close()\\n return context\\n\\n##########\\n\\ndef pyclopediaWriteStar( _context=\\[] , _mode='update') :\\n nkfolder = \\[ os.environ\\['HOME'] , '.nuke' ]\\n if _mode == 'new' :\\n os.mkdir( os.sep.join( nkfolder + \\[ 'pyclopedia' ] ) )\\n file = open( os.sep.join( nkfolder + \\[ 'pyclopedia' , 'favourite' ] ) , 'w' )\\n if _mode == 'update' :\\n file.write( ''.join( _context ) )\\n file.close()\\n\\n##########\\n\\ndef pyclopediaAddStar( _thisG , _line ) :\\n nkfolder = \\[ os.environ\\['HOME'] , '.nuke' ]\\n\\n ##### if file not exist, create one\\n try :\\n context = pyclopediaReadStar()\\n except IOError :\\n pyclopediaWriteStar( _mode='new' )\\n context = \\[]\\n\\n if _thisG\\['use_module'].value() :\\n fline = '|'.join( \\[ _thisG\\['module'].value() , _line ] ) + '\\\\n'\\n else :\\n fline = '|'.join( \\[ '' , _line ] ) + '\\\\n'\\n\\n if fline not in context :\\n context.append( fline )\\n pyclopediaWriteStar( context )\\n pyclopediaGetFData( _thisG )\\n else :\\n nuke.message('This command already in Starred list.')\\n\\n##########\\n\\ndef pyclopediaListStar( _thisG ) :\\n starItems = \\{\\}\\n try :\\n context = pyclopediaReadStar()\\n for line in context :\\n items = re.split( '\\\\||\\\\n' , line )\\[:2]\\n try :\\n starItems\\[items\\[0]].append( items\\[1] )\\n except :\\n starItems\\[items\\[0]] = \\[ items\\[1] ]\\n except :\\n pass\\n return starItems\\n\\n##########\\n\\ndef pyclopediaMatchStar( _listStar , _cin , _kcount ) :\\n matchStar = \\[]\\n for star in _listStar :\\n if len( star.split('.') ) == _kcount + 2 :\\n if star.split('.')\\[:_kcount+1] == _cin.split('.') :\\n matchStar.append( star.split('.')\\[-1:]\\[0] )\\n return matchStar\\n\\n##########\\n\\ndef pyclopediaGetFData( _thisG ) :\\n data = pyclopediaListStar( _thisG )\\n temp = \\[]\\n for key, value in data.items() :\\n for cmd in value :\\n if key == '' :\\n temp.append( '\\{set ' + '\\\"\\\"' + ' ' + cmd + '\\}' )\\n else :\\n temp.append( '\\{set \\\"' + key + '\\\" ' + cmd + '\\}' )\\n _thisG\\['modStarData'].fromScript( '\\\\n'.join(temp) )\\n\\n##########\\n\\ndef pyclopediaModFData( _thisG ) :\\n fmd = _thisG\\['modStarData'].toScript().split('\\\\n')\\n context = \\[]\\n for line in fmd :\\n if len( ''.join( line\\[5:-1].replace('\\\"','').split(' ') ) ) :\\n mod = ' '.join( line\\[5:-1].split(' ')\\[:-1] )\\n cmd = line\\[5:-1].split(' ')\\[-1:]\\[0]\\n context.append( ''.join( \\[ '|'.join( \\[ mod, cmd ] ).replace('\\\"','') , '\\\\n' ] ) )\\n try :\\n pyclopediaWriteStar( context )\\n except :\\n pyclopediaWriteStar( _mode='new')\\n\\n##### startup command #####\\n\\npyclopediaGetFData( nuke.thisGroup() )\\n\"\n tile_color 0x7f7f7fff\n selected true\n addUserKnob {20 tab_general l General}\n addUserKnob {1 keyword_filter l \"keyword filter\" t \"keyword to filter next field result.\\n\\n*non-case sensitive\"}\n addUserKnob {22 get_sub_field l \"get sub field\" t \"get next field\" -STARTLINE T \"pyclopediaLoadField( nuke.thisGroup() )\"}\n addUserKnob {22 back_field l \"back field\" t \"revert to one field backward\" -STARTLINE T \"pyclopediaBackField( nuke.thisGroup() )\"}\n addUserKnob {22 show_doc l \"show doc\" -STARTLINE T \"pyclopediaShowDoc( nuke.thisGroup() )\"}\n addUserKnob {22 reset -STARTLINE +INVISIBLE T \"pyclopediaReset( nuke.thisGroup() )\"}\n addUserKnob {26 \"\"}\n addUserKnob {1 basechk +HIDDEN}\n basechk nuke\n addUserKnob {41 use_module l \"import module\" T menu01.use_module}\n addUserKnob {1 module +HIDDEN}\n addUserKnob {1 cmd_line l \"command line\"}\n cmd_line nuke\n addUserKnob {4 field_1 l \"field 1\" +HIDDEN M {\"\"}}\n addUserKnob {4 field_2 l \"field 2\" +HIDDEN M {\"\"}}\n addUserKnob {4 field_3 l \"field 3\" +HIDDEN M {\"\"}}\n addUserKnob {4 field_4 l \"field 4\" +HIDDEN M {\"\"}}\n addUserKnob {4 field_5 l \"field 5\" +HIDDEN M {\"\"}}\n addUserKnob {4 field_6 l \"field 6\" +HIDDEN M {\"\"}}\n addUserKnob {4 field_7 l \"field 7\" +HIDDEN M {\"\"}}\n addUserKnob {4 field_8 l \"field 8\" +HIDDEN M {\"\"}}\n addUserKnob {4 field_9 l \"field 9\" +HIDDEN M {\"\"}}\n addUserKnob {4 field_10 l \"field 10\" +HIDDEN M {\"\"}}\n addUserKnob {20 starred_manager l \"starred manager\" n 1}\n starred_manager 0\n addUserKnob {41 modStarData l \"\" +STARTLINE T ModifyMetaData.metadata}\n addUserKnob {22 clear_all l \"clear all starred command\" T \"pyclopediaWriteStar( \\[] )\\npyclopediaGetFData( nuke.thisGroup() )\" +STARTLINE}\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T 1.4}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2021-03-18}\n addUserKnob {22 btn_CHANGELOG l Changelog T \"log = \\\"1.4
- compatible with python3

1.3
- remove gizmo version, some setup not compatible in gizmo format.

1.2
- enhanced entire code
- improved error detection
- removed reset button
- some labels updated the name
- added 'starred' function
- added 'keyword filter'

1.1
- fixed 'back level' error

1.0
- python encyclopedia\\\"\\nnuke.message( log )\" +STARTLINE}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n}\n BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0xff\n label \"dont touch\"\n note_font_size 42\n xpos -287\n ypos -247\n bdwidth 296\n bdheight 273\n }\n NoOp {\n inputs 0\n name menu01\n knobChanged \"\\nnuke.thisGroup()\\['module'].setVisible( nuke.thisGroup()\\['use_module'].value() )\\n\"\n xpos -183\n ypos -157\n addUserKnob {20 User}\n addUserKnob {6 use_module l \"use module\" +STARTLINE}\n }\n ModifyMetaData {\n inputs 0\n name ModifyMetaData\n knobChanged \"pyclopediaModFData( nuke.thisGroup() )\"\n xpos -180\n ypos -77\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_Python_and_TCL.gizmo", "content": "Group {\n inputs 0\n name Python_and_TCL\n knobChanged \"\\nnk = nuke.thisNode()\\nk = nuke.thisKnob()\\n\\nif ('operation' in k.name() and int(nk\\['operation'].getValue()) == 0 ):\\n python = nuke.toNode('StickyNote_PythonOverview')\\['label'].getValue()\\n tcl = nuke.toNode('StickyNote_TCLOverview')\\['label'].getValue()\\n website = nuke.toNode('StickyNote_WebsiteOverview')\\['label'].getValue()\\n\\nelif ('operation' in k.name() and int(nk\\['operation'].getValue()) == 1 ):\\n python = nuke.toNode('StickyNote_CreateNode')\\['label'].getValue()\\n tcl = \\\"\\\"\\n website = nuke.toNode('StickyNote_CreateNode_website')\\['label'].getValue()\\n\\nelif ('operation' in k.name() and int(nk\\['operation'].getValue()) == 2 ):\\n python = nuke.toNode('StickyNote_SelectNode')\\['label'].getValue()\\n tcl = \\\"\\\"\\n website = \\\"\\\"\\n\\nelif ('operation' in k.name() and int(nk\\['operation'].getValue()) == 3 ):\\n python = nuke.toNode('StickyNote_ConnectNodes')\\['label'].getValue()\\n tcl = \\\"\\\"\\n website = \\\"\\\"\\n\\nelif ('operation' in k.name() and int(nk\\['operation'].getValue()) == 4 ):\\n python = nuke.toNode('StickyNote_ReadKnob')\\['label'].getValue()\\n tcl = \\\"\\\"\\n website = \\\"\\\"\\n\\nelif ('operation' in k.name() and int(nk\\['operation'].getValue()) == 5 ):\\n python = nuke.toNode('StickyNote_WriteKnob')\\['label'].getValue()\\n tcl = \\\"\\\"\\n website = \\\"\\\"\\n\\nelif ('operation' in k.name() and int(nk\\['operation'].getValue()) == 6 ):\\n python = nuke.toNode('StickyNote_CreateKnob')\\['label'].getValue()\\n tcl = \\\"\\\"\\n website = nuke.toNode('StickyNote_CreateKnob_website')\\['label'].getValue()\\n\\nelif ('operation' in k.name() and int(nk\\['operation'].getValue()) == 7 ):\\n python = nuke.toNode('StickyNote_Animation')\\['label'].getValue()\\n tcl = \\\"\\\"\\n website = nuke.toNode('StickyNote_Animation_website')\\['label'].getValue()\\n\\nelif ('operation' in k.name() and int(nk\\['operation'].getValue()) == 8 ):\\n python = nuke.toNode('StickyNote_PythonExpression')\\['label'].getValue()\\n tcl = nuke.toNode('StickyNote_TCLExpression')\\['label'].getValue()\\n website = nuke.toNode('StickyNote_WebsiteExpression')\\['label'].getValue()\\n\\nelif ('operation' in k.name() and int(nk\\['operation'].getValue()) == 9 ):\\n python = nuke.toNode('StickyNote_PythonMath')\\['label'].getValue()\\n tcl = nuke.toNode('StickyNote_TCLMath')\\['label'].getValue()\\n website = nuke.toNode('StickyNote_websiteMath')\\['label'].getValue()\\n\\nelif ('operation' in k.name() and int(nk\\['operation'].getValue()) == 10 ):\\n python = nuke.toNode('StickyNote_Def')\\['label'].getValue()\\n tcl = \\\"\\\"\\n website = \\\"\\\"\\n\\nelif ('operation' in k.name() and int(nk\\['operation'].getValue()) == 11 ):\\n python = nuke.toNode('StickyNote_Callbacks')\\['label'].getValue()\\n tcl = \\\"\\\"\\n website = nuke.toNode('StickyNote_websiteCallbacks')\\['label'].getValue()\\n\\nelif ('operation' in k.name() and int(nk\\['operation'].getValue()) == 12 ):\\n python = nuke.toNode('StickyNote_CustomPanels')\\['label'].getValue()\\n tcl = \\\"\\\"\\n website = nuke.toNode('StickyNote_WebsiteCustomPanels')\\['label'].getValue()\\n\\nelif ('operation' in k.name() and int(nk\\['operation'].getValue()) == 13 ):\\n python = nuke.toNode('StickyNote_Tricks')\\['label'].getValue()\\n tcl = \\\"\\\"\\n website = nuke.toNode('StickyNote_WebsiteTricks')\\['label'].getValue()\\n\\nif ('operation' in k.name()):\\n nk\\['message_python'].setValue(python)\\n nk\\['message_tcl'].setValue(tcl)\\n nk\\['message_website'].setValue(website)\\n\"\n autolabel \"nuke.thisNode().name() + \\\"\\\\n\\\" + '(' + nuke.thisNode()\\['operation'].value() + ')' \"\n tile_color 0xff00ffff\n note_font \"Bitstream Vera Sans Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold\"\n note_font_size 13\n selected true\n addUserKnob {20 read l \"Read Me\"}\n addUserKnob {4 operation M {\"00. Python & TCL Overview\" \"01. Create node\" \"02. Select a node\" \"03. Connect nodes\" \"04. Read from a knob\" \"05. Write into a knob\" \"06. Create new knob\" \"07. Animation and Curve\" \"08. Expressions\" \"09. Math functions and Wave Generator\" \"10. Functions def()\" \"11. Callbacks\" \"12. Custom Panels\" \"13. Tricks\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\"}}\n addUserKnob {22 create_sticky_note l \"Create Sticky Note\" -STARTLINE T \"n=nuke.thisNode()\\nname = n.name()\\nnuke.root().begin()\\n\\ndef create_sticky():\\n if(text!=\\\"\\\"):\\n stickyNote = nuke.createNode('StickyNote')\\n nuke.autoplace(stickyNote)\\n stickyNote\\[\\\"label\\\"].setValue(text)\\n\\n\\ntext=n\\['message_python'].getValue()\\ncreate_sticky()\\n\\ntext=n\\['message_tcl'].getValue()\\ncreate_sticky()\\n\\ntext=n\\['message_website'].getValue()\\ncreate_sticky()\"}\n addUserKnob {26 \"\"}\n addUserKnob {41 message_python l Python T Text_python.message}\n addUserKnob {41 message_tcl l TCL T Text_TCL.message}\n addUserKnob {41 message_website l Website T Text_websites.message}\n addUserKnob {26 \"\" +STARTLINE}\n addUserKnob {26 message l \"\" +STARTLINE T \"Python and TCL v1.1\\nby Andrea Geremia\\n\"}\n addUserKnob {26 \"\" +STARTLINE}\n addUserKnob {22 tutorial l \"Tutorial\" T \"nuke.tcl('start', 'http://www.andreageremia.it/tutorial_python_tcl.html')\\n\" +STARTLINE}\n}\n BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0x8e388e00\n note_font_size 42\n xpos -13\n ypos -126\n bdwidth 103\n bdheight 456\n }\n Output {\n inputs 0\n name Output1\n xpos 0\n ypos 300\n }\n StickyNote {\n inputs 0\n name StickyNote_TCLOverview\n label \"TCL OVERVIEW\\n\\nGetting a knob’s value of a specific node:\\n\\n#First frame of current read/write:\\n\\[value Read1.first]\\n\\n#Getting a knob’s value of current node:\\n\\[value this.first_frame]\\n\\n#Return label value of the input node:\\n\\[value this.size]\\n\\n#Name of the input node:\\n\\[value this.input0.label]\\n\\n#Name of the node before the group (Outside):\\n\\[value this.input.name]\\n\\n#Return 1 if the node is on error otherwise 0:\\n\\[value this.parent.input.name]\\n\\n#Get the bounding Box from the input of the node:\\n\\[value error]\\n\\n\\n#Here some expression for the Format\\nformat.x\\nformat.y\\nwidth\\nheight\\nbbox.x\\nbbox.y\\nbbox.w\\nbbox.h\\n\\n#Get the format from the input of the node:\\n\\[value input.bbox.x]#left boundary\\n\\[value input.bbox.r]#right boundary\\n\\nGet the format from the input of the node:\\n\\[value input.format.r]#width\\n\\[value input.format.t]#height\\n\\n#Get the x position of the point #3 of the Bezier1 of the Roto1 node:\\n\\[value Roto1.curves.Bezier1.curve_points.3.main.x]\\n\\n#Return sample pixel value of the node Add1 reading in the red at position of knob Center:\\n\\[sample Add1 Red Center.x Center.y]\\n\\n#Get the value of the channel of a node, at a specific pixelcoordinates (e.g.: 10,10):\\n\\[sample \\[node input] red 10 10]\\n\\n#---------------------------------------------------------------------\\n#SET VALUES\\n\\n#Setting a knob’s value of a specific node:\\n\\[knob Read1.first 10]\\n\\n#Setting a variable, without returning that (useful in a textnode):\\n\\[set seq \\[value Read1.file]; return]\\n\\n#---------------------------------------------------------------------\\n#STRING\\n\\n#Replace string in current node file knob with regex (string “proj” to “projects” in all occurences):\\n\\[regsub -all \\\"proj\\\" \\[value \\[node this].file] \\\"projects\\\"] \\n\\n#String map (replace multiple stringpairs) (this returns: xxffffxxyy):\\n\\[string map \\{\\\"aa\\\" \\\"xx\\\" \\\"bb\\\" \\\"yy\\\"\\} \\\"aaffffaabb\\\" ]\\n\\n#Compare strings:\\n\\[string equal \\[value Text1.message] \\\"bla\\\"]\\n\\n#Regexp matching:\\n\\[regexp -inline \\\"_v\\\\\\[0-9]\\{3\\}\\\" \\[value Read2.file]] \\n\\n#Evaluating string\\n\\[python os.getenv('rotate') == 'xavierb']\\n\\n#---------------------------------------------------------------------\\n#IF CONDITION\\n\\n\\[if \\{condition\\} \\{expr1\\} else \\{expr2\\}]\\n\\n#Example:\\n\\[if \\{\\[value blackpoint]==1\\} \\{return 2\\} \\{return 3\\}]\\n\\[if \\{\\[value blackpoint]==1\\} \\{return True\\} \\{return False\\}]\\n\\[if \\{\\[value blackpoint]==1\\} \\{return blackpoint\\} \\{return whitepoint\\}]\\n\\[if \\{\\[value filter]==\\\"gaussian\\\"\\} \\{return filter\\} \\{return False\\}]\\n\\n#OTHER METHOD\\ncondition ? then : else\\n\\n#Example:\\n#if (r==1)? return 0: else (return r*2)\\nr ==1 ? 0 : r*2\\n\\n#---------------------------------------------------------------------\\n#PATH MANIPULATIONS:\\n\\n#Filepath without extension:\\n\\[file rootname \\[value \\[topnode].file]]\\n\\n#Filename only:\\n\\[basename \\[value \\[topnode].file ]]\\n\\n#Filename only without extension:\\n\\[basename\\[file rootname \\[value \\[topnode].file]]]\"\n xpos -1411\n ypos -3379\n }\n StickyNote {\n inputs 0\n name StickyNote_PythonOverview\n label \"PYTHON OVERVIEW\\n\\n#-------------------------------------------------------\\n#PRINT and VARIABLES\\nprint 'Hello World'\\n\\nname = 'Andrea'\\nprint 'Hello' + name\\n\\n#-------------------------------------------------------\\n#VARIABLES TYPES\\n\\nint(x)\\nlong(x)\\nfloat(x)\\nstr(x)\\n\\n#convert string o int\\nint (stringa)\\n\\n#convert int to string\\nstr(integer)\\n\\n#-------------------------------------------------------\\n#STRINGs\\n\\nvar1 = 'Hello World!'\\nprint \\\"Updated String : \\\", var1\\[:6] + 'Python'\\n#Result: Updated String : Hello Python\\n\\nvar2 = \\\"Hello, Ciao, Halo,\\\"\\nlist = var2.split(',')\\nfor x in list:\\n print(x)\\n#Result \\tHello\\n#\\tCiao\\n# \\tHalo\\n\\n#-------------------------------------------------------\\n#IF CONDITION\\n\\nif expression:\\n statement(s)\\nelse:\\n statement(s)\\n\\n#Example 01\\nif var == 200:\\n\\tprint 'ciao'\\nelif var<200:\\n\\tprint 'ok'\\n\\n#Example 02\\nanswer = 'y'\\nif answer is 'y':\\n print(\\\"answer is equal to 'y'\\\")\\n\\n#Example 03\\nif answer in \\['y', 'Y', 'yes', 'Yes', 'YES']:\\n print(\\\"answer is in this list\\\")\\n\\n#-------------------------------------------------------\\n#IF CONDITION in 1 line\\n(\\\"some string\\\" if expression else \\\"another string\\\")\\n\\n#if size > 100 then print 'big', otherwise print 'small'\\n(' big!' if nuke.thisNode()\\['size'].value()>100 else ' small')\\n\\n#-------------------------------------------------------\\nFOR LOOP\\n\\n#simple structure\\nfor x in range(0, 3):\\nprint x\\n\\n#Lists as an iterable\\ncollection = \\['hey', 5, 'd']\\nfor x in collection:\\n print x\\n\\n#-------------------------------------------------------\\nWHILE LOOP\\n\\ncount = 0\\nwhile (count < 9):\\n print 'The count is:', count\\n count = count + 1\\n\\nprint \\\"Good bye!\\\"\\n\\n# Result: The count is: 0\\n#The count is: 1\\n#The count is: 2\\n#The count is: 3\\n#The count is: 4\\n#The count is: 5\\n#The count is: 6\\n#The count is: 7\\n#The count is: 8\\n#Good bye!\"\n xpos -1822\n ypos -3379\n }\n StickyNote {\n inputs 0\n name StickyNote_WebsiteOverview\n label \"https://www.tutorialspoint.com/python/index.htm\\n\\nhttps://learn.foundry.com/nuke/developers/63/pythondevguide/basics.html\\n\\nhttps://learn.foundry.com/nuke/developers/63/pythondevguide/index.html\\n\\n#----------------------------------------------------------------------------------------------\\n\\nhttp://www.nukepedia.com/tcl/tcl-reference\\n\\nhttp://www.nukepedia.com/reference/Tcl/group__tcl__builtin.html\\\\\\n\\nhttp://www.lookinvfx.com/nuke-tcl-snippets/\\n\\nhttp://thoughtvfx.blogspot.de/2012/12/nuke-tcl-tips.html\\n\"\n xpos -825\n ypos -3383\n }\n StickyNote {\n inputs 0\n name StickyNote_CreateNode\n label \"CREATE NODE\\n\\n#create node with nuke.nodes.xxx()\\nnuke.nodes.Blur()\\nnuke.createNode(\\\"Grade\\\")\\n\\n#create 3 Blur Nodes\\nfor x in range(0, 3):\\n nuke.nodes.Blur()\\n\\n#----------------------------------------------------------------------------------\\n#Python Button in a Group create a Blur Node outside the Group\\n#Copy this in a Python Button in a Group\\n#Example01\\nnuke.root().begin()\\nstickyNote = nuke.createNode('Blur')\\n\\n\\n#Python Button in a Group create a StickyNode outside the Group, reading the value in the knob 'python'\\n#Example02\\nn=nuke.thisNode()\\nname = n.name()\\ntext=nuke.toNode(name)\\['python'].getValue()\\n\\nnuke.root().begin()\\nstickyNote = nuke.createNode('StickyNote')\\nstickyNote\\[\\\"label\\\"].setValue(text)\"\n xpos -1750\n ypos -1942\n }\n StickyNote {\n inputs 0\n name StickyNote_CreateNode_website\n label \"#https://learn.foundry.com/nuke/developers/63/pythondevguide/basics.html\\n\\n#List of all the nodes in Nuke: http://nukexexperts.blogspot.de/2013/05/nuke-node-reference-image-nodes.html\\n\"\n xpos -1122\n ypos -1926\n }\n StickyNote {\n inputs 0\n name StickyNote_ReadKnob\n label \"READ KNOB\\n\\n# List all knobs for selected node\\nprint( nuke.toNode('Read1') )\\n\\n# List all knobs for specific node\\nprint( nuke.selectedNode() )\\n\\n# Get value from specific node, method 01\\nvalue = nuke.toNode('Read1').knob('file').getValue()\\n\\n#Print value from specific node, method 02\\nnode = nuke.toNode(\\\"Blur1\\\")\\nprint node\\['size'].value()\\n\\n# Get value from selected node\\nvalue = nuke.selectedNode().knob('file').getValue()\\n\\n#Get default value\\nnuke.toNode('Blur6').knob('size').defaultValue()\\n\\n# Get value from specific node and evaluate it (good for expressions)\\nvalue = nuke.toNode('Read1').knob('file').evaluate()\\n\\n#get the expression of a knob\\nif nuke.toNode('Blur6').knob('size').hasExpression():\\n print nuke.toNode('Blur6').knob('size').toScript()\\n\\n#Get value XY_knob individually\\nnuke.toNode('Transform1').knob('scale').getValue(0)\\t#w\\nnuke.toNode('Transform1').knob('scale').getValue(1)\\t#h\\n\\n#get me the height and width from a selected node\\nnuke.selectedNode().height()\\nnuke.selectedNode().width()\\nnuke.selectedNode().pixelAspect\\n\\n#--------------------------------------------------------------------------------\\n#DROPDOWN MENU / PULLDOWN CHOICE\\n\\n#Get value from Pulldown Choice (name)\\nnuke.selectedNode()\\['attribute'].value()\\n\\n#Get index from Pulldown Choice (name)\\nint(nuke.toNode('Blur6').knob('filter').getValue())\\nint(nuke.selectedNode().knob('filter').getValue())\\n\\n#--------------------------------------------------------------------------------\\n#Check the name of a knob (will be useful later)\\nnode = nuke.selectedNode()\\nknob = node\\['filter']\\nif('filter' in knob.name()):\\n print \\\"found it!\\\"\\n\\n#Calculate the max and min value in a framerange\\nret = nuke.getFramesAndViews('get range', '1-100')\\nframe_range = ret\\[0].split('-')\\n\\nmin=0\\nmax=0\\n\\nfor i in range(int(frame_range\\[0]), int(frame_range\\[1])+1):\\n knob = nuke.selectedNode()\\['size'].getValueAt(i)\\n print 'value: ' + knob\\n print 'frame: ' + i\\n if (knob > max):\\n max = knob\\n\\n if (knob < min):\\n min = knob\\n\\nprint 'max is', max\\nprint 'min is', min\\n\\n#--------------------------------------------------------------------------------\\n#Get Frame Range from node\\nfirst_frame = nuke.selectedNode().firstFrame()\\nlast_frame = nuke.selectedNode().lastFrame()\\n\\n#-------------------------------------------------------------------------------\\n#READ KNOB INSIDE GROUP\\n#Get a knob of a Node inside a Group. This works only into a Python Button of the Group\\nn=nuke.thisNode()\\nname = n.name()\\nprint nuke.toNode('StickyNote_PythonOverview')\\['label'].getValue()\\n\"\n xpos -1664\n ypos -407\n }\n StickyNote {\n inputs 0\n name StickyNote_WriteKnob\n label \"WRITE KNOB\\n#Set default value for a knob\\nnuke.knobDefault( 'Blur.size', '77' )\\nnuke.knobDefault( 'channels', 'rgba' )\\n\\n# Set specific node's value\\nnuke.toNode('Read1').knob('file').setValue('c:/hello.tif')\\nnuke.toNode('Transform2').knob('scale').setValue(2)\\n\\n# Set selected node's value\\nnuke.selectedNode().knob('file').setValue('c:/hello.tif')\\nnuke.selectedNode()\\['scale'].setValue(3)\\n\\n# Set this node's value\\nnuke.thisNode().knob('file').setValue('c:/hello.tif')\\n\\n#Set knob with 4 values (x, y, w, h)\\nn = nuke.selectedNode()\\nn\\['box'].setValue((0, 150, 4096, 2010))\\n\\n#Set knob with 2 values (w, h)\\nnuke.selectedNode()\\['scale'].setValue(1250, 0)\\n\\n#When a node has XY Knob, use this code to split values and assign 2 different values\\nnuke.selectedNode()\\['scale'].setSingleValue(False)\\nnuke.selectedNode()\\['scale'].setExpression('scale.w*2',1)\\n\\n# Set specific node's knob to default value\\nnuke.toNode('Grade1').knob('gamma').setValue( nuke.toNode('Grade1').knob('gamma').defaultValue() )\\n\\n#set Expression in a knob\\nnode = nuke.selectedNode()\\nnode.knob('mix').setExpression('size + 5')\\n\\n#disable a node\\nnuke.toNode('Blur7')\\['disable'].setValue(True)\\n\\n#single or multiple values in a Knob\\nnuke.toNode('Transform2')\\['scale'].setSingleValue(True)\\n\\n#set a checkbox\\nnuke.toNode('Transform2')\\['invert_matrix'].setValue(True)\\nnuke.toNode('Transform2')\\['invert_matrix'].setValue(1)\\n\\n#--------------------------------------------------------------------------------\\n#DROPDOWN MENU / PULLDOWN CHOICE\\n\\n#set a pulldown choice\\nnuke.toNode('Transform2')\\['filter'].setValue(2)\\n\\n#populate pulldown choice (dropdown menu)\\npulldown = nuke.toNode('Group1')\\n\\npulldown\\['id'].setValues(\\['a', 'b', 'c'])\\n\\n\\n#expression in Pulldown choice\\ntcl:\\nin Transform1.filter \\{set_expression \\{Transform2.filter\\}\\}\\n\\npython\\nk=nuke.toNode('Transform1')\\['filter']\\nk.setExpression('Transform2.filter',0)\\n\\n#--------------------------------------------------------------------------------\\n#set a knob as the current frame\\nnk = nuke.thisNode()\\nnk.knob('translate').setValue(nuke.frame())\"\n xpos -1744\n ypos 686\n }\n StickyNote {\n inputs 0\n name StickyNote_CreateKnob\n label \"CREATE KNOB\\n\\n#formula\\nnode = nuke.toNode('Name Node')\\nknob = nuke.nuke.Double_Knob('name', 'Label')\\nnode.addKnob(knob)\\n\\n\\n#create a Slider knob\\nnode = nuke.selectedNode()\\nknob = nuke.nuke.Double_Knob('slider', 'Slider') \\nknob.setRange(1,100)\\nknob.setValue(10)\\nnode.addKnob(knob)\\n\\n#------------------------------------------------------------------------------\\n# create a Checkbox\\nsn = nuke.selectedNode()\\n\\nuk = nuke.nuke.Boolean_Knob('checkbox', 'Checkbox') \\nuk.setValue(True)\\nsn.addKnob(uk)\"\n xpos -1741\n ypos 1567\n }\n StickyNote {\n inputs 0\n name StickyNote_CreateKnob_website\n label \"#Find all the Knob Types here:\\n\\nhttps://learn.foundry.com/nuke/developers/63/ndkdevguide/knobs-and-handles/knobtypes.html\"\n xpos -1411\n ypos 1567\n }\n StickyNote {\n inputs 0\n name StickyNote_Animation\n label \"ANIMATION\\n\\n#current frame\\nprint nuke.frame()\\n\\n#go to frame x\\nnuke.frame(x)\\n\\n#get value of knob at frame 5\\nknob = nuke.selectedNode()\\['size'].getValueAt(5)\\n\\n#if knob is animated\\nnode = nuke.createNode( 'Blur' )\\nk = node\\['size']\\nk.isAnimated()\\n\\n#if has an expression\\nk.hasExpression()\\n\\n#Return True if there is a keyframe at the current frame \\nk.isKey()\\n\\n#Return True if there is a keyframe at the frame 5 \\nk.isKeyAt(5)\\n\\n#get key value at frame 3\\nnuke.selectedNode()\\['rotate'].getValueAt(3)\\n\\n# print key value at current frame\\nnk = nuke.selectedNode()\\nknob = nk.knob('rotate')\\nprint knob.getValueAt(nuke.frame())\\n\\n#set knob to accept animation\\nnode = nuke.createNode( 'Blur' )\\nk = node\\['size']\\nk.setAnimated()\\n\\n#set key in the current frame\\nk.setValue( 5 )\\n\\n#two more keys at frame 10 and 100 with values of 55 and 66 respectively\\nk.setValueAt( 55, 10 )\\nk.setValueAt( 66, 100 )\\n\\n\\n#if knob is an array, this sets the first field/channel to 77 and the second to 88 at frame 100\\nk.setValueAt( 77, 100, 0 )\\nk.setValueAt( 88, 100, 1 )\\n\\n#------------------------------------------------------------------------------------------------\\n#print all the keys with the values for the given animation curve\\nfor key in animCurve.keys():\\n xValue = key.x\\n yValue = key.y\\n print 'ket at %s has value %s' % ( xValue, yValue )\\n\\n# Result:\\nket at 1.0 has value 5.0\\nket at 10.0 has value 55.0\\nket at 100.0 has value 77.0\\n\\n#------------------------------------------------------------------------------------------------\\n#Clear all the animation in a node\\nn=nuke.selectedNode()\\nk=n.allKnobs()\\nfor i in k:\\n i.clearAnimated()\\n----------------------------------------------------------------------------\\n\\n#Bake animation\\nhttps://learn.foundry.com/nuke/developers/63/pythondevguide/animation.html\\n\\n----------------------------------------------------------------------------\\n#Example 01: Select the anim curve\\ng1 = nuke.toNode(\\\"Grade1\\\")\\ngBlack = g1\\['blackpoint']\\nanim = gBlack.animation(0)\\nprint anim\\n\\n\\n#------------------------------------------------------------------------------------------------\\n#Example 02: create a Frade Node with 2 keys on the blackpoint at frame 1 and 10\\ng = nuke.nodes.Grade()\\na = nuke.AnimationC urve(g\\['blackpo int'], 0, 'r')\\na.setKey(1, .1)\\na.setKey(10, .125)\\ng\\['blackpoint'].copyAnimation(0, a)\\n#------------------------------------------------------------------------------------------------\\n#Evaluate: This simply takes a numeric frame argument (int or float) and returns the curve’s value at that frame\\nanim.evaluate(30)\\n\\n#frame number and a key value\\nanim.setKey(48, .044)\\n\\n#This returns True if the animation is driven by keys, or False if the animation is linked by an expression. \\nanim.noExpression()\\n\\n#attach an expression to an AnimationCurve\\ngWhite = g1\\['whitepoint']\\ngWhite.setAnimated()\\nanim2 = gWhite.animation(0)\\nanim2.setExpression(\\\"blackpoint\\\")\\n\\n#------------------------------------------------------------------------------------------------\\n#this method will still return the value ‘curve if the parent knob isn’t linked using an expression\\nanim.expression()\\n\\n#This returns a list of AnimationKey objects\\nkeys = anim.keys()\\nprint keys\\n#------------------------------------------------------------------------------------------------\\n#DELETE ANIMATION\\n\\n#Delete all keys from the curve\\nanim.clear()\\n\\n#Remove key \\nknob.removeKey()\\n\\n#Remove key at time 't' \\nknob.removeKeyAt(t)\\n\\n#Delete the animation from all the selected nodes\\nnodes = nuke.selectedNodes()\\nfor n in nodes:\\n knobs = n.allKnobs()\\nfor k in knobs:\\n k.clearAnimated()\"\n xpos -1771\n ypos 1901\n }\n StickyNote {\n inputs 0\n name StickyNote_Animation_website\n label \"http://www.nukepedia.com/python/animationcurve-and-animationkey-objects\\n\\nhttps://learn.foundry.com/nuke/developers/63/pythondevguide/animation.html\\n\\nhttps://learn.foundry.com/nuke/developers/80/pythonreference/nuke.Knob-class.html\\n\\nhttps://learn.foundry.com/nuke/developers/63/pythondevguide/basics.html#copying-an-animation-curve-between-nodes\"\n xpos -1120\n ypos 1898\n }\n StickyNote {\n inputs 0\n name StickyNote_PythonExpression\n label \"EXPRESSION in PYTHON\\n\\n• nuke.expression() to use a Nuke expression in Python code.\\n\\n• expression to use a Nuke expression in TCL.\\n\\n• nuke.tcl() to run TCL code in Python.\\n\\n• python to run Python code in TCL\\n\\n• \\[ ] (square brackets) to embed TCL in a Nuke expression (or a string knob)\\n\\n• \\[python \\{...\\}] to embed Python in a Nuke expression.\\n\\n\\n#set knob with an Expression\\nnode = nuke.selectedNode()\\nnode.knob('mix').setExpression('size + 5')\\n\\n#another example\\nnode = nuke.toNode('Grade1')\\nnode.knob('whitepoint').setExpression('gain + 1')\\n\\n#Use Python in the Expression (with TCL)\\n\\[python nuke.thisNode().metadata().keys()]\\n\\n\\[python nuke.thisNode().metadata()\\\\\\['input/filename'\\\\]]\\n\\n\\[python \\{nuke.thisNode().metadata\\['input/filename']\\}]\\n\\n\\[python \\{nuke.thisNode().metadata\\['input/filename']\\}]\\n\\n#Use python in Expression\\n\\[python \\{nuke.thisNode().knob(\\\\'rotate\\\\').value()\\}]\\n\\n\\n#TCL in Python\\nnuke.tcl('return '+nuke.selectedNode()\\['filter'].value())\"\n xpos -1895\n ypos 3622\n }\n StickyNote {\n inputs 0\n name StickyNote_TCLExpression\n label \"EXPRESSION TCL\\n\\nGetting a knob’s value of a specific node:\\n\\n#First frame of current read/write:\\n\\[value Read1.first]\\n\\n#Getting a knob’s value of current node:\\n\\[value this.first_frame]\\n\\n#Return label value of the input node:\\n\\[value this.size]\\n\\n#Name of the input node:\\n\\[value this.input0.label]\\n\\n#Name of the node before the group (Outside):\\n\\[value this.input.name]\\n\\n#Return 1 if the node is on error otherwise 0:\\n\\[value this.parent.input.name]\\n\\n#Get the bounding Box from the input of the node:\\n\\[value error]\\n\\n\\n#Here some expression for the Format\\nformat.x\\nformat.y\\nwidth\\nheight\\nbbox.x\\nbbox.y\\nbbox.w\\nbbox.h\\n\\n#Get the format from the input of the node:\\n\\[value input.bbox.x]#left boundary\\n\\[value input.bbox.r]#right boundary\\n\\nGet the format from the input of the node:\\n\\[value input.format.r]#width\\n\\[value input.format.t]#height\\n\\n#Get the x position of the point #3 of the Bezier1 of the Roto1 node:\\n\\[value Roto1.curves.Bezier1.curve_points.3.main.x]\\n\\n#Return sample pixel value of the node Add1 reading in the red at position of knob Center:\\n\\[sample Add1 Red Center.x Center.y]\\n\\n#Get the value of the channel of a node, at a specific pixelcoordinates (e.g.: 10,10):\\n\\[sample \\[node input] red 10 10]\\n\\n#---------------------------------------------------------------------\\n#SET VALUES\\n\\n#Setting a knob’s value of a specific node:\\n\\[knob Read1.first 10]\\n\\n#Setting a variable, without returning that (useful in a textnode):\\n\\[set seq \\[value Read1.file]; return]\\n\\n#---------------------------------------------------------------------\\n#STRING\\n\\n#Replace string in current node file knob with regex (string “proj” to “projects” in all occurences):\\n\\[regsub -all \\\"proj\\\" \\[value \\[node this].file] \\\"projects\\\"] \\n\\n#String map (replace multiple stringpairs) (this returns: xxffffxxyy):\\n\\[string map \\{\\\"aa\\\" \\\"xx\\\" \\\"bb\\\" \\\"yy\\\"\\} \\\"aaffffaabb\\\" ]\\n\\n#Compare strings:\\n\\[string equal \\[value Text1.message] \\\"bla\\\"]\\n\\n#Regexp matching:\\n\\[regexp -inline \\\"_v\\\\\\[0-9]\\{3\\}\\\" \\[value Read2.file]] \\n\\n#Evaluating string\\n\\[python os.getenv('rotate') == 'xavierb']\\n\\n#---------------------------------------------------------------------\\n#IF CONDITION\\n\\n\\[if \\{condition\\} \\{expr1\\} else \\{expr2\\}]\\n\\n#Example:\\n\\[if \\{\\[value blackpoint]==1\\} \\{return 2\\} \\{return 3\\}]\\n\\[if \\{\\[value blackpoint]==1\\} \\{return True\\} \\{return False\\}]\\n\\[if \\{\\[value blackpoint]==1\\} \\{return blackpoint\\} \\{return whitepoint\\}]\\n\\[if \\{\\[value filter]==\\\"gaussian\\\"\\} \\{return filter\\} \\{return False\\}]\\n\\n#OTHER METHOD\\ncondition ? then : else\\n\\n#Example:\\n#if (r==1)? return 0: else (return r*2)\\nr ==1 ? 0 : r*2\\n\\n#---------------------------------------------------------------------\\n#PATH MANIPULATIONS:\\n\\n#Filepath without extension:\\n\\[file rootname \\[value \\[topnode].file]]\\n\\n#Filename only:\\n\\[basename \\[value \\[topnode].file ]]\\n\\n#Filename only without extension:\\n\\[basename\\[file rootname \\[value \\[topnode].file]]]\"\n xpos -1364\n ypos 3624\n }\n StickyNote {\n inputs 0\n name StickyNote_WebsiteExpression\n label \"http://community.foundry.com/discuss/topic/101836\\n\\nhttps://docs.python.org/3/reference/expressions.html\\n\\n#----------------------------------------------------------------------------\\n\\nhttp://www.nukepedia.com/tcl/tcl-reference\\n\\nhttp://www.nukepedia.com/reference/Tcl/group__tcl__builtin.html\\\\\\n\\nhttp://www.lookinvfx.com/nuke-tcl-snippets/\\n\\nhttp://thoughtvfx.blogspot.de/2012/12/nuke-tcl-tips.html\\n\"\n xpos -784\n ypos 3632\n }\n StickyNote {\n inputs 0\n name StickyNote_TCLMath\n label \"MATH FUNCTIONS\\nTCL\\n\\n#Returns the absolute value of the floating-point number x.\\nabs (x)\\n\\n#Round x up to the nearest integer.\\nceil (x)\\n\\n#Round x down to the nearest integer.\\nfloor (x)\\n\\n#Round x to the nearest integer not larger in absolute value\\nint (x)\\n\\n#Return x clamped to \\[0.0 ... 1.0].\\nclamp (x)\\n\\n#Returns the cosine of x.\\ncos(x)\\n\\n#Returns the sine of x.\\nsin (x)\\n\\n#Returns the y value of the animation curve at the given frame\\ncurve (frame)\\nrotate(frame)\\n\\n#Returns the current frame\\nframe\\n\\n#Convert the angle x from radians into degrees\\ndegrees (x)\\n\\n#Convert the angle x from degrees into radians\\nradians (x)\\n\\n#Return the greatest of all values\\nmax (x, y, ... )\\n\\n#Return the smallest of all values\\nmin (x, y, ... )\\n\\n#Return the value for pi (3.141592654...)\\npi\\n\\n#Returns the value of x raised to the power of y.\\npow (x, y)\\n\\n#Returns the non-negative square root of x.\\nsqrt (x)\\n\\n#Evaluates the y value for an animation at the given frame\\nvalue (frame)\"\n xpos -1839\n ypos 5097\n }\n StickyNote {\n inputs 0\n name StickyNote_Def\n label \"DEF\\n\\n#sintax\\ndef function_name( parameters ):\\n \\\"function_docstring\\\"\\n function_suite\\n return \\[expression]\\n\\n#example\\ndef printme( str ):\\n \\\"This prints a passed string into this function\\\"\\n print str\\n return\\n\\ndef sum(a, b)\\n c = a+b \\n return c\\n---------------------\\n print \\\"the sum is \\\" + sum(10, 5)\"\n xpos -1543\n ypos 5822\n }\n StickyNote {\n inputs 0\n name StickyNote_Callbacks\n label \"#CALLBACKS\\n\\n#----------------------------------------------------------------\\n#KNOB CHANGED\\n\\n#sintax\\n#copy this in the Script Editor in Nuke, select your node (or subsistute nuke.selectedNode() with nuke.toNode(\\\"NodeName\\\")) and launch the script\\n#Example 01\\n\\nnuke.selectedNode().knob('knobChanged').setValue(\\\"\\nnk = nuke.thisNode()\\nk = nuke.thisKnob()\\nif ('rotate' in k.name()):\\n #YOUR CODE\\\")\\n\\n\\n#every time that rotate will change, it will execute your code\\n#This was just an example, in your Script Editor use THIS VERSION with \\\\n for a new line\\nnuke.selectedNode().knob('knobChanged').setValue(\\\"nk = nuke.thisNode()\\\\nk =nuke.thisKnob()\\\\nif ('rotate' in k.name()): #YOUR CODE\\\")\\n\\n#----------------------------------------------------------------\\n#Example 02\\n#To avoid the \\\\n to every line, just use \\\"\\\"\\\"\\nnuke.selectedNode().knob('knobChanged').setValue(\\\"\\\"\\\"\\nnk = nuke.thisNode()\\nk = nuke.thisKnob()\\nif ('gain' in k.name()):\\n print 'ciao'\\n\\\"\\\"\\\")\\n\\n#----------------------------------------------------------------\\nnuke.selectedNode()\\['knobChanged'].setValue(\\\"if nuke.thisKnob().name() == 'inputChange': print 'input has Changed'\\\")\\n\\n#remember to use the ' ' instead of \\\" \\\" inside the python code\\n\\n#----------------------------------------------------------------\\n#ON CREATE\\nnuke.selectedNode().knob('onCreate').setValue(\\\"nk = nuke.thisNode()\\\\nk = nk\\['first_frame']\\\\nk.setValue(nuke.frame())\\\")\"\n xpos -1786\n ypos 6103\n }\n StickyNote {\n inputs 0\n name StickyNote_websiteCallbacks\n label \"https://learn.foundry.com/nuke/developers/63/pythondevguide/callbacks.html\\n\\nhttps://learn.foundry.com/nuke/developers/63/ndkdevguide/knobs-and-handles/knobchanged.html\\n\"\n xpos -963\n ypos 6117\n }\n StickyNote {\n inputs 0\n name StickyNote_WebsiteCustomPanels\n label \"https://learn.foundry.com/nuke/developers/63/pythondevguide/custom_panels.html\\n\"\n xpos -1247\n ypos 6654\n }\n StickyNote {\n inputs 0\n name StickyNote_WebsiteTricks\n label #http://www.comp-fu.com/2014/07/nuke-autolabel-magic/\n xpos -900\n ypos 6831\n }\n StickyNote {\n inputs 0\n name StickyNote_CustomPanels\n label \"CUSTOM PANELS\\n\\n#----------------------------------------------------------------\\npan = nuke.Panel('test')\\nchoices = 'fistchoice secondchoice thridchoice'\\npan.addEnumerationPulldown('choice:', choices)\\npan.show()\"\n xpos -1624\n ypos 6639\n }\n StickyNote {\n inputs 0\n name StickyNote_SelectNode\n label \"SELECT NODE\\n#get selected node\\nnuke.selectedNode()\\n\\n#get multiple nodes selected\\nnuke.selectedNodes()\\n\\n#select node by name\\nnode = nuke.toNode(\\\"Blur1\\\")\\nnode.knob('selected').setValue(True)\\n\\n#select all the nodes\\nfor node in nuke.allNodes():\\t\\t\\t# The 'for loop'\\n node\\['selected'].setValue(True)\\t\\t#Attribute 'selected' becomes True\\n\\n#-------------------------------------------------------------------------------------\\n#select nodes that start with a specific \\\"string\\\"\\nfor node in nuke.allNodes():\\n if node\\['name'].value().startswith(\\\"ColorCor\\\"):\\t#Instead of 'ColorCor' put the name that you want\\n node\\['selected'].setValue(True)\\n\\n#-------------------------------------------------------------------------------------\\n#select node by class\\nfor node in nuke.allNodes():\\n if node.Class() == \\\"Blur\\\":\\t\\t#Select all the Blur nodes\\n node\\['selected'].setValue(True)\\n\\n\\n#-------------------------------------------------------------------------------------\\n#Run a script for every selected node\\nsn = nuke.selectedNodes() \\t# The list of nodes.\\nfor node in sn:\\t\\t\\n print nodes\\['name'].getValue() \\t# Put your code here.\\n\\n#-------------------------------------------------------------------------------------\\n#Add name of nodes into a Array (List). Select nodes and create a list of all the names\\narray = \\[]\\t\\t\\t#create the array\\nfor node in nuke.selectedNodes():\\t\\n n = node\\['name'].value()\\n array.append(n)\\t\\t#Add the value to the list\\nprint array\\t\\t\\t#print the list\\n\\n#---------------------------------------------------------------------------------------\\n#DESELECT ALL SELECTED NODES\\nif nuke.selectedNodes():\\n\\tfor i in nuke.selectedNodes():\\n\\t\\ti\\['selected'].setValue(False)\"\n xpos -1715\n ypos -1578\n }\n StickyNote {\n inputs 0\n name StickyNote_ConnectNodes\n label \"CONNECT NODES\\n\\n#Connect the output of the select node to the input 0 of ColorCorrect\\nnuke.toNode('ColorCorrect3').setInput( 0, nuke.selectedNode() )\\n\\n#Connect the output of the select node to the input 1 (mask) of ColorCorrect\\nnuke.toNode('ColorCorrect3').setInput( 1, nuke.selectedNode() )\\n\\n#Connect output of ColorCorrection to all the selected nodes\\nfor i in nuke.selectedNodes():\\n i.setInput( 0, nuke.toNode('ColorCorrect3'))\\n\\n#-------------------------------------------------------------------------------------\\n#Create a merge node e connect the inputs to the selected nodes\\na = nuke.createNode('Merge')\\nb = nuke.selectedNodes()\\nx=0\\nfor i in b:\\n if x==2:\\n x+=1\\n continue\\n a.setInput(x,i)\\n x+=1\\n\\n#-------------------------------------------------------------------------------------\\n#DISCONNECT NODES\\n\\n#Disconnect input\\nnuke.selectedNode().setInput(1, None)\\n\\n#Disconnect all the inputs of the selected node\\nfor i in range(0, nuke.selectedNode().maxInputs()):\\n nuke.selectedNode().setInput(i, None)\\n\\n#-------------------------------------------------------------------------------------\\n#DEPENDENT AND DEPENDENCIES\\n\\n#List of nodes dependent and dependencies\\nnuke.selectedNode().dependent()\\nnuke.selectedNode().dependencies()\\n\\n#Print the name of the nodes\\nfor i in nuke.selectedNode().dependencies():\\n print i.name()\"\n xpos -1644\n ypos -976\n }\n Text2 {\n inputs 0\n font_size_toolbar 100\n font_width_toolbar 100\n font_height_toolbar 100\n message \"PYTHON OVERVIEW\\n\\n#-------------------------------------------------------\\n#PRINT and VARIABLES\\nprint 'Hello World'\\n\\nname = 'Andrea'\\nprint 'Hello' + name\\n\\n#-------------------------------------------------------\\n#VARIABLES TYPES\\n\\nint(x)\\nlong(x)\\nfloat(x)\\nstr(x)\\n\\n#convert string o int\\nint (stringa)\\n\\n#convert int to string\\nstr(integer)\\n\\n#-------------------------------------------------------\\n#STRINGs\\n\\nvar1 = 'Hello World!'\\nprint \\\"Updated String : \\\", var1\\[:6] + 'Python'\\n#Result: Updated String : Hello Python\\n\\nvar2 = \\\"Hello, Ciao, Halo,\\\"\\nlist = var2.split(',')\\nfor x in list:\\n print(x)\\n#Result \\tHello\\n#\\tCiao\\n# \\tHalo\\n\\n#-------------------------------------------------------\\n#IF CONDITION\\n\\nif expression:\\n statement(s)\\nelse:\\n statement(s)\\n\\n#Example 01\\nif var == 200:\\n\\tprint 'ciao'\\nelif var<200:\\n\\tprint 'ok'\\n\\n#Example 02\\nanswer = 'y'\\nif answer is 'y':\\n print(\\\"answer is equal to 'y'\\\")\\n\\n#Example 03\\nif answer in \\['y', 'Y', 'yes', 'Yes', 'YES']:\\n print(\\\"answer is in this list\\\")\\n\\n#-------------------------------------------------------\\n#IF CONDITION in 1 line\\n(\\\"some string\\\" if expression else \\\"another string\\\")\\n\\n#if size > 100 then print 'big', otherwise print 'small'\\n(' big!' if nuke.thisNode()\\['size'].value()>100 else ' small')\\n\\n#-------------------------------------------------------\\nFOR LOOP\\n\\n#simple structure\\nfor x in range(0, 3):\\nprint x\\n\\n#Lists as an iterable\\ncollection = \\['hey', 5, 'd']\\nfor x in collection:\\n print x\\n\\n#-------------------------------------------------------\\nWHILE LOOP\\n\\ncount = 0\\nwhile (count < 9):\\n print 'The count is:', count\\n count = count + 1\\n\\nprint \\\"Good bye!\\\"\\n\\n# Result: The count is: 0\\n#The count is: 1\\n#The count is: 2\\n#The count is: 3\\n#The count is: 4\\n#The count is: 5\\n#The count is: 6\\n#The count is: 7\\n#The count is: 8\\n#Good bye!\"\n old_message {{69 88 80 82 69 83 83 73 79 78 32 105 110 32 80 89 84 72 79 78 10 10 8226 32 110 117 107 101 46 101 120 112 114 101 115 115 105 111 110 40 41 32 116 111 32 117 115 101 32 97 32 78 117 107 101 32 101 120 112 114 101 115 115 105 111 110 32 105 110 32 80 121 116 104 111 110 32 99 111 100 101 46 10 10 8226 32 101 120 112 114 101 115 115 105 111 110 32 116 111 32 117 115 101 32 97 32 78 117 107 101 32 101 120 112 114 101 115 115 105 111 110 32 105 110 32 84 67 76 46 10 10 8226 32 110 117 107 101 46 116 99 108 40 41 32 116 111 32 114 117 110 32 84 67 76 32 99 111 100 101 32 105 110 32 80 121 116 104 111 110 46 10 10 8226 32 112 121 116 104 111 110 32 116 111 32 114 117 110 32 80 121 116 104 111 110 32 99 111 100 101 32 105 110 32 84 67 76 10 10 8226 32 91 32 93 32 40 115 113 117 97 114 101 32 98 114 97 99 107 101 116 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116 104 111 110 32 123 110 117 107 101 46 116 104 105 115 78 111 100 101 40 41 46 107 110 111 98 40 92 39 114 111 116 97 116 101 92 39 41 46 118 97 108 117 101 40 41 125 93 10 10 10 35 84 67 76 32 105 110 32 80 121 116 104 111 110 10 110 117 107 101 46 116 99 108 40 39 114 101 116 117 114 110 32 39 43 110 117 107 101 46 115 101 108 101 99 116 101 100 78 111 100 101 40 41 91 39 102 105 108 116 101 114 39 93 46 118 97 108 117 101 40 41 41}\n }\n old_expression_markers {{210 212 581 582 675 692 730 747 885 894}\n }\n box {0 -1121 3385 1580}\n transforms {{0 2}\n }\n cursor_position 1735\n scale {1 1}\n center {1536 790}\n cursor_initialised true\n initial_cursor_position {{0 1580}\n }\n group_animations {{0} imported: 0 selected: 0 items: \"root transform/\"}\n animation_layers {{1 11 1536 790 0 0 1 1 0 0 0 0}\n }\n name Text_python\n xpos -1\n ypos -46\n }\n Text2 {\n inputs 0\n font_size_toolbar 100\n font_width_toolbar 100\n font_height_toolbar 100\n message \"TCL OVERVIEW\\n\\nGetting a knob’s value of a specific node:\\n\\n#First frame of current read/write:\\n\\[value Read1.first]\\n\\n#Getting a knob’s value of current node:\\n\\[value this.first_frame]\\n\\n#Return label value of the input node:\\n\\[value this.size]\\n\\n#Name of the input node:\\n\\[value this.input0.label]\\n\\n#Name of the node before the group (Outside):\\n\\[value this.input.name]\\n\\n#Return 1 if the node is on error otherwise 0:\\n\\[value this.parent.input.name]\\n\\n#Get the bounding Box from the input of the node:\\n\\[value error]\\n\\n\\n#Here some expression for the Format\\nformat.x\\nformat.y\\nwidth\\nheight\\nbbox.x\\nbbox.y\\nbbox.w\\nbbox.h\\n\\n#Get the format from the input of the node:\\n\\[value input.bbox.x]#left boundary\\n\\[value input.bbox.r]#right boundary\\n\\nGet the format from the input of the node:\\n\\[value input.format.r]#width\\n\\[value input.format.t]#height\\n\\n#Get the x position of the point #3 of the Bezier1 of the Roto1 node:\\n\\[value Roto1.curves.Bezier1.curve_points.3.main.x]\\n\\n#Return sample pixel value of the node Add1 reading in the red at position of knob Center:\\n\\[sample Add1 Red Center.x Center.y]\\n\\n#Get the value of the channel of a node, at a specific pixelcoordinates (e.g.: 10,10):\\n\\[sample \\[node input] red 10 10]\\n\\n#---------------------------------------------------------------------\\n#SET VALUES\\n\\n#Setting a knob’s value of a specific node:\\n\\[knob Read1.first 10]\\n\\n#Setting a variable, without returning that (useful in a textnode):\\n\\[set seq \\[value Read1.file]; return]\\n\\n#---------------------------------------------------------------------\\n#STRING\\n\\n#Replace string in current node file knob with regex (string “proj” to “projects” in all occurences):\\n\\[regsub -all \\\"proj\\\" \\[value \\[node this].file] \\\"projects\\\"] \\n\\n#String map (replace multiple stringpairs) (this returns: xxffffxxyy):\\n\\[string map \\{\\\"aa\\\" \\\"xx\\\" \\\"bb\\\" \\\"yy\\\"\\} \\\"aaffffaabb\\\" ]\\n\\n#Compare strings:\\n\\[string equal \\[value Text1.message] \\\"bla\\\"]\\n\\n#Regexp matching:\\n\\[regexp -inline \\\"_v\\\\\\[0-9]\\{3\\}\\\" \\[value Read2.file]] \\n\\n#Evaluating string\\n\\[python os.getenv('rotate') == 'xavierb']\\n\\n#---------------------------------------------------------------------\\n#IF CONDITION\\n\\n\\[if \\{condition\\} \\{expr1\\} else \\{expr2\\}]\\n\\n#Example:\\n\\[if \\{\\[value blackpoint]==1\\} \\{return 2\\} \\{return 3\\}]\\n\\[if \\{\\[value blackpoint]==1\\} \\{return True\\} \\{return False\\}]\\n\\[if \\{\\[value blackpoint]==1\\} \\{return blackpoint\\} \\{return whitepoint\\}]\\n\\[if \\{\\[value filter]==\\\"gaussian\\\"\\} \\{return filter\\} \\{return False\\}]\\n\\n#OTHER METHOD\\ncondition ? then : else\\n\\n#Example:\\n#if (r==1)? return 0: else (return r*2)\\nr ==1 ? 0 : r*2\\n\\n#---------------------------------------------------------------------\\n#PATH MANIPULATIONS:\\n\\n#Filepath 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114 110 32 98 108 97 99 107 112 111 105 110 116 125 32 123 114 101 116 117 114 110 32 119 104 105 116 101 112 111 105 110 116 125 93 10 91 105 102 32 123 91 118 97 108 117 101 32 102 105 108 116 101 114 93 61 61 34 103 97 117 115 115 105 97 110 34 125 32 123 114 101 116 117 114 110 32 102 105 108 116 101 114 125 32 123 114 101 116 117 114 110 32 70 97 108 115 101 125 93 10 10 35 79 84 72 69 82 32 77 69 84 72 79 68 10 99 111 110 100 105 116 105 111 110 32 63 32 116 104 101 110 32 58 32 101 108 115 101 10 10 35 69 120 97 109 112 108 101 58 10 35 105 102 32 40 114 61 61 49 41 63 32 114 101 116 117 114 110 32 48 58 32 101 108 115 101 32 40 114 101 116 117 114 110 32 114 42 50 41 10 114 32 61 61 49 32 63 32 48 32 58 32 114 42 50 10 10 35 45 45 45 45 45 45 45 45 45 45 45 45 45 45 45 45 45 45 45 45 45 45 45 45 45 45 45 45 45 45 45 45 45 45 45 45 45 45 45 45 45 45 45 45 45 45 45 45 45 45 45 45 45 45 45 45 45 45 45 45 45 45 45 45 45 45 45 45 45 10 35 80 65 84 72 32 77 65 78 73 80 85 76 65 84 73 79 78 83 58 10 10 35 70 105 108 101 112 97 116 104 32 119 105 116 104 111 117 116 32 101 120 116 101 110 115 105 111 110 58 10 91 102 105 108 101 32 114 111 111 116 110 97 109 101 32 91 118 97 108 117 101 32 110 111 100 101 49 52 48 97 56 49 51 50 48 46 102 105 108 101 93 93 10 10 35 70 105 108 101 110 97 109 101 32 111 110 108 121 58 10 91 98 97 115 101 110 97 109 101 32 91 118 97 108 117 101 32 110 111 100 101 49 52 48 97 56 49 51 50 48 46 102 105 108 101 32 93 93 10 10 35 70 105 108 101 110 97 109 101 32 111 110 108 121 32 119 105 116 104 111 117 116 32 101 120 116 101 110 115 105 111 110 58 10 91 98 97 115 101 110 97 109 101 91 102 105 108 101 32 114 111 111 116 110 97 109 101 32 91 118 97 108 117 101 32 110 111 100 101 49 52 48 97 56 49 51 50 48 46 102 105 108 101 93 93 93}\n }\n old_expression_markers {{158 158 471 471 1627 1639 1732 1741 1895 1899 2531 2543 2586 2598 2674 2686}\n }\n transforms {{0 2}\n }\n cursor_position 954\n scale {1 1}\n center {1536 790}\n group_animations {{0} imported: 0 selected: 0 items: \"root transform/\"}\n animation_layers {{1 11 1536 790 0 0 1 1 0 0 0 0}\n }\n name Text_TCL\n xpos -2\n ypos 35\n }\n Text2 {\n inputs 0\n font_size_toolbar 100\n font_width_toolbar 100\n font_height_toolbar 100\n message \"https://www.tutorialspoint.com/python/index.htm\\n\\nhttps://learn.foundry.com/nuke/developers/63/pythondevguide/basics.html\\n\\nhttps://learn.foundry.com/nuke/developers/63/pythondevguide/index.html\\n\\n#----------------------------------------------------------------------------------------------\\n\\nhttp://www.nukepedia.com/tcl/tcl-reference\\n\\nhttp://www.nukepedia.com/reference/Tcl/group__tcl__builtin.html\\\\\\n\\nhttp://www.lookinvfx.com/nuke-tcl-snippets/\\n\\nhttp://thoughtvfx.blogspot.de/2012/12/nuke-tcl-tips.html\\n\"\n old_message {{101 119 113 101 113 119 101 113}\n }\n transforms {{0 2}\n }\n cursor_position 52\n scale {1 1}\n center {1536 790}\n cursor_initialised true\n initial_cursor_position {{0 1580}\n }\n group_animations {{0} imported: 0 selected: 0 items: \"root transform/\"}\n animation_layers {{1 11 1536 790 0 0 1 1 0 0 0 0}\n }\n name Text_websites\n xpos -3\n ypos 115\n }\n StickyNote {\n inputs 0\n name StickyNote_PythonMath\n label \"#MATH FUNCTIONS AND WAVE GENERATOR\\n#PYTHON\\n#--------------------------------------------------------\\n\\n#IMPORT THE MATH LIBRARY\\nimport math\\n\\n#--------------------------------------------------------\\n#WAVE GENERATOR\\n\\n#RANDOM WAVE\\nrandom((frame+offset)/waveLength) * (maxVal-minVal) + minVal\\n\\n#NOISE WAVE\\n(noise((frame+offset)/waveLength)+1)/2 * (maxVal-minVal) + minVal\\n\\n#SINE WAVE\\n(sin(2*pi*(frame+offset)/waveLength)+1)/2 * (maxVal-minVal) + minVal\\n\\n#TRIANGLE WAVE\\n(asin(sin(2*pi*(frame+offset)/waveLength))/pi+0.5) * (maxVal-minVal) + minVal\\n\\n#SQUARE WAVE\\nint(sin(2*pi*(frame+offset)/waveLength)+1) * (maxVal-minVal) + minVal\\n\\n#SAWTOOTH WAVE\\n((frame+offset) % waveLength)/waveLength * (maxVal-minVal) + minVal\\n\\n#SAWTOOTH (PARABOLIC) WAVE\\nsin((pi*(frame+offset)/(2*waveLength)) % (pi/2)) * (maxVal-minVal) + minVal\\n\\n#SAWTOOTH (PARABOLIC REVERSED) WAVE\\ncos((pi*(frame+offset)/(2*waveLength)) % (pi/2)) * (maxVal-minVal) + minVal\\n\\n#SAWTOOTH (EXPONENTIAL) WAVE\\n(exp(2*pi*((frame+offset) % waveLength)/waveLength)-1)/exp(2*pi) * (maxVal-minVal) + minVal\\n\\n#BOUNCE WAVE\\nabs(sin(pi*(frame + offset)/waveLength))* (maxVal-minVal) + minVal\\n\\n#BLIP\\n((frame+(offset+waveLength)) % (waveLength+blipLength)/(waveLength)) *(waveLength/blipLength) - (waveLength/blipLength) >= 0 ? maxVal : minVa\\n\\n#SINEBLIP\\n((int((frame+offset) % waveLength)) >= 0 ? ((int((frame+offset) % waveLength)) <= (0+(blipLength-1)) ? ((sin(pi*((frame+offset) % waveLength)/blipLength)/2+1/2) * (2*maxVal-2*minVal) + (2*minVal-maxVal)) : minVal) : minVal)\\n\"\n xpos -1473\n ypos 5091\n }\n StickyNote {\n inputs 0\n name StickyNote_websiteMath\n label \"www.cameroncarson.com/nuke-wave-expressions/\\n\\nhttps://docs.python.org/2/library/math.html\\n\\nhttps://en.wikibooks.org/wiki/Python_Programming/Basic_Math\\n\\n#--------------------------------------------------------------------------\\n\\nhttps://help.thefoundry.co.uk/nuke/8.0/content/user_guide/expressions/adding_math_functions.html\\n\"\n xpos -415\n ypos 5085\n }\n StickyNote {\n inputs 0\n name StickyNote_Tricks\n label \"TRICKS\\n\\n#-----------------------------------------------------------------------------\\n#In case you would like to switch the antialiasing inside a Scanline Renderer to “high” when rendering on the farm, but keep working in the GUI with “none”, you could use a line like this:\\nnuke.selectedNode()\\['antialiasing'].setExpression('\\$gui? 0:3')\\n\\n#-----------------------------------------------------------------------------\\ntcl:\\nin Transform1.filter \\{set_expression \\{Transform2.filter\\}\\}\\npython\\nk=nuke.toNode('Transform1')\\['filter']\\nk.setExpression('Transform2.filter',0)\\n\\n#-----------------------------------------------------------------------------\\n#Switch Node change only in the frames in the list\\n# If you use this inside a Switch Node, it can change value only in those frames\\nnuke.frame() in \\[1025,1072,1074]\\n\\n#current frame\\nprint nuke.frame()\\n\\n#go to frame x\\nnuke.frame(x)\\n\\n#------------------------------------------------------------------------------------------\\n#AUTOLABEL\\n\\nn = nuke.selectedNodes()\\nfor p in n:\\n p\\['autolabel'].setValue(\\\"nuke.thisNode().name()\\\")\\n\\n#Example01\\n#Try this with a Grade Node\\nn = nuke.selectedNodes()\\nfor p in n:\\n p\\['autolabel'].setValue(\\\"nuke.thisNode().name() + \\\\\\\"\\\\\\\\n\\\\\\\" + '(' + str(nuke.thisNode()\\['white'].value()) + ')' \\\")\\n\\n#Example02\\n#Try this with a Blur Node\\nn = nuke.selectedNodes()\\nfor p in n:\\n p\\['autolabel'].setValue(\\\"nuke.thisNode().name() + \\\\\\\"\\\\\\\\n\\\\\\\" + '(' + nuke.thisNode()\\['filter'].value() + ')' \\\")\\n\\n#Example03\\n#When you create a Blur node, every time you will see this autolabel\\ndef BlurLabel():\\n n = nuke.thisNode()\\n if n.Class() == \\\"Blur\\\":\\n autoLabel = n.name() + (' big!' if n\\['size'].value()>100 else ' small')\\n if n\\['label'].value():\\n autoLabel = autoLabel + '\\\\n' + str(n\\['size'].value())\\n return autoLabel\\n \\nnuke.addAutolabel(BlurLabel)\"\n selected true\n xpos -1890\n ypos 6835\n }\nend_group" }, { "path": "NukeSurvivalToolkit/gizmos/NST_RP_Reformat.gizmo", "content": "Group {\n name RP_Reformat\n onCreate \"\\nnuke.thisGroup()\\['old_pixel_aspect'].setFlag(0x00000100)\\nnuke.thisGroup()\\['new_pixel_aspect'].setFlag(0x00000100)\\n\"\n tile_color 0x115918ff\n note_font \"DejaVu LGC Sans\"\n addUserKnob {20 tab_general l General}\n addUserKnob {26 title_oldres l \"OLD RESOLUTION\"}\n addUserKnob {41 use_from l \"use 'from' input to define\" T menu01.use_from}\n addUserKnob {3 old_width l width/height +DISABLED}\n old_width 1280\n addUserKnob {3 old_height l \"\" -STARTLINE +DISABLED}\n old_height 720\n addUserKnob {78 old_pixel_aspect l \"pixel aspect\" +DISABLED n 1}\n old_pixel_aspect 1\n addUserKnob {26 title_newres l \"NEW RESOLUTION\"}\n addUserKnob {41 use_to l \"use 'to' input to define\" T menu02.use_to}\n addUserKnob {3 new_width l width/height +DISABLED}\n new_width 1920\n addUserKnob {3 new_height l \"\" -STARTLINE +DISABLED}\n new_height 1080\n addUserKnob {78 new_pixel_aspect l \"pixel aspect\" +DISABLED n 1}\n new_pixel_aspect 1\n addUserKnob {26 \"\"}\n addUserKnob {4 resize l \"resize type\" t \"Choose which direction controls the scaling factor:\\n\\nwidth : scale so it fills the output width\\nheight : scale so it fills the output height\\ndistort : non-uniform scale to match both width & height\" M {width height \"distort \" \"\" \"\" \"\" \"\" \"\"}}\n addUserKnob {26 \"\"}\n addUserKnob {6 new_connection l \"connect to the new roto/rotopaint node(s)\" t \"Replace the new reformated Roto/Rotopaint into the tree.\" +STARTLINE}\n addUserKnob {22 convert_rp l \"convert roto/rotopaint node(s)\" t \"Convertion will generate a new roto/rotopaint node instead of override the existing one. Support multiple roto/rotopaint selected at the same time.\\n\\nGenerated roto/rotopaint node :\\n\\nclip to : will force to 'no clip'\\n\\nfeather : will multiply the value change\\n\\ntranslate : only override the new value when resize type is width/height\\nscale : will override the new value\\ncenter : will override the new value\\n\\nbrush size : will multiply the value change\\neffect : will multiply the value change\\n\\nclone\\nsource translate : will multiply the value change\" T \"import nuke.rotopaint as rp\\nimport _curvelib as cl\\nimport random\\n\\n##### function #####\\n\\ndef getLevel() :\\n\\t### level define ###\\n\\tif len(nuke.thisNode().fullName().split('.')) == 1 :\\n\\t\\t ggLevel = nuke.root()\\n\\telse :\\n\\t\\t nodePath = nuke.thisNode().fullName().split('.')\\n\\t\\t nodePath.pop()\\n\\t\\t ggLevel = nuke.toNode('.'.join(nodePath))\\n\\treturn ggLevel\\n\\ndef getItems( rpn , eleD , mode ) :\\n\\tif mode == 'root' :\\n\\t\\tfor element in rpn\\['curves'].rootLayer :\\n\\t\\t\\tif isinstance( element , rp.Shape ) :\\n\\t\\t\\t\\teleD\\['Shape'].append( element.name )\\n\\t\\t\\tif isinstance( element , rp.Stroke ) :\\n\\t\\t\\t\\teleD\\['Stroke'].append( element.name )\\n\\t\\t\\tif isinstance( element , rp.Layer ) :\\n\\t\\t\\t\\teleD\\['Layer'].append( element.name )\\n\\tif mode == 'sub' :\\n\\t\\ttempLay = \\[]\\n\\t\\tfor i in eleD\\['Layer'] :\\n\\t\\t\\tfor j in rpn\\['curves'].toElement( i ) :\\n\\t\\t\\t\\tif isinstance( j , rp.Shape ) :\\n\\t\\t\\t\\t\\teleD\\['Shape'].append( i + '/' + j.name )\\n\\t\\t\\t\\tif isinstance( j , rp.Stroke ) :\\n\\t\\t\\t\\t\\teleD\\['Stroke'].append( i + '/' + j.name )\\n\\t\\t\\t\\tif isinstance( j , rp.Layer ) :\\n\\t\\t\\t\\t\\ttempLay.append( i + '/' + j.name )\\n\\t\\teleD\\['Layer'] = tempLay\\n\\treturn eleD\\n\\ndef checkLay( layList ) :\\n\\tif len( layList ) > 0 :\\n\\t\\tstatus = 0\\n\\telse :\\n\\t\\tstatus = 1\\n\\treturn status\\n\\ndef duplicateNode( srcNode ) :\\n\\tdNode = nuke.createNode( srcNode.Class(), srcNode.writeKnobs( nuke.TO_SCRIPT | nuke.WRITE_NON_DEFAULT_ONLY ) )\\n\\tdNode\\['cliptype'].setValue(0)\\n\\tfor i in range( dNode.inputs() ) :\\n\\t\\tdNode.setInput( i, None )\\n\\tdNode.hideControlPanel()\\n\\treturn dNode\\n\\ndef gatherDown( srcNode ) :\\n\\tds = srcNode.dependent()\\n\\tdsCon = \\[]\\n\\tfor dnode in ds :\\n\\t\\ttemp = \\[ dnode ]\\n\\t\\tfor i in range( dnode.inputs() ) :\\n\\t\\t\\ttry :\\n\\t\\t\\t\\tif dnode.input(i).name() == srcNode.name() :\\t\\t\\t\\t\\t\\t\\t\\n\\t\\t\\t\\t\\ttemp.append( i )\\n\\t\\t\\texcept :\\n\\t\\t\\t\\tpass\\n\\t\\tdsCon.append( temp )\\n\\treturn dsCon\\n\\n###############\\n\\n##### base #####\\nrpNodes = \\[]\\nrpCon = \\{\\}\\n\\nthisGRP = nuke.thisGroup()\\n\\nif thisGRP\\['use_from'].value() :\\n\\tifrom = nuke.toNode('from')\\n\\toldres = \\[ int( ifrom.width() ) , int( ifrom.height() ) , float( ifrom.pixelAspect() ) ]\\nelse :\\n\\toldres = \\[ int( thisGRP\\['old_width'].getValue() ) , int( thisGRP\\['old_height'].getValue() ) , float( thisGRP\\['old_pixel_aspect'].getValue() ) ]\\n\\nif thisGRP\\['use_to'].value() :\\n\\tito = nuke.toNode('to')\\n\\tnewres = \\[ int( ito.width() ) , int( ito.height() ) , float( ito.pixelAspect() ) ]\\nelse :\\n\\tnewres = \\[ int( thisGRP\\['new_width'].getValue() ) , int( thisGRP\\['new_height'].getValue() ) , float( thisGRP\\['new_pixel_aspect'].getValue() ) ]\\n\\nxGrid = int( nuke.toNode('preferences')\\['GridWidth'].getValue() )\\n\\nwith getLevel() :\\n\\tnodeCheck = 0\\n\\n\\tfor node in nuke.selectedNodes() :\\n\\t\\tif node.Class() == 'Roto' or node.Class() == 'RotoPaint' :\\n\\t\\t\\trpNodes.append( node )\\n\\t\\t\\tnodeCheck = 1\\n\\n\\tif nodeCheck :\\n\\n\\t\\t##### transformation curve #####\\n\\n\\t\\tif thisGRP\\['resize'].getValue() == 0 :\\n\\t\\t\\twidthRatio = newres\\[0] / oldres\\[0]\\n\\t\\t\\theightRatio = ( newres\\[0] / oldres\\[0] ) * ( newres\\[2] / oldres\\[2] )\\n\\t\\telif thisGRP\\['resize'].getValue() == 1 :\\n\\t\\t\\twidthRatio = ( newres\\[1] / oldres\\[1] ) * ( oldres\\[2] / newres\\[2] )\\n\\t\\t\\theightRatio = newres\\[1] / oldres\\[1]\\n\\t\\telse :\\n\\t\\t\\twidthRatio = newres\\[0] / oldres\\[0]\\n\\t\\t\\theightRatio = newres\\[1] / oldres\\[1]\\n\\n\\t\\tTranslateNC_x = cl.AnimCurve()\\n\\t\\tTranslateNC_y = cl.AnimCurve()\\n\\t\\tScaleNC_x = cl.AnimCurve()\\n\\t\\tScaleNC_y = cl.AnimCurve()\\n\\t\\tPivotNC = cl.AnimCurve()\\n\\n\\t\\tif thisGRP\\['resize'].getValue() == 0 :\\n\\t\\t\\tTranslateNC_y.expressionString = str( (newres\\[1]-(oldres\\[1]*heightRatio))/2 )\\n\\t\\tif thisGRP\\['resize'].getValue() == 1 :\\n\\t\\t\\tTranslateNC_x.expressionString = str( (newres\\[0]-(oldres\\[0]*widthRatio))/2 )\\n\\t\\tScaleNC_x.expressionString = str( widthRatio )\\n\\t\\tScaleNC_y.expressionString = str( heightRatio )\\n\\t\\tPivotNC.expressionString = '0'\\n\\t\\tfor curve in \\[ TranslateNC_x , TranslateNC_y , ScaleNC_x , ScaleNC_y , PivotNC ]:\\n\\t\\t\\tcurve.useExpression = True\\n\\n\\t\\t###############\\n\\n\\t\\tfor o_rpNode in rpNodes :\\n\\t\\t\\teleD = \\{\\n\\t\\t\\t\\t'Shape' : \\[] ,\\n\\t\\t\\t\\t'Stroke' : \\[] ,\\n\\t\\t\\t\\t'Layer' : \\[]\\n\\t\\t\\t\\t\\}\\n\\n\\t\\t\\tdownNodes = gatherDown( o_rpNode )\\n\\n\\t\\t\\trpNode = duplicateNode( o_rpNode )\\n\\t\\t\\trpNode.setXYpos( int( o_rpNode.xpos() + xGrid + random.randint( 0 , xGrid ) ) , int( o_rpNode.ypos() ) )\\n\\t\\t\\trpNode\\['output'].setValue( o_rpNode\\['output'].value() )\\n\\t\\t\\trpNode\\['label'].setValue( 'old : \\{0\\}x\\{1\\} \\{2\\}
new : \\{3\\}x\\{4\\} \\{5\\}
reize type : \\{6\\}'.format( str(oldres\\[0]) , str(oldres\\[1]) , str(int(oldres\\[2])) , str(newres\\[0]) , str(newres\\[1]) , str(int(newres\\[2])) , thisGRP\\['resize'].value() ) )\\n\\n\\t\\t\\tif thisGRP\\['new_connection'].value() :\\n\\t\\t\\t\\tif len(o_rpNode.dependencies()) :\\n\\t\\t\\t\\t\\trpCon\\[rpNode.name()] = \\[ o_rpNode.dependencies()\\[0] , downNodes ]\\n\\t\\t\\t\\telse :\\n\\t\\t\\t\\t\\trpCon\\[rpNode.name()] = \\[ None , downNodes ]\\n\\t\\t\\telse :\\n\\t\\t\\t\\tif len(o_rpNode.dependencies()) :\\n\\t\\t\\t\\t\\trpCon\\[o_rpNode.name()] = \\[ o_rpNode.dependencies()\\[0] , downNodes ]\\n\\t\\t\\t\\telse :\\n\\t\\t\\t\\t\\trpCon\\[o_rpNode.name()] = \\[ None , downNodes ]\\n\\n\\t\\t\\t##### get all items #####\\n\\t\\t\\teleD = getItems( rpNode , eleD , 'root' )\\n\\t\\t\\tchkstatus = checkLay( eleD\\['Layer'] )\\n\\t\\t\\twhile chkstatus < 1 :\\n\\t\\t\\t\\teleD = getItems( rpNode , eleD , 'sub' )\\n\\t\\t\\t\\tchkstatus = checkLay( eleD\\['Layer'] )\\n\\t\\t\\tdel eleD\\['Layer']\\n\\n\\t\\t\\t##### process #####\\n\\t\\t\\tfor key in eleD.keys() :\\n\\t\\t\\t\\tfor i in eleD\\[key] :\\n\\t\\t\\t\\t\\tshape = rpNode\\['curves'].toElement( i )\\n\\t\\t\\t\\t\\tst = shape.getTransform()\\n\\t\\t\\t\\t\\tsa = shape.getAttributes()\\n\\n\\t\\t\\t\\t\\tst.setTranslationAnimCurve( 0 , TranslateNC_x )\\n\\t\\t\\t\\t\\tst.setTranslationAnimCurve( 1 , TranslateNC_y )\\n\\t\\t\\t\\t\\tst.setScaleAnimCurve( 0 , ScaleNC_x )\\n\\t\\t\\t\\t\\tst.setScaleAnimCurve( 1 , ScaleNC_y )\\n\\t\\t\\t\\t\\tst.setPivotPointAnimCurve( 0 , PivotNC )\\n\\t\\t\\t\\t\\tst.setPivotPointAnimCurve( 1 , PivotNC )\\n\\n\\t\\t\\t\\t\\ttry :\\n\\t\\t\\t\\t\\t\\tsa.set( 'fx' , sa.getCurve('fx').constantValue * widthRatio )\\n\\t\\t\\t\\t\\t\\tsa.set( 'fy' , sa.getCurve('fy').constantValue * heightRatio )\\n\\t\\t\\t\\t\\texcept :\\n\\t\\t\\t\\t\\t\\tpass\\n\\n\\t\\t\\t\\t\\tif key == 'Stroke' :\\n\\t\\t\\t\\t\\t\\tsa.set( 'bs' , sa.getCurve('bs').constantValue * widthRatio )\\n\\t\\t\\t\\t\\t\\tsa.set( 'ep1' , sa.getCurve('ep1').constantValue * widthRatio )\\n\\t\\t\\t\\t\\t\\tsa.set( 'stx' , sa.getCurve('stx').constantValue * widthRatio )\\n\\t\\t\\t\\t\\t\\tsa.set( 'sty' , sa.getCurve('sty').constantValue * heightRatio )\\n\\n\\t\\t\\trpNode\\['curves'].changed()\\n\\n\\t\\tfor key, value in rpCon.items() :\\n\\t\\t\\tnuke.toNode(key).setInput( 0, value\\[0] )\\n\\t\\t\\tfor dNode in value\\[1] :\\n\\t\\t\\t\\tfor i in range( 1 , len(dNode) , 1 ) :\\n\\t\\t\\t\\t\\tdNode\\[0].setInput( dNode\\[i] , nuke.toNode( key ) )\\n\\n\\telse :\\n\\t\\tnuke.message('Only work with Roto / RotoPaint node(s).

Select one or more Roto / RotoPaint node(s) and run again.')\" +STARTLINE}\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T 1.4}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2020-05-06}\n addUserKnob {22 btn_CHANGELOG l Changelog T \"log = \\\"1.4
- fixed gizmo is a gizmo, not group

1.2
- Tong Lyons's feedback :
  added 'from' & 'to' input for the old/new resolution

1.1
- fixed the Rotopaint nodes connection issue
- fixed the new Rotopaint node's output channel,
  will keep that same as the source node.
- added 'resize type' info in new RP node's label
- removed the animation menu on pixel_aspect knob.

1.0
- batch resize Roto / RotoPaint's vector data \\\"\\nnuke.message( log )\" +STARTLINE}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n}\n BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0xff\n label \"dont touch\"\n note_font_size 42\n xpos -412\n ypos -182\n bdwidth 226\n bdheight 208\n }\n Input {\n inputs 0\n name to\n xpos 62\n ypos -125\n number 1\n }\n Input {\n inputs 0\n name from\n xpos -99\n ypos -124\n }\n NoOp {\n inputs 0\n name menu01\n knobChanged \"\\nknobs = \\['old_width','old_height','old_pixel_aspect']\\nfor knob in knobs :\\n nuke.thisGroup()\\[knob].setEnabled( not nuke.thisGroup()\\['use_from'].value() )\\n\"\n xpos -343\n ypos -95\n addUserKnob {20 User}\n addUserKnob {6 use_from l \"use 'from' input to define\" +STARTLINE}\n use_from true\n }\n NoOp {\n inputs 0\n name menu02\n knobChanged \"\\nknobs = \\['new_width','new_height','new_pixel_aspect']\\nfor knob in knobs :\\n nuke.thisGroup()\\[knob].setEnabled( not nuke.thisGroup()\\['use_to'].value() )\\n\"\n xpos -343\n ypos -32\n addUserKnob {20 User}\n addUserKnob {6 use_to l \"use 'to' input to define\" +STARTLINE}\n use_to true\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_RadialAdvanced.gizmo", "content": "Group {\n name RadialAdvanced\n tile_color 0x5f5f5fff\n note_font \"Verdana Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold\"\n note_font_color 0xffffffff\n selected true\n addUserKnob {20 RadialAdvanced}\n addUserKnob {41 format l \"output format\" T Reformat1.format}\n addUserKnob {6 replace +STARTLINE}\n addUserKnob {6 invert -STARTLINE}\n addUserKnob {41 color T OUTER_EDGE_RADIAL.color}\n addUserKnob {26 \"\"}\n addUserKnob {41 scale l \"Master Scale\" T MasterTransform.scale}\n addUserKnob {26 \"\"}\n addUserKnob {26 innerDiv l Inner}\n addUserKnob {41 scale_1 l \"Inner Scale\" T InnerControl.scale}\n addUserKnob {7 innerFeather l \"Inner Feather\"}\n innerFeather 0.3\n addUserKnob {26 \"\"}\n addUserKnob {26 OuterDiv l Outer}\n addUserKnob {41 size l \"Blur Outer Edge\" T Outer_Edge_Blur.size}\n addUserKnob {26 \"\"}\n addUserKnob {41 maskChannelMask l mask -STARTLINE T Merge3.maskChannelMask}\n addUserKnob {41 inject -STARTLINE T Merge3.inject}\n addUserKnob {41 invert_mask l invert -STARTLINE T Merge3.invert_mask}\n addUserKnob {41 fringe -STARTLINE T Merge3.fringe}\n addUserKnob {41 mix T Merge3.mix}\n addUserKnob {20 info l Info}\n addUserKnob {26 creator l Creator: T \"Tony Lyons\"}\n addUserKnob {26 desc l Description: t \"sliders and controls to easier animate Radial Tool\" T RadialAdvanced}\n addUserKnob {26 ver l Version: T v03}\n}\n Input {\n inputs 0\n name Input\n xpos -230\n ypos -583\n }\n Reformat {\n pbb true\n name Reformat1\n xpos -230\n ypos -527\n disable {{\"\\[exists parent.input0]\"}}\n }\n Dot {\n name Dot9\n note_font_size 41\n xpos -196\n ypos -457\n }\nset N9918c220 [stack 0]\n Dot {\n name Dot8\n note_font_size 41\n xpos -349\n ypos -457\n }\nset N991900f0 [stack 0]\n Dot {\n name Dot6\n note_font_size 41\n xpos -459\n ypos -457\n }\nset N99193fd0 [stack 0]\n Dot {\n name Dot5\n note_font_size 41\n xpos -549\n ypos -457\n }\n Transform {\n center {{input.width/2} {input.height/2}}\n name MasterTransform\n xpos -583\n ypos -405\n }\npush $N99193fd0\n Transform {\n center {{input.width/2} {input.height/2}}\n name InnerControl\n xpos -493\n ypos -406\n }\n Input {\n inputs 0\n name Inputmask\n xpos -544\n ypos 135\n number 1\n }\npush $N9918c220\n Remove {\n operation keep\n channels rgba\n name Remove1\n xpos -230\n ypos -424\n }\n Shuffle {\n red black\n green black\n blue black\n alpha black\n name Shuffle1\n label \"\\[value in]\"\n xpos -230\n ypos -400\n }\n Dot {\n name Dot1\n xpos -196\n ypos -352\n }\nset N991beaa0 [stack 0]\n Dot {\n name Dot3\n xpos -72\n ypos -352\n }\n Radial {\n area {4 4 {input.width-4} {input.height-4}}\n softness {{3*parent.innerFeather}}\n name INNER_EDGE_RADIAL\n xpos -106\n ypos -307\n }\n Crop {\n box {0 0 {input.width} {input.height}}\n name Crop2\n xpos -106\n ypos -261\n }\n Transform {\n scale {{parent.InnerControl.scale}}\n center {{input.width/2} {input.height/2}}\n filter Mitchell\n name Transform3\n xpos -106\n ypos -216\n }\n Blur {\n channels rgba\n crop false\n name Inner_Edge_Blur\n label \"\\[value size]\"\n xpos -106\n ypos -171\n }\n Dot {\n name Dot2\n xpos -72\n ypos -97\n }\nset N991e6d30 [stack 0]\npush $N991beaa0\n Radial {\n area {{parent.INNER_EDGE_RADIAL.area} {parent.INNER_EDGE_RADIAL.area} {parent.INNER_EDGE_RADIAL.area} {parent.INNER_EDGE_RADIAL.area}}\n softness 0\n name OUTER_EDGE_RADIAL\n xpos -230\n ypos -286\n }\n Crop {\n box {0 0 {input.width} {input.height}}\n name Crop1\n xpos -230\n ypos -262\n }\n Blur {\n channels rgba\n size 2\n crop false\n name Outer_Edge_Blur\n label \"\\[value size]\"\n xpos -230\n ypos -169\n }\n Dot {\n name Dot4\n note_font_size 41\n xpos -196\n ypos -103\n }\nset N9930ecc0 [stack 0]\n Merge2 {\n inputs 2\n operation mask\n bbox A\n name Merge2\n xpos -106\n ypos -46\n }\npush $N991e6d30\npush $N9930ecc0\n Merge2 {\n inputs 2\n operation stencil\n bbox B\n name Merge1\n xpos -230\n ypos -53\n }\n Switch {\n inputs 2\n which {{parent.invert i}}\n name INVERT_SWITCH\n xpos -230\n ypos 13\n }\n Transform {\n scale {{parent.MasterTransform.scale}}\n center {{parent.Transform3.center} {parent.Transform3.center}}\n filter Mitchell\n black_outside false\n name transform4\n xpos -230\n ypos 65\n }\n Dot {\n name Dot7\n note_font_size 41\n xpos -196\n ypos 138\n }\npush $N991beaa0\npush $N991900f0\n Switch {\n inputs 2\n which {{parent.replace}}\n name Switch1\n xpos -383\n ypos -355\n }\n Merge2 {\n inputs 2+1\n Achannels {-rgba.red -rgba.green -rgba.blue -rgba.alpha}\n Bchannels {-rgba.red -rgba.green -rgba.blue -rgba.alpha}\n output {-rgba.red -rgba.green -rgba.blue -rgba.alpha}\n also_merge rgba\n name Merge3\n xpos -383\n ypos 135\n }\n Output {\n name Output1\n xpos -383\n ypos 221\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_RadialDilate.gizmo", "content": "Group {\n name RadialDilate\n tile_color 0xcc804eff\n note_font_color 0xffffffff\n addUserKnob {20 RadialDilate}\n addUserKnob {41 \"Local GPU: \" T BlinkScript4.gpuName}\n addUserKnob {41 \"Use GPU if Available\" T BlinkScript4.useGPUIfAvailable}\n addUserKnob {26 \"\"}\n addUserKnob {41 size_wh l size T BlinkScript4.size_wh}\n addUserKnob {41 blackoutside l \"black outside\" -STARTLINE T BlinkScript4.blackoutside}\n addUserKnob {26 _1 l \"\" +STARTLINE}\n addUserKnob {41 maskChannelMask l mask -STARTLINE T Merge1.maskChannelMask}\n addUserKnob {41 inject -STARTLINE T Merge1.inject}\n addUserKnob {41 invert_mask l invert -STARTLINE T Merge1.invert_mask}\n addUserKnob {41 fringe -STARTLINE T Merge1.fringe}\n addUserKnob {41 mix T Merge1.mix}\n addUserKnob {26 \"\"}\n addUserKnob {26 credit l \"\" +STARTLINE T \"Chris Fryer | 2021\\n\"}\n}\n Input {\n inputs 0\n name Inputmask\n xpos -54\n ypos 43\n number 1\n }\n Dot {\n name Dot1\n xpos -20\n ypos 106\n }\n Input {\n inputs 0\n name Input\n xpos -270\n ypos -100\n }\n AdjBBox {\n numpixels {{ceil(abs(parent.BlinkScript4.size_wh.w))} {ceil(abs(parent.BlinkScript4.size_wh.h))}}\n name AdjBBox1\n xpos -270\n ypos -45\n }\nset N6b5f9400 [stack 0]\n BlackOutside {\n name BlackOutside1\n xpos -195\n ypos -5\n disable {{1-parent.BlinkScript4.blackoutside}}\n }\n BlinkScript {\n recompileCount 69\n ProgramGroup 1\n KernelDescription \"2 \\\"RadialDilate\\\" iterate pixelWise 575f702e36ae4a4540fceb6e0eb10c07d958cba14a62650f9022854aca2b2c0d 2 \\\"src\\\" Read Ranged2D \\\"dst\\\" Write Point 2 \\\"size\\\" Float 2 AAAAAAAAAAA= \\\"invert\\\" Bool 1 AA== 2 \\\"size\\\" 2 1 \\\"invert\\\" 1 1 3 \\\"srcrangeMin\\\" Int 2 1 AAAAAAAAAAA= \\\"srcrangeMax\\\" Int 2 1 AAAAAAAAAAA= \\\"output\\\" Float 4 1 AAAAAAAAAAAAAAAAAAAAAA==\"\n kernelSource \"\\nkernel RadialDilate : ImageComputationKernel\\n\\{\\n Image src; // the input image\\n \\n Image dst; // the output image\\n\\n param:\\n\\n //user controls for size\\n float2 size;\\n //hidden control to decide min vs max\\n bool invert;\\n local:\\n // will become our output image\\n float4 output = 0;\\n\\n void define() \\{\\n\\n \\}\\n\\n void init() \\{\\n\\n src.setRange(-size.x, -size.y, size.x, size.y);\\n\\n \\}\\n\\n void process() \\{\\n\\n //this applies a foundation for our output (stops us getting minimum values of zero unless they're in the image)\\n output = src(0,0);\\n\\n for(int X = -size.x; X <= size.x; X++)\\{\\n for(int Y = -size.y; Y <= size.y; Y++)\\{ \\n\\n //only includes values inside out virtual radial\\n if( (size.x - pow((pow(float(X),2)+pow(float(Y*(float(size.x)/float(size.y))),2)),0.5f)) > 0)\\{\\n\\n //assigns min vs max output depending on whether or not the input size is negative \\n output = invert ? min(output,src(X,Y)) : max(output,src(X,Y));\\n\\n \\}\\n \\}\\n\\n \\}\\n\\n dst() = output;\\n \\n \\}\\n\\};\\n\"\n rebuild \"\"\n RadialDilate_size {{abs(size_wh.w)+1} {abs(size_wh.h)+1}}\n RadialDilate_invert {{\"size_wh.w < 0 || size_wh.h < 0 \"}}\n rebuild_finalise \"\"\n name BlinkScript4\n selected true\n xpos -195\n ypos 44\n addUserKnob {20 User}\n addUserKnob {6 blackoutside l \"black outside\" +STARTLINE}\n addUserKnob {14 size_wh R -100 100}\n }\npush $N6b5f9400\n Merge2 {\n inputs 2+1\n operation copy\n name Merge1\n xpos -270\n ypos 103\n }\nset N6b5f8800 [stack 0]\n Output {\n name Output1\n xpos -270\n ypos 180\n }\npush $N6b5f8800\n Viewer {\n frame_range 1-100\n name Viewer1\n xpos -270\n ypos 127\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_RainMaker.gizmo", "content": "Group {\n name RainMaker\n selected true\n addUserKnob {20 User l RainMaker}\n addUserKnob {6 rainonly l \"Rain only (No comp)\" +STARTLINE}\n addUserKnob {6 dropspass l \"Use Pre-Rendered Drops input\" t \"If you have pre-rendered the \\\"Rain only?\\\" outpout, you can use this instead of re-siming at rendertime. \" +STARTLINE}\n addUserKnob {20 globals_1 l Globals n 1}\n addUserKnob {7 emissionmulti l \"Emission Multiplier\"}\n emissionmulti 1\n addUserKnob {7 res l Resolution t \"This controls the resolution for the render of the effect. The default value (0.5) works well in most cases.\" R 0.25 1}\n res 0.5\n addUserKnob {41 start_frame l \"Big start frame\" T ParticleEmitter1.start_frame}\n addUserKnob {41 start_frame_1 l \"Med start frame\" T ParticleEmitter3.start_frame}\n addUserKnob {41 start_frame_2 l \"Small start frame\" T ParticleEmitter2.start_frame}\n addUserKnob {41 lifetime T ParticleEmitter1.lifetime}\n addUserKnob {7 ygravity l \"Y Gravity Component\" R -1 1}\n ygravity -1\n addUserKnob {7 xgravity l \"X Gravity Component\" R -1 1}\n addUserKnob {20 endGroup_2 l endGroup n -1}\n addUserKnob {20 particles l Particles n 1}\n particles 0\n addUserKnob {6 bigenabled l Big? +STARTLINE}\n bigenabled true\n addUserKnob {6 medenabled l Medium? -STARTLINE}\n medenabled true\n addUserKnob {6 smalenabled l Small? -STARTLINE}\n smalenabled true\n addUserKnob {6 trailkill l \"Disable trails\" t \"Turning off the trails, will speed things up considerably. Its best to disable the trails while you get the drops right, then turn them back on later (if you have moving particles)\" +STARTLINE}\n addUserKnob {20 bigparts l \"Big Ctrls\" n 1}\n addUserKnob {41 seed l \"random seed\" T ParticleEmitter1.seed}\n addUserKnob {7 bigamount l Amount}\n bigamount 0.1\n addUserKnob {41 size T ParticleEmitter1.size}\n addUserKnob {41 size_variation l \"size variation\" T ParticleEmitter1.size_variation}\n addUserKnob {6 biggravity l \"Gravity Enabled?\" +STARTLINE}\n biggravity true\n addUserKnob {7 gravity l \"Gravity Multiplier\"}\n gravity 0.1\n addUserKnob {41 probability l \"Gravity Probability\" T ParticleGravity1.probability}\n addUserKnob {20 endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {20 meddrop l \"Med Ctrls\" n 1}\n addUserKnob {41 seed_1 l \"random seed\" T ParticleEmitter3.seed}\n addUserKnob {7 medrate l Amount R 0 5}\n medrate 1.5\n addUserKnob {41 size_1 l size T ParticleEmitter3.size}\n addUserKnob {41 size_variation_1 l \"size variation\" T ParticleEmitter3.size_variation}\n addUserKnob {6 medgrav l \"Gravity Enabled?\" +STARTLINE}\n medgrav true\n addUserKnob {7 medgavity l \"Gravity Multiplier\"}\n medgavity 0.05\n addUserKnob {41 probability_1 l \"Gravity Probability\" T ParticleGravity2.probability}\n addUserKnob {20 endGroup_1 l endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {20 smldrop l \"Small Ctrls\" n 1}\n smldrop 0\n addUserKnob {7 smallrate l Amount R 0 10}\n smallrate 10\n addUserKnob {41 seed_2 l \"random seed\" T ParticleEmitter2.seed}\n addUserKnob {41 size_2 l size T ParticleEmitter2.size}\n addUserKnob {41 size_variation_2 l \"size variation\" T ParticleEmitter2.size_variation}\n addUserKnob {20 endGroup_3 l endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {20 endGroup_4 l endGroup n -1}\n addUserKnob {20 effects l Effects n 1}\n effects 0\n addUserKnob {7 blobify l \"blobify radius\" R 0 10}\n blobify 3.95\n addUserKnob {7 displace l \"Displace Amount\"}\n displace 0.23\n addUserKnob {41 size_3 l \"Displace Noise Size\" T Noise2.size}\n addUserKnob {3 trails l \"Trail Length\" t \"slows it down considerably\"}\n trails 20\n addUserKnob {20 endGroup_5 l endGroup n -1}\n addUserKnob {20 comp l Comp n 1}\n comp 0\n addUserKnob {6 alpha l \"Copy rain to alpha?\" +STARTLINE}\n addUserKnob {41 size_4 l \"Blur Size\" T Blur2.size}\n addUserKnob {7 ringing l \"Gamma Lift\"}\n ringing 0.19\n addUserKnob {7 ringing_1 l \"Ringing Ratio\"}\n ringing_1 0.25\n addUserKnob {41 mix l \"Emboss Amount\" T Merge2.mix}\n addUserKnob {41 displace_2 l Displace T Group3.displace}\n addUserKnob {41 size_5 l Defocus T Blur1.size}\n addUserKnob {20 endGroup_6 l endGroup n -1}\n addUserKnob {26 txt l \"\" +STARTLINE T \"\\nMade by Matt Richardson (matt_richardson_@hotmail.com)\"}\n}\n Input {\n inputs 0\n name Drops\n xpos 1107\n ypos -58\n number 1\n }\n AddChannels {\n channels rgba\n name AddChannels2\n xpos 1107\n ypos -20\n }\n Constant {\n inputs 0\n channels rgb\n name Constant2\n xpos 667\n ypos -220\n }\n Reformat {\n type scale\n scale {{parent.res x336 1}}\n name Reformat1\n xpos 816\n ypos -173\n }\n set C5fb5bc00 [stack 0]\n Noise {\n size 120\n zoffset 1\n octaves 4\n center {960 410}\n name Noise2\n xpos 953\n ypos -173\n }\n Input {\n inputs 0\n name BG\n xpos 1815\n ypos -818\n }\nset N5fb5b000 [stack 0]\n Camera2 {\n translate {0 0 42.04999924}\n name Camera1\n xpos 1485\n ypos -562\n }\nset N5fb5ac00 [stack 0]\n Constant {\n inputs 0\n channels rgb\n color 1\n format \"256 256 0 0 256 256 1 square_256\"\n name Constant1\n xpos 1043\n ypos -719\n }\n Radial {\n invert true\n area {9.5 8.5 246.5 247.5}\n softness 0\n color 0\n name Radial1\n xpos 1043\n ypos -597\n }\nset N5fb5a400 [stack 0]\n Constant {\n inputs 0\n channels rgb\n name Constant3\n xpos 1537\n ypos -680\n }\nset N5fb5a000 [stack 0]\n Card2 {\n translate {0 0 38.72000122}\n uniform_scale 1.7\n control_points {3 3 3 6\n\n1 {-0.5 -0.5 0} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0.1666666865 0} 0 {0 0 0} 0 {0 0 0}\n1 {0 -0.5 0} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0.1666666865 0} 0 {0 0 0} 0 {0.5 0 0}\n1 {0.5 -0.5 0} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0.1666666865 0} 0 {0 0 0} 0 {1 0 0}\n1 {-0.5 0 0} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0.1666666716 0} 0 {0 -0.1666666716 0} 0 {0 0.5 0}\n1 {0 0 0} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0.1666666716 0} 0 {0 -0.1666666716 0} 0 {0.5 0.5 0}\n1 {0.5 0 0} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0.1666666716 0} 0 {0 -0.1666666716 0} 0 {1 0.5 0}\n1 {-0.5 0.5 0} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0 0} 0 {0 -0.1666666865 0} 0 {0 1 0}\n1 {0 0.5 0} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0 0} 0 {0 -0.1666666865 0} 0 {0.5 1 0}\n1 {0.5 0.5 0} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0 0} 0 {0 -0.1666666865 0} 0 {1 1 0} }\n name Card1\n xpos 1327\n ypos -656\n }\nset N5fb59c00 [stack 0]\npush $N5fb5b000\n ParticleEmitter {\n inputs 3\n emit_from faces\n rate {{\"parent.emissionmulti * parent.medrate\"}}\n rate_variation 1\n lifetime {{parent.ParticleEmitter1.lifetime}}\n velocity 0\n size 0.024\n size_variation 0.5\n seed 2\n name ParticleEmitter3\n xpos 1175\n ypos -517\n disable {{1-parent.medenabled}}\n }\n ParticleGravity {\n to {{\"parent.medgavity * 0.0002 * parent.xgravity\"} {\"parent.medgavity * 0.0002 * parent.ygravity\"} 0}\n probability 0.1\n name ParticleGravity2\n xpos 1175\n ypos -459\n disable {{1-parent.medgrav}}\n }\npush $N5fb5a400\npush $N5fb59c00\npush $N5fb5b000\n ParticleEmitter {\n inputs 3\n emit_from faces\n rate {{\"parent.bigamount * parent.emissionmulti\"}}\n rate_variation 1\n lifetime 100\n velocity 0\n size 0.05\n size_variation 1\n seed 1\n name ParticleEmitter1\n xpos 1327\n ypos -597\n disable {{1-parent.bigenabled}}\n }\n ParticleGravity {\n to {{\"parent.gravity * 0.007 * parent.xgravity\"} {\"parent.gravity * 0.007 * parent.ygravity\"} 0}\n probability 0.03\n name ParticleGravity1\n xpos 1327\n ypos -523\n disable {{1-parent.biggravity}}\n }\n ParticleMerge {\n inputs 2\n name ParticleMerge1\n xpos 1327\n ypos -418\n }\npush $N5fb5a000\nclone $C5fb5bc00 {\n xpos 1537\n ypos -404\n selected false\n }\nset N5fb58400 [stack 0]\n ScanlineRender {\n inputs 3\n ztest_enabled false\n filter impulse\n motion_vectors_type distance\n name ScanlineRender1\n xpos 1327\n ypos -361\n }\n Erode {\n channels rgb\n size {{0-Erode3.size}}\n name Erode2\n xpos 1327\n ypos -308\n }\nset N435ab400 [stack 0]\n Erode {\n channels rgb\n size -5\n name Erode4\n xpos 1217\n ypos -309\n }\npush $N5fb5ac00\npush $N5fb5a400\npush $N5fb59c00\npush $N5fb5b000\n ParticleEmitter {\n inputs 3\n emit_from faces\n rate {{\"parent.smallrate * parent.emissionmulti\"}}\n rate_variation 1\n lifetime {{parent.ParticleEmitter1.lifetime}}\n velocity 0\n size 0.006\n size_variation 1\n name ParticleEmitter2\n xpos 1043\n ypos -488\n disable {{1-parent.smalenabled}}\n }\npush $N5fb58400\n ScanlineRender {\n inputs 3\n ztest_enabled false\n filter impulse\n motion_vectors_type distance\n name ScanlineRender2\n xpos 1043\n ypos -373\n }\n ColorCorrect {\n inputs 1+1\n gain 0\n maskChannelMask rgba.red\n name ColorCorrect3\n xpos 1043\n ypos -309\n }\npush $N435ab400\n Erode {\n channels rgb\n size {{parent.blobify}}\n name Erode3\n xpos 1327\n ypos -271\n }\n Merge2 {\n inputs 2\n name Merge1\n xpos 1327\n ypos -228\n }\n Group {\n inputs 2\n name Group1\n xpos 1327\n ypos -185\n addUserKnob {20 \"\" l Glass}\n addUserKnob {7 displace l Displace R 0 20}\n displace {{parent.displace}}\n addUserKnob {41 size_1 l \"smooth vectors\" T Blur1.size}\n addUserKnob {7 abberation l Abberation}\n addUserKnob {26 \"\" l Defocus}\n addUserKnob {6 useDef l \"Apply Defocus\" -STARTLINE}\n addUserKnob {41 size T ZBlur1.size}\n addUserKnob {41 max_size l maximum T ZBlur1.max_size}\n addUserKnob {41 shape l \"filter shape\" T ZBlur1.shape}\n }\n Input {\n inputs 0\n name img\n xpos -289\n ypos 81\n }\nset N435a9800 [stack 0]\n Dot {\n name Dot1\n xpos -255\n ypos 634\n }\n Input {\n inputs 0\n name control\n xpos -64\n ypos -388\n number 1\n }\nset N435a9000 [stack 0]\npush $N435a9000\n Copy {\n inputs 2\n from0 rgba.alpha\n to0 rgba.alpha\n name Copy6\n xpos -64\n ypos -354\n disable {{hasError i}}\n }\nset N435a8c00 [stack 0]\n Dot {\n name Dot2\n xpos 94\n ypos -343\n }\nset N435a8800 [stack 0]\n Transform {\n translate {0 -1}\n center {320 240}\n name down\n xpos 60\n ypos -140\n }\npush $N435a8c00\n Dot {\n name Dot3\n xpos -122\n ypos -343\n }\n Dot {\n name Dot4\n xpos -207\n ypos -343\n }\n Transform {\n translate {0 1}\n center {320 240}\n name up\n xpos -241\n ypos -180\n }\npush $N435a8800\n Dot {\n name Dot5\n xpos 176\n ypos -343\n }\n Transform {\n translate {1 0}\n center {320 240}\n name right\n xpos 142\n ypos -221\n }\npush $N435a8c00\n Shuffle {\n in alpha\n green black\n blue black\n out rgb\n name Shuffle1\n xpos -64\n ypos -311\n }\n Transform {\n translate {-1 0}\n center {320 240}\n name left\n xpos -64\n ypos -285\n }\n Copy {\n inputs 2\n from0 rgba.alpha\n to0 rgba.green\n name Copy2\n xpos -64\n ypos -228\n }\n Copy {\n inputs 2\n from0 rgba.alpha\n to0 rgba.blue\n name Copy3\n xpos -64\n ypos -187\n }\n Copy {\n inputs 2\n from0 rgba.alpha\n to0 rgba.alpha\n name Copy4\n xpos -64\n ypos -147\n }\n Expression {\n temp_name0 l\n temp_expr0 red\n temp_name1 r\n temp_expr1 green\n temp_name2 u\n temp_expr2 blue\n temp_name3 d\n temp_expr3 alpha\n channel0 {forward.u -forward.v none -backward.u}\n expr0 (l-r)*width\n channel1 {-forward.u forward.v none -backward.u}\n expr1 (d-u)*width\n channel2 depth\n expr2 (abs(l-r)+abs(d-u))*width/2\n name Expression1\n xpos -64\n ypos -15\n }\n Blur {\n channels motion\n crop false\n name Blur1\n xpos -64\n ypos 13\n }\nset N60f55000 [stack 0]\n Dot {\n name Dot6\n xpos 89\n ypos 22\n }\n Dot {\n name Dot7\n xpos 89\n ypos 193\n }\npush $N60f55000\npush $N435a9800\n Copy {\n inputs 2\n from0 -rgba.alpha\n to0 -rgba.alpha\n channels forward\n name Copy1\n xpos -64\n ypos 67\n }\n Copy {\n inputs 2\n from0 -rgba.alpha\n to0 -rgba.alpha\n channels depth\n name Copy8\n xpos -64\n ypos 175\n }\n ZBlur {\n channels rgba\n math -linear\n shape 1\n name ZBlur1\n xpos -64\n ypos 229\n disable {{!parent.useDef}}\n }\nset N60ef7800 [stack 0]\n IDistort {\n channels rgba\n uv forward\n uv_scale {{parent.displace i}}\n name IDistort4\n xpos 98\n ypos 491\n }\npush $N60ef7800\n IDistort {\n channels {-rgba.red -rgba.green rgba.blue rgba.alpha}\n uv forward\n uv_scale {{parent.displace/(1+parent.abberation/10)}}\n name IDistort3\n xpos 66\n ypos 314\n }\npush $N60ef7800\n IDistort {\n channels {rgba.red -rgba.green -rgba.blue rgba.alpha}\n uv forward\n uv_scale {{parent.displace/(1-parent.abberation/10)}}\n name IDistort1\n xpos -188\n ypos 309\n }\npush $N60ef7800\n IDistort {\n channels {-rgba.red rgba.green -rgba.blue rgba.alpha}\n uv forward\n uv_scale {{parent.displace i}}\n name IDistort2\n xpos -64\n ypos 311\n }\n Copy {\n inputs 2\n from0 rgba.red\n to0 rgba.red\n name Copy9\n xpos -64\n ypos 372\n }\n Copy {\n inputs 2\n from0 rgba.blue\n to0 rgba.blue\n name Copy10\n xpos -64\n ypos 412\n }\n Switch {\n inputs 2\n which {{parent.abberation==0}}\n name Switch1\n xpos -64\n ypos 491\n addUserKnob {20 \"\" l Weta}\n addUserKnob {32 knob l \"update input order\" t \"changes the input order according to the input nodes' horizontal order (left most node becomes input 0)\" -STARTLINE T \" reconnectInputs\"}\n }\n Copy {\n inputs 2\n from0 -rgba.alpha\n to0 -rgba.alpha\n channels depth\n name Copy5\n xpos -64\n ypos 616\n }\n Output {\n name Output1\n xpos -59\n ypos 747\n }\n end_group\n TimeEcho {\n framesbehind {{parent.trails}}\n frmaesfade {{parent.trails}}\n name TimeEcho2\n xpos 1327\n ypos -124\n disable {{parent.trailkill}}\n }\n Switch {\n inputs 2\n which {{parent.dropspass}}\n name Switch2\n xpos 1327\n ypos -48\n }\nset N61b2c800 [stack 0]\npush $N61b2c800\n Reformat {\n name Reformat2\n xpos 1449\n ypos -124\n }\nset N60ef5000 [stack 0]\n Shuffle {\n alpha green\n name Shuffle1\n xpos 1651\n ypos -221\n }\nset N60ef4800 [stack 0]\n Blur {\n size 11\n name Blur1\n xpos 1982\n ypos 88\n }\n set C60ef4400 [stack 0]\nset N60ef4400 [stack 0]\npush $N60ef4400\npush $N61b2c800\n Emboss {\n Angle 53\n name Emboss1\n xpos 1327\n ypos 32\n }\n ColorCorrect {\n gain 2\n offset -1\n name ColorCorrect2\n xpos 1327\n ypos 102\n }\n Reformat {\n name Reformat3\n xpos 1512\n ypos 102\n }\nclone $C60ef4400 {\n xpos 1653\n ypos 96\n selected false\n }\npush $N60ef5000\npush $N60ef5000\n Erode {\n channels rgb\n size 0.25\n maskChannelMask rgba.red\n name Erode1\n xpos 1576\n ypos -124\n }\npush $N60ef5000\n ColorCorrect {\n inputs 1+1\n gain 0\n maskChannelMask rgba.red\n name ColorCorrect4\n xpos 1576\n ypos -64\n }\n Merge2 {\n inputs 2\n operation max\n mix {{parent.ringing_1}}\n name Merge3\n xpos 1576\n ypos 3\n }\nclone $C60ef4400 {\n xpos 1716\n ypos -3\n selected false\n }\npush $N60ef4800\npush $N60ef5000\nclone $C60ef4400 {\n xpos 1473\n ypos -330\n selected false\n }\npush $N5fb5b000\n AddChannels {\n channels rgba\n name AddChannels3\n xpos 1815\n ypos -780\n }\n AddChannels {\n channels alpha\n color 1\n name AddChannels1\n xpos 1815\n ypos -738\n }\nset N616a9400 [stack 0]\n Blur {\n inputs 1+1\n size 8\n maskChannelMask rgba.red\n name Blur2\n xpos 1815\n ypos -330\n }\n Group {\n inputs 2\n name Group3\n xpos 1815\n ypos -221\n addUserKnob {20 \"\" l Glass}\n addUserKnob {7 displace l Displace R 0 20}\n displace 0.4\n addUserKnob {41 size_1 l \"smooth vectors\" T Blur1.size}\n addUserKnob {7 abberation l Abberation}\n abberation 1\n addUserKnob {26 \"\" l Defocus}\n addUserKnob {6 useDef l \"Apply Defocus\" -STARTLINE}\n addUserKnob {41 size T ZBlur1.size}\n addUserKnob {41 max_size l maximum T ZBlur1.max_size}\n addUserKnob {41 shape l \"filter shape\" T ZBlur1.shape}\n }\n Input {\n inputs 0\n name img\n xpos -289\n ypos 81\n }\nset N616a8c00 [stack 0]\n Dot {\n name Dot1\n xpos -255\n ypos 634\n }\n Input {\n inputs 0\n name control\n xpos -64\n ypos -388\n number 1\n }\nset N616a8400 [stack 0]\npush $N616a8400\n Copy {\n inputs 2\n from0 rgba.alpha\n to0 rgba.alpha\n name Copy6\n xpos -64\n ypos -354\n disable {{hasError i}}\n }\nset N43597c00 [stack 0]\n Dot {\n name Dot2\n xpos 94\n ypos -343\n }\nset N43597800 [stack 0]\n Transform {\n translate {0 -1}\n center {320 240}\n name down\n xpos 60\n ypos -140\n }\npush $N43597c00\n Dot {\n name Dot3\n xpos -122\n ypos -343\n }\n Dot {\n name Dot4\n xpos -207\n ypos -343\n }\n Transform {\n translate {0 1}\n center {320 240}\n name up\n xpos -241\n ypos -180\n }\npush $N43597800\n Dot {\n name Dot5\n xpos 176\n ypos -343\n }\n Transform {\n translate {1 0}\n center {320 240}\n name right\n xpos 142\n ypos -221\n }\npush $N43597c00\n Shuffle {\n in alpha\n green black\n blue black\n out rgb\n name Shuffle1\n xpos -64\n ypos -311\n }\n Transform {\n translate {-1 0}\n center {320 240}\n name left\n xpos -64\n ypos -285\n }\n Copy {\n inputs 2\n from0 rgba.alpha\n to0 rgba.green\n name Copy2\n xpos -64\n ypos -228\n }\n Copy {\n inputs 2\n from0 rgba.alpha\n to0 rgba.blue\n name Copy3\n xpos -64\n ypos -187\n }\n Copy {\n inputs 2\n from0 rgba.alpha\n to0 rgba.alpha\n name Copy4\n xpos -64\n ypos -147\n }\n Expression {\n temp_name0 l\n temp_expr0 red\n temp_name1 r\n temp_expr1 green\n temp_name2 u\n temp_expr2 blue\n temp_name3 d\n temp_expr3 alpha\n channel0 {forward.u -forward.v none -backward.u}\n expr0 (l-r)*width\n channel1 {-forward.u forward.v none -backward.u}\n expr1 (d-u)*width\n channel2 depth\n expr2 (abs(l-r)+abs(d-u))*width/2\n name Expression1\n xpos -64\n ypos -15\n }\n Blur {\n channels motion\n size 15\n crop false\n name Blur1\n xpos -64\n ypos 13\n }\nset N43594400 [stack 0]\n Dot {\n name Dot6\n xpos 89\n ypos 22\n }\n Dot {\n name Dot7\n xpos 89\n ypos 193\n }\npush $N43594400\npush $N616a8c00\n Copy {\n inputs 2\n from0 -rgba.alpha\n to0 -rgba.alpha\n channels forward\n name Copy1\n xpos -64\n ypos 67\n }\n Copy {\n inputs 2\n from0 -rgba.alpha\n to0 -rgba.alpha\n channels depth\n name Copy8\n xpos -64\n ypos 175\n }\n ZBlur {\n channels rgba\n math -linear\n max_size 2.2\n shape 1\n name ZBlur1\n xpos -64\n ypos 229\n disable {{!parent.useDef}}\n }\nset N60e7ec00 [stack 0]\n IDistort {\n channels rgba\n uv forward\n uv_scale {{parent.displace i}}\n name IDistort4\n xpos 98\n ypos 491\n }\npush $N60e7ec00\n IDistort {\n channels {-rgba.red -rgba.green rgba.blue rgba.alpha}\n uv forward\n uv_scale {{parent.displace/(1+parent.abberation/10)}}\n name IDistort3\n xpos 66\n ypos 314\n }\npush $N60e7ec00\n IDistort {\n channels {rgba.red -rgba.green -rgba.blue rgba.alpha}\n uv forward\n uv_scale {{parent.displace/(1-parent.abberation/10)}}\n name IDistort1\n xpos -188\n ypos 309\n }\npush $N60e7ec00\n IDistort {\n channels {-rgba.red rgba.green -rgba.blue rgba.alpha}\n uv forward\n uv_scale {{parent.displace i}}\n name IDistort2\n xpos -64\n ypos 311\n }\n Copy {\n inputs 2\n from0 rgba.red\n to0 rgba.red\n name Copy9\n xpos -64\n ypos 372\n }\n Copy {\n inputs 2\n from0 rgba.blue\n to0 rgba.blue\n name Copy10\n xpos -64\n ypos 412\n }\n Switch {\n inputs 2\n which {{parent.abberation==0}}\n name Switch1\n xpos -64\n ypos 491\n addUserKnob {20 \"\" l Weta}\n addUserKnob {32 knob l \"update input order\" t \"changes the input order according to the input nodes' horizontal order (left most node becomes input 0)\" -STARTLINE T \" reconnectInputs\"}\n }\n Copy {\n inputs 2\n from0 -rgba.alpha\n to0 -rgba.alpha\n channels depth\n name Copy5\n xpos -64\n ypos 616\n }\n Output {\n name Output1\n xpos -59\n ypos 747\n }\n end_group\n ColorCorrect {\n inputs 1+1\n gamma {{\"1 + parent.ringing\"}}\n maskChannelMask rgba.red\n name ColorCorrect1\n xpos 1815\n ypos 3\n }\n Merge2 {\n inputs 2\n operation plus\n sRGB true\n Achannels {rgba.red rgba.green rgba.blue -rgba.alpha}\n mix 0.085\n name Merge2\n xpos 1815\n ypos 102\n }\nclone $C60ef4400 {\n xpos 1815\n ypos 178\n selected false\n }\npush $N616a9400\n Dot {\n name Dot1\n xpos 2131\n ypos -112\n }\n Merge2 {\n inputs 2+1\n name Merge4\n xpos 2097\n ypos 205\n }\n ShuffleCopy {\n inputs 2\n alpha red\n name ShuffleCopy1\n xpos 2097\n ypos 310\n disable {{1-parent.alpha}}\n }\n Switch {\n inputs 2\n which 1\n name Switch1\n xpos 2097\n ypos 389\n disable {{1-parent.rainonly}}\n }\n Output {\n name Output1\n xpos 2097\n ypos 474\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_Randomizer.gizmo", "content": "Group {\n name Randomizer\n tile_color 0x5f5f5fff\n label \"\\[value type]\"\n note_font \"Verdana Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold\"\n note_font_color 0xffffffff\n selected true\n mapsize {0.15 0.15}\n addUserKnob {20 Settings}\n addUserKnob {4 type l Type: M {random noise sine triangle square bounce sawtooth \"sawtooth (parabolic)\" \"sawtooth (parabolic reversed)\" \"sawtooth (exponential)\" blip \"sine blip\" \"\" \"\" \"\" \"\" \"\"}}\n addUserKnob {4 scaleAmpFrom l \"Amplitude Pivot:\" M {center min max \"\" \"\" \"\" \"\" \"\"}}\n addUserKnob {7 scaleFromNum -STARTLINE +INVISIBLE}\n scaleFromNum {{\"scaleAmpFrom == 0 ? 0 : scaleAmpFrom == 1 ? -.5 : .5\"}}\n addUserKnob {41 Amplitude T Randomizer.Amplitude}\n addUserKnob {3 pivotFrame l \"Pivot Frame\"}\n addUserKnob {41 Frequency T Randomizer.Frequency}\n addUserKnob {26 \"\"}\n addUserKnob {41 PositionX T Randomizer.PositionX}\n addUserKnob {41 PositionY T Randomizer.PositionY}\n addUserKnob {26 \"\"}\n addUserKnob {6 squarify l \"squarify | \" +STARTLINE}\n addUserKnob {3 seed -STARTLINE}\n seed 12345\n addUserKnob {22 randomSeedButton l \"Randomize Seed\" -STARTLINE T \"import random\\nnuke.thisNode().knob('seed').setValue(random.randint(1,99999))\"}\n addUserKnob {41 output l \"Output Curve\" T Randomizer.Curve}\n addUserKnob {20 info l Info}\n addUserKnob {26 creator l Creator: T \"Tony Lyons\"}\n addUserKnob {26 desc l Description: t \"Creates a random curve with controls.\\nBest to view curve editor while tweaking.\" T Randomizer}\n addUserKnob {26 ver l Version: T v02}\n}\n Input {\n inputs 0\n name Input\n xpos 289\n ypos -533\n }\n NoOp {\n name Randomizer\n selected true\n xpos 289\n ypos -486\n addUserKnob {20 Settings}\n addUserKnob {7 Curve t \"Copy this Curve to another nodes attributes and use the below sliders to adjust this curve. Use graph editor for guidance.\\n\" R -1 1}\n Curve {{\"type == 0 ? squarify == 1 ? Amplitude*((random(floor(((frame+seed-pivotFrame)/Frequency+pivotFrame)/2)+PositionX))-scaleFromNum)-(abs(Amplitude/2))+(PositionY+scaleFromNum) : Amplitude*((random((((frame+seed-pivotFrame)/Frequency+pivotFrame)/2)+PositionX))-scaleFromNum)-(abs(Amplitude/2))+(PositionY+scaleFromNum) :\\ntype == 1 ? squarify == 1 ? Amplitude*(((noise(((floor((frame+seed-pivotFrame)/Frequency+pivotFrame)/2)+PositionX))/2)-scaleFromNum+.5))-(abs(Amplitude/2))+(PositionY+scaleFromNum) : Amplitude*(((noise((((frame+seed-pivotFrame)/Frequency+pivotFrame)/2)+PositionX))/2)-scaleFromNum+.5)-(abs(Amplitude/2))+(PositionY+scaleFromNum) :\\ntype == 2 ? Amplitude*(((sin(2*pi*((((frame+seed-pivotFrame)/Frequency+pivotFrame)/10)+PositionX))+1)/2)-scaleFromNum) -(abs(Amplitude/2))+(PositionY+scaleFromNum) :\\ntype == 3 ? Amplitude*((asin(sin(2*pi*((((frame+seed-pivotFrame)/Frequency+pivotFrame)/10)+PositionX)))/pi+0.5)-scaleFromNum) -(abs(Amplitude/2))+(PositionY+scaleFromNum) :\\ntype == 4 ? Amplitude*(int(sin(2*pi*((((frame+seed-pivotFrame)/Frequency+pivotFrame)/10)+PositionX))+1)-scaleFromNum) -(abs(Amplitude/2))+(PositionY+scaleFromNum) :\\ntype == 5 ? Amplitude*(abs(sin(pi*((((frame+seed-pivotFrame)/Frequency+pivotFrame)/10)+PositionX)))-scaleFromNum)-(abs(Amplitude/2))+(PositionY+scaleFromNum) :\\ntype == 6 ? Amplitude*(((((((frame+seed-pivotFrame)/Frequency+pivotFrame)/10)+PositionX)% 1)/1)-scaleFromNum) -(abs(Amplitude/2))+(PositionY+scaleFromNum) :\\ntype == 7 ? Amplitude*((sin((pi*((((frame+seed-pivotFrame)/Frequency+pivotFrame)/10)+PositionX)/2) % (pi/2)))-scaleFromNum) -(abs(Amplitude/2))+(PositionY+scaleFromNum) :\\ntype == 8 ? Amplitude*((cos((pi*((((frame+seed-pivotFrame)/Frequency+pivotFrame)/10)+PositionX)/(2)) % (pi/2)))-scaleFromNum) -(abs(Amplitude/2))+(PositionY+scaleFromNum) :\\ntype == 9 ? Amplitude*(((exp(2*pi*(((((frame+seed-pivotFrame)/Frequency+pivotFrame)/10)+PositionX) % 1)/1)-1)/exp(2*pi))-scaleFromNum) -(abs(Amplitude/2))+(PositionY+scaleFromNum) :\\ntype == 10 ? Amplitude*((((((((frame+seed-pivotFrame)/Frequency+pivotFrame)/10)+PositionX) % (1+1)/(1)) *(1/1) - (1/1) >= 0 ? -.5 : .5)+.5)-scaleFromNum) -(abs(Amplitude/2))+(PositionY+scaleFromNum) :\\ntype == 11 ? Amplitude*((((int((((frame+seed-pivotFrame)/Frequency+pivotFrame)/10+PositionX) % 2)) >= 0 ? ((int((((frame+seed-pivotFrame)/Frequency+pivotFrame)/10+PositionX) % 2)) <= (0+(1-1)) ? ((sin(pi*((((frame+seed-pivotFrame)/Frequency+pivotFrame)/10+PositionX) % 2)/1)/2+1/2) * (2*.5-2*-.5) + (2*-.5-.5)) : -.5) : -.5)+.5)-scaleFromNum) -(abs(Amplitude/2))+(PositionY+scaleFromNum) :\\n0\"}}\n addUserKnob {26 \"\"}\n addUserKnob {7 Amplitude t \"Use this to control the amplitude or \\\"height\\\" of the curve.\" R 0 3}\n Amplitude 1\n addUserKnob {7 Frequency t \"Use this to control the frequency or \\\"height\\\" of the curve.\" R 0.1 20}\n Frequency 1\n addUserKnob {26 \"\"}\n addUserKnob {7 PositionX t \"This will \\\"slide\\\" the Random curve along the X axis. It is most useful for creating a variation of the random curve.\\n\\nEx: A curve with this set to 1 will be way different than a curve with this set to 430.\" R -10 10}\n addUserKnob {7 PositionY t \"This changes the Y position of the curve in the graph editor along the Y axis.\\n\\nKeyframing this will create a new curve which the random curve will be guided along.\\n\" R -4 4}\n }\n Output {\n name Output1\n xpos 289\n ypos -392\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_RankFilter.gizmo", "content": "Group {\n inputs 0\n name RankFilter\n tile_color 0x168696ff\n addUserKnob {20 RankFilter}\n addUserKnob {41 \"Local GPU: \" T BlinkScript1.gpuName}\n addUserKnob {41 \"Use GPU if Available\" T BlinkScript1.useGPUIfAvailable}\n addUserKnob {26 \"\"}\n addUserKnob {7 rankpicker_1 l \"Rank Picker\"}\n rankpicker_1 0.5\n addUserKnob {41 \"filter size\" T \"BlinkScript1.RankFilter_filter size\"}\n addUserKnob {26 \"\"}\n addUserKnob {26 \"\" l mask T \"\"}\n addUserKnob {41 maskChannelInput l \"\" -STARTLINE T Merge1.maskChannelInput}\n addUserKnob {41 inject -STARTLINE T Merge1.inject}\n addUserKnob {41 invert_mask l invert -STARTLINE T Merge1.invert_mask}\n addUserKnob {41 fringe -STARTLINE T Merge1.fringe}\n addUserKnob {41 mix T Merge1.mix}\n addUserKnob {26 \"\"}\n addUserKnob {26 credit l \"\" +STARTLINE T \"Rank Filter made by Josh Parks\\n\"}\n addUserKnob {26 credit2 l \"\" +STARTLINE T www.joshparks.co.uk}\n}\n Input {\n inputs 0\n name Inputmask\n xpos -199\n ypos -188\n number 1\n }\n Input {\n inputs 0\n name Input\n xpos -356\n ypos -444\n }\n Dot {\n name Dot1\n note_font_size 41\n xpos -322\n ypos -370\n }\nset N37d4400 [stack 0]\n AddChannels {\n channels rgba\n name AddChannels1\n xpos -356\n ypos -318\n }\n BlinkScript {\n recompileCount 136\n ProgramGroup 1\n KernelDescription \"2 \\\"RankFilter\\\" iterate componentWise 8f4632feddf6438e381689a2ba97b17de2940d93cef050361f5f241bb1ec4f00 2 \\\"imageIn\\\" Read Ranged2D \\\"imageOut\\\" Write Point 2 \\\"filter size\\\" Int 1 AQAAAA== \\\"number picker\\\" Float 1 AACAPw== 2 \\\"size\\\" 1 1 \\\"number_picker\\\" 1 1 2 \\\"imageInrangeMin\\\" Int 2 1 AAAAAAAAAAA= \\\"imageInrangeMax\\\" Int 2 1 AAAAAAAAAAA=\"\n kernelSource \"kernel RankFilter : public ImageComputationKernel\\n\\{\\n Image imageIn; \\n Image imageOut; \\n\\nparam:\\n int size; //The filter size\\n float number_picker; \\n\\nlocal:\\n\\n\\n void define() \\{\\n defineParam(size, \\\"filter size\\\", 1); \\n defineParam(number_picker, \\\"number picker\\\", 1.0f); \\n \\}\\n\\n void init()\\n \\{\\n imageIn.setRange(-size-1, -size-1, size+1, size+1);\\n\\n \\}\\n\\n void process()\\n \\{\\n\\n float vals\\[512]; ///creates array is this to big?\\n\\n float size_ref = size; \\n\\n \\n\\n for (int j = -size_ref, index = 0; j <= size_ref; j++) \\{ //this section is just collecting all the values in the filter size and putting them in the array\\n for (int i = -size_ref; i <= size_ref; i++, index++) \\{\\n vals\\[index] = imageIn(i, j);\\n \\}\\n \\}\\n\\n\\n float tempvaluesforsorting;\\n int filterSizeref = (2 * size_ref + 1) * (2 * size_ref + 1); // setting the amount of times to run the sort\\n\\n for (int i = 0; i < filterSizeref; i++) \\{ //this is sorting the values\\n for (int j = 0; j < (filterSizeref - i - 1); j++) \\{\\n if (vals\\[j] > vals\\[j + 1]) \\{\\n tempvaluesforsorting = vals\\[j];\\n vals\\[j] = vals\\[j + 1];\\n vals\\[j + 1] = tempvaluesforsorting;\\n \\}\\n \\}\\n \\}\\n\\n \\n int normalised = number_picker *((2 * size_ref + 1) * (2 * size_ref + 1)-1);\\n\\n imageOut() = vals\\[normalised]; // selecting a certain value in the aray\\n \\n \\}\\n\\};\"\n vectorize false\n rebuild \"\"\n \"RankFilter_number picker\" {{slider}}\n rebuild_finalise \"\"\n name BlinkScript1\n xpos -356\n ypos -262\n addUserKnob {20 User}\n addUserKnob {7 slider}\n slider {{rankpicker_1}}\n }\npush $N37d4400\n Dot {\n name Dot2\n note_font_size 41\n xpos -487\n ypos -370\n }\n Dot {\n name Dot3\n note_font_size 41\n xpos -487\n ypos -184\n }\n Merge2 {\n inputs 2+1\n operation copy\n bbox B\n name Merge1\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos -356\n ypos -188\n }\n Output {\n name Output1\n xpos -356\n ypos -97\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_RayDeepAO.gizmo", "content": "Group {\n name RayDeepAO\n onCreate \"\\nthisGRP = nuke.thisGroup()\\nfor knob in thisGRP.knobs() :\\n try :\\n if knob.split('_')\\[1] == 'panelDropped' :\\n thisGRP.removeKnob( thisGRP\\[knob] )\\n except :\\n pass\\n\"\n tile_color 0xffee00ff\n addUserKnob {20 tab_general l General}\n addUserKnob {41 use_texture l \"use texture\" t \"The 5th input is the texture for main scene (msc). Texture need to be UV space\" T menu01.use_texture}\n addUserKnob {18 diffuse_color l \"diffuse color\"}\n diffuse_color 1\n addUserKnob {6 diffuse_color_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {26 \"\"}\n addUserKnob {26 t_ao l \"ambient occlusion\" T \" \"}\n addUserKnob {41 samples T AmbientOcclusion2.samples}\n addUserKnob {41 spread T AmbientOcclusion2.spread}\n addUserKnob {41 falloff T AmbientOcclusion2.falloff}\n addUserKnob {41 near l \"near clip\" T AmbientOcclusion2.near}\n addUserKnob {41 far l \"far clip\" T AmbientOcclusion2.far}\n addUserKnob {26 \"\"}\n addUserKnob {7 stochastic_samples l \"stochastic samples\" t \"Number of samples per pixel to use in stochastic estimation. Zero disables stochastic sampling. It is recommended for motion blur that the number of scenes to sample (samples knob) is adjusted. This will also provide anti-aliasing by jittering the sample point.\" R 0 50}\n addUserKnob {26 \"\"}\n addUserKnob {41 output_shader_vectors l \"output vectors\" T dRender.output_shader_vectors}\n addUserKnob {41 P_channel l \"surface point\" T dRender.P_channel}\n addUserKnob {41 N_channel l \"surface normal\" T dRender.N_channel}\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T 1.1}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2019-12-18}\n addUserKnob {22 btn_CHANGELOG l Changelog T \"log = \\\"1.1
- added diffuse color parameter
- added use texture input option
- added output vectors option in deep

1.0
- render AO in deep with non-renderable objects\\\"\\nnuke.message( log )\" +STARTLINE}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n}\n BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0xff\n label \"dont touch\"\n note_font_size 42\n xpos -627\n ypos -267\n bdwidth 258\n bdheight 190\n }\n BackdropNode {\n inputs 0\n name BackdropNode2\n tile_color 0x4c4c4cff\n label AO\n note_font_size 42\n xpos 1076\n ypos -161\n bdwidth 337\n bdheight 720\n }\n Input {\n inputs 0\n name cam\n label \"\\[value number]\"\n xpos -46\n ypos -352\n number 1\n }\n Dot {\n name Dot3\n xpos -12\n ypos -259\n }\nset Nbf344000 [stack 0]\n Constant {\n inputs 0\n format \"256 256 0 0 256 256 1 square_256\"\n name Constant5\n xpos 1275\n ypos -84\n }\n Input {\n inputs 0\n name ssc\n label \"\\[value number]\"\n xpos 545\n ypos -352\n number 3\n }\n Dot {\n name Dot4\n xpos 579\n ypos -259\n }\n ApplyMaterial {\n inputs 2\n name scene_noren_2\n xpos 1275\n ypos 322\n }\n Input {\n inputs 0\n name msc_tex\n xpos 756\n ypos -346\n number 4\n }\n Dot {\n name Dot5\n xpos 790\n ypos -259\n }\n Constant {\n inputs 0\n channels rgb\n color {{parent.diffuse_color} {parent.diffuse_color} {parent.diffuse_color} {curve}}\n format \"256 256 0 0 256 256 1 square_256\"\n name Constant4\n xpos 1138\n ypos -85\n }\n Switch {\n inputs 2\n which {{parent.use_texture}}\n name Switch1\n xpos 1138\n ypos 38\n }\n AmbientOcclusion {\n samples 16\n name AmbientOcclusion2\n xpos 1138\n ypos 120\n }\n Input {\n inputs 0\n name msc\n label \"\\[value number]\"\n xpos 384\n ypos -352\n number 2\n }\n Dot {\n name Dot2\n xpos 418\n ypos -259\n }\nset Nc5edb800 [stack 0]\n ApplyMaterial {\n inputs 2\n name ApplyMaterial1\n xpos 1138\n ypos 319\n }\n Scene {\n inputs 2\n name mainSC\n xpos 1148\n ypos 440\n }\n Input {\n inputs 0\n name bg\n label \"\\[value number]\"\n xpos 121\n ypos -352\n }\n Dot {\n name Dot1\n xpos 155\n ypos -259\n }\nset Nd0bfc800 [stack 0]\n RayRender {\n inputs 3\n stochastic_samples {{parent.stochastic_samples}}\n name RayRender1\n xpos 1138\n ypos 796\n }\npush $Nbf344000\npush $Nc5edb800\npush $Nd0bfc800\n ScanlineRender {\n inputs 3\n conservative_shader_sampling false\n stochastic_samples {{parent.stochastic_samples}}\n motion_vectors_type off\n MB_channel none\n name dRender\n xpos -46\n ypos 596\n }\n DeepRecolor {\n inputs 2\n name DeepRecolor1\n xpos -46\n ypos 796\n }\n Output {\n name Output1\n xpos -46\n ypos 1114\n }\n NoOp {\n inputs 0\n name menu01\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nif thisGRP\\['use_texture'].getValue() == 1 :\\n thisGRP\\['diffuse_color'].setEnabled(False)\\nelse :\\n thisGRP\\['diffuse_color'].setEnabled(True)\\n\"\n xpos -536\n ypos -166\n addUserKnob {20 User}\n addUserKnob {6 use_texture l \"use texture\" +STARTLINE}\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_ReProject_3D.gizmo", "content": "Group {\n name Reproject_3D\n help \"This gizmo does camera projection using the STMap node to remap all the layers in the input image. It uses a 3D render of point positions in world space (as output by Nuke's ScanlineRender node) and a 3D camera to create UV texture coordinates that are then used to warp an input image such as a matte painting.\\n\\nNOTE: The projection works best with unmatted input images or at least unpremulted matting with some coverage, then all masking occurs within the gizmo.\\n\\nIt can mask the projected image in the following ways:\\n- Input alpha from the 3D render.\\n- Projecting on surfaces facing camera, using normal (N) in world space. This means all surfaces facing the projecting camera will receive the projection regardless of whether they are blocked by other geometry. This is like Nuke's existing camera projection masking.\"\n addUserKnob {20 reproject3d l ReProject3D}\n addUserKnob {41 pworld_channel l \"Surface Pworld\" t \"Choose the input Position Pass layer from the \\\"Pworld\\\" input. Note that it needs to be rendered in world space.\" T ShuffleP.in}\n addUserKnob {41 maskChannelMask l \"Surface Alpha\" t \"Choose the input surface's alpha channel, from the \\\"Pworld\\\" input. This is used as an overall object mask to matte the camera projection.\" T Multiply2.maskChannelMask}\n addUserKnob {26 \"\"}\n addUserKnob {6 front_only l \"Project on Front Only (Requires Normals)\" t \"This will mask the projection in the same way Nuke does in full 3D. Requires world N (normals) in the stream of the \\\"Nworld\\\" input.\" +STARTLINE}\n addUserKnob {41 nworld l \"Surface Normals\" t \"Choose the normal vectors layer (in world space) from the \\\"Nworld\\\" input. Used to derive the front-facing matte.\" T ShuffleN.in}\n addUserKnob {7 focal l INVISIBLE +INVISIBLE R 5 200}\n focal {{\"\\[python -execlocal #\\\\ Reproject_3D\\\\ Expression\\\\nnode\\\\ =\\\\ nuke.thisNode()\\\\nparent\\\\ =\\\\ node.input(2)\\\\nwhile\\\\ parent\\\\ and\\\\ parent.Class()\\\\ ==\\\\ 'Dot':\\\\n\\\\ \\\\ \\\\ \\\\ parent\\\\ =\\\\ parent.input(0)\\\\nif\\\\ parent\\\\ and\\\\ parent.Class()\\\\ ==\\\\ 'Camera2':\\\\n\\\\ \\\\ \\\\ \\\\ ret=\\\\ parent\\\\\\['focal'\\\\].value()\\\\nelse:\\\\n\\\\ \\\\ \\\\ \\\\ ret\\\\ =\\\\ 50.0]\"}}\n addUserKnob {7 h_apert l INVISIBLE +INVISIBLE}\n h_apert {{\"\\[python -execlocal #\\\\ Reproject_3D\\\\ Expression\\\\nnode\\\\ =\\\\ nuke.thisNode()\\\\nparent\\\\ =\\\\ node.input(2)\\\\nwhile\\\\ parent\\\\ and\\\\ parent.Class()\\\\ ==\\\\ 'Dot':\\\\n\\\\ \\\\ \\\\ \\\\ parent\\\\ =\\\\ parent.input(0)\\\\nif\\\\ parent\\\\ and\\\\ parent.Class()\\\\ ==\\\\ 'Camera2':\\\\n\\\\ \\\\ \\\\ \\\\ ret=\\\\ parent\\\\\\['haperture'\\\\].value()\\\\nelse:\\\\n\\\\ \\\\ \\\\ \\\\ ret\\\\ =\\\\ 24.576]\"}}\n addUserKnob {7 v_apert l INVISIBLE +INVISIBLE}\n v_apert {{\"\\[python -execlocal #\\\\ Reproject_3D\\\\ Expression\\\\nnode\\\\ =\\\\ nuke.thisNode()\\\\nparent\\\\ =\\\\ node.input(2)\\\\nwhile\\\\ parent\\\\ and\\\\ parent.Class()\\\\ ==\\\\ 'Dot':\\\\n\\\\ \\\\ \\\\ \\\\ parent\\\\ =\\\\ parent.input(0)\\\\nif\\\\ parent\\\\ and\\\\ parent.Class()\\\\ ==\\\\ 'Camera2':\\\\n\\\\ \\\\ \\\\ \\\\ ret=\\\\ parent\\\\\\['vaperture'\\\\].value()\\\\nelse:\\\\n\\\\ \\\\ \\\\ \\\\ ret\\\\ =\\\\ 18.672]\"}}\n addUserKnob {26 spin_copyright_div l \"\" +STARTLINE}\n addUserKnob {26 spin_copyright l \"\" t \"© SPINVFX\\nReProject_3D\\nVersion 1.1\\n2017\" +STARTLINE T \"SPINVFX - Version 1.1 - 2017 - Github Page\"}\n}\n BackdropNode {\n inputs 0\n name BackdropNode4\n label \"Pworld to Pcam\"\n note_font_size 18\n xpos 334\n ypos 312\n bdwidth 190\n bdheight 338\n }\n BackdropNode {\n inputs 0\n name kbd7117\n tile_color 0x625b575a\n label \"Facing Bool\"\n note_font_size 40\n xpos -318\n ypos 184\n bdwidth 189\n bdheight 428\n }\n Input {\n inputs 0\n name Pworld\n label \"\\[value number]\"\n xpos -17\n ypos -1\n number 1\n }\n Dot {\n name Dot1\n tile_color 0xcccccc00\n xpos 17\n ypos 95\n }\nset N3652e6b0 [stack 0]\n Dot {\n name Dot2\n tile_color 0xcccccc00\n xpos 127\n ypos 95\n }\n Dot {\n name Dot3\n tile_color 0xcccccc00\n xpos 127\n ypos 206\n }\npush $N3652e6b0\n Shuffle {\n alpha white\n name ShuffleP\n xpos -17\n ypos 145\n }\n Multiply {\n inputs 1+1\n channels alpha\n value {{\"!\\[value . maskChannelMask]\"}}\n maskChannelMask none\n invert_mask true\n name Multiply2\n xpos -17\n ypos 196\n disable {{\"!\\[exists parent.input0]\" x1023 1}}\n }\n Dot {\n name Dot4\n tile_color 0x7aa9ff00\n xpos 17\n ypos 262\n }\nset N3655a770 [stack 0]\n Input {\n inputs 0\n name Nworld\n label \"\\[value number]\"\n xpos -269\n ypos 4\n number 3\n }\n Shuffle {\n in none\n name ShuffleN\n xpos -269\n ypos 124\n }\n Copy {\n inputs 2\n from0 rgba.alpha\n to0 rgba.alpha\n bbox B\n name Copy1\n xpos -269\n ypos 252\n }\n Unpremult {\n name Unpremult3\n xpos -269\n ypos 318\n disable {{!Multiply2.maskChannelMask}}\n }\n ColorMatrix {\n matrix {\n {{Axis1.world_matrix.0 i} {Axis1.world_matrix.1 i} {Axis1.world_matrix.2 i}}\n {{Axis1.world_matrix.4 i} {Axis1.world_matrix.5 i} {Axis1.world_matrix.6 i}}\n {{Axis1.world_matrix.8 i} {Axis1.world_matrix.9 i} {Axis1.world_matrix.10 i}}\n }\n invert true\n name ColorMatrix2\n label \"Convert to camera space\"\n xpos -269\n ypos 377\n }\n Multiply {\n channels {-rgba.red -rgba.green rgba.blue none}\n value -1\n name Multiply10\n label \"reverse z\"\n xpos -269\n ypos 463\n }\n Expression {\n expr0 clamp(-b)\n expr1 0\n expr2 0\n name Expression5\n xpos -269\n ypos 501\n }\n Expression {\n channel0 rgba\n expr0 \"step(0, r)\"\n channel1 {-rgba.red -rgba.green -rgba.blue none}\n channel2 {-rgba.red -rgba.green -rgba.blue none}\n channel3 {none none none -rgba.alpha}\n name cull_backfaces\n label step\n xpos -269\n ypos 540\n }\n Dot {\n name Dot6\n tile_color 0xcccccc00\n xpos -235\n ypos 917\n }\npush $N3655a770\n Dot {\n name Dot5\n tile_color 0x7aa9ff00\n xpos 17\n ypos 811\n }\npush $N3655a770\n Dot {\n name Dot16\n tile_color 0x7aa9ff00\n xpos 427\n ypos 264\n }\n Unpremult {\n name Unpremult1\n xpos 393\n ypos 357\n disable {{!Multiply2.maskChannelMask}}\n }\n Expression {\n temp_name0 R\n temp_expr0 Axis1.world_matrix.3\n temp_name1 G\n temp_expr1 Axis1.world_matrix.7\n temp_name2 B\n temp_expr2 Axis1.world_matrix.11\n expr0 r-R\n expr1 g-G\n expr2 b-B\n name Expression14\n label \"translate Pworld to camera\"\n xpos 393\n ypos 383\n }\n ColorMatrix {\n matrix {\n {{Axis1.world_matrix.0 i} {Axis1.world_matrix.1 i} {Axis1.world_matrix.2 i}}\n {{Axis1.world_matrix.4 i} {Axis1.world_matrix.5 i} {Axis1.world_matrix.6 i}}\n {{Axis1.world_matrix.8 i} {Axis1.world_matrix.9 i} {Axis1.world_matrix.10 i}}\n }\n invert true\n name ColorMatrix4\n label \"Rotate to camera\"\n xpos 393\n ypos 444\n }\n Multiply {\n channels {-rgba.red -rgba.green rgba.blue none}\n value -1\n name Multiply13\n label \"reverse Z\"\n xpos 393\n ypos 529\n }\n Dot {\n name Dot7\n tile_color 0x7aa9ff00\n xpos 427\n ypos 702\n }\nset N36600e30 [stack 0]\n Expression {\n channel0 rgba\n expr0 b>0\n name Expression15\n label \"clip Z behind cam\"\n xpos 393\n ypos 749\n }\npush $N36600e30\n Expression {\n temp_name0 h_tan\n temp_expr0 \"(h_apert /2) / focal\"\n temp_name1 v_tan\n temp_expr1 \"(v_apert /2) / focal\"\n expr0 \"0.5 + 0.5 * r / h_tan / b\"\n expr1 \"0.5 + 0.5 * g / v_tan / b\"\n expr2 0\n channel3 {none none none -rgba.alpha}\n name Expression16\n label CameraUVs\n xpos 477\n ypos 692\n addUserKnob {20 \"\" l User}\n addUserKnob {26 \"\" l \"camera settings\"}\n addUserKnob {7 focal l \"focal length\" t \"Link to projecting camera's focal length\" R 0 100}\n focal {{(parent.v_apert*(img.width/img.height))/(parent.h_apert/parent.focal)}}\n addUserKnob {7 h_apert l \"horiz aperture\" t \"Link to projecting camera's horizontal aperture\" R 0 50}\n h_apert {{parent.v_apert*(img.width/img.height)}}\n addUserKnob {7 v_apert l \"vert aperture\" t \"Link to projecting camera's vertical aperture\" R 0 50}\n v_apert {{parent.v_apert}}\n }\n Input {\n inputs 0\n name img\n label \"\\[value number]\"\n xpos 742\n ypos 375\n }\n BlackOutside {\n name BlackOutside1\n xpos 742\n ypos 472\n }\n STMap {\n inputs 2\n uv rgb\n blur -rgba.alpha\n blur_scale 0\n maskChannel -rgba.alpha\n name STMap1\n xpos 742\n ypos 692\n }\n Merge2 {\n inputs 2\n operation multiply\n bbox B\n name Merge2\n xpos 742\n ypos 755\n }\n Multiply {\n inputs 1+1\n value {{\"\\[value . maskChannelMask]>0?0:1\"}}\n invert_mask true\n name Multiply3\n label \"by surface alpha\"\n xpos 742\n ypos 795\n }\n Merge2 {\n inputs 2\n operation multiply\n bbox B\n name Merge1\n xpos 742\n ypos 913\n disable {{!parent.front_only}}\n }\n Output {\n name Output1\n xpos 742\n ypos 1014\n }\n Input {\n inputs 0\n name cam\n label \"\\[value number]\"\n xpos 94\n ypos 397\n number 2\n }\n Axis2 {\n name Axis1\n xpos 104\n ypos 504\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_Reconcile3DFast.gizmo", "content": "Group {\n inputs 3\n name reconcile3DFast\n tile_color 0x421010ff\n addUserKnob {20 PlanarProjection l reconcile3DFast}\n addUserKnob {22 Calculate t \"Calculate the reconciled 2D points for each 3D point.\\n\\nAlso calculate a matrix transform for the planar surface, if there are 4 total points. This can then be used for Rotos and CornerPins.\" T \"import nuke\\nfrom nukescripts import snap3d as sn\\nimport math\\n\\n\\n## Based on Planar Projection by Vit Sedlacek and Jed Smith\\n\\n\\ndef cameraProjectionMatrix(cameraNode, frame, imageformat):\\n ## modified code from nukescripts/Snap3D\\n\\n # Matrix to transform points into camera-relative coords.\\n wm = nuke.math.Matrix4()\\n for i in range(16):\\n wm\\[i] = cameraNode\\['matrix'].getValueAt(frame, i)\\n\\n wm.transpose()\\n camTransform = wm.inverse()\\n\\n # Matrix to take the camera projection knobs into account\\n roll = float(cameraNode\\['winroll'].getValueAt(frame, 0))\\n scale_x = float(cameraNode\\['win_scale'].getValueAt(frame, 0))\\n scale_y = float(cameraNode\\['win_scale'].getValueAt(frame, 1))\\n translate_x = float(cameraNode\\['win_translate'].getValueAt(frame, 0))\\n translate_y = float(cameraNode\\['win_translate'].getValueAt(frame, 1))\\n m = nuke.math.Matrix4()\\n m.makeIdentity()\\n m.rotateZ(math.radians(roll))\\n m.scale(1.0 / scale_x, 1.0 / scale_y, 1.0)\\n m.translate(-translate_x, -translate_y, 0.0)\\n\\n # Projection matrix based on the focal length, aperture and clipping planes of the camera\\n focal_length = float(cameraNode\\['focal'].getValueAt(frame))\\n h_aperture = float(cameraNode\\['haperture'].getValueAt(frame))\\n near = float(cameraNode\\['near'].getValueAt(frame))\\n far = float(cameraNode\\['far'].getValueAt(frame))\\n projection_mode = int(cameraNode\\['projection_mode'].getValueAt(frame))\\n p = nuke.math.Matrix4()\\n p.projection(focal_length / h_aperture, near, far, projection_mode == 0)\\n\\n # Matrix to translate the projected points into normalised pixel coords\\n imageAspect = float(imageformat.height()) / float(imageformat.width())\\n\\n t = nuke.math.Matrix4()\\n t.makeIdentity()\\n t.translate(1.0, 1.0 - (1.0 - imageAspect / float(imageformat.pixelAspect())), 0.0)\\n\\n # Matrix to scale normalised pixel coords into actual pixel coords.\\n x_scale = float(imageformat.width()) / 2.0\\n y_scale = x_scale * imageformat.pixelAspect()\\n s = nuke.math.Matrix4()\\n s.makeIdentity()\\n s.scale(x_scale, y_scale, 1.0)\\n\\n # The projection matrix transforms points into camera coords, modifies based\\n # on the camera knob values, projects points into clip coords, translates the\\n # clip coords so that they lie in the range 0,0 - 2,2 instead of -1,-1 - 1,1,\\n # then scales the clip coords to proper pixel coords.\\n return s * t * p * m * camTransform\\n\\n\\ndef projectPoints(frame, camera=None, point=None, imageformat=None):\\n # Modify projectpoint function in nukescripts.snap3d to add frame argument\\n if not imageformat:\\n imageformat = nuke.root()\\['format'].value()\\n camMatrix = cameraProjectionMatrix(camera, frame, imageformat)\\n if camMatrix == None:\\n raise RuntimeError(\\\"snap3d.cameraProjectionMatrix() returned None for camera.\\\")\\n\\n if not (isinstance(point, list) or isinstance(point, tuple)):\\n raise ValueError(\\\"Argument point must be a list or tuple.\\\")\\n\\n for point in point:\\n # Would be nice to not do this for every item but since lists/tuples can\\n # containg anything...\\n if isinstance(point, nuke.math.Vector3):\\n pt = point\\n elif isinstance(point, list) or isinstance(point, tuple):\\n pt = nuke.math.Vector3(point\\[0], point\\[1], point\\[2])\\n else:\\n raise ValueError(\\\"All items in point must be nuke.math.Vector3 or list/tuple of 3 floats.\\\")\\n\\n tPos = camMatrix * nuke.math.Vector4(pt.x, pt.y, pt.z, 1.0)\\n try:\\n yield nuke.math.Vector2(tPos.x / tPos.w, tPos.y / tPos.w)\\n except ZeroDivisionError:\\n print(\\\"Zero Division Error on frame \\{0\\} with point data \\{1\\}\\\".format(frame, point))\\n yield nuke.math.Vector2()\\n\\n\\ndef calculate(node):\\n # Get the input Camera and verify it is right. (Assume camera is topnode of input to handle dots)\\n cam_input = node.input(1)\\n # Sanity check\\n if not (cam_input and isinstance(cam_input, nuke.Node)):\\n nuke.message(\\\"A Camera node must be connected.\\\")\\n return\\n if 'Camera' in cam_input.Class():\\n cam = cam_input\\n else:\\n cam = nuke.toNode(nuke.tcl(\\\"full_name \\[topnode %s]\\\" % cam_input.name()))\\n \\n #AXIS INPUT\\n axis_input = node.input(2)\\n if not (axis_input and isinstance(axis_input, nuke.Node)):\\n nuke.message(\\\"A axis node must be connected.\\\")\\n return\\n if 'Axis' in axis_input.Class():\\n axis = axis_input\\n else:\\n axis = nuke.toNode(nuke.tcl(\\\"full_name \\[topnode %s]\\\" % axis_input.name()))\\n \\n # BG INPUT \\n bg = node.input(0)\\n if not bg:\\n nuke.message(\\\"BG not connected, so the root format will be used to reconcile the 3D point into screen space.\\\")\\n\\n # Get framerange to operate on from camera animation curves\\n first = None\\n last = None\\n try:\\n if cam\\['translate'].isAnimated():\\n for curve in cam\\['translate'].animations():\\n if first == None:\\n first = int(curve.keys()\\[0].x)\\n else:\\n first = min(first, int(curve.keys()\\[0].x))\\n for curve in cam\\['translate'].animations():\\n if last == None:\\n last = int(curve.keys()\\[-1].x)\\n else:\\n last = max(last, int(curve.keys()\\[-1].x))\\n elif cam\\['rotate'].isAnimated():\\n for curve in cam\\['rotate'].animations():\\n if first == None:\\n first = int(curve.keys()\\[0].x)\\n else:\\n\\n first = min(first, int(curve.keys()\\[0].x))\\n for curve in cam\\['rotate'].animations():\\n if last == None:\\n last = int(curve.keys()\\[-1].x)\\n else:\\n last = max(last, int(curve.keys()\\[-1].x))\\n else:\\n nuke.message(\\\"Input Camera is not animated.\\\")\\n return\\n except:\\n nuke.message(\\\"Something went wrong getting the camera animation. Using Root framerange...\\\")\\n first = nuke.root().firstFrame()\\n last = nuke.root().lastFrame()\\n\\n framerange = nuke.FrameRange('\\{0\\}-\\{1\\}'.format(first, last))\\n\\n # Only run if the ip knob is not default\\n ipknob = axis\\[\\\"translate\\\"]\\n\\n opknob = node\\[\\\"op1\\\"]\\n opknob.clearAnimated()\\n opknob.setAnimated()\\n\\n # Building the data into a list of AnimationKey objects,\\n # and then applying that list to the knob using addKey is significantly faster than other methods.\\n # This makes the Calculate button instantaneous instead of taking forever.\\n point_animcurve = \\[\\[], \\[]]\\n for frame in framerange:\\n\\n # Sample input point knob on every frame if it's animated or expression-linked\\n if ipknob.isAnimated() or ipknob.hasExpression():\\n point = next(projectPoints(frame, cam, \\[ipknob.getValueAt(frame)], node.format()))\\n else:\\n point = next(projectPoints(frame, cam, \\[ipknob.value()], node.format()))\\n for index in range(2):\\n point_animcurve\\[index].append(nuke.AnimationKey(frame, point\\[index]))\\n\\n for index, curve in enumerate(opknob.animations()):\\n curve.addKey(point_animcurve\\[index])\\n\\n\\nif __name__ == \\\"__main__\\\":\\n calculate(nuke.thisNode())\" +STARTLINE}\n addUserKnob {22 clear_out l Clear t \"Clear output knobs.\" -STARTLINE T \"n = nuke.thisNode()\\n\\nkop = n\\['op1']\\nkop.clearAnimated()\\nkop.setValue(kop.defaultValue())\"}\n addUserKnob {12 op1 l \"XY output\"}\n addUserKnob {22 Transform T \"# Create tracker node\\nfrom __future__ import with_statement\\n\\ngrid_x = int(nuke.toNode('preferences').knob('GridWidth').value())\\ngrid_y = int(nuke.toNode('preferences').knob('GridHeight').value())\\npproj = nuke.thisNode()\\n\\nwith nuke.root():\\n transform_node = nuke.nodes.Transform()\\n transform_node.setXYpos(pproj.xpos() - grid_x * 0, pproj.ypos() + grid_y * 2)\\n \\[n.setSelected(False) for n in nuke.allNodes()]\\n transform_node.setSelected(True)\\n\\n if pproj\\['op1'].isAnimated():\\n tknob = transform_node\\['translate']\\n tknob.clearAnimated()\\n tknob.setAnimated()\\n for x, c in enumerate(tknob.animations()):\\n opknob = pproj\\['op1']\\n if opknob.isAnimated():\\n c.addKey(opknob.animation(x).keys())\\n else:\\n tknob.clearAnimated()\" +STARTLINE}\n addUserKnob {26 \"\"}\n addUserKnob {26 lbl l \"\" +STARTLINE T \"Reconcile3DFast v1.0\"}\n addUserKnob {22 btn l DerekVFX.ca T \"import os\\nimport sys\\nimport webbrowser\\n\\ndef _open(url, wait=0):\\n try:\\n if sys.platform == \\\"darwin\\\":\\n cmd = \\[\\\"open\\\", url]\\n elif hasattr(os, \\\"startfile\\\"):\\n return os.startfile(url)\\n elif \\\"KDE_FULL_SESSION\\\" in os.environ or \\\"KDE_MULTIHEAD\\\" in os.environ or \\\\\\n \\\"GNOME_DESKTOP_SESSION_ID\\\" in os.environ or \\\"GNOME_KEYRING_SOCKET\\\" in os.environ:\\n cmd = \\[\\\"xdg-open\\\", url]\\n else:\\n # Fallback option for unsupported desktops\\n webbrowser.open(url)\\n return\\n\\n _run(cmd, 0, wait)\\n\\n except OSError as e:\\n print(f\\\"Error: \\{e\\}\\\")\\n\\ndef _run(cmd, shell, wait):\\n try:\\n subprocess.Popen(cmd, shell=shell, stdout=subprocess.PIPE, stderr=subprocess.PIPE)\\n if wait:\\n opener.wait()\\n except Exception as e:\\n print(f\\\"Error: \\{e\\}\\\")\\n\\n_open('http://www.derekvfx.ca/')\\n\" +STARTLINE}\n}\n Input {\n inputs 0\n name cam\n label \"\\[value number]\"\n xpos 400\n ypos -301\n number 1\n }\n Input {\n inputs 0\n name axis\n label \"\\[value number]\"\n xpos 197\n ypos -307\n number 2\n }\n Input {\n inputs 0\n name img\n label \"\\[value number]\"\n xpos 620\n ypos -302\n }\n Output {\n name Output1\n selected true\n xpos 620\n ypos 158\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_Relight_Simple.gizmo", "content": "Group {\n name Relight_Simple\n help \"Simpliflied relight node.\\nOnly requires a normal map to get started.\\n\\nThis node will not reproduce accurate lighting, as it does not take into account the actual 3D world space, but instead considers the image in its own local space.\"\n addUserKnob {20 relight_simple l Relight_Simple}\n addUserKnob {12 light l \"Light XY\" t \"Controls the light position in X and Y axis\"}\n light {50 50}\n addUserKnob {7 light_z l \"Light Z\" t \"Controls the light position in Z axis\" R 0 1000}\n light_z 150\n addUserKnob {18 light_color l \"Light Color\" t \"Change the color of the light\"}\n light_color 1\n addUserKnob {6 light_color_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {26 \"\"}\n addUserKnob {18 albedo l \"Object Color (Albedo)\" t \"Control the color of the object being lit. Only used when the Albedo input is not connected.\"}\n albedo 1\n addUserKnob {6 albedo_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {26 \"\"}\n addUserKnob {7 specularity l Specularity t \"Amount of specularity\"}\n specularity 0.2\n addUserKnob {7 shine l Shininess t \"Controls the shininess of the specular highlights.\" R 1 20}\n shine 10\n addUserKnob {26 spin_copyright_div l \"\" +STARTLINE}\n addUserKnob {26 spin_copyright l \"\" t \"© SPINVFX\\nRelight_Simple\\nVersion 1.0\\n2018\" +STARTLINE T \"SPINVFX - Version 1.0 - 2018 - Github Page\"}\n}\n Constant {\n inputs 0\n channels rgb\n color {0 0 1 0}\n color_panelDropped true\n name Constant1\n xpos 689\n ypos 218\n }\n Input {\n inputs 0\n name Normals\n xpos 829\n ypos 134\n }\n Dot {\n name Dot1\n tile_color 0xcccccc00\n xpos 863\n ypos 196\n }\nset N82a6cc0 [stack 0]\n Switch {\n inputs 2\n which {{\"!\\[exists parent.input]\"}}\n name Switch2\n xpos 829\n ypos 241\n }\n Dot {\n name Dot3\n tile_color 0xcccccc00\n xpos 863\n ypos 296\n }\nset Na305b260 [stack 0]\n Input {\n inputs 0\n name Albedo\n xpos 1081\n ypos 132\n number 1\n }\npush $N82a6cc0\n Grade {\n multiply 0\n add {{parent.albedo} {parent.albedo} {parent.albedo} {parent.albedo}}\n name Grade1\n xpos 959\n ypos 192\n }\n Switch {\n inputs 2\n which {{\"\\[exists parent.input1]\"}}\n name Switch1\n xpos 1081\n ypos 192\n }\n CopyBBox {\n inputs 2\n name CopyBBox1\n xpos 1081\n ypos 292\n }\n Dot {\n name Dot2\n tile_color 0x9e3c6300\n xpos 1115\n ypos 354\n }\npush $Na305b260\n BlinkScript {\n inputs 2\n recompileCount 15\n ProgramGroup 1\n KernelDescription \"2 \\\"Dirlight\\\" iterate pixelWise af5b94d41d487f750c3564ae8419928a837a2e86bb8f7eba952ec26187d6fb21 3 \\\"src\\\" Read Point \\\"albedoIn\\\" Read Point \\\"dst\\\" Write Point 7 \\\"lightPos\\\" Float 2 AAAAAAAAAAA= \\\"lightZ\\\" Float 1 AAAAAA== \\\"lightColor\\\" Float 3 AAAAAAAAAAAAAAAAAAAAAA== \\\"specularity\\\" Float 1 AAAAAA== \\\"shininess\\\" Float 1 AAAAAA== \\\"softness\\\" Float 1 AAAAAA== \\\"proxy\\\" Float 1 AAAAAA== 7 \\\"lightPos\\\" 2 1 \\\"lightZ\\\" 1 1 \\\"lightColor\\\" 3 1 \\\"specularity\\\" 1 1 \\\"shininess\\\" 1 1 \\\"softness\\\" 1 1 \\\"proxy\\\" 1 1 0\"\n kernelSource \"kernel Dirlight : ImageComputationKernel\\n\\{\\n Image src; //the input image\\n Image albedoIn; //the input image\\n Image dst; //the output image\\n\\n param:\\n float2 lightPos;\\n float lightZ;\\n float3 lightColor;\\n float specularity;\\n float shininess;\\n float softness;\\n float proxy;\\n\\n local:\\n\\n\\n //In define(), parameters can be given labels and default values.\\n void define() \\{\\n \\}\\n\\n //The init() function is run before any calls to kernel().\\n void init() \\{\\n \\}\\n\\n //The kernel function is run at every pixel to produce the output.\\n void process(int2 pos) \\{\\n //Normalize LightDirection\\n lightPos = lightPos*proxy;\\n float3 normal = float3(src(0),src(1), src(2));\\n float3 albedo = float3(albedoIn(0),albedoIn(1), albedoIn(2));\\n float2 lightDir = lightPos-float2(pos.x, pos.y);\\n float3 nLightDir = normalize(float3(lightDir.x, lightDir.y, lightZ*proxy));\\n float3 nSpecDir = normalize(float3(nLightDir.x, nLightDir.y, nLightDir.z + 1.0f));\\n float rawLight = max(0.0f,dot(normal, nLightDir)); // Lambertian\\n rawLight = pow(rawLight,max(min(softness,3.0f), 1.0f));\\n float3 diffuse = lightColor*albedo*rawLight;\\n float rawSpecular = max(0.0f,dot(normal, nSpecDir));\\n float n = max(2.0f, shininess);\\n float shine = pow(rawSpecular, n) * ((n + 8.0f) / 25.0f) ;\\n float3 specular = lightColor * specularity * shine;\\n float3 lighting = (diffuse+specular);\\n \\n dst() = float4(lighting.x, lighting.y, lighting.z, 0.0f);\\n \\}\\n\\};\\n\\n\"\n rebuild \"\"\n Dirlight_lightPos {{parent.light} {parent.light}}\n Dirlight_lightZ {{parent.light_z}}\n Dirlight_lightColor {{parent.light_color} {parent.light_color} {parent.light_color}}\n Dirlight_specularity {{parent.specularity}}\n Dirlight_shininess {{parent.shine*50+2}}\n Dirlight_softness 3\n Dirlight_proxy {{\"proxy ? (proxy_type ? proxy_scale : \\[lindex \\[value proxy_format] 0] / \\[lindex \\[value format] 0]) : 1\"}}\n rebuild_finalise \"\"\n name BlinkScript2\n xpos 829\n ypos 344\n }\nset N82cd0e0 [stack 0]\n Output {\n name Output1\n xpos 829\n ypos 428\n }\npush $N82cd0e0\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_Relight_bb.gizmo", "content": "Group {\n name Relight_BB\n help \"2D tool to help relight 3d renders with help of a normals pass\\n\\nFeed it with a normals pass through the \\\"image\\\" input, and select the right channel for it.\\nUse the \\\"mask\\\" input to isolate a specific object in your scene.\\n\\n\\n- Antialias normals to get rid of flickering\\n- use ReNorm if your normals are coded from 0 to 1\\n\\nHave fun !\\n\\nby bflat (Bastien Brenot)\\nmail@bastienbrenot.com\"\n tile_color 0x55ffbfff\n label \"diff \\[value enableDiffuse] / spec \\[value enableSpec] / AA \\[value AntiAlias_normals]\"\n selected true\n xpos 133\n ypos 149\n addUserKnob {20 Settings}\n addUserKnob {41 normalsChannel l \"Normals : \" T Shuffle15.in}\n addUserKnob {6 AntiAlias_normals l antiAlias -STARTLINE}\n addUserKnob {6 oldWay l \"reNorm ( 0/1 -> -1/1 )\" -STARTLINE}\n addUserKnob {6 testRange l \"test range\" +STARTLINE}\n addUserKnob {7 remapNorm l \" // old max value :\" -STARTLINE R 1 4}\n remapNorm 1\n addUserKnob {6 softClip l \"softClip ultra high\" -STARTLINE}\n addUserKnob {26 \"\"}\n addUserKnob {6 SpecColor_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 DiffuseColor_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {20 lightdirection l \"light direction\" n 1}\n addUserKnob {6 enableDiffuse l \"DIFFUSE \" +STARTLINE}\n enableDiffuse true\n addUserKnob {6 enableSpec l \"SPECULAR \" -STARTLINE}\n enableSpec true\n addUserKnob {26 noText l \"\" +STARTLINE T \" \"}\n addUserKnob {7 X_Angle l \"X Angle\" R -180 180}\n X_Angle -15\n addUserKnob {7 Y_Angle l \"Y Angle\" R -180 180}\n Y_Angle 75\n addUserKnob {20 endGroup_1 l endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {20 settings l \"light settings\" n 1}\n addUserKnob {26 void l \" \"}\n addUserKnob {18 DiffuseColor l \"Diffuse Color\"}\n DiffuseColor 1\n addUserKnob {6 DiffuseColor_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 affectDiffuseAlpha l \"affect alpha\" -STARTLINE}\n affectDiffuseAlpha true\n addUserKnob {26 \"\"}\n addUserKnob {7 spec_cosinPower l \"cosin power\"}\n spec_cosinPower 0.75\n addUserKnob {18 SpecColor l \"Specular Color\"}\n SpecColor 1\n addUserKnob {6 SpecColor_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 affectSpecAlpha l \"affect alpha\" -STARTLINE}\n affectSpecAlpha true\n addUserKnob {6 boostSpec l \"boost spec\" +STARTLINE}\n boostSpec true\n addUserKnob {20 endGroup_2 l endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {20 mask n 1}\n addUserKnob {26 void2 l \" \"}\n addUserKnob {6 postMult l \"post multiply by original Alpha ? \" +STARTLINE}\n addUserKnob {6 enableMask l \"enable mask\" +STARTLINE}\n addUserKnob {41 maskChannelMask l \"\" -STARTLINE T maskMultiply.maskChannelMask}\n addUserKnob {41 inject -STARTLINE T maskMultiply.inject}\n addUserKnob {41 invert_mask l invert -STARTLINE T maskMultiply.invert_mask}\n addUserKnob {41 fringe -STARTLINE T maskMultiply.fringe}\n addUserKnob {41 mix T maskMultiply.mix}\n addUserKnob {20 endGroup n -1}\n addUserKnob {26 \"\"}\n}\n BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0xff00bfff\n label ZEBRAS\n note_font_size 42\n xpos -638\n ypos -74\n bdwidth 643\n bdheight 288\n }\n BackdropNode {\n inputs 0\n name BackdropNode13\n tile_color 0x8e8e3800\n label \"RELIGHT DIFF + SPEC\"\n note_font_size 42\n xpos -1014\n ypos -702\n bdwidth 1025\n bdheight 371\n }\n BackdropNode {\n inputs 0\n name BackdropNode2\n tile_color 0x71c67100\n label \"remap normals\\n\\n+ softclip high\\n\\nPOSITIF\\n\\n\\n\\n\\n\\nNEGATIF\"\n note_font_size 42\n xpos -817\n ypos -1664\n bdwidth 827\n bdheight 772\n }\n Input {\n inputs 0\n name InputNormals\n xpos -439\n ypos -1994\n }\n Dot {\n name Dot53\n xpos -405\n ypos -1914\n }\nset Nb728d1c0 [stack 0]\n Shuffle {\n green blue\n blue green\n alpha black\n name Shuffle15\n label \"\\[value in]\"\n xpos -439\n ypos -1875\n }\n Dot {\n name Dot9\n xpos -405\n ypos -1803\n }\nset Nb729dfc0 [stack 0]\n Dot {\n name Dot10\n xpos -528\n ypos -1803\n }\n Expression {\n expr0 r*2-1\n expr1 g*2-1\n expr2 b*2-1\n name normalize\n label \"\\[value expr0]\"\n xpos -562\n ypos -1756\n }\npush $Nb729dfc0\n Switch {\n inputs 2\n which 1\n name Switch_oldWay\n xpos -439\n ypos -1750\n disable {{parent.oldWay==0?1:0}}\n }\nset Nb72b11c0 [stack 0]\n Multiply {\n channels rgb\n value {{1/parent.remapNorm}}\n name Multiply_setNewRange\n label \"\\[value value]\"\n xpos -439\n ypos -1639\n }\n Dot {\n name Dot14\n xpos -405\n ypos -1582\n }\nset Nb72c1080 [stack 0]\n Dot {\n name Dot15\n xpos -260\n ypos -1582\n }\nset Nb72c4cd0 [stack 0]\n ClipTest {\n channels rgb\n lower -10000\n name ClipTest2\n xpos -176\n ypos -1585\n }\npush $Nb72c4cd0\n Difference {\n inputs 2\n name Difference2\n xpos -176\n ypos -1546\n }\n FilterErode {\n size -3\n name FilterErode1\n xpos -176\n ypos -1510\n }\n Blur {\n channels rgba\n size 5\n name Blur1\n label \"\\[value size]\"\n xpos -176\n ypos -1449\n }\n Multiply {\n channels rgba\n value 1.2\n name Multiply3\n label \"\\[value value]\"\n xpos -176\n ypos -1413\n }\n Clamp {\n name Clamp2\n xpos -176\n ypos -1377\n }\npush $Nb72c1080\n Dot {\n name Dot12\n xpos -406\n ypos -1482\n }\nset Nb73070e0 [stack 0]\n Expression {\n temp_name0 Y\n temp_expr0 \"0.2126*r + 0.7152*g + 0.0722*b\"\n temp_name1 L\n temp_expr1 (r+g+b)/3\n channel0 rgba\n expr0 Y\n name Expression1\n label \"\\[value expr0]\"\n xpos -296\n ypos -1491\n }\n ColorLookup {\n lut {master {curve C x0.3000000119 0 s0 x0.6999999881 1 s3.200000048}\n red {}\n green {}\n blue {}\n alpha {}}\n name ColorLookup1\n xpos -296\n ypos -1443\n }\n Multiply {\n inputs 1+1\n channels rgba\n value 0\n invert_mask true\n name Multiply2\n label \"\\[value value]\"\n xpos -296\n ypos -1377\n }\npush $Nb73070e0\n SoftClip {\n conversion \"logarithmic compress\"\n softclip_min 0.6\n name SoftClip1\n xpos -692\n ypos -1371\n }\npush $Nb73070e0\n Keymix {\n inputs 3\n name Keymix2\n xpos -440\n ypos -1377\n disable {{!parent.softClip}}\n }\n Expression {\n expr0 -r\n expr1 -g\n expr2 -b\n name Expression2\n label \"\\[value expr0]\"\n xpos -439\n ypos -1281\n }\n Dot {\n name Dot16\n xpos -405\n ypos -1223\n }\nset Nb7165f20 [stack 0]\n Dot {\n name Dot17\n xpos -258\n ypos -1223\n }\nset Nb7169df0 [stack 0]\n ClipTest {\n channels rgb\n lower -10000\n name ClipTest3\n xpos -175\n ypos -1226\n }\npush $Nb7169df0\n Difference {\n inputs 2\n name Difference3\n xpos -175\n ypos -1188\n }\n FilterErode {\n size -5\n name FilterErode2\n xpos -175\n ypos -1152\n }\n Blur {\n channels rgba\n size 5\n name Blur2\n label \"\\[value size]\"\n xpos -175\n ypos -1093\n }\n Multiply {\n channels rgba\n value 1.2\n name Multiply4\n label \"\\[value value]\"\n xpos -175\n ypos -1057\n }\n Clamp {\n name Clamp3\n xpos -175\n ypos -1021\n }\npush $Nb7165f20\n Dot {\n name Dot13\n xpos -405\n ypos -1189\n }\nset Nb71a8b90 [stack 0]\n Expression {\n temp_name0 Y\n temp_expr0 \"0.2126*r + 0.7152*g + 0.0722*b\"\n temp_name1 L\n temp_expr1 (r+g+b)/3\n channel0 rgba\n expr0 L\n name Expression3\n label \"\\[value expr0]\"\n xpos -295\n ypos -1198\n }\n ColorLookup {\n lut {master {curve C x0.3000000119 0 s0 x0.6999999881 1 s3.200000048}\n red {}\n green {}\n blue {}\n alpha {}}\n name ColorLookup2\n xpos -295\n ypos -1149\n }\n Multiply {\n inputs 1+1\n channels rgba\n value 0\n invert_mask true\n name Multiply5\n label \"\\[value value]\"\n xpos -295\n ypos -1021\n }\npush $Nb71a8b90\n SoftClip {\n conversion \"logarithmic compress\"\n softclip_min 0.6\n name SoftClip2\n xpos -691\n ypos -1015\n }\npush $Nb71a8b90\n Keymix {\n inputs 3\n name Keymix3\n xpos -439\n ypos -1021\n disable {{!parent.softClip}}\n }\n Expression {\n expr0 -r\n expr1 -g\n expr2 -b\n name Expression4\n label \"\\[value expr0]\"\n xpos -439\n ypos -971\n }\nset Nb7316ed0 [stack 0]\n Dot {\n name Dot4\n xpos -405\n ypos -808\n }\nset Nb731f1f0 [stack 0]\n Dot {\n name Dot3\n xpos -1170\n ypos -808\n }\n Dot {\n name Dot8\n xpos -1170\n ypos 3\n }\n Dot {\n name Dot7\n xpos -536\n ypos 3\n }\nset Nb732ae70 [stack 0]\n Dot {\n name Dot6\n xpos -536\n ypos 137\n }\npush $Nb732ae70\n Dot {\n name Dot5\n xpos -464\n ypos 3\n }\n ClipTest {\n channels rgb\n lower -1\n name ClipTest1\n xpos -498\n ypos 38\n }\n Difference {\n inputs 2\n name Difference1\n xpos -498\n ypos 128\n }\n Clamp {\n name Clamp1\n xpos -331\n ypos 128\n }\n Dot {\n name Dot2\n xpos -205\n ypos 137\n }\nset Nb7353150 [stack 0]\npush $Nb7353150\n Grade {\n white 10\n name Grade1\n xpos -239\n ypos 169\n }\npush $Nb7353150\npush $Nb728d1c0\n Dot {\n name Dot55\n xpos -727\n ypos -1914\n }\n Dot {\n name Dot11\n xpos -727\n ypos -175\n }\n Input {\n inputs 0\n name mask\n xpos 151\n ypos -286\n number 1\n }\n Invert {\n name Invert1\n xpos 9\n ypos -292\n }\n Expression {\n inputs 0\n temp_name0 Xx\n temp_expr0 sin(pi*(parent.X_Angle)/180)\n temp_name1 Xy\n temp_expr1 cos(pi*(parent.X_Angle)/180)\n temp_name2 Yx\n temp_expr2 sin(pi*(parent.Y_Angle-90)/180)\n temp_name3 Yy\n temp_expr3 cos(pi*(parent.Y_Angle-90)/180)\n expr0 Xx*Yx\n expr1 Xy*Yx\n expr2 Yy\n name diffuseDirectionColor\n xpos -685\n ypos -585\n }\nset Nb71f2190 [stack 0]\npush $Nb731f1f0\n Matrix {\n channels rgb\n matrix {\n {1 2 1}\n {2 4 2}\n {1 2 1}\n }\n normalize true\n name antiAlias_Normals\n xpos -439\n ypos -768\n disable {{parent.AntiAlias_normals==0?1:0}}\n }\n Dot {\n name Dot54\n xpos -405\n ypos -635\n }\nset Nb7372960 [stack 0]\n Dot {\n name Dot1\n xpos -547\n ypos -635\n }\n MergeExpression {\n inputs 2\n temp_name0 X\n temp_expr0 A.r*B.r\n temp_name1 Y\n temp_expr1 A.g*B.g\n temp_name2 Z\n temp_expr2 A.b*B.b\n temp_name3 DIR\n temp_expr3 X+Y+Z\n channel0 rgba\n expr0 pow(DIR,(parent.spec_cosinPower/pow(parent.spec_cosinPower/1.2,5)))\n channel1 none\n channel2 none\n name SpecDirMult\n xpos -581\n ypos -471\n }\n Multiply {\n channels rgba\n value 3\n name Spec_Multiply\n label \"\\[value value]\"\n xpos -397\n ypos -477\n disable {{!parent.boostSpec}}\n }\nset Nb7386150 [stack 0]\n Multiply {\n channels alpha\n value {{(0.2126*parent.SpecColor.r+0.7152*parent.SpecColor.g+0.0722*parent.SpecColor.b)}}\n name MultiplySpecAlpha\n label \"\\[value value]\"\n xpos -315\n ypos -522\n }\npush $Nb7386150\n Multiply {\n channels rgb\n value {{parent.SpecColor.r} {parent.SpecColor.g} {parent.SpecColor.b} 1}\n name SpecColor\n label \"\\[value value]\"\n xpos -317\n ypos -431\n }\n Copy {\n inputs 2\n from0 rgba.alpha\n to0 rgba.alpha\n name CopySpecAlpha\n xpos -229\n ypos -467\n disable {{parent.affectSpecAlpha==0?1:0}}\n }\npush $Nb71f2190\npush $Nb7372960\n MergeExpression {\n inputs 2\n temp_name0 X\n temp_expr0 A.r*B.r\n temp_name1 Y\n temp_expr1 A.g*B.g\n temp_name2 Z\n temp_expr2 A.b*B.b\n temp_name3 DIR\n temp_expr3 X+Y+Z\n channel0 rgba\n expr0 DIR\n channel1 none\n channel2 none\n name DiffuseDirMult\n xpos -439\n ypos -585\n }\nset Nb6719f70 [stack 0]\n Multiply {\n channels alpha\n value {{(0.2126*parent.DiffuseColor.r+0.7152*parent.DiffuseColor.g+0.0722*parent.DiffuseColor.b)}}\n name MultiplyDiffAlpha\n label \"\\[value value]\"\n xpos -338\n ypos -635\n }\npush $Nb6719f70\n Multiply {\n channels rgb\n value {{parent.DiffuseColor.r} {parent.DiffuseColor.g} {parent.DiffuseColor.b} {parent.affectDiffuseAlpha==0?1:((parent.DiffuseColor.r+parent.DiffuseColor.g+parent.DiffuseColor.b)/3)}}\n name DiffuseColor\n label \"\\[value value]\"\n xpos -341\n ypos -571\n }\n Copy {\n inputs 2\n from0 rgba.alpha\n to0 rgba.alpha\n name CopyDiffAlpha\n xpos -227\n ypos -581\n disable {{parent.affectDiffuseAlpha==0?1:0}}\n }\npush $Nb728d1c0\n Dot {\n name Dot59\n xpos -85\n ypos -1914\n }\n Expression {\n channel0 rgba\n expr0 0\n name BlackExpression\n label \"RGBA = 0\"\n xpos -119\n ypos -1845\n }\n Merge2 {\n inputs 2\n operation plus\n name Merge_DIFFUSE\n xpos -119\n ypos -575\n disable {{parent.enableDiffuse==0?1:0}}\n }\n Merge2 {\n inputs 2\n operation plus\n name Merge_SPEC\n xpos -119\n ypos -461\n disable {{parent.enableSpec==0?1:0}}\n }\n Multiply {\n inputs 1+1\n channels rgba\n value 0\n name maskMultiply\n label \"\\[value value]\"\n xpos -119\n ypos -292\n disable {{parent.enableMask==0?1:0}}\n }\n Multiply {\n inputs 1+1\n channels rgba\n value 0\n invert_mask true\n name postMultiply\n label \"\\[value value]\"\n xpos -119\n ypos -184\n disable {{parent.postMult==0?1:0}}\n }\n Multiply {\n inputs 1+1\n channels rgb\n value 0\n name Multiply1\n label \"\\[value value]\"\n xpos -119\n ypos 128\n disable {{!parent.testRange}}\n }\n Keymix {\n inputs 3\n channels {rgba.red -rgba.green rgba.blue none}\n name Keymix1\n xpos -119\n ypos 169\n disable {{!parent.testRange}}\n }\n Output {\n name Output1\n xpos -119\n ypos 379\n }\n Expression {\n inputs 0\n temp_name0 Xx\n temp_expr0 sin(pi*(parent.X_Angle/2)/180)\n temp_name1 Xy\n temp_expr1 cos(pi*(parent.X_Angle/2)/180)\n temp_name2 Yx\n temp_expr2 sin(pi*(parent.Y_Angle/2-90)/180)\n temp_name3 Yy\n temp_expr3 cos(pi*(parent.Y_Angle/2-90)/180)\n expr0 Xx*Yx\n expr1 Xy*Yx\n expr2 Yy\n name specDirectionColor\n xpos -693\n ypos -471\n disable true\n }\npush $Nb72b11c0\n ClipTest {\n channels rgb\n lower -1\n upper 100\n name ClipTest4\n xpos -250\n ypos -1703\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_Rings_of_Power.gizmo", "content": "Group {\n name Rings_of_Power\n onCreate \"n = nuke.thisNode()\\nn.knob('outerRadius').setRange(0, 2)\\nn.knob('innerRadius').setRange(0, 2)\\nn.knob('outerBlur').setRange(0, 400)\\nn.knob('innerBlur').setRange(0, 400)\\nn.knob('noiseSize').setRange(0, 1000)\"\n tile_color 0x7f764cff\n note_font \"Bitstream Vera Sans Bold\"\n note_font_color 0xffffffff\n selected true\n addUserKnob {20 RingsOfPower}\n addUserKnob {12 center}\n center {3334.5 1137}\n addUserKnob {22 setCenter l \"set center\" -STARTLINE T \"n = nuke.thisNode()\\nw= n.width()\\nh=n.height()\\nn\\['center'].setValue(\\[w/2,h/2])\"}\n addUserKnob {7 size R 0 400}\n size 100\n addUserKnob {7 speed R 0 2}\n speed 0.5\n addUserKnob {7 phase R -10 10}\n addUserKnob {20 radialmask l \"Radial Masks\" n 1}\n radialmask 0\n addUserKnob {26 outerMask l \" Outer Mask\" T \" \"}\n addUserKnob {6 outerRadiusCheck l toggle -STARTLINE}\n outerRadiusCheck true\n addUserKnob {14 outerRadius l radius R 0 2}\n outerRadius 0.5\n addUserKnob {41 softness T RadialOuter.softness}\n addUserKnob {41 plinear l \"perceptually linear\" -STARTLINE T RadialOuter.plinear}\n addUserKnob {41 outerBlur l blur T Blur2.size}\n addUserKnob {26 innerMask l \" Inner Mask\" T \" \"}\n addUserKnob {6 innerMaskCheck l toggle -STARTLINE}\n addUserKnob {14 innerRadius l radius R 0 2}\n innerRadius 0.21\n addUserKnob {41 softness_1 l softness T RadialInner.softness}\n addUserKnob {41 plinear_1 l \"perceptually linear\" -STARTLINE T RadialInner.plinear}\n addUserKnob {41 innerBlur l blur T Blur1.size}\n addUserKnob {20 endGroup n -1}\n addUserKnob {20 NoiseGroup l \"Noise Mask\" n 1}\n NoiseGroup 0\n addUserKnob {26 Noise l \" Noise\" T \" \"}\n addUserKnob {6 noiseCheck l \"toggle (heavy and little broken)\" -STARTLINE}\n addUserKnob {41 type T Noise2.type}\n addUserKnob {14 noiseSize l x/ysize R 0 1000}\n noiseSize 350\n addUserKnob {7 z R 0 5}\n addUserKnob {7 zSpeed R 0 4}\n addUserKnob {41 octaves T Noise2.octaves}\n addUserKnob {41 nyquist l \"clip at Nyquist limit\" T Noise2.nyquist}\n addUserKnob {41 lacunarity T Noise2.lacunarity}\n addUserKnob {41 gain T Noise2.gain}\n addUserKnob {41 gamma T Noise2.gamma}\n addUserKnob {20 endGroup_1 l endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {41 overscan T BBoxToFormat.overscanPercent}\n addUserKnob {26 \"\" l mask T \"\"}\n addUserKnob {41 maskChannelInput l \"\" -STARTLINE T Merge1.maskChannelInput}\n addUserKnob {41 inject -STARTLINE T Merge1.inject}\n addUserKnob {41 invert_mask l invert -STARTLINE T Merge1.invert_mask}\n addUserKnob {41 fringe -STARTLINE T Merge1.fringe}\n addUserKnob {41 mix T Circles.mix}\n}\n NoOp {\n inputs 0\n name NoOp1\n xpos 226\n ypos -530\n addUserKnob {20 User}\n addUserKnob {7 speed R 0 4}\n speed 0.25\n addUserKnob {7 output}\n output {{-((frame-1000)*(parent.speed/2)*50)}}\n }\n Input {\n inputs 0\n name Inputmask\n xpos -319\n ypos 117\n number 1\n }\n Reformat {\n inputs 0\n format \"4096 4096 0 0 4096 4096 1 square_4k\"\n black_outside true\n name Reformat5\n xpos 886\n ypos -491\n }\n Group {\n name BBoxToFormat1\n onCreate \"n = nuke.thisNode()\\ninputFormat = n.knob(\\\"inputFormat\\\")\\ninputBBox = n.knob(\\\"inputBBox\\\")\\ncrop = nuke.toNode(\\\"Crop6\\\")\\ncropb = crop.knob('box')\\noutputBBox = n.knob('outputBBox')\\noutputBBoxCenter = n.knob(\\\"outputBBoxCenter\\\")\\n\\ninputFormat.setFlag(0x0000000000008000)\\ninputBBox.setFlag(0x0000000000008000)\\ncropb.setFlag(0x0000000000008000)\\noutputBBox.setFlag(0x0000000000008000)\\noutputBBoxCenter.setFlag(0x0000000000008000)\\n\\nn = nuke.thisNode()\\nn.knob(\\\"overscan\\\").setRange(0,400)\\nn.knob(\\\"overscanPercent\\\").setRange(1,4)\"\n knobChanged \"n = nuke.thisNode()\\nk = nuke.thisKnob()\\nif k.name() == \\\"overscanType\\\":\\n if n.knob(\\\"overscanType\\\").getValue() == 1:\\n n.knob(\\\"overscanPercent\\\").setVisible(True)\\n n.knob(\\\"overscan\\\").setVisible(False)\\n else:\\n n.knob(\\\"overscanPercent\\\").setVisible(False)\\n n.knob(\\\"overscan\\\").setVisible(True)\"\n tile_color 0xa57aaaff\n note_font \"Verdana Bold\"\n note_font_color 0xffffffff\n xpos 886\n ypos -433\n addUserKnob {20 CropBBox}\n addUserKnob {4 type l Type +INVISIBLE M {\"To Format\" \"To BBox\"}}\n addUserKnob {41 intersect T Crop6.intersect}\n addUserKnob {6 blackOutside l \"Black Outside\" -STARTLINE}\n addUserKnob {4 overscanType l \"Overscan Type:\" M {Pixels Percentage}}\n overscanType Percentage\n addUserKnob {14 overscan l Overscan +HIDDEN R 0 400}\n addUserKnob {14 overscanPercent l \"Overscan Percent\" R 1 4}\n overscanPercent {{parent.BBoxToFormat.outputBBox.r/4000}}\n addUserKnob {20 inputBbox l \"BBox Data\" n 1}\n inputBbox 0\n addUserKnob {15 inputFormat l \"Input Format\"}\n inputFormat {0 0 {input.width} {input.height}}\n addUserKnob {15 inputBBox l \"Input BBox\"}\n inputBBox {{input.bbox.x} {input.bbox.y} {input.bbox.r} {input.bbox.t}}\n addUserKnob {12 outputBBoxCenter l OutputBBoxCenter}\n outputBBoxCenter {{OutputBBox1.outputBBoxCenter.w} {OutputBBox1.outputBBoxCenter.h}}\n addUserKnob {15 outputBBox l \"Output BBox\"}\n outputBBox {{OutputBBox1.OutputBBox} {OutputBBox1.OutputBBox} {OutputBBox1.OutputBBox} {OutputBBox1.OutputBBox}}\n addUserKnob {20 endGroup n -1}\n addUserKnob {20 info_1 l Info}\n addUserKnob {26 creator l Creator: T \"Tony Lyons\"}\n addUserKnob {26 desc l Description: t \"crop to inputformat\\n\\ndisplays values of input bbox\" T CropBBox}\n addUserKnob {26 ver l Version: T v02}\n }\n Input {\n inputs 0\n name Input\n xpos 261\n ypos 394\n }\n Dot {\n name Dot2\n note_font_size 41\n xpos 295\n ypos 462\n }\nset Na869eb00 [stack 0]\n Dot {\n name Dot1\n note_font_size 41\n xpos -160\n ypos 462\n }\nset Na869e400 [stack 0]\npush $Na869eb00\n Crop {\n box {{curve} {curve} {input.width} {input.height}}\n crop {{parent.blackOutside}}\n name Crop6\n xpos 261\n ypos 510\n addUserKnob {20 User}\n addUserKnob {22 cropToBbox l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n }\nset Na869dd00 [stack 0]\n Remove {\n operation keep\n channels none\n name Remove1\n xpos 120\n ypos 504\n }\nset Na869d600 [stack 0]\n Transform {\n scale {{parent.overscanPercent} {parent.overscanPercent}}\n center {{input.bbox.r/2} {input.bbox.t/2}}\n shutteroffset centred\n name Transform1\n xpos 120\n ypos 555\n }\npush $Na869d600\n AdjBBox {\n numpixels {{parent.overscan} {parent.overscan}}\n name AdjBBox1\n xpos -5\n ypos 510\n }\n Switch {\n inputs 2\n which {{overscanType}}\n name Switch2\n label \"\\[value which]\"\n xpos -5\n ypos 549\n }\n Merge2 {\n inputs 2\n bbox intersection\n Achannels {-rgba.red -rgba.green -rgba.blue rgba.alpha}\n Bchannels {-rgba.red -rgba.green -rgba.blue rgba.alpha}\n output {-rgba.red -rgba.green -rgba.blue rgba.alpha}\n name Merge1\n xpos -5\n ypos 647\n disable {{!parent.Crop6.intersect}}\n }\npush $Na869e400\n CopyBBox {\n inputs 2\n name CopyBBox1\n xpos -194\n ypos 653\n }\n BlackOutside {\n name BlackOutside1\n xpos -194\n ypos 692\n disable {{!parent.blackOutside}}\n }\n Dot {\n name Dot4\n note_font_size 41\n xpos -160\n ypos 769\n }\npush $Na869dd00\n Switch {\n inputs 2\n which {{\"overscanType == 0 ? overscan.w != 0 || overscan.h != 0 : overscanPercent.w != 1 || overscanPercent.h != 1 ? 1 : 0\"}}\n name Switch1\n label \"\\[value which]\"\n xpos 261\n ypos 759\n }\nset N240d9d00 [stack 0]\n Output {\n name Output1\n xpos 261\n ypos 921\n }\npush $N240d9d00\n NoOp {\n name OutputBBox1\n selected true\n xpos 378\n ypos 821\n addUserKnob {20 User}\n addUserKnob {15 OutputBBox l \"Output BBox\"}\n OutputBBox {{input.bbox.x} {input.bbox.y} {input.bbox.r} {input.bbox.t}}\n addUserKnob {14 outputBBoxCenter l \"Output BBox Center\" R 0 100}\n outputBBoxCenter {{OutputBBox.x+(OutputBBox.r-OutputBBox.x)/2} {OutputBBox.y+(OutputBBox.t-OutputBBox.y)/2}}\n }\n end_group\n Expression {\n temp_name0 gg\n temp_expr0 (0.5+x)/(width)-.5\n temp_name1 rr\n temp_expr1 (0.5+y)/(height)-.5\n temp_name2 xx\n temp_expr2 sqrt(rr*rr+gg*gg)/(1.25*(parent.BBoxToFormat.outputBBox.r/4000))\n temp_name3 yy\n temp_expr3 \"atan2(x-width/2 , y-height/2 )/pi\"\n channel0 {rgba.red -rgba.green -rgba.blue none}\n expr0 1-(yy<0?1-abs(yy)/2:yy/2)\n channel1 {-rgba.red rgba.green -rgba.blue none}\n expr1 (.5-xx)*2\n channel2 {-rgba.red -rgba.green -rgba.blue none}\n expr2 0\n channel3 {none none none -rgba.alpha}\n expr3 0\n name Expression2\n xpos 886\n ypos -373\n addUserKnob {20 User}\n }\n Transform {\n translate {{-width/2} {-width/2}}\n black_outside false\n shutteroffset centred\n name Transform1\n xpos 886\n ypos -277\n }\n Reformat {\n inputs 0\n format \"2048 1024 0 0 2048 1024 1 2K_LatLong\"\n pbb true\n name Reformat4\n xpos 374\n ypos -661\n }\nset N9fbfb900 [stack 0]\n Ramp {\n p0 {{width/2} 0}\n p1 {{width} 0}\n name Ramp2\n xpos 705\n ypos -480\n }\nset N9fbfb200 [stack 0]\npush $N9fbfb900\n Ramp {\n p0 {{width/2} 0}\n p1 {0 0}\n name Ramp1\n xpos 692\n ypos -550\n }\nset N9fbfa400 [stack 0]\npush $N9fbfb200\npush $N9fbfa400\n Merge2 {\n inputs 2\n name Merge3\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 512\n ypos -529\n addUserKnob {20 TRX}\n addUserKnob {22 swap l \"swap to Merge All Node\" -STARTLINE T \"import convertMergeToMergeAll;convertMergeToMergeAll.convertMergeToMergeAll()\"}\n }\npush $N9fbfb900\n Noise {\n inputs 1+1\n output {rgba.red -rgba.green -rgba.blue -rgba.alpha}\n invert_mask true\n size {{parent.noiseSize*(parent.size/50)}}\n zoffset {{((frame*parent.zSpeed)*.1)+parent.z}}\n translate {0 {parent.NoOp1.output}}\n scale {-1 1}\n name Noise2\n xpos 374\n ypos -529\n }\n Noise {\n inputs 1+1\n output {rgba.red -rgba.green -rgba.blue -rgba.alpha}\n type {{parent.Noise2.type}}\n size {{parent.Noise2.size}}\n zoffset {{parent.Noise2.zoffset}}\n octaves {{parent.Noise2.octaves}}\n lacunarity {{parent.Noise2.lacunarity}}\n gain {{parent.Noise2.gain}}\n gamma {{parent.Noise2.gamma}}\n translate {{-width/2} {parent.NoOp1.output}}\n name Noise3\n xpos 374\n ypos -460\n }\n Noise {\n inputs 1+1\n output {rgba.red -rgba.green -rgba.blue -rgba.alpha}\n type {{parent.Noise2.type}}\n size {{parent.Noise2.size}}\n zoffset {{parent.Noise2.zoffset}}\n octaves {{parent.Noise2.octaves}}\n lacunarity {{parent.Noise2.lacunarity}}\n gain {{parent.Noise2.gain}}\n gamma {{parent.Noise2.gamma}}\n translate {{width/2} {parent.NoOp1.output}}\n name Noise1\n xpos 374\n ypos -390\n }\n STMap {\n inputs 2\n channels {rgba.red -rgba.green rgba.blue none}\n uv rgba\n name STMap2\n xpos 374\n ypos -277\n }\n BlackOutside {\n name BlackOutside1\n xpos 374\n ypos -192\n }\n Transform {\n translate {{parent.center.x} {parent.center.y}}\n shutteroffset centred\n name Transform2\n xpos 374\n ypos -147\n }\n Reformat {\n type \"to box\"\n box_width {{parent.BBoxToFormat.inputFormat.r}}\n box_height {{parent.BBoxToFormat.inputFormat.t}}\n resize none\n center false\n pbb true\n name Reformat1\n xpos 374\n ypos -103\n }\n Dot {\n name Dot8\n note_font_size 41\n xpos 408\n ypos -26\n }\n Grade {\n multiply 2\n white_clamp true\n name Grade1\n xpos -127\n ypos -30\n }\n Input {\n inputs 0\n name Input\n xpos -489\n ypos -775\n }\n Group {\n name BBoxToFormat\n onCreate \"n = nuke.thisNode()\\ninputFormat = n.knob(\\\"inputFormat\\\")\\ninputBBox = n.knob(\\\"inputBBox\\\")\\ncrop = nuke.toNode(\\\"Crop6\\\")\\ncropb = crop.knob('box')\\noutputBBox = n.knob('outputBBox')\\noutputBBoxCenter = n.knob(\\\"outputBBoxCenter\\\")\\n\\ninputFormat.setFlag(0x0000000000008000)\\ninputBBox.setFlag(0x0000000000008000)\\ncropb.setFlag(0x0000000000008000)\\noutputBBox.setFlag(0x0000000000008000)\\noutputBBoxCenter.setFlag(0x0000000000008000)\\n\\nn = nuke.thisNode()\\nn.knob(\\\"overscan\\\").setRange(0,400)\\nn.knob(\\\"overscanPercent\\\").setRange(1,4)\"\n knobChanged \"n = nuke.thisNode()\\nk = nuke.thisKnob()\\nif k.name() == \\\"overscanType\\\":\\n if n.knob(\\\"overscanType\\\").getValue() == 1:\\n n.knob(\\\"overscanPercent\\\").setVisible(True)\\n n.knob(\\\"overscan\\\").setVisible(False)\\n else:\\n n.knob(\\\"overscanPercent\\\").setVisible(False)\\n n.knob(\\\"overscan\\\").setVisible(True)\"\n tile_color 0xa57aaaff\n note_font \"Verdana Bold\"\n note_font_color 0xffffffff\n xpos -489\n ypos -651\n addUserKnob {20 CropBBox}\n addUserKnob {4 type l Type +INVISIBLE M {\"To Format\" \"To BBox\"}}\n addUserKnob {41 intersect T Crop6.intersect}\n addUserKnob {6 blackOutside l \"Black Outside\" -STARTLINE}\n addUserKnob {4 overscanType l \"Overscan Type:\" M {Pixels Percentage}}\n overscanType Percentage\n addUserKnob {14 overscan l Overscan +HIDDEN R 0 400}\n addUserKnob {14 overscanPercent l \"Overscan Percent\" R 1 4}\n overscanPercent 1\n addUserKnob {20 inputBbox l \"BBox Data\" n 1}\n addUserKnob {15 inputFormat l \"Input Format\"}\n inputFormat {0 0 {input.width} {input.height}}\n addUserKnob {15 inputBBox l \"Input BBox\"}\n inputBBox {{input.bbox.x} {input.bbox.y} {input.bbox.r} {input.bbox.t}}\n addUserKnob {12 outputBBoxCenter l OutputBBoxCenter}\n outputBBoxCenter {{OutputBBox1.outputBBoxCenter.w} {OutputBBox1.outputBBoxCenter.h}}\n addUserKnob {15 outputBBox l \"Output BBox\"}\n outputBBox {{OutputBBox1.OutputBBox} {OutputBBox1.OutputBBox} {OutputBBox1.OutputBBox} {OutputBBox1.OutputBBox}}\n addUserKnob {20 endGroup n -1}\n addUserKnob {20 info_1 l Info}\n addUserKnob {26 creator l Creator: T \"Tony Lyons\"}\n addUserKnob {26 desc l Description: t \"crop to inputformat\\n\\ndisplays values of input bbox\" T CropBBox}\n addUserKnob {26 ver l Version: T v02}\n }\n Input {\n inputs 0\n name Input\n xpos 261\n ypos 394\n }\n Dot {\n name Dot2\n note_font_size 41\n xpos 295\n ypos 462\n }\nset N923e9d00 [stack 0]\n Dot {\n name Dot1\n note_font_size 41\n xpos -160\n ypos 462\n }\nset N923e9600 [stack 0]\npush $N923e9d00\n Crop {\n box {{curve} {curve} {input.width} {input.height}}\n crop {{parent.blackOutside}}\n name Crop6\n xpos 261\n ypos 510\n addUserKnob {20 User}\n addUserKnob {22 cropToBbox l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n }\nset N923e8f00 [stack 0]\n Remove {\n operation keep\n channels none\n name Remove1\n xpos 120\n ypos 504\n }\nset N923e8800 [stack 0]\n Transform {\n scale {{parent.overscanPercent} {parent.overscanPercent}}\n center {{input.bbox.r/2} {input.bbox.t/2}}\n shutteroffset centred\n name Transform1\n xpos 120\n ypos 555\n }\npush $N923e8800\n AdjBBox {\n numpixels {{parent.overscan} {parent.overscan}}\n name AdjBBox1\n xpos -5\n ypos 510\n }\n Switch {\n inputs 2\n which {{overscanType}}\n name Switch2\n label \"\\[value which]\"\n xpos -5\n ypos 549\n }\n Merge2 {\n inputs 2\n bbox intersection\n Achannels {-rgba.red -rgba.green -rgba.blue rgba.alpha}\n Bchannels {-rgba.red -rgba.green -rgba.blue rgba.alpha}\n output {-rgba.red -rgba.green -rgba.blue rgba.alpha}\n name Merge1\n xpos -5\n ypos 647\n disable {{!parent.Crop6.intersect}}\n }\npush $N923e9600\n CopyBBox {\n inputs 2\n name CopyBBox1\n xpos -194\n ypos 653\n }\n BlackOutside {\n name BlackOutside1\n xpos -194\n ypos 692\n disable {{!parent.blackOutside}}\n }\n Dot {\n name Dot4\n note_font_size 41\n xpos -160\n ypos 769\n }\npush $N923e8f00\n Switch {\n inputs 2\n which {{\"overscanType == 0 ? overscan.w != 0 || overscan.h != 0 : overscanPercent.w != 1 || overscanPercent.h != 1 ? 1 : 0\"}}\n name Switch1\n label \"\\[value which]\"\n xpos 261\n ypos 759\n }\nset N7733cf00 [stack 0]\n Output {\n name Output1\n xpos 261\n ypos 921\n }\npush $N7733cf00\n NoOp {\n name OutputBBox1\n selected true\n xpos 378\n ypos 821\n addUserKnob {20 User}\n addUserKnob {15 OutputBBox l \"Output BBox\"}\n OutputBBox {{input.bbox.x} {input.bbox.y} {input.bbox.r} {input.bbox.t}}\n addUserKnob {14 outputBBoxCenter l \"Output BBox Center\" R 0 100}\n outputBBoxCenter {{OutputBBox.x+(OutputBBox.r-OutputBBox.x)/2} {OutputBBox.y+(OutputBBox.t-OutputBBox.y)/2}}\n }\n end_group\n Remove {\n operation keep\n channels rgba\n name Remove1\n xpos -489\n ypos -582\n }\n Fill {\n color 0\n name Fill1\n xpos -489\n ypos -556\n }\n Dot {\n name Dot1\n note_font_size 41\n xpos -455\n ypos -492\n }\nset N7acea400 [stack 0]\n Dot {\n name Dot4\n note_font_size 41\n xpos -344\n ypos -492\n }\nset N7ace9d00 [stack 0]\n Dot {\n name Dot5\n note_font_size 41\n xpos -222\n ypos -492\n }\nset N7ace9600 [stack 0]\n Dot {\n name Dot3\n note_font_size 41\n xpos -81\n ypos -492\n }\n Radial {\n output {-rgba.red -rgba.green -rgba.blue rgba.alpha}\n cliptype none\n replace true\n area {{\"parent.center.x-(1+( (width/2)* outerRadius.w) )\"} {\"parent.center.y-(1+( (width/2)* outerRadius.h) )\"} {\"parent.center.x+(1+( (width/2)* outerRadius.w) )\"} {\"parent.center.y+(1+( (width/2)* outerRadius.h) )\"}}\n name RadialOuter\n xpos -115\n ypos -400\n }\n Blur {\n channels {-rgba.red -rgba.green -rgba.blue rgba.alpha}\n name Blur2\n label \"\\[value size]\"\n xpos -115\n ypos -342\n }\n Dot {\n name Dot2\n note_font_size 41\n xpos -81\n ypos -191\n }\npush $N7ace9600\n Radial {\n output {-rgba.red -rgba.green -rgba.blue rgba.alpha}\n cliptype none\n replace true\n invert_mask true\n area {{\"parent.center.x-(1+( (width/2)* innerRadius.w) )\"} {\"parent.center.y-(1+( (width/2)* innerRadius.h) )\"} {\"parent.center.x+(1+( (width/2)* innerRadius.w) )\"} {\"parent.center.y+(1+( (width/2)* innerRadius.h) )\"}}\n softness 0.65\n name RadialInner\n xpos -256\n ypos -400\n }\n Blur {\n channels {-rgba.red -rgba.green -rgba.blue rgba.alpha}\n name Blur1\n label \"\\[value size]\"\n xpos -256\n ypos -340\n }\n Dot {\n name Dot6\n note_font_size 41\n xpos -222\n ypos -263\n }\npush $N7ace9d00\n Expression {\n expr0 \"clamp (sin( phase+((frame-1000)*speed) - (hypot( x-center.x, y-center.y ) / size ) ) )\"\n channel1 {-rgba.red -rgba.green -rgba.blue none}\n channel2 {-rgba.red -rgba.green -rgba.blue none}\n channel3 {none none none -rgba.alpha}\n name Circles\n xpos -378\n ypos -397\n addUserKnob {20 User}\n addUserKnob {7 size R 0 10}\n size {{(width/4367*parent.size)}}\n addUserKnob {12 center}\n center {{parent.center.x} {parent.center.y}}\n addUserKnob {7 phase R -100 100}\n phase {{parent.phase}}\n addUserKnob {7 speed R 0 4}\n speed {{parent.speed}}\n }\n Multiply {\n inputs 1+1\n channels {rgba.red -rgba.green -rgba.blue -rgba.alpha}\n value 0\n name Multiply2\n label \"\\[value value]\"\n xpos -378\n ypos -273\n disable {{!parent.innerMaskCheck}}\n }\n Multiply {\n inputs 1+1\n channels {rgba.red -rgba.green -rgba.blue -rgba.alpha}\n value 0\n invert_mask true\n name Multiply1\n label \"\\[value value]\"\n xpos -378\n ypos -201\n disable {{!parent.outerRadiusCheck}}\n }\n Multiply {\n inputs 1+1\n channels {rgba.red -rgba.green -rgba.blue -rgba.alpha}\n value 0\n maskChannelMask rgba.red\n invert_mask true\n name Multiply3\n label \"\\[value value]\"\n xpos -378\n ypos -36\n disable {{!parent.noiseCheck}}\n }\n Shuffle {\n green red\n blue red\n alpha red\n name Shuffle1\n tile_color 0x93000000\n note_font_size 22\n note_font_color 0xffffffff\n xpos -378\n ypos 69\n }\npush $N7acea400\n Merge2 {\n inputs 2+1\n operation copy\n name Merge1\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n selected true\n xpos -489\n ypos 117\n addUserKnob {20 TRX}\n addUserKnob {22 swap l \"swap to Merge All Node\" -STARTLINE T \"import convertMergeToMergeAll;convertMergeToMergeAll.convertMergeToMergeAll()\"}\n }\npush $N7acea400\n Dot {\n name Dot9\n note_font_size 41\n xpos -565\n ypos -492\n }\n Dot {\n name Dot7\n note_font_size 41\n xpos -565\n ypos 188\n }\n Switch {\n inputs 2\n which {{\"parent.size == 0 || parent.outerRadius == 0 || parent.Circles.mix == 0 ? 0 : 1\"}}\n name Switch1\n label \"\\[value which]\"\n xpos -489\n ypos 178\n }\n Output {\n name Output1\n xpos -489\n ypos 380\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_RotateMatrix4.gizmo", "content": "Group {\n name RotateMatrix4_\n addUserKnob {20 Matrix4x4_Rotate}\n addUserKnob {4 rotation_unit l \"rotation unit\" M {radians degrees}}\n rotation_unit degrees\n addUserKnob {41 rot_order l \"rotation order\" T Axis1.rot_order}\n}\n BackdropNode {\n inputs 0\n name BackdropNode3\n tile_color 0xaaaaaa00\n label Rx\n note_font_size 42\n xpos 505\n ypos 349\n bdwidth 215\n bdheight 180\n }\n BackdropNode {\n inputs 0\n name BackdropNode4\n tile_color 0xaaaaaa00\n label Ry\n note_font_size 42\n xpos 980\n ypos 346\n bdwidth 215\n bdheight 180\n }\n BackdropNode {\n inputs 0\n name BackdropNode5\n tile_color 0xaaaaaa00\n label Rz\n note_font_size 42\n xpos 1495\n ypos 344\n bdwidth 215\n bdheight 180\n }\n Input {\n inputs 0\n name vector\n xpos 664\n ypos 156\n number 1\n }\n Expression {\n expr0 radians(r)\n expr1 radians(g)\n expr2 radians(b)\n expr3 radians(a)\n name Expression1\n xpos 664\n ypos 201\n disable {{1-parent.rotation_unit}}\n }\n Dot {\n name Dot1\n xpos 698\n ypos 251\n }\nset Nc4142d10 [stack 0]\n Dot {\n name Dot3\n xpos 698\n ypos 432\n }\nset N502e3990 [stack 0]\npush $N502e3990\npush $N502e3990\npush $N502e3990\n Input {\n inputs 0\n name matrix\n xpos 344\n ypos 161\n }\n Dot {\n name Dot6\n xpos 378\n ypos 296\n }\nset N42f3b530 [stack 0]\n Dot {\n name Dot7\n xpos 549\n ypos 296\n }\nset N52e82690 [stack 0]\nadd_layer {matrix0 matrix0.0 matrix0.1 matrix0.2 matrix0.3}\n MergeExpression {\n inputs 2\n channel0 {matrix0.0 -matrix0.1 -matrix0.2 -matrix0.3}\n expr0 1\n channel1 {-matrix0.0 matrix0.1 -matrix0.2 -matrix0.3}\n expr1 0\n channel2 {-matrix0.0 -matrix0.1 matrix0.2 -matrix0.3}\n expr2 0\n channel3 {-matrix0.0 -matrix0.1 -matrix0.2 matrix0.3}\n expr3 0\n name MergeExpression9\n xpos 515\n ypos 429\n }\nadd_layer {matrix1 matrix1.0 matrix1.1 matrix1.2 matrix1.3}\n MergeExpression {\n inputs 2\n channel0 {matrix1.0 -matrix1.1 -matrix1.2 -matrix1.3}\n expr0 0\n channel1 {-matrix1.0 matrix1.1 -matrix1.2 -matrix1.3}\n expr1 cos(Ar)\n channel2 {-matrix1.0 -matrix1.1 matrix1.2 -matrix1.3}\n expr2 -sin(Ar)\n channel3 {-matrix1.0 -matrix1.1 -matrix1.2 matrix1.3}\n expr3 0\n name MergeExpression10\n xpos 515\n ypos 453\n }\nadd_layer {matrix2 matrix2.0 matrix2.1 matrix2.2 matrix2.3}\n MergeExpression {\n inputs 2\n channel0 {matrix2.0 -matrix2.1 -matrix2.2 -matrix2.3}\n expr0 0\n channel1 {-matrix2.0 matrix2.1 -matrix2.2 -matrix2.3}\n expr1 sin(Ar)\n channel2 {-matrix2.0 -matrix2.1 matrix2.2 -matrix2.3}\n expr2 cos(Ar)\n channel3 {-matrix2.0 -matrix2.1 -matrix2.2 matrix2.3}\n expr3 0\n name MergeExpression11\n xpos 515\n ypos 477\n }\nadd_layer {matrix3 matrix3.0 matrix3.1 matrix3.2 matrix3.3}\n MergeExpression {\n inputs 2\n channel0 {matrix3.0 -matrix3.1 -matrix3.2 -matrix3.3}\n expr0 0\n channel1 {-matrix3.0 matrix3.1 -matrix3.2 -matrix3.3}\n expr1 0\n channel2 {-matrix3.0 -matrix3.1 matrix3.2 -matrix3.3}\n expr2 0\n channel3 {-matrix3.0 -matrix3.1 -matrix3.2 matrix3.3}\n expr3 1\n name MergeExpression12\n xpos 515\n ypos 501\n }\n NoOp {\n name X\n tile_color 0xff0000ff\n xpos 515\n ypos 542\n }\n Dot {\n name Dot12\n tile_color 0xff0000ff\n xpos 549\n ypos 773\n }\nset N3b3a7680 [stack 0]\n Dot {\n name Dot16\n tile_color 0xff0000ff\n xpos 549\n ypos 907\n }\nset N3f7deff0 [stack 0]\n Dot {\n name Dot21\n tile_color 0xff0000ff\n xpos 549\n ypos 1101\n }\nset N3f7e3a90 [stack 0]\n Dot {\n name Dot31\n tile_color 0xff0000ff\n xpos 549\n ypos 1309\n }\nset N3f7e80f0 [stack 0]\n Dot {\n name Dot35\n tile_color 0xff0000ff\n xpos 549\n ypos 1414\n }\nset N1f1e44d0 [stack 0]\n Dot {\n name Dot41\n tile_color 0xff0000ff\n xpos 549\n ypos 1621\n }\npush $Nc4142d10\n Dot {\n name Dot4\n xpos 1173\n ypos 251\n }\nset N1f1ed880 [stack 0]\n Dot {\n name Dot2\n xpos 1173\n ypos 429\n }\nset N1f1f21d0 [stack 0]\npush $N1f1f21d0\npush $N1f1f21d0\npush $N1f1f21d0\npush $N52e82690\n Dot {\n name Dot8\n xpos 1024\n ypos 296\n }\nset N1f1f6780 [stack 0]\n MergeExpression {\n inputs 2\n channel0 {matrix0.0 -matrix0.1 -matrix0.2 -matrix0.3}\n expr0 cos(Ag)\n channel1 {-matrix0.0 matrix0.1 -matrix0.2 -matrix0.3}\n expr1 0\n channel2 {-matrix0.0 -matrix0.1 matrix0.2 -matrix0.3}\n expr2 sin(Ag)\n channel3 {-matrix0.0 -matrix0.1 -matrix0.2 matrix0.3}\n expr3 0\n name MergeExpression13\n xpos 990\n ypos 426\n }\n MergeExpression {\n inputs 2\n channel0 {matrix1.0 -matrix1.1 -matrix1.2 -matrix1.3}\n expr0 0\n channel1 {-matrix1.0 matrix1.1 -matrix1.2 -matrix1.3}\n expr1 1\n channel2 {-matrix1.0 -matrix1.1 matrix1.2 -matrix1.3}\n expr2 0\n channel3 {-matrix1.0 -matrix1.1 -matrix1.2 matrix1.3}\n expr3 0\n name MergeExpression14\n xpos 990\n ypos 450\n }\n MergeExpression {\n inputs 2\n channel0 {matrix2.0 -matrix2.1 -matrix2.2 -matrix2.3}\n expr0 -sin(Ag)\n channel1 {-matrix2.0 matrix2.1 -matrix2.2 -matrix2.3}\n expr1 0\n channel2 {-matrix2.0 -matrix2.1 matrix2.2 -matrix2.3}\n expr2 cos(Ag)\n channel3 {-matrix2.0 -matrix2.1 -matrix2.2 matrix2.3}\n expr3 0\n name MergeExpression15\n xpos 990\n ypos 472\n }\n MergeExpression {\n inputs 2\n channel0 {matrix3.0 -matrix3.1 -matrix3.2 -matrix3.3}\n expr0 0\n channel1 {-matrix3.0 matrix3.1 -matrix3.2 -matrix3.3}\n expr1 0\n channel2 {-matrix3.0 -matrix3.1 matrix3.2 -matrix3.3}\n expr2 0\n channel3 {-matrix3.0 -matrix3.1 -matrix3.2 matrix3.3}\n expr3 1\n name MergeExpression16\n xpos 990\n ypos 498\n }\n NoOp {\n name Y\n tile_color 0xff00ff\n xpos 990\n ypos 532\n }\n Dot {\n name Dot13\n tile_color 0xff00ff\n xpos 1024\n ypos 813\n }\nset N3af3db80 [stack 0]\n Dot {\n name Dot18\n tile_color 0xff00ff\n xpos 1024\n ypos 988\n }\nset N3af426d0 [stack 0]\n Dot {\n name Dot26\n tile_color 0xff00ff\n xpos 1024\n ypos 1061\n }\nset N3af46fe0 [stack 0]\n Dot {\n name Dot29\n tile_color 0xff00ff\n xpos 1024\n ypos 1228\n }\nset N3af4b570 [stack 0]\n Dot {\n name Dot36\n tile_color 0xff00ff\n xpos 1024\n ypos 1455\n }\nset N3af50110 [stack 0]\n Dot {\n name Dot40\n tile_color 0xff00ff\n xpos 1024\n ypos 1580\n }\npush $N42f3b530\n Dot {\n name Dot10\n tile_color 0xcccccc00\n xpos 378\n ypos 633\n }\n Dot {\n name Dot11\n tile_color 0xcccccc00\n xpos 460\n ypos 633\n }\nset N3af5dd10 [stack 0]\n Dot {\n name Dot15\n tile_color 0xcccccc00\n xpos 694\n ypos 633\n }\nset N3af62610 [stack 0]\n Dot {\n name Dot20\n tile_color 0xcccccc00\n xpos 859\n ypos 633\n }\nset N3af66c10 [stack 0]\n Dot {\n name Dot28\n tile_color 0xcccccc00\n xpos 1150\n ypos 633\n }\nset N3af6b420 [stack 0]\n Dot {\n name Dot33\n tile_color 0xcccccc00\n xpos 1369\n ypos 633\n }\nset N3af700a0 [stack 0]\n Dot {\n name Dot34\n tile_color 0xcccccc00\n xpos 1643\n ypos 633\n }\npush $N1f1ed880\n Dot {\n name Dot5\n xpos 1688\n ypos 251\n }\n Dot {\n name Dot22\n xpos 1688\n ypos 427\n }\nset N3af7d660 [stack 0]\npush $N3af7d660\npush $N3af7d660\npush $N3af7d660\npush $N1f1f6780\n Dot {\n name Dot9\n xpos 1539\n ypos 296\n }\n MergeExpression {\n inputs 2\n channel0 {matrix0.0 -matrix0.1 -matrix0.2 -matrix0.3}\n expr0 cos(Ab)\n channel1 {-matrix0.0 matrix0.1 -matrix0.2 -matrix0.3}\n expr1 -sin(Ab)\n channel2 {-matrix0.0 -matrix0.1 matrix0.2 -matrix0.3}\n expr2 0\n channel3 {-matrix0.0 -matrix0.1 -matrix0.2 matrix0.3}\n expr3 0\n name MergeExpression17\n xpos 1505\n ypos 424\n }\n MergeExpression {\n inputs 2\n channel0 {matrix1.0 -matrix1.1 -matrix1.2 -matrix1.3}\n expr0 sin(Ab)\n channel1 {-matrix1.0 matrix1.1 -matrix1.2 -matrix1.3}\n expr1 cos(Ab)\n channel2 {-matrix1.0 -matrix1.1 matrix1.2 -matrix1.3}\n expr2 0\n channel3 {-matrix1.0 -matrix1.1 -matrix1.2 matrix1.3}\n expr3 0\n name MergeExpression18\n xpos 1505\n ypos 448\n }\n MergeExpression {\n inputs 2\n channel0 {matrix2.0 -matrix2.1 -matrix2.2 -matrix2.3}\n expr0 0\n channel1 {-matrix2.0 matrix2.1 -matrix2.2 -matrix2.3}\n expr1 0\n channel2 {-matrix2.0 -matrix2.1 matrix2.2 -matrix2.3}\n expr2 1\n channel3 {-matrix2.0 -matrix2.1 -matrix2.2 matrix2.3}\n expr3 0\n name MergeExpression19\n xpos 1505\n ypos 472\n }\n MergeExpression {\n inputs 2\n channel0 {matrix3.0 -matrix3.1 -matrix3.2 -matrix3.3}\n expr0 0\n channel1 {-matrix3.0 matrix3.1 -matrix3.2 -matrix3.3}\n expr1 0\n channel2 {-matrix3.0 -matrix3.1 matrix3.2 -matrix3.3}\n expr2 0\n channel3 {-matrix3.0 -matrix3.1 -matrix3.2 matrix3.3}\n expr3 1\n name MergeExpression20\n xpos 1505\n ypos 496\n }\n NoOp {\n name Z\n tile_color 0xffff\n xpos 1505\n ypos 540\n }\n Dot {\n name Dot17\n tile_color 0xffff\n xpos 1539\n ypos 788\n }\n Dot {\n name Dot14\n tile_color 0xffff\n xpos 1539\n ypos 854\n }\nset N3ae440a0 [stack 0]\n Dot {\n name Dot19\n tile_color 0xffff\n xpos 1539\n ypos 947\n }\nset N3ae48990 [stack 0]\n Dot {\n name Dot27\n tile_color 0xffff\n xpos 1539\n ypos 1142\n }\nset N3ae4cd90 [stack 0]\n Dot {\n name Dot30\n tile_color 0xffff\n xpos 1539\n ypos 1268\n }\nset N3ae51b90 [stack 0]\n Dot {\n name Dot37\n tile_color 0xffff\n xpos 1539\n ypos 1374\n }\nset N3ae56460 [stack 0]\n Dot {\n name Dot39\n tile_color 0xffff\n xpos 1539\n ypos 1540\n }\n Group {\n inputs 2\n name ProductMatrix4_15\n help \"Multiply two pixel based Matrix4 (Defined as layers matrix0, matrix1, matrix2 and matrix3)\"\n xpos 1609\n ypos 1537\n addUserKnob {20 Matrix4Product l \"Product Matrix4\"}\n addUserKnob {26 Description l \"\" +STARTLINE T \"Multiply two matrix4: matrixA*matrixB\"}\n addUserKnob {26 divider_copyright l \"\" +STARTLINE}\n addUserKnob {26 copyright l \"\" +STARTLINE T \"v1.0 - Mathieu Goulet-Aubin & Erwan Leroy - Github\"}\n }\n Input {\n inputs 0\n name matrixA\n xpos 344\n ypos 139\n }\n Dot {\n name Dot3\n xpos 378\n ypos 252\n }\nset N3ae6c2d0 [stack 0]\npush $N3ae6c2d0\npush $N3ae6c2d0\npush $N3ae6c2d0\n Input {\n inputs 0\n name matrixB\n xpos 21\n ypos 142\n number 1\n }\n MergeExpression {\n inputs 2\n channel0 {matrix0.0 -matrix0.1 -matrix0.2 -matrix0.3}\n expr0 (Bmatrix0.0*Amatrix0.0)+(Bmatrix0.1*Amatrix1.0)+(Bmatrix0.2*Amatrix2.0)+(Bmatrix0.3*Amatrix3.0)\n channel1 {-matrix0.0 matrix0.1 -matrix0.2 -matrix0.3}\n expr1 (Bmatrix0.0*Amatrix0.1)+(Bmatrix0.1*Amatrix1.1)+(Bmatrix0.2*Amatrix2.1)+(Bmatrix0.3*Amatrix3.1)\n channel2 {-matrix0.0 -matrix0.1 matrix0.2 -matrix0.3}\n expr2 (Bmatrix0.0*Amatrix0.2)+(Bmatrix0.1*Amatrix1.2)+(Bmatrix0.2*Amatrix2.2)+(Bmatrix0.3*Amatrix3.2)\n channel3 {-matrix0.0 -matrix0.1 -matrix0.2 matrix0.3}\n expr3 (Bmatrix0.0*Amatrix0.3)+(Bmatrix0.1*Amatrix1.3)+(Bmatrix0.2*Amatrix2.3)+(Bmatrix0.3*Amatrix3.3)\n name MergeExpression1\n xpos 21\n ypos 249\n }\n MergeExpression {\n inputs 2\n channel0 {matrix1.0 -matrix1.1 -matrix1.2 -matrix1.3}\n expr0 (Bmatrix1.0*Amatrix0.0)+(Bmatrix1.1*Amatrix1.0)+(Bmatrix1.2*Amatrix2.0)+(Bmatrix1.3*Amatrix3.0)\n channel1 {-matrix1.0 matrix1.1 -matrix1.2 -matrix1.3}\n expr1 (Bmatrix1.0*Amatrix0.1)+(Bmatrix1.1*Amatrix1.1)+(Bmatrix1.2*Amatrix2.1)+(Bmatrix1.3*Amatrix3.1)\n channel2 {-matrix1.0 -matrix1.1 matrix1.2 -matrix1.3}\n expr2 (Bmatrix1.0*Amatrix0.2)+(Bmatrix1.1*Amatrix1.2)+(Bmatrix1.2*Amatrix2.2)+(Bmatrix1.3*Amatrix3.2)\n channel3 {-matrix1.0 -matrix1.1 -matrix1.2 matrix1.3}\n expr3 (Bmatrix1.0*Amatrix0.3)+(Bmatrix1.1*Amatrix1.3)+(Bmatrix1.2*Amatrix2.3)+(Bmatrix1.3*Amatrix3.3)\n name MergeExpression2\n xpos 21\n ypos 273\n }\n MergeExpression {\n inputs 2\n channel0 {matrix2.0 -matrix2.1 -matrix2.2 -matrix2.3}\n expr0 (Bmatrix2.0*Amatrix0.0)+(Bmatrix2.1*Amatrix1.0)+(Bmatrix2.2*Amatrix2.0)+(Bmatrix2.3*Amatrix3.0)\n channel1 {-matrix2.0 matrix2.1 -matrix2.2 -matrix2.3}\n expr1 (Bmatrix2.0*Amatrix0.1)+(Bmatrix2.1*Amatrix1.1)+(Bmatrix2.2*Amatrix2.1)+(Bmatrix2.3*Amatrix3.1)\n channel2 {-matrix2.0 -matrix2.1 matrix2.2 -matrix2.3}\n expr2 (Bmatrix2.0*Amatrix0.2)+(Bmatrix2.1*Amatrix1.2)+(Bmatrix2.2*Amatrix2.2)+(Bmatrix2.3*Amatrix3.2)\n channel3 {-matrix2.0 -matrix2.1 -matrix2.2 matrix2.3}\n expr3 (Bmatrix2.0*Amatrix0.3)+(Bmatrix2.1*Amatrix1.3)+(Bmatrix2.2*Amatrix2.3)+(Bmatrix2.3*Amatrix3.3)\n name MergeExpression3\n xpos 21\n ypos 297\n }\n MergeExpression {\n inputs 2\n channel0 {matrix3.0 -matrix3.1 -matrix3.2 -matrix3.3}\n expr0 (Bmatrix3.0*Amatrix0.0)+(Bmatrix3.1*Amatrix1.0)+(Bmatrix3.2*Amatrix2.0)+(Bmatrix3.3*Amatrix3.0)\n channel1 {-matrix3.0 matrix3.1 -matrix3.2 -matrix3.3}\n expr1 (Bmatrix3.0*Amatrix0.1)+(Bmatrix3.1*Amatrix1.1)+(Bmatrix3.2*Amatrix2.1)+(Bmatrix3.3*Amatrix3.1)\n channel2 {-matrix3.0 -matrix3.1 matrix3.2 -matrix3.3}\n expr2 (Bmatrix3.0*Amatrix0.2)+(Bmatrix3.1*Amatrix1.2)+(Bmatrix3.2*Amatrix2.2)+(Bmatrix3.3*Amatrix3.2)\n channel3 {-matrix3.0 -matrix3.1 -matrix3.2 matrix3.3}\n expr3 (Bmatrix3.0*Amatrix0.3)+(Bmatrix3.1*Amatrix1.3)+(Bmatrix3.2*Amatrix2.3)+(Bmatrix3.3*Amatrix3.3)\n name MergeExpression4\n xpos 21\n ypos 321\n }\n Output {\n name Output1\n xpos 21\n ypos 421\n }\n end_group\n Group {\n inputs 2\n name ProductMatrix4_16\n help \"Multiply two pixel based Matrix4 (Defined as layers matrix0, matrix1, matrix2 and matrix3)\"\n xpos 1609\n ypos 1577\n addUserKnob {20 Matrix4Product l \"Product Matrix4\"}\n addUserKnob {26 Description l \"\" +STARTLINE T \"Multiply two matrix4: matrixA*matrixB\"}\n addUserKnob {26 divider_copyright l \"\" +STARTLINE}\n addUserKnob {26 copyright l \"\" +STARTLINE T \"v1.0 - Mathieu Goulet-Aubin & Erwan Leroy - Github\"}\n }\n Input {\n inputs 0\n name matrixA\n xpos 344\n ypos 139\n }\n Dot {\n name Dot3\n xpos 378\n ypos 252\n }\nset N5c7002b0 [stack 0]\npush $N5c7002b0\npush $N5c7002b0\npush $N5c7002b0\n Input {\n inputs 0\n name matrixB\n xpos 21\n ypos 142\n number 1\n }\n MergeExpression {\n inputs 2\n channel0 {matrix0.0 -matrix0.1 -matrix0.2 -matrix0.3}\n expr0 (Bmatrix0.0*Amatrix0.0)+(Bmatrix0.1*Amatrix1.0)+(Bmatrix0.2*Amatrix2.0)+(Bmatrix0.3*Amatrix3.0)\n channel1 {-matrix0.0 matrix0.1 -matrix0.2 -matrix0.3}\n expr1 (Bmatrix0.0*Amatrix0.1)+(Bmatrix0.1*Amatrix1.1)+(Bmatrix0.2*Amatrix2.1)+(Bmatrix0.3*Amatrix3.1)\n channel2 {-matrix0.0 -matrix0.1 matrix0.2 -matrix0.3}\n expr2 (Bmatrix0.0*Amatrix0.2)+(Bmatrix0.1*Amatrix1.2)+(Bmatrix0.2*Amatrix2.2)+(Bmatrix0.3*Amatrix3.2)\n channel3 {-matrix0.0 -matrix0.1 -matrix0.2 matrix0.3}\n expr3 (Bmatrix0.0*Amatrix0.3)+(Bmatrix0.1*Amatrix1.3)+(Bmatrix0.2*Amatrix2.3)+(Bmatrix0.3*Amatrix3.3)\n name MergeExpression1\n xpos 21\n ypos 249\n }\n MergeExpression {\n inputs 2\n channel0 {matrix1.0 -matrix1.1 -matrix1.2 -matrix1.3}\n expr0 (Bmatrix1.0*Amatrix0.0)+(Bmatrix1.1*Amatrix1.0)+(Bmatrix1.2*Amatrix2.0)+(Bmatrix1.3*Amatrix3.0)\n channel1 {-matrix1.0 matrix1.1 -matrix1.2 -matrix1.3}\n expr1 (Bmatrix1.0*Amatrix0.1)+(Bmatrix1.1*Amatrix1.1)+(Bmatrix1.2*Amatrix2.1)+(Bmatrix1.3*Amatrix3.1)\n channel2 {-matrix1.0 -matrix1.1 matrix1.2 -matrix1.3}\n expr2 (Bmatrix1.0*Amatrix0.2)+(Bmatrix1.1*Amatrix1.2)+(Bmatrix1.2*Amatrix2.2)+(Bmatrix1.3*Amatrix3.2)\n channel3 {-matrix1.0 -matrix1.1 -matrix1.2 matrix1.3}\n expr3 (Bmatrix1.0*Amatrix0.3)+(Bmatrix1.1*Amatrix1.3)+(Bmatrix1.2*Amatrix2.3)+(Bmatrix1.3*Amatrix3.3)\n name MergeExpression2\n xpos 21\n ypos 273\n }\n MergeExpression {\n inputs 2\n channel0 {matrix2.0 -matrix2.1 -matrix2.2 -matrix2.3}\n expr0 (Bmatrix2.0*Amatrix0.0)+(Bmatrix2.1*Amatrix1.0)+(Bmatrix2.2*Amatrix2.0)+(Bmatrix2.3*Amatrix3.0)\n channel1 {-matrix2.0 matrix2.1 -matrix2.2 -matrix2.3}\n expr1 (Bmatrix2.0*Amatrix0.1)+(Bmatrix2.1*Amatrix1.1)+(Bmatrix2.2*Amatrix2.1)+(Bmatrix2.3*Amatrix3.1)\n channel2 {-matrix2.0 -matrix2.1 matrix2.2 -matrix2.3}\n expr2 (Bmatrix2.0*Amatrix0.2)+(Bmatrix2.1*Amatrix1.2)+(Bmatrix2.2*Amatrix2.2)+(Bmatrix2.3*Amatrix3.2)\n channel3 {-matrix2.0 -matrix2.1 -matrix2.2 matrix2.3}\n expr3 (Bmatrix2.0*Amatrix0.3)+(Bmatrix2.1*Amatrix1.3)+(Bmatrix2.2*Amatrix2.3)+(Bmatrix2.3*Amatrix3.3)\n name MergeExpression3\n xpos 21\n ypos 297\n }\n MergeExpression {\n inputs 2\n channel0 {matrix3.0 -matrix3.1 -matrix3.2 -matrix3.3}\n expr0 (Bmatrix3.0*Amatrix0.0)+(Bmatrix3.1*Amatrix1.0)+(Bmatrix3.2*Amatrix2.0)+(Bmatrix3.3*Amatrix3.0)\n channel1 {-matrix3.0 matrix3.1 -matrix3.2 -matrix3.3}\n expr1 (Bmatrix3.0*Amatrix0.1)+(Bmatrix3.1*Amatrix1.1)+(Bmatrix3.2*Amatrix2.1)+(Bmatrix3.3*Amatrix3.1)\n channel2 {-matrix3.0 -matrix3.1 matrix3.2 -matrix3.3}\n expr2 (Bmatrix3.0*Amatrix0.2)+(Bmatrix3.1*Amatrix1.2)+(Bmatrix3.2*Amatrix2.2)+(Bmatrix3.3*Amatrix3.2)\n channel3 {-matrix3.0 -matrix3.1 -matrix3.2 matrix3.3}\n expr3 (Bmatrix3.0*Amatrix0.3)+(Bmatrix3.1*Amatrix1.3)+(Bmatrix3.2*Amatrix2.3)+(Bmatrix3.3*Amatrix3.3)\n name MergeExpression4\n xpos 21\n ypos 321\n }\n Output {\n name Output1\n xpos 21\n ypos 421\n }\n end_group\n Group {\n inputs 2\n name ProductMatrix4_17\n help \"Multiply two pixel based Matrix4 (Defined as layers matrix0, matrix1, matrix2 and matrix3)\"\n xpos 1609\n ypos 1618\n addUserKnob {20 Matrix4Product l \"Product Matrix4\"}\n addUserKnob {26 Description l \"\" +STARTLINE T \"Multiply two matrix4: matrixA*matrixB\"}\n addUserKnob {26 divider_copyright l \"\" +STARTLINE}\n addUserKnob {26 copyright l \"\" +STARTLINE T \"v1.0 - Mathieu Goulet-Aubin & Erwan Leroy - Github\"}\n }\n Input {\n inputs 0\n name matrixA\n xpos 344\n ypos 139\n }\n Dot {\n name Dot3\n xpos 378\n ypos 252\n }\nset N5c74f310 [stack 0]\npush $N5c74f310\npush $N5c74f310\npush $N5c74f310\n Input {\n inputs 0\n name matrixB\n xpos 21\n ypos 142\n number 1\n }\n MergeExpression {\n inputs 2\n channel0 {matrix0.0 -matrix0.1 -matrix0.2 -matrix0.3}\n expr0 (Bmatrix0.0*Amatrix0.0)+(Bmatrix0.1*Amatrix1.0)+(Bmatrix0.2*Amatrix2.0)+(Bmatrix0.3*Amatrix3.0)\n channel1 {-matrix0.0 matrix0.1 -matrix0.2 -matrix0.3}\n expr1 (Bmatrix0.0*Amatrix0.1)+(Bmatrix0.1*Amatrix1.1)+(Bmatrix0.2*Amatrix2.1)+(Bmatrix0.3*Amatrix3.1)\n channel2 {-matrix0.0 -matrix0.1 matrix0.2 -matrix0.3}\n expr2 (Bmatrix0.0*Amatrix0.2)+(Bmatrix0.1*Amatrix1.2)+(Bmatrix0.2*Amatrix2.2)+(Bmatrix0.3*Amatrix3.2)\n channel3 {-matrix0.0 -matrix0.1 -matrix0.2 matrix0.3}\n expr3 (Bmatrix0.0*Amatrix0.3)+(Bmatrix0.1*Amatrix1.3)+(Bmatrix0.2*Amatrix2.3)+(Bmatrix0.3*Amatrix3.3)\n name MergeExpression1\n xpos 21\n ypos 249\n }\n MergeExpression {\n inputs 2\n channel0 {matrix1.0 -matrix1.1 -matrix1.2 -matrix1.3}\n expr0 (Bmatrix1.0*Amatrix0.0)+(Bmatrix1.1*Amatrix1.0)+(Bmatrix1.2*Amatrix2.0)+(Bmatrix1.3*Amatrix3.0)\n channel1 {-matrix1.0 matrix1.1 -matrix1.2 -matrix1.3}\n expr1 (Bmatrix1.0*Amatrix0.1)+(Bmatrix1.1*Amatrix1.1)+(Bmatrix1.2*Amatrix2.1)+(Bmatrix1.3*Amatrix3.1)\n channel2 {-matrix1.0 -matrix1.1 matrix1.2 -matrix1.3}\n expr2 (Bmatrix1.0*Amatrix0.2)+(Bmatrix1.1*Amatrix1.2)+(Bmatrix1.2*Amatrix2.2)+(Bmatrix1.3*Amatrix3.2)\n channel3 {-matrix1.0 -matrix1.1 -matrix1.2 matrix1.3}\n expr3 (Bmatrix1.0*Amatrix0.3)+(Bmatrix1.1*Amatrix1.3)+(Bmatrix1.2*Amatrix2.3)+(Bmatrix1.3*Amatrix3.3)\n name MergeExpression2\n xpos 21\n ypos 273\n }\n MergeExpression {\n inputs 2\n channel0 {matrix2.0 -matrix2.1 -matrix2.2 -matrix2.3}\n expr0 (Bmatrix2.0*Amatrix0.0)+(Bmatrix2.1*Amatrix1.0)+(Bmatrix2.2*Amatrix2.0)+(Bmatrix2.3*Amatrix3.0)\n channel1 {-matrix2.0 matrix2.1 -matrix2.2 -matrix2.3}\n expr1 (Bmatrix2.0*Amatrix0.1)+(Bmatrix2.1*Amatrix1.1)+(Bmatrix2.2*Amatrix2.1)+(Bmatrix2.3*Amatrix3.1)\n channel2 {-matrix2.0 -matrix2.1 matrix2.2 -matrix2.3}\n expr2 (Bmatrix2.0*Amatrix0.2)+(Bmatrix2.1*Amatrix1.2)+(Bmatrix2.2*Amatrix2.2)+(Bmatrix2.3*Amatrix3.2)\n channel3 {-matrix2.0 -matrix2.1 -matrix2.2 matrix2.3}\n expr3 (Bmatrix2.0*Amatrix0.3)+(Bmatrix2.1*Amatrix1.3)+(Bmatrix2.2*Amatrix2.3)+(Bmatrix2.3*Amatrix3.3)\n name MergeExpression3\n xpos 21\n ypos 297\n }\n MergeExpression {\n inputs 2\n channel0 {matrix3.0 -matrix3.1 -matrix3.2 -matrix3.3}\n expr0 (Bmatrix3.0*Amatrix0.0)+(Bmatrix3.1*Amatrix1.0)+(Bmatrix3.2*Amatrix2.0)+(Bmatrix3.3*Amatrix3.0)\n channel1 {-matrix3.0 matrix3.1 -matrix3.2 -matrix3.3}\n expr1 (Bmatrix3.0*Amatrix0.1)+(Bmatrix3.1*Amatrix1.1)+(Bmatrix3.2*Amatrix2.1)+(Bmatrix3.3*Amatrix3.1)\n channel2 {-matrix3.0 -matrix3.1 matrix3.2 -matrix3.3}\n expr2 (Bmatrix3.0*Amatrix0.2)+(Bmatrix3.1*Amatrix1.2)+(Bmatrix3.2*Amatrix2.2)+(Bmatrix3.3*Amatrix3.2)\n channel3 {-matrix3.0 -matrix3.1 -matrix3.2 matrix3.3}\n expr3 (Bmatrix3.0*Amatrix0.3)+(Bmatrix3.1*Amatrix1.3)+(Bmatrix3.2*Amatrix2.3)+(Bmatrix3.3*Amatrix3.3)\n name MergeExpression4\n xpos 21\n ypos 321\n }\n Output {\n name Output1\n xpos 21\n ypos 421\n }\n end_group\n Dot {\n name Dot42\n tile_color 0xcccccc00\n xpos 1643\n ypos 1796\n }\npush $N3af50110\npush $N1f1e44d0\npush $N3af700a0\npush $N3ae56460\n Group {\n inputs 2\n name ProductMatrix4_12\n help \"Multiply two pixel based Matrix4 (Defined as layers matrix0, matrix1, matrix2 and matrix3)\"\n xpos 1335\n ypos 1371\n addUserKnob {20 Matrix4Product l \"Product Matrix4\"}\n addUserKnob {26 Description l \"\" +STARTLINE T \"Multiply two matrix4: matrixA*matrixB\"}\n addUserKnob {26 divider_copyright l \"\" +STARTLINE}\n addUserKnob {26 copyright l \"\" +STARTLINE T \"v1.0 - Mathieu Goulet-Aubin & Erwan Leroy - Github\"}\n }\n Input {\n inputs 0\n name matrixA\n xpos 344\n ypos 139\n }\n Dot {\n name Dot3\n xpos 378\n ypos 252\n }\nset N3ad61c90 [stack 0]\npush $N3ad61c90\npush $N3ad61c90\npush $N3ad61c90\n Input {\n inputs 0\n name matrixB\n xpos 21\n ypos 142\n number 1\n }\n MergeExpression {\n inputs 2\n channel0 {matrix0.0 -matrix0.1 -matrix0.2 -matrix0.3}\n expr0 (Bmatrix0.0*Amatrix0.0)+(Bmatrix0.1*Amatrix1.0)+(Bmatrix0.2*Amatrix2.0)+(Bmatrix0.3*Amatrix3.0)\n channel1 {-matrix0.0 matrix0.1 -matrix0.2 -matrix0.3}\n expr1 (Bmatrix0.0*Amatrix0.1)+(Bmatrix0.1*Amatrix1.1)+(Bmatrix0.2*Amatrix2.1)+(Bmatrix0.3*Amatrix3.1)\n channel2 {-matrix0.0 -matrix0.1 matrix0.2 -matrix0.3}\n expr2 (Bmatrix0.0*Amatrix0.2)+(Bmatrix0.1*Amatrix1.2)+(Bmatrix0.2*Amatrix2.2)+(Bmatrix0.3*Amatrix3.2)\n channel3 {-matrix0.0 -matrix0.1 -matrix0.2 matrix0.3}\n expr3 (Bmatrix0.0*Amatrix0.3)+(Bmatrix0.1*Amatrix1.3)+(Bmatrix0.2*Amatrix2.3)+(Bmatrix0.3*Amatrix3.3)\n name MergeExpression1\n xpos 21\n ypos 249\n }\n MergeExpression {\n inputs 2\n channel0 {matrix1.0 -matrix1.1 -matrix1.2 -matrix1.3}\n expr0 (Bmatrix1.0*Amatrix0.0)+(Bmatrix1.1*Amatrix1.0)+(Bmatrix1.2*Amatrix2.0)+(Bmatrix1.3*Amatrix3.0)\n channel1 {-matrix1.0 matrix1.1 -matrix1.2 -matrix1.3}\n expr1 (Bmatrix1.0*Amatrix0.1)+(Bmatrix1.1*Amatrix1.1)+(Bmatrix1.2*Amatrix2.1)+(Bmatrix1.3*Amatrix3.1)\n channel2 {-matrix1.0 -matrix1.1 matrix1.2 -matrix1.3}\n expr2 (Bmatrix1.0*Amatrix0.2)+(Bmatrix1.1*Amatrix1.2)+(Bmatrix1.2*Amatrix2.2)+(Bmatrix1.3*Amatrix3.2)\n channel3 {-matrix1.0 -matrix1.1 -matrix1.2 matrix1.3}\n expr3 (Bmatrix1.0*Amatrix0.3)+(Bmatrix1.1*Amatrix1.3)+(Bmatrix1.2*Amatrix2.3)+(Bmatrix1.3*Amatrix3.3)\n name MergeExpression2\n xpos 21\n ypos 273\n }\n MergeExpression {\n inputs 2\n channel0 {matrix2.0 -matrix2.1 -matrix2.2 -matrix2.3}\n expr0 (Bmatrix2.0*Amatrix0.0)+(Bmatrix2.1*Amatrix1.0)+(Bmatrix2.2*Amatrix2.0)+(Bmatrix2.3*Amatrix3.0)\n channel1 {-matrix2.0 matrix2.1 -matrix2.2 -matrix2.3}\n expr1 (Bmatrix2.0*Amatrix0.1)+(Bmatrix2.1*Amatrix1.1)+(Bmatrix2.2*Amatrix2.1)+(Bmatrix2.3*Amatrix3.1)\n channel2 {-matrix2.0 -matrix2.1 matrix2.2 -matrix2.3}\n expr2 (Bmatrix2.0*Amatrix0.2)+(Bmatrix2.1*Amatrix1.2)+(Bmatrix2.2*Amatrix2.2)+(Bmatrix2.3*Amatrix3.2)\n channel3 {-matrix2.0 -matrix2.1 -matrix2.2 matrix2.3}\n expr3 (Bmatrix2.0*Amatrix0.3)+(Bmatrix2.1*Amatrix1.3)+(Bmatrix2.2*Amatrix2.3)+(Bmatrix2.3*Amatrix3.3)\n name MergeExpression3\n xpos 21\n ypos 297\n }\n MergeExpression {\n inputs 2\n channel0 {matrix3.0 -matrix3.1 -matrix3.2 -matrix3.3}\n expr0 (Bmatrix3.0*Amatrix0.0)+(Bmatrix3.1*Amatrix1.0)+(Bmatrix3.2*Amatrix2.0)+(Bmatrix3.3*Amatrix3.0)\n channel1 {-matrix3.0 matrix3.1 -matrix3.2 -matrix3.3}\n expr1 (Bmatrix3.0*Amatrix0.1)+(Bmatrix3.1*Amatrix1.1)+(Bmatrix3.2*Amatrix2.1)+(Bmatrix3.3*Amatrix3.1)\n channel2 {-matrix3.0 -matrix3.1 matrix3.2 -matrix3.3}\n expr2 (Bmatrix3.0*Amatrix0.2)+(Bmatrix3.1*Amatrix1.2)+(Bmatrix3.2*Amatrix2.2)+(Bmatrix3.3*Amatrix3.2)\n channel3 {-matrix3.0 -matrix3.1 -matrix3.2 matrix3.3}\n expr3 (Bmatrix3.0*Amatrix0.3)+(Bmatrix3.1*Amatrix1.3)+(Bmatrix3.2*Amatrix2.3)+(Bmatrix3.3*Amatrix3.3)\n name MergeExpression4\n xpos 21\n ypos 321\n }\n Output {\n name Output1\n xpos 21\n ypos 421\n }\n end_group\n Group {\n inputs 2\n name ProductMatrix4_13\n help \"Multiply two pixel based Matrix4 (Defined as layers matrix0, matrix1, matrix2 and matrix3)\"\n xpos 1335\n ypos 1411\n addUserKnob {20 Matrix4Product l \"Product Matrix4\"}\n addUserKnob {26 Description l \"\" +STARTLINE T \"Multiply two matrix4: matrixA*matrixB\"}\n addUserKnob {26 divider_copyright l \"\" +STARTLINE}\n addUserKnob {26 copyright l \"\" +STARTLINE T \"v1.0 - Mathieu Goulet-Aubin & Erwan Leroy - Github\"}\n }\n Input {\n inputs 0\n name matrixA\n xpos 344\n ypos 139\n }\n Dot {\n name Dot3\n xpos 378\n ypos 252\n }\nset N3ac30d80 [stack 0]\npush $N3ac30d80\npush $N3ac30d80\npush $N3ac30d80\n Input {\n inputs 0\n name matrixB\n xpos 21\n ypos 142\n number 1\n }\n MergeExpression {\n inputs 2\n channel0 {matrix0.0 -matrix0.1 -matrix0.2 -matrix0.3}\n expr0 (Bmatrix0.0*Amatrix0.0)+(Bmatrix0.1*Amatrix1.0)+(Bmatrix0.2*Amatrix2.0)+(Bmatrix0.3*Amatrix3.0)\n channel1 {-matrix0.0 matrix0.1 -matrix0.2 -matrix0.3}\n expr1 (Bmatrix0.0*Amatrix0.1)+(Bmatrix0.1*Amatrix1.1)+(Bmatrix0.2*Amatrix2.1)+(Bmatrix0.3*Amatrix3.1)\n channel2 {-matrix0.0 -matrix0.1 matrix0.2 -matrix0.3}\n expr2 (Bmatrix0.0*Amatrix0.2)+(Bmatrix0.1*Amatrix1.2)+(Bmatrix0.2*Amatrix2.2)+(Bmatrix0.3*Amatrix3.2)\n channel3 {-matrix0.0 -matrix0.1 -matrix0.2 matrix0.3}\n expr3 (Bmatrix0.0*Amatrix0.3)+(Bmatrix0.1*Amatrix1.3)+(Bmatrix0.2*Amatrix2.3)+(Bmatrix0.3*Amatrix3.3)\n name MergeExpression1\n xpos 21\n ypos 249\n }\n MergeExpression {\n inputs 2\n channel0 {matrix1.0 -matrix1.1 -matrix1.2 -matrix1.3}\n expr0 (Bmatrix1.0*Amatrix0.0)+(Bmatrix1.1*Amatrix1.0)+(Bmatrix1.2*Amatrix2.0)+(Bmatrix1.3*Amatrix3.0)\n channel1 {-matrix1.0 matrix1.1 -matrix1.2 -matrix1.3}\n expr1 (Bmatrix1.0*Amatrix0.1)+(Bmatrix1.1*Amatrix1.1)+(Bmatrix1.2*Amatrix2.1)+(Bmatrix1.3*Amatrix3.1)\n channel2 {-matrix1.0 -matrix1.1 matrix1.2 -matrix1.3}\n expr2 (Bmatrix1.0*Amatrix0.2)+(Bmatrix1.1*Amatrix1.2)+(Bmatrix1.2*Amatrix2.2)+(Bmatrix1.3*Amatrix3.2)\n channel3 {-matrix1.0 -matrix1.1 -matrix1.2 matrix1.3}\n expr3 (Bmatrix1.0*Amatrix0.3)+(Bmatrix1.1*Amatrix1.3)+(Bmatrix1.2*Amatrix2.3)+(Bmatrix1.3*Amatrix3.3)\n name MergeExpression2\n xpos 21\n ypos 273\n }\n MergeExpression {\n inputs 2\n channel0 {matrix2.0 -matrix2.1 -matrix2.2 -matrix2.3}\n expr0 (Bmatrix2.0*Amatrix0.0)+(Bmatrix2.1*Amatrix1.0)+(Bmatrix2.2*Amatrix2.0)+(Bmatrix2.3*Amatrix3.0)\n channel1 {-matrix2.0 matrix2.1 -matrix2.2 -matrix2.3}\n expr1 (Bmatrix2.0*Amatrix0.1)+(Bmatrix2.1*Amatrix1.1)+(Bmatrix2.2*Amatrix2.1)+(Bmatrix2.3*Amatrix3.1)\n channel2 {-matrix2.0 -matrix2.1 matrix2.2 -matrix2.3}\n expr2 (Bmatrix2.0*Amatrix0.2)+(Bmatrix2.1*Amatrix1.2)+(Bmatrix2.2*Amatrix2.2)+(Bmatrix2.3*Amatrix3.2)\n channel3 {-matrix2.0 -matrix2.1 -matrix2.2 matrix2.3}\n expr3 (Bmatrix2.0*Amatrix0.3)+(Bmatrix2.1*Amatrix1.3)+(Bmatrix2.2*Amatrix2.3)+(Bmatrix2.3*Amatrix3.3)\n name MergeExpression3\n xpos 21\n ypos 297\n }\n MergeExpression {\n inputs 2\n channel0 {matrix3.0 -matrix3.1 -matrix3.2 -matrix3.3}\n expr0 (Bmatrix3.0*Amatrix0.0)+(Bmatrix3.1*Amatrix1.0)+(Bmatrix3.2*Amatrix2.0)+(Bmatrix3.3*Amatrix3.0)\n channel1 {-matrix3.0 matrix3.1 -matrix3.2 -matrix3.3}\n expr1 (Bmatrix3.0*Amatrix0.1)+(Bmatrix3.1*Amatrix1.1)+(Bmatrix3.2*Amatrix2.1)+(Bmatrix3.3*Amatrix3.1)\n channel2 {-matrix3.0 -matrix3.1 matrix3.2 -matrix3.3}\n expr2 (Bmatrix3.0*Amatrix0.2)+(Bmatrix3.1*Amatrix1.2)+(Bmatrix3.2*Amatrix2.2)+(Bmatrix3.3*Amatrix3.2)\n channel3 {-matrix3.0 -matrix3.1 -matrix3.2 matrix3.3}\n expr3 (Bmatrix3.0*Amatrix0.3)+(Bmatrix3.1*Amatrix1.3)+(Bmatrix3.2*Amatrix2.3)+(Bmatrix3.3*Amatrix3.3)\n name MergeExpression4\n xpos 21\n ypos 321\n }\n Output {\n name Output1\n xpos 21\n ypos 421\n }\n end_group\n Group {\n inputs 2\n name ProductMatrix4_14\n help \"Multiply two pixel based Matrix4 (Defined as layers matrix0, matrix1, matrix2 and matrix3)\"\n xpos 1335\n ypos 1452\n addUserKnob {20 Matrix4Product l \"Product Matrix4\"}\n addUserKnob {26 Description l \"\" +STARTLINE T \"Multiply two matrix4: matrixA*matrixB\"}\n addUserKnob {26 divider_copyright l \"\" +STARTLINE}\n addUserKnob {26 copyright l \"\" +STARTLINE T \"v1.0 - Mathieu Goulet-Aubin & Erwan Leroy - Github\"}\n }\n Input {\n inputs 0\n name matrixA\n xpos 344\n ypos 139\n }\n Dot {\n name Dot3\n xpos 378\n ypos 252\n }\nset N3ac7fed0 [stack 0]\npush $N3ac7fed0\npush $N3ac7fed0\npush $N3ac7fed0\n Input {\n inputs 0\n name matrixB\n xpos 21\n ypos 142\n number 1\n }\n MergeExpression {\n inputs 2\n channel0 {matrix0.0 -matrix0.1 -matrix0.2 -matrix0.3}\n expr0 (Bmatrix0.0*Amatrix0.0)+(Bmatrix0.1*Amatrix1.0)+(Bmatrix0.2*Amatrix2.0)+(Bmatrix0.3*Amatrix3.0)\n channel1 {-matrix0.0 matrix0.1 -matrix0.2 -matrix0.3}\n expr1 (Bmatrix0.0*Amatrix0.1)+(Bmatrix0.1*Amatrix1.1)+(Bmatrix0.2*Amatrix2.1)+(Bmatrix0.3*Amatrix3.1)\n channel2 {-matrix0.0 -matrix0.1 matrix0.2 -matrix0.3}\n expr2 (Bmatrix0.0*Amatrix0.2)+(Bmatrix0.1*Amatrix1.2)+(Bmatrix0.2*Amatrix2.2)+(Bmatrix0.3*Amatrix3.2)\n channel3 {-matrix0.0 -matrix0.1 -matrix0.2 matrix0.3}\n expr3 (Bmatrix0.0*Amatrix0.3)+(Bmatrix0.1*Amatrix1.3)+(Bmatrix0.2*Amatrix2.3)+(Bmatrix0.3*Amatrix3.3)\n name MergeExpression1\n xpos 21\n ypos 249\n }\n MergeExpression {\n inputs 2\n channel0 {matrix1.0 -matrix1.1 -matrix1.2 -matrix1.3}\n expr0 (Bmatrix1.0*Amatrix0.0)+(Bmatrix1.1*Amatrix1.0)+(Bmatrix1.2*Amatrix2.0)+(Bmatrix1.3*Amatrix3.0)\n channel1 {-matrix1.0 matrix1.1 -matrix1.2 -matrix1.3}\n expr1 (Bmatrix1.0*Amatrix0.1)+(Bmatrix1.1*Amatrix1.1)+(Bmatrix1.2*Amatrix2.1)+(Bmatrix1.3*Amatrix3.1)\n channel2 {-matrix1.0 -matrix1.1 matrix1.2 -matrix1.3}\n expr2 (Bmatrix1.0*Amatrix0.2)+(Bmatrix1.1*Amatrix1.2)+(Bmatrix1.2*Amatrix2.2)+(Bmatrix1.3*Amatrix3.2)\n channel3 {-matrix1.0 -matrix1.1 -matrix1.2 matrix1.3}\n expr3 (Bmatrix1.0*Amatrix0.3)+(Bmatrix1.1*Amatrix1.3)+(Bmatrix1.2*Amatrix2.3)+(Bmatrix1.3*Amatrix3.3)\n name MergeExpression2\n xpos 21\n ypos 273\n }\n MergeExpression {\n inputs 2\n channel0 {matrix2.0 -matrix2.1 -matrix2.2 -matrix2.3}\n expr0 (Bmatrix2.0*Amatrix0.0)+(Bmatrix2.1*Amatrix1.0)+(Bmatrix2.2*Amatrix2.0)+(Bmatrix2.3*Amatrix3.0)\n channel1 {-matrix2.0 matrix2.1 -matrix2.2 -matrix2.3}\n expr1 (Bmatrix2.0*Amatrix0.1)+(Bmatrix2.1*Amatrix1.1)+(Bmatrix2.2*Amatrix2.1)+(Bmatrix2.3*Amatrix3.1)\n channel2 {-matrix2.0 -matrix2.1 matrix2.2 -matrix2.3}\n expr2 (Bmatrix2.0*Amatrix0.2)+(Bmatrix2.1*Amatrix1.2)+(Bmatrix2.2*Amatrix2.2)+(Bmatrix2.3*Amatrix3.2)\n channel3 {-matrix2.0 -matrix2.1 -matrix2.2 matrix2.3}\n expr3 (Bmatrix2.0*Amatrix0.3)+(Bmatrix2.1*Amatrix1.3)+(Bmatrix2.2*Amatrix2.3)+(Bmatrix2.3*Amatrix3.3)\n name MergeExpression3\n xpos 21\n ypos 297\n }\n MergeExpression {\n inputs 2\n channel0 {matrix3.0 -matrix3.1 -matrix3.2 -matrix3.3}\n expr0 (Bmatrix3.0*Amatrix0.0)+(Bmatrix3.1*Amatrix1.0)+(Bmatrix3.2*Amatrix2.0)+(Bmatrix3.3*Amatrix3.0)\n channel1 {-matrix3.0 matrix3.1 -matrix3.2 -matrix3.3}\n expr1 (Bmatrix3.0*Amatrix0.1)+(Bmatrix3.1*Amatrix1.1)+(Bmatrix3.2*Amatrix2.1)+(Bmatrix3.3*Amatrix3.1)\n channel2 {-matrix3.0 -matrix3.1 matrix3.2 -matrix3.3}\n expr2 (Bmatrix3.0*Amatrix0.2)+(Bmatrix3.1*Amatrix1.2)+(Bmatrix3.2*Amatrix2.2)+(Bmatrix3.3*Amatrix3.2)\n channel3 {-matrix3.0 -matrix3.1 -matrix3.2 matrix3.3}\n expr3 (Bmatrix3.0*Amatrix0.3)+(Bmatrix3.1*Amatrix1.3)+(Bmatrix3.2*Amatrix2.3)+(Bmatrix3.3*Amatrix3.3)\n name MergeExpression4\n xpos 21\n ypos 321\n }\n Output {\n name Output1\n xpos 21\n ypos 421\n }\n end_group\n Dot {\n name Dot38\n tile_color 0xcccccc00\n xpos 1369\n ypos 1791\n }\npush $N3f7e80f0\npush $N3ae51b90\npush $N3af6b420\npush $N3af4b570\n Group {\n inputs 2\n name ProductMatrix4_9\n help \"Multiply two pixel based Matrix4 (Defined as layers matrix0, matrix1, matrix2 and matrix3)\"\n xpos 1116\n ypos 1225\n addUserKnob {20 Matrix4Product l \"Product Matrix4\"}\n addUserKnob {26 Description l \"\" +STARTLINE T \"Multiply two matrix4: matrixA*matrixB\"}\n addUserKnob {26 divider_copyright l \"\" +STARTLINE}\n addUserKnob {26 copyright l \"\" +STARTLINE T \"v1.0 - Mathieu Goulet-Aubin & Erwan Leroy - Github\"}\n }\n Input {\n inputs 0\n name matrixA\n xpos 344\n ypos 139\n }\n Dot {\n name Dot3\n xpos 378\n ypos 252\n }\nset N3ab53a90 [stack 0]\npush $N3ab53a90\npush $N3ab53a90\npush $N3ab53a90\n Input {\n inputs 0\n name matrixB\n xpos 21\n ypos 142\n number 1\n }\n MergeExpression {\n inputs 2\n channel0 {matrix0.0 -matrix0.1 -matrix0.2 -matrix0.3}\n expr0 (Bmatrix0.0*Amatrix0.0)+(Bmatrix0.1*Amatrix1.0)+(Bmatrix0.2*Amatrix2.0)+(Bmatrix0.3*Amatrix3.0)\n channel1 {-matrix0.0 matrix0.1 -matrix0.2 -matrix0.3}\n expr1 (Bmatrix0.0*Amatrix0.1)+(Bmatrix0.1*Amatrix1.1)+(Bmatrix0.2*Amatrix2.1)+(Bmatrix0.3*Amatrix3.1)\n channel2 {-matrix0.0 -matrix0.1 matrix0.2 -matrix0.3}\n expr2 (Bmatrix0.0*Amatrix0.2)+(Bmatrix0.1*Amatrix1.2)+(Bmatrix0.2*Amatrix2.2)+(Bmatrix0.3*Amatrix3.2)\n channel3 {-matrix0.0 -matrix0.1 -matrix0.2 matrix0.3}\n expr3 (Bmatrix0.0*Amatrix0.3)+(Bmatrix0.1*Amatrix1.3)+(Bmatrix0.2*Amatrix2.3)+(Bmatrix0.3*Amatrix3.3)\n name MergeExpression1\n xpos 21\n ypos 249\n }\n MergeExpression {\n inputs 2\n channel0 {matrix1.0 -matrix1.1 -matrix1.2 -matrix1.3}\n expr0 (Bmatrix1.0*Amatrix0.0)+(Bmatrix1.1*Amatrix1.0)+(Bmatrix1.2*Amatrix2.0)+(Bmatrix1.3*Amatrix3.0)\n channel1 {-matrix1.0 matrix1.1 -matrix1.2 -matrix1.3}\n expr1 (Bmatrix1.0*Amatrix0.1)+(Bmatrix1.1*Amatrix1.1)+(Bmatrix1.2*Amatrix2.1)+(Bmatrix1.3*Amatrix3.1)\n channel2 {-matrix1.0 -matrix1.1 matrix1.2 -matrix1.3}\n expr2 (Bmatrix1.0*Amatrix0.2)+(Bmatrix1.1*Amatrix1.2)+(Bmatrix1.2*Amatrix2.2)+(Bmatrix1.3*Amatrix3.2)\n channel3 {-matrix1.0 -matrix1.1 -matrix1.2 matrix1.3}\n expr3 (Bmatrix1.0*Amatrix0.3)+(Bmatrix1.1*Amatrix1.3)+(Bmatrix1.2*Amatrix2.3)+(Bmatrix1.3*Amatrix3.3)\n name MergeExpression2\n xpos 21\n ypos 273\n }\n MergeExpression {\n inputs 2\n channel0 {matrix2.0 -matrix2.1 -matrix2.2 -matrix2.3}\n expr0 (Bmatrix2.0*Amatrix0.0)+(Bmatrix2.1*Amatrix1.0)+(Bmatrix2.2*Amatrix2.0)+(Bmatrix2.3*Amatrix3.0)\n channel1 {-matrix2.0 matrix2.1 -matrix2.2 -matrix2.3}\n expr1 (Bmatrix2.0*Amatrix0.1)+(Bmatrix2.1*Amatrix1.1)+(Bmatrix2.2*Amatrix2.1)+(Bmatrix2.3*Amatrix3.1)\n channel2 {-matrix2.0 -matrix2.1 matrix2.2 -matrix2.3}\n expr2 (Bmatrix2.0*Amatrix0.2)+(Bmatrix2.1*Amatrix1.2)+(Bmatrix2.2*Amatrix2.2)+(Bmatrix2.3*Amatrix3.2)\n channel3 {-matrix2.0 -matrix2.1 -matrix2.2 matrix2.3}\n expr3 (Bmatrix2.0*Amatrix0.3)+(Bmatrix2.1*Amatrix1.3)+(Bmatrix2.2*Amatrix2.3)+(Bmatrix2.3*Amatrix3.3)\n name MergeExpression3\n xpos 21\n ypos 297\n }\n MergeExpression {\n inputs 2\n channel0 {matrix3.0 -matrix3.1 -matrix3.2 -matrix3.3}\n expr0 (Bmatrix3.0*Amatrix0.0)+(Bmatrix3.1*Amatrix1.0)+(Bmatrix3.2*Amatrix2.0)+(Bmatrix3.3*Amatrix3.0)\n channel1 {-matrix3.0 matrix3.1 -matrix3.2 -matrix3.3}\n expr1 (Bmatrix3.0*Amatrix0.1)+(Bmatrix3.1*Amatrix1.1)+(Bmatrix3.2*Amatrix2.1)+(Bmatrix3.3*Amatrix3.1)\n channel2 {-matrix3.0 -matrix3.1 matrix3.2 -matrix3.3}\n expr2 (Bmatrix3.0*Amatrix0.2)+(Bmatrix3.1*Amatrix1.2)+(Bmatrix3.2*Amatrix2.2)+(Bmatrix3.3*Amatrix3.2)\n channel3 {-matrix3.0 -matrix3.1 -matrix3.2 matrix3.3}\n expr3 (Bmatrix3.0*Amatrix0.3)+(Bmatrix3.1*Amatrix1.3)+(Bmatrix3.2*Amatrix2.3)+(Bmatrix3.3*Amatrix3.3)\n name MergeExpression4\n xpos 21\n ypos 321\n }\n Output {\n name Output1\n xpos 21\n ypos 421\n }\n end_group\n Group {\n inputs 2\n name ProductMatrix4_10\n help \"Multiply two pixel based Matrix4 (Defined as layers matrix0, matrix1, matrix2 and matrix3)\"\n xpos 1116\n ypos 1265\n addUserKnob {20 Matrix4Product l \"Product Matrix4\"}\n addUserKnob {26 Description l \"\" +STARTLINE T \"Multiply two matrix4: matrixA*matrixB\"}\n addUserKnob {26 divider_copyright l \"\" +STARTLINE}\n addUserKnob {26 copyright l \"\" +STARTLINE T \"v1.0 - Mathieu Goulet-Aubin & Erwan Leroy - Github\"}\n }\n Input {\n inputs 0\n name matrixA\n xpos 344\n ypos 139\n }\n Dot {\n name Dot3\n xpos 378\n ypos 252\n }\nset N3aba2cf0 [stack 0]\npush $N3aba2cf0\npush $N3aba2cf0\npush $N3aba2cf0\n Input {\n inputs 0\n name matrixB\n xpos 21\n ypos 142\n number 1\n }\n MergeExpression {\n inputs 2\n channel0 {matrix0.0 -matrix0.1 -matrix0.2 -matrix0.3}\n expr0 (Bmatrix0.0*Amatrix0.0)+(Bmatrix0.1*Amatrix1.0)+(Bmatrix0.2*Amatrix2.0)+(Bmatrix0.3*Amatrix3.0)\n channel1 {-matrix0.0 matrix0.1 -matrix0.2 -matrix0.3}\n expr1 (Bmatrix0.0*Amatrix0.1)+(Bmatrix0.1*Amatrix1.1)+(Bmatrix0.2*Amatrix2.1)+(Bmatrix0.3*Amatrix3.1)\n channel2 {-matrix0.0 -matrix0.1 matrix0.2 -matrix0.3}\n expr2 (Bmatrix0.0*Amatrix0.2)+(Bmatrix0.1*Amatrix1.2)+(Bmatrix0.2*Amatrix2.2)+(Bmatrix0.3*Amatrix3.2)\n channel3 {-matrix0.0 -matrix0.1 -matrix0.2 matrix0.3}\n expr3 (Bmatrix0.0*Amatrix0.3)+(Bmatrix0.1*Amatrix1.3)+(Bmatrix0.2*Amatrix2.3)+(Bmatrix0.3*Amatrix3.3)\n name MergeExpression1\n xpos 21\n ypos 249\n }\n MergeExpression {\n inputs 2\n channel0 {matrix1.0 -matrix1.1 -matrix1.2 -matrix1.3}\n expr0 (Bmatrix1.0*Amatrix0.0)+(Bmatrix1.1*Amatrix1.0)+(Bmatrix1.2*Amatrix2.0)+(Bmatrix1.3*Amatrix3.0)\n channel1 {-matrix1.0 matrix1.1 -matrix1.2 -matrix1.3}\n expr1 (Bmatrix1.0*Amatrix0.1)+(Bmatrix1.1*Amatrix1.1)+(Bmatrix1.2*Amatrix2.1)+(Bmatrix1.3*Amatrix3.1)\n channel2 {-matrix1.0 -matrix1.1 matrix1.2 -matrix1.3}\n expr2 (Bmatrix1.0*Amatrix0.2)+(Bmatrix1.1*Amatrix1.2)+(Bmatrix1.2*Amatrix2.2)+(Bmatrix1.3*Amatrix3.2)\n channel3 {-matrix1.0 -matrix1.1 -matrix1.2 matrix1.3}\n expr3 (Bmatrix1.0*Amatrix0.3)+(Bmatrix1.1*Amatrix1.3)+(Bmatrix1.2*Amatrix2.3)+(Bmatrix1.3*Amatrix3.3)\n name MergeExpression2\n xpos 21\n ypos 273\n }\n MergeExpression {\n inputs 2\n channel0 {matrix2.0 -matrix2.1 -matrix2.2 -matrix2.3}\n expr0 (Bmatrix2.0*Amatrix0.0)+(Bmatrix2.1*Amatrix1.0)+(Bmatrix2.2*Amatrix2.0)+(Bmatrix2.3*Amatrix3.0)\n channel1 {-matrix2.0 matrix2.1 -matrix2.2 -matrix2.3}\n expr1 (Bmatrix2.0*Amatrix0.1)+(Bmatrix2.1*Amatrix1.1)+(Bmatrix2.2*Amatrix2.1)+(Bmatrix2.3*Amatrix3.1)\n channel2 {-matrix2.0 -matrix2.1 matrix2.2 -matrix2.3}\n expr2 (Bmatrix2.0*Amatrix0.2)+(Bmatrix2.1*Amatrix1.2)+(Bmatrix2.2*Amatrix2.2)+(Bmatrix2.3*Amatrix3.2)\n channel3 {-matrix2.0 -matrix2.1 -matrix2.2 matrix2.3}\n expr3 (Bmatrix2.0*Amatrix0.3)+(Bmatrix2.1*Amatrix1.3)+(Bmatrix2.2*Amatrix2.3)+(Bmatrix2.3*Amatrix3.3)\n name MergeExpression3\n xpos 21\n ypos 297\n }\n MergeExpression {\n inputs 2\n channel0 {matrix3.0 -matrix3.1 -matrix3.2 -matrix3.3}\n expr0 (Bmatrix3.0*Amatrix0.0)+(Bmatrix3.1*Amatrix1.0)+(Bmatrix3.2*Amatrix2.0)+(Bmatrix3.3*Amatrix3.0)\n channel1 {-matrix3.0 matrix3.1 -matrix3.2 -matrix3.3}\n expr1 (Bmatrix3.0*Amatrix0.1)+(Bmatrix3.1*Amatrix1.1)+(Bmatrix3.2*Amatrix2.1)+(Bmatrix3.3*Amatrix3.1)\n channel2 {-matrix3.0 -matrix3.1 matrix3.2 -matrix3.3}\n expr2 (Bmatrix3.0*Amatrix0.2)+(Bmatrix3.1*Amatrix1.2)+(Bmatrix3.2*Amatrix2.2)+(Bmatrix3.3*Amatrix3.2)\n channel3 {-matrix3.0 -matrix3.1 -matrix3.2 matrix3.3}\n expr3 (Bmatrix3.0*Amatrix0.3)+(Bmatrix3.1*Amatrix1.3)+(Bmatrix3.2*Amatrix2.3)+(Bmatrix3.3*Amatrix3.3)\n name MergeExpression4\n xpos 21\n ypos 321\n }\n Output {\n name Output1\n xpos 21\n ypos 421\n }\n end_group\n Group {\n inputs 2\n name ProductMatrix4_11\n help \"Multiply two pixel based Matrix4 (Defined as layers matrix0, matrix1, matrix2 and matrix3)\"\n xpos 1116\n ypos 1306\n addUserKnob {20 Matrix4Product l \"Product Matrix4\"}\n addUserKnob {26 Description l \"\" +STARTLINE T \"Multiply two matrix4: matrixA*matrixB\"}\n addUserKnob {26 divider_copyright l \"\" +STARTLINE}\n addUserKnob {26 copyright l \"\" +STARTLINE T \"v1.0 - Mathieu Goulet-Aubin & Erwan Leroy - Github\"}\n }\n Input {\n inputs 0\n name matrixA\n xpos 344\n ypos 139\n }\n Dot {\n name Dot3\n xpos 378\n ypos 252\n }\nset N3aa71bf0 [stack 0]\npush $N3aa71bf0\npush $N3aa71bf0\npush $N3aa71bf0\n Input {\n inputs 0\n name matrixB\n xpos 21\n ypos 142\n number 1\n }\n MergeExpression {\n inputs 2\n channel0 {matrix0.0 -matrix0.1 -matrix0.2 -matrix0.3}\n expr0 (Bmatrix0.0*Amatrix0.0)+(Bmatrix0.1*Amatrix1.0)+(Bmatrix0.2*Amatrix2.0)+(Bmatrix0.3*Amatrix3.0)\n channel1 {-matrix0.0 matrix0.1 -matrix0.2 -matrix0.3}\n expr1 (Bmatrix0.0*Amatrix0.1)+(Bmatrix0.1*Amatrix1.1)+(Bmatrix0.2*Amatrix2.1)+(Bmatrix0.3*Amatrix3.1)\n channel2 {-matrix0.0 -matrix0.1 matrix0.2 -matrix0.3}\n expr2 (Bmatrix0.0*Amatrix0.2)+(Bmatrix0.1*Amatrix1.2)+(Bmatrix0.2*Amatrix2.2)+(Bmatrix0.3*Amatrix3.2)\n channel3 {-matrix0.0 -matrix0.1 -matrix0.2 matrix0.3}\n expr3 (Bmatrix0.0*Amatrix0.3)+(Bmatrix0.1*Amatrix1.3)+(Bmatrix0.2*Amatrix2.3)+(Bmatrix0.3*Amatrix3.3)\n name MergeExpression1\n xpos 21\n ypos 249\n }\n MergeExpression {\n inputs 2\n channel0 {matrix1.0 -matrix1.1 -matrix1.2 -matrix1.3}\n expr0 (Bmatrix1.0*Amatrix0.0)+(Bmatrix1.1*Amatrix1.0)+(Bmatrix1.2*Amatrix2.0)+(Bmatrix1.3*Amatrix3.0)\n channel1 {-matrix1.0 matrix1.1 -matrix1.2 -matrix1.3}\n expr1 (Bmatrix1.0*Amatrix0.1)+(Bmatrix1.1*Amatrix1.1)+(Bmatrix1.2*Amatrix2.1)+(Bmatrix1.3*Amatrix3.1)\n channel2 {-matrix1.0 -matrix1.1 matrix1.2 -matrix1.3}\n expr2 (Bmatrix1.0*Amatrix0.2)+(Bmatrix1.1*Amatrix1.2)+(Bmatrix1.2*Amatrix2.2)+(Bmatrix1.3*Amatrix3.2)\n channel3 {-matrix1.0 -matrix1.1 -matrix1.2 matrix1.3}\n expr3 (Bmatrix1.0*Amatrix0.3)+(Bmatrix1.1*Amatrix1.3)+(Bmatrix1.2*Amatrix2.3)+(Bmatrix1.3*Amatrix3.3)\n name MergeExpression2\n xpos 21\n ypos 273\n }\n MergeExpression {\n inputs 2\n channel0 {matrix2.0 -matrix2.1 -matrix2.2 -matrix2.3}\n expr0 (Bmatrix2.0*Amatrix0.0)+(Bmatrix2.1*Amatrix1.0)+(Bmatrix2.2*Amatrix2.0)+(Bmatrix2.3*Amatrix3.0)\n channel1 {-matrix2.0 matrix2.1 -matrix2.2 -matrix2.3}\n expr1 (Bmatrix2.0*Amatrix0.1)+(Bmatrix2.1*Amatrix1.1)+(Bmatrix2.2*Amatrix2.1)+(Bmatrix2.3*Amatrix3.1)\n channel2 {-matrix2.0 -matrix2.1 matrix2.2 -matrix2.3}\n expr2 (Bmatrix2.0*Amatrix0.2)+(Bmatrix2.1*Amatrix1.2)+(Bmatrix2.2*Amatrix2.2)+(Bmatrix2.3*Amatrix3.2)\n channel3 {-matrix2.0 -matrix2.1 -matrix2.2 matrix2.3}\n expr3 (Bmatrix2.0*Amatrix0.3)+(Bmatrix2.1*Amatrix1.3)+(Bmatrix2.2*Amatrix2.3)+(Bmatrix2.3*Amatrix3.3)\n name MergeExpression3\n xpos 21\n ypos 297\n }\n MergeExpression {\n inputs 2\n channel0 {matrix3.0 -matrix3.1 -matrix3.2 -matrix3.3}\n expr0 (Bmatrix3.0*Amatrix0.0)+(Bmatrix3.1*Amatrix1.0)+(Bmatrix3.2*Amatrix2.0)+(Bmatrix3.3*Amatrix3.0)\n channel1 {-matrix3.0 matrix3.1 -matrix3.2 -matrix3.3}\n expr1 (Bmatrix3.0*Amatrix0.1)+(Bmatrix3.1*Amatrix1.1)+(Bmatrix3.2*Amatrix2.1)+(Bmatrix3.3*Amatrix3.1)\n channel2 {-matrix3.0 -matrix3.1 matrix3.2 -matrix3.3}\n expr2 (Bmatrix3.0*Amatrix0.2)+(Bmatrix3.1*Amatrix1.2)+(Bmatrix3.2*Amatrix2.2)+(Bmatrix3.3*Amatrix3.2)\n channel3 {-matrix3.0 -matrix3.1 -matrix3.2 matrix3.3}\n expr3 (Bmatrix3.0*Amatrix0.3)+(Bmatrix3.1*Amatrix1.3)+(Bmatrix3.2*Amatrix2.3)+(Bmatrix3.3*Amatrix3.3)\n name MergeExpression4\n xpos 21\n ypos 321\n }\n Output {\n name Output1\n xpos 21\n ypos 421\n }\n end_group\n Dot {\n name Dot32\n tile_color 0xcccccc00\n xpos 1150\n ypos 1788\n }\npush $N3ae4cd90\npush $N3f7e3a90\npush $N3af66c10\npush $N3af46fe0\n Group {\n inputs 2\n name ProductMatrix4_6\n help \"Multiply two pixel based Matrix4 (Defined as layers matrix0, matrix1, matrix2 and matrix3)\"\n xpos 825\n ypos 1058\n addUserKnob {20 Matrix4Product l \"Product Matrix4\"}\n addUserKnob {26 Description l \"\" +STARTLINE T \"Multiply two matrix4: matrixA*matrixB\"}\n addUserKnob {26 divider_copyright l \"\" +STARTLINE}\n addUserKnob {26 copyright l \"\" +STARTLINE T \"v1.0 - Mathieu Goulet-Aubin & Erwan Leroy - Github\"}\n }\n Input {\n inputs 0\n name matrixA\n xpos 344\n ypos 139\n }\n Dot {\n name Dot3\n xpos 378\n ypos 252\n }\nset N3a9455e0 [stack 0]\npush $N3a9455e0\npush $N3a9455e0\npush $N3a9455e0\n Input {\n inputs 0\n name matrixB\n xpos 21\n ypos 142\n number 1\n }\n MergeExpression {\n inputs 2\n channel0 {matrix0.0 -matrix0.1 -matrix0.2 -matrix0.3}\n expr0 (Bmatrix0.0*Amatrix0.0)+(Bmatrix0.1*Amatrix1.0)+(Bmatrix0.2*Amatrix2.0)+(Bmatrix0.3*Amatrix3.0)\n channel1 {-matrix0.0 matrix0.1 -matrix0.2 -matrix0.3}\n expr1 (Bmatrix0.0*Amatrix0.1)+(Bmatrix0.1*Amatrix1.1)+(Bmatrix0.2*Amatrix2.1)+(Bmatrix0.3*Amatrix3.1)\n channel2 {-matrix0.0 -matrix0.1 matrix0.2 -matrix0.3}\n expr2 (Bmatrix0.0*Amatrix0.2)+(Bmatrix0.1*Amatrix1.2)+(Bmatrix0.2*Amatrix2.2)+(Bmatrix0.3*Amatrix3.2)\n channel3 {-matrix0.0 -matrix0.1 -matrix0.2 matrix0.3}\n expr3 (Bmatrix0.0*Amatrix0.3)+(Bmatrix0.1*Amatrix1.3)+(Bmatrix0.2*Amatrix2.3)+(Bmatrix0.3*Amatrix3.3)\n name MergeExpression1\n xpos 21\n ypos 249\n }\n MergeExpression {\n inputs 2\n channel0 {matrix1.0 -matrix1.1 -matrix1.2 -matrix1.3}\n expr0 (Bmatrix1.0*Amatrix0.0)+(Bmatrix1.1*Amatrix1.0)+(Bmatrix1.2*Amatrix2.0)+(Bmatrix1.3*Amatrix3.0)\n channel1 {-matrix1.0 matrix1.1 -matrix1.2 -matrix1.3}\n expr1 (Bmatrix1.0*Amatrix0.1)+(Bmatrix1.1*Amatrix1.1)+(Bmatrix1.2*Amatrix2.1)+(Bmatrix1.3*Amatrix3.1)\n channel2 {-matrix1.0 -matrix1.1 matrix1.2 -matrix1.3}\n expr2 (Bmatrix1.0*Amatrix0.2)+(Bmatrix1.1*Amatrix1.2)+(Bmatrix1.2*Amatrix2.2)+(Bmatrix1.3*Amatrix3.2)\n channel3 {-matrix1.0 -matrix1.1 -matrix1.2 matrix1.3}\n expr3 (Bmatrix1.0*Amatrix0.3)+(Bmatrix1.1*Amatrix1.3)+(Bmatrix1.2*Amatrix2.3)+(Bmatrix1.3*Amatrix3.3)\n name MergeExpression2\n xpos 21\n ypos 273\n }\n MergeExpression {\n inputs 2\n channel0 {matrix2.0 -matrix2.1 -matrix2.2 -matrix2.3}\n expr0 (Bmatrix2.0*Amatrix0.0)+(Bmatrix2.1*Amatrix1.0)+(Bmatrix2.2*Amatrix2.0)+(Bmatrix2.3*Amatrix3.0)\n channel1 {-matrix2.0 matrix2.1 -matrix2.2 -matrix2.3}\n expr1 (Bmatrix2.0*Amatrix0.1)+(Bmatrix2.1*Amatrix1.1)+(Bmatrix2.2*Amatrix2.1)+(Bmatrix2.3*Amatrix3.1)\n channel2 {-matrix2.0 -matrix2.1 matrix2.2 -matrix2.3}\n expr2 (Bmatrix2.0*Amatrix0.2)+(Bmatrix2.1*Amatrix1.2)+(Bmatrix2.2*Amatrix2.2)+(Bmatrix2.3*Amatrix3.2)\n channel3 {-matrix2.0 -matrix2.1 -matrix2.2 matrix2.3}\n expr3 (Bmatrix2.0*Amatrix0.3)+(Bmatrix2.1*Amatrix1.3)+(Bmatrix2.2*Amatrix2.3)+(Bmatrix2.3*Amatrix3.3)\n name MergeExpression3\n xpos 21\n ypos 297\n }\n MergeExpression {\n inputs 2\n channel0 {matrix3.0 -matrix3.1 -matrix3.2 -matrix3.3}\n expr0 (Bmatrix3.0*Amatrix0.0)+(Bmatrix3.1*Amatrix1.0)+(Bmatrix3.2*Amatrix2.0)+(Bmatrix3.3*Amatrix3.0)\n channel1 {-matrix3.0 matrix3.1 -matrix3.2 -matrix3.3}\n expr1 (Bmatrix3.0*Amatrix0.1)+(Bmatrix3.1*Amatrix1.1)+(Bmatrix3.2*Amatrix2.1)+(Bmatrix3.3*Amatrix3.1)\n channel2 {-matrix3.0 -matrix3.1 matrix3.2 -matrix3.3}\n expr2 (Bmatrix3.0*Amatrix0.2)+(Bmatrix3.1*Amatrix1.2)+(Bmatrix3.2*Amatrix2.2)+(Bmatrix3.3*Amatrix3.2)\n channel3 {-matrix3.0 -matrix3.1 -matrix3.2 matrix3.3}\n expr3 (Bmatrix3.0*Amatrix0.3)+(Bmatrix3.1*Amatrix1.3)+(Bmatrix3.2*Amatrix2.3)+(Bmatrix3.3*Amatrix3.3)\n name MergeExpression4\n xpos 21\n ypos 321\n }\n Output {\n name Output1\n xpos 21\n ypos 421\n }\n end_group\n Group {\n inputs 2\n name ProductMatrix4_7\n help \"Multiply two pixel based Matrix4 (Defined as layers matrix0, matrix1, matrix2 and matrix3)\"\n xpos 825\n ypos 1098\n addUserKnob {20 Matrix4Product l \"Product Matrix4\"}\n addUserKnob {26 Description l \"\" +STARTLINE T \"Multiply two matrix4: matrixA*matrixB\"}\n addUserKnob {26 divider_copyright l \"\" +STARTLINE}\n addUserKnob {26 copyright l \"\" +STARTLINE T \"v1.0 - Mathieu Goulet-Aubin & Erwan Leroy - Github\"}\n }\n Input {\n inputs 0\n name matrixA\n xpos 344\n ypos 139\n }\n Dot {\n name Dot3\n xpos 378\n ypos 252\n }\nset N3a994610 [stack 0]\npush $N3a994610\npush $N3a994610\npush $N3a994610\n Input {\n inputs 0\n name matrixB\n xpos 21\n ypos 142\n number 1\n }\n MergeExpression {\n inputs 2\n channel0 {matrix0.0 -matrix0.1 -matrix0.2 -matrix0.3}\n expr0 (Bmatrix0.0*Amatrix0.0)+(Bmatrix0.1*Amatrix1.0)+(Bmatrix0.2*Amatrix2.0)+(Bmatrix0.3*Amatrix3.0)\n channel1 {-matrix0.0 matrix0.1 -matrix0.2 -matrix0.3}\n expr1 (Bmatrix0.0*Amatrix0.1)+(Bmatrix0.1*Amatrix1.1)+(Bmatrix0.2*Amatrix2.1)+(Bmatrix0.3*Amatrix3.1)\n channel2 {-matrix0.0 -matrix0.1 matrix0.2 -matrix0.3}\n expr2 (Bmatrix0.0*Amatrix0.2)+(Bmatrix0.1*Amatrix1.2)+(Bmatrix0.2*Amatrix2.2)+(Bmatrix0.3*Amatrix3.2)\n channel3 {-matrix0.0 -matrix0.1 -matrix0.2 matrix0.3}\n expr3 (Bmatrix0.0*Amatrix0.3)+(Bmatrix0.1*Amatrix1.3)+(Bmatrix0.2*Amatrix2.3)+(Bmatrix0.3*Amatrix3.3)\n name MergeExpression1\n xpos 21\n ypos 249\n }\n MergeExpression {\n inputs 2\n channel0 {matrix1.0 -matrix1.1 -matrix1.2 -matrix1.3}\n expr0 (Bmatrix1.0*Amatrix0.0)+(Bmatrix1.1*Amatrix1.0)+(Bmatrix1.2*Amatrix2.0)+(Bmatrix1.3*Amatrix3.0)\n channel1 {-matrix1.0 matrix1.1 -matrix1.2 -matrix1.3}\n expr1 (Bmatrix1.0*Amatrix0.1)+(Bmatrix1.1*Amatrix1.1)+(Bmatrix1.2*Amatrix2.1)+(Bmatrix1.3*Amatrix3.1)\n channel2 {-matrix1.0 -matrix1.1 matrix1.2 -matrix1.3}\n expr2 (Bmatrix1.0*Amatrix0.2)+(Bmatrix1.1*Amatrix1.2)+(Bmatrix1.2*Amatrix2.2)+(Bmatrix1.3*Amatrix3.2)\n channel3 {-matrix1.0 -matrix1.1 -matrix1.2 matrix1.3}\n expr3 (Bmatrix1.0*Amatrix0.3)+(Bmatrix1.1*Amatrix1.3)+(Bmatrix1.2*Amatrix2.3)+(Bmatrix1.3*Amatrix3.3)\n name MergeExpression2\n xpos 21\n ypos 273\n }\n MergeExpression {\n inputs 2\n channel0 {matrix2.0 -matrix2.1 -matrix2.2 -matrix2.3}\n expr0 (Bmatrix2.0*Amatrix0.0)+(Bmatrix2.1*Amatrix1.0)+(Bmatrix2.2*Amatrix2.0)+(Bmatrix2.3*Amatrix3.0)\n channel1 {-matrix2.0 matrix2.1 -matrix2.2 -matrix2.3}\n expr1 (Bmatrix2.0*Amatrix0.1)+(Bmatrix2.1*Amatrix1.1)+(Bmatrix2.2*Amatrix2.1)+(Bmatrix2.3*Amatrix3.1)\n channel2 {-matrix2.0 -matrix2.1 matrix2.2 -matrix2.3}\n expr2 (Bmatrix2.0*Amatrix0.2)+(Bmatrix2.1*Amatrix1.2)+(Bmatrix2.2*Amatrix2.2)+(Bmatrix2.3*Amatrix3.2)\n channel3 {-matrix2.0 -matrix2.1 -matrix2.2 matrix2.3}\n expr3 (Bmatrix2.0*Amatrix0.3)+(Bmatrix2.1*Amatrix1.3)+(Bmatrix2.2*Amatrix2.3)+(Bmatrix2.3*Amatrix3.3)\n name MergeExpression3\n xpos 21\n ypos 297\n }\n MergeExpression {\n inputs 2\n channel0 {matrix3.0 -matrix3.1 -matrix3.2 -matrix3.3}\n expr0 (Bmatrix3.0*Amatrix0.0)+(Bmatrix3.1*Amatrix1.0)+(Bmatrix3.2*Amatrix2.0)+(Bmatrix3.3*Amatrix3.0)\n channel1 {-matrix3.0 matrix3.1 -matrix3.2 -matrix3.3}\n expr1 (Bmatrix3.0*Amatrix0.1)+(Bmatrix3.1*Amatrix1.1)+(Bmatrix3.2*Amatrix2.1)+(Bmatrix3.3*Amatrix3.1)\n channel2 {-matrix3.0 -matrix3.1 matrix3.2 -matrix3.3}\n expr2 (Bmatrix3.0*Amatrix0.2)+(Bmatrix3.1*Amatrix1.2)+(Bmatrix3.2*Amatrix2.2)+(Bmatrix3.3*Amatrix3.2)\n channel3 {-matrix3.0 -matrix3.1 -matrix3.2 matrix3.3}\n expr3 (Bmatrix3.0*Amatrix0.3)+(Bmatrix3.1*Amatrix1.3)+(Bmatrix3.2*Amatrix2.3)+(Bmatrix3.3*Amatrix3.3)\n name MergeExpression4\n xpos 21\n ypos 321\n }\n Output {\n name Output1\n xpos 21\n ypos 421\n }\n end_group\n Group {\n inputs 2\n name ProductMatrix4_8\n help \"Multiply two pixel based Matrix4 (Defined as layers matrix0, matrix1, matrix2 and matrix3)\"\n xpos 825\n ypos 1139\n addUserKnob {20 Matrix4Product l \"Product Matrix4\"}\n addUserKnob {26 Description l \"\" +STARTLINE T \"Multiply two matrix4: matrixA*matrixB\"}\n addUserKnob {26 divider_copyright l \"\" +STARTLINE}\n addUserKnob {26 copyright l \"\" +STARTLINE T \"v1.0 - Mathieu Goulet-Aubin & Erwan Leroy - Github\"}\n }\n Input {\n inputs 0\n name matrixA\n xpos 344\n ypos 139\n }\n Dot {\n name Dot3\n xpos 378\n ypos 252\n }\nset N3a8636e0 [stack 0]\npush $N3a8636e0\npush $N3a8636e0\npush $N3a8636e0\n Input {\n inputs 0\n name matrixB\n xpos 21\n ypos 142\n number 1\n }\n MergeExpression {\n inputs 2\n channel0 {matrix0.0 -matrix0.1 -matrix0.2 -matrix0.3}\n expr0 (Bmatrix0.0*Amatrix0.0)+(Bmatrix0.1*Amatrix1.0)+(Bmatrix0.2*Amatrix2.0)+(Bmatrix0.3*Amatrix3.0)\n channel1 {-matrix0.0 matrix0.1 -matrix0.2 -matrix0.3}\n expr1 (Bmatrix0.0*Amatrix0.1)+(Bmatrix0.1*Amatrix1.1)+(Bmatrix0.2*Amatrix2.1)+(Bmatrix0.3*Amatrix3.1)\n channel2 {-matrix0.0 -matrix0.1 matrix0.2 -matrix0.3}\n expr2 (Bmatrix0.0*Amatrix0.2)+(Bmatrix0.1*Amatrix1.2)+(Bmatrix0.2*Amatrix2.2)+(Bmatrix0.3*Amatrix3.2)\n channel3 {-matrix0.0 -matrix0.1 -matrix0.2 matrix0.3}\n expr3 (Bmatrix0.0*Amatrix0.3)+(Bmatrix0.1*Amatrix1.3)+(Bmatrix0.2*Amatrix2.3)+(Bmatrix0.3*Amatrix3.3)\n name MergeExpression1\n xpos 21\n ypos 249\n }\n MergeExpression {\n inputs 2\n channel0 {matrix1.0 -matrix1.1 -matrix1.2 -matrix1.3}\n expr0 (Bmatrix1.0*Amatrix0.0)+(Bmatrix1.1*Amatrix1.0)+(Bmatrix1.2*Amatrix2.0)+(Bmatrix1.3*Amatrix3.0)\n channel1 {-matrix1.0 matrix1.1 -matrix1.2 -matrix1.3}\n expr1 (Bmatrix1.0*Amatrix0.1)+(Bmatrix1.1*Amatrix1.1)+(Bmatrix1.2*Amatrix2.1)+(Bmatrix1.3*Amatrix3.1)\n channel2 {-matrix1.0 -matrix1.1 matrix1.2 -matrix1.3}\n expr2 (Bmatrix1.0*Amatrix0.2)+(Bmatrix1.1*Amatrix1.2)+(Bmatrix1.2*Amatrix2.2)+(Bmatrix1.3*Amatrix3.2)\n channel3 {-matrix1.0 -matrix1.1 -matrix1.2 matrix1.3}\n expr3 (Bmatrix1.0*Amatrix0.3)+(Bmatrix1.1*Amatrix1.3)+(Bmatrix1.2*Amatrix2.3)+(Bmatrix1.3*Amatrix3.3)\n name MergeExpression2\n xpos 21\n ypos 273\n }\n MergeExpression {\n inputs 2\n channel0 {matrix2.0 -matrix2.1 -matrix2.2 -matrix2.3}\n expr0 (Bmatrix2.0*Amatrix0.0)+(Bmatrix2.1*Amatrix1.0)+(Bmatrix2.2*Amatrix2.0)+(Bmatrix2.3*Amatrix3.0)\n channel1 {-matrix2.0 matrix2.1 -matrix2.2 -matrix2.3}\n expr1 (Bmatrix2.0*Amatrix0.1)+(Bmatrix2.1*Amatrix1.1)+(Bmatrix2.2*Amatrix2.1)+(Bmatrix2.3*Amatrix3.1)\n channel2 {-matrix2.0 -matrix2.1 matrix2.2 -matrix2.3}\n expr2 (Bmatrix2.0*Amatrix0.2)+(Bmatrix2.1*Amatrix1.2)+(Bmatrix2.2*Amatrix2.2)+(Bmatrix2.3*Amatrix3.2)\n channel3 {-matrix2.0 -matrix2.1 -matrix2.2 matrix2.3}\n expr3 (Bmatrix2.0*Amatrix0.3)+(Bmatrix2.1*Amatrix1.3)+(Bmatrix2.2*Amatrix2.3)+(Bmatrix2.3*Amatrix3.3)\n name MergeExpression3\n xpos 21\n ypos 297\n }\n MergeExpression {\n inputs 2\n channel0 {matrix3.0 -matrix3.1 -matrix3.2 -matrix3.3}\n expr0 (Bmatrix3.0*Amatrix0.0)+(Bmatrix3.1*Amatrix1.0)+(Bmatrix3.2*Amatrix2.0)+(Bmatrix3.3*Amatrix3.0)\n channel1 {-matrix3.0 matrix3.1 -matrix3.2 -matrix3.3}\n expr1 (Bmatrix3.0*Amatrix0.1)+(Bmatrix3.1*Amatrix1.1)+(Bmatrix3.2*Amatrix2.1)+(Bmatrix3.3*Amatrix3.1)\n channel2 {-matrix3.0 -matrix3.1 matrix3.2 -matrix3.3}\n expr2 (Bmatrix3.0*Amatrix0.2)+(Bmatrix3.1*Amatrix1.2)+(Bmatrix3.2*Amatrix2.2)+(Bmatrix3.3*Amatrix3.2)\n channel3 {-matrix3.0 -matrix3.1 -matrix3.2 matrix3.3}\n expr3 (Bmatrix3.0*Amatrix0.3)+(Bmatrix3.1*Amatrix1.3)+(Bmatrix3.2*Amatrix2.3)+(Bmatrix3.3*Amatrix3.3)\n name MergeExpression4\n xpos 21\n ypos 321\n }\n Output {\n name Output1\n xpos 21\n ypos 421\n }\n end_group\n Dot {\n name Dot25\n tile_color 0xcccccc00\n xpos 859\n ypos 1801\n }\npush $N3af426d0\npush $N3ae48990\npush $N3af62610\npush $N3f7deff0\n Group {\n inputs 2\n name ProductMatrix4_3\n help \"Multiply two pixel based Matrix4 (Defined as layers matrix0, matrix1, matrix2 and matrix3)\"\n xpos 660\n ypos 904\n addUserKnob {20 Matrix4Product l \"Product Matrix4\"}\n addUserKnob {26 Description l \"\" +STARTLINE T \"Multiply two matrix4: matrixA*matrixB\"}\n addUserKnob {26 divider_copyright l \"\" +STARTLINE}\n addUserKnob {26 copyright l \"\" +STARTLINE T \"v1.0 - Mathieu Goulet-Aubin & Erwan Leroy - Github\"}\n }\n Input {\n inputs 0\n name matrixA\n xpos 344\n ypos 139\n }\n Dot {\n name Dot3\n xpos 378\n ypos 252\n }\nset N3a737030 [stack 0]\npush $N3a737030\npush $N3a737030\npush $N3a737030\n Input {\n inputs 0\n name matrixB\n xpos 21\n ypos 142\n number 1\n }\n MergeExpression {\n inputs 2\n channel0 {matrix0.0 -matrix0.1 -matrix0.2 -matrix0.3}\n expr0 (Bmatrix0.0*Amatrix0.0)+(Bmatrix0.1*Amatrix1.0)+(Bmatrix0.2*Amatrix2.0)+(Bmatrix0.3*Amatrix3.0)\n channel1 {-matrix0.0 matrix0.1 -matrix0.2 -matrix0.3}\n expr1 (Bmatrix0.0*Amatrix0.1)+(Bmatrix0.1*Amatrix1.1)+(Bmatrix0.2*Amatrix2.1)+(Bmatrix0.3*Amatrix3.1)\n channel2 {-matrix0.0 -matrix0.1 matrix0.2 -matrix0.3}\n expr2 (Bmatrix0.0*Amatrix0.2)+(Bmatrix0.1*Amatrix1.2)+(Bmatrix0.2*Amatrix2.2)+(Bmatrix0.3*Amatrix3.2)\n channel3 {-matrix0.0 -matrix0.1 -matrix0.2 matrix0.3}\n expr3 (Bmatrix0.0*Amatrix0.3)+(Bmatrix0.1*Amatrix1.3)+(Bmatrix0.2*Amatrix2.3)+(Bmatrix0.3*Amatrix3.3)\n name MergeExpression1\n xpos 21\n ypos 249\n }\n MergeExpression {\n inputs 2\n channel0 {matrix1.0 -matrix1.1 -matrix1.2 -matrix1.3}\n expr0 (Bmatrix1.0*Amatrix0.0)+(Bmatrix1.1*Amatrix1.0)+(Bmatrix1.2*Amatrix2.0)+(Bmatrix1.3*Amatrix3.0)\n channel1 {-matrix1.0 matrix1.1 -matrix1.2 -matrix1.3}\n expr1 (Bmatrix1.0*Amatrix0.1)+(Bmatrix1.1*Amatrix1.1)+(Bmatrix1.2*Amatrix2.1)+(Bmatrix1.3*Amatrix3.1)\n channel2 {-matrix1.0 -matrix1.1 matrix1.2 -matrix1.3}\n expr2 (Bmatrix1.0*Amatrix0.2)+(Bmatrix1.1*Amatrix1.2)+(Bmatrix1.2*Amatrix2.2)+(Bmatrix1.3*Amatrix3.2)\n channel3 {-matrix1.0 -matrix1.1 -matrix1.2 matrix1.3}\n expr3 (Bmatrix1.0*Amatrix0.3)+(Bmatrix1.1*Amatrix1.3)+(Bmatrix1.2*Amatrix2.3)+(Bmatrix1.3*Amatrix3.3)\n name MergeExpression2\n xpos 21\n ypos 273\n }\n MergeExpression {\n inputs 2\n channel0 {matrix2.0 -matrix2.1 -matrix2.2 -matrix2.3}\n expr0 (Bmatrix2.0*Amatrix0.0)+(Bmatrix2.1*Amatrix1.0)+(Bmatrix2.2*Amatrix2.0)+(Bmatrix2.3*Amatrix3.0)\n channel1 {-matrix2.0 matrix2.1 -matrix2.2 -matrix2.3}\n expr1 (Bmatrix2.0*Amatrix0.1)+(Bmatrix2.1*Amatrix1.1)+(Bmatrix2.2*Amatrix2.1)+(Bmatrix2.3*Amatrix3.1)\n channel2 {-matrix2.0 -matrix2.1 matrix2.2 -matrix2.3}\n expr2 (Bmatrix2.0*Amatrix0.2)+(Bmatrix2.1*Amatrix1.2)+(Bmatrix2.2*Amatrix2.2)+(Bmatrix2.3*Amatrix3.2)\n channel3 {-matrix2.0 -matrix2.1 -matrix2.2 matrix2.3}\n expr3 (Bmatrix2.0*Amatrix0.3)+(Bmatrix2.1*Amatrix1.3)+(Bmatrix2.2*Amatrix2.3)+(Bmatrix2.3*Amatrix3.3)\n name MergeExpression3\n xpos 21\n ypos 297\n }\n MergeExpression {\n inputs 2\n channel0 {matrix3.0 -matrix3.1 -matrix3.2 -matrix3.3}\n expr0 (Bmatrix3.0*Amatrix0.0)+(Bmatrix3.1*Amatrix1.0)+(Bmatrix3.2*Amatrix2.0)+(Bmatrix3.3*Amatrix3.0)\n channel1 {-matrix3.0 matrix3.1 -matrix3.2 -matrix3.3}\n expr1 (Bmatrix3.0*Amatrix0.1)+(Bmatrix3.1*Amatrix1.1)+(Bmatrix3.2*Amatrix2.1)+(Bmatrix3.3*Amatrix3.1)\n channel2 {-matrix3.0 -matrix3.1 matrix3.2 -matrix3.3}\n expr2 (Bmatrix3.0*Amatrix0.2)+(Bmatrix3.1*Amatrix1.2)+(Bmatrix3.2*Amatrix2.2)+(Bmatrix3.3*Amatrix3.2)\n channel3 {-matrix3.0 -matrix3.1 -matrix3.2 matrix3.3}\n expr3 (Bmatrix3.0*Amatrix0.3)+(Bmatrix3.1*Amatrix1.3)+(Bmatrix3.2*Amatrix2.3)+(Bmatrix3.3*Amatrix3.3)\n name MergeExpression4\n xpos 21\n ypos 321\n }\n Output {\n name Output1\n xpos 21\n ypos 421\n }\n end_group\n Group {\n inputs 2\n name ProductMatrix4_4\n help \"Multiply two pixel based Matrix4 (Defined as layers matrix0, matrix1, matrix2 and matrix3)\"\n xpos 660\n ypos 944\n addUserKnob {20 Matrix4Product l \"Product Matrix4\"}\n addUserKnob {26 Description l \"\" +STARTLINE T \"Multiply two matrix4: matrixA*matrixB\"}\n addUserKnob {26 divider_copyright l \"\" +STARTLINE}\n addUserKnob {26 copyright l \"\" +STARTLINE T \"v1.0 - Mathieu Goulet-Aubin & Erwan Leroy - Github\"}\n }\n Input {\n inputs 0\n name matrixA\n xpos 344\n ypos 139\n }\n Dot {\n name Dot3\n xpos 378\n ypos 252\n }\nset N3a786160 [stack 0]\npush $N3a786160\npush $N3a786160\npush $N3a786160\n Input {\n inputs 0\n name matrixB\n xpos 21\n ypos 142\n number 1\n }\n MergeExpression {\n inputs 2\n channel0 {matrix0.0 -matrix0.1 -matrix0.2 -matrix0.3}\n expr0 (Bmatrix0.0*Amatrix0.0)+(Bmatrix0.1*Amatrix1.0)+(Bmatrix0.2*Amatrix2.0)+(Bmatrix0.3*Amatrix3.0)\n channel1 {-matrix0.0 matrix0.1 -matrix0.2 -matrix0.3}\n expr1 (Bmatrix0.0*Amatrix0.1)+(Bmatrix0.1*Amatrix1.1)+(Bmatrix0.2*Amatrix2.1)+(Bmatrix0.3*Amatrix3.1)\n channel2 {-matrix0.0 -matrix0.1 matrix0.2 -matrix0.3}\n expr2 (Bmatrix0.0*Amatrix0.2)+(Bmatrix0.1*Amatrix1.2)+(Bmatrix0.2*Amatrix2.2)+(Bmatrix0.3*Amatrix3.2)\n channel3 {-matrix0.0 -matrix0.1 -matrix0.2 matrix0.3}\n expr3 (Bmatrix0.0*Amatrix0.3)+(Bmatrix0.1*Amatrix1.3)+(Bmatrix0.2*Amatrix2.3)+(Bmatrix0.3*Amatrix3.3)\n name MergeExpression1\n xpos 21\n ypos 249\n }\n MergeExpression {\n inputs 2\n channel0 {matrix1.0 -matrix1.1 -matrix1.2 -matrix1.3}\n expr0 (Bmatrix1.0*Amatrix0.0)+(Bmatrix1.1*Amatrix1.0)+(Bmatrix1.2*Amatrix2.0)+(Bmatrix1.3*Amatrix3.0)\n channel1 {-matrix1.0 matrix1.1 -matrix1.2 -matrix1.3}\n expr1 (Bmatrix1.0*Amatrix0.1)+(Bmatrix1.1*Amatrix1.1)+(Bmatrix1.2*Amatrix2.1)+(Bmatrix1.3*Amatrix3.1)\n channel2 {-matrix1.0 -matrix1.1 matrix1.2 -matrix1.3}\n expr2 (Bmatrix1.0*Amatrix0.2)+(Bmatrix1.1*Amatrix1.2)+(Bmatrix1.2*Amatrix2.2)+(Bmatrix1.3*Amatrix3.2)\n channel3 {-matrix1.0 -matrix1.1 -matrix1.2 matrix1.3}\n expr3 (Bmatrix1.0*Amatrix0.3)+(Bmatrix1.1*Amatrix1.3)+(Bmatrix1.2*Amatrix2.3)+(Bmatrix1.3*Amatrix3.3)\n name MergeExpression2\n xpos 21\n ypos 273\n }\n MergeExpression {\n inputs 2\n channel0 {matrix2.0 -matrix2.1 -matrix2.2 -matrix2.3}\n expr0 (Bmatrix2.0*Amatrix0.0)+(Bmatrix2.1*Amatrix1.0)+(Bmatrix2.2*Amatrix2.0)+(Bmatrix2.3*Amatrix3.0)\n channel1 {-matrix2.0 matrix2.1 -matrix2.2 -matrix2.3}\n expr1 (Bmatrix2.0*Amatrix0.1)+(Bmatrix2.1*Amatrix1.1)+(Bmatrix2.2*Amatrix2.1)+(Bmatrix2.3*Amatrix3.1)\n channel2 {-matrix2.0 -matrix2.1 matrix2.2 -matrix2.3}\n expr2 (Bmatrix2.0*Amatrix0.2)+(Bmatrix2.1*Amatrix1.2)+(Bmatrix2.2*Amatrix2.2)+(Bmatrix2.3*Amatrix3.2)\n channel3 {-matrix2.0 -matrix2.1 -matrix2.2 matrix2.3}\n expr3 (Bmatrix2.0*Amatrix0.3)+(Bmatrix2.1*Amatrix1.3)+(Bmatrix2.2*Amatrix2.3)+(Bmatrix2.3*Amatrix3.3)\n name MergeExpression3\n xpos 21\n ypos 297\n }\n MergeExpression {\n inputs 2\n channel0 {matrix3.0 -matrix3.1 -matrix3.2 -matrix3.3}\n expr0 (Bmatrix3.0*Amatrix0.0)+(Bmatrix3.1*Amatrix1.0)+(Bmatrix3.2*Amatrix2.0)+(Bmatrix3.3*Amatrix3.0)\n channel1 {-matrix3.0 matrix3.1 -matrix3.2 -matrix3.3}\n expr1 (Bmatrix3.0*Amatrix0.1)+(Bmatrix3.1*Amatrix1.1)+(Bmatrix3.2*Amatrix2.1)+(Bmatrix3.3*Amatrix3.1)\n channel2 {-matrix3.0 -matrix3.1 matrix3.2 -matrix3.3}\n expr2 (Bmatrix3.0*Amatrix0.2)+(Bmatrix3.1*Amatrix1.2)+(Bmatrix3.2*Amatrix2.2)+(Bmatrix3.3*Amatrix3.2)\n channel3 {-matrix3.0 -matrix3.1 -matrix3.2 matrix3.3}\n expr3 (Bmatrix3.0*Amatrix0.3)+(Bmatrix3.1*Amatrix1.3)+(Bmatrix3.2*Amatrix2.3)+(Bmatrix3.3*Amatrix3.3)\n name MergeExpression4\n xpos 21\n ypos 321\n }\n Output {\n name Output1\n xpos 21\n ypos 421\n }\n end_group\n Group {\n inputs 2\n name ProductMatrix4_5\n help \"Multiply two pixel based Matrix4 (Defined as layers matrix0, matrix1, matrix2 and matrix3)\"\n xpos 660\n ypos 985\n addUserKnob {20 Matrix4Product l \"Product Matrix4\"}\n addUserKnob {26 Description l \"\" +STARTLINE T \"Multiply two matrix4: matrixA*matrixB\"}\n addUserKnob {26 divider_copyright l \"\" +STARTLINE}\n addUserKnob {26 copyright l \"\" +STARTLINE T \"v1.0 - Mathieu Goulet-Aubin & Erwan Leroy - Github\"}\n }\n Input {\n inputs 0\n name matrixA\n xpos 344\n ypos 139\n }\n Dot {\n name Dot3\n xpos 378\n ypos 252\n }\nset N3a6551e0 [stack 0]\npush $N3a6551e0\npush $N3a6551e0\npush $N3a6551e0\n Input {\n inputs 0\n name matrixB\n xpos 21\n ypos 142\n number 1\n }\n MergeExpression {\n inputs 2\n channel0 {matrix0.0 -matrix0.1 -matrix0.2 -matrix0.3}\n expr0 (Bmatrix0.0*Amatrix0.0)+(Bmatrix0.1*Amatrix1.0)+(Bmatrix0.2*Amatrix2.0)+(Bmatrix0.3*Amatrix3.0)\n channel1 {-matrix0.0 matrix0.1 -matrix0.2 -matrix0.3}\n expr1 (Bmatrix0.0*Amatrix0.1)+(Bmatrix0.1*Amatrix1.1)+(Bmatrix0.2*Amatrix2.1)+(Bmatrix0.3*Amatrix3.1)\n channel2 {-matrix0.0 -matrix0.1 matrix0.2 -matrix0.3}\n expr2 (Bmatrix0.0*Amatrix0.2)+(Bmatrix0.1*Amatrix1.2)+(Bmatrix0.2*Amatrix2.2)+(Bmatrix0.3*Amatrix3.2)\n channel3 {-matrix0.0 -matrix0.1 -matrix0.2 matrix0.3}\n expr3 (Bmatrix0.0*Amatrix0.3)+(Bmatrix0.1*Amatrix1.3)+(Bmatrix0.2*Amatrix2.3)+(Bmatrix0.3*Amatrix3.3)\n name MergeExpression1\n xpos 21\n ypos 249\n }\n MergeExpression {\n inputs 2\n channel0 {matrix1.0 -matrix1.1 -matrix1.2 -matrix1.3}\n expr0 (Bmatrix1.0*Amatrix0.0)+(Bmatrix1.1*Amatrix1.0)+(Bmatrix1.2*Amatrix2.0)+(Bmatrix1.3*Amatrix3.0)\n channel1 {-matrix1.0 matrix1.1 -matrix1.2 -matrix1.3}\n expr1 (Bmatrix1.0*Amatrix0.1)+(Bmatrix1.1*Amatrix1.1)+(Bmatrix1.2*Amatrix2.1)+(Bmatrix1.3*Amatrix3.1)\n channel2 {-matrix1.0 -matrix1.1 matrix1.2 -matrix1.3}\n expr2 (Bmatrix1.0*Amatrix0.2)+(Bmatrix1.1*Amatrix1.2)+(Bmatrix1.2*Amatrix2.2)+(Bmatrix1.3*Amatrix3.2)\n channel3 {-matrix1.0 -matrix1.1 -matrix1.2 matrix1.3}\n expr3 (Bmatrix1.0*Amatrix0.3)+(Bmatrix1.1*Amatrix1.3)+(Bmatrix1.2*Amatrix2.3)+(Bmatrix1.3*Amatrix3.3)\n name MergeExpression2\n xpos 21\n ypos 273\n }\n MergeExpression {\n inputs 2\n channel0 {matrix2.0 -matrix2.1 -matrix2.2 -matrix2.3}\n expr0 (Bmatrix2.0*Amatrix0.0)+(Bmatrix2.1*Amatrix1.0)+(Bmatrix2.2*Amatrix2.0)+(Bmatrix2.3*Amatrix3.0)\n channel1 {-matrix2.0 matrix2.1 -matrix2.2 -matrix2.3}\n expr1 (Bmatrix2.0*Amatrix0.1)+(Bmatrix2.1*Amatrix1.1)+(Bmatrix2.2*Amatrix2.1)+(Bmatrix2.3*Amatrix3.1)\n channel2 {-matrix2.0 -matrix2.1 matrix2.2 -matrix2.3}\n expr2 (Bmatrix2.0*Amatrix0.2)+(Bmatrix2.1*Amatrix1.2)+(Bmatrix2.2*Amatrix2.2)+(Bmatrix2.3*Amatrix3.2)\n channel3 {-matrix2.0 -matrix2.1 -matrix2.2 matrix2.3}\n expr3 (Bmatrix2.0*Amatrix0.3)+(Bmatrix2.1*Amatrix1.3)+(Bmatrix2.2*Amatrix2.3)+(Bmatrix2.3*Amatrix3.3)\n name MergeExpression3\n xpos 21\n ypos 297\n }\n MergeExpression {\n inputs 2\n channel0 {matrix3.0 -matrix3.1 -matrix3.2 -matrix3.3}\n expr0 (Bmatrix3.0*Amatrix0.0)+(Bmatrix3.1*Amatrix1.0)+(Bmatrix3.2*Amatrix2.0)+(Bmatrix3.3*Amatrix3.0)\n channel1 {-matrix3.0 matrix3.1 -matrix3.2 -matrix3.3}\n expr1 (Bmatrix3.0*Amatrix0.1)+(Bmatrix3.1*Amatrix1.1)+(Bmatrix3.2*Amatrix2.1)+(Bmatrix3.3*Amatrix3.1)\n channel2 {-matrix3.0 -matrix3.1 matrix3.2 -matrix3.3}\n expr2 (Bmatrix3.0*Amatrix0.2)+(Bmatrix3.1*Amatrix1.2)+(Bmatrix3.2*Amatrix2.2)+(Bmatrix3.3*Amatrix3.2)\n channel3 {-matrix3.0 -matrix3.1 -matrix3.2 matrix3.3}\n expr3 (Bmatrix3.0*Amatrix0.3)+(Bmatrix3.1*Amatrix1.3)+(Bmatrix3.2*Amatrix2.3)+(Bmatrix3.3*Amatrix3.3)\n name MergeExpression4\n xpos 21\n ypos 321\n }\n Output {\n name Output1\n xpos 21\n ypos 421\n }\n end_group\n Dot {\n name Dot24\n tile_color 0xcccccc00\n xpos 694\n ypos 1802\n }\npush $N3ae440a0\npush $N3af3db80\npush $N3af5dd10\npush $N3b3a7680\n Group {\n inputs 2\n name ProductMatrix4_\n help \"Multiply two pixel based Matrix4 (Defined as layers matrix0, matrix1, matrix2 and matrix3)\"\n xpos 426\n ypos 770\n addUserKnob {20 Matrix4Product l \"Product Matrix4\"}\n addUserKnob {26 Description l \"\" +STARTLINE T \"Multiply two matrix4: matrixA*matrixB\"}\n addUserKnob {26 divider_copyright l \"\" +STARTLINE}\n addUserKnob {26 copyright l \"\" +STARTLINE T \"v1.0 - Mathieu Goulet-Aubin & Erwan Leroy - Github\"}\n }\n Input {\n inputs 0\n name matrixA\n xpos 344\n ypos 139\n }\n Dot {\n name Dot3\n xpos 378\n ypos 252\n }\nset N3a528b40 [stack 0]\npush $N3a528b40\npush $N3a528b40\npush $N3a528b40\n Input {\n inputs 0\n name matrixB\n xpos 21\n ypos 142\n number 1\n }\n MergeExpression {\n inputs 2\n channel0 {matrix0.0 -matrix0.1 -matrix0.2 -matrix0.3}\n expr0 (Bmatrix0.0*Amatrix0.0)+(Bmatrix0.1*Amatrix1.0)+(Bmatrix0.2*Amatrix2.0)+(Bmatrix0.3*Amatrix3.0)\n channel1 {-matrix0.0 matrix0.1 -matrix0.2 -matrix0.3}\n expr1 (Bmatrix0.0*Amatrix0.1)+(Bmatrix0.1*Amatrix1.1)+(Bmatrix0.2*Amatrix2.1)+(Bmatrix0.3*Amatrix3.1)\n channel2 {-matrix0.0 -matrix0.1 matrix0.2 -matrix0.3}\n expr2 (Bmatrix0.0*Amatrix0.2)+(Bmatrix0.1*Amatrix1.2)+(Bmatrix0.2*Amatrix2.2)+(Bmatrix0.3*Amatrix3.2)\n channel3 {-matrix0.0 -matrix0.1 -matrix0.2 matrix0.3}\n expr3 (Bmatrix0.0*Amatrix0.3)+(Bmatrix0.1*Amatrix1.3)+(Bmatrix0.2*Amatrix2.3)+(Bmatrix0.3*Amatrix3.3)\n name MergeExpression1\n xpos 21\n ypos 249\n }\n MergeExpression {\n inputs 2\n channel0 {matrix1.0 -matrix1.1 -matrix1.2 -matrix1.3}\n expr0 (Bmatrix1.0*Amatrix0.0)+(Bmatrix1.1*Amatrix1.0)+(Bmatrix1.2*Amatrix2.0)+(Bmatrix1.3*Amatrix3.0)\n channel1 {-matrix1.0 matrix1.1 -matrix1.2 -matrix1.3}\n expr1 (Bmatrix1.0*Amatrix0.1)+(Bmatrix1.1*Amatrix1.1)+(Bmatrix1.2*Amatrix2.1)+(Bmatrix1.3*Amatrix3.1)\n channel2 {-matrix1.0 -matrix1.1 matrix1.2 -matrix1.3}\n expr2 (Bmatrix1.0*Amatrix0.2)+(Bmatrix1.1*Amatrix1.2)+(Bmatrix1.2*Amatrix2.2)+(Bmatrix1.3*Amatrix3.2)\n channel3 {-matrix1.0 -matrix1.1 -matrix1.2 matrix1.3}\n expr3 (Bmatrix1.0*Amatrix0.3)+(Bmatrix1.1*Amatrix1.3)+(Bmatrix1.2*Amatrix2.3)+(Bmatrix1.3*Amatrix3.3)\n name MergeExpression2\n xpos 21\n ypos 273\n }\n MergeExpression {\n inputs 2\n channel0 {matrix2.0 -matrix2.1 -matrix2.2 -matrix2.3}\n expr0 (Bmatrix2.0*Amatrix0.0)+(Bmatrix2.1*Amatrix1.0)+(Bmatrix2.2*Amatrix2.0)+(Bmatrix2.3*Amatrix3.0)\n channel1 {-matrix2.0 matrix2.1 -matrix2.2 -matrix2.3}\n expr1 (Bmatrix2.0*Amatrix0.1)+(Bmatrix2.1*Amatrix1.1)+(Bmatrix2.2*Amatrix2.1)+(Bmatrix2.3*Amatrix3.1)\n channel2 {-matrix2.0 -matrix2.1 matrix2.2 -matrix2.3}\n expr2 (Bmatrix2.0*Amatrix0.2)+(Bmatrix2.1*Amatrix1.2)+(Bmatrix2.2*Amatrix2.2)+(Bmatrix2.3*Amatrix3.2)\n channel3 {-matrix2.0 -matrix2.1 -matrix2.2 matrix2.3}\n expr3 (Bmatrix2.0*Amatrix0.3)+(Bmatrix2.1*Amatrix1.3)+(Bmatrix2.2*Amatrix2.3)+(Bmatrix2.3*Amatrix3.3)\n name MergeExpression3\n xpos 21\n ypos 297\n }\n MergeExpression {\n inputs 2\n channel0 {matrix3.0 -matrix3.1 -matrix3.2 -matrix3.3}\n expr0 (Bmatrix3.0*Amatrix0.0)+(Bmatrix3.1*Amatrix1.0)+(Bmatrix3.2*Amatrix2.0)+(Bmatrix3.3*Amatrix3.0)\n channel1 {-matrix3.0 matrix3.1 -matrix3.2 -matrix3.3}\n expr1 (Bmatrix3.0*Amatrix0.1)+(Bmatrix3.1*Amatrix1.1)+(Bmatrix3.2*Amatrix2.1)+(Bmatrix3.3*Amatrix3.1)\n channel2 {-matrix3.0 -matrix3.1 matrix3.2 -matrix3.3}\n expr2 (Bmatrix3.0*Amatrix0.2)+(Bmatrix3.1*Amatrix1.2)+(Bmatrix3.2*Amatrix2.2)+(Bmatrix3.3*Amatrix3.2)\n channel3 {-matrix3.0 -matrix3.1 -matrix3.2 matrix3.3}\n expr3 (Bmatrix3.0*Amatrix0.3)+(Bmatrix3.1*Amatrix1.3)+(Bmatrix3.2*Amatrix2.3)+(Bmatrix3.3*Amatrix3.3)\n name MergeExpression4\n xpos 21\n ypos 321\n }\n Output {\n name Output1\n xpos 21\n ypos 421\n }\n end_group\n Group {\n inputs 2\n name ProductMatrix4_1\n help \"Multiply two pixel based Matrix4 (Defined as layers matrix0, matrix1, matrix2 and matrix3)\"\n xpos 426\n ypos 810\n addUserKnob {20 Matrix4Product l \"Product Matrix4\"}\n addUserKnob {26 Description l \"\" +STARTLINE T \"Multiply two matrix4: matrixA*matrixB\"}\n addUserKnob {26 divider_copyright l \"\" +STARTLINE}\n addUserKnob {26 copyright l \"\" +STARTLINE T \"v1.0 - Mathieu Goulet-Aubin & Erwan Leroy - Github\"}\n }\n Input {\n inputs 0\n name matrixA\n xpos 344\n ypos 139\n }\n Dot {\n name Dot3\n xpos 378\n ypos 252\n }\nset N3a577c40 [stack 0]\npush $N3a577c40\npush $N3a577c40\npush $N3a577c40\n Input {\n inputs 0\n name matrixB\n xpos 21\n ypos 142\n number 1\n }\n MergeExpression {\n inputs 2\n channel0 {matrix0.0 -matrix0.1 -matrix0.2 -matrix0.3}\n expr0 (Bmatrix0.0*Amatrix0.0)+(Bmatrix0.1*Amatrix1.0)+(Bmatrix0.2*Amatrix2.0)+(Bmatrix0.3*Amatrix3.0)\n channel1 {-matrix0.0 matrix0.1 -matrix0.2 -matrix0.3}\n expr1 (Bmatrix0.0*Amatrix0.1)+(Bmatrix0.1*Amatrix1.1)+(Bmatrix0.2*Amatrix2.1)+(Bmatrix0.3*Amatrix3.1)\n channel2 {-matrix0.0 -matrix0.1 matrix0.2 -matrix0.3}\n expr2 (Bmatrix0.0*Amatrix0.2)+(Bmatrix0.1*Amatrix1.2)+(Bmatrix0.2*Amatrix2.2)+(Bmatrix0.3*Amatrix3.2)\n channel3 {-matrix0.0 -matrix0.1 -matrix0.2 matrix0.3}\n expr3 (Bmatrix0.0*Amatrix0.3)+(Bmatrix0.1*Amatrix1.3)+(Bmatrix0.2*Amatrix2.3)+(Bmatrix0.3*Amatrix3.3)\n name MergeExpression1\n xpos 21\n ypos 249\n }\n MergeExpression {\n inputs 2\n channel0 {matrix1.0 -matrix1.1 -matrix1.2 -matrix1.3}\n expr0 (Bmatrix1.0*Amatrix0.0)+(Bmatrix1.1*Amatrix1.0)+(Bmatrix1.2*Amatrix2.0)+(Bmatrix1.3*Amatrix3.0)\n channel1 {-matrix1.0 matrix1.1 -matrix1.2 -matrix1.3}\n expr1 (Bmatrix1.0*Amatrix0.1)+(Bmatrix1.1*Amatrix1.1)+(Bmatrix1.2*Amatrix2.1)+(Bmatrix1.3*Amatrix3.1)\n channel2 {-matrix1.0 -matrix1.1 matrix1.2 -matrix1.3}\n expr2 (Bmatrix1.0*Amatrix0.2)+(Bmatrix1.1*Amatrix1.2)+(Bmatrix1.2*Amatrix2.2)+(Bmatrix1.3*Amatrix3.2)\n channel3 {-matrix1.0 -matrix1.1 -matrix1.2 matrix1.3}\n expr3 (Bmatrix1.0*Amatrix0.3)+(Bmatrix1.1*Amatrix1.3)+(Bmatrix1.2*Amatrix2.3)+(Bmatrix1.3*Amatrix3.3)\n name MergeExpression2\n xpos 21\n ypos 273\n }\n MergeExpression {\n inputs 2\n channel0 {matrix2.0 -matrix2.1 -matrix2.2 -matrix2.3}\n expr0 (Bmatrix2.0*Amatrix0.0)+(Bmatrix2.1*Amatrix1.0)+(Bmatrix2.2*Amatrix2.0)+(Bmatrix2.3*Amatrix3.0)\n channel1 {-matrix2.0 matrix2.1 -matrix2.2 -matrix2.3}\n expr1 (Bmatrix2.0*Amatrix0.1)+(Bmatrix2.1*Amatrix1.1)+(Bmatrix2.2*Amatrix2.1)+(Bmatrix2.3*Amatrix3.1)\n channel2 {-matrix2.0 -matrix2.1 matrix2.2 -matrix2.3}\n expr2 (Bmatrix2.0*Amatrix0.2)+(Bmatrix2.1*Amatrix1.2)+(Bmatrix2.2*Amatrix2.2)+(Bmatrix2.3*Amatrix3.2)\n channel3 {-matrix2.0 -matrix2.1 -matrix2.2 matrix2.3}\n expr3 (Bmatrix2.0*Amatrix0.3)+(Bmatrix2.1*Amatrix1.3)+(Bmatrix2.2*Amatrix2.3)+(Bmatrix2.3*Amatrix3.3)\n name MergeExpression3\n xpos 21\n ypos 297\n }\n MergeExpression {\n inputs 2\n channel0 {matrix3.0 -matrix3.1 -matrix3.2 -matrix3.3}\n expr0 (Bmatrix3.0*Amatrix0.0)+(Bmatrix3.1*Amatrix1.0)+(Bmatrix3.2*Amatrix2.0)+(Bmatrix3.3*Amatrix3.0)\n channel1 {-matrix3.0 matrix3.1 -matrix3.2 -matrix3.3}\n expr1 (Bmatrix3.0*Amatrix0.1)+(Bmatrix3.1*Amatrix1.1)+(Bmatrix3.2*Amatrix2.1)+(Bmatrix3.3*Amatrix3.1)\n channel2 {-matrix3.0 -matrix3.1 matrix3.2 -matrix3.3}\n expr2 (Bmatrix3.0*Amatrix0.2)+(Bmatrix3.1*Amatrix1.2)+(Bmatrix3.2*Amatrix2.2)+(Bmatrix3.3*Amatrix3.2)\n channel3 {-matrix3.0 -matrix3.1 -matrix3.2 matrix3.3}\n expr3 (Bmatrix3.0*Amatrix0.3)+(Bmatrix3.1*Amatrix1.3)+(Bmatrix3.2*Amatrix2.3)+(Bmatrix3.3*Amatrix3.3)\n name MergeExpression4\n xpos 21\n ypos 321\n }\n Output {\n name Output1\n xpos 21\n ypos 421\n }\n end_group\n Group {\n inputs 2\n name ProductMatrix4_2\n help \"Multiply two pixel based Matrix4 (Defined as layers matrix0, matrix1, matrix2 and matrix3)\"\n xpos 426\n ypos 851\n addUserKnob {20 Matrix4Product l \"Product Matrix4\"}\n addUserKnob {26 Description l \"\" +STARTLINE T \"Multiply two matrix4: matrixA*matrixB\"}\n addUserKnob {26 divider_copyright l \"\" +STARTLINE}\n addUserKnob {26 copyright l \"\" +STARTLINE T \"v1.0 - Mathieu Goulet-Aubin & Erwan Leroy - Github\"}\n }\n Input {\n inputs 0\n name matrixA\n xpos 344\n ypos 139\n }\n Dot {\n name Dot3\n xpos 378\n ypos 252\n }\nset N3a446bf0 [stack 0]\npush $N3a446bf0\npush $N3a446bf0\npush $N3a446bf0\n Input {\n inputs 0\n name matrixB\n xpos 21\n ypos 142\n number 1\n }\n MergeExpression {\n inputs 2\n channel0 {matrix0.0 -matrix0.1 -matrix0.2 -matrix0.3}\n expr0 (Bmatrix0.0*Amatrix0.0)+(Bmatrix0.1*Amatrix1.0)+(Bmatrix0.2*Amatrix2.0)+(Bmatrix0.3*Amatrix3.0)\n channel1 {-matrix0.0 matrix0.1 -matrix0.2 -matrix0.3}\n expr1 (Bmatrix0.0*Amatrix0.1)+(Bmatrix0.1*Amatrix1.1)+(Bmatrix0.2*Amatrix2.1)+(Bmatrix0.3*Amatrix3.1)\n channel2 {-matrix0.0 -matrix0.1 matrix0.2 -matrix0.3}\n expr2 (Bmatrix0.0*Amatrix0.2)+(Bmatrix0.1*Amatrix1.2)+(Bmatrix0.2*Amatrix2.2)+(Bmatrix0.3*Amatrix3.2)\n channel3 {-matrix0.0 -matrix0.1 -matrix0.2 matrix0.3}\n expr3 (Bmatrix0.0*Amatrix0.3)+(Bmatrix0.1*Amatrix1.3)+(Bmatrix0.2*Amatrix2.3)+(Bmatrix0.3*Amatrix3.3)\n name MergeExpression1\n xpos 21\n ypos 249\n }\n MergeExpression {\n inputs 2\n channel0 {matrix1.0 -matrix1.1 -matrix1.2 -matrix1.3}\n expr0 (Bmatrix1.0*Amatrix0.0)+(Bmatrix1.1*Amatrix1.0)+(Bmatrix1.2*Amatrix2.0)+(Bmatrix1.3*Amatrix3.0)\n channel1 {-matrix1.0 matrix1.1 -matrix1.2 -matrix1.3}\n expr1 (Bmatrix1.0*Amatrix0.1)+(Bmatrix1.1*Amatrix1.1)+(Bmatrix1.2*Amatrix2.1)+(Bmatrix1.3*Amatrix3.1)\n channel2 {-matrix1.0 -matrix1.1 matrix1.2 -matrix1.3}\n expr2 (Bmatrix1.0*Amatrix0.2)+(Bmatrix1.1*Amatrix1.2)+(Bmatrix1.2*Amatrix2.2)+(Bmatrix1.3*Amatrix3.2)\n channel3 {-matrix1.0 -matrix1.1 -matrix1.2 matrix1.3}\n expr3 (Bmatrix1.0*Amatrix0.3)+(Bmatrix1.1*Amatrix1.3)+(Bmatrix1.2*Amatrix2.3)+(Bmatrix1.3*Amatrix3.3)\n name MergeExpression2\n xpos 21\n ypos 273\n }\n MergeExpression {\n inputs 2\n channel0 {matrix2.0 -matrix2.1 -matrix2.2 -matrix2.3}\n expr0 (Bmatrix2.0*Amatrix0.0)+(Bmatrix2.1*Amatrix1.0)+(Bmatrix2.2*Amatrix2.0)+(Bmatrix2.3*Amatrix3.0)\n channel1 {-matrix2.0 matrix2.1 -matrix2.2 -matrix2.3}\n expr1 (Bmatrix2.0*Amatrix0.1)+(Bmatrix2.1*Amatrix1.1)+(Bmatrix2.2*Amatrix2.1)+(Bmatrix2.3*Amatrix3.1)\n channel2 {-matrix2.0 -matrix2.1 matrix2.2 -matrix2.3}\n expr2 (Bmatrix2.0*Amatrix0.2)+(Bmatrix2.1*Amatrix1.2)+(Bmatrix2.2*Amatrix2.2)+(Bmatrix2.3*Amatrix3.2)\n channel3 {-matrix2.0 -matrix2.1 -matrix2.2 matrix2.3}\n expr3 (Bmatrix2.0*Amatrix0.3)+(Bmatrix2.1*Amatrix1.3)+(Bmatrix2.2*Amatrix2.3)+(Bmatrix2.3*Amatrix3.3)\n name MergeExpression3\n xpos 21\n ypos 297\n }\n MergeExpression {\n inputs 2\n channel0 {matrix3.0 -matrix3.1 -matrix3.2 -matrix3.3}\n expr0 (Bmatrix3.0*Amatrix0.0)+(Bmatrix3.1*Amatrix1.0)+(Bmatrix3.2*Amatrix2.0)+(Bmatrix3.3*Amatrix3.0)\n channel1 {-matrix3.0 matrix3.1 -matrix3.2 -matrix3.3}\n expr1 (Bmatrix3.0*Amatrix0.1)+(Bmatrix3.1*Amatrix1.1)+(Bmatrix3.2*Amatrix2.1)+(Bmatrix3.3*Amatrix3.1)\n channel2 {-matrix3.0 -matrix3.1 matrix3.2 -matrix3.3}\n expr2 (Bmatrix3.0*Amatrix0.2)+(Bmatrix3.1*Amatrix1.2)+(Bmatrix3.2*Amatrix2.2)+(Bmatrix3.3*Amatrix3.2)\n channel3 {-matrix3.0 -matrix3.1 -matrix3.2 matrix3.3}\n expr3 (Bmatrix3.0*Amatrix0.3)+(Bmatrix3.1*Amatrix1.3)+(Bmatrix3.2*Amatrix2.3)+(Bmatrix3.3*Amatrix3.3)\n name MergeExpression4\n xpos 21\n ypos 321\n }\n Output {\n name Output1\n xpos 21\n ypos 421\n }\n end_group\n Dot {\n name Dot23\n tile_color 0xcccccc00\n xpos 460\n ypos 1794\n }\n Switch {\n inputs 6\n which {{parent.rot_order}}\n name Switch1\n xpos 937\n ypos 1948\n }\n Output {\n name Output1\n xpos 937\n ypos 2058\n }\n Axis2 {\n inputs 0\n name Axis1\n label \"Only used for rotation order knob\"\n xpos 98\n ypos 187\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_RotateVector2.gizmo", "content": "Group {\n name RotateVector2_\n help \"Rotate a 2D vector on the same 2D plane.\"\n knobChanged \"\\nnode = nuke.thisNode()\\nknob = nuke.thisKnob()\\nif knob.name() == \\\"mode\\\":\\n if knob.value() == \\\"Knob (Degrees 0-360)\\\":\\n node\\['angle'].setEnabled(True)\\n else:\\n node\\['angle'].setEnabled(False)\\n\"\n addUserKnob {20 main_tab l \"Rotate Vector2\"}\n addUserKnob {41 in l \"Vector B Layer\" t \"Layer containing the vector information for input B\" T vector_layer.in}\n addUserKnob {4 mode l \"Rotate by\" t \"Pick whether to rotate the input vector by:\\nKnob (Degrees 0-360)\\nAngle Map (Degrees 0-360)\\nAngle Map (Degrees 0-1)\\nAngle Map (Radians)\\n\\nAn Angle map is a single channel image (expected in red channel) that represents an angle value at each pixel.\" M {\"Knob (Degrees 0-360)\" \"Angle Map (Degrees 0-360)\" \"Angle Map (Degrees 0-1)\" \"Angle Map (Radians)\" \"\" \"\" \"\"}}\n addUserKnob {26 \"\" +STARTLINE}\n addUserKnob {7 angle l Angle R -180 180}\n addUserKnob {26 \"\"}\n addUserKnob {26 copyright l \"\" +STARTLINE T \"v1.0 - Mathieu Goulet-Aubin & Erwan Leroy - Github\"}\n}\n Input {\n inputs 0\n name angleMap\n xpos 479\n ypos 5\n number 1\n }\n Multiply {\n channels rgb\n value 360\n name Multiply_360\n xpos 479\n ypos 90\n disable {{parent.mode!=2}}\n }\n Expression {\n expr0 radians(r)\n name Degrees_to_Radians\n xpos 479\n ypos 132\n disable {{parent.mode==3}}\n }\n Dot {\n name Dot5\n tile_color 0xcccccc00\n xpos 513\n ypos 249\n }\n Input {\n inputs 0\n name vectorB\n xpos 0\n }\n Dot {\n name Dot1\n tile_color 0xcccccc00\n xpos 34\n ypos 108\n }\nset N8a49d10 [stack 0]\n Shuffle {\n name vector_layer\n xpos 140\n ypos 104\n }\n Remove {\n operation keep\n channels rgba\n name Remove1\n xpos 140\n ypos 130\n }\n Dot {\n name Dot3\n tile_color 0x9e3c6300\n xpos 174\n ypos 181\n }\nset N31f4270 [stack 0]\n Dot {\n name Dot4\n tile_color 0x9e3c6300\n xpos 372\n ypos 181\n }\n MergeExpression {\n inputs 2\n expr0 \"Br * cos(Ar) - Bg * sin(Ar)\"\n expr1 \"Br * sin(Ar) + Bg * cos(Ar)\"\n name MergeExpression1\n xpos 338\n ypos 245\n }\n Dot {\n name Dot6\n tile_color 0x4b5ec600\n xpos 372\n ypos 311\n }\npush $N31f4270\n Expression {\n temp_name0 angleRad\n temp_expr0 radians(parent.angle)\n expr0 \"r * cos(angleRad) - g * sin(angleRad)\"\n expr1 \"r * sin(angleRad) + g * cos(angleRad)\"\n name Rotation\n xpos 140\n ypos 240\n }\n Switch {\n inputs 2\n which {{parent.mode!=0}}\n name Switch1\n xpos 140\n ypos 307\n }\n Dot {\n name Dot2\n tile_color 0xcccccc00\n xpos 174\n ypos 364\n }\npush $N8a49d10\n ShuffleCopy {\n inputs 2\n in2 none\n red red\n green green\n blue blue\n out {{{parent.vector_layer.in}}}\n name ShuffleCopy1\n xpos 0\n ypos 360\n }\n Output {\n name Output1\n xpos 0\n ypos 506\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_RotateVector3.gizmo", "content": "Group {\n name RotateVector3_\n help \"Rotate a Vector3 in 3 dimensions.\"\n knobChanged \"node = nuke.thisNode()\\nknob = nuke.thisKnob()\\nif knob.name() == \\\"mode\\\":\\n if knob.value() == \\\"Knob\\\":\\n node\\['rotate'].setEnabled(True)\\n node\\['rot_order'].setEnabled(True)\\n else:\\n node\\['rotate'].setEnabled(False)\\n node\\['rot_order'].setEnabled(False)\\n\"\n addUserKnob {20 main_tab l RotateVector3}\n addUserKnob {41 in l \"Vector B Layer\" t \"Layer containing the vector information for input B\" T vector_layer.in}\n addUserKnob {4 mode l \"Rotate by\" t \"Either control the rotation by the knob present on this node, or via the Matrix input.\" M {Knob \"Pixel Matrix\" \"\"}}\n addUserKnob {26 \"\"}\n addUserKnob {4 rot_order l \"rotation order\" t \"Specifies the order to apply euler angles to the rotation.\" M {XYZ XZY YXZ YZX ZXY ZYX \"\" \"\" \"\"}}\n rot_order ZXY\n addUserKnob {13 rotate}\n addUserKnob {26 \"\"}\n addUserKnob {26 copyright l \"\" +STARTLINE T \"v1.0 - Mathieu Goulet-Aubin & Erwan Leroy - Github\"}\n}\n Input {\n inputs 0\n name vectorB\n xpos 0\n ypos -30\n }\n Dot {\n name Dot1\n tile_color 0xcccccc00\n xpos 34\n ypos 72\n }\nset N101e6610 [stack 0]\n Shuffle {\n name vector_layer\n xpos 366\n ypos 68\n }\n Remove {\n operation keep\n channels rgba\n name Remove1\n xpos 366\n ypos 94\n }\n Dot {\n name Dot3\n tile_color 0x9e3c6300\n xpos 400\n ypos 156\n }\nset N102036e0 [stack 0]\n Dot {\n name Dot6\n tile_color 0x9e3c6300\n xpos 220\n ypos 156\n }\n Group {\n name Magnitude_Vector3_\n help \"Calculate the magnitude (scalar) of an input Vector3.\"\n xpos 186\n ypos 231\n addUserKnob {20 main_tab l \"Magnitude Vector3\"}\n addUserKnob {41 in l \"Vector B Layer\" t \"Layer containing the vector information for input B\" T vector_layer.in}\n addUserKnob {26 \"\"}\n addUserKnob {26 copyright l \"\" +STARTLINE T \"v1.0 - Mathieu Goulet-Aubin & Erwan Leroy - Github\"}\n }\n Input {\n inputs 0\n name vectorB\n xpos 0\n }\n Dot {\n name Dot1\n tile_color 0xcccccc00\n xpos 34\n ypos 108\n }\nset N10219760 [stack 0]\n Shuffle {\n name vector_layer\n xpos 140\n ypos 104\n }\n Remove {\n operation keep\n channels rgba\n name Remove1\n xpos 140\n ypos 130\n }\n Expression {\n channel0 rgba\n expr0 sqrt((r*r)+(g*g)+(b*b))\n channel2 {-rgba.red -rgba.green -rgba.blue none}\n channel3 {none none none -rgba.alpha}\n name Mag3\n xpos 140\n ypos 227\n }\n Dot {\n name Dot2\n tile_color 0xcccccc00\n xpos 174\n ypos 364\n }\npush $N10219760\n ShuffleCopy {\n inputs 2\n in2 none\n red red\n green green\n blue blue\n out {{{parent.vector_layer.in}}}\n name ShuffleCopy1\n xpos 0\n ypos 360\n }\n Output {\n name Output1\n xpos 0\n ypos 506\n }\n end_group\n Dot {\n name Dot7\n tile_color 0xcccccc00\n xpos 220\n ypos 529\n }\npush $N102036e0\n Dot {\n name Dot4\n tile_color 0x9e3c6300\n xpos 556\n ypos 156\n }\nset N10261db0 [stack 0]\n Input {\n inputs 0\n name matrix\n xpos 614\n ypos -30\n number 1\n }\n CopyBBox {\n inputs 2\n name CopyBBox1\n xpos 614\n ypos 152\n }\npush $N10261db0\n Dot {\n name Dot5\n tile_color 0x9e3c6300\n xpos 556\n ypos 198\n }\n Group {\n inputs 2\n name MultiplyVector3Matrix3_2\n help \"Multiply (transform) a Vector3 by a Matrix3. This is the equivalent of applying Rotation/Scale/Skew from a Matrix to the vector.\\nA Matrix4 can be used, but the last row/column will be ignored.\"\n xpos 614\n ypos 195\n addUserKnob {20 main_tab l \"Mutiply Vector3 Matrix3\"}\n addUserKnob {26 \"\"}\n addUserKnob {26 copyright l \"\" +STARTLINE T \"v1.0 - Mathieu Goulet-Aubin & Erwan Leroy - Github\"}\n }\n Input {\n inputs 0\n name InputMatrix3\n xpos 402\n ypos 7\n number 1\n }\n Dot {\n name Dot3\n tile_color 0xcccccc00\n xpos 436\n ypos 62\n }\nadd_layer {matrix0 matrix0.0 matrix0.1 matrix0.2 matrix0.3}\n Shuffle {\n in matrix0\n name Shuffle1\n label \"in \\[value in]-->out \\[value out]\"\n xpos 402\n ypos 109\n }\nset N102888a0 [stack 0]\nadd_layer {matrix1 matrix1.0 matrix1.1 matrix1.2 matrix1.3}\n Shuffle {\n in matrix1\n name Shuffle2\n label \"in \\[value in]-->out \\[value out]\"\n xpos 402\n ypos 147\n }\nset N10298df0 [stack 0]\nadd_layer {matrix2 matrix2.0 matrix2.1 matrix2.2 matrix2.3}\n Shuffle {\n in matrix2\n name Shuffle3\n label \"in \\[value in]-->out \\[value out]\"\n xpos 402\n ypos 185\n }\nset N102a9320 [stack 0]\nadd_layer {matrix3 matrix3.0 matrix3.1 matrix3.2 matrix3.3}\n Shuffle {\n in matrix3\n name Shuffle4\n label \"in \\[value in]-->out \\[value out]\"\n xpos 402\n ypos 223\n }\npush $N102a9320\n Dot {\n name Dot7\n tile_color 0x9e3c6300\n xpos 343\n ypos 195\n }\npush $N10298df0\n Dot {\n name Dot6\n tile_color 0x9e3c6300\n xpos 343\n ypos 157\n }\npush $N102888a0\n Dot {\n name Dot5\n tile_color 0x9e3c6300\n xpos 343\n ypos 119\n }\n Input {\n inputs 0\n name InputVector3\n xpos 219\n ypos 8\n }\n Dot {\n name Dot4\n tile_color 0xcccccc00\n xpos 253\n ypos 115\n }\n BlinkScript {\n inputs 4\n recompileCount 12\n ProgramGroup 1\n KernelDescription \"2 \\\"TransformVector3byMatrix3\\\" iterate pixelWise 156e29276da8287b847626148a2a784d9969b7d1a3ad81e28187d00a7aaafaca 5 \\\"src\\\" Read Point \\\"matrix0\\\" Read Point \\\"matrix1\\\" Read Point \\\"matrix2\\\" Read Point \\\"dst\\\" Write Point 0 0 0\"\n kernelSource \"kernel TransformVector3byMatrix3 : ImageComputationKernel\\n\\{\\n Image src; // the input image\\n Image matrix0; // the input image\\n Image matrix1; // the input image\\n Image matrix2; // the input image\\n Image dst; // the output image\\n\\n void process() \\{\\n // Read the input image\\n SampleType(src) input = src();\\n SampleType(matrix0) m0 = matrix0();\\n SampleType(matrix1) m1 = matrix1();\\n SampleType(matrix2) m2 = matrix2();\\n\\n // Create the matrix object (matrix3 in this case)\\n float3x3 matrix;\\n matrix\\[0]\\[0] = m0.x;\\n matrix\\[0]\\[1] = m0.y;\\n matrix\\[0]\\[2] = m0.z;\\n matrix\\[1]\\[0] = m1.x;\\n matrix\\[1]\\[1] = m1.y;\\n matrix\\[1]\\[2] = m1.z;\\n matrix\\[2]\\[0] = m2.x;\\n matrix\\[2]\\[1] = m2.y;\\n matrix\\[2]\\[2] = m2.z;\\n\\n // Multiply the Matrix and the Vector\\n float3 vector(input.x, input.y, input.z);\\n vector = matrix*vector;\\n\\n // Write the result to the output image\\n dst() = float4(vector.x, vector.y, vector.z, input.w);\\n \\}\\n\\};\\n\"\n rebuild \"\"\n rebuild_finalise \"\"\n name BlinkScript1\n xpos 219\n ypos 223\n }\n Output {\n name Output1\n xpos 219\n ypos 323\n }\n end_group\n Dot {\n name Dot2\n tile_color 0xcccccc00\n xpos 648\n ypos 364\n }\npush $N102036e0\n ColorMatrix {\n matrix {\n {{Axis1.world_matrix.0} {Axis1.world_matrix.1} {Axis1.world_matrix.2}}\n {{Axis1.world_matrix.4} {Axis1.world_matrix.5} {Axis1.world_matrix.6}}\n {{Axis1.world_matrix.8} {Axis1.world_matrix.9} {Axis1.world_matrix.10}}\n }\n name ColorMatrix1\n xpos 366\n ypos 269\n }\n Switch {\n inputs 2\n which {{parent.mode}}\n name Switch1\n xpos 366\n ypos 360\n }\n Group {\n name NormalizeVector3_\n help \"Normalize the magnitude of a Vector3 (to be of magnitude 1)\"\n xpos 366\n ypos 450\n addUserKnob {20 main_tab l \"Normalize Vector3\"}\n addUserKnob {41 in l \"Vector B Layer\" t \"Layer containing the vector information for input B\" T vector_layer.in}\n addUserKnob {26 \"\"}\n addUserKnob {26 copyright l \"\" +STARTLINE T \"v1.0 - Mathieu Goulet-Aubin & Erwan Leroy - Github\"}\n }\n Input {\n inputs 0\n name vectorB\n xpos 0\n }\n Dot {\n name Dot1\n tile_color 0xcccccc00\n xpos 34\n ypos 108\n }\nset N1031bd80 [stack 0]\n Shuffle {\n name vector_layer\n xpos 140\n ypos 104\n }\n Remove {\n operation keep\n channels rgba\n name Remove1\n xpos 140\n ypos 130\n }\n Dot {\n name Dot3\n tile_color 0x9e3c6300\n xpos 174\n ypos 156\n }\nset N10338e50 [stack 0]\npush $N10338e50\n Dot {\n name Dot4\n tile_color 0x9e3c6300\n xpos 377\n ypos 156\n }\n Expression {\n channel0 rgba\n expr0 sqrt((r*r)+(g*g)+(b*b))\n channel2 {-rgba.red -rgba.green -rgba.blue none}\n channel3 {none none none -rgba.alpha}\n name Mag3\n xpos 343\n ypos 209\n }\n Dot {\n name Dot5\n tile_color 0xcccccc00\n xpos 377\n ypos 271\n }\n Merge2 {\n inputs 2\n operation divide\n bbox B\n name Merge1\n xpos 140\n ypos 267\n }\n Dot {\n name Dot2\n tile_color 0x4b5ec600\n xpos 174\n ypos 364\n }\npush $N1031bd80\n ShuffleCopy {\n inputs 2\n in2 none\n red red\n green green\n blue blue\n out {{{parent.vector_layer.in}}}\n name ShuffleCopy1\n xpos 0\n ypos 360\n }\n Output {\n name Output1\n xpos 0\n ypos 506\n }\n end_group\n Merge2 {\n inputs 2\n operation multiply\n bbox B\n name Merge1\n xpos 366\n ypos 525\n }\n Dot {\n name Dot8\n tile_color 0x4b5ec600\n xpos 400\n ypos 601\n }\npush $N101e6610\n ShuffleCopy {\n inputs 2\n in2 none\n red red\n green green\n blue blue\n out {{{parent.vector_layer.in}}}\n name ShuffleCopy1\n xpos 0\n ypos 597\n }\n Output {\n name Output1\n xpos 0\n ypos 671\n }\n Axis2 {\n inputs 0\n rot_order {{parent.rot_order x1 2}}\n rotate {{parent.rotate.x} {parent.rotate.y} {parent.rotate.z}}\n name Axis1\n xpos 471\n ypos 252\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_RotoCentroid.gizmo", "content": "Group {\n name RotoCentroid\n tile_color 0x70ff66ff\n selected true\n addUserKnob {20 RotoCentroid}\n addUserKnob {12 centroid}\n centroid {1054.860665 666.3638309}\n addUserKnob {68 rotoshape M {Ellipse1}}\n addUserKnob {3 samples}\n samples 1000\n addUserKnob {7 _calc l INVISIBLE +INVISIBLE}\n _calc {{\"\\[python -execlocal n=nuke.thisNode()\\\\n\\\\ntry:\\\\n\\\\ \\\\ \\\\ \\\\ #\\\\ Setup\\\\ input\\\\ shape\\\\ names\\\\n\\\\ \\\\ \\\\ \\\\ rs\\\\ =\\\\ n\\\\\\[\\\\\\\"rotoshape\\\\\\\"\\\\]\\\\n\\\\ \\\\ \\\\ \\\\ rs_v\\\\ =\\\\ rs.value()\\\\n\\\\ \\\\ \\\\ \\\\ shpl\\\\ =\\\\ \\\\\\[\\\\]\\\\n\\\\ \\\\ \\\\ \\\\ rotos=n.input(0)\\\\n\\\\ \\\\ \\\\ \\\\ curves=rotos\\\\\\[\\\\\\\"curves\\\\\\\"\\\\].rootLayer\\\\n\\\\ \\\\ \\\\ \\\\ for\\\\ c\\\\ in\\\\ curves:\\\\n\\\\ \\\\ \\\\ \\\\ \\\\ \\\\ \\\\ \\\\ shpl.append(c.name)\\\\n\\\\ \\\\ \\\\ \\\\ rs.setValues(shpl)\\\\n\\\\ \\\\ \\\\ \\\\ rs.setValue(rs_v)\\\\n\\\\ \\\\ \\\\ \\\\ \\\\n\\\\ \\\\ \\\\ \\\\ \\\\n\\\\ \\\\ \\\\ \\\\ \\\\n\\\\ \\\\ \\\\ \\\\ \\\\n\\\\ \\\\ \\\\ \\\\ ev\\\\ =\\\\ rotos\\\\\\[\\\\\\\"curves\\\\\\\"\\\\].toElement(rs_v).evaluate(0,nuke.frame())\\\\n\\\\ \\\\ \\\\ \\\\ samples\\\\ =\\\\ n\\\\\\[\\\\\\\"samples\\\\\\\"\\\\].value()\\\\n\\\\ \\\\ \\\\ \\\\ nsamp\\\\ =\\\\ int(samples)\\\\n\\\\ \\\\ \\\\ \\\\ pts\\\\ =\\\\ \\\\\\[list(ev.getPoint(i/samples))\\\\\\[:2\\\\]\\\\ for\\\\ i\\\\ in\\\\ range(nsamp)\\\\]\\\\n\\\\ \\\\ \\\\ \\\\ \\\\n\\\\ \\\\ \\\\ \\\\ \\\\n\\\\ \\\\ \\\\ \\\\ def\\\\ centroid2d(*points):\\\\n\\\\ \\\\ \\\\ \\\\ \\\\ \\\\ \\\\ \\\\ dist\\\\ =\\\\ lambda\\\\ a,b\\\\ :\\\\ ((b\\\\\\[0\\\\]-a\\\\\\[0\\\\])**2\\\\ +\\\\ (b\\\\\\[1\\\\]-a\\\\\\[1\\\\])**2)**0.5\\\\n\\\\ \\\\ \\\\ \\\\ \\\\ \\\\ \\\\ \\\\ l\\\\ =\\\\ len(points)\\\\n\\\\ \\\\ \\\\ \\\\ \\\\ \\\\ \\\\ \\\\ subpts\\\\ =\\\\ \\\\\\[\\\\]\\\\n\\\\ \\\\ \\\\ \\\\ \\\\ \\\\ \\\\ \\\\ weights\\\\ =\\\\ \\\\\\[\\\\]\\\\n\\\\ \\\\ \\\\ \\\\ \\\\ \\\\ \\\\ \\\\ for\\\\ i\\\\ in\\\\ range(l):\\\\n\\\\ \\\\ \\\\ \\\\ \\\\ \\\\ \\\\ \\\\ \\\\ \\\\ \\\\ \\\\ subpts.append(points\\\\\\[i\\\\])\\\\n\\\\ \\\\ \\\\ \\\\ \\\\ \\\\ \\\\ \\\\ \\\\ \\\\ \\\\ \\\\ weights.append(\\\\ dist(points\\\\\\[i\\\\],\\\\ points\\\\\\[(i+1)%l\\\\])+dist(points\\\\\\[i\\\\],\\\\ points\\\\\\[(i-1)%l\\\\])\\\\ )\\\\n\\\\ \\\\ \\\\ \\\\ \\\\ \\\\ \\\\ \\\\ \\\\n\\\\ \\\\ \\\\ \\\\ \\\\ \\\\ \\\\ \\\\ nweight\\\\ =\\\\ sum(weights)\\\\n\\\\ \\\\ \\\\ \\\\ \\\\ \\\\ \\\\ \\\\ rx\\\\ =\\\\ 0.0\\\\n\\\\ \\\\ \\\\ \\\\ \\\\ \\\\ \\\\ \\\\ ry\\\\ =\\\\ 0.0\\\\n\\\\ \\\\ \\\\ \\\\ \\\\ \\\\ \\\\ \\\\ for\\\\ i\\\\ in\\\\ range(l):\\\\n\\\\ \\\\ \\\\ \\\\ \\\\ \\\\ \\\\ \\\\ \\\\ \\\\ \\\\ \\\\ w\\\\ =\\\\ weights\\\\\\[i\\\\]/nweight\\\\n\\\\ \\\\ \\\\ \\\\ \\\\ \\\\ \\\\ \\\\ \\\\ \\\\ \\\\ \\\\ rx\\\\ +=\\\\ subpts\\\\\\[i\\\\]\\\\\\[0\\\\]*w\\\\n\\\\ \\\\ \\\\ \\\\ \\\\ \\\\ \\\\ \\\\ \\\\ \\\\ \\\\ \\\\ ry\\\\ +=\\\\ subpts\\\\\\[i\\\\]\\\\\\[1\\\\]*w\\\\n\\\\ \\\\ \\\\ \\\\ \\\\ \\\\ \\\\ \\\\ return\\\\ rx,ry\\\\n\\\\ \\\\ \\\\ \\\\ \\\\n\\\\ \\\\ \\\\ \\\\ \\\\n\\\\ \\\\ \\\\ \\\\ cent\\\\ =\\\\ centroid2d(*pts)\\\\n\\\\ \\\\ \\\\ \\\\ \\\\n\\\\ \\\\ \\\\ \\\\ n\\\\\\[\\\\\\\"centroid\\\\\\\"\\\\].setValue(cent\\\\\\[0\\\\],0)\\\\n\\\\ \\\\ \\\\ \\\\ n\\\\\\[\\\\\\\"centroid\\\\\\\"\\\\].setValue(cent\\\\\\[1\\\\],1)\\\\nexcept:pass\\\\nret=0\\\\n]\"}}\n}\n Input {\n inputs 0\n name Input1\n xpos 0\n }\n Output {\n name Output1\n xpos 0\n ypos 300\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_RotoPaintTransform.gizmo", "content": "Group {\n name RotoPaint_Transform\n onCreate \"n = nuke.thisNode()\\nn\\['format'].setFlag(nuke.DISABLED)\"\n knobChanged \"n = nuke.thisNode()\\nk = nuke.thisKnob()\\n\\n#works only if knob 'operation' is changing.\\nif ('operation' in k.name()):\\n if(k.getValue()==0):\\n n\\['UV_offset'].setVisible(False)\\n n\\['UV_scale'].setVisible(False)\\n n\\['line'].setVisible(False)\\n elif(k.getValue()==1):\\n n\\['UV_offset'].setVisible(True)\\n n\\['UV_scale'].setVisible(True)\\n n\\['line'].setVisible(True)\\nelif ('output_1' in k.name()):\\n if(k.getValue()==0):\\n n\\['operation'].setVisible(True)\\n n\\['filter'].setVisible(True)\\n elif(k.getValue()==1):\\n n\\['operation'].setVisible(False)\\n n\\['filter'].setVisible(False)\\n elif(k.getValue()==2):\\n n\\['operation'].setVisible(False)\\n n\\['filter'].setVisible(False)\\nelif ('img_format' in k.name()):\\n if(k.getValue()==0):\\n n\\['format'].clearFlag(nuke.DISABLED)\\n elif(k.getValue()==1):\\n n\\['format'].setFlag(nuke.DISABLED)\"\n tile_color 0xa57aaa00\n note_font \"Verdana Bold\"\n selected true\n addUserKnob {20 Parameters}\n addUserKnob {26 instructions l \"\" +STARTLINE T \"Click the button 'Select brush' below to select the right brush.
Paint to move the elements
\\nClose the Properties to disable the node with D\"}\n addUserKnob {26 \"\"}\n addUserKnob {26 output_2 l \"OUTPUT\"}\n addUserKnob {41 channels T STMap37.channels}\n addUserKnob {41 format T Constant1.format}\n addUserKnob {6 img_format l \"format from img\" -STARTLINE}\n img_format true\n addUserKnob {7 overscan R 0 100}\n addUserKnob {26 \"\"}\n addUserKnob {4 output t \"Select which output you want to have: the final result with the distortion, the UV Map or the Vector Map to use with the iDistort node\" M {\"Final Result\" \"UV Map\" Vector \"\" \"\" \"\"}}\n addUserKnob {4 operation t \"Choose between\\n- UVMap\\n- Vector distort\\n\\nThe UVMap is without any control, the vector distort is used with the iDistort node, so you can also control the distortion with knobs Offset and Scale.\" M {\"UV Map\" Vector \"\"}}\n addUserKnob {4 filter M {Impulse Cubic Keys Simon Rifman Mitchell Parzen Notch Lanczos4 Lanczos6 Sinc4}}\n filter Cubic\n addUserKnob {26 line l \"\" +STARTLINE +HIDDEN}\n addUserKnob {7 UV_offset l \"UV offset\" +HIDDEN}\n addUserKnob {7 UV_scale l \"UV scale\" +HIDDEN R 0 100}\n UV_scale 2\n addUserKnob {26 \"\"}\n addUserKnob {22 move l \"Select brush\" t \"Select automatically the right brush\" T \"n = nuke.thisNode()\\nn\\['toolbox'].setValue(0)\\nn\\['toolbox'].setValue(25)\" +STARTLINE}\n addUserKnob {6 check l \"check painting\" t \"Use the checkerboard to check your paint\" -STARTLINE}\n addUserKnob {41 size l smooth t \"Smooth the paint\" T Blur1.size}\n addUserKnob {26 paint l \"PAINT\"}\n addUserKnob {41 opacity l INVISIBLE +INVISIBLE T RotoPaint.opacity}\n addUserKnob {41 toolbar_opacity l opacity T RotoPaint.toolbar_opacity}\n addUserKnob {41 brush_hardness l \"brush hardness\" T RotoPaint.brush_hardness}\n addUserKnob {41 brush_spacing l \"brush spacing\" T RotoPaint.brush_spacing}\n addUserKnob {26 \"\"}\n addUserKnob {20 paint_1 l \"\" +STARTLINE n 1}\n addUserKnob {41 opacity_1 l opacity T RotoPaint.opacity}\n addUserKnob {41 lifetime_type l \"lifetime type\" T RotoPaint.lifetime_type}\n addUserKnob {41 lifetime_start l from -STARTLINE T RotoPaint.lifetime_start}\n addUserKnob {41 lifetime_end l to -STARTLINE T RotoPaint.lifetime_end}\n addUserKnob {41 toolbox l \"\" +STARTLINE T RotoPaint.toolbox}\n addUserKnob {41 curves l \"\" -STARTLINE T RotoPaint.curves}\n addUserKnob {20 endGroup n -1}\n addUserKnob {41 maskChannel l \"mask channel\" T STMap37.maskChannel}\n addUserKnob {41 invert_mask l invert -STARTLINE T STMap37.invert_mask}\n addUserKnob {26 \"\"}\n addUserKnob {41 mix T Merge1.mix}\n addUserKnob {20 \"\" l Transform}\n addUserKnob {41 transform T RotoPaint.transform}\n addUserKnob {41 translate T RotoPaint.translate}\n addUserKnob {41 rotate T RotoPaint.rotate}\n addUserKnob {41 scale_1 l scale T RotoPaint.scale}\n addUserKnob {41 skewX l \"skew X\" T RotoPaint.skewX}\n addUserKnob {41 skewY l \"skew Y\" T RotoPaint.skewY}\n addUserKnob {41 skew_order l \"skew order\" T RotoPaint.skew_order}\n addUserKnob {41 center T RotoPaint.center}\n addUserKnob {20 \"extra matrix\" n 2}\n \"extra matrix\" 1\n addUserKnob {41 transform_matrix l \"\" -STARTLINE T RotoPaint.transform_matrix}\n addUserKnob {20 \"\" n -1}\n addUserKnob {20 email l @}\n addUserKnob {26 message l \"\" +STARTLINE T \"RotoPaint Transform v1.2
\\nby Andrea Geremia
\\n
\\nandrea.geremia89@gmail.com
\\nwww.andreageremia.it\"}\n}\n Constant {\n inputs 0\n channels rgb\n format \"2048 2048 0 0 2048 2048 1 square_2K\"\n name Constant1\n xpos -177\n ypos -392\n }\n Input {\n inputs 0\n name img\n xpos 179\n ypos -505\n }\n Dot {\n name Dot10\n xpos 213\n ypos -459\n }\nset N67f29800 [stack 0]\n Remove {\n name Remove1\n xpos -6\n ypos -466\n }\n Switch {\n inputs 2\n which {{!parent.img_format}}\n name Switch_Format\n label \"\\[value which]\"\n xpos -6\n ypos -372\n }\n AdjBBox {\n numpixels {{parent.overscan}}\n name AdjBBox1\n xpos -6\n ypos -272\n }\n Expression {\n expr0 (x+0.5)/width\n expr1 (y+0.5)/height\n name Expression1\n xpos -6\n ypos -238\n }\n Dot {\n name Dot8\n xpos 28\n ypos -201\n }\nset N67f28800 [stack 0]\n Dot {\n name Dot11\n xpos 28\n ypos -115\n }\nset N67f28400 [stack 0]\npush $N67f28800\n RotoPaint {\n cliptype none\n curves {{{v x3f99999a}\n {f 0}\n {n\n {layer Root\n {f 2097664}\n {t x4493a000 x440b8000}\n {a pt1x 0 pt1y 0 pt2x 0 pt2y 0 pt3x 0 pt3y 0 pt4x 0 pt4y 0 ptex00 0 ptex01 0 ptex02 0 ptex03 0 ptex10 0 ptex11 0 ptex12 0 ptex13 0 ptex20 0 ptex21 0 ptex22 0 ptex23 0 ptex30 0 ptex31 0 ptex32 0 ptex33 0 ptof1x 0 ptof1y 0 ptof2x 0 ptof2y 0 ptof3x 0 ptof3y 0 ptof4x 0 ptof4y 0 pterr 0 ptrefset 0 ptmot x40800000 ptref 0}}}}}\n toolbox {smear {\n { selectAll bs 487.9 h 1 src 1 str 1 ssx 1 ssy 1 sf 1 ep1 1 }\n { createBezier str 1 ssx 1 ssy 1 sf 1 sb 1 tt 4 }\n { createBezierCusped str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createBSpline str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createEllipse str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createRectangle str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createRectangleCusped str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { brush bs 180 str 1 ssx 1 ssy 1 sf 1 sb 1 ltn 1034 ltm 1034 tt 17 }\n { eraser bs 86.2 src 2 str 1 ssx 1 ssy 1 sf 1 sb 1 ltn 1033 ltm 1033 tt 18 }\n { clone opc 0.1 bs 44.8 src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 tt 19 }\n { reveal src 3 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { dodge src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 tt 21 }\n { burn src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 tt 22 }\n { blur src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 ep1 5 tt 23 }\n { sharpen src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 tt 24 }\n { smear bs 487.9 h 1 src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 tt 25 }\n} }\n toolbar_brush_size 487.8999939\n toolbar_brush_hardness 1\n toolbar_lifetime_type single\n toolbar_effect_parameter1 1\n toolbar_paint_source fg\n toolbar_source_transform_scale {1 1}\n toolbar_source_transform_center {1024 778}\n colorOverlay {0 0 0 0}\n paint_source foreground\n view {}\n motionblur_on true\n motionblur_shutter_offset_type centred\n brush_type smear\n brush_size 487.8999939\n brush_spacing 0.05000000075\n brush_hardness 1\n effect_parameter1 1\n source_black_outside true\n name RotoPaint\n xpos -112\n ypos -149\n }\nset N79877c00 [stack 0]\npush $N67f28800\n Dot {\n name Dot9\n xpos -236\n ypos -201\n }\n Difference {\n inputs 2\n gain 1000000\n name Difference1\n xpos -270\n ypos -153\n }\n Dilate {\n channels alpha\n size {{parent.Blur1.size}}\n name Dilate1\n label \"\\[value size]\"\n xpos -270\n ypos -113\n }\npush $N79877c00\n Blur {\n inputs 1+1\n channels rgb\n name Blur1\n label \"\\[value size]\"\n xpos -112\n ypos -108\n }\n CopyBBox {\n inputs 2\n name CopyBBox1\n xpos -112\n ypos -48\n }\npush $N67f28400\n Merge2 {\n inputs 2\n operation copy\n name Merge1\n xpos -5\n ypos -48\n }\nset N79876400 [stack 0]\n Dot {\n name Dot2\n xpos 28\n ypos 9\n }\nset N79876000 [stack 0]\n Expression {\n expr0 (r-(x+0.5)/width)*width\n expr1 (g-(y+0.5)/height)*height\n expr2 0\n name Expression2\n label \"UVMap to Vector\"\n xpos 301\n ypos 2\n }\nset N79875c00 [stack 0]\n Dot {\n name Dot3\n xpos 335\n ypos 176\n }\npush $N79876000\n Dot {\n name Dot1\n xpos 28\n ypos 176\n }\n Input {\n inputs 0\n name mask\n xpos 566\n ypos -83\n number 1\n }\n Dot {\n name Dot7\n xpos 600\n ypos -45\n }\nset N79874c00 [stack 0]\n Dot {\n name Dot6\n xpos 600\n ypos 42\n }\npush $N79875c00\n CheckerBoard2 {\n inputs 0\n name CheckerBoard1\n xpos 307\n ypos -288\n }\npush $N67f29800\n Switch {\n inputs 2\n which {{parent.check}}\n name Switch1\n label \"\\[value which]\"\n xpos 179\n ypos -268\n }\n Dot {\n name Dot4\n xpos 213\n ypos -132\n }\nset N7fbe3c00 [stack 0]\n Dot {\n name Dot5\n xpos 491\n ypos -132\n }\n ShuffleCopy {\n inputs 2\n red red\n green green\n blue blue\n out motion\n name ShuffleCopy1\n xpos 457\n ypos 6\n }\n IDistort {\n inputs 1+1\n channels {{{parent.STMap37.channels}}}\n uv motion\n uv_offset {{parent.UV_offset}}\n uv_scale {{parent.UV_scale}}\n maskChannel {{{parent.STMap37.maskChannel}}}\n invert_mask {{parent.STMap37.invert_mask}}\n filter {{STMap37.filter}}\n name IDistort1\n xpos 457\n ypos 39\n }\npush $N79874c00\npush $N79876400\npush $N7fbe3c00\n STMap {\n inputs 2+1\n channels rgba\n uv rgba\n blur_scale 0\n filter {{parent.filter}}\n name STMap37\n xpos 179\n ypos -48\n }\n Switch {\n inputs 2\n which {{parent.operation}}\n name Switch_operation\n label \"\\[value which]\"\n xpos 179\n ypos 35\n }\n Switch {\n inputs 3\n which {{parent.output}}\n name Switch_output\n label \"\\[value which]\"\n xpos 179\n ypos 169\n }\n Output {\n name Output1\n xpos 179\n ypos 230\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_RotoQC.gizmo", "content": "set cut_paste_input [stack 0]\npush 0\npush $cut_paste_input\nGroup {\n inputs 2\n name RotoQC\n help \"matte QC tool for checking roto work, choose between different overlay modes or merge-operations to QC the roto work.\\n\\nThe node is stackable, meaning the alpha carries over and is merged properly if you stack multiple matteQC nodes together (keep matte in alpha channel must be checked). This can be used to view Red, Green and Blue mattes at the same time in RGB mode for example.\\n\\nDeveloped by Tor Andreassen - www.fxtor.net\"\n knobChanged \"if nuke.thisKnob().name()=='mode':\\n n=nuke.thisNode()\\n\\n val=n\\['mode'].value()\\n\\n if val == 'red overlay':\\n n\\['tile_color'].setValue(0xff0000ff)\\n\\n elif val == 'green overlay':\\n n\\['tile_color'].setValue(0x3d962bff)\\n\\n elif val == 'blue overlay':\\n n\\['tile_color'].setValue(0x3b54b7ff)\\n\\n elif val == 'premult: grey':\\n n\\['tile_color'].setValue(0x8e8e8eff)\\n\\n elif val == 'premult: checkerboard':\\n n\\['tile_color'].setValue(0xf8ff00ff)\\n\\n elif val == 'premult: custom color':\\n n\\['tile_color'].setValue(0xf8ff00ff)\\n\\n elif val == 'stencil from rgb':\\n n\\['tile_color'].setValue(0x2c2c2cff)\\n\\n elif val == 'check core for holes':\\n n\\['tile_color'].setValue(0xf8ff00ff)\"\n tile_color 0xff0000ff\n label \"\\[value mode]\"\n note_font Verdana\n note_font_color 0xffffffff\n selected true\n addUserKnob {20 fxT_matteQC}\n addUserKnob {4 mode t \"pick your display mode\\n___________________________________________\\nmost modes are self explaining.\\n\\npremult agains custom color: the custom color can be set in the 'custom BG color' slider.\\n\\ncheck core for holes:\\nthis is an expression that sets the alpha to 0 if the alpha value is below 1, making it easier to see if overlapping shapes are giving you holes in the core of your matte.\" M {\"red overlay\" \"green overlay\" \"blue overlay\" \"stencil from rgb\" \"premult: grey\" \"premult: checkerboard\" \"premult: custom color\" \"check core for holes\" \"\" \"\"}}\n addUserKnob {26 \"\"}\n addUserKnob {7 colorOpacity l \"color opacity\" t \"this will change the overlay opacity when the mode is set to red, green, or blue overlay.\"}\n colorOpacity 0.25\n addUserKnob {41 color l \"custom BG color\" T AddCustom.value}\n addUserKnob {6 keepAlpha l \"keep matte in alpha channel\" t \"When a matte is hooked into the node, this gives you the option to keep the matte in the alpha channel.\\n\\nIf the box is uncheked, the alpha channel will replaced with a solid alpha.\" +STARTLINE}\n keepAlpha true\n addUserKnob {6 bbox l \"keep bbox\" t \"If this is checked, the bbox from the 'rgb' input will be used. Uncheck this checkbox to keep the bbox from the 'matte' input. \" -STARTLINE}\n addUserKnob {6 pipeAlpaThrough l \"pipe alpha through\" t \"This option lets you see the rgb input with alpha channel from the matte input. \\n\\nMode dropdown is ignorored to let you see the raw bg with alpha copied in.\" +STARTLINE}\n addUserKnob {6 invertMatte l \"invert matte\" t \"Click this to invert the input matte.\\n\\nPS: This will only invert the matte if overlay mode is active (red,green, or blue).\" -STARTLINE}\n addUserKnob {26 \"\"}\n addUserKnob {26 copyright l \"\" +STARTLINE T \"// fxT_matteQC v2.4 © Tor Andreassen = www.fxtor.net\"}\n addUserKnob {20 tab}\n addUserKnob {26 info l \"\" +STARTLINE T \"This tool is intended for checking matte accuracy.
\\nThe format will default to the rgb input's format.

\\n\\nThe node is stackable if you want to see R,G,B
\\noverlay at the same time over the plate.

\\nThe alpha will carry through between stacked nodes
\\nif the 'keep matte in alpha channel' checkbox is checked.

\\n\\nPS: for the alpha to carry through, the nodename
\\nneeds to start with 'fxT_matteQC', as it's based on regEx
\\nto only stack alphas from fxT_matteQC nodes.
\\n\"}\n}\n BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0x505a6101\n label \"BG COLOR OVERLAY\\ndefined by user dropdown\"\n note_font \"Arial Black\"\n note_font_size 25\n note_font_color 0xffffff01\n xpos -1211\n ypos -1017\n bdwidth 484\n bdheight 559\n }\n BackdropNode {\n inputs 0\n name BackdropNode10\n tile_color 0x505a6101\n label \"raw input, but pipe the alpha into the alpha-channel\"\n note_font \"Arial Black\"\n note_font_size 25\n note_font_color 0xffffff01\n xpos -1205\n ypos 1031\n bdwidth 1756\n bdheight 170\n }\n BackdropNode {\n inputs 0\n name BackdropNode2\n tile_color 0x505a6101\n label \"WHEN PREMULTED AGAINST BG; USE THIS BG\\ndefined by user dropdown\"\n note_font \"Arial Black\"\n note_font_size 25\n note_font_color 0xffffff01\n xpos 484\n ypos -1173\n bdwidth 876\n bdheight 721\n }\n BackdropNode {\n inputs 0\n name BackdropNode3\n tile_color 0x505a6101\n label \"PREMULTED AGAINST RED,GREEN, BLUE OR INPUT\\ndefined by user dropdown\"\n note_font \"Arial Black\"\n note_font_size 25\n note_font_color 0xffffff01\n xpos -725\n ypos -371\n bdwidth 698\n bdheight 551\n }\n BackdropNode {\n inputs 0\n name BackdropNode4\n tile_color 0x505a6101\n label \"merge with or without mix depending on mode\"\n note_font \"Arial Black\"\n note_font_size 25\n note_font_color 0xffffff01\n xpos -1211\n ypos 297\n bdwidth 1762\n bdheight 411\n }\n BackdropNode {\n inputs 0\n name BackdropNode5\n tile_color 0x505a6101\n label \"BG INPUT\"\n note_font \"Arial Black\"\n note_font_size 25\n note_font_color 0xffffff01\n xpos 211\n ypos -1603\n bdwidth 365\n bdheight 314\n }\n BackdropNode {\n inputs 0\n name BackdropNode7\n tile_color 0x505a6101\n label \"keep RGB input's bbox\"\n note_font \"Arial Black\"\n note_font_size 25\n note_font_color 0xffffff01\n xpos -1206\n ypos 1222\n bdwidth 1753\n bdheight 109\n }\n BackdropNode {\n inputs 0\n name BackdropNode8\n tile_color 0x505a6101\n label \"keep alpha\"\n note_font \"Arial Black\"\n note_font_size 25\n note_font_color 0xffffff01\n xpos -1207\n ypos 753\n bdwidth 1756\n bdheight 234\n }\n BackdropNode {\n inputs 0\n name BackdropNode12\n tile_color 0x434b51ff\n label checkerboard\n note_font \"Arial Black\"\n note_font_size 20\n note_font_color 0xffffff01\n xpos 839\n ypos -1045\n bdwidth 188\n bdheight 378\n z_order 1\n }\n BackdropNode {\n inputs 0\n name BackdropNode13\n tile_color 0x434b51ff\n label \"custom color\"\n note_font \"Arial Black\"\n note_font_size 20\n note_font_color 0xffffff01\n xpos 1093\n ypos -1050\n bdwidth 174\n bdheight 386\n z_order 1\n }\n BackdropNode {\n inputs 0\n name BackdropNode6\n tile_color 0x434b51ff\n label \"0.33 grey\"\n note_font \"Arial Black\"\n note_font_size 20\n note_font_color 0xffffff01\n xpos 576\n ypos -1047\n bdwidth 194\n bdheight 380\n z_order 1\n }\n StickyNote {\n inputs 0\n name StickyNote1\n tile_color 0xa8a8a8ff\n label \"merge alpha from previous fxT_matteQC-node if the nodes are stacked.\\nBased on regEx matching. so removing 'fxT_matteQC' from the node-name will break this\"\n xpos -357\n ypos 920\n }\n Input {\n inputs 0\n name rgb\n label \"\\[value number]\"\n xpos 358\n ypos -1537\n }\nset N567ddb00 [stack 0]\n Shuffle {\n alpha white\n name Shuffle8\n tile_color 0xffffffff\n label solidAlpha\n xpos 358\n ypos -1348\n }\nset N3e024400 [stack 0]\n Dot {\n name Dot15\n xpos -1256\n ypos -1347\n }\n Dot {\n name Dot17\n xpos -1256\n ypos 1129\n }\nset N59ef5860 [stack 0]\n Dot {\n name Dot19\n xpos -1256\n ypos 1271\n }\npush $N567ddb00\npush $N3e024400\n Dot {\n name Dot9\n xpos 383\n ypos -870\n }\nset N18f109b0 [stack 0]\n Remove {\n name Remove2\n xpos 631\n ypos -873\n }\nset N36ff6dd0 [stack 0]\npush $N36ff6dd0\n Shuffle {\n name Shuffle6\n label rgba\n xpos 631\n ypos -802\n }\nset N21fd8bd0 [stack 0]\n Add {\n value 0.2\n name AddCustom\n tile_color 0x191919ff\n label custom\n xpos 1140\n ypos -807\n }\n Shuffle {\n alpha white\n name Shuffle3\n tile_color 0xffffffff\n label solidAlpha\n xpos 1140\n ypos -744\n }\n Dot {\n name Dot7\n xpos 1168\n ypos -605\n }\npush $N36ff6dd0\n Expression {\n channel0 rgb\n expr0 \"(floor(x/64)+floor(y/64)) % 2 == 0 ? 0.1 : 0.5\"\n channel1 none\n channel2 none\n name checkerBoard\n xpos 902\n ypos -873\n }\n Shuffle {\n alpha white\n name Shuffle7\n tile_color 0xffffffff\n label solidAlpha\n xpos 902\n ypos -839\n }\n Dot {\n name Dot5\n xpos 930\n ypos -629\n }\npush $N21fd8bd0\n Add {\n channels rgba\n value {0.33 0.33 0.33 1}\n name Add\n tile_color 0x8e8e8eff\n label \"grey: .33\"\n xpos 631\n ypos -755\n }\n Dot {\n name Dot4\n xpos 659\n ypos -623\n }\npush $N18f109b0\npush $N18f109b0\npush $N18f109b0\npush $N18f109b0\n Switch {\n inputs 8\n which {{parent.mode}}\n name modeSwitch3\n tile_color 0x262626ff\n xpos 364\n ypos -480\n }\n Dot {\n name Dot3\n xpos 389\n ypos -54\n }\nset N4962a1a0 [stack 0]\n Shuffle {\n alpha white\n name Shuffle4\n tile_color 0xffffffff\n label solidAlpha\n xpos -250\n ypos -55\n }\n Input {\n inputs 0\n name matte\n label \"\\[value number]\"\n xpos -427\n ypos -275\n number 1\n }\nset N4ef04280 [stack 0]\n Invert {\n channels alpha\n name Invert1\n xpos -534\n ypos -200\n disable {{modeSwitch01.which>3?1:0}}\n }\npush $N4ef04280\n Switch {\n inputs 2\n which {{parent.invertMatte}}\n name invertMatteSwitch\n tile_color 0x242424ff\n xpos -427\n ypos -194\n }\n Dot {\n name Dot14\n xpos -399\n ypos -133\n }\nset N444b8130 [stack 0]\n Switch {\n inputs 2\n which {{!parent.autoAlphaCheck.a}}\n name Switch1\n tile_color 0x242424ff\n label autoInputCheck\n xpos -424\n ypos -55\n }\n Expression {\n channel0 alpha\n expr0 a<1?0:1\n name Expression3\n label checkCore\n xpos -424\n ypos 10\n disable {{parent.mode==7?0:1}}\n }\npush $N18f109b0\npush $N18f109b0\npush $N18f109b0\npush $N18f109b0\npush $N18f109b0\npush $N18f109b0\n Dot {\n name Dot10\n xpos -970\n ypos -870\n }\n Remove {\n name Remove1\n xpos -998\n ypos -773\n }\n Shuffle {\n name Shuffle5\n label rgba\n xpos -998\n ypos -709\n }\nset N32555cc0 [stack 0]\n Add {\n value {0 0 1 1}\n name Add3\n tile_color 0xffff\n xpos -899\n ypos -648\n }\npush $N32555cc0\n Add {\n value {0 1 0 1}\n name Add2\n tile_color 0xff00ff\n xpos -998\n ypos -648\n }\npush $N32555cc0\n Add {\n value {1 0 0 1}\n name Add1\n tile_color 0xff0000ff\n xpos -1107\n ypos -647\n }\n Switch {\n inputs 8\n which {{parent.mode}}\n name modeSwitch01\n tile_color 0x262626ff\n xpos -998\n ypos -523\n }\n Dot {\n name Dot2\n xpos -973\n ypos 74\n }\n Copy {\n inputs 2\n from0 rgba.alpha\n to0 rgba.alpha\n name Copy8\n xpos -424\n ypos 73\n }\nset N47636810 [stack 0]\n Dot {\n name Dot12\n xpos -506\n ypos 142\n }\n Dot {\n name Dot18\n note_font_size 50\n xpos -506\n ypos 800\n }\nset N19a2bbc0 [stack 0]\n Dot {\n name Dot13\n xpos -506\n ypos 873\n }\n ChannelMerge {\n inputs 2\n name ChannelMerge1\n xpos -196\n ypos 863\n disable {{\"!\\[regexp \\\"(fxT_matteQC)\\\" \\[value this.parent.input.name] ?0:1]\"}}\n }\nset N34d8a250 [stack 0]\npush $N59ef5860\n Copy {\n inputs 2\n from0 rgba.alpha\n to0 rgba.alpha\n name Copy2\n xpos -196\n ypos 1128\n }\npush $N19a2bbc0\n Shuffle {\n alpha white\n name Shuffle2\n tile_color 0xffffffff\n label solidAlpha\n xpos 101\n ypos 799\n }\npush $N34d8a250\n Switch {\n inputs 2\n which {{!parent.keepAlpha}}\n name keepAlphaSwitch\n xpos 101\n ypos 875\n }\npush $N47636810\n Premult {\n name Premult7\n xpos -424\n ypos 132\n }\n Dot {\n name Dot1\n xpos -399\n ypos 412\n }\nset N21f5d6d0 [stack 0]\n Dot {\n name Dot6\n xpos -399\n ypos 490\n }\nset N3e0114c0 [stack 0]\npush $N4962a1a0\n Dot {\n name Dot8\n xpos 224\n ypos 230\n }\nset N4efa5a00 [stack 0]\n Merge2 {\n inputs 2\n name Merge1\n xpos 202\n ypos 495\n }\nset N8c7f26a0 [stack 0]\npush $N8c7f26a0\npush $N8c7f26a0\npush $N8c7f26a0\npush $N3e0114c0\n Dot {\n name Dot11\n xpos -399\n ypos 574\n }\npush $N4efa5a00\n Dot {\n name Dot16\n xpos 127\n ypos 230\n }\n Merge2 {\n inputs 2\n operation stencil\n name Merge2\n xpos 102\n ypos 579\n }\npush $N21f5d6d0\npush $N4962a1a0\n Merge2 {\n inputs 2\n mix {{parent.colorOpacity}}\n name Merge45\n xpos 367\n ypos 418\n disable {{parent.disable}}\n }\nset N4b570570 [stack 0]\npush $N4b570570\npush $N4b570570\n Switch {\n inputs 8\n which {{parent.mode}}\n name modeSwitch1\n tile_color 0x262626ff\n xpos 358\n ypos 677\n }\n Copy {\n inputs 2\n from0 rgba.alpha\n to0 rgba.alpha\n name Copy1\n xpos 367\n ypos 871\n }\n Switch {\n inputs 2\n which {{parent.pipeAlpaThrough}}\n name pipeAlpaThroughSwitch\n xpos 367\n ypos 1134\n }\n CopyBBox {\n inputs 2\n name CopyBBox1\n xpos 367\n ypos 1276\n disable {{!parent.bbox}}\n }\n Output {\n name Output1\n xpos 367\n ypos 1486\n }\npush $N444b8130\n NoOp {\n name autoAlphaCheck\n xpos -540\n ypos -122\n addUserKnob {20 autoAlphaCheck}\n addUserKnob {6 a +STARTLINE}\n a {{\"\\[string first \\\".a\\\" \\[channels \\[input this 0]]]>-1\"}}\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_SSMesh.gizmo", "content": "Group {\n name SSMesh\n tile_color 0x5c9e83ff\n label \"Geo Output\"\n addUserKnob {20 tab_general l General}\n addUserKnob {22 set_link l \"link to selected camera\" t \"Click to link selected camera by expression. This tool will get the focal, haperture and world matrix from selected camera to generate\" T \"def getLevel() :\\n\\t### level define ###\\n\\tif len(nuke.thisNode().fullName().split('.')) == 1 :\\n\\t\\t ggLevel = nuke.root()\\n\\telse :\\n\\t\\t nodePath = nuke.thisNode().fullName().split('.')\\n\\t\\t nodePath.pop()\\n\\t\\t ggLevel = nuke.toNode('.'.join(nodePath))\\n\\treturn ggLevel\\n\\nroot = getLevel()\\nthisGRP = nuke.thisGroup()\\n\\nmainKnobs = \\['world_matrix','cam_focal','cam_haperture','cam_win_translate','cam_win_scale','cam_winroll']\\ndefaultKnobs = \\{\\n\\t\\t\\t'world matrix' : 'world_matrix',\\n\\t\\t\\t'focal length' : 'focal',\\n\\t\\t\\t'horiz aperture' : 'haperture',\\n\\t\\t\\t'window translate' : 'win_translate',\\n\\t\\t\\t'window scale' : 'win_scale',\\n\\t\\t\\t'window roll' : 'winroll'\\n\\t\\t\\t\\}\\nselNodeKnobs = \\[]\\nmissingKnob = \\[]\\n\\ntry :\\n\\twith root :\\n\\t\\tselNode = nuke.selectedNode()\\n\\n\\tfor knob in selNode.knobs() :\\n\\t\\tselNodeKnobs.append( knob )\\n\\n\\tselNodeKnobs.sort()\\n\\n\\tfor key,value in defaultKnobs.items() :\\n\\t\\tif value not in selNodeKnobs :\\n\\t\\t\\tmissingKnob.append( key )\\n\\n\\tif not len(missingKnob) :\\n\\t\\twith root :\\n\\t\\t\\tCAMnode = selNode.name()\\n\\t\\t\\tthisGRP\\[mainKnobs\\[0]].setExpression('\\{0\\}.world_matrix'.format(CAMnode))\\n\\t\\t\\tthisGRP\\[mainKnobs\\[1]].setExpression('\\{0\\}.focal'.format(CAMnode))\\n\\t\\t\\tthisGRP\\[mainKnobs\\[2]].setExpression('\\{0\\}.haperture'.format(CAMnode))\\n\\t\\t\\tthisGRP\\[mainKnobs\\[3]].setExpression('\\{0\\}.win_translate'.format(CAMnode))\\n\\t\\t\\tthisGRP\\[mainKnobs\\[4]].setExpression('\\{0\\}.win_scale'.format(CAMnode))\\n\\t\\t\\tthisGRP\\[mainKnobs\\[5]].setExpression('\\{0\\}.winroll'.format(CAMnode))\\n\\telse :\\n\\t\\tp = nuke.Panel('Select knobs :')\\n\\t\\tp.addBooleanCheckBox( 'Unable to find the default knobs. Please use the pulldown menu below to define the knob manually.' , False)\\n\\t\\tfor rk in missingKnob :\\n\\t\\t\\tp.addEnumerationPulldown( rk, ' '.join( selNodeKnobs ) )\\n\\n\\t\\tif p.show() :\\n\\t\\t\\ttry :\\n\\t\\t\\t\\tfor key,value in defaultKnobs.items() :\\n\\t\\t\\t\\t\\tif p.value( key ) != None :\\n\\t\\t\\t\\t\\t\\tdefaultKnobs\\[key] = p.value( key )\\n\\t\\t\\texcept :\\n\\t\\t\\t\\tpass\\n\\n\\t\\t\\twith root :\\n\\t\\t\\t\\tCAMnode = selNode.name()\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[0]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['world matrix']))\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[1]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['focal length']))\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[2]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['horiz aperture']))\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[3]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['window translate']))\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[4]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['window scale']))\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[5]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['window roll']))\\nexcept :\\n\\tnuke.message('no node selected.')\" +STARTLINE}\n addUserKnob {22 remove_link l \"remove linked expression\" t \"Remove the linked camera expression but won't reset any data.\" -STARTLINE T \"thisGRP = nuke.thisGroup()\\nmainKnobs = \\['world_matrix','cam_focal','cam_haperture','cam_win_translate','cam_win_scale','cam_winroll']\\n\\nfor knob in thisGRP.knobs() :\\n\\tif mainKnobs.count(knob) != 0 :\\n\\t\\t thisGRP\\[knob].clearAnimated()\"}\n addUserKnob {20 cam_data_grp l \"CAMERA DATA\" n 1}\n cam_data_grp 0\n addUserKnob {7 cam_focal l \"focal length\" R 5 100}\n cam_focal 50\n addUserKnob {7 cam_haperture l \"horiz aperture\" R 0.1 50}\n cam_haperture 24.576\n addUserKnob {30 cam_win_translate l \"window translate\"}\n addUserKnob {30 cam_win_scale l \"window scale\"}\n cam_win_scale {1 1}\n addUserKnob {7 cam_winroll l \"window roll\" R -45 45}\n addUserKnob {41 world_matrix l \"world matrix\" T cam_data.matrix}\n addUserKnob {20 endGroup_1 l endGroup n -1}\n addUserKnob {26 spacer_5 l \"\" +STARTLINE T
}\n addUserKnob {26 title_basic l \"BASIC SETTING\"}\n addUserKnob {4 display l \"3D display\" t \"How to draw in 3D preview. The viewer can override this setting.\" M {off wireframe soild solid+wireframe textured textured+wireframe \"\" \"\" \"\"}}\n display textured\n addUserKnob {4 data_type l \"data type\" t \"data type\\nUsing one of these data to convert into 3D mesh.\\n\\nPosition\\nSupported world space or camera space position data.\\n\\nDepth (normalized far=0)\\nNormalized depth data, which is same as depth data output by ScanlineRender.\\n\\nDeep / Depth (direct)\\nRaw camera depth data. If using deep, need to convert DeepToImage first, and selected deep channel on 'channels' knob.\" M {\"position (world space)\" \"position (camera space)\" \"depth (normalized far=0)\" \"deep / depth (direct)\" \"\" \"\" \"\"}}\n data_type \"depth (normalized far=0)\"\n addUserKnob {41 channels t \"Select which channel represented on selected data type.\" T shuffle_data.in}\n addUserKnob {6 unpm l unpremult t \"3D data pass should be unpremult with alpha before process.\" -STARTLINE}\n unpm true\n addUserKnob {26 spacer_4 l \"\" +STARTLINE T
}\n addUserKnob {7 lod l \"mesh LOD\" t \"Level of Details\\n\\nIf this value set to 1.0, subdivision of the mesh 1:1 to the data available in the resolution. Which mean 1 face of the mesh equal to 1 pixel.\\n\\nIf this value set to 1.0, it will slow down the render process.\\n\\nHighly recommend to use 0.1 - 0.5 if high resolution mesh details is not concern.\"}\n lod 0.1\n addUserKnob {41 filter_size l \"filter size\" T DisplaceGeo.filter_size}\n addUserKnob {41 filter T DisplaceGeo.filter}\n addUserKnob {26 spacer_2 l \"\" +STARTLINE T
}\n addUserKnob {26 title_drange l \"\" +STARTLINE T \"distance range\"}\n addUserKnob {7 drange_near l near t \"clip the mesh in the min value in terms of depth.\" R 0 10000}\n addUserKnob {7 drange_far l far t \"clip the mesh in the max value in terms of depth.\" R 0 10000}\n drange_far 10000\n addUserKnob {6 clip_color l \"distance clip on color\" t \"Apply the distance clip on colored texture.\" +STARTLINE}\n clip_color true\n addUserKnob {26 spacer_3 l \"\" +STARTLINE T
}\n addUserKnob {26 title_export l EXPORT}\n addUserKnob {41 file t \"only support *.abc file extension (alembric) .\" T WriteGeo.file}\n addUserKnob {22 export_geo l \"Export Geo\" T \"def exportGeo() :\\n\\twgeo = nuke.toNode('WriteGeo')\\n\\twgeo\\['Execute'].execute()\\n\\nthisGRP = nuke.thisGroup()\\nfilepath = thisGRP\\['file'].getValue()\\n\\nif not len(filepath) :\\n\\tnuke.message('file path is empty. Process denied.')\\nelif not filepath.split('.')\\[-1:]\\[0].lower() == 'abc' :\\n\\tif nuke.ask('File extension invalue. Only support render *.abc . Do you want this tool to fix it and process ?') :\\n\\t\\tthisGRP\\['file'].setValue( thisGRP\\['file'].getValue() + '.abc' )\\n\\t\\texportGeo()\\nelse :\\n\\texportGeo()\" +STARTLINE}\n addUserKnob {22 import_geo l \"Import Geo\" -STARTLINE T \"prefx = nuke.toNode('preferences')\\['GridWidth'].value()\\nthisGRP = nuke.thisGroup()\\ngoStore = nuke.toNode('store')\\ngoStore\\['fn'].execute()\\n\\nroot = getLevel()\\n\\nwith root :\\n\\trgeo = nuke.nodes.ReadGeo2( file=thisGRP\\['file'].getValue() )\\n\\trgeo.setXYpos( int( thisGRP\\['xpos'].getValue() + prefx ) , int( thisGRP\\['ypos'].getValue() ) )\"}\n addUserKnob {20 tab_misc l Miscellaneous}\n addUserKnob {26 title_focus_region l \"FOCUS REGION\"}\n addUserKnob {41 use_focus_region l \"use focus region\" t \"use focus region to generate SSMesh in specific area. Save resources and possible to work with high LOD mesh.\" T menu2.use_focus_region}\n addUserKnob {15 focus_region l \"focus region\" t \"Set focus region in screen space. These values are 2D coordinate.\" +DISABLED}\n focus_region {0 0 1280 720}\n addUserKnob {26 spacer_1 l \"\" +STARTLINE T
}\n addUserKnob {3 fregion_ref_frame l \"ref frame\" t \"set reference frame for tracking focus region. 'focus region' & 'define z' will apply on this reference frame and process the tracking.\" +DISABLED}\n fregion_ref_frame 1\n addUserKnob {22 fregion_set_frame l \"set current frame\" t \"set current frame for focus region reference frame.\" -STARTLINE +DISABLED T \"nuke.thisGroup()\\['fregion_ref_frame'].setValue( nuke.frame() )\"}\n addUserKnob {12 sample_point l \"sample position\" t \"Toggle 'sample z' in 2D to enable this 2D sample coordinate.\" +DISABLED}\n addUserKnob {22 sample_z_toggle l \"sample z in 2D\" t \"'sample z' is only works for sample value purpose. After sample is done, must turn off sample function.\" -STARTLINE +DISABLED T \"thisGRP = nuke.thisGroup()\\nszstatus = thisGRP\\['sample_z_status'].value()\\n\\nstatus = \\['\\[ OFF ]','\\[ ON ]']\\n\\nif szstatus == status\\[0] :\\n\\tthisGRP\\['sample_z_status'].setValue( status\\[1] )\\n\\tthisGRP\\['sample_point'].setEnabled(True)\\n\\tthisGRP\\['updateUI'].setValue(\\\"goStore = nuke.toNode(\\\\'store\\\\')\\\\ngoStore\\[\\\\'fn\\\\'].execute()\\\\nsample2d()\\\")\\nelse :\\n\\tthisGRP\\['sample_z_status'].setValue( status\\[0] )\\n\\tthisGRP\\['sample_point'].setEnabled(False)\\n\\tthisGRP\\['updateUI'].setValue('')\"}\n addUserKnob {26 sample_z_status l \"\" -STARTLINE +DISABLED T \"\\[ OFF ]\"}\n addUserKnob {7 fregion_define_z l \"define z\" t \"Define the z value on reference frame. Can use 'sample z in 2D' to get this value.\" +DISABLED R 0 10000}\n addUserKnob {22 track_focus_region l \"\\[ track focus region ]\" t \"Use the set focus region on reference frame to track with camera in 3D space.\\n\\n* project setting need to be same as image resolution to get the correct result.\" +DISABLED T \"rootST = int( nuke.root()\\['first_frame'].getValue() )\\nrootED = int( nuke.root()\\['last_frame'].getValue() )\\n\\ngetFrame = nuke.getFramesAndViews( 'frame range', str( rootST ) + '-' + str( rootED ) )\\n\\ntry :\\n\\tframeST = int( getFrame\\[0].replace( ' ' , '' ).split('-')\\[0] )\\n\\tframeED = int( getFrame\\[0].replace( ' ' , '' ).split('-')\\[1] )\\n\\n\\tthisGRP = nuke.thisGroup()\\n\\trefframe = int( thisGRP\\['fregion_ref_frame'].getValue() )\\n\\tcam = nuke.toNode('cam_data')\\n\\tpt1 = nuke.toNode('left_pt')\\['translate'].getValue()\\n\\tpt2 = nuke.toNode('right_pt')\\['translate'].getValue()\\n\\n\\tct_hack = nuke.nodes.CurveTool()\\n\\n\\twith nuke.root() :\\n\\n\\t\\tif frameED - frameST != 0 :\\n\\t\\t\\tthisGRP\\['focus_region'].clearAnimated()\\n\\t\\t\\ttempbuffer1 = thisGRP\\['focus_region'].getValue()\\n\\t\\t\\tthisGRP\\['focus_region'].setAnimated()\\n\\t\\t\\tthisGRP\\['focus_region'].setValueAt( tempbuffer1\\[0] , refframe , 0 )\\n\\t\\t\\tthisGRP\\['focus_region'].setValueAt( tempbuffer1\\[1] , refframe , 1 )\\n\\t\\t\\tthisGRP\\['focus_region'].setValueAt( tempbuffer1\\[2] , refframe , 2 )\\n\\t\\t\\tthisGRP\\['focus_region'].setValueAt( tempbuffer1\\[3] , refframe , 3 )\\n\\n\\t\\tfor trackframe in range( frameST, frameED+1 , 1 ) :\\n\\t\\t\\tnuke.execute( ct_hack, trackframe, trackframe )\\n\\t\\t\\tthisGRP\\['focus_region'].setValueAt( nukescripts.snap3d.projectPoint( cam, pt1 )\\[0] , trackframe , 0 )\\n\\t\\t\\tthisGRP\\['focus_region'].setValueAt( nukescripts.snap3d.projectPoint( cam, pt1 )\\[1] , trackframe , 1 )\\n\\t\\t\\tthisGRP\\['focus_region'].setValueAt( nukescripts.snap3d.projectPoint( cam, pt2 )\\[0] , trackframe , 2 )\\n\\t\\t\\tthisGRP\\['focus_region'].setValueAt( nukescripts.snap3d.projectPoint( cam, pt2 )\\[1] , trackframe , 3 )\\n\\n\\tnuke.delete( ct_hack )\\nexcept :\\n pass\" +STARTLINE}\n addUserKnob {26 spacer_6 l \"\" +STARTLINE T
}\n addUserKnob {20 grp_crop_preview l \"3D crop preview\" +DISABLED n 1}\n grp_crop_preview 0\n addUserKnob {6 show_crop l \"show crop point\" t \"It will show 2 spheres for the crop in 3D space. They set in the place which is where you set the focus region in screen space and defined by z.\" +DISABLED +STARTLINE}\n addUserKnob {7 crop_point_scale l scale t \"Scale the preview crop points (spheres).\" +DISABLED}\n crop_point_scale 0.3\n addUserKnob {18 crop_point_color l color t \"change color of the crop points (spheres).\" +DISABLED}\n crop_point_color 1\n addUserKnob {6 crop_point_color_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {20 endGroup n -1}\n addUserKnob {26 spacer l \"\" +STARTLINE T
}\n addUserKnob {26 title_uv l UV}\n addUserKnob {41 uv_stabilize l \"uv stabilize\" t \"Turn this on if you need to stabilize in UV space. During UV stabilize on, the geo will not be animated. Set reference frame under 'mesh ref frame'.\" T menu1.uv_stabilize}\n addUserKnob {3 uv_ref_frame l \"mesh ref frame\" t \"Select the frame number that will have identity geo shaped for UV texturing.\" +DISABLED}\n uv_ref_frame 1001\n addUserKnob {22 uv_set_frame l \"set current frame\" -STARTLINE +DISABLED T \"nuke.thisGroup()\\['uv_ref_frame'].setValue( nuke.frame() )\"}\n addUserKnob {6 black_outside l \"black outside\" t \"black outside the UV texture.\" +DISABLED +STARTLINE}\n black_outside true\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T 1.3}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2019-11-08}\n addUserKnob {26 l_CHANGELOG l Changelog T \"1.3\\n- camera window supported\\n- anamophic project supported\\n- fix the conflict of 'force region' and 'UV stabilize'.\\n can use both at the same time now.\\n\\n1.2\\n- removed unuse camera link knobs\\n- added focus region, so mesh can be\\n form in specific area/object to save\\n resources for higher LOD\\n\\n1.1\\n- fix the missing line on 'Export Geo' \\n button\\n\\n1.0\\n- create mesh/geo in screen space\\n using position/depth/deep data\"}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n}\n BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0xff\n label \"don't touch\"\n note_font_size 32\n xpos -1142\n ypos -169\n bdwidth 202\n bdheight 478\n }\n BackdropNode {\n inputs 0\n name BackdropNode2\n tile_color 0x4c4c4cff\n label bin\n note_font_size 32\n xpos -899\n ypos -170\n bdwidth 200\n bdheight 280\n }\n Input {\n inputs 0\n name img\n xpos -100\n ypos -184\n }\n Dot {\n name img_dot\n xpos -66\n ypos -83\n }\nset N3835a2e0 [stack 0]\n Dot {\n name Dot3\n xpos 758\n ypos -83\n }\nset N38bec0c0 [stack 0]\n Shuffle {\n in depth\n in2 alpha\n alpha red2\n name shuffle_data\n label \"\\[value in]\"\n xpos 724\n ypos -32\n }\n Unpremult {\n name Unpremult_data\n xpos 724\n ypos 62\n disable {{!parent.unpm}}\n }\n Dot {\n name Dot5\n xpos 758\n ypos 700\n }\nset N38c0a4d0 [stack 0]\n Dot {\n name Dot6\n xpos 928\n ypos 700\n }\nset N38c0f430 [stack 0]\n Dot {\n name Dot7\n xpos 1106\n ypos 700\n }\nset N38c14460 [stack 0]\n Dot {\n name Dot8\n xpos 1260\n ypos 700\n }\n Expression {\n temp_name0 dvalue\n temp_expr0 red\n temp_name1 xpos\n temp_expr1 \"( ( x + 0.5 ) / input.width - 0.5 ) * \\[value global_math.hratio] * abs( dvalue )\"\n temp_name2 ypos\n temp_expr2 \"( ( y + 0.5 ) / input.height - 0.5 ) * ( \\[value global_math.hratio] * abs( dvalue ) * ( img_dot.height / img_dot.width ) ) * 1 / \\[value format.pixel_aspect]\"\n temp_name3 zpos\n temp_expr3 \"- dvalue\"\n expr0 \"( xpos * \\[value fb_data.world_matrix.0] + ypos * \\[value fb_data.world_matrix.1] ) * \\[value fb_data.win_scale.u] + ( \\[value global_math.hratio] * abs(zpos) * \\[value fb_data.win_translate.u] / 2 )\"\n expr1 \"( xpos * \\[value fb_data.world_matrix.4] + ypos * \\[value fb_data.world_matrix.5] ) * \\[value fb_data.win_scale.v] + ( \\[value global_math.hratio] * abs(zpos) * \\[value fb_data.win_translate.v] / 2 )\"\n expr2 zpos\n name Expression9\n xpos 1226\n ypos 774\n }\n Dot {\n name Dot16\n xpos 1260\n ypos 889\n }\npush $N38c14460\n Expression {\n temp_name0 dvalue\n temp_expr0 \"1 / red\"\n temp_name1 xpos\n temp_expr1 \"( ( x + 0.5 ) / input.width - 0.5 ) * \\[value global_math.hratio] * abs( dvalue )\"\n temp_name2 ypos\n temp_expr2 \"( ( y + 0.5 ) / input.height - 0.5 ) * ( \\[value global_math.hratio] * abs( dvalue ) * ( img_dot.height / img_dot.width ) ) * 1 / \\[value format.pixel_aspect]\"\n temp_name3 zpos\n temp_expr3 \"- dvalue\"\n expr0 \"( xpos * \\[value fb_data.world_matrix.0] + ypos * \\[value fb_data.world_matrix.1] ) * \\[value fb_data.win_scale.u] + ( \\[value global_math.hratio] * abs(zpos) * \\[value fb_data.win_translate.u] / 2 )\"\n expr1 \"( xpos * \\[value fb_data.world_matrix.4] + ypos * \\[value fb_data.world_matrix.5] ) * \\[value fb_data.win_scale.v] + ( \\[value global_math.hratio] * abs(zpos) * \\[value fb_data.win_translate.v] / 2 )\"\n expr2 zpos\n name Expression6\n xpos 1072\n ypos 774\n }\n Dot {\n name Dot17\n xpos 1106\n ypos 863\n }\npush $N38c0f430\n Expression {\n expr2 -blue\n name Expression7\n label \"fix z\"\n xpos 894\n ypos 774\n }\n Dot {\n name Dot18\n xpos 928\n ypos 876\n }\npush $N38c0a4d0\n Expression {\n temp_name0 nx\n temp_expr0 \"red - cam_data.world_matrix.3\"\n temp_name1 ny\n temp_expr1 \"green - cam_data.world_matrix.7\"\n temp_name2 nz\n temp_expr2 \"blue - cam_data.world_matrix.11\"\n expr0 \"nx * \\[value inverseMatrix.invMatrix.0] + ny * \\[value inverseMatrix.invMatrix.1] + nz * \\[value inverseMatrix.invMatrix.2]\"\n expr1 \"nx * \\[value inverseMatrix.invMatrix.3] + ny * \\[value inverseMatrix.invMatrix.4] + nz * \\[value inverseMatrix.invMatrix.5]\"\n expr2 \"nx * \\[value inverseMatrix.invMatrix.6] + ny * \\[value inverseMatrix.invMatrix.7] + nz * \\[value inverseMatrix.invMatrix.8]\"\n name Expression3\n label \"position invert\"\n xpos 724\n ypos 774\n }\n Switch {\n inputs 4\n which {{parent.data_type}}\n name Switch1\n xpos 724\n ypos 984\n }\n Dot {\n name Dot13\n xpos 758\n ypos 1113\n }\nset N38b56b50 [stack 0]\n Dot {\n name sam_dot\n xpos 551\n ypos 1113\n }\n NoOp {\n inputs 0\n name menu1\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nif thisGRP\\['uv_stabilize'].getValue() == 1 :\\n thisGRP\\['uv_ref_frame'].setEnabled(True)\\n thisGRP\\['uv_set_frame'].setEnabled(True)\\n thisGRP\\['black_outside'].setEnabled(True)\\nelse :\\n thisGRP\\['uv_ref_frame'].setEnabled(False)\\n thisGRP\\['uv_set_frame'].setEnabled(False)\\n thisGRP\\['black_outside'].setEnabled(False)\\n\"\n xpos -1085\n ypos -42\n addUserKnob {20 User}\n addUserKnob {6 uv_stabilize l \"uv stabilize\" +STARTLINE}\n }\n NoOp {\n inputs 0\n name menu2\n onCreate \"\\nthisGRP = nuke.thisGroup()\\nfregion_knobs = \\['focus_region','fregion_define_z','sample_z_toggle','sample_z_status','sample_point','fregion_ref_frame','fregion_set_frame','track_focus_region','grp_crop_preview','show_crop','crop_point_scale','crop_point_color']\\n\\nthisGRP\\[fregion_knobs\\[4]].setEnabled(True)\\n\\nif thisGRP\\['use_focus_region'].getValue() == 0 :\\n for i in fregion_knobs :\\n thisGRP\\[i].setEnabled(False)\\n thisGRP\\[fregion_knobs\\[3]].setValue( '\\[ OFF ]' )\\n thisGRP\\['updateUI'].setValue('')\\n nuke.toNode('material_switch')\\['disable'].setValue(0)\\nelse :\\n for i in fregion_knobs :\\n if i != 'sample_point' :\\n thisGRP\\[i].setEnabled(True)\\n else :\\n thisGRP\\[i].setEnabled(False)\\n nuke.toNode('material_switch')\\['disable'].setValue(1)\\n\"\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nfregion_knobs = \\['focus_region','fregion_define_z','sample_z_toggle','sample_z_status','sample_point','fregion_ref_frame','fregion_set_frame','track_focus_region','grp_crop_preview','show_crop','crop_point_scale','crop_point_color']\\n\\nif thisGRP\\['use_focus_region'].getValue() == 0 :\\n for i in fregion_knobs :\\n thisGRP\\[i].setEnabled(False)\\n thisGRP\\[fregion_knobs\\[3]].setValue( '\\[ OFF ]' )\\n thisGRP\\['updateUI'].setValue('')\\n nuke.toNode('material_switch')\\['disable'].setValue(0)\\nelse :\\n for i in fregion_knobs :\\n if i != 'sample_point' :\\n thisGRP\\[i].setEnabled(True)\\n nuke.toNode('material_switch')\\['disable'].setValue(1)\\n\"\n xpos -1085\n ypos 25\n addUserKnob {20 User}\n addUserKnob {6 use_focus_region l \"use focus region\" +STARTLINE}\n }\n Camera {\n inputs 0\n display off\n selectable false\n useMatrix true\n focal {{parent.cam_focal}}\n haperture {{cam_haperture}}\n name cam_data\n xpos -335\n ypos 2204\n }\npush $N38b56b50\n Expression {\n temp_name0 unpremultA\n temp_expr0 \"alpha * ( 1 / alpha )\"\n temp_name1 max\n temp_expr1 blue\n expr3 \"abs( max ) < \\[value parent.drange_near] || abs( max ) > \\[value parent.drange_far] ? 0 : isnan(unpremultA) ? 0 : unpremultA\"\n name Expression1\n label \"distance crop\"\n xpos 724\n ypos 1244\n }\n Premult {\n name Premult1\n xpos 724\n ypos 1332\n }\n Dot {\n name Dot9\n xpos 758\n ypos 1640\n }\nset N38b951c0 [stack 0]\npush $N3835a2e0\n Dot {\n name Dot10\n xpos -66\n ypos 1552\n }\nset N38b9a030 [stack 0]\n Unpremult {\n name Unpremult1\n xpos 48\n ypos 1549\n }\n Merge2 {\n inputs 2\n operation mask\n name Merge2\n xpos 48\n ypos 1637\n }\n Premult {\n name Premult3\n xpos 48\n ypos 1719\n }\npush $N38b9a030\n Switch {\n inputs 2\n which {{parent.clip_color}}\n name Switch2\n xpos -100\n ypos 1828\n }\n Project3D2 {\n inputs 2\n crop {{parent.black_outside}}\n name Project3D2\n xpos -100\n ypos 2224\n }\npush $N38bec0c0\n Dot {\n name Dot2\n xpos 1576\n ypos -84\n }\n Shuffle {\n red black\n green black\n blue black\n alpha black\n name Shuffle1\n label \"\\[value in]\"\n xpos 1542\n ypos 30\n }\n Remove {\n name Remove1\n xpos 1542\n ypos 118\n }\n Reformat {\n type scale\n black_outside true\n name Reformat1\n xpos 1542\n ypos 212\n }\n Expression {\n temp_name0 xpos\n temp_expr0 \"( ( x + 0.5 ) / input.width - 0.5) * \\[value global_math.hratio] * abs( \\[value parent.drange_far] )\"\n temp_name1 ypos\n temp_expr1 \"( ( y + 0.5 ) / input.height -0.5 ) * ( \\[value global_math.hratio] * abs( \\[value parent.drange_far] ) * ( img_dot.height / img_dot.width ) ) * 1 / \\[value format.pixel_aspect]\"\n temp_name2 zpos\n temp_expr2 \"-\\[value parent.drange_far]\"\n expr0 \"( xpos * \\[value fb_data.world_matrix.0] + ypos * \\[value fb_data.world_matrix.1] ) * \\[value fb_data.win_scale.u] + ( \\[value global_math.hratio] * abs(zpos) * \\[value fb_data.win_translate.u] / 2 )\"\n expr1 \"( xpos * \\[value fb_data.world_matrix.4] + ypos * \\[value fb_data.world_matrix.5] ) * \\[value fb_data.win_scale.v] + ( \\[value global_math.hratio] * abs(zpos) * \\[value fb_data.win_translate.v] / 2 )\"\n expr2 zpos\n name Expression8\n xpos 1542\n ypos 845\n }\n ColorMatrix {\n matrix {\n {{cam_data.world_matrix.0} {cam_data.world_matrix.1} {cam_data.world_matrix.2}}\n {{cam_data.world_matrix.4} {cam_data.world_matrix.5} {cam_data.world_matrix.6}}\n {{cam_data.world_matrix.8} {cam_data.world_matrix.9} {cam_data.world_matrix.10}}\n }\n name ColorMatrix1\n xpos 1542\n ypos 970\n }\n Add {\n channels rgb\n value {{cam_data.world_matrix.3} {cam_data.world_matrix.7} {cam_data.world_matrix.11} 0}\n name Add1\n xpos 1542\n ypos 1052\n }\n Crop {\n box {{store.fregion} {store.fregion} {store.fregion} {store.fregion}}\n reformat true\n crop false\n name Crop1\n xpos 1542\n ypos 1476\n disable {{!parent.use_focus_region}}\n addUserKnob {20 User}\n addUserKnob {22 cropToBbox l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n }\n Dot {\n name Dot4\n xpos 1576\n ypos 2402\n }\npush $N38b951c0\n Crop {\n box {{store.fregion} {store.fregion} {store.fregion} {store.fregion}}\n reformat true\n crop false\n name Crop4\n selected true\n xpos 724\n ypos 1714\n disable {{!parent.use_focus_region}}\n addUserKnob {20 User}\n addUserKnob {22 cropToBbox l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n }\n Unpremult {\n name Unpremult3\n xpos 724\n ypos 1851\n }\n Expression {\n temp_name0 nx\n temp_expr0 red\n temp_name1 ny\n temp_expr1 green\n temp_name2 nz\n temp_expr2 blue\n expr0 \"( nx * \\[value cam_data.world_matrix.0] + ny * \\[value cam_data.world_matrix.1] + nz * \\[value cam_data.world_matrix.2] ) + \\[value cam_data.world_matrix.3]\"\n expr1 \"( nx * \\[value cam_data.world_matrix.4] + ny * \\[value cam_data.world_matrix.5] + nz * \\[value cam_data.world_matrix.6] ) + \\[value cam_data.world_matrix.7]\"\n expr2 \"( nx * \\[value cam_data.world_matrix.8] + ny * \\[value cam_data.world_matrix.9] + nz * \\[value cam_data.world_matrix.10] ) + \\[value cam_data.world_matrix.11]\"\n name Expression4\n label \"position revert\"\n xpos 724\n ypos 1933\n }\n Premult {\n name Premult2\n xpos 724\n ypos 2027\n }\n Merge2 {\n inputs 2\n operation under\n name Merge1\n xpos 724\n ypos 2398\n }\n Card {\n inputs 0\n image_aspect false\n rows {{\"img_dot.height * parent.lod\"}}\n columns {{\"img_dot.width * parent.lod\"}}\n name ssmesh\n xpos 343\n ypos 2317\n }\n DisplaceGeo {\n inputs 2\n source \"rgb absolute\"\n scale 1\n filter_size 1\n name DisplaceGeo\n xpos 343\n ypos 2399\n }\n FrameHold {\n firstFrame {{parent.uv_ref_frame}}\n name FrameHold\n xpos 343\n ypos 2479\n disable {{!parent.uv_stabilize}}\n }\n ApplyMaterial {\n inputs 2\n name ApplyMaterial1\n xpos -100\n ypos 2483\n }\n Scene {\n display {{parent.display}}\n name gl_scene\n xpos -90\n ypos 3072\n }\nset N387e4310 [stack 0]\n WriteGeo {\n file_type abc\n name WriteGeo\n xpos 120\n ypos 3093\n }\n Axis {\n inputs 0\n display off\n selectable false\n translate {{\"( global_math.pt2.x * cam_data.world_matrix.0(parent.fregion_ref_frame) + global_math.pt2.y * cam_data.world_matrix.1(parent.fregion_ref_frame) + global_math.pt2.z * cam_data.world_matrix.2(parent.fregion_ref_frame) ) + cam_data.world_matrix.3(parent.fregion_ref_frame)\"} {\"( global_math.pt2.x * cam_data.world_matrix.4(parent.fregion_ref_frame) + global_math.pt2.y * cam_data.world_matrix.5(parent.fregion_ref_frame) + global_math.pt2.z * cam_data.world_matrix.6(parent.fregion_ref_frame) ) + cam_data.world_matrix.7(parent.fregion_ref_frame)\"} {\"( global_math.pt2.x * cam_data.world_matrix.8(parent.fregion_ref_frame) + global_math.pt2.y * cam_data.world_matrix.9(parent.fregion_ref_frame) + global_math.pt2.z * cam_data.world_matrix.10(parent.fregion_ref_frame) ) + cam_data.world_matrix.11(parent.fregion_ref_frame)\"}}\n name right_pt\n xpos -600\n ypos 3218\n }\n CheckerBoard2 {\n inputs 0\n format \"256 256 0 0 256 256 1 square_256\"\n name CheckerBoard1\n xpos -789\n ypos 2694\n }\n Multiply {\n channels rgb\n value {{parent.crop_point_color.r} {parent.crop_point_color.g} {parent.crop_point_color.b} 1}\n name Multiply\n xpos -789\n ypos 2822\n }\n Clamp {\n channels rgba\n name Clamp1\n xpos -789\n ypos 2905\n }\n Sphere {\n selectable false\n cast_shadow false\n receive_shadow false\n rows 10\n columns 10\n uniform_scale {{parent.crop_point_scale}}\n name Sphere1\n xpos -789\n ypos 2987\n disable {{!show_crop}}\n }\n Dot {\n name Dot24\n xpos -755\n ypos 3065\n }\nset N388567f0 [stack 0]\n Dot {\n name Dot25\n xpos -456\n ypos 3065\n }\n TransformGeo {\n inputs 2\n selectable false\n name TransformGeo2\n xpos -490\n ypos 3238\n }\n Axis {\n inputs 0\n display off\n selectable false\n translate {{\"( global_math.pt1.x * cam_data.world_matrix.0(parent.fregion_ref_frame) + global_math.pt1.y * cam_data.world_matrix.1(parent.fregion_ref_frame) + global_math.pt1.z * cam_data.world_matrix.2(parent.fregion_ref_frame) ) + cam_data.world_matrix.3(parent.fregion_ref_frame)\"} {\"( global_math.pt1.x * cam_data.world_matrix.4(parent.fregion_ref_frame) + global_math.pt1.y * cam_data.world_matrix.5(parent.fregion_ref_frame) + global_math.pt1.z * cam_data.world_matrix.6(parent.fregion_ref_frame) ) + cam_data.world_matrix.7(parent.fregion_ref_frame)\"} {\"( global_math.pt1.x * cam_data.world_matrix.8(parent.fregion_ref_frame) + global_math.pt1.y * cam_data.world_matrix.9(parent.fregion_ref_frame) + global_math.pt1.z * cam_data.world_matrix.10(parent.fregion_ref_frame) ) + cam_data.world_matrix.11(parent.fregion_ref_frame)\"}}\n name left_pt\n xpos -899\n ypos 3220\n }\npush $N388567f0\n TransformGeo {\n inputs 2\n selectable false\n name TransformGeo1\n xpos -789\n ypos 3240\n }\n Scene {\n inputs 2\n selectable false\n name Scene1\n xpos -480\n ypos 3395\n }\n ApplyMaterial {\n display off\n selectable false\n render_mode off\n name material_switch\n xpos -490\n ypos 3523\n }\npush $N387e4310\n Scene {\n inputs 2\n name Scene2\n xpos -90\n ypos 3502\n }\n Output {\n name Output1\n xpos -100\n ypos 4030\n }\n Group {\n inputs 0\n name inverseMatrix\n tile_color 0x337f4cff\n xpos 576\n ypos 780\n addUserKnob {20 tab_general l General}\n addUserKnob {1 knob_path}\n knob_path cam_data.world_matrix\n addUserKnob {26 \"\"}\n addUserKnob {41 id T id_assign.matrix}\n addUserKnob {26 \"\"}\n addUserKnob {7 determinant}\n determinant {{\"\\[value \\[value knob_path].\\[value id.0]] * ((\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.8]]) - (\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.7]])) - \\[value \\[value knob_path].\\[value id.1]] * ((\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.8]]) - (\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.6]])) + \\[value \\[value knob_path].\\[value id.2]] * ((\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.7]])-(\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.6]]))\"}}\n addUserKnob {26 \"\"}\n addUserKnob {41 cofactor T mtx_cofactor.matrix}\n addUserKnob {26 \"\"}\n addUserKnob {41 invMatrix T matrix_output.matrix}\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T 1.0}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2011-11-28}\n addUserKnob {26 l_CHANGELOG l Changelog T \"v1.0\\n- reveal the calculate output of \\n inverse matrix which is c44matrix\\n and colormatrix doesn't show\\n \"}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n }\n Matrix {\n inputs 0\n matrix {\n {0 1 2}\n {4 5 6}\n {8 9 10}\n }\n name id_assign\n xpos -12\n ypos 33\n }\n Matrix {\n inputs 0\n matrix {\n {{\"(\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.8]]) - (\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.7]])\"} {\"(\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.2]]) - (\\[value \\[value knob_path].\\[value id.8]]*\\[value \\[value knob_path].\\[value id.1]])\"} {\"(\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.5]]) - (\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.4]])\"}}\n {{\"(\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.6]]) - (\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.8]])\"} {\"(\\[value \\[value knob_path].\\[value id.8]]*\\[value \\[value knob_path].\\[value id.0]]) - (\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.2]])\"} {\"(\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.3]]) - (\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.5]])\"}}\n {{\"(\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.7]]) - (\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.6]])\"} {\"(\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.1]]) - (\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.0]])\"} {\"(\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.4]]) - (\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.3]])\"}}\n }\n name mtx_cofactor\n xpos 86\n ypos 32\n }\n Matrix {\n inputs 0\n matrix {\n {{\"cofactor.0 == 0 || determinant == 0 ? 0 : cofactor.0/determinant\"} {\"cofactor.1 == 0 || determinant == 0 ? 0 : cofactor.1/determinant\"} {\"cofactor.2 == 0 || determinant == 0 ? 0 : cofactor.2/determinant\"}}\n {{\"cofactor.3 == 0 || determinant == 0 ? 0 : cofactor.3/determinant\"} {\"cofactor.4 == 0 || determinant == 0 ? 0 : cofactor.4/determinant\"} {\"cofactor.5 == 0 || determinant == 0 ? 0 : cofactor.5/determinant\"}}\n {{\"cofactor.6 == 0 || determinant == 0 ? 0 : cofactor.6/determinant\"} {\"cofactor.7 == 0 || determinant == 0 ? 0 : cofactor.7/determinant\"} {\"cofactor.8 == 0 || determinant == 0 ? 0 : cofactor.8/determinant\"}}\n }\n name matrix_output\n xpos 186\n ypos 33\n }\n end_group\n Camera {\n inputs 0\n rotate {0 0 {-parent.cam_winroll}}\n win_translate {{parent.cam_win_translate} {parent.cam_win_translate}}\n win_scale {{parent.cam_win_scale} {parent.cam_win_scale}}\n name fb_data\n xpos -340\n ypos 2087\n }\n NoOp {\n inputs 0\n name store\n xpos -843\n ypos 28\n addUserKnob {20 User}\n addUserKnob {22 fn T \"### level define ###\\n\\ndef getLevel() :\\n\\tif len(nuke.thisNode().fullName().split('.')) == 1 :\\n\\t\\tggLevel = nuke.root()\\n\\telse :\\n\\t\\tnodePath = nuke.thisNode().fullName().split('.')\\n\\t\\tnodePath.pop()\\n\\t\\tggLevel = nuke.toNode('.'.join(nodePath))\\n\\treturn ggLevel\\n\\n### sample z in 2D ###\\n\\ndef sample2d() :\\n\\tthisGRP = nuke.thisGroup()\\n\\tif thisGRP\\['sample_z_status'].value() == '\\[ ON ]' :\\n\\t\\tsam_co = thisGRP\\['sample_point'].getValue()\\n\\t\\tzdata = nuke.toNode('sam_dot').sample('blue', sam_co\\[0], sam_co\\[1]) * -1\\n\\t\\tthisGRP\\['fregion_define_z'].setValue( zdata )\" +STARTLINE}\n addUserKnob {15 fregion}\n fregion {{parent.focus_region} {parent.focus_region} {parent.focus_region} {parent.focus_region}}\n }\n NoOp {\n inputs 0\n name global_math\n xpos -842\n ypos -43\n addUserKnob {20 User}\n addUserKnob {7 hratio}\n hratio {{\"cam_data.haperture / cam_data.focal\"}}\n addUserKnob {7 maxwidth}\n maxwidth {{\"hratio * parent.fregion_define_z\"}}\n addUserKnob {7 maxheight}\n maxheight {{\"hratio * parent.fregion_define_z * ( img_dot.height / img_dot.width )\"}}\n addUserKnob {13 pt1}\n pt1 {{\"( ( ( maxwidth * ( parent.focus_region.x(parent.fregion_ref_frame) / img_dot.width) ) - ( maxwidth / 2 ) ) * fb_data.world_matrix.0 + ( ( ( maxheight * ( parent.focus_region.y(parent.fregion_ref_frame) / img_dot.height ) ) - ( maxheight / 2 ) ) * 1 / \\[value root.format.pixel_aspect] ) * fb_data.world_matrix.1 ) * fb_data.win_scale.u + ( hratio * abs(parent.fregion_define_z) * fb_data.win_translate.u /2 )\"} {\"( ( ( maxwidth * ( parent.focus_region.x(parent.fregion_ref_frame) / img_dot.width) ) - ( maxwidth / 2 ) ) * fb_data.world_matrix.4 + \\n( ( ( maxheight * ( parent.focus_region.y(parent.fregion_ref_frame) / img_dot.height ) ) - ( maxheight / 2 ) ) * 1 / \\[value root.format.pixel_aspect] ) * fb_data.world_matrix.5 ) * fb_data.win_scale.v + ( hratio * abs(parent.fregion_define_z) * fb_data.win_translate.v /2 )\"} {-parent.fregion_define_z}}\n addUserKnob {13 pt2}\n pt2 {{\"( ( ( maxwidth * ( parent.focus_region.r(parent.fregion_ref_frame) / img_dot.width) ) - ( maxwidth / 2 ) ) * fb_data.world_matrix.0 + ( ( ( maxheight * ( parent.focus_region.t(parent.fregion_ref_frame) / img_dot.height ) ) - ( maxheight / 2 ) ) * 1 / \\[value root.format.pixel_aspect] ) * fb_data.world_matrix.1 ) * fb_data.win_scale.u + ( hratio * abs(parent.fregion_define_z) * fb_data.win_translate.u /2 )\"} {\"( ( ( maxwidth * ( parent.focus_region.r(parent.fregion_ref_frame) / img_dot.width) ) - ( maxwidth / 2 ) ) * fb_data.world_matrix.4 + ( ( ( maxheight * ( parent.focus_region.t(parent.fregion_ref_frame) / img_dot.height ) ) - ( maxheight / 2 ) ) * 1 / \\[value root.format.pixel_aspect] ) * fb_data.world_matrix.5 ) * fb_data.win_scale.v + ( hratio * abs(parent.fregion_define_z) * fb_data.win_translate.v /2 )\"} {-parent.fregion_define_z}}\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_STMapToVector2.gizmo", "content": "Group {\n name STMapToVector2_\n help \"Transforms a distorted UV Map to Motion Vectors corresponding to the distortion.\"\n addUserKnob {20 UV_to_Vectors l \"STMap to Vector2\"}\n addUserKnob {41 in l UV_Layer t \"Select the layer containing your UV_map\" T UV_Channel.in}\n addUserKnob {26 \"\"}\n addUserKnob {26 copyright l \"\" +STARTLINE T \"v1.0 - Mathieu Goulet-Aubin & Erwan Leroy - Github\"}\n}\n Input {\n inputs 0\n name Input\n xpos -291\n ypos -63\n }\nset Na0950a0 [stack 0]\n Shuffle {\n name UV_Channel\n xpos -151\n ypos -17\n }\n Expression {\n expr0 -x+r*width-0.5\n expr1 -y+g*height-0.5\n channel2 {-rgba.red -rgba.green -rgba.blue none}\n channel3 {none none none -rgba.alpha}\n name UV_to_Vectors1\n xpos -151\n ypos 97\n }\npush $Na0950a0\n ShuffleCopy {\n inputs 2\n in2 none\n red red\n green green\n alpha black\n out {{{parent.UV_Channel.in}}}\n name ShuffleCopy1\n xpos -291\n ypos 97\n }\n Output {\n name Output1\n xpos -291\n ypos 167\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_STmapInverse.gizmo", "content": "Group {\n name STMapInverse\n tile_color 0x196654ff\n selected true\n addUserKnob {20 InverseSTMap}\n addUserKnob {41 in l channels T Shuffle1.in}\n addUserKnob {41 in2 l \"UV channels\" T Shuffle1.in2}\n addUserKnob {41 box_width l \"UV size\" T Reformat1.box_width}\n addUserKnob {6 fill_gap l \"Fill Gap\" +STARTLINE}\n fill_gap true\n addUserKnob {41 size -STARTLINE T Blur1.size}\n addUserKnob {26 \"\"}\n addUserKnob {41 detail l \"point detail\" T PositionToPoints1.detail}\n addUserKnob {41 pointSize l \"point size\" T PositionToPoints1.pointSize}\n addUserKnob {26 \"\"}\n addUserKnob {32 Lookin T \"start http://www.lookinvfx.com/tools/\" +STARTLINE}\n addUserKnob {26 text l \"\" -STARTLINE T \" in_inverseSTMap v1.0 | Luca Mignardi | 2014\"}\n}\n Camera2 {\n inputs 0\n translate {0.5 0.5 1}\n projection_mode orthographic\n focal 25\n haperture 25\n vaperture 25\n near 0.5\n far 1.5\n name Camera1\n xpos 93\n ypos 157\n }\n Input {\n inputs 0\n name Input1\n xpos -58\n ypos -118\n }\n Shuffle {\n in2 forward\n red red2\n green green2\n black red\n white green\n red2 blue\n green2 alpha\n out forward\n out2 rgba\n name Shuffle1\n xpos -58\n ypos -64\n }\n Unpremult {\n name Unpremult2\n xpos -58\n ypos -12\n }\n Unpremult {\n channels forward\n name Unpremult3\n xpos -58\n ypos 37\n }\nset N1e54a7c0 [stack 0]\npush $N1e54a7c0\n Shuffle {\n in forward\n blue black\n alpha black\n name Shuffle2\n label \"\\[value in]\"\n xpos 64\n ypos 37\n }\n PositionToPoints {\n inputs 2\n render_mode textured\n detail 1\n pointSize 10\n name PositionToPoints1\n xpos -58\n ypos 108\n }\nset N1e55bbf0 [stack 0]\n Reformat {\n inputs 0\n type \"to box\"\n format \"1024 1024 0 0 1024 1024 1 square_1K\"\n box_width 1024\n box_height {{box_width i}}\n box_fixed true\n name Reformat1\n selected true\n xpos -196\n ypos 177\n }\n ScanlineRender {\n inputs 3\n max_tessellation 1\n motion_vectors_type off\n MB_channel none\n name ScanlineRender1\n xpos -58\n ypos 177\n }\n Premult {\n name Premult1\n xpos -58\n ypos 220\n }\n Dot {\n name Dot1\n xpos -24\n ypos 276\n }\nset N1e601350 [stack 0]\n Blur {\n size 1.6\n name Blur1\n xpos 49\n ypos 266\n }\n Unpremult {\n name Unpremult1\n xpos 49\n ypos 316\n }\npush $N1e601350\n Merge2 {\n inputs 2\n operation under\n name Merge1\n xpos -58\n ypos 316\n disable {{1-fill_gap}}\n }\nset N1e616fd0 [stack 0]\n Output {\n name Output1\n xpos -58\n ypos 375\n }\npush $N1e616fd0\npush $N1e55bbf0\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_ScaleMatrix4.gizmo", "content": "Group {\n name ScaleMatrix4_\n help \"Scale a matrix4 using a control channel (rgb from vector input) for which each channel is considered as a scalar for x, y and z\"\n addUserKnob {20 ScaleMatrix4}\n addUserKnob {26 Description l \"\" +STARTLINE T \"Scale a matrix4 using a control channel (rgb) for which each channel is considered as a scalar for x, y and z\"}\n addUserKnob {26 divider_copyright l \"\" +STARTLINE}\n addUserKnob {26 copyright l \"\" +STARTLINE T \"v1.0 - Mathieu Goulet-Aubin & Erwan Leroy - Github\"}\n}\n Input {\n inputs 0\n name vector\n xpos 491\n ypos 162\n number 1\n }\n Dot {\n name Dot1\n xpos 525\n ypos 252\n }\n Input {\n inputs 0\n name matrix\n xpos 344\n ypos 161\n }\nadd_layer {matrix0 matrix0.0 matrix0.1 matrix0.2 matrix0.3}\nadd_layer {matrix1 matrix1.0 matrix1.1 matrix1.2 matrix1.3}\nadd_layer {matrix2 matrix2.0 matrix2.1 matrix2.2 matrix2.3}\n MergeExpression {\n inputs 2\n channel0 {matrix0.0 -matrix0.1 -matrix0.2 -matrix0.3}\n expr0 matrix0.0*Ar\n channel1 {-matrix1.0 matrix1.1 -matrix1.2 -matrix1.3}\n expr1 matrix1.1*Ag\n channel2 {-matrix2.0 -matrix2.1 matrix2.2 -matrix2.3}\n expr2 matrix2.2*Ab\n channel3 none\n name MergeExpression1\n xpos 344\n ypos 249\n }\n Output {\n name Output1\n xpos 344\n ypos 349\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_SceneDepthCalculator.gizmo", "content": "Group {\n inputs 0\n name SceneDepthCalculator\n tile_color 0xd6ff32ff\n selected true\n addUserKnob {20 General}\n addUserKnob {26 title_cam_1 l camera}\n addUserKnob {22 set_link_cam l \"link to selected camera\" T \"goStore = nuke.toNode('store')\\ngoStore\\['fn'].execute()\\n\\nknobLS = \\['world_matrix_cam']\\nsetLink( knobLS )\" +STARTLINE}\n addUserKnob {22 remove_link_cam l \"remove linked camera expression\" -STARTLINE T \"nuke.thisGroup()\\['world_matrix_cam'].clearAnimated()\"}\n addUserKnob {20 title_cam l \"world matrix\" n 1}\n title_cam 0\n addUserKnob {41 world_matrix_cam l \"\" -STARTLINE T camData.matrix}\n addUserKnob {20 endGroup n -1}\n addUserKnob {26 title_target_1 l target}\n addUserKnob {22 set_link_tgt l \"link to selected target\" T \"goStore = nuke.toNode('store')\\ngoStore\\['fn'].execute()\\n\\nknobLS = \\['world_matrix_tgt']\\nsetLink( knobLS )\" +STARTLINE}\n addUserKnob {22 remove_link_tgt l \"remove linked target expression\" -STARTLINE T \"nuke.thisGroup()\\['world_matrix_tgt'].clearAnimated()\"}\n addUserKnob {20 title_target l \"world matrix\" n 1}\n title_target 0\n addUserKnob {41 world_matrix_tgt l \"\" -STARTLINE T axData.matrix}\n addUserKnob {20 endGroup_1 l endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {41 depth T math.depth}\n addUserKnob {41 lock l lock/unlock -STARTLINE T math.lock}\n addUserKnob {7 offset R -100 100}\n addUserKnob {7 result l \"result\"}\n result {{\"invert_depth ? 1/(depth+offset) : (depth+offset)\"}}\n addUserKnob {6 invert_depth l 1/z -STARTLINE}\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T 2.0}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2021-02-25}\n addUserKnob {22 btn_CHANGELOG l Changelog T \"log = \\\"2.0
- changed camera & target to use world matrix instead
- instant live result of depth value
- re-work the interface\\\"\\nnuke.message( log )\" +STARTLINE}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n}\n BackdropNode {\n inputs 0\n name BackdropNode2\n tile_color 0xaaaaaa00\n label bin\n note_font_size 42\n xpos -474\n ypos 425\n bdwidth 192\n bdheight 166\n }\n Group {\n inputs 0\n name iMatrix44\n tile_color 0x337f4cff\n xpos -246\n ypos 562\n addUserKnob {20 tab_general l General}\n addUserKnob {1 knob_path}\n knob_path camData.world_matrix\n addUserKnob {26 \"\"}\n addUserKnob {41 id T assignID.matrix}\n addUserKnob {26 \"\"}\n addUserKnob {20 grp_math l math n 1}\n grp_math 0\n addUserKnob {7 m l determinant}\n m {{\"\\[value \\[value knob_path].\\[value id.0]] * \\n(\\n\\[value \\[value knob_path].\\[value id.5]] * \\n(( \\[value \\[value knob_path].\\[value id.10]] * \\[value \\[value knob_path].\\[value id.15]] )\\n-\\n( \\[value \\[value knob_path].\\[value id.11]] * \\[value \\[value knob_path].\\[value id.14]] ))\\n-\\n\\[value \\[value knob_path].\\[value id.6]] * \\n(( \\[value \\[value knob_path].\\[value id.9]] * \\[value \\[value knob_path].\\[value id.15]] )\\n-\\n( \\[value \\[value knob_path].\\[value id.11]] * \\[value \\[value knob_path].\\[value id.13]] ))\\n+\\n\\[value \\[value knob_path].\\[value id.7]] * \\n(( \\[value \\[value knob_path].\\[value id.9]] * \\[value \\[value knob_path].\\[value id.14]] )\\n-\\n( \\[value \\[value knob_path].\\[value id.10]] * \\[value \\[value knob_path].\\[value id.13]] ))\\n)\\n\\n-\\n\\n\\[value \\[value knob_path].\\[value id.1]] * \\n(\\n\\[value \\[value knob_path].\\[value id.4]] * \\n(( \\[value \\[value knob_path].\\[value id.10]] * \\[value \\[value knob_path].\\[value id.15]] )\\n-\\n( \\[value \\[value knob_path].\\[value id.11]] * \\[value \\[value knob_path].\\[value id.14]] ))\\n-\\n\\[value \\[value knob_path].\\[value id.6]] * \\n(( \\[value \\[value knob_path].\\[value id.8]] * \\[value \\[value knob_path].\\[value id.15]] )\\n-\\n( \\[value \\[value knob_path].\\[value id.11]] * \\[value \\[value knob_path].\\[value id.12]] ))\\n+\\n\\[value \\[value knob_path].\\[value id.7]] * \\n(( \\[value \\[value knob_path].\\[value id.8]] * \\[value \\[value knob_path].\\[value id.14]] )\\n-\\n( \\[value \\[value knob_path].\\[value id.10]] * \\[value \\[value knob_path].\\[value id.12]] ))\\n)\\n\\n+\\n\\n\\[value \\[value knob_path].\\[value id.2]] * \\n(\\n\\[value \\[value knob_path].\\[value id.4]] * \\n(( \\[value \\[value knob_path].\\[value id.9]] * \\[value \\[value knob_path].\\[value id.15]] )\\n-\\n( \\[value \\[value knob_path].\\[value id.11]] * \\[value \\[value knob_path].\\[value id.13]] ))\\n-\\n\\[value \\[value knob_path].\\[value id.5]] * \\n(( \\[value \\[value knob_path].\\[value id.8]] * \\[value \\[value knob_path].\\[value id.15]] )\\n-\\n( \\[value \\[value knob_path].\\[value id.11]] * \\[value \\[value knob_path].\\[value id.12]] ))\\n+\\n\\[value \\[value knob_path].\\[value id.7]] * \\n(( \\[value \\[value knob_path].\\[value id.8]] * \\[value \\[value knob_path].\\[value id.13]] )\\n-\\n( \\[value \\[value knob_path].\\[value id.9]] * \\[value \\[value knob_path].\\[value id.12]] ))\\n)\\n\\n-\\n\\n\\[value \\[value knob_path].\\[value id.3]] * \\n(\\n\\[value \\[value knob_path].\\[value id.4]] * \\n(( \\[value \\[value knob_path].\\[value id.9]] * \\[value \\[value knob_path].\\[value id.14]] )\\n-\\n( \\[value \\[value knob_path].\\[value id.10]] * \\[value \\[value knob_path].\\[value id.13]] ))\\n-\\n\\[value \\[value knob_path].\\[value id.5]] * \\n(( \\[value \\[value knob_path].\\[value id.8]] * \\[value \\[value knob_path].\\[value id.14]] )\\n-\\n( \\[value \\[value knob_path].\\[value id.10]] * \\[value \\[value knob_path].\\[value id.12]] ))\\n+\\n\\[value \\[value knob_path].\\[value id.6]] * \\n(( \\[value \\[value knob_path].\\[value id.8]] * \\[value \\[value knob_path].\\[value id.13]] )\\n-\\n( \\[value \\[value knob_path].\\[value id.9]] * \\[value \\[value knob_path].\\[value id.12]] ))\\n)\"}}\n addUserKnob {41 a l cofactor T co.matrix}\n addUserKnob {20 endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {41 iMatrix T result.matrix}\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T 1.1}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2021-02-24}\n addUserKnob {22 btn_CHANGELOG l Changelog T \"log = \\\"live inverse matrix
iMatrix33
iMatrix44\\\"\\nnuke.message( log )\" +STARTLINE}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n }\n Matrix {\n inputs 0\n matrix {\n {0 1 2 3}\n {4 5 6 7}\n {8 9 10 11}\n {12 13 14 15}\n }\n name assignID\n xpos -150\n ypos -255\n }\n Matrix {\n inputs 0\n matrix {\n {{\"pow(-1,0+0) * (\\n+\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.10]]*\\[value \\[value knob_path].\\[value id.15]]\\n+\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.11]]*\\[value \\[value knob_path].\\[value id.13]]\\n+\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.9]]*\\[value \\[value knob_path].\\[value id.14]]\\n-\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.10]]*\\[value \\[value knob_path].\\[value id.13]]\\n-\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.9]]*\\[value \\[value knob_path].\\[value id.15]]\\n-\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.11]]*\\[value \\[value knob_path].\\[value id.14]]\\n)\"} {\"pow(-1,0+1) * (\\n+\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.10]]*\\[value \\[value knob_path].\\[value id.15]]\\n+\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.11]]*\\[value \\[value knob_path].\\[value id.12]]\\n+\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.8]]*\\[value \\[value knob_path].\\[value id.13]]\\n-\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.10]]*\\[value \\[value knob_path].\\[value id.12]]\\n-\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.8]]*\\[value \\[value knob_path].\\[value id.15]]\\n-\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.11]]*\\[value \\[value knob_path].\\[value id.14]]\\n)\"} {\"pow(-1,0+2) * (\\n+\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.9]]*\\[value \\[value knob_path].\\[value id.15]]\\n+\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.11]]*\\[value \\[value knob_path].\\[value id.12]]\\n+\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.8]]*\\[value \\[value knob_path].\\[value id.13]]\\n-\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.9]]*\\[value \\[value knob_path].\\[value id.12]]\\n-\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.8]]*\\[value \\[value knob_path].\\[value id.15]]\\n-\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.11]]*\\[value \\[value knob_path].\\[value id.14]]\\n)\"} {\"pow(-1,0+3) * (\\n+\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.9]]*\\[value \\[value knob_path].\\[value id.14]]\\n+\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.10]]*\\[value \\[value knob_path].\\[value id.12]]\\n+\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.8]]*\\[value \\[value knob_path].\\[value id.13]]\\n-\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.9]]*\\[value \\[value knob_path].\\[value id.12]]\\n-\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.8]]*\\[value \\[value knob_path].\\[value id.14]]\\n-\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.10]]*\\[value \\[value knob_path].\\[value id.13]]\\n)\"}}\n {{\"pow(-1,1+0) * (\\n+\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.10]]*\\[value \\[value knob_path].\\[value id.15]]\\n+\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.11]]*\\[value \\[value knob_path].\\[value id.13]]\\n+\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.9]]*\\[value \\[value knob_path].\\[value id.14]]\\n-\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.10]]*\\[value \\[value knob_path].\\[value id.13]]\\n-\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.9]]*\\[value \\[value knob_path].\\[value id.15]]\\n-\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.11]]*\\[value \\[value knob_path].\\[value id.14]]\\n)\"} {\"pow(-1,1+1) * (\\n+\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.10]]*\\[value \\[value knob_path].\\[value id.15]]\\n+\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.11]]*\\[value \\[value knob_path].\\[value id.12]]\\n+\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.8]]*\\[value \\[value knob_path].\\[value id.13]]\\n-\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.10]]*\\[value \\[value knob_path].\\[value id.12]]\\n-\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.8]]*\\[value \\[value knob_path].\\[value id.15]]\\n-\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.11]]*\\[value \\[value knob_path].\\[value id.14]]\\n)\"} {\"pow(-1,1+2) * (\\n+\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.9]]*\\[value \\[value knob_path].\\[value id.15]]\\n+\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.11]]*\\[value \\[value knob_path].\\[value id.12]]\\n+\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.8]]*\\[value \\[value knob_path].\\[value id.13]]\\n-\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.9]]*\\[value \\[value knob_path].\\[value id.12]]\\n-\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.8]]*\\[value \\[value knob_path].\\[value id.15]]\\n-\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.11]]*\\[value \\[value knob_path].\\[value id.14]]\\n)\"} {\"pow(-1,1+3) * (\\n+\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.9]]*\\[value \\[value knob_path].\\[value id.14]]\\n+\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.10]]*\\[value \\[value knob_path].\\[value id.12]]\\n+\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.8]]*\\[value \\[value knob_path].\\[value id.13]]\\n-\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.9]]*\\[value \\[value knob_path].\\[value id.12]]\\n-\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.8]]*\\[value \\[value knob_path].\\[value id.14]]\\n-\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.10]]*\\[value \\[value knob_path].\\[value id.13]]\\n)\"}}\n {{\"pow(-1,2+0) * (\\n+\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.15]]\\n+\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.13]]\\n+\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.14]]\\n-\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.13]]\\n-\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.15]]\\n-\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.11]]*\\[value \\[value knob_path].\\[value id.14]]\\n)\"} {\"pow(-1,2+1) * (\\n+\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.15]]\\n+\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.12]]\\n+\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.13]]\\n-\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.12]]\\n-\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.15]]\\n-\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.14]]\\n)\"} {\"pow(-1,2+2) * (\\n+\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.15]]\\n+\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.12]]\\n+\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.13]]\\n-\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.12]]\\n-\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.15]]\\n-\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.14]]\\n)\"} {\"pow(-1,2+3) * (\\n+\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.14]]\\n+\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.12]]\\n+\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.13]]\\n-\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.12]]\\n-\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.14]]\\n-\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.13]]\\n)\"}}\n {{\"pow(-1,3+0) * (\\n+\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.11]]\\n+\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.9]]\\n+\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.10]]\\n-\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.9]]\\n-\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.11]]\\n-\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.10]]\\n)\"} {\"pow(-1,3+1) * (\\n+\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.11]]\\n+\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.8]]\\n+\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.10]]\\n-\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.8]]\\n-\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.11]]\\n-\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.10]]\\n)\"} {\"pow(-1,3+2) * (\\n+\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.11]]\\n+\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.8]]\\n+\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.9]]\\n-\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.8]]\\n-\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.11]]\\n-\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.9]]\\n)\"} {\"pow(-1,3+3) * (\\n+\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.10]]\\n+\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.8]]\\n+\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.9]]\\n-\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.8]]\\n-\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.10]]\\n-\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.9]]\\n)\"}}\n }\n name co\n xpos -44\n ypos -255\n }\n Matrix {\n inputs 0\n matrix {\n {{\"a.0==0 || m==0 ? 0 : a.0/m\"} {\"a.4==0 || m==0 ? 0 : a.4/m\"} {\"a.8==0 || m==0 ? 0 : a.8/m\"} {\"a.12==0 || m==0 ? 0 : a.12/m\"}}\n {{\"a.1==0 || m==0 ? 0 : a.1/m\"} {\"a.5==0 || m==0 ? 0 : a.5/m\"} {\"a.9==0 || m==0 ? 0 : a.9/m\"} {\"a.13==0 || m==0 ? 0 : a.13/m\"}}\n {{\"a.2==0 || m==0 ? 0 : a.2/m\"} {\"a.6==0 || m==0 ? 0 : a.6/m\"} {\"a.10==0 || m==0 ? 0 : a.10/m\"} {\"a.14==0 || m==0 ? 0 : a.14/m\"}}\n {{\"a.3==0 || m==0 ? 0 : a.3/m\"} {\"a.7==0 || m==0 ? 0 : a.7/m\"} {\"a.11==0 || m==0 ? 0 : a.11/m\"} {\"a.15==0 || m==0 ? 0 : a.15/m\"}}\n }\n name result\n xpos 56\n ypos -254\n }\n end_group\n NoOp {\n inputs 0\n name store\n xpos -411\n ypos 512\n addUserKnob {20 User}\n addUserKnob {22 fn T \"def getLevel() :\\n\\t### level define ###\\n\\tif len(nuke.thisNode().fullName().split('.')) == 1 :\\n\\t\\t ggLevel = nuke.root()\\n\\telse :\\n\\t\\t nodePath = nuke.thisNode().fullName().split('.')\\n\\t\\t nodePath.pop()\\n\\t\\t ggLevel = nuke.toNode('.'.join(nodePath))\\n\\treturn ggLevel\\n\\n##########\\n\\ndef setLink( _knobLS ) :\\n\\troot = getLevel()\\n\\tthisGRP = nuke.thisGroup()\\n\\n\\tmainKnobs = _knobLS\\n\\tdefaultKnobs = \\{\\n\\t\\t\\t\\t'world matrix' : 'world_matrix',\\n\\t\\t\\t\\t\\}\\n\\tselNodeKnobs = \\[]\\n\\tmissingKnob = \\[]\\n\\n\\ttry :\\n\\t\\twith root :\\n\\t\\t\\tselNode = nuke.selectedNode()\\n\\n\\t\\tfor knob in selNode.knobs() :\\n\\t\\t\\tselNodeKnobs.append( knob )\\n\\n\\t\\tselNodeKnobs.sort()\\n\\n\\t\\tfor key,value in defaultKnobs.items() :\\n\\t\\t\\tif value not in selNodeKnobs :\\n\\t\\t\\t\\tmissingKnob.append( key )\\n\\n\\t\\tif not len(missingKnob) :\\n\\t\\t\\twith root :\\n\\t\\t\\t\\tfor knob in mainKnobs :\\n\\t\\t\\t\\t\\tthisGRP\\[knob].clearAnimated()\\n\\t\\t\\t\\t\\t\\n\\t\\t\\t\\tCAMnode = selNode.name()\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[0]].setExpression('\\{0\\}.world_matrix'.format(CAMnode))\\n\\t\\telse :\\n\\t\\t\\tp = nuke.Panel('Select knobs :')\\n\\t\\t\\tp.addBooleanCheckBox( 'Unable to find the default knobs. Please use the pulldown menu below to define the knob manually.' , False)\\n\\t\\t\\tfor rk in missingKnob :\\n\\t\\t\\t\\tp.addEnumerationPulldown( rk, ' '.join( selNodeKnobs ) )\\n\\n\\t\\t\\tif p.show() :\\n\\t\\t\\t\\ttry :\\n\\t\\t\\t\\t\\tfor key,value in defaultKnobs.items() :\\n\\t\\t\\t\\t\\t\\tif p.value( key ) != None :\\n\\t\\t\\t\\t\\t\\t\\tdefaultKnobs\\[key] = p.value( key )\\n\\t\\t\\t\\texcept :\\n\\t\\t\\t\\t\\tpass\\n\\n\\t\\t\\t\\twith root :\\n\\t\\t\\t\\t\\tfor knob in mainKnobs :\\n\\t\\t\\t\\t\\t\\tthisGRP\\[knob].clearAnimated()\\n\\t\\t\\t\\t\\t\\n\\t\\t\\t\\t\\tCAMnode = selNode.name()\\n\\t\\t\\t\\t\\tthisGRP\\[mainKnobs\\[0]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['world matrix']))\\n\\texcept :\\n\\t\\tnuke.message('no node selected.')\" +STARTLINE}\n }\n NoOp {\n inputs 0\n name math\n xpos -126\n ypos 564\n addUserKnob {20 User}\n addUserKnob {22 lock l lock/unlock T \"nuke.thisNode()\\['depth'].setEnabled( not nuke.thisNode()\\['depth'].enabled() )\" +STARTLINE}\n addUserKnob {7 depth +DISABLED R 0 100}\n depth {{\"-( axData.matrix.3 * iMatrix44.iMatrix.8 + axData.matrix.7 * iMatrix44.iMatrix.9 + axData.matrix.11 * iMatrix44.iMatrix.10 + iMatrix44.iMatrix.11 )\"}}\n }\n Camera {\n inputs 0\n display off\n selectable false\n useMatrix true\n name camData\n xpos -237\n ypos 446\n }\n Axis {\n inputs 0\n display off\n selectable false\n useMatrix true\n name axData\n xpos -113\n ypos 447\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_ShadowMult.gizmo", "content": "set cut_paste_input [stack 0]\npush $cut_paste_input\nGroup {\n name ShadowMult\n tile_color 0x5c7fc0ff\n note_font \"Bitstream Vera Sans Bold Bold\"\n note_font_color 0xffffffff\n selected true\n addUserKnob {20 ShadowMult}\n addUserKnob {41 inputShadowChannel l \"Shadow Channel\" T ShuffleInputShadow.in}\n addUserKnob {26 text l \"\" +STARTLINE T \" \"}\n addUserKnob {41 multiply T Grade.multiply}\n addUserKnob {41 gamma T Grade.gamma}\n addUserKnob {26 \"\"}\n addUserKnob {26 \"\" l mask T \"\"}\n addUserKnob {41 maskChannelInput l \"\" -STARTLINE T Merge20.maskChannelInput}\n addUserKnob {41 inject -STARTLINE T Merge20.inject}\n addUserKnob {41 invert_mask l invert -STARTLINE T Merge20.invert_mask}\n addUserKnob {41 fringe -STARTLINE T Merge20.fringe}\n addUserKnob {41 mix T Merge20.mix}\n}\n Input {\n inputs 0\n name Inputmask\n xpos 223\n ypos -145\n number 2\n }\n Input {\n inputs 0\n name InputshadowMatte\n xpos 377\n ypos -447\n number 1\n }\n Shuffle {\n name ShuffleInputShadow\n label \"\\[value in]\"\n xpos 377\n ypos -398\n }\n Grade {\n reverse true\n name Grade\n xpos 377\n ypos -348\n }\n Dot {\n name Dot294\n note_font_size 41\n xpos 411\n ypos -287\n }\nset N28220bf0 [stack 0]\n Dot {\n name Dot296\n note_font_size 41\n xpos 411\n ypos -249\n }\nset N28224ad0 [stack 0]\n Dot {\n name Dot297\n note_font_size 41\n xpos 411\n ypos -211\n }\n Shuffle {\n red blue\n green blue\n alpha blue\n name ShuffleBlue\n tile_color 0x3d3f8e00\n xpos 233\n ypos -215\n }\npush $N28224ad0\n Shuffle {\n red green\n blue green\n alpha green\n name ShuffleGreen\n tile_color 0x3f633800\n xpos 231\n ypos -253\n }\npush $N28220bf0\n Shuffle {\n green red\n blue red\n alpha red\n name ShuffleRed\n tile_color 0x93000000\n xpos 233\n ypos -291\n }\n Input {\n inputs 0\n name Inputimg\n xpos -35\n ypos -443\n }\n Dot {\n name Dot299\n note_font_size 41\n xpos -1\n ypos -359\n }\nset N28258920 [stack 0]\n Dot {\n name Dot295\n note_font_size 41\n xpos 128\n ypos -359\n }\n Multiply {\n inputs 1+1\n channels rgba\n value {0 1 1 1}\n name MultiplyRed\n label \"\\[value value]\"\n xpos 94\n ypos -297\n }\n Multiply {\n inputs 1+1\n channels rgba\n value {1 0 1 1}\n name MultiplyGreen\n label \"\\[value value]\"\n xpos 94\n ypos -259\n }\n Multiply {\n inputs 1+1\n channels rgba\n value {1 1 0 1}\n name MultiplyBlue\n label \"\\[value value]\"\n xpos 94\n ypos -221\n }\npush $N28258920\n Dot {\n name Dot298\n note_font_size 41\n xpos -1\n ypos -141\n }\n Merge2 {\n inputs 2+1\n operation copy\n name Merge20\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 94\n ypos -145\n }\n Output {\n name Output1\n xpos 94\n ypos -45\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_SimpleSSS.gizmo", "content": "Group {\n name SimpleSSS\n tile_color 0xff5155ff\n selected true\n addUserKnob {20 User}\n addUserKnob {26 infoLabel l \" \" T \"Simple Subsurface Scattering / Translucency\\nby Hagbarth 2020\"}\n addUserKnob {26 didiver_general l \"General\"}\n addUserKnob {6 ScatterColor_panelDropped l \"panel dropped state\" +HIDDEN +STARTLINE}\n ScatterColor_panelDropped true\n addUserKnob {4 method l Method t \"First Backface will calculate the distance from the front facing surface to the first backfacing surface.\\n\\nFull Backface will calculate the distance from the front facing surface to the surface furthest away from the camera\" M {\"First Backface\" \"Full Backface\" \"\" \"\"}}\n addUserKnob {7 scene_scale l \"Scene Scale\" t \"The size of the scene where the object is or the width (in nuke units) of the object.\" -STARTLINE R 0 1000}\n scene_scale 10\n addUserKnob {26 divider_scatter l \"Scattering\"}\n addUserKnob {7 diffusion l \"Scatter Diffusion\" t \"How much blur to be applied to the depth map.\"}\n diffusion 0.25\n addUserKnob {7 scattering l \"Scatter Depth\" t \"How deep should the translucency be visible.\"}\n scattering 0.4\n addUserKnob {18 scatter_color l \"Scatter Color\" t \"The color of the translucency\"}\n scatter_color {1 0.5 0.4}\n addUserKnob {6 scatter_color_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n scatter_color_panelDropped true\n addUserKnob {6 color_rgb_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n color_rgb_panelDropped true\n addUserKnob {26 dividerr_light l \"Light\"}\n addUserKnob {6 scenecolor l \"Use Scene Color\" t \"If enabled the tool will use the color and light intensity from the scene itself.\\nIf disabled it will use a constant white (1.0) across the object.\" +STARTLINE}\n addUserKnob {6 normalize l \"Normalize Scene Light\" t \"If enabled the scene color will be \\\"normalized\\\" so that the intensity is evenly distributed across the object.\" -STARTLINE}\n addUserKnob {41 white l \"Light Gain\" t \"This will let you control the gain of the light\" T GrainAndGamma.white}\n addUserKnob {41 gamma l \"Light Gamma\" t \"This will let you control the gamma of the light\" T GrainAndGamma.gamma}\n addUserKnob {7 softlight l \"Soften Scene Light\" t \"How much blur should be applied to the scene light? Setting this low will look like porcelain, and hig more like jade\"}\n softlight 0.1\n addUserKnob {7 frontbackmix l \"Front<->Back mix\" t \"This will control how much light from the back and from the front will affect the light intensity.\\n\\nIf set to -1 only light from the back will cause an effect.\\nIf set to 0 both back and front light will have an effect.\\nIf set to 1 only light comming from the front will have an effect.\" R -1 1}\n addUserKnob {26 \"\"}\n}\n Input {\n inputs 0\n name Camera\n xpos 413\n ypos -523\n }\n Dot {\n name Dot5\n xpos 447\n ypos -410\n }\nset N13e5ff90 [stack 0]\n Dot {\n name Dot2\n xpos 447\n ypos -269\n }\n BasicMaterial {\n inputs 0\n specular 0\n name BasicMaterial1\n xpos 224\n ypos -276\n }\n Input {\n inputs 0\n name Scene\n xpos 132\n ypos -523\n number 1\n }\n Dot {\n name Dot1\n xpos 166\n ypos -272\n }\nset N13958ae0 [stack 0]\n ApplyMaterial {\n inputs 2\n name ApplyMaterial1\n xpos 224\n ypos -252\n }\npush 0\nadd_layer {point point.red point.green point.blue point.alpha}\nadd_layer {normal normal.red normal.green normal.blue normal.alpha}\n ScanlineRender {\n inputs 3\n motion_vectors_type distance\n output_shader_vectors true\n P_channel point\n N_channel normal\n name ScanlineRender2\n xpos 282\n ypos -181\n }\n Dot {\n name Dot3\n xpos 316\n ypos 7\n }\nset N13a25120 [stack 0]\n Multiply {\n channels rgb\n value {{min(1,1+parent.frontbackmix)}}\n name Multiply2\n xpos -29\n ypos 4\n }\npush $N13e5ff90\n Camera2 {\n inputs 0\n useMatrix true\n matrix {\n {{parent.DummyCam.world_matrix} {parent.DummyCam.world_matrix} {parent.DummyCam.world_matrix} {parent.DummyCam.world_matrix}}\n {{parent.DummyCam.world_matrix} {parent.DummyCam.world_matrix} {parent.DummyCam.world_matrix} {parent.DummyCam.world_matrix}}\n {{parent.DummyCam.world_matrix} {parent.DummyCam.world_matrix} {parent.DummyCam.world_matrix} {parent.DummyCam.world_matrix}}\n {{parent.DummyCam.world_matrix} {parent.DummyCam.world_matrix} {parent.DummyCam.world_matrix} {parent.DummyCam.world_matrix}}\n }\n focal {{parent.DummyCam.focal}}\n haperture {{parent.DummyCam.haperture}}\n vaperture {{parent.DummyCam.vaperture}}\n near {{parent.DummyCam.far}}\n far 0.1\n win_translate {{parent.DummyCam.win_translate} {parent.DummyCam.win_translate}}\n win_scale {{parent.DummyCam.win_scale} {parent.DummyCam.win_scale}}\n winroll {{parent.DummyCam.winroll}}\n focal_point {{parent.DummyCam.focal_point}}\n fstop {{parent.DummyCam.fstop}}\n name Camera2\n xpos -127\n ypos -434\n }\n Switch {\n inputs 2\n which {{!parent.method}}\n name Switch1\n xpos -137\n ypos -306\n }\n Dot {\n name Dot4\n xpos -103\n ypos -270\n }\nset N12cc2430 [stack 0]\npush $N12cc2430\n BasicMaterial {\n inputs 0\n specular 0\n name BasicMaterial2\n xpos 31\n ypos -297\n }\n Project3D2 {\n inputs 2\n project_on back\n name Project3D1\n xpos 31\n ypos -273\n }\npush $N13958ae0\n ApplyMaterial {\n inputs 2\n name ApplyMaterial3\n xpos 31\n ypos -234\n }\npush 0\n ScanlineRender {\n inputs 3\n motion_vectors_type distance\n output_shader_vectors true\n P_channel point\n N_channel normal\n name ScanlineRender5\n xpos 31\n ypos -164\n }\nset N128e6230 [stack 0]\n Dot {\n name Dot6\n xpos -105\n ypos -161\n }\n Multiply {\n channels rgb\n value {{min(1,1-parent.frontbackmix)}}\n name Multiply1\n xpos -139\n ypos -60\n }\n Merge2 {\n inputs 2\n operation plus\n Achannels {rgba.red rgba.green rgba.blue -rgba.alpha}\n Bchannels {rgba.red rgba.green rgba.blue -rgba.alpha}\n output {rgba.red rgba.green rgba.blue -rgba.alpha}\n name Merge1\n xpos -139\n ypos 4\n }\n Inpaint2 {\n fillRegion \"Source Inverted Alpha\"\n center {640 360}\n name Inpaint1\n xpos -262\n ypos 4\n }\n Blur {\n channels rgb\n size {{(parent.softlight*1000)+4}}\n name Blur2\n xpos -262\n ypos 52\n }\n Dot {\n name Dot7\n xpos -448\n ypos 55\n }\n Fill {\n output {rgba.red rgba.green rgba.blue -rgba.alpha}\n name NoLight\n xpos -482\n ypos 138\n disable {{parent.scenecolor}}\n }\n Colorspace {\n colorspace_out CIE-Lab\n name Colorspace1\n xpos -482\n ypos 256\n }\n Grade {\n channels {rgba.red -rgba.green -rgba.blue none}\n black_clamp false\n name GrainAndGamma\n xpos -482\n ypos 280\n }\n Colorspace {\n colorspace_in CIE-Lab\n name Colorspace2\n xpos -482\n ypos 316\n }\n Expression {\n expr0 a>0?r/max(r,g,b):0\n expr1 a>0?g/max(r,g,b):0\n expr2 a>0?b/max(r,g,b):0\n name NormalizeLight\n xpos -482\n ypos 388\n disable {{!parent.normalize}}\n }\n Premult {\n name Premult1\n xpos -482\n ypos 499\n }\npush $N13a25120\n Shuffle {\n in depth\n in2 rgba\n red blue\n green blue\n alpha alpha2\n name Shuffle6\n xpos 282\n ypos 216\n }\npush $N128e6230\n Shuffle {\n in depth\n in2 rgba\n red blue\n green blue\n alpha alpha2\n name Shuffle7\n xpos 31\n ypos 249\n }\n Merge2 {\n inputs 2\n operation minus\n Bchannels rgb\n name Merge4\n xpos 282\n ypos 249\n }\n Blur {\n channels rgb\n size {{parent.diffusion*100}}\n name Blur3\n xpos 282\n ypos 499\n }\n Grade {\n white {{parent.scene_scale}}\n black_clamp false\n name Grade11\n xpos -24\n ypos 499\n }\n MergeExpression {\n inputs 2\n expr0 \"exp(-B.r * sigma_t.r) * A.r\"\n expr1 \"exp(-B.g * sigma_t.g) * A.g\"\n expr2 \"exp(-B.b * sigma_t.b) * A.b\"\n name MergeExpression1\n xpos -156\n ypos 499\n addUserKnob {20 User}\n addUserKnob {18 sigma_t}\n sigma_t {{(((1/((parent.scattering*parent.scatter_color)+0.0000001))-0.9999999)*(parent.scene_scale/3))} {(((1/((parent.scattering*parent.scatter_color)+0.0000001))-0.9999999)*(parent.scene_scale/3))} {(((1/((parent.scattering*parent.scatter_color)+0.0000001))-0.9999999)*(parent.scene_scale/3))}}\n addUserKnob {6 sigma_t_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 color_rgb_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n color_rgb_panelDropped true\n }\n Output {\n name Output1\n xpos -156\n ypos 640\n }\npush $N13e5ff90\n Camera {\n projection_mode {{\"\\[expression \\[value the_cam]projection_mode(\\[value the_frame])]\"}}\n focal {{\"\\[expression \\[value the_cam]focal(\\[value the_frame])]\"}}\n haperture {{\"\\[expression \\[value the_cam]haperture(\\[value the_frame])]\"}}\n vaperture {{\"\\[expression \\[value the_cam]vaperture(\\[value the_frame])]\"}}\n near {{\"\\[expression \\[value the_cam]near(\\[value the_frame])]\"}}\n far {10000}\n win_translate {{\"\\[expression \\[value the_cam]win_translate.u(\\[value the_frame])]\"} {\"\\[expression \\[value the_cam]win_translate.v(\\[value the_frame])]\"}}\n win_scale {{\"\\[expression \\[value the_cam]win_scale.u(\\[value the_frame])]\"} {\"\\[expression \\[value the_cam]win_scale.v(\\[value the_frame])]\"}}\n winroll {{\"\\[expression \\[value the_cam]winroll(\\[value the_frame])]\"}}\n focal_point {{\"\\[expression \\[value the_cam]focal_point(\\[value the_frame])]\"}}\n fstop {{\"\\[expression \\[value the_cam]fstop(\\[value the_frame])]\"}}\n name DummyCam\n help \"DummyCam by Adrian Pueyo\\n\\nCamera that apart from the matrices also grabs all the \\\"Projection\\\" values from the upstream camera that it's connected to. Turns into a default Camera if no Camera connected. Can also be used inside of groups and gizmos, as many levels deep as you want :D All using live and super fast TCL.\\n\\nUpdated v1.1: Now grabs the correct frame too (thanks Erwan Leroy for the idea).\\n\\nUpdated v1.3: Now accepts Nuke13's Camera3\\n\\nadrianpueyo.com, 2019-2021\"\n onCreate \"n = nuke.thisNode()\\nfor k in \\[\\\"projection_mode\\\",\\\"focal\\\",\\\"haperture\\\",\\\"vaperture\\\",\\\"near\\\",\\\"far\\\",\\\"win_translate\\\",\\\"win_scale\\\",\\\"winroll\\\",\\\"focal_point\\\",\\\"fstop\\\"]:\\n n\\[k].setFlag(0x0000000010000000)\"\n label \"By Adrian Pueyo\"\n xpos 11\n ypos -434\n addUserKnob {20 DummyCam l Defaults}\n addUserKnob {43 the_cam +INVISIBLE}\n the_cam \"\\[\\n#DummyCam v1.3 - Updated 5 May 2021.\\nset starting_point \\\"this.input0\\\"\\nset default \\\"this.d_\\\"\\n\\n# If cam has no inputs, return the default.\\nif \\{\\[exists \\$starting_point]\\} \\{\\n set x \\[node \\$starting_point]\\n\\} \\{ \\n return \\$default\\n\\}\\n\\nset finished 0\\nwhile \\{\\$finished != 1\\} \\{\\n\\n # First look for a Cam or Input or topnode.\\n while \\{\\[class \\$x] != \\\"Camera3\\\" && \\[class \\$x] != \\\"Camera2\\\" && \\[class \\$x] != \\\"Camera\\\" && \\[class \\$x] != \\\"Input\\\" && \\$x != \\[topnode \\$x]\\} \\{\\n set x \\[node \\$x.input0]\\n \\}\\n\\n # Then, check if node is a cam (and return), and otherwise, if it's an input, see if the parent exists and move to it.\\n if \\{\\[class \\$x]==\\\"Camera3\\\"||\\[class \\$x]==\\\"Camera2\\\"||\\[class \\$x]==\\\"Camera\\\"\\} \\{\\n set x \\[append x \\\".\\\"]\\n return \\$x\\n \\} \\{ \\n if \\{ \\[class \\$x]==\\\"Input\\\" \\} \\{ \\n set inp \\\"\\$x.parent.input\\\"\\n set inputNum \\[value \\$x.number]\\n set inp \\[append inp \\$inputNum]\\n if \\{ \\[exists \\$inp] \\} \\{\\n set x \\[node \\$inp]\\n \\} \\{ \\n set finished 1\\n \\}\\n \\} \\{ \\n set finished 1\\n \\}\\n \\}\\n\\}\\nreturn \\$default\\n]\"\n addUserKnob {43 the_frame +INVISIBLE}\n the_frame \"\\[\\nset the_camera \\[string trimright \\[value the_cam] .]\\nif \\{\\[exists \\$the_camera]\\} \\{\\n return \\[value \\$the_camera.frame]\\n\\} \\{ \\n return \\[frame]\\n\\}\\n]\"\n addUserKnob {4 d_projection_mode l projection M {perspective orthographic uv spherical \"\"}}\n addUserKnob {7 d_focal l \"focal length\" R 0 100}\n d_focal 50\n addUserKnob {7 d_haperture l \"horiz aperture\" R 0 50}\n d_haperture 24.576\n addUserKnob {7 d_vaperture l \"vert aperture\" R 0 50}\n d_vaperture 18.672\n addUserKnob {7 d_near l near R 0 10}\n d_near 0.1\n addUserKnob {7 d_far l far R 0 10000}\n d_far 10000\n addUserKnob {30 d_win_translate l \"window translate\"}\n addUserKnob {30 d_win_scale l \"window scale\"}\n d_win_scale {1 1}\n addUserKnob {7 d_winroll l \"window roll\" R 0 45}\n addUserKnob {7 d_focal_point l \"focal distance\" R 0 10}\n d_focal_point 2\n addUserKnob {7 d_fstop l fstop R 0 30}\n d_fstop 16\n addUserKnob {26 version l \" \" t \"Updated 5 May 2021\" T \"
DummyCam v1.3 - adrianpueyo.com, 2019-2021\"}\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_SkyMatte.gizmo", "content": "Group {\nname SkyMatte\ntile_color 0x3c9cd8ff\nnote_font \"Bitstream Vera Sans Bold\"\nnote_font_color 0xffffffff\nselected true\naddUserKnob {20 SkyMatteINGI l \"Sky MatteINGI\"}\naddUserKnob {41 type l Channel T channelstype.type}\naddUserKnob {7 bpmin l Blackpoint t \"Set like a normal blackpoint from a keyer, there is no whitepoint to set however.\" R 0.0005 1}\nbpmin 0.15\naddUserKnob {6 inverted l Invert +STARTLINE}\ninverted true\naddUserKnob {26 Slices}\naddUserKnob {41 on l \"(RGB)Preview Slices\" t \"RGB only\" T showslices.on}\naddUserKnob {7 previewgamma l /Gamma t \"Gamma of the plate under the red slices.\" -STARTLINE}\npreviewgamma 1.8\naddUserKnob {7 previewgain l Gain t \"Gain of the plate under the red slices.\" -STARTLINE}\npreviewgain 0.15\naddUserKnob {7 spread l Spread t \"Keep as low as possible (more precision). If you are missing slices in the higher values increase the value to spread them.\" R 0.002 1}\nspread 0.1\naddUserKnob {26 Refine}\naddUserKnob {7 offsets l offset t \"Repeats the process 4 times with slight offsets to make the slices seamless. The bigger the value, the more different each repetition is.\" R 0 0.4}\noffsets 0.03\naddUserKnob {26 alert l \"\" -STARTLINE T \"0=No refine\"}\naddUserKnob {4 refine t \"Depends on offset. Min offers higher precision but can have lines appearing, average is smoother.\" M {Min Average \"\"}}\nrefine Average\naddUserKnob {26 Contrast}\naddUserKnob {41 blackpoint T Contrastpost.blackpoint}\naddUserKnob {41 whitepoint T Contrastpost.whitepoint}\naddUserKnob {26 \"\"}\naddUserKnob {26 \"\" l mask T \"\"}\naddUserKnob {41 maskChannelMask l \"\" -STARTLINE T Merge11.maskChannelMask}\naddUserKnob {41 inject -STARTLINE T Merge11.inject}\naddUserKnob {41 invert_mask l invert -STARTLINE T Merge11.invert_mask}\naddUserKnob {41 fringe -STARTLINE T Merge11.fringe}\naddUserKnob {41 mix T Merge11.mix}\naddUserKnob {26 _1 l \"\" +STARTLINE T \"
Sky Matte INGI V1 by Corentin Fievet \"}\n}\nBackdropNode {\ninputs 0\nname BackdropNode1\ntile_color 0x332d6801\nnote_font \"Helvetica Bold\"\nnote_font_size 20\nxpos -1179\nypos -726\nbookmark false\nbdwidth 611\nbdheight 396\n}\nBackdropNode {\ninputs 0\nname BackdropNode2\ntile_color 0x35543a01\nnote_font \"Helvetica Bold\"\nnote_font_size 20\nxpos 126\nypos 301\nbookmark false\nbdwidth 388\nbdheight 322\n}\nBackdropNode {\ninputs 0\nname BackdropNode3\ntile_color 0x664c6d01\nnote_font \"Helvetica Bold\"\nnote_font_size 50\nxpos -1253\nypos 57\nbookmark false\nbdwidth 1305\nbdheight 556\n}\nBackdropNode {\ninputs 0\nname BackdropNode4\ntile_color 0x663d6801\nnote_font \"Helvetica Bold\"\nnote_font_size 50\nxpos 3904\nypos 3942\nbookmark false\nbdwidth 534\nbdheight 629\n}\nStickyNote {\ninputs 0\nname StickyNote1\ntile_color 0xffffffff\nlabel \"Channels .\"\nnote_font \"Helvetica Bold\"\nnote_font_size 20\nxpos -1179\nypos -765\n}\nStickyNote {\ninputs 0\nname StickyNote2\ntile_color 0xffffffff\nlabel \"edgefix .\"\nnote_font \"Helvetica Bold\"\nnote_font_size 20\nxpos 126\nypos 263\n}\nStickyNote {\ninputs 0\nname StickyNote3\ntile_color 0xffffffff\nlabel \"Slice_prep .\"\nnote_font \"Helvetica Bold\"\nnote_font_size 50\nxpos -1253\nypos -13\n}\nStickyNote {\ninputs 0\nname StickyNote4\ntile_color 0xffffffff\nlabel \"Preview Slices .\"\nnote_font \"Helvetica Bold\"\nnote_font_size 50\nxpos 3904\nypos 3872\n}\nInput {\ninputs 0\nname mask\nxpos 3916\nypos 5739\nnumber 1\n}\nInput {\ninputs 0\nname Input\nxpos -832\nypos -1060\n}\nRemove {\noperation keep\nchannels rgb\nname Remove2\nxpos -832\nypos -993\n}\nDot {\nname Dot78\nxpos -798\nypos -944\n}\nset N3bfdb200 [stack 0]\nReformat {\ntype scale\nresize none\nname Reformat1\nxpos -832\nypos -670\n}\nDot {\nname Dot23\nxpos -798\nypos -578\n}\nset N3bfda400 [stack 0]\nShuffle {\nred blue\ngreen blue\nalpha blue\nname Shuffle5\nlabel \"\\[value in]\"\nxpos -680\nypos -505\n}\npush $N3bfda400\nShuffle {\nred green\nblue green\nalpha green\nname Shuffle1\nlabel \"\\[value in]\"\nxpos -790\nypos -501\n}\npush $N3bfda400\nShuffle {\ngreen red\nblue red\nalpha red\nname Shuffle2\nlabel \"\\[value in]\"\nxpos -885\nypos -506\n}\npush $N3bfda400\nSaturation {\nsaturation 0\nname Saturation1\nxpos -991\nypos -522\n}\nShuffle {\ngreen red\nblue red\nalpha red\nname Shuffle41\nlabel \"\\[value in]\"\nxpos -991\nypos -494\n}\nSwitch {\ninputs 4\nwhich {{parent.channelstype.type}}\nname Switch2\nlabel \"\\[value which]\"\nxpos -826\nypos -403\n}\nReformat {\ntype scale\nresize none\nname Reformat2\nxpos -826\nypos -158\n}\nClamp {\nchannels rgba\nmaximum {{parent.ControlsD.thirty}}\nname Clamp2\nxpos -826\nypos -117\n}\nset N3bf9eb00 [stack 0]\nDot {\nname Dot52\nxpos -1855\nypos -112\n}\nDot {\nname Dot68\nxpos -1850\nypos 946\n}\npush $N3bf9eb00\nDot {\nname Dot60\nxpos 318\nypos -118\n}\nShuffle {\nred white\ngreen white\nblue white\nalpha white\nname Shuffle4\nlabel \"\\[value in]\"\nxpos 284\nypos 386\n}\nset N3bf87200 [stack 0]\nTransform {\ntranslate {0 {parent.Main_dilate.size*-2}}\ncenter {1112 774}\nshutteroffset centred\nname Transform4\nxpos 419\nypos 460\n}\npush $N3bf87200\nTransform {\ntranslate {0 {parent.Main_dilate.size*2}}\ncenter {1112 774}\nshutteroffset centred\nname Transform3\nxpos 333\nypos 461\n}\npush 0\npush $N3bf87200\nTransform {\ntranslate {{parent.Main_dilate.size*2} 0}\ncenter {1112 774}\nshutteroffset centred\nname Transform1\nxpos 138\nypos 464\n}\npush $N3bf87200\nTransform {\ntranslate {{parent.Main_dilate.size*-2} 0}\ncenter {1112 774}\nshutteroffset centred\nname Transform2\nxpos 234\nypos 460\n}\nMerge2 {\ninputs 4+1\noperation min\nname Merge1\nxpos 279\nypos 520\n}\nBlur {\nchannels rgba\nsize {{parent.Transform1.translate.x*0.5}}\nname Blur1\nlabel \"\\[value size]\"\nxpos 279\nypos 548\n}\nDot {\nname Dot2\nxpos 313\nypos 771\n}\npush $N3bf9eb00\nDot {\nname Dot12\nxpos -792\nypos 142\n}\nset N3bf53900 [stack 0]\nDot {\nname Dot36\nxpos -291\nypos 142\n}\nset N3bf53200 [stack 0]\nDilate {\nchannels rgba\nsize {{parent.Dilate1.size/2}}\nname Dilate4\nxpos -112\nypos 256\n}\nDot {\nname Dot77\nxpos -78\nypos 552\n}\npush $N3bf53900\nDot {\nname Dot34\nxpos -1115\nypos 142\n}\nset N3bf51d00 [stack 0]\nGrade {\nchannels rgba\nblackpoint {{parent.Controls1.min*8}}\nwhitepoint {{parent.Controls1.min*16}}\nwhite_clamp true\nname Grade14\nxpos -1243\nypos 484\n}\npush $N3bf53200\nDilate {\nchannels rgba\nsize {{parent.Main_dilate.size*0.4}}\nname Dilate1\nxpos -215\nypos 255\n}\nDot {\nname Dot24\nxpos -181\nypos 489\n}\npush $N3bf51d00\nGrade {\nchannels rgba\nblackpoint {{parent.Controls1.min*4}}\nwhitepoint {{parent.Controls1.min*8}}\nwhite_clamp true\nname Grade13\nxpos -1124\nypos 435\n}\npush $N3bf53200\nDilate {\nchannels rgba\nsize {{parent.Main_dilate.size*0.7}}\nname Dilate2\nxpos -325\nypos 253\n}\nDot {\nname Dot61\nxpos -291\nypos 440\n}\npush $N3bf51d00\nGrade {\nchannels rgba\nblackpoint {{parent.Controls1.min*2}}\nwhitepoint {{parent.Controls1.min*4}}\nwhite_clamp true\nname Grade12\nxpos -1026\nypos 385\n}\npush $N3bf53200\nDilate {\nchannels rgba\nsize {{width/88.9}}\nname Main_dilate\nxpos -425\nypos 253\n}\nDot {\nname Dot62\nxpos -391\nypos 390\n}\npush $N3bf51d00\nGrade {\nchannels rgba\nblackpoint {{parent.Controls1.min}}\nwhitepoint {{parent.Controls1.min*2}}\nwhite_clamp true\nname Grade11\nxpos -949\nypos 324\n}\npush $N3bf53200\nDilate {\nchannels rgba\nsize {{parent.Main_dilate.size*1.5}}\nname Dilate3\nxpos -525\nypos 256\n}\nDot {\nname Dot85\nxpos -491\nypos 329\n}\npush $N3bf53200\nDilate {\nchannels rgba\nsize {{parent.Main_dilate.size*2}}\nname Dilate5\nxpos -639\nypos 256\n}\nMerge2 {\ninputs 2+1\noperation copy\nname Merge2\nxpos -796\nypos 324\n}\nMerge2 {\ninputs 2+1\noperation copy\nname Merge3\nxpos -796\nypos 385\n}\nMerge2 {\ninputs 2+1\noperation copy\nname Merge4\nxpos -796\nypos 435\n}\nMerge2 {\ninputs 2+1\noperation copy\nname Merge5\nxpos -796\nypos 484\n}\nKeymix {\ninputs 3\nchannels rgba\ninvertMask true\nname Keymix1\nxpos -565\nypos 766\n}\nBlur {\nchannels rgba\nsize {{parent.Main_dilate.size}}\nname Blur14\nlabel \"\\[value size]\"\nxpos -565\nypos 806\n}\nReformat {\ntype scale\nresize none\nname Reformat3\nxpos -565\nypos 848\n}\nInput {\ninputs 0\nname CleanPlateOptional\nxpos -710\nypos 896\nnumber 2\n}\nSwitch {\ninputs 2\nwhich {{\"!\\[exists parent.input2]\"}}\nname SwitchDefault\nxpos -565\nypos 896\n}\nadd_layer {input input.red input.green input.blue input.alpha}\nShuffleCopy {\ninputs 2\nred red\ngreen green\nblue blue\nout input\nname ShuffleCopy1\nxpos -565\nypos 944\n}\nDot {\nname Dot1\nxpos -531\nypos 998\n}\nset N3beaeb00 [stack 0]\nShuffle {\nin input\nname Shuffle30\nlabel \"\\[value in]\"\nxpos -1594\nypos 1743\ndisable {{showslices.on}}\n}\nGrade {\nchannels rgba\nblackpoint {{parent.ControlsA.min} {parent.ControlsB.min} {parent.ControlsC.min} {parent.ControlsD.min}}\nwhitepoint {{parent.ControlsA.one*0.9} {parent.ControlsB.one*0.9} {parent.ControlsC.one*0.9} {parent.ControlsD.one*0.9}}\nwhite_clamp true\nname Grade60\nxpos -1594\nypos 1785\n}\npush $N3beaeb00\nDot {\nname Dot17\nxpos -1397\nypos 1700\n}\nset N6766a400 [stack 0]\nShuffle {\nin input\nname Shuffle29\nlabel \"\\[value in]\"\nxpos -1479\nypos 1746\ndisable {{showslices.on}}\n}\nGrade {\nchannels rgba\nblackpoint {{parent.ControlsA.min} {parent.ControlsB.min} {parent.ControlsC.min} {parent.ControlsD.min}}\nwhitepoint {{parent.slice.whitepoint} {parent.slice.whitepoint} {parent.slice.whitepoint} {parent.slice.whitepoint}}\nwhite_clamp true\nname Grade59\nxpos -1479\nypos 1824\naddUserKnob {20 User}\n}\npush $N6766a400\nGrade {\nchannels rgba\nblackpoint {{\"parent.ControlsA.\\[value this.numberminus]\"} {\"parent.ControlsB.\\[value this.numberminus]\"} {\"parent.ControlsC.\\[value this.numberminus]\"} {\"parent.ControlsD.\\[value this.numberminus]\"}}\nwhitepoint {{\"parent.ControlsA.\\[value this.number]\"} {\"parent.ControlsB.\\[value this.number]\"} {\"parent.ControlsC.\\[value this.number]\"} {\"parent.ControlsD.\\[value this.number]\"}}\nwhite_clamp true\nname slice\nxpos -1386\nypos 1773\naddUserKnob {20 User}\naddUserKnob {1 numberminus}\nnumberminus one\naddUserKnob {1 number}\nnumber two\n}\nDot {\nname Dot16\nxpos -1349\nypos 1820\n}\nGroup {\ninputs 3\nname MultiMaskKeyMix22\ntile_color 0x495bc4ff\nxpos -1479\nypos 1880\n}\nInput {\ninputs 0\nname masks\nxpos -588\nypos 316\n}\nDot {\nname Dot16\nxpos -554\nypos 355\n}\nset N6764cf00 [stack 0]\nShuffle {\nred alpha\ngreen alpha\nblue alpha\nname Shuffle19\nlabel \"\\[value in]\"\nxpos -491\nypos 516\n}\nInput {\ninputs 0\nname A\nxpos -854\nypos 309\nnumber 1\n}\nDot {\nname Dot14\nxpos -820\nypos 375\n}\nset N67637900 [stack 0]\nShuffle {\nred alpha\ngreen alpha\nblue alpha\nname Shuffle27\nlabel \"\\[value in]\"\nxpos -813\nypos 632\n}\nInput {\ninputs 0\nname B\nxpos -950\nypos 268\nnumber 2\n}\nDot {\nname Dot15\nxpos -916\nypos 310\n}\nset N67636400 [stack 0]\nShuffle {\nred alpha\ngreen alpha\nblue alpha\nname Shuffle26\nlabel \"\\[value in]\"\nxpos -903\nypos 638\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix3\nxpos -854\nypos 703\n}\npush $N6764cf00\nShuffle {\nred blue\ngreen blue\nalpha blue\nname Shuffle18\nlabel \"\\[value in]\"\nxpos -588\nypos 479\n}\npush $N67637900\nShuffle {\nred blue\ngreen blue\nalpha blue\nname Shuffle25\nlabel \"\\[value in]\"\nxpos -955\nypos 573\n}\npush $N67636400\nShuffle {\nred blue\ngreen blue\nalpha blue\nname Shuffle24\nlabel \"\\[value in]\"\nxpos -1038\nypos 585\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix2\nxpos -1038\nypos 665\n}\npush $N6764cf00\nShuffle {\nred green\nblue green\nalpha green\nname Shuffle16\nlabel \"\\[value in]\"\nxpos -687\nypos 426\n}\npush $N67637900\nShuffle {\nred green\nblue green\nalpha green\nname Shuffle23\nlabel \"\\[value in]\"\nxpos -1103\nypos 517\n}\npush $N67636400\nShuffle {\nred green\nblue green\nalpha green\nname Shuffle22\nlabel \"\\[value in]\"\nxpos -1147\nypos 459\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix1\nxpos -1147\nypos 588\n}\npush $N6764cf00\nShuffle {\ngreen red\nblue red\nalpha red\nname Shuffle15\nlabel \"\\[value in]\"\nxpos -746\nypos 383\n}\npush $N67637900\nShuffle {\ngreen red\nblue red\nalpha red\nname Shuffle21\nlabel \"\\[value in]\"\nxpos -1204\nypos 407\n}\npush $N67636400\nShuffle {\ngreen red\nblue red\nalpha red\nname Shuffle20\nlabel \"\\[value in]\"\nxpos -1283\nypos 373\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix\nxpos -1267\nypos 552\n}\nShuffleCopy {\ninputs 2\nred alpha2\ngreen alpha\nblue black\nalpha black\nname ShuffleCopy2\nxpos -1218\nypos 701\n}\nShuffleCopy {\ninputs 2\nblue alpha\nalpha black\nname ShuffleCopy3\nxpos -1038\nypos 783\n}\nShuffleCopy {\ninputs 2\nname ShuffleCopy4\nxpos -863\nypos 824\n}\nOutput {\nname Output1\nxpos -863\nypos 924\n}\nend_group\npush $N3beaeb00\nDot {\nname Dot18\nxpos -1216\nypos 1798\n}\nset N675cdd00 [stack 0]\nShuffle {\nin input\nname Shuffle28\nlabel \"\\[value in]\"\nxpos -1323\nypos 1834\ndisable {{showslices.on}}\n}\nGrade {\nchannels rgba\nblackpoint {{parent.ControlsA.min} {parent.ControlsB.min} {parent.ControlsC.min} {parent.ControlsD.min}}\nwhitepoint {{parent.slice2.whitepoint} {parent.slice2.whitepoint} {parent.slice2.whitepoint} {parent.slice2.whitepoint}}\nwhite_clamp true\nname Grade58\nxpos -1323\nypos 1915\naddUserKnob {20 User}\n}\npush $N675cdd00\nGrade {\nchannels rgba\nblackpoint {{\"parent.ControlsA.\\[value this.numberminus]\"} {\"parent.ControlsB.\\[value this.numberminus]\"} {\"parent.ControlsC.\\[value this.numberminus]\"} {\"parent.ControlsD.\\[value this.numberminus]\"}}\nwhitepoint {{\"parent.ControlsA.\\[value this.number]\"} {\"parent.ControlsB.\\[value this.number]\"} {\"parent.ControlsC.\\[value this.number]\"} {\"parent.ControlsD.\\[value this.number]\"}}\nwhite_clamp true\nname slice2\nxpos -1227\nypos 1853\naddUserKnob {20 User}\naddUserKnob {1 numberminus}\nnumberminus two\naddUserKnob {1 number}\nnumber three\n}\nDot {\nname Dot15\nxpos -1193\nypos 1908\n}\nGroup {\ninputs 3\nname MultiMaskKeyMix21\ntile_color 0x495bc4ff\nxpos -1323\nypos 1968\n}\nInput {\ninputs 0\nname masks\nxpos -588\nypos 316\n}\nDot {\nname Dot16\nxpos -554\nypos 355\n}\nset N675a4800 [stack 0]\nShuffle {\nred alpha\ngreen alpha\nblue alpha\nname Shuffle19\nlabel \"\\[value in]\"\nxpos -491\nypos 516\n}\nInput {\ninputs 0\nname A\nxpos -854\nypos 309\nnumber 1\n}\nDot {\nname Dot14\nxpos -820\nypos 375\n}\nset N6758f200 [stack 0]\nShuffle {\nred alpha\ngreen alpha\nblue alpha\nname Shuffle27\nlabel \"\\[value in]\"\nxpos -813\nypos 632\n}\nInput {\ninputs 0\nname B\nxpos -950\nypos 268\nnumber 2\n}\nDot {\nname Dot15\nxpos -916\nypos 310\n}\nset N6758dd00 [stack 0]\nShuffle {\nred alpha\ngreen alpha\nblue alpha\nname Shuffle26\nlabel \"\\[value in]\"\nxpos -903\nypos 638\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix3\nxpos -854\nypos 703\n}\npush $N675a4800\nShuffle {\nred blue\ngreen blue\nalpha blue\nname Shuffle18\nlabel \"\\[value in]\"\nxpos -588\nypos 479\n}\npush $N6758f200\nShuffle {\nred blue\ngreen blue\nalpha blue\nname Shuffle25\nlabel \"\\[value in]\"\nxpos -955\nypos 573\n}\npush $N6758dd00\nShuffle {\nred blue\ngreen blue\nalpha blue\nname Shuffle24\nlabel \"\\[value in]\"\nxpos -1038\nypos 585\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix2\nxpos -1038\nypos 665\n}\npush $N675a4800\nShuffle {\nred green\nblue green\nalpha green\nname Shuffle16\nlabel \"\\[value in]\"\nxpos -687\nypos 426\n}\npush $N6758f200\nShuffle {\nred green\nblue green\nalpha green\nname Shuffle23\nlabel \"\\[value in]\"\nxpos -1103\nypos 517\n}\npush $N6758dd00\nShuffle {\nred green\nblue green\nalpha green\nname Shuffle22\nlabel \"\\[value in]\"\nxpos -1147\nypos 459\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix1\nxpos -1147\nypos 588\n}\npush $N675a4800\nShuffle {\ngreen red\nblue red\nalpha red\nname Shuffle15\nlabel \"\\[value in]\"\nxpos -746\nypos 383\n}\npush $N6758f200\nShuffle {\ngreen red\nblue red\nalpha red\nname Shuffle21\nlabel \"\\[value in]\"\nxpos -1204\nypos 407\n}\npush $N6758dd00\nShuffle {\ngreen red\nblue red\nalpha red\nname Shuffle20\nlabel \"\\[value in]\"\nxpos -1283\nypos 373\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix\nxpos -1267\nypos 552\n}\nShuffleCopy {\ninputs 2\nred alpha2\ngreen alpha\nblue black\nalpha black\nname ShuffleCopy2\nxpos -1218\nypos 701\n}\nShuffleCopy {\ninputs 2\nblue alpha\nalpha black\nname ShuffleCopy3\nxpos -1038\nypos 783\n}\nShuffleCopy {\ninputs 2\nname ShuffleCopy4\nxpos -863\nypos 824\n}\nOutput {\nname Output1\nxpos -863\nypos 924\n}\nend_group\npush $N3beaeb00\nDot {\nname Dot19\nxpos -1060\nypos 1916\n}\nset N67521600 [stack 0]\nShuffle {\nin input\nname Shuffle27\nlabel \"\\[value in]\"\nxpos -1174\nypos 1952\ndisable {{showslices.on}}\n}\nGrade {\nchannels rgba\nblackpoint {{parent.ControlsA.min} {parent.ControlsB.min} {parent.ControlsC.min} {parent.ControlsD.min}}\nwhitepoint {{parent.slice3.whitepoint} {parent.slice3.whitepoint} {parent.slice3.whitepoint} {parent.slice3.whitepoint}}\nwhite_clamp true\nname Grade57\nxpos -1174\nypos 2032\naddUserKnob {20 User}\n}\npush $N67521600\nGrade {\nchannels rgba\nblackpoint {{\"parent.ControlsA.\\[value this.numberminus]\"} {\"parent.ControlsB.\\[value this.numberminus]\"} {\"parent.ControlsC.\\[value this.numberminus]\"} {\"parent.ControlsD.\\[value this.numberminus]\"}}\nwhitepoint {{\"parent.ControlsA.\\[value this.number]\"} {\"parent.ControlsB.\\[value this.number]\"} {\"parent.ControlsC.\\[value this.number]\"} {\"parent.ControlsD.\\[value this.number]\"}}\nwhite_clamp true\nname slice3\nxpos -1078\nypos 1974\naddUserKnob {20 User}\naddUserKnob {1 numberminus}\nnumberminus three\naddUserKnob {1 number}\nnumber four\n}\nDot {\nname Dot14\nxpos -1044\nypos 2026\n}\nGroup {\ninputs 3\nname MultiMaskKeyMix20\ntile_color 0x495bc4ff\nxpos -1174\nypos 2086\n}\nInput {\ninputs 0\nname masks\nxpos -588\nypos 316\n}\nDot {\nname Dot16\nxpos -554\nypos 355\n}\nset N674f0100 [stack 0]\nShuffle {\nred alpha\ngreen alpha\nblue alpha\nname Shuffle19\nlabel \"\\[value in]\"\nxpos -491\nypos 516\n}\nInput {\ninputs 0\nname A\nxpos -854\nypos 309\nnumber 1\n}\nDot {\nname Dot14\nxpos -820\nypos 375\n}\nset N674e2b00 [stack 0]\nShuffle {\nred alpha\ngreen alpha\nblue alpha\nname Shuffle27\nlabel \"\\[value in]\"\nxpos -813\nypos 632\n}\nInput {\ninputs 0\nname B\nxpos -950\nypos 268\nnumber 2\n}\nDot {\nname Dot15\nxpos -916\nypos 310\n}\nset N674e1600 [stack 0]\nShuffle {\nred alpha\ngreen alpha\nblue alpha\nname Shuffle26\nlabel \"\\[value in]\"\nxpos -903\nypos 638\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix3\nxpos -854\nypos 703\n}\npush $N674f0100\nShuffle {\nred blue\ngreen blue\nalpha blue\nname Shuffle18\nlabel \"\\[value in]\"\nxpos -588\nypos 479\n}\npush $N674e2b00\nShuffle {\nred blue\ngreen blue\nalpha blue\nname Shuffle25\nlabel \"\\[value in]\"\nxpos -955\nypos 573\n}\npush $N674e1600\nShuffle {\nred blue\ngreen blue\nalpha blue\nname Shuffle24\nlabel \"\\[value in]\"\nxpos -1038\nypos 585\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix2\nxpos -1038\nypos 665\n}\npush $N674f0100\nShuffle {\nred green\nblue green\nalpha green\nname Shuffle16\nlabel \"\\[value in]\"\nxpos -687\nypos 426\n}\npush $N674e2b00\nShuffle {\nred green\nblue green\nalpha green\nname Shuffle23\nlabel \"\\[value in]\"\nxpos -1103\nypos 517\n}\npush $N674e1600\nShuffle {\nred green\nblue green\nalpha green\nname Shuffle22\nlabel \"\\[value in]\"\nxpos -1147\nypos 459\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix1\nxpos -1147\nypos 588\n}\npush $N674f0100\nShuffle {\ngreen red\nblue red\nalpha red\nname Shuffle15\nlabel \"\\[value in]\"\nxpos -746\nypos 383\n}\npush $N674e2b00\nShuffle {\ngreen red\nblue red\nalpha red\nname Shuffle21\nlabel \"\\[value in]\"\nxpos -1204\nypos 407\n}\npush $N674e1600\nShuffle {\ngreen red\nblue red\nalpha red\nname Shuffle20\nlabel \"\\[value in]\"\nxpos -1283\nypos 373\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix\nxpos -1267\nypos 552\n}\nShuffleCopy {\ninputs 2\nred alpha2\ngreen alpha\nblue black\nalpha black\nname ShuffleCopy2\nxpos -1218\nypos 701\n}\nShuffleCopy {\ninputs 2\nblue alpha\nalpha black\nname ShuffleCopy3\nxpos -1038\nypos 783\n}\nShuffleCopy {\ninputs 2\nname ShuffleCopy4\nxpos -863\nypos 824\n}\nOutput {\nname Output1\nxpos -863\nypos 924\n}\nend_group\npush $N3beaeb00\nDot {\nname Dot22\nxpos -899\nypos 1988\n}\nset N6748cf00 [stack 0]\nShuffle {\nin input\nname Shuffle26\nlabel \"\\[value in]\"\nxpos -1009\nypos 2026\ndisable {{showslices.on}}\n}\nGrade {\nchannels rgba\nblackpoint {{parent.ControlsA.min} {parent.ControlsB.min} {parent.ControlsC.min} {parent.ControlsD.min}}\nwhitepoint {{parent.slice4.whitepoint} {parent.slice4.whitepoint} {parent.slice4.whitepoint} {parent.slice4.whitepoint}}\nwhite_clamp true\nname Grade56\nxpos -1009\nypos 2108\naddUserKnob {20 User}\n}\npush $N6748cf00\nGrade {\nchannels rgba\nblackpoint {{\"parent.ControlsA.\\[value this.numberminus]\"} {\"parent.ControlsB.\\[value this.numberminus]\"} {\"parent.ControlsC.\\[value this.numberminus]\"} {\"parent.ControlsD.\\[value this.numberminus]\"}}\nwhitepoint {{\"parent.ControlsA.\\[value this.number]\"} {\"parent.ControlsB.\\[value this.number]\"} {\"parent.ControlsC.\\[value this.number]\"} {\"parent.ControlsD.\\[value this.number]\"}}\nwhite_clamp true\nname slice4\nxpos -913\nypos 2046\naddUserKnob {20 User}\naddUserKnob {1 numberminus}\nnumberminus four\naddUserKnob {1 number}\nnumber five\n}\nDot {\nname Dot13\nxpos -879\nypos 2100\n}\nGroup {\ninputs 3\nname MultiMaskKeyMix19\ntile_color 0x495bc4ff\nxpos -1009\nypos 2160\n}\nInput {\ninputs 0\nname masks\nxpos -588\nypos 316\n}\nDot {\nname Dot16\nxpos -554\nypos 355\n}\nset N6743b900 [stack 0]\nShuffle {\nred alpha\ngreen alpha\nblue alpha\nname Shuffle19\nlabel \"\\[value in]\"\nxpos -491\nypos 516\n}\nInput {\ninputs 0\nname A\nxpos -854\nypos 309\nnumber 1\n}\nDot {\nname Dot14\nxpos -820\nypos 375\n}\nset N6743a400 [stack 0]\nShuffle {\nred alpha\ngreen alpha\nblue alpha\nname Shuffle27\nlabel \"\\[value in]\"\nxpos -813\nypos 632\n}\nInput {\ninputs 0\nname B\nxpos -950\nypos 268\nnumber 2\n}\nDot {\nname Dot15\nxpos -916\nypos 310\n}\nset N67438f00 [stack 0]\nShuffle {\nred alpha\ngreen alpha\nblue alpha\nname Shuffle26\nlabel \"\\[value in]\"\nxpos -903\nypos 638\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix3\nxpos -854\nypos 703\n}\npush $N6743b900\nShuffle {\nred blue\ngreen blue\nalpha blue\nname Shuffle18\nlabel \"\\[value in]\"\nxpos -588\nypos 479\n}\npush $N6743a400\nShuffle {\nred blue\ngreen blue\nalpha blue\nname Shuffle25\nlabel \"\\[value in]\"\nxpos -955\nypos 573\n}\npush $N67438f00\nShuffle {\nred blue\ngreen blue\nalpha blue\nname Shuffle24\nlabel \"\\[value in]\"\nxpos -1038\nypos 585\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix2\nxpos -1038\nypos 665\n}\npush $N6743b900\nShuffle {\nred green\nblue green\nalpha green\nname Shuffle16\nlabel \"\\[value in]\"\nxpos -687\nypos 426\n}\npush $N6743a400\nShuffle {\nred green\nblue green\nalpha green\nname Shuffle23\nlabel \"\\[value in]\"\nxpos -1103\nypos 517\n}\npush $N67438f00\nShuffle {\nred green\nblue green\nalpha green\nname Shuffle22\nlabel \"\\[value in]\"\nxpos -1147\nypos 459\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix1\nxpos -1147\nypos 588\n}\npush $N6743b900\nShuffle {\ngreen red\nblue red\nalpha red\nname Shuffle15\nlabel \"\\[value in]\"\nxpos -746\nypos 383\n}\npush $N6743a400\nShuffle {\ngreen red\nblue red\nalpha red\nname Shuffle21\nlabel \"\\[value in]\"\nxpos -1204\nypos 407\n}\npush $N67438f00\nShuffle {\ngreen red\nblue red\nalpha red\nname Shuffle20\nlabel \"\\[value in]\"\nxpos -1283\nypos 373\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix\nxpos -1267\nypos 552\n}\nShuffleCopy {\ninputs 2\nred alpha2\ngreen alpha\nblue black\nalpha black\nname ShuffleCopy2\nxpos -1218\nypos 701\n}\nShuffleCopy {\ninputs 2\nblue alpha\nalpha black\nname ShuffleCopy3\nxpos -1038\nypos 783\n}\nShuffleCopy {\ninputs 2\nname ShuffleCopy4\nxpos -863\nypos 824\n}\nOutput {\nname Output1\nxpos -863\nypos 924\n}\nend_group\npush $N3beaeb00\nDot {\nname Dot21\nxpos -741\nypos 2082\n}\nset N673e0800 [stack 0]\nShuffle {\nin input\nname Shuffle25\nlabel \"\\[value in]\"\nxpos -837\nypos 2125\ndisable {{showslices.on}}\n}\nGrade {\nchannels rgba\nblackpoint {{parent.ControlsA.min} {parent.ControlsB.min} {parent.ControlsC.min} {parent.ControlsD.min}}\nwhitepoint {{parent.slice5.whitepoint} {parent.slice5.whitepoint} {parent.slice5.whitepoint} {parent.slice5.whitepoint}}\nwhite_clamp true\nname Grade55\nxpos -837\nypos 2207\naddUserKnob {20 User}\n}\npush $N673e0800\nGrade {\nchannels rgba\nblackpoint {{\"parent.ControlsA.\\[value this.numberminus]\"} {\"parent.ControlsB.\\[value this.numberminus]\"} {\"parent.ControlsC.\\[value this.numberminus]\"} {\"parent.ControlsD.\\[value this.numberminus]\"}}\nwhitepoint {{\"parent.ControlsA.\\[value this.number]\"} {\"parent.ControlsB.\\[value this.number]\"} {\"parent.ControlsC.\\[value this.number]\"} {\"parent.ControlsD.\\[value this.number]\"}}\nwhite_clamp true\nname slice5\nxpos -741\nypos 2147\naddUserKnob {20 User}\naddUserKnob {1 numberminus}\nnumberminus five\naddUserKnob {1 number}\nnumber six\n}\nDot {\nname Dot11\nxpos -707\nypos 2200\n}\nGroup {\ninputs 3\nname MultiMaskKeyMix18\ntile_color 0x495bc4ff\nxpos -837\nypos 2260\n}\nInput {\ninputs 0\nname masks\nxpos -588\nypos 316\n}\nDot {\nname Dot16\nxpos -554\nypos 355\n}\nset N67393200 [stack 0]\nShuffle {\nred alpha\ngreen alpha\nblue alpha\nname Shuffle19\nlabel \"\\[value in]\"\nxpos -491\nypos 516\n}\nInput {\ninputs 0\nname A\nxpos -854\nypos 309\nnumber 1\n}\nDot {\nname Dot14\nxpos -820\nypos 375\n}\nset N67391d00 [stack 0]\nShuffle {\nred alpha\ngreen alpha\nblue alpha\nname Shuffle27\nlabel \"\\[value in]\"\nxpos -813\nypos 632\n}\nInput {\ninputs 0\nname B\nxpos -950\nypos 268\nnumber 2\n}\nDot {\nname Dot15\nxpos -916\nypos 310\n}\nset N67390800 [stack 0]\nShuffle {\nred alpha\ngreen alpha\nblue alpha\nname Shuffle26\nlabel \"\\[value in]\"\nxpos -903\nypos 638\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix3\nxpos -854\nypos 703\n}\npush $N67393200\nShuffle {\nred blue\ngreen blue\nalpha blue\nname Shuffle18\nlabel \"\\[value in]\"\nxpos -588\nypos 479\n}\npush $N67391d00\nShuffle {\nred blue\ngreen blue\nalpha blue\nname Shuffle25\nlabel \"\\[value in]\"\nxpos -955\nypos 573\n}\npush $N67390800\nShuffle {\nred blue\ngreen blue\nalpha blue\nname Shuffle24\nlabel \"\\[value in]\"\nxpos -1038\nypos 585\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix2\nxpos -1038\nypos 665\n}\npush $N67393200\nShuffle {\nred green\nblue green\nalpha green\nname Shuffle16\nlabel \"\\[value in]\"\nxpos -687\nypos 426\n}\npush $N67391d00\nShuffle {\nred green\nblue green\nalpha green\nname Shuffle23\nlabel \"\\[value in]\"\nxpos -1103\nypos 517\n}\npush $N67390800\nShuffle {\nred green\nblue green\nalpha green\nname Shuffle22\nlabel \"\\[value in]\"\nxpos -1147\nypos 459\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix1\nxpos -1147\nypos 588\n}\npush $N67393200\nShuffle {\ngreen red\nblue red\nalpha red\nname Shuffle15\nlabel \"\\[value in]\"\nxpos -746\nypos 383\n}\npush $N67391d00\nShuffle {\ngreen red\nblue red\nalpha red\nname Shuffle21\nlabel \"\\[value in]\"\nxpos -1204\nypos 407\n}\npush $N67390800\nShuffle {\ngreen red\nblue red\nalpha red\nname Shuffle20\nlabel \"\\[value in]\"\nxpos -1283\nypos 373\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix\nxpos -1267\nypos 552\n}\nShuffleCopy {\ninputs 2\nred alpha2\ngreen alpha\nblue black\nalpha black\nname ShuffleCopy2\nxpos -1218\nypos 701\n}\nShuffleCopy {\ninputs 2\nblue alpha\nalpha black\nname ShuffleCopy3\nxpos -1038\nypos 783\n}\nShuffleCopy {\ninputs 2\nname ShuffleCopy4\nxpos -863\nypos 824\n}\nOutput {\nname Output1\nxpos -863\nypos 924\n}\nend_group\npush $N3beaeb00\nDot {\nname Dot20\nxpos -579\nypos 2181\n}\nset N6733c100 [stack 0]\nShuffle {\nin input\nname Shuffle24\nlabel \"\\[value in]\"\nxpos -676\nypos 2216\ndisable {{showslices.on}}\n}\nGrade {\nchannels rgba\nblackpoint {{parent.ControlsA.min} {parent.ControlsB.min} {parent.ControlsC.min} {parent.ControlsD.min}}\nwhitepoint {{parent.slice6.whitepoint} {parent.slice6.whitepoint} {parent.slice6.whitepoint} {parent.slice6.whitepoint}}\nwhite_clamp true\nname Grade54\nxpos -676\nypos 2294\naddUserKnob {20 User}\n}\npush $N6733c100\nGrade {\nchannels rgba\nblackpoint {{\"parent.ControlsA.\\[value this.numberminus]\"} {\"parent.ControlsB.\\[value this.numberminus]\"} {\"parent.ControlsC.\\[value this.numberminus]\"} {\"parent.ControlsD.\\[value this.numberminus]\"}}\nwhitepoint {{\"parent.ControlsA.\\[value this.number]\"} {\"parent.ControlsB.\\[value this.number]\"} {\"parent.ControlsC.\\[value this.number]\"} {\"parent.ControlsD.\\[value this.number]\"}}\nwhite_clamp true\nname slice6\nxpos -580\nypos 2231\naddUserKnob {20 User}\naddUserKnob {1 numberminus}\nnumberminus six\naddUserKnob {1 number}\nnumber seven\n}\nDot {\nname Dot10\nxpos -546\nypos 2288\n}\nGroup {\ninputs 3\nname MultiMaskKeyMix17\ntile_color 0x495bc4ff\nxpos -676\nypos 2348\n}\nInput {\ninputs 0\nname masks\nxpos -588\nypos 316\n}\nDot {\nname Dot16\nxpos -554\nypos 355\n}\nset N672eab00 [stack 0]\nShuffle {\nred alpha\ngreen alpha\nblue alpha\nname Shuffle19\nlabel \"\\[value in]\"\nxpos -491\nypos 516\n}\nInput {\ninputs 0\nname A\nxpos -854\nypos 309\nnumber 1\n}\nDot {\nname Dot14\nxpos -820\nypos 375\n}\nset N672e9600 [stack 0]\nShuffle {\nred alpha\ngreen alpha\nblue alpha\nname Shuffle27\nlabel \"\\[value in]\"\nxpos -813\nypos 632\n}\nInput {\ninputs 0\nname B\nxpos -950\nypos 268\nnumber 2\n}\nDot {\nname Dot15\nxpos -916\nypos 310\n}\nset N672e8100 [stack 0]\nShuffle {\nred alpha\ngreen alpha\nblue alpha\nname Shuffle26\nlabel \"\\[value in]\"\nxpos -903\nypos 638\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix3\nxpos -854\nypos 703\n}\npush $N672eab00\nShuffle {\nred blue\ngreen blue\nalpha blue\nname Shuffle18\nlabel \"\\[value in]\"\nxpos -588\nypos 479\n}\npush $N672e9600\nShuffle {\nred blue\ngreen blue\nalpha blue\nname Shuffle25\nlabel \"\\[value in]\"\nxpos -955\nypos 573\n}\npush $N672e8100\nShuffle {\nred blue\ngreen blue\nalpha blue\nname Shuffle24\nlabel \"\\[value in]\"\nxpos -1038\nypos 585\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix2\nxpos -1038\nypos 665\n}\npush $N672eab00\nShuffle {\nred green\nblue green\nalpha green\nname Shuffle16\nlabel \"\\[value in]\"\nxpos -687\nypos 426\n}\npush $N672e9600\nShuffle {\nred green\nblue green\nalpha green\nname Shuffle23\nlabel \"\\[value in]\"\nxpos -1103\nypos 517\n}\npush $N672e8100\nShuffle {\nred green\nblue green\nalpha green\nname Shuffle22\nlabel \"\\[value in]\"\nxpos -1147\nypos 459\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix1\nxpos -1147\nypos 588\n}\npush $N672eab00\nShuffle {\ngreen red\nblue red\nalpha red\nname Shuffle15\nlabel \"\\[value in]\"\nxpos -746\nypos 383\n}\npush $N672e9600\nShuffle {\ngreen red\nblue red\nalpha red\nname Shuffle21\nlabel \"\\[value in]\"\nxpos -1204\nypos 407\n}\npush $N672e8100\nShuffle {\ngreen red\nblue red\nalpha red\nname Shuffle20\nlabel \"\\[value in]\"\nxpos -1283\nypos 373\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix\nxpos -1267\nypos 552\n}\nShuffleCopy {\ninputs 2\nred alpha2\ngreen alpha\nblue black\nalpha black\nname ShuffleCopy2\nxpos -1218\nypos 701\n}\nShuffleCopy {\ninputs 2\nblue alpha\nalpha black\nname ShuffleCopy3\nxpos -1038\nypos 783\n}\nShuffleCopy {\ninputs 2\nname ShuffleCopy4\nxpos -863\nypos 824\n}\nOutput {\nname Output1\nxpos -863\nypos 924\n}\nend_group\npush $N3beaeb00\nDot {\nname Dot25\nxpos -417\nypos 2241\n}\nset N3ff8f900 [stack 0]\nShuffle {\nin input\nname Shuffle23\nlabel \"\\[value in]\"\nxpos -500\nypos 2290\ndisable {{showslices.on}}\n}\nGrade {\nchannels rgba\nblackpoint {{parent.ControlsA.min} {parent.ControlsB.min} {parent.ControlsC.min} {parent.ControlsD.min}}\nwhitepoint {{parent.slice7.whitepoint} {parent.slice7.whitepoint} {parent.slice7.whitepoint} {parent.slice7.whitepoint}}\nwhite_clamp true\nname Grade53\nxpos -500\nypos 2371\naddUserKnob {20 User}\n}\npush $N3ff8f900\nGrade {\nchannels rgba\nblackpoint {{\"parent.ControlsA.\\[value this.numberminus]\"} {\"parent.ControlsB.\\[value this.numberminus]\"} {\"parent.ControlsC.\\[value this.numberminus]\"} {\"parent.ControlsD.\\[value this.numberminus]\"}}\nwhitepoint {{\"parent.ControlsA.\\[value this.number]\"} {\"parent.ControlsB.\\[value this.number]\"} {\"parent.ControlsC.\\[value this.number]\"} {\"parent.ControlsD.\\[value this.number]\"}}\nwhite_clamp true\nname slice7\nxpos -404\nypos 2307\naddUserKnob {20 User}\naddUserKnob {1 numberminus}\nnumberminus seven\naddUserKnob {1 number}\nnumber eight\n}\nDot {\nname Dot9\nxpos -370\nypos 2364\n}\nGroup {\ninputs 3\nname MultiMaskKeyMix16\ntile_color 0x495bc4ff\nxpos -500\nypos 2424\n}\nInput {\ninputs 0\nname masks\nxpos -588\nypos 316\n}\nDot {\nname Dot16\nxpos -554\nypos 355\n}\nset N3ff82400 [stack 0]\nShuffle {\nred alpha\ngreen alpha\nblue alpha\nname Shuffle19\nlabel \"\\[value in]\"\nxpos -491\nypos 516\n}\nInput {\ninputs 0\nname A\nxpos -854\nypos 309\nnumber 1\n}\nDot {\nname Dot14\nxpos -820\nypos 375\n}\nset N3ff80f00 [stack 0]\nShuffle {\nred alpha\ngreen alpha\nblue alpha\nname Shuffle27\nlabel \"\\[value in]\"\nxpos -813\nypos 632\n}\nInput {\ninputs 0\nname B\nxpos -950\nypos 268\nnumber 2\n}\nDot {\nname Dot15\nxpos -916\nypos 310\n}\nset N3ff57900 [stack 0]\nShuffle {\nred alpha\ngreen alpha\nblue alpha\nname Shuffle26\nlabel \"\\[value in]\"\nxpos -903\nypos 638\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix3\nxpos -854\nypos 703\n}\npush $N3ff82400\nShuffle {\nred blue\ngreen blue\nalpha blue\nname Shuffle18\nlabel \"\\[value in]\"\nxpos -588\nypos 479\n}\npush $N3ff80f00\nShuffle {\nred blue\ngreen blue\nalpha blue\nname Shuffle25\nlabel \"\\[value in]\"\nxpos -955\nypos 573\n}\npush $N3ff57900\nShuffle {\nred blue\ngreen blue\nalpha blue\nname Shuffle24\nlabel \"\\[value in]\"\nxpos -1038\nypos 585\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix2\nxpos -1038\nypos 665\n}\npush $N3ff82400\nShuffle {\nred green\nblue green\nalpha green\nname Shuffle16\nlabel \"\\[value in]\"\nxpos -687\nypos 426\n}\npush $N3ff80f00\nShuffle {\nred green\nblue green\nalpha green\nname Shuffle23\nlabel \"\\[value in]\"\nxpos -1103\nypos 517\n}\npush $N3ff57900\nShuffle {\nred green\nblue green\nalpha green\nname Shuffle22\nlabel \"\\[value in]\"\nxpos -1147\nypos 459\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix1\nxpos -1147\nypos 588\n}\npush $N3ff82400\nShuffle {\ngreen red\nblue red\nalpha red\nname Shuffle15\nlabel \"\\[value in]\"\nxpos -746\nypos 383\n}\npush $N3ff80f00\nShuffle {\ngreen red\nblue red\nalpha red\nname Shuffle21\nlabel \"\\[value in]\"\nxpos -1204\nypos 407\n}\npush $N3ff57900\nShuffle {\ngreen red\nblue red\nalpha red\nname Shuffle20\nlabel \"\\[value in]\"\nxpos -1283\nypos 373\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix\nxpos -1267\nypos 552\n}\nShuffleCopy {\ninputs 2\nred alpha2\ngreen alpha\nblue black\nalpha black\nname ShuffleCopy2\nxpos -1218\nypos 701\n}\nShuffleCopy {\ninputs 2\nblue alpha\nalpha black\nname ShuffleCopy3\nxpos -1038\nypos 783\n}\nShuffleCopy {\ninputs 2\nname ShuffleCopy4\nxpos -863\nypos 824\n}\nOutput {\nname Output1\nxpos -863\nypos 924\n}\nend_group\npush $N3beaeb00\nDot {\nname Dot26\nxpos -241\nypos 2300\n}\nset N3feef200 [stack 0]\nShuffle {\nin input\nname Shuffle22\nlabel \"\\[value in]\"\nxpos -324\nypos 2364\ndisable {{showslices.on}}\n}\nGrade {\nchannels rgba\nblackpoint {{parent.ControlsA.min} {parent.ControlsB.min} {parent.ControlsC.min} {parent.ControlsD.min}}\nwhitepoint {{parent.slice8.whitepoint} {parent.slice8.whitepoint} {parent.slice8.whitepoint} {parent.slice8.whitepoint}}\nwhite_clamp true\nname Grade52\nxpos -324\nypos 2444\naddUserKnob {20 User}\n}\npush $N3feef200\nGrade {\nchannels rgba\nblackpoint {{\"parent.ControlsA.\\[value this.numberminus]\"} {\"parent.ControlsB.\\[value this.numberminus]\"} {\"parent.ControlsC.\\[value this.numberminus]\"} {\"parent.ControlsD.\\[value this.numberminus]\"}}\nwhitepoint {{\"parent.ControlsA.\\[value this.number]\"} {\"parent.ControlsB.\\[value this.number]\"} {\"parent.ControlsC.\\[value this.number]\"} {\"parent.ControlsD.\\[value this.number]\"}}\nwhite_clamp true\nname slice8\nxpos -228\nypos 2384\naddUserKnob {20 User}\naddUserKnob {1 numberminus}\nnumberminus eight\naddUserKnob {1 number}\nnumber nine\n}\nDot {\nname Dot8\nxpos -194\nypos 2438\n}\nGroup {\ninputs 3\nname MultiMaskKeyMix15\ntile_color 0x495bc4ff\nxpos -324\nypos 2498\n}\nInput {\ninputs 0\nname masks\nxpos -588\nypos 316\n}\nDot {\nname Dot16\nxpos -554\nypos 355\n}\nset N3fed9d00 [stack 0]\nShuffle {\nred alpha\ngreen alpha\nblue alpha\nname Shuffle19\nlabel \"\\[value in]\"\nxpos -491\nypos 516\n}\nInput {\ninputs 0\nname A\nxpos -854\nypos 309\nnumber 1\n}\nDot {\nname Dot14\nxpos -820\nypos 375\n}\nset N3fed8800 [stack 0]\nShuffle {\nred alpha\ngreen alpha\nblue alpha\nname Shuffle27\nlabel \"\\[value in]\"\nxpos -813\nypos 632\n}\nInput {\ninputs 0\nname B\nxpos -950\nypos 268\nnumber 2\n}\nDot {\nname Dot15\nxpos -916\nypos 310\n}\nset N3feaf200 [stack 0]\nShuffle {\nred alpha\ngreen alpha\nblue alpha\nname Shuffle26\nlabel \"\\[value in]\"\nxpos -903\nypos 638\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix3\nxpos -854\nypos 703\n}\npush $N3fed9d00\nShuffle {\nred blue\ngreen blue\nalpha blue\nname Shuffle18\nlabel \"\\[value in]\"\nxpos -588\nypos 479\n}\npush $N3fed8800\nShuffle {\nred blue\ngreen blue\nalpha blue\nname Shuffle25\nlabel \"\\[value in]\"\nxpos -955\nypos 573\n}\npush $N3feaf200\nShuffle {\nred blue\ngreen blue\nalpha blue\nname Shuffle24\nlabel \"\\[value in]\"\nxpos -1038\nypos 585\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix2\nxpos -1038\nypos 665\n}\npush $N3fed9d00\nShuffle {\nred green\nblue green\nalpha green\nname Shuffle16\nlabel \"\\[value in]\"\nxpos -687\nypos 426\n}\npush $N3fed8800\nShuffle {\nred green\nblue green\nalpha green\nname Shuffle23\nlabel \"\\[value in]\"\nxpos -1103\nypos 517\n}\npush $N3feaf200\nShuffle {\nred green\nblue green\nalpha green\nname Shuffle22\nlabel \"\\[value in]\"\nxpos -1147\nypos 459\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix1\nxpos -1147\nypos 588\n}\npush $N3fed9d00\nShuffle {\ngreen red\nblue red\nalpha red\nname Shuffle15\nlabel \"\\[value in]\"\nxpos -746\nypos 383\n}\npush $N3fed8800\nShuffle {\ngreen red\nblue red\nalpha red\nname Shuffle21\nlabel \"\\[value in]\"\nxpos -1204\nypos 407\n}\npush $N3feaf200\nShuffle {\ngreen red\nblue red\nalpha red\nname Shuffle20\nlabel \"\\[value in]\"\nxpos -1283\nypos 373\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix\nxpos -1267\nypos 552\n}\nShuffleCopy {\ninputs 2\nred alpha2\ngreen alpha\nblue black\nalpha black\nname ShuffleCopy2\nxpos -1218\nypos 701\n}\nShuffleCopy {\ninputs 2\nblue alpha\nalpha black\nname ShuffleCopy3\nxpos -1038\nypos 783\n}\nShuffleCopy {\ninputs 2\nname ShuffleCopy4\nxpos -863\nypos 824\n}\nOutput {\nname Output1\nxpos -863\nypos 924\n}\nend_group\npush $N3beaeb00\nDot {\nname Dot43\nxpos 1079\nypos 1540\n}\nset N3fe52b00 [stack 0]\nDot {\nname Dot27\nxpos -61\nypos 2368\n}\nset N3fe52400 [stack 0]\nShuffle {\nin input\nname Shuffle21\nlabel \"\\[value in]\"\nxpos -152\nypos 2434\ndisable {{showslices.on}}\n}\nGrade {\nchannels rgba\nblackpoint {{parent.ControlsA.min} {parent.ControlsB.min} {parent.ControlsC.min} {parent.ControlsD.min}}\nwhitepoint {{parent.slice9.whitepoint} {parent.slice9.whitepoint} {parent.slice9.whitepoint} {parent.slice9.whitepoint}}\nwhite_clamp true\nname Grade51\nxpos -152\nypos 2513\naddUserKnob {20 User}\n}\npush $N3fe52400\nGrade {\nchannels rgba\nblackpoint {{\"parent.ControlsA.\\[value this.numberminus]\"} {\"parent.ControlsB.\\[value this.numberminus]\"} {\"parent.ControlsC.\\[value this.numberminus]\"} {\"parent.ControlsD.\\[value this.numberminus]\"}}\nwhitepoint {{\"parent.ControlsA.\\[value this.number]\"} {\"parent.ControlsB.\\[value this.number]\"} {\"parent.ControlsC.\\[value this.number]\"} {\"parent.ControlsD.\\[value this.number]\"}}\nwhite_clamp true\nname slice9\nxpos -56\nypos 2453\naddUserKnob {20 User}\naddUserKnob {1 numberminus}\nnumberminus nine\naddUserKnob {1 number}\nnumber ten\n}\nDot {\nname Dot7\nxpos -22\nypos 2507\n}\nGroup {\ninputs 3\nname MultiMaskKeyMix14\ntile_color 0x495bc4ff\nxpos -152\nypos 2567\n}\nInput {\ninputs 0\nname masks\nxpos -588\nypos 316\n}\nDot {\nname Dot16\nxpos -554\nypos 355\n}\nset N3fe24f00 [stack 0]\nShuffle {\nred alpha\ngreen alpha\nblue alpha\nname Shuffle19\nlabel \"\\[value in]\"\nxpos -491\nypos 516\n}\nInput {\ninputs 0\nname A\nxpos -854\nypos 309\nnumber 1\n}\nDot {\nname Dot14\nxpos -820\nypos 375\n}\nset N3fe07900 [stack 0]\nShuffle {\nred alpha\ngreen alpha\nblue alpha\nname Shuffle27\nlabel \"\\[value in]\"\nxpos -813\nypos 632\n}\nInput {\ninputs 0\nname B\nxpos -950\nypos 268\nnumber 2\n}\nDot {\nname Dot15\nxpos -916\nypos 310\n}\nset N3fe06400 [stack 0]\nShuffle {\nred alpha\ngreen alpha\nblue alpha\nname Shuffle26\nlabel \"\\[value in]\"\nxpos -903\nypos 638\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix3\nxpos -854\nypos 703\n}\npush $N3fe24f00\nShuffle {\nred blue\ngreen blue\nalpha blue\nname Shuffle18\nlabel \"\\[value in]\"\nxpos -588\nypos 479\n}\npush $N3fe07900\nShuffle {\nred blue\ngreen blue\nalpha blue\nname Shuffle25\nlabel \"\\[value in]\"\nxpos -955\nypos 573\n}\npush $N3fe06400\nShuffle {\nred blue\ngreen blue\nalpha blue\nname Shuffle24\nlabel \"\\[value in]\"\nxpos -1038\nypos 585\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix2\nxpos -1038\nypos 665\n}\npush $N3fe24f00\nShuffle {\nred green\nblue green\nalpha green\nname Shuffle16\nlabel \"\\[value in]\"\nxpos -687\nypos 426\n}\npush $N3fe07900\nShuffle {\nred green\nblue green\nalpha green\nname Shuffle23\nlabel \"\\[value in]\"\nxpos -1103\nypos 517\n}\npush $N3fe06400\nShuffle {\nred green\nblue green\nalpha green\nname Shuffle22\nlabel \"\\[value in]\"\nxpos -1147\nypos 459\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix1\nxpos -1147\nypos 588\n}\npush $N3fe24f00\nShuffle {\ngreen red\nblue red\nalpha red\nname Shuffle15\nlabel \"\\[value in]\"\nxpos -746\nypos 383\n}\npush $N3fe07900\nShuffle {\ngreen red\nblue red\nalpha red\nname Shuffle21\nlabel \"\\[value in]\"\nxpos -1204\nypos 407\n}\npush $N3fe06400\nShuffle {\ngreen red\nblue red\nalpha red\nname Shuffle20\nlabel \"\\[value in]\"\nxpos -1283\nypos 373\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix\nxpos -1267\nypos 552\n}\nShuffleCopy {\ninputs 2\nred alpha2\ngreen alpha\nblue black\nalpha black\nname ShuffleCopy2\nxpos -1218\nypos 701\n}\nShuffleCopy {\ninputs 2\nblue alpha\nalpha black\nname ShuffleCopy3\nxpos -1038\nypos 783\n}\nShuffleCopy {\ninputs 2\nname ShuffleCopy4\nxpos -863\nypos 824\n}\nOutput {\nname Output1\nxpos -863\nypos 924\n}\nend_group\npush $N3fe52b00\nDot {\nname Dot28\nxpos 122\nypos 2440\n}\nset N3fda5d00 [stack 0]\nShuffle {\nin input\nname Shuffle17\nlabel \"\\[value in]\"\nxpos 27\nypos 2509\ndisable {{showslices.on}}\n}\nGrade {\nchannels rgba\nblackpoint {{parent.ControlsA.min} {parent.ControlsB.min} {parent.ControlsC.min} {parent.ControlsD.min}}\nwhitepoint {{parent.slice10.whitepoint} {parent.slice10.whitepoint} {parent.slice10.whitepoint} {parent.slice10.whitepoint}}\nwhite_clamp true\nname Grade50\nxpos 27\nypos 2589\naddUserKnob {20 User}\n}\npush $N3fda5d00\nGrade {\nchannels rgba\nblackpoint {{\"parent.ControlsA.\\[value this.numberminus]\"} {\"parent.ControlsB.\\[value this.numberminus]\"} {\"parent.ControlsC.\\[value this.numberminus]\"} {\"parent.ControlsD.\\[value this.numberminus]\"}}\nwhitepoint {{\"parent.ControlsA.\\[value this.number]\"} {\"parent.ControlsB.\\[value this.number]\"} {\"parent.ControlsC.\\[value this.number]\"} {\"parent.ControlsD.\\[value this.number]\"}}\nwhite_clamp true\nname slice10\nxpos 123\nypos 2521\naddUserKnob {20 User}\naddUserKnob {1 numberminus}\nnumberminus ten\naddUserKnob {1 number}\nnumber eleven\n}\nDot {\nname Dot6\nxpos 157\nypos 2583\n}\nGroup {\ninputs 3\nname MultiMaskKeyMix13\ntile_color 0x495bc4ff\nxpos 27\nypos 2643\n}\nInput {\ninputs 0\nname masks\nxpos -588\nypos 316\n}\nDot {\nname Dot16\nxpos -554\nypos 355\n}\nset N3fd80800 [stack 0]\nShuffle {\nred alpha\ngreen alpha\nblue alpha\nname Shuffle19\nlabel \"\\[value in]\"\nxpos -491\nypos 516\n}\nInput {\ninputs 0\nname A\nxpos -854\nypos 309\nnumber 1\n}\nDot {\nname Dot14\nxpos -820\nypos 375\n}\nset N3fd6b200 [stack 0]\nShuffle {\nred alpha\ngreen alpha\nblue alpha\nname Shuffle27\nlabel \"\\[value in]\"\nxpos -813\nypos 632\n}\nInput {\ninputs 0\nname B\nxpos -950\nypos 268\nnumber 2\n}\nDot {\nname Dot15\nxpos -916\nypos 310\n}\nset N3fd69d00 [stack 0]\nShuffle {\nred alpha\ngreen alpha\nblue alpha\nname Shuffle26\nlabel \"\\[value in]\"\nxpos -903\nypos 638\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix3\nxpos -854\nypos 703\n}\npush $N3fd80800\nShuffle {\nred blue\ngreen blue\nalpha blue\nname Shuffle18\nlabel \"\\[value in]\"\nxpos -588\nypos 479\n}\npush $N3fd6b200\nShuffle {\nred blue\ngreen blue\nalpha blue\nname Shuffle25\nlabel \"\\[value in]\"\nxpos -955\nypos 573\n}\npush $N3fd69d00\nShuffle {\nred blue\ngreen blue\nalpha blue\nname Shuffle24\nlabel \"\\[value in]\"\nxpos -1038\nypos 585\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix2\nxpos -1038\nypos 665\n}\npush $N3fd80800\nShuffle {\nred green\nblue green\nalpha green\nname Shuffle16\nlabel \"\\[value in]\"\nxpos -687\nypos 426\n}\npush $N3fd6b200\nShuffle {\nred green\nblue green\nalpha green\nname Shuffle23\nlabel \"\\[value in]\"\nxpos -1103\nypos 517\n}\npush $N3fd69d00\nShuffle {\nred green\nblue green\nalpha green\nname Shuffle22\nlabel \"\\[value in]\"\nxpos -1147\nypos 459\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix1\nxpos -1147\nypos 588\n}\npush $N3fd80800\nShuffle {\ngreen red\nblue red\nalpha red\nname Shuffle15\nlabel \"\\[value in]\"\nxpos -746\nypos 383\n}\npush $N3fd6b200\nShuffle {\ngreen red\nblue red\nalpha red\nname Shuffle21\nlabel \"\\[value in]\"\nxpos -1204\nypos 407\n}\npush $N3fd69d00\nShuffle {\ngreen red\nblue red\nalpha red\nname Shuffle20\nlabel \"\\[value in]\"\nxpos -1283\nypos 373\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix\nxpos -1267\nypos 552\n}\nShuffleCopy {\ninputs 2\nred alpha2\ngreen alpha\nblue black\nalpha black\nname ShuffleCopy2\nxpos -1218\nypos 701\n}\nShuffleCopy {\ninputs 2\nblue alpha\nalpha black\nname ShuffleCopy3\nxpos -1038\nypos 783\n}\nShuffleCopy {\ninputs 2\nname ShuffleCopy4\nxpos -863\nypos 824\n}\nOutput {\nname Output1\nxpos -863\nypos 924\n}\nend_group\npush $N3fe52b00\nDot {\nname Dot29\nxpos 304\nypos 2515\n}\nset N3fcfd600 [stack 0]\nShuffle {\nin input\nname Shuffle14\nlabel \"\\[value in]\"\nxpos 210\nypos 2599\ndisable {{showslices.on}}\n}\nGrade {\nchannels rgba\nblackpoint {{parent.ControlsA.min} {parent.ControlsB.min} {parent.ControlsC.min} {parent.ControlsD.min}}\nwhitepoint {{parent.slice11.whitepoint} {parent.slice11.whitepoint} {parent.slice11.whitepoint} {parent.slice11.whitepoint}}\nwhite_clamp true\nname Grade49\nxpos 210\nypos 2679\naddUserKnob {20 User}\n}\npush $N3fcfd600\nGrade {\nchannels rgba\nblackpoint {{\"parent.ControlsA.\\[value this.numberminus]\"} {\"parent.ControlsB.\\[value this.numberminus]\"} {\"parent.ControlsC.\\[value this.numberminus]\"} {\"parent.ControlsD.\\[value this.numberminus]\"}}\nwhitepoint {{\"parent.ControlsA.\\[value this.number]\"} {\"parent.ControlsB.\\[value this.number]\"} {\"parent.ControlsC.\\[value this.number]\"} {\"parent.ControlsD.\\[value this.number]\"}}\nwhite_clamp true\nname slice11\nxpos 306\nypos 2615\naddUserKnob {20 User}\naddUserKnob {1 numberminus}\nnumberminus eleven\naddUserKnob {1 number}\nnumber twelve\n}\nDot {\nname Dot5\nxpos 340\nypos 2673\n}\nGroup {\ninputs 3\nname MultiMaskKeyMix12\ntile_color 0x495bc4ff\nxpos 210\nypos 2733\n}\nInput {\ninputs 0\nname masks\nxpos -588\nypos 316\n}\nDot {\nname Dot16\nxpos -554\nypos 355\n}\nset N3fccc100 [stack 0]\nShuffle {\nred alpha\ngreen alpha\nblue alpha\nname Shuffle19\nlabel \"\\[value in]\"\nxpos -491\nypos 516\n}\nInput {\ninputs 0\nname A\nxpos -854\nypos 309\nnumber 1\n}\nDot {\nname Dot14\nxpos -820\nypos 375\n}\nset N3fcbeb00 [stack 0]\nShuffle {\nred alpha\ngreen alpha\nblue alpha\nname Shuffle27\nlabel \"\\[value in]\"\nxpos -813\nypos 632\n}\nInput {\ninputs 0\nname B\nxpos -950\nypos 268\nnumber 2\n}\nDot {\nname Dot15\nxpos -916\nypos 310\n}\nset N3fcbd600 [stack 0]\nShuffle {\nred alpha\ngreen alpha\nblue alpha\nname Shuffle26\nlabel \"\\[value in]\"\nxpos -903\nypos 638\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix3\nxpos -854\nypos 703\n}\npush $N3fccc100\nShuffle {\nred blue\ngreen blue\nalpha blue\nname Shuffle18\nlabel \"\\[value in]\"\nxpos -588\nypos 479\n}\npush $N3fcbeb00\nShuffle {\nred blue\ngreen blue\nalpha blue\nname Shuffle25\nlabel \"\\[value in]\"\nxpos -955\nypos 573\n}\npush $N3fcbd600\nShuffle {\nred blue\ngreen blue\nalpha blue\nname Shuffle24\nlabel \"\\[value in]\"\nxpos -1038\nypos 585\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix2\nxpos -1038\nypos 665\n}\npush $N3fccc100\nShuffle {\nred green\nblue green\nalpha green\nname Shuffle16\nlabel \"\\[value in]\"\nxpos -687\nypos 426\n}\npush $N3fcbeb00\nShuffle {\nred green\nblue green\nalpha green\nname Shuffle23\nlabel \"\\[value in]\"\nxpos -1103\nypos 517\n}\npush $N3fcbd600\nShuffle {\nred green\nblue green\nalpha green\nname Shuffle22\nlabel \"\\[value in]\"\nxpos -1147\nypos 459\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix1\nxpos -1147\nypos 588\n}\npush $N3fccc100\nShuffle {\ngreen red\nblue red\nalpha red\nname Shuffle15\nlabel \"\\[value in]\"\nxpos -746\nypos 383\n}\npush $N3fcbeb00\nShuffle {\ngreen red\nblue red\nalpha red\nname Shuffle21\nlabel \"\\[value in]\"\nxpos -1204\nypos 407\n}\npush $N3fcbd600\nShuffle {\ngreen red\nblue red\nalpha red\nname Shuffle20\nlabel \"\\[value in]\"\nxpos -1283\nypos 373\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix\nxpos -1267\nypos 552\n}\nShuffleCopy {\ninputs 2\nred alpha2\ngreen alpha\nblue black\nalpha black\nname ShuffleCopy2\nxpos -1218\nypos 701\n}\nShuffleCopy {\ninputs 2\nblue alpha\nalpha black\nname ShuffleCopy3\nxpos -1038\nypos 783\n}\nShuffleCopy {\ninputs 2\nname ShuffleCopy4\nxpos -863\nypos 824\n}\nOutput {\nname Output1\nxpos -863\nypos 924\n}\nend_group\npush $N3fe52b00\nDot {\nname Dot30\nxpos 488\nypos 2613\n}\nset N3fc60f00 [stack 0]\nShuffle {\nin input\nname Shuffle20\nlabel \"\\[value in]\"\nxpos 387\nypos 2674\ndisable {{showslices.on}}\n}\nGrade {\nchannels rgba\nblackpoint {{parent.ControlsA.min} {parent.ControlsB.min} {parent.ControlsC.min} {parent.ControlsD.min}}\nwhitepoint {{parent.slice12.whitepoint} {parent.slice12.whitepoint} {parent.slice12.whitepoint} {parent.slice12.whitepoint}}\nwhite_clamp true\nname Grade48\nxpos 387\nypos 2754\naddUserKnob {20 User}\n}\npush $N3fc60f00\nGrade {\nchannels rgba\nblackpoint {{\"parent.ControlsA.\\[value this.numberminus]\"} {\"parent.ControlsB.\\[value this.numberminus]\"} {\"parent.ControlsC.\\[value this.numberminus]\"} {\"parent.ControlsD.\\[value this.numberminus]\"}}\nwhitepoint {{\"parent.ControlsA.\\[value this.number]\"} {\"parent.ControlsB.\\[value this.number]\"} {\"parent.ControlsC.\\[value this.number]\"} {\"parent.ControlsD.\\[value this.number]\"}}\nwhite_clamp true\nname slice12\nxpos 483\nypos 2689\naddUserKnob {20 User}\naddUserKnob {1 numberminus}\nnumberminus twelve\naddUserKnob {1 number}\nnumber thirteen\n}\nDot {\nname Dot4\nxpos 517\nypos 2748\n}\nGroup {\ninputs 3\nname MultiMaskKeyMix11\ntile_color 0x495bc4ff\nxpos 387\nypos 2808\n}\nInput {\ninputs 0\nname masks\nxpos -588\nypos 316\n}\nDot {\nname Dot16\nxpos -554\nypos 355\n}\nset N3fc17900 [stack 0]\nShuffle {\nred alpha\ngreen alpha\nblue alpha\nname Shuffle19\nlabel \"\\[value in]\"\nxpos -491\nypos 516\n}\nInput {\ninputs 0\nname A\nxpos -854\nypos 309\nnumber 1\n}\nDot {\nname Dot14\nxpos -820\nypos 375\n}\nset N3fc16400 [stack 0]\nShuffle {\nred alpha\ngreen alpha\nblue alpha\nname Shuffle27\nlabel \"\\[value in]\"\nxpos -813\nypos 632\n}\nInput {\ninputs 0\nname B\nxpos -950\nypos 268\nnumber 2\n}\nDot {\nname Dot15\nxpos -916\nypos 310\n}\nset N3fc14f00 [stack 0]\nShuffle {\nred alpha\ngreen alpha\nblue alpha\nname Shuffle26\nlabel \"\\[value in]\"\nxpos -903\nypos 638\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix3\nxpos -854\nypos 703\n}\npush $N3fc17900\nShuffle {\nred blue\ngreen blue\nalpha blue\nname Shuffle18\nlabel \"\\[value in]\"\nxpos -588\nypos 479\n}\npush $N3fc16400\nShuffle {\nred blue\ngreen blue\nalpha blue\nname Shuffle25\nlabel \"\\[value in]\"\nxpos -955\nypos 573\n}\npush $N3fc14f00\nShuffle {\nred blue\ngreen blue\nalpha blue\nname Shuffle24\nlabel \"\\[value in]\"\nxpos -1038\nypos 585\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix2\nxpos -1038\nypos 665\n}\npush $N3fc17900\nShuffle {\nred green\nblue green\nalpha green\nname Shuffle16\nlabel \"\\[value in]\"\nxpos -687\nypos 426\n}\npush $N3fc16400\nShuffle {\nred green\nblue green\nalpha green\nname Shuffle23\nlabel \"\\[value in]\"\nxpos -1103\nypos 517\n}\npush $N3fc14f00\nShuffle {\nred green\nblue green\nalpha green\nname Shuffle22\nlabel \"\\[value in]\"\nxpos -1147\nypos 459\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix1\nxpos -1147\nypos 588\n}\npush $N3fc17900\nShuffle {\ngreen red\nblue red\nalpha red\nname Shuffle15\nlabel \"\\[value in]\"\nxpos -746\nypos 383\n}\npush $N3fc16400\nShuffle {\ngreen red\nblue red\nalpha red\nname Shuffle21\nlabel \"\\[value in]\"\nxpos -1204\nypos 407\n}\npush $N3fc14f00\nShuffle {\ngreen red\nblue red\nalpha red\nname Shuffle20\nlabel \"\\[value in]\"\nxpos -1283\nypos 373\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix\nxpos -1267\nypos 552\n}\nShuffleCopy {\ninputs 2\nred alpha2\ngreen alpha\nblue black\nalpha black\nname ShuffleCopy2\nxpos -1218\nypos 701\n}\nShuffleCopy {\ninputs 2\nblue alpha\nalpha black\nname ShuffleCopy3\nxpos -1038\nypos 783\n}\nShuffleCopy {\ninputs 2\nname ShuffleCopy4\nxpos -863\nypos 824\n}\nOutput {\nname Output1\nxpos -863\nypos 924\n}\nend_group\npush $N3fe52b00\nDot {\nname Dot3\nxpos 669\nypos 2675\n}\nset Na03ac800 [stack 0]\nShuffle {\nin input\nname Shuffle6\nlabel \"\\[value in]\"\nxpos 568\nypos 2737\ndisable {{showslices.on}}\n}\nGrade {\nchannels rgba\nblackpoint {{parent.ControlsA.min} {parent.ControlsB.min} {parent.ControlsC.min} {parent.ControlsD.min}}\nwhitepoint {{parent.slice13.whitepoint} {parent.slice13.whitepoint} {parent.slice13.whitepoint} {parent.slice13.whitepoint}}\nwhite_clamp true\nname Grade10\nxpos 568\nypos 2815\naddUserKnob {20 User}\n}\npush $Na03ac800\nGrade {\nchannels rgba\nblackpoint {{\"parent.ControlsA.\\[value this.numberminus]\"} {\"parent.ControlsB.\\[value this.numberminus]\"} {\"parent.ControlsC.\\[value this.numberminus]\"} {\"parent.ControlsD.\\[value this.numberminus]\"}}\nwhitepoint {{\"parent.ControlsA.\\[value this.number]\"} {\"parent.ControlsB.\\[value this.number]\"} {\"parent.ControlsC.\\[value this.number]\"} {\"parent.ControlsD.\\[value this.number]\"}}\nwhite_clamp true\nname slice13\nxpos 664\nypos 2752\naddUserKnob {20 User}\naddUserKnob {1 numberminus}\nnumberminus thirteen\naddUserKnob {1 number}\nnumber fourteen\n}\nDot {\nname Dot31\nxpos 698\nypos 2810\n}\nGroup {\ninputs 3\nname MultiMaskKeyMix1\ntile_color 0x495bc4ff\nxpos 568\nypos 2870\n}\nInput {\ninputs 0\nname masks\nxpos -588\nypos 316\n}\nDot {\nname Dot16\nxpos -554\nypos 355\n}\nset Na0363200 [stack 0]\nShuffle {\nred alpha\ngreen alpha\nblue alpha\nname Shuffle19\nlabel \"\\[value in]\"\nxpos -491\nypos 516\n}\nInput {\ninputs 0\nname A\nxpos -854\nypos 309\nnumber 1\n}\nDot {\nname Dot14\nxpos -820\nypos 375\n}\nset Na0361d00 [stack 0]\nShuffle {\nred alpha\ngreen alpha\nblue alpha\nname Shuffle27\nlabel \"\\[value in]\"\nxpos -813\nypos 632\n}\nInput {\ninputs 0\nname B\nxpos -950\nypos 268\nnumber 2\n}\nDot {\nname Dot15\nxpos -916\nypos 310\n}\nset Na0360800 [stack 0]\nShuffle {\nred alpha\ngreen alpha\nblue alpha\nname Shuffle26\nlabel \"\\[value in]\"\nxpos -903\nypos 638\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix3\nxpos -854\nypos 703\n}\npush $Na0363200\nShuffle {\nred blue\ngreen blue\nalpha blue\nname Shuffle18\nlabel \"\\[value in]\"\nxpos -588\nypos 479\n}\npush $Na0361d00\nShuffle {\nred blue\ngreen blue\nalpha blue\nname Shuffle25\nlabel \"\\[value in]\"\nxpos -955\nypos 573\n}\npush $Na0360800\nShuffle {\nred blue\ngreen blue\nalpha blue\nname Shuffle24\nlabel \"\\[value in]\"\nxpos -1038\nypos 585\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix2\nxpos -1038\nypos 665\n}\npush $Na0363200\nShuffle {\nred green\nblue green\nalpha green\nname Shuffle16\nlabel \"\\[value in]\"\nxpos -687\nypos 426\n}\npush $Na0361d00\nShuffle {\nred green\nblue green\nalpha green\nname Shuffle23\nlabel \"\\[value in]\"\nxpos -1103\nypos 517\n}\npush $Na0360800\nShuffle {\nred green\nblue green\nalpha green\nname Shuffle22\nlabel \"\\[value in]\"\nxpos -1147\nypos 459\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix1\nxpos -1147\nypos 588\n}\npush $Na0363200\nShuffle {\ngreen red\nblue red\nalpha red\nname Shuffle15\nlabel \"\\[value in]\"\nxpos -746\nypos 383\n}\npush $Na0361d00\nShuffle {\ngreen red\nblue red\nalpha red\nname Shuffle21\nlabel \"\\[value in]\"\nxpos -1204\nypos 407\n}\npush $Na0360800\nShuffle {\ngreen red\nblue red\nalpha red\nname Shuffle20\nlabel \"\\[value in]\"\nxpos -1283\nypos 373\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix\nxpos -1267\nypos 552\n}\nShuffleCopy {\ninputs 2\nred alpha2\ngreen alpha\nblue black\nalpha black\nname ShuffleCopy2\nxpos -1218\nypos 701\n}\nShuffleCopy {\ninputs 2\nblue alpha\nalpha black\nname ShuffleCopy3\nxpos -1038\nypos 783\n}\nShuffleCopy {\ninputs 2\nname ShuffleCopy4\nxpos -863\nypos 824\n}\nOutput {\nname Output1\nxpos -863\nypos 924\n}\nend_group\npush $N3fe52b00\nDot {\nname Dot32\nxpos 836\nypos 2754\n}\nset Na0308100 [stack 0]\nShuffle {\nin input\nname Shuffle7\nlabel \"\\[value in]\"\nxpos 735\nypos 2815\ndisable {{showslices.on}}\n}\nGrade {\nchannels rgba\nblackpoint {{parent.ControlsA.min} {parent.ControlsB.min} {parent.ControlsC.min} {parent.ControlsD.min}}\nwhitepoint {{parent.slice14.whitepoint} {parent.slice14.whitepoint} {parent.slice14.whitepoint} {parent.slice14.whitepoint}}\nwhite_clamp true\nname Grade15\nxpos 735\nypos 2894\naddUserKnob {20 User}\n}\npush $Na0308100\nGrade {\nchannels rgba\nblackpoint {{\"parent.ControlsA.\\[value this.numberminus]\"} {\"parent.ControlsB.\\[value this.numberminus]\"} {\"parent.ControlsC.\\[value this.numberminus]\"} {\"parent.ControlsD.\\[value this.numberminus]\"}}\nwhitepoint {{\"parent.ControlsA.\\[value this.number]\"} {\"parent.ControlsB.\\[value this.number]\"} {\"parent.ControlsC.\\[value this.number]\"} {\"parent.ControlsD.\\[value this.number]\"}}\nwhite_clamp true\nname slice14\nxpos 831\nypos 2829\naddUserKnob {20 User}\naddUserKnob {1 numberminus}\nnumberminus fourteen\naddUserKnob {1 number}\nnumber fifteen\n}\nDot {\nname Dot33\nxpos 865\nypos 2889\n}\nGroup {\ninputs 3\nname MultiMaskKeyMix2\ntile_color 0x495bc4ff\nxpos 735\nypos 2949\n}\nInput {\ninputs 0\nname masks\nxpos -588\nypos 316\n}\nDot {\nname Dot16\nxpos -554\nypos 355\n}\nset Na02c2b00 [stack 0]\nShuffle {\nred alpha\ngreen alpha\nblue alpha\nname Shuffle19\nlabel \"\\[value in]\"\nxpos -491\nypos 516\n}\nInput {\ninputs 0\nname A\nxpos -854\nypos 309\nnumber 1\n}\nDot {\nname Dot14\nxpos -820\nypos 375\n}\nset Na02c1600 [stack 0]\nShuffle {\nred alpha\ngreen alpha\nblue alpha\nname Shuffle27\nlabel \"\\[value in]\"\nxpos -813\nypos 632\n}\nInput {\ninputs 0\nname B\nxpos -950\nypos 268\nnumber 2\n}\nDot {\nname Dot15\nxpos -916\nypos 310\n}\nset Na02c0100 [stack 0]\nShuffle {\nred alpha\ngreen alpha\nblue alpha\nname Shuffle26\nlabel \"\\[value in]\"\nxpos -903\nypos 638\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix3\nxpos -854\nypos 703\n}\npush $Na02c2b00\nShuffle {\nred blue\ngreen blue\nalpha blue\nname Shuffle18\nlabel \"\\[value in]\"\nxpos -588\nypos 479\n}\npush $Na02c1600\nShuffle {\nred blue\ngreen blue\nalpha blue\nname Shuffle25\nlabel \"\\[value in]\"\nxpos -955\nypos 573\n}\npush $Na02c0100\nShuffle {\nred blue\ngreen blue\nalpha blue\nname Shuffle24\nlabel \"\\[value in]\"\nxpos -1038\nypos 585\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix2\nxpos -1038\nypos 665\n}\npush $Na02c2b00\nShuffle {\nred green\nblue green\nalpha green\nname Shuffle16\nlabel \"\\[value in]\"\nxpos -687\nypos 426\n}\npush $Na02c1600\nShuffle {\nred green\nblue green\nalpha green\nname Shuffle23\nlabel \"\\[value in]\"\nxpos -1103\nypos 517\n}\npush $Na02c0100\nShuffle {\nred green\nblue green\nalpha green\nname Shuffle22\nlabel \"\\[value in]\"\nxpos -1147\nypos 459\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix1\nxpos -1147\nypos 588\n}\npush $Na02c2b00\nShuffle {\ngreen red\nblue red\nalpha red\nname Shuffle15\nlabel \"\\[value in]\"\nxpos -746\nypos 383\n}\npush $Na02c1600\nShuffle {\ngreen red\nblue red\nalpha red\nname Shuffle21\nlabel \"\\[value in]\"\nxpos -1204\nypos 407\n}\npush $Na02c0100\nShuffle {\ngreen red\nblue red\nalpha red\nname Shuffle20\nlabel \"\\[value in]\"\nxpos -1283\nypos 373\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix\nxpos -1267\nypos 552\n}\nShuffleCopy {\ninputs 2\nred alpha2\ngreen alpha\nblue black\nalpha black\nname ShuffleCopy2\nxpos -1218\nypos 701\n}\nShuffleCopy {\ninputs 2\nblue alpha\nalpha black\nname ShuffleCopy3\nxpos -1038\nypos 783\n}\nShuffleCopy {\ninputs 2\nname ShuffleCopy4\nxpos -863\nypos 824\n}\nOutput {\nname Output1\nxpos -863\nypos 924\n}\nend_group\npush $N3fe52b00\nDot {\nname Dot35\nxpos 1018\nypos 2808\n}\nset Na022f900 [stack 0]\nShuffle {\nin input\nname Shuffle8\nlabel \"\\[value in]\"\nxpos 917\nypos 2871\ndisable {{showslices.on}}\n}\nGrade {\nchannels rgba\nblackpoint {{parent.ControlsA.min} {parent.ControlsB.min} {parent.ControlsC.min} {parent.ControlsD.min}}\nwhitepoint {{parent.slice15.whitepoint} {parent.slice15.whitepoint} {parent.slice15.whitepoint} {parent.slice15.whitepoint}}\nwhite_clamp true\nname Grade24\nxpos 917\nypos 2946\naddUserKnob {20 User}\n}\npush $Na022f900\nGrade {\nchannels rgba\nblackpoint {{\"parent.ControlsA.\\[value this.numberminus]\"} {\"parent.ControlsB.\\[value this.numberminus]\"} {\"parent.ControlsC.\\[value this.numberminus]\"} {\"parent.ControlsD.\\[value this.numberminus]\"}}\nwhitepoint {{\"parent.ControlsA.\\[value this.number]\"} {\"parent.ControlsB.\\[value this.number]\"} {\"parent.ControlsC.\\[value this.number]\"} {\"parent.ControlsD.\\[value this.number]\"}}\nwhite_clamp true\nname slice15\nxpos 1013\nypos 2882\naddUserKnob {20 User}\naddUserKnob {1 numberminus}\nnumberminus fifteen\naddUserKnob {1 number}\nnumber sixteen\n}\nDot {\nname Dot37\nxpos 1047\nypos 2943\n}\nGroup {\ninputs 3\nname MultiMaskKeyMix3\ntile_color 0x495bc4ff\nxpos 917\nypos 3003\n}\nInput {\ninputs 0\nname masks\nxpos -588\nypos 316\n}\nDot {\nname Dot16\nxpos -554\nypos 355\n}\nset Na020e400 [stack 0]\nShuffle {\nred alpha\ngreen alpha\nblue alpha\nname Shuffle19\nlabel \"\\[value in]\"\nxpos -491\nypos 516\n}\nInput {\ninputs 0\nname A\nxpos -854\nypos 309\nnumber 1\n}\nDot {\nname Dot14\nxpos -820\nypos 375\n}\nset Na020cf00 [stack 0]\nShuffle {\nred alpha\ngreen alpha\nblue alpha\nname Shuffle27\nlabel \"\\[value in]\"\nxpos -813\nypos 632\n}\nInput {\ninputs 0\nname B\nxpos -950\nypos 268\nnumber 2\n}\nDot {\nname Dot15\nxpos -916\nypos 310\n}\nset Na01ef900 [stack 0]\nShuffle {\nred alpha\ngreen alpha\nblue alpha\nname Shuffle26\nlabel \"\\[value in]\"\nxpos -903\nypos 638\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix3\nxpos -854\nypos 703\n}\npush $Na020e400\nShuffle {\nred blue\ngreen blue\nalpha blue\nname Shuffle18\nlabel \"\\[value in]\"\nxpos -588\nypos 479\n}\npush $Na020cf00\nShuffle {\nred blue\ngreen blue\nalpha blue\nname Shuffle25\nlabel \"\\[value in]\"\nxpos -955\nypos 573\n}\npush $Na01ef900\nShuffle {\nred blue\ngreen blue\nalpha blue\nname Shuffle24\nlabel \"\\[value in]\"\nxpos -1038\nypos 585\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix2\nxpos -1038\nypos 665\n}\npush $Na020e400\nShuffle {\nred green\nblue green\nalpha green\nname Shuffle16\nlabel \"\\[value in]\"\nxpos -687\nypos 426\n}\npush $Na020cf00\nShuffle {\nred green\nblue green\nalpha green\nname Shuffle23\nlabel \"\\[value in]\"\nxpos -1103\nypos 517\n}\npush $Na01ef900\nShuffle {\nred green\nblue green\nalpha green\nname Shuffle22\nlabel \"\\[value in]\"\nxpos -1147\nypos 459\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix1\nxpos -1147\nypos 588\n}\npush $Na020e400\nShuffle {\ngreen red\nblue red\nalpha red\nname Shuffle15\nlabel \"\\[value in]\"\nxpos -746\nypos 383\n}\npush $Na020cf00\nShuffle {\ngreen red\nblue red\nalpha red\nname Shuffle21\nlabel \"\\[value in]\"\nxpos -1204\nypos 407\n}\npush $Na01ef900\nShuffle {\ngreen red\nblue red\nalpha red\nname Shuffle20\nlabel \"\\[value in]\"\nxpos -1283\nypos 373\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix\nxpos -1267\nypos 552\n}\nShuffleCopy {\ninputs 2\nred alpha2\ngreen alpha\nblue black\nalpha black\nname ShuffleCopy2\nxpos -1218\nypos 701\n}\nShuffleCopy {\ninputs 2\nblue alpha\nalpha black\nname ShuffleCopy3\nxpos -1038\nypos 783\n}\nShuffleCopy {\ninputs 2\nname ShuffleCopy4\nxpos -863\nypos 824\n}\nOutput {\nname Output1\nxpos -863\nypos 924\n}\nend_group\npush $N3fe52b00\nDot {\nname Dot38\nxpos 1192\nypos 2869\n}\nset Na0187200 [stack 0]\nShuffle {\nin input\nname Shuffle9\nlabel \"\\[value in]\"\nxpos 1091\nypos 2931\ndisable {{showslices.on}}\n}\nGrade {\nchannels rgba\nblackpoint {{parent.ControlsA.min} {parent.ControlsB.min} {parent.ControlsC.min} {parent.ControlsD.min}}\nwhitepoint {{parent.slice16.whitepoint} {parent.slice16.whitepoint} {parent.slice16.whitepoint} {parent.slice16.whitepoint}}\nwhite_clamp true\nname Grade25\nxpos 1091\nypos 3009\naddUserKnob {20 User}\n}\npush $Na0187200\nGrade {\nchannels rgba\nblackpoint {{\"parent.ControlsA.\\[value this.numberminus]\"} {\"parent.ControlsB.\\[value this.numberminus]\"} {\"parent.ControlsC.\\[value this.numberminus]\"} {\"parent.ControlsD.\\[value this.numberminus]\"}}\nwhitepoint {{\"parent.ControlsA.\\[value this.number]\"} {\"parent.ControlsB.\\[value this.number]\"} {\"parent.ControlsC.\\[value this.number]\"} {\"parent.ControlsD.\\[value this.number]\"}}\nwhite_clamp true\nname slice16\nxpos 1187\nypos 2946\naddUserKnob {20 User}\naddUserKnob {1 numberminus}\nnumberminus sixteen\naddUserKnob {1 number}\nnumber seventeen\n}\nDot {\nname Dot39\nxpos 1221\nypos 3004\n}\nGroup {\ninputs 3\nname MultiMaskKeyMix4\ntile_color 0x495bc4ff\nxpos 1091\nypos 3064\n}\nInput {\ninputs 0\nname masks\nxpos -588\nypos 316\n}\nDot {\nname Dot16\nxpos -554\nypos 355\n}\nset Na016dd00 [stack 0]\nShuffle {\nred alpha\ngreen alpha\nblue alpha\nname Shuffle19\nlabel \"\\[value in]\"\nxpos -491\nypos 516\n}\nInput {\ninputs 0\nname A\nxpos -854\nypos 309\nnumber 1\n}\nDot {\nname Dot14\nxpos -820\nypos 375\n}\nset Na016c800 [stack 0]\nShuffle {\nred alpha\ngreen alpha\nblue alpha\nname Shuffle27\nlabel \"\\[value in]\"\nxpos -813\nypos 632\n}\nInput {\ninputs 0\nname B\nxpos -950\nypos 268\nnumber 2\n}\nDot {\nname Dot15\nxpos -916\nypos 310\n}\nset Na0147200 [stack 0]\nShuffle {\nred alpha\ngreen alpha\nblue alpha\nname Shuffle26\nlabel \"\\[value in]\"\nxpos -903\nypos 638\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix3\nxpos -854\nypos 703\n}\npush $Na016dd00\nShuffle {\nred blue\ngreen blue\nalpha blue\nname Shuffle18\nlabel \"\\[value in]\"\nxpos -588\nypos 479\n}\npush $Na016c800\nShuffle {\nred blue\ngreen blue\nalpha blue\nname Shuffle25\nlabel \"\\[value in]\"\nxpos -955\nypos 573\n}\npush $Na0147200\nShuffle {\nred blue\ngreen blue\nalpha blue\nname Shuffle24\nlabel \"\\[value in]\"\nxpos -1038\nypos 585\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix2\nxpos -1038\nypos 665\n}\npush $Na016dd00\nShuffle {\nred green\nblue green\nalpha green\nname Shuffle16\nlabel \"\\[value in]\"\nxpos -687\nypos 426\n}\npush $Na016c800\nShuffle {\nred green\nblue green\nalpha green\nname Shuffle23\nlabel \"\\[value in]\"\nxpos -1103\nypos 517\n}\npush $Na0147200\nShuffle {\nred green\nblue green\nalpha green\nname Shuffle22\nlabel \"\\[value in]\"\nxpos -1147\nypos 459\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix1\nxpos -1147\nypos 588\n}\npush $Na016dd00\nShuffle {\ngreen red\nblue red\nalpha red\nname Shuffle15\nlabel \"\\[value in]\"\nxpos -746\nypos 383\n}\npush $Na016c800\nShuffle {\ngreen red\nblue red\nalpha red\nname Shuffle21\nlabel \"\\[value in]\"\nxpos -1204\nypos 407\n}\npush $Na0147200\nShuffle {\ngreen red\nblue red\nalpha red\nname Shuffle20\nlabel \"\\[value in]\"\nxpos -1283\nypos 373\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix\nxpos -1267\nypos 552\n}\nShuffleCopy {\ninputs 2\nred alpha2\ngreen alpha\nblue black\nalpha black\nname ShuffleCopy2\nxpos -1218\nypos 701\n}\nShuffleCopy {\ninputs 2\nblue alpha\nalpha black\nname ShuffleCopy3\nxpos -1038\nypos 783\n}\nShuffleCopy {\ninputs 2\nname ShuffleCopy4\nxpos -863\nypos 824\n}\nOutput {\nname Output1\nxpos -863\nypos 924\n}\nend_group\npush $N3fe52b00\nDot {\nname Dot45\nxpos 2337\nypos 1947\n}\nset Na00e2b00 [stack 0]\nDot {\nname Dot40\nxpos 1366\nypos 2938\n}\nset Na00e2400 [stack 0]\nShuffle {\nin input\nname Shuffle10\nlabel \"\\[value in]\"\nxpos 1265\nypos 2998\ndisable {{showslices.on}}\n}\nGrade {\nchannels rgba\nblackpoint {{parent.ControlsA.min} {parent.ControlsB.min} {parent.ControlsC.min} {parent.ControlsD.min}}\nwhitepoint {{parent.slice17.whitepoint} {parent.slice17.whitepoint} {parent.slice17.whitepoint} {parent.slice17.whitepoint}}\nwhite_clamp true\nname Grade26\nxpos 1265\nypos 3078\naddUserKnob {20 User}\n}\npush $Na00e2400\nGrade {\nchannels rgba\nblackpoint {{\"parent.ControlsA.\\[value this.numberminus]\"} {\"parent.ControlsB.\\[value this.numberminus]\"} {\"parent.ControlsC.\\[value this.numberminus]\"} {\"parent.ControlsD.\\[value this.numberminus]\"}}\nwhitepoint {{\"parent.ControlsA.\\[value this.number]\"} {\"parent.ControlsB.\\[value this.number]\"} {\"parent.ControlsC.\\[value this.number]\"} {\"parent.ControlsD.\\[value this.number]\"}}\nwhite_clamp true\nname slice17\nxpos 1361\nypos 3014\naddUserKnob {20 User}\naddUserKnob {1 numberminus}\nnumberminus seventeen\naddUserKnob {1 number}\nnumber eighteen\n}\nDot {\nname Dot41\nxpos 1395\nypos 3073\n}\nGroup {\ninputs 3\nname MultiMaskKeyMix5\ntile_color 0x495bc4ff\nxpos 1265\nypos 3133\n}\nInput {\ninputs 0\nname masks\nxpos -588\nypos 316\n}\nDot {\nname Dot16\nxpos -554\nypos 355\n}\nset Na00bcf00 [stack 0]\nShuffle {\nred alpha\ngreen alpha\nblue alpha\nname Shuffle19\nlabel \"\\[value in]\"\nxpos -491\nypos 516\n}\nInput {\ninputs 0\nname A\nxpos -854\nypos 309\nnumber 1\n}\nDot {\nname Dot14\nxpos -820\nypos 375\n}\nset Na009f900 [stack 0]\nShuffle {\nred alpha\ngreen alpha\nblue alpha\nname Shuffle27\nlabel \"\\[value in]\"\nxpos -813\nypos 632\n}\nInput {\ninputs 0\nname B\nxpos -950\nypos 268\nnumber 2\n}\nDot {\nname Dot15\nxpos -916\nypos 310\n}\nset Na009e400 [stack 0]\nShuffle {\nred alpha\ngreen alpha\nblue alpha\nname Shuffle26\nlabel \"\\[value in]\"\nxpos -903\nypos 638\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix3\nxpos -854\nypos 703\n}\npush $Na00bcf00\nShuffle {\nred blue\ngreen blue\nalpha blue\nname Shuffle18\nlabel \"\\[value in]\"\nxpos -588\nypos 479\n}\npush $Na009f900\nShuffle {\nred blue\ngreen blue\nalpha blue\nname Shuffle25\nlabel \"\\[value in]\"\nxpos -955\nypos 573\n}\npush $Na009e400\nShuffle {\nred blue\ngreen blue\nalpha blue\nname Shuffle24\nlabel \"\\[value in]\"\nxpos -1038\nypos 585\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix2\nxpos -1038\nypos 665\n}\npush $Na00bcf00\nShuffle {\nred green\nblue green\nalpha green\nname Shuffle16\nlabel \"\\[value in]\"\nxpos -687\nypos 426\n}\npush $Na009f900\nShuffle {\nred green\nblue green\nalpha green\nname Shuffle23\nlabel \"\\[value in]\"\nxpos -1103\nypos 517\n}\npush $Na009e400\nShuffle {\nred green\nblue green\nalpha green\nname Shuffle22\nlabel \"\\[value in]\"\nxpos -1147\nypos 459\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix1\nxpos -1147\nypos 588\n}\npush $Na00bcf00\nShuffle {\ngreen red\nblue red\nalpha red\nname Shuffle15\nlabel \"\\[value in]\"\nxpos -746\nypos 383\n}\npush $Na009f900\nShuffle {\ngreen red\nblue red\nalpha red\nname Shuffle21\nlabel \"\\[value in]\"\nxpos -1204\nypos 407\n}\npush $Na009e400\nShuffle {\ngreen red\nblue red\nalpha red\nname Shuffle20\nlabel \"\\[value in]\"\nxpos -1283\nypos 373\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix\nxpos -1267\nypos 552\n}\nShuffleCopy {\ninputs 2\nred alpha2\ngreen alpha\nblue black\nalpha black\nname ShuffleCopy2\nxpos -1218\nypos 701\n}\nShuffleCopy {\ninputs 2\nblue alpha\nalpha black\nname ShuffleCopy3\nxpos -1038\nypos 783\n}\nShuffleCopy {\ninputs 2\nname ShuffleCopy4\nxpos -863\nypos 824\n}\nOutput {\nname Output1\nxpos -863\nypos 924\n}\nend_group\npush $Na00e2b00\nDot {\nname Dot42\nxpos 1555\nypos 2991\n}\nset Na003dd00 [stack 0]\nShuffle {\nin input\nname Shuffle11\nlabel \"\\[value in]\"\nxpos 1454\nypos 3052\ndisable {{showslices.on}}\n}\nGrade {\nchannels rgba\nblackpoint {{parent.ControlsA.min} {parent.ControlsB.min} {parent.ControlsC.min} {parent.ControlsD.min}}\nwhitepoint {{parent.slice18.whitepoint} {parent.slice18.whitepoint} {parent.slice18.whitepoint} {parent.slice18.whitepoint}}\nwhite_clamp true\nname Grade27\nxpos 1454\nypos 3132\naddUserKnob {20 User}\n}\npush $Na003dd00\nGrade {\nchannels rgba\nblackpoint {{\"parent.ControlsA.\\[value this.numberminus]\"} {\"parent.ControlsB.\\[value this.numberminus]\"} {\"parent.ControlsC.\\[value this.numberminus]\"} {\"parent.ControlsD.\\[value this.numberminus]\"}}\nwhitepoint {{\"parent.ControlsA.\\[value this.number]\"} {\"parent.ControlsB.\\[value this.number]\"} {\"parent.ControlsC.\\[value this.number]\"} {\"parent.ControlsD.\\[value this.number]\"}}\nwhite_clamp true\nname slice18\nxpos 1550\nypos 3072\naddUserKnob {20 User}\naddUserKnob {1 numberminus}\nnumberminus eighteen\naddUserKnob {1 number}\nnumber nineteen\n}\nDot {\nname Dot44\nxpos 1584\nypos 3126\n}\nGroup {\ninputs 3\nname MultiMaskKeyMix6\ntile_color 0x495bc4ff\nxpos 1454\nypos 3186\n}\nInput {\ninputs 0\nname masks\nxpos -588\nypos 316\n}\nDot {\nname Dot16\nxpos -554\nypos 355\n}\nset Na0018800 [stack 0]\nShuffle {\nred alpha\ngreen alpha\nblue alpha\nname Shuffle19\nlabel \"\\[value in]\"\nxpos -491\nypos 516\n}\nInput {\ninputs 0\nname A\nxpos -854\nypos 309\nnumber 1\n}\nDot {\nname Dot14\nxpos -820\nypos 375\n}\nset N8b3f3200 [stack 0]\nShuffle {\nred alpha\ngreen alpha\nblue alpha\nname Shuffle27\nlabel \"\\[value in]\"\nxpos -813\nypos 632\n}\nInput {\ninputs 0\nname B\nxpos -950\nypos 268\nnumber 2\n}\nDot {\nname Dot15\nxpos -916\nypos 310\n}\nset N8b3f1d00 [stack 0]\nShuffle {\nred alpha\ngreen alpha\nblue alpha\nname Shuffle26\nlabel \"\\[value in]\"\nxpos -903\nypos 638\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix3\nxpos -854\nypos 703\n}\npush $Na0018800\nShuffle {\nred blue\ngreen blue\nalpha blue\nname Shuffle18\nlabel \"\\[value in]\"\nxpos -588\nypos 479\n}\npush $N8b3f3200\nShuffle {\nred blue\ngreen blue\nalpha blue\nname Shuffle25\nlabel \"\\[value in]\"\nxpos -955\nypos 573\n}\npush $N8b3f1d00\nShuffle {\nred blue\ngreen blue\nalpha blue\nname Shuffle24\nlabel \"\\[value in]\"\nxpos -1038\nypos 585\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix2\nxpos -1038\nypos 665\n}\npush $Na0018800\nShuffle {\nred green\nblue green\nalpha green\nname Shuffle16\nlabel \"\\[value in]\"\nxpos -687\nypos 426\n}\npush $N8b3f3200\nShuffle {\nred green\nblue green\nalpha green\nname Shuffle23\nlabel \"\\[value in]\"\nxpos -1103\nypos 517\n}\npush $N8b3f1d00\nShuffle {\nred green\nblue green\nalpha green\nname Shuffle22\nlabel \"\\[value in]\"\nxpos -1147\nypos 459\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix1\nxpos -1147\nypos 588\n}\npush $Na0018800\nShuffle {\ngreen red\nblue red\nalpha red\nname Shuffle15\nlabel \"\\[value in]\"\nxpos -746\nypos 383\n}\npush $N8b3f3200\nShuffle {\ngreen red\nblue red\nalpha red\nname Shuffle21\nlabel \"\\[value in]\"\nxpos -1204\nypos 407\n}\npush $N8b3f1d00\nShuffle {\ngreen red\nblue red\nalpha red\nname Shuffle20\nlabel \"\\[value in]\"\nxpos -1283\nypos 373\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix\nxpos -1267\nypos 552\n}\nShuffleCopy {\ninputs 2\nred alpha2\ngreen alpha\nblue black\nalpha black\nname ShuffleCopy2\nxpos -1218\nypos 701\n}\nShuffleCopy {\ninputs 2\nblue alpha\nalpha black\nname ShuffleCopy3\nxpos -1038\nypos 783\n}\nShuffleCopy {\ninputs 2\nname ShuffleCopy4\nxpos -863\nypos 824\n}\nOutput {\nname Output1\nxpos -863\nypos 924\n}\nend_group\npush $Na00e2b00\nDot {\nname Dot46\nxpos 1748\nypos 3038\n}\nset N8b385600 [stack 0]\nShuffle {\nin input\nname Shuffle12\nlabel \"\\[value in]\"\nxpos 1647\nypos 3098\ndisable {{showslices.on}}\n}\nGrade {\nchannels rgba\nblackpoint {{parent.ControlsA.min} {parent.ControlsB.min} {parent.ControlsC.min} {parent.ControlsD.min}}\nwhitepoint {{parent.slice19.whitepoint} {parent.slice19.whitepoint} {parent.slice19.whitepoint} {parent.slice19.whitepoint}}\nwhite_clamp true\nname Grade28\nxpos 1647\nypos 3178\naddUserKnob {20 User}\n}\npush $N8b385600\nGrade {\nchannels rgba\nblackpoint {{\"parent.ControlsA.\\[value this.numberminus]\"} {\"parent.ControlsB.\\[value this.numberminus]\"} {\"parent.ControlsC.\\[value this.numberminus]\"} {\"parent.ControlsD.\\[value this.numberminus]\"}}\nwhitepoint {{\"parent.ControlsA.\\[value this.number]\"} {\"parent.ControlsB.\\[value this.number]\"} {\"parent.ControlsC.\\[value this.number]\"} {\"parent.ControlsD.\\[value this.number]\"}}\nwhite_clamp true\nname slice19\nxpos 1743\nypos 3119\naddUserKnob {20 User}\naddUserKnob {1 numberminus}\nnumberminus nineteen\naddUserKnob {1 number}\nnumber twenty\n}\nDot {\nname Dot48\nxpos 1777\nypos 3173\n}\nGroup {\ninputs 3\nname MultiMaskKeyMix7\ntile_color 0x495bc4ff\nxpos 1647\nypos 3233\n}\nInput {\ninputs 0\nname masks\nxpos -588\nypos 316\n}\nDot {\nname Dot16\nxpos -554\nypos 355\n}\nset N8b35c100 [stack 0]\nShuffle {\nred alpha\ngreen alpha\nblue alpha\nname Shuffle19\nlabel \"\\[value in]\"\nxpos -491\nypos 516\n}\nInput {\ninputs 0\nname A\nxpos -854\nypos 309\nnumber 1\n}\nDot {\nname Dot14\nxpos -820\nypos 375\n}\nset N8b352b00 [stack 0]\nShuffle {\nred alpha\ngreen alpha\nblue alpha\nname Shuffle27\nlabel \"\\[value in]\"\nxpos -813\nypos 632\n}\nInput {\ninputs 0\nname B\nxpos -950\nypos 268\nnumber 2\n}\nDot {\nname Dot15\nxpos -916\nypos 310\n}\nset N8b351600 [stack 0]\nShuffle {\nred alpha\ngreen alpha\nblue alpha\nname Shuffle26\nlabel \"\\[value in]\"\nxpos -903\nypos 638\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix3\nxpos -854\nypos 703\n}\npush $N8b35c100\nShuffle {\nred blue\ngreen blue\nalpha blue\nname Shuffle18\nlabel \"\\[value in]\"\nxpos -588\nypos 479\n}\npush $N8b352b00\nShuffle {\nred blue\ngreen blue\nalpha blue\nname Shuffle25\nlabel \"\\[value in]\"\nxpos -955\nypos 573\n}\npush $N8b351600\nShuffle {\nred blue\ngreen blue\nalpha blue\nname Shuffle24\nlabel \"\\[value in]\"\nxpos -1038\nypos 585\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix2\nxpos -1038\nypos 665\n}\npush $N8b35c100\nShuffle {\nred green\nblue green\nalpha green\nname Shuffle16\nlabel \"\\[value in]\"\nxpos -687\nypos 426\n}\npush $N8b352b00\nShuffle {\nred green\nblue green\nalpha green\nname Shuffle23\nlabel \"\\[value in]\"\nxpos -1103\nypos 517\n}\npush $N8b351600\nShuffle {\nred green\nblue green\nalpha green\nname Shuffle22\nlabel \"\\[value in]\"\nxpos -1147\nypos 459\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix1\nxpos -1147\nypos 588\n}\npush $N8b35c100\nShuffle {\ngreen red\nblue red\nalpha red\nname Shuffle15\nlabel \"\\[value in]\"\nxpos -746\nypos 383\n}\npush $N8b352b00\nShuffle {\ngreen red\nblue red\nalpha red\nname Shuffle21\nlabel \"\\[value in]\"\nxpos -1204\nypos 407\n}\npush $N8b351600\nShuffle {\ngreen red\nblue red\nalpha red\nname Shuffle20\nlabel \"\\[value in]\"\nxpos -1283\nypos 373\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix\nxpos -1267\nypos 552\n}\nShuffleCopy {\ninputs 2\nred alpha2\ngreen alpha\nblue black\nalpha black\nname ShuffleCopy2\nxpos -1218\nypos 701\n}\nShuffleCopy {\ninputs 2\nblue alpha\nalpha black\nname ShuffleCopy3\nxpos -1038\nypos 783\n}\nShuffleCopy {\ninputs 2\nname ShuffleCopy4\nxpos -863\nypos 824\n}\nOutput {\nname Output1\nxpos -863\nypos 924\n}\nend_group\npush $Na00e2b00\nDot {\nname Dot49\nxpos 1943\nypos 3091\n}\nset N8b2e8f00 [stack 0]\nShuffle {\nin input\nname Shuffle13\nlabel \"\\[value in]\"\nxpos 1842\nypos 3152\ndisable {{showslices.on}}\n}\nGrade {\nchannels rgba\nblackpoint {{parent.ControlsA.min} {parent.ControlsB.min} {parent.ControlsC.min} {parent.ControlsD.min}}\nwhitepoint {{parent.slice20.whitepoint} {parent.slice20.whitepoint} {parent.slice20.whitepoint} {parent.slice20.whitepoint}}\nwhite_clamp true\nname Grade29\nxpos 1842\nypos 3233\naddUserKnob {20 User}\n}\npush $N8b2e8f00\nGrade {\nchannels rgba\nblackpoint {{\"parent.ControlsA.\\[value this.numberminus]\"} {\"parent.ControlsB.\\[value this.numberminus]\"} {\"parent.ControlsC.\\[value this.numberminus]\"} {\"parent.ControlsD.\\[value this.numberminus]\"}}\nwhitepoint {{\"parent.ControlsA.\\[value this.number]\"} {\"parent.ControlsB.\\[value this.number]\"} {\"parent.ControlsC.\\[value this.number]\"} {\"parent.ControlsD.\\[value this.number]\"}}\nwhite_clamp true\nname slice20\nxpos 1938\nypos 3173\naddUserKnob {20 User}\naddUserKnob {1 numberminus}\nnumberminus twenty\naddUserKnob {1 number}\nnumber twentyone\n}\nDot {\nname Dot50\nxpos 1972\nypos 3226\n}\nGroup {\ninputs 3\nname MultiMaskKeyMix8\ntile_color 0x495bc4ff\nxpos 1842\nypos 3286\n}\nInput {\ninputs 0\nname masks\nxpos -588\nypos 316\n}\nDot {\nname Dot16\nxpos -554\nypos 355\n}\nset N8b2ab900 [stack 0]\nShuffle {\nred alpha\ngreen alpha\nblue alpha\nname Shuffle19\nlabel \"\\[value in]\"\nxpos -491\nypos 516\n}\nInput {\ninputs 0\nname A\nxpos -854\nypos 309\nnumber 1\n}\nDot {\nname Dot14\nxpos -820\nypos 375\n}\nset N8b2aa400 [stack 0]\nShuffle {\nred alpha\ngreen alpha\nblue alpha\nname Shuffle27\nlabel \"\\[value in]\"\nxpos -813\nypos 632\n}\nInput {\ninputs 0\nname B\nxpos -950\nypos 268\nnumber 2\n}\nDot {\nname Dot15\nxpos -916\nypos 310\n}\nset N8b2a8f00 [stack 0]\nShuffle {\nred alpha\ngreen alpha\nblue alpha\nname Shuffle26\nlabel \"\\[value in]\"\nxpos -903\nypos 638\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix3\nxpos -854\nypos 703\n}\npush $N8b2ab900\nShuffle {\nred blue\ngreen blue\nalpha blue\nname Shuffle18\nlabel \"\\[value in]\"\nxpos -588\nypos 479\n}\npush $N8b2aa400\nShuffle {\nred blue\ngreen blue\nalpha blue\nname Shuffle25\nlabel \"\\[value in]\"\nxpos -955\nypos 573\n}\npush $N8b2a8f00\nShuffle {\nred blue\ngreen blue\nalpha blue\nname Shuffle24\nlabel \"\\[value in]\"\nxpos -1038\nypos 585\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix2\nxpos -1038\nypos 665\n}\npush $N8b2ab900\nShuffle {\nred green\nblue green\nalpha green\nname Shuffle16\nlabel \"\\[value in]\"\nxpos -687\nypos 426\n}\npush $N8b2aa400\nShuffle {\nred green\nblue green\nalpha green\nname Shuffle23\nlabel \"\\[value in]\"\nxpos -1103\nypos 517\n}\npush $N8b2a8f00\nShuffle {\nred green\nblue green\nalpha green\nname Shuffle22\nlabel \"\\[value in]\"\nxpos -1147\nypos 459\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix1\nxpos -1147\nypos 588\n}\npush $N8b2ab900\nShuffle {\ngreen red\nblue red\nalpha red\nname Shuffle15\nlabel \"\\[value in]\"\nxpos -746\nypos 383\n}\npush $N8b2aa400\nShuffle {\ngreen red\nblue red\nalpha red\nname Shuffle21\nlabel \"\\[value in]\"\nxpos -1204\nypos 407\n}\npush $N8b2a8f00\nShuffle {\ngreen red\nblue red\nalpha red\nname Shuffle20\nlabel \"\\[value in]\"\nxpos -1283\nypos 373\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix\nxpos -1267\nypos 552\n}\nShuffleCopy {\ninputs 2\nred alpha2\ngreen alpha\nblue black\nalpha black\nname ShuffleCopy2\nxpos -1218\nypos 701\n}\nShuffleCopy {\ninputs 2\nblue alpha\nalpha black\nname ShuffleCopy3\nxpos -1038\nypos 783\n}\nShuffleCopy {\ninputs 2\nname ShuffleCopy4\nxpos -863\nypos 824\n}\nOutput {\nname Output1\nxpos -863\nypos 924\n}\nend_group\npush $Na00e2b00\nDot {\nname Dot51\nxpos 2147\nypos 3140\n}\nset N8b23c800 [stack 0]\nShuffle {\nin input\nname Shuffle15\nlabel \"\\[value in]\"\nxpos 2046\nypos 3200\ndisable {{showslices.on}}\n}\nGrade {\nchannels rgba\nblackpoint {{parent.ControlsA.min} {parent.ControlsB.min} {parent.ControlsC.min} {parent.ControlsD.min}}\nwhitepoint {{parent.slice21.whitepoint} {parent.slice21.whitepoint} {parent.slice21.whitepoint} {parent.slice21.whitepoint}}\nwhite_clamp true\nname Grade30\nxpos 2046\nypos 3279\naddUserKnob {20 User}\n}\npush $N8b23c800\nGrade {\nchannels rgba\nblackpoint {{\"parent.ControlsA.\\[value this.numberminus]\"} {\"parent.ControlsB.\\[value this.numberminus]\"} {\"parent.ControlsC.\\[value this.numberminus]\"} {\"parent.ControlsD.\\[value this.numberminus]\"}}\nwhitepoint {{\"parent.ControlsA.\\[value this.number]\"} {\"parent.ControlsB.\\[value this.number]\"} {\"parent.ControlsC.\\[value this.number]\"} {\"parent.ControlsD.\\[value this.number]\"}}\nwhite_clamp true\nname slice21\nxpos 2142\nypos 3217\naddUserKnob {20 User}\naddUserKnob {1 numberminus}\nnumberminus twentyone\naddUserKnob {1 number}\nnumber twentytwo\n}\nDot {\nname Dot53\nxpos 2176\nypos 3275\n}\nGroup {\ninputs 3\nname MultiMaskKeyMix9\ntile_color 0x495bc4ff\nxpos 2046\nypos 3335\n}\nInput {\ninputs 0\nname masks\nxpos -588\nypos 316\n}\nDot {\nname Dot16\nxpos -554\nypos 355\n}\nset N8b1fb200 [stack 0]\nShuffle {\nred alpha\ngreen alpha\nblue alpha\nname Shuffle19\nlabel \"\\[value in]\"\nxpos -491\nypos 516\n}\nInput {\ninputs 0\nname A\nxpos -854\nypos 309\nnumber 1\n}\nDot {\nname Dot14\nxpos -820\nypos 375\n}\nset N8b1f9d00 [stack 0]\nShuffle {\nred alpha\ngreen alpha\nblue alpha\nname Shuffle27\nlabel \"\\[value in]\"\nxpos -813\nypos 632\n}\nInput {\ninputs 0\nname B\nxpos -950\nypos 268\nnumber 2\n}\nDot {\nname Dot15\nxpos -916\nypos 310\n}\nset N8b1f8800 [stack 0]\nShuffle {\nred alpha\ngreen alpha\nblue alpha\nname Shuffle26\nlabel \"\\[value in]\"\nxpos -903\nypos 638\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix3\nxpos -854\nypos 703\n}\npush $N8b1fb200\nShuffle {\nred blue\ngreen blue\nalpha blue\nname Shuffle18\nlabel \"\\[value in]\"\nxpos -588\nypos 479\n}\npush $N8b1f9d00\nShuffle {\nred blue\ngreen blue\nalpha blue\nname Shuffle25\nlabel \"\\[value in]\"\nxpos -955\nypos 573\n}\npush $N8b1f8800\nShuffle {\nred blue\ngreen blue\nalpha blue\nname Shuffle24\nlabel \"\\[value in]\"\nxpos -1038\nypos 585\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix2\nxpos -1038\nypos 665\n}\npush $N8b1fb200\nShuffle {\nred green\nblue green\nalpha green\nname Shuffle16\nlabel \"\\[value in]\"\nxpos -687\nypos 426\n}\npush $N8b1f9d00\nShuffle {\nred green\nblue green\nalpha green\nname Shuffle23\nlabel \"\\[value in]\"\nxpos -1103\nypos 517\n}\npush $N8b1f8800\nShuffle {\nred green\nblue green\nalpha green\nname Shuffle22\nlabel \"\\[value in]\"\nxpos -1147\nypos 459\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix1\nxpos -1147\nypos 588\n}\npush $N8b1fb200\nShuffle {\ngreen red\nblue red\nalpha red\nname Shuffle15\nlabel \"\\[value in]\"\nxpos -746\nypos 383\n}\npush $N8b1f9d00\nShuffle {\ngreen red\nblue red\nalpha red\nname Shuffle21\nlabel \"\\[value in]\"\nxpos -1204\nypos 407\n}\npush $N8b1f8800\nShuffle {\ngreen red\nblue red\nalpha red\nname Shuffle20\nlabel \"\\[value in]\"\nxpos -1283\nypos 373\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix\nxpos -1267\nypos 552\n}\nShuffleCopy {\ninputs 2\nred alpha2\ngreen alpha\nblue black\nalpha black\nname ShuffleCopy2\nxpos -1218\nypos 701\n}\nShuffleCopy {\ninputs 2\nblue alpha\nalpha black\nname ShuffleCopy3\nxpos -1038\nypos 783\n}\nShuffleCopy {\ninputs 2\nname ShuffleCopy4\nxpos -863\nypos 824\n}\nOutput {\nname Output1\nxpos -863\nypos 924\n}\nend_group\npush $Na00e2b00\nDot {\nname Dot54\nxpos 2337\nypos 3188\n}\nset N8b194100 [stack 0]\nShuffle {\nin input\nname Shuffle16\nlabel \"\\[value in]\"\nxpos 2236\nypos 3248\ndisable {{showslices.on}}\n}\nGrade {\nchannels rgba\nblackpoint {{parent.ControlsA.min} {parent.ControlsB.min} {parent.ControlsC.min} {parent.ControlsD.min}}\nwhitepoint {{parent.slice22.whitepoint} {parent.slice22.whitepoint} {parent.slice22.whitepoint} {parent.slice22.whitepoint}}\nwhite_clamp true\nname Grade34\nxpos 2236\nypos 3328\naddUserKnob {20 User}\n}\npush $N8b194100\nGrade {\nchannels rgba\nblackpoint {{\"parent.ControlsA.\\[value this.numberminus]\"} {\"parent.ControlsB.\\[value this.numberminus]\"} {\"parent.ControlsC.\\[value this.numberminus]\"} {\"parent.ControlsD.\\[value this.numberminus]\"}}\nwhitepoint {{\"parent.ControlsA.\\[value this.number]\"} {\"parent.ControlsB.\\[value this.number]\"} {\"parent.ControlsC.\\[value this.number]\"} {\"parent.ControlsD.\\[value this.number]\"}}\nwhite_clamp true\nname slice22\nxpos 2332\nypos 3270\naddUserKnob {20 User}\naddUserKnob {1 numberminus}\nnumberminus twentytwo\naddUserKnob {1 number}\nnumber twentythree\n}\nDot {\nname Dot55\nxpos 2366\nypos 3323\n}\nGroup {\ninputs 3\nname MultiMaskKeyMix10\ntile_color 0x495bc4ff\nxpos 2236\nypos 3383\n}\nInput {\ninputs 0\nname masks\nxpos -588\nypos 316\n}\nDot {\nname Dot16\nxpos -554\nypos 355\n}\nset N8b15ab00 [stack 0]\nShuffle {\nred alpha\ngreen alpha\nblue alpha\nname Shuffle19\nlabel \"\\[value in]\"\nxpos -491\nypos 516\n}\nInput {\ninputs 0\nname A\nxpos -854\nypos 309\nnumber 1\n}\nDot {\nname Dot14\nxpos -820\nypos 375\n}\nset N8b159600 [stack 0]\nShuffle {\nred alpha\ngreen alpha\nblue alpha\nname Shuffle27\nlabel \"\\[value in]\"\nxpos -813\nypos 632\n}\nInput {\ninputs 0\nname B\nxpos -950\nypos 268\nnumber 2\n}\nDot {\nname Dot15\nxpos -916\nypos 310\n}\nset N8b158100 [stack 0]\nShuffle {\nred alpha\ngreen alpha\nblue alpha\nname Shuffle26\nlabel \"\\[value in]\"\nxpos -903\nypos 638\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix3\nxpos -854\nypos 703\n}\npush $N8b15ab00\nShuffle {\nred blue\ngreen blue\nalpha blue\nname Shuffle18\nlabel \"\\[value in]\"\nxpos -588\nypos 479\n}\npush $N8b159600\nShuffle {\nred blue\ngreen blue\nalpha blue\nname Shuffle25\nlabel \"\\[value in]\"\nxpos -955\nypos 573\n}\npush $N8b158100\nShuffle {\nred blue\ngreen blue\nalpha blue\nname Shuffle24\nlabel \"\\[value in]\"\nxpos -1038\nypos 585\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix2\nxpos -1038\nypos 665\n}\npush $N8b15ab00\nShuffle {\nred green\nblue green\nalpha green\nname Shuffle16\nlabel \"\\[value in]\"\nxpos -687\nypos 426\n}\npush $N8b159600\nShuffle {\nred green\nblue green\nalpha green\nname Shuffle23\nlabel \"\\[value in]\"\nxpos -1103\nypos 517\n}\npush $N8b158100\nShuffle {\nred green\nblue green\nalpha green\nname Shuffle22\nlabel \"\\[value in]\"\nxpos -1147\nypos 459\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix1\nxpos -1147\nypos 588\n}\npush $N8b15ab00\nShuffle {\ngreen red\nblue red\nalpha red\nname Shuffle15\nlabel \"\\[value in]\"\nxpos -746\nypos 383\n}\npush $N8b159600\nShuffle {\ngreen red\nblue red\nalpha red\nname Shuffle21\nlabel \"\\[value in]\"\nxpos -1204\nypos 407\n}\npush $N8b158100\nShuffle {\ngreen red\nblue red\nalpha red\nname Shuffle20\nlabel \"\\[value in]\"\nxpos -1283\nypos 373\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix\nxpos -1267\nypos 552\n}\nShuffleCopy {\ninputs 2\nred alpha2\ngreen alpha\nblue black\nalpha black\nname ShuffleCopy2\nxpos -1218\nypos 701\n}\nShuffleCopy {\ninputs 2\nblue alpha\nalpha black\nname ShuffleCopy3\nxpos -1038\nypos 783\n}\nShuffleCopy {\ninputs 2\nname ShuffleCopy4\nxpos -863\nypos 824\n}\nOutput {\nname Output1\nxpos -863\nypos 924\n}\nend_group\npush $Na00e2b00\nDot {\nname Dot56\nxpos 2539\nypos 3224\n}\nset N8b0cb900 [stack 0]\nShuffle {\nin input\nname Shuffle18\nlabel \"\\[value in]\"\nxpos 2434\nypos 3286\ndisable {{showslices.on}}\n}\nGrade {\nchannels rgba\nblackpoint {{parent.ControlsA.min} {parent.ControlsB.min} {parent.ControlsC.min} {parent.ControlsD.min}}\nwhitepoint {{parent.slice23.whitepoint} {parent.slice23.whitepoint} {parent.slice23.whitepoint} {parent.slice23.whitepoint}}\nwhite_clamp true\nname Grade35\nxpos 2438\nypos 3364\naddUserKnob {20 User}\n}\npush $N8b0cb900\nGrade {\nchannels rgba\nblackpoint {{\"parent.ControlsA.\\[value this.numberminus]\"} {\"parent.ControlsB.\\[value this.numberminus]\"} {\"parent.ControlsC.\\[value this.numberminus]\"} {\"parent.ControlsD.\\[value this.numberminus]\"}}\nwhitepoint {{\"parent.ControlsA.\\[value this.number]\"} {\"parent.ControlsB.\\[value this.number]\"} {\"parent.ControlsC.\\[value this.number]\"} {\"parent.ControlsD.\\[value this.number]\"}}\nwhite_clamp true\nname slice23\nxpos 2534\nypos 3304\naddUserKnob {20 User}\naddUserKnob {1 numberminus}\nnumberminus twentythree\naddUserKnob {1 number}\nnumber twentyfour\n}\nDot {\nname Dot57\nxpos 2568\nypos 3359\n}\nGroup {\ninputs 3\nname MultiMaskKeyMix23\ntile_color 0x495bc4ff\nxpos 2438\nypos 3419\n}\nInput {\ninputs 0\nname masks\nxpos -588\nypos 316\n}\nDot {\nname Dot16\nxpos -554\nypos 355\n}\nset N8b0b2400 [stack 0]\nShuffle {\nred alpha\ngreen alpha\nblue alpha\nname Shuffle19\nlabel \"\\[value in]\"\nxpos -491\nypos 516\n}\nInput {\ninputs 0\nname A\nxpos -854\nypos 309\nnumber 1\n}\nDot {\nname Dot14\nxpos -820\nypos 375\n}\nset N8b0b0f00 [stack 0]\nShuffle {\nred alpha\ngreen alpha\nblue alpha\nname Shuffle27\nlabel \"\\[value in]\"\nxpos -813\nypos 632\n}\nInput {\ninputs 0\nname B\nxpos -950\nypos 268\nnumber 2\n}\nDot {\nname Dot15\nxpos -916\nypos 310\n}\nset N8b087900 [stack 0]\nShuffle {\nred alpha\ngreen alpha\nblue alpha\nname Shuffle26\nlabel \"\\[value in]\"\nxpos -903\nypos 638\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix3\nxpos -854\nypos 703\n}\npush $N8b0b2400\nShuffle {\nred blue\ngreen blue\nalpha blue\nname Shuffle18\nlabel \"\\[value in]\"\nxpos -588\nypos 479\n}\npush $N8b0b0f00\nShuffle {\nred blue\ngreen blue\nalpha blue\nname Shuffle25\nlabel \"\\[value in]\"\nxpos -955\nypos 573\n}\npush $N8b087900\nShuffle {\nred blue\ngreen blue\nalpha blue\nname Shuffle24\nlabel \"\\[value in]\"\nxpos -1038\nypos 585\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix2\nxpos -1038\nypos 665\n}\npush $N8b0b2400\nShuffle {\nred green\nblue green\nalpha green\nname Shuffle16\nlabel \"\\[value in]\"\nxpos -687\nypos 426\n}\npush $N8b0b0f00\nShuffle {\nred green\nblue green\nalpha green\nname Shuffle23\nlabel \"\\[value in]\"\nxpos -1103\nypos 517\n}\npush $N8b087900\nShuffle {\nred green\nblue green\nalpha green\nname Shuffle22\nlabel \"\\[value in]\"\nxpos -1147\nypos 459\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix1\nxpos -1147\nypos 588\n}\npush $N8b0b2400\nShuffle {\ngreen red\nblue red\nalpha red\nname Shuffle15\nlabel \"\\[value in]\"\nxpos -746\nypos 383\n}\npush $N8b0b0f00\nShuffle {\ngreen red\nblue red\nalpha red\nname Shuffle21\nlabel \"\\[value in]\"\nxpos -1204\nypos 407\n}\npush $N8b087900\nShuffle {\ngreen red\nblue red\nalpha red\nname Shuffle20\nlabel \"\\[value in]\"\nxpos -1283\nypos 373\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix\nxpos -1267\nypos 552\n}\nShuffleCopy {\ninputs 2\nred alpha2\ngreen alpha\nblue black\nalpha black\nname ShuffleCopy2\nxpos -1218\nypos 701\n}\nShuffleCopy {\ninputs 2\nblue alpha\nalpha black\nname ShuffleCopy3\nxpos -1038\nypos 783\n}\nShuffleCopy {\ninputs 2\nname ShuffleCopy4\nxpos -863\nypos 824\n}\nOutput {\nname Output1\nxpos -863\nypos 924\n}\nend_group\npush $Na00e2b00\nDot {\nname Dot47\nxpos 3573\nypos 2358\n}\nset N8b01f200 [stack 0]\nDot {\nname Dot58\nxpos 2740\nypos 3281\n}\nset N8b01eb00 [stack 0]\nShuffle {\nin input\nname Shuffle19\nlabel \"\\[value in]\"\nxpos 2639\nypos 3343\ndisable {{showslices.on}}\n}\nGrade {\nchannels rgba\nblackpoint {{parent.ControlsA.min} {parent.ControlsB.min} {parent.ControlsC.min} {parent.ControlsD.min}}\nwhitepoint {{parent.slice24.whitepoint} {parent.slice24.whitepoint} {parent.slice24.whitepoint} {parent.slice24.whitepoint}}\nwhite_clamp true\nname Grade36\nxpos 2639\nypos 3422\naddUserKnob {20 User}\n}\npush $N8b01eb00\nGrade {\nchannels rgba\nblackpoint {{\"parent.ControlsA.\\[value this.numberminus]\"} {\"parent.ControlsB.\\[value this.numberminus]\"} {\"parent.ControlsC.\\[value this.numberminus]\"} {\"parent.ControlsD.\\[value this.numberminus]\"}}\nwhitepoint {{\"parent.ControlsA.\\[value this.number]\"} {\"parent.ControlsB.\\[value this.number]\"} {\"parent.ControlsC.\\[value this.number]\"} {\"parent.ControlsD.\\[value this.number]\"}}\nwhite_clamp true\nname slice24\nxpos 2735\nypos 3360\naddUserKnob {20 User}\naddUserKnob {1 numberminus}\nnumberminus twentyfour\naddUserKnob {1 number}\nnumber twentyfive\n}\nDot {\nname Dot59\nxpos 2769\nypos 3416\n}\nGroup {\ninputs 3\nname MultiMaskKeyMix24\ntile_color 0x495bc4ff\nxpos 2639\nypos 3476\n}\nInput {\ninputs 0\nname masks\nxpos -588\nypos 316\n}\nDot {\nname Dot16\nxpos -554\nypos 355\n}\nset N8b009600 [stack 0]\nShuffle {\nred alpha\ngreen alpha\nblue alpha\nname Shuffle19\nlabel \"\\[value in]\"\nxpos -491\nypos 516\n}\nInput {\ninputs 0\nname A\nxpos -854\nypos 309\nnumber 1\n}\nDot {\nname Dot14\nxpos -820\nypos 375\n}\nset N8b008100 [stack 0]\nShuffle {\nred alpha\ngreen alpha\nblue alpha\nname Shuffle27\nlabel \"\\[value in]\"\nxpos -813\nypos 632\n}\nInput {\ninputs 0\nname B\nxpos -950\nypos 268\nnumber 2\n}\nDot {\nname Dot15\nxpos -916\nypos 310\n}\nset Na13ceb00 [stack 0]\nShuffle {\nred alpha\ngreen alpha\nblue alpha\nname Shuffle26\nlabel \"\\[value in]\"\nxpos -903\nypos 638\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix3\nxpos -854\nypos 703\n}\npush $N8b009600\nShuffle {\nred blue\ngreen blue\nalpha blue\nname Shuffle18\nlabel \"\\[value in]\"\nxpos -588\nypos 479\n}\npush $N8b008100\nShuffle {\nred blue\ngreen blue\nalpha blue\nname Shuffle25\nlabel \"\\[value in]\"\nxpos -955\nypos 573\n}\npush $Na13ceb00\nShuffle {\nred blue\ngreen blue\nalpha blue\nname Shuffle24\nlabel \"\\[value in]\"\nxpos -1038\nypos 585\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix2\nxpos -1038\nypos 665\n}\npush $N8b009600\nShuffle {\nred green\nblue green\nalpha green\nname Shuffle16\nlabel \"\\[value in]\"\nxpos -687\nypos 426\n}\npush $N8b008100\nShuffle {\nred green\nblue green\nalpha green\nname Shuffle23\nlabel \"\\[value in]\"\nxpos -1103\nypos 517\n}\npush $Na13ceb00\nShuffle {\nred green\nblue green\nalpha green\nname Shuffle22\nlabel \"\\[value in]\"\nxpos -1147\nypos 459\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix1\nxpos -1147\nypos 588\n}\npush $N8b009600\nShuffle {\ngreen red\nblue red\nalpha red\nname Shuffle15\nlabel \"\\[value in]\"\nxpos -746\nypos 383\n}\npush $N8b008100\nShuffle {\ngreen red\nblue red\nalpha red\nname Shuffle21\nlabel \"\\[value in]\"\nxpos -1204\nypos 407\n}\npush $Na13ceb00\nShuffle {\ngreen red\nblue red\nalpha red\nname Shuffle20\nlabel \"\\[value in]\"\nxpos -1283\nypos 373\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix\nxpos -1267\nypos 552\n}\nShuffleCopy {\ninputs 2\nred alpha2\ngreen alpha\nblue black\nalpha black\nname ShuffleCopy2\nxpos -1218\nypos 701\n}\nShuffleCopy {\ninputs 2\nblue alpha\nalpha black\nname ShuffleCopy3\nxpos -1038\nypos 783\n}\nShuffleCopy {\ninputs 2\nname ShuffleCopy4\nxpos -863\nypos 824\n}\nOutput {\nname Output1\nxpos -863\nypos 924\n}\nend_group\npush $N8b01f200\nDot {\nname Dot63\nxpos 2929\nypos 3334\n}\nset Na1372400 [stack 0]\nShuffle {\nin input\nname Shuffle31\nlabel \"\\[value in]\"\nxpos 2828\nypos 3396\ndisable {{showslices.on}}\n}\nGrade {\nchannels rgba\nblackpoint {{parent.ControlsA.min} {parent.ControlsB.min} {parent.ControlsC.min} {parent.ControlsD.min}}\nwhitepoint {{parent.slice25.whitepoint} {parent.slice25.whitepoint} {parent.slice25.whitepoint} {parent.slice25.whitepoint}}\nwhite_clamp true\nname Grade37\nxpos 2828\nypos 3474\naddUserKnob {20 User}\n}\npush $Na1372400\nGrade {\nchannels rgba\nblackpoint {{\"parent.ControlsA.\\[value this.numberminus]\"} {\"parent.ControlsB.\\[value this.numberminus]\"} {\"parent.ControlsC.\\[value this.numberminus]\"} {\"parent.ControlsD.\\[value this.numberminus]\"}}\nwhitepoint {{\"parent.ControlsA.\\[value this.number]\"} {\"parent.ControlsB.\\[value this.number]\"} {\"parent.ControlsC.\\[value this.number]\"} {\"parent.ControlsD.\\[value this.number]\"}}\nwhite_clamp true\nname slice25\nxpos 2924\nypos 3414\naddUserKnob {20 User}\naddUserKnob {1 numberminus}\nnumberminus twentyfive\naddUserKnob {1 number}\nnumber twentysix\n}\nDot {\nname Dot64\nxpos 2958\nypos 3469\n}\nGroup {\ninputs 3\nname MultiMaskKeyMix25\ntile_color 0x495bc4ff\nxpos 2828\nypos 3529\n}\nInput {\ninputs 0\nname masks\nxpos -588\nypos 316\n}\nDot {\nname Dot16\nxpos -554\nypos 355\n}\nset Na1348f00 [stack 0]\nShuffle {\nred alpha\ngreen alpha\nblue alpha\nname Shuffle19\nlabel \"\\[value in]\"\nxpos -491\nypos 516\n}\nInput {\ninputs 0\nname A\nxpos -854\nypos 309\nnumber 1\n}\nDot {\nname Dot14\nxpos -820\nypos 375\n}\nset Na132b900 [stack 0]\nShuffle {\nred alpha\ngreen alpha\nblue alpha\nname Shuffle27\nlabel \"\\[value in]\"\nxpos -813\nypos 632\n}\nInput {\ninputs 0\nname B\nxpos -950\nypos 268\nnumber 2\n}\nDot {\nname Dot15\nxpos -916\nypos 310\n}\nset Na132a400 [stack 0]\nShuffle {\nred alpha\ngreen alpha\nblue alpha\nname Shuffle26\nlabel \"\\[value in]\"\nxpos -903\nypos 638\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix3\nxpos -854\nypos 703\n}\npush $Na1348f00\nShuffle {\nred blue\ngreen blue\nalpha blue\nname Shuffle18\nlabel \"\\[value in]\"\nxpos -588\nypos 479\n}\npush $Na132b900\nShuffle {\nred blue\ngreen blue\nalpha blue\nname Shuffle25\nlabel \"\\[value in]\"\nxpos -955\nypos 573\n}\npush $Na132a400\nShuffle {\nred blue\ngreen blue\nalpha blue\nname Shuffle24\nlabel \"\\[value in]\"\nxpos -1038\nypos 585\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix2\nxpos -1038\nypos 665\n}\npush $Na1348f00\nShuffle {\nred green\nblue green\nalpha green\nname Shuffle16\nlabel \"\\[value in]\"\nxpos -687\nypos 426\n}\npush $Na132b900\nShuffle {\nred green\nblue green\nalpha green\nname Shuffle23\nlabel \"\\[value in]\"\nxpos -1103\nypos 517\n}\npush $Na132a400\nShuffle {\nred green\nblue green\nalpha green\nname Shuffle22\nlabel \"\\[value in]\"\nxpos -1147\nypos 459\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix1\nxpos -1147\nypos 588\n}\npush $Na1348f00\nShuffle {\ngreen red\nblue red\nalpha red\nname Shuffle15\nlabel \"\\[value in]\"\nxpos -746\nypos 383\n}\npush $Na132b900\nShuffle {\ngreen red\nblue red\nalpha red\nname Shuffle21\nlabel \"\\[value in]\"\nxpos -1204\nypos 407\n}\npush $Na132a400\nShuffle {\ngreen red\nblue red\nalpha red\nname Shuffle20\nlabel \"\\[value in]\"\nxpos -1283\nypos 373\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix\nxpos -1267\nypos 552\n}\nShuffleCopy {\ninputs 2\nred alpha2\ngreen alpha\nblue black\nalpha black\nname ShuffleCopy2\nxpos -1218\nypos 701\n}\nShuffleCopy {\ninputs 2\nblue alpha\nalpha black\nname ShuffleCopy3\nxpos -1038\nypos 783\n}\nShuffleCopy {\ninputs 2\nname ShuffleCopy4\nxpos -863\nypos 824\n}\nOutput {\nname Output1\nxpos -863\nypos 924\n}\nend_group\npush $N8b01f200\nDot {\nname Dot65\nxpos 3128\nypos 3374\n}\nset Na12d1d00 [stack 0]\nShuffle {\nin input\nname Shuffle32\nlabel \"\\[value in]\"\nxpos 3027\nypos 3435\ndisable {{showslices.on}}\n}\nGrade {\nchannels rgba\nblackpoint {{parent.ControlsA.min} {parent.ControlsB.min} {parent.ControlsC.min} {parent.ControlsD.min}}\nwhitepoint {{parent.slice26.whitepoint} {parent.slice26.whitepoint} {parent.slice26.whitepoint} {parent.slice26.whitepoint}}\nwhite_clamp true\nname Grade38\nxpos 3027\nypos 3514\naddUserKnob {20 User}\n}\npush $Na12d1d00\nGrade {\nchannels rgba\nblackpoint {{\"parent.ControlsA.\\[value this.numberminus]\"} {\"parent.ControlsB.\\[value this.numberminus]\"} {\"parent.ControlsC.\\[value this.numberminus]\"} {\"parent.ControlsD.\\[value this.numberminus]\"}}\nwhitepoint {{\"parent.ControlsA.\\[value this.number]\"} {\"parent.ControlsB.\\[value this.number]\"} {\"parent.ControlsC.\\[value this.number]\"} {\"parent.ControlsD.\\[value this.number]\"}}\nwhite_clamp true\nname slice26\nxpos 3119\nypos 3451\naddUserKnob {20 User}\naddUserKnob {1 numberminus}\nnumberminus twentysix\naddUserKnob {1 number}\nnumber twentyseven\n}\nDot {\nname Dot66\nxpos 3157\nypos 3509\n}\nGroup {\ninputs 3\nname MultiMaskKeyMix26\ntile_color 0x495bc4ff\nxpos 3027\nypos 3569\n}\nInput {\ninputs 0\nname masks\nxpos -588\nypos 316\n}\nDot {\nname Dot16\nxpos -554\nypos 355\n}\nset Na12a0800 [stack 0]\nShuffle {\nred alpha\ngreen alpha\nblue alpha\nname Shuffle19\nlabel \"\\[value in]\"\nxpos -491\nypos 516\n}\nInput {\ninputs 0\nname A\nxpos -854\nypos 309\nnumber 1\n}\nDot {\nname Dot14\nxpos -820\nypos 375\n}\nset Na127f200 [stack 0]\nShuffle {\nred alpha\ngreen alpha\nblue alpha\nname Shuffle27\nlabel \"\\[value in]\"\nxpos -813\nypos 632\n}\nInput {\ninputs 0\nname B\nxpos -950\nypos 268\nnumber 2\n}\nDot {\nname Dot15\nxpos -916\nypos 310\n}\nset Na127dd00 [stack 0]\nShuffle {\nred alpha\ngreen alpha\nblue alpha\nname Shuffle26\nlabel \"\\[value in]\"\nxpos -903\nypos 638\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix3\nxpos -854\nypos 703\n}\npush $Na12a0800\nShuffle {\nred blue\ngreen blue\nalpha blue\nname Shuffle18\nlabel \"\\[value in]\"\nxpos -588\nypos 479\n}\npush $Na127f200\nShuffle {\nred blue\ngreen blue\nalpha blue\nname Shuffle25\nlabel \"\\[value in]\"\nxpos -955\nypos 573\n}\npush $Na127dd00\nShuffle {\nred blue\ngreen blue\nalpha blue\nname Shuffle24\nlabel \"\\[value in]\"\nxpos -1038\nypos 585\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix2\nxpos -1038\nypos 665\n}\npush $Na12a0800\nShuffle {\nred green\nblue green\nalpha green\nname Shuffle16\nlabel \"\\[value in]\"\nxpos -687\nypos 426\n}\npush $Na127f200\nShuffle {\nred green\nblue green\nalpha green\nname Shuffle23\nlabel \"\\[value in]\"\nxpos -1103\nypos 517\n}\npush $Na127dd00\nShuffle {\nred green\nblue green\nalpha green\nname Shuffle22\nlabel \"\\[value in]\"\nxpos -1147\nypos 459\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix1\nxpos -1147\nypos 588\n}\npush $Na12a0800\nShuffle {\ngreen red\nblue red\nalpha red\nname Shuffle15\nlabel \"\\[value in]\"\nxpos -746\nypos 383\n}\npush $Na127f200\nShuffle {\ngreen red\nblue red\nalpha red\nname Shuffle21\nlabel \"\\[value in]\"\nxpos -1204\nypos 407\n}\npush $Na127dd00\nShuffle {\ngreen red\nblue red\nalpha red\nname Shuffle20\nlabel \"\\[value in]\"\nxpos -1283\nypos 373\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix\nxpos -1267\nypos 552\n}\nShuffleCopy {\ninputs 2\nred alpha2\ngreen alpha\nblue black\nalpha black\nname ShuffleCopy2\nxpos -1218\nypos 701\n}\nShuffleCopy {\ninputs 2\nblue alpha\nalpha black\nname ShuffleCopy3\nxpos -1038\nypos 783\n}\nShuffleCopy {\ninputs 2\nname ShuffleCopy4\nxpos -863\nypos 824\n}\nOutput {\nname Output1\nxpos -863\nypos 924\n}\nend_group\npush $N8b01f200\nDot {\nname Dot67\nxpos 3315\nypos 3432\n}\nset Na1229600 [stack 0]\nShuffle {\nin input\nname Shuffle33\nlabel \"\\[value in]\"\nxpos 3214\nypos 3493\ndisable {{showslices.on}}\n}\nGrade {\nchannels rgba\nblackpoint {{parent.ControlsA.min} {parent.ControlsB.min} {parent.ControlsC.min} {parent.ControlsD.min}}\nwhitepoint {{parent.slice27.whitepoint} {parent.slice27.whitepoint} {parent.slice27.whitepoint} {parent.slice27.whitepoint}}\nwhite_clamp true\nname Grade39\nxpos 3214\nypos 3572\naddUserKnob {20 User}\n}\npush $Na1229600\nGrade {\nchannels rgba\nblackpoint {{\"parent.ControlsA.\\[value this.numberminus]\"} {\"parent.ControlsB.\\[value this.numberminus]\"} {\"parent.ControlsC.\\[value this.numberminus]\"} {\"parent.ControlsD.\\[value this.numberminus]\"}}\nwhitepoint {{\"parent.ControlsA.\\[value this.number]\"} {\"parent.ControlsB.\\[value this.number]\"} {\"parent.ControlsC.\\[value this.number]\"} {\"parent.ControlsD.\\[value this.number]\"}}\nwhite_clamp true\nname slice27\nxpos 3310\nypos 3514\naddUserKnob {20 User}\naddUserKnob {1 numberminus}\nnumberminus twentyseven\naddUserKnob {1 number}\nnumber twentyeight\n}\nDot {\nname Dot69\nxpos 3344\nypos 3567\n}\nGroup {\ninputs 3\nname MultiMaskKeyMix27\ntile_color 0x495bc4ff\nxpos 3214\nypos 3627\n}\nInput {\ninputs 0\nname masks\nxpos -588\nypos 316\n}\nDot {\nname Dot16\nxpos -554\nypos 355\n}\nset Na11f4100 [stack 0]\nShuffle {\nred alpha\ngreen alpha\nblue alpha\nname Shuffle19\nlabel \"\\[value in]\"\nxpos -491\nypos 516\n}\nInput {\ninputs 0\nname A\nxpos -854\nypos 309\nnumber 1\n}\nDot {\nname Dot14\nxpos -820\nypos 375\n}\nset Na11deb00 [stack 0]\nShuffle {\nred alpha\ngreen alpha\nblue alpha\nname Shuffle27\nlabel \"\\[value in]\"\nxpos -813\nypos 632\n}\nInput {\ninputs 0\nname B\nxpos -950\nypos 268\nnumber 2\n}\nDot {\nname Dot15\nxpos -916\nypos 310\n}\nset Na11dd600 [stack 0]\nShuffle {\nred alpha\ngreen alpha\nblue alpha\nname Shuffle26\nlabel \"\\[value in]\"\nxpos -903\nypos 638\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix3\nxpos -854\nypos 703\n}\npush $Na11f4100\nShuffle {\nred blue\ngreen blue\nalpha blue\nname Shuffle18\nlabel \"\\[value in]\"\nxpos -588\nypos 479\n}\npush $Na11deb00\nShuffle {\nred blue\ngreen blue\nalpha blue\nname Shuffle25\nlabel \"\\[value in]\"\nxpos -955\nypos 573\n}\npush $Na11dd600\nShuffle {\nred blue\ngreen blue\nalpha blue\nname Shuffle24\nlabel \"\\[value in]\"\nxpos -1038\nypos 585\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix2\nxpos -1038\nypos 665\n}\npush $Na11f4100\nShuffle {\nred green\nblue green\nalpha green\nname Shuffle16\nlabel \"\\[value in]\"\nxpos -687\nypos 426\n}\npush $Na11deb00\nShuffle {\nred green\nblue green\nalpha green\nname Shuffle23\nlabel \"\\[value in]\"\nxpos -1103\nypos 517\n}\npush $Na11dd600\nShuffle {\nred green\nblue green\nalpha green\nname Shuffle22\nlabel \"\\[value in]\"\nxpos -1147\nypos 459\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix1\nxpos -1147\nypos 588\n}\npush $Na11f4100\nShuffle {\ngreen red\nblue red\nalpha red\nname Shuffle15\nlabel \"\\[value in]\"\nxpos -746\nypos 383\n}\npush $Na11deb00\nShuffle {\ngreen red\nblue red\nalpha red\nname Shuffle21\nlabel \"\\[value in]\"\nxpos -1204\nypos 407\n}\npush $Na11dd600\nShuffle {\ngreen red\nblue red\nalpha red\nname Shuffle20\nlabel \"\\[value in]\"\nxpos -1283\nypos 373\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix\nxpos -1267\nypos 552\n}\nShuffleCopy {\ninputs 2\nred alpha2\ngreen alpha\nblue black\nalpha black\nname ShuffleCopy2\nxpos -1218\nypos 701\n}\nShuffleCopy {\ninputs 2\nblue alpha\nalpha black\nname ShuffleCopy3\nxpos -1038\nypos 783\n}\nShuffleCopy {\ninputs 2\nname ShuffleCopy4\nxpos -863\nypos 824\n}\nOutput {\nname Output1\nxpos -863\nypos 924\n}\nend_group\npush $N8b01f200\nDot {\nname Dot70\nxpos 3503\nypos 3491\n}\nset Na117cf00 [stack 0]\nShuffle {\nin input\nname Shuffle34\nlabel \"\\[value in]\"\nxpos 3402\nypos 3553\ndisable {{showslices.on}}\n}\nGrade {\nchannels rgba\nblackpoint {{parent.ControlsA.min} {parent.ControlsB.min} {parent.ControlsC.min} {parent.ControlsD.min}}\nwhitepoint {{parent.slice28.whitepoint} {parent.slice28.whitepoint} {parent.slice28.whitepoint} {parent.slice28.whitepoint}}\nwhite_clamp true\nname Grade40\nxpos 3402\nypos 3631\naddUserKnob {20 User}\n}\npush $Na117cf00\nGrade {\nchannels rgba\nblackpoint {{\"parent.ControlsA.\\[value this.numberminus]\"} {\"parent.ControlsB.\\[value this.numberminus]\"} {\"parent.ControlsC.\\[value this.numberminus]\"} {\"parent.ControlsD.\\[value this.numberminus]\"}}\nwhitepoint {{\"parent.ControlsA.\\[value this.number]\"} {\"parent.ControlsB.\\[value this.number]\"} {\"parent.ControlsC.\\[value this.number]\"} {\"parent.ControlsD.\\[value this.number]\"}}\nwhite_clamp true\nname slice28\nxpos 3494\nypos 3572\naddUserKnob {20 User}\naddUserKnob {1 numberminus}\nnumberminus twentyeight\naddUserKnob {1 number}\nnumber twentynine\n}\nDot {\nname Dot71\nxpos 3532\nypos 3626\n}\nGroup {\ninputs 3\nname MultiMaskKeyMix28\ntile_color 0x495bc4ff\nxpos 3402\nypos 3686\n}\nInput {\ninputs 0\nname masks\nxpos -588\nypos 316\n}\nDot {\nname Dot16\nxpos -554\nypos 355\n}\nset Na113b900 [stack 0]\nShuffle {\nred alpha\ngreen alpha\nblue alpha\nname Shuffle19\nlabel \"\\[value in]\"\nxpos -491\nypos 516\n}\nInput {\ninputs 0\nname A\nxpos -854\nypos 309\nnumber 1\n}\nDot {\nname Dot14\nxpos -820\nypos 375\n}\nset Na113a400 [stack 0]\nShuffle {\nred alpha\ngreen alpha\nblue alpha\nname Shuffle27\nlabel \"\\[value in]\"\nxpos -813\nypos 632\n}\nInput {\ninputs 0\nname B\nxpos -950\nypos 268\nnumber 2\n}\nDot {\nname Dot15\nxpos -916\nypos 310\n}\nset Na1138f00 [stack 0]\nShuffle {\nred alpha\ngreen alpha\nblue alpha\nname Shuffle26\nlabel \"\\[value in]\"\nxpos -903\nypos 638\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix3\nxpos -854\nypos 703\n}\npush $Na113b900\nShuffle {\nred blue\ngreen blue\nalpha blue\nname Shuffle18\nlabel \"\\[value in]\"\nxpos -588\nypos 479\n}\npush $Na113a400\nShuffle {\nred blue\ngreen blue\nalpha blue\nname Shuffle25\nlabel \"\\[value in]\"\nxpos -955\nypos 573\n}\npush $Na1138f00\nShuffle {\nred blue\ngreen blue\nalpha blue\nname Shuffle24\nlabel \"\\[value in]\"\nxpos -1038\nypos 585\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix2\nxpos -1038\nypos 665\n}\npush $Na113b900\nShuffle {\nred green\nblue green\nalpha green\nname Shuffle16\nlabel \"\\[value in]\"\nxpos -687\nypos 426\n}\npush $Na113a400\nShuffle {\nred green\nblue green\nalpha green\nname Shuffle23\nlabel \"\\[value in]\"\nxpos -1103\nypos 517\n}\npush $Na1138f00\nShuffle {\nred green\nblue green\nalpha green\nname Shuffle22\nlabel \"\\[value in]\"\nxpos -1147\nypos 459\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix1\nxpos -1147\nypos 588\n}\npush $Na113b900\nShuffle {\ngreen red\nblue red\nalpha red\nname Shuffle15\nlabel \"\\[value in]\"\nxpos -746\nypos 383\n}\npush $Na113a400\nShuffle {\ngreen red\nblue red\nalpha red\nname Shuffle21\nlabel \"\\[value in]\"\nxpos -1204\nypos 407\n}\npush $Na1138f00\nShuffle {\ngreen red\nblue red\nalpha red\nname Shuffle20\nlabel \"\\[value in]\"\nxpos -1283\nypos 373\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix\nxpos -1267\nypos 552\n}\nShuffleCopy {\ninputs 2\nred alpha2\ngreen alpha\nblue black\nalpha black\nname ShuffleCopy2\nxpos -1218\nypos 701\n}\nShuffleCopy {\ninputs 2\nblue alpha\nalpha black\nname ShuffleCopy3\nxpos -1038\nypos 783\n}\nShuffleCopy {\ninputs 2\nname ShuffleCopy4\nxpos -863\nypos 824\n}\nOutput {\nname Output1\nxpos -863\nypos 924\n}\nend_group\npush $N8b01f200\nDot {\nname Dot72\nxpos 3698\nypos 3545\n}\nset Na10e0800 [stack 0]\nShuffle {\nin input\nname Shuffle35\nlabel \"\\[value in]\"\nxpos 3597\nypos 3606\ndisable {{showslices.on}}\n}\nGrade {\nchannels rgba\nblackpoint {{parent.ControlsA.min} {parent.ControlsB.min} {parent.ControlsC.min} {parent.ControlsD.min}}\nwhitepoint {{parent.slice29.whitepoint} {parent.slice29.whitepoint} {parent.slice29.whitepoint} {parent.slice29.whitepoint}}\nwhite_clamp true\nname Grade41\nxpos 3597\nypos 3687\naddUserKnob {20 User}\n}\npush $Na10e0800\nGrade {\nchannels rgba\nblackpoint {{\"parent.ControlsA.\\[value this.numberminus]\"} {\"parent.ControlsB.\\[value this.numberminus]\"} {\"parent.ControlsC.\\[value this.numberminus]\"} {\"parent.ControlsD.\\[value this.numberminus]\"}}\nwhitepoint {{\"parent.ControlsA.\\[value this.number]\"} {\"parent.ControlsB.\\[value this.number]\"} {\"parent.ControlsC.\\[value this.number]\"} {\"parent.ControlsD.\\[value this.number]\"}}\nwhite_clamp true\nname slice29\nxpos 3693\nypos 3628\naddUserKnob {20 User}\naddUserKnob {1 numberminus}\nnumberminus twentynine\naddUserKnob {1 number}\nnumber thirty\n}\nDot {\nname Dot73\nxpos 3727\nypos 3680\n}\nGroup {\ninputs 3\nname MultiMaskKeyMix29\ntile_color 0x495bc4ff\nxpos 3597\nypos 3740\n}\nInput {\ninputs 0\nname masks\nxpos -588\nypos 316\n}\nDot {\nname Dot16\nxpos -554\nypos 355\n}\nset Na1093200 [stack 0]\nShuffle {\nred alpha\ngreen alpha\nblue alpha\nname Shuffle19\nlabel \"\\[value in]\"\nxpos -491\nypos 516\n}\nInput {\ninputs 0\nname A\nxpos -854\nypos 309\nnumber 1\n}\nDot {\nname Dot14\nxpos -820\nypos 375\n}\nset Na1091d00 [stack 0]\nShuffle {\nred alpha\ngreen alpha\nblue alpha\nname Shuffle27\nlabel \"\\[value in]\"\nxpos -813\nypos 632\n}\nInput {\ninputs 0\nname B\nxpos -950\nypos 268\nnumber 2\n}\nDot {\nname Dot15\nxpos -916\nypos 310\n}\nset Na1090800 [stack 0]\nShuffle {\nred alpha\ngreen alpha\nblue alpha\nname Shuffle26\nlabel \"\\[value in]\"\nxpos -903\nypos 638\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix3\nxpos -854\nypos 703\n}\npush $Na1093200\nShuffle {\nred blue\ngreen blue\nalpha blue\nname Shuffle18\nlabel \"\\[value in]\"\nxpos -588\nypos 479\n}\npush $Na1091d00\nShuffle {\nred blue\ngreen blue\nalpha blue\nname Shuffle25\nlabel \"\\[value in]\"\nxpos -955\nypos 573\n}\npush $Na1090800\nShuffle {\nred blue\ngreen blue\nalpha blue\nname Shuffle24\nlabel \"\\[value in]\"\nxpos -1038\nypos 585\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix2\nxpos -1038\nypos 665\n}\npush $Na1093200\nShuffle {\nred green\nblue green\nalpha green\nname Shuffle16\nlabel \"\\[value in]\"\nxpos -687\nypos 426\n}\npush $Na1091d00\nShuffle {\nred green\nblue green\nalpha green\nname Shuffle23\nlabel \"\\[value in]\"\nxpos -1103\nypos 517\n}\npush $Na1090800\nShuffle {\nred green\nblue green\nalpha green\nname Shuffle22\nlabel \"\\[value in]\"\nxpos -1147\nypos 459\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix1\nxpos -1147\nypos 588\n}\npush $Na1093200\nShuffle {\ngreen red\nblue red\nalpha red\nname Shuffle15\nlabel \"\\[value in]\"\nxpos -746\nypos 383\n}\npush $Na1091d00\nShuffle {\ngreen red\nblue red\nalpha red\nname Shuffle21\nlabel \"\\[value in]\"\nxpos -1204\nypos 407\n}\npush $Na1090800\nShuffle {\ngreen red\nblue red\nalpha red\nname Shuffle20\nlabel \"\\[value in]\"\nxpos -1283\nypos 373\n}\nKeymix {\ninputs 3\nchannels rgba\nname MultiMaskMix\nxpos -1267\nypos 552\n}\nShuffleCopy {\ninputs 2\nred alpha2\ngreen alpha\nblue black\nalpha black\nname ShuffleCopy2\nxpos -1218\nypos 701\n}\nShuffleCopy {\ninputs 2\nblue alpha\nalpha black\nname ShuffleCopy3\nxpos -1038\nypos 783\n}\nShuffleCopy {\ninputs 2\nname ShuffleCopy4\nxpos -863\nypos 824\n}\nOutput {\nname Output1\nxpos -863\nypos 924\n}\nend_group\nset Na10a8100 [stack 0]\npush $Na10a8100\nInvert {\nchannels rgba\nname Invert2\nxpos 3496\nypos 3876\n}\nset Na1038100 [stack 0]\nMerge2 {\ninputs 2\noperation copy\nname Merge8\nxpos 3597\nypos 3951\ndisable {{parent.inverted}}\n}\nDot {\nname Dot81\nxpos 3631\nypos 4027\n}\nDot {\nname Dot87\nxpos 3631\nypos 4368\n}\nset Na1006b00 [stack 0]\nDot {\nname Dot74\nxpos 3631\nypos 4809\n}\nset Na1006400 [stack 0]\nShuffle {\nred alpha\ngreen alpha\nblue alpha\nname Shuffle39\nlabel \"\\[value in]\"\nxpos 3717\nypos 4870\n}\nset Na1005d00 [stack 0]\npush $Na1006400\nShuffle {\nred blue\ngreen blue\nalpha blue\nname Shuffle38\nlabel \"\\[value in]\"\nxpos 3630\nypos 4871\n}\nset Na1005600 [stack 0]\npush 0\npush $Na1006400\nShuffle {\ngreen red\nblue red\nalpha red\nname Shuffle36\nlabel \"\\[value in]\"\nxpos 3450\nypos 4869\n}\nset Na1004f00 [stack 0]\npush $Na1006400\nShuffle {\nred green\nblue green\nalpha green\nname Shuffle37\nlabel \"\\[value in]\"\nxpos 3540\nypos 4870\n}\nset Na1004800 [stack 0]\nMerge2 {\ninputs 4+1\noperation plus\nname Merge6\nxpos 3501\nypos 4975\n}\nGrade {\nchannels rgba\nwhite 0.25\nwhite_clamp true\nname Grade2\nxpos 3501\nypos 5003\n}\npush $Na1005d00\npush $Na1005600\npush 0\npush $Na1004f00\npush $Na1004800\nMerge2 {\ninputs 4+1\noperation min\nname Merge7\nxpos 3663\nypos 4984\n}\nSwitch {\ninputs 2\nwhich {{parent.refine}}\nname averageorminswitch\nlabel \"\\[value which]\"\nxpos 3579\nypos 5080\n}\nGrade {\nchannels rgba\nname Contrastpost\nxpos 3579\nypos 5254\n}\nShuffle {\nred alpha\ngreen alpha\nblue alpha\nname Shuffle3\nlabel \"\\[value in]\"\nxpos 3579\nypos 5401\n}\npush $N3bfdb200\nDot {\nname Dot79\nxpos 4227\nypos -920\n}\nDot {\nname Dot83\nxpos 4235\nypos 4035\n}\nset N90f9eb00 [stack 0]\nDot {\nname Dot84\nxpos 4328\nypos 4087\n}\nKeyer {\noperation \"luminance key\"\nrange {0.2 1 1 1}\nname Keyer1\nxpos 4290\nypos 4205\n}\npush $Na1038100\nDot {\nname Dot82\nxpos 4107\nypos 4027\n}\nGrade {\nchannels rgba\ngamma 2\nwhite_clamp true\nname Grade3\nxpos 4073\nypos 4231\n}\nColorLookup {\nlut {master {curve C k 0 s0 l x0.400000006 1 k 0 s0}\n red {}\n green {}\n blue {}\n alpha {}}\nname ColorLookup1\nxpos 4073\nypos 4259\n}\nShuffle {\nred alpha\ngreen alpha\nblue alpha\nname Shuffle40\nlabel \"\\[value in]\"\nxpos 4073\nypos 4287\n}\npush $Na1006b00\nConstant {\ninputs 0\nchannels rgb\ncolor {1 0 0 0}\ncolor_panelDropped true\nname Constant1\nxpos 3939\nypos 4289\n}\nCopyBBox {\ninputs 2\nname CopyBBox1\nxpos 3939\nypos 4363\n}\nCopy {\ninputs 2\nfrom0 rgba.alpha\nto0 rgba.alpha\nname Copy1\nxpos 4073\nypos 4353\n}\npush $N90f9eb00\nGrade {\nwhite {{parent.previewgain}}\ngamma {{parent.previewgamma}}\nname Grade4\nxpos 4197\nypos 4117\n}\nMerge2 {\ninputs 2+1\noperation matte\nname Merge9\nxpos 4197\nypos 4360\n}\nShuffle {\nalpha black\nname Shuffle42\nlabel \"\\[value in]\"\nxpos 4197\nypos 4448\n}\nDot {\nname Dot80\nxpos 4235\nypos 5600\n}\nMerge2 {\ninputs 2\noperation copy\nname Merge10\nxpos 3579\nypos 5595\ndisable {{showslices.on x1442 0}}\n}\npush $N3bfdb200\nDot {\nname Dot76\nxpos -2306\nypos -944\n}\nDot {\nname Dot75\nxpos -2301\nypos 5744\n}\nRemove {\noperation keep\nchannels rgba\nname Remove1\nxpos 3103\nypos 5739\n}\nGrade {\nchannels rgba\nwhite 0\nname Grade6\nxpos 3276\nypos 5739\n}\nMerge2 {\ninputs 2+1\noperation copy\nname Merge11\nxpos 3579\nypos 5739\n}\nRemove {\noperation keep\nchannels rgba\nname Remove3\nxpos 3579\nypos 5838\n}\nOutput {\nname Output1\nxpos 3579\nypos 5916\n}\nNoOp {\ninputs 0\nname ControlsA\nxpos -1580\nypos 4146\naddUserKnob {20 User}\naddUserKnob {7 min}\nmin {{Controls1.offsetA}}\naddUserKnob {7 one}\none {{this.min*2}}\naddUserKnob {7 two}\ntwo {{this.one+(this.one)*(decrease+curved_decrease*0)}}\naddUserKnob {7 three}\nthree {{this.two+(this.one)*(decrease+curved_decrease*1)}}\naddUserKnob {7 four}\nfour {{this.three+(this.one)*(decrease+curved_decrease*2)}}\naddUserKnob {7 five}\nfive {{this.four+(this.one)*(decrease+curved_decrease*3)}}\naddUserKnob {7 six}\nsix {{this.five+(this.one)*(decrease+curved_decrease*4)}}\naddUserKnob {7 seven}\nseven {{this.six+(this.one)*(decrease+curved_decrease*5)}}\naddUserKnob {7 eight}\neight {{this.seven+(this.one)*(decrease+curved_decrease*6)}}\naddUserKnob {7 nine}\nnine {{this.eight+(this.one)*(decrease+curved_decrease*7)}}\naddUserKnob {7 ten}\nten {{this.nine+(this.one)*(decrease+curved_decrease*8)}}\naddUserKnob {7 eleven}\neleven {{this.ten+(this.one)*(decrease+curved_decrease*9)}}\naddUserKnob {7 twelve}\ntwelve {{this.eleven+(this.one)*(decrease+curved_decrease*10)}}\naddUserKnob {7 thirteen}\nthirteen {{this.twelve+(this.one)*(decrease+curved_decrease*11)}}\naddUserKnob {7 fourteen}\nfourteen {{this.thirteen+(this.one)*(decrease+curved_decrease*12)}}\naddUserKnob {7 fifteen}\nfifteen {{this.fourteen+(this.one)*(decrease+curved_decrease*13)}}\naddUserKnob {7 sixteen}\nsixteen {{this.fifteen+(this.one)*(decrease+curved_decrease*14)}}\naddUserKnob {7 seventeen}\nseventeen {{this.sixteen+(this.one)*(decrease+curved_decrease*15)}}\naddUserKnob {7 eighteen}\neighteen {{this.seventeen+(this.one)*(decrease+curved_decrease*16)}}\naddUserKnob {7 nineteen}\nnineteen {{this.eighteen+(this.one)*(decrease+curved_decrease*17)}}\naddUserKnob {7 twenty}\ntwenty {{this.nineteen+(this.one)*(decrease+curved_decrease*18)}}\naddUserKnob {7 twentyone}\ntwentyone {{this.twenty+(this.one)*(decrease+curved_decrease*19)}}\naddUserKnob {7 twentytwo}\ntwentytwo {{this.twentyone+(this.one)*(decrease+curved_decrease*20)}}\naddUserKnob {7 twentythree}\ntwentythree {{this.twentytwo+(this.one)*(decrease+curved_decrease*21)}}\naddUserKnob {7 twentyfour}\ntwentyfour {{this.twentythree+(this.one)*(decrease+curved_decrease*22)}}\naddUserKnob {7 twentyfive}\ntwentyfive {{this.twentyfour+(this.one)*(decrease+curved_decrease*23)}}\naddUserKnob {7 twentysix}\ntwentysix {{this.twentyfive+(this.one)*(decrease+curved_decrease*24)}}\naddUserKnob {7 twentyseven}\ntwentyseven {{this.twentysix+(this.one)*(decrease+curved_decrease*25)}}\naddUserKnob {7 twentyeight}\ntwentyeight {{this.twentyseven+(this.one)*(decrease+curved_decrease*26)}}\naddUserKnob {7 twentynine}\ntwentynine {{this.twentyeight+(this.one)*(decrease+curved_decrease*27)}}\naddUserKnob {7 thirty}\nthirty {{this.twentynine+(this.one)*(decrease+curved_decrease*28)}}\naddUserKnob {7 decrease}\ndecrease {{parent.Controls1.decrease}}\naddUserKnob {7 curved_decrease}\ncurved_decrease {{this.decrease*0.8}}\n}\nNoOp {\ninputs 0\nname ControlsB\nxpos -711\nypos 4538\naddUserKnob {20 User}\naddUserKnob {7 min}\nmin {{parent.Controls1.offsetB}}\naddUserKnob {7 one}\none {{this.min*2}}\naddUserKnob {7 two}\ntwo {{this.one+(this.one)*(decrease+curved_decrease*0)}}\naddUserKnob {7 three}\nthree {{this.two+(this.one)*(decrease+curved_decrease*1)}}\naddUserKnob {7 four}\nfour {{this.three+(this.one)*(decrease+curved_decrease*2)}}\naddUserKnob {7 five}\nfive {{this.four+(this.one)*(decrease+curved_decrease*3)}}\naddUserKnob {7 six}\nsix {{this.five+(this.one)*(decrease+curved_decrease*4)}}\naddUserKnob {7 seven}\nseven {{this.six+(this.one)*(decrease+curved_decrease*5)}}\naddUserKnob {7 eight}\neight {{this.seven+(this.one)*(decrease+curved_decrease*6)}}\naddUserKnob {7 nine}\nnine {{this.eight+(this.one)*(decrease+curved_decrease*7)}}\naddUserKnob {7 ten}\nten {{this.nine+(this.one)*(decrease+curved_decrease*8)}}\naddUserKnob {7 eleven}\neleven {{this.ten+(this.one)*(decrease+curved_decrease*9)}}\naddUserKnob {7 twelve}\ntwelve {{this.eleven+(this.one)*(decrease+curved_decrease*10)}}\naddUserKnob {7 thirteen}\nthirteen {{this.twelve+(this.one)*(decrease+curved_decrease*11)}}\naddUserKnob {7 fourteen}\nfourteen {{this.thirteen+(this.one)*(decrease+curved_decrease*12)}}\naddUserKnob {7 fifteen}\nfifteen {{this.fourteen+(this.one)*(decrease+curved_decrease*13)}}\naddUserKnob {7 sixteen}\nsixteen {{this.fifteen+(this.one)*(decrease+curved_decrease*14)}}\naddUserKnob {7 seventeen}\nseventeen {{this.sixteen+(this.one)*(decrease+curved_decrease*15)}}\naddUserKnob {7 eighteen}\neighteen {{this.seventeen+(this.one)*(decrease+curved_decrease*16)}}\naddUserKnob {7 nineteen}\nnineteen {{this.eighteen+(this.one)*(decrease+curved_decrease*17)}}\naddUserKnob {7 twenty}\ntwenty {{this.nineteen+(this.one)*(decrease+curved_decrease*18)}}\naddUserKnob {7 twentyone}\ntwentyone {{this.twenty+(this.one)*(decrease+curved_decrease*19)}}\naddUserKnob {7 twentytwo}\ntwentytwo {{this.twentyone+(this.one)*(decrease+curved_decrease*20)}}\naddUserKnob {7 twentythree}\ntwentythree {{this.twentytwo+(this.one)*(decrease+curved_decrease*21)}}\naddUserKnob {7 twentyfour}\ntwentyfour {{this.twentythree+(this.one)*(decrease+curved_decrease*22)}}\naddUserKnob {7 twentyfive}\ntwentyfive {{this.twentyfour+(this.one)*(decrease+curved_decrease*23)}}\naddUserKnob {7 twentysix}\ntwentysix {{this.twentyfive+(this.one)*(decrease+curved_decrease*24)}}\naddUserKnob {7 twentyseven}\ntwentyseven {{this.twentysix+(this.one)*(decrease+curved_decrease*25)}}\naddUserKnob {7 twentyeight}\ntwentyeight {{this.twentyseven+(this.one)*(decrease+curved_decrease*26)}}\naddUserKnob {7 twentynine}\ntwentynine {{this.twentyeight+(this.one)*(decrease+curved_decrease*27)}}\naddUserKnob {7 thirty}\nthirty {{this.twentynine+(this.one)*(decrease+curved_decrease*28)}}\naddUserKnob {7 decrease}\ndecrease {{parent.Controls1.decrease}}\naddUserKnob {7 curved_decrease}\ncurved_decrease {{this.decrease*0.8}}\n}\nNoOp {\ninputs 0\nname ControlsC\nxpos 421\nypos 4754\naddUserKnob {20 User}\naddUserKnob {7 min}\nmin {{parent.Controls1.offsetC}}\naddUserKnob {7 one}\none {{this.min*2}}\naddUserKnob {7 two}\ntwo {{this.one+(this.one)*(decrease+curved_decrease*0)}}\naddUserKnob {7 three}\nthree {{this.two+(this.one)*(decrease+curved_decrease*1)}}\naddUserKnob {7 four}\nfour {{this.three+(this.one)*(decrease+curved_decrease*2)}}\naddUserKnob {7 five}\nfive {{this.four+(this.one)*(decrease+curved_decrease*3)}}\naddUserKnob {7 six}\nsix {{this.five+(this.one)*(decrease+curved_decrease*4)}}\naddUserKnob {7 seven}\nseven {{this.six+(this.one)*(decrease+curved_decrease*5)}}\naddUserKnob {7 eight}\neight {{this.seven+(this.one)*(decrease+curved_decrease*6)}}\naddUserKnob {7 nine}\nnine {{this.eight+(this.one)*(decrease+curved_decrease*7)}}\naddUserKnob {7 ten}\nten {{this.nine+(this.one)*(decrease+curved_decrease*8)}}\naddUserKnob {7 eleven}\neleven {{this.ten+(this.one)*(decrease+curved_decrease*9)}}\naddUserKnob {7 twelve}\ntwelve {{this.eleven+(this.one)*(decrease+curved_decrease*10)}}\naddUserKnob {7 thirteen}\nthirteen {{this.twelve+(this.one)*(decrease+curved_decrease*11)}}\naddUserKnob {7 fourteen}\nfourteen {{this.thirteen+(this.one)*(decrease+curved_decrease*12)}}\naddUserKnob {7 fifteen}\nfifteen {{this.fourteen+(this.one)*(decrease+curved_decrease*13)}}\naddUserKnob {7 sixteen}\nsixteen {{this.fifteen+(this.one)*(decrease+curved_decrease*14)}}\naddUserKnob {7 seventeen}\nseventeen {{this.sixteen+(this.one)*(decrease+curved_decrease*15)}}\naddUserKnob {7 eighteen}\neighteen {{this.seventeen+(this.one)*(decrease+curved_decrease*16)}}\naddUserKnob {7 nineteen}\nnineteen {{this.eighteen+(this.one)*(decrease+curved_decrease*17)}}\naddUserKnob {7 twenty}\ntwenty {{this.nineteen+(this.one)*(decrease+curved_decrease*18)}}\naddUserKnob {7 twentyone}\ntwentyone {{this.twenty+(this.one)*(decrease+curved_decrease*19)}}\naddUserKnob {7 twentytwo}\ntwentytwo {{this.twentyone+(this.one)*(decrease+curved_decrease*20)}}\naddUserKnob {7 twentythree}\ntwentythree {{this.twentytwo+(this.one)*(decrease+curved_decrease*21)}}\naddUserKnob {7 twentyfour}\ntwentyfour {{this.twentythree+(this.one)*(decrease+curved_decrease*22)}}\naddUserKnob {7 twentyfive}\ntwentyfive {{this.twentyfour+(this.one)*(decrease+curved_decrease*23)}}\naddUserKnob {7 twentysix}\ntwentysix {{this.twentyfive+(this.one)*(decrease+curved_decrease*24)}}\naddUserKnob {7 twentyseven}\ntwentyseven {{this.twentysix+(this.one)*(decrease+curved_decrease*25)}}\naddUserKnob {7 twentyeight}\ntwentyeight {{this.twentyseven+(this.one)*(decrease+curved_decrease*26)}}\naddUserKnob {7 twentynine}\ntwentynine {{this.twentyeight+(this.one)*(decrease+curved_decrease*27)}}\naddUserKnob {7 thirty}\nthirty {{this.twentynine+(this.one)*(decrease+curved_decrease*28)}}\naddUserKnob {7 decrease}\ndecrease {{parent.Controls1.decrease}}\naddUserKnob {7 curved_decrease}\ncurved_decrease {{this.decrease*0.8}}\n}\nNoOp {\ninputs 0\nname ControlsD\nxpos 1332\nypos 4935\naddUserKnob {20 User}\naddUserKnob {7 min}\nmin {{parent.Controls1.offsetD}}\naddUserKnob {7 one}\none {{this.min*2}}\naddUserKnob {7 two}\ntwo {{this.one+(this.one)*(decrease+curved_decrease*0)}}\naddUserKnob {7 three}\nthree {{this.two+(this.one)*(decrease+curved_decrease*1)}}\naddUserKnob {7 four}\nfour {{this.three+(this.one)*(decrease+curved_decrease*2)}}\naddUserKnob {7 five}\nfive {{this.four+(this.one)*(decrease+curved_decrease*3)}}\naddUserKnob {7 six}\nsix {{this.five+(this.one)*(decrease+curved_decrease*4)}}\naddUserKnob {7 seven}\nseven {{this.six+(this.one)*(decrease+curved_decrease*5)}}\naddUserKnob {7 eight}\neight {{this.seven+(this.one)*(decrease+curved_decrease*6)}}\naddUserKnob {7 nine}\nnine {{this.eight+(this.one)*(decrease+curved_decrease*7)}}\naddUserKnob {7 ten}\nten {{this.nine+(this.one)*(decrease+curved_decrease*8)}}\naddUserKnob {7 eleven}\neleven {{this.ten+(this.one)*(decrease+curved_decrease*9)}}\naddUserKnob {7 twelve}\ntwelve {{this.eleven+(this.one)*(decrease+curved_decrease*10)}}\naddUserKnob {7 thirteen}\nthirteen {{this.twelve+(this.one)*(decrease+curved_decrease*11)}}\naddUserKnob {7 fourteen}\nfourteen {{this.thirteen+(this.one)*(decrease+curved_decrease*12)}}\naddUserKnob {7 fifteen}\nfifteen {{this.fourteen+(this.one)*(decrease+curved_decrease*13)}}\naddUserKnob {7 sixteen}\nsixteen {{this.fifteen+(this.one)*(decrease+curved_decrease*14)}}\naddUserKnob {7 seventeen}\nseventeen {{this.sixteen+(this.one)*(decrease+curved_decrease*15)}}\naddUserKnob {7 eighteen}\neighteen {{this.seventeen+(this.one)*(decrease+curved_decrease*16)}}\naddUserKnob {7 nineteen}\nnineteen {{this.eighteen+(this.one)*(decrease+curved_decrease*17)}}\naddUserKnob {7 twenty}\ntwenty {{this.nineteen+(this.one)*(decrease+curved_decrease*18)}}\naddUserKnob {7 twentyone}\ntwentyone {{this.twenty+(this.one)*(decrease+curved_decrease*19)}}\naddUserKnob {7 twentytwo}\ntwentytwo {{this.twentyone+(this.one)*(decrease+curved_decrease*20)}}\naddUserKnob {7 twentythree}\ntwentythree {{this.twentytwo+(this.one)*(decrease+curved_decrease*21)}}\naddUserKnob {7 twentyfour}\ntwentyfour {{this.twentythree+(this.one)*(decrease+curved_decrease*22)}}\naddUserKnob {7 twentyfive}\ntwentyfive {{this.twentyfour+(this.one)*(decrease+curved_decrease*23)}}\naddUserKnob {7 twentysix}\ntwentysix {{this.twentyfive+(this.one)*(decrease+curved_decrease*24)}}\naddUserKnob {7 twentyseven}\ntwentyseven {{this.twentysix+(this.one)*(decrease+curved_decrease*25)}}\naddUserKnob {7 twentyeight}\ntwentyeight {{this.twentyseven+(this.one)*(decrease+curved_decrease*26)}}\naddUserKnob {7 twentynine}\ntwentynine {{this.twentyeight+(this.one)*(decrease+curved_decrease*27)}}\naddUserKnob {7 thirty}\nthirty {{this.twentynine+(this.one)*(decrease+curved_decrease*28)}}\naddUserKnob {7 decrease}\ndecrease {{parent.Controls1.decrease}}\naddUserKnob {7 curved_decrease}\ncurved_decrease {{this.decrease*0.8}}\n}\nNoOp {\ninputs 0\nname showslices\nxpos 2955\nypos 2368\naddUserKnob {20 User}\naddUserKnob {6 on l \"\" t \"RGB only\" +STARTLINE +STARTLINE}\n}\nNoOp {\ninputs 0\nname Controls1\nxpos -308\nypos 5196\naddUserKnob {20 User}\naddUserKnob {7 offset R 1 1.3}\noffset {{parent.offsets}}\naddUserKnob {7 offsetlimit}\noffsetlimit {{offset<0?0:offset}}\naddUserKnob {7 offsetA}\noffsetA {{offsetB/((offsetlimit)+1)}}\naddUserKnob {7 offsetB}\noffsetB {{this.min/((offsetlimit/2)+1)}}\naddUserKnob {7 offsetC}\noffsetC {{this.min*((offsetlimit/2)+1)}}\naddUserKnob {7 offsetD}\noffsetD {{this.offsetC*((offsetlimit+1))}}\naddUserKnob {7 min}\nmin {{parent.bpmin==0?0.0005:parent.bpmin}}\naddUserKnob {7 one R 0 20}\none {{this.min*2}}\naddUserKnob {7 two R 0 20}\ntwo {{this.one+(this.one)*(decrease+curved_decrease*0)}}\naddUserKnob {7 three R 0 20}\nthree {{this.two+(this.one)*(decrease+curved_decrease*1)}}\naddUserKnob {7 four R 0 20}\nfour {{this.three+(this.one)*(decrease+curved_decrease*2)}}\naddUserKnob {7 five R 0 20}\nfive {{this.four+(this.one)*(decrease+curved_decrease*3)}}\naddUserKnob {7 six R 0 20}\nsix {{this.five+(this.one)*(decrease+curved_decrease*4)}}\naddUserKnob {7 seven R 0 20}\nseven {{this.six+(this.one)*(decrease+curved_decrease*5)}}\naddUserKnob {7 eight R 0 20}\neight {{this.seven+(this.one)*(decrease+curved_decrease*6)}}\naddUserKnob {7 nine R 0 20}\nnine {{this.eight+(this.one)*(decrease+curved_decrease*7)}}\naddUserKnob {7 ten R 0 20}\nten {{this.nine+(this.one)*(decrease+curved_decrease*8)}}\naddUserKnob {7 eleven R 0 20}\neleven {{this.ten+(this.one)*(decrease+curved_decrease*9)}}\naddUserKnob {7 twelve R 0 20}\ntwelve {{this.eleven+(this.one)*(decrease+curved_decrease*10)}}\naddUserKnob {7 thirteen R 0 20}\nthirteen {{this.twelve+(this.one)*(decrease+curved_decrease*11)}}\naddUserKnob {7 fourteen R 0 20}\nfourteen {{this.thirteen+(this.one)*(decrease+curved_decrease*12)}}\naddUserKnob {7 fifteen R 0 20}\nfifteen {{this.fourteen+(this.one)*(decrease+curved_decrease*13)}}\naddUserKnob {7 sixteen R 0 20}\nsixteen {{this.fifteen+(this.one)*(decrease+curved_decrease*14)}}\naddUserKnob {7 seventeen R 0 20}\nseventeen {{this.sixteen+(this.one)*(decrease+curved_decrease*15)}}\naddUserKnob {7 eighteen R 0 20}\neighteen {{this.seventeen+(this.one)*(decrease+curved_decrease*16)}}\naddUserKnob {7 nineteen R 0 20}\nnineteen {{this.eighteen+(this.one)*(decrease+curved_decrease*17)}}\naddUserKnob {7 twenty R 0 20}\ntwenty {{this.nineteen+(this.one)*(decrease+curved_decrease*18)}}\naddUserKnob {7 twentyone R 0 20}\ntwentyone {{this.twenty+(this.one)*(decrease+curved_decrease*19)}}\naddUserKnob {7 twentytwo R 0 20}\ntwentytwo {{this.twentyone+(this.one)*(decrease+curved_decrease*20)}}\naddUserKnob {7 twentythree R 0 20}\ntwentythree {{this.twentytwo+(this.one)*(decrease+curved_decrease*21)}}\naddUserKnob {7 twentyfour R 0 20}\ntwentyfour {{this.twentythree+(this.one)*(decrease+curved_decrease*22)}}\naddUserKnob {7 twentyfive R 0 20}\ntwentyfive {{this.twentyfour+(this.one)*(decrease+curved_decrease*23)}}\naddUserKnob {7 twentysix R 0 20}\ntwentysix {{this.twentyfive+(this.one)*(decrease+curved_decrease*24)}}\naddUserKnob {7 twentyseven R 0 20}\ntwentyseven {{this.twentysix+(this.one)*(decrease+curved_decrease*25)}}\naddUserKnob {7 twentyeight R 0 20}\ntwentyeight {{this.twentyseven+(this.one)*(decrease+curved_decrease*26)}}\naddUserKnob {7 twentynine R 0 20}\ntwentynine {{this.twentyeight+(this.one)*(decrease+curved_decrease*27)}}\naddUserKnob {7 thirty R 0 20}\nthirty {{this.twentynine+(this.one)*(decrease+curved_decrease*28)}}\naddUserKnob {7 decrease}\ndecrease {{parent.spread}}\naddUserKnob {7 curved_decrease}\ncurved_decrease {{this.decrease*0.8}}\n}\nPostageStamp {\ninputs 0\nname channelstype\nxpos -1007\nypos -399\naddUserKnob {20 User}\naddUserKnob {4 type M {Luminance Red Green Blue}}\ntype Blue\n}\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_SliceTool.gizmo", "content": "Group {\nname SliceTool\nselected true\naddUserKnob {20 User}\naddUserKnob {4 output M {Over Right Left Top Bottom ResultOnly}}\naddUserKnob {7 thickness}\nthickness 0.5\naddUserKnob {12 pos1}\npos1 {160 122}\naddUserKnob {12 pos2}\npos2 {392 326}\n}\nInput {\ninputs 0\nname Input1\nxpos -535\nypos -255\n}\nset Ned85690 [stack 0]\nTransform {\ntranslate {{-parent.pos1 i} {-parent.pos1 i}}\nblack_outside false\nname Transform4\nlabel T\nxpos -535\nypos -231\n}\nTransform {\nrotate {{\"-degrees( atan2(parent.pos2.y-parent.pos1.y, parent.pos2.x-parent.pos1.x) )\" i}}\nblack_outside false\nname Transform5\nlabel \"R\\n\"\nxpos -535\nypos -197\n}\nTransform {\nscale {{\"width / sqrt(pow(parent.pos2.x-parent.pos1.x,2) + pow(parent.pos2.y-parent.pos1.y,2))\" i}}\nblack_outside false\nname Transform6\nlabel S\nxpos -535\nypos -160\n}\nCrop {\nbox {0 0 {Input1.width} 1}\nreformat true\ncrop false\nname Crop1\nxpos -536\nypos -121\n}\nReformat {\ntype \"to box\"\nbox_width {{Input1.width}}\nbox_height {{Input1.height}}\nbox_fixed true\nresize distort\nfilter Impulse\nname Reformat1\nxpos -536\nypos -92\n}\nExpression {\nexpr0 \"fabs((y/height)-r)<=tolerance ? 1 : 0\"\nexpr1 \"fabs((y/height)-g)<=tolerance ? 1 : 0\"\nexpr2 \"fabs((y/height)-b)<=tolerance ? 1 : 0\"\nname Expression3\nxpos -536\nypos -47\naddUserKnob {20 User}\naddUserKnob {7 tolerance}\ntolerance {{parent.thickness/100}}\n}\nset N3aace450 [stack 0]\npush $N3aace450\nChannelMerge {\ninputs 2\nA rgba.red\nB rgba.green\nname ChannelMerge1\nxpos -536\nypos -9\n}\nset N3af6cfc0 [stack 0]\npush $N3af6cfc0\nChannelMerge {\ninputs 2\nB rgba.blue\nname ChannelMerge2\nxpos -536\nypos 37\n}\nset N3af6d330 [stack 0]\npush $N3aace450\nDot {\nname Dot3\nxpos -293\nypos -44\n}\nset N3aace7c0 [stack 0]\nDot {\nname Dot4\nxpos -192\nypos -44\n}\nset N3aaceb30 [stack 0]\nDot {\nname Dot6\nxpos -93\nypos -44\n}\nset N3aaceea0 [stack 0]\nDot {\nname Dot9\nxpos 29\nypos -44\n}\npush $Ned85690\nDot {\nname Dot2\nxpos -367\nypos -252\n}\nset N3aacf580 [stack 0]\nDot {\nname Dot1\nxpos -249\nypos -252\n}\nset N3aacf8f0 [stack 0]\nDot {\nname Dot5\nxpos -136\nypos -252\n}\nset N3aacfc60 [stack 0]\nDot {\nname Dot8\nxpos -26\nypos -252\n}\nset N3aacffd0 [stack 0]\nDot {\nname Dot7\nxpos 90\nypos -252\n}\nContactSheet {\ninputs 2\nwidth {{Input1.width i}}\nheight {{Input1.height*2 i}}\nrows 2\ncolumns 1\nroworder TopBottom\nname ContactSheet2\nxpos 56\nypos -23\n}\npush $N3aaceea0\npush $N3aacffd0\nContactSheet {\ninputs 2\nwidth {{Input1.width i}}\nheight {{Input1.height*2 i}}\nrows 2\ncolumns 1\nname ContactSheet3\nxpos -56\nypos -21\n}\npush $N3aaceb30\npush $N3aacfc60\nContactSheet {\ninputs 2\nwidth {{Input1.width*2 i}}\nheight {{Input1.height i}}\nrows 1\ncolumns 2\ncolorder RightLeft\nname ContactSheet4\nxpos -170\nypos -16\n}\npush $N3aace7c0\npush $N3aacf8f0\nContactSheet {\ninputs 2\nwidth {{Input1.width*2 i}}\nheight {{Input1.height i}}\nrows 1\ncolumns 2\nname ContactSheet1\nxpos -283\nypos -17\n}\npush $N3af6d330\npush $N3aacf580\nMerge2 {\ninputs 2\nname Merge1\nxpos -401\nypos 48\n}\nSwitch {\ninputs 6\nwhich {{parent.output}}\nname Switch1\nxpos -283\nypos 126\n}\nOutput {\nname Output1\nxpos -283\nypos 193\n}\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_Sparky.gizmo", "content": "Group {\n name Sparky\n tile_color 0xbd4600ff\n label \"\\[if \\{\\[value ROrP]==false\\} \\{return \\\"Render Mode\\\"\\} \\{return \\\"!! PARTICLE MODE !! \\\\nENABLED\\\"\\}]\"\n note_font \"Bitstream Vera Sans Bold\"\n selected true\n lock_connections true\n addUserKnob {20 SparkTab l \"Sparky Settings\"}\n addUserKnob {41 start_frame l \"Initial Frame\" T SparkEmit.start_frame}\n addUserKnob {7 EmissionRate l \"Emission Amount\" R 0 100}\n EmissionRate 15\n addUserKnob {26 \"\"}\n addUserKnob {26 emittertext l \"\" +STARTLINE T \"Emitter Settings\"}\n addUserKnob {13 Direction t \"Set the initial velocity applied to the particles. This will orient the sparks in 3D space.\"}\n Direction {100 40 0}\n addUserKnob {7 MaxLife l \"Particle Life\" t \"Maximum amount of frames the particles will live for.\" R 10 100}\n MaxLife 60\n addUserKnob {7 LifeRange l \"Life Range\" t \"Randomizes the Life Range of the particles.\" R 0 2}\n LifeRange 0.75\n addUserKnob {3 seed l \"Particle Seed\" t \"Randomizes the simulation.\"}\n seed 123\n addUserKnob {26 \"\"}\n addUserKnob {7 ParticleSize l \"Particle Size\" t \"Change Particle Size\" R 1 5}\n ParticleSize 2\n addUserKnob {7 Explosivity t \"Changes how much influence the initial force has on the particles.\" R 0 100}\n Explosivity 45\n addUserKnob {7 Scatter t \"Adds some randomness between particles.\" R 0 100}\n Scatter 100\n addUserKnob {41 Softness l \"Particle Softness\" T CustomKnobs.Softness}\n addUserKnob {26 \"\"}\n addUserKnob {4 ROption l \"Render Options\" t \"Multi Scanline: Output is a ScanlineRender with motionblur enabled. Can be DeepMerged\\nVectorBlur: 2D motionblur added post-render. Can get rid of sample issues, but is not Deep compatible.\" M {\"Multi Scanline\" VectorBlur \"\" \"\"}}\n addUserKnob {41 format l Format T RootFormatSetup.format}\n addUserKnob {14 Overscan R 0 100}\n Overscan 100\n addUserKnob {6 ROrP l \"Output As Particles\" t \"Check this to output Particles instead of a 2D render.\\nIt can then be plugged into a 3D scene.\" +INVISIBLE +STARTLINE}\n addUserKnob {6 OutputDeep l \"Output Deep\" t \"Warning: Will output in Multi-Scanlinde mode only. Doesn't have any effect if \\\"Output As Particles is selected\\\".\" -STARTLINE}\n addUserKnob {22 outParticles l \"Output As Particles\" t \"Click this to output Particles instead of a 2D render.\\nIt can then be plugged into a 3D scene.\" T \"n = nuke.thisNode()\\n\\nn.begin()\\n\\nSwitch = nuke.toNode('DotSwitch')\\nP= nuke.toNode('ParticlesDot')\\nR= nuke.toNode('RenderDot')\\n\\nif n\\['ROrP'].value() ==0:\\n Switch.setInput(0,P)\\n n\\['ROrP'].setValue(1)\\n n\\['outParticles'].setLabel(\\\"Output As 2D Render\\\")\\nelse:\\n Switch.setInput(0,R)\\n n\\['ROrP'].setValue(0)\\n n\\['outParticles'].setLabel(\\\"Output As Particles\\\")\\n\\nn.end()\\n\" +STARTLINE}\n addUserKnob {20 Presets}\n addUserKnob {4 AnimPreset l \"Animation Presets\" t \"None: This wont do anything. Serves as safety to not enable a preset accidentally\\nSingle Hit Heavy: Heavy hit with a double pop.\\nSingle Hit Light : Light pop of sparks.\\nWelding : Expression that will mimic a natural welding feeling.\\nWavy : Constant sim with some strong variation in birth rate.\\nConstant : Softer variation than the Wavy preset.\\nLoopy : Loops the same pop of Sparks.\" M {None \"Single Hit Heavy\" \"Single Hit Light\" Welding Wavy Constant Loopy \"\" \"\" \"\" \"\" \"\"}}\n addUserKnob {22 Apply l \"Apply Preset\" t \" \" T \"def checkPreset():\\n preset = int(nuke.thisNode()\\['AnimPreset'].getValue())\\n print(preset)\\n if preset ==0:\\n return False\\n else:\\n return preset\\n\\ndef checkFrame():\\n InitFrame = nuke.getInput(\\\"Enter Initial Frame\\\", '1001')\\n if InitFrame:\\n try:\\n InitFrame = int(InitFrame)\\n return InitFrame\\n except ValueError:\\n nuke.message(\\\"Not a valid frame number\\\")\\n return False\\n\\n\\nif checkPreset() == False:\\n nuke.ask(\\\"No preset selected\\\")\\nelse:\\n n=nuke.thisNode()\\['EmissionRate']\\n s=int(nuke.thisNode()\\['AnimPreset'].getValue())\\n cf=checkFrame()\\n if cf!=False and cf!=None:\\n if s == 1: \\n print(\\\"Initial frame is x\\\" + str(cf))\\n nuke.thisNode()\\['start_frame'].setValue(cf)\\n n.clearAnimated()\\n n.setAnimated()\\n sCurve = '\\{curve K x%v1 0 S 400 x%v2 0 12 x%v3 175 x%v4 20 0\\}'\\n sCurve=sCurve.replace(\\\"%v1\\\",str(cf))\\n sCurve=sCurve.replace(\\\"%v2\\\",str(cf+3))\\n sCurve=sCurve.replace(\\\"%v3\\\",str(cf+6))\\n sCurve=sCurve.replace(\\\"%v4\\\",str(cf+12))\\n n.fromScript(sCurve)\\n nuke.message(\\\"Applied Single Hit Heavy Preset\\\")\\n elif s == 2:\\n print(\\\"Initial frame is x\\\" + str(cf))\\n nuke.thisNode()\\['start_frame'].setValue(cf)\\n n.clearAnimated()\\n n.setAnimated()\\n sCurve = '\\{curve K x%v1 0 S 140 x%v2 0\\}'\\n sCurve=sCurve.replace(\\\"%v1\\\",str(cf))\\n sCurve=sCurve.replace(\\\"%v2\\\",str(cf+3))\\n n.fromScript(sCurve)\\n nuke.message(\\\"Applied Single Hit Light Preset\\\")\\n elif s == 3:\\n print(\\\"Initial frame is x\\\" + str(cf))\\n nuke.thisNode()\\['start_frame'].setValue(cf)\\n n.clearAnimated()\\n n.setExpression(\\\"max(0,(random(frame+seed)*120*((sin(frame+seed)+1)*0.5)-12))*3\\\")\\n nuke.message(\\\"Applied Welding Preset\\\")\\n elif s == 4:\\n print(\\\"Initial frame is x\\\" + str(cf))\\n nuke.thisNode()\\['start_frame'].setValue(cf)\\n n.clearAnimated()\\n n.setExpression(\\\"random(frame+seed)*120*((sin(frame+seed)+1)*0.5)\\\")\\n nuke.message(\\\"Applied Wavy Preset\\\")\\n elif s == 5:\\n print(\\\"Initial frame is x\\\" + str(cf))\\n nuke.thisNode()\\['start_frame'].setValue(cf)\\n n.clearAnimated()\\n n.setExpression(\\\"random(frame/5+seed)*100+60\\\")\\n nuke.message(\\\"Applied Constant Preset\\\")\\n else:\\n print(\\\"Initial frame is x\\\" + str(cf))\\n nuke.thisNode()\\['start_frame'].setValue(cf)\\n n.clearAnimated()\\n n.setAnimated()\\n sCurve = '\\{curve(((frame-%v1)%(%v6-%v1+1))+%v1) K x%v1 0 S 400 x%v2 0 x%v3 12 175 x%v4 20 x%v5 0 x%v6 0\\}'\\n sCurve=sCurve.replace(\\\"%v1\\\",str(cf))\\n sCurve=sCurve.replace(\\\"%v2\\\",str(cf+3))\\n sCurve=sCurve.replace(\\\"%v3\\\",str(cf+4))\\n sCurve=sCurve.replace(\\\"%v4\\\",str(cf+7))\\n sCurve=sCurve.replace(\\\"%v5\\\",str(cf+11))\\n sCurve=sCurve.replace(\\\"%v6\\\",str(cf+14))\\n n.fromScript(sCurve)\\n nuke.message(\\\"Applied Loopy Preset\\\")\\n\\n\" +STARTLINE}\n addUserKnob {20 Advanced l \"Advanced Settings\"}\n addUserKnob {7 TVelocity l \"Transfer Velocity\"}\n TVelocity 0.5\n addUserKnob {7 TWindow l \"Transfer window\" R 0 5}\n TWindow 2\n addUserKnob {7 Spread l \"Emission Spread\"}\n Spread 0.1\n addUserKnob {26 \"\"}\n addUserKnob {41 samples l \"Scanline Samples\" T MultiSampleRender.samples}\n addUserKnob {7 Shutter}\n Shutter 0.5\n addUserKnob {41 shutteroffset l \"Shutter Offset\" T MultiSampleRender.shutteroffset}\n addUserKnob {41 shuttercustomoffset l \"\" -STARTLINE T MultiSampleRender.shuttercustomoffset}\n addUserKnob {20 Instructions}\n addUserKnob {26 info l \"\" +STARTLINE T \"Sparky v1.5\\n\\nEasy to use particle setup for Sparks.\\n\\nOutputs an image by default, but can be configured to be rendered through a specific Camera or\\nto output as particles, which allows you to plug Sparky into a 3D scene.\\n\\nIf you wish to use the 3D version of this Gizmo, simply plug your Camera and plug an Axis to \\nmove and place the sparks where you need them.\\n\\nFor more information about presets and changelogs, head to the Nukepedia page!\"}\n}\n BackdropNode {\n inputs 0\n name BackdropNode9\n tile_color 0x557fffff\n label \"Welcome Curious Comper!\\n\\nI hope you'll find answers\\nto what you are looking for\\ninside here! \"\n note_font \"Bitstream Vera Sans\"\n note_font_size 111\n xpos -2486\n ypos -861\n bdwidth 2780\n bdheight 1970\n }\n Input {\n inputs 0\n name Camera\n xpos -1457\n ypos 312\n }\n Dot {\n name Dot3\n xpos -1423\n ypos 551\n }\n Camera2 {\n inputs 0\n translate {0 -100 1200}\n focal 20\n haperture 24\n vaperture 13.5\n near 1\n far 1000000\n name Default2DCam\n xpos -1217\n ypos 210\n }\n Switch {\n inputs 2\n which {{\"\\[exists parent.input0]\"}}\n name Switch1\n xpos -1227\n ypos 548\n }\nset N10a85330 [stack 0]\n ColorWheel {\n inputs 0\n format \"256 256 0 0 256 256 1 square_256\"\n gamma 0.45\n name ColorWheel1\n xpos -1170\n ypos -537\n }\n Saturation {\n saturation 0\n mode Maximum\n name Saturation1\n xpos -1170\n ypos -427\n }\n FilterErode {\n channels all\n size {{abs(parent.CustomKnobs.Softness)}}\n filter gaussian\n name ErodeSoft\n xpos -1170\n ypos -384\n }\n Reformat {\n type scale\n scale 0.125\n resize distort\n black_outside true\n name Reformat2\n xpos -1170\n ypos -325\n }\n Grade {\n white {0.9 0.35 0.085 1}\n name Grade1\n xpos -1170\n ypos -267\n }\n BlendMat {\n operation max\n surfaceblend modulate\n name BlendMat1\n xpos -971\n ypos -267\n }\n Noise {\n inputs 0\n size 750\n zoffset {{frame/5+CustomKnobs.time_offset}}\n octaves 6\n lacunarity 1.45\n gain 0.6\n center {1440 810}\n name Noise6\n xpos -676\n ypos -548\n }\nset N10a0e6f0 [stack 0]\n Sphere {\n name Sphere1\n xpos -770\n ypos -456\n }\npush $N10a0e6f0\n Sphere {\n translate {{parent.input1.translate} {parent.input1.translate} {parent.input1.translate}}\n rotate {{parent.input1.rotate} {parent.input1.rotate} {parent.input1.rotate}}\n scaling {{parent.input1.scaling} {parent.input1.scaling} {parent.input1.scaling}}\n name Sphere2\n xpos -575\n ypos -460\n }\n Switch {\n inputs 2\n which {{\"!\\[exists parent.input1]\"}}\n name Switch3\n xpos -676\n ypos -342\n }\npush 0\n ParticleEmitter {\n inputs 3\n start_frame 1001\n emit_from faces\n randomize_type \"randomized direction\"\n rate {{parent.EmissionRate}}\n rate_variation 0.5\n rate_channel rgba.red\n lifetime {{parent.MaxLife}}\n lifetime_variation {{parent.LifeRange}}\n halflife {{lifetime/2.5}}\n velocity {{\"!\\[exists parent.input1]?7.5+(10*Explosivity/100):7.5+(10*Explosivity/100)*((parent.input1.uniform_scale-1)*0.25+1)\"}}\n velocity_variation {{0.125+abs((min(100,parent.Scatter)*0.035))}}\n size {{\"!\\[exists parent.input1]?max(0.1,parent.ParticleSize):max(0.01,parent.ParticleSize)*((parent.input1.uniform_scale-1)*0.25+1)\"}}\n size_variation 1.6\n mass {{\"!\\[exists parent.input1]?0.5+(1-(clamp(parent.Explosivity,0,100))/100)*3.5:(0.5+((1-(clamp(parent.Explosivity,0,100))/100)*3.5))*(((parent.input1.uniform_scale-1)*0.25)+1)\"}}\n mass_variation {{1.5*(clamp(parent.Scatter,0,100))/100}}\n transfer_velocity {{parent.TVelocity}}\n transfer_window {{parent.TWindow}}\n spread {{parent.Spread}}\n color {0.9 0.35 0.085 1}\n seed {{CustomKnobs.time_offset}}\n name SparkEmit\n xpos -676\n ypos -267\n }\n ParticleDirectionalForce {\n strength {{\"parent.Direction*(\\[exists parent.input1]?1+(parent.input1.uniform_scale-1)*0.85:1)\"} {\"parent.Direction*(\\[exists parent.input1]?1+(parent.input1.uniform_scale-1)*0.85:1)\"} {\"parent.Direction*(\\[exists parent.input1]?1+(parent.input1.uniform_scale-1)*0.85:1)\"}}\n max_age {{1/(max(1,parent.SparkEmit.lifetime*1.25))}}\n name ParticleDirectionalForce\n xpos -676\n ypos -120\n }\n ParticleDrag {\n drag 0.6\n name ParticleDrag\n xpos -676\n ypos -36\n }\n ParticleTurbulence {\n strength {2 0.85 4}\n scale {5 10 20}\n name ParticleTurbulence\n xpos -676\n ypos 22\n }\n ParticleDrag {\n drag 0.1\n name ParticleDrag2\n xpos -676\n ypos 86\n }\n ParticleGravity {\n to {0 {\"!\\[exists parent.input1]?-3:-1-(2*(parent.input1.uniform_scale))\"} 0}\n min_age 0.1\n name ParticleGravity\n xpos -676\n ypos 148\n }\n ParticleCurve {\n curves {r {curve L x0.04740819708 1 S l x0.4987964034 0.7955223322 x1 0}\n g {curve L x0.04740819708 1 S l x0.4987964034 0.7955223322 x1 0}\n b {curve L x0.04740819708 1 S l x1 0}\n a {curve L x0.04740819708 1 S l x0.4939824343 0.7353233099 x1 0}\n size {}\n mass {}}\n seed {{HiddenSeed}}\n name FadeOut\n xpos -676\n ypos 201\n }\n ParticleSettings {\n name ParticleSettings1\n xpos -676\n ypos 265\n }\nset Na063a70 [stack 0]\n Dot {\n name Dot6\n xpos -642\n ypos 516\n }\nset Na06c0d0 [stack 0]\n Constant {\n inputs 0\n name Constant1\n xpos -161\n ypos 316\n }\n Reformat {\n resize none\n name RootFormatSetup\n xpos -161\n ypos 406\n addUserKnob {20 User}\n addUserKnob {14 Overscan R 0 100}\n Overscan {{parent.Overscan}}\n }\n Dot {\n name Dot4\n xpos -127\n ypos 551\n }\nset Na08a170 [stack 0]\n ScanlineRender {\n inputs 3\n conservative_shader_sampling false\n antialiasing high\n overscan {{parent.RootFormatSetup.Overscan}}\n spatial_jitter 0.1\n motion_vectors_type velocity\n name NO_Motionblur\n xpos -449\n ypos 548\n }\n VectorBlur2 {\n channels rgba\n uv forward\n alpha -rgba.alpha\n scale 0.5\n motion_falloff 0.65\n offset 0\n grow_bbox 40\n normalize false\n name MBlur\n xpos -448\n ypos 708\n }\npush $N10a85330\n Dot {\n name Dot48\n xpos -1192\n ypos 640\n }\npush $Na06c0d0\npush $Na08a170\n Dot {\n name Dot5\n xpos -126\n ypos 640\n }\n ScanlineRender {\n inputs 3\n conservative_shader_sampling false\n antialiasing high\n ambient {{parent.RootFormatSetup.Overscan}}\n samples 30\n shutter {{parent.Shutter}}\n spatial_jitter 0.025\n motion_vectors_type velocity\n name MultiSampleRender\n xpos -676\n ypos 637\n }\n Switch {\n inputs 2\n which {{OutputDeep==1?0:ROption}}\n name Switch2\n xpos -677\n ypos 714\n }\n Dot {\n name RenderDot\n xpos -643\n ypos 763\n }\n Dot {\n name DotSwitch\n xpos -643\n ypos 904\n }\n Output {\n name Output\n xpos -677\n ypos 1014\n }\n NoOp {\n inputs 0\n name CustomKnobs\n tile_color 0xff9fff\n xpos -90\n ypos -264\n addUserKnob {20 User}\n addUserKnob {7 Softness R 0 100}\n Softness 10\n addUserKnob {3 time_offset l Seed}\n time_offset {{parent.seed}}\n }\n Input {\n inputs 0\n name Axis\n xpos -358\n ypos -541\n number 1\n }\n Dot {\n name Dot7\n xpos -324\n ypos -479\n }\npush $Na063a70\n Dot {\n name Dot2\n xpos -924\n ypos 711\n }\n Dot {\n name ParticlesDot\n xpos -924\n ypos 831\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_Spill_Correct.gizmo", "content": "Group {\n name Spill_Correct\n help \"Use this tool to \\\"despill\\\" or mute colors introduced from Red/Green/Blue screens.\"\n knobChanged \"n = nuke.thisNode()\\nk = nuke.thisKnob()\\nkName = k.name()\\nif kName == \\\"neutralize\\\":\\n n.knob('neutral_color').setEnabled(k.value())\\n n.knob('plate_only').setEnabled(k.value())\"\n addUserKnob {20 Spill_Correct}\n addUserKnob {68 algorithm l Algorithm t \"Choose Algorithm to perform Despill.\\nKillspill is using an IBK inspired process.\\nAverage/Double Average/Limits are algorithms taken from Despill_Madness, extrapolated to work on red despill as well.\" M {KeySpill Average \"Double Average R>G>B\" \"Double Average B>G>R\" \"Limit R>G>B\" \"Limit B>G>R\" \"\" \"\"}}\n addUserKnob {18 screen_color l \"Screen Color\" t \"Pick the color of the spill to remove.\"}\n screen_color {0 1 0}\n addUserKnob {6 screen_color_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {7 fine_tune l \"Fine Tune\" t \"Tweak for the algorithms.\" R 0.5 1.5}\n fine_tune 1\n addUserKnob {26 \"\"}\n addUserKnob {6 neutralize l \"Neutralize Color\" t \"On a plate with an overall color tint, the despill might affect more than the spill areas. \\nNeutralizing the color before the despill can solve these this problem.\" +STARTLINE}\n addUserKnob {18 neutral_color l \"Neutral Color\" t \"Pick the color to protect.\\nNote: No Neutralize will happen if one of the color values is 0, as this would break the math.\" +DISABLED}\n neutral_color {1 1 1}\n addUserKnob {6 neutral_color_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 plate_only l \"Plate Only\" t \"By cheking this box, the Neutralize will leave the replacement color untouched. \\nOtherwise, the replacement color will be tinted according to the original plate tint.\" -STARTLINE +DISABLED}\n plate_only true\n addUserKnob {26 \"\"}\n addUserKnob {18 replace l \"Replacement Gain\" t \"Spill color is desaturated to preserve brightness.\\nGain this up or down to fix dark/bright edges.\" R 0 2}\n replace 1\n addUserKnob {6 replace_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {18 gamma l \"Replacement Gamma\" t \"Gamma correct your spill replacement.\" R 0.5 1.5}\n gamma 1\n addUserKnob {6 gamma_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {26 \"\"}\n addUserKnob {6 out_alpha l \"Output Spill Alpha\" t \"If checked, the node will output an alpha of the area despilled. Otherwise the original alpha will be left untouched.\" +STARTLINE}\n addUserKnob {7 mix l Mix t \"Mix between original and despilled version.\"}\n mix 1\n addUserKnob {26 spin_copyright_div l \"\" +STARTLINE}\n addUserKnob {26 spin_copyright l \"\" t \"© SPINVFX\\nSpill_Correct\\nVersion 2.0\" +STARTLINE T \"SPINVFX - Version 2.0 - 2017-2019 - Github Page\"}\n}\n BackdropNode {\n inputs 0\n name kbd8310\n tile_color 0x5963525e\n label \"KeySpill(IBK Style)\"\n note_font_size 40\n xpos -168\n ypos -650\n bdwidth 532\n bdheight 471\n }\n BackdropNode {\n inputs 0\n name kbd9376\n tile_color 0x5b655f64\n label Average\n note_font_size 40\n xpos 414\n ypos -650\n bdwidth 408\n bdheight 359\n z_order 1\n }\n BackdropNode {\n inputs 0\n name kbd1\n tile_color 0x587077ff\n label \"Double Average BGR\"\n note_font_size 40\n xpos 1270\n ypos -648\n bdwidth 408\n bdheight 359\n z_order 2\n }\n BackdropNode {\n inputs 0\n name kbd2\n tile_color 0x587077ff\n label \"Limit BGR\"\n note_font_size 40\n xpos 2127\n ypos -649\n bdwidth 408\n bdheight 359\n z_order 2\n }\n BackdropNode {\n inputs 0\n name kbd3\n tile_color 0x5850645d\n label \"Limit RGB\"\n note_font_size 40\n xpos 1716\n ypos -647\n bdwidth 408\n bdheight 359\n z_order 2\n }\n BackdropNode {\n inputs 0\n name kbd3580\n tile_color 0x5850645d\n label \"Double Average RGB\"\n note_font_size 40\n xpos 859\n ypos -647\n bdwidth 408\n bdheight 359\n z_order 2\n }\n Input {\n inputs 0\n name mask\n xpos 151\n ypos 1031\n number 1\n }\n Input {\n inputs 0\n name Input\n xpos 262\n ypos -920\n }\n Grade {\n whitepoint {{parent.neutral_color} {parent.neutral_color} {parent.neutral_color} {parent.neutral_color}}\n white {{parent.neutral_color.r*0.2126+parent.neutral_color.g*0.7152+parent.neutral_color.b*0.0722}}\n black_clamp false\n name Neutralize\n xpos 262\n ypos -860\n disable {{(parent.neutral_color.r==0|parent.neutral_color.g==0|parent.neutral_color.b==0)|!parent.neutralize}}\n }\n Dot {\n name Dot12\n tile_color 0x7aa9ff00\n xpos 296\n ypos -725\n }\nset N615f5000 [stack 0]\n Dot {\n name Dot13\n tile_color 0x7aa9ff00\n xpos 616\n ypos -725\n }\nset N615f4c00 [stack 0]\n Dot {\n name Dot24\n tile_color 0x7aa9ff00\n xpos 1061\n ypos -725\n }\nset N615f4800 [stack 0]\n Dot {\n name Dot26\n tile_color 0x7aa9ff00\n xpos 1472\n ypos -725\n }\nset N615f4400 [stack 0]\n Dot {\n name Dot31\n tile_color 0x7aa9ff00\n xpos 1918\n ypos -725\n }\nset N615f4000 [stack 0]\n Dot {\n name Dot36\n tile_color 0x7aa9ff00\n xpos 2329\n ypos -725\n }\n Dot {\n name Dot37\n tile_color 0x7aa9ff00\n xpos 2329\n ypos -559\n }\nset N61611800 [stack 0]\n Dot {\n name Dot38\n tile_color 0x7aa9ff00\n xpos 2439\n ypos -559\n }\n Expression {\n temp_name0 LimitPercentage\n temp_expr0 parent.fine_tune\n expr2 b>g*LimitPercentage?g*LimitPercentage:b\n name Limit_BG\n xpos 2405\n ypos -457\n }\npush $N61611800\n Expression {\n temp_name0 LimitPercentage\n temp_expr0 parent.fine_tune\n expr1 g>r*LimitPercentage?r*LimitPercentage:g\n name Limit_GR\n xpos 2295\n ypos -459\n }\npush $N61611800\n Dot {\n name Dot39\n tile_color 0x7aa9ff00\n xpos 2211\n ypos -559\n }\n Expression {\n temp_name0 LimitPercentage\n temp_expr0 parent.fine_tune\n expr0 r>b*LimitPercentage?b*LimitPercentage:r\n name Limit_RB\n xpos 2177\n ypos -460\n }\n Switch {\n inputs 3\n which {{parent.screen_color.r>max(parent.screen_color.g,parent.screen_color.b)?0:parent.screen_color.b>=max(parent.screen_color.r,parent.screen_color.g)?2:1}}\n name Switch_maxRGB6\n xpos 2295\n ypos -360\n }\n Dot {\n name Dot40\n xpos 2329\n ypos -130\n }\npush $N615f4000\n Dot {\n name Dot32\n tile_color 0x7aa9ff00\n xpos 1918\n ypos -557\n }\nset N61637800 [stack 0]\n Dot {\n name Dot33\n tile_color 0x7aa9ff00\n xpos 2028\n ypos -557\n }\n Expression {\n temp_name0 LimitPercentage\n temp_expr0 parent.fine_tune\n expr2 b>r*LimitPercentage?r*LimitPercentage:b\n name Limit_BR\n xpos 1994\n ypos -455\n }\npush $N61637800\n Expression {\n temp_name0 LimitPercentage\n temp_expr0 parent.fine_tune\n expr1 g>b*LimitPercentage?b*LimitPercentage:g\n name Limit_GB\n xpos 1884\n ypos -457\n }\npush $N61637800\n Dot {\n name Dot34\n tile_color 0x7aa9ff00\n xpos 1800\n ypos -557\n }\n Expression {\n temp_name0 LimitPercentage\n temp_expr0 parent.fine_tune\n expr0 r>g*LimitPercentage?g*LimitPercentage:r\n name Limit_RG\n xpos 1766\n ypos -458\n }\n Switch {\n inputs 3\n which {{parent.screen_color.r>max(parent.screen_color.g,parent.screen_color.b)?0:parent.screen_color.b>=max(parent.screen_color.r,parent.screen_color.g)?2:1}}\n name Switch_maxRGB5\n xpos 1884\n ypos -358\n }\n Dot {\n name Dot35\n xpos 1918\n ypos -119\n }\npush $N615f4400\n Dot {\n name Dot27\n tile_color 0x7aa9ff00\n xpos 1472\n ypos -558\n }\nset N6165f800 [stack 0]\n Dot {\n name Dot28\n tile_color 0x7aa9ff00\n xpos 1582\n ypos -558\n }\n Expression {\n temp_name0 LimitPercentage\n temp_expr0 parent.fine_tune\n expr2 b>(2*g+r)/2*LimitPercentage?(r+2*g)/2*LimitPercentage:b\n name DoubleAverage_B_2\n xpos 1548\n ypos -456\n }\npush $N6165f800\n Expression {\n temp_name0 LimitPercentage\n temp_expr0 parent.fine_tune\n expr1 g>(b+2*r)/3*LimitPercentage?(b+2*r)/3*LimitPercentage:g\n name DoubleAverage_G_2\n xpos 1438\n ypos -458\n }\npush $N6165f800\n Dot {\n name Dot29\n tile_color 0x7aa9ff00\n xpos 1354\n ypos -558\n }\n Expression {\n temp_name0 LimitPercentage\n temp_expr0 parent.fine_tune\n expr0 r>(g+2*b)/3*LimitPercentage?(g+2*b)/3*LimitPercentage:r\n name DoubleAverage_R_2\n xpos 1320\n ypos -459\n }\n Switch {\n inputs 3\n which {{parent.screen_color.r>max(parent.screen_color.g,parent.screen_color.b)?0:parent.screen_color.b>=max(parent.screen_color.r,parent.screen_color.g)?2:1}}\n name Switch_maxRGB4\n xpos 1438\n ypos -359\n }\n Dot {\n name Dot30\n xpos 1472\n ypos -130\n }\npush $N615f4800\n Dot {\n name Dot21\n tile_color 0x7aa9ff00\n xpos 1061\n ypos -557\n }\nset N61689800 [stack 0]\n Dot {\n name Dot22\n tile_color 0x7aa9ff00\n xpos 1171\n ypos -557\n }\n Expression {\n temp_name0 LimitPercentage\n temp_expr0 parent.fine_tune\n expr2 b>(g+2*r)/2*LimitPercentage?(2*r+g)/2*LimitPercentage:b\n name DoubleAverage_B_1\n xpos 1137\n ypos -455\n }\npush $N61689800\n Expression {\n temp_name0 LimitPercentage\n temp_expr0 parent.fine_tune\n expr1 g>(2*b+r)/3*LimitPercentage?(2*b+r)/3*LimitPercentage:g\n name DoubleAverage_G_1\n xpos 1027\n ypos -457\n }\npush $N61689800\n Dot {\n name Dot23\n tile_color 0x7aa9ff00\n xpos 943\n ypos -557\n }\n Expression {\n temp_name0 LimitPercentage\n temp_expr0 parent.fine_tune\n expr0 r>(2*g+b)/3*LimitPercentage?(2*g+b)/3*LimitPercentage:r\n name DoubleAverage_R_1\n xpos 909\n ypos -458\n }\n Switch {\n inputs 3\n which {{parent.screen_color.r>max(parent.screen_color.g,parent.screen_color.b)?0:parent.screen_color.b>=max(parent.screen_color.r,parent.screen_color.g)?2:1}}\n name Switch_maxRGB3\n xpos 1027\n ypos -358\n }\n Dot {\n name Dot25\n xpos 1061\n ypos -119\n }\npush $N615f4c00\n Dot {\n name Dot6\n tile_color 0x7aa9ff00\n xpos 616\n ypos -560\n }\nset N636b1800 [stack 0]\n Dot {\n name Dot15\n tile_color 0x7aa9ff00\n xpos 726\n ypos -560\n }\n Expression {\n temp_name0 LimitPercentage\n temp_expr0 parent.fine_tune\n expr2 b>(r+g)/2*LimitPercentage?(r+g)/2*LimitPercentage:b\n name Average_B\n xpos 692\n ypos -458\n }\npush $N636b1800\n Expression {\n temp_name0 LimitPercentage\n temp_expr0 parent.fine_tune\n expr1 g>(b+r)/2*LimitPercentage?(b+r)/2*LimitPercentage:g\n name Average_G\n xpos 582\n ypos -460\n }\npush $N636b1800\n Dot {\n name Dot14\n tile_color 0x7aa9ff00\n xpos 498\n ypos -560\n }\n Expression {\n temp_name0 LimitPercentage\n temp_expr0 parent.fine_tune\n expr0 r>(g+b)/2*LimitPercentage?(g+b)/2*LimitPercentage:r\n name Average_R\n xpos 464\n ypos -461\n }\n Switch {\n inputs 3\n which {{parent.screen_color.r>max(parent.screen_color.g,parent.screen_color.b)?0:parent.screen_color.b>=max(parent.screen_color.r,parent.screen_color.g)?2:1}}\n name Switch_maxRGB2\n xpos 582\n ypos -361\n }\n Dot {\n name Dot20\n xpos 616\n ypos -130\n }\npush $N615f5000\n Dot {\n name Dot9\n tile_color 0x7aa9ff00\n xpos 296\n ypos -560\n }\nset N636d9800 [stack 0]\n Dot {\n name Dot3\n tile_color 0x7aa9ff00\n xpos 296\n ypos -505\n }\nset N636d9400 [stack 0]\n Dot {\n name Dot11\n tile_color 0x7aa9ff00\n xpos 229\n ypos -505\n }\nset N636d9000 [stack 0]\n Expression {\n temp_name0 weight\n temp_expr0 parent.fine_tune-0.5\n channel0 rgba\n expr0 (b-(g*weight+r*(1-weight)))/(parent.screen_color.b-(parent.screen_color.g*weight+parent.screen_color.r*(1-weight)))\n name SpillMatte_B\n xpos 195\n ypos -451\n }\npush $N636d9000\n Dot {\n name Dot10\n tile_color 0x7aa9ff00\n xpos 122\n ypos -505\n }\nset N636d8800 [stack 0]\n Expression {\n temp_name0 weight\n temp_expr0 parent.fine_tune-0.5\n channel0 rgba\n expr0 (g-(r*weight+b*(1-weight)))/(parent.screen_color.g-(parent.screen_color.r*weight+parent.screen_color.b*(1-weight)))\n name SpillMatte_G\n xpos 88\n ypos -451\n }\npush $N636d8800\n Dot {\n name Dot1\n tile_color 0x7aa9ff00\n xpos 25\n ypos -505\n }\n Expression {\n temp_name0 weight\n temp_expr0 parent.fine_tune-0.5\n channel0 rgba\n expr0 (r-(b*weight+g*(1-weight)))/(parent.screen_color.r-(parent.screen_color.b*weight+parent.screen_color.g*(1-weight)))\n name SpillMatte_R\n xpos -9\n ypos -454\n }\n Switch {\n inputs 3\n which {{parent.screen_color.r>max(parent.screen_color.g,parent.screen_color.b)?0:parent.screen_color.b>=max(parent.screen_color.r,parent.screen_color.g)?2:1}}\n name Switch_maxRGB1\n xpos 89\n ypos -395\n }\n Clamp {\n maximum_enable false\n name Clamp1\n xpos 89\n ypos -365\n }\n Expression {\n channel0 rgba\n expr0 \"isinf(r)? 0:r\"\n name fix_inf\n xpos 89\n ypos -327\n }\n Expression {\n channel0 rgba\n expr0 \"isnan(r)? 0:r\"\n name fix_nan\n xpos 89\n ypos -301\n }\n Dot {\n name Dot8\n xpos 123\n ypos -276\n }\n Dot {\n name Dot7\n xpos -50\n ypos -276\n }\npush $N636d9800\n Dot {\n name Dot2\n tile_color 0x7aa9ff00\n xpos -84\n ypos -560\n }\n Expression {\n expr0 parent.screen_color.r\n expr1 parent.screen_color.g\n expr2 parent.screen_color.b\n name Screen_Color\n xpos -118\n ypos -479\n }\n Dot {\n name Dot47\n xpos -84\n ypos -419\n }\nset N2421e800 [stack 0]\n Merge2 {\n inputs 2\n operation multiply\n bbox B\n name Merge1\n xpos -118\n ypos -251\n }\npush $N636d9400\n Merge2 {\n inputs 2\n operation from\n bbox B\n name Merge2\n xpos 262\n ypos -251\n }\n Dot {\n name Dot4\n xpos 296\n ypos -139\n }\n Switch {\n inputs 6\n which {{parent.algorithm}}\n name Algorithm_Switch\n xpos 582\n ypos 225\n }\n Dot {\n name Dot19\n tile_color 0xcccccc00\n xpos 616\n ypos 310\n }\nset N6372e800 [stack 0]\npush $N615f5000\n Dot {\n name Dot17\n tile_color 0x7aa9ff00\n xpos -236\n ypos -725\n }\n Dot {\n name Dot18\n tile_color 0x7aa9ff00\n xpos -236\n ypos 310\n }\nset N6372e000 [stack 0]\n Merge2 {\n inputs 2\n operation from\n bbox B\n name Merge3\n xpos 371\n ypos 306\n }\n Saturation {\n saturation 0\n name DeSaturate\n xpos 371\n ypos 362\n }\nset N63755800 [stack 0]\n Input {\n inputs 0\n name Inputbg\n xpos -198\n ypos 364\n number 2\n }\npush $N2421e800\n Dot {\n name Dot48\n xpos -155\n ypos -419\n }\n Saturation {\n saturation 0\n name DeSaturate1\n xpos -68\n ypos 211\n }\n Merge2 {\n inputs 2\n operation divide\n name Merge7\n xpos -68\n ypos 362\n }\n Merge2 {\n inputs 2\n operation multiply\n name Merge6\n xpos 88\n ypos 362\n }\nset N2421ec00 [stack 0]\n Dot {\n name Dot49\n xpos 122\n ypos 416\n }\npush $N63755800\n Switch {\n inputs 2\n which {{\"\\[exists parent.input2]\"}}\n name Switch2\n xpos 371\n ypos 412\n }\n Dot {\n name Dot43\n tile_color 0x7aa9ff00\n xpos 405\n ypos 450\n }\nset N63755400 [stack 0]\n Multiply {\n value {{parent.replace} {parent.replace} {parent.replace} {parent.replace}}\n name Replace_color_Mult\n xpos 371\n ypos 484\n }\n Gamma {\n value {{parent.gamma} {parent.gamma} {parent.gamma} {parent.gamma}}\n name Gamma\n xpos 371\n ypos 536\n }\n Dot {\n name Dot16\n tile_color 0x7aa9ff00\n xpos 405\n ypos 609\n }\npush $N6372e800\n Grade {\n whitepoint {{parent.neutral_color} {parent.neutral_color} {parent.neutral_color} {parent.neutral_color}}\n white {{parent.neutral_color.r*0.2126+parent.neutral_color.g*0.7152+parent.neutral_color.b*0.0722}}\n reverse true\n black_clamp false\n name Neutralize1\n xpos 582\n ypos 456\n disable {{((parent.neutral_color.r==0|parent.neutral_color.g==0|parent.neutral_color.b==0)|!parent.neutralize)|!parent.plate_only}}\n }\n Merge2 {\n inputs 2\n operation plus\n bbox B\n output rgb\n name Merge5\n xpos 582\n ypos 605\n }\n Dot {\n name Dot44\n tile_color 0x4b5ec600\n xpos 616\n ypos 692\n }\npush $N6372e000\n Copy {\n inputs 2\n from0 rgba.red\n to0 rgba.red\n from1 rgba.green\n to1 rgba.green\n from2 rgba.blue\n to2 rgba.blue\n bbox B\n name Copy2\n xpos -270\n ypos 670\n }\npush $N6372e000\n Dot {\n name Dot46\n tile_color 0x7aa9ff00\n xpos -346\n ypos 310\n }\n Dot {\n name Dot41\n tile_color 0x7aa9ff00\n xpos -346\n ypos 879\n }\nset N63784c00 [stack 0]\n Dissolve {\n inputs 2\n which {{parent.mix}}\n name Dissolve1\n xpos -270\n ypos 869\n }\nset N63784800 [stack 0]\n Expression {\n expr0 0\n expr1 0\n expr2 0\n expr3 1\n name Expression1\n xpos 26\n ypos 875\n }\n Switch {\n inputs 2\n which {{\"\\[exists parent.input1] \"}}\n name Switch1\n xpos 26\n ypos 1031\n }\n Invert {\n channels alpha\n name Invert1\n xpos -88\n ypos 1025\n }\nset N637afc00 [stack 0]\npush $N63755400\n Dot {\n name Dot5\n tile_color 0x7aa9ff00\n xpos 295\n ypos 450\n }\n Multiply {\n value {{parent.mix}}\n name Multiply1\n xpos 261\n ypos 917\n }\n Dot {\n name Dot45\n tile_color 0x7aa9ff00\n xpos 295\n ypos 1162\n }\n Merge2 {\n inputs 2\n operation stencil\n bbox B\n name Merge4\n xpos -88\n ypos 1158\n }\n Clamp {\n channels alpha\n name Clamp2\n xpos -88\n ypos 1238\n }\npush $N637afc00\npush $N63784c00\n Dot {\n name Dot42\n tile_color 0x7aa9ff00\n xpos -346\n ypos 1035\n }\npush $N63784800\n Keymix {\n inputs 3\n bbox B\n name Keymix1\n xpos -270\n ypos 1025\n }\n Copy {\n inputs 2\n from0 rgba.red\n to0 rgba.alpha\n bbox B\n name Copy1\n xpos -270\n ypos 1238\n disable {{!parent.out_alpha}}\n }\n Grade {\n whitepoint {{parent.neutral_color} {parent.neutral_color} {parent.neutral_color} {parent.neutral_color}}\n white {{parent.neutral_color.r*0.2126+parent.neutral_color.g*0.7152+parent.neutral_color.b*0.0722}}\n reverse true\n black_clamp false\n name Neutralize2\n xpos -270\n ypos 1332\n disable {{((parent.neutral_color.r==0|parent.neutral_color.g==0|parent.neutral_color.b==0)|!parent.neutralize)|parent.plate_only}}\n }\n Output {\n name Output1\n xpos -270\n ypos 1429\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_SpotFlare.gizmo", "content": "Group {\n inputs 0\n name SpotFlare\n tile_color 0x2f66ff\n addUserKnob {20 User}\n addUserKnob {26 Headline l \"\" +STARTLINE T \"SpotFlarev1.0\"}\n addUserKnob {26 HeadlineB l \"\" +STARTLINE T \"by Mads Hagbarth Lund\"}\n addUserKnob {26 devider001 l \"General\"}\n addUserKnob {12 Position}\n Position {1036 496}\n addUserKnob {7 Gain}\n Gain 0.63\n addUserKnob {7 Gamma R 0 5}\n Gamma 1.12\n addUserKnob {7 Scale}\n Scale 0.55\n addUserKnob {6 SoftClip t \"By default, spotflare will be very bright at the center. Use softclip to limit the maximum brightness.\" +STARTLINE}\n addUserKnob {7 softclipmax l max -STARTLINE R 1 100}\n softclipmax 10\n addUserKnob {6 glow_enable l Glow +STARTLINE}\n glow_enable true\n addUserKnob {6 EffectOnly l \"Effect Only\" +STARTLINE}\n EffectOnly true\n addUserKnob {22 FixJitter l \"Fix Jitter\" t \"This does nothing... yet still fixes the bug with the expression node not updating its cashe from time to time.\\nPlease fix The Foundry!\" +STARTLINE}\n addUserKnob {26 devider02 l \"Color\"}\n addUserKnob {18 GainTint}\n GainTint {0.601217 0.681301 1}\n addUserKnob {6 GainTint_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n GainTint_panelDropped true\n addUserKnob {18 GammaTint}\n GammaTint {1 1 1}\n addUserKnob {6 GammaTint_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n GammaTint_panelDropped true\n addUserKnob {26 devide01 l \"\" +STARTLINE T \" \"}\n addUserKnob {22 Reset l \"Reset Color\" T \"nuke.thisNode().knob(\\\"GainTint\\\").setValue(1,0)\\nnuke.thisNode().knob(\\\"GainTint\\\").setValue(1,1)\\nnuke.thisNode().knob(\\\"GainTint\\\").setValue(1,2)\\nnuke.thisNode().knob(\\\"GainTint\\\").setValue(1,3)\\nnuke.thisNode().knob(\\\"GammaTint\\\").setValue(1,0)\\nnuke.thisNode().knob(\\\"GammaTint\\\").setValue(1,1)\\nnuke.thisNode().knob(\\\"GammaTint\\\").setValue(1,2)\\nnuke.thisNode().knob(\\\"GammaTint\\\").setValue(1,3)\" +STARTLINE}\n addUserKnob {26 DeviderShimmer l \"Shimmer\"}\n addUserKnob {6 shimmer_enable l Shimmer +STARTLINE}\n shimmer_enable true\n addUserKnob {7 lacunarity l Detail R 0 5}\n lacunarity 3.5\n addUserKnob {7 noise_gain l Gain}\n noise_gain 1\n addUserKnob {7 Speed}\n Speed 0.76\n addUserKnob {7 Noise_Gang l \"Time Offset\" R 0 1000}\n Noise_Gang 240\n addUserKnob {26 devider04 l \"Masking\"}\n addUserKnob {6 Mask +STARTLINE}\n addUserKnob {7 MaskRotation l \"Mask Rotation\"}\n MaskRotation 0.31\n addUserKnob {7 MaskGain l \"Mask Gain\"}\n MaskGain 0.4\n addUserKnob {7 MaskSoftness R 0 10}\n MaskSoftness 2.35\n}\n BackdropNode {\n inputs 0\n name BackdropNode5\n tile_color 0x71c67100\n label \"Spot Facing\"\n note_font_size 42\n xpos -1463\n ypos 208\n bdwidth 252\n bdheight 258\n }\n BackdropNode {\n inputs 0\n name BackdropNode2\n tile_color 0x388e8e00\n label Glow\n note_font_size 42\n xpos -597\n ypos 209\n bdwidth 280\n bdheight 258\n }\n BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0x7171c600\n label Spike\n note_font_size 42\n xpos -222\n ypos 207\n bdwidth 270\n bdheight 257\n }\n BackdropNode {\n inputs 0\n name BackdropNode4\n tile_color 0xffffffff\n gl_color 0xff\n label \"WELCOME TO SPOTFLARE\"\n note_font_size 42\n xpos -904\n ypos -206\n bdwidth 523\n bdheight 138\n }\n BackdropNode {\n inputs 0\n name BackdropNode6\n tile_color 0xff\n label \"PLEASE ENJOY\"\n note_font_size 42\n xpos -801\n ypos 896\n bdwidth 333\n bdheight 160\n }\n BackdropNode {\n inputs 0\n name BackdropNode3\n tile_color 0x8e388e00\n label Glare\n note_font_size 42\n xpos -1156\n ypos 207\n bdwidth 468\n bdheight 298\n }\n StickyNote {\n inputs 0\n name StickyNote2\n label \"This is a super inefficient way\\nto avoid the 1-0 seam and\\na major performence hit.\\nIf anyone have a better solution,\\nplease mail me! =)\"\n note_font_size 8\n xpos -1045\n ypos 350\n }\n StickyNote {\n inputs 0\n name StickyNote1\n tile_color 0xcc0000ff\n gl_color 0xcc0000ff\n label \"not yet implamented\"\n xpos -222\n ypos 206\n }\n Dot {\n inputs 0\n name Dot19\n tile_color 0xff0000ff\n xpos -674\n ypos -127\n hide_input true\n }\n Dot {\n inputs 0\n name Dot20\n tile_color 0xffff00ff\n xpos -658\n ypos -127\n hide_input true\n }\n Dot {\n inputs 0\n name Dot21\n tile_color 0xff00ff\n xpos -641\n ypos -127\n hide_input true\n }\n Dot {\n inputs 0\n name Dot22\n tile_color 0xffffff\n xpos -624\n ypos -127\n hide_input true\n }\n Dot {\n inputs 0\n name Dot23\n tile_color 0xffff\n xpos -607\n ypos -127\n hide_input true\n }\n Input {\n inputs 0\n name Input1\n xpos -674\n ypos -106\n }\n Dot {\n name Dot13\n xpos -640\n ypos -25\n }\nset N60fa3bb0 [stack 0]\n Reformat {\n black_outside true\n name Reformat1\n xpos -674\n ypos 11\n }\n Shuffle {\n red black\n green black\n blue black\n alpha black\n name Shuffle3\n xpos -674\n ypos 35\n }\n Dot {\n name Dot1\n xpos -640\n ypos 131\n }\nset N60fa4600 [stack 0]\n Dot {\n name Dot9\n xpos -456\n ypos 131\n }\nset N60fa8e30 [stack 0]\n Dot {\n name Dot2\n xpos -61\n ypos 131\n }\n Expression {\n expr0 \"(atan(x-parent.Position.x,-y--parent.Position.y)+ (pi))/(pi*2)\"\n name Expression8\n xpos -95\n ypos 268\n }\n Expression {\n expr0 sin(r*(16*pi))\n name Expression14\n xpos -95\n ypos 310\n }\n Grade {\n white 0.89\n gamma 0.2\n name Grade6\n xpos -95\n ypos 352\n }\n Shuffle {\n green red\n blue red\n alpha red\n name Shuffle2\n xpos -95\n ypos 396\n }\npush $N60fa8e30\n Expression {\n temp_name0 xd\n temp_expr0 parent.Position.x-x\n temp_name1 yd\n temp_expr1 parent.Position.y-y\n temp_name2 dist\n temp_expr2 \"sqrt(xd*xd + yd*yd)\"\n temp_name3 scale\n temp_expr3 \"dist / ((parent.Scale*1))\"\n expr0 scale\n channel1 {-rgba.red -rgba.green -rgba.blue none}\n channel2 {-rgba.red -rgba.green -rgba.blue none}\n channel3 {none none none -rgba.alpha}\n enable_mix_luminance false\n name distance\n xpos -490\n ypos 262\n }\n Grade {\n white {{pow(1-parent.Gain,4)}}\n gamma {{pow2(parent.Gamma)}}\n name Grade16\n xpos -490\n ypos 305\n }\n Expression {\n temp_name3 invsqr\n temp_expr3 isnan(r)?0:1/(r*r)\n expr0 invsqr\n expr1 invsqr\n expr2 invsqr\n name Inverse_Square\n xpos -490\n ypos 341\n }\n Grade {\n white {{parent.GainTint.r} {parent.GainTint.g} {parent.GainTint.b} 1}\n white_panelDropped true\n multiply {1 1 1 1}\n multiply_panelDropped true\n gamma {{parent.GammaTint} {parent.GammaTint} {parent.GammaTint} 1}\n name Grade2\n xpos -490\n ypos 387\n }\n Clamp {\n maximum 59999\n MinClampTo_enable true\n MaxClampTo {{maximum}}\n MaxClampTo_enable true\n name Clamp_Superbrights\n xpos -490\n ypos 428\n }\nset N60fa9f60 [stack 0]\n Merge2 {\n inputs 2\n operation multiply\n name Merge3\n xpos -95\n ypos 434\n }\n Dot {\n name Dot3\n xpos -61\n ypos 708\n }\n Dot {\n name Dot15\n xpos -572\n ypos 708\n }\npush $N60fa4600\n Dot {\n name Dot16\n xpos -750\n ypos 131\n }\nset N60fa4970 [stack 0]\n Dot {\n name Dot17\n xpos -868\n ypos 131\n }\n Dot {\n name Dot7\n xpos -1332\n ypos 131\n }\n Expression {\n temp_name0 theta\n temp_expr0 pi*(parent.MaskRotation*2)\n temp_name1 px\n temp_expr1 \"cos(theta) * (x-parent.Position.x) - sin(theta) * (y-parent.Position.y) + parent.Position.x\"\n temp_name2 py\n temp_expr2 \"sin(theta) * (x-parent.Position.x) + cos(theta) * (y-parent.Position.y) + parent.Position.y\"\n temp_name3 val\n temp_expr3 \"(atan(px-parent.Position.x,-py--parent.Position.y)+ pi)/+ (pi*2)\"\n expr0 \"smoothstep(0,1, sin(val*pi))\"\n name Expression1\n xpos -1366\n ypos 298\n }\n Grade {\n black 0.033\n white {{(pow(parent.MaskGain,2)*10)+0.0001}}\n gamma {{(pow(parent.MaskSoftness,2)/2)+0.15}}\n name Grade9\n xpos -1366\n ypos 336\n }\n Expression {\n expr0 max(0,1-r)\n expr1 max(0,1-r)\n expr2 max(0,1-r)\n name Expression17\n xpos -1366\n ypos 380\n }\n Dot {\n name Dot8\n xpos -1332\n ypos 745\n }\npush $N60fa4970\n Dot {\n name Dot4\n xpos -750\n ypos 230\n }\nset N60fa6180 [stack 0]\n Dot {\n name Dot5\n xpos -868\n ypos 230\n }\n Expression {\n expr0 \"(atan(x-parent.Position.x,-y--parent.Position.y)+ pi)/+ (pi*2)\"\n name inversefacing\n xpos -902\n ypos 267\n }\nset N60fa6860 [stack 0]\n Dot {\n name Dot18\n xpos -978\n ypos 270\n }\n Expression {\n expr0 pow(sin(r*pi),16)\n name reduction\n xpos -1012\n ypos 313\n }\nset N60fa6f40 [stack 0]\n Dot {\n name Dot10\n xpos -978\n ypos 415\n }\npush $N60fa6f40\npush $N60fa6860\n ShuffleCopy {\n inputs 2\n green red\n alpha alpha2\n name ShuffleCopy1\n xpos -902\n ypos 313\n }\n Expression {\n temp_name0 octaves\n temp_expr0 5\n temp_name1 lacunarity\n temp_expr1 parent.lacunarity\n temp_name2 gain\n temp_expr2 parent.noise_gain\n temp_name3 Noise\n temp_expr3 g>0.0001?fBm(r,1,1+((frame+parent.Noise_Gang)/((1.0001-parent.Speed)*10000)),octaves,lacunarity,gain):0\n expr0 Noise\n expr1 Noise\n expr2 Noise\n name noise_top\n xpos -902\n ypos 348\n }\n Grade {\n black 0.54\n gamma 0.585\n black_clamp false\n name Grade14\n xpos -902\n ypos 388\n }\npush $N60fa6180\n Expression {\n temp_name0 xd\n temp_expr0 parent.Position.x-x\n temp_name1 yd\n temp_expr1 parent.Position.y-y\n temp_name2 dist\n temp_expr2 \"sqrt(xd*xd + yd*yd)\"\n expr0 \"(atan(x-parent.Position.x,y-parent.Position.y)+ pi)/+ (pi*2)\"\n expr1 dist/width\n name facing\n xpos -784\n ypos 267\n }\n Expression {\n temp_name0 octaves\n temp_expr0 5\n temp_name1 lacunarity\n temp_expr1 parent.lacunarity\n temp_name2 gain\n temp_expr2 parent.noise_gain\n temp_name3 Noise\n temp_expr3 fBm(r,1,1+((frame+8+parent.Noise_Gang)/((1.0001-parent.Speed)*10000)),octaves,lacunarity,gain)\n expr0 Noise\n expr1 Noise\n expr2 Noise\n name noise\n xpos -784\n ypos 314\n }\n Grade {\n black 0.54\n gamma 0.585\n black_clamp false\n name Grade15\n xpos -784\n ypos 412\n }\n Merge2 {\n inputs 2+1\n operation copy\n maskChannelMask rgba.red\n name FixSeam\n xpos -902\n ypos 412\n }\npush $N60fa9f60\n Merge2 {\n inputs 2\n operation multiply\n name Merge1\n xpos -902\n ypos 436\n }\n Clamp {\n maximum_enable false\n name Clamp_Negative_Numbers\n xpos -902\n ypos 460\n }\n Dot {\n name Dot6\n xpos -868\n ypos 660\n }\npush $N60fa9f60\n Dot {\n name Dot11\n xpos -456\n ypos 587\n }\npush $N60fa4600\n Merge2 {\n inputs 2\n operation plus\n name Merge6\n xpos -674\n ypos 584\n disable {{1-parent.glow_enable}}\n }\n Merge2 {\n inputs 2\n operation plus\n name Merge2\n xpos -674\n ypos 657\n disable {{1-parent.shimmer_enable x2012 1}}\n }\n Merge2 {\n inputs 2\n operation multiply\n name Merge5\n xpos -674\n ypos 742\n disable {{1-parent.Mask}}\n }\n SoftClip {\n conversion \"preserve hue and saturation\"\n softclip_min 1\n softclip_max {{parent.softclipmax}}\n name SoftClip1\n xpos -674\n ypos 766\n disable {{1-parent.SoftClip}}\n }\npush $N60fa3bb0\n Dot {\n name Dot12\n xpos -689\n ypos -25\n }\n Grade {\n multiply 0\n black_clamp false\n enable_mix_luminance false\n name Grade1\n xpos -723\n ypos 77\n disable {{1-parent.EffectOnly}}\n }\n Dot {\n name Dot14\n xpos -692\n ypos 794\n }\n Merge2 {\n inputs 2\n operation plus\n name Merge7\n xpos -674\n ypos 791\n }\n Output {\n name Output1\n xpos -674\n ypos 991\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_SpotLight.gizmo", "content": "Group {\n name SpotLight\n onCreate \"n = nuke.thisNode()\\nn.knob('outerRadius').setRange(0, 2)\\nn.knob('innerRadius').setRange(0, 2)\\nn.knob('outerBlur').setRange(0, 400)\\nn.knob('innerBlur').setRange(0, 400)\\nn.knob('overallSize').setRange(0, 4)\"\n tile_color 0x4c7b7fff\n note_font \"Bitstream Vera Sans Bold\"\n note_font_color 0xffffffff\n selected true\n addUserKnob {20 SpotLight}\n addUserKnob {6 replace +STARTLINE}\n replace true\n addUserKnob {6 invert -STARTLINE}\n addUserKnob {12 center}\n center {1024 1024}\n addUserKnob {22 setCenter l \"set center\" -STARTLINE T \"n = nuke.thisNode()\\nw= n.width()\\nh=n.height()\\nn\\['center'].setValue(\\[w/2,h/2])\"}\n addUserKnob {14 overallSize l \"Overall Size\" R 0 4}\n overallSize 1\n addUserKnob {26 outerMask l \" Outer Mask\" T \" \"}\n addUserKnob {14 outerRadius l size R 0 2}\n outerRadius 0.4\n addUserKnob {41 softness T RadialOuter.softness}\n addUserKnob {41 plinear l \"perceptually linear\" -STARTLINE T RadialOuter.plinear}\n addUserKnob {41 outerBlur l blur T Blur2.size}\n addUserKnob {26 innerMask l \" Inner Mask\" T \" \"}\n addUserKnob {6 innerMaskCheck l toggle -STARTLINE}\n addUserKnob {14 innerRadius l size R 0 2}\n innerRadius 0.3\n addUserKnob {41 softness_1 l softness T RadialInner.softness}\n addUserKnob {41 plinear_1 l \"perceptually linear\" -STARTLINE T RadialInner.plinear}\n addUserKnob {41 innerBlur l blur T Blur1.size}\n addUserKnob {26 \"\"}\n addUserKnob {41 overscanPercent l \"Overscan Percent\" T BBoxToFormat.overscanPercent}\n addUserKnob {26 \"\" l mask T \"\"}\n addUserKnob {41 maskChannelInput l \"\" -STARTLINE T Merge1.maskChannelInput}\n addUserKnob {41 inject -STARTLINE T Merge1.inject}\n addUserKnob {41 invert_mask l invert -STARTLINE T Merge1.invert_mask}\n addUserKnob {41 fringe -STARTLINE T Merge1.fringe}\n addUserKnob {41 mix T RadialOuter.opacity}\n addUserKnob {20 Noise}\n addUserKnob {6 noiseCheck l Enable +STARTLINE}\n addUserKnob {41 type T Noise1.type}\n addUserKnob {41 size l x/ysize T Noise1.size}\n addUserKnob {7 noiseZ l z R 0 5}\n addUserKnob {7 zSpeed l \"z speed\"}\n addUserKnob {41 octaves T Noise1.octaves}\n addUserKnob {41 nyquist l \"clip at Nyquist limit\" T Noise1.nyquist}\n addUserKnob {41 lacunarity T Noise1.lacunarity}\n addUserKnob {41 gain T Noise1.gain}\n addUserKnob {41 gamma T Noise1.gamma}\n addUserKnob {41 noiseMix l mix T Noise1.opacity}\n}\n Input {\n inputs 0\n name Inputmask\n xpos -201\n ypos 284\n number 1\n }\n Input {\n inputs 0\n name Input\n xpos -487\n ypos -803\n }\n Reformat {\n type \"to box\"\n box_width {{\"\\[exists input0] ? parent.width : root.format.w\"}}\n box_height {{\"\\[exists input0] ? parent.height : root.format.h\"}}\n box_fixed true\n resize none\n center false\n pbb true\n name Reformat1\n xpos -489\n ypos -647\n }\n Dot {\n name Dot1\n note_font_size 41\n xpos -455\n ypos -492\n }\nset N2f9d1d00 [stack 0]\n Dot {\n name Dot5\n note_font_size 41\n xpos -321\n ypos -492\n }\nset N2f9d2b00 [stack 0]\n Radial {\n output {-rgba.red -rgba.green -rgba.blue rgba.alpha}\n cliptype none\n replace true\n invert_mask true\n area {{\"parent.center.x-(1+( (width/2)* (innerRadius.w*overallSize) ) )\"} {\"parent.center.y-(1+( (width/2)* (innerRadius.h*overallSize) ) )\"} {\"parent.center.x+(1+( (width/2)* (innerRadius.w*overallSize) ) )\"} {\"parent.center.y+(1+( (width/2)* (innerRadius.h*overallSize)) )\"}}\n softness 0.8\n name RadialInner\n xpos -355\n ypos -409\n }\n Blur {\n channels {-rgba.red -rgba.green -rgba.blue rgba.alpha}\n name Blur1\n label \"\\[value size]\"\n xpos -355\n ypos -349\n }\n Dot {\n name Dot6\n note_font_size 41\n xpos -321\n ypos -242\n }\npush $N2f9d2b00\n Dot {\n name Dot3\n note_font_size 41\n xpos -180\n ypos -492\n }\nset N907bdd00 [stack 0]\n Radial {\n output {-rgba.red -rgba.green -rgba.blue rgba.alpha}\n cliptype none\n replace true\n area {{\"parent.center.x-(1+( (width/2)* (outerRadius.w*overallSize) ) )\"} {\"parent.center.y-(1+( (width/2)* (outerRadius.h*overallSize) ) )\"} {\"parent.center.x+(1+( (width/2)* (outerRadius.w*overallSize) ) )\"} {\"parent.center.y+(1+( (width/2)* (outerRadius.h*overallSize) ) )\"}}\n name RadialOuter\n xpos -214\n ypos -409\n }\n Blur {\n channels {-rgba.red -rgba.green -rgba.blue rgba.alpha}\n name Blur2\n label \"\\[value size]\"\n xpos -214\n ypos -351\n }\n Multiply {\n inputs 1+1\n channels {-rgba.red -rgba.green -rgba.blue rgba.alpha}\n value 0\n name Multiply2\n label \"\\[value value]\"\n xpos -214\n ypos -258\n disable {{!parent.innerMaskCheck}}\n }\nset N65c2f900 [stack 0]\npush $N907bdd00\n Dot {\n name Dot2\n note_font_size 41\n xpos -51\n ypos -492\n }\n Noise {\n output {-rgba.red -rgba.green -rgba.blue rgba.alpha}\n replace true\n size 250\n zoffset {{parent.noiseZ+(frame*zSpeed)*.2}}\n translate {{parent.center.x} {parent.center.y}}\n scale {{parent.overallSize} {parent.overallSize}}\n name Noise1\n xpos -85\n ypos -404\n }\n Merge2 {\n inputs 2\n name Merge2\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos -85\n ypos -246\n addUserKnob {20 TRX}\n addUserKnob {22 swap l \"swap to Merge All Node\" -STARTLINE T \"import convertMergeToMergeAll;convertMergeToMergeAll.convertMergeToMergeAll()\"}\n }\n Dot {\n name Dot9\n note_font_size 41\n xpos -51\n ypos -172\n }\npush $N65c2f900\n Multiply {\n inputs 1+1\n channels {-rgba.red -rgba.green -rgba.blue rgba.alpha}\n value 0\n invert_mask true\n name Multiply1\n label \"\\[value value]\"\n xpos -214\n ypos -188\n disable {{!parent.noiseCheck}}\n }\n Shuffle {\n red alpha\n green alpha\n blue alpha\n name Shuffle2\n tile_color 0xffffffff\n note_font_size 22\n note_font_color 0xffffffff\n xpos -214\n ypos -115\n }\n BlackOutside {\n name BlackOutside1\n xpos -214\n ypos -43\n }\n Group {\n name BBoxToFormat\n onCreate \"n = nuke.thisNode()\\ninputFormat = n.knob(\\\"inputFormat\\\")\\ninputBBox = n.knob(\\\"inputBBox\\\")\\ncrop = nuke.toNode(\\\"Crop6\\\")\\ncropb = crop.knob('box')\\noutputBBox = n.knob('outputBBox')\\noutputBBoxCenter = n.knob(\\\"outputBBoxCenter\\\")\\n\\ninputFormat.setFlag(0x0000000000008000)\\ninputBBox.setFlag(0x0000000000008000)\\ncropb.setFlag(0x0000000000008000)\\noutputBBox.setFlag(0x0000000000008000)\\noutputBBoxCenter.setFlag(0x0000000000008000)\\n\\nn = nuke.thisNode()\\nn.knob(\\\"overscan\\\").setRange(0,400)\\nn.knob(\\\"overscanPercent\\\").setRange(1,4)\"\n knobChanged \"n = nuke.thisNode()\\nk = nuke.thisKnob()\\nif k.name() == \\\"overscanType\\\":\\n if n.knob(\\\"overscanType\\\").getValue() == 1:\\n n.knob(\\\"overscanPercent\\\").setVisible(True)\\n n.knob(\\\"overscan\\\").setVisible(False)\\n else:\\n n.knob(\\\"overscanPercent\\\").setVisible(False)\\n n.knob(\\\"overscan\\\").setVisible(True)\"\n tile_color 0xa57aaaff\n note_font \"Verdana Bold\"\n note_font_color 0xffffffff\n xpos -214\n ypos -2\n disable {{!parent.invert}}\n addUserKnob {20 CropBBox}\n addUserKnob {4 type l Type +INVISIBLE M {\"To Format\" \"To BBox\"}}\n addUserKnob {41 intersect T Crop6.intersect}\n addUserKnob {6 blackOutside l \"Black Outside\" -STARTLINE}\n addUserKnob {4 overscanType l \"Overscan Type:\" M {Pixels Percentage}}\n overscanType Percentage\n addUserKnob {14 overscan l Overscan +HIDDEN R 0 400}\n addUserKnob {14 overscanPercent l \"Overscan Percent\" R 1 4}\n overscanPercent 1.1\n addUserKnob {20 inputBbox l \"BBox Data\" n 1}\n inputBbox 0\n addUserKnob {15 inputFormat l \"Input Format\"}\n inputFormat {0 0 {input.width} {input.height}}\n addUserKnob {15 inputBBox l \"Input BBox\"}\n inputBBox {{input.bbox.x} {input.bbox.y} {input.bbox.r} {input.bbox.t}}\n addUserKnob {12 outputBBoxCenter l OutputBBoxCenter}\n outputBBoxCenter {{OutputBBox1.outputBBoxCenter.w} {OutputBBox1.outputBBoxCenter.h}}\n addUserKnob {15 outputBBox l \"Output BBox\"}\n outputBBox {{OutputBBox1.OutputBBox} {OutputBBox1.OutputBBox} {OutputBBox1.OutputBBox} {OutputBBox1.OutputBBox}}\n addUserKnob {20 endGroup n -1}\n addUserKnob {20 info_1 l Info}\n addUserKnob {26 creator l Creator: T \"Tony Lyons\"}\n addUserKnob {26 desc l Description: t \"crop to inputformat\\n\\ndisplays values of input bbox\" T CropBBox}\n addUserKnob {26 ver l Version: T v02}\n }\n Input {\n inputs 0\n name Input\n xpos 261\n ypos 394\n }\n Dot {\n name Dot2\n note_font_size 41\n xpos 295\n ypos 462\n }\nset N953b1600 [stack 0]\n Dot {\n name Dot1\n note_font_size 41\n xpos -160\n ypos 462\n }\nset N953b0f00 [stack 0]\npush $N953b1600\n Crop {\n box {{curve} {curve} {input.width} {input.height}}\n crop {{parent.blackOutside}}\n name Crop6\n xpos 261\n ypos 510\n addUserKnob {20 User}\n addUserKnob {22 cropToBbox l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n }\nset N953b0800 [stack 0]\n Remove {\n operation keep\n channels none\n name Remove1\n xpos 120\n ypos 504\n }\nset N953b0100 [stack 0]\n Transform {\n scale {{parent.overscanPercent} {parent.overscanPercent}}\n center {{input.bbox.r/2} {input.bbox.t/2}}\n shutteroffset centred\n name Transform1\n xpos 120\n ypos 555\n }\npush $N953b0100\n AdjBBox {\n numpixels {{parent.overscan} {parent.overscan}}\n name AdjBBox1\n xpos -5\n ypos 510\n }\n Switch {\n inputs 2\n which {{overscanType}}\n name Switch2\n label \"\\[value which]\"\n xpos -5\n ypos 549\n }\n Merge2 {\n inputs 2\n bbox intersection\n Achannels {-rgba.red -rgba.green -rgba.blue rgba.alpha}\n Bchannels {-rgba.red -rgba.green -rgba.blue rgba.alpha}\n output {-rgba.red -rgba.green -rgba.blue rgba.alpha}\n name Merge1\n xpos -5\n ypos 647\n disable {{!parent.Crop6.intersect}}\n }\npush $N953b0f00\n CopyBBox {\n inputs 2\n name CopyBBox1\n xpos -194\n ypos 653\n }\n BlackOutside {\n name BlackOutside1\n xpos -194\n ypos 692\n disable {{!parent.blackOutside}}\n }\n Dot {\n name Dot4\n note_font_size 41\n xpos -160\n ypos 769\n }\npush $N953b0800\n Switch {\n inputs 2\n which {{\"overscanType == 0 ? overscan.w != 0 || overscan.h != 0 : overscanPercent.w != 1 || overscanPercent.h != 1 ? 1 : 0\"}}\n name Switch1\n label \"\\[value which]\"\n xpos 261\n ypos 759\n }\nset N19bf0800 [stack 0]\n Output {\n name Output1\n xpos 261\n ypos 921\n }\npush $N19bf0800\n NoOp {\n name OutputBBox1\n xpos 378\n ypos 821\n addUserKnob {20 User}\n addUserKnob {15 OutputBBox l \"Output BBox\"}\n OutputBBox {{input.bbox.x} {input.bbox.y} {input.bbox.r} {input.bbox.t}}\n addUserKnob {14 outputBBoxCenter l \"Output BBox Center\" R 0 100}\n outputBBoxCenter {{OutputBBox.x+(OutputBBox.r-OutputBBox.x)/2} {OutputBBox.y+(OutputBBox.t-OutputBBox.y)/2}}\n }\n end_group\n Invert {\n channels rgba\n name Invert1\n xpos -214\n ypos 40\n disable {{!parent.invert}}\n }\n Dot {\n name Dot12\n note_font_size 41\n xpos -180\n ypos 113\n }\nset N658e6b00 [stack 0]\npush $N658e6b00\npush $N2f9d1d00\n Dot {\n name Dot10\n note_font_size 41\n xpos -455\n ypos -152\n }\nset N658e6400 [stack 0]\n Dot {\n name Dot11\n note_font_size 41\n xpos -329\n ypos -152\n }\n Merge2 {\n inputs 2\n name Merge3\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos -363\n ypos 109\n addUserKnob {20 TRX}\n addUserKnob {22 swap l \"swap to Merge All Node\" -STARTLINE T \"import convertMergeToMergeAll;convertMergeToMergeAll.convertMergeToMergeAll()\"}\n }\n Switch {\n inputs 2\n which {{parent.replace}}\n name Switch2\n label \"\\[value which]\"\n xpos -363\n ypos 163\n }\n Dot {\n name Dot8\n note_font_size 41\n xpos -329\n ypos 230\n }\npush $N658e6400\n Merge2 {\n inputs 2+1\n operation copy\n name Merge1\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos -489\n ypos 284\n addUserKnob {20 TRX}\n addUserKnob {22 swap l \"swap to Merge All Node\" -STARTLINE T \"import convertMergeToMergeAll;convertMergeToMergeAll.convertMergeToMergeAll()\"}\n }\npush $N2f9d1d00\n Dot {\n name Dot7\n note_font_size 41\n xpos -699\n ypos -492\n }\n Dot {\n name Dot4\n note_font_size 41\n xpos -699\n ypos 389\n }\n Switch {\n inputs 2\n which {{\"parent.outerRadius == 0 ? 0 : 1\"}}\n name Switch1\n label \"\\[value which]\"\n xpos -489\n ypos 379\n }\n BlackOutside {\n name BlackOutside2\n xpos -489\n ypos 456\n }\n Output {\n name Output1\n xpos -489\n ypos 592\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_Suppress_RGBCMY.gizmo", "content": "Group {\n name Suppress_RGBCMY\n help \"Suppress specific colors in RGBCMY space\"\n tile_color 0xa3bbe6ff\n selected true\n addUserKnob {20 colorSuppress l \"Color Suppression\"}\n addUserKnob {7 red l Red t \"Suppress this color\"}\n red 1\n addUserKnob {18 red_luma l \"Red Luma\" t \"Restore the luma of this color.\\nCan be used to introduce other colors as well.\"}\n red_luma 1\n addUserKnob {6 red_luma_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {26 \"\"}\n addUserKnob {7 green l Green t \"Suppress this color\"}\n green 1\n addUserKnob {18 green_luma l \"Green Luma\" t \"Restore the luma of this color.\\nCan be used to introduce other colors as well.\"}\n green_luma 1\n addUserKnob {6 green_luma_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {26 \"\"}\n addUserKnob {7 blue l Blue t \"Suppress this color\"}\n blue 1\n addUserKnob {18 blue_luma l \"Blue Luma\" t \"Restore the luma of this color.\\nCan be used to introduce other colors as well.\"}\n blue_luma 1\n addUserKnob {6 blue_luma_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {26 \"\"}\n addUserKnob {7 cyan l Cyan t \"Suppress this color\"}\n cyan 1\n addUserKnob {18 cyan_luma l \"Cyan Luma\" t \"Restore the luma of this color.\\nCan be used to introduce other colors as well.\"}\n cyan_luma 1\n addUserKnob {6 cyan_luma_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {26 \"\"}\n addUserKnob {7 magenta l Magenta t \"Suppress this color\"}\n magenta 1\n addUserKnob {18 magenta_luma l \"Magenta Luma\" t \"Restore the luma of this color.\\nCan be used to introduce other colors as well.\"}\n magenta_luma 1\n addUserKnob {6 magenta_luma_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {26 \"\"}\n addUserKnob {7 yellow l Yellow t \"Suppress this color\"}\n yellow 1\n addUserKnob {18 yellow_luma l \"Yellow Luma\" t \"Restore the luma of this color.\\nCan be used to introduce other colors as well.\"}\n yellow_luma 1\n addUserKnob {6 yellow_luma_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {26 \"\"}\n addUserKnob {26 \"\" l mask T \"\"}\n addUserKnob {41 maskChannelInput l \"\" -STARTLINE T Merge7.maskChannelInput}\n addUserKnob {41 inject -STARTLINE T Merge7.inject}\n addUserKnob {41 invert_mask l invert -STARTLINE T Merge7.invert_mask}\n addUserKnob {41 fringe -STARTLINE T Merge7.fringe}\n addUserKnob {41 mix T Merge7.mix}\n addUserKnob {26 \"\" +STARTLINE}\n addUserKnob {26 spin_copyright l \"\" t \"© SPINVFX\\nSuppress_RGBCMY\\nVersion 1.2\\n2017-2018\" +STARTLINE T \"SPINVFX - Version 1.2 - 2017-2018 - Github Page\"}\n}\n Input {\n inputs 0\n name Inputmask\n xpos -267\n ypos 1207\n number 1\n }\n Input {\n inputs 0\n name img\n xpos -389\n ypos -272\n }\n Dot {\n name Dot7\n xpos -355\n ypos -137\n }\nset N4b898800 [stack 0]\n Dot {\n name Dot3\n xpos -106\n ypos -137\n }\n Dot {\n name Dot8\n xpos -106\n ypos 11\n }\nset N4a04f900 [stack 0]\n Dot {\n name Dot1\n xpos -106\n ypos 211\n }\nset N4a04f200 [stack 0]\n Dot {\n name Dot6\n xpos -106\n ypos 399\n }\nset N4a04eb00 [stack 0]\n Dot {\n name Dot5\n xpos -106\n ypos 585\n }\nset N4a04e400 [stack 0]\n Dot {\n name Dot4\n xpos -106\n ypos 783\n }\nset N4a04dd00 [stack 0]\n Dot {\n name Dot2\n xpos -106\n ypos 989\n }\n Expression {\n temp_name0 yel\n temp_expr0 \"max(min(r-b, g-b),0)\"\n expr0 yel\n expr1 yel\n expr2 0\n name Yellow\n xpos -258\n ypos 985\n }\nset N4a04cf00 [stack 0]\n Saturation {\n saturation {{parent.yellow}}\n name Saturation6\n xpos -258\n ypos 1038\n }\n Clamp {\n maximum_enable false\n name Clamp_negatif5\n xpos -258\n ypos 1076\n }\n Multiply {\n value {{parent.yellow_luma} {parent.yellow_luma} {parent.yellow_luma} {parent.yellow_luma}}\n name Multiply6\n xpos -258\n ypos 1114\n }\npush $N4a04cf00\npush $N4a04dd00\n Expression {\n temp_name0 mag\n temp_expr0 \"max(min(r-g, b-g),0)\"\n expr0 mag\n expr1 0\n expr2 mag\n name Magenta\n xpos -258\n ypos 779\n }\nset N5a838f00 [stack 0]\n Saturation {\n saturation {{parent.magenta}}\n name Saturation5\n xpos -258\n ypos 820\n }\n Clamp {\n maximum_enable false\n name Clamp_negatif4\n xpos -258\n ypos 858\n }\n Multiply {\n value {{parent.magenta_luma} {parent.magenta_luma} {parent.magenta_luma} {parent.magenta_luma}}\n name Multiply5\n xpos -258\n ypos 896\n }\npush $N5a838f00\npush $N4a04e400\n Expression {\n temp_name0 cyan\n temp_expr0 \"max(min(g-r, b-r),0)\"\n expr0 0\n expr1 cyan\n expr2 cyan\n name Cyan\n xpos -258\n ypos 581\n }\nset N4c5a0f00 [stack 0]\n Saturation {\n saturation {{parent.cyan}}\n name Saturation4\n xpos -258\n ypos 622\n }\n Clamp {\n maximum_enable false\n name Clamp_negatif3\n xpos -258\n ypos 660\n }\n Multiply {\n value {{parent.cyan_luma} {parent.cyan_luma} {parent.cyan_luma} {parent.cyan_luma}}\n name Multiply4\n xpos -258\n ypos 698\n }\npush $N4c5a0f00\npush $N4a04eb00\n Expression {\n expr0 0\n expr1 0\n expr2 b-min(max(g,r),b)\n name Blue\n xpos -258\n ypos 395\n }\nset N4718cf00 [stack 0]\n Saturation {\n saturation {{parent.blue}}\n name Saturation3\n xpos -258\n ypos 436\n }\n Clamp {\n maximum_enable false\n name Clamp_negatif2\n xpos -258\n ypos 474\n }\n Multiply {\n value {{parent.blue_luma} {parent.blue_luma} {parent.blue_luma} {parent.blue_luma}}\n name Multiply3\n xpos -258\n ypos 512\n }\npush $N4718cf00\npush $N4a04f200\n Expression {\n expr0 0\n expr1 g-min(max(r,b),g)\n expr2 0\n name Green\n xpos -258\n ypos 207\n }\nset N6b16cf00 [stack 0]\n Saturation {\n saturation {{parent.green}}\n name Saturation2\n xpos -258\n ypos 248\n }\n Clamp {\n maximum_enable false\n name Clamp_negatif1\n xpos -258\n ypos 286\n }\n Multiply {\n value {{parent.green_luma} {parent.green_luma} {parent.green_luma} {parent.green_luma}}\n name Multiply2\n xpos -258\n ypos 324\n }\npush $N6b16cf00\npush $N4a04f900\n Expression {\n expr0 r-min(max(g,b),r)\n expr1 0\n expr2 0\n name Red\n xpos -257\n ypos 7\n }\nset Na9ae0f00 [stack 0]\n Saturation {\n saturation {{parent.red}}\n name Saturation1\n xpos -257\n ypos 45\n }\n Clamp {\n maximum_enable false\n name Clamp_negatif\n xpos -257\n ypos 86\n }\n Multiply {\n value {{parent.red_luma} {parent.red_luma} {parent.red_luma} {parent.red_luma}}\n name Multiply1\n xpos -257\n ypos 146\n }\npush $Na9ae0f00\npush $N4b898800\n Merge2 {\n inputs 2\n operation from\n output rgb\n name Merge1\n xpos -389\n ypos 7\n }\n Merge2 {\n inputs 2\n operation plus\n output rgb\n name redLuma\n xpos -389\n ypos 152\n }\n Merge2 {\n inputs 2\n operation from\n output rgb\n name Merge2\n xpos -389\n ypos 207\n }\n Merge2 {\n inputs 2\n operation plus\n output rgb\n name greenLuma\n xpos -389\n ypos 330\n }\n Merge2 {\n inputs 2\n operation from\n output rgb\n name Merge3\n xpos -389\n ypos 395\n }\n Merge2 {\n inputs 2\n operation plus\n output rgb\n name blueLuma\n xpos -389\n ypos 518\n }\n Merge2 {\n inputs 2\n operation from\n output rgb\n name Merge4\n xpos -389\n ypos 581\n }\n Merge2 {\n inputs 2\n operation plus\n output rgb\n name CyanLuma\n xpos -389\n ypos 704\n }\n Merge2 {\n inputs 2\n operation from\n output rgb\n name Merge5\n xpos -389\n ypos 779\n }\n Merge2 {\n inputs 2\n operation plus\n output rgb\n name magentaLuma\n xpos -389\n ypos 902\n }\n Merge2 {\n inputs 2\n operation from\n output rgb\n name Merge6\n xpos -389\n ypos 985\n }\n Merge2 {\n inputs 2\n operation plus\n output rgb\n name yellowLuma\n xpos -389\n ypos 1120\n }\npush $N4b898800\n Dot {\n name Dot9\n note_font_size 41\n xpos -553\n ypos -137\n }\n Dot {\n name Dot10\n note_font_size 41\n xpos -553\n ypos 1211\n }\n Merge2 {\n inputs 2+1\n operation copy\n name Merge7\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n selected true\n xpos -389\n ypos 1207\n addUserKnob {20 TRX}\n addUserKnob {22 swap l \"swap to Merge All Node\" -STARTLINE T \"import convertMergeToMergeAll;convertMergeToMergeAll.convertMergeToMergeAll()\"}\n }\n Output {\n name Output2\n xpos -389\n ypos 1401\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_Symmetry.gizmo", "content": "set cut_paste_input [stack 0]\nversion 12.2 v10\npush $cut_paste_input\nGroup {\n name Symmetry\n knobChanged \"n = nuke.thisNode()\\nk = nuke.thisKnob()\\n\\nif k.name() == \\\"steps\\\":\\n s = int(k.value())\\n if s<1:\\n k.setValue(1)\\n \\n else:\\n with n:\\n start = nuke.toNode(\\\"Start\\\")\\n end = nuke.toNode(\\\"End\\\")\\n side = nuke.toNode(\\\"side\\\")\\n merge = nuke.toNode(\\\"Merge1\\\")\\n \\n startX = side.xpos()\\n startY = side.ypos()\\n \\n \\n steps = int( n.knob(\\\"steps\\\").getValue() )\\n \\n for i in range(1,merge.inputs()):\\n merge.setInput(i,None)\\n merge.setInput(0, side)\\n \\[nuke.delete(i) for i in nuke.allNodes() if i.xpos()>start.xpos()]\\n for i in range(1,steps):\\n \\n t = nuke.nodes.Transform()\\n t.setXYpos(startX+i*100,startY) \\n t.setInput(0,start)\\n fr = (360/steps)\\n t\\['center'].setExpression(\\\"width/2\\\", 0)\\n t\\['center'].setExpression(\\\"height/2\\\", 1)\\n\\n t\\['rotate'].setValue(fr*i)\\n merge.setInput(i if i<2 else i+1, t)\"\n tile_color 0xa57aaaff\n note_font \"Bitstream Vera Sans Bold\"\n note_font_color 0xffffffff\n selected true\n xpos -2605\n ypos 4458\n addUserKnob {20 Symmetry}\n addUserKnob {41 operation T Merge1.operation}\n addUserKnob {3 steps -STARTLINE}\n steps 6\n addUserKnob {26 \"\"}\n addUserKnob {20 addTransform l \"Additional Pre-Transform\" n 1}\n addTransform 0\n addUserKnob {41 translate T Transform10.translate}\n addUserKnob {41 rotate T Transform10.rotate}\n addUserKnob {41 scale T Transform10.scale}\n addUserKnob {41 skewX l \"skew X\" T Transform10.skewX}\n addUserKnob {41 skewY l \"skew Y\" T Transform10.skewY}\n addUserKnob {41 skew_order l \"skew order\" T Transform10.skew_order}\n addUserKnob {41 center T Transform10.center}\n addUserKnob {22 setCenter l \"Set Center\" -STARTLINE T \"n = nuke.thisNode()\\nw= n.width()\\nh=n.height()\\nn\\['center'].setValue(\\[w/2,h/2])\"}\n addUserKnob {20 endGroup n -1}\n}\n Input {\n inputs 0\n name Input\n xpos 742\n ypos -567\n }\n Transform {\n center {1024 1024}\n name Transform10\n selected true\n xpos 742\n ypos -437\n }\n NoOp {\n name Start\n xpos 742\n ypos -353\n }\nset Na81fb900 [stack 0]\n Transform {\n rotate 300\n center {{width/2} {height/2}}\n name Transform5\n xpos 1242\n ypos -270\n }\npush $Na81fb900\n Transform {\n rotate 240\n center {{width/2} {height/2}}\n name Transform4\n xpos 1142\n ypos -270\n }\npush $Na81fb900\n Transform {\n rotate 180\n center {{width/2} {height/2}}\n name Transform3\n xpos 1042\n ypos -270\n }\npush $Na81fb900\n Transform {\n rotate 120\n center {{width/2} {height/2}}\n name Transform2\n xpos 942\n ypos -270\n }\npush 0\npush $Na81fb900\n Transform {\n rotate 60\n center {{width/2} {height/2}}\n name Transform1\n xpos 842\n ypos -270\n }\npush $Na81fb900\n NoOp {\n name side\n xpos 742\n ypos -270\n }\n Merge2 {\n inputs 6+1\n operation plus\n name Merge1\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 742\n ypos -174\n }\n NoOp {\n name End\n xpos 742\n }\n Output {\n name Output1\n xpos 742\n ypos 58\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_TProject.gizmo", "content": "\nGroup {\n name TProject\n help \"it is just transform tracked\\nnothing fancy at all\\nplay with the buttons, have fun\"\n knobChanged \"nn = nuke.thisNode()\\nk = nuke.thisKnob()\\nkn = k.name()\\n\\nif kn == \\\"cropP\\\":\\n\\n if nn\\['cropP'].value() in \\[\\\"Hard Crop\\\"]:\\n nn\\[\\\"growBbox\\\"].setVisible(False)\\n nn\\[\\\"text\\\"].setValue(\\\"Image is cropped to Input, Concatenation preserved.\\\")\\n\\n elif nn\\['cropP'].value() in \\[\\\"Adjustable Crop\\\"]:\\n nn\\[\\\"growBbox\\\"].setVisible(True)\\n nn\\[\\\"text\\\"].setValue(\\\"Adjust your Bbox , Downward Concatenation is broken.\\\")\\n\\n elif nn\\['cropP'].value() in \\[\\\"No Crop\\\"]:\\n nn\\[\\\"growBbox\\\"].setVisible(False)\\n nn\\[\\\"text\\\"].setValue(\\\"No Crop applied, Concatenation preserved.\\\")\"\n tile_color 0x7a4389ff\n note_font Verdana\n note_font_size 14\n note_font_color 0x28565eff\n addUserKnob {20 User l CProject}\n addUserKnob {6 FreezeInput l \"freeze input\" t \"freezing the input on the refrence frame, \\nsame as putting the framehold before the node\" +STARTLINE}\n addUserKnob {22 python_button l \"set current as reference frame\" T \"\\nn = nuke.thisNode()\\nn\\[\\\"translate_1\\\"].setValue(\\[n\\[\\\"translate\\\"].value(0)*-1,n\\[\\\"translate\\\"].value(1)*-1]) \\n\\n\\nframe = nuke.frame()\\nn\\['refFrame'].setValue(frame)\\nn\\['label'].setValue(str(frame))\\n\\nnuke.toNode(\\\"FHold\\\")\\['first_frame'].setValue(frame)\\n\" +STARTLINE}\n addUserKnob {26 text_2 l \"\" -STARTLINE T or}\n addUserKnob {22 setRefFrame l \"set reference frame\" t \"setting the reference frame,\\nsame as the reference frame when you are doing projection with the camera on the card.\\nyou should expect that the input will be unchenged on this frame.\" -STARTLINE T \"\\nn = nuke.thisNode()\\nframe = int(n\\['refFrame'].value())\\n\\nn\\[\\\"translate_1\\\"].setValue(\\[n\\[\\\"translate\\\"].getValueAt(0,frame)*-1,n\\[\\\"translate\\\"].getValue(1,frame)*-1]) \\n\\n\\nn\\['label'].setValue(str(frame))\\n\\nnuke.toNode(\\\"FHold\\\")\\['first_frame'].setValue(frame)\\n\\n\"}\n addUserKnob {3 refFrame l \"\" -STARTLINE}\n addUserKnob {41 stabilize T Transform1.invert_matrix}\n addUserKnob {41 motionblur_1 l motionblur T Transform1.motionblur}\n addUserKnob {41 shutter_1 l shutter T Transform1.shutter}\n addUserKnob {20 s l transforms n 1}\n s 0\n addUserKnob {41 translate T Transform1.translate}\n addUserKnob {41 center -STARTLINE T Transform1.center}\n addUserKnob {41 rotate T Transform1.rotate}\n addUserKnob {41 scale T Transform1.scale}\n addUserKnob {41 skewX l \"skew X\" T Transform1.skewX}\n addUserKnob {41 skewY l \"skew Y\" -STARTLINE T Transform1.skewY}\n addUserKnob {41 shutteroffset_1 l \"shutter offset\" T Transform1.shutteroffset}\n addUserKnob {41 shuttercustomoffset l \"\" -STARTLINE T Transform1.shuttercustomoffset}\n addUserKnob {41 filter_1 l filter T Reformat1.filter}\n addUserKnob {41 clamp -STARTLINE T Transform1.clamp}\n addUserKnob {41 black_outside l \"black outside\" -STARTLINE T Transform1.black_outside}\n addUserKnob {20 endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {4 cropP l crop M {\"Hard Crop\" \"Adjustable Crop\" \"No Crop\"}}\n addUserKnob {7 growBbox l \"grow Bbox\" -STARTLINE +HIDDEN R 0 200}\n growBbox 50\n addUserKnob {41 o l overscan +DISABLED +HIDDEN +INVISIBLE T Crop1.o}\n addUserKnob {26 text l tip T \"Image is cropped to Input, Concatenation preserved.\"}\n addUserKnob {26 \"\"}\n addUserKnob {41 translate_1 l translate +INVISIBLE T refPall.translate}\n}\n Input {\n inputs 0\n name Input1\n xpos 112\n ypos -280\n }\n FrameHold {\n name FHold\n selected true\n xpos 112\n ypos -229\n disable {{!parent.FreezeInput}}\n }\n Transform {\n invert_matrix false\n name Transform1\n xpos 112\n ypos -176\n }\n Transform {\n translate {61.92474365 295.9479017}\n center {1024 778}\n invert_matrix {{parent.Transform1.invert_matrix}}\n name refPall\n xpos 112\n ypos -140\n }\nset Nd51711c0 [stack 0]\n Dot {\n name Dot1\n xpos 14\n ypos -62\n }\npush $Nd51711c0\n Crop {\n box {{curve-parent.growBbox} {curve-parent.growBbox} {width+parent.growBbox} {height+parent.growBbox}}\n name Crop1\n xpos 112\n ypos -62\n addUserKnob {20 User}\n addUserKnob {22 cropToBbox l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n }\npush $Nd51711c0\n Reformat {\n type \"to box\"\n format \"4096 2160 0 0 4096 2160 1 4K_DCP\"\n box_width {{width}}\n box_height {{height}}\n box_pixel_aspect {{pixel_aspect}}\n resize none\n name Reformat1\n xpos 223\n ypos -68\n }\n Switch {\n inputs 3\n which {{parent.cropP x1000 0}}\n name Switch1\n label \"\\[value which]\"\n xpos 112\n ypos 10\n }\n Output {\n name Output1\n xpos 112\n ypos 106\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_TProject2.gizmo", "content": "Group {\nname TProject\nhelp \"TProject has only transformation of the point in XY space, it has no scale or rotation, usefull if you want simple one point stabilisation\"\nknobChanged \"nn = nuke.thisNode()\\nk = nuke.thisKnob()\\nkn = k.name()\\n\\nif kn == \\\"cropP\\\":\\n\\n if nn\\['cropP'].value() in \\[\\\"Hard Crop\\\"]:\\n nn\\[\\\"growBbox\\\"].setVisible(False)\\n nn\\[\\\"text\\\"].setValue(\\\"Image is cropped to Input, Concatenation preserved.\\\")\\n\\n elif nn\\['cropP'].value() in \\[\\\"Adjustable Crop\\\"]:\\n nn\\[\\\"growBbox\\\"].setVisible(True)\\n nn\\[\\\"text\\\"].setValue(\\\"Adjust your Bbox , Downward Concatenation is broken.\\\")\\n\\n elif nn\\['cropP'].value() in \\[\\\"No Crop\\\"]:\\n nn\\[\\\"growBbox\\\"].setVisible(False)\\n nn\\[\\\"text\\\"].setValue(\\\"No Crop applied, Concatenation preserved.\\\")\"\ntile_color 0x7a4389ff\nlabel \"Matchmove\\n46\"\nnote_font Verdana\nnote_font_size 14\nnote_font_color 0x28565eff\naddUserKnob {20 User l TProject}\naddUserKnob {26 card_to_track l \"\" +STARTLINE T \"CardToTrack3:transform: ujo\"}\naddUserKnob {26 \"\"}\naddUserKnob {6 FreezeInput l \"freeze input\" t \"freezing the input on the refrence frame, \\nsame as putting the framehold before the node\" +STARTLINE}\naddUserKnob {22 mode_toggle l \"

Matchmove\" t \"Toggle between Matchmove and Stabilize modes.\\nPay attention to the reference frame - on this frame no transformation will be applied. You can see it as a projection frame if compare to camera project\" T \"import nuke\\nntn = nuke.thisNode()\\nntk = nuke.thisKnob()\\nref_frame = str(int(ntn\\['refFrame'].value()))\\nlab = ntk.label()\\nmm = \\\"

Matchmove\\\"\\nstab = \\\"

Stabilize\\\"\\nif lab == mm:\\n ntk.setLabel(stab)\\n ntn\\['invert'].setValue(True)\\n ntn\\['tile_color'].setValue(1834205695)\\n ntn\\['label'].setValue(\\\"Stabilize\\\\n\\\"+ref_frame)\\n with ntn:\\n nuke.toNode('refPall')\\['disable'].setValue(False)\\nelif lab == stab:\\n ntk.setLabel(mm)\\n ntn\\['invert'].setValue(False)\\n ntn\\['tile_color'].setValue(2051246591)\\n ntn\\['label'].setValue(\\\"Matchmove\\\\n\\\"+ref_frame)\\n with ntn:\\n nuke.toNode('refPall')\\['disable'].setValue(True)\" +STARTLINE}\naddUserKnob {22 setCurrentAsRefFrame l \"set current as reference frame\" T \"import nuke\\nntn = nuke.thisNode()\\nframe = int(nuke.frame())\\nwith ntn:\\n pall = nuke.toNode(\\\"refPall\\\")\\n papa = nuke.toNode(\\\"Transform1\\\")\\n pall\\['disable'].setValue(False)\\n knobs = \\[\\\"translate\\\", \\\"rotate\\\", \\\"scale\\\", \\\"center\\\"]\\n for one in knobs:\\n pall\\[one].setValue(papa\\[one].value())\\nntn\\['label'].setValue(ntn\\['mode_toggle'].label().rpartition(\\\">\\\")[2]+\\\"\\\\n\\\"+str(frame))\\nntn\\['refFrame'].setValue(frame)\\nwith ntn:\\n nuke.toNode(\\\"FHold\\\")\\['first_frame'].setValue(frame)\\n\\n\\n\\n\\n\" +STARTLINE}\naddUserKnob {22 setRefFrame l \"set reference frame\" t \"setting the reference frame,\\nsame as the reference frame when you are doing projection with the camera on the card.\\nyou should expect that the input will be unchenged on this frame.\" T \"import nuke\\nntn = nuke.thisNode()\\nframe = int(nuke.thisNode()\\['refFrame'].value())\\nwith ntn:\\n pall = nuke.toNode(\\\"refPall\\\")\\n papa = nuke.toNode(\\\"Transform1\\\")\\n pall\\['disable'].setValue(False)\\n knobs = \\[\\\"translate\\\", \\\"rotate\\\", \\\"scale\\\", \\\"center\\\"]\\n for one in knobs:\\n pall\\[one].setValue(papa\\[one].value())\\nntn\\['label'].setValue(ntn\\['mode_toggle'].label().rpartition(\\\">\\\")[2]+\\\"\\\\n\\\"+str(frame))\\nntn\\['refFrame'].setValue(frame)\\nwith ntn:\\n nuke.toNode(\\\"FHold\\\")\\['first_frame'].setValue(frame)\" +STARTLINE}\naddUserKnob {3 refFrame l \"\" -STARTLINE}\nrefFrame 46\naddUserKnob {41 invert l stabilize +INVISIBLE T Transform1.invert_matrix}\naddUserKnob {26 \"\"}\naddUserKnob {20 s l transforms n 1}\ns 0\naddUserKnob {41 translate T Transform1.translate}\naddUserKnob {41 center -STARTLINE T Transform1.center}\naddUserKnob {41 rotate T Transform1.rotate}\naddUserKnob {41 scale T Transform1.scale}\naddUserKnob {41 skewX l \"skew X\" T Transform1.skewX}\naddUserKnob {41 skewY l \"skew Y\" -STARTLINE T Transform1.skewY}\naddUserKnob {20 endGroup n -1}\naddUserKnob {26 \"\"}\naddUserKnob {41 motionblur_1 l motionblur T Transform1.motionblur}\naddUserKnob {41 shutter_1 l shutter T Transform1.shutter}\naddUserKnob {41 shutteroffset_1 l \"shutter offset\" T Transform1.shutteroffset}\naddUserKnob {41 shuttercustomoffset l \"\" -STARTLINE T Transform1.shuttercustomoffset}\naddUserKnob {41 filter_1 l filter T Reformat1.filter}\naddUserKnob {41 clamp -STARTLINE T Transform1.clamp}\naddUserKnob {41 black_outside l \"black outside\" -STARTLINE T Transform1.black_outside}\naddUserKnob {26 \"\"}\naddUserKnob {4 cropP l crop M {\"Hard Crop\" \"Adjustable Crop\" \"No Crop\"}}\naddUserKnob {7 growBbox l \"grow Bbox\" -STARTLINE +HIDDEN R 0 200}\ngrowBbox 50\naddUserKnob {41 o l overscan +DISABLED +HIDDEN +INVISIBLE T Crop1.o}\naddUserKnob {26 text l tip T \"Image is cropped to Input, Concatenation preserved.\"}\naddUserKnob {26 \"\"}\naddUserKnob {41 translate_1 l translate +INVISIBLE T refPall.translate}\n}\nInput {\ninputs 0\nname Input1\nxpos 112\nypos -280\n}\nFrameHold {\nname FHold\nselected true\nxpos 112\nypos -229\ndisable {{!parent.FreezeInput}}\n}\nTransform {\ncenter {960 540}\nname Transform1\nxpos 112\nypos -165\n}\nTransform {\ntranslate {{parent.Transform1.translate(parent.refFrame) x4 -128.3774678 x30 -128.3774678 x44 -128.3774678 x46 -128.3774678 x55 -128.3774678 x57 -128.3774678 -128.3774678 -128.3774678 x66 -128.3774678 x67 -128.3774678 x70 -128.3774678 x74 -128.3774678 x77 -128.3774678 x100 -128.3774678} {parent.Transform1.translate(parent.refFrame) x4 120.4071311 x30 67.89515688 x44 27.56713262 x46 22.99436951 x55 11.5775619 x57 11.87522766 13.52917343 16.70423745 x66 32.42253126 x67 37.07234251 x70 54.40229883 x74 86.01397339 x77 116.4269787 x100 379.3734408}}\ncenter {1024 778}\ninvert_matrix {{!parent.Transform1.invert_matrix}}\nname refPall\nxpos 112\nypos -130\n}\nDot {\nname Dot2\nxpos 146\nypos -96\n}\nset N230475c0 [stack 0]\nDot {\nname Dot1\nxpos 14\nypos -62\n}\npush $N230475c0\nCrop {\nbox {{curve-parent.growBbox} {curve-parent.growBbox} {width+parent.growBbox} {height+parent.growBbox}}\nname Crop1\nxpos 112\nypos -62\naddUserKnob {20 User}\naddUserKnob {22 cropToBbox l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n}\npush $N230475c0\nReformat {\ntype \"to box\"\nformat \"4096 2160 0 0 4096 2160 1 4K_DCP\"\nbox_width {{width}}\nbox_height {{height}}\nbox_pixel_aspect {{pixel_aspect}}\nresize none\nname Reformat1\nxpos 223\nypos -68\n}\nSwitch {\ninputs 3\nwhich {{parent.cropP x1000 0}}\nname Switch1\nlabel \"\\[value which]\"\nxpos 112\nypos 10\n}\nOutput {\nname Output1\nxpos 112\nypos 106\n}\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_TimeMachine.gizmo", "content": "Group {\n name TimeMachine\n help \"Does a per-pixel time offset on the image, based on a secondary mask input.\\n\\nPixels with a mask value of 1 will be offset by the number of frames set in \\\"frames\\\".\\nMask values of 0 will return the image at the current frame. Values between 0-1 will return an interpolated offset.\"\n knobChanged \"\\n\\ng = nuke.thisNode()\\nk = nuke.thisKnob()\\n\\nif k.name() in \\[\\\"frames\\\",\\\"method\\\"]:\\n \\n i = nuke.toNode(\\\"img\\\")\\n i2 = nuke.toNode(\\\"mask\\\")\\n o = nuke.toNode(\\\"Output1\\\")\\n c = nuke.toNode(\\\"Copy1\\\")\\n\\n if k.name() == \\\"frames\\\":\\n \\n defaultNodes = \\[i,i2,o,c]\\n for n in nuke.allNodes():\\n if n not in defaultNodes:\\n nuke.delete(n)\\n \\n fvalue = g\\['frames'].value()\\n step = 1\\n if fvalue < 0:\\n step = -1\\n \\n for f in range(0,int(fvalue)+step,step):\\n t = nuke.nodes.TimeOffset()\\n t\\['time_offset'].setValue(-f)\\n t.setInput(0,i)\\n \\n if f == 0 :\\n lastnode = t\\n \\n else :\\n slice = nuke.nodes.Grade()\\n slice\\['channels'].setValue(\\\"alpha\\\")\\n slice\\['blackpoint'].setValue(abs((1/(fvalue+1))*abs(f)))\\n slice\\['whitepoint'].setValue(abs((1/(fvalue+1))*(abs(f)+1)))\\n slice.setInput(0,c)\\n exp = nuke.nodes.Expression()\\n if g\\['method'].value() == \\\"average\\\":\\n exp\\['expr3'].setValue('a>1?1:a')\\n else:\\n exp\\['expr3'].setValue('a>0?1:0')\\n exp.setInput(0,slice)\\n km = nuke.nodes.Keymix()\\n km.setInput(1,t)\\n km.setInput(0,lastnode)\\n km.setInput(2,exp)\\n lastnode = km\\n \\n sw = nuke.nodes.Switch()\\n sw.setInput(0,i)\\n sw.setInput(1,lastnode)\\n sw\\['which'].setExpression('parent.maskChannel!=0')\\n o.setInput(0,sw)\\n \\n for n in nuke.allNodes():\\n nuke.autoplace(n)\\n\\n elif k.name() == \\\"method\\\":\\n\\n for e in nuke.allNodes('Expression'):\\n if g\\['method'].value() == \\\"average\\\":\\n e\\['expr3'].setValue('a>1?1:a')\\n else:\\n e\\['expr3'].setValue('a>0?1:0')\\n\\n\"\n selected true\n addUserKnob {20 TimeMachine}\n addUserKnob {41 maskChannel T Copy1.from0}\n addUserKnob {26 \"\"}\n addUserKnob {4 method M {nearest average}}\n addUserKnob {3 frames}\n}\n Input {\n inputs 0\n name mask\n xpos 400\n ypos -57\n number 1\n }\nset N40175820 [stack 0]\npush $N40175820\n Copy {\n inputs 2\n from0 rgba.alpha\n name Copy1\n xpos 400\n ypos -33\n }\n Input {\n inputs 0\n name img\n xpos 217\n ypos -111\n }\nset N400be0e0 [stack 0]\n TimeOffset {\n time \"\"\n name TimeOffset1\n }\npush $N400be0e0\n Switch {\n inputs 2\n which {{parent.maskChannel!=0}}\n name Switch1\n }\n Output {\n name Output1\n xpos 1390\n ypos 87\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_TransformCutOut.gizmo", "content": "set cut_paste_input [stack 0]\npush $cut_paste_input\nGroup {\n name TransformCutOut\n tile_color 0xa57aaaff\n note_font \"Verdana Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold\"\n note_font_color 0xffffffff\n selected true\n addUserKnob {20 TransformCutOut}\n addUserKnob {41 matrix T Transform1.matrix}\n addUserKnob {41 translate T Transform1.translate}\n addUserKnob {41 rotate T Transform1.rotate}\n addUserKnob {41 scale T Transform1.scale}\n addUserKnob {41 skewX l \"skew X\" T Transform1.skewX}\n addUserKnob {41 skewY l \"skew Y\" T Transform1.skewY}\n addUserKnob {41 skew_order l \"skew order\" T Transform1.skew_order}\n addUserKnob {41 center T Transform1.center}\n addUserKnob {26 SetTo l \"Set to:\" T \" \"}\n addUserKnob {22 InputFormatCenter l \"Input Format Center\" -STARTLINE T \"n = nuke.thisNode()\\nw = n.width()\\nh = n.height()\\n\\nc = n.knob(\\\"center\\\")\\n\\nc.setValue(w/2, 0)\\nc.setValue(h/2, 1)\"}\n addUserKnob {22 MaskBBox l \"Mask BBox Center\" -STARTLINE T \"n = nuke.thisNode()\\nb = nuke.toNode(\\\"BBoxToFormat\\\")\\n\\nbbx = b.knob(\\\"bboxCenter\\\").getValue(0)\\nbby = b.knob(\\\"bboxCenter\\\").getValue(1)\\n\\nc = n.knob(\\\"center\\\")\\n\\nc.setValue(bbx, 0)\\nc.setValue(bby, 1)\"}\n addUserKnob {41 invert_matrix l invert T Transform1.invert_matrix}\n addUserKnob {41 filter T Transform1.filter}\n addUserKnob {41 clamp -STARTLINE T Transform1.clamp}\n addUserKnob {41 black_outside l \"black outside\" -STARTLINE T Transform1.black_outside}\n addUserKnob {41 motionblur T Transform1.motionblur}\n addUserKnob {41 shutter T Transform1.shutter}\n addUserKnob {41 shutteroffset l \"shutter offset\" T Transform1.shutteroffset}\n addUserKnob {41 shuttercustomoffset l \"\" -STARTLINE T Transform1.shuttercustomoffset}\n addUserKnob {26 \"\"}\n addUserKnob {7 mix}\n mix 1\n addUserKnob {41 bbox l \"set bbox to \" T Merge48.bbox}\n addUserKnob {20 info l Info}\n addUserKnob {26 creator l Creator: T \"Tony Lyons\"}\n addUserKnob {26 desc l Description: t \"Cuts out and Transforms the Masked Region\" T TransformCutOut}\n addUserKnob {26 ver l Version: T v01}\n}\n Input {\n inputs 0\n name Inputmask\n xpos 319\n ypos 113\n number 1\n }\n Dot {\n name Dot6\n note_font_size 41\n xpos 353\n ypos 193\n }\nset N8dc6b10 [stack 0]\n AddChannels {\n channels rgba\n name AddChannels1\n xpos 319\n ypos 264\n }\n Dot {\n name Dot42\n note_font_size 41\n xpos 353\n ypos 334\n }\nset N8dd5170 [stack 0]\n Invert {\n channels rgba\n name Invert8\n xpos 319\n ypos 376\n }\n Dot {\n name Dot39\n note_font_size 41\n xpos 353\n ypos 427\n }\n Input {\n inputs 0\n name Input\n xpos 601\n ypos 104\n }\n AddChannels {\n channels rgba\n name AddChannels2\n xpos 601\n ypos 217\n }\n Dot {\n name Dot41\n note_font_size 41\n xpos 635\n ypos 281\n }\nset N8e01e60 [stack 0]\n Dot {\n name Dot40\n note_font_size 41\n xpos 497\n ypos 281\n }\n Multiply {\n inputs 1+1\n value 0\n name Multiply18\n label \"\\[value value]\"\n xpos 463\n ypos 411\n }\nset N8e0bf00 [stack 0]\npush $N8dd5170\n Dot {\n name Dot4\n note_font_size 41\n xpos 267\n ypos 334\n }\n Dot {\n name Dot5\n xpos 267\n ypos 476\n }\n Merge2 {\n inputs 2\n bbox intersection\n Achannels {-rgba.red -rgba.green -rgba.blue rgba.alpha}\n Bchannels {-rgba.red -rgba.green -rgba.blue rgba.alpha}\n output {-rgba.red -rgba.green -rgba.blue rgba.alpha}\n name Merge1\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 334\n ypos 466\n }\npush $N8e0bf00\n CopyBBox {\n inputs 2\n name CopyBBox1\n xpos 463\n ypos 472\n }\n Transform {\n center {960 540}\n shutteroffset centred\n name Transform1\n xpos 463\n ypos 512\n }\n Dot {\n name Dot43\n note_font_size 41\n xpos 497\n ypos 548\n }\npush $N8dd5170\npush $N8e01e60\n Multiply {\n inputs 1+1\n value 0\n name Multiply19\n label \"\\[value value]\"\n xpos 601\n ypos 318\n }\n Merge2 {\n inputs 2\n operation disjoint-over\n also_merge all\n name Merge48\n xpos 601\n ypos 545\n }\npush $N8e01e60\n Dot {\n name Dot1\n note_font_size 41\n xpos 777\n ypos 281\n }\n Dot {\n name Dot2\n note_font_size 41\n xpos 777\n ypos 619\n }\nset N8e556f0 [stack 0]\n Dissolve {\n inputs 2\n which {{parent.mix}}\n name Dissolve1\n label \"\\[value which]\"\n xpos 601\n ypos 603\n }\npush $N8e556f0\n Dot {\n name Dot3\n note_font_size 41\n xpos 777\n ypos 687\n }\n Switch {\n inputs 2\n which {{\"Dissolve1.which == 0 ? 0 : 1\"}}\n name Switch1\n label \"\\[value which]\"\n xpos 601\n ypos 677\n }\n Output {\n name Output1\n xpos 601\n ypos 775\n }\npush $N8dc6b10\n Group {\n name BBoxToFormat\n onCreate \"n = nuke.thisNode()\\ninputFormat = n.knob(\\\"inputFormat\\\")\\ninputBBox = n.knob(\\\"inputBBox\\\")\\ncrop = nuke.toNode(\\\"Crop6\\\")\\ncropb = crop.knob('box')\\noutputBBox = n.knob('outputBBox')\\n\\ninputFormat.setFlag(0x0000000000008000)\\ninputBBox.setFlag(0x0000000000008000)\\ncropb.setFlag(0x0000000000008000)\\noutputBBox.setFlag(0x0000000000008000)\\n\\nn = nuke.thisNode()\\nn.knob(\\\"overscan\\\").setRange(0,400)\\nn.knob(\\\"overscanPercent\\\").setRange(1,4)\"\n knobChanged \"n = nuke.thisNode()\\nk = nuke.thisKnob()\\nif k.name() == \\\"overscanType\\\":\\n if n.knob(\\\"overscanType\\\").getValue() == 1:\\n n.knob(\\\"overscanPercent\\\").setVisible(True)\\n n.knob(\\\"overscan\\\").setVisible(False)\\n else:\\n n.knob(\\\"overscanPercent\\\").setVisible(False)\\n n.knob(\\\"overscan\\\").setVisible(True)\"\n tile_color 0xa57aaaff\n note_font \"Verdana Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold\"\n note_font_color 0xffffffff\n xpos 409\n ypos 190\n addUserKnob {20 CropBBox}\n addUserKnob {4 type l Type +INVISIBLE M {\"To Format\" \"To BBox\"}}\n addUserKnob {41 intersect T Crop6.intersect}\n addUserKnob {6 blackOutside l \"Black Outside\" -STARTLINE}\n addUserKnob {4 overscanType l \"Overscan Type:\" M {Pixels Percentage}}\n addUserKnob {14 overscan l Overscan R 0 400}\n addUserKnob {14 overscanPercent l \"Overscan Percent\" +HIDDEN R 1 4}\n overscanPercent 1\n addUserKnob {20 inputBbox l \"BBox Data\" n 1}\n addUserKnob {15 inputFormat l \"Input Format\"}\n inputFormat {0 0 {input.width} {input.height}}\n addUserKnob {15 inputBBox l \"Input BBox\"}\n inputBBox {{input.bbox.x} {input.bbox.y} {input.bbox.r} {input.bbox.t}}\n addUserKnob {14 bboxCenter l \"BBox Center\" R 0 100}\n bboxCenter {{\"(inputBBox.r-inputBBox.x)/2 + inputBBox.x\"} {\"(inputBBox.t-inputBBox.y)/2 + inputBBox.y\"}}\n addUserKnob {15 outputBBox l \"Output BBox\"}\n outputBBox {{OutputBBox1.OutputBBox} {OutputBBox1.OutputBBox} {OutputBBox1.OutputBBox} {OutputBBox1.OutputBBox}}\n addUserKnob {20 endGroup n -1}\n addUserKnob {20 info_1 l Info}\n addUserKnob {26 creator l Creator: T \"Tony Lyons\"}\n addUserKnob {26 desc l Description: t \"crop to inputformat\\n\\ndisplays values of input bbox\" T CropBBox}\n addUserKnob {26 ver l Version: T v02}\n }\n Input {\n inputs 0\n name Input\n xpos 261\n ypos 394\n }\n Dot {\n name Dot2\n note_font_size 41\n xpos 295\n ypos 462\n }\nset N8e8b480 [stack 0]\n Dot {\n name Dot1\n note_font_size 41\n xpos -160\n ypos 462\n }\nset N8e8ffb0 [stack 0]\npush $N8e8b480\n Crop {\n box {{curve} {curve} {input.width} {input.height}}\n intersect true\n crop {{parent.blackOutside}}\n name Crop6\n selected true\n xpos 261\n ypos 510\n addUserKnob {20 User}\n addUserKnob {22 cropToBbox l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n addUserKnob {22 cropToBbox_1 l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n addUserKnob {22 cropToBbox_2 l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n addUserKnob {22 cropToBbox_3 l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n addUserKnob {22 cropToBbox_4 l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n addUserKnob {22 cropToBbox_5 l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n addUserKnob {22 cropToBbox_6 l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n addUserKnob {22 cropToBbox_7 l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n addUserKnob {22 cropToBbox_8 l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n addUserKnob {22 cropToBbox_9 l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n addUserKnob {22 cropToBbox_10 l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n addUserKnob {22 cropToBbox_11 l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n addUserKnob {22 cropToBbox_12 l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n addUserKnob {22 cropToBbox_13 l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n addUserKnob {22 cropToBbox_14 l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n addUserKnob {22 cropToBbox_15 l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n addUserKnob {22 cropToBbox_16 l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n addUserKnob {22 cropToBbox_17 l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n addUserKnob {22 cropToBbox_18 l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n addUserKnob {22 cropToBbox_19 l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n addUserKnob {22 cropToBbox_20 l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n addUserKnob {22 cropToBbox_21 l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n addUserKnob {22 cropToBbox l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n }\nset N8e95460 [stack 0]\n Remove {\n operation keep\n channels none\n name Remove1\n xpos 120\n ypos 504\n }\nset N8ea44e0 [stack 0]\n Transform {\n scale {{parent.overscanPercent} {parent.overscanPercent}}\n center {{input.bbox.r/2} {input.bbox.t/2}}\n shutteroffset centred\n name Transform1\n xpos 120\n ypos 555\n }\npush $N8ea44e0\n AdjBBox {\n numpixels {{parent.overscan} {parent.overscan}}\n name AdjBBox1\n xpos -5\n ypos 510\n }\n Switch {\n inputs 2\n which {{overscanType}}\n name Switch2\n label \"\\[value which]\"\n xpos -5\n ypos 549\n }\n Merge2 {\n inputs 2\n bbox intersection\n Achannels {-rgba.red -rgba.green -rgba.blue rgba.alpha}\n Bchannels {-rgba.red -rgba.green -rgba.blue rgba.alpha}\n output {-rgba.red -rgba.green -rgba.blue rgba.alpha}\n name Merge1\n xpos -5\n ypos 647\n disable {{!parent.Crop6.intersect}}\n }\npush $N8e8ffb0\n CopyBBox {\n inputs 2\n name CopyBBox1\n xpos -194\n ypos 653\n }\n BlackOutside {\n name BlackOutside1\n xpos -194\n ypos 692\n disable {{!parent.blackOutside}}\n }\n Dot {\n name Dot4\n note_font_size 41\n xpos -160\n ypos 769\n }\npush $N8e95460\n Switch {\n inputs 2\n which {{\"overscanType == 0 ? overscan.w != 0 || overscan.h != 0 : overscanPercent.w != 1 || overscanPercent.h != 1 ? 1 : 0\"}}\n name Switch1\n label \"\\[value which]\"\n xpos 261\n ypos 759\n }\nset N8ef19b0 [stack 0]\n Output {\n name Output1\n xpos 261\n ypos 912\n }\npush $N8ef19b0\n NoOp {\n name OutputBBox1\n xpos 372\n ypos 836\n addUserKnob {20 User}\n addUserKnob {15 OutputBBox l \"Output BBox\"}\n OutputBBox {{input.bbox.x} {input.bbox.y} {input.bbox.r} {input.bbox.t}}\n }\n end_group\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_TransformMatrix.gizmo", "content": "Group {\n name TransformMatrix\n knobChanged \"n = nuke.thisNode()\\nk = nuke.thisKnob()\\n\\nmatrix = n\\['matrix'].value()\\n\\n\\nif (int(n\\['visualize'].getValue()) == 1):\\n matrix.translationOnly()\\nelif (int(n\\['visualize'].getValue()) == 2):\\n matrix.rotationOnly()\\nelif (int(n\\['visualize'].getValue()) == 3):\\n matrix.scaleOnly()\\nelif (int(n\\['visualize'].getValue()) == 4):\\n matrix.scaleAndRotationOnly()\\n\\nif (n\\['transpose'].getValue() == 1):\\n matrix.transpose()\\nn.node(\\\"Matrix1\\\")\\['matrix'].setValue(matrix)\"\n tile_color 0xa57aaa00\n selected true\n addUserKnob {20 Transform}\n addUserKnob {12 translate}\n addUserKnob {7 rotate R -100 100}\n addUserKnob {7 rotateRad l \"rotate Rad\" R -10 10}\n rotateRad {{radians(rotate)}}\n addUserKnob {14 scale R 0 100}\n scale 1\n addUserKnob {7 skewx l \"skew X\" R -1 1}\n addUserKnob {7 skewy l \"skew Y\" R -1 1}\n addUserKnob {12 center}\n addUserKnob {22 centerimg l \"center in the img\" -STARTLINE T \"node = nuke.thisNode()\\n\\nfrom1x = 0\\nfrom1y = 0\\n\\nfrom2x = from1x + node.width()\\nfrom2y = from1y\\n\\nfrom3x = from1x+node.width()\\nfrom3y = from1y + node.height()\\n\\nfrom4x = from1x\\nfrom4y = from1y + node.height()\\n\\n\\ncenterx= int((from2x+from1x)/2)\\ncentery= int((from4y+from1y)/2)\\n\\nnode\\['center'].setValue(centerx,0)\\nnode\\['center'].setValue(centery,1)\"}\n addUserKnob {6 invert +STARTLINE}\n addUserKnob {26 \"\"}\n addUserKnob {26 message l \"\" +STARTLINE T \"This is just a visualization. Can't modify directly this matrix\"}\n addUserKnob {68 visualize t \"Select what you want to visualize in the matrix\" M {Translation-Rotation-Scale TranslationOnly RotationOnly scaleOnly scaleAndRotationOnly \"\" \"\"}}\n addUserKnob {6 transpose t \"Operator which flips a matrix over its diagonal, that is it switches the row and column indices of the matrix \" -STARTLINE}\n transpose true\n addUserKnob {41 matrix_3 l matrix T Matrix1.matrix}\n addUserKnob {7 cos l cosθ}\n cos {{cos(rotateRad)}}\n addUserKnob {7 sin l sinθ}\n sin {{sin(rotateRad)}}\n addUserKnob {41 matrix T Transform1.matrix}\n addUserKnob {20 email l @}\n addUserKnob {22 tutorial l Tutorial t http://www.andreageremia.it/tutorial_matrix_transform.html T \"nuke.tcl('start', 'http://www.andreageremia.it/tutorial_matrix_transform.html')\\n\" +STARTLINE}\n addUserKnob {26 from l \"\" +STARTLINE T \"Tool created by Andrea Geremia\\n\\nandrea.geremia89@gmail.com\\nwww.andreageremia.it\"}\n}\n Input {\n inputs 0\n name Input1\n xpos 269\n ypos -186\n }\n Transform {\n translate {{parent.translate} {parent.translate}}\n rotate {{parent.rotate}}\n scale {{parent.scale.w} {parent.scale.h}}\n skewX {{parent.skewx}}\n skewY {{parent.skewy}}\n center {{parent.center} {parent.center}}\n invert_matrix {{parent.invert}}\n shutteroffset centred\n name Transform1\n selected true\n xpos 269\n ypos -129\n }\n Output {\n name Output1\n xpos 269\n ypos -46\n }\n Matrix {\n inputs 0\n matrix {\n {1 0 0 0}\n {0 1 0 0}\n {0 0 1 0}\n {0 0 0 1}\n }\n name Matrix1\n xpos 420\n ypos -145\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_TransformMatrix4.gizmo", "content": "Group {\n name TransformMatrix4_\n selected true\n addUserKnob {20 Matrix4x4_Transform}\n addUserKnob {41 xform_order l \"transform order\" T Axis1.xform_order}\n addUserKnob {41 rot_order l \"rotation order\" T Axis1.rot_order}\n addUserKnob {41 translate T Axis1.translate}\n addUserKnob {41 rotate T Axis1.rotate}\n addUserKnob {41 scaling l scale T Axis1.scaling}\n addUserKnob {41 uniform_scale l \"uniform scale\" T Axis1.uniform_scale}\n addUserKnob {41 skew T Axis1.skew}\n addUserKnob {41 pivot T Axis1.pivot}\n addUserKnob {20 \"\" l \"Local matrix\" n 2}\n addUserKnob {41 useMatrix l \"specify matrix\" T Axis1.useMatrix}\n addUserKnob {41 matrix l \"\" +STARTLINE T Axis1.matrix}\n}\n BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0xaaaaaa00\n label \"Transform\\nTo Matrix\"\n note_font_size 20\n xpos 764\n ypos 251\n bdwidth 218\n bdheight 180\n }\n Input {\n inputs 0\n name matrix\n xpos 451\n ypos 137\n }\n Dot {\n name Dot1\n xpos 485\n ypos 195\n }\nset N1e536770 [stack 0]\n Dot {\n name Dot2\n xpos 808\n ypos 195\n }\nadd_layer {matrix0 matrix0.0 matrix0.1 matrix0.2 matrix0.3}\n Expression {\n channel0 {matrix0.0 -matrix0.1 -matrix0.2 -matrix0.3}\n expr0 Axis1.world_matrix.0\n channel1 {-matrix0.0 matrix0.1 -matrix0.2 -matrix0.3}\n expr1 Axis1.world_matrix.1\n channel2 {-matrix0.0 -matrix0.1 matrix0.2 -matrix0.3}\n expr2 Axis1.world_matrix.2\n channel3 {-matrix0.0 -matrix0.1 -matrix0.2 matrix0.3}\n expr3 Axis1.world_matrix.3\n name Expression1\n xpos 774\n ypos 331\n }\nadd_layer {matrix1 matrix1.0 matrix1.1 matrix1.2 matrix1.3}\n Expression {\n channel0 {matrix1.0 -matrix1.1 -matrix1.2 -matrix1.3}\n expr0 Axis1.world_matrix.4\n channel1 {-matrix1.0 matrix1.1 -matrix1.2 -matrix1.3}\n expr1 Axis1.world_matrix.5\n channel2 {-matrix1.0 -matrix1.1 matrix1.2 -matrix1.3}\n expr2 Axis1.world_matrix.6\n channel3 {-matrix1.0 -matrix1.1 -matrix1.2 matrix1.3}\n expr3 Axis1.world_matrix.7\n name Expression2\n xpos 774\n ypos 355\n }\nadd_layer {matrix2 matrix2.0 matrix2.1 matrix2.2 matrix2.3}\n Expression {\n channel0 {matrix2.0 -matrix2.1 -matrix2.2 -matrix2.3}\n expr0 Axis1.world_matrix.8\n channel1 {-matrix2.0 matrix2.1 -matrix2.2 -matrix2.3}\n expr1 Axis1.world_matrix.9\n channel2 {-matrix2.0 -matrix2.1 matrix2.2 -matrix2.3}\n expr2 Axis1.world_matrix.10\n channel3 {-matrix2.0 -matrix2.1 -matrix2.2 matrix2.3}\n expr3 Axis1.world_matrix.11\n name Expression3\n xpos 774\n ypos 379\n }\nadd_layer {matrix3 matrix3.0 matrix3.1 matrix3.2 matrix3.3}\n Expression {\n channel0 {matrix3.0 -matrix3.1 -matrix3.2 -matrix3.3}\n expr0 Axis1.world_matrix.12\n channel1 {-matrix3.0 matrix3.1 -matrix3.2 -matrix3.3}\n expr1 Axis1.world_matrix.13\n channel2 {-matrix3.0 -matrix3.1 matrix3.2 -matrix3.3}\n expr2 Axis1.world_matrix.14\n channel3 {-matrix3.0 -matrix3.1 -matrix3.2 matrix3.3}\n expr3 Axis1.world_matrix.15\n name Expression4\n xpos 774\n ypos 403\n }\n Dot {\n name Dot3\n xpos 808\n ypos 574\n }\nset N1e5759e0 [stack 0]\npush $N1e536770\npush $N1e5759e0\n Group {\n inputs 2\n name Product_Matrix4_\n help \"Multiply two pixel based Matrix4 (Defined as layers matrix0, matrix1, matrix2 and matrix3)\"\n xpos 451\n ypos 571\n addUserKnob {20 Matrix4Product l \"Product Matrix4\"}\n addUserKnob {26 Description l \"\" +STARTLINE T \"Multiply two matrix4: matrixA*matrixB\"}\n addUserKnob {26 divider_copyright l \"\" +STARTLINE}\n addUserKnob {26 copyright l \"\" +STARTLINE T \"v1.0 - Mathieu Goulet-Aubin & Erwan Leroy - Github\"}\n }\n Input {\n inputs 0\n name matrixA\n xpos 344\n ypos 139\n }\n Dot {\n name Dot3\n xpos 378\n ypos 252\n }\nset N1ef44020 [stack 0]\npush $N1ef44020\npush $N1ef44020\npush $N1ef44020\n Input {\n inputs 0\n name matrixB\n xpos 21\n ypos 142\n number 1\n }\n MergeExpression {\n inputs 2\n channel0 {matrix0.0 -matrix0.1 -matrix0.2 -matrix0.3}\n expr0 (Bmatrix0.0*Amatrix0.0)+(Bmatrix0.1*Amatrix1.0)+(Bmatrix0.2*Amatrix2.0)+(Bmatrix0.3*Amatrix3.0)\n channel1 {-matrix0.0 matrix0.1 -matrix0.2 -matrix0.3}\n expr1 (Bmatrix0.0*Amatrix0.1)+(Bmatrix0.1*Amatrix1.1)+(Bmatrix0.2*Amatrix2.1)+(Bmatrix0.3*Amatrix3.1)\n channel2 {-matrix0.0 -matrix0.1 matrix0.2 -matrix0.3}\n expr2 (Bmatrix0.0*Amatrix0.2)+(Bmatrix0.1*Amatrix1.2)+(Bmatrix0.2*Amatrix2.2)+(Bmatrix0.3*Amatrix3.2)\n channel3 {-matrix0.0 -matrix0.1 -matrix0.2 matrix0.3}\n expr3 (Bmatrix0.0*Amatrix0.3)+(Bmatrix0.1*Amatrix1.3)+(Bmatrix0.2*Amatrix2.3)+(Bmatrix0.3*Amatrix3.3)\n name MergeExpression1\n xpos 21\n ypos 249\n }\n MergeExpression {\n inputs 2\n channel0 {matrix1.0 -matrix1.1 -matrix1.2 -matrix1.3}\n expr0 (Bmatrix1.0*Amatrix0.0)+(Bmatrix1.1*Amatrix1.0)+(Bmatrix1.2*Amatrix2.0)+(Bmatrix1.3*Amatrix3.0)\n channel1 {-matrix1.0 matrix1.1 -matrix1.2 -matrix1.3}\n expr1 (Bmatrix1.0*Amatrix0.1)+(Bmatrix1.1*Amatrix1.1)+(Bmatrix1.2*Amatrix2.1)+(Bmatrix1.3*Amatrix3.1)\n channel2 {-matrix1.0 -matrix1.1 matrix1.2 -matrix1.3}\n expr2 (Bmatrix1.0*Amatrix0.2)+(Bmatrix1.1*Amatrix1.2)+(Bmatrix1.2*Amatrix2.2)+(Bmatrix1.3*Amatrix3.2)\n channel3 {-matrix1.0 -matrix1.1 -matrix1.2 matrix1.3}\n expr3 (Bmatrix1.0*Amatrix0.3)+(Bmatrix1.1*Amatrix1.3)+(Bmatrix1.2*Amatrix2.3)+(Bmatrix1.3*Amatrix3.3)\n name MergeExpression2\n xpos 21\n ypos 273\n }\n MergeExpression {\n inputs 2\n channel0 {matrix2.0 -matrix2.1 -matrix2.2 -matrix2.3}\n expr0 (Bmatrix2.0*Amatrix0.0)+(Bmatrix2.1*Amatrix1.0)+(Bmatrix2.2*Amatrix2.0)+(Bmatrix2.3*Amatrix3.0)\n channel1 {-matrix2.0 matrix2.1 -matrix2.2 -matrix2.3}\n expr1 (Bmatrix2.0*Amatrix0.1)+(Bmatrix2.1*Amatrix1.1)+(Bmatrix2.2*Amatrix2.1)+(Bmatrix2.3*Amatrix3.1)\n channel2 {-matrix2.0 -matrix2.1 matrix2.2 -matrix2.3}\n expr2 (Bmatrix2.0*Amatrix0.2)+(Bmatrix2.1*Amatrix1.2)+(Bmatrix2.2*Amatrix2.2)+(Bmatrix2.3*Amatrix3.2)\n channel3 {-matrix2.0 -matrix2.1 -matrix2.2 matrix2.3}\n expr3 (Bmatrix2.0*Amatrix0.3)+(Bmatrix2.1*Amatrix1.3)+(Bmatrix2.2*Amatrix2.3)+(Bmatrix2.3*Amatrix3.3)\n name MergeExpression3\n xpos 21\n ypos 297\n }\n MergeExpression {\n inputs 2\n channel0 {matrix3.0 -matrix3.1 -matrix3.2 -matrix3.3}\n expr0 (Bmatrix3.0*Amatrix0.0)+(Bmatrix3.1*Amatrix1.0)+(Bmatrix3.2*Amatrix2.0)+(Bmatrix3.3*Amatrix3.0)\n channel1 {-matrix3.0 matrix3.1 -matrix3.2 -matrix3.3}\n expr1 (Bmatrix3.0*Amatrix0.1)+(Bmatrix3.1*Amatrix1.1)+(Bmatrix3.2*Amatrix2.1)+(Bmatrix3.3*Amatrix3.1)\n channel2 {-matrix3.0 -matrix3.1 matrix3.2 -matrix3.3}\n expr2 (Bmatrix3.0*Amatrix0.2)+(Bmatrix3.1*Amatrix1.2)+(Bmatrix3.2*Amatrix2.2)+(Bmatrix3.3*Amatrix3.2)\n channel3 {-matrix3.0 -matrix3.1 -matrix3.2 matrix3.3}\n expr3 (Bmatrix3.0*Amatrix0.3)+(Bmatrix3.1*Amatrix1.3)+(Bmatrix3.2*Amatrix2.3)+(Bmatrix3.3*Amatrix3.3)\n name MergeExpression4\n selected true\n xpos 21\n ypos 321\n }\n Output {\n name Output1\n xpos 21\n ypos 421\n }\n end_group\n Switch {\n inputs 2\n which {{\"\\[exists parent.input]\"}}\n name HasInput\n xpos 451\n ypos 788\n }\n Output {\n name Output1\n xpos 451\n ypos 852\n }\n Input {\n inputs 0\n name axis\n xpos 1041\n ypos 158\n number 1\n }\n Dot {\n name Dot4\n tile_color 0xcccccc00\n xpos 1075\n ypos 370\n }\n Axis2 {\n name Axis1\n xpos 912\n ypos 346\n addUserKnob {20 wpp}\n addUserKnob {18 pointPosition l \"Point Position\"}\n pointPosition {0 0 0}\n addUserKnob {6 pointPosition_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 pointPosition_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_TransformMix.gizmo", "content": "set cut_paste_input [stack 0]\npush $cut_paste_input\nGroup {\n name Transform_Mix\n help \"Transform ( Mix - Dissolve )\\n\\nChange all knobs of a Transform node (linked in this curent node) using two different way.\\n\\nMix:\\nMultiply all the Transform curves by the mix slider value.\\n\\nDissolve:\\nMix two Transform nodes together.\\nOn dissolve slider, \\\"0\\\" to keep the value of the Transform 1 and \\\"1\\\" the Transform 2.\\n\"\n knobChanged \"node = nuke.thisNode()\\nknob = nuke.thisKnob()\\nmode = node\\['mode'].value()\\nglcolor = node\\['gl_color'].value()\\nsavecolor = node\\['tile_color'].value()\\n\\nif knob.name() in ('mode', 'showPanel'):\\n if mode == 'Mix':\\n node\\['mode_2'].setValue('Mix')\\n node\\['dissolve'].setVisible(False)\\n node\\['mix'].setVisible(True)\\n node\\['T2'].setVisible(False)\\n\\n if savecolor == (2989502719):\\n node\\['tile_color'].setValue(glcolor)\\n node\\['gl_color'].setValue(savecolor)\\n else:\\n node\\['dissolve'].setVisible(True)\\n node\\['mix'].setVisible(False)\\n node\\['T2'].setVisible(True)\\n\\n allnodes = \\[nodeT.name() for nodeT in nuke.allNodes(group=nuke.root())]\\n if node.knob('T2').value() in allnodes:\\n if savecolor == (2989502719):\\n node\\['gl_color'].setValue(savecolor)\\n node\\['tile_color'].setValue(glcolor)\\n node\\['mode_2'].setValue('Dissolve')\\n else:\\n if savecolor != (2989502719):\\n node\\['tile_color'].setValue(2989502719)\\n node\\['gl_color'].setValue(savecolor)\\n nuke.thisNode()\\['mode_2'].setValue('Need to be link to a Transform node')\\n\\nif knob.name() in \\['T1', 'T2']:\\n if mode == 'Dissolve':\\n allnodes = \\[nodeT.name() for nodeT in nuke.allNodes(group=nuke.root())]\\n \\n if node.knob('T2').value() in allnodes:\\n if savecolor == (2989502719):\\n node\\['gl_color'].setValue(savecolor)\\n node\\['tile_color'].setValue(glcolor)\\n nuke.thisNode()\\['mode_2'].setValue('Dissolve')\\n else:\\n if savecolor != (2989502719):\\n node\\['tile_color'].setValue(2989502719)\\n node\\['gl_color'].setValue(savecolor)\\n nuke.thisNode()\\['mode_2'].setValue('Need to be link to a Transform node')\\n else:\\n if savecolor == (2776279807):\\n glcolor = node\\['gl_color'].value()\\n if glcolor == (2776279807):\\n node\\['tile_color'].setValue(glcolor)\\n else:\\n pass\\n\"\n tile_color 0xb23030ff\n gl_color 0xa57aaaff\n selected true\n addUserKnob {20 FT l \"Mix - Dissolve\"}\n addUserKnob {4 mode l \"@b;Mode\" t \"Mix:\\nMultiply all the Transform curves by the mix slider value.\\n\\nDissolve:\\nMix two Transform nodes together.\\nOn dissolve slider, \\\"0\\\" to keep the value of the Trasform 1 and \\\"1\\\" the Trasform 2.\" M {Mix Dissolve \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\"}}\n mode Dissolve\n addUserKnob {26 S02 l \" \"}\n addUserKnob {41 T1 l \" Transform 1\" t \"Type the Transform node name you want to mix / dissolve.\" T Input.T1}\n addUserKnob {1 T2 l \" 2 \" t \"Type the Transform node name you want to dissolve with the Transform 1.\" -STARTLINE}\n T2 Transform_Name\n addUserKnob {7 mix l Mix t \"Multiply all the Transform 1 curves by the mix value.\" +HIDDEN}\n mix 1\n addUserKnob {7 dissolve l Dissolve t \"\\\"0\\\" is the Trasform 1 curves value and \\\"1\\\" is the Trasform 2 curves value.\"}\n dissolve 1\n addUserKnob {26 T01 l \"\" +STARTLINE}\n addUserKnob {20 transform_result l \"Result (Transform)\" n 1}\n transform_result 0\n addUserKnob {26 S01 l \" \" T \" \"}\n addUserKnob {41 translate l Translate T Maths.translate}\n addUserKnob {41 rotate l Rotate T Maths.rotate}\n addUserKnob {41 scale l Scale T Maths.scale}\n addUserKnob {41 skewX l \"Skew X\" T Maths.skewX}\n addUserKnob {41 skewY l \"Skew Y\" T Maths.skewY}\n addUserKnob {41 skew_order l \"Skew order\" T T_RESULT.skew_order}\n addUserKnob {41 center l Center T Maths.center}\n addUserKnob {41 invert_matrix l Invert T T_RESULT.invert_matrix}\n addUserKnob {41 filter l Filter T T_RESULT.filter}\n addUserKnob {41 clamp l Clamp -STARTLINE T T_RESULT.clamp}\n addUserKnob {41 black_outside l \"Black Outside\" -STARTLINE T T_RESULT.black_outside}\n addUserKnob {41 motionblur l Motionblur T T_RESULT.motionblur}\n addUserKnob {41 shutter l Shutter T T_RESULT.shutter}\n addUserKnob {41 shutteroffset l \"Shutter Offset\" T T_RESULT.shutteroffset}\n addUserKnob {41 shuttercustomoffset l \"\" -STARTLINE T T_RESULT.shuttercustomoffset}\n addUserKnob {26 S03 l \" \" T \" \"}\n addUserKnob {22 create_transform l \" Create Transform - Linked\" t \"Create a Transform node that have all knobs linked to this node.\" T \"groupNode = nuke.thisNode()\\nname = groupNode.name()\\ncolornode = groupNode.knob('tile_color').value()\\n\\nNT = nuke.createNode(\\\"Transform\\\", inpanel=False )\\nNT\\['translate'].setExpression(name + \\\".translate\\\")\\nNT\\['rotate'].setExpression(name + \\\".rotate\\\")\\nNT\\['scale'].setExpression(name + \\\".scale\\\")\\nNT\\['scale'].setSingleValue(False)\\nNT\\['center'].setExpression(name + \\\".center\\\")\\nNT\\['invert_matrix'].setExpression(name + \\\".invert_matrix\\\")\\nNT\\['filter'].setExpression(name + \\\".filter\\\")\\nNT\\['clamp'].setExpression(name + \\\".clamp\\\")\\nNT\\['black_outside'].setExpression(name + \\\".black_outside\\\")\\nNT\\['motionblur'].setExpression(name + \\\".motionblur\\\")\\nNT\\['shutter'].setExpression(name + \\\".shutter\\\")\\nNT\\['shutteroffset'].setExpression(name + \\\".shutteroffset\\\")\\nNT\\['shuttercustomoffset'].setExpression(name + \\\".shuttercustomoffset\\\")\\nNT\\['label'].setValue(\\\"(\\\" +name + \\\")\\\")\\nNT\\['tile_color'].setValue(colornode)\\nNT.setSelected(True)\\n\\nnuke.nodeCopy('%clipboard%')\\n\\nn = nuke.selectedNode()\\nnuke.delete(n)\\n\\nnuke.selectAll() \\nnuke.invertSelection()\\n\\nnodePos = ( nuke.thisNode().xpos(), nuke.thisNode().ypos()) \\n\\ngroupNode.end()\\n\\nfor node in nuke.allNodes():\\n node.setSelected(False)\\n\\nnuke.nodePaste('%clipboard%')\\n\\ngroupNode.setSelected(False)\\n\\nnodesToPlace = sorted( nuke.selectedNodes(), key=lambda node: node.ypos())\\n\\nfor index,node in enumerate(nodesToPlace):\\n node.setXYpos(nodePos\\[0]+100, nodePos\\[1])\" +STARTLINE}\n addUserKnob {22 createb l \"Create Transform - Baked\" t \"Create a Transform node with the same curves as the Camera Shake node.\" -STARTLINE T \"groupNode = nuke.thisNode()\\nname = groupNode.name()\\ncolornode = groupNode.knob('tile_color').value()\\n\\nNT = nuke.createNode(\\\"Transform\\\", inpanel=False )\\nNT\\['translate'].setExpression(name + \\\".translate\\\")\\nNT\\['rotate'].setExpression(name + \\\".rotate\\\")\\nNT\\['scale'].setExpression(name + \\\".scale_1\\\")\\nNT\\['scale'].setSingleValue(False)\\nNT\\['center'].setExpression(name + \\\".center\\\")\\nNT\\['invert_matrix'].setExpression(name + \\\".invert_matrix\\\")\\nNT\\['filter'].setExpression(name + \\\".filter\\\")\\nNT\\['clamp'].setExpression(name + \\\".clamp\\\")\\nNT\\['black_outside'].setExpression(name + \\\".black_outside\\\")\\nNT\\['motionblur'].setExpression(name + \\\".motionblur\\\")\\nNT\\['shutter'].setExpression(name + \\\".shutter\\\")\\nNT\\['shutteroffset'].setExpression(name + \\\".shutteroffset\\\")\\nNT\\['shuttercustomoffset'].setExpression(name + \\\".shuttercustomoffset\\\")\\nNT\\['label'].setValue(\\\"(\\\" +name + \\\")\\\")\\nNT\\['tile_color'].setValue(colornode)\\nNT.setSelected(True)\\n\\n\\ndef bakeExpressions(nodes=None, start=None, end=None, views=None):\\n\\n if nodes is None:\\n nodes = nuke.selectedNodes()\\n if not nodes:\\n nuke.message('No nodes to bake')\\n return\\n\\n scriptRange = nuke.root().frameRange()\\n if start is None:\\n start = scriptRange.first()\\n if end is None:\\n end = scriptRange.last()\\n\\n if views is None:\\n views = nuke.views()\\n elif not views:\\n nuke.message('No views to bake')\\n return\\n elif not set(views).issubset(nuke.views()):\\n nuke.message('Not all views in %s exist in script' % views)\\n return\\n\\n for node in nodes:\\n for knob in node.knobs().values():\\n if isinstance(knob, nuke.Array_Knob):\\n for view in views:\\n if knob.isAnimated(view=view):\\n aSize = 1 if knob.singleValue(view) else knob.arraySize()\\n for index in range(aSize):\\n anim = knob.animation(index, view=view)\\n if anim is None or anim.noExpression():\\n continue\\n for f in range(start, end + 1):\\n anim.setKey(f, anim.evaluate(f))\\n knob.setExpression('curve', channel=index, view=view)\\n if anim.constant():\\n knob.clearAnimated(index, view=view)\\n\\ndef promptAndBake():\\n nodes = nuke.selectedNodes()\\n fr = nuke.getFramesAndViews(\\\"Range to Bake\\\", str(nuke.root().frameRange()))\\n if fr is None:\\n return\\n fr, v = fr\\n try:\\n fr = nuke.FrameRange(fr)\\n except ValueError as e:\\n nuke.message(str(e))\\n return\\n bakeExpressions(nodes=nodes, start=fr.first(), end=fr.last(), views=v)\\n \\npromptAndBake()\\n\\nnuke.nodeCopy('%clipboard%')\\n\\nn = nuke.selectedNode()\\nnuke.delete(n)\\n\\nnuke.selectAll() \\nnuke.invertSelection()\\n\\nnodePos = ( nuke.thisNode().xpos(), nuke.thisNode().ypos()) \\n\\ngroupNode.end()\\n\\nfor node in nuke.allNodes():\\n node.setSelected(False)\\n\\nnuke.nodePaste('%clipboard%')\\n\\ngroupNode.setSelected(False)\\n\\nnodesToPlace = sorted( nuke.selectedNodes(), key=lambda node: node.ypos())\\n\\nfor index,node in enumerate(nodesToPlace):\\n node.setXYpos(nodePos\\[0]+100, nodePos\\[1])\"}\n addUserKnob {26 S04 l \" \"}\n addUserKnob {20 endGroup n -1}\n addUserKnob {26 by2 l \" \" T \" \"}\n addUserKnob {26 FTools l \" \" t \"FranklinVFX.com\\n\" -STARTLINE T \" Franklin VFX - 2017\"}\n addUserKnob {1 output l INVISIBLE +INVISIBLE}\n output \"\\[if \\{\\[exists \\[value T2]]==\\\"0\\\"\\} \\{return \\\"\\[knob this.name_2 0]\\\"\\} \\{return \\\"\\[knob this.name_2 1]\\\"\\}]\\[value mode_2]\"\n addUserKnob {1 error l INVISIBLE +INVISIBLE}\n error \"\\[if \\{\\[exists \\[value T2]]==\\\"0\\\"\\} \\{return \\\"\\[knob this.name_2 0]\\\"\\} \\{return \\\"\\[knob this.name_2 1]\\\"\\}]\"\n addUserKnob {1 name_2 l INVISIBLE +INVISIBLE}\n name_2 0\n addUserKnob {1 mode_2 l INVISIBLE +INVISIBLE}\n mode_2 \"Need to be link to a Transform node\"\n}\n Transform {\n inputs 0\n center {{\"\\[value parent.T1].center.x\"} {\"\\[value parent.T1].center.y\"}}\n shutteroffset centred\n name T0\n tile_color 0xfefefeff\n xpos 399\n ypos 703\n hide_input true\n }\n Transform {\n translate {{\"\\[value parent.T1].translate\"} {\"\\[value parent.T1].translate\"}}\n rotate {{\"\\[value parent.T1].rotate\"}}\n scale {{\"\\[value parent.T1].scale\"}}\n skewX {{\"\\[value parent.T1].skewX\"}}\n skewY {{\"\\[value parent.T1].skewY\"}}\n center {{\"\\[value parent.T1].center.x\"} {\"\\[value parent.T1].center.y\"}}\n invert_matrix {{\"\\[value parent.T1].invert_matrix\"}}\n shutteroffset centred\n name T1\n tile_color 0xfefefeff\n label \"\\[value parent.T1]\"\n xpos 399\n ypos 729\n }\n Transform {\n translate {{\"\\[value parent.T2].translate\"} {\"\\[value parent.T2].translate\"}}\n rotate {{\"\\[value parent.T2].rotate\"}}\n scale {{\"\\[value parent.T2].scale\"}}\n skewX {{\"\\[value parent.T2].skewX\"}}\n skewY {{\"\\[value parent.T2].skewY\"}}\n center {{\"\\[value parent.T2].center.x\"} {\"\\[value parent.T2].center.y\"}}\n invert_matrix {{\"\\[value parent.T2].invert_matrix\"}}\n filter Impulse\n shutteroffset centred\n name T2\n tile_color 0xfefefeff\n label \"\\[value parent.T2]\\n\"\n note_font Verdana\n xpos 399\n ypos 767\n }\n NoOp {\n name Maths\n label \"\\[value parent.T1]\\n\\[value parent.T2]\"\n note_font Verdana\n xpos 399\n ypos 803\n hide_input true\n addUserKnob {20 User}\n addUserKnob {6 mode +STARTLINE}\n mode {{parent.mode}}\n addUserKnob {7 mixer2 l mix}\n mixer2 {{1-parent.mix}}\n addUserKnob {7 mixer l dissolve}\n mixer {{parent.dissolve}}\n addUserKnob {12 translate}\n translate {{\"\\[value mode] ? (\\[exists \\[value parent.T2]] ? ((\\[value parent.T1].translate)*(1-mixer))+((\\[value parent.T2].translate)*mixer) : ((\\[value parent.T1].translate)*(1-mixer))+(0*mixer)) : (\\[exists \\[value parent.T2]] ? ((\\[value parent.T1].translate)*(1-mixer2))+((T0.translate)*mixer2) : ((\\[value parent.T1].translate)*(1-mixer2))+(0*mixer2))\"} {\"\\[value mode] ? (\\[exists \\[value parent.T2]] ? ((\\[value parent.T1].translate)*(1-mixer))+((\\[value parent.T2].translate)*mixer) : ((\\[value parent.T1].translate)*(1-mixer))+(0*mixer)) : (\\[exists \\[value parent.T2]] ? ((\\[value parent.T1].translate)*(1-mixer2))+((T0.translate)*mixer2) : ((\\[value parent.T1].translate)*(1-mixer2))+(0*mixer2))\"}}\n addUserKnob {7 rotate R -180 180}\n rotate {{\"\\[value mode] ? (\\[exists \\[value parent.T2]] ? ((\\[value parent.T1].rotate)*(1-mixer))+((\\[value parent.T2].rotate)*mixer) : ((\\[value parent.T1].rotate)*(1-mixer))+(0*mixer)) : (\\[exists \\[value parent.T2]] ? ((\\[value parent.T1].rotate)*(1-mixer2))+((T0.rotate)*mixer2) : ((\\[value parent.T1].rotate)*(1-mixer2))+(0*mixer2))\"}}\n addUserKnob {14 scale R 0 100}\n scale {{\"\\[value mode] ? (\\[exists \\[value parent.T2]] ? ((\\[value parent.T1].scale)*(1-mixer))+((\\[value parent.T2].scale)*mixer) : ((\\[value parent.T1].scale)*(1-mixer))+(1*mixer)) : (\\[exists \\[value parent.T2]] ? ((\\[value parent.T1].scale)*(1-mixer2))+((T0.scale)*mixer2) : ((\\[value parent.T1].scale)*(1-mixer2))+(1*mixer2))\"} {\"\\[value mode] ? (\\[exists \\[value parent.T2]] ? ((\\[value parent.T1].scale)*(1-mixer))+((\\[value parent.T2].scale)*mixer) : ((\\[value parent.T1].scale)*(1-mixer))+(1*mixer)) : (\\[exists \\[value parent.T2]] ? ((\\[value parent.T1].scale)*(1-mixer2))+((T0.scale)*mixer2) : ((\\[value parent.T1].scale)*(1-mixer2))+(1*mixer2))\"}}\n addUserKnob {7 skewX l \"skew X\" R -1 1}\n skewX {{\"\\[value mode] ? (\\[exists \\[value parent.T2]] ? ((\\[value parent.T1].skewX)*(1-mixer))+((\\[value parent.T2].skewX)*mixer) : ((\\[value parent.T1].skewX)*(1-mixer))+(0*mixer)) : (\\[exists \\[value parent.T2]] ? ((\\[value parent.T1].skewX)*(1-mixer2))+((T0.skewX)*mixer2) : ((\\[value parent.T1].skewX)*(1-mixer2))+(0*mixer2))\"}}\n addUserKnob {7 skewY l \"skew Y\" R -1 1}\n skewY {{\"\\[value mode] ? (\\[exists \\[value parent.T2]] ? ((\\[value parent.T1].skewY)*(1-mixer))+((\\[value parent.T2].skewY)*mixer) : ((\\[value parent.T1].skewY)*(1-mixer))+(0*mixer)) : (\\[exists \\[value parent.T2]] ? ((\\[value parent.T1].skewY)*(1-mixer2))+((T0.skewY)*mixer2) : ((\\[value parent.T1].skewY)*(1-mixer2))+(0*mixer2))\"}}\n addUserKnob {12 center}\n center {{\"\\[value mode] ? (\\[exists \\[value parent.T2]] ? ((\\[value parent.T1].center.x)*(1-mixer))+((\\[value parent.T2].center.x)*mixer) : (\\[value parent.T1].center.x)) : (\\[exists \\[value parent.T2]] ? ((\\[value parent.T1].center.x)*(1-mixer2))+((T0.center.x)*mixer2) : (\\[value parent.T1].center.x))\"} {\"\\[value mode] ? (\\[exists \\[value parent.T2]] ? ((\\[value parent.T1].center.y)*(1-mixer))+((\\[value parent.T2].center.y)*mixer) : (\\[value parent.T1].center.y)) : (\\[exists \\[value parent.T2]] ? ((\\[value parent.T1].center.y)*(1-mixer2))+((T0.center.y)*mixer2) : (\\[value parent.T1].center.y))\"}}\n }\n Input {\n inputs 0\n name Input\n xpos 399\n ypos 285\n addUserKnob {20 User}\n addUserKnob {1 T1}\n T1 \"Transform Name\"\n addUserKnob {1 T2}\n T2 \"\\[value parent.T2]\"\n }\n Transform {\n translate {{parent.Maths.translate.x} {parent.Maths.translate.y}}\n rotate {{parent.Maths.rotate}}\n scale {{parent.Maths.scale.w} {parent.Maths.scale.h}}\n skewX {{parent.Maths.skewX}}\n skewY {{parent.Maths.skewY}}\n center {{parent.Maths.center.x} {parent.Maths.center.y}}\n shutteroffset centred\n name T_RESULT\n label \"\\[value filter]\"\n selected true\n xpos 399\n ypos 359\n }\n Output {\n name FranklinVFX\n xpos 399\n ypos 664\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_TransformVector2.gizmo", "content": "Group {\n name TransformVector2_\n help \"Transforms an image assuming it is a motion vector in RGBA.\\nCompared to a regular transform, this will edit the pixel colors to compensate for vector direction and magnitude.\\n\\nWarning: This node breaks concatenation.\"\n tile_color 0xc692ccff\n addUserKnob {20 transform l \"Transform Vector2\"}\n addUserKnob {41 matrix T Transform1.matrix}\n addUserKnob {41 translate T Transform1.translate}\n addUserKnob {41 rotate T Transform1.rotate}\n addUserKnob {41 scale T Transform1.scale}\n addUserKnob {41 skewX l \"skew X\" T Transform1.skewX}\n addUserKnob {41 skewY l \"skew Y\" T Transform1.skewY}\n addUserKnob {41 skew_order l \"skew order\" T Transform1.skew_order}\n addUserKnob {41 center T Transform1.center}\n addUserKnob {41 invert_matrix l invert T Transform1.invert_matrix}\n addUserKnob {41 filter T Transform1.filter}\n addUserKnob {41 clamp -STARTLINE T Transform1.clamp}\n addUserKnob {41 black_outside l \"black outside\" -STARTLINE T Transform1.black_outside}\n addUserKnob {41 motionblur T Transform1.motionblur}\n addUserKnob {41 shutter T Transform1.shutter}\n addUserKnob {41 shutteroffset l \"shutter offset\" T Transform1.shutteroffset}\n addUserKnob {41 shuttercustomoffset l \"\" -STARTLINE T Transform1.shuttercustomoffset}\n addUserKnob {26 \"\"}\n addUserKnob {26 copyright l \"\" +STARTLINE T \"v1.0 - Mathieu Goulet-Aubin & Erwan Leroy - Github\"}\n}\n Input {\n inputs 0\n name vectorB\n xpos -482\n ypos -5\n }\nset N9f70fb0 [stack 0]\n Transform {\n center {1024 778}\n shutteroffset centred\n name Transform1\n xpos -482\n ypos 92\n }\nset N9f756d0 [stack 0]\n ColorMatrix {\n matrix {\n {{\"\\[python nuke.toNode('Transform1')\\\\\\['matrix'\\\\].value()\\\\\\[0\\\\]]\"} {\"\\[python nuke.toNode('Transform1')\\\\\\['matrix'\\\\].value()\\\\\\[4\\\\]]\"} 0}\n {{\"\\[python nuke.toNode('Transform1')\\\\\\['matrix'\\\\].value()\\\\\\[1\\\\]]\"} {\"\\[python nuke.toNode('Transform1')\\\\\\['matrix'\\\\].value()\\\\\\[5\\\\]]\"} 0}\n {0 0 0}\n }\n name ColorMatrix1\n xpos -482\n ypos 172\n }\n Output {\n name Output1\n xpos -482\n ypos 232\n }\npush $N9f756d0\npush $N9f70fb0\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_TransformVector3.gizmo", "content": "Group {\n name TransformVector3_\n help \"Transform a Vector3 in 3 dimensions.\"\n addUserKnob {20 main_tab l \"Normalize Vector3\"}\n addUserKnob {4 matrix_source l \"Use matrix from\" t \"The vectors can be transformed either by the an Axis connected to the Axis input, or a pixel matrix connected to the matrix input.\\nOnly one can be used at once.\" M {Axis \"Pixel Matrix\"}}\n addUserKnob {6 is_vec4 l \"Use alpha as vector W\" t \"4x4 Matrices can only transform vectors of dimention 4. The common method to transform a vecor3 with a matrix4 is to promote the vector3 to a vector4 by setting the w dimention to 1.\\nBy checking this box, the vector w will be set to the alpha value instead. Only use if you know what you are trying to achieve.\" +STARTLINE}\n addUserKnob {6 normalize l \"Normalize result\" t \"When enabled, the resulting vector is divided by the vector.w after the transformation.\\nFor some type of transformations (for example 3d to 2d projection), this step may be required.\" -STARTLINE}\n normalize true\n addUserKnob {6 invert l Invert t \"Invert the transform Matrix\" -STARTLINE}\n addUserKnob {41 mix T Merge1.mix}\n addUserKnob {26 \"\"}\n addUserKnob {26 copyright l \"\" +STARTLINE T \"v1.0 - Mathieu Goulet-Aubin & Erwan Leroy - Github\"}\n}\n Input {\n inputs 0\n name axis\n xpos 546\n ypos -298\n number 2\n }\n Axis2 {\n useMatrix true\n name MatrixKnob\n xpos 556\n ypos -206\n }\n Input {\n inputs 0\n name matrix\n xpos 358\n ypos -303\n number 1\n }\n Input {\n inputs 0\n name vector3\n xpos 0\n ypos -315\n }\n Dot {\n name Dot1\n tile_color 0xcccccc00\n xpos 34\n ypos -190\n }\nset Nf115350 [stack 0]\nadd_layer {matrix0 matrix0.0 matrix0.1 matrix0.2 matrix0.3}\n Expression {\n channel0 {matrix0.0 -matrix0.1 -matrix0.2 -matrix0.3}\n expr0 MatrixKnob.world_matrix.0\n channel1 {-matrix0.0 matrix0.1 -matrix0.2 -matrix0.3}\n expr1 MatrixKnob.world_matrix.1\n channel2 {-matrix0.0 -matrix0.1 matrix0.2 -matrix0.3}\n expr2 MatrixKnob.world_matrix.2\n channel3 {-matrix0.0 -matrix0.1 -matrix0.2 matrix0.3}\n expr3 MatrixKnob.world_matrix.3\n name Expression1\n xpos 195\n ypos -193\n }\nadd_layer {matrix1 matrix1.0 matrix1.1 matrix1.2 matrix1.3}\n Expression {\n channel0 {matrix1.0 -matrix1.1 -matrix1.2 -matrix1.3}\n expr0 MatrixKnob.world_matrix.4\n channel1 {-matrix1.0 matrix1.1 -matrix1.2 -matrix1.3}\n expr1 MatrixKnob.world_matrix.5\n channel2 {-matrix1.0 -matrix1.1 matrix1.2 -matrix1.3}\n expr2 MatrixKnob.world_matrix.6\n channel3 {-matrix1.0 -matrix1.1 -matrix1.2 matrix1.3}\n expr3 MatrixKnob.world_matrix.7\n name Expression2\n xpos 195\n ypos -169\n }\nadd_layer {matrix2 matrix2.0 matrix2.1 matrix2.2 matrix2.3}\n Expression {\n channel0 {matrix2.0 -matrix2.1 -matrix2.2 -matrix2.3}\n expr0 MatrixKnob.world_matrix.8\n channel1 {-matrix2.0 matrix2.1 -matrix2.2 -matrix2.3}\n expr1 MatrixKnob.world_matrix.9\n channel2 {-matrix2.0 -matrix2.1 matrix2.2 -matrix2.3}\n expr2 MatrixKnob.world_matrix.10\n channel3 {-matrix2.0 -matrix2.1 -matrix2.2 matrix2.3}\n expr3 MatrixKnob.world_matrix.11\n name Expression3\n xpos 195\n ypos -145\n }\nadd_layer {matrix3 matrix3.0 matrix3.1 matrix3.2 matrix3.3}\n Expression {\n channel0 {matrix3.0 -matrix3.1 -matrix3.2 -matrix3.3}\n expr0 MatrixKnob.world_matrix.12\n channel1 {-matrix3.0 matrix3.1 -matrix3.2 -matrix3.3}\n expr1 MatrixKnob.world_matrix.13\n channel2 {-matrix3.0 -matrix3.1 matrix3.2 -matrix3.3}\n expr2 MatrixKnob.world_matrix.14\n channel3 {-matrix3.0 -matrix3.1 -matrix3.2 matrix3.3}\n expr3 MatrixKnob.world_matrix.15\n name Expression4\n xpos 195\n ypos -121\n }\n Dot {\n name Dot2\n tile_color 0xcccccc00\n xpos 229\n ypos -36\n }\n Switch {\n inputs 2\n which {{parent.matrix_source}}\n name Switch1\n xpos 358\n ypos -39\n }\n Shuffle {\n in matrix0\n name Shuffle1\n label \"in \\[value in]-->out \\[value out]\"\n xpos 358\n ypos 107\n }\nset Ne5f8350 [stack 0]\n Shuffle {\n in matrix1\n name Shuffle2\n label \"in \\[value in]-->out \\[value out]\"\n xpos 358\n ypos 147\n }\nset Ne68eb10 [stack 0]\n Shuffle {\n in matrix2\n name Shuffle3\n label \"in \\[value in]-->out \\[value out]\"\n xpos 358\n ypos 183\n }\nset Ne36aef0 [stack 0]\n Shuffle {\n in matrix3\n name Shuffle4\n label \"in \\[value in]-->out \\[value out]\"\n xpos 358\n ypos 220\n }\npush $Ne36aef0\npush $Ne68eb10\npush $Ne5f8350\npush $Nf115350\n Dot {\n name Dot3\n tile_color 0xcccccc00\n xpos 30\n ypos 165\n }\nset N119252d0 [stack 0]\n BlinkScript {\n inputs 5\n recompileCount 18\n ProgramGroup 1\n KernelDescription \"2 \\\"TransformVector4\\\" iterate pixelWise e9bfb03cdbf363d4b657df0f835e68dba3bb796a594c3822ebad3f28e4e0e81c 6 \\\"src\\\" Read Point \\\"matrix0\\\" Read Point \\\"matrix1\\\" Read Point \\\"matrix2\\\" Read Point \\\"matrix3\\\" Read Point \\\"dst\\\" Write Point 3 \\\"Input is Vector 4\\\" Bool 1 AA== \\\"Divide by W\\\" Bool 1 AQ== \\\"Invert Transform\\\" Bool 1 AA== 3 \\\"is_vector4\\\" 1 1 \\\"do_normalization\\\" 1 1 \\\"invert\\\" 1 1 0\"\n kernelSource \"kernel TransformVector4 : ImageComputationKernel\\n\\{\\n Image src; // the input image\\n Image matrix0; // the input image\\n Image matrix1; // the input image\\n Image matrix2; // the input image\\n Image matrix3; // the input image\\n Image dst; // the output image\\n\\n param:\\n bool is_vector4; \\n bool do_normalization; \\n bool invert;\\n\\n // In define(), parameters can be given labels and default values.\\n void define() \\{\\n defineParam(is_vector4, \\\"Input is Vector 4\\\", false);\\n defineParam(do_normalization, \\\"Divide by W\\\", true);\\n defineParam(invert, \\\"Invert Transform\\\", false);\\n \\}\\n\\n void process() \\{\\n // Read the input image\\n SampleType(src) vector = src();\\n SampleType(matrix0) m0 = matrix0();\\n SampleType(matrix1) m1 = matrix1();\\n SampleType(matrix2) m2 = matrix2();\\n SampleType(matrix3) m3 = matrix3();\\n\\n // Create the matrix object (matrix3 in this case)\\n float4x4 matrix;\\n matrix\\[0]\\[0] = m0.x;\\n matrix\\[0]\\[1] = m0.y;\\n matrix\\[0]\\[2] = m0.z;\\n matrix\\[0]\\[3] = m0.w;\\n matrix\\[1]\\[0] = m1.x;\\n matrix\\[1]\\[1] = m1.y;\\n matrix\\[1]\\[2] = m1.z;\\n matrix\\[1]\\[3] = m1.w;\\n matrix\\[2]\\[0] = m2.x;\\n matrix\\[2]\\[1] = m2.y;\\n matrix\\[2]\\[2] = m2.z;\\n matrix\\[2]\\[3] = m2.w;\\n matrix\\[3]\\[0] = m3.x;\\n matrix\\[3]\\[1] = m3.y;\\n matrix\\[3]\\[2] = m3.z;\\n matrix\\[3]\\[3] = m3.w;\\n\\n if (invert) \\{\\n matrix = matrix.invert();\\n \\}\\n\\n // Transform\\n float a = vector.w;\\n if (!is_vector4) \\{\\n vector.w = 1.0f;\\n \\}\\n vector = matrix*vector;\\n if (do_normalization) \\{\\n vector = vector/vector.w;\\n \\}\\n if (!is_vector4) \\{\\n vector.w = a;\\n \\}\\n\\n // Write the result to the output image\\n dst() = float4(vector.x, vector.y, vector.z, vector.w);\\n \\}\\n\\};\\n\"\n rebuild \"\"\n \"TransformVector4_Input is Vector 4\" {{parent.is_vec4}}\n \"TransformVector4_Divide by W\" {{parent.normalize}}\n \"TransformVector4_Invert Transform\" {{parent.invert}}\n rebuild_finalise \"\"\n name BlinkScript1\n xpos 128\n ypos 156\n }\n Dot {\n name Dot4\n tile_color 0xcccccc00\n xpos 162\n ypos 296\n }\npush $N119252d0\n Merge2 {\n inputs 2\n operation copy\n bbox B\n name Merge1\n xpos -4\n ypos 293\n }\n Output {\n name Output1\n xpos -4\n ypos 544\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_TranslateMatrix4.gizmo", "content": "Group {\n name TranslateMatrix4_\n help \"Translate a matrix4 using a control channel (rgb from vector input) for which each channel is considered as a scalar for x, y and z\"\n addUserKnob {20 Matrix4x4_Translate}\n addUserKnob {26 Description l \"\" +STARTLINE T \"Translate a matrix4 using a control channel (rgb) for which each channel is considered as a scalar for x, y and z\"}\n addUserKnob {26 divider_copyright l \"\" +STARTLINE}\n addUserKnob {26 copyright l \"\" +STARTLINE T \"v1.0 - Mathieu Goulet-Aubin & Erwan Leroy - Github\"}\n}\n Input {\n inputs 0\n name vector\n xpos 491\n ypos 155\n number 1\n }\n Dot {\n name Dot1\n xpos 525\n ypos 252\n }\n Input {\n inputs 0\n name matrix\n xpos 344\n ypos 161\n }\nadd_layer {matrix0 matrix0.0 matrix0.1 matrix0.2 matrix0.3}\nadd_layer {matrix1 matrix1.0 matrix1.1 matrix1.2 matrix1.3}\nadd_layer {matrix2 matrix2.0 matrix2.1 matrix2.2 matrix2.3}\n MergeExpression {\n inputs 2\n channel0 {-matrix0.0 -matrix0.1 -matrix0.2 matrix0.3}\n expr0 matrix0.3+Ar\n channel1 {-matrix1.0 -matrix1.1 -matrix1.2 matrix1.3}\n expr1 matrix1.3+Ag\n channel2 {-matrix2.0 -matrix2.1 -matrix2.2 matrix2.3}\n expr2 matrix2.3+Ab\n channel3 none\n name MergeExpression1\n xpos 344\n ypos 249\n }\n Output {\n name Output1\n xpos 344\n ypos 349\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_TransposeMatrix4.gizmo", "content": "Group {\n name TransposeMatrix4_\n help \"Transpose a pixel based Matrix4 (Defined as layers matrix0, matrix1, matrix2 and matrix3)\"\n addUserKnob {20 Matrix4 l TransposeMatrix4}\n addUserKnob {26 Description l \"\" +STARTLINE T \"Transpose matrix channels\"}\n addUserKnob {26 divider_copyright l \"\" +STARTLINE}\n addUserKnob {26 copyright l \"\" +STARTLINE T \"v1.0 - Mathieu Goulet-Aubin & Erwan Leroy - Github\"}\n}\n Input {\n inputs 0\n name Inputmatrix\n xpos 361\n ypos 272\n }\n Dot {\n name Dot31\n tile_color 0xcccccc00\n xpos 395\n ypos 355\n }\nset N2070ca60 [stack 0]\n Dot {\n name Dot32\n tile_color 0xcccccc00\n xpos 497\n ypos 355\n }\nset N15d21900 [stack 0]\n Dot {\n name Dot33\n tile_color 0xcccccc00\n xpos 619\n ypos 355\n }\nset N202b2f20 [stack 0]\n Dot {\n name Dot34\n tile_color 0xcccccc00\n xpos 736\n ypos 355\n }\nadd_layer {matrix3 matrix3.0 matrix3.1 matrix3.2 matrix3.3}\n Expression {\n channel0 {matrix3.0 -matrix3.1 -matrix3.2 -matrix3.3}\n expr0 matrix0.3\n channel1 {-matrix3.0 matrix3.1 -matrix3.2 -matrix3.3}\n expr1 matrix1.3\n channel2 {-matrix3.0 -matrix3.1 matrix3.2 -matrix3.3}\n expr2 matrix2.3\n channel3 {-matrix3.0 -matrix3.1 -matrix3.2 matrix3.3}\n name Expression56\n xpos 702\n ypos 402\n }\n Dot {\n name Dot2\n tile_color 0xcccccc00\n xpos 736\n ypos 638\n }\npush $N202b2f20\nadd_layer {matrix2 matrix2.0 matrix2.1 matrix2.2 matrix2.3}\n Expression {\n channel0 {matrix2.0 -matrix2.1 -matrix2.2 -matrix2.3}\n expr0 matrix0.2\n channel1 {-matrix2.0 matrix2.1 -matrix2.2 -matrix2.3}\n expr1 matrix1.2\n channel2 {-matrix2.0 -matrix2.1 matrix2.2 -matrix2.3}\n channel3 {-matrix2.0 -matrix2.1 -matrix2.2 matrix2.3}\n expr3 matrix3.2\n name Expression55\n xpos 585\n ypos 399\n }\n Dot {\n name Dot1\n tile_color 0xcccccc00\n xpos 619\n ypos 548\n }\npush $N15d21900\nadd_layer {matrix1 matrix1.0 matrix1.1 matrix1.2 matrix1.3}\n Expression {\n channel0 {matrix1.0 -matrix1.1 -matrix1.2 -matrix1.3}\n expr0 matrix0.1\n channel1 {-matrix1.0 matrix1.1 -matrix1.2 -matrix1.3}\n channel2 {-matrix1.0 -matrix1.1 matrix1.2 -matrix1.3}\n expr2 matrix2.1\n channel3 {-matrix1.0 -matrix1.1 -matrix1.2 matrix1.3}\n expr3 matrix3.1\n name Expression54\n xpos 463\n ypos 398\n }\n Dot {\n name Dot37\n tile_color 0xcccccc00\n xpos 497\n ypos 464\n }\npush $N2070ca60\nadd_layer {matrix0 matrix0.0 matrix0.1 matrix0.2 matrix0.3}\n Expression {\n channel0 {matrix0.0 -matrix0.1 -matrix0.2 -matrix0.3}\n channel1 {-matrix0.0 matrix0.1 -matrix0.2 -matrix0.3}\n expr1 matrix1.0\n channel2 {-matrix0.0 -matrix0.1 matrix0.2 -matrix0.3}\n expr2 matrix2.0\n channel3 {-matrix0.0 -matrix0.1 -matrix0.2 matrix0.3}\n expr3 matrix3.0\n name Expression53\n xpos 361\n ypos 395\n }\n Copy {\n inputs 2\n from0 matrix1.0\n to0 matrix1.0\n from1 matrix1.2\n to1 matrix1.2\n from2 matrix1.3\n to2 matrix1.3\n bbox B\n name Copy1\n xpos 361\n ypos 442\n }\n Copy {\n inputs 2\n from0 matrix2.0\n to0 matrix2.0\n from1 matrix2.1\n to1 matrix2.1\n from2 matrix2.3\n to2 matrix2.3\n bbox B\n name Copy2\n xpos 361\n ypos 526\n }\n Copy {\n inputs 2\n from0 matrix3.0\n to0 matrix3.0\n from1 matrix3.1\n to1 matrix3.1\n from2 matrix3.2\n to2 matrix3.2\n bbox B\n name Copy3\n xpos 361\n ypos 616\n }\n Output {\n name Output1\n xpos 361\n ypos 733\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_UVEditor.gizmo", "content": "Group {\n name UVEditor\n onCreate \"\\nthisGRP = nuke.thisGroup()\\nif not thisGRP\\['disable_error'].getValue() :\\n import os\\n import re\\n\\n fontpath = re.split( '/|\\\"\\\"' , nuke.EXE_PATH )\\n fontpath.pop()\\n fontpath += \\['plugins','fonts']\\n \\n if os.path.isfile( '/'.join( fontpath + \\['UtopiaBold.pfa'] ) ) :\\n thisGRP\\['font'].setValue( '/'.join( fontpath + \\['UtopiaBold.pfa'] ) )\\n elif os.path.isfile( '/'.join( fontpath + \\['CourierBold.pfa'] ) ) :\\n thisGRP\\['font'].setValue( '/'.join( fontpath + \\['CourierBold.pfa'] ) )\\n elif os.path.isfile( '/'.join( fontpath + \\['Courier10PitchBold.pfb'] ) ) :\\n thisGRP\\['font'].setValue( '/'.join( fontpath + \\['Courier10PitchBold.pfb'] ) )\\n else :\\n thisGRP\\['font'].setValue( '/'.join( fontpath + \\['BitstreamCharterBold.pfb'] ) )\\n\"\n tile_color 0x6666ff\n addUserKnob {20 tab_general l General}\n addUserKnob {3 texSize l \"texture size\"}\n texSize 1024\n addUserKnob {41 filter T SR.filter}\n addUserKnob {41 antialiasing T SR.antialiasing}\n addUserKnob {26 \"\"}\n addUserKnob {41 view_wireframe l \"view wireframe\" T menu02.view_wireframe}\n addUserKnob {7 wireframe_size l \"wireframe size\" R 0.1 10}\n wireframe_size 0.1\n addUserKnob {26 \"\"}\n addUserKnob {41 output T menu01.output}\n addUserKnob {30 uv_shift l INVISIBLE +INVISIBLE}\n addUserKnob {41 scanRes +INVISIBLE T store.scanRes}\n addUserKnob {22 udim_export l export +DISABLED T \"thisGRP = nuke.thisGroup()\\ndataCheckNode = nuke.toNode('dataCheck')\\n\\n########################################################\\n\\nusrUV = thisGRP\\['uv_shift'].getValue()\\ndataReturn = \\[]\\n\\nprogBar = nuke.ProgressTask('Checking UV')\\njobCount = 0\\n\\nfor v in range (0, 10) :\\n for u in range (0, 10) :\\n\\n ### progress bar\\n jobCount += 1\\n progShow = int(jobCount/100 * 100)\\n if progBar.isCancelled() :\\n break;\\n progBar.setProgress(progShow)\\n #################\\n\\n thisGRP\\['uv_shift'].setValue(\\[u,v])\\n nuke.execute(dataCheckNode, nuke.frame(), nuke.frame())\\n if dataCheckNode\\['maxlumapixvalue'].getValue() != \\[0.0, 0.0, 0.0] :\\n dataReturn.append(1)\\n else :\\n dataReturn.append(0)\\n\\ndel progBar\\n\\ndataCheckNode\\['maxlumapixdata'].clearAnimated()\\ndataCheckNode\\['maxlumapixvalue'].clearAnimated()\\ndataCheckNode\\['minlumapixdata'].clearAnimated()\\ndataCheckNode\\['minlumapixvalue'].clearAnimated()\\n\\nif len(dataReturn) == 100 :\\n\\tfor i in range (0, 100) :\\n\\t if dataReturn\\[i] == 1 :\\n\\t uvMax = i\\n\\n\\tthisGRP\\['uv_shift'].setValue(usrUV)\\n\\n\\t########################################################\\n\\n\\tgoStore = nuke.toNode('store')\\n\\tgoStore\\['fn'].execute()\\n\\n\\troot = getLevel()\\n\\n\\troot.begin()\\n\\toutFR = nuke.nodes.FrameRange()\\n\\toutFR\\['first_frame'].setValue(1001)\\n\\toutFR\\['last_frame'].setValue(1001 + uvMax)\\n\\toutFR\\['label'].setValue( 'udim range : 1001 - \\{0\\}'.format( str(1001 + uvMax) ) )\\n\\toutFR.setInput(0, thisGRP)\\n\\toutFR.setXYpos(int(thisGRP\\['xpos'].value()), int(thisGRP\\['ypos'].value()+80))\\n\\n\\texpDot = nuke.nodes.Dot()\\n\\texpDot\\['label'].setValue('Texture modify here : swap the paint/patch texture into udim frame')\\n\\texpDot.setInput(0, outFR)\\n\\n\\tyDot = nuke.nodes.Dot()\\n\\tyDot.setInput(0, expDot)\\n\\n\\tuvGRP = nuke.nodes.Group()\\n\\tuvGRP\\['label'].setValue('udim stitch for nuke')\\n\\n\\tnDot = nuke.nodes.Dot()\\n\\tnDot\\['label'].setValue('Connect to Geo')\\n\\troot.end()\\n\\n\\tuvGRP.begin()\\n\\tinNode = nuke.nodes.Input(name='udim')\\n\\tcropNode = nuke.nodes.Crop()\\n\\tcropNode\\['crop'].setValue(1)\\n\\tcropNode.setInput(0, inNode)\\n\\tallDot = nuke.nodes.Dot()\\n\\tallDot.setInput(0, cropNode)\\n\\n\\tuvMerge = nuke.nodes.Merge2()\\n\\toutNode = nuke.nodes.Output()\\n\\toutNode.setInput(0, uvMerge)\\n\\n\\tfor i in range (0, uvMax+1) :\\n\\t uDimHold = nuke.nodes.FrameHold()\\n\\t uDimHold\\['first_frame'].setValue(1001+i)\\n\\t uDimHold.setInput(0, allDot)\\n\\t \\n\\t uvTran = nuke.nodes.Transform()\\n\\t uvTran.addKnob(nuke.UV_Knob('uv_offset'))\\n\\t if i < 10 :\\n\\t u = i\\n\\t v = 0\\n\\t else :\\n\\t if i < 100 :\\n\\t u = int(str(i)\\[1])\\n\\t v = int(str(i)\\[0])\\n\\t uvTran\\['uv_offset'].setValue(\\[u, v])\\n\\t uvTran\\['translate'].setExpression('input.width*uv_offset.u', 0)\\n\\t uvTran\\['translate'].setExpression('input.height*uv_offset.v', 1)\\n\\t uvTran.setInput(0, uDimHold)\\n\\n\\t uvMerge.setInput(i+3, uvTran)\\n\\n\\n\\tuvGRP.end()\\n\\n\\tuvGRP.setInput(0, yDot)\\n\\tnDot.setInput(0, uvGRP)\\n\\n\\troot.begin()\\n\\texWrite = nuke.nodes.Write()\\n\\texWrite.setInput(0, yDot)\\n\\texWrite\\['label'].setValue('export udim
render range : \\[value input.first_frame] - \\[value input.last_frame]')\\n\\troot.end()\\n\\n\\tdel uvMax\\nelse :\\n\\tnuke.message('Scan process terminated by user.')\\n\\ndel dataReturn\" +STARTLINE}\n addUserKnob {26 \"\"}\n addUserKnob {41 font T store.font}\n addUserKnob {6 disable_error l \"disable text\" +STARTLINE}\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T 1.4}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2020-04-24}\n addUserKnob {22 btn_CHANGELOG l Changelog T \"log = \\\"1.4
- fix misspelling of knob's label
- fix not working disable text knob

1.3
- fix font issue
  works on linux, mac & windows

1.2
- preview in uv space set limited 
  in 1024 resolution for not drag 
  down speed purpose.
- added show tile number
- changed uv combine to uv stitch
  in export group
- code update
- scan size reduce, speed up process\\\"\\nnuke.message( log )\" +STARTLINE}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n}\n BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0xff\n label \"dont touch\"\n note_font_size 42\n xpos -1755\n ypos 302\n bdwidth 263\n bdheight 296\n }\n BackdropNode {\n inputs 0\n name BackdropNode2\n tile_color 0x424242ff\n label \"UV preview\"\n note_font_size 42\n xpos -824\n ypos 451\n bdwidth 343\n bdheight 672\n }\n BackdropNode {\n inputs 0\n name BackdropNode3\n tile_color 0x424242ff\n label udim\n note_font_size 42\n xpos -328\n ypos 451\n bdwidth 354\n bdheight 675\n }\n BackdropNode {\n inputs 0\n name BackdropNode4\n tile_color 0x424242ff\n label uvtile\n note_font_size 42\n xpos 109\n ypos 451\n bdwidth 354\n bdheight 675\n }\n Input {\n inputs 0\n name tex\n xpos -1000\n ypos 83\n number 1\n }\n Wireframe {\n inputs 0\n line_width {{wireframe_size}}\n name Wireframe1\n xpos -866\n ypos 207\n }\n Switch {\n inputs 2\n which {{!view_wireframe}}\n name Switch2\n xpos -1000\n ypos 207\n }\n Input {\n inputs 0\n name geo\n xpos -1171\n ypos 82\n }\n ApplyMaterial {\n inputs 2\n name ApplyMaterial1\n xpos -1171\n ypos 207\n }\n Dot {\n name Dot6\n xpos -1137\n ypos 287\n }\n Dot {\n name Dot1\n xpos -1137\n ypos 384\n }\nset Na180ec00 [stack 0]\n Reformat {\n inputs 0\n type \"to box\"\n box_width {{store.scanRes}}\n box_height {{box_width}}\n box_fixed true\n name scanRes\n xpos -1061\n ypos 595\n }\n ScanlineRender {\n inputs 2\n conservative_shader_sampling false\n transparency false\n ztest_enabled false\n projection_mode uv\n overscan {{store.scanRes*10}}\n shutteroffset centred\n motion_vectors_type off\n MB_channel none\n name SR1\n xpos -1171\n ypos 595\n }\n Remove {\n operation keep\n channels rgb\n name Remove1\n xpos -1171\n ypos 675\n }\n Transform {\n translate {{store.scanRes*uv_offset.u*-1} {store.scanRes*uv_offset*-1}}\n shutteroffset centred\n name pos_shift\n xpos -1171\n ypos 740\n addUserKnob {20 User}\n addUserKnob {30 uv_offset}\n uv_offset {{uv_shift} {uv_shift}}\n }\n Crop {\n box {0 0 {store.scanRes} {store.scanRes}}\n reformat true\n crop false\n name Crop1\n xpos -1171\n ypos 801\n }\n CurveTool {\n operation \"Max Luma Pixel\"\n ROI {0 0 {store.scanRes} {store.scanRes}}\n intensitydata {0 0 0 0}\n maxlumapixvalue {0 0 0}\n minlumapixvalue {0 0 0}\n name dataCheck\n xpos -1171\n ypos 881\n }\n NoOp {\n inputs 0\n name menu01\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nif thisGRP\\['output'].getValue() == 1 :\\n thisGRP\\['udim_export'].setEnabled(True)\\nelse :\\n thisGRP\\['udim_export'].setEnabled(False)\\n\"\n xpos -1669\n ypos 392\n addUserKnob {20 User}\n addUserKnob {4 output M {\"preview in uv space\" udim \"uv tile\" \"uv pass\"}}\n }\n Reformat {\n inputs 0\n type \"to box\"\n box_width {{texSize*10}}\n box_height {{texSize*10}}\n box_fixed true\n resize none\n name Reformat4\n xpos 719\n ypos 638\n }\n Expression {\n expr0 x/width\n expr1 y/height\n channel2 none\n channel3 none\n name uv\n xpos 719\n ypos 720\n }\n Multiply {\n channels rgb\n value {10 10 1 1}\n name Multiply1\n xpos 719\n ypos 798\n }\n Reformat {\n type \"to box\"\n box_width {{texSize}}\n box_height {{texSize}}\n box_fixed true\n resize none\n center false\n pbb true\n name Reformat3\n xpos 719\n ypos 878\n }\n Dot {\n name Dot8\n xpos 753\n ypos 1225\n }\npush $Na180ec00\n Dot {\n name Dot4\n xpos -780\n ypos 384\n }\nset Na061a800 [stack 0]\n Reformat {\n inputs 0\n type \"to box\"\n box_width {{texSize}}\n box_height {{box_width}}\n box_fixed true\n name res\n xpos 5\n ypos 381\n }\n ScanlineRender {\n inputs 2\n conservative_shader_sampling false\n transparency false\n ztest_enabled false\n filter Impulse\n projection_mode uv\n overscan {{texSize*10 x1009 1948}}\n shutteroffset centred\n motion_vectors_type off\n MB_channel none\n name SR\n xpos -154\n ypos 381\n }\n Dot {\n name Dot2\n xpos -120\n ypos 628\n }\nset Nb741d400 [stack 0]\n Shuffle {\n red black\n green black\n blue black\n alpha black\n name Shuffle1\n xpos -292\n ypos 625\n }\n Text {\n output rgb\n cliptype none\n message \" 91 92 93 94 95 96 97 98 99 00\\n 81 82 83 84 85 86 87 88 89 90\\n 71 72 73 74 75 76 77 78 79 80\\n 61 62 63 64 65 66 67 68 69 70\\n 51 52 53 54 55 56 57 58 59 60\\n 41 42 43 44 45 46 47 48 49 50\\n 31 32 33 34 35 36 37 38 39 40\\n 21 22 23 24 25 26 27 28 29 30\\n 11 12 13 14 15 16 17 18 19 20\\n 01 02 03 04 05 06 07 08 09 10\"\n font \"\\[value store.font]\"\n kerning 0.236\n leading 1.051\n yjustify bottom\n Transform 1\n box {0 0 1024 999}\n translate {0 {\"( ( texSize * 10 ) / 1024 ) *25\"}}\n scale {{\"( texSize * 10 ) / 1024\"}}\n name Text2\n selected true\n xpos -292\n ypos 707\n disable {{disable_error}}\n }\n Multiply {\n channels rgb\n value {0 0.05 0.05 1}\n name Multiply3\n xpos -292\n ypos 769\n }\n Dot {\n name Dot13\n xpos -258\n ypos 821\n }\n Dot {\n name Dot11\n xpos -178\n ypos 821\n }\nset Nbcba2000 [stack 0]\n Dot {\n name Dot12\n xpos 221\n ypos 821\n }\npush $Nb741d400\n Dot {\n name Dot5\n xpos 281\n ypos 628\n }\n Merge2 {\n inputs 2\n operation under\n Achannels {rgba.red rgba.green rgba.blue -rgba.alpha}\n name Merge4\n xpos 247\n ypos 879\n }\n Crop {\n box {0 0 {texSize*10} {texSize*10}}\n crop false\n name Crop4\n xpos 247\n ypos 961\n }\n Dot {\n name Dot7\n xpos 281\n ypos 1204\n }\npush $Nbcba2000\npush $Nb741d400\n Merge2 {\n inputs 2\n operation under\n Achannels {rgba.red rgba.green rgba.blue -rgba.alpha}\n name Merge3\n xpos -154\n ypos 879\n }\n Transform {\n translate {{texSize*uv_offset.u*-1 i} {texSize*uv_offset*-1 i}}\n shutteroffset centred\n name pos_shift1\n xpos -154\n ypos 961\n addUserKnob {20 User}\n addUserKnob {30 uv_offset}\n uv_offset {{\"frame <=1001 ? 0 : (frame-1)%10\"} {\"frame < 1000 ? 0 : int(((frame-1)/10)-100)\"}}\n }\n Dot {\n name Dot3\n xpos -120\n ypos 1202\n }\n Reformat {\n inputs 0\n format \"1024 1024 0 0 1024 1024 1 square_1K\"\n name Reformat2\n xpos -693\n ypos 712\n }\n Dot {\n name Dot9\n xpos -659\n ypos 770\n }\nset Nbcb68c00 [stack 0]\n Dot {\n name Dot10\n xpos -533\n ypos 770\n }\n Text {\n output rgb\n message \" 91 92 93 94 95 96 97 98 99 00\\n 81 82 83 84 85 86 87 88 89 90\\n 71 72 73 74 75 76 77 78 79 80\\n 61 62 63 64 65 66 67 68 69 70\\n 51 52 53 54 55 56 57 58 59 60\\n 41 42 43 44 45 46 47 48 49 50\\n 31 32 33 34 35 36 37 38 39 40\\n 21 22 23 24 25 26 27 28 29 30\\n 11 12 13 14 15 16 17 18 19 20\\n 01 02 03 04 05 06 07 08 09 10\"\n font \"\\[value store.font]\"\n kerning 0.236\n leading 1.051\n yjustify bottom\n Transform 1\n box {0 0 1024 999}\n translate {0 25}\n name Text1\n xpos -567\n ypos 818\n disable {{disable_error}}\n }\n Multiply {\n channels rgb\n value {0 0.05 0.05 1}\n name Multiply2\n xpos -567\n ypos 887\n }\npush $Nbcb68c00\n Grid {\n name Grid1\n xpos -693\n ypos 814\n }\n Merge2 {\n inputs 2\n name Merge2\n xpos -693\n ypos 887\n }\npush $Na061a800\n Reformat {\n inputs 0\n format \"1024 1024 0 0 1024 1024 1 square_1K\"\n name Reformat5\n xpos -689\n ypos 531\n }\n Reformat {\n type scale\n scale 0.1\n resize none\n name Reformat6\n xpos -689\n ypos 594\n }\n ScanlineRender {\n inputs 2\n conservative_shader_sampling false\n transparency false\n ztest_enabled false\n projection_mode uv\n overscan 2560\n shutteroffset centred\n motion_vectors_type off\n MB_channel none\n name SR2\n xpos -814\n ypos 594\n }\n Merge2 {\n inputs 2\n operation under\n name Merge1\n xpos -814\n ypos 887\n }\n Crop {\n box {0 0 1024 1024}\n reformat true\n crop false\n name Crop2\n xpos -814\n ypos 969\n }\n Switch {\n inputs 4\n which {{output}}\n name Switch1\n xpos -814\n ypos 1412\n }\n Output {\n name Output1\n xpos -814\n ypos 1597\n }\n NoOp {\n inputs 0\n name menu02\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nif thisGRP\\['view_wireframe'].getValue() == 1 :\\n thisGRP\\['wireframe_size'].setEnabled(True)\\nelse :\\n thisGRP\\['wireframe_size'].setEnabled(False)\\n\"\n xpos -1668\n ypos 484\n addUserKnob {20 User}\n addUserKnob {6 view_wireframe l \"view wireframe\" +STARTLINE}\n view_wireframe true\n }\n NoOp {\n inputs 0\n name store\n xpos -1419\n ypos 388\n addUserKnob {20 User}\n addUserKnob {22 fn T \"def getLevel() :\\n\\t### level define ###\\n\\tif len(nuke.thisNode().fullName().split('.')) == 1 :\\n\\t\\t ggLevel = nuke.root()\\n\\telse :\\n\\t\\t nodePath = nuke.thisNode().fullName().split('.')\\n\\t\\t nodePath.pop()\\n\\t\\t ggLevel = nuke.toNode('.'.join(nodePath))\\n\\treturn ggLevel\" +STARTLINE}\n addUserKnob {3 scanRes}\n scanRes 64\n addUserKnob {2 font}\n font \"C:/Program Files/Nuke12.0v3/plugins/fonts/UtopiaBold.pfa\"\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_UV_Map.gizmo", "content": "Group {\n name UV_Map\n help \"Create an uvmap from the input format or the selected format that can be used for example for baking transformations and applying them through a STmap node.\\nUse the overscan to create values outside of the viewing window and the 0-1 range.\"\n tile_color 0x578100ff\n note_font \"Bitstream Vera Sans\"\n note_font_color 0xffffffff\n selected true\n mapsize {0.15 0.15}\n addUserKnob {20 tab l \"UV Map\"}\n addUserKnob {41 format T Constant1.format}\n addUserKnob {41 scale l overscan T Reformat1.scale}\n addUserKnob {6 alpha l \"alpha 1\" +STARTLINE}\n addUserKnob {41 black_outside l \"black outside\" -STARTLINE T Reformat2.black_outside}\n}\n Input {\n inputs 0\n name Input\n xpos 620\n ypos -370\n }\n Shuffle {\n red black\n green black\n blue black\n alpha black\n name Shuffle1\n xpos 620\n ypos -309\n }\n Constant {\n inputs 0\n name Constant1\n xpos 479\n ypos -214\n }\n Switch {\n inputs 2\n which {{\"\\[exists parent.input0]\"}}\n name Switch1\n xpos 620\n ypos -190\n }\n Reformat {\n type scale\n resize none\n pbb true\n name Reformat1\n xpos 620\n ypos -71\n }\n Reformat {\n type scale\n scale {{1/Reformat1.scale} {1/Reformat1.scale}}\n resize none\n black_outside true\n pbb true\n name Reformat2\n xpos 620\n ypos -45\n }\n Shuffle {\n alpha white\n name Shuffle13\n tile_color 0xffffff00\n label \"\\[value in]\"\n xpos 620\n ypos 12\n disable {{!parent.alpha}}\n }\n Expression {\n expr0 (x+0.5)/width\n expr1 (y+0.5)/height\n name Expression2\n xpos 620\n ypos 75\n }\n Output {\n name Output1\n xpos 620\n ypos 127\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_UV_Mapper.gizmo", "content": "Group {\n name UV_Mapper\n knobChanged \"n = nuke.thisNode()\\nk = nuke.thisKnob()\\n\\nif k.name() == 'enable':\\n if n.knob('enable').getValue() == 0:\\n n.knob('UDIMinput').setEnabled(False)\\n n.knob('selectUV').setEnabled(True)\\n\\n else:\\n n.knob('UDIMinput').setEnabled(True)\\n n.knob('selectUV').setEnabled(False)\\n\\nif k.name() == 'UDIMinput': \\n UDIMinput = n.knob('UDIMinput')\\n selectUV = n.knob('selectUV')\\n \\n UDIMnum = int(UDIMinput.getValue())\\n\\n \\n u = ((UDIMnum - 1000) % 10) - 1\\n v = (UDIMnum - 1000) // 10\\n \\n selectUV.setValue(u, 0)\\n selectUV.setValue(v, 1)\\n\\n \\n \"\n tile_color 0x7f7f26ff\n label \"UDIM: (\\[value UDIMnumber])\"\n note_font \"DejaVu Sans\"\n note_font_color 0xffffffff\n selected true\n addUserKnob {20 UV_Mapper}\n addUserKnob {26 UVs l \"UVs\" T \" \"}\n addUserKnob {6 previewUVs l \"preview selected UVs\" -STARTLINE}\n addUserKnob {41 operation l \"Img Channels\" T STMap1.channels}\n addUserKnob {41 UVchannels l \"UV Channel\" T Shuffle1.in}\n addUserKnob {3 UDIMinput l \"UDIM number\" +DISABLED}\n UDIMinput 1001\n addUserKnob {6 enable -STARTLINE}\n addUserKnob {18 selectUV l \"Select UV\"}\n selectUV {0 0 0}\n addUserKnob {6 selectUV_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 color_rgb_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {30 uvCoord +INVISIBLE}\n uvCoord {{Grade1.add.r} {Grade1.add.g}}\n addUserKnob {3 UDIMnumber l \"UDIM number\" +DISABLED +INVISIBLE}\n UDIMnumber {{\"1000 + (10*uvCoord.v) + (1+ uvCoord.u)\"}}\n addUserKnob {6 killOutline l \"Kill Outline\" +STARTLINE}\n killOutline true\n addUserKnob {6 edgeExtendCheck l \"Edge Extend\" -STARTLINE}\n addUserKnob {20 EdgeExtendOptions l \"Edge Extend Options\" n 1}\n EdgeExtendOptions 0\n addUserKnob {7 erodeSize l \"Erode Size\" R 0 10}\n erodeSize 1\n addUserKnob {41 expandsize l \"Expand Size\" T Expand.size}\n addUserKnob {41 mode T Expand.mode}\n addUserKnob {20 endGroup n -1}\n addUserKnob {26 STmap l \"STmap\" T \" \"}\n addUserKnob {41 filter T STMap1.filter}\n addUserKnob {6 takeAlphaUVs l \"Take Alpha From UVs\" +STARTLINE}\n addUserKnob {6 previewInverseSTMap l \"Preview Inverse STMap\" +STARTLINE}\n addUserKnob {6 imgIsRenderBeauty l \"img is Beauty render\" -STARTLINE}\n addUserKnob {20 SettingsInverseSTMAP l \"Inverse STMap settings\" n 1}\n SettingsInverseSTMAP 0\n addUserKnob {41 box_width l \"UV size\" T STMapInverse1.box_width}\n addUserKnob {41 fill_gap l \"Fill Gap\" T STMapInverse1.fill_gap}\n addUserKnob {41 size T STMapInverse1.size}\n addUserKnob {41 detail l \"point detail\" T STMapInverse1.detail}\n addUserKnob {41 pointSize l \"point size\" T STMapInverse1.pointSize}\n addUserKnob {20 endGroup_1 l endGroup n -1}\n addUserKnob {20 info}\n addUserKnob {26 Creator l Creator: T \" Tony Lyons\"}\n addUserKnob {26 desc l Name: T UV_Mapper}\n addUserKnob {26 ver l \"Version: \" T v02}\n}\n Input {\n inputs 0\n name InputUVs\n xpos -457\n ypos 137\n }\n Shuffle {\n name Shuffle1\n label \"\\[value in]\"\n xpos -457\n ypos 203\n }\n Grade {\n multiply {1 1 0 1}\n add {{floor(parent.selectUV.r)} {floor(parent.selectUV.g)} 0 0}\n reverse true\n black_clamp false\n name Grade1\n xpos -457\n ypos 268\n }\n Expression {\n expr0 \"r<0 || r>1 || g<0 || g>1? 0:r\"\n expr1 \"r<0 || r>1 || g<0 || g>1? 0:g\"\n expr3 \"r<=0 || r>1 || g<=0 || g>1? 0:1\"\n name Expression4\n xpos -457\n ypos 320\n }\nset N107876b0 [stack 0]\n Dot {\n name Dot1\n note_font_size 41\n xpos -299\n ypos 324\n }\n Group {\n name BinaryAlpha\n tile_color 0x2a2a2aff\n label \"(\\[value an] --> \\[value output1])\"\n note_font Verdana\n note_font_color 0xfffff9ff\n xpos -333\n ypos 364\n addUserKnob {20 BinaryAlpha}\n addUserKnob {4 an l Analyze: M {rgb rgba alpha \"\" \"\" \"\"}}\n addUserKnob {4 output1 l Output: M {rgba alpha \"\" \"\" \"\" \"\"}}\n output1 alpha\n addUserKnob {20 info l Info}\n addUserKnob {26 creator l Creator: T \"Tony Lyons\"}\n addUserKnob {26 desc l Description: t \"Analyzes channel input and creates a binary result 0 or 1 and outputs it into output channel\" T BinaryAlpha}\n addUserKnob {26 ver l Version: T v03}\n }\n Input {\n inputs 0\n name Input\n xpos -398\n ypos 275\n }\n Expression {\n temp_name0 rgb_an\n temp_expr0 \"r !=0 || g!=0 || b!=0?1:0\"\n temp_name1 rgba_an\n temp_expr1 \"r!=0 || g!=0 || b!=0 || a!=0?1:0\"\n temp_name2 alpha_an\n temp_expr2 a!=0?1:0\n expr3 \"parent.an == 0 ? rgb_an : parent.an == 1 ? rgba_an : alpha_an\"\n name Expression\n xpos -398\n ypos 341\n }\n Shuffle {\n red alpha\n green alpha\n blue alpha\n name Shuffle\n label \"\\[value in]\"\n xpos -398\n ypos 367\n disable {{parent.output1}}\n }\n Output {\n name Output1\n xpos -398\n ypos 456\n }\n end_group\nset N1078c560 [stack 0]\n Dilate {\n channels alpha\n size {{-parent.Dilate2.size}}\n name Dilate1\n xpos -208\n ypos 367\n }\n Dilate {\n channels alpha\n size 1\n name Dilate2\n xpos -208\n ypos 405\n }\npush $N1078c560\n Switch {\n inputs 2\n which {{parent.killOutline}}\n name Switch2\n label \"\\[value which]\"\n xpos -333\n ypos 405\n }\n Dilate {\n channels rgba\n size {{-erodeSize}}\n name Dilate3\n xpos -333\n ypos 460\n disable {{!parent.edgeExtendCheck}}\n }\n Dot {\n name Dot3\n note_font_size 41\n xpos -299\n ypos 514\n }\npush $N107876b0\n Merge2 {\n inputs 2\n operation mask\n bbox A\n name Merge1\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos -457\n ypos 510\n }\n Dot {\n name Dot2\n note_font_size 41\n xpos -423\n ypos 584\n }\nset N107ad920 [stack 0]\n Group {\n name Expand\n xpos -334\n ypos 581\n addUserKnob {20 User}\n addUserKnob {41 size t \"Size of Blur\" T Blur1.size}\n addUserKnob {7 transparencyBlend t \"Amount of original transparency retained when blending with the blurred version\"}\n transparencyBlend 0.33\n addUserKnob {4 mode t \"the mode how the blured version is combined with the original\\n - : original\\nMin: min blurred and original\\nMax: max blurred and original\\n(Min and Max may help with artifacts on the edges, best used on Z-Depth)\" M {\" - \" Min Max \"\" \"\"}}\n mode Min\n }\n Input {\n inputs 0\n name Input1\n xpos 0\n ypos -57\n }\nset N10800070 [stack 0]\npush $N10800070\n Shuffle {\n red alpha\n green alpha\n blue alpha\n alpha black\n name Shuffle1\n xpos 0\n ypos -11\n }\n Histogram {\n in {0 1 {transparencyBlend i}}\n name Histogram1\n xpos 0\n ypos 47\n }\npush $N10800070\n Blur {\n channels rgba\n size 4\n name Blur1\n xpos -176\n ypos 59\n }\n Unpremult {\n name Unpremult1\n xpos -176\n ypos 109\n }\nset N109e3300 [stack 0]\n Dot {\n name Dot1\n xpos 294\n ypos 114\n }\nset N107f0450 [stack 0]\npush $N10800070\n Unpremult {\n name Unpremult2\n xpos 140\n ypos -11\n }\nset N10a17500 [stack 0]\n Dot {\n name Dot2\n xpos 414\n ypos 54\n }\n Merge2 {\n inputs 2\n operation max\n name Max\n xpos 338\n ypos 139\n }\npush $N107f0450\npush $N10a17500\n Merge2 {\n inputs 2\n operation min\n name Min\n xpos 200\n ypos 139\n }\npush $N10a17500\n Switch {\n inputs 3\n which {{parent.mode i}}\n name Switch1\n xpos 125\n ypos 199\n }\npush $N109e3300\n Keymix {\n inputs 3\n channels rgb\n maskChannel rgba.red\n name Keymix1\n xpos 0\n ypos 229\n }\n Copy {\n inputs 2\n from0 rgba.alpha\n to0 rgba.alpha\n name Copy1\n xpos 70\n ypos 312\n }\n Output {\n name Output1\n xpos 70\n ypos 380\n }\n end_group\n Group {\n name BinaryAlpha1\n tile_color 0x2a2a2aff\n label \"(\\[value an] --> \\[value output1])\"\n note_font Verdana\n note_font_color 0xfffff9ff\n xpos -334\n ypos 620\n addUserKnob {20 BinaryAlpha}\n addUserKnob {4 an l Analyze: M {rgb rgba alpha \"\" \"\" \"\"}}\n addUserKnob {4 output1 l Output: M {rgba alpha \"\" \"\" \"\" \"\"}}\n output1 alpha\n addUserKnob {20 info l Info}\n addUserKnob {26 creator l Creator: T \"Tony Lyons\"}\n addUserKnob {26 desc l Description: t \"Analyzes channel input and creates a binary result 0 or 1 and outputs it into output channel\" T BinaryAlpha}\n addUserKnob {26 ver l Version: T v03}\n }\n Input {\n inputs 0\n name Input\n xpos -398\n ypos 275\n }\n Expression {\n temp_name0 rgb_an\n temp_expr0 \"r !=0 || g!=0 || b!=0?1:0\"\n temp_name1 rgba_an\n temp_expr1 \"r!=0 || g!=0 || b!=0 || a!=0?1:0\"\n temp_name2 alpha_an\n temp_expr2 a!=0?1:0\n expr3 \"parent.an == 0 ? rgb_an : parent.an == 1 ? rgba_an : alpha_an\"\n name Expression\n xpos -398\n ypos 341\n }\n Shuffle {\n red alpha\n green alpha\n blue alpha\n name Shuffle\n label \"\\[value in]\"\n xpos -398\n ypos 367\n disable {{parent.output1}}\n }\n Output {\n name Output1\n xpos -398\n ypos 456\n }\n end_group\npush $N107ad920\n Switch {\n inputs 2\n which {{edgeExtendCheck}}\n name Switch1\n label \"\\[value which]\"\n xpos -457\n ypos 620\n }\n Dot {\n name Dot4\n note_font_size 41\n xpos -423\n ypos 764\n }\nset N10cc3680 [stack 0]\npush $N10cc3680\n Dot {\n name Dot5\n note_font_size 41\n xpos 132\n ypos 764\n }\nset N10cc86b0 [stack 0]\n Dot {\n name Dot6\n note_font_size 41\n xpos 132\n ypos 819\n }\nset N10ccd5a0 [stack 0]\n Dot {\n name Dot8\n note_font_size 41\n xpos 132\n ypos 863\n }\npush $N10ccd5a0\npush $N10cc86b0\n Reformat {\n inputs 0\n format \"1024 1024 0 0 1024 1024 1 square_1K\"\n resize none\n center false\n pbb true\n name Reformat4\n xpos -39\n ypos -787\n }\nset N10cd7440 [stack 0]\n Grid {\n number 8\n size 2\n name Grid1\n xpos -155\n ypos -713\n }\n Grid {\n opacity 0.5\n number 64\n name Grid2\n xpos -155\n ypos -670\n }\n Text2 {\n font_size_toolbar 100\n font_width_toolbar 100\n font_height_toolbar 100\n kerning_toolbar -0.04899999872\n tracking_toolbar -0.007000000216\n message \" 1 2 3 4 5 6 7 8\\n 8 1 2 3 4 5 6 7\\n 7 8 1 2 3 4 5 6\\n 6 5 8 1 2 3 4 5\\n 5 6 7 8 1 2 3 4\\n 4 5 6 7 8 1 2 3\\n 3 4 5 6 7 8 1 2\\n 2 3 4 5 6 7 8 1\"\n old_message {{32 49 32 32 32 50 32 32 32 51 32 32 32 52 32 32 32 53 32 32 32 54 32 32 32 55 32 32 32 56 10 32 56 32 32 32 49 32 32 32 50 32 32 32 51 32 32 32 52 32 32 32 53 32 32 32 54 32 32 32 55 10 32 55 32 32 32 56 32 32 32 49 32 32 32 50 32 32 32 51 32 32 32 52 32 32 32 53 32 32 32 54 10 32 54 32 32 32 53 32 32 32 56 32 32 32 49 32 32 32 50 32 32 32 51 32 32 32 52 32 32 32 53 10 32 53 32 32 32 54 32 32 32 55 32 32 32 56 32 32 32 49 32 32 32 50 32 32 32 51 32 32 32 52 10 32 52 32 32 32 53 32 32 32 54 32 32 32 55 32 32 32 56 32 32 32 49 32 32 32 50 32 32 32 51 10 32 51 32 32 32 52 32 32 32 53 32 32 32 54 32 32 32 55 32 32 32 56 32 32 32 49 32 32 32 50 10 32 50 32 32 32 51 32 32 32 52 32 32 32 53 32 32 32 54 32 32 32 55 32 32 32 56 32 32 32 49}\n }\n box {7 0 1024 1007}\n transforms {{0 2}\n }\n font_width_values {{0 100 1 100 2 100 3 100 4 100 5 100 6 100 7 100 8 100 9 100 10 100 11 100 12 100 13 100 14 100 15 100 16 100 17 100 18 100 19 100 20 100 21 100 22 100 23 100 24 100 25 100 26 100 27 100 28 100 29 100 30 100 31 100 33 100 34 100 35 100 37 100 38 100 39 100 41 100 42 100 43 100 45 100 46 100 47 100 49 100 50 100 51 100 53 100 54 100 55 100 57 100 58 100 59 100 0 96 1 96 2 96 3 96 4 96 5 96 6 96 7 96 8 96 9 96 10 96 11 96 12 96 13 96 14 96 15 96 16 96 17 96 18 96 19 96 20 96 21 96 22 96 23 96 24 96 25 96 26 96 27 96 28 96 29 96}\n }\n font_height_values {{0 100 1 100 2 100 3 100 4 100 5 100 6 100 7 100 8 100 9 100 10 100 11 100 12 100 13 100 14 100 15 100 16 100 17 100 18 100 19 100 20 100 21 100 22 100 23 100 24 100 25 100 26 100 27 100 28 100 29 100 30 100 31 100 33 100 34 100 35 100 37 100 38 100 39 100 41 100 42 100 43 100 45 100 46 100 47 100 49 100 50 100 51 100 53 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50 0.012 51 0.012 53 0.012 54 0.012 55 0.012 57 0.012 58 0.012 59 0.012}\n }\n tracking_values {{1 -0.007 2 -0.007 3 -0.007 4 -0.007 5 -0.007 6 -0.007 7 -0.007 8 -0.007 9 -0.007 10 -0.007 11 -0.007 12 -0.007 13 -0.007 14 -0.007 15 -0.007 16 -0.007 17 -0.007 18 -0.007 19 -0.007 20 -0.007 21 -0.007 22 -0.007 23 -0.007 24 -0.007 25 -0.007 26 -0.007 27 -0.007 28 -0.007 29 -0.007 30 -0.007 31 -0.007 32 -0.007 33 -0.007 34 -0.007 35 -0.007 36 -0.007 37 -0.007 38 -0.007 39 -0.007 40 -0.007 41 -0.007 42 -0.007 43 -0.007 44 -0.007 45 -0.007 46 -0.007 47 -0.007 48 -0.007 49 -0.007 50 -0.007 51 -0.007 52 -0.007 53 -0.007 54 -0.007 55 -0.007 56 -0.007 57 -0.007 58 -0.007 59 -0.007 60 -0.007 61 -0.007 62 -0.007 63 -0.007 64 -0.007 65 -0.007 66 -0.007 67 -0.007 68 -0.007 69 -0.007 70 -0.007 71 -0.007 72 -0.007 73 -0.007 74 -0.007 75 -0.007 76 -0.007 77 -0.007 78 -0.007 79 -0.007 80 -0.007 81 -0.007 82 -0.007 83 -0.007 84 -0.007 85 -0.007 86 -0.007 87 -0.007 88 -0.007 89 -0.007 90 -0.007 91 -0.007 92 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0 59 0 60 0 61 0 62 0 63 0 64 0 65 0 66 0 67 0 68 0 69 0 70 0 71 0 72 0 73 0 74 0 75 0 76 0 77 0 78 0 79 0 80 0 81 0 82 0 83 0 84 0 85 0 86 0 87 0 88 0 89 0 90 0 91 0 92 0 93 0 94 0 95 0 96 0 97 0 98 0 99 0 100 0 101 0 102 0 103 0 104 0 105 0 106 0 107 0 108 0 109 0 110 0 111 0 112 0 113 0 114 0 115 0 116 0 117 0 118 0 119 0 120 0 121 0 122 0 123 0 124 0 125 0 126 0 127 0 128 0 129 0 130 0 131 0 132 0 133 0 134 0 135 0 136 0 137 0 138 0 139 0 140 0 141 0 142 0 143 0 144 0 145 0 146 0 147 0 148 0 149 0 150 0 151 0 152 0 153 0 154 0 155 0 156 0 157 0 158 0 159 0 160 0 161 0 162 0 163 0 164 0 165 0 166 0 167 0 168 0 169 0 170 0 171 0 172 0 173 0 174 0 175 0 176 0 177 0 178 0 179 0 180 0 181 0 182 0 183 0 184 0 185 0 186 0 187 0 188 0 189 0 190 0 191 0 192 0 193 0 194 0 195 0 196 0 197 0 198 0 199 0 200 0 201 0 202 0 203 0 204 0 205 0 206 0 207 0 208 0 209 0 210 0 211 0 212 0 213 0 214 0 215 0 216 0 217 0 218 0 219 0 220 0 221 0 222 0 223 0 224 0 225 0 226 0 227 0 228 0 229 0 230 0 231 0 232 0 233 0 234 0 235 0 236 0 237 0 238 0 239 0 240 0 241 0 242 0 243 0 244 0 245 0 246 0 0 1.7 1 1.7 2 1.7 3 1.7 4 1.7 5 1.7 6 1.7 7 1.7 8 1.7 9 1.7 10 1.7 11 1.7 12 1.7 13 1.7 14 1.7 15 1.7 16 1.7 17 1.7 18 1.7 19 1.7 20 1.7 21 1.7 22 1.7 23 1.7 24 1.7 25 1.7 26 1.7 27 1.7 28 1.7 29 1.7 30 1.7 31 1.7 33 1.7 34 1.7 35 1.7 37 1.7 38 1.7 39 1.7 41 1.7 42 1.7 43 1.7 45 1.7 46 1.7 47 1.7 49 1.7 50 1.7 51 1.7 53 1.7 54 1.7 55 1.7 57 1.7 58 1.7 59 1.7}\n }\n cursor_position 61\n kerning -0.04899999872\n tracking -0.007000000216\n leading 0.28\n center {960 540}\n cursor_initialised true\n autofit_bbox false\n initial_cursor_position {{496.7999878 690.000061}\n }\n group_animations {{0} imported: 0 selected: items: \"root transform/\"}\n animation_layers {{1 11 960 540 0 0 1 1 0 0 0 0}\n }\n name Text1\n selected true\n xpos -155\n ypos 39\n }\n Dot {\n name Dot9\n note_font_size 41\n xpos -121\n ypos 127\n }\npush $N10cd7440\n Roto {\n output alpha\n cliptype none\n curves {{{v x3f99999a}\n {f 0}\n {n\n {layer Root\n {f 2097152}\n {t x44700000 x44070000}\n {a pt1x 0 pt1y 0 pt2x 0 pt2y 0 pt3x 0 pt3y 0 pt4x 0 pt4y 0 ptex00 0 ptex01 0 ptex02 0 ptex03 0 ptex10 0 ptex11 0 ptex12 0 ptex13 0 ptex20 0 ptex21 0 ptex22 0 ptex23 0 ptex30 0 ptex31 0 ptex32 0 ptex33 0 ptof1x 0 ptof1y 0 ptof2x 0 ptof2y 0 ptof3x 0 ptof3y 0 ptof4x 0 ptof4y 0 pterr 0 ptrefset 0 ptmot x40800000 ptref 0}\n {curvegroup RectangleCusped8 512 bezier\n {{cc\n {f 8192}\n {px 1\n {0 0}\n {x447fbd8a x3f519c2c}\n {0 0}\n {0 0}\n {x445fd6d3 x3f02d730}\n {0 0}\n {0 0}\n {x445fd8e5 x43008e71}\n {0 0}\n {0 0}\n {x447fc3c2 x4300830a}\n {0 0}}} idem}\n {tx 1 x43efcccc x42020000}\n {a osw x41200000 osf 0 str 1 spx x44700000 spy x44070000 sb 1 tt x41100000}}\n {curvegroup RectangleCusped7 512 bezier\n {{cc\n {f 8192}\n {px 1\n {0 0}\n {x445fdb6b x43007ee2}\n {0 0}\n {0 0}\n {x443fe368 x43012090}\n {0 0}\n {0 0}\n {x443fe630 x4380422d}\n {0 0}\n {0 0}\n {x445fb9bc x438052df}\n {0 0}}} idem}\n {tx 1 x43cf8ccd x42c1ffff}\n {a osw x41200000 osf 0 str 1 spx x44700000 spy x44070000 sb 1 tt x41100000}}\n {curvegroup RectangleCusped6 512 bezier\n {{cc\n {f 8192}\n {px 1\n {0 0}\n {x443fe81f x438038b8}\n {0 0}\n {0 0}\n {x44200149 x4380545b}\n {0 0}\n {0 0}\n {x44200949 x43c02d5c}\n {0 0}\n {0 0}\n {x443fef7b x43c00073}\n {0 0}}} idem}\n {tx 1 x43af9334 x4320f333}\n {a osw x41200000 osf 0 str 1 spx x44700000 spy x44070000 sb 1 tt x41100000}}\n {curvegroup RectangleCusped5 512 bezier\n {{cc\n {f 8192}\n {px 1\n {0 0}\n {x441fed7f x43bff524}\n {0 0}\n {0 0}\n {x43fff86f x43c01d90}\n {0 0}\n {0 0}\n {x4400106d x43ffd7fc}\n {0 0}\n {0 0}\n {x441fe6c2 x43ffd7fc}\n {0 0}}} idem}\n {tx 1 x438f999a x4360cccd}\n {a osw x41200000 osf 0 str 1 spx x44700000 spy x44070000 sb 1 tt x41100000}}\n {curvegroup RectangleCusped4 512 bezier\n {{cc\n {f 8192}\n {px 1\n {0 0}\n {x43fffdc2 x44000265}\n {0 0}\n {0 0}\n {x43c01e01 x44000265}\n {0 0}\n {0 0}\n {x43c019f1 x441ff0f9}\n {0 0}\n {0 0}\n {x43ffe698 x441fe76a}\n {0 0}}} idem}\n {tx 1 x435f199a x43906000}\n {a osw x41200000 osf 0 str 1 spx x44700000 spy x44070000 sb 1 tt x41100000}}\n {curvegroup RectangleCusped3 512 bezier\n {{cc\n {f 8192}\n {px 1\n {0 0}\n {x43c0478c x44200d48}\n {0 0}\n {0 0}\n {x438034b2 x44200d48}\n {0 0}\n {0 0}\n {x438038cf x443fe853}\n {0 0}\n {0 0}\n {x43c0677c x4440015e}\n {0 0}}} idem}\n {tx 1 x431f199a x43b04000}\n {a osw x41200000 osf 0 str 1 spx x44700000 spy x44070000 sb 1 tt x41100000}}\n {curvegroup RectangleCusped2 512 bezier\n {{cc\n {f 8192}\n {px 1\n {0 0}\n {x4380377e x443fe6ee}\n {0 0}\n {0 0}\n {x43007685 x443fdb75}\n {0 0}\n {0 0}\n {x4300a521 x445fe8a2}\n {0 0}\n {0 0}\n {x4380255a x445fdf8d}\n {0 0}}} idem}\n {tx 1 x42be0000 x43d04ccd}\n {a osw x41200000 osf 0 str 1 spx x44700000 spy x44070000 sb 1 tt x41100000}}\n {curvegroup RectangleCusped1 512 bezier\n {{cc\n {f 8192}\n {px 1\n {0 0}\n {x4300e014 x445ff174}\n {0 0}\n {0 0}\n {x3cce8900 x445ff974}\n {0 0}\n {0 0}\n {xbdb51ac0 x447ffe00}\n {0 0}\n {0 0}\n {x4300a759 x447ffc8c}\n {0 0}}} idem}\n {tx 1 x41fccccd x43f0199a}\n {a osw x41200000 osf 0 str 1 spx x44700000 spy x44070000 sb 1 tt x41100000}}}}}}\n toolbox {selectAll {\n { selectAll str 1 ssx 1 ssy 1 sf 1 }\n { createBezier str 1 ssx 1 ssy 1 sf 1 sb 1 tt 4 }\n { createBezierCusped str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createBSpline str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createEllipse str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createRectangle str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createRectangleCusped str 1 ssx 1 ssy 1 sf 1 sb 1 tt 9 }\n { createOpenSpline str 1 ssx 1 ssy 1 sf 1 tt 10 }\n { brush str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { eraser src 2 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { clone src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { reveal src 3 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { dodge src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { burn src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { blur src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { sharpen src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { smear src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n} }\n toolbar_brush_hardness 0.200000003\n toolbar_source_transform_scale {1 1}\n toolbar_source_transform_center {320 240}\n colorOverlay {0 0 0 0}\n lifetime_type \"all frames\"\n motionblur_shutter_offset_type centred\n source_black_outside true\n name Roto1\n xpos -39\n ypos -712\n }\nset N10d62ff0 [stack 0]\n Transform {\n translate {-128 0}\n center {960 540}\n name Transform1\n xpos -39\n ypos -647\n }\nset N10dd2950 [stack 0]\n Transform {\n translate {-128 0}\n center {960 540}\n name Transform2\n xpos -39\n ypos -529\n }\nset N10e94e70 [stack 0]\n Transform {\n translate {-128 0}\n center {960 540}\n name Transform3\n xpos -39\n ypos -428\n }\nset N10ea33e0 [stack 0]\n Transform {\n translate {-128 0}\n center {960 540}\n name Transform4\n xpos -39\n ypos -332\n }\nset N10eb1960 [stack 0]\n Transform {\n translate {-128 0}\n center {960 540}\n name Transform5\n xpos -39\n ypos -234\n }\nset N10ebfed0 [stack 0]\n Transform {\n translate {-128 0}\n center {960 540}\n name Transform6\n xpos -39\n ypos -137\n }\nset N10ece440 [stack 0]\n Transform {\n translate {-128 0}\n center {960 540}\n name Transform7\n xpos -39\n ypos -29\n }\nset N10edc9b0 [stack 0]\n Transform {\n translate {1024 0}\n center {960 540}\n name Transform8\n xpos 71\n ypos -29\n }\npush $N10edc9b0\n Merge2 {\n inputs 2\n name Merge3\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 71\n ypos 13\n }\npush $N10ece440\n Transform {\n translate {1024 0}\n center {960 540}\n name Transform9\n xpos 71\n ypos -137\n }\npush $N10ece440\n Merge2 {\n inputs 2\n name Merge4\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 71\n ypos -99\n }\npush $N10ebfed0\n Transform {\n translate {1024 0}\n center {960 540}\n name Transform10\n xpos 69\n ypos -234\n }\npush $N10ebfed0\n Merge2 {\n inputs 2\n name Merge5\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 69\n ypos -189\n }\npush $N10eb1960\n Transform {\n translate {1024 0}\n center {960 540}\n name Transform11\n xpos 71\n ypos -332\n }\npush $N10eb1960\n Merge2 {\n inputs 2\n name Merge6\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 71\n ypos -291\n }\npush $N10ea33e0\n Transform {\n translate {1024 0}\n center {960 540}\n name Transform12\n xpos 71\n ypos -428\n }\npush $N10ea33e0\n Merge2 {\n inputs 2\n name Merge7\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 71\n ypos -387\n }\npush $N10e94e70\n Transform {\n translate {1024 0}\n center {960 540}\n name Transform13\n xpos 71\n ypos -529\n }\npush $N10e94e70\n Merge2 {\n inputs 2\n name Merge8\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 71\n ypos -488\n }\npush $N10dd2950\n Transform {\n translate {1025 0}\n center {960 540}\n name Transform14\n xpos 82\n ypos -647\n }\npush $N10dd2950\n Merge2 {\n inputs 2\n name Merge9\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 82\n ypos -606\n }\npush $N10d62ff0\n Constant {\n inputs 0\n channels rgb\n format \"1024 1024 0 0 1024 1024 1 square_1K\"\n name Constant1\n xpos 208\n ypos -809\n }\n Grade {\n inputs 1+1\n add {0.7728846669 0.02618077211 0.03455101326 0}\n name Grade3\n xpos 208\n ypos -708\n }\n Grade {\n inputs 1+1\n add {0.9673250318 0.3451221585 0.1646387577 0}\n name Grade4\n xpos 208\n ypos -606\n }\n Grade {\n inputs 1+1\n add {0.2409069538 0.218536064 0.5103886724 0}\n name Grade5\n xpos 208\n ypos -488\n }\n Grade {\n inputs 1+1\n add {0.9280357361 0.3130359054 0.5264387727 0}\n name Grade6\n xpos 208\n ypos -387\n }\n Grade {\n inputs 1+1\n add {0.2122023106 0.0433825478 0.4666024148 0}\n name Grade7\n xpos 208\n ypos -291\n }\n Grade {\n inputs 1+1\n add {0.001658143476 0.9821226597 0.9885434508 0}\n name Grade8\n xpos 208\n ypos -189\n }\n Grade {\n inputs 1+1\n add {0.04277442023 0.4779824018 0.1838312 0}\n name Grade9\n xpos 208\n ypos -99\n }\n Grade {\n inputs 1+1\n add {0.9810473323 0.9179739952 0.1378139406 0}\n name Grade10\n xpos 208\n ypos 13\n }\n Grade {\n inputs 1+1\n multiply 0\n name Grade11\n xpos 208\n ypos 124\n }\n Shuffle {\n alpha white\n name Shuffle2\n label \"\\[value in] \\[ expr \\{ \\[value out2] == \\\"none\\\" ? \\\" \\\" : \\[concat -> \\[value out2]] \\}]\"\n note_font_size 21\n note_font_color 0xffffffff\n xpos 208\n ypos 148\n }\n Input {\n inputs 0\n name InputImg\n xpos 413\n ypos 496\n number 1\n }\nset N11074630 [stack 0]\n Shuffle {\n alpha white\n name Shuffle3\n label \"\\[value in] \\[ expr \\{ \\[value out2] == \\\"none\\\" ? \\\" \\\" : \\[concat -> \\[value out2]] \\}]\"\n note_font_size 21\n note_font_color 0xffffffff\n xpos 495\n ypos 565\n }\npush $N11074630\n Switch {\n inputs 2\n which {{previewInverseSTMap}}\n name Switch5\n xpos 363\n ypos 579\n }\nset N1108a2c0 [stack 0]\n Switch {\n inputs 2\n which {{\"!\\[exists parent.input1]\"}}\n name SwitchDefault\n xpos 208\n ypos 579\n }\n STMap {\n inputs 2\n uv rgba\n name STMap1\n xpos 208\n ypos 754\n }\n Merge2 {\n inputs 2\n operation mask\n bbox A\n name Merge2\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 208\n ypos 815\n }\n Copy {\n inputs 2\n from0 rgba.alpha\n to0 rgba.alpha\n name Copy1\n xpos 208\n ypos 853\n disable {{!parent.takeAlphaUVs}}\n }\nset N110b6c30 [stack 0]\npush $N1108a2c0\n Dot {\n name Dot10\n note_font_size 41\n xpos 397\n ypos 886\n }\n Merge2 {\n inputs 2\n operation mask\n name Merge10\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 363\n ypos 934\n }\npush $N110b6c30\n Switch {\n inputs 2\n which {{imgIsRenderBeauty}}\n name Switch6\n xpos 43\n ypos 977\n }\n Copy {\n inputs 2\n from0 rgba.red\n to0 forward.u\n from1 rgba.green\n to1 forward.v\n name Copy2\n xpos -37\n ypos 1042\n }\n Group {\n name STMapInverse1\n tile_color 0x196654ff\n xpos -37\n ypos 1174\n addUserKnob {20 InverseSTMap}\n addUserKnob {41 in l channels T Shuffle1.in}\n addUserKnob {41 in2 l \"UV channels\" T Shuffle1.in2}\n addUserKnob {41 box_width l \"UV size\" T Reformat1.box_width}\n addUserKnob {6 fill_gap l \"Fill Gap\" +STARTLINE}\n fill_gap true\n addUserKnob {41 size -STARTLINE T Blur1.size}\n addUserKnob {26 \"\"}\n addUserKnob {41 detail l \"point detail\" T PositionToPoints1.detail}\n addUserKnob {41 pointSize l \"point size\" T PositionToPoints1.pointSize}\n addUserKnob {26 \"\"}\n addUserKnob {32 Lookin T \"start http://www.lookinvfx.com/tools/\" +STARTLINE}\n addUserKnob {26 text l \"\" -STARTLINE T \" in_inverseSTMap v1.0 | Luca Mignardi | 2014\"}\n }\n Camera2 {\n inputs 0\n translate {0.5 0.5 1}\n projection_mode orthographic\n focal 25\n haperture 25\n vaperture 25\n near 0.5\n far 1.5\n name Camera1\n xpos 93\n ypos 157\n }\n Input {\n inputs 0\n name Input1\n xpos -58\n ypos -118\n }\n Shuffle {\n in2 forward\n red red2\n green green2\n black red\n white green\n red2 blue\n green2 alpha\n out forward\n out2 rgba\n name Shuffle1\n xpos -58\n ypos -64\n }\n Unpremult {\n name Unpremult2\n xpos -58\n ypos -12\n }\n Unpremult {\n channels forward\n name Unpremult3\n xpos -58\n ypos 37\n }\nset N111322a0 [stack 0]\npush $N111322a0\n Shuffle {\n in forward\n blue black\n alpha black\n name Shuffle2\n label \"\\[value in]\"\n xpos 64\n ypos 37\n }\n PositionToPoints {\n inputs 2\n render_mode textured\n detail 1\n pointSize 1.1\n name PositionToPoints1\n xpos -58\n ypos 108\n }\n Reformat {\n inputs 0\n type \"to box\"\n format \"1024 1024 0 0 1024 1024 1 square_1K\"\n box_width 512\n box_height {{box_width i}}\n box_fixed true\n name Reformat1\n xpos -196\n ypos 177\n }\n ScanlineRender {\n inputs 3\n max_tessellation 1\n motion_vectors_type off\n MB_channel none\n name ScanlineRender1\n xpos -58\n ypos 177\n }\n Premult {\n name Premult1\n xpos -58\n ypos 220\n }\n Dot {\n name Dot1\n xpos -24\n ypos 276\n }\nset N1118b5e0 [stack 0]\n Blur {\n size 1\n name Blur1\n xpos 49\n ypos 266\n }\n Unpremult {\n name Unpremult1\n xpos 49\n ypos 316\n }\npush $N1118b5e0\n Merge2 {\n inputs 2\n operation under\n name Merge1\n xpos -58\n ypos 316\n disable {{1-fill_gap}}\n }\n Output {\n name Output1\n xpos -58\n ypos 375\n }\n end_group\npush $N10cc3680\n Dot {\n name Dot7\n note_font_size 41\n xpos -423\n ypos 1103\n }\npush $N110b6c30\n Switch {\n inputs 2\n which {{parent.previewUVs}}\n name Switch3\n label \"\\[value which]\"\n xpos 208\n ypos 1096\n }\n Switch {\n inputs 2\n which {{previewInverseSTMap}}\n name Switch4\n xpos 208\n ypos 1174\n }\n Output {\n name Output1\n xpos 208\n ypos 1326\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_Unify3DCoordinate.gizmo", "content": "Group {\n name Unify3DCoordinate\n tile_color 0xffbf00ff\n gl_color 0xffbf00ff\n addUserKnob {20 tab_general l general}\n addUserKnob {41 frame_range l \"frame range\" T menu01.frame_range}\n addUserKnob {3 firstFR l \"custom range\" +DISABLED}\n firstFR 1001\n addUserKnob {3 lastFR l \"\" -STARTLINE +DISABLED}\n lastFR 1100\n addUserKnob {41 selVertex l \"Calculate from selected vertex\" T menu02.selVertex}\n addUserKnob {4 vertexTrans l \"Tracking Type\" +DISABLED M {translate translate,rotate translate,rotate,scale \"\" \"\" \"\" \"\"}}\n addUserKnob {22 calculate l \"\\[Calculate]\" T \"import threading\\nimport math\\n\\nthisGRP = nuke.thisGroup()\\n\\nif thisGRP.input(0) == None :\\n\\n\\tnuke.message('No upstream connected')\\n\\nelse :\\n\\n\\tstNode = thisGRP.input(0)\\n\\n\\tFRsetting = thisGRP\\['frame_range'].getValue()\\n\\n\\tif FRsetting == 0 :\\n\\t\\tframeST = nuke.root().firstFrame()\\n\\t\\tframeED = nuke.root().lastFrame()\\n\\n\\tif FRsetting == 1 :\\n\\t\\tframeST = int(nuke.frame())\\n\\t\\tframeED = int(nuke.frame())\\n\\n\\tif FRsetting == 2 :\\n\\t\\tframeST = int(thisGRP\\['firstFR'].getValue())\\n\\t\\tframeED = int(thisGRP\\['lastFR'].getValue())\\n\\n\\tthisGRP\\['reset'].execute()\\n\\n\\tgoSTORE = nuke.toNode('store')\\n\\tgoSTORE\\['generalFN'].execute()\\n\\n\\tfilterCheck = thisGRP\\['filterNonReverse'].getValue().split(',')\\n\\tfilter3DNodes = thisGRP\\['filter3DNodes'].getValue().split(',')\\n\\n\\tvertexOption = thisGRP\\['selVertex'].getValue()\\n\\tvertexType = thisGRP\\['vertexTrans'].getValue()\\n\\n\\tnodesMap = upstreamNodes(stNode)\\n\\n\\tif vertexOption == 1 :\\n\\t\\tselectedID = vertexPack()\\n\\t\\tif len(selectedID) < 1 :\\n\\t\\t\\tnuke.message('No vertex selected. Cannot process vertex tracking.')\\n\\t\\telse :\\n\\t\\t\\tif vertexType == 0 :\\n\\t\\t\\t\\tvertexSnap(thisGRP, selectedID)\\n\\n\\t\\t\\tif vertexType == 1 :\\n\\t\\t\\t\\tif len(selectedID) == 3 :\\n\\t\\t\\t\\t\\tvertexSnap(thisGRP, selectedID)\\n\\t\\t\\t\\telse :\\n\\t\\t\\t\\t\\tnuke.message('Rotation tracking only support exact 3 vertex.')\\n\\n\\t\\t\\tif vertexType == 2 :\\n\\t\\t\\t\\tif len(selectedID) == 3 :\\n\\t\\t\\t\\t\\tvertexSnap(thisGRP, selectedID)\\n\\t\\t\\t\\telse :\\n\\t\\t\\t\\t\\tnuke.message('Rotation and Scale tracking only support exact 3 vertex.')\\n\\n\\t\\t\\trefineAnim(thisGRP)\\n\\telse : \\n\\t\\tunify(nodesMap, thisGRP)\" +STARTLINE}\n addUserKnob {20 resultTabStart l \"\" +STARTLINE n -2}\n addUserKnob {20 result l Result}\n addUserKnob {41 display T Unified_Axis.display}\n addUserKnob {41 selectable -STARTLINE T Unified_Axis.selectable}\n addUserKnob {41 xform_order l \"transform order\" T Unified_Axis.xform_order}\n addUserKnob {41 rot_order l \"rotation order\" T Unified_Axis.rot_order}\n addUserKnob {41 translate T Unified_Axis.translate}\n addUserKnob {41 rotate T Unified_Axis.rotate}\n addUserKnob {41 scaling l scale T Unified_Axis.scaling}\n addUserKnob {20 \"\" l \"World matrix\" n 2}\n addUserKnob {41 world_matrix l \"\" -STARTLINE T Unified_Axis.world_matrix}\n addUserKnob {20 \"\" n -1}\n addUserKnob {26 \"\"}\n addUserKnob {22 export l \"export axis\" T \"thisGRP = nuke.thisGroup()\\ngoStore = nuke.toNode('store')\\ngoStore\\['generalFN'].execute()\\n\\nlocate = getLevel()\\n\\nwith locate :\\n\\tax = nuke.nodes.Axis()\\n\\tax.setXYpos( thisGRP.xpos() + 100 , thisGRP.ypos() )\\n\\tax\\['label'].setValue('Export by Unify3DCoordinate')\\n\\n\\tknobsLoop = \\['translate','rotate','scaling']\\n\\n\\tfor k in range(3) :\\n\\t\\tif thisGRP\\[knobsLoop\\[k]].isAnimated() :\\n\\t\\t\\tani = thisGRP\\[knobsLoop\\[k]].animations()\\n\\t\\t\\tax\\[knobsLoop\\[k]].setAnimated()\\n\\t\\t\\tfor i in range(3) :\\n\\t\\t\\t\\tfor key in ani\\[i].keys() :\\n\\t\\t\\t\\t\\tax\\[knobsLoop\\[k]].setValueAt( key.y , key.x , i )\\n\\t\\telse :\\n\\t\\t\\tfor i in range(3) :\\n\\t\\t\\t\\tax\\[knobsLoop\\[k]].setValue( thisGRP\\[knobsLoop\\[k]].getValue()\\[i] , i)\" +STARTLINE}\n addUserKnob {22 reset -STARTLINE T \"thisGRP = nuke.thisGroup()\\n\\ntoolKnobs = \\['display','selectable','translate','rotate','scaling','world_matrix']\\n\\nfor i in range (0, len(toolKnobs), 1) :\\n\\tthisGRP\\[toolKnobs\\[i]].clearAnimated()\\n\\nthisGRP\\['display'].setValue(1)\\nthisGRP\\['selectable'].setValue(1)\\nthisGRP\\['translate'].setValue(\\[0,0,0])\\nthisGRP\\['rotate'].setValue(\\[0,0,0])\\nthisGRP\\['scaling'].setValue(\\[1,1,1])\"}\n addUserKnob {20 resultTabEnd l \"\" -STARTLINE n -3}\n addUserKnob {20 tag_nodeClass l \"node class data (dev)\"}\n addUserKnob {43 filterNonReverse +DISABLED}\n filterNonReverse Camera,Camera2,Light,Light2,DirectLight,Environment,Axis,Axis2,Light3,Axis3,Camera3\n addUserKnob {43 filter3DNodes +DISABLED}\n filter3DNodes Axis,Axis2,Card,Card2,Cube,Cylinder,Sphere,ReadGeo,ReadGeo2,Light,Light2,DirectLight,Spotlight,Environment,TransformGeo,EditGeo,Camera,Camera2,Light3,Axis3,Camera3\n addUserKnob {22 add_class l \"add new node class into the list\" T \"p = nuke.Panel('add new node class into the list :')\\np.addBooleanCheckBox('Is it a non-reverse node?', False)\\np.addSingleLineInput('Node class :', '')\\n\\nif p.show() :\\n\\tnewNR = p.value('Is it a non-reverse node?')\\n\\tnewItem = p.value('Node class :')\\n\\n\\tif not newItem\\[:1].isalpha() :\\n\\t\\tnuke.message('Illegal first letter of new node class.
Only accept alphabet on the first letter.')\\n\\telse :\\n\\t\\tthisGRP = nuke.thisGroup()\\n\\n\\t\\tfilterCheck = thisGRP\\['filterNonReverse'].getValue().split(',')\\n\\t\\tfilter3DNodes = thisGRP\\['filter3DNodes'].getValue().split(',')\\n\\n\\t\\tcheckReturn = 0\\n\\n\\t\\tif newNR :\\n\\t\\t\\tif newItem in filterCheck :\\n\\t\\t\\t\\tcheckReturn = 1\\n\\n\\t\\tif newItem in filter3DNodes :\\n\\t\\t\\tcheckReturn = 1\\n\\n\\t\\tif checkReturn :\\n\\t\\t\\tnuke.message('New node class already existed in the list.
If you want to modify it, please remove it first.')\\n\\t\\telse :\\n\\t\\t\\tif newNR :\\n\\t\\t\\t\\tfilterCheck.append( newItem )\\n\\t\\t\\t\\tthisGRP\\['filterNonReverse'].setValue( ','.join(filterCheck) )\\n\\n\\t\\t\\tfilter3DNodes.append( newItem )\\n\\t\\t\\tthisGRP\\['filter3DNodes'].setValue( ','.join(filter3DNodes) )\" +STARTLINE}\n addUserKnob {22 remove_class l \"remove custom class from the list\" -STARTLINE T \"thisGRP = nuke.thisGroup()\\n\\nfilterCheck = thisGRP\\['filterNonReverse'].getValue().split(',')\\nfilter3DNodes = thisGRP\\['filter3DNodes'].getValue().split(',')\\n\\nnoDefault = \\['Axis', 'Axis2', 'Card', 'Card2', 'Cube', 'Cylinder', 'Sphere', 'ReadGeo', 'ReadGeo2', 'Light', 'Light2', 'DirectLight', 'Spotlight', 'Environment', 'TransformGeo', 'EditGeo', 'Camera', 'Camera2']\\n\\ncustomClass = \\[]\\n\\nfor i in filterCheck :\\n\\tif i not in noDefault :\\n\\t\\tif i not in customClass :\\n\\t\\t\\tcustomClass.append( i )\\n\\nfor i in filter3DNodes :\\n\\tif i not in noDefault :\\n\\t\\tif i not in customClass :\\n\\t\\t\\tcustomClass.append( i )\\n\\nif customClass :\\n\\tp = nuke.Panel('select custom class to remove :')\\n\\tp.addEnumerationPulldown( 'custom class in the list :', ' '.join(customClass) )\\n\\n\\tif p.show() :\\n\\t\\trmItem = p.value( 'custom class in the list :' )\\n\\n\\t\\ttry :\\n\\t\\t\\tfilterCheck.remove( rmItem )\\n\\t\\t\\tthisGRP\\['filterNonReverse'].setValue( ','.join(filterCheck) )\\n\\t\\texcept :\\n\\t\\t\\tpass\\n\\n\\t\\ttry :\\n\\t\\t\\tfilter3DNodes.remove( rmItem )\\n\\t\\t\\tthisGRP\\['filter3DNodes'].setValue( ','.join(filter3DNodes) )\\n\\t\\texcept :\\n\\t\\t\\tpass\\nelse :\\n\\tnuke.message('No custom class found in the list.')\"}\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T 2.4}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2021-03-29}\n addUserKnob {22 btn_CHANGELOG l Changelog T \"log = \\\"2.4
- added Camera3 class into detection list

2.3
- compatible with python3
- added Light3 & Axis3 class into detection list

2.2
- frame range added 'current 
  frame'option. For 1 frame calculation.
- exposed custom node class data.
  User can add custom node class 
  if there has special 3D nodes.
  * custom node class MUST
     included 'matrix' knob.

2.1
- added export axis

2.0
- mirror fix
  updated error message
  uncheck calculate vertex by default\\\"\\nnuke.message( log )\" +STARTLINE}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n}\n BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0x2f4255ff\n label bin\n note_font_size 42\n xpos -446\n ypos -75\n bdwidth 289\n bdheight 332\n }\n BackdropNode {\n inputs 0\n name BackdropNode2\n tile_color 0xff\n label \"Dont touch\"\n note_font_size 42\n xpos -704\n ypos -74\n bdwidth 217\n bdheight 232\n }\n Input {\n inputs 0\n name input3D\n xpos -87\n ypos -106\n }\n Dot {\n name Dot1\n xpos -53\n ypos 53\n }\nset Nb4369800 [stack 0]\n Output {\n name Output1\n xpos -87\n ypos 391\n }\n CurveTool {\n inputs 0\n ROI {512 389 1536 1167}\n autocropdata {512 389 1536 1167}\n intensitydata {0 0 0 0}\n name hack_ct\n xpos -413\n ypos 174\n }\npush $Nb4369800\n Dot {\n name Dot2\n xpos 80\n ypos 53\n }\n EditGeo {\n name transformationData\n xpos 46\n ypos 87\n }\n PythonGeo {\n name pgeoGet\n xpos 46\n ypos 139\n }\n Axis {\n inputs 0\n name Unified_Axis\n gl_color 0xffbf00ff\n xpos -284\n ypos 155\n }\n NoOp {\n inputs 0\n name menu02\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nif thisGRP\\['selVertex'].getValue() == 1 :\\n thisGRP\\['vertexTrans'].setEnabled(True)\\nelse :\\n thisGRP\\['vertexTrans'].setEnabled(False)\\n\"\n xpos -640\n ypos 88\n addUserKnob {20 User}\n addUserKnob {6 selVertex l \"Calculate from selected vertex\" +STARTLINE}\n }\n NoOp {\n inputs 0\n name menu01\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nif thisGRP\\['frame_range'].getValue() == 2 :\\n thisGRP\\['firstFR'].setEnabled(True)\\n thisGRP\\['lastFR'].setEnabled(True)\\nelse :\\n thisGRP\\['firstFR'].setEnabled(False)\\n thisGRP\\['lastFR'].setEnabled(False)\\n\"\n xpos -639\n ypos 21\n addUserKnob {20 User}\n addUserKnob {4 frame_range l \"frame range\" M {\"project setting\" \"current frame\" custom \"\"}}\n }\n NoOp {\n inputs 0\n name store\n xpos -347\n ypos 39\n addUserKnob {20 User}\n addUserKnob {22 generalFN T \"def getLevel() :\\n\\t### level define ###\\n\\tif len(nuke.thisNode().fullName().split('.')) == 1 :\\n\\t\\t ggLevel = nuke.root()\\n\\telse :\\n\\t\\t nodePath = nuke.thisNode().fullName().split('.')\\n\\t\\t nodePath.pop()\\n\\t\\t ggLevel = nuke.toNode('.'.join(nodePath))\\n\\treturn ggLevel\\n\\n#########################################################\\n\\ndef upstreamNodes(startNode) :\\n\\n\\tmainStream = \\[]\\n\\n\\tcurNode = startNode\\n\\n\\twhile curNode :\\n\\t\\tif curNode.knob('matrix') :\\n\\t\\t\\tfor m in range (0,len(filter3DNodes)) :\\n\\t\\t\\t\\tif curNode.Class() == filter3DNodes\\[m] :\\n\\t\\t\\t\\t\\tsubStream = \\[curNode.name()]\\n\\n\\t\\t\\t\\t\\tfor x in range (1, curNode.inputs()) :\\n\\t\\t\\t\\t\\t\\tsubNode = curNode.input(x)\\n\\t\\t\\t\\t\\t\\tif subNode.knob('matrix') :\\n\\t\\t\\t\\t\\t\\t\\tsubStream.append(subNode.name())\\n\\n\\t\\t\\t\\t\\t\\twhile subNode :\\n\\t\\t\\t\\t\\t\\t\\tfor y in range (0, subNode.inputs()) :\\n\\t\\t\\t\\t\\t\\t\\t\\tif subNode.input(y).knob('matrix') :\\n\\t\\t\\t\\t\\t\\t\\t\\t\\tsubStream.append(subNode.input(y).name())\\n\\t\\t\\t\\t\\t\\t\\tsubNode = subNode.input(0)\\n\\n\\t\\t\\t\\t\\tmainStream.append(subStream)\\n\\t\\tcurNode = curNode.input(0)\\n\\n\\treturn mainStream\\n\\n#########################################################\\n\\ndef unify(mainStream, targetNode) :\\n\\n\\torderCheck = 0\\n\\n\\toutMTX = nuke.math.Matrix4()\\n\\tfailMSG = 0\\n\\tdisabledNode = \\[]\\n\\tcheckANI = 0\\n\\n\\tfor a in range (0, len(mainStream)) :\\n\\t\\tfor b in range (0, len(mainStream\\[a])) :\\n\\t\\t\\tif nuke.toNode(mainStream\\[a]\\[b]).knob('disable').getValue() == 1 :\\n\\t\\t\\t\\tdisabledNode.append(mainStream\\[a]\\[b])\\n\\t\\t\\t\\tfailMSG = 1\\n\\n\\tif failMSG == 1 :\\n\\t\\tdisabledList = '
'.join(disabledNode)\\n\\t\\tnuke.message( 'Disabled nodes list:

' +disabledList + '

Please disconnect these transformation nodes from the tree.' )\\n\\telse :\\n\\n\\t\\t# check input node type ##########################################\\n\\n\\t\\tfor oc in range (0, len(filterCheck)) :\\n\\t\\t\\tif nuke.toNode(mainStream\\[0]\\[0]).Class() == filterCheck\\[oc] :\\n\\t\\t\\t\\torderCheck = 1\\n\\n\\t\\tif orderCheck == 0 :\\n\\t\\t\\tmainStream.reverse()\\n\\n\\t\\t# check ani ######################################################\\n\\n\\t\\tfor a in range (0, len(mainStream)) :\\n\\t\\t\\tfor b in range (0, len(mainStream\\[a])) :\\n\\n\\t\\t\\t\\tgetMTX = nuke.math.Matrix4()\\n\\t\\t\\t\\tfocusNode = nuke.toNode(mainStream\\[a]\\[b])\\n\\n\\t\\t\\t\\tfor aniCheck in focusNode.knobs().keys() :\\n\\t\\t\\t\\t\\tif focusNode.knob(aniCheck).isAnimated() == True :\\n\\t\\t\\t\\t\\t\\tcheckANI = 1\\n\\n\\t\\t# unify in matrix #################################################\\n\\n\\t\\tif checkANI != 0 :\\n\\t\\t\\tfor p in range (frameST, frameED +1 ) :\\n\\t\\t\\t\\tfor a in range (0, len(mainStream)) :\\n\\t\\t\\t\\t\\tfor b in range (0, len(mainStream\\[a])) :\\n\\n\\t\\t\\t\\t\\t\\tgetMTX = nuke.math.Matrix4()\\n\\t\\t\\t\\t\\t\\tfocusNode = nuke.toNode(mainStream\\[a]\\[b])\\n\\n\\t\\t\\t\\t\\t\\tfor q in range (0,16) :\\n\\t\\t\\t\\t\\t\\t\\tgetMTX\\[q] = focusNode.knob('matrix').getValueAt(p)\\[q]\\n\\n\\t\\t\\t\\t\\t\\tif a != 0 :\\n\\t\\t\\t\\t\\t\\t\\toutMTX = outMTX * getMTX\\n\\t\\t\\t\\t\\t\\telse :\\n\\t\\t\\t\\t\\t\\t\\toutMTX = getMTX\\n\\n\\t\\t\\t\\toutMTX.transpose()\\n\\n\\t\\t\\t\\tmTranslate = nuke.math.Matrix4(outMTX)\\n\\t\\t\\t\\tmTranslate.translationOnly()\\n\\t\\t\\t\\tmRotate = nuke.math.Matrix4(outMTX)\\n\\t\\t\\t\\tmRotate.rotationOnly()\\n\\t\\t\\t\\tmScale = nuke.math.Matrix4(outMTX)\\n\\t\\t\\t\\tmScale.scaleOnly()\\n\\n\\t\\t\\t\\ttranslate = (mTranslate\\[12], mTranslate\\[13], mTranslate\\[14])\\n\\t\\t\\t\\trotateRad = mRotate.rotationsZXY()\\n\\t\\t\\t\\trotate = (math.degrees(rotateRad\\[0]), math.degrees(rotateRad\\[1]), math.degrees(rotateRad\\[2]))\\n\\t\\t\\t\\tscale = (mScale.xAxis().x, mScale.yAxis().y, mScale.zAxis().z)\\n\\n\\n\\t\\t\\t\\ttargetNode\\['translate'].setAnimated()\\n\\t\\t\\t\\ttargetNode\\['rotate'].setAnimated()\\n\\t\\t\\t\\ttargetNode\\['scaling'].setAnimated()\\n\\t\\t\\t\\ttargetNode\\['translate'].setValueAt(mTranslate\\[12], p, 0)\\n\\t\\t\\t\\ttargetNode\\['translate'].setValueAt(mTranslate\\[13], p, 1)\\n\\t\\t\\t\\ttargetNode\\['translate'].setValueAt(mTranslate\\[14], p, 2)\\n\\t\\t\\t\\ttargetNode\\['rotate'].setValueAt(math.degrees(rotateRad\\[0]), p, 0)\\n\\t\\t\\t\\ttargetNode\\['rotate'].setValueAt(math.degrees(rotateRad\\[1]), p, 1)\\n\\t\\t\\t\\ttargetNode\\['rotate'].setValueAt(math.degrees(rotateRad\\[2]), p, 2)\\n\\t\\t\\t\\ttargetNode\\['scaling'].setValueAt(mScale.xAxis().x, p, 0)\\n\\t\\t\\t\\ttargetNode\\['scaling'].setValueAt(mScale.yAxis().y, p, 1)\\n\\t\\t\\t\\ttargetNode\\['scaling'].setValueAt(mScale.zAxis().z, p, 2)\\n\\n\\t\\telse :\\n\\n\\t\\t\\tfor a in range (0, len(mainStream)) :\\n\\t\\t\\t\\tfor b in range (0, len(mainStream\\[a])) :\\n\\n\\t\\t\\t\\t\\tgetMTX = nuke.math.Matrix4()\\n\\t\\t\\t\\t\\tfocusNode = nuke.toNode(mainStream\\[a]\\[b])\\n\\n\\t\\t\\t\\t\\tfor q in range (0,16) :\\n\\t\\t\\t\\t\\t\\tgetMTX\\[q] = focusNode.knob('matrix').getValue()\\[q]\\n\\n\\t\\t\\t\\t\\tif a != 0 :\\n\\t\\t\\t\\t\\t\\toutMTX = outMTX * getMTX\\n\\t\\t\\t\\t\\telse :\\n\\t\\t\\t\\t\\t\\toutMTX = getMTX\\n\\n\\t\\t\\toutMTX.transpose()\\n\\n\\t\\t\\tmTranslate = nuke.math.Matrix4(outMTX)\\n\\t\\t\\tmTranslate.translationOnly()\\n\\t\\t\\tmRotate = nuke.math.Matrix4(outMTX)\\n\\t\\t\\tmRotate.rotationOnly()\\n\\t\\t\\tmScale = nuke.math.Matrix4(outMTX)\\n\\t\\t\\tmScale.scaleOnly()\\n\\n\\t\\t\\ttranslate = (mTranslate\\[12], mTranslate\\[13], mTranslate\\[14])\\n\\t\\t\\trotateRad = mRotate.rotationsZXY()\\n\\t\\t\\trotate = (math.degrees(rotateRad\\[0]), math.degrees(rotateRad\\[1]), math.degrees(rotateRad\\[2]))\\n\\t\\t\\tscale = (mScale.xAxis().x, mScale.yAxis().y, mScale.zAxis().z)\\n\\n\\t\\t\\ttargetNode\\['translate'].clearAnimated()\\n\\t\\t\\ttargetNode\\['rotate'].clearAnimated()\\n\\t\\t\\ttargetNode\\['scaling'].clearAnimated()\\n\\t\\t\\ttargetNode\\['translate'].setValue(translate)\\n\\t\\t\\ttargetNode\\['rotate'].setValue(rotate)\\n\\t\\t\\ttargetNode\\['scaling'].setValue(scale)\\n\\n#########################################################\\n\\ndef checkVertex() :\\n\\tcount = \\[]\\n\\tfor point in nukescripts.snap3d.selectedPoints() :\\n\\t\\tcount.append(point)\\n\\n\\treturn len(count)\\n\\n#########################################################\\n\\ndef convertIter(xyz) :\\n\\tfor i in range (0, len(xyz)) :\\n\\t\\ttPos = nuke.math.Vector4(xyz\\[i]\\[0], xyz\\[i]\\[1], xyz\\[i]\\[2], 1.0)\\n\\t\\tyield nukescripts.snap3d.VertexInfo(0, 0, 1, nuke.math.Vector3(tPos.x, tPos.y, tPos.z))\\n\\n#########################################################\\n\\ndef vertexPack() :\\n\\tselid = \\[]\\n\\tfor i in nukescripts.snap3d.selectedVertexInfos() :\\n\\t\\tif selid.count(i.index) == 0 :\\n\\t\\t\\tselid.append(i.index)\\n\\treturn selid\\n\\n\\n#########################################################\\n\\ndef vertexSnap(targetNode, packID) :\\n\\tvertexType = targetNode\\['vertexTrans'].getValue()\\n\\n\\tif frameST != frameED :\\n\\t\\ttargetNode\\['translate'].setAnimated()\\n\\t\\tif vertexType >=1 :\\n\\t\\t\\ttargetNode\\['rotate'].setAnimated()\\n\\t\\t\\tif vertexType == 2 :\\n\\t\\t\\t\\ttargetNode\\['scaling'].setAnimated()\\n\\n\\tpgeoGet = nuke.toNode('pgeoGet')\\n\\n\\thack_ct = nuke.toNode('hack_ct')\\n\\n\\tprogBar = nuke.ProgressTask('Sampling vertex')\\n\\tjobCount = 0\\n\\tjobTotal = (frameED+1)-frameST\\n\\n\\tfor ctime in range (int(frameST), int(frameED+1), 1) :\\n\\t\\tnuke.execute(hack_ct, ctime, ctime)\\n\\n\\t\\t### progress bar\\n\\t\\tjobCount += 1\\n\\t\\tprogShow = int(jobCount/jobTotal * 100)\\n\\t\\tif progBar.isCancelled() :\\n\\t\\t\\tbreak;\\n\\t\\tprogBar.setProgress(progShow)\\n\\t\\t#################\\n\\n\\t\\tselPos = \\[]\\n\\t\\tfor i in range (0, len(packID)) :\\n\\t\\t\\tselPos.append(pgeoGet\\['geo'].getGeometry()\\[0].points()\\[3*packID\\[i]:(3*packID\\[i])+3])\\n\\t\\ttargetNode\\['translate'].setValue(nukescripts.snap3d.calcAveragePosition(convertIter(selPos)))\\n\\t\\tif vertexType >=1 :\\n\\t\\t\\tvec1 = nuke.math.Vector3(selPos\\[0]\\[0], selPos\\[0]\\[1], selPos\\[0]\\[2])\\n\\t\\t\\tvec2 = nuke.math.Vector3(selPos\\[1]\\[0], selPos\\[1]\\[1], selPos\\[1]\\[2])\\n\\t\\t\\tvec3 = nuke.math.Vector3(selPos\\[2]\\[0], selPos\\[2]\\[1], selPos\\[2]\\[2])\\n\\n\\t\\t\\ttargetNode\\['rotate'].setValue(math.degrees(nukescripts.snap3d.planeRotation((vec1, vec2, vec3), norm=None)\\[0]), 0)\\n\\t\\t\\ttargetNode\\['rotate'].setValue(math.degrees(nukescripts.snap3d.planeRotation((vec1, vec2, vec3), norm=None)\\[1]), 1)\\n\\t\\t\\ttargetNode\\['rotate'].setValue(math.degrees(nukescripts.snap3d.planeRotation((vec1, vec2, vec3), norm=None)\\[2]), 2)\\n\\t\\t\\tif vertexType ==2 :\\n\\t\\t\\t\\ttargetNode\\['scaling'].setValue(math.sqrt(math.pow(selPos\\[0]\\[0]-selPos\\[1]\\[0], 2)+math.pow(selPos\\[0]\\[1]-selPos\\[1]\\[1], 2)+math.pow(selPos\\[0]\\[2]-selPos\\[1]\\[2], 2)), 0)\\n\\t\\t\\t\\ttargetNode\\['scaling'].setValue(math.sqrt(math.pow(selPos\\[1]\\[0]-selPos\\[2]\\[0], 2)+math.pow(selPos\\[1]\\[1]-selPos\\[2]\\[1], 2)+math.pow(selPos\\[1]\\[2]-selPos\\[2]\\[2], 2)), 1)\\n\\t\\t\\t\\ttargetNode\\['scaling'].setValue(math.sqrt(math.pow(selPos\\[2]\\[0]-selPos\\[0]\\[0], 2)+math.pow(selPos\\[2]\\[1]-selPos\\[0]\\[1], 2)+math.pow(selPos\\[2]\\[2]-selPos\\[0]\\[2], 2)), 2)\\n\\n\\thack_ct\\['intensitydata'].clearAnimated()\\n\\tdel progBar\\n\\n#########################################################\\n\\ndef refineAnim(targetNode) :\\n\\tif frameST != frameED :\\n\\t\\tfor ctime in range (int(frameST), int(frameED+1), 1) :\\n\\t\\t\\ttr = targetNode\\['translate'].getValueAt(ctime)\\n\\t\\t\\ttargetNode\\['translate'].setValueAt(tr\\[0], ctime, 0)\\n\\t\\t\\ttargetNode\\['translate'].setValueAt(tr\\[1], ctime, 1)\\n\\t\\t\\ttargetNode\\['translate'].setValueAt(tr\\[2], ctime, 2)\\n\\t\\t\\tif vertexType >=1 :\\n\\t\\t\\t\\tro = targetNode\\['rotate'].getValueAt(ctime)\\n\\t\\t\\t\\ttargetNode\\['rotate'].setValueAt(ro\\[0], ctime, 0)\\n\\t\\t\\t\\ttargetNode\\['rotate'].setValueAt(ro\\[1], ctime, 1)\\n\\t\\t\\t\\ttargetNode\\['rotate'].setValueAt(ro\\[2], ctime, 2)\\n\\t\\t\\t\\tif vertexType == 2 :\\n\\t\\t\\t\\t\\tsa = targetNode\\['scaling'].getValueAt(ctime)\\n\\t\\t\\t\\t\\ttargetNode\\['scaling'].setValueAt(sa\\[0], ctime, 0)\\n\\t\\t\\t\\t\\ttargetNode\\['scaling'].setValueAt(sa\\[1], ctime, 1)\\n\\t\\t\\t\\t\\ttargetNode\\['scaling'].setValueAt(sa\\[2], ctime, 2)\\n\" +STARTLINE}\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_Vector2ToSTMap.gizmo", "content": "Group {\n name Vector2ToSTMap\n addUserKnob {20 VtoU l \"Vector2 to STMap\"}\n addUserKnob {41 in l Vector_Layer t \"Pick the layer containing your motion vectors.\" T UV_Channel.in}\n addUserKnob {26 \"\"}\n addUserKnob {26 copyright l \"\" +STARTLINE T \"v1.0 - Mathieu Goulet-Aubin & Erwan Leroy - Github\"}\n}\n Input {\n inputs 0\n name Input\n xpos -303\n ypos 114\n }\nset Ne43e7b0 [stack 0]\n Shuffle {\n name UV_Channel\n xpos -163\n ypos 114\n }\n Expression {\n expr0 (r+x+0.5)/width\n expr1 (g+y+0.5)/height\n channel2 {-rgba.red -rgba.green -rgba.blue none}\n channel3 {none none none -rgba.alpha}\n name Vectors_to_UV\n xpos -163\n ypos 228\n }\npush $Ne43e7b0\n ShuffleCopy {\n inputs 2\n in2 none\n red red\n green green\n alpha black\n out {{{parent.UV_Channel.in}}}\n name ShuffleCopy1\n xpos -303\n ypos 228\n }\n Output {\n name Output1\n xpos -303\n ypos 299\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_Vector3ToMatrix4.gizmo", "content": "Group {\n name Vector3ToMatrix4_\n knobChanged \"# Knobchanged code:\\nnode = nuke.thisNode()\\nknob = nuke.thisKnob()\\nif knob.name() == 'vector_representation':\\n if knob.value() == 'Rotation (orientation vector)':\\n node\\['lookat'].setVisible(True)\\n node\\['minus_axis'].setVisible(True)\\n else:\\n node\\['lookat'].setVisible(False)\\n node\\['minus_axis'].setVisible(False)\\n\"\n addUserKnob {20 main_tab l \"Vector3 to Matrix4\"}\n addUserKnob {4 vector_representation l \"Use Vector as\" t \"A vector3 by itself cannot represent all the parts required for a matrix, however we are able to infer some transformation matrices from a vector3.\\nFor a translation matrix, the x, y and z values are used as is for translate values.\\nFor a rotation matrix, we calculate a rotation matrix so that a specified axis looks at the 3d point defined by the vector. If you are looking to rotate in x, y and z angles by the amount of each dimention of the vector, look at the RotateMatrix4 node instead.\\nFor the scale vector, we use the magnitude here, so this will always result in an uniform scale. For non-uniform scaling, look at ScaleMatrix4.\" M {Translation \"Rotation (orientation vector)\" \"Scale (magnitude)\"}}\n addUserKnob {4 lookat l \"Aim Axis\" t \"Aim the selected Axis in the direction of the 3d vector.\" +HIDDEN M {X Y Z \"\" \"\"}}\n addUserKnob {6 minus_axis l \"Negative Axis\" t \"Use the negative axis rather than the positive axis\" -STARTLINE +HIDDEN}\n addUserKnob {26 \"\"}\n addUserKnob {26 copyright l \"\" +STARTLINE T \"v1.0 - Mathieu Goulet-Aubin & Erwan Leroy - Github\"}\n}\n BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0x545454ff\n label \"- Identity in\\n matrix layers\\n- Bypass other channels\"\n note_font_size 20\n xpos -39\n ypos 277\n bdwidth 280\n bdheight 262\n }\n Input {\n inputs 0\n name vector3\n xpos -335\n ypos -120\n }\n Dot {\n name Dot12\n tile_color 0xcccccc00\n xpos -301\n ypos 97\n }\nset N260f03c0 [stack 0]\n Group {\n name NormalizeVector3_1\n help \"Normalize the magnitude of a Vector3 (to be of magnitude 1)\"\n xpos -145\n ypos 94\n addUserKnob {20 main_tab l \"Normalize Vector3\"}\n addUserKnob {41 in l \"Vector B Layer\" t \"Layer containing the vector information for input B\" T vector_layer.in}\n addUserKnob {26 \"\"}\n addUserKnob {26 copyright l \"\" +STARTLINE T \"v1.0 - Mathieu Goulet-Aubin & Erwan Leroy - Github\"}\n }\n Input {\n inputs 0\n name vectorB\n xpos 0\n }\n Dot {\n name Dot1\n tile_color 0xcccccc00\n xpos 34\n ypos 108\n }\nset N168e4560 [stack 0]\n Shuffle {\n name vector_layer\n xpos 140\n ypos 104\n }\n Remove {\n operation keep\n channels rgba\n name Remove1\n xpos 140\n ypos 130\n }\n Dot {\n name Dot3\n tile_color 0x9e3c6300\n xpos 174\n ypos 156\n }\nset N1b5e0b90 [stack 0]\npush $N1b5e0b90\n Dot {\n name Dot4\n tile_color 0x9e3c6300\n xpos 377\n ypos 156\n }\n Expression {\n channel0 rgba\n expr0 sqrt((r*r)+(g*g)+(b*b))\n channel2 {-rgba.red -rgba.green -rgba.blue none}\n channel3 {none none none -rgba.alpha}\n name Mag3\n xpos 343\n ypos 209\n }\n Dot {\n name Dot5\n tile_color 0xcccccc00\n xpos 377\n ypos 271\n }\n Merge2 {\n inputs 2\n operation divide\n bbox B\n name Merge1\n xpos 140\n ypos 267\n }\n Dot {\n name Dot2\n tile_color 0x4b5ec600\n xpos 174\n ypos 364\n }\npush $N168e4560\n ShuffleCopy {\n inputs 2\n in2 none\n red red\n green green\n blue blue\n out {{{parent.UV_Channel.in}}}\n name ShuffleCopy1\n xpos 0\n ypos 360\n }\n Output {\n name Output1\n xpos 0\n ypos 506\n }\n end_group\n Multiply {\n value -1\n name Multiply1\n xpos 269\n ypos 88\n disable {{!parent.minus_axis}}\n }\n Dot {\n name Dot1\n tile_color 0x7aa9ff00\n xpos 303\n ypos 173\n }\nset N1556f230 [stack 0]\n Dot {\n name Dot5\n tile_color 0x7aa9ff00\n xpos 376\n ypos 173\n }\nset N1cfd1db0 [stack 0]\n Constant {\n inputs 0\n channels rgb\n color {1 0 0 1}\n name Pole_Vector1\n xpos 609\n ypos -35\n }\n Constant {\n inputs 0\n channels rgb\n color {0 0 1 1}\n name Pole_Vector2\n xpos 506\n ypos -36\n }\n Constant {\n inputs 0\n channels rgb\n color {0 1 0 1}\n name Pole_Vector\n xpos 407\n ypos -38\n }\n Switch {\n inputs 3\n which {{parent.lookat}}\n name Pole_Picker\n xpos 407\n ypos 88\n }\n Group {\n inputs 2\n name CrossProductVector3_\n help \"Calculates the cross product of 2 Vector3 inputs.\"\n xpos 407\n ypos 225\n addUserKnob {20 main_tab l \"Cross Product Vector3\"}\n addUserKnob {41 in l \"Vector B Layer\" t \"Layer containing the vector information for input B\" T vector_layer.in}\n addUserKnob {41 in_1 l \"Vector A Layer\" t \"Layer containing the vector information for input A\" T vector_layer1.in}\n addUserKnob {26 \"\"}\n addUserKnob {26 copyright l \"\" +STARTLINE T \"v1.0 - Mathieu Goulet-Aubin & Erwan Leroy - Github\"}\n }\n Input {\n inputs 0\n name vectorA\n xpos 457\n ypos -6\n number 1\n }\n Shuffle {\n name vector_layer1\n xpos 457\n ypos 103\n }\n Remove {\n operation keep\n channels rgba\n name Remove2\n xpos 457\n ypos 129\n }\n Dot {\n name Dot3\n tile_color 0x9e3c6300\n xpos 491\n ypos 210\n }\n Input {\n inputs 0\n name vectorB\n xpos 0\n }\n Dot {\n name Dot1\n tile_color 0xcccccc00\n xpos 34\n ypos 108\n }\nset N12b61dd0 [stack 0]\n Shuffle {\n name vector_layer\n xpos 140\n ypos 104\n }\n Remove {\n operation keep\n channels rgba\n name Remove1\n xpos 140\n ypos 130\n }\n MergeExpression {\n inputs 2\n expr0 \"Ag*Bb - Ab*Bg\"\n expr1 \"Ab*Br - Ar*Bb\"\n expr2 \"Ar*Bg - Ag*Br\"\n name MergeExpression2\n xpos 140\n ypos 206\n }\n Dot {\n name Dot2\n tile_color 0x4b5ec600\n xpos 174\n ypos 364\n }\npush $N12b61dd0\n ShuffleCopy {\n inputs 2\n in2 none\n red red\n green green\n blue blue\n out {{{parent.UV_Channel.in}}}\n name ShuffleCopy1\n xpos 0\n ypos 360\n }\n Output {\n name Output1\n xpos 0\n ypos 506\n }\n end_group\nset N122b60e0 [stack 0]\npush $N260f03c0\n Group {\n name Magnitude_Vector3_\n help \"Calculate the magnitude (scalar) of an input Vector3.\"\n xpos -560\n ypos 94\n addUserKnob {20 main_tab l \"Magnitude Vector3\"}\n addUserKnob {41 in l \"Vector B Layer\" t \"Layer containing the vector information for input B\" T vector_layer.in}\n addUserKnob {26 \"\"}\n addUserKnob {26 copyright l \"\" +STARTLINE T \"v1.0 - Mathieu Goulet-Aubin & Erwan Leroy - Github\"}\n }\n Input {\n inputs 0\n name vectorB\n xpos 0\n }\n Dot {\n name Dot1\n tile_color 0xcccccc00\n xpos 34\n ypos 108\n }\nset N355da1b0 [stack 0]\n Shuffle {\n name vector_layer\n xpos 140\n ypos 104\n }\n Remove {\n operation keep\n channels rgba\n name Remove1\n xpos 140\n ypos 130\n }\n Expression {\n channel0 rgba\n expr0 sqrt((r*r)+(g*g)+(b*b))\n channel2 {-rgba.red -rgba.green -rgba.blue none}\n channel3 {none none none -rgba.alpha}\n name Mag3\n xpos 140\n ypos 227\n }\n Dot {\n name Dot2\n tile_color 0xcccccc00\n xpos 174\n ypos 364\n }\npush $N355da1b0\n ShuffleCopy {\n inputs 2\n in2 none\n red red\n green green\n blue blue\n out {{{parent.UV_Channel.in}}}\n name ShuffleCopy1\n xpos 0\n ypos 360\n }\n Output {\n name Output1\n xpos 0\n ypos 506\n }\n end_group\npush $N1556f230\n Dot {\n name Dot8\n tile_color 0x7aa9ff00\n xpos 93\n ypos 173\n }\n Remove {\n name Remove1\n xpos 59\n ypos 229\n }\nadd_layer {matrix0 matrix0.0 matrix0.1 matrix0.2 matrix0.3}\n Expression {\n channel0 {matrix0.0 -matrix0.1 -matrix0.2 -matrix0.3}\n expr0 1\n channel1 {-matrix0.0 matrix0.1 -matrix0.2 -matrix0.3}\n expr1 0\n channel2 {-matrix0.0 -matrix0.1 matrix0.2 -matrix0.3}\n expr2 0\n channel3 {-matrix0.0 -matrix0.1 -matrix0.2 matrix0.3}\n expr3 0\n name Expression1\n xpos 59\n ypos 402\n }\nadd_layer {matrix1 matrix1.0 matrix1.1 matrix1.2 matrix1.3}\n Expression {\n channel0 {matrix1.0 -matrix1.1 -matrix1.2 -matrix1.3}\n expr0 0\n channel1 {-matrix1.0 matrix1.1 -matrix1.2 -matrix1.3}\n expr1 1\n channel2 {-matrix1.0 -matrix1.1 matrix1.2 -matrix1.3}\n expr2 0\n channel3 {-matrix1.0 -matrix1.1 -matrix1.2 matrix1.3}\n expr3 0\n name Expression2\n xpos 59\n ypos 426\n }\nadd_layer {matrix2 matrix2.0 matrix2.1 matrix2.2 matrix2.3}\n Expression {\n channel0 {matrix2.0 -matrix2.1 -matrix2.2 -matrix2.3}\n expr0 0\n channel1 {-matrix2.0 matrix2.1 -matrix2.2 -matrix2.3}\n expr1 0\n channel2 {-matrix2.0 -matrix2.1 matrix2.2 -matrix2.3}\n expr2 1\n channel3 {-matrix2.0 -matrix2.1 -matrix2.2 matrix2.3}\n expr3 0\n name Expression3\n xpos 59\n ypos 450\n }\nadd_layer {matrix3 matrix3.0 matrix3.1 matrix3.2 matrix3.3}\n Expression {\n channel0 {matrix3.0 -matrix3.1 -matrix3.2 -matrix3.3}\n expr0 0\n channel1 {-matrix3.0 matrix3.1 -matrix3.2 -matrix3.3}\n expr1 0\n channel2 {-matrix3.0 -matrix3.1 matrix3.2 -matrix3.3}\n expr2 0\n channel3 {-matrix3.0 -matrix3.1 -matrix3.2 matrix3.3}\n expr3 1\n name Expression4\n xpos 59\n ypos 474\n }\n Dot {\n name Dot13\n tile_color 0xcccccc00\n xpos 93\n ypos 530\n }\nset N2c4e4bb0 [stack 0]\n Dot {\n name Dot14\n tile_color 0xcccccc00\n xpos -202\n ypos 530\n }\nset N13be2b70 [stack 0]\n Group {\n inputs 2\n name ScaleMatrix4_\n help \"Scale a matrix4 using a control channel (rgb from vector input) for which each channel is considered as a scalar for x, y and z\"\n xpos -560\n ypos 527\n addUserKnob {20 ScaleMatrix4}\n addUserKnob {26 Description l \"\" +STARTLINE T \"Scale a matrix4 using a control channel (rgb) for which each channel is considered as a scalar for x, y and z\"}\n addUserKnob {26 divider_copyright l \"\" +STARTLINE}\n addUserKnob {26 copyright l \"\" +STARTLINE T \"v1.0 - Mathieu Goulet-Aubin & Erwan Leroy - Github\"}\n }\n Input {\n inputs 0\n name vector\n xpos 491\n ypos 162\n number 1\n }\n Dot {\n name Dot1\n xpos 525\n ypos 252\n }\n Input {\n inputs 0\n name matrix\n xpos 344\n ypos 161\n }\n MergeExpression {\n inputs 2\n channel0 {matrix0.0 -matrix0.1 -matrix0.2 -matrix0.3}\n expr0 matrix0.0*Ar\n channel1 {-matrix1.0 matrix1.1 -matrix1.2 -matrix1.3}\n expr1 matrix1.1*Ag\n channel2 {-matrix2.0 -matrix2.1 matrix2.2 -matrix2.3}\n expr2 matrix2.2*Ab\n channel3 none\n name MergeExpression1\n xpos 344\n ypos 249\n }\n Output {\n name Output1\n xpos 344\n ypos 349\n }\n end_group\n Dot {\n name Dot16\n tile_color 0xcccccc00\n xpos -526\n ypos 914\n }\npush $N1556f230\n Dot {\n name Dot3\n tile_color 0x7aa9ff00\n label \"Aim Vector\"\n xpos 303\n ypos 358\n }\nset N13f4f5e0 [stack 0]\npush $N122b60e0\n Dot {\n name Dot2\n tile_color 0xcccccc00\n xpos 441\n ypos 262\n }\nset N1280eb70 [stack 0]\npush $N1cfd1db0\n Dot {\n name Dot6\n tile_color 0x7aa9ff00\n xpos 595\n ypos 173\n }\n Group {\n inputs 2\n name CrossProductVector3_1\n help \"Calculates the cross product of 2 Vector3 inputs.\"\n xpos 561\n ypos 259\n addUserKnob {20 main_tab l \"Cross Product Vector3\"}\n addUserKnob {41 in l \"Vector B Layer\" t \"Layer containing the vector information for input B\" T vector_layer.in}\n addUserKnob {41 in_1 l \"Vector A Layer\" t \"Layer containing the vector information for input A\" T vector_layer1.in}\n addUserKnob {26 \"\"}\n addUserKnob {26 copyright l \"\" +STARTLINE T \"v1.0 - Mathieu Goulet-Aubin & Erwan Leroy - Github\"}\n }\n Input {\n inputs 0\n name vectorA\n xpos 457\n ypos -6\n number 1\n }\n Shuffle {\n name vector_layer1\n xpos 457\n ypos 103\n }\n Remove {\n operation keep\n channels rgba\n name Remove2\n xpos 457\n ypos 129\n }\n Dot {\n name Dot3\n tile_color 0x9e3c6300\n xpos 491\n ypos 210\n }\n Input {\n inputs 0\n name vectorB\n xpos 0\n }\n Dot {\n name Dot1\n tile_color 0xcccccc00\n xpos 34\n ypos 108\n }\nset N1300e9c0 [stack 0]\n Shuffle {\n name vector_layer\n xpos 140\n ypos 104\n }\n Remove {\n operation keep\n channels rgba\n name Remove1\n xpos 140\n ypos 130\n }\n MergeExpression {\n inputs 2\n expr0 \"Ag*Bb - Ab*Bg\"\n expr1 \"Ab*Br - Ar*Bb\"\n expr2 \"Ar*Bg - Ag*Br\"\n name MergeExpression2\n xpos 140\n ypos 206\n }\n Dot {\n name Dot2\n tile_color 0x4b5ec600\n xpos 174\n ypos 364\n }\npush $N1300e9c0\n ShuffleCopy {\n inputs 2\n in2 none\n red red\n green green\n blue blue\n out {{{parent.UV_Channel.in}}}\n name ShuffleCopy1\n xpos 0\n ypos 360\n }\n Output {\n name Output1\n xpos 0\n ypos 506\n }\n end_group\n Group {\n name NormalizeVector3_3\n help \"Normalize the magnitude of a Vector3 (to be of magnitude 1)\"\n xpos 561\n ypos 302\n addUserKnob {20 main_tab l \"Normalize Vector3\"}\n addUserKnob {41 in l \"Vector B Layer\" t \"Layer containing the vector information for input B\" T vector_layer.in}\n addUserKnob {26 \"\"}\n addUserKnob {26 copyright l \"\" +STARTLINE T \"v1.0 - Mathieu Goulet-Aubin & Erwan Leroy - Github\"}\n }\n Input {\n inputs 0\n name vectorB\n xpos 0\n }\n Dot {\n name Dot1\n tile_color 0xcccccc00\n xpos 34\n ypos 108\n }\nset N1cbbba10 [stack 0]\n Shuffle {\n name vector_layer\n xpos 140\n ypos 104\n }\n Remove {\n operation keep\n channels rgba\n name Remove1\n xpos 140\n ypos 130\n }\n Dot {\n name Dot3\n tile_color 0x9e3c6300\n xpos 174\n ypos 156\n }\nset N1c785c30 [stack 0]\npush $N1c785c30\n Dot {\n name Dot4\n tile_color 0x9e3c6300\n xpos 377\n ypos 156\n }\n Expression {\n channel0 rgba\n expr0 sqrt((r*r)+(g*g)+(b*b))\n channel2 {-rgba.red -rgba.green -rgba.blue none}\n channel3 {none none none -rgba.alpha}\n name Mag3\n xpos 343\n ypos 209\n }\n Dot {\n name Dot5\n tile_color 0xcccccc00\n xpos 377\n ypos 271\n }\n Merge2 {\n inputs 2\n operation divide\n bbox B\n name Merge1\n xpos 140\n ypos 267\n }\n Dot {\n name Dot2\n tile_color 0x4b5ec600\n xpos 174\n ypos 364\n }\npush $N1cbbba10\n ShuffleCopy {\n inputs 2\n in2 none\n red red\n green green\n blue blue\n out {{{parent.UV_Channel.in}}}\n name ShuffleCopy1\n xpos 0\n ypos 360\n }\n Output {\n name Output1\n xpos 0\n ypos 506\n }\n end_group\n Dot {\n name Dot7\n tile_color 0xcccccc00\n label \"Modified Pole Vector\"\n xpos 595\n ypos 355\n }\nset N15c8e370 [stack 0]\npush $N1280eb70\n Group {\n name NormalizeVector3_2\n help \"Normalize the magnitude of a Vector3 (to be of magnitude 1)\"\n xpos 408\n ypos 302\n addUserKnob {20 main_tab l \"Normalize Vector3\"}\n addUserKnob {41 in l \"Vector B Layer\" t \"Layer containing the vector information for input B\" T vector_layer.in}\n addUserKnob {26 \"\"}\n addUserKnob {26 copyright l \"\" +STARTLINE T \"v1.0 - Mathieu Goulet-Aubin & Erwan Leroy - Github\"}\n }\n Input {\n inputs 0\n name vectorB\n xpos 0\n }\n Dot {\n name Dot1\n tile_color 0xcccccc00\n xpos 34\n ypos 108\n }\nset N1b5f6750 [stack 0]\n Shuffle {\n name vector_layer\n xpos 140\n ypos 104\n }\n Remove {\n operation keep\n channels rgba\n name Remove1\n xpos 140\n ypos 130\n }\n Dot {\n name Dot3\n tile_color 0x9e3c6300\n xpos 174\n ypos 156\n }\nset N1dfc20b0 [stack 0]\npush $N1dfc20b0\n Dot {\n name Dot4\n tile_color 0x9e3c6300\n xpos 377\n ypos 156\n }\n Expression {\n channel0 rgba\n expr0 sqrt((r*r)+(g*g)+(b*b))\n channel2 {-rgba.red -rgba.green -rgba.blue none}\n channel3 {none none none -rgba.alpha}\n name Mag3\n xpos 343\n ypos 209\n }\n Dot {\n name Dot5\n tile_color 0xcccccc00\n xpos 377\n ypos 271\n }\n Merge2 {\n inputs 2\n operation divide\n bbox B\n name Merge1\n xpos 140\n ypos 267\n }\n Dot {\n name Dot2\n tile_color 0x4b5ec600\n xpos 174\n ypos 364\n }\npush $N1b5f6750\n ShuffleCopy {\n inputs 2\n in2 none\n red red\n green green\n blue blue\n out {{{parent.UV_Channel.in}}}\n name ShuffleCopy1\n xpos 0\n ypos 360\n }\n Output {\n name Output1\n xpos 0\n ypos 506\n }\n end_group\n Dot {\n name Dot4\n tile_color 0xcccccc00\n label \"Unconstrained Vector\"\n xpos 441\n ypos 354\n }\nset N12ce8110 [stack 0]\n Switch {\n inputs 3\n which {{parent.lookat}}\n name Z\n xpos 561\n ypos 438\n }\n Dot {\n name Dot9\n tile_color 0xcccccc00\n xpos 595\n ypos 728\n }\npush $N12ce8110\npush $N13f4f5e0\npush $N15c8e370\n Switch {\n inputs 3\n which {{parent.lookat}}\n name Y\n xpos 407\n ypos 433\n }\n Dot {\n name Dot10\n tile_color 0xcccccc00\n xpos 441\n ypos 666\n }\npush $N15c8e370\npush $N12ce8110\npush $N13f4f5e0\n Switch {\n inputs 3\n which {{parent.lookat}}\n name X\n xpos 269\n ypos 432\n }\n Dot {\n name Dot11\n tile_color 0xcccccc00\n xpos 303\n ypos 604\n }\npush $N2c4e4bb0\n Copy {\n inputs 2\n from0 rgba.red\n to0 matrix0.0\n from1 rgba.green\n to1 matrix1.0\n from2 rgba.blue\n to2 matrix2.0\n bbox B\n name Copy1\n xpos 59\n ypos 582\n }\n Copy {\n inputs 2\n from0 rgba.red\n to0 matrix0.1\n from1 rgba.green\n to1 matrix1.1\n from2 rgba.blue\n to2 matrix2.1\n bbox B\n name Copy2\n xpos 59\n ypos 644\n }\n Copy {\n inputs 2\n from0 rgba.red\n to0 matrix0.2\n from1 rgba.green\n to1 matrix1.2\n from2 rgba.blue\n to2 matrix2.2\n bbox B\n name Copy3\n xpos 59\n ypos 706\n }\n Dot {\n name Dot17\n tile_color 0x9e3c6300\n xpos 93\n ypos 914\n }\npush $N260f03c0\n Dot {\n name Dot15\n tile_color 0xcccccc00\n xpos -301\n ypos 606\n }\npush $N13be2b70\n Copy {\n inputs 2\n from0 rgba.red\n to0 matrix0.3\n from1 rgba.green\n to1 matrix1.3\n from2 rgba.blue\n to2 matrix2.3\n bbox B\n name Copy4\n xpos -236\n ypos 584\n }\n Switch {\n inputs 3\n which {{parent.vector_representation}}\n name Switch1\n xpos -236\n ypos 911\n }\n Output {\n name Output1\n xpos -236\n ypos 1009\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_VectorExtendEdge.gizmo", "content": "set cut_paste_input [stack 0]\npush $cut_paste_input\nGroup {\n name VectorExtendEdge\n help \"Push rgb pixels outwards using vectors generated perpedicular to a control matte edge.\"\n selected true\n addUserKnob {20 VectorExtendEdge}\n addUserKnob {4 premult l \"input is\" M {premultiplied unpremultiplied}}\n addUserKnob {41 from0 l \"control matte channel\" T Copy4.from0}\n addUserKnob {7 preblur l \"pre-blur control matte\" t \"Blurring the control matte by a moderate amount will increase the width of the extended edge border and help with blending together the slices.\" R 0 10}\n preblur 1\n addUserKnob {26 \"\"}\n addUserKnob {3 slices l \"vector blur slices\" t \"The number of iterations of the vector blur operation, up to 10.\"}\n slices 5\n addUserKnob {7 preblur_vector l \"preblur vector\" t \"Blur the vector a bit before it's used to extend the rgb pixels. Can help with blending and will also extend the edge further.\" R 0 10}\n preblur_vector 1\n addUserKnob {7 vector_length l \"vector length\" t \"The length of the vector blur operation per slice. Best to avoid making this too high because it can slow things down when multiplied by the number of slices.\" R 1 10}\n vector_length 3\n addUserKnob {26 \"\"}\n addUserKnob {4 output t \"The default output is the rgb. The vector output options are just for checking what's going on under the hood. The \\\"-1 to 1\\\" range is the \\\"native\\\" format while the \\\"0 to 1\\\" range compresses the vectors so that negative values can be visualised.\" M {\"extended rgb\" \"vectors (-1 to 1 range)\" \"vectors (0 to 1 range)\" \"\"}}\n}\n Input {\n inputs 0\n name ctrl_matte\n xpos 1122\n ypos 457\n number 1\n }\n AddChannels {\n channels rgba\n name AddChannels2\n selected true\n xpos 1122\n ypos 504\n }\n Input {\n inputs 0\n name img\n xpos 840\n ypos 457\n }\n AddChannels {\n channels rgba\n name AddChannels1\n xpos 840\n ypos 502\n }\n Dot {\n name Dot2\n xpos 874\n ypos 570\n }\nset N918d19a0 [stack 0]\n Unpremult {\n name Unpremult11\n xpos 965\n ypos 566\n disable {{parent.premult i}}\n }\n Copy {\n inputs 2\n from0 rgba.alpha\n to0 rgba.alpha\n name Copy4\n xpos 1122\n ypos 559\n disable {{\"!\\[exists parent.input1]\" i}}\n }\n Blur {\n channels alpha\n size {{parent.preblur i}}\n name Blur12\n label \"pre-blur alpha\"\n xpos 1122\n ypos 648\n }\nset N918da5f0 [stack 0]\npush $N918da5f0\npush $N918da5f0\npush $N918da5f0\n Group {\n inputs 2\n name ExtendEdge\n help \"Very useful as a super unpremultiplier. The input matte is used as the source edge to extend the input colour channels beyond their existing alpha. It can also be used to do dilate/erode operations on an alpha. The effect can be extended by using multiple copies. The result should probably be re-comped with the original using an edge matte through a KeyMix so that only the desired areas are used. \"\n xpos 1325\n ypos 662\n addUserKnob {20 Controls}\n addUserKnob {7 preblurVector R 0 10}\n preblurVector {{parent.preblur_vector i}}\n addUserKnob {41 scale l \"vector length\" T VectorBlur2.scale}\n }\n Input {\n inputs 0\n name Input\n xpos 556\n ypos -426\n }\nset N918296f0 [stack 0]\n Dot {\n name Dot1\n xpos 707\n ypos -414\n }\n Dot {\n name Dot2\n xpos 707\n ypos -121\n }\n Input {\n inputs 0\n name matte\n xpos 440\n ypos -424\n number 1\n }\n Shuffle {\n red alpha\n green alpha\n blue alpha\n alpha black\n name Shuffle3\n xpos 440\n ypos -346\n }\n Group {\n name Edge2Vec2\n xpos 440\n ypos -322\n }\n Input {\n inputs 0\n name Input1\n xpos -172\n ypos -315\n }\n Clamp {\n channels rgb\n name Clamp1\n xpos -172\n ypos -250\n }\nset N91c4b480 [stack 0]\n Position {\n translate {0 1}\n name Position2\n xpos -63\n ypos -106\n }\npush $N91c4b480\n Merge2 {\n inputs 2\n operation minus\n name Merge2\n xpos -103\n ypos -28\n }\npush $N91c4b480\n Position {\n translate {1 0}\n name Position1\n xpos -285\n ypos -98\n }\npush $N91c4b480\n Merge2 {\n inputs 2\n operation minus\n name Merge1\n xpos -253\n ypos -29\n }\n Copy {\n inputs 2\n from0 rgba.green\n to0 rgba.green\n name Copy3\n xpos -179\n ypos 27\n }\n Grade {\n channels {rgba.red rgba.green -rgba.blue none}\n multiply {{Input1.height*Grade1.height i} {Input1.height*Grade1.height i} {curve i} {curve i}}\n black_clamp false\n name Grade1\n xpos -179\n ypos 196\n addUserKnob {20 User}\n addUserKnob {7 height l Height}\n height 1\n }\nset N918aa570 [stack 0]\npush $N918aa570\n Expression {\n channel0 rgb\n expr0 sqrt((r*r)+(g*g)+(b*b))\n name VectorLength\n selected true\n xpos -260\n ypos 278\n }\n Merge2 {\n inputs 2\n operation divide\n name Merge4\n selected true\n xpos -179\n ypos 350\n }\n Output {\n name Output1\n xpos -179\n ypos 494\n }\n end_group\n Blur {\n channels rgb\n size {{parent.preblurVector i}}\n name Blur5\n label \"pre blur vector\"\n xpos 440\n ypos -296\n }\npush $N918296f0\n ShuffleCopy {\n inputs 2\n red red\n green green\n out forward\n name ShuffleCopy1\n label \"rg to forward\"\n xpos 556\n ypos -194\n }\n VectorBlur {\n channels rgba\n uv forward\n scale {{vector_length i}}\n offset 0\n alpha -rgba.alpha\n maskChannelMask -rgba.alpha\n maskChannelInput -rgba.alpha\n name VectorBlur2\n xpos 556\n ypos -139\n }\n CopyBBox {\n inputs 2\n name CopyBBox1\n xpos 556\n ypos -92\n }\n Output {\n name Output1\n xpos 556\n ypos -8\n }\n end_group\n Keymix {\n inputs 3\n channels rgb\n name Keymix11\n xpos 1325\n ypos 751\n }\nset N9202a7d0 [stack 0]\npush $N9202a7d0\npush $N9202a7d0\npush $N9202a7d0\n Group {\n inputs 2\n name ExtendEdge1\n help \"Very useful as a super unpremultiplier. The input matte is used as the source edge to extend the input colour channels beyond their existing alpha. It can also be used to do dilate/erode operations on an alpha. The effect can be extended by using multiple copies. The result should probably be re-comped with the original using an edge matte through a KeyMix so that only the desired areas are used. \"\n xpos 1509\n ypos 743\n addUserKnob {20 Controls}\n addUserKnob {7 preblurVector R 0 10}\n preblurVector {{parent.ExtendEdge.preblurVector i}}\n addUserKnob {41 scale l \"vector length\" T VectorBlur2.scale}\n }\n Input {\n inputs 0\n name Input\n xpos 556\n ypos -426\n }\nset N92034310 [stack 0]\n Dot {\n name Dot1\n xpos 707\n ypos -414\n }\n Dot {\n name Dot2\n xpos 707\n ypos -121\n }\n Input {\n inputs 0\n name matte\n xpos 440\n ypos -424\n number 1\n }\n Shuffle {\n red alpha\n green alpha\n blue alpha\n alpha black\n name Shuffle3\n xpos 440\n ypos -346\n }\n Group {\n name Edge2Vec2\n xpos 440\n ypos -322\n }\n Input {\n inputs 0\n name Input1\n xpos -172\n ypos -315\n }\n Clamp {\n channels rgb\n name Clamp1\n xpos -172\n ypos -250\n }\nset N91cad330 [stack 0]\n Position {\n translate {0 1}\n name Position2\n xpos -63\n ypos -106\n }\npush $N91cad330\n Merge2 {\n inputs 2\n operation minus\n name Merge2\n xpos -103\n ypos -28\n }\npush $N91cad330\n Position {\n translate {1 0}\n name Position1\n xpos -285\n ypos -98\n }\npush $N91cad330\n Merge2 {\n inputs 2\n operation minus\n name Merge1\n xpos -253\n ypos -29\n }\n Copy {\n inputs 2\n from0 rgba.green\n to0 rgba.green\n name Copy3\n xpos -179\n ypos 27\n }\n Grade {\n channels {rgba.red rgba.green -rgba.blue none}\n multiply {{Input1.height*Grade1.height i} {Input1.height*Grade1.height i} {curve i} {curve i}}\n black_clamp false\n name Grade1\n xpos -179\n ypos 196\n addUserKnob {20 User}\n addUserKnob {7 height l Height}\n height 1\n }\nset N91c8c5e0 [stack 0]\npush $N91c8c5e0\n Expression {\n channel0 rgb\n expr0 sqrt((r*r)+(g*g)+(b*b))\n name VectorLength\n selected true\n xpos -260\n ypos 278\n }\n Merge2 {\n inputs 2\n operation divide\n name Merge4\n selected true\n xpos -179\n ypos 350\n }\n Output {\n name Output1\n xpos -179\n ypos 494\n }\n end_group\n Blur {\n channels rgb\n size {{parent.preblurVector i}}\n name Blur5\n label \"pre blur vector\"\n xpos 440\n ypos -296\n }\npush $N92034310\n ShuffleCopy {\n inputs 2\n red red\n green green\n out forward\n name ShuffleCopy1\n label \"rg to forward\"\n xpos 556\n ypos -194\n }\n VectorBlur {\n channels rgba\n uv forward\n scale {{parent.parent.ExtendEdge.VectorBlur2.scale i}}\n offset 0\n alpha -rgba.alpha\n maskChannelMask -rgba.alpha\n maskChannelInput -rgba.alpha\n name VectorBlur2\n xpos 556\n ypos -139\n }\n CopyBBox {\n inputs 2\n name CopyBBox1\n xpos 556\n ypos -92\n }\n Output {\n name Output1\n xpos 556\n ypos -8\n }\n end_group\n Keymix {\n inputs 3\n channels rgb\n name Keymix12\n xpos 1509\n ypos 823\n }\nset N91e0ff00 [stack 0]\npush $N91e0ff00\npush $N91e0ff00\npush $N91e0ff00\n Group {\n inputs 2\n name ExtendEdge2\n help \"Very useful as a super unpremultiplier. The input matte is used as the source edge to extend the input colour channels beyond their existing alpha. It can also be used to do dilate/erode operations on an alpha. The effect can be extended by using multiple copies. The result should probably be re-comped with the original using an edge matte through a KeyMix so that only the desired areas are used. \"\n xpos 1695\n ypos 823\n addUserKnob {20 Controls}\n addUserKnob {7 preblurVector R 0 10}\n preblurVector {{parent.ExtendEdge.preblurVector}}\n addUserKnob {41 scale l \"vector length\" T VectorBlur2.scale}\n }\n Input {\n inputs 0\n name Input\n xpos 556\n ypos -426\n }\nset N91e1ebe0 [stack 0]\n Dot {\n name Dot1\n xpos 707\n ypos -414\n }\n Dot {\n name Dot2\n xpos 707\n ypos -121\n }\n Input {\n inputs 0\n name matte\n xpos 440\n ypos -424\n number 1\n }\n Shuffle {\n red alpha\n green alpha\n blue alpha\n alpha black\n name Shuffle3\n xpos 440\n ypos -346\n }\n Group {\n name Edge2Vec2\n xpos 440\n ypos -322\n }\n Input {\n inputs 0\n name Input1\n xpos -172\n ypos -315\n }\n Clamp {\n channels rgb\n name Clamp1\n xpos -172\n ypos -250\n }\nset N91e465e0 [stack 0]\n Position {\n translate {0 1}\n name Position2\n xpos -63\n ypos -106\n }\npush $N91e465e0\n Merge2 {\n inputs 2\n operation minus\n name Merge2\n xpos -103\n ypos -28\n }\npush $N91e465e0\n Position {\n translate {1 0}\n name Position1\n xpos -285\n ypos -98\n }\npush $N91e465e0\n Merge2 {\n inputs 2\n operation minus\n name Merge1\n xpos -253\n ypos -29\n }\n Copy {\n inputs 2\n from0 rgba.green\n to0 rgba.green\n name Copy3\n xpos -179\n ypos 27\n }\n Grade {\n channels {rgba.red rgba.green -rgba.blue none}\n multiply {{Input1.height*Grade1.height i} {Input1.height*Grade1.height i} {curve i} {curve i}}\n black_clamp false\n name Grade1\n xpos -179\n ypos 196\n addUserKnob {20 User}\n addUserKnob {7 height l Height}\n height 1\n }\nset N91e85c70 [stack 0]\npush $N91e85c70\n Expression {\n channel0 rgb\n expr0 sqrt((r*r)+(g*g)+(b*b))\n name VectorLength\n selected true\n xpos -260\n ypos 278\n }\n Merge2 {\n inputs 2\n operation divide\n name Merge4\n selected true\n xpos -179\n ypos 350\n }\n Output {\n name Output1\n xpos -179\n ypos 494\n }\n end_group\n Blur {\n channels rgb\n size {{parent.preblurVector i}}\n name Blur5\n label \"pre blur vector\"\n xpos 440\n ypos -296\n }\npush $N91e1ebe0\n ShuffleCopy {\n inputs 2\n red red\n green green\n out forward\n name ShuffleCopy1\n label \"rg to forward\"\n xpos 556\n ypos -194\n }\n VectorBlur {\n channels rgba\n uv forward\n scale {{parent.parent.ExtendEdge.VectorBlur2.scale i}}\n offset 0\n alpha -rgba.alpha\n maskChannelMask -rgba.alpha\n maskChannelInput -rgba.alpha\n name VectorBlur2\n xpos 556\n ypos -139\n }\n CopyBBox {\n inputs 2\n name CopyBBox1\n xpos 556\n ypos -92\n }\n Output {\n name Output1\n xpos 556\n ypos -8\n }\n end_group\n Keymix {\n inputs 3\n channels rgb\n name Keymix13\n xpos 1695\n ypos 895\n }\nset N91deb530 [stack 0]\npush $N91deb530\npush $N91deb530\npush $N91deb530\n Group {\n inputs 2\n name ExtendEdge3\n help \"Very useful as a super unpremultiplier. The input matte is used as the source edge to extend the input colour channels beyond their existing alpha. It can also be used to do dilate/erode operations on an alpha. The effect can be extended by using multiple copies. The result should probably be re-comped with the original using an edge matte through a KeyMix so that only the desired areas are used. \"\n xpos 1891\n ypos 895\n addUserKnob {20 Controls}\n addUserKnob {7 preblurVector R 0 10}\n preblurVector {{parent.ExtendEdge.preblurVector}}\n addUserKnob {41 scale l \"vector length\" T VectorBlur2.scale}\n }\n Input {\n inputs 0\n name Input\n xpos 556\n ypos -426\n }\nset N91dfa1b0 [stack 0]\n Dot {\n name Dot1\n xpos 707\n ypos -414\n }\n Dot {\n name Dot2\n xpos 707\n ypos -121\n }\n Input {\n inputs 0\n name matte\n xpos 440\n ypos -424\n number 1\n }\n Shuffle {\n red alpha\n green alpha\n blue alpha\n alpha black\n name Shuffle3\n xpos 440\n ypos -346\n }\n Group {\n name Edge2Vec2\n xpos 440\n ypos -322\n }\n Input {\n inputs 0\n name Input1\n xpos -172\n ypos -315\n }\n Clamp {\n channels rgb\n name Clamp1\n xpos -172\n ypos -250\n }\nset N90e575b0 [stack 0]\n Position {\n translate {0 1}\n name Position2\n xpos -63\n ypos -106\n }\npush $N90e575b0\n Merge2 {\n inputs 2\n operation minus\n name Merge2\n xpos -103\n ypos -28\n }\npush $N90e575b0\n Position {\n translate {1 0}\n name Position1\n xpos -285\n ypos -98\n }\npush $N90e575b0\n Merge2 {\n inputs 2\n operation minus\n name Merge1\n xpos -253\n ypos -29\n }\n Copy {\n inputs 2\n from0 rgba.green\n to0 rgba.green\n name Copy3\n xpos -179\n ypos 27\n }\n Grade {\n channels {rgba.red rgba.green -rgba.blue none}\n multiply {{Input1.height*Grade1.height i} {Input1.height*Grade1.height i} {curve i} {curve i}}\n black_clamp false\n name Grade1\n xpos -179\n ypos 196\n addUserKnob {20 User}\n addUserKnob {7 height l Height}\n height 1\n }\nset N911a4c50 [stack 0]\npush $N911a4c50\n Expression {\n channel0 rgb\n expr0 sqrt((r*r)+(g*g)+(b*b))\n name VectorLength\n selected true\n xpos -260\n ypos 278\n }\n Merge2 {\n inputs 2\n operation divide\n name Merge4\n selected true\n xpos -179\n ypos 350\n }\n Output {\n name Output1\n xpos -179\n ypos 494\n }\n end_group\n Blur {\n channels rgb\n size {{parent.preblurVector i}}\n name Blur5\n label \"pre blur vector\"\n xpos 440\n ypos -296\n }\npush $N91dfa1b0\n ShuffleCopy {\n inputs 2\n red red\n green green\n out forward\n name ShuffleCopy1\n label \"rg to forward\"\n xpos 556\n ypos -194\n }\n VectorBlur {\n channels rgba\n uv forward\n scale {{parent.parent.ExtendEdge.VectorBlur2.scale i}}\n offset 0\n alpha -rgba.alpha\n maskChannelMask -rgba.alpha\n maskChannelInput -rgba.alpha\n name VectorBlur2\n xpos 556\n ypos -139\n }\n CopyBBox {\n inputs 2\n name CopyBBox1\n xpos 556\n ypos -92\n }\n Output {\n name Output1\n xpos 556\n ypos -8\n }\n end_group\n Keymix {\n inputs 3\n channels rgb\n name Keymix14\n xpos 1891\n ypos 967\n }\nset N91f510c0 [stack 0]\npush $N91f510c0\npush $N91f510c0\npush $N91f510c0\n Group {\n inputs 2\n name ExtendEdge4\n help \"Very useful as a super unpremultiplier. The input matte is used as the source edge to extend the input colour channels beyond their existing alpha. It can also be used to do dilate/erode operations on an alpha. The effect can be extended by using multiple copies. The result should probably be re-comped with the original using an edge matte through a KeyMix so that only the desired areas are used. \"\n xpos 2077\n ypos 967\n addUserKnob {20 Controls}\n addUserKnob {7 preblurVector R 0 10}\n preblurVector {{parent.ExtendEdge.preblurVector}}\n addUserKnob {41 scale l \"vector length\" T VectorBlur2.scale}\n }\n Input {\n inputs 0\n name Input\n xpos 556\n ypos -426\n }\nset N91f5fd70 [stack 0]\n Dot {\n name Dot1\n xpos 707\n ypos -414\n }\n Dot {\n name Dot2\n xpos 707\n ypos -121\n }\n Input {\n inputs 0\n name matte\n xpos 440\n ypos -424\n number 1\n }\n Shuffle {\n red alpha\n green alpha\n blue alpha\n alpha black\n name Shuffle3\n xpos 440\n ypos -346\n }\n Group {\n name Edge2Vec2\n xpos 440\n ypos -322\n }\n Input {\n inputs 0\n name Input1\n xpos -172\n ypos -315\n }\n Clamp {\n channels rgb\n name Clamp1\n xpos -172\n ypos -250\n }\nset N91f87780 [stack 0]\n Position {\n translate {0 1}\n name Position2\n xpos -63\n ypos -106\n }\npush $N91f87780\n Merge2 {\n inputs 2\n operation minus\n name Merge2\n xpos -103\n ypos -28\n }\npush $N91f87780\n Position {\n translate {1 0}\n name Position1\n xpos -285\n ypos -98\n }\npush $N91f87780\n Merge2 {\n inputs 2\n operation minus\n name Merge1\n xpos -253\n ypos -29\n }\n Copy {\n inputs 2\n from0 rgba.green\n to0 rgba.green\n name Copy3\n xpos -179\n ypos 27\n }\n Grade {\n channels {rgba.red rgba.green -rgba.blue none}\n multiply {{Input1.height*Grade1.height i} {Input1.height*Grade1.height i} {curve i} {curve i}}\n black_clamp false\n name Grade1\n xpos -179\n ypos 196\n addUserKnob {20 User}\n addUserKnob {7 height l Height}\n height 1\n }\nset N91f99b80 [stack 0]\npush $N91f99b80\n Expression {\n channel0 rgb\n expr0 sqrt((r*r)+(g*g)+(b*b))\n name VectorLength\n selected true\n xpos -260\n ypos 278\n }\n Merge2 {\n inputs 2\n operation divide\n name Merge4\n selected true\n xpos -179\n ypos 350\n }\n Output {\n name Output1\n xpos -179\n ypos 494\n }\n end_group\n Blur {\n channels rgb\n size {{parent.preblurVector i}}\n name Blur5\n label \"pre blur vector\"\n xpos 440\n ypos -296\n }\npush $N91f5fd70\n ShuffleCopy {\n inputs 2\n red red\n green green\n out forward\n name ShuffleCopy1\n label \"rg to forward\"\n xpos 556\n ypos -194\n }\n VectorBlur {\n channels rgba\n uv forward\n scale {{parent.parent.ExtendEdge.VectorBlur2.scale i}}\n offset 0\n alpha -rgba.alpha\n maskChannelMask -rgba.alpha\n maskChannelInput -rgba.alpha\n name VectorBlur2\n xpos 556\n ypos -139\n }\n CopyBBox {\n inputs 2\n name CopyBBox1\n xpos 556\n ypos -92\n }\n Output {\n name Output1\n xpos 556\n ypos -8\n }\n end_group\n Keymix {\n inputs 3\n channels rgb\n name Keymix15\n xpos 2077\n ypos 1039\n }\nset N91ba8de0 [stack 0]\npush $N91ba8de0\npush $N91ba8de0\npush $N91ba8de0\n Group {\n inputs 2\n name ExtendEdge5\n help \"Very useful as a super unpremultiplier. The input matte is used as the source edge to extend the input colour channels beyond their existing alpha. It can also be used to do dilate/erode operations on an alpha. The effect can be extended by using multiple copies. The result should probably be re-comped with the original using an edge matte through a KeyMix so that only the desired areas are used. \"\n xpos 2263\n ypos 1039\n addUserKnob {20 Controls}\n addUserKnob {7 preblurVector R 0 10}\n preblurVector {{parent.ExtendEdge.preblurVector i}}\n addUserKnob {41 scale l \"vector length\" T VectorBlur2.scale}\n }\n Input {\n inputs 0\n name Input\n xpos 556\n ypos -426\n }\nset N91beeca0 [stack 0]\n Dot {\n name Dot1\n xpos 707\n ypos -414\n }\n Dot {\n name Dot2\n xpos 707\n ypos -121\n }\n Input {\n inputs 0\n name matte\n xpos 440\n ypos -424\n number 1\n }\n Shuffle {\n red alpha\n green alpha\n blue alpha\n alpha black\n name Shuffle3\n xpos 440\n ypos -346\n }\n Group {\n name Edge2Vec2\n xpos 440\n ypos -322\n }\n Input {\n inputs 0\n name Input1\n xpos -172\n ypos -315\n }\n Clamp {\n channels rgb\n name Clamp1\n xpos -172\n ypos -250\n }\nset N91d89700 [stack 0]\n Position {\n translate {0 1}\n name Position2\n xpos -63\n ypos -106\n }\npush $N91d89700\n Merge2 {\n inputs 2\n operation minus\n name Merge2\n xpos -103\n ypos -28\n }\npush $N91d89700\n Position {\n translate {1 0}\n name Position1\n xpos -285\n ypos -98\n }\npush $N91d89700\n Merge2 {\n inputs 2\n operation minus\n name Merge1\n xpos -253\n ypos -29\n }\n Copy {\n inputs 2\n from0 rgba.green\n to0 rgba.green\n name Copy3\n xpos -179\n ypos 27\n }\n Grade {\n channels {rgba.red rgba.green -rgba.blue none}\n multiply {{Input1.height*Grade1.height i} {Input1.height*Grade1.height i} {curve i} {curve i}}\n black_clamp false\n name Grade1\n xpos -179\n ypos 196\n addUserKnob {20 User}\n addUserKnob {7 height l Height}\n height 1\n }\nset N91d40750 [stack 0]\npush $N91d40750\n Expression {\n channel0 rgb\n expr0 sqrt((r*r)+(g*g)+(b*b))\n name VectorLength\n selected true\n xpos -260\n ypos 278\n }\n Merge2 {\n inputs 2\n operation divide\n name Merge4\n selected true\n xpos -179\n ypos 350\n }\n Output {\n name Output1\n xpos -179\n ypos 494\n }\n end_group\n Blur {\n channels rgb\n size {{parent.preblurVector i}}\n name Blur5\n label \"pre blur vector\"\n xpos 440\n ypos -296\n }\npush $N91beeca0\n ShuffleCopy {\n inputs 2\n red red\n green green\n out forward\n name ShuffleCopy1\n label \"rg to forward\"\n xpos 556\n ypos -194\n }\n VectorBlur {\n channels rgba\n uv forward\n scale {{parent.parent.ExtendEdge.VectorBlur2.scale i}}\n offset 0\n alpha -rgba.alpha\n maskChannelMask -rgba.alpha\n maskChannelInput -rgba.alpha\n name VectorBlur2\n xpos 556\n ypos -139\n }\n CopyBBox {\n inputs 2\n name CopyBBox1\n xpos 556\n ypos -92\n }\n Output {\n name Output1\n xpos 556\n ypos -8\n }\n end_group\n Keymix {\n inputs 3\n channels rgb\n name Keymix16\n xpos 2263\n ypos 1111\n }\nset N91b5f6a0 [stack 0]\npush $N91b5f6a0\npush $N91b5f6a0\npush $N91b5f6a0\n Group {\n inputs 2\n name ExtendEdge6\n help \"Very useful as a super unpremultiplier. The input matte is used as the source edge to extend the input colour channels beyond their existing alpha. It can also be used to do dilate/erode operations on an alpha. The effect can be extended by using multiple copies. The result should probably be re-comped with the original using an edge matte through a KeyMix so that only the desired areas are used. \"\n xpos 2449\n ypos 1111\n addUserKnob {20 Controls}\n addUserKnob {7 preblurVector R 0 10}\n preblurVector {{parent.ExtendEdge.preblurVector}}\n addUserKnob {41 scale l \"vector length\" T VectorBlur2.scale}\n }\n Input {\n inputs 0\n name Input\n xpos 556\n ypos -426\n }\nset N91fa9a50 [stack 0]\n Dot {\n name Dot1\n xpos 707\n ypos -414\n }\n Dot {\n name Dot2\n xpos 707\n ypos -121\n }\n Input {\n inputs 0\n name matte\n xpos 440\n ypos -424\n number 1\n }\n Shuffle {\n red alpha\n green alpha\n blue alpha\n alpha black\n name Shuffle3\n xpos 440\n ypos -346\n }\n Group {\n name Edge2Vec2\n xpos 440\n ypos -322\n }\n Input {\n inputs 0\n name Input1\n xpos -172\n ypos -315\n }\n Clamp {\n channels rgb\n name Clamp1\n xpos -172\n ypos -250\n }\nset N91fb94f0 [stack 0]\n Position {\n translate {0 1}\n name Position2\n xpos -63\n ypos -106\n }\npush $N91fb94f0\n Merge2 {\n inputs 2\n operation minus\n name Merge2\n xpos -103\n ypos -28\n }\npush $N91fb94f0\n Position {\n translate {1 0}\n name Position1\n xpos -285\n ypos -98\n }\npush $N91fb94f0\n Merge2 {\n inputs 2\n operation minus\n name Merge1\n xpos -253\n ypos -29\n }\n Copy {\n inputs 2\n from0 rgba.green\n to0 rgba.green\n name Copy3\n xpos -179\n ypos 27\n }\n Grade {\n channels {rgba.red rgba.green -rgba.blue none}\n multiply {{Input1.height*Grade1.height i} {Input1.height*Grade1.height i} {curve i} {curve i}}\n black_clamp false\n name Grade1\n xpos -179\n ypos 196\n addUserKnob {20 User}\n addUserKnob {7 height l Height}\n height 1\n }\nset N91ff8bd0 [stack 0]\npush $N91ff8bd0\n Expression {\n channel0 rgb\n expr0 sqrt((r*r)+(g*g)+(b*b))\n name VectorLength\n selected true\n xpos -260\n ypos 278\n }\n Merge2 {\n inputs 2\n operation divide\n name Merge4\n selected true\n xpos -179\n ypos 350\n }\n Output {\n name Output1\n xpos -179\n ypos 494\n }\n end_group\n Blur {\n channels rgb\n size {{parent.preblurVector i}}\n name Blur5\n label \"pre blur vector\"\n xpos 440\n ypos -296\n }\npush $N91fa9a50\n ShuffleCopy {\n inputs 2\n red red\n green green\n out forward\n name ShuffleCopy1\n label \"rg to forward\"\n xpos 556\n ypos -194\n }\n VectorBlur {\n channels rgba\n uv forward\n scale {{parent.parent.ExtendEdge.VectorBlur2.scale i}}\n offset 0\n alpha -rgba.alpha\n maskChannelMask -rgba.alpha\n maskChannelInput -rgba.alpha\n name VectorBlur2\n xpos 556\n ypos -139\n }\n CopyBBox {\n inputs 2\n name CopyBBox1\n xpos 556\n ypos -92\n }\n Output {\n name Output1\n xpos 556\n ypos -8\n }\n end_group\n Keymix {\n inputs 3\n channels rgb\n name Keymix17\n xpos 2449\n ypos 1183\n }\nset N9201e2a0 [stack 0]\npush $N9201e2a0\npush $N9201e2a0\npush $N9201e2a0\n Group {\n inputs 2\n name ExtendEdge7\n help \"Very useful as a super unpremultiplier. The input matte is used as the source edge to extend the input colour channels beyond their existing alpha. It can also be used to do dilate/erode operations on an alpha. The effect can be extended by using multiple copies. The result should probably be re-comped with the original using an edge matte through a KeyMix so that only the desired areas are used. \"\n xpos 2635\n ypos 1183\n addUserKnob {20 Controls}\n addUserKnob {7 preblurVector R 0 10}\n preblurVector {{parent.ExtendEdge.preblurVector}}\n addUserKnob {41 scale l \"vector length\" T VectorBlur2.scale}\n }\n Input {\n inputs 0\n name Input\n xpos 556\n ypos -426\n }\nset N92151130 [stack 0]\n Dot {\n name Dot1\n xpos 707\n ypos -414\n }\n Dot {\n name Dot2\n xpos 707\n ypos -121\n }\n Input {\n inputs 0\n name matte\n xpos 440\n ypos -424\n number 1\n }\n Shuffle {\n red alpha\n green alpha\n blue alpha\n alpha black\n name Shuffle3\n xpos 440\n ypos -346\n }\n Group {\n name Edge2Vec2\n xpos 440\n ypos -322\n }\n Input {\n inputs 0\n name Input1\n xpos -172\n ypos -315\n }\n Clamp {\n channels rgb\n name Clamp1\n xpos -172\n ypos -250\n }\nset N92178b00 [stack 0]\n Position {\n translate {0 1}\n name Position2\n xpos -63\n ypos -106\n }\npush $N92178b00\n Merge2 {\n inputs 2\n operation minus\n name Merge2\n xpos -103\n ypos -28\n }\npush $N92178b00\n Position {\n translate {1 0}\n name Position1\n xpos -285\n ypos -98\n }\npush $N92178b00\n Merge2 {\n inputs 2\n operation minus\n name Merge1\n xpos -253\n ypos -29\n }\n Copy {\n inputs 2\n from0 rgba.green\n to0 rgba.green\n name Copy3\n xpos -179\n ypos 27\n }\n Grade {\n channels {rgba.red rgba.green -rgba.blue none}\n multiply {{Input1.height*Grade1.height i} {Input1.height*Grade1.height i} {curve i} {curve i}}\n black_clamp false\n name Grade1\n xpos -179\n ypos 196\n addUserKnob {20 User}\n addUserKnob {7 height l Height}\n height 1\n }\nset N921b81e0 [stack 0]\npush $N921b81e0\n Expression {\n channel0 rgb\n expr0 sqrt((r*r)+(g*g)+(b*b))\n name VectorLength\n selected true\n xpos -260\n ypos 278\n }\n Merge2 {\n inputs 2\n operation divide\n name Merge4\n selected true\n xpos -179\n ypos 350\n }\n Output {\n name Output1\n xpos -179\n ypos 494\n }\n end_group\n Blur {\n channels rgb\n size {{parent.preblurVector i}}\n name Blur5\n label \"pre blur vector\"\n xpos 440\n ypos -296\n }\npush $N92151130\n ShuffleCopy {\n inputs 2\n red red\n green green\n out forward\n name ShuffleCopy1\n label \"rg to forward\"\n xpos 556\n ypos -194\n }\n VectorBlur {\n channels rgba\n uv forward\n scale {{parent.parent.ExtendEdge.VectorBlur2.scale i}}\n offset 0\n alpha -rgba.alpha\n maskChannelMask -rgba.alpha\n maskChannelInput -rgba.alpha\n name VectorBlur2\n xpos 556\n ypos -139\n }\n CopyBBox {\n inputs 2\n name CopyBBox1\n xpos 556\n ypos -92\n }\n Output {\n name Output1\n xpos 556\n ypos -8\n }\n end_group\n Keymix {\n inputs 3\n channels rgb\n name Keymix18\n xpos 2635\n ypos 1255\n }\nset N92214680 [stack 0]\npush $N92214680\npush $N92214680\npush $N92214680\n Group {\n inputs 2\n name ExtendEdge8\n help \"Very useful as a super unpremultiplier. The input matte is used as the source edge to extend the input colour channels beyond their existing alpha. It can also be used to do dilate/erode operations on an alpha. The effect can be extended by using multiple copies. The result should probably be re-comped with the original using an edge matte through a KeyMix so that only the desired areas are used. \"\n xpos 2829\n ypos 1255\n addUserKnob {20 Controls}\n addUserKnob {7 preblurVector R 0 10}\n preblurVector {{parent.ExtendEdge.preblurVector}}\n addUserKnob {41 scale l \"vector length\" T VectorBlur2.scale}\n }\n Input {\n inputs 0\n name Input\n xpos 556\n ypos -426\n }\nset N92223300 [stack 0]\n Dot {\n name Dot1\n xpos 707\n ypos -414\n }\n Dot {\n name Dot2\n xpos 707\n ypos -121\n }\n Input {\n inputs 0\n name matte\n xpos 440\n ypos -424\n number 1\n }\n Shuffle {\n red alpha\n green alpha\n blue alpha\n alpha black\n name Shuffle3\n xpos 440\n ypos -346\n }\n Group {\n name Edge2Vec2\n xpos 440\n ypos -322\n }\n Input {\n inputs 0\n name Input1\n xpos -172\n ypos -315\n }\n Clamp {\n channels rgb\n name Clamp1\n xpos -172\n ypos -250\n }\nset N9224ad00 [stack 0]\n Position {\n translate {0 1}\n name Position2\n xpos -63\n ypos -106\n }\npush $N9224ad00\n Merge2 {\n inputs 2\n operation minus\n name Merge2\n xpos -103\n ypos -28\n }\npush $N9224ad00\n Position {\n translate {1 0}\n name Position1\n xpos -285\n ypos -98\n }\npush $N9224ad00\n Merge2 {\n inputs 2\n operation minus\n name Merge1\n xpos -253\n ypos -29\n }\n Copy {\n inputs 2\n from0 rgba.green\n to0 rgba.green\n name Copy3\n xpos -179\n ypos 27\n }\n Grade {\n channels {rgba.red rgba.green -rgba.blue none}\n multiply {{Input1.height*Grade1.height i} {Input1.height*Grade1.height i} {curve i} {curve i}}\n black_clamp false\n name Grade1\n xpos -179\n ypos 196\n addUserKnob {20 User}\n addUserKnob {7 height l Height}\n height 1\n }\nset N9228a3e0 [stack 0]\npush $N9228a3e0\n Expression {\n channel0 rgb\n expr0 sqrt((r*r)+(g*g)+(b*b))\n name VectorLength\n selected true\n xpos -260\n ypos 278\n }\n Merge2 {\n inputs 2\n operation divide\n name Merge4\n selected true\n xpos -179\n ypos 350\n }\n Output {\n name Output1\n xpos -179\n ypos 494\n }\n end_group\n Blur {\n channels rgb\n size {{parent.preblurVector i}}\n name Blur5\n label \"pre blur vector\"\n xpos 440\n ypos -296\n }\npush $N92223300\n ShuffleCopy {\n inputs 2\n red red\n green green\n out forward\n name ShuffleCopy1\n label \"rg to forward\"\n xpos 556\n ypos -194\n }\n VectorBlur {\n channels rgba\n uv forward\n scale {{parent.parent.ExtendEdge.VectorBlur2.scale i}}\n offset 0\n alpha -rgba.alpha\n maskChannelMask -rgba.alpha\n maskChannelInput -rgba.alpha\n name VectorBlur2\n xpos 556\n ypos -139\n }\n CopyBBox {\n inputs 2\n name CopyBBox1\n xpos 556\n ypos -92\n }\n Output {\n name Output1\n xpos 556\n ypos -8\n }\n end_group\n Keymix {\n inputs 3\n channels rgb\n name Keymix19\n xpos 2829\n ypos 1327\n }\nset N922e2900 [stack 0]\npush $N922e2900\npush $N922e2900\npush $N922e2900\n Group {\n inputs 2\n name ExtendEdge9\n help \"Very useful as a super unpremultiplier. The input matte is used as the source edge to extend the input colour channels beyond their existing alpha. It can also be used to do dilate/erode operations on an alpha. The effect can be extended by using multiple copies. The result should probably be re-comped with the original using an edge matte through a KeyMix so that only the desired areas are used. \"\n xpos 3023\n ypos 1327\n addUserKnob {20 Controls}\n addUserKnob {7 preblurVector R 0 10}\n preblurVector {{parent.ExtendEdge.preblurVector i}}\n addUserKnob {41 scale l \"vector length\" T VectorBlur2.scale}\n }\n Input {\n inputs 0\n name Input\n xpos 556\n ypos -426\n }\nset N91eeca70 [stack 0]\n Dot {\n name Dot1\n xpos 707\n ypos -414\n }\n Dot {\n name Dot2\n xpos 707\n ypos -121\n }\n Input {\n inputs 0\n name matte\n xpos 440\n ypos -424\n number 1\n }\n Shuffle {\n red alpha\n green alpha\n blue alpha\n alpha black\n name Shuffle3\n xpos 440\n ypos -346\n }\n Group {\n name Edge2Vec2\n xpos 440\n ypos -322\n }\n Input {\n inputs 0\n name Input1\n xpos -172\n ypos -315\n }\n Clamp {\n channels rgb\n name Clamp1\n xpos -172\n ypos -250\n }\nset N923183f0 [stack 0]\n Position {\n translate {0 1}\n name Position2\n xpos -63\n ypos -106\n }\npush $N923183f0\n Merge2 {\n inputs 2\n operation minus\n name Merge2\n xpos -103\n ypos -28\n }\npush $N923183f0\n Position {\n translate {1 0}\n name Position1\n xpos -285\n ypos -98\n }\npush $N923183f0\n Merge2 {\n inputs 2\n operation minus\n name Merge1\n xpos -253\n ypos -29\n }\n Copy {\n inputs 2\n from0 rgba.green\n to0 rgba.green\n name Copy3\n xpos -179\n ypos 27\n }\n Grade {\n channels {rgba.red rgba.green -rgba.blue none}\n multiply {{Input1.height*Grade1.height i} {Input1.height*Grade1.height i} {curve i} {curve i}}\n black_clamp false\n name Grade1\n xpos -179\n ypos 196\n addUserKnob {20 User}\n addUserKnob {7 height l Height}\n height 1\n }\nset N92333f40 [stack 0]\npush $N92333f40\n Expression {\n channel0 rgb\n expr0 sqrt((r*r)+(g*g)+(b*b))\n name VectorLength\n selected true\n xpos -260\n ypos 278\n }\n Merge2 {\n inputs 2\n operation divide\n name Merge4\n selected true\n xpos -179\n ypos 350\n }\n Output {\n name Output1\n xpos -179\n ypos 494\n }\n end_group\n Blur {\n channels rgb\n size {{parent.preblurVector i}}\n name Blur5\n label \"pre blur vector\"\n xpos 440\n ypos -296\n }\npush $N91eeca70\n ShuffleCopy {\n inputs 2\n red red\n green green\n out forward\n name ShuffleCopy1\n label \"rg to forward\"\n xpos 556\n ypos -194\n }\n VectorBlur {\n channels rgba\n uv forward\n scale {{parent.parent.ExtendEdge.VectorBlur2.scale i}}\n offset 0\n alpha -rgba.alpha\n maskChannelMask -rgba.alpha\n maskChannelInput -rgba.alpha\n name VectorBlur2\n xpos 556\n ypos -139\n }\n CopyBBox {\n inputs 2\n name CopyBBox1\n xpos 556\n ypos -92\n }\n Output {\n name Output1\n xpos 556\n ypos -8\n }\n end_group\n Keymix {\n inputs 3\n channels rgb\n name Keymix20\n xpos 3023\n ypos 1399\n }\npush $N922e2900\npush $N92214680\npush $N9201e2a0\npush $N91b5f6a0\npush $N91ba8de0\npush $N91f510c0\npush $N91deb530\npush $N91e0ff00\npush $N9202a7d0\npush $N918d19a0\n Switch {\n inputs 11\n which {{parent.slices}}\n name Switch3\n xpos 2018\n ypos 2366\n }\nset N92405250 [stack 0]\n Shuffle {\n in forward\n blue black\n alpha black\n name Shuffle1\n xpos 2116\n ypos 2425\n }\nset N9240bf40 [stack 0]\n Expression {\n expr0 (r+1)/2\n expr1 (g+1)/2\n name Expression1\n xpos 2116\n ypos 2476\n }\npush $N9240bf40\npush $N92405250\n Switch {\n inputs 3\n which {{parent.output}}\n name Switch1\n xpos 2018\n ypos 2501\n }\npush $N918d19a0\n Dot {\n name Dot22\n xpos 898\n ypos 2459\n }\n Copy {\n inputs 2\n from0 -rgba.alpha\n to0 -rgba.alpha\n channels rgb\n name Copy1\n xpos 2018\n ypos 2544\n }\n Output {\n name Output1\n xpos 2018\n ypos 2644\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_VectorTracker.gizmo", "content": "Group {\nname VectorTracker\nhelp \"A tracker that uses vector information rather than image data to generate tracking points.\"\ninputs 2\naddUserKnob {20 VectorTracker}\naddUserKnob {3 count l INVISIBLE +INVISIBLE}\naddUserKnob {22 trackbackward l ◄ t \"Track backwards range\" T \"current = nuke.frame()\\nstart = int(nuke.root()\\['first_frame'].value())\\n\\nretu = nuke.getFramesAndViews('track backward', str(current) + '-' + str(start))\\n\\nif retu is not None:\\n try:\\n Frange = \\[int(i) for i in retu\\[0].split('-')]\\n\\n J_VTT_Track(Frange\\[0], Frange\\[1])\\n except ValueError:\\n nuke.critical('Invalid frame range')\" +STARTLINE}\naddUserKnob {22 trackbackwardone l \"◄ ▎\" t \"Track backwards one frame\" -STARTLINE T \"currentFrame = nuke.frame()\\n\\nJ_VTT_Track(currentFrame, currentFrame - 1, False)\"}\naddUserKnob {22 trackforwardone l ▎► t \"Track forwards one frame\" -STARTLINE T \"currentFrame = nuke.frame()\\n\\nJ_VTT_Track(currentFrame, currentFrame +1, False)\"}\naddUserKnob {22 trackforward l ► t \"Track forwards range\" -STARTLINE T \"current = nuke.frame()\\nend = int(nuke.root()\\['last_frame'].value())\\n\\nretu = nuke.getFramesAndViews('track forward', str(current) + '-' + str(end))\\n\\nif retu is not None:\\n try:\\n Frange = \\[int(i) for i in retu\\[0].split('-')]\\n\\n J_VTT_Track(Frange\\[0], Frange\\[1])\\n except ValueError:\\n nuke.critical('Invalid frame range')\"}\naddUserKnob {26 spacer l \"\" -STARTLINE T \" \"}\naddUserKnob {22 export l \"export trackers\" t \"Export trackers to a Nuke Tracker node\" -STARTLINE T J_VTT_Export()}\naddUserKnob {22 about l ? -STARTLINE T \"nuke.message('VectorTracker v1.0 by Jorrit Schulte\\\\n\\\\nwww.JorritSchulte.com')\"}\naddUserKnob {26 trackdivider l @Tracker}\naddUserKnob {22 add l \"add tracker\" t \"Add tracker to interface\" -STARTLINE T J_VTT_AddTracker()}\naddUserKnob {22 removeall l \"remove all trackers\" t \"Remove all trackers from interface and reset tracker counter\" -STARTLINE T \"if nuke.ask('Are you sure you want to remove all trackers?'):\\n node = nuke.thisNode()\\n\\n tk = \\[i for i in node.allKnobs() if 'tracker' in i.name()]\\n\\n for knob in tk:\\n node.removeKnob(knob)\\n\\n node\\['count'].setValue(0)\"}\naddUserKnob {22 enableall l \"enable all\" t \"Enable all trackers for tracking\" -STARTLINE T \"node = nuke.thisNode()\\n\\ntk = \\[i for i in node.allKnobs() if 'enable_' in i.name()]\\n\\nfor knob in tk:\\n knob.setValue(True)\"}\naddUserKnob {22 disableall l \"disable all\" t \"Disable all trackers for tracking\" -STARTLINE T \"node = nuke.thisNode()\\n\\ntk = \\[i for i in node.allKnobs() if 'enable_' in i.name()]\\n\\nfor knob in tk:\\n knob.setValue(False)\"}\naddUserKnob {26 blank l \"\" +STARTLINE T \" \"}\n}\nInput {\ninputs 0\nname Image\nxpos -40\nypos -10\n}\nOutput {\nname Output1\nxpos -40\nypos 16\n}\nInput {\ninputs 0\nname Vectors\nxpos 70\nypos -10\nnumber 1\n}\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_Vectors_Direction.gizmo", "content": "Group {\n name Vectors_Direction\n help \"Edit the direction of motion vectors\"\n selected true\n addUserKnob {20 User}\n addUserKnob {41 in l Vector_Layer t \"Pick the layer containing your motion vectors.\" T UV_Channel.in}\n addUserKnob {26 \"\"}\n addUserKnob {6 shuffleXY l swapXY t \"enable if it seems like X and Y vectors are in the wrong channel.\\nRed should contain X\\nGreen should contain Y\" +STARTLINE}\n addUserKnob {6 mirrorX t \"negates X values\" +STARTLINE}\n addUserKnob {6 mirrorY t \"Negates Y values\" -STARTLINE}\n addUserKnob {26 \"\"}\n addUserKnob {7 rotation t \"Rotates the vectors direction\" R 0 360}\n addUserKnob {26 \"\"}\n addUserKnob {26 copyright l \"\" t www.erwanleroy.com +STARTLINE T \"v1.0 - Part of VectorTools by Erwan Leroy - 2016\"}\n}\n Input {\n inputs 0\n name Input1\n xpos -303\n ypos 91\n }\nset N58fb7c00 [stack 0]\n Shuffle {\n name UV_Channel\n xpos -163\n ypos 91\n }\n Shuffle {\n red green\n green red\n name Shuffle1\n xpos -163\n ypos 128\n disable {{1-parent.shuffleXY}}\n }\n Multiply {\n channels {rgba.red -rgba.green -rgba.blue none}\n value -1\n name neg_red1\n xpos -163\n ypos 165\n disable {{1-parent.mirrorX}}\n }\n Multiply {\n channels {-rgba.red rgba.green -rgba.blue none}\n value -1\n name neg_green1\n xpos -163\n ypos 191\n disable {{1-parent.mirrorY}}\n }\n Expression {\n temp_name0 angleRad\n temp_expr0 radians(parent.rotation)\n expr0 \"r * cos(angleRad) - g * sin(angleRad)\"\n expr1 \"r * sin(angleRad) + g * cos(angleRad)\"\n name Direction\n xpos -163\n ypos 228\n }\npush $N58fb7c00\n ShuffleCopy {\n inputs 2\n in2 none\n red red\n green green\n alpha black\n out {{{parent.UV_Channel.in}}}\n name ShuffleCopy1\n xpos -303\n ypos 228\n }\n Output {\n name Output1\n xpos -303\n ypos 299\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_Vectors_to_Degrees.gizmo", "content": "Group {\n name Vectors_to_Degrees\n help \"Convert the vector's directions to a value in Degrees.\"\n selected true\n addUserKnob {20 User}\n addUserKnob {41 in l Vector_Layer t \"Pick the layer containing your motion vectors.\" T UV_Channel.in}\n addUserKnob {26 \"\"}\n addUserKnob {6 flip_angle t \"Flips the directions of the rotations\" +STARTLINE}\n addUserKnob {7 rotate R 0 360}\n addUserKnob {26 \"\"}\n addUserKnob {6 anisotropic t \"The default anisotropic shader in Maya requires a value of 180 degrees in order to rotate the anisotropy by 90 degrees. Checking this box will multiply the values by 2.\" +STARTLINE}\n addUserKnob {6 normalize_range t \"Display the values in a range of 0-1 instead of 0-360\" -STARTLINE}\n normalize_range true\n addUserKnob {26 \"\"}\n addUserKnob {26 copyright l \"\" t www.erwanleroy.com +STARTLINE T \"v1.0 - Part of VectorTools by Erwan Leroy - 2016\"}\n}\n Input {\n inputs 0\n name Input1\n xpos -303\n ypos 91\n }\nset N37ffcc00 [stack 0]\n Shuffle {\n name UV_Channel\n xpos -113\n ypos 91\n }\n Expression {\n channel0 rgb\n expr0 degrees(atan(r,g))+180\n name Vector_to_Degrees\n xpos -113\n ypos 145\n }\n Expression {\n channel0 rgb\n expr0 360-r\n name Counter_clockwise\n xpos -113\n ypos 187\n disable {{1-parent.flip_angle}}\n }\n Add {\n value {{parent.rotate}}\n name Rotate\n xpos -113\n ypos 224\n }\n Multiply {\n value 2\n name Multiply1\n xpos -113\n ypos 262\n disable {{1-parent.anisotropic}}\n }\n Expression {\n channel0 rgb\n expr0 r%360\n name Range360\n xpos -113\n ypos 317\n }\n Expression {\n channel0 rgb\n expr0 r/360\n name Range_0_1\n xpos -113\n ypos 365\n disable {{1-parent.normalize_range}}\n }\npush $N37ffcc00\n ShuffleCopy {\n inputs 2\n in2 none\n red red\n green green\n blue blue\n alpha black\n out {{{parent.UV_Channel.in}}}\n name ShuffleCopy1\n selected true\n xpos -303\n ypos 365\n }\n Output {\n name Output1\n xpos -303\n ypos 440\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_VoronoiGradient.gizmo", "content": "Group {\n name VoronoiGradient\n knobChanged \"\\n\\nimport random\\nfrom math import sqrt\\n\\n################\\n##Script Start##\\n################ \\n \\nn = nuke.thisNode() #the node\\nk = nuke.thisKnob() #the knob\\nkn = k.name() #the knob name\\n\\n#print (\\\"Knob name: \\\"+kn)\\n\\nif kn == \\\"type\\\":\\n if n\\['type'].getValue() == 0: #generate\\n n\\['sample_radius'].setVisible(False)\\n n\\['generate_format'].setVisible(True)\\n n\\['threshold'].setVisible(False)\\n if n\\['method'].getValue() == 1: #NNI\\n n\\['speedup'].setVisible(True)\\n else:\\n n\\['speedup'].setVisible(False)\\n elif n\\['type'].getValue() == 1: #sample\\n n\\['generate_format'].setVisible(False)\\n n\\['sample_radius'].setVisible(True)\\n n\\['threshold'].setVisible(False)\\n if n\\['method'].getValue() == 1: #NNI\\n n\\['speedup'].setVisible(True)\\n else:\\n n\\['speedup'].setVisible(False)\\n else: #fill\\n n\\['generate_format'].setVisible(False)\\n n\\['sample_radius'].setVisible(False)\\n n\\['threshold'].setVisible(True)\\n n\\['speedup'].setVisible(True)\\n \\nif kn == \\\"method\\\":\\n if n\\['method'].getValue() == 0: #voronoi\\n if n\\['type'].getValue() == 2: #fill\\n n\\['speedup'].setVisible(True)\\n else:\\n n\\['speedup'].setVisible(False)\\n n\\['aa'].setVisible(True)\\n n\\['smoothness'].setVisible(False)\\n else: #NNI\\n n\\['aa'].setVisible(False)\\n n\\['speedup'].setVisible(True)\\n n\\['smoothness'].setVisible(True)\\n\\n#############\\n##Add Point##\\n#############\\n\\nif kn == \\\"add_point\\\":\\n count = 0\\n found = False\\n i = 1\\n\\n #Find the earliest available knob\\n while found == False:\\n try:\\n n\\[\\\"pos_\\\"+str(i)]\\n except NameError:\\n found = True\\n count = i\\n else:\\n i += 1\\n\\n divider = nuke.Text_Knob('divider_'+str(count), ' ')\\n position = nuke.XY_Knob('pos_'+str(count), 'Position '+str(count))\\n remove = nuke.PyScript_Knob('remove_'+str(count), 'Remove this Point', '')\\n color = nuke.AColor_Knob('color_'+str(count), 'Color '+str(count))\\n\\n remove.setFlag(0x00002000) #no new line\\n\\n n.addKnob(divider)\\n n.addKnob(position)\\n n.addKnob(remove)\\n n.addKnob(color)\\n \\n #Set a random color at point creation\\n randomColor = \\[random.uniform(0,1), random.uniform(0,1), random.uniform(0,1), 0]\\n color.setValue(randomColor)\\n \\n################\\n##Remove Point##\\n################\\n\\nif kn\\[0:7] == \\\"remove_\\\":\\n id = str(kn\\[7:])\\n n.removeKnob(knobs\\['divider_'+id])\\n n.removeKnob(knobs\\['pos_'+id])\\n n.removeKnob(knobs\\['remove_'+id])\\n n.removeKnob(knobs\\['color_'+id])\\n \\n####################\\n##Update Pointlist##\\n####################\\n\\nknobs = n.knobs() #knoblist\\n\\nif kn\\[0:7] == \\\"remove_\\\" or kn == \\\"add_point\\\":\\n points_orig = \\[]\\n #iterate through all knobs. If a position knob is found, append to pointlist\\n for knob in knobs:\\n if knob\\[0:4] == \\\"pos_\\\":\\n id = int(knob\\[4:])\\n points_orig.append(id)\\n \\n points_orig.sort()\\n \\n n\\['count'].setValue(''+str(len(points_orig))+'')\\n points = ','.join(str(i) for i in points_orig)\\n n\\['points'].setValue(points)\\n\"\n tile_color 0xffb300ff\n label \"\\[llength \\[split \\[value this.points] ,]] Points\"\n selected true\n addUserKnob {20 User}\n addUserKnob {26 title l \"\" +STARTLINE T \"Voronoi Gradient v2.7\"}\n addUserKnob {26 description l \"\" +STARTLINE T \"by Nikolai Wüstemann\"}\n addUserKnob {26 spacer_00 l \"\" +STARTLINE T \" \"}\n addUserKnob {26 divider_general l \"General\"}\n addUserKnob {4 type l Type t \"Generate: using select point colors\\nSample: using select input colors\\nFill: using all input colors\" M {Generate Sample Fill}}\n addUserKnob {17 generate_format l Format}\n generate_format \"1920 1080 0 0 1920 1080 1 HD_1080\"\n addUserKnob {3 sample_radius l \"Sample Radius\" t \"When Type is set to \\\"Sample\\\".\\nBlurs the input image by this amount and samples the pixel at given position.\" +HIDDEN}\n sample_radius 3\n addUserKnob {7 threshold l \"Alpha Threshold\" t \"Alpha needs to be bigger than this to be considered a feature point\" +HIDDEN}\n threshold 0.05\n addUserKnob {14 overscan l Overscan t \"This will extrapolate the gradient beyond the image bounds\" R 0 100}\n addUserKnob {26 spacer_01 l \"\" +STARTLINE T \" \"}\n addUserKnob {26 divider_method l \"Method\"}\n addUserKnob {4 method l Output t \"Voronoi Diagram: \\nEvery pixel becomes the color of the feature point that is the closest\\n\\nNNI: \\nSmooth and natural color interpolation between feature points\" M {\"Voronoi Diagram\" \"Natural Neighbor Interpolation\" \"\" \"\"}}\n method \"Natural Neighbor Interpolation\"\n addUserKnob {7 smoothness l Smoothness t \"0 = Voronoi Diagram\\n1 = Perfect NNI\\n>1 = Oversmoothing\"}\n smoothness 1\n addUserKnob {7 aa l Anti-Aliasing t \"Anti-Aliasing Levels. The image ist scaled up by this amount, the calculation is done, and the image is scaled down to original size again.\" +HIDDEN R 1 4}\n aa 2\n addUserKnob {7 speedup l \"Speed Optimization\" t \"Reduces the image scale by the selected amount and scales up afterwards. For smooth gradients this is a great optimization that comes at hardly no cost.\" R 1 10}\n speedup 5\n addUserKnob {41 colorspace l Colorspace t \"Linear: Mathematical way\\nsRGB: More natural falloff\\nL*a*b*: Less grey areas\\nHSV: Interpolate over spectrum\" T Colorspace_Forth.colorspace_out}\n addUserKnob {26 spacer_02 l \"\" +STARTLINE T \" \"}\n addUserKnob {26 divider_points l \"Points\"}\n addUserKnob {22 add_point l \"Add Point\" +STARTLINE}\n addUserKnob {26 count l \" Count:\" -STARTLINE T 4}\n addUserKnob {1 points l INVISIBLE +INVISIBLE}\n points 1,2,3,4\n addUserKnob {26 divider_1 l \" \"}\n addUserKnob {12 pos_1 l \"Position 1\"}\n pos_1 {1256 472}\n addUserKnob {22 remove_1 l \"Remove this Point\" -STARTLINE}\n addUserKnob {19 color_1 l \"Color 1\"}\n color_1 {1 0 0 0}\n addUserKnob {6 color_1_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {26 divider_2 l \" \"}\n addUserKnob {12 pos_2 l \"Position 2\"}\n pos_2 {492 836}\n addUserKnob {22 remove_2 l \"Remove this Point\" -STARTLINE}\n addUserKnob {19 color_2 l \"Color 2\"}\n color_2 {0 1 0 0}\n addUserKnob {6 color_2_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {26 divider_3 l \" \"}\n addUserKnob {12 pos_3 l \"Position 3\"}\n pos_3 {580 272}\n addUserKnob {22 remove_3 l \"Remove this Point\" -STARTLINE}\n addUserKnob {19 color_3 l \"Color 3\"}\n color_3 {0 0 1 0}\n addUserKnob {6 color_3_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {26 divider_4 l \" \"}\n addUserKnob {12 pos_4 l \"Position 4\"}\n pos_4 {1504 876}\n addUserKnob {22 remove_4 l \"Remove this Point\" -STARTLINE}\n addUserKnob {19 color_4 l \"Color 4\"}\n color_4 {1 1 0 0}\n addUserKnob {6 color_4_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n}\n BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0xff8e00ff\n label NNI\n note_font_size 42\n xpos -2\n ypos 998\n bdwidth 161\n bdheight 168\n }\n Input {\n inputs 0\n name Input1\n xpos 25\n ypos -488\n }\n AdjBBox {\n numpixels {{overscan(0)} {overscan(1)}}\n name AdjBBox\n xpos 25\n ypos -393\n }\n set Cf546860 [stack 0]\n Dot {\n name Dot4\n xpos 59\n ypos -322\n }\nset Nc445da0 [stack 0]\n Dot {\n name Dot8\n xpos 345\n ypos -322\n }\n Dot {\n name Dot31\n xpos 345\n ypos 584\n }\nset Nc3a5700 [stack 0]\n Dot {\n name Dot12\n xpos 345\n ypos 1654\n }\npush $Nc445da0\n Reformat {\n type scale\n scale {{1/speedup}}\n pbb true\n name Reformat_Downscale\n xpos 150\n ypos -243\n }\n set Cb6c53f0 [stack 0]\n Reformat {\n type scale\n scale 0.5\n pbb true\n name Reformat_FillModeSpeedboost\n xpos 150\n ypos -182\n }\n Dot {\n name Dot18\n label Fill\n note_font_color 0xff\n xpos 184\n ypos -94\n }\npush $Nc445da0\n Blur {\n size {{\"\\[value this.parent.sample_radius]-1\"}}\n name Blur_SampleRadius\n xpos 25\n ypos -247\n }\n Dot {\n name Dot2\n label Sample\n xpos 59\n ypos -100\n }\n Constant {\n inputs 0\n channels rgb\n format {{{this.parent.generate_format}}}\n name Constant_Base\n xpos -111\n ypos -492\n }\nclone $Cf546860 {\n xpos -111\n ypos -393\n selected false\n }\n Dot {\n name Dot19\n label Generate\n xpos -77\n ypos -99\n }\n Switch {\n inputs 3\n which {{type}}\n name Switch_Mode\n label \"\\[value this.parent.type]\"\n xpos 25\n ypos -22\n }\n set Cb6bbff0 [stack 0]\n Reformat {\n type scale\n scale {{aa}}\n pbb true\n name Reformat_AAUpscale\n xpos 25\n ypos 44\n disable {{method==0?0:1}}\n }\nset Nb58c620 [stack 0]\n Dot {\n name Dot30\n xpos 163\n ypos 106\n }\nset Nefa7dd0 [stack 0]\n Expression {\n expr3 a<0.9999?1:0\n name Expression_MakeBinary1\n xpos 78\n ypos 157\n }\n Dot {\n name Dot29\n xpos 112\n ypos 445\n }\npush $Nefa7dd0\n Expression {\n temp_name0 threshold\n temp_expr0 \"\\[value this.parent.threshold]\"\n expr0 a\\{\\n Image src;\\n Image points;\\n Image dst;\\n\\n param:\\n float smoothness;\\n\\n void process(int2 pos)\\{\\n int x,y,dx,dy;\\n float4 rgba = 0;\\n float dist = 99999;\\n if(src(pos.x, pos.y, 3) == 0)\\{\\n for(int i = src.bounds.x1; i < src.bounds.x2; i+=1)\\{\\n for(int j = src.bounds.y1; j < src.bounds.y2; j+=1)\\{\\n if(points(i,j,3) != 0)\\{\\n if(distance(pos, float2(i,j)) <= dist)\\{\\n dist = distance(pos, float2(i,j));\\n rgba.x = src(i,j,0);\\n rgba.y = src(i,j,1);\\n rgba.z = src(i,j,2);\\n rgba.w = dist*smoothness;\\n \\}\\n \\}\\n \\}\\n \\}\\n \\}\\n else\\{\\n rgba = src(pos.x, pos.y);\\n \\}\\n dst() = rgba;\\n \\}\\n\\};\"\n rebuild \"\"\n NNIKernel_smoothness {{smoothness}}\n rebuild_finalise \"\"\n name BlinkScript_Filler\n xpos 186\n ypos 303\n disable {{\"type == 2 ? 0 : 1\"}}\n }\nset Nf34bf90 [stack 0]\n ShuffleCopy {\n inputs 2\n alpha alpha2\n black alpha\n out2 mask\n name ShuffleCopy_SetMask\n xpos 186\n ypos 442\n }\n Dot {\n name Dot20\n label Fill\n note_font_color 0xff\n xpos 220\n ypos 645\n }\n Crop {\n inputs 0\n box {0 0 2 {\"\\[llength \\[split \\[value this.parent.points] ,]]\"}}\n reformat true\n crop false\n name Crop_Points\n xpos -394\n ypos -86\n addUserKnob {20 User}\n addUserKnob {22 cropToBbox l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n }\nset Na63fed0 [stack 0]\n Expression {\n expr0 0\n expr1 0\n expr2 0\n expr3 x==0?0:1\n name Expression_MaskRightColumn\n xpos -248\n ypos -2\n }\n Dot {\n name Dot27\n xpos -214\n ypos 101\n }\npush $Na63fed0\n Expression {\n expr0 \"\\[\\nset points \\[split \\[value this.parent.points] ,]\\nset string \\\"\\\"\\nset y 0\\nforeach pos \\$points \\{\\n append string \\\"y==\\\" \\$y \\\"?\\\" \\[value this.parent.pos_\\$pos.x] \\\":\\\"\\n incr y\\n\\}\\nappend string \\\"0\\\"\\nreturn \\$string\\n]\"\n expr1 \"\\[\\nset points \\[split \\[value this.parent.points] ,]\\nset string \\\"\\\"\\nset y 0\\nforeach pos \\$points \\{\\n append string \\\"y==\\\" \\$y \\\"?\\\" \\[value this.parent.pos_\\$pos.y] \\\":\\\"\\n incr y\\n\\}\\nappend string \\\"0\\\"\\nreturn \\$string\\n]\"\n expr2 0\n name Expression_SetPositions\n xpos -394\n ypos -4\n }\n Expression {\n inputs 1+1\n expr0 \"\\[\\nset points \\[split \\[value this.parent.points] ,]\\nset string \\\"\\\"\\nset y 0\\nforeach col \\$points \\{\\n append string \\\"y==\\\" \\$y \\\"?\\\" \\[value this.parent.color_\\$col.r] \\\":\\\"\\n incr y\\n\\}\\nappend string \\\"0\\\"\\nreturn \\$string\\n]\"\n expr1 \"\\[\\nset points \\[split \\[value this.parent.points] ,]\\nset string \\\"\\\"\\nset y 0\\nforeach col \\$points \\{\\n append string \\\"y==\\\" \\$y \\\"?\\\" \\[value this.parent.color_\\$col.g] \\\":\\\"\\n incr y\\n\\}\\nappend string \\\"0\\\"\\nreturn \\$string\\n]\"\n expr2 \"\\[\\nset points \\[split \\[value this.parent.points] ,]\\nset string \\\"\\\"\\nset y 0\\nforeach col \\$points \\{\\n append string \\\"y==\\\" \\$y \\\"?\\\" \\[value this.parent.color_\\$col.b] \\\":\\\"\\n incr y\\n\\}\\nappend string \\\"0\\\"\\nreturn \\$string\\n]\"\n name Expression_SetColors\n xpos -394\n ypos 98\n }\n PostageStamp {\n name PostageStamp_SamplePoints\n xpos -394\n ypos 204\n postage_stamp true\n }\n Dot {\n name Dot9\n xpos -224\n ypos 231\n }\npush $Nb58c620\n Dot {\n name Dot7\n xpos -80\n ypos 134\n }\n BlinkScript {\n inputs 2\n ProgramGroup 1\n KernelDescription \"1 \\\"VoronoiKernel\\\" iterate pixelWise d1e0d556f3d1495cfe74544b59bfecc564c77ac6819187c975df8c8c3cc4cc5a 3 \\\"src\\\" Read Random \\\"points\\\" Read Random \\\"dst\\\" Write Point 3 \\\"smoothness\\\" Float 1 AAAAAA== \\\"sample\\\" Bool 1 AA== \\\"scale\\\" Float 1 AAAAAA==\"\n kernelSource \"float distance(int2 q, float2 p)\\{\\n return sqrt(pow(q.x - p.x, 2) + pow(q.y - p.y, 2));\\n\\}\\n\\nkernel VoronoiKernel : public ImageComputationKernel\\{\\n Image src;\\n Image points;\\n Image dst;\\n\\t\\n param:\\n float smoothness;\\n bool sample;\\n float scale;\\n\\n void process(int2 pos)\\{\\n int shortest = 0;\\n float dist_temp = 99999;\\n float2 pnt;\\n float4 color = 0;\\n int x, y;\\n\\t\\t\\n for (int p = points.bounds.y1; p < points.bounds.y2; p+=1)\\{\\n pnt.x = points(0, p, 0)*scale;\\n pnt.y = points(0, p, 1)*scale;\\n if(distance(pos, pnt)\\{\\n Image src;\\n Image mask;\\n Image dst;\\n\\n void process(int2 pos)\\{\\n int x,y,dx,dy;\\n float4 rgba = 0;\\n int c = 0;\\n bool found = true;\\n float dist;\\n if(mask(pos.x, pos.y, 3) > 0.9999)\\{\\n for(int i = src.bounds.x1; i < src.bounds.x2; i+=1)\\{\\n for(int j = src.bounds.y1; j < src.bounds.y2; j+=1)\\{\\n if(distance(pos, float2(i,j)) <= src(i, j, 3))\\{\\n rgba += src(i, j);\\n c += 1;\\n \\}\\n \\}\\n \\}\\n dst() = rgba/c;\\n \\}\\n else\\{\\n dst() = src(pos.x, pos.y);\\n \\}\\n \\}\\n\\};\"\n rebuild \"\"\n rebuild_finalise \"\"\n name BlinkScript_NaturalNeighborInterpolation\n xpos 38\n ypos 1074\n disable {{method!=1?1:0}}\n addUserKnob {20 about l About}\n addUserKnob {26 description l Description T \"Natural Neighbor Interpolation\\n\\nThe algorithm scales quadratically with image scale, \\nso we try to keep the input as small as possible and scale up the result instead.\\n\\nThe node is disabled, when the Voronoi Diagram is shown. \\nThis prevents Nuke from executing the Natural Neighbor Interpolation \\nalgorithm in the background and crashing.\\n \"}\n }\n PostageStamp {\n name PostageStamp_NNI\n xpos 38\n ypos 1213\n postage_stamp true\n }\n Colorspace {\n name Colorspace_Back\n xpos 38\n ypos 1375\n }\nset Nf52bd60 [stack 0]\n Reformat {\n type \"to box\"\n box_width {{this.parent.input.width}}\n box_height {{this.parent.input.height}}\n box_fixed true\n box_pixel_aspect {{this.parent.input.pixel_aspect}}\n resize distort\n filter notch\n pbb true\n name Reformat_OriginalSize\n xpos 115\n ypos 1481\n }\n set Cf5c5e70 [stack 0]\nset Nf5c5e70 [stack 0]\n Dot {\n name Dot28\n xpos 220\n ypos 1587\n }\n Merge2 {\n inputs 2\n name Merge_RestoreOriginal\n xpos 186\n ypos 1651\n }\n set Cb180650 [stack 0]\n Dot {\n name Dot6\n label Fill\n note_font_color 0xff\n xpos 220\n ypos 1725\n }\npush $Nf5c5e70\n Dot {\n name Dot14\n xpos 72\n ypos 1583\n }\n Dot {\n name Dot10\n label Sample\n xpos 72\n ypos 1726\n }\npush $Nf52bd60\n Reformat {\n type \"to box\"\n box_width {{Constant_Base.width}}\n box_height {{Constant_Base.height}}\n box_fixed true\n scale {{speedup}}\n resize distort\n filter notch\n pbb true\n name Reformat_ConstantSize\n xpos -41\n ypos 1481\n }\n set Cf63e3a0 [stack 0]\n Dot {\n name Dot15\n xpos -80\n ypos 1595\n }\n Dot {\n name Dot13\n label Generate\n xpos -80\n ypos 1730\n }\nclone $Cb6bbff0 {\n inputs 3\n xpos 38\n ypos 1884\n selected false\n }\npush $Nc3a5700\npush $Nf34bf90\n Dot {\n name Dot26\n xpos 290\n ypos 356\n }\n Dot {\n name Dot11\n xpos 704\n ypos 356\n }\nclone $Cf5c5e70 {\n xpos 670\n ypos 522\n selected false\n }\nclone $Cb180650 {\n inputs 2\n xpos 670\n ypos 581\n selected false\n }\n Dot {\n name Dot21\n label Fill\n note_font_color 0xff\n xpos 704\n ypos 640\n }\npush $Nf360f00\n Dot {\n name Dot25\n xpos 43\n ypos 392\n }\n Dot {\n name Dot24\n xpos 429\n ypos 392\n }\nset Nf67b260 [stack 0]\n Dot {\n name Dot5\n xpos 566\n ypos 392\n }\nclone $Cf5c5e70 {\n xpos 532\n ypos 521\n selected false\n }\n Dot {\n name Dot22\n label Sample\n xpos 566\n ypos 639\n }\npush $Nf67b260\nclone $Cf63e3a0 {\n xpos 395\n ypos 519\n selected false\n }\n Dot {\n name Dot23\n label Generate\n xpos 429\n ypos 645\n }\nclone $Cb6bbff0 {\n inputs 3\n xpos 532\n ypos 755\n selected false\n }\n Dot {\n name Dot16\n xpos 566\n ypos 1788\n }\n Switch {\n inputs 2\n which {{method}}\n name Switch_Method\n label \"\\[value this.parent.method]\"\n xpos 38\n ypos 2047\n }\n Output {\n name Output1\n xpos 38\n ypos 2122\n }\n StickyNote {\n inputs 0\n name StickyNote4\n label \" Create an 2D array of colors and positions for all sample points \\n This is stored as an image and fed to the core algorithms \\n\"\n xpos -824\n ypos 103\n }\n StickyNote {\n inputs 0\n name StickyNote6\n label \" Stores the voronoi diagram and the distance to the next input point in each pixel. This will be used by the NNI \\n\"\n xpos -885\n ypos -324\n }\n StickyNote {\n inputs 0\n name StickyNote12\n label \" Upscaling the interpolated result with the Notch filter \\npreserves the smooth look and feel we want to achieve.\\n\"\n xpos -417\n ypos 1475\n }\n StickyNote {\n inputs 0\n name StickyNote1\n label \"Generating the Natural Neighbor Interpolation, \\n based on the Voronoi Diagram (rgb) and the Voronoi Distances (alpha) \"\n xpos -473\n ypos 1074\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_WaterLens.gizmo", "content": "Group {\n name WaterLens\n inputs 3\n tile_color 0xffccff\n addUserKnob {20 tab_general l General}\n addUserKnob {12 center}\n addUserKnob {26 \"\"}\n addUserKnob {7 zdistortion l \"z distortion\"}\n zdistortion 1\n addUserKnob {7 edgeScale l \"edge scale\" R 0 4}\n edgeScale 1\n addUserKnob {7 bend R -1 1}\n addUserKnob {41 filter l \"distortion filter\" T IDistort1.filter}\n addUserKnob {7 matte_filter l \"matte filter\"}\n matte_filter 0.2\n addUserKnob {26 \"\"}\n addUserKnob {41 abberation T killPanel.abberation}\n addUserKnob {26 \"\"}\n addUserKnob {20 grp_cc l \"color correction\" n 1}\n grp_cc 0\n addUserKnob {41 saturation T ColorCorrect.saturation}\n addUserKnob {41 contrast T ColorCorrect.contrast}\n addUserKnob {41 gamma T ColorCorrect.gamma}\n addUserKnob {41 gain T ColorCorrect.gain}\n addUserKnob {41 offset T ColorCorrect.offset}\n addUserKnob {20 endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {4 output M {composite element}}\n addUserKnob {20 tab_defocus l Defocus}\n addUserKnob {7 defocus_value l \"defocus value\" R 0 100}\n addUserKnob {26 \"\"}\n addUserKnob {41 auto_layer_spacing l \"automatic layer spacing\" T dof_setting2.auto_layer_spacing}\n addUserKnob {3 depth_layers l \"depth layers\" +DISABLED}\n depth_layers 50\n addUserKnob {7 layer_curve +DISABLED R 0 5}\n layer_curve 1\n addUserKnob {26 \"\"}\n addUserKnob {41 filter_type l \"filter type\" T ZDefocus.filter_type}\n addUserKnob {7 filter_shape l \"filter shape\"}\n filter_shape 1\n addUserKnob {7 aspect_ratio l \"aspect ratio\" R 0.5 2}\n aspect_ratio 1\n addUserKnob {3 blades +HIDDEN}\n blades 5\n addUserKnob {7 roundness +HIDDEN R -1 1}\n roundness 0.2\n addUserKnob {7 rotation +HIDDEN R 0 360}\n addUserKnob {7 inner_size l \"inner size\" +HIDDEN}\n inner_size 0.8\n addUserKnob {7 inner_feather l \"inner feather\" +HIDDEN}\n inner_feather 1\n addUserKnob {7 inner_brightness l \"inner brightness\" +HIDDEN}\n inner_brightness 0.8\n addUserKnob {7 catadioptric_size l \"catadioptric size\" +HIDDEN}\n catadioptric_size 0.3\n addUserKnob {6 catadioptric -STARTLINE +HIDDEN}\n addUserKnob {20 grp_image l \"image filter\" n 1}\n grp_image 0\n addUserKnob {41 filter_channel l \"filter channel\" T ZDefocus.filter_channel}\n addUserKnob {41 use_input_channels l \"use input channels\" -STARTLINE T ZDefocus.use_input_channels}\n addUserKnob {41 image_filter l \"image filter\" T ZDefocus.image_filter}\n addUserKnob {41 clamp_image_filter l \"clamp image filter\" -STARTLINE T ZDefocus.clamp_image_filter}\n addUserKnob {20 endGroup_1 l endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {6 gamma_correction l \"gamma correction\" +STARTLINE}\n addUserKnob {41 bloom -STARTLINE T dof_setting.bloom}\n addUserKnob {7 bloom_threshold l \"bloom threshold\"}\n bloom_threshold 0.8\n addUserKnob {7 bloom_gain l \"bloom gain\" R 1 4}\n bloom_gain 2\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T 1.1}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2019-04-17}\n addUserKnob {26 l_CHANGELOG l Changelog T \"1.1\\n- soften abberation\\n\\n1.0\\n- create water droplet\"}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n}\n BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0xff\n label \"dont touch\"\n note_font_size 42\n xpos -424\n ypos 1127\n bdwidth 353\n bdheight 281\n }\n Input {\n inputs 0\n name filter\n xpos -812\n ypos 1264\n number 2\n }\n Input {\n inputs 0\n name mask\n xpos -1138\n ypos -508\n number 1\n }\n Shuffle {\n red alpha\n green alpha\n blue alpha\n name Shuffle1\n xpos -1138\n ypos -421\n }\n Dot {\n name Dot2\n xpos -1104\n ypos -213\n }\nset N27c12c40 [stack 0]\n Histogram {\n in {{0.2-(parent.matte_filter/10)} 1 {0.2+(parent.matte_filter/10)}}\n name Histogram1\n xpos -1138\n ypos 46\n }\n Shuffle {\n red black\n green black\n blue black\n alpha red\n name Shuffle3\n xpos -1138\n ypos 126\n }\n Dot {\n name Dot7\n xpos -1104\n ypos 814\n }\npush $N27c12c40\n Input {\n inputs 0\n name img\n xpos 221\n ypos -515\n }\n Dot {\n name Dot1\n xpos 255\n ypos -348\n }\nset N27c27b60 [stack 0]\n Remove {\n operation keep\n channels rgb\n name Remove2\n xpos 38\n ypos -351\n }\n Dot {\n name Dot5\n xpos -326\n ypos -348\n }\nset N27c2e6e0 [stack 0]\n Remove {\n name Remove1\n xpos -552\n ypos -355\n }\n Dot {\n name Dot4\n xpos -647\n ypos -348\n }\nset N27c35120 [stack 0]\n Dot {\n name Dot3\n xpos -866\n ypos -348\n }\n Merge2 {\n inputs 2\n name Merge1\n xpos -900\n ypos -216\n }\n FilterErode {\n size {{1000-(parent.zdistortion*1000)} {1000-(parent.zdistortion*1000)}}\n filter gaussian\n name FilterErode1\n xpos -900\n ypos -136\n }\n Invert {\n channels alpha\n name Invert1\n xpos -900\n ypos -25\n }\n Shuffle {\n red black\n green black\n blue alpha\n alpha black\n name Shuffle2\n xpos -900\n ypos 54\n }\npush $N27c35120\n Expression {\n expr0 \"(x-\\[value center.x])/width\"\n expr1 \"(y-\\[value center.y])/height\"\n name Expression1\n xpos -681\n ypos -26\n addUserKnob {20 User}\n addUserKnob {12 center}\n center {{parent.center} {parent.center}}\n }\n Merge2 {\n inputs 2\n operation plus\n name Merge2\n xpos -681\n ypos 54\n }\n Grade {\n channels {rgba.red rgba.green -rgba.blue none}\n blackpoint {{parent.bend*0.5}}\n white {{parent.zdistortion/10}}\n gamma {{parent.edgeScale}}\n black_clamp false\n maskChannelInput rgba.blue\n name Grade1\n xpos -681\n ypos 144\n }\n Dot {\n name Dot6\n xpos -647\n ypos 498\n }\npush $N27c2e6e0\n Crop {\n box {0 0 {input.width} {input.height}}\n crop false\n name Crop1\n xpos -360\n ypos -274\n }\n Dot {\n name Dot8\n xpos -326\n ypos -77\n }\nset N27c729d0 [stack 0]\n Dot {\n name Dot10\n xpos -215\n ypos -77\n }\nset N27c74e90 [stack 0]\n Dot {\n name Dot9\n xpos -106\n ypos -77\n }\n Shuffle {\n red black\n green black\n alpha black\n name blue\n tile_color 0xffff\n xpos -140\n ypos -3\n }\n Transform {\n scale {{1+(parent.abberation.b/10)}}\n center {{parent.center} {parent.center}}\n invert_matrix true\n black_outside false\n name Transform2\n xpos -140\n ypos 77\n }\n Blur {\n channels {-rgba.red -rgba.green rgba.blue none}\n size {{abs(parent.abberation.b*10)}}\n name Blur3\n xpos -140\n ypos 147\n }\n Dot {\n name Dot12\n xpos -106\n ypos 320\n }\npush $N27c74e90\n Shuffle {\n red black\n blue black\n alpha black\n name green\n tile_color 0xff00ff\n xpos -249\n ypos -3\n }\n Transform {\n scale {{1+(parent.abberation.g/10)}}\n center {{parent.center} {parent.center}}\n invert_matrix true\n black_outside false\n name Transform4\n xpos -249\n ypos 77\n }\n Blur {\n channels {-rgba.red rgba.green -rgba.blue none}\n size {{abs(parent.abberation.g*10)}}\n name Blur2\n xpos -249\n ypos 147\n }\n Dot {\n name Dot11\n xpos -215\n ypos 240\n }\npush $N27c729d0\n Shuffle {\n green black\n blue black\n alpha black\n name red\n tile_color 0xff0000ff\n xpos -360\n ypos -3\n }\n Transform {\n scale {{1+(parent.abberation.r/10)}}\n center {{parent.center} {parent.center}}\n invert_matrix true\n black_outside false\n name Transform1\n xpos -360\n ypos 77\n }\n Blur {\n channels {rgba.red -rgba.green -rgba.blue none}\n size {{abs(parent.abberation.r*10)}}\n name Blur1\n xpos -360\n ypos 149\n }\n Merge2 {\n inputs 2\n operation max\n name Merge5\n xpos -360\n ypos 237\n }\n Merge2 {\n inputs 2\n operation max\n name Merge6\n xpos -360\n ypos 317\n }\n ShuffleCopy {\n inputs 2\n red red\n green green\n out forward\n name ShuffleCopy1\n xpos -360\n ypos 495\n }\n IDistort {\n channels rgb\n uv forward\n uv_scale -4750\n name IDistort1\n xpos -360\n ypos 575\n }\n Shuffle {\n alpha white\n name Shuffle4\n xpos -360\n ypos 655\n }\n ColorCorrect {\n name ColorCorrect\n xpos -360\n ypos 735\n }\n Merge2 {\n inputs 2\n operation mask\n name Merge3\n xpos -360\n ypos 811\n }\n Shuffle {\n red black\n green black\n blue black\n alpha black\n out depth\n name Shuffle5\n xpos -360\n ypos 933\n }\n ZDefocus2 {\n inputs 2\n channels rgba\n focal_point {10000 10000}\n size {{parent.defocus_value}}\n max_size {{parent.defocus_value}}\n autoLayerSpacing {{parent.auto_layer_spacing}}\n layers {{parent.depth_layers}}\n layerCurve {{parent.layer_curve}}\n legacy_resize_mode false\n show_legacy_resize_mode false\n shape {{parent.filter_shape}}\n aspect {{parent.aspect_ratio}}\n blades {{parent.blades}}\n roundness {{parent.roundness}}\n rotation {{parent.rotation}}\n inner_size {{parent.inner_size}}\n inner_feather {{parent.inner_feather}}\n inner_brightness {{parent.inner_brightness}}\n catadioptric_size {{parent.catadioptric_size}}\n catadioptric {{parent.catadioptric}}\n bloom_gamma {{parent.gamma_correction}}\n bloom {{parent.bloom}}\n bloom_threshold {{parent.bloom_threshold}}\n bloom_gain {{parent.bloom_gain}}\n name ZDefocus\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nknob_ls = \\['filter_shape','aspect_ratio','blades','roundness','rotation','inner_size','inner_feather','inner_brightness','catadioptric_size','catadioptric']\\nfor i in range( len(knob_ls) ) :\\n if thisGRP\\['filter_type'].getValue() == 0 :\\n if i < 2 :\\n thisGRP\\[knob_ls\\[i]].setVisible(True)\\n else :\\n thisGRP\\[knob_ls\\[i]].setVisible(False)\\n elif thisGRP\\['filter_type'].getValue() == 1 :\\n if i != 0 :\\n thisGRP\\[knob_ls\\[i]].setVisible(True)\\n else :\\n thisGRP\\[knob_ls\\[i]].setVisible(False)\\n else :\\n thisGRP\\[knob_ls\\[i]].setVisible(False)\\n\"\n xpos -360\n ypos 1260\n disable {{\"parent.defocus_value <= 1 ? 1 : 0\"}}\n }\n Remove {\n operation keep\n channels rgba\n name Remove3\n xpos -360\n ypos 1562\n }\n Dot {\n name Dot13\n xpos -326\n ypos 1642\n }\nset N278b2140 [stack 0]\npush $N278b2140\npush $N27c27b60\n Merge2 {\n inputs 2\n bbox B\n name Merge4\n xpos 221\n ypos 1639\n }\n Switch {\n inputs 2\n which {{output}}\n name Switch1\n xpos 221\n ypos 1865\n }\n Output {\n name Output1\n xpos 221\n ypos 2076\n }\n NoOp {\n inputs 0\n name killPanel\n knobChanged \"\\nthisNODE = nuke.thisNode()\\nfor knob in thisNODE.knobs() :\\n if knob\\[:11] == 'abberation_' :\\n thisNODE.removeKnob(thisNODE\\[knob])\\n\"\n xpos -203\n ypos 1199\n addUserKnob {20 User}\n addUserKnob {18 abberation}\n abberation {0.2 0 -0.2}\n addUserKnob {6 abberation_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 abberation_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 abberation_panelDropped_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n }\n NoOp {\n inputs 0\n name dof_setting\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nknob_ls = \\['bloom_threshold','bloom_gain']\\nfor i in range( len(knob_ls) ) :\\n if thisGRP\\['bloom'].getValue() == 0 :\\n thisGRP\\[knob_ls\\[i]].setEnabled(False)\\n else :\\n thisGRP\\[knob_ls\\[i]].setEnabled(True)\\n\"\n xpos -202\n ypos 1258\n addUserKnob {20 User}\n addUserKnob {6 bloom +STARTLINE}\n bloom true\n }\n NoOp {\n inputs 0\n name dof_setting2\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nknob_ls = \\['depth_layers','layer_curve']\\nfor i in range( len(knob_ls) ) :\\n if thisGRP\\['auto_layer_spacing'].getValue() == 0 :\\n thisGRP\\[knob_ls\\[i]].setEnabled(True)\\n else :\\n thisGRP\\[knob_ls\\[i]].setEnabled(False)\\n\"\n xpos -203\n ypos 1322\n addUserKnob {20 User}\n addUserKnob {6 auto_layer_spacing l \"automatic layer spacing\" +STARTLINE}\n auto_layer_spacing true\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_WaveletBlur.gizmo", "content": "Group {\n name WaveletBlur\n tile_color 0x1f00ffff\n selected true\n addUserKnob {20 User l General}\n addUserKnob {26 info_header l \"\" +STARTLINE T \"Wavelet Blur \\nby Mads Hagbarth Lund 2015 - www.hagbarth.net\"}\n addUserKnob {41 useGPUIfAvailable l \"Use GPU if available\" T BlinkScript3.useGPUIfAvailable}\n addUserKnob {26 \"\"}\n addUserKnob {41 range l \"Frequency Range\" T Controller.range}\n addUserKnob {26 \"\"}\n addUserKnob {4 Algorithm M {\"Edge Preserving\" Gaussian}}\n addUserKnob {7 BlurSize l \"Blur Size\"}\n BlurSize 0.84\n addUserKnob {7 EdgeThreshold l \"Edge Threshold\"}\n EdgeThreshold 0.08\n}\n BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0xf3f3f3ff\n xpos 599\n ypos 601\n bdwidth 122\n bdheight 147\n }\n BackdropNode {\n inputs 0\n name BackdropNode2\n tile_color 0xf3f3f3ff\n xpos 472\n ypos 602\n bdwidth 125\n bdheight 388\n }\n BackdropNode {\n inputs 0\n name BackdropNode3\n tile_color 0xf3f3f3ff\n xpos 358\n ypos 741\n bdwidth 125\n bdheight 388\n }\n Input {\n inputs 0\n name InputMask\n xpos 583\n ypos 1317\n number 1\n }\n Input {\n inputs 0\n name Input1\n xpos 427\n ypos 340\n }\n Dot {\n name Dot3\n xpos 461\n ypos 438\n }\nset N276573a0 [stack 0]\n Grade {\n gamma 5\n black_clamp false\n name Grade7\n xpos 427\n ypos 517\n }\n Dot {\n name Dot15\n xpos 461\n ypos 595\n }\nset N2753f720 [stack 0]\n Dot {\n name Dot20\n xpos 461\n ypos 734\n }\nset N27543a40 [stack 0]\n Dot {\n name Dot21\n xpos 351\n ypos 734\n }\npush $N27543a40\n Blur {\n size {{parent.Controller.range.A*100}}\n name Blur5\n xpos 427\n ypos 823\n }\n set C2754c110 [stack 0]\nset N2754c110 [stack 0]\n Merge2 {\n inputs 2\n operation minus\n name Merge9\n xpos 317\n ypos 829\n }\n Dot {\n name Dot16\n xpos 351\n ypos 1125\n }\npush $N2753f720\n Dot {\n name Dot19\n xpos 593\n ypos 595\n }\nset N23ab64e0 [stack 0]\n Dot {\n name Dot23\n xpos 718\n ypos 595\n }\n Blur {\n size {{parent.BlurSize*50}}\n name Blur7\n xpos 684\n ypos 661\n }\n Dot {\n name Dot27\n xpos 718\n ypos 743\n }\npush $N23ab64e0\n BlinkScript {\n recompileCount 3\n ProgramGroup 1\n KernelDescription \"2 \\\"SaturationKernel\\\" iterate pixelWise 395e3a3b2514398fbe769be874921fe9db9395d0bc5cc92a7bd3c6ab150f5430 2 \\\"src\\\" Read Random \\\"dst\\\" Write Point 3 \\\"FilterSize\\\" Int 1 DwAAAA== \\\"PositionalSigma\\\" Float 1 AAAgQQ== \\\"ColorSigma\\\" Float 1 zczMPQ== 3 \\\"MSIZE\\\" 1 1 \\\"SIGMA\\\" 1 1 \\\"BSIGMA\\\" 1 1 1 \\\"coefficients\\\" Float 3 1 AAAAAAAAAAAAAAAAAAAAAA==\"\n kernelSource \"//Port of mrharicot's bilateral implamentation.\\n\\nkernel SaturationKernel : ImageComputationKernel\\n\\{\\n Image src; // the input image\\n Image dst; // the output image\\n\\n param:\\n int MSIZE; // This parameter is made available to the user.\\n float SIGMA;\\n float BSIGMA;\\n\\n local:\\n float3 coefficients; // This local variable is not exposed to the user.\\n\\n // In define(), parameters can be given labels and default values.\\n void define() \\{\\n defineParam(MSIZE, \\\"FilterSize\\\", 15);\\n defineParam(SIGMA, \\\"PositionalSigma\\\", 10.0f);\\n defineParam(BSIGMA, \\\"ColorSigma\\\", 0.1f); \\n \\}\\n\\nfloat normpdf(float x, float sigma)\\n\\{\\n return 0.39894f*exp(-0.5f*x*x/(sigma*sigma))/sigma;\\n\\}\\n\\nfloat normpdf3(float3 v, float sigma)\\n\\{\\n return 0.39894f*exp(-0.5f*dot(v,v)/(sigma*sigma))/sigma;\\n\\}\\n\\n void process(int2 pos) \\{\\n float4 ss = src(pos.x,pos.y);\\n float3 c = float3(ss.x,ss.y,ss.z);\\n \\n\\n const int kSize = (MSIZE-1)/2;\\n\\n float kernelB\\[100];\\n float3 final_colour = float3(0.0);\\n \\n\\n float Z = 0.0;\\n for (int j = 0; j <= kSize; ++j)\\n \\{\\n kernelB\\[kSize+j] = kernelB\\[kSize-j] = normpdf(float(j), SIGMA);\\n \\}\\n \\n \\n float3 cc;\\n float factor;\\n float bZ = 1.0f/normpdf(0.0f, BSIGMA);\\n for (int i=-kSize; i <= kSize; ++i)\\n \\{\\n for (int j=-kSize; j <= kSize; ++j)\\n \\{\\n ss = src(pos.x+i,pos.y+j);\\n cc = float3(ss.x,ss.y,ss.z);\\n factor = normpdf3(cc-c, BSIGMA)*bZ*kernelB\\[kSize+j]*kernelB\\[kSize+i];\\n Z += factor;\\n final_colour += factor*cc;\\n\\n \\}\\n \\} \\n final_colour = final_colour/Z;\\n dst() = float4(final_colour.x,final_colour.y,final_colour.z, 1.0f);\\n \\}\\n\\};\\n\"\n rebuild \"\"\n SaturationKernel_FilterSize {{parent.BlurSize*50}}\n SaturationKernel_ColorSigma {{(parent.EdgeThreshold/2)+0.00000000001}}\n rebuild_finalise \"\"\n name BlinkScript3\n selected true\n xpos 559\n ypos 647\n }\n Switch {\n inputs 2\n which {{parent.Algorithm}}\n name Switch2\n xpos 559\n ypos 739\n }\nclone $C2754c110 {\n xpos 559\n ypos 823\n selected false\n }\n Dot {\n name Dot24\n xpos 593\n ypos 909\n }\nset N2706ae00 [stack 0]\n Dot {\n name Dot25\n xpos 733\n ypos 909\n }\npush $N2706ae00\n Blur {\n size {{(parent.Controller.range.B*100)-(parent.Controller.range.A*100)}}\n name Blur6\n xpos 559\n ypos 975\n }\n set C27076150 [stack 0]\n Merge2 {\n inputs 2\n operation minus\n name Merge14\n xpos 699\n ypos 981\n }\n Dot {\n name Dot22\n xpos 733\n ypos 1053\n }\npush $N2754c110\n Dot {\n name Dot17\n xpos 461\n ypos 907\n }\nclone $C27076150 {\n xpos 427\n ypos 973\n selected false\n }\n Merge2 {\n inputs 2\n operation plus\n name Merge12\n xpos 427\n ypos 1049\n }\n Merge2 {\n inputs 2\n operation plus\n name Merge13\n xpos 427\n ypos 1121\n }\n Grade {\n gamma {{1/parent.Grade7.gamma}}\n black_clamp false\n name Grade8\n xpos 427\n ypos 1193\n }\npush $N276573a0\n Dot {\n name Dot2\n xpos 120\n ypos 438\n }\n Dot {\n name Dot1\n xpos 120\n ypos 1321\n }\n Merge2 {\n inputs 2+1\n operation copy\n name Merge1\n xpos 427\n ypos 1317\n }\n Output {\n name Output1\n xpos 427\n ypos 1427\n }\n Keyer {\n inputs 0\n operation \"luminance key\"\n range {0.03182369132 0.8689237646 1 1}\n name Controller\n xpos 183\n ypos 819\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_WhiteBalance.gizmo", "content": "Group {\n name WhiteBalance\n knobChanged \"n = nuke.thisNode()\\nk = nuke.thisKnob()\\n\\nif k.name() == 'reverse':\\n if n.knob('reverse').value() == True:\\n n.knob('reverseText').setValue('Reversed')\\n else:\\n n.knob('reverseText').setValue('')\\n\"\n tile_color 0x6493e9ff\n label \"\\[value reverseText]\"\n note_font_color 0xffffffff\n selected true\n addUserKnob {20 WhiteBalance}\n addUserKnob {26 directions l Directions: T \"Sample white area in image\"}\n addUserKnob {41 channels T Grade8.channels}\n addUserKnob {41 whitepoint T Grade8.whitepoint}\n addUserKnob {6 reverse +STARTLINE}\n addUserKnob {1 reverseText l Reversed +INVISIBLE}\n addUserKnob {26 \"\" l mask T \"\"}\n addUserKnob {41 maskChannelInput l \"\" -STARTLINE T Grade8.maskChannelInput}\n addUserKnob {41 inject -STARTLINE T Grade8.inject}\n addUserKnob {41 invert_mask l invert -STARTLINE T Grade8.invert_mask}\n addUserKnob {41 fringe -STARTLINE T Grade8.fringe}\n addUserKnob {41 unpremult l \"(un)premult by\" T Grade8.unpremult}\n addUserKnob {41 invert_unpremult l invert -STARTLINE T Grade8.invert_unpremult}\n addUserKnob {41 mix T Grade8.mix}\n}\n Input {\n inputs 0\n name Inputmask\n xpos -205\n ypos -441\n number 1\n }\n Input {\n inputs 0\n name Input\n xpos -341\n ypos -519\n }\n Grade {\n inputs 1+1\n whitepoint {1 1 1 0}\n white {{(whitepoint.r*0.2126)+(whitepoint.g*0.7152)+(whitepoint.b*0.0722)}}\n reverse {{parent.reverse}}\n black_clamp false\n invert_mask true\n name Grade8\n label WB\n xpos -341\n ypos -445\n }\n Output {\n name Output1\n xpos -341\n ypos -366\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_WhiteSoftClip.gizmo", "content": "set cut_paste_input [stack 0]\npush $cut_paste_input\nGroup {\n name WhiteSoftClip\n tile_color 0xffffffff\n label \"(Max: \\[value maxValue])\"\n note_font \"Helvetica Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold\"\n note_font_color 0xff\n selected true\n addUserKnob {20 WhiteSoftClip}\n addUserKnob {7 maxValue l \"Max Value\" R 0 25}\n maxValue 16\n addUserKnob {26 \"\"}\n addUserKnob {41 output2 l operation T BlacksMatch.output2}\n addUserKnob {41 soft l FallOff T BlacksMatch.soft}\n addUserKnob {41 aboveBase l \"Color Mult\" T BlacksMatch.aboveBase}\n addUserKnob {26 \"\"}\n addUserKnob {41 mode l \"luminance math\" T Saturation30.mode}\n addUserKnob {41 mixValue l \"Restore Color\" T Dissolve18.which}\n addUserKnob {26 \"\"}\n addUserKnob {41 maskChannelMask l mask -STARTLINE T MergeMix.maskChannelMask}\n addUserKnob {41 inject -STARTLINE T MergeMix.inject}\n addUserKnob {41 invert_mask l invert -STARTLINE T MergeMix.invert_mask}\n addUserKnob {41 fringe -STARTLINE T MergeMix.fringe}\n addUserKnob {41 mix T MergeMix.mix}\n addUserKnob {20 info l Info}\n addUserKnob {26 creator l Creator: T \"Tony Lyons\"}\n addUserKnob {26 desc l Description t \"Soft clips white point so that it does not exceed the maximum value. \\n\\nAbility to control the soft falloff of whitepoint\\n\\nShift between preserving luminance and preserving hue\\n\\n\" T WhiteSoftClip}\n addUserKnob {26 ver l Version: T v05}\n}\n Input {\n inputs 0\n name Inputmask\n xpos -213\n ypos 870\n number 1\n }\n Dot {\n name Dot57\n xpos -179\n ypos 983\n }\n Input {\n inputs 0\n name Input\n xpos -605\n ypos -291\n }\n Dot {\n name Dot7\n note_font_size 41\n xpos -571\n ypos -172\n }\nset Nc691f020 [stack 0]\n Dot {\n name Dot54\n note_font_size 41\n xpos -571\n ypos -52\n }\nset Nc6922e90 [stack 0]\n Dot {\n name Dot6\n note_font_size 41\n xpos -755\n ypos -52\n }\n Expression {\n expr0 r<0?r:0\n expr1 g<0?g:0\n expr2 b<0?b:0\n expr3 min(r,g,b)<0?1:0\n name Expression4\n xpos -789\n ypos 91\n }\n Premult {\n name Premult1\n xpos -789\n ypos 115\n }\n Dot {\n name Dot5\n note_font_size 41\n xpos -755\n ypos 867\n }\npush $Nc6922e90\n Expression {\n expr0 r<0?0:r\n expr1 g<0?0:g\n expr2 b<0?0:b\n name Expression3\n xpos -605\n ypos 93\n }\n Add {\n channels rgb\n value 0.0001\n name Add1\n xpos -605\n ypos 117\n }\n Dot {\n name Dot4\n note_font_size 41\n xpos -571\n ypos 178\n }\nset Nc683a0b0 [stack 0]\n Dot {\n name Dot52\n note_font_size 41\n xpos -149\n ypos 178\n }\nset Nc683df40 [stack 0]\n Dot {\n name Dot53\n note_font_size 41\n xpos 9\n ypos 178\n }\npush $Nc683df40\n Saturation {\n saturation 0\n mode Maximum\n name Saturation30\n xpos -183\n ypos 233\n }\nset Nc6845ce0 [stack 0]\n Merge2 {\n inputs 2\n operation divide\n output {rgba.red rgba.green rgba.blue -rgba.alpha}\n name Merge553\n xpos -25\n ypos 233\n }\npush $Nc6845ce0\n Expression {\n expr0 1/r\n expr1 1/g\n expr2 1/b\n name Expression8\n xpos -183\n ypos 360\n }\n Group {\n name BlacksMatch2\n knobChanged \"n = nuke.thisNode()\\nk = nuke.thisKnob()\\nif k.name() == \\\"inputChange\\\":\\n nsd = nuke.toNode(\\\"SwitchDefault\\\")\\n n\\[\\\"default_black\\\"].setEnabled(nsd\\[\\\"which\\\"].getValue()==1)\"\n tile_color 0xff\n label \"Fall Off: \\[value soft]\\nColor Mult: \\[value aboveBase]\"\n note_font \"Helvetica Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold\"\n xpos -183\n ypos 424\n addUserKnob {20 BlacksMatch}\n addUserKnob {6 default_black_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {4 output1 l \" output\" M {Final \"Preview Channel Key\" \"\" \"\" \"\" \"\" \"\" \"\" \"\"}}\n addUserKnob {41 output2 l operation T Settings.operation}\n addUserKnob {41 unpremultiplication l \"Unpremult before operation?\" T Settings.unpremult}\n addUserKnob {26 \"\"}\n addUserKnob {18 default_black l \"default black\"}\n default_black {{1/maxValue}}\n addUserKnob {6 default_black_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 default_black_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 default_black_panelDropped_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 default_black_panelDropped_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 default_black_panelDropped_1_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 default_black_panelDropped_1_1_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 default_black_panelDropped_1_1_1_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 default_black_panelDropped_1_1_1_1_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 default_black_panelDropped_1_1_1_1_1_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 default_black_panelDropped_1_1_1_1_1_1_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {26 \"\"}\n addUserKnob {41 soft l FallOff T Settings.soft}\n addUserKnob {41 aboveBase l \"Black Color Mult\" T Settings.aboveBase}\n addUserKnob {26 \"\"}\n addUserKnob {41 maskChannelMask l mask -STARTLINE T MergeKeymix.maskChannelMask}\n addUserKnob {41 inject -STARTLINE T MergeKeymix.inject}\n addUserKnob {41 invert_mask l invert -STARTLINE T MergeKeymix.invert_mask}\n addUserKnob {41 fringe -STARTLINE T MergeKeymix.fringe}\n addUserKnob {41 mix T MergeKeymix.mix}\n addUserKnob {20 info l Info}\n addUserKnob {26 creator l Creator: T \"Tony Lyons\"}\n addUserKnob {26 desc l Description: t \"Plug an image /constant you wish to be your blackpoint into BlackColor input.\\n\\nControl the falloff of Toe of the blackpoint and\\nchoose between a screen, plus, and hypot\\noperation\" T BlacksMatch}\n addUserKnob {1 ver l Version:}\n ver v08\n addUserKnob {1 operation l INVISIBLE +INVISIBLE}\n operation \"\\[value output2])(\\[value ver]\"\n }\n StickyNote {\n inputs 0\n name StickyNote2\n tile_color 0xff\n label green\n note_font_size 41\n note_font_color 0xffffffff\n xpos 177\n ypos 466\n }\n StickyNote {\n inputs 0\n name StickyNote1\n tile_color 0xff\n label red\n note_font_size 41\n note_font_color 0xffffffff\n xpos 188\n ypos 350\n }\n StickyNote {\n inputs 0\n name StickyNote3\n tile_color 0xff\n label blue\n note_font_size 41\n note_font_color 0xffffffff\n xpos 186\n ypos 570\n }\n StickyNote {\n inputs 0\n name StickyNote4\n tile_color 0xff\n label \"min will be \\nblack color\"\n note_font_size 31\n note_font_color 0xffffffff\n xpos 143\n ypos 704\n }\n Input {\n inputs 0\n name Inputimg\n xpos 322\n ypos -550\n }\n Dot {\n name Dot17\n xpos 356\n ypos -418\n }\nset Nc68896f0 [stack 0]\n AddChannels {\n channels rgba\n color 1\n name AddChannels1\n xpos 322\n ypos -365\n }\n Dot {\n name Dot5\n note_font_size 41\n xpos 356\n ypos -288\n }\nset Nc6894ab0 [stack 0]\n Grade {\n white 0\n multiply 0\n add {{parent.default_black} {parent.default_black} {parent.default_black} {parent.default_black}}\n black_clamp false\n name Grade1\n label color\n xpos 905\n ypos -295\n }\n Input {\n inputs 0\n name InputBlackColor\n xpos 1138\n ypos -569\n number 1\n }\n Switch {\n inputs 2\n which {{\"!\\[exists parent.input1]\"}}\n name SwitchDefault\n xpos 1138\n ypos -291\n }\n Dot {\n name Dot26\n label \"Black Color\"\n note_font_size 41\n xpos 1172\n ypos -212\n }\n Dot {\n name Dot4\n note_font_size 41\n xpos 1172\n ypos -124\n }\nset Nc68b3c40 [stack 0]\n Multiply {\n channels rgb\n value {{parent.Settings.aboveBase}}\n name Multiply1\n label \"mult black color\"\n xpos 1138\n ypos -29\n }\n Multiply {\n channels rgb\n value 4\n name Multiply2\n label \"boosted for hypot\"\n xpos 1138\n ypos 46\n disable {{\"Settings.operation == 3 ? 0 : 1\"}}\n }\npush $Nc6894ab0\n Unpremult {\n name Unpremult1\n xpos 322\n ypos -17\n disable {{!parent.Settings.unpremult i}}\n }\n Dot {\n name Dot18\n xpos 356\n ypos 145\n }\nset Nc6946d00 [stack 0]\n MergeExpression {\n inputs 2\n expr0 Br/Ar\n expr1 Bg/Ag\n expr2 Bb/Ab\n name MergeDivide\n xpos 1138\n ypos 142\n }\n Invert {\n channels rgb\n name Invert1\n xpos 1138\n ypos 209\n }\n Gamma {\n channels rgb\n value {{((1/Settings.aboveBase)*Settings.soft)+(Settings.soft)}}\n name Gamma1\n xpos 1138\n ypos 264\n }\n Dot {\n name Dot19\n xpos 1172\n ypos 364\n }\nset Nc62ba4f0 [stack 0]\n Dot {\n name Dot20\n xpos 1172\n ypos 478\n }\nset Nc68d24b0 [stack 0]\n Dot {\n name Dot21\n xpos 1172\n ypos 586\n }\nset Nc68d6210 [stack 0]\n Dot {\n name Dot1\n xpos 1172\n ypos 1150\n }\n Input {\n inputs 0\n name Inputmask\n xpos 864\n ypos 836\n number 2\n }\n Dot {\n name Dot29\n xpos 898\n ypos 1015\n }\npush $Nc68b3c40\n Dot {\n name Dot23\n xpos 706\n ypos -124\n }\n Dot {\n name Dot6\n note_font_size 41\n xpos 706\n ypos 293\n }\nset Nc68e9be0 [stack 0]\n Dot {\n name Dot2\n note_font_size 41\n xpos 706\n ypos 404\n }\nset Nc68eda90 [stack 0]\n Dot {\n name Dot3\n note_font_size 41\n xpos 706\n ypos 523\n }\nset Nc68f1940 [stack 0]\n Dot {\n name Dot7\n note_font_size 41\n xpos 706\n ypos 731\n }\npush $Nc68d6210\npush $Nc68f1940\npush $Nc68d24b0\npush $Nc68eda90\npush $Nc62ba4f0\npush $Nc68e9be0\npush $Nc6946d00\n Merge2 {\n inputs 2+1\n operation {{parent.Settings.witch}}\n bbox B\n Achannels {rgba.red -rgba.green -rgba.blue -rgba.alpha}\n Bchannels {rgba.red -rgba.green -rgba.blue -rgba.alpha}\n output {rgba.red -rgba.green -rgba.blue -rgba.alpha}\n maskChannelMask rgba.red\n maskChannelInput -rgba.red\n name Merge3\n label \"\\[value maskChannelMask]\"\n xpos 322\n ypos 357\n }\n Merge2 {\n inputs 2+1\n operation {{parent.Settings.witch x1 13}}\n bbox B\n Achannels {-rgba.red rgba.green -rgba.blue -rgba.alpha}\n Bchannels {-rgba.red rgba.green -rgba.blue -rgba.alpha}\n output {-rgba.red rgba.green -rgba.blue -rgba.alpha}\n maskChannelMask rgba.green\n maskChannelInput -rgba.red\n name Merge4\n label \"\\[value maskChannelMask]\"\n xpos 322\n ypos 471\n }\n Merge2 {\n inputs 2+1\n operation {{parent.Settings.witch}}\n bbox B\n Achannels {-rgba.red -rgba.green rgba.blue -rgba.alpha}\n Bchannels {-rgba.red -rgba.green rgba.blue -rgba.alpha}\n output {-rgba.red -rgba.green rgba.blue -rgba.alpha}\n maskChannelMask rgba.blue\n maskChannelInput -rgba.red\n name Merge5\n label \"\\[value maskChannelMask]\"\n xpos 322\n ypos 579\n }\n Merge2 {\n inputs 2\n operation max\n bbox B\n Achannels {rgba.red rgba.green rgba.blue -rgba.alpha}\n Bchannels {rgba.red rgba.green rgba.blue -rgba.alpha}\n output {rgba.red rgba.green rgba.blue -rgba.alpha}\n name Merge1\n xpos 322\n ypos 728\n }\n Premult {\n name Premult4\n xpos 322\n ypos 881\n disable {{!parent.Settings.unpremult i}}\n }\npush $Nc68896f0\n Dot {\n name Dot28\n xpos -146\n ypos -418\n }\n Dot {\n name Dot30\n xpos -146\n ypos 1015\n }\n Merge2 {\n inputs 2+1\n operation copy\n bbox B\n Achannels {rgba.red rgba.green rgba.blue -rgba.alpha}\n Bchannels {rgba.red rgba.green rgba.blue -rgba.alpha}\n output {rgba.red rgba.green rgba.blue -rgba.alpha}\n name MergeKeymix\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 322\n ypos 1012\n }\n Switch {\n inputs 2\n which {{output1 i x1067 0}}\n name Switch1\n xpos 322\n ypos 1147\n }\n Output {\n name Output1\n xpos 322\n ypos 1395\n }\n NoOp {\n inputs 0\n name Settings\n note_font_size 51\n xpos 43\n ypos -286\n addUserKnob {20 User}\n addUserKnob {4 operation M {plus screen hypot \"\"}}\n operation {{parent.parent.BlacksMatch.Settings.operation}}\n addUserKnob {7 witch}\n witch {{\"Settings.operation == 0 ? 24 : Settings.operation == 1 ? 25 : 13\"}}\n addUserKnob {7 soft}\n soft {{parent.parent.BlacksMatch.Settings.soft}}\n addUserKnob {7 aboveBase R 1 5}\n aboveBase {{parent.parent.BlacksMatch.Settings.aboveBase}}\n addUserKnob {6 unpremult l \"Unpremult before operation?\" +STARTLINE}\n }\n end_group\n Expression {\n expr0 1/r\n expr1 1/g\n expr2 1/b\n name Expression9\n xpos -183\n ypos 509\n }\n Dot {\n name Dot50\n note_font_size 41\n xpos -149\n ypos 576\n }\n Merge2 {\n inputs 2\n operation multiply\n output {rgba.red rgba.green rgba.blue -rgba.alpha}\n name Merge554\n xpos -25\n ypos 572\n }\n Dot {\n name Dot55\n note_font_size 41\n xpos 9\n ypos 669\n }\n Dot {\n name Dot56\n note_font_size 41\n xpos -404\n ypos 669\n }\nset Nc62e4bc0 [stack 0]\n Dot {\n name Dot1\n note_font_size 41\n xpos -404\n ypos 745\n }\npush $Nc62e4bc0\npush $Nc683a0b0\n Expression {\n expr0 1/r\n expr1 1/g\n expr2 1/b\n name Expression10\n xpos -605\n ypos 353\n }\n Group {\n name BlacksMatch\n knobChanged \"n = nuke.thisNode()\\nk = nuke.thisKnob()\\nif k.name() == \\\"inputChange\\\":\\n nsd = nuke.toNode(\\\"SwitchDefault\\\")\\n n\\[\\\"default_black\\\"].setEnabled(nsd\\[\\\"which\\\"].getValue()==1)\"\n tile_color 0xff\n label \"Fall Off: \\[value soft]\\nColor Mult: \\[value aboveBase]\"\n note_font \"Helvetica Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold\"\n xpos -605\n ypos 427\n addUserKnob {20 BlacksMatch}\n addUserKnob {6 default_black_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {4 output1 l \" output\" M {Final \"Preview Channel Key\" \"\" \"\" \"\" \"\" \"\" \"\" \"\"}}\n addUserKnob {41 output2 l operation T Settings.operation}\n addUserKnob {41 unpremultiplication l \"Unpremult before operation?\" T Settings.unpremult}\n addUserKnob {26 \"\"}\n addUserKnob {18 default_black l \"default black\"}\n default_black {{1/maxValue}}\n addUserKnob {6 default_black_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 default_black_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 default_black_panelDropped_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 default_black_panelDropped_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 default_black_panelDropped_1_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 default_black_panelDropped_1_1_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 default_black_panelDropped_1_1_1_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 default_black_panelDropped_1_1_1_1_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 default_black_panelDropped_1_1_1_1_1_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 default_black_panelDropped_1_1_1_1_1_1_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {26 \"\"}\n addUserKnob {41 soft l FallOff T Settings.soft}\n addUserKnob {41 aboveBase l \"Black Color Mult\" T Settings.aboveBase}\n addUserKnob {26 \"\"}\n addUserKnob {41 maskChannelMask l mask -STARTLINE T MergeKeymix.maskChannelMask}\n addUserKnob {41 inject -STARTLINE T MergeKeymix.inject}\n addUserKnob {41 invert_mask l invert -STARTLINE T MergeKeymix.invert_mask}\n addUserKnob {41 fringe -STARTLINE T MergeKeymix.fringe}\n addUserKnob {41 mix T MergeKeymix.mix}\n addUserKnob {20 info l Info}\n addUserKnob {26 creator l Creator: T \"Tony Lyons\"}\n addUserKnob {26 desc l Description: t \"Plug an image /constant you wish to be your blackpoint into BlackColor input.\\n\\nControl the falloff of Toe of the blackpoint and\\nchoose between a screen, plus, and hypot\\noperation\" T BlacksMatch}\n addUserKnob {1 ver l Version:}\n ver v08\n addUserKnob {1 operation l INVISIBLE +INVISIBLE}\n operation \"\\[value output2])(\\[value ver]\"\n }\n StickyNote {\n inputs 0\n name StickyNote2\n tile_color 0xff\n label green\n note_font_size 41\n note_font_color 0xffffffff\n xpos 177\n ypos 466\n }\n StickyNote {\n inputs 0\n name StickyNote1\n tile_color 0xff\n label red\n note_font_size 41\n note_font_color 0xffffffff\n xpos 188\n ypos 350\n }\n StickyNote {\n inputs 0\n name StickyNote3\n tile_color 0xff\n label blue\n note_font_size 41\n note_font_color 0xffffffff\n xpos 186\n ypos 570\n }\n StickyNote {\n inputs 0\n name StickyNote4\n tile_color 0xff\n label \"min will be \\nblack color\"\n note_font_size 31\n note_font_color 0xffffffff\n xpos 143\n ypos 704\n }\n Input {\n inputs 0\n name Inputimg\n xpos 322\n ypos -550\n }\n Dot {\n name Dot17\n xpos 356\n ypos -418\n }\nset Nc6a731e0 [stack 0]\n AddChannels {\n channels rgba\n color 1\n name AddChannels1\n xpos 322\n ypos -365\n }\n Dot {\n name Dot5\n note_font_size 41\n xpos 356\n ypos -288\n }\nset Nc6a7e5a0 [stack 0]\n Grade {\n white 0\n multiply 0\n add {{parent.default_black} {parent.default_black} {parent.default_black} {parent.default_black}}\n black_clamp false\n name Grade1\n label color\n xpos 905\n ypos -295\n }\n Input {\n inputs 0\n name InputBlackColor\n xpos 1138\n ypos -569\n number 1\n }\n Switch {\n inputs 2\n which {{\"!\\[exists parent.input1]\"}}\n name SwitchDefault\n xpos 1138\n ypos -291\n }\n Dot {\n name Dot26\n label \"Black Color\"\n note_font_size 41\n xpos 1172\n ypos -212\n }\n Dot {\n name Dot4\n note_font_size 41\n xpos 1172\n ypos -124\n }\nset Nc69611b0 [stack 0]\n Multiply {\n channels rgb\n value {{parent.Settings.aboveBase}}\n name Multiply1\n label \"mult black color\"\n xpos 1138\n ypos -29\n }\n Multiply {\n channels rgb\n value 4\n name Multiply2\n label \"boosted for hypot\"\n xpos 1138\n ypos 46\n disable {{\"Settings.operation == 3 ? 0 : 1\"}}\n }\npush $Nc6a7e5a0\n Unpremult {\n name Unpremult1\n xpos 322\n ypos -17\n disable {{!parent.Settings.unpremult i}}\n }\n Dot {\n name Dot18\n xpos 356\n ypos 145\n }\nset Nc697fc30 [stack 0]\n MergeExpression {\n inputs 2\n expr0 Br/Ar\n expr1 Bg/Ag\n expr2 Bb/Ab\n name MergeDivide\n xpos 1138\n ypos 142\n }\n Invert {\n channels rgb\n name Invert1\n xpos 1138\n ypos 209\n }\n Gamma {\n channels rgb\n value {{((1/Settings.aboveBase)*Settings.soft)+(Settings.soft)}}\n name Gamma1\n xpos 1138\n ypos 264\n }\n Dot {\n name Dot19\n xpos 1172\n ypos 364\n }\nset Nc6aae990 [stack 0]\n Dot {\n name Dot20\n xpos 1172\n ypos 478\n }\nset Nc6ab2830 [stack 0]\n Dot {\n name Dot21\n xpos 1172\n ypos 586\n }\nset Nc6ab66e0 [stack 0]\n Dot {\n name Dot1\n xpos 1172\n ypos 1150\n }\n Input {\n inputs 0\n name Inputmask\n xpos 864\n ypos 836\n number 2\n }\n Dot {\n name Dot29\n xpos 898\n ypos 1015\n }\npush $Nc69611b0\n Dot {\n name Dot23\n xpos 706\n ypos -124\n }\n Dot {\n name Dot6\n note_font_size 41\n xpos 706\n ypos 293\n }\nset Nc6aca180 [stack 0]\n Dot {\n name Dot2\n note_font_size 41\n xpos 706\n ypos 404\n }\nset Nc6ace030 [stack 0]\n Dot {\n name Dot3\n note_font_size 41\n xpos 706\n ypos 523\n }\nset Nc6ad1ee0 [stack 0]\n Dot {\n name Dot7\n note_font_size 41\n xpos 706\n ypos 731\n }\npush $Nc6ab66e0\npush $Nc6ad1ee0\npush $Nc6ab2830\npush $Nc6ace030\npush $Nc6aae990\npush $Nc6aca180\npush $Nc697fc30\n Merge2 {\n inputs 2+1\n operation {{parent.Settings.witch}}\n bbox B\n Achannels {rgba.red -rgba.green -rgba.blue -rgba.alpha}\n Bchannels {rgba.red -rgba.green -rgba.blue -rgba.alpha}\n output {rgba.red -rgba.green -rgba.blue -rgba.alpha}\n maskChannelMask rgba.red\n maskChannelInput -rgba.red\n name Merge3\n label \"\\[value maskChannelMask]\"\n xpos 322\n ypos 357\n }\n Merge2 {\n inputs 2+1\n operation {{parent.Settings.witch x1 13}}\n bbox B\n Achannels {-rgba.red rgba.green -rgba.blue -rgba.alpha}\n Bchannels {-rgba.red rgba.green -rgba.blue -rgba.alpha}\n output {-rgba.red rgba.green -rgba.blue -rgba.alpha}\n maskChannelMask rgba.green\n maskChannelInput -rgba.red\n name Merge4\n label \"\\[value maskChannelMask]\"\n xpos 322\n ypos 471\n }\n Merge2 {\n inputs 2+1\n operation {{parent.Settings.witch}}\n bbox B\n Achannels {-rgba.red -rgba.green rgba.blue -rgba.alpha}\n Bchannels {-rgba.red -rgba.green rgba.blue -rgba.alpha}\n output {-rgba.red -rgba.green rgba.blue -rgba.alpha}\n maskChannelMask rgba.blue\n maskChannelInput -rgba.red\n name Merge5\n label \"\\[value maskChannelMask]\"\n xpos 322\n ypos 579\n }\n Merge2 {\n inputs 2\n operation max\n bbox B\n Achannels {rgba.red rgba.green rgba.blue -rgba.alpha}\n Bchannels {rgba.red rgba.green rgba.blue -rgba.alpha}\n output {rgba.red rgba.green rgba.blue -rgba.alpha}\n name Merge1\n xpos 322\n ypos 728\n }\n Premult {\n name Premult4\n xpos 322\n ypos 881\n disable {{!parent.Settings.unpremult i}}\n }\npush $Nc6a731e0\n Dot {\n name Dot28\n xpos -146\n ypos -418\n }\n Dot {\n name Dot30\n xpos -146\n ypos 1015\n }\n Merge2 {\n inputs 2+1\n operation copy\n bbox B\n Achannels {rgba.red rgba.green rgba.blue -rgba.alpha}\n Bchannels {rgba.red rgba.green rgba.blue -rgba.alpha}\n output {rgba.red rgba.green rgba.blue -rgba.alpha}\n name MergeKeymix\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 322\n ypos 1012\n }\n Switch {\n inputs 2\n which {{output1 i x1067 0}}\n name Switch1\n xpos 322\n ypos 1147\n }\n Output {\n name Output1\n xpos 322\n ypos 1395\n }\n NoOp {\n inputs 0\n name Settings\n note_font_size 51\n xpos 43\n ypos -286\n addUserKnob {20 User}\n addUserKnob {4 operation M {plus screen hypot \"\"}}\n addUserKnob {7 witch}\n witch {{\"Settings.operation == 0 ? 24 : Settings.operation == 1 ? 25 : 13\"}}\n addUserKnob {7 soft}\n soft 0.4\n addUserKnob {7 aboveBase R 1 5}\n aboveBase 2\n addUserKnob {6 unpremult l \"Unpremult before operation?\" +STARTLINE}\n }\n end_group\n Expression {\n expr0 1/r\n expr1 1/g\n expr2 1/b\n name Expression11\n xpos -605\n ypos 507\n }\n Dissolve {\n inputs 2\n channels rgb\n which 0.5\n name Dissolve18\n label \"\\[value which]\"\n xpos -605\n ypos 662\n }\n Switch {\n inputs 2\n which {{parent.Dissolve18.which}}\n name Switch2\n label \"\\[value which]\"\n xpos -605\n ypos 738\n }\n Add {\n channels rgb\n value -0.0001\n name Add2\n xpos -605\n ypos 808\n }\n Merge2 {\n inputs 2\n operation plus\n output {rgba.red rgba.green rgba.blue -rgba.alpha}\n name Merge1\n xpos -605\n ypos 864\n }\npush $Nc691f020\n Dot {\n name Dot58\n note_font_size 41\n xpos -922\n ypos -172\n }\n Dot {\n name Dot60\n note_font_size 41\n xpos -922\n ypos 983\n }\nset Nc69d7ae0 [stack 0]\n Merge2 {\n inputs 2+1\n operation copy\n Achannels none\n Bchannels none\n output none\n also_merge rgb\n name MergeMix\n xpos -605\n ypos 976\n }\npush $Nc69d7ae0\n Dot {\n name Dot3\n note_font_size 41\n xpos -922\n ypos 1030\n }\n Switch {\n inputs 2\n which {{\"parent.MergeMix.mix == 0 ? 0 : 1\"}}\n name Switch1\n label \"\\[value which]\"\n xpos -605\n ypos 1023\n }\n Output {\n name Output1\n xpos -605\n ypos 1316\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_X_Aton_Volumetrics.gizmo", "content": "Group {\n name NST_X_Aton_Volumetrics\n knobChanged \"n = nuke.thisNode()\\nif n\\[\\\"use_3d\\\"].value()==1:\\n n\\[\\\"center\\\"].setEnabled(False)\\nelse:\\n n\\[\\\"center\\\"].setEnabled(True)\\nn\\[\\\"iterations\\\"].setValue(int(n\\[\\\"iterations\\\"].value()))\\nif n\\[\\\"mode\\\"].value()==\\\"Diffuse\\\":\\n n\\[\\\"diffuse\\\"].setEnabled(True)\\nelse:\\n n\\[\\\"diffuse\\\"].setEnabled(False)\\nn\\[\\\"diffuse\\\"].setValue(max(n\\[\\\"diffuse\\\"].value(),0))\\nn\\[\\\"iterations\\\"].setValue(max(n\\[\\\"iterations\\\"].value(),1))\"\n tile_color 0xcc804eff\n note_font_color 0xffffffff\n selected true\n addUserKnob {20 X_Aton}\n addUserKnob {41 \"Local GPU: \" T BlinkScript1.gpuName}\n addUserKnob {41 \"Use GPU if Available\" T BlinkScript1.useGPUIfAvailable}\n addUserKnob {26 \"\"}\n addUserKnob {12 center t \"The point from which rays will be emitted.\"}\n center {960 540}\n addUserKnob {6 use_3d l \"use 3d input\" t \"Use a 3D light and a 3D camera to calculate the center of the light. When enabled the center parameter will be disabled. Make sure both inputs (Light and Camera) are connected in order for this to work properly.\" -STARTLINE}\n addUserKnob {7 length t \"This controls zoom of the final iteration. A value of 0 won't have any effect. A value of -1 will converge all rays in the centre point. All positive values will create rays projected outwards.\" R 0 10}\n length 2\n addUserKnob {26 \"\"}\n addUserKnob {4 mode t \"- Regular, old school God Ray algorithm. All samples get added together. Fast and simple.\\n- Brighter, samples only contribute to the ray if they are brighter than the ray at that step. This creates unshadowed rays.\\n- Darker, samples only contribute to the ray if they are darker than the say at that step. This generate only shadow rays.\\n- Diffused, different model of ray generation where rays can defocus as they travel further. This is more expensive but often generates more natural results.\" M {Regular Darkest Brightest Diffuse \"\"}}\n addUserKnob {7 decay t \"The rate by which rays loose intensity and become darker. At 0 rays intensity will remain constant. Values between 1 and 2 generate realistic results. Denser atmospheres create shorter rays (more decay).\" R 0 10}\n decay 1\n addUserKnob {7 diffuse t \"This parameter is only enabled when Diffuse is selected as the mode.
Controls the rate of dispersion of the ray of light. Higher values create softer results.
Keep in mind in the real world this value is dependent on the shape of the light source. Wide light sources (like a campfire) generate very diffused rays, whereas concentrated lights (like a cellphone light) cast very sharp light rays.
The speed of the algorithm is independent of the value of diffusion.\" +DISABLED R 0 100}\n diffuse 50\n addUserKnob {26 \"\"}\n addUserKnob {18 multiply t \"Makes everything brighter or darker in a linear fashion.\" R 0.2 4}\n multiply 1\n addUserKnob {6 multiply_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {18 gamma t \"This works slightly different than just a regular gamma. This is both a pre-process and a post-process.\\n\\nFirst, the image gets applied the inverse of the gamma. After the rays have been generated, the value of gamma gets applied again.\\n\\nWith a little bit of practise this allows you to drive the colours of the rays as they decay.\" R 0.2 4}\n gamma 1\n addUserKnob {6 gamma_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {26 \"\"}\n addUserKnob {7 iterations t \"The number of steps the light ray will take. The more iterations, the softer the ray will be. It is a good practice to raise this value to a high number (100-500) and gradually decreasing it until artifacts start to appear. Sometimes artifacts can be fixed in a more optimized way by keeping iterations low and enabling bilinear interpolation.
The more iterations, the slower the algorithm.\" R 1 100}\n iterations 20\n addUserKnob {6 bilinear_interpolation l \"bilinear interpolation\" t \"By default each ray will sample the nearest pixel from the image. This often causes grid artifacts. Enabling this filtering should fix most of these issues. If it's not enough, you may need to increase the number of iterations. This is usually only needed when using Diffuse rays, altough the option is also available for the rest of modes.\" +STARTLINE}\n addUserKnob {6 normalize l \"normalize luma\" t \"Many settings can affect the final brightness of the rays: their length, their decay, the number of iterations,etc.\\n\\nThis tries to make the controls more intuitive by compensating those brightness changes. You can disable this to have a more direct control of the tool.\" -STARTLINE}\n normalize true\n addUserKnob {26 \"\"}\n addUserKnob {20 GPU_Settings l \"GPU Settings\"}\n addUserKnob {20 about l About}\n addUserKnob {26 about_1 l \"\" t \"A bunny:\\n(\\\\(\\\\ \\n( - -)\\n((') (')\" +STARTLINE T \"
\\nXavier Martín © 2017\"}\n addUserKnob {26 \"\"}\n addUserKnob {26 website l \"\" +STARTLINE T \"www.xaviermartinvfx.com\"}\n addUserKnob {26 space4_1 l \"\" +STARTLINE T
}\n addUserKnob {22 version l

version
T \"nuke.message('X_Aton Gizmo v1.1
Xavier Martín © 2017')\" +STARTLINE}\n addUserKnob {22 help_documentation l
?
-STARTLINE T \"nuke.message('You can find more documentation
on Nukepedia or my website.')\"}\n}\n Input {\n inputs 0\n name Input\n xpos -740\n ypos -558\n }\n Dot {\n name Dot3\n xpos -706\n ypos -506\n }\nset N9a5b94a0 [stack 0]\n Remove {\n operation keep\n channels rgba\n name Remove1\n xpos -740\n ypos -460\n }\n Gamma {\n channels rgb\n value {{1/parent.gamma} {1/parent.gamma} {1/parent.gamma} 1}\n name Gamma1\n xpos -740\n ypos -410\n }\nset N9a5bd330 [stack 0]\n Dot {\n name Dot2\n xpos -706\n ypos -356\n }\nset N9a5c6de0 [stack 0]\n Dot {\n name Dot1\n xpos -706\n ypos -306\n }\nset N9a5ca9d0 [stack 0]\npush $N9a5c6de0\n Blur {\n channels rgba\n size {{diffuse*sqrt(length)}}\n name Blur5\n xpos -240\n ypos -313\n }\n CopyBBox {\n inputs 2\n name CopyBBox2\n xpos -240\n ypos -258\n }\n Reformat {\n type scale\n scale 0.125\n pbb true\n name Reformat1\n xpos -240\n ypos -210\n }\nset N9a711630 [stack 0]\npush $N9a5ca9d0\npush $N9a5c6de0\n Blur {\n channels rgba\n size {{parent.Blur5.size/2}}\n name Blur4\n xpos -340\n ypos -310\n }\n CopyBBox {\n inputs 2\n name CopyBBox3\n xpos -340\n ypos -258\n }\n Reformat {\n type scale\n scale 0.25\n pbb true\n name Reformat5\n xpos -340\n ypos -210\n }\nset N9a72e0a0 [stack 0]\npush $N9a5ca9d0\npush $N9a5c6de0\n Blur {\n channels rgba\n size {{parent.Blur4.size/2}}\n name Blur3\n xpos -440\n ypos -310\n }\n CopyBBox {\n inputs 2\n name CopyBBox4\n xpos -440\n ypos -258\n }\n Reformat {\n type scale\n scale 0.5\n pbb true\n name Reformat4\n xpos -440\n ypos -210\n }\nset N9a74aaf0 [stack 0]\npush $N9a5ca9d0\npush $N9a5c6de0\n Blur {\n channels rgba\n size {{parent.Blur3.size/2}}\n name Blur2\n xpos -540\n ypos -310\n }\n CopyBBox {\n inputs 2\n name CopyBBox5\n xpos -540\n ypos -258\n }\n Reformat {\n type scale\n scale 0.6\n pbb true\n name Reformat3\n xpos -540\n ypos -210\n }\nset N9a767570 [stack 0]\npush $N9a5ca9d0\npush $N9a5c6de0\n Blur {\n channels rgb\n size {{parent.Blur2.size/2}}\n name Blur1\n xpos -640\n ypos -310\n }\n CopyBBox {\n inputs 2\n name CopyBBox1\n xpos -640\n ypos -258\n }\n Reformat {\n type scale\n scale 0.8\n pbb true\n name Reformat2\n xpos -640\n ypos -210\n }\nset N9a784d80 [stack 0]\npush $N9a5ca9d0\n BlinkScript {\n inputs 6\n ProgramGroup 1\n KernelDescription \"2 \\\"X_Aton\\\" iterate componentWise 5140e5ada3150b5b17997b391784be72a8515242eff97b63a728e1d29924494f 7 \\\"src\\\" Read Random \\\"blr1\\\" Read Random \\\"blr2\\\" Read Random \\\"blr3\\\" Read Random \\\"blr4\\\" Read Random \\\"blr5\\\" Read Random \\\"dst\\\" Write Point 5 \\\"size\\\" Float 1 AAAAAA== \\\"center\\\" Float 2 AAAAAAAAAAA= \\\"iterations\\\" Int 1 AAAAAA== \\\"decay\\\" Float 1 AAAAAA== \\\"normalize_output\\\" Int 1 AAAAAA== 5 \\\"size\\\" 1 1 \\\"center\\\" 2 1 \\\"iterations\\\" 1 1 \\\"decay\\\" 1 1 \\\"normalize_output\\\" 1 1 1 \\\"normal\\\" Float 1 1 AAAAAA==\"\n kernelSource \"kernel X_Aton : ImageComputationKernel\\n\\{\\n Image src; // the input image\\n Image blr1; // the input image\\n Image blr2; // the input image\\n Image blr3; // the input image\\n Image blr4; // the input image\\n Image blr5; // the input image\\n\\n Image dst; // the output image\\n\\n param:\\n float size;\\n float2 center;\\n int iterations;\\n float decay;\\n int normalize_output;\\n\\n local:\\n float normal = 0.0f;\\n\\n void init() \\{\\n if(normalize_output == 1) \\{\\n normal =0.0;\\n for (int i = 0; i < iterations; i++) \\{\\n normal += (pow(1.0f-float(i)/iterations,decay));\\n \\}\\n \\}\\n else \\{\\n normal = iterations;\\n \\}\\n \\}\\n\\n void process(int2 pos) \\{\\n float total = 0.0;\\n float scale = 0.0;\\n int posx = 0;\\n int posy = 0;\\n int2 currentpos = int2(pos.x-center.x,pos.y-center.y);\\n \\n float step = 0.0;\\n for (int i = 0; i < iterations; i++) \\{\\n step = float(i)/iterations;\\n scale = 1+size*step*step;\\n posx = ((currentpos.x)/scale+center.x);\\n posy = ((currentpos.y)/scale+center.y);\\n if (step < 0.1)\\n total += bilinear(src,posx,posy)*pow((1-step),decay);\\n else if (step < 0.2)\\n total += bilinear(blr1,posx*0.8,posy*0.8)*pow((1-step),decay);\\n else if (step < 0.4)\\n total += bilinear(blr2,posx*0.6,posy*0.6)*pow((1-step),decay);\\n else if (step < 0.6)\\n total += bilinear(blr3,posx*0.5,posy*0.5)*pow((1-step),decay);\\n else if (step < 0.8)\\n total += bilinear(blr4,posx*0.25,posy*0.25)*pow((1-step),decay);\\n else\\n total += bilinear(blr5,posx*0.125,posy*0.125)*pow((1-step),decay);\\n \\}\\n dst() = total/normal;\\n \\}\\n\\};\"\n useGPUIfAvailable {{parent.BlinkScript1.useGPUIfAvailable}}\n rebuild \"\"\n X_Aton_size {{parent.length}}\n X_Aton_center {{parent.use_3d==1?Reconcile3D1.output:parent.center} {parent.use_3d==1?Reconcile3D1.output:parent.center}}\n X_Aton_iterations {{parent.iterations}}\n X_Aton_decay {{parent.decay}}\n X_Aton_normalize_output {{parent.normalize}}\n rebuild_finalise \"\"\n name BlinkScript2\n xpos -640\n ypos -116\n }\npush $N9a711630\npush $N9a72e0a0\npush $N9a74aaf0\npush $N9a767570\npush $N9a784d80\npush $N9a5ca9d0\n BlinkScript {\n inputs 6\n ProgramGroup 1\n KernelDescription \"2 \\\"X_Aton\\\" iterate componentWise e94f08f291fbc4837d066b1a66504220d926ab715f7f89378491e8b275e0f94c 7 \\\"src\\\" Read Random \\\"blr1\\\" Read Random \\\"blr2\\\" Read Random \\\"blr3\\\" Read Random \\\"blr4\\\" Read Random \\\"blr5\\\" Read Random \\\"dst\\\" Write Point 5 \\\"size\\\" Float 1 AAAAAA== \\\"center\\\" Float 2 AAAAAAAAAAA= \\\"iterations\\\" Int 1 AAAAAA== \\\"decay\\\" Float 1 AAAAAA== \\\"normalize_output\\\" Int 1 AAAAAA== 5 \\\"size\\\" 1 1 \\\"center\\\" 2 1 \\\"iterations\\\" 1 1 \\\"decay\\\" 1 1 \\\"normalize_output\\\" 1 1 1 \\\"normal\\\" Float 1 1 AAAAAA==\"\n kernelSource \"kernel X_Aton : ImageComputationKernel\\n\\{\\n Image src; // the input image\\n Image blr1; // the input image\\n Image blr2; // the input image\\n Image blr3; // the input image\\n Image blr4; // the input image\\n Image blr5; // the input image\\n\\n Image dst; // the output image\\n\\n param:\\n float size;\\n float2 center;\\n int iterations;\\n float decay;\\n int normalize_output;\\n\\n local:\\n float normal = 0.0f;\\n\\n void init() \\{\\n if(normalize_output == 1) \\{\\n normal =0.0;\\n for (int i = 0; i < iterations; i++) \\{\\n normal += (pow(1.0f-float(i)/iterations,decay));\\n \\}\\n \\}\\n else \\{\\n normal = iterations;\\n \\}\\n \\}\\n\\n void process(int2 pos) \\{\\n float total = 0.0;\\n float scale = 0.0;\\n int posx = 0;\\n int posy = 0;\\n int2 currentpos = int2(pos.x-center.x,pos.y-center.y);\\n \\n float step = 0.0;\\n for (int i = 0; i < iterations; i++) \\{\\n step = float(i)/iterations;\\n scale = 1+size*step*step;\\n posx = ((currentpos.x)/scale+center.x);\\n posy = ((currentpos.y)/scale+center.y);\\n if (step < 0.1)\\n total += src(posx,posy)*pow((1-step),decay);\\n else if (step < 0.2)\\n total += blr1((posx*0.8),(posy*0.8))*pow((1-step),decay);\\n else if (step < 0.4)\\n total += blr2((posx*0.6),(posy*0.6))*pow((1-step),decay);\\n else if (step < 0.6)\\n total += blr3((posx*0.5),(posy*0.5))*pow((1-step),decay);\\n else if (step < 0.8)\\n total += blr4((posx*0.25),(posy*0.25))*pow((1-step),decay);\\n else\\n total += blr5((posx*0.125),(posy*0.125))*pow((1-step),decay);\\n \\}\\n dst() = total/normal;\\n \\}\\n\\};\"\n rebuild \"\"\n X_Aton_size {{length}}\n X_Aton_center {{parent.use_3d==1?Reconcile3D1.output:parent.center} {parent.use_3d==1?Reconcile3D1.output:parent.center}}\n X_Aton_iterations {{iterations}}\n X_Aton_decay {{decay}}\n X_Aton_normalize_output {{normalize}}\n rebuild_finalise \"\"\n name BlinkScript1\n onCreate \"n = nuke.thisNode()\\nn\\[\\\"X_Aton_center\\\"].setFlag(0x00008000)\"\n selected true\n xpos -740\n ypos -116\n }\n Switch {\n inputs 2\n which {{parent.bilinear_interpolation}}\n name Switch2\n xpos -740\n ypos -60\n }\npush $N9a5bd330\n Dot {\n name Dot6\n xpos -806\n ypos -406\n }\n Dot {\n name Dot8\n xpos -806\n ypos -156\n }\nset N9b07a8b0 [stack 0]\n Dot {\n name Dot7\n xpos -906\n ypos -156\n }\n BlinkScript {\n ProgramGroup 1\n KernelDescription \"2 \\\"X_Aton\\\" iterate componentWise 487f2268501f808ca51782f791e12713f7866399dc695919d23851a93187e87b 2 \\\"src\\\" Read Random \\\"dst\\\" Write Point 6 \\\"size\\\" Float 1 AAAAAA== \\\"center\\\" Float 2 AAAAAAAAAAA= \\\"iterations\\\" Int 1 AAAAAA== \\\"decay\\\" Float 1 AAAAAA== \\\"normalize_output\\\" Int 1 AAAAAA== \\\"mode\\\" Int 1 AAAAAA== 6 \\\"size\\\" 1 1 \\\"center\\\" 2 1 \\\"iterations\\\" 1 1 \\\"decay\\\" 1 1 \\\"normalize_output\\\" 1 1 \\\"mode\\\" 1 1 1 \\\"normal\\\" Float 1 1 AAAAAA==\"\n kernelSource \"kernel X_Aton : ImageComputationKernel\\n\\{\\n Image src; // the input image\\n\\n\\n Image dst; // the output image\\n\\n param:\\n float size;\\n float2 center;\\n int iterations;\\n float decay;\\n int normalize_output;\\n int mode;\\n local:\\n float normal = 0.0f;\\n\\n void init() \\{\\n if(mode==0) \\{\\n if(normalize_output == 1) \\{\\n normal =0.0;\\n for (int i = 0; i < iterations; i++) \\{\\n normal += (pow(1.0f-float(i)/iterations,decay));\\n \\}\\n \\}\\n else \\{\\n normal = iterations;\\n \\}\\n \\}\\n \\}\\n\\n void process(int2 pos) \\{\\n float total = 0.0f;\\n float scale = 0.0f;\\n float posx = 0.0f;\\n float posy = 0.0f;\\n float2 currentpos = float2(pos.x-center.x,pos.y-center.y);\\n\\n if(mode==0)\\{\\n for (int i = 0; i < iterations; i++) \\{\\n scale = 1+size*i*i/iterations/iterations;\\n posx = ((currentpos.x)/scale+center.x);\\n posy = ((currentpos.y)/scale+center.y);\\n total += bilinear(src,posx,posy)*pow((1-float(i)/iterations),decay);\\n \\}\\n dst() = total/normal;\\n \\}\\n else if(mode==1)\\{\\n float sample;\\n float norm = 1.0;\\n total += src(pos.x,pos.y);\\n for (int i = 1; i < iterations; i++) \\{\\n scale = 1+size*i*i/iterations/iterations;\\n posx = ((currentpos.x)/scale+center.x);\\n posy = ((currentpos.y)/scale+center.y);\\n sample = bilinear(src,posx,posy);\\n if(sampletotal/norm) \\{\\n total += sample*pow((1-float(i)/iterations),decay);\\n \\}\\n else\\n total += (total/norm)*pow((1-float(i)/iterations),decay);\\n norm += 1.0*pow((1-float(i)/iterations),decay);\\n \\}\\n if(normalize_output==0)\\n dst() = total/iterations;\\n else\\n dst() = total/norm;\\n \\}\\n \\}\\n\\};\\n\"\n useGPUIfAvailable {{parent.BlinkScript1.useGPUIfAvailable}}\n rebuild \"\"\n X_Aton_size {{length}}\n X_Aton_center {{parent.use_3d==1?Reconcile3D1.output:parent.center} {parent.use_3d==1?Reconcile3D1.output:parent.center}}\n X_Aton_iterations {{iterations}}\n X_Aton_decay {{decay}}\n X_Aton_normalize_output {{normalize}}\n X_Aton_mode {{(parent.mode!=3)?parent.mode:parent.mode*(parent.diffuse!=0)}}\n rebuild_finalise \"\"\n name BlinkScript4\n xpos -940\n ypos -116\n }\npush $N9b07a8b0\n BlinkScript {\n ProgramGroup 1\n KernelDescription \"2 \\\"X_Aton\\\" iterate componentWise 8ab15b8bdd9694a8f64ba7270da748947d286719d2fadccab9e45b58ec1aa1dd 2 \\\"src\\\" Read Random \\\"dst\\\" Write Point 6 \\\"size\\\" Float 1 AAAAAA== \\\"center\\\" Float 2 AAAAAAAAAAA= \\\"iterations\\\" Int 1 AAAAAA== \\\"decay\\\" Float 1 AAAAAA== \\\"normalize_output\\\" Int 1 AAAAAA== \\\"mode\\\" Int 1 AAAAAA== 6 \\\"size\\\" 1 1 \\\"center\\\" 2 1 \\\"iterations\\\" 1 1 \\\"decay\\\" 1 1 \\\"normalize_output\\\" 1 1 \\\"mode\\\" 1 1 1 \\\"normal\\\" Float 1 1 AAAAAA==\"\n kernelSource \"kernel X_Aton : ImageComputationKernel\\n\\{\\n Image src; // the input image\\n\\n\\n Image dst; // the output image\\n\\n param:\\n float size;\\n float2 center;\\n int iterations;\\n float decay;\\n int normalize_output;\\n int mode;\\n local:\\n float normal = 0.0f;\\n\\n void init() \\{\\n if(mode==0) \\{\\n if(normalize_output == 1) \\{\\n normal =0.0;\\n for (int i = 0; i < iterations; i++) \\{\\n normal += (pow(1.0f-float(i)/iterations,decay));\\n \\}\\n \\}\\n else \\{\\n normal = iterations;\\n \\}\\n \\}\\n \\}\\n\\n void process(int2 pos) \\{\\n float total = 0.0;\\n float scale = 0.0;\\n int posx = 0;\\n int posy = 0;\\n int2 currentpos = int2(pos.x-center.x,pos.y-center.y);\\n\\n if(mode==0)\\{\\n for (int i = 0; i < iterations; i++) \\{\\n scale = 1+size*i*i/iterations/iterations;\\n posx = ((currentpos.x)/scale+center.x);\\n posy = ((currentpos.y)/scale+center.y);\\n total += src(posx,posy)*pow((1-float(i)/iterations),decay);\\n \\}\\n dst() = total/normal;\\n \\}\\n else if(mode==1)\\{\\n float sample;\\n float norm = 1.0;\\n total += src(pos.x,pos.y);\\n for (int i = 1; i < iterations; i++) \\{\\n scale = 1+size*i*i/iterations/iterations;\\n posx = ((currentpos.x)/scale+center.x);\\n posy = ((currentpos.y)/scale+center.y);\\n sample = src(posx,posy);\\n if(sampletotal/norm) \\{\\n total += sample*pow((1-float(i)/iterations),decay);\\n \\}\\n else\\n total += (total/norm)*pow((1-float(i)/iterations),decay);\\n norm += pow((1.0f-float(i)/iterations),decay);\\n \\}\\n if(normalize_output==0)\\n dst() = total/iterations;\\n else\\n dst() = total/norm;\\n \\}\\n \\}\\n\\};\\n\"\n useGPUIfAvailable {{parent.BlinkScript1.useGPUIfAvailable}}\n rebuild \"\"\n X_Aton_size {{length}}\n X_Aton_center {{parent.use_3d==1?Reconcile3D1.output:parent.center} {parent.use_3d==1?Reconcile3D1.output:parent.center}}\n X_Aton_iterations {{iterations}}\n X_Aton_decay {{decay}}\n X_Aton_normalize_output {{normalize}}\n X_Aton_mode {{(parent.mode!=3)?parent.mode:parent.mode*(parent.diffuse!=0)}}\n rebuild_finalise \"\"\n name BlinkScript3\n xpos -840\n ypos -116\n }\n Switch {\n inputs 2\n which {{parent.bilinear_interpolation}}\n name Switch3\n xpos -840\n ypos -60\n }\n Switch {\n inputs 2\n which {{(mode==3)*(diffuse!=0)}}\n name Switch1\n xpos -740\n ypos -10\n }\n Grade {\n multiply {{1/parent.multiply} {1/parent.multiply} {1/parent.multiply} 1}\n gamma {{1/parent.gamma} {1/parent.gamma} {1/parent.gamma} 1}\n reverse true\n name Grade1\n xpos -740\n ypos 40\n }\npush $N9a5b94a0\n Dot {\n name Dot5\n xpos -1006\n ypos -506\n }\n Dot {\n name Dot4\n xpos -1006\n ypos 94\n }\n Merge2 {\n inputs 2\n operation copy\n name Merge1\n xpos -740\n ypos 88\n }\n Output {\n name Output1\n xpos -740\n ypos 140\n }\n Input {\n inputs 0\n name InputLight\n xpos -540\n ypos -560\n number 1\n }\n Input {\n inputs 0\n name InputCamera\n xpos -440\n ypos -560\n number 2\n }\n Dot {\n name Dot11\n xpos -406\n ypos -456\n }\npush $N9a5b94a0\n Dot {\n name Dot9\n xpos -606\n ypos -506\n }\n Dot {\n name Dot10\n xpos -606\n ypos -456\n }\n Reconcile3D {\n inputs 3\n calc_output true\n name Reconcile3D1\n xpos -540\n ypos -466\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_X_Denoise.gizmo", "content": "Group {\n name X_Denoise\n help \"Clean digital noise on video\"\n knobChanged \"import math\\nn = nuke.thisNode()\\nk = nuke.thisKnob()\\ni = n\\['iterations'].value()\\nm = n\\['x2'].value()\\n\\n\\nif k.name() == \\\"iterations\\\":\\n n\\['active_frames'].setValue(1+math.ceil(i)*2*(1+m))\\nelif k.name() == \\\"x2\\\":\\n n\\['active_frames'].setValue(1+math.ceil(i)*2*(1+m))\\nif n\\['fix_artifacts'].value() == 0:\\n n\\['motion_threshold'].setEnabled(False)\\n n\\['smooth_threshold'].setEnabled(False)\\n n\\['preview_mask'].setEnabled(False)\\n n\\['median'].setEnabled(False)\\nelse:\\n n\\['motion_threshold'].setEnabled(True)\\n n\\['smooth_threshold'].setEnabled(True)\\n n\\['preview_mask'].setEnabled(True)\\n n\\['median'].setEnabled(True)\\n\\nif n\\['static'].value() == 1:\\n n\\['vectorDetail'].setEnabled(False)\\n n\\['smoothness'].setEnabled(False)\\n n\\['flickerCompensation'].setEnabled(False)\\nelse:\\n n\\['vectorDetail'].setEnabled(True)\\n n\\['smoothness'].setEnabled(True)\\n n\\['flickerCompensation'].setEnabled(True)\"\n tile_color 0xcc804eff\n note_font_color 0xffffffff\n selected true\n addUserKnob {20 NoiseReduction l \"Noise Reduction\"}\n addUserKnob {41 useGPUIfAvailable l \"Use GPU if available\" T VectorGenerator2.useGPUIfAvailable}\n addUserKnob {26 \"\"}\n addUserKnob {7 luminance l \"fix luminance\" t \"The brightness of the pixels will remain untouched at 0 and will be changed at 1. Values over 1 do not have any effect.\"}\n luminance 1\n addUserKnob {7 chrominance l \"fix chrominance\" t \"The color of the pixels will remain untouched at 0 and will be changed at 1. Values over 1 do not have any effect.\"}\n chrominance 1\n addUserKnob {26 \"\"}\n addUserKnob {7 iterations t \"\\nThe more iterations, the more noise will be reduced. Increasing too much the iterations will slow down the render and could cause artifacts or blur in some areas.\\n\\nEach iteration loads the previous and next frames to use them in the calculation. The further a frame is from the current frame, the less effect it will have on the calculation.\\n\\nUsing intigers instead of decimals will lead to a much efficient process and therefore faster render times.\\n\\nYou can use the x2 multiplier at the right of this slider to drastically increase the number of frames that will be used in the calculation.\\n\\nCheck the Active Frames to see how many frames are being processed with the noise reduction algorithm.\\n\" R 1 5}\n iterations 2\n addUserKnob {6 x2 t \"\\nBy default, each iteration will look to the previous and next frame. If the x2 multiplier is activated, each iteration will add the 2 previous frames and the 2 next frames, increasing the quality of the calculation at the cost of really slow renders.\\n\\nFurther frames have less consitency, so they will have less effect to the final output.\\n\" -STARTLINE}\n addUserKnob {3 active_frames l \" \" t \"\\nThis shows how many frames are being used in the calculation. \\n\\nBy default, each iteration will load the next two closest frames to the current frame. The further a loaded frame is from the current frame, the less effect it will have on the calculation. \\n\\nThe amount of iterations is doubled if the x2 multiplier is checked. Keep in mind that each new frame added to the calculation will increase the render time.\\n\\nTherefore, the total amount of frames that are being used is calculated with this formula:\\n\\n1 + 2 * iterations * multiplier\\n\\n\" +DISABLED}\n active_frames 5\n addUserKnob {26 active_frames_text l \"\" t \"\\nThis shows how many frames are being used in the calculation. \\n\\nBy default, each iteration will load the next two closest frames to the current frame. The further a loaded frame is from the current frame, the less effect it will have on the calculation. \\n\\nThe amount of iterations is doubled if the x2 multiplier is checked. Keep in mind that each new frame added to the calculation will increase the render time. \\n\\nTherefore, the total amount of frames that are being used is calculated with this formula: \\n\\n1 + 2 * iterations * multiplier \\n\" -STARTLINE T \"active frames\"}\n addUserKnob {26 active_frames_python l INVISIBLE t \"w = nuke.toNode(\\\"X_Denoise\\\")\\nw\\['active_frames'].setEnabled(False)\\n\\ndef activeFrames():\\n import math\\n n = nuke.thisNode()\\n k = nuke.thisKnob()\\n i = n\\['iterations'].value()\\n m = n\\['x2'].value()\\n\\n \\n if k.name() == \\\"iterations\\\":\\n n\\['active_frames'].setValue(1+math.ceil(i)*2*(1+m))\\n elif k.name() == \\\"x2\\\":\\n n\\['active_frames'].setValue(1+math.ceil(i)*2*(1+m))\\nnuke.addKnobChanged(activeFrames, nodeClass=\\\"Group\\\")\\n\\nif n\\['fix_artifacts'].value() == 1:\\n n\\['motion_threshold'].setEnabled(False)\\n n\\['smooth_threshold'].setEnabled(False)\\n n\\['preview_mask'].setEnabled(False)\\n n\\['median'].setEnabled(False)\\nelse:\\n n\\['motion_threshold'].setEnabled(True)\\n n\\['smooth_threshold'].setEnabled(True)\\n n\\['preview_mask'].setEnabled(True)\\n n\\['median'].setEnabled(True)\\n\\nif n\\['static'].value() == 1:\\n n\\['vectorDetail'].setEnabled(False)\\n n\\['smoothness'].setEnabled(False)\\n n\\['flickerCompensation'].setEnabled(False)\\nelse:\\n n\\['vectorDetail'].setEnabled(True)\\n n\\['smoothness'].setEnabled(True)\\n n\\['flickerCompensation'].setEnabled(True)\" -STARTLINE +INVISIBLE}\n addUserKnob {26 \"\"}\n addUserKnob {41 filter t \"Impulse is the fastes but will create really poor results.\\nCubic will work fine in most cases, but it will smooth the detail.\\nLanczos will sharpen the image a little bit to contrarrest the softness of the image. It will also keep borders intact.\\nSinc4 will drastically sharpen the image, and could cause the noise to reappear.\" T IDistort16.filter}\n addUserKnob {4 node_output l \" output\" t \"Choose if you want to output the Result image without the noise or to visualize the Noise separately.\\n\\nYou can also output the Mask where artifacts are ocurring (but first you need to select the fix artifacts checkbox in the Qaulity tab.\" -STARTLINE M {Result Noise Mask}}\n addUserKnob {20 Quality}\n addUserKnob {6 fix_artifacts l \"fix artifacts\" t \"\\nThe noise reduction algorithm fails when an object is moving too fast. That will cause artifacts to appear.\\n\\nIf the Fix Artifacts checkbox is activated, a procedural mask will be created around moving abjects. The objects inside the mask will not be affected.\\n\\nYou can see how the mask looks like with the preview checkbox. Use the motion threshold and the smooth sliders to adjust the mask.\\n\\nBy default, a median filter is applied to the moving objects instead of the noise reduction algorithm, but you can disable that option.\\n\\nRemember that you can select the Mask as the Output of this node. You can use this mask to apply the Nuke Denoise to the fast moving areas and X_Distort to the rest of the image for a professional accurate noise reduction.\\n\" +STARTLINE}\n addUserKnob {7 motion_threshold l \"motion threshold\" t \"This determines the maximum velocity which a pixel can have in order to be used in the noise reduction process. The higher the value, the less object will be excluded from the algorithm.\\n\\nUse the preview checkbox in order to see the mask.\" +DISABLED R 0 10}\n motion_threshold 2.9\n addUserKnob {7 smooth_threshold l smooth t \"This blurs the mask that determines which objects are used in the noise reduction algorithm.\\n\\nUse the preview checkbox in order to see the mask.\" +DISABLED R 0 20}\n smooth_threshold 10\n addUserKnob {6 preview_mask l preview t \"Use the preview checkbox in order to see the mask that determines which objects are used in the algorithm.\\n\\nWhite areas will be excluded from the effect, and black areas will be denoised.\" +DISABLED +STARTLINE}\n addUserKnob {6 median t \"Use this so apply a subtle median filter to those areas that move too fast for the algorithm. This will also apply some chromatic noise reduction.\" -STARTLINE +DISABLED}\n median true\n addUserKnob {26 \"\"}\n addUserKnob {41 vectorDetail l \"Vector Detail\" +INVISIBLE T VectorGenerator2.vectorDetail}\n addUserKnob {41 smoothness l Smoothness +INVISIBLE T VectorGenerator2.smoothness}\n addUserKnob {41 flickerCompensation l \"Flicker Compensation\" T VectorGenerator2.flickerCompensation}\n addUserKnob {6 static l \"static shot\" t \"Check this if the image is static and no object is moving at all. This will drastically increase the speed but any moving objects will be blurred out.\" -STARTLINE}\n addUserKnob {20 Tolerances n 2}\n addUserKnob {41 weightRed l \"Weight Red\" T VectorGenerator2.weightRed}\n addUserKnob {41 weightGreen l \"Weight Green\" T VectorGenerator2.weightGreen}\n addUserKnob {41 weightBlue l \"Weight Blue\" T VectorGenerator2.weightBlue}\n addUserKnob {20 \"\" n -1}\n addUserKnob {20 about l About}\n addUserKnob {26 about_1 l \"\" t \"A bunny:\\n(\\\\(\\\\ \\n( - -)\\n((') (')\" +STARTLINE T \"
\\nXavier Martín © 2015\"}\n addUserKnob {26 \"\"}\n addUserKnob {26 website l \"\" +STARTLINE T \"www.xaviermartinvfx.com\"}\n addUserKnob {26 space4_1 l \"\" +STARTLINE T
}\n addUserKnob {22 version l
version
T \"nuke.message('X_Denoise Gizmo v1.0
Xavier Martín © 2015')\" +STARTLINE}\n addUserKnob {22 help_documentation l
?
-STARTLINE T \"nuke.message('You can find more documentation
on Nukepedia or my website.')\"}\n}\n Input {\n inputs 0\n name Source\n xpos -451\n ypos 109\n }\nset N9b31c740 [stack 0]\n Dot {\n name Dot53\n xpos -673\n ypos 112\n }\n Dot {\n name Dot2\n xpos -673\n ypos 1214\n }\nset N9b1ab830 [stack 0]\n Dot {\n name Dot54\n xpos -673\n ypos 1314\n }\nset N9b1af1a0 [stack 0]\n Dot {\n name Dot55\n xpos -775\n ypos 1314\n }\nset N9b1bb410 [stack 0]\n Dot {\n name Dot7\n xpos -828\n ypos 1314\n }\nset N9b1a5e70 [stack 0]\n Dot {\n name Dot8\n xpos -828\n ypos 1587\n }\npush $N9b31c740\n Dot {\n name Dot16\n xpos -417\n ypos 133\n }\nset N9b1c2070 [stack 0]\n VectorGenerator {\n vectorDetailLocal 1\n smoothnessLocal 0.05\n Advanced 1\n Tolerances 1\n name VectorGenerator2\n xpos -265\n ypos 124\n cached true\n }\nset N9b329590 [stack 0]\n Dot {\n name Dot3\n xpos -949\n ypos 133\n }\n Dot {\n name Dot4\n xpos -949\n ypos 779\n }\nset N9a697120 [stack 0]\npush $N9a697120\n Merge2 {\n inputs 2\n operation average\n Achannels forward\n Bchannels backward\n output forward\n name Merge2\n xpos -983\n ypos 774\n }\n Shuffle {\n in forward\n blue black\n alpha black\n name Shuffle1\n xpos -983\n ypos 810\n }\npush 0\n Merge2 {\n inputs 2\n metainput A\n name Merge5\n xpos -983\n ypos 834\n }\n Matrix {\n channels {rgba.red rgba.green -rgba.blue none}\n matrix {\n {-1 -1 -1}\n {-1 8 -1}\n {-1 -1 -1}\n }\n name Matrix1\n xpos -983\n ypos 857\n }\n Expression {\n channel0 alpha\n expr0 (abs(r)+abs(g))*.5\n channel1 none\n channel2 none\n channel3 none\n name Expression1\n xpos -983\n ypos 893\n }\n Blur {\n channels alpha\n size 2\n name Blur3\n xpos -983\n ypos 917\n }\n FrameBlend {\n channels alpha\n numframes 3\n startframe {{frame-(1+x2)}}\n endframe {{frame+(1+x2)}}\n userange true\n name FrameBlend1\n xpos -983\n ypos 953\n }\n FrameBlend {\n channels alpha\n numframes 3\n startframe {{frame-(1+x2)}}\n endframe {{frame+(1+x2)}}\n userange true\n name FrameBlend2\n xpos -983\n ypos 989\n disable {{\"iterations < 2\"}}\n }\n FrameBlend {\n channels alpha\n numframes 3\n startframe {{frame-(1+x2)}}\n endframe {{frame+(1+x2)}}\n userange true\n name FrameBlend3\n xpos -983\n ypos 1025\n disable {{\"iterations < 3\"}}\n }\n FrameBlend {\n channels alpha\n numframes 3\n startframe {{frame-(1+x2)}}\n endframe {{frame+(1+x2)}}\n userange true\n name FrameBlend4\n xpos -983\n ypos 1061\n disable {{\"iterations < 4\"}}\n }\n FrameBlend {\n channels alpha\n numframes 3\n startframe {{frame-(1+x2)}}\n endframe {{frame+(1+x2)}}\n userange true\n name FrameBlend5\n xpos -983\n ypos 1097\n disable {{\"iterations < 5\"}}\n }\n Grade {\n channels alpha\n add {{-(motion_threshold**2)}}\n name Grade1\n xpos -983\n ypos 1133\n }\n Blur {\n channels alpha\n size {{abs(smooth_threshold)+.5}}\n name Blur2\n xpos -983\n ypos 1169\n }\nset N9b46ae90 [stack 0]\n Clamp {\n channels alpha\n name Clamp2\n xpos -983\n ypos 1364\n }\n Shuffle {\n red alpha\n green alpha\n blue alpha\n name Shuffle2\n xpos -983\n ypos 1400\n }\nset N9b53fac0 [stack 0]\n Dot {\n name Dot6\n xpos -949\n ypos 1516\n }\n Dot {\n name Dot5\n xpos -559\n ypos 1516\n }\npush $N9b46ae90\npush $N9b1ab830\n Copy {\n inputs 2\n from0 rgba.alpha\n to0 rgba.alpha\n name Copy1\n xpos -983\n ypos 1205\n }\n Median {\n size 1\n ignore_top_line false\n name Median1\n xpos -983\n ypos 1241\n disable {{1-median}}\n }\n Premult {\n name Premult1\n xpos -983\n ypos 1265\n }\npush $N9b1c2070\n Expression {\n channel0 motion\n expr0 0\n channel1 none\n channel2 none\n channel3 none\n name Expression2\n xpos -451\n ypos 160\n }\npush $N9b329590\n Switch {\n inputs 2\n which {{static}}\n name Switch7\n xpos -265\n ypos 160\n }\n Blur {\n channels motion\n size {{1+parent.VectorGenerator2.smoothness*5}}\n filter triangle\n name Blur1\n xpos -265\n ypos 184\n }\n Dot {\n name Dot12\n xpos -231\n ypos 262\n }\nset N9b4950a0 [stack 0]\n Dot {\n name Dot18\n xpos -231\n ypos 336\n }\nset N9b498c70 [stack 0]\n Dot {\n name Dot20\n xpos -231\n ypos 474\n }\nset N9b49c880 [stack 0]\n Dot {\n name Dot21\n xpos -231\n ypos 548\n }\nset N9b4a0490 [stack 0]\n Dot {\n name Dot22\n xpos -231\n ypos 608\n }\n Dot {\n name Dot19\n xpos -231\n ypos 686\n }\nset N9b4a7cb0 [stack 0]\n Dot {\n name Dot28\n xpos -231\n ypos 760\n }\nset N9b566d40 [stack 0]\n Dot {\n name Dot29\n xpos -231\n ypos 820\n }\n Dot {\n name Dot35\n xpos -231\n ypos 898\n }\nset N9b56eaf0 [stack 0]\n Dot {\n name Dot36\n xpos -231\n ypos 972\n }\nset N9b5729c0 [stack 0]\n Dot {\n name Dot37\n xpos -231\n ypos 1110\n }\nset N9b576890 [stack 0]\n Dot {\n name Dot43\n xpos -231\n ypos 1184\n }\nset N9b57a760 [stack 0]\npush $N9b576890\n TimeOffset {\n time_offset -1\n time \"\"\n name TimeOffset39\n xpos 182\n ypos 1107\n }\npush $N9b5729c0\npush $N9b56eaf0\n TimeOffset {\n time_offset -1\n time \"\"\n name TimeOffset33\n xpos 182\n ypos 895\n }\npush $N9b566d40\npush $N9b4a7cb0\n TimeOffset {\n time_offset -1\n time \"\"\n name TimeOffset27\n xpos 182\n ypos 683\n }\npush $N9b4a0490\npush $N9b49c880\n TimeOffset {\n time_offset -1\n time \"\"\n name TimeOffset21\n xpos 182\n ypos 471\n }\npush $N9b498c70\npush $N9b4950a0\n TimeOffset {\n time_offset 1\n time \"\"\n name TimeOffset18\n xpos -25\n ypos 259\n }\npush $N9b1c2070\n Dot {\n name Dot11\n xpos -417\n ypos 205\n }\nset N9b5a2ca0 [stack 0]\n Dot {\n name Dot15\n xpos -95\n ypos 205\n }\nset N9b4aa8b0 [stack 0]\n TimeOffset {\n time_offset 2\n time \"\"\n name TimeOffset17\n xpos -129\n ypos 223\n }\n Copy {\n inputs 2\n from0 backward.u\n to0 forward.u\n from1 backward.v\n to1 forward.v\n name Copy17\n xpos -129\n ypos 249\n }\n IDistort {\n channels rgb\n uv forward\n filter {{IDistort16.filter}}\n name IDistort17\n xpos -129\n ypos 297\n }\n Copy {\n inputs 2\n from0 backward.u\n to0 forward.u\n from1 backward.v\n to1 forward.v\n name Copy18\n xpos -129\n ypos 321\n }\n IDistort {\n channels rgb\n uv forward\n filter {{IDistort16.filter}}\n name IDistort18\n xpos -129\n ypos 369\n }\npush $N9b4950a0\npush $N9b5a2ca0\n TimeOffset {\n time_offset -1\n time \"\"\n name TimeOffset15\n xpos -341\n ypos 223\n }\n Copy {\n inputs 2\n from0 forward.u\n to0 forward.u\n from1 forward.v\n to1 forward.v\n name Copy15\n xpos -341\n ypos 247\n }\n IDistort {\n channels rgb\n uv forward\n filter {{IDistort16.filter}}\n name IDistort15\n xpos -341\n ypos 295\n }\nset N9b5d6e50 [stack 0]\npush 0\npush $N9b498c70\npush $N9b4950a0\n TimeOffset {\n time_offset -1\n time \"\"\n name TimeOffset19\n xpos 182\n ypos 259\n }\npush $N9b4aa8b0\n Dot {\n name Dot17\n xpos 106\n ypos 205\n }\n TimeOffset {\n time_offset -2\n time \"\"\n name TimeOffset20\n xpos 72\n ypos 223\n }\n Copy {\n inputs 2\n from0 forward.u\n to0 forward.u\n from1 forward.v\n to1 forward.v\n name Copy19\n xpos 72\n ypos 247\n }\n IDistort {\n channels rgb\n uv forward\n filter {{IDistort16.filter}}\n name IDistort19\n xpos 72\n ypos 295\n }\n Copy {\n inputs 2\n from0 forward.u\n to0 forward.u\n from1 forward.v\n to1 forward.v\n name Copy20\n xpos 72\n ypos 321\n }\n IDistort {\n channels rgb\n uv forward\n filter {{IDistort16.filter}}\n name IDistort20\n xpos 72\n ypos 369\n }\npush $N9b4950a0\npush $N9b5a2ca0\n TimeOffset {\n time_offset 1\n time \"\"\n name TimeOffset16\n xpos -451\n ypos 223\n }\n Copy {\n inputs 2\n from0 backward.u\n to0 forward.u\n from1 backward.v\n to1 forward.v\n name Copy16\n xpos -451\n ypos 247\n }\n IDistort {\n channels rgb\n uv forward\n filter Lanczos4\n name IDistort16\n xpos -451\n ypos 295\n }\nset N9b735d90 [stack 0]\n Merge2 {\n inputs 4+1\n operation average\n name Merge14\n xpos -341\n ypos 369\n }\npush $N9b5d6e50\npush $N9b735d90\n Merge2 {\n inputs 2\n operation average\n name Merge13\n xpos -451\n ypos 369\n }\n Switch {\n inputs 2\n which {{parent.x2}}\n name Switch1\n xpos -451\n ypos 393\n }\nset N9b75a2d0 [stack 0]\n Dot {\n name Dot23\n xpos -417\n ypos 417\n }\nset N9b760d70 [stack 0]\n Dot {\n name Dot24\n xpos -95\n ypos 417\n }\nset N9b764ca0 [stack 0]\n Dot {\n name Dot25\n xpos 106\n ypos 417\n }\n TimeOffset {\n time_offset -2\n time \"\"\n name TimeOffset22\n xpos 72\n ypos 435\n }\n Copy {\n inputs 2\n from0 forward.u\n to0 forward.u\n from1 forward.v\n to1 forward.v\n name Copy21\n xpos 72\n ypos 459\n }\n IDistort {\n channels rgb\n uv forward\n filter {{IDistort16.filter}}\n name IDistort21\n xpos 72\n ypos 507\n }\n Copy {\n inputs 2\n from0 forward.u\n to0 forward.u\n from1 forward.v\n to1 forward.v\n name Copy22\n xpos 72\n ypos 533\n }\n IDistort {\n channels rgb\n uv forward\n filter {{IDistort16.filter}}\n name IDistort22\n xpos 72\n ypos 581\n }\npush $N9b4a0490\npush $N9b49c880\n TimeOffset {\n time_offset 1\n time \"\"\n name TimeOffset23\n xpos -25\n ypos 471\n }\npush $N9b764ca0\n TimeOffset {\n time_offset 2\n time \"\"\n name TimeOffset24\n xpos -129\n ypos 435\n }\n Copy {\n inputs 2\n from0 backward.u\n to0 forward.u\n from1 backward.v\n to1 forward.v\n name Copy23\n xpos -129\n ypos 461\n }\n IDistort {\n channels rgb\n uv forward\n filter {{IDistort16.filter}}\n name IDistort23\n xpos -129\n ypos 509\n }\n Copy {\n inputs 2\n from0 backward.u\n to0 forward.u\n from1 backward.v\n to1 forward.v\n name Copy24\n xpos -129\n ypos 533\n }\n IDistort {\n channels rgb\n uv forward\n filter {{IDistort16.filter}}\n name IDistort24\n xpos -129\n ypos 581\n }\npush $N9b49c880\npush $N9b760d70\n TimeOffset {\n time_offset -1\n time \"\"\n name TimeOffset25\n xpos -341\n ypos 435\n }\n Copy {\n inputs 2\n from0 forward.u\n to0 forward.u\n from1 forward.v\n to1 forward.v\n name Copy25\n xpos -341\n ypos 459\n }\n IDistort {\n channels rgb\n uv forward\n filter {{IDistort16.filter}}\n name IDistort25\n xpos -341\n ypos 507\n }\nset N9b78c4c0 [stack 0]\npush 0\npush $N9b760d70\n Dot {\n name Dot26\n xpos -520\n ypos 417\n }\n Dot {\n name Dot27\n xpos -520\n ypos 584\n }\nset N9b79a1c0 [stack 0]\npush $N9b49c880\npush $N9b760d70\n TimeOffset {\n time_offset 1\n time \"\"\n name TimeOffset26\n xpos -451\n ypos 435\n }\n Copy {\n inputs 2\n from0 backward.u\n to0 forward.u\n from1 backward.v\n to1 forward.v\n name Copy26\n xpos -451\n ypos 459\n }\n IDistort {\n channels rgb\n uv forward\n filter {{IDistort16.filter}}\n name IDistort26\n xpos -451\n ypos 507\n }\nset N9b4ef880 [stack 0]\n Merge2 {\n inputs 5+1\n operation average\n name Merge15\n xpos -341\n ypos 581\n }\npush $N9b79a1c0\npush 0\npush $N9b78c4c0\npush $N9b4ef880\n Merge2 {\n inputs 3+1\n operation average\n name Merge16\n xpos -451\n ypos 581\n }\n Switch {\n inputs 2\n which {{parent.Switch1.which}}\n name Switch2\n xpos -451\n ypos 605\n }\nset N9b7b1250 [stack 0]\n Dot {\n name Dot30\n xpos -417\n ypos 629\n }\nset N9b7b7a60 [stack 0]\n Dot {\n name Dot31\n xpos -95\n ypos 629\n }\nset N9b7bb9a0 [stack 0]\n Dot {\n name Dot32\n xpos 106\n ypos 629\n }\n TimeOffset {\n time_offset -2\n time \"\"\n name TimeOffset28\n xpos 72\n ypos 647\n }\n Copy {\n inputs 2\n from0 forward.u\n to0 forward.u\n from1 forward.v\n to1 forward.v\n name Copy27\n xpos 72\n ypos 671\n }\n IDistort {\n channels rgb\n uv forward\n filter {{IDistort16.filter}}\n name IDistort27\n xpos 72\n ypos 719\n }\n Copy {\n inputs 2\n from0 forward.u\n to0 forward.u\n from1 forward.v\n to1 forward.v\n name Copy28\n xpos 72\n ypos 745\n }\n IDistort {\n channels rgb\n uv forward\n filter {{IDistort16.filter}}\n name IDistort28\n xpos 72\n ypos 793\n }\npush $N9b566d40\npush $N9b4a7cb0\n TimeOffset {\n time_offset 1\n time \"\"\n name TimeOffset29\n xpos -25\n ypos 683\n }\npush $N9b7bb9a0\n TimeOffset {\n time_offset 2\n time \"\"\n name TimeOffset30\n xpos -129\n ypos 647\n }\n Copy {\n inputs 2\n from0 backward.u\n to0 forward.u\n from1 backward.v\n to1 forward.v\n name Copy29\n xpos -129\n ypos 673\n }\n IDistort {\n channels rgb\n uv forward\n filter {{IDistort16.filter}}\n name IDistort29\n xpos -129\n ypos 721\n }\n Copy {\n inputs 2\n from0 backward.u\n to0 forward.u\n from1 backward.v\n to1 forward.v\n name Copy30\n xpos -129\n ypos 745\n }\n IDistort {\n channels rgb\n uv forward\n filter {{IDistort16.filter}}\n name IDistort30\n xpos -129\n ypos 793\n }\npush $N9b4a7cb0\npush $N9b7b7a60\n TimeOffset {\n time_offset -1\n time \"\"\n name TimeOffset31\n xpos -341\n ypos 647\n }\n Copy {\n inputs 2\n from0 forward.u\n to0 forward.u\n from1 forward.v\n to1 forward.v\n name Copy31\n xpos -341\n ypos 671\n }\n IDistort {\n channels rgb\n uv forward\n filter {{IDistort16.filter}}\n name IDistort31\n xpos -341\n ypos 719\n }\nset N9b64a9c0 [stack 0]\npush 0\npush $N9b7b7a60\n Dot {\n name Dot33\n xpos -520\n ypos 629\n }\n Dot {\n name Dot34\n xpos -520\n ypos 796\n }\nset N9d141e00 [stack 0]\npush $N9b4a7cb0\npush $N9b7b7a60\n TimeOffset {\n time_offset 1\n time \"\"\n name TimeOffset32\n xpos -451\n ypos 647\n }\n Copy {\n inputs 2\n from0 backward.u\n to0 forward.u\n from1 backward.v\n to1 forward.v\n name Copy32\n xpos -451\n ypos 671\n }\n IDistort {\n channels rgb\n uv forward\n filter {{IDistort16.filter}}\n name IDistort32\n xpos -451\n ypos 719\n }\nset N9d158e90 [stack 0]\n Merge2 {\n inputs 5+1\n operation average\n name Merge17\n xpos -341\n ypos 793\n }\npush $N9d141e00\npush 0\npush $N9b64a9c0\npush $N9d158e90\n Merge2 {\n inputs 3+1\n operation average\n name Merge18\n xpos -451\n ypos 793\n }\n Switch {\n inputs 2\n which {{parent.Switch1.which}}\n name Switch3\n xpos -451\n ypos 817\n }\nset N9d010430 [stack 0]\n Dot {\n name Dot38\n xpos -417\n ypos 841\n }\nset N9d016f10 [stack 0]\n Dot {\n name Dot39\n xpos -95\n ypos 841\n }\nset N9d01ae50 [stack 0]\n Dot {\n name Dot40\n xpos 106\n ypos 841\n }\n TimeOffset {\n time_offset -2\n time \"\"\n name TimeOffset34\n xpos 72\n ypos 859\n }\n Copy {\n inputs 2\n from0 forward.u\n to0 forward.u\n from1 forward.v\n to1 forward.v\n name Copy33\n xpos 72\n ypos 883\n }\n IDistort {\n channels rgb\n uv forward\n filter {{IDistort16.filter}}\n name IDistort33\n xpos 72\n ypos 931\n }\n Copy {\n inputs 2\n from0 forward.u\n to0 forward.u\n from1 forward.v\n to1 forward.v\n name Copy34\n xpos 72\n ypos 957\n }\n IDistort {\n channels rgb\n uv forward\n filter {{IDistort16.filter}}\n name IDistort34\n xpos 72\n ypos 1005\n }\npush $N9b5729c0\npush $N9b56eaf0\n TimeOffset {\n time_offset 1\n time \"\"\n name TimeOffset35\n xpos -25\n ypos 895\n }\npush $N9d01ae50\n TimeOffset {\n time_offset 2\n time \"\"\n name TimeOffset36\n xpos -129\n ypos 859\n }\n Copy {\n inputs 2\n from0 backward.u\n to0 forward.u\n from1 backward.v\n to1 forward.v\n name Copy35\n xpos -129\n ypos 885\n }\n IDistort {\n channels rgb\n uv forward\n filter {{IDistort16.filter}}\n name IDistort35\n xpos -129\n ypos 933\n }\n Copy {\n inputs 2\n from0 backward.u\n to0 forward.u\n from1 backward.v\n to1 forward.v\n name Copy36\n xpos -129\n ypos 957\n }\n IDistort {\n channels rgb\n uv forward\n filter {{IDistort16.filter}}\n name IDistort36\n xpos -129\n ypos 1005\n }\npush $N9b56eaf0\npush $N9d016f10\n TimeOffset {\n time_offset -1\n time \"\"\n name TimeOffset37\n xpos -341\n ypos 859\n }\n Copy {\n inputs 2\n from0 forward.u\n to0 forward.u\n from1 forward.v\n to1 forward.v\n name Copy37\n xpos -341\n ypos 883\n }\n IDistort {\n channels rgb\n uv forward\n filter {{IDistort16.filter}}\n name IDistort37\n xpos -341\n ypos 931\n }\nset N9d0a2b50 [stack 0]\npush 0\npush $N9d016f10\n Dot {\n name Dot41\n xpos -520\n ypos 841\n }\n Dot {\n name Dot42\n xpos -520\n ypos 1008\n }\nset N9d0b08b0 [stack 0]\npush $N9b56eaf0\npush $N9d016f10\n TimeOffset {\n time_offset 1\n time \"\"\n name TimeOffset38\n xpos -451\n ypos 859\n }\n Copy {\n inputs 2\n from0 backward.u\n to0 forward.u\n from1 backward.v\n to1 forward.v\n name Copy38\n xpos -451\n ypos 883\n }\n IDistort {\n channels rgb\n uv forward\n filter {{IDistort16.filter}}\n name IDistort38\n xpos -451\n ypos 931\n }\nset N995862f0 [stack 0]\n Merge2 {\n inputs 5+1\n operation average\n name Merge19\n xpos -341\n ypos 1005\n }\npush $N9d0b08b0\npush 0\npush $N9d0a2b50\npush $N995862f0\n Merge2 {\n inputs 3+1\n operation average\n name Merge20\n xpos -451\n ypos 1005\n }\n Switch {\n inputs 2\n which {{parent.Switch1.which}}\n name Switch4\n xpos -451\n ypos 1029\n }\nset N9d0c2bf0 [stack 0]\n Dot {\n name Dot44\n xpos -417\n ypos 1053\n }\nset N9d0c96e0 [stack 0]\n Dot {\n name Dot45\n xpos -95\n ypos 1053\n }\nset N9d0cd620 [stack 0]\n Dot {\n name Dot46\n xpos 106\n ypos 1053\n }\n TimeOffset {\n time_offset -2\n time \"\"\n name TimeOffset40\n xpos 72\n ypos 1071\n }\n Copy {\n inputs 2\n from0 forward.u\n to0 forward.u\n from1 forward.v\n to1 forward.v\n name Copy39\n xpos 72\n ypos 1095\n }\n IDistort {\n channels rgb\n uv forward\n filter {{IDistort16.filter}}\n name IDistort39\n xpos 72\n ypos 1143\n }\n Copy {\n inputs 2\n from0 forward.u\n to0 forward.u\n from1 forward.v\n to1 forward.v\n name Copy40\n xpos 72\n ypos 1169\n }\n IDistort {\n channels rgb\n uv forward\n filter {{IDistort16.filter}}\n name IDistort40\n xpos 72\n ypos 1217\n }\npush $N9b57a760\npush $N9b576890\n TimeOffset {\n time_offset 1\n time \"\"\n name TimeOffset41\n xpos -25\n ypos 1107\n }\npush $N9d0cd620\n TimeOffset {\n time_offset 2\n time \"\"\n name TimeOffset42\n xpos -129\n ypos 1071\n }\n Copy {\n inputs 2\n from0 backward.u\n to0 forward.u\n from1 backward.v\n to1 forward.v\n name Copy41\n xpos -129\n ypos 1097\n }\n IDistort {\n channels rgb\n uv forward\n filter {{IDistort16.filter}}\n name IDistort41\n xpos -129\n ypos 1145\n }\n Copy {\n inputs 2\n from0 backward.u\n to0 forward.u\n from1 backward.v\n to1 forward.v\n name Copy42\n xpos -129\n ypos 1169\n }\n IDistort {\n channels rgb\n uv forward\n filter {{IDistort16.filter}}\n name IDistort42\n xpos -129\n ypos 1217\n }\npush $N9b576890\npush $N9d0c96e0\n TimeOffset {\n time_offset -1\n time \"\"\n name TimeOffset43\n xpos -341\n ypos 1071\n }\n Copy {\n inputs 2\n from0 forward.u\n to0 forward.u\n from1 forward.v\n to1 forward.v\n name Copy43\n xpos -341\n ypos 1095\n }\n IDistort {\n channels rgb\n uv forward\n filter {{IDistort16.filter}}\n name IDistort43\n xpos -341\n ypos 1143\n }\nset N9d2592a0 [stack 0]\npush 0\npush $N9d0c96e0\n Dot {\n name Dot47\n xpos -520\n ypos 1053\n }\n Dot {\n name Dot48\n xpos -520\n ypos 1220\n }\nset N9d267000 [stack 0]\npush $N9b576890\npush $N9d0c96e0\n TimeOffset {\n time_offset 1\n time \"\"\n name TimeOffset44\n xpos -451\n ypos 1071\n }\n Copy {\n inputs 2\n from0 backward.u\n to0 forward.u\n from1 backward.v\n to1 forward.v\n name Copy44\n xpos -451\n ypos 1095\n }\n IDistort {\n channels rgb\n uv forward\n filter {{IDistort16.filter}}\n name IDistort44\n xpos -451\n ypos 1143\n }\nset N9d27d2f0 [stack 0]\n Merge2 {\n inputs 5+1\n operation average\n name Merge21\n xpos -341\n ypos 1217\n }\npush $N9d267000\npush 0\npush $N9d2592a0\npush $N9d27d2f0\n Merge2 {\n inputs 3+1\n operation average\n name Merge22\n xpos -451\n ypos 1217\n }\n Switch {\n inputs 2\n which {{parent.Switch1.which}}\n name Switch6\n xpos -451\n ypos 1241\n }\npush $N9d0c2bf0\n Dot {\n name Dot49\n xpos -578\n ypos 1032\n }\npush $N9d010430\n Dot {\n name Dot50\n xpos -578\n ypos 820\n }\npush 0\npush $N9b7b1250\n Dot {\n name Dot51\n xpos -578\n ypos 608\n }\npush $N9b75a2d0\n Dot {\n name Dot52\n xpos -578\n ypos 396\n }\n Dissolve {\n inputs 5+1\n channels rgb\n which {{parent.iterations-1}}\n name Dissolve1\n xpos -612\n ypos 1241\n }\n Merge2 {\n inputs 2\n output rgb\n name Merge1\n xpos -612\n ypos 1265\n disable {{1-fix_artifacts}}\n }\npush 0\n Merge2 {\n inputs 2\n bbox A\n metainput A\n Achannels rgb\n Bchannels rgb\n output rgb\n name Merge3\n xpos -612\n ypos 1289\n }\n Clamp {\n channels rgb\n name Clamp1\n xpos -612\n ypos 1313\n }\n Dot {\n name Dot56\n xpos -578\n ypos 1337\n }\nset N9d186c80 [stack 0]\n Expression {\n channel0 rgb\n expr0 r+g+b\n channel1 none\n channel2 none\n channel3 none\n enable_mix_luminance false\n name Expression4\n xpos -612\n ypos 1355\n }\npush $N9b1af1a0\n Expression {\n channel0 rgb\n expr0 r+g+b\n channel1 none\n channel2 none\n channel3 none\n enable_mix_luminance false\n name Expression5\n xpos -707\n ypos 1332\n }\n Dot {\n name Dot1\n xpos -673\n ypos 1382\n }\n Dissolve {\n inputs 2\n channels rgb\n which {{luminance}}\n name Dissolve2\n xpos -612\n ypos 1379\n }\n Dot {\n name Dot59\n xpos -578\n ypos 1497\n }\npush $N9b53fac0\npush $N9d186c80\n Dot {\n name Dot57\n xpos -474\n ypos 1337\n }\n Expression {\n temp_name0 L\n temp_expr0 r+g+b\n expr0 \"L == 0 ? 0.5 : r/L\"\n expr1 \"L == 0 ? 0.5 : g/L\"\n expr2 \"L == 0 ? 0.5 : b/L\"\n channel3 none\n enable_mix_luminance false\n name Expression8\n xpos -508\n ypos 1355\n }\n Blur {\n inputs 1+1\n size 12\n mix 0.5\n name Blur4\n xpos -508\n ypos 1394\n disable {{(1-fix_artifacts*median)}}\n }\npush $N9b1bb410\n Expression {\n temp_name0 L\n temp_expr0 r+g+b\n expr0 \"L == 0 ? 0.5 : r/L\"\n expr1 \"L == 0 ? 0.5 : g/L\"\n expr2 \"L == 0 ? 0.5 : b/L\"\n channel3 none\n enable_mix_luminance false\n name Expression6\n xpos -809\n ypos 1332\n }\n Dot {\n name Dot58\n xpos -775\n ypos 1473\n }\n Dissolve {\n inputs 2\n channels rgb\n which {{chrominance}}\n name Dissolve3\n xpos -508\n ypos 1470\n }\n Merge2 {\n inputs 2\n operation multiply\n Achannels rgb\n Bchannels rgb\n output rgb\n name Merge23\n xpos -508\n ypos 1494\n }\n Dot {\n name Dot60\n xpos -474\n ypos 1542\n }\nset N9d31fed0 [stack 0]\npush $N9b1a5e70\n Dot {\n name Dot61\n xpos -885\n ypos 1314\n }\n Merge2 {\n inputs 2\n operation minus\n Achannels rgb\n Bchannels rgb\n output rgb\n name Merge24\n xpos -919\n ypos 1539\n }\n Dot {\n name Dot62\n xpos -885\n ypos 1563\n }\npush $N9d31fed0\n Switch {\n inputs 3\n which {{(node_output)*(1-preview_mask)+preview_mask*2}}\n name Switch5\n xpos -508\n ypos 1560\n }\n Merge2 {\n inputs 2\n operation copy\n Achannels rgb\n Bchannels rgb\n output rgb\n name Merge4\n xpos -508\n ypos 1584\n disable {{\"1-(disable == 2)\"}}\n }\n Output {\n name Output1\n xpos -508\n ypos 1608\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_X_Distort.gizmo", "content": "Group {\n name X_Distort\n help \"Create distortion with great control and flexibility.\"\n knobChanged \"n = nuke.thisNode()\\nif n.input(2):\\n n\\[\\\"mask\\\"].setEnabled(True)\\nelse:\\n n\\[\\\"mask\\\"].setEnabled(False)\\n \\n \\nif n\\[\\\"distort_from\\\"].value() == \\\"Noise\\\":\\n n\\[\\\"noise_size\\\"].setVisible(True)\\n n\\[\\\"noise_z\\\"].setVisible(True)\\nelse:\\n n\\[\\\"noise_size\\\"].setVisible(False)\\n n\\[\\\"noise_z\\\"].setVisible(False)\\n\\nif n\\[\\\"enable_chroma\\\"].value() == 1:\\n n\\[\\\"aberration\\\"].setVisible(True)\\n n\\[\\\"blur_aberration\\\"].setVisible(True)\\nelse:\\n n\\[\\\"aberration\\\"].setVisible(False)\\n n\\[\\\"blur_aberration\\\"].setVisible(False)\\n \\nn\\[\\\"mix\\\"].setValue(min(max(0,n\\[\\\"mix\\\"].value()),1))\\nn\\[\\\"blur_map\\\"].setValue(max(0,n\\[\\\"blur_map\\\"].value()))\\nn\\[\\\"max_blur\\\"].setValue(max(0,n\\[\\\"max_blur\\\"].value()))\\n\"\n tile_color 0xa57aaaff\n note_font_color 0xffffffff\n selected true\n addUserKnob {20 X_Distort}\n addUserKnob {6 aberration_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n aberration_panelDropped true\n addUserKnob {41 \"Local GPU: \" T BlinkScript.gpuName}\n addUserKnob {41 \"Use GPU if Available\" T BlinkScript.useGPUIfAvailable}\n addUserKnob {26 \"\"}\n addUserKnob {7 distort t \"The amount of displacement going to be applied.\" R -100 100}\n distort -22.5\n addUserKnob {7 blur t \"The amount of smoothing going to be applied.\" R -100 100}\n blur 11\n addUserKnob {3 max_blur l max t \"Limit the vector blur to this number of samples.\\nVector Blur can be expensive, this limits the time it takes to render, but sometimes artifacts can appear.\\n\\nSetting this parameter to 0 will disable the limit.\" -STARTLINE}\n max_blur 50\n addUserKnob {7 direction t \"The direction of the generated vector map:\\n\\n At 0: Pixels will be attracted to the brighter areas.\\n At 0.5: Pixels will be attracted to the darker areas.\\n At 0.25 or .75: Pixels will spin around the bright ans dark areas.\\n\\nThis pattern repeats, so a value of 1 will produce the same result as a value of 0 and a value of 0.5 will produce the same result as a value of 1.5.\"}\n direction 0.5\n addUserKnob {4 filter t \"impulse very fast but can sometimes show pixelation or moire patterns.\\nbilinear slower but smoothes out most artifacts or unwanted patterns.\" M {impulse bilinear}}\n filter bilinear\n addUserKnob {26 \"\"}\n addUserKnob {4 distort_from l \"distortion from\" t \"Choose where do you want to create the distortion map from:\\n\\n· Auto will look at the inputs of the node and decid which one to use.\\n· Source will distort the image using the information on the original image.\\n· Dist Map will distort the image using the information on the secondary input of this node.\\n· Noise will generate an animated fractal that will be used to create the distortion map.\" M {Auto Source Map Noise \"\" \"\"}}\n distort_from Noise\n addUserKnob {6 use_all_channels l \"use all channels\" t \"By default the distortion map will be generated from the average of the rgb channel. If this setting is enabled the channels will be paired up.\\nThe red from the source will be distorted with the red from the map, the green with the green and so on. This allows you to have different distortion maps per each channel.\" -STARTLINE}\n addUserKnob {7 noise_size l size t \"The relative frequency of the turbulence pattern. Big values will generate low frequency distortion.\" R 1 1000}\n noise_size 100\n addUserKnob {7 noise_z l z t \"Use this to animate the noise pattern.\\nFor instance you could try with the expression \\\"frame/100\\\".\\n\\nRight click --> Add expression\" -STARTLINE}\n noise_z 4.815162342\n addUserKnob {7 blur_map l \"blur map\" t \"Filter the map to make it smoother and get rid of the high frequency distortions. Increase this value to make a smoother distortion.\" R 0 100}\n blur_map 50\n addUserKnob {6 fast_blur_map l fast t \"Uses a multipass blur that, altough not as accurate as a bruteforce blur, gets rid of the artifacts at a reduced cost. It is recommended to keep this on.\" -STARTLINE}\n fast_blur_map true\n addUserKnob {26 \"\"}\n addUserKnob {6 enable_chroma l \"chromatic aberration\" t \"Enable per-channel control on the distortion.\" +STARTLINE}\n addUserKnob {19 aberration l distort t \"This is a multiplier on the distortion for every channel. Use this to simulate light frequencies being separated.\" +HIDDEN R -2 2}\n aberration {1.2 1 0.8 1}\n addUserKnob {6 aberration_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 aberration_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {19 blur_aberration l blur t \"This is a multiplier on the blur for every channel. Use this to simulate light frequencies being separated.\" +HIDDEN}\n blur_aberration {1 1 1 1}\n addUserKnob {6 blur_aberration_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 blur_aberration_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {26 \"\"}\n addUserKnob {4 output_form l output t \"Choose what type of data you would like to output.\\n\\nResult will output the distorted and filtered input.\\nSTMap will output a UV map to be used in conjunction with the STMap node.\\nIDistort will output a displacement map to be used in conjunction with the IDistort node.\" M {Result STMap IDistort \"\"}}\n addUserKnob {41 mask l \" mask\" t \"This will mask the distortion map before the effect. Use this to limit the influence of the distortion to certain areas.\" -STARTLINE T Mask.maskChannelMask}\n addUserKnob {6 invert_mask l invert t \"invert the effect of the mask\" -STARTLINE}\n addUserKnob {41 fringe t \"Limits the effect on the edges of the mask.\" -STARTLINE T Mask.fringe}\n addUserKnob {7 mix t \"Blend between the original source and the applied effect.\"}\n mix 1\n addUserKnob {20 Settings l \"GPU Settings\"}\n addUserKnob {20 about l About}\n addUserKnob {26 about_1 l \"\" t \"A bunny:\\n(\\\\(\\\\ \\n( - -)\\n((') (')\" +STARTLINE T \"
\\nXavier Martín © 2017\"}\n addUserKnob {26 \"\"}\n addUserKnob {26 website l \"\" +STARTLINE T \"www.xaviermartinvfx.com\"}\n addUserKnob {26 space4_1 l \"\" +STARTLINE T
}\n addUserKnob {22 version l
version
T \"nuke.message('X_Distort Gizmo v4.1
Xavier Martín © 2017')\" +STARTLINE}\n addUserKnob {22 help_documentation l
?
-STARTLINE T \"nuke.message('You can find more documentation
on Nukepedia or my website.')\"}\n}\n Input {\n inputs 0\n name InputSrc\n xpos -140\n ypos -460\n }\n Dot {\n name Dot3\n xpos -106\n ypos -406\n }\nset N9d407b20 [stack 0]\n Dot {\n name Dot2\n xpos 94\n ypos -406\n }\nset N9d40ba30 [stack 0]\n Dot {\n name Dot1\n xpos 94\n ypos -356\n }\nset N9d40f900 [stack 0]\n Noise {\n cliptype bbox\n replace true\n size {{parent.noise_size}}\n zoffset {{parent.noise_z}}\n gamma 1\n center {1024 778}\n name Noise1\n xpos 60\n ypos -310\n }\n Input {\n inputs 0\n name InputDist_Map\n xpos 260\n ypos -460\n number 1\n }\n AdjBBox {\n numpixels 1\n name AdjBBox2\n xpos 260\n ypos -408\n disable {{\"!\\[exists parent.input1]\"}}\n }\nset N9d433870 [stack 0]\npush $N9d40f900\npush $N9d433870\npush $N9d40ba30\n Switch {\n inputs 2\n which {{\"\\[exists parent.input1]\"}}\n name Auto\n xpos 160\n ypos -360\n }\n Switch {\n inputs 4\n which {{distort_from}}\n name Switch1\n xpos 260\n ypos -310\n }\n Remove {\n operation keep\n channels rgba\n name Remove1\n xpos 260\n ypos -258\n }\n Saturation {\n saturation 0\n mode Average\n name Saturation1\n xpos 260\n ypos -210\n disable {{use_all_channels}}\n }\n Remove {\n operation keep\n channels {rgba.red -rgba.green -rgba.blue -rgba.alpha}\n name Remove2\n xpos 260\n ypos -160\n disable {{use_all_channels}}\n }\nset N9d452fd0 [stack 0]\n Dot {\n name Dot6\n xpos 194\n ypos -156\n }\n Dot {\n name Dot7\n xpos 194\n ypos 144\n }\n Input {\n inputs 0\n name Inputmask\n xpos 460\n ypos -10\n number 2\n }\n Dot {\n name Dot9\n xpos 494\n ypos 94\n }\npush $N9d452fd0\n Blur {\n size {{blur_map}}\n quality {{parent.fast_blur_map?15:blur_map+1}}\n crop false\n name Blur1\n xpos 260\n ypos -116\n disable {{size<1}}\n }\n Blur {\n size {{blur_map/15}}\n crop false\n name Blur2\n xpos 260\n ypos -66\n disable {{(size<1)+(1-parent.fast_blur_map)}}\n }\n Blur {\n size {{blur_map/225}}\n crop false\n name Blur3\n xpos 260\n ypos -16\n disable {{(size<1)+(1-parent.fast_blur_map)}}\n }\n Shuffle {\n green red\n blue red\n alpha red\n name Shuffle1\n xpos 260\n ypos 40\n disable {{use_all_channels}}\n }\n Multiply {\n inputs 1+1\n value 0\n invert_mask {{1-parent.invert_mask}}\n name Mask\n xpos 260\n ypos 84\n disable {{parent.inputs!=3}}\n }\n CopyBBox {\n inputs 2\n name CopyBBox1\n xpos 260\n ypos 140\n }\n Dot {\n name Dot8\n xpos 294\n ypos 194\n }\nset N9d4aa3b0 [stack 0]\n BlinkScript {\n ProgramGroup 1\n KernelDescription \"2 \\\"X_Distort\\\" iterate pixelWise c808228749d48a9f044958c8efc9a2b21aa668de9616076bf59cb1bcfcd28dcc 2 \\\"map\\\" Read Ranged2D \\\"dst\\\" Write Point 4 \\\"distortion\\\" Float 4 AAAAAAAAAAAAAAAAAAAAAA== \\\"direction\\\" Float 1 AAAAAA== \\\"stmap\\\" Int 1 AAAAAA== \\\"format\\\" Int 2 AAAAAAAAAAA= 4 \\\"distortion\\\" 4 1 \\\"direction\\\" 1 1 \\\"stmap\\\" 1 1 \\\"format\\\" 2 1 4 \\\"maprangeMin\\\" Int 2 1 AAAAAAAAAAA= \\\"maprangeMax\\\" Int 2 1 AAAAAAAAAAA= \\\"mapconstEdgeColor\\\" Float 4 1 AAAAAAAAAAAAAAAAAAAAAA== \\\"rotate\\\" Float 2 1 AAAAAAAAAAA=\"\n kernelSource \"kernel X_Distort : ImageComputationKernel\\n\\{\\n Image map; // the distortion map image\\n Image dst; // the output image\\n\\n param:\\n float4 distortion;\\n float direction;\\n int stmap;\\n int2 format;\\n\\n local:\\n float2 rotate;\\n\\n void init() \\{\\n // Initialise trigonometric functions.\\n rotate = float2(sin(direction*6.28318f),\\n cos(direction*6.28318f));\\n map.setRange(-1,-1,1,1);\\n \\}\\n\\n void process(int2 pos) \\{\\n\\n // Sample gradient\\n float2 distort;\\n distort = float2(map(1,0,0)-map(-1,0,0),\\n map(0,1,0)-map(0,-1,0));\\n\\n // Rotate vector\\n distort = float2(distort.x*rotate.y+distort.y*rotate.x,\\n -distort.x*rotate.x+distort.y*rotate.y);\\n distort *= distortion.x;\\n\\n if(stmap==1)\\n distort = (distort+float2(pos.x,pos.y))/float2(format.x,format.y);\\n\\n dst() = float4(distort.x,distort.y,0,0);\\n \\}\\n\\};\\n\"\n useGPUIfAvailable {{parent.BlinkScript.useGPUIfAvailable}}\n rebuild \"\"\n X_Distort_distortion {{parent.distort*(blur_map+1)*((aberration-1)*enable_chroma+1)*2} {parent.distort*(blur_map+1)*((aberration-1)*enable_chroma+1)*2} {parent.distort*(blur_map+1)*((aberration-1)*enable_chroma+1)*2} {parent.distort*(blur_map+1)*((aberration-1)*enable_chroma+1)*2}}\n X_Distort_direction {{parent.direction+.5}}\n X_Distort_stmap {{2-output_form}}\n X_Distort_format {{width} {height}}\n rebuild_finalise \"\"\n name BlinkScript1\n xpos 260\n ypos 234\n }\n Dot {\n name Dot11\n xpos 294\n ypos 344\n }\npush $N9d4aa3b0\npush $N9d407b20\n AdjBBox {\n numpixels 1\n name AdjBBox1\n xpos -140\n ypos -360\n disable {{\"!\\[exists parent.input0]\"}}\n }\n Dot {\n name Dot10\n xpos -106\n ypos 144\n }\n BlinkScript {\n inputs 2\n ProgramGroup 1\n KernelDescription \"1 \\\"X_Distort\\\" iterate componentWise b9627c0324b2a89d1b941c7c64b5afb3310f15cfcf6b1f077dd0574498415168 3 \\\"src\\\" Read Random \\\"map\\\" Read Ranged2D \\\"dst\\\" Write Point 5 \\\"distortion\\\" Float 4 AAAAAAAAAAAAAAAAAAAAAA== \\\"vector_blur\\\" Float 4 AAAAAAAAAAAAAAAAAAAAAA== \\\"direction\\\" Float 1 AAAAAA== \\\"filter\\\" Int 1 AAAAAA== \\\"max_steps\\\" Int 1 AAAAAA==\"\n kernelSource \"kernel X_Distort : ImageComputationKernel\\n\\{\\n Image src; // the input image\\n Image map; // the distortion map image\\n Image dst; // the output image\\n\\n param:\\n float4 distortion;\\n float4 vector_blur;\\n float direction;\\n int filter;\\n int max_steps;\\n\\n local:\\n float2 rotate;\\n\\n void init() \\{\\n // Initialise trigonometric functions.\\n rotate = float2(sin(direction*6.28318f),\\n cos(direction*6.28318f));\\n map.setRange(-1,-1,1,1);\\n \\}\\n\\n void process(int3 pos) \\{\\n\\n // Sample gradient\\n float2 distort;\\n distort = float2(map(1,0)-map(-1,0),\\n map(0,1)-map(0,-1));\\n\\n // Rotate vector\\n distort = float2(distort.x*rotate.y+distort.y*rotate.x,\\n -distort.x*rotate.x+distort.y*rotate.y);\\n\\n // Sample source (no blur)\\n if(fabs(vector_blur\\[pos.z])<0.01)\\{\\n distort *= distortion\\[pos.z];\\n distort += float2(pos.x,pos.y);\\n if(filter==0)\\n dst() = src(int(distort.x),int(distort.y));\\n else\\n dst() = bilinear(src,distort.x,distort.y);\\n \\}\\n\\n else \\{\\n\\n // If vector blur is enabled\\n // Create vector blur final coordiantes\\n float2 blur = distort;\\n blur *= distortion\\[pos.z]+vector_blur\\[pos.z];\\n blur += float2(pos.x,pos.y);\\n distort *= distortion\\[pos.z];\\n distort += float2(pos.x,pos.y);\\n\\n // Calculate length of the blur\\n int distance;\\n distance = ceil(length(distort-blur));\\n if(max_steps>0)\\n distance = min(distance,max_steps);\\n\\n\\n // Accumulate pixels through blur\\n if(filter==0)\\{\\n float sum = src(int(distort.x),int(distort.y));\\n float step = 0.0f;\\n float2 dist_blur;\\n for(int i = 0; i < distance; i++)\\{\\n step = float(i)/(distance);\\n dist_blur = distort*step+blur*(1.0-step);\\n sum += src(int(dist_blur.x),int(dist_blur.y));\\n \\}\\n dst() = sum/(distance+1);\\n \\}\\n\\n else \\{\\n float sum = bilinear(src,distort.x,distort.y);\\n float step = 0.0f;\\n float2 dist_blur;\\n for(int i = 0; i < distance; i++)\\{\\n step = float(i)/(distance);\\n dist_blur = distort*step+blur*(1.0-step);\\n sum += bilinear(src,dist_blur.x,dist_blur.y);\\n \\}\\n dst() = sum/(distance+1);\\n \\}\\n \\}\\n \\}\\n\\};\\n\"\n rebuild \"\"\n X_Distort_distortion {{parent.distort*(blur_map+1)*((aberration-1)*enable_chroma+1)*2} {parent.distort*(blur_map+1)*((aberration-1)*enable_chroma+1)*2} {parent.distort*(blur_map+1)*((aberration-1)*enable_chroma+1)*2} {parent.distort*(blur_map+1)*((aberration-1)*enable_chroma+1)*2}}\n X_Distort_vector_blur {{parent.blur*(blur_map+1)*((blur_aberration-1)*enable_chroma+1)*2} {parent.blur*(blur_map+1)*((blur_aberration-1)*enable_chroma+1)*2} {parent.blur*(blur_map+1)*((blur_aberration-1)*enable_chroma+1)*2} {parent.blur*(blur_map+1)*((blur_aberration-1)*enable_chroma+1)*2}}\n X_Distort_direction {{parent.direction+.5}}\n X_Distort_filter {{filter}}\n X_Distort_max_steps {{max_blur}}\n rebuild_finalise \"\"\n name BlinkScript\n selected true\n xpos -140\n ypos 184\n }\npush $N9d407b20\n Dot {\n name Dot5\n xpos -206\n ypos -406\n }\n Dot {\n name Dot4\n xpos -206\n ypos 294\n }\n Dissolve {\n inputs 2\n channels rgba\n which {{parent.mix}}\n name Dissolve1\n xpos -140\n ypos 290\n }\n Switch {\n inputs 2\n which {{output_form}}\n name Switch3\n xpos -140\n ypos 340\n }\n Output {\n name Output1\n xpos -140\n ypos 440\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_X_Sharpen.gizmo", "content": "Group {\n name X_Sharpen\n help \"An accelerated weighted sharpen filter. This does a similar operation to nuke's sharpen solving three of its issues: negative values, dark edges and hue inversions.\"\n knobChanged \"n = nuke.thisNode()\\nk = nuke.thisKnob()\\n\\nif k.name() == \\\"radius\\\":\\n k.setValue(max(k.value(),0))\\n \\nif k.name() == \\\"quality\\\":\\n k.setValue(max(k.value(),1))\\n \\nif k.name() == \\\"bias\\\":\\n k.setValue(max(k.value(),0))\\n \\nif k.name() == \\\"sharpen\\\":\\n k.setValue(max(k.value(),0))\"\n tile_color 0xcc804eff\n addUserKnob {20 Sharpen}\n addUserKnob {41 \"Local GPU: \" T BlinkScript1.gpuName}\n addUserKnob {41 \"Use GPU if Available\" T BlinkScript1.useGPUIfAvailable}\n addUserKnob {26 \"\"}\n addUserKnob {41 channels t \"Channels to apply the smoothing to.\" T Merge1.Achannels}\n addUserKnob {7 sharpen t \"Increase the local contrast of your image.\\nA value of 0 will leave the image untouched.\\nHigher values will result in crispier images.\" R 0 4}\n sharpen 1\n addUserKnob {7 radius t \"Radius to apply the sharpening to.\" R 0 100}\n radius 15\n addUserKnob {7 bias t \"In order to sharpen the image, a blurred copy of the image needs to be created.\\n\\nControlling the bias of the blur will avoid created banding or negative loves around edges.\\n\\nHigher values will apply the sharpen only to similar pixels, avoiding cross-object contamination and unwanted artefacts.\\n\\nA value of 0 is equivalent to Nuke's sharpen.\" R 0 100}\n bias 40\n addUserKnob {3 quality l \" quality \" t \"The maximum number of samples to use for the smoothing. When using very large radius the filter can become very slow. Limiting the number of samples will hugely increase performance at the cost of smoothing out some fine details.\" -STARTLINE}\n quality 15\n addUserKnob {41 unpremult T Unpremult1.alpha}\n addUserKnob {6 luma_only l \"luma only\" t \"If checked, only the luminance of the rgb will be sharpened, keeping the same hue and saturation as the input.\" +STARTLINE}\n luma_only true\n addUserKnob {20 about l About}\n addUserKnob {26 about_1 l \"\" t \"A bunny:\\n(\\\\(\\\\ \\n( - -)\\n((') (')\" +STARTLINE T \"
\\nXavier Martín © 2017\"}\n addUserKnob {26 \"\"}\n addUserKnob {26 website l \"\" +STARTLINE T \"www.xaviermartinvfx.com\"}\n addUserKnob {26 space4_1 l \"\" +STARTLINE T
}\n addUserKnob {22 version l
version
T \"nuke.message('X_Soften Gizmo v1.0
Xavier Martín © 2017')\" +STARTLINE}\n addUserKnob {22 help_documentation l
?
-STARTLINE T \"nuke.message('You can find more documentation
on Nukepedia or my website.')\"}\n}\n Input {\n inputs 0\n name Source\n xpos 2960\n ypos -660\n }\n Unpremult {\n channels all\n alpha -rgba.alpha\n name Unpremult1\n xpos 2960\n ypos -616\n }\n Dot {\n name Dot8\n xpos 2994\n ypos -556\n }\nset N8979500 [stack 0]\npush $N8979500\n Remove {\n name Remove1\n xpos 3060\n ypos -566\n }\n Merge2 {\n inputs 2\n operation copy\n Achannels rgb\n name Merge1\n xpos 3060\n ypos -510\n }\n Dot {\n name Dot3\n xpos 3094\n ypos -456\n }\nset N2fe7dc00 [stack 0]\n Dot {\n name Dot2\n xpos 3094\n ypos -156\n }\npush $N2fe7dc00\n Dot {\n name Dot4\n xpos 3194\n ypos -456\n }\n Saturation {\n saturation 0\n mode Average\n name Saturation1\n xpos 3160\n ypos -410\n disable {{1-parent.luma_only}}\n }\nset Na1860e00 [stack 0]\n Dot {\n name Dot6\n xpos 3394\n ypos -406\n }\n Dot {\n name Dot7\n xpos 3394\n ypos -206\n }\npush $Na1860e00\n Dot {\n name Dot1\n xpos 3194\n ypos -356\n }\nset Na1861880 [stack 0]\n Blur {\n channels rgba\n size {{parent.radius/parent.quality}}\n filter box\n crop false\n name Blur1\n xpos 3260\n ypos -310\n disable {{parent.radius/parent.quality<=1}}\n }\npush $Na1861880\n BlinkScript {\n inputs 2\n ProgramGroup 1\n KernelDescription \"1 \\\"FastWeightedBlur\\\" iterate componentWise 7db38cadf585143162376d5e48625a8d4ef028893bbb529123eef77a2122fd98 3 \\\"src\\\" Read Point \\\"downres\\\" Read Ranged2D \\\"dst\\\" Write Point 4 \\\"Radius\\\" Float 1 AAAAAA== \\\"bias\\\" Float 1 AAAAAA== \\\"Quality\\\" Int 1 AAAAAA== \\\"luma\\\" Int 1 AAAAAA==\"\n kernelSource \"kernel FastWeightedBlur : public ImageComputationKernel\\n\\{\\n Image src;\\n Image downres;\\n Image dst;\\n\\n param:\\n float Radius;\\n float bias;\\n int Quality;\\n int luma;\\n\\n void init() \\{\\n downres.setRange(-Radius*Quality,-Radius*Quality,Radius*Quality,Radius*Quality);\\n \\}\\n\\n void process(int c) \\{\\n int channel = 0;\\n if(luma==0)\\n channel = c;\\n if(c==channel) \\{\\n float sum = 0.0f;\\n float sumWeight = 0.0f;\\n float source = src();\\n float weight = 0.0f;\\n float sample = 0.0f;\\n for(int j = -Quality; j <= Quality; j++) \\{\\n for(int i = -Quality; i <= Quality; i++) \\{\\n sample = downres(int(Radius*i),int(Radius*j));\\n weight = 1.0/(pow(bias*(sample-source),2)+1);\\n sum += sample*weight;\\n sumWeight += weight;\\n \\}\\n \\}\\n dst() = sum/sumWeight;\\n \\}\\n \\}\\n\\};\"\n rebuild \"\"\n FastWeightedBlur_Radius {{max(parent.radius/parent.quality,1)}}\n FastWeightedBlur_bias {{parent.bias}}\n FastWeightedBlur_Quality {{min(parent.quality,radius)}}\n FastWeightedBlur_luma {{parent.luma_only}}\n rebuild_finalise \"\"\n name BlinkScript1\n xpos 3160\n ypos -266\n }\n MergeExpression {\n inputs 2\n expr0 Br==0?0:((Ar/Br)**sharpen)*Br\n expr1 Bg==0?0:((Ag/Bg)**sharpen)*Bg\n expr2 Bb==0?0:((Ab/Bb)**sharpen)*Bb\n expr3 Ba==0?0:((Aa/Ba)**sharpen)*Ba\n name MergeExpression2\n xpos 3160\n ypos -210\n addUserKnob {20 User}\n addUserKnob {7 sharpen}\n sharpen {{parent.sharpen+1}}\n }\n MergeExpression {\n inputs 2\n temp_name0 Al\n temp_expr0 (Ar+Ag+Ab)/3\n expr0 Al==0?0:Ar*Br/Al\n expr1 Al==0?0:Ag*Br/Al\n expr2 Al==0?0:Ab*Br/Al\n expr3 Aa\n name MergeExpression1\n xpos 3160\n ypos -160\n disable {{1-parent.luma_only}}\n }\npush $N8979500\n Dot {\n name Dot5\n xpos 2994\n ypos -104\n }\n Merge2 {\n inputs 2\n operation copy\n Bchannels {{{parent.Merge1.Achannels}}}\n output {{{parent.Merge1.Achannels}}}\n name Merge2\n xpos 3160\n ypos -108\n }\n Premult {\n channels all\n alpha {{{parent.Unpremult1.alpha}}}\n invert {{parent.Unpremult1.invert}}\n name Premult1\n xpos 3160\n ypos -66\n }\n Output {\n name Output1\n xpos 3160\n ypos -8\n }\nend_group" }, { "path": "NukeSurvivalToolkit/gizmos/NST_X_Soften.gizmo", "content": "Group {\n name X_Soften\n help \"An accelerated weighted blur filter. This does a similar operation to the bilinear filter with a very reduced computational cost.\"\n knobChanged \"n = nuke.thisNode()\\nk = nuke.thisKnob()\\n\\nif k.name() == \\\"radius\\\":\\n k.setValue(max(k.value(),0))\\n \\nif k.name() == \\\"quality\\\":\\n k.setValue(max(k.value(),1))\\n \\nif k.name() == \\\"bias\\\":\\n k.setValue(max(k.value(),0))\"\n tile_color 0xcc804eff\n addUserKnob {20 Soften}\n addUserKnob {41 \"Local GPU: \" T BlinkScript1.gpuName}\n addUserKnob {41 \"Use GPU if Available\" T BlinkScript1.useGPUIfAvailable}\n addUserKnob {26 \"\"}\n addUserKnob {41 channels t \"Channels to apply the smoothing to.\" T Merge1.Achannels}\n addUserKnob {7 radius t \"Radius to apply the smoothing to.\" R 0 100}\n radius 15\n addUserKnob {7 bias t \"This allows you to bias the blur in order to preserve edges.\\n\\nHigher values will preserve finer details. Lower values will smooth out more features.\\n\\nA value of 0 is equivalent to Nuke's box blur.\" R 0 100}\n bias 40\n addUserKnob {3 quality l \" quality \" t \"The maximum number of samples to use for the smoothing. When using very large radius the filter can become very slow. Limiting the number of samples will hugely increase performance at the cost of smoothing out some fine details.\" -STARTLINE}\n quality 15\n addUserKnob {41 unpremult T Unpremult1.alpha}\n addUserKnob {6 luma_only l \"luma only\" t \"If checked, only the luminance of the rgb will be smoothed, keeping the same hue and saturation as the input.\" +STARTLINE}\n luma_only true\n addUserKnob {20 about l About}\n addUserKnob {26 about_1 l \"\" t \"A bunny:\\n(\\\\(\\\\ \\n( - -)\\n((') (')\" +STARTLINE T \"
\\nXavier Martín © 2017\"}\n addUserKnob {26 \"\"}\n addUserKnob {26 website l \"\" +STARTLINE T \"www.xaviermartinvfx.com\"}\n addUserKnob {26 space4_1 l \"\" +STARTLINE T
}\n addUserKnob {22 version l
version
T \"nuke.message('X_Soften Gizmo v1.0
Xavier Martín © 2017')\" +STARTLINE}\n addUserKnob {22 help_documentation l
?
-STARTLINE T \"nuke.message('You can find more documentation
on Nukepedia or my website.')\"}\n}\n Input {\n inputs 0\n name Source\n xpos 2960\n ypos -610\n }\n Unpremult {\n channels all\n alpha -rgba.alpha\n name Unpremult1\n xpos 2960\n ypos -566\n }\nset Nb4cad180 [stack 0]\npush $Nb4cad180\n Remove {\n name Remove1\n xpos 3060\n ypos -566\n }\n Merge2 {\n inputs 2\n operation copy\n Achannels rgb\n name Merge1\n xpos 3060\n ypos -510\n }\n Dot {\n name Dot3\n xpos 3094\n ypos -456\n }\nset Nb4cac700 [stack 0]\n Dot {\n name Dot2\n xpos 3094\n ypos -206\n }\npush $Nb4cac700\n Dot {\n name Dot4\n xpos 3194\n ypos -456\n }\n Saturation {\n saturation 0\n mode Average\n name Saturation1\n xpos 3160\n ypos -410\n disable {{1-parent.luma_only}}\n }\n Dot {\n name Dot1\n xpos 3194\n ypos -356\n }\nset Nb4cad880 [stack 0]\n Blur {\n channels rgba\n size {{parent.radius/parent.quality}}\n filter box\n crop false\n name Blur1\n xpos 3260\n ypos -310\n disable {{parent.radius/parent.quality<=1}}\n }\npush $Nb4cad880\n BlinkScript {\n inputs 2\n ProgramGroup 1\n KernelDescription \"1 \\\"FastWeightedBlur\\\" iterate componentWise 7db38cadf585143162376d5e48625a8d4ef028893bbb529123eef77a2122fd98 3 \\\"src\\\" Read Point \\\"downres\\\" Read Ranged2D \\\"dst\\\" Write Point 4 \\\"Radius\\\" Float 1 AAAAAA== \\\"bias\\\" Float 1 AAAAAA== \\\"Quality\\\" Int 1 AAAAAA== \\\"luma\\\" Int 1 AAAAAA==\"\n kernelSource \"kernel FastWeightedBlur : public ImageComputationKernel\\n\\{\\n Image src;\\n Image downres;\\n Image dst;\\n\\n param:\\n float Radius;\\n float bias;\\n int Quality;\\n int luma;\\n\\n void init() \\{\\n downres.setRange(-Radius*Quality,-Radius*Quality,Radius*Quality,Radius*Quality);\\n \\}\\n\\n void process(int c) \\{\\n int channel = 0;\\n if(luma==0)\\n channel = c;\\n if(c==channel) \\{\\n float sum = 0.0f;\\n float sumWeight = 0.0f;\\n float source = src();\\n float weight = 0.0f;\\n float sample = 0.0f;\\n for(int j = -Quality; j <= Quality; j++) \\{\\n for(int i = -Quality; i <= Quality; i++) \\{\\n sample = downres(int(Radius*i),int(Radius*j));\\n weight = 1.0/(pow(bias*(sample-source),2)+1);\\n sum += sample*weight;\\n sumWeight += weight;\\n \\}\\n \\}\\n dst() = sum/sumWeight;\\n \\}\\n \\}\\n\\};\"\n rebuild \"\"\n FastWeightedBlur_Radius {{max(parent.radius/parent.quality,1)}}\n FastWeightedBlur_bias {{parent.bias}}\n FastWeightedBlur_Quality {{min(parent.quality,radius)}}\n FastWeightedBlur_luma {{parent.luma_only}}\n rebuild_finalise \"\"\n name BlinkScript1\n xpos 3160\n ypos -266\n }\n MergeExpression {\n inputs 2\n temp_name0 Al\n temp_expr0 (Ar+Ag+Ab)/3\n expr0 Al==0?0:Ar*Br/Al\n expr1 Al==0?0:Ag*Br/Al\n expr2 Al==0?0:Ab*Br/Al\n expr3 Aa\n name MergeExpression1\n selected true\n xpos 3160\n ypos -210\n disable {{1-parent.luma_only}}\n }\npush $Nb4cad180\n Dot {\n name Dot5\n xpos 2994\n ypos -156\n }\n Merge2 {\n inputs 2\n operation copy\n Bchannels {{{parent.Merge1.Achannels}}}\n output {{{parent.Merge1.Achannels}}}\n name Merge2\n xpos 3160\n ypos -160\n }\n Premult {\n channels all\n alpha {{{parent.Unpremult1.alpha}}}\n invert {{parent.Unpremult1.invert}}\n name Premult1\n xpos 3160\n ypos -116\n }\n Output {\n name Output1\n xpos 3160\n ypos -60\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_X_Tesla.gizmo", "content": "Group {\n name X_Tesla\n help \"With this gizmo you can create lightning and electricity effects\"\n tile_color 0x1a3d99ff\n gl_color 0xbed7ffff\n note_font_color 0xffffffff\n selected true\n addUserKnob {20 Base}\n addUserKnob {12 point1}\n point1 {578 1162}\n addUserKnob {12 point2 t \"Sets the final point of the lightning, where the bolt dies.\"}\n point2 {1428 496}\n addUserKnob {3 arcs l bolts t \"A general multiplier that duplicates the entire structure multiple times, using the same settings for all the lightning bolts.\"}\n arcs 1\n addUserKnob {26 \"\"}\n addUserKnob {7 amplitude t \"The bigger the amplitude, the less straight and more wiggly the lightning will be.\" R 0 500}\n amplitude 250\n addUserKnob {7 soft_start l \"soft start\" t \"Sets the initial amplitude. Values over 0 will assure that the lightning starts in the point1. Bigger values make a smoother transition.\"}\n soft_start 0.255\n addUserKnob {7 soft_end l \"soft end\" t \"Sets the final amplitude. A value over 0 will assure that the lightning dies at point2. Bigger values make a smoother transition.\"}\n soft_end 0.04\n addUserKnob {26 \"\"}\n addUserKnob {7 frequency t \"How often the lightning changes direction. Higher values will do smaller shapes.\"}\n frequency 0.4\n addUserKnob {3 complexity t \"How many octaves are used in the fractal noise. Higher values will produce a more detailed lightning, but it is slower. Usually there's no difference over 8 octaves.\"}\n complexity 6\n addUserKnob {7 secondary_amplitude l \"secondary amp\" t \"Each octave has its amplitude scaled by this much. A value of .5 means that each iteration will have half of the influence of the previous octave.\" R 0 2}\n secondary_amplitude 0.4\n addUserKnob {7 secondary_frequency l \"secondary freq\" t \"Each octave has its frequency scaled by this much. A value of 2 means that each iteration will add detail twice as small.\"}\n secondary_frequency 0.42\n addUserKnob {26 \"\"}\n addUserKnob {7 size l width t \"The width of the entire lightning. Higher values will create thicker bolts. The units are pixels, so a width of 10 means that the maximum width that the lightning will have is 10.\" R 0 100}\n size 10\n addUserKnob {7 end_size l \"end width\" t \"The factor at which the width is scaled at the end of the lightning. A value of 1 means that the with is constant, and a value of 0 means that the lightning will get thinner the closer it gets to the second point.\"}\n addUserKnob {20 Branches}\n addUserKnob {3 branches t \"The number of secondary branches born from each main bolt\"}\n branches 5\n addUserKnob {7 random_spacing l \"random spacing\" t \"When set to 0, secondary branches will be born from equidistant points along the main bolt. A more random spacing will make the branches less evenly distributed.\"}\n random_spacing 0.2\n addUserKnob {26 \"\"}\n addUserKnob {7 direction t \"The tendency of the secondary branches to point in the same direction as the main bolt.\"}\n direction 0.2\n addUserKnob {7 random_direction l randomize t \"A random value for the direction. It will make the secondary branches point in different directions.\"}\n random_direction 0.5\n addUserKnob {26 \"\"}\n addUserKnob {7 length t \"The length of the secondary branches, relative to the length of the main bolt.\" R 0 2}\n length 0.935\n addUserKnob {7 random_length l randomize t \"Makes the secondary branches have different sizes between each other.\"}\n random_length 0.5\n addUserKnob {26 \"\"}\n addUserKnob {7 branch_amplitude l amplitude t \"How turbulent will the secondary branches be, relative to the main bolt.\"}\n branch_amplitude 2\n addUserKnob {7 random_amplitude l randomize t \"Makes the secondary branches have different amplitudes between each other.\"}\n random_amplitude 0.5\n addUserKnob {26 \"\"}\n addUserKnob {7 branch_size l width t \"The width of the stroke, relative to the main bolt.\" R 0 2}\n branch_size 1\n addUserKnob {7 branch_end_size l \"end size\" t \"The width at the end of the branches\"}\n branch_end_size 0.1\n addUserKnob {7 random_branch_size l randomize t \"Different branches will have slightly different width values.\"}\n random_branch_size 0.2\n addUserKnob {20 Animation}\n addUserKnob {7 speed t \"The rate of change of the lightning shape. The bigger the value, the faster it will move.\"}\n speed 10\n addUserKnob {7 flow t \"The shape of the lightning can flow from the start to the end of the bolt, givig the feeling that the energy is moving forwards\"}\n flow 30\n addUserKnob {26 \"\"}\n addUserKnob {7 retract t \"Use this to animate the lightning growing or shrinking.\"}\n addUserKnob {26 \"\"}\n addUserKnob {3 seed}\n seed 42\n addUserKnob {22 make_random_seed l \"Random Seed\" -STARTLINE T \"import random\\n\\nnuke.thisNode()\\['seed'].setValue( random.randint(1,999) )\"}\n addUserKnob {20 Render}\n addUserKnob {68 mode M {\"Stroke Only (faster)\" \"Medium Quality (slow)\" \"Best Quality (very slow)\" \"\" \"\" \"\"}}\n mode \"Best Quality (very slow)\"\n addUserKnob {18 primary_color l primary}\n primary_color {1 0.875814 0.732576}\n addUserKnob {6 primary_color_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 primary_color_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {18 secondary_color l secondary}\n secondary_color {0.372524 0.663819 1}\n addUserKnob {6 secondary_color_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 secondary_color_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {26 \"\"}\n addUserKnob {7 saturation R 0 2}\n saturation 0.8\n addUserKnob {7 global_intensity l intensity R 0 10}\n global_intensity 1\n addUserKnob {26 \"\"}\n addUserKnob {7 chromatic_aberration l aberration R 0 10}\n chromatic_aberration 2\n addUserKnob {7 sharpening R 0 10}\n sharpening 2\n addUserKnob {26 \"\"}\n addUserKnob {26 Glow_Text l Glow}\n addUserKnob {7 glow l radius R 0 1000}\n glow 300\n addUserKnob {7 intensity}\n intensity 0.3\n addUserKnob {6 soft_highlights l \"soft highlights\" -STARTLINE}\n soft_highlights true\n addUserKnob {7 gamma R 0 3}\n gamma 1.5\n addUserKnob {7 noise R 0 10}\n addUserKnob {20 about l About}\n addUserKnob {26 about_1 l \"\" t \"A bunny:\\n(\\\\(\\\\ \\n( - -)\\n((') (')\" +STARTLINE T \"
\\nXavier Martín © 2016\"}\n addUserKnob {26 \"\"}\n addUserKnob {26 website l \"\" +STARTLINE T \"www.xaviermartinvfx.com\"}\n addUserKnob {26 space4_1 l \"\" +STARTLINE T
}\n addUserKnob {22 version l \"
version
\" T \"nuke.message('X_Tesla Gizmo v2.0
Xavier Martín © 2016')\\nnuke.message('
To my grandad, wherever you are, know we love you.
')\" +STARTLINE}\n addUserKnob {22 help_1 l \"
? \" -STARTLINE T \"nuke.message('You can find more documentation
on Nukepedia or my website.')\"}\n}\n Crop {\n inputs 0\n box {0 0 {parent.Crop1.box.r} 1}\n reformat true\n intersect true\n crop false\n name Crop3\n xpos -251\n ypos -190\n }\nset Ne968f1f0 [stack 0]\n Noise {\n output {-rgba.red rgba.green -rgba.blue none}\n size {{100/frequency} 1}\n zoffset {{speed*frame/100+(frame-int(frame))*11107.7}}\n octaves {{complexity}}\n lacunarity {{1/secondary_frequency}}\n gain {{secondary_amplitude}}\n gamma 1\n translate {{frame*flow} {-seed*717}}\n scale {1 1}\n xrotate 0\n yrotate 0\n name Noise2\n xpos -129\n ypos -190\n }\n Multiply {\n value 2\n name Multiply4\n xpos -129\n ypos -164\n }\n Add {\n value -1\n name Add2\n xpos -129\n ypos -126\n }\n Reformat {\n type scale\n scale {1 {max(amplitude,size+amplitude/2)}}\n filter Impulse\n name Reformat4\n xpos -129\n ypos -88\n }\n Dot {\n name Dot1\n xpos -95\n ypos 85\n }\npush $Ne968f1f0\n Expression {\n channel0 none\n expr0 \"y}\n addUserKnob {26 title_in l INPUT}\n addUserKnob {6 depth_invert l \"depth (1/z)\" +STARTLINE}\n depth_invert true\n addUserKnob {26 title_out l OUTPUT}\n addUserKnob {4 nor_space l \"normal space\" M {world camera}}\n nor_space camera\n addUserKnob {26 spacer_1 l \"\" +STARTLINE T
}\n addUserKnob {20 CamTabBegin l \"\" +STARTLINE n -2}\n addUserKnob {20 tab_cam_setup l \"Camera Setup\"}\n addUserKnob {22 set_link l \"link to selected camera\" t \"All the process calculated in camera space. So when doing any convertion, it required the camera data. Unless input data 'space' is camera.\\n\\nhow to use :\\nSelect the camera, which can be link to any axis nodes. This tool will get the focal, haperture, filmback window and world matrix from selected camera.\" T \"def getLevel() :\\n\\t### level define ###\\n\\tif len(nuke.thisNode().fullName().split('.')) == 1 :\\n\\t\\t ggLevel = nuke.root()\\n\\telse :\\n\\t\\t nodePath = nuke.thisNode().fullName().split('.')\\n\\t\\t nodePath.pop()\\n\\t\\t ggLevel = nuke.toNode('.'.join(nodePath))\\n\\treturn ggLevel\\n\\nroot = getLevel()\\nthisGRP = nuke.thisGroup()\\n\\nmainKnobs = \\['cam_focal','cam_haperture','cam_win_translate','cam_win_scale','cam_winroll','world_matrix']\\ndefaultKnobs = \\{\\n\\t\\t\\t'focal length' : 'focal',\\n\\t\\t\\t'horiz aperture' : 'haperture',\\n\\t\\t\\t'window translate' : 'win_translate',\\n\\t\\t\\t'window scale' : 'win_scale',\\n\\t\\t\\t'window roll' : 'winroll',\\n\\t\\t\\t'world matrix' : 'world_matrix'\\n\\t\\t\\t\\}\\nselNodeKnobs = \\[]\\nmissingKnob = \\[]\\n\\ntry :\\n\\twith root :\\n\\t\\tselNode = nuke.selectedNode()\\n\\n\\tfor knob in selNode.knobs() :\\n\\t\\tselNodeKnobs.append( knob )\\n\\n\\tselNodeKnobs.sort()\\n\\n\\tfor key,value in defaultKnobs.items() :\\n\\t\\tif value not in selNodeKnobs :\\n\\t\\t\\tmissingKnob.append( key )\\n\\n\\tif not len(missingKnob) :\\n\\t\\twith root :\\n\\t\\t\\tfor knob in mainKnobs :\\n\\t\\t\\t\\tthisGRP\\[knob].clearAnimated()\\n\\t\\t\\t\\t\\n\\t\\t\\tCAMnode = selNode.name()\\n\\t\\t\\tthisGRP\\[mainKnobs\\[0]].setExpression('\\{0\\}.focal'.format(CAMnode))\\n\\t\\t\\tthisGRP\\[mainKnobs\\[1]].setExpression('\\{0\\}.haperture'.format(CAMnode))\\n\\t\\t\\tthisGRP\\[mainKnobs\\[2]].setExpression('\\{0\\}.win_translate'.format(CAMnode))\\n\\t\\t\\tthisGRP\\[mainKnobs\\[3]].setExpression('\\{0\\}.win_scale'.format(CAMnode))\\n\\t\\t\\tthisGRP\\[mainKnobs\\[4]].setExpression('\\{0\\}.winroll'.format(CAMnode))\\n\\t\\t\\tthisGRP\\[mainKnobs\\[5]].setExpression('\\{0\\}.world_matrix'.format(CAMnode))\\n\\telse :\\n\\t\\tp = nuke.Panel('Select knobs :')\\n\\t\\tp.addBooleanCheckBox( 'Unable to find the default knobs. Please use the pulldown menu below to define the knob manually.' , False)\\n\\t\\tfor rk in missingKnob :\\n\\t\\t\\tp.addEnumerationPulldown( rk, ' '.join( selNodeKnobs ) )\\n\\n\\t\\tif p.show() :\\n\\t\\t\\ttry :\\n\\t\\t\\t\\tfor key,value in defaultKnobs.items() :\\n\\t\\t\\t\\t\\tif p.value( key ) != None :\\n\\t\\t\\t\\t\\t\\tdefaultKnobs\\[key] = p.value( key )\\n\\t\\t\\texcept :\\n\\t\\t\\t\\tpass\\n\\n\\t\\t\\twith root :\\n\\t\\t\\t\\tfor knob in mainKnobs :\\n\\t\\t\\t\\t\\tthisGRP\\[knob].clearAnimated()\\n\\t\\t\\t\\t\\n\\t\\t\\t\\tCAMnode = selNode.name()\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[0]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['focal length']))\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[1]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['horiz aperture']))\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[2]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['window translate']))\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[3]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['window scale']))\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[4]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['window roll']))\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[5]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['world matrix']))\\nexcept :\\n\\tnuke.message('no node selected.')\" +STARTLINE}\n addUserKnob {22 remove_link l \"remove linked expression\" t \"Remove the linked camera expression but won't reset any data.\" -STARTLINE T \"thisGRP = nuke.thisGroup()\\nmainKnobs = \\['cam_focal','cam_haperture','cam_win_translate','cam_win_scale','cam_winroll','world_matrix']\\n\\nfor knob in thisGRP.knobs() :\\n if mainKnobs.count(knob) != 0 :\\n thisGRP\\[knob].clearAnimated()\"}\n addUserKnob {22 bake_link l \"bake expression link\" t \"Baked out the existing expression link back to this node itself. After that, camera node is not required for this node anymore. Baked value is base on the frame range in project setting of the nuke script.\\n\\n* Nuke 11.2 has issue with expression link on this node. It will crash your nuke in some cases, but it will be fine when re-open the nuke script. Because of this issue, recommand to bake the value.\" T \"thisGRP = nuke.thisGroup()\\n\\nframeST = nuke.root().firstFrame()\\nframeED = nuke.root().lastFrame()\\n\\nallknobs = \\['cam_focal','cam_haperture','cam_win_translate','cam_win_scale','cam_winroll','world_matrix']\\nalldata = \\{\\}\\n\\nchknobs = 0\\nfor knob in allknobs :\\n\\tif thisGRP\\[knob].hasExpression() :\\n\\t\\tchknobs = 1\\n\\nif chknobs :\\n\\tfor knob in allknobs :\\n\\t\\tfor t in range( frameST, frameED+1, 1 ) :\\n\\t\\t\\ttry :\\n\\t\\t\\t\\talldata\\[knob].append( thisGRP\\[knob].getValueAt(t) )\\n\\t\\t\\texcept :\\n\\t\\t\\t\\talldata\\[knob] = \\[ thisGRP\\[knob].getValueAt(t) ]\\n\\n\\tfor knob in allknobs :\\n\\t\\tthisGRP\\[knob].clearAnimated()\\n\\t\\tthisGRP\\[knob].setAnimated()\\n\\n\\tfor knob in allknobs :\\n\\t\\tfor t in range( frameST, frameED+1, 1 ) :\\n\\t\\t\\tif type( alldata\\[knob]\\[t-frameST] ) is float :\\n\\t\\t\\t\\tthisGRP\\[knob].setValueAt( alldata\\[knob]\\[t-frameST] , t )\\n\\t\\t\\tif type( alldata\\[knob]\\[t-frameST] ) is list :\\n\\t\\t\\t\\tfor i in range( len( alldata\\[knob]\\[t-frameST] ) ) :\\n\\t\\t\\t\\t\\tthisGRP\\[knob].setValueAt( alldata\\[knob]\\[t-frameST]\\[i] , t , i )\\nelse :\\n\\tnuke.message('no expression link found.')\" +STARTLINE}\n addUserKnob {22 copy_data l \"copy from selected camera\" t \"Select the camera, then this will process 'link to selected camera' and 'bake expression link' in once.\\n\\n* Nuke 11.2 has issue with expression link on this node. It will crash your nuke in some cases, but it will be fine when re-open the nuke script. Because of this issue, recommand to bake the value.\" -STARTLINE T \"thisGRP = nuke.thisGroup()\\nthisGRP\\['set_link'].execute()\\nthisGRP\\['bake_link'].execute()\"}\n addUserKnob {20 cam_data_grp l \"CAMERA DATA\" n 1}\n cam_data_grp 0\n addUserKnob {7 cam_focal l \"focal length\" R 5 100}\n cam_focal 50\n addUserKnob {7 cam_haperture l \"horiz aperture\" R 0.1 50}\n cam_haperture 24.576\n addUserKnob {30 cam_win_translate l \"window translate\"}\n addUserKnob {30 cam_win_scale l \"window scale\"}\n cam_win_scale {1 1}\n addUserKnob {7 cam_winroll l \"window roll\" R -45 45}\n addUserKnob {41 world_matrix l \"world matrix\" T cam_data.matrix}\n addUserKnob {20 endGroup_1 l endGroup n -1}\n addUserKnob {20 CamTabEnd l \"\" +STARTLINE n -3}\n addUserKnob {26 spacer_2 l \"\" +STARTLINE T
}\n addUserKnob {7 depth_threshold l \"depth threshold\" t \"depththreshold to adjust the edge defination.\"}\n depth_threshold 0.1\n addUserKnob {20 tab_misc l Misc}\n addUserKnob {2 font}\n font \"C:/Program Files/Nuke12.0v3/plugins/fonts/UtopiaBold.pfa\"\n addUserKnob {6 disable_error l \"disable onscreen message\" +STARTLINE}\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T 1.4}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2020-01-21}\n addUserKnob {22 btn_CHANGELOG l Changelog T \"log = \\\"1.4
- a package convert 3D tech passes
  included
  * P2Z ( Position To Depth )
  * P2N ( Position To Normal )
  * Z2P ( Depth To Position )
  * Z2N ( Depth To Normal )
  * ConvertPNZ ( self convertion )
- fixed camera window transformation issue

1.2
- changed camera input to expression link
- fix alpha check
- added support camera window roll

1.0
- Convert Position data to Normal\\\"\\nnuke.message( log )\" +STARTLINE}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n}\n BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0x38408cff\n label blinkscript\n note_font_size 42\n xpos 334\n ypos 96\n bdwidth 224\n bdheight 134\n }\n BackdropNode {\n inputs 0\n name BackdropNode3\n tile_color 0x388e8e00\n label bin\n note_font_size 42\n xpos -146\n ypos -417\n bdwidth 272\n bdheight 503\n }\n NoOp {\n inputs 0\n name global\n xpos -107\n ypos -293\n addUserKnob {20 User}\n addUserKnob {12 res}\n res {{\"\\[exists parent.input0] ? parent.input0.width : width\"} {\"\\[exists parent.input0] ? parent.input0.height : height\"}}\n addUserKnob {7 pxa}\n pxa {{\"\\[exists parent.input0] ? parent.input0.pixel_aspect : pixel_aspect\"}}\n addUserKnob {7 hratio}\n hratio {{\"parent.cam_haperture / parent.cam_focal\"}}\n addUserKnob {2 font}\n font \"C:/Program Files/Nuke12.0v3/plugins/fonts/UtopiaBold.pfa\"\n }\n Axis {\n inputs 0\n display off\n selectable false\n rotate {0 0 {parent.cam_winroll}}\n name fb_data\n xpos -94\n ypos -198\n }\n Camera {\n inputs 0\n display off\n selectable false\n useMatrix true\n name cam_data\n xpos 13\n ypos -195\n }\n Reformat {\n inputs 0\n type \"to box\"\n box_width {{global.res.x}}\n box_height {{global.res.y}}\n box_fixed true\n box_pixel_aspect {{global.pxa}}\n name Reformat1\n xpos 748\n ypos 388\n }\n Text {\n message \"missing depth input\"\n font \"\\[value parent.font]\"\n size {{global.res.x/15}}\n xjustify center\n yjustify center\n Transform 1\n box {0 0 {global.res.x} {global.res.y}}\n center {640 360}\n name Text1\n xpos 748\n ypos 470\n disable {{parent.disable_error}}\n }\n Reformat {\n type \"to box\"\n box_width {{global.res.x}}\n box_height {{global.res.y}}\n box_fixed true\n box_pixel_aspect {{global.pxa}}\n black_outside true\n name Reformat2\n xpos 748\n ypos 552\n }\n Dot {\n name Dot5\n xpos 782\n ypos 634\n }\n Input {\n inputs 0\n name depth\n xpos 404\n ypos -533\n }\n Expression {\n temp_name0 detectA\n temp_expr0 \"red == 0 && green == 0 && blue == 0 ? 0 : 1\"\n expr3 detectA\n name Expression3\n label \"non-filtered alpha\"\n xpos 404\n ypos -426\n }\n Dot {\n name Dot2\n xpos 438\n ypos -343\n }\nset Ncb34bc00 [stack 0]\n Expression {\n expr0 1/red\n expr1 0\n expr2 0\n name Expression6\n label \"depth invert\"\n xpos 524\n ypos -296\n }\npush $Ncb34bc00\n Switch {\n inputs 2\n which {{depth_invert}}\n name Switch1\n xpos 404\n ypos -234\n }\n Expression {\n temp_name0 posX\n temp_expr0 \"( x/global.res.x - 0.5) * ( global.hratio * red )\"\n temp_name1 posY\n temp_expr1 \"( y/global.res.y - 0.5) * ( global.hratio * global.res.y/global.res.x * red )\"\n temp_name2 posZ\n temp_expr2 -red\n expr0 posX\n expr1 posY\n expr2 posZ\n name Expression7\n label \"depth to position (cam)\"\n xpos 404\n ypos -139\n }\n Premult {\n name Premult1\n label \"premult non-filtered alpha\"\n xpos 404\n ypos -45\n }\n BlinkScript {\n recompileCount 376\n KernelDescription \"2 \\\"PosToNor\\\" iterate pixelWise 02cf16da23aea1612dfbcc053c87db54f6b4c4e44f3ad9894ac3d7a7730044cc 2 \\\"ppass\\\" Read Random \\\"dst\\\" Write Point 1 \\\"deep threshold\\\" Float 1 zczMPQ== 1 \\\"dThreshold\\\" 1 1 0\"\n EncodedSource \"1 2924 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\"\n rebuild \"\"\n \"PosToNor_deep threshold\" {{parent.depth_threshold}}\n protectKernelWhenPublishing true\n rebuild_finalise \"\"\n name BS_PosToNor\n xpos 404\n ypos 170\n }\n Expression {\n expr0 \"isnan(r) || isinf(r) ? 0 : r\"\n expr1 \"isnan(g) || isinf(g) ? 0 : g\"\n expr2 \"isnan(b) || isinf(b) ? 0 : b\"\n name Expression2\n label \"remove nan&inf\"\n xpos 404\n ypos 289\n }\n ColorMatrix {\n matrix {\n {{fb_data.world_matrix.0} {fb_data.world_matrix.1} {fb_data.world_matrix.2}}\n {{fb_data.world_matrix.4} {fb_data.world_matrix.5} {fb_data.world_matrix.6}}\n {{fb_data.world_matrix.8} {fb_data.world_matrix.9} {fb_data.world_matrix.10}}\n }\n invert true\n name ColorMatrix4\n label \"apply camera window\"\n xpos 404\n ypos 407\n }\n Dot {\n name Dot4\n xpos 438\n ypos 501\n }\nset Ncb37fc00 [stack 0]\n Dot {\n name Dot1\n xpos 569\n ypos 589\n }\npush $Ncb37fc00\n ColorMatrix {\n matrix {\n {{parent.world_matrix.0} {parent.world_matrix.1} {parent.world_matrix.2}}\n {{parent.world_matrix.4} {parent.world_matrix.5} {parent.world_matrix.6}}\n {{parent.world_matrix.8} {parent.world_matrix.9} {parent.world_matrix.10}}\n }\n name ColorMatrix3\n label \"normal (world)\"\n xpos 404\n ypos 575\n }\n Switch {\n inputs 2\n which {{parent.nor_space}}\n name Switch2\n xpos 404\n ypos 669\n }\n Switch {\n inputs 2\n which {{\"!\\[exists parent.input0]\"}}\n name Switch3\n xpos 404\n ypos 871\n }\n Output {\n name Output1\n xpos 404\n ypos 1050\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_Z2P.gizmo", "content": "Group {\n name Z2P\n onCreate \"\\nthisGRP = nuke.thisGroup()\\nif not thisGRP\\['disable_error'].getValue() :\\n import os\\n import re\\n\\n fontpath = re.split( '/|\\\"\\\"' , nuke.EXE_PATH )\\n fontpath.pop()\\n fontpath += \\['plugins','fonts']\\n \\n if os.path.isfile( '/'.join( fontpath + \\['UtopiaBold.pfa'] ) ) :\\n thisGRP\\['font'].setValue( '/'.join( fontpath + \\['UtopiaBold.pfa'] ) )\\n elif os.path.isfile( '/'.join( fontpath + \\['CourierBold.pfa'] ) ) :\\n thisGRP\\['font'].setValue( '/'.join( fontpath + \\['CourierBold.pfa'] ) )\\n elif os.path.isfile( '/'.join( fontpath + \\['Courier10PitchBold.pfb'] ) ) :\\n thisGRP\\['font'].setValue( '/'.join( fontpath + \\['Courier10PitchBold.pfb'] ) )\\n else :\\n thisGRP\\['font'].setValue( '/'.join( fontpath + \\['BitstreamCharterBold.pfb'] ) )\\n\"\n tile_color 0x7f0072ff\n label \"output : position(\\[value pos_space])\"\n addUserKnob {20 general l General}\n addUserKnob {26 title_in l INPUT}\n addUserKnob {6 depth_invert l \"depth (1/z)\" +STARTLINE}\n depth_invert true\n addUserKnob {26 title_out l OUTPUT}\n addUserKnob {4 pos_space l \"position space\" M {world camera}}\n addUserKnob {26 spacer l \"\" +STARTLINE T
}\n addUserKnob {20 CamTabBegin l \"\" +STARTLINE n -2}\n addUserKnob {20 tab_cam_setup l \"Camera Setup\"}\n addUserKnob {22 set_link l \"link to selected camera\" t \"All the process calculated in camera space. So when doing any convertion, it required the camera data. Unless input data 'space' is camera.\\n\\nhow to use :\\nSelect the camera, which can be link to any axis nodes. This tool will get the focal, haperture, filmback window and world matrix from selected camera.\" T \"def getLevel() :\\n\\t### level define ###\\n\\tif len(nuke.thisNode().fullName().split('.')) == 1 :\\n\\t\\t ggLevel = nuke.root()\\n\\telse :\\n\\t\\t nodePath = nuke.thisNode().fullName().split('.')\\n\\t\\t nodePath.pop()\\n\\t\\t ggLevel = nuke.toNode('.'.join(nodePath))\\n\\treturn ggLevel\\n\\nroot = getLevel()\\nthisGRP = nuke.thisGroup()\\n\\nmainKnobs = \\['cam_focal','cam_haperture','cam_win_translate','cam_win_scale','cam_winroll','world_matrix']\\ndefaultKnobs = \\{\\n\\t\\t\\t'focal length' : 'focal',\\n\\t\\t\\t'horiz aperture' : 'haperture',\\n\\t\\t\\t'window translate' : 'win_translate',\\n\\t\\t\\t'window scale' : 'win_scale',\\n\\t\\t\\t'window roll' : 'winroll',\\n\\t\\t\\t'world matrix' : 'world_matrix'\\n\\t\\t\\t\\}\\nselNodeKnobs = \\[]\\nmissingKnob = \\[]\\n\\ntry :\\n\\twith root :\\n\\t\\tselNode = nuke.selectedNode()\\n\\n\\tfor knob in selNode.knobs() :\\n\\t\\tselNodeKnobs.append( knob )\\n\\n\\tselNodeKnobs.sort()\\n\\n\\tfor key,value in defaultKnobs.items() :\\n\\t\\tif value not in selNodeKnobs :\\n\\t\\t\\tmissingKnob.append( key )\\n\\n\\tif not len(missingKnob) :\\n\\t\\twith root :\\n\\t\\t\\tfor knob in mainKnobs :\\n\\t\\t\\t\\tthisGRP\\[knob].clearAnimated()\\n\\t\\t\\t\\t\\n\\t\\t\\tCAMnode = selNode.name()\\n\\t\\t\\tthisGRP\\[mainKnobs\\[0]].setExpression('\\{0\\}.focal'.format(CAMnode))\\n\\t\\t\\tthisGRP\\[mainKnobs\\[1]].setExpression('\\{0\\}.haperture'.format(CAMnode))\\n\\t\\t\\tthisGRP\\[mainKnobs\\[2]].setExpression('\\{0\\}.win_translate'.format(CAMnode))\\n\\t\\t\\tthisGRP\\[mainKnobs\\[3]].setExpression('\\{0\\}.win_scale'.format(CAMnode))\\n\\t\\t\\tthisGRP\\[mainKnobs\\[4]].setExpression('\\{0\\}.winroll'.format(CAMnode))\\n\\t\\t\\tthisGRP\\[mainKnobs\\[5]].setExpression('\\{0\\}.world_matrix'.format(CAMnode))\\n\\telse :\\n\\t\\tp = nuke.Panel('Select knobs :')\\n\\t\\tp.addBooleanCheckBox( 'Unable to find the default knobs. Please use the pulldown menu below to define the knob manually.' , False)\\n\\t\\tfor rk in missingKnob :\\n\\t\\t\\tp.addEnumerationPulldown( rk, ' '.join( selNodeKnobs ) )\\n\\n\\t\\tif p.show() :\\n\\t\\t\\ttry :\\n\\t\\t\\t\\tfor key,value in defaultKnobs.items() :\\n\\t\\t\\t\\t\\tif p.value( key ) != None :\\n\\t\\t\\t\\t\\t\\tdefaultKnobs\\[key] = p.value( key )\\n\\t\\t\\texcept :\\n\\t\\t\\t\\tpass\\n\\n\\t\\t\\twith root :\\n\\t\\t\\t\\tfor knob in mainKnobs :\\n\\t\\t\\t\\t\\tthisGRP\\[knob].clearAnimated()\\n\\t\\t\\t\\t\\n\\t\\t\\t\\tCAMnode = selNode.name()\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[0]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['focal length']))\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[1]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['horiz aperture']))\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[2]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['window translate']))\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[3]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['window scale']))\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[4]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['window roll']))\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[5]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['world matrix']))\\nexcept :\\n\\tnuke.message('no node selected.')\" +STARTLINE}\n addUserKnob {22 remove_link l \"remove linked expression\" t \"Remove the linked camera expression but won't reset any data.\" -STARTLINE T \"thisGRP = nuke.thisGroup()\\nmainKnobs = \\['cam_focal','cam_haperture','cam_win_translate','cam_win_scale','cam_winroll','world_matrix']\\n\\nfor knob in thisGRP.knobs() :\\n if mainKnobs.count(knob) != 0 :\\n thisGRP\\[knob].clearAnimated()\"}\n addUserKnob {22 bake_link l \"bake expression link\" t \"Baked out the existing expression link back to this node itself. After that, camera node is not required for this node anymore. Baked value is base on the frame range in project setting of the nuke script.\\n\\n* Nuke 11.2 has issue with expression link on this node. It will crash your nuke in some cases, but it will be fine when re-open the nuke script. Because of this issue, recommand to bake the value.\" T \"thisGRP = nuke.thisGroup()\\n\\nframeST = nuke.root().firstFrame()\\nframeED = nuke.root().lastFrame()\\n\\nallknobs = \\['cam_focal','cam_haperture','cam_win_translate','cam_win_scale','cam_winroll','world_matrix']\\nalldata = \\{\\}\\n\\nchknobs = 0\\nfor knob in allknobs :\\n\\tif thisGRP\\[knob].hasExpression() :\\n\\t\\tchknobs = 1\\n\\nif chknobs :\\n\\tfor knob in allknobs :\\n\\t\\tfor t in range( frameST, frameED+1, 1 ) :\\n\\t\\t\\ttry :\\n\\t\\t\\t\\talldata\\[knob].append( thisGRP\\[knob].getValueAt(t) )\\n\\t\\t\\texcept :\\n\\t\\t\\t\\talldata\\[knob] = \\[ thisGRP\\[knob].getValueAt(t) ]\\n\\n\\tfor knob in allknobs :\\n\\t\\tthisGRP\\[knob].clearAnimated()\\n\\t\\tthisGRP\\[knob].setAnimated()\\n\\n\\tfor knob in allknobs :\\n\\t\\tfor t in range( frameST, frameED+1, 1 ) :\\n\\t\\t\\tif type( alldata\\[knob]\\[t-frameST] ) is float :\\n\\t\\t\\t\\tthisGRP\\[knob].setValueAt( alldata\\[knob]\\[t-frameST] , t )\\n\\t\\t\\tif type( alldata\\[knob]\\[t-frameST] ) is list :\\n\\t\\t\\t\\tfor i in range( len( alldata\\[knob]\\[t-frameST] ) ) :\\n\\t\\t\\t\\t\\tthisGRP\\[knob].setValueAt( alldata\\[knob]\\[t-frameST]\\[i] , t , i )\\nelse :\\n\\tnuke.message('no expression link found.')\" +STARTLINE}\n addUserKnob {22 copy_data l \"copy from selected camera\" t \"Select the camera, then this will process 'link to selected camera' and 'bake expression link' in once.\\n\\n* Nuke 11.2 has issue with expression link on this node. It will crash your nuke in some cases, but it will be fine when re-open the nuke script. Because of this issue, recommand to bake the value.\" -STARTLINE T \"thisGRP = nuke.thisGroup()\\nthisGRP\\['set_link'].execute()\\nthisGRP\\['bake_link'].execute()\"}\n addUserKnob {20 cam_data_grp l \"CAMERA DATA\" n 1}\n cam_data_grp 0\n addUserKnob {7 cam_focal l \"focal length\" R 5 100}\n cam_focal 50\n addUserKnob {7 cam_haperture l \"horiz aperture\" R 0.1 50}\n cam_haperture 24.576\n addUserKnob {30 cam_win_translate l \"window translate\"}\n addUserKnob {30 cam_win_scale l \"window scale\"}\n cam_win_scale {1 1}\n addUserKnob {7 cam_winroll l \"window roll\" R -45 45}\n addUserKnob {41 world_matrix l \"world matrix\" T cam_data.matrix}\n addUserKnob {20 endGroup_1 l endGroup n -1}\n addUserKnob {20 CamTabEnd l \"\" +STARTLINE n -3}\n addUserKnob {20 tab_misc l Misc}\n addUserKnob {2 font}\n font \"C:/Program Files/Nuke12.0v3/plugins/fonts/UtopiaBold.pfa\"\n addUserKnob {6 disable_error l \"disable onscreen message\" +STARTLINE}\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T 1.4}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2020-01-21}\n addUserKnob {22 btn_CHANGELOG l Changelog T \"log = \\\"1.4
- a package convert 3D tech passes
  included
  * P2Z ( Position To Depth )
  * P2N ( Position To Normal )
  * Z2P ( Depth To Position )
  * Z2N ( Depth To Normal )
  * ConvertPNZ ( self convertion )
- fixed camera window transformation issue

1.2
- changed camera input to expression link
- fix alpha check
- added support camera window roll

1.0
- Convert Position data to Normal\\\"\\nnuke.message( log )\" +STARTLINE}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n}\n BackdropNode {\n inputs 0\n name BackdropNode3\n tile_color 0x388e8e00\n label bin\n note_font_size 42\n xpos -146\n ypos -417\n bdwidth 272\n bdheight 503\n }\n Reformat {\n inputs 0\n type \"to box\"\n box_width {{global.res.x}}\n box_height {{global.res.y}}\n box_fixed true\n box_pixel_aspect {{global.pxa}}\n name Reformat1\n xpos 755\n ypos 283\n }\n Text {\n message \"missing depth pass\"\n font \"\\[value parent.font]\"\n size {{global.res.x/15}}\n xjustify center\n yjustify center\n Transform 1\n box {0 0 {global.res.x} {global.res.y}}\n center {640 360}\n name Text1\n xpos 755\n ypos 365\n disable {{parent.disable_error}}\n }\n Reformat {\n type \"to box\"\n box_width {{global.res.x}}\n box_height {{global.res.y}}\n box_fixed true\n box_pixel_aspect {{global.pxa}}\n black_outside true\n name Reformat2\n xpos 755\n ypos 447\n }\n Dot {\n name Dot5\n xpos 789\n ypos 529\n }\n Input {\n inputs 0\n name depth\n xpos 404\n ypos -533\n }\n Expression {\n temp_name0 detectA\n temp_expr0 \"red == 0 && green == 0 && blue == 0 ? 0 : 1\"\n expr3 detectA\n name Expression3\n label \"non-filtered alpha\"\n xpos 404\n ypos -425\n }\n Dot {\n name Dot2\n xpos 438\n ypos -343\n }\nset Ncb3cfc00 [stack 0]\n Expression {\n expr0 1/red\n expr1 0\n expr2 0\n name Expression6\n label \"depth invert\"\n xpos 525\n ypos -297\n }\npush $Ncb3cfc00\n Switch {\n inputs 2\n which {{depth_invert}}\n name Switch1\n xpos 404\n ypos -236\n }\n Expression {\n temp_name0 posX\n temp_expr0 \"( x/global.res.x - 0.5) * ( global.hratio * red )\"\n temp_name1 posY\n temp_expr1 \"( y/global.res.y - 0.5) * ( global.hratio * global.res.y/global.res.x * red )\"\n temp_name2 posZ\n temp_expr2 -red\n expr0 posX\n expr1 posY\n expr2 posZ\n name Expression7\n label \"depth to position\"\n xpos 404\n ypos -130\n }\n Expression {\n temp_name0 shiftX\n temp_expr0 \"global.hratio * abs( blue ) * parent.cam_win_translate.u / 2\"\n temp_name1 shiftY\n temp_expr1 \"global.hratio * abs( blue ) * parent.cam_win_translate.v / 2\"\n expr0 \"( red * inverseMatrix.invMatrix.0 + green * inverseMatrix.invMatrix.1 ) * parent.cam_win_scale.u + shiftX\"\n expr1 \"( red * inverseMatrix.invMatrix.3 + green * inverseMatrix.invMatrix.4 ) * parent.cam_win_scale.v + shiftY\"\n name Expression5\n label \"apply camera window\"\n selected true\n xpos 404\n ypos -36\n }\n Dot {\n name Dot1\n xpos 438\n ypos 135\n }\nset Ncb3ce800 [stack 0]\n Expression {\n expr2 -blue\n name Expression4\n label \"depth in blue\"\n xpos 561\n ypos 260\n }\npush $Ncb3ce800\n ColorMatrix {\n matrix {\n {{parent.world_matrix.0} {parent.world_matrix.1} {parent.world_matrix.2}}\n {{parent.world_matrix.4} {parent.world_matrix.5} {parent.world_matrix.6}}\n {{parent.world_matrix.8} {parent.world_matrix.9} {parent.world_matrix.10}}\n }\n name ColorMatrix1\n label \"rotate world\"\n xpos 404\n ypos 209\n }\n Add {\n channels rgb\n value {{parent.world_matrix.3} {parent.world_matrix.7} {parent.world_matrix.11} 0}\n name Add1\n label \"translate world\"\n xpos 404\n ypos 291\n }\n Switch {\n inputs 2\n which {{parent.pos_space}}\n name Switch2\n xpos 404\n ypos 373\n }\n Expression {\n expr0 \"isnan(red) || isinf(red) ? 0 : red\"\n expr1 \"isnan(green) || isinf(green) ? 0 : green\"\n expr2 \"isnan(blue) || isinf(blue) ? 0 : blue\"\n name Expression2\n label \"remove nan&inf\"\n xpos 404\n ypos 455\n }\n Expression {\n expr0 \"red * alpha\"\n expr1 \"green * alpha\"\n expr2 \"blue * alpha\"\n expr3 0\n name Expression1\n label \"premult non-filter alpha\"\n xpos 404\n ypos 537\n }\n Switch {\n inputs 2\n which {{\"!\\[exists parent.input0]\"}}\n name Switch3\n xpos 404\n ypos 619\n }\n Output {\n name Output1\n xpos 404\n ypos 746\n }\n Group {\n inputs 0\n name inverseMatrix\n tile_color 0x337f4cff\n xpos -104\n ypos -79\n addUserKnob {20 tab_general l General}\n addUserKnob {1 knob_path}\n knob_path fb_data.world_matrix\n addUserKnob {26 \"\"}\n addUserKnob {41 id T id_assign.matrix}\n addUserKnob {26 \"\"}\n addUserKnob {7 determinant}\n determinant {{\"\\[value \\[value knob_path].\\[value id.0]] * ((\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.8]]) - (\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.7]])) - \\[value \\[value knob_path].\\[value id.1]] * ((\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.8]]) - (\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.6]])) + \\[value \\[value knob_path].\\[value id.2]] * ((\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.7]])-(\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.6]]))\"}}\n addUserKnob {26 \"\"}\n addUserKnob {41 cofactor T mtx_cofactor.matrix}\n addUserKnob {26 \"\"}\n addUserKnob {41 invMatrix T matrix_output.matrix}\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T 1.0}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2011-11-28}\n addUserKnob {26 l_CHANGELOG l Changelog T \"v1.0\\n- reveal the calculate output of \\n inverse matrix which is c44matrix\\n and colormatrix doesn't show\\n \"}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n }\n Matrix {\n inputs 0\n matrix {\n {0 1 2}\n {4 5 6}\n {8 9 10}\n }\n name id_assign\n xpos -12\n ypos 33\n }\n Matrix {\n inputs 0\n matrix {\n {{\"(\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.8]]) - (\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.7]])\"} {\"(\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.2]]) - (\\[value \\[value knob_path].\\[value id.8]]*\\[value \\[value knob_path].\\[value id.1]])\"} {\"(\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.5]]) - (\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.4]])\"}}\n {{\"(\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.6]]) - (\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.8]])\"} {\"(\\[value \\[value knob_path].\\[value id.8]]*\\[value \\[value knob_path].\\[value id.0]]) - (\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.2]])\"} {\"(\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.3]]) - (\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.5]])\"}}\n {{\"(\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.7]]) - (\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.6]])\"} {\"(\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.1]]) - (\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.0]])\"} {\"(\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.4]]) - (\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.3]])\"}}\n }\n name mtx_cofactor\n xpos 86\n ypos 32\n }\n Matrix {\n inputs 0\n matrix {\n {{\"cofactor.0 == 0 || determinant == 0 ? 0 : cofactor.0/determinant\"} {\"cofactor.1 == 0 || determinant == 0 ? 0 : cofactor.1/determinant\"} {\"cofactor.2 == 0 || determinant == 0 ? 0 : cofactor.2/determinant\"}}\n {{\"cofactor.3 == 0 || determinant == 0 ? 0 : cofactor.3/determinant\"} {\"cofactor.4 == 0 || determinant == 0 ? 0 : cofactor.4/determinant\"} {\"cofactor.5 == 0 || determinant == 0 ? 0 : cofactor.5/determinant\"}}\n {{\"cofactor.6 == 0 || determinant == 0 ? 0 : cofactor.6/determinant\"} {\"cofactor.7 == 0 || determinant == 0 ? 0 : cofactor.7/determinant\"} {\"cofactor.8 == 0 || determinant == 0 ? 0 : cofactor.8/determinant\"}}\n }\n name matrix_output\n xpos 186\n ypos 33\n }\n end_group\n Camera {\n inputs 0\n display off\n selectable false\n useMatrix true\n name cam_data\n xpos 14\n ypos -195\n }\n Axis {\n inputs 0\n display off\n selectable false\n rotate {0 0 {parent.cam_winroll}}\n name fb_data\n xpos -95\n ypos -193\n }\n NoOp {\n inputs 0\n name global\n xpos -105\n ypos -294\n addUserKnob {20 User}\n addUserKnob {12 res}\n res {{\"\\[exists parent.input0] ? parent.input0.width : width\"} {\"\\[exists parent.input0] ? parent.input0.height : height\"}}\n addUserKnob {7 pxa}\n pxa {{\"\\[exists parent.input0] ? parent.input0.pixel_aspect : pixel_aspect\"}}\n addUserKnob {7 hratio}\n hratio {{\"parent.cam_haperture / parent.cam_focal\"}}\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_ZeroAxis.gizmo", "content": "Group {\n name ZeroAxis\n help \"Inverts an input Axis at a specified frame\"\n tile_color 0x9c0000ff\n addUserKnob {20 ZeroAxis l \"Zero Axis\"}\n addUserKnob {3 ref_frame l \"Reference Frame\" t \"Select a new reference frame, and the curves will be zero'd out at that frame.\"}\n ref_frame 25\n addUserKnob {26 \"\" +STARTLINE}\n addUserKnob {41 world_matrix l \"\" -STARTLINE T Out_Axis.world_matrix}\n addUserKnob {26 divider_copyright l \"\" +STARTLINE}\n addUserKnob {26 copyright l \"\" +STARTLINE T \"v1.1 - Mathieu Goulet-Aubin & Erwan Leroy - Github\"}\n}\n Input {\n inputs 0\n name Inputaxis\n xpos 806\n ypos 434\n }\nset Nafa3300 [stack 0]\n Axis2 {\n useMatrix true\n matrix {\n {{Mid_Axis.matrix(parent.ref_frame)/Mid_Axis.matrix.15(parent.ref_frame)} {Mid_Axis.matrix(parent.ref_frame)/Mid_Axis.matrix.15(parent.ref_frame)} {Mid_Axis.matrix(parent.ref_frame)/Mid_Axis.matrix.15(parent.ref_frame)} {Mid_Axis.matrix(parent.ref_frame)/Mid_Axis.matrix.15(parent.ref_frame)}}\n {{Mid_Axis.matrix(parent.ref_frame)/Mid_Axis.matrix.15(parent.ref_frame)} {Mid_Axis.matrix(parent.ref_frame)/Mid_Axis.matrix.15(parent.ref_frame)} {Mid_Axis.matrix(parent.ref_frame)/Mid_Axis.matrix.15(parent.ref_frame)} {Mid_Axis.matrix(parent.ref_frame)/Mid_Axis.matrix.15(parent.ref_frame)}}\n {{Mid_Axis.matrix(parent.ref_frame)/Mid_Axis.matrix.15(parent.ref_frame)} {Mid_Axis.matrix(parent.ref_frame)/Mid_Axis.matrix.15(parent.ref_frame)} {Mid_Axis.matrix(parent.ref_frame)/Mid_Axis.matrix.15(parent.ref_frame)} {Mid_Axis.matrix(parent.ref_frame)/Mid_Axis.matrix.15(parent.ref_frame)}}\n {{Mid_Axis.matrix(parent.ref_frame)/Mid_Axis.matrix.15(parent.ref_frame)} {Mid_Axis.matrix(parent.ref_frame)/Mid_Axis.matrix.15(parent.ref_frame)} {Mid_Axis.matrix(parent.ref_frame)/Mid_Axis.matrix.15(parent.ref_frame)} 1}\n }\n name Out_Axis\n selected true\n xpos 816\n ypos 664\n }\n Output {\n name Output1\n xpos 806\n ypos 780\n }\npush $Nafa3300\n Axis2 {\n name In_Axis\n xpos 697\n ypos 495\n }\n Axis2 {\n inputs 0\n useMatrix true\n matrix {\n {{In_Axis.world_matrix.5*In_Axis.world_matrix.10*In_Axis.world_matrix.15+In_Axis.world_matrix.6*In_Axis.world_matrix.11*In_Axis.world_matrix.13+In_Axis.world_matrix.7*In_Axis.world_matrix.9*In_Axis.world_matrix.14-In_Axis.world_matrix.5*In_Axis.world_matrix.11*In_Axis.world_matrix.14-In_Axis.world_matrix.6*In_Axis.world_matrix.9*In_Axis.world_matrix.15-In_Axis.world_matrix.7*In_Axis.world_matrix.10*In_Axis.world_matrix.13} {In_Axis.world_matrix.1*In_Axis.world_matrix.11*In_Axis.world_matrix.14+In_Axis.world_matrix.2*In_Axis.world_matrix.9*In_Axis.world_matrix.15+In_Axis.world_matrix.3*In_Axis.world_matrix.10*In_Axis.world_matrix.13-In_Axis.world_matrix.1*In_Axis.world_matrix.10*In_Axis.world_matrix.15-In_Axis.world_matrix.2*In_Axis.world_matrix.11*In_Axis.world_matrix.13-In_Axis.world_matrix.3*In_Axis.world_matrix.9*In_Axis.world_matrix.14} {In_Axis.world_matrix.1*In_Axis.world_matrix.6*In_Axis.world_matrix.15+In_Axis.world_matrix.2*In_Axis.world_matrix.7*In_Axis.world_matrix.13+In_Axis.world_matrix.3*In_Axis.world_matrix.5*In_Axis.world_matrix.14-In_Axis.world_matrix.1*In_Axis.world_matrix.7*In_Axis.world_matrix.14-In_Axis.world_matrix.2*In_Axis.world_matrix.5*In_Axis.world_matrix.15-In_Axis.world_matrix.3*In_Axis.world_matrix.6*In_Axis.world_matrix.13} {In_Axis.world_matrix.1*In_Axis.world_matrix.7*In_Axis.world_matrix.10+In_Axis.world_matrix.2*In_Axis.world_matrix.5*In_Axis.world_matrix.11+In_Axis.world_matrix.3*In_Axis.world_matrix.6*In_Axis.world_matrix.9-In_Axis.world_matrix.1*In_Axis.world_matrix.6*In_Axis.world_matrix.11-In_Axis.world_matrix.2*In_Axis.world_matrix.7*In_Axis.world_matrix.9-In_Axis.world_matrix.3*In_Axis.world_matrix.5*In_Axis.world_matrix.10}}\n {{In_Axis.world_matrix.4*In_Axis.world_matrix.11*In_Axis.world_matrix.14+In_Axis.world_matrix.6*In_Axis.world_matrix.8*In_Axis.world_matrix.15+In_Axis.world_matrix.7*In_Axis.world_matrix.10*In_Axis.world_matrix.12-In_Axis.world_matrix.4*In_Axis.world_matrix.10*In_Axis.world_matrix.15-In_Axis.world_matrix.6*In_Axis.world_matrix.11*In_Axis.world_matrix.12-In_Axis.world_matrix.7*In_Axis.world_matrix.8*In_Axis.world_matrix.14} {In_Axis.world_matrix.0*In_Axis.world_matrix.10*In_Axis.world_matrix.15+In_Axis.world_matrix.2*In_Axis.world_matrix.11*In_Axis.world_matrix.12+In_Axis.world_matrix.3*In_Axis.world_matrix.8*In_Axis.world_matrix.14-In_Axis.world_matrix.0*In_Axis.world_matrix.11*In_Axis.world_matrix.14-In_Axis.world_matrix.2*In_Axis.world_matrix.8*In_Axis.world_matrix.15-In_Axis.world_matrix.3*In_Axis.world_matrix.10*In_Axis.world_matrix.12} {In_Axis.world_matrix.0*In_Axis.world_matrix.7*In_Axis.world_matrix.14+In_Axis.world_matrix.2*In_Axis.world_matrix.4*In_Axis.world_matrix.15+In_Axis.world_matrix.3*In_Axis.world_matrix.6*In_Axis.world_matrix.12-In_Axis.world_matrix.0*In_Axis.world_matrix.6*In_Axis.world_matrix.15-In_Axis.world_matrix.2*In_Axis.world_matrix.7*In_Axis.world_matrix.12-In_Axis.world_matrix.3*In_Axis.world_matrix.4*In_Axis.world_matrix.14} {In_Axis.world_matrix.0*In_Axis.world_matrix.6*In_Axis.world_matrix.11+In_Axis.world_matrix.2*In_Axis.world_matrix.7*In_Axis.world_matrix.8+In_Axis.world_matrix.3*In_Axis.world_matrix.4*In_Axis.world_matrix.10-In_Axis.world_matrix.0*In_Axis.world_matrix.7*In_Axis.world_matrix.10-In_Axis.world_matrix.2*In_Axis.world_matrix.4*In_Axis.world_matrix.11-In_Axis.world_matrix.3*In_Axis.world_matrix.6*In_Axis.world_matrix.8}}\n {{In_Axis.world_matrix.4*In_Axis.world_matrix.9*In_Axis.world_matrix.15+In_Axis.world_matrix.5*In_Axis.world_matrix.11*In_Axis.world_matrix.12+In_Axis.world_matrix.7*In_Axis.world_matrix.8*In_Axis.world_matrix.13-In_Axis.world_matrix.4*In_Axis.world_matrix.11*In_Axis.world_matrix.13-In_Axis.world_matrix.5*In_Axis.world_matrix.8*In_Axis.world_matrix.15-In_Axis.world_matrix.7*In_Axis.world_matrix.9*In_Axis.world_matrix.12} {In_Axis.world_matrix.0*In_Axis.world_matrix.11*In_Axis.world_matrix.13+In_Axis.world_matrix.1*In_Axis.world_matrix.8*In_Axis.world_matrix.15+In_Axis.world_matrix.3*In_Axis.world_matrix.9*In_Axis.world_matrix.12-In_Axis.world_matrix.0*In_Axis.world_matrix.9*In_Axis.world_matrix.15-In_Axis.world_matrix.1*In_Axis.world_matrix.11*In_Axis.world_matrix.12-In_Axis.world_matrix.3*In_Axis.world_matrix.8*In_Axis.world_matrix.13} {In_Axis.world_matrix.0*In_Axis.world_matrix.5*In_Axis.world_matrix.15+In_Axis.world_matrix.1*In_Axis.world_matrix.7*In_Axis.world_matrix.12+In_Axis.world_matrix.3*In_Axis.world_matrix.4*In_Axis.world_matrix.13-In_Axis.world_matrix.0*In_Axis.world_matrix.7*In_Axis.world_matrix.13-In_Axis.world_matrix.1*In_Axis.world_matrix.4*In_Axis.world_matrix.15-In_Axis.world_matrix.3*In_Axis.world_matrix.5*In_Axis.world_matrix.12} {In_Axis.world_matrix.0*In_Axis.world_matrix.7*In_Axis.world_matrix.9+In_Axis.world_matrix.1*In_Axis.world_matrix.4*In_Axis.world_matrix.11+In_Axis.world_matrix.3*In_Axis.world_matrix.5*In_Axis.world_matrix.8-In_Axis.world_matrix.0*In_Axis.world_matrix.5*In_Axis.world_matrix.11-In_Axis.world_matrix.1*In_Axis.world_matrix.7*In_Axis.world_matrix.8-In_Axis.world_matrix.3*In_Axis.world_matrix.4*In_Axis.world_matrix.9}}\n {{In_Axis.world_matrix.4*In_Axis.world_matrix.10*In_Axis.world_matrix.13+In_Axis.world_matrix.5*In_Axis.world_matrix.8*In_Axis.world_matrix.14+In_Axis.world_matrix.6*In_Axis.world_matrix.9*In_Axis.world_matrix.12-In_Axis.world_matrix.4*In_Axis.world_matrix.9*In_Axis.world_matrix.14-In_Axis.world_matrix.5*In_Axis.world_matrix.10*In_Axis.world_matrix.12-In_Axis.world_matrix.6*In_Axis.world_matrix.8*In_Axis.world_matrix.13} {In_Axis.world_matrix.0*In_Axis.world_matrix.9*In_Axis.world_matrix.14+In_Axis.world_matrix.1*In_Axis.world_matrix.10*In_Axis.world_matrix.12+In_Axis.world_matrix.2*In_Axis.world_matrix.8*In_Axis.world_matrix.13-In_Axis.world_matrix.0*In_Axis.world_matrix.10*In_Axis.world_matrix.13-In_Axis.world_matrix.1*In_Axis.world_matrix.8*In_Axis.world_matrix.14-In_Axis.world_matrix.2*In_Axis.world_matrix.9*In_Axis.world_matrix.12} {In_Axis.world_matrix.0*In_Axis.world_matrix.6*In_Axis.world_matrix.13+In_Axis.world_matrix.1*In_Axis.world_matrix.4*In_Axis.world_matrix.14+In_Axis.world_matrix.2*In_Axis.world_matrix.5*In_Axis.world_matrix.12-In_Axis.world_matrix.0*In_Axis.world_matrix.5*In_Axis.world_matrix.14-In_Axis.world_matrix.1*In_Axis.world_matrix.6*In_Axis.world_matrix.12-In_Axis.world_matrix.2*In_Axis.world_matrix.4*In_Axis.world_matrix.13} {In_Axis.world_matrix.0*In_Axis.world_matrix.5*In_Axis.world_matrix.10+In_Axis.world_matrix.1*In_Axis.world_matrix.6*In_Axis.world_matrix.8+In_Axis.world_matrix.2*In_Axis.world_matrix.4*In_Axis.world_matrix.9-In_Axis.world_matrix.0*In_Axis.world_matrix.6*In_Axis.world_matrix.9-In_Axis.world_matrix.1*In_Axis.world_matrix.4*In_Axis.world_matrix.10-In_Axis.world_matrix.2*In_Axis.world_matrix.5*In_Axis.world_matrix.8}}\n }\n name Mid_Axis\n xpos 694\n ypos 628\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_aPCard.gizmo", "content": "add_layer {P P.red P.green P.blue P.alpha}\nGroup {\n name aPCard\n knobChanged \"n = nuke.thisNode()\\nk = nuke.thisKnob()\\nkn = k.name()\\nif kn in \\[\\\"in_vectors\\\",\\\"inputChange\\\"]:\\n kv = n\\[\\\"in_vectors\\\"].value()\\n for i in nuke.allNodes(\\\"Input\\\"):\\n if i\\[\\\"label\\\"].value() == \\\"dyn\\\":\\n inp = i\\n options = \\{\\\"position\\\":\\\"pos\\\",\\\"depth\\\":\\\"depth\\\",\\\"deep\\\":\\\"deep\\\",\\\"geometry\\\":\\\"geo\\\"\\}\\n inp\\[\\\"name\\\"].setValue(\\\"Input\\\"+options\\[kv])\\n if kv in \\[\\\"position\\\",\\\"geometry\\\"]:\\n n\\[\\\"p_channels\\\"].setValue(\\\"P\\\")\\n else:\\n n\\[\\\"p_channels\\\"].setValue(\\\"depth\\\")\\n if kv==\\\"deep\\\":\\n nuke.toNode(\\\"ShuffleP\\\").setInput(0,nuke.toNode(\\\"DeepToImage\\\"))\\n nuke.toNode(\\\"DeepToImage\\\").setInput(0,nuke.toNode(\\\"DotDeep\\\"))\\n #nuke.toNode(\\\"DotDeep\\\").setInput(0,nuke.toNode(\\\"DotInput\\\"))\\n elif kv==\\\"geometry\\\":\\n nuke.toNode(\\\"ShuffleP\\\").setInput(0,nuke.toNode(\\\"SRGeo\\\"))\\n nuke.toNode(\\\"ApplyMat\\\").setInput(0,nuke.toNode(\\\"DotInput\\\"))\\n else:\\n nuke.toNode(\\\"ShuffleP\\\").setInput(0,nuke.toNode(\\\"DotInput\\\"))\\n n\\[\\\"invert_depth\\\"].setVisible(kv==\\\"depth\\\")\\nelif kn == \\\"pick\\\":\\n c = nuke.toNode(\\\"Card3D\\\")\\n c.knob(\\\"translate\\\").setValue(n\\[\\\"pick\\\"].value())\\nelif kn == \\\"proj_mode\\\":\\n kv = k.getValue()\\n for i in \\[\\\"ref_frame\\\",\\\"ref_to_current\\\"]:\\n n\\[i].setVisible(kv != 0)\\nelif kn == \\\"preview_mode\\\":\\n kv = k.getValue()\\n for i in \\[\\\"grid_resolution\\\",\\\"grid_size\\\"]:\\n n\\[i].setVisible(kv != 0)\\nelif kn == \\\"face_cam\\\":\\n kv = k.getValue()\\n for i in \\[\\\"face_frame\\\",\\\"face_to_current\\\"]:\\n n\\[i].setVisible(kv != 0)\\nelif kn ==\\\"deep_holdout\\\":\\n kv = k.value()\\n if kv:\\n print (\\\"deep holdout...\\\")\\nelif kn == \\\"out_mode\\\":\\n kv = k.getValue()\\n if kv in \\[1,2]:\\n nuke.toNode(\\\"MergeImg\\\")\\[\\\"operation\\\"].setValue(\\\"plus\\\" if kv==2 else \\\"over\\\")\\n #Switch output\\n opt = nuke.toNode(\\\"Output1\\\")\\n if kv == 3:\\n opt.setInput(0,nuke.toNode(\\\"DotDeepOut\\\"))\\n elif kv == 4:\\n opt.setInput(0,nuke.toNode(\\\"DotGeoOut\\\"))\\n else:\\n opt.setInput(0,nuke.toNode(\\\"DotImgOut\\\"))\\n\\n# Global checks here\\nif kn not in \\[\\\"xpos\\\",\\\"ypos\\\",\\\"selected\\\"]:\\n if n.input(4):\\n nuke.toNode(\\\"DotDeep\\\").setInput(0,nuke.toNode(\\\"DotInput\\\"))\\n #Expose deep options\\n deep_opt = True if (n\\[\\\"in_vectors\\\"].value() == \\\"deep\\\" or n.input(4)) else False\\n nuke.toNode(\\\"DotDeep\\\").setInput(0,nuke.toNode(\\\"DotInput\\\"))\\n dh = n\\[\\\"deep_holdout\\\"]\\n dh.setEnabled(deep_opt)\\n for i in \\[\\\"deep_thickness\\\",\\\"deep_opacity\\\"]:\\n n\\[i].setVisible(deep_opt and dh.value())\"\n addUserKnob {20 aPCard}\n addUserKnob {4 in_vectors l input M {position depth deep geometry \"\" \"\"}}\n addUserKnob {41 p_channels l channels -STARTLINE T ShuffleP.in}\n addUserKnob {6 unpremult_p l unpremult -STARTLINE}\n addUserKnob {6 invert_depth l \"invert depth\" +HIDDEN +STARTLINE}\n addUserKnob {26 \"\"}\n addUserKnob {20 position_group l Position n 1}\n addUserKnob {41 pick T PickVector.pick}\n addUserKnob {26 ctrl_alt_tip l \" (ctrl+alt+click)\" -STARTLINE T \"\"}\n addUserKnob {4 proj_mode l mode t \"place = place the input image on a card at the picked position\\nproject = project the imput image on the selected frame, onto a card at the picked position\" M {place project}}\n proj_mode project\n addUserKnob {3 ref_frame l \"\" -STARTLINE}\n ref_frame 1001\n addUserKnob {22 ref_to_current l \"set to current\" -STARTLINE T \"nuke.thisNode()\\[\\\"ref_frame\\\"].setValue(nuke.frame())\"}\n addUserKnob {14 card_size l size R 0 100}\n card_size 1\n addUserKnob {4 preview_mode l preview M {off \"grid + img\" \"grid only\" \"\" \"\"}}\n preview_mode \"grid + img\"\n addUserKnob {3 grid_resolution l subdiv -STARTLINE}\n grid_resolution 10\n addUserKnob {7 grid_size l size -STARTLINE R 0 2}\n grid_size 5\n addUserKnob {41 pivot +INVISIBLE T Card3D1.pivot}\n addUserKnob {41 translate_world l translate T AxisTweakPre.translate}\n addUserKnob {4 face_cam l \"face camera\" M {none \"on frame\" always \"\"}}\n addUserKnob {3 face_frame l \"\" -STARTLINE +HIDDEN}\n face_frame 1005\n addUserKnob {22 face_to_current l \"set to current\" -STARTLINE +HIDDEN T \"nuke.thisNode()\\[\\\"ref_frame\\\"].setValue(nuke.frame())\"}\n addUserKnob {7 depth_add l \"depth add\" R -100 100}\n addUserKnob {7 depth_mult l \"depth mult\" R 0 10}\n depth_mult 1\n addUserKnob {20 endGroup_1 l endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {20 TweakGroup l Tweak n 1}\n TweakGroup 0\n addUserKnob {41 translate T AxisTweak.translate}\n addUserKnob {41 rotate T AxisTweak.rotate}\n addUserKnob {41 skew T AxisTweak.skew}\n addUserKnob {20 endGroup_2 l endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {20 OutputGroup l Output n 1}\n addUserKnob {4 out_mode l output M {\"Image on black\" \"Image over bg\" \"Image plus bg\" Deep Card}}\n out_mode \"Image over bg\"\n addUserKnob {6 deep_holdout l \"deep holdout\" -STARTLINE +DISABLED}\n addUserKnob {7 deep_thickness l thickness +HIDDEN R 0 100}\n deep_thickness 5\n addUserKnob {7 deep_opacity l opacity +HIDDEN}\n deep_opacity 0.9999\n addUserKnob {41 motionblur T Card3D1.motionblur}\n addUserKnob {41 shutter T Card3D1.shutter}\n addUserKnob {41 shutteroffset l \"shutter offset\" T Card3D1.shutteroffset}\n addUserKnob {41 shuttercustomoffset l \"\" -STARTLINE T Card3D1.shuttercustomoffset}\n addUserKnob {20 endGroup_3 l endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {26 version_author l \"\" t \"aPCard BETA v0.1\\n2018-2019\" +STARTLINE T \"
aPCard BETA v0.1 - adrianpueyo.com, 2018-2019\"}\n}\n Axis2 {\n inputs 0\n name AxisTweakPre\n xpos 1099\n ypos 501\n }\nset N3434f600 [stack 0]\n Axis2 {\n useMatrix true\n matrix {\n {{parent.AxisBoss.world_matrix} {parent.AxisBoss.world_matrix} {parent.AxisBoss.world_matrix} {parent.AxisBoss.world_matrix}}\n {{parent.AxisBoss.world_matrix} {parent.AxisBoss.world_matrix} {parent.AxisBoss.world_matrix} {parent.AxisBoss.world_matrix}}\n {{parent.AxisBoss.world_matrix} {parent.AxisBoss.world_matrix} {parent.AxisBoss.world_matrix} {parent.AxisBoss.world_matrix}}\n {{parent.AxisBoss.world_matrix} {parent.AxisBoss.world_matrix} {parent.AxisBoss.world_matrix} {parent.AxisBoss.world_matrix}}\n }\n name AxisInputCalc\n xpos 1209\n ypos 501\n }\n NoOp {\n inputs 0\n name cam_axis_vectors\n xpos 1199\n ypos 615\n addUserKnob {20 User}\n addUserKnob {13 cam_axis_vector}\n cam_axis_vector {{\"AxisCamBoss.world_matrix.3 - AxisInputCalc.world_matrix.3\"} {\"AxisCamBoss.world_matrix.7 - AxisInputCalc.world_matrix.7\"} {\"AxisCamBoss.world_matrix.11 - AxisInputCalc.world_matrix.11\"}}\n addUserKnob {7 cam_axis_dist R 0 1000}\n cam_axis_dist {{\"sqrt(pow2(cam_axis_vector.x) + pow2(cam_axis_vector.y) + pow2(cam_axis_vector.z))\"}}\n addUserKnob {13 cam_axis_normalized}\n cam_axis_normalized {{cam_axis_vector/cam_axis_dist} {cam_axis_vector/cam_axis_dist} {cam_axis_vector/cam_axis_dist}}\n addUserKnob {13 result_depth_vector}\n result_depth_vector {{\"cam_axis_normalized * parent.depth_add + cam_axis_vector * (parent.depth_mult - 1)\"} {\"cam_axis_normalized * parent.depth_add + cam_axis_vector * (parent.depth_mult - 1)\"} {\"cam_axis_normalized * parent.depth_add + cam_axis_vector * (parent.depth_mult - 1)\"}}\n }\n Axis2 {\n inputs 0\n name AxisBoss\n xpos 1324\n ypos 462\n }\n Input {\n inputs 0\n name Inputpos\n label dyn\n xpos -146\n ypos -281\n number 1\n }\n Dot {\n name DotInput\n label \" Main\"\n note_font \"Bitstream Vera Sans Bold\"\n note_font_size 41\n xpos -112\n ypos -67\n }\nset N34387fa0 [stack 0]\n Dot {\n name DotDeep\n label \"\\nDeep?\"\n note_font \"Bitstream Vera Sans Bold\"\n note_font_size 41\n xpos -112\n ypos 309\n }\n Input {\n inputs 0\n name Inputdeep_holdout\n xpos -256\n ypos 1861\n number 4\n }\n Switch {\n inputs 2\n which 1\n name SwitchDHSource\n xpos -146\n ypos 1861\n disable {{\"\\[exists parent.input4]\"}}\n }\nset N33de49a0 [stack 0]\n Dot {\n name Dot20\n note_font_size 41\n xpos -112\n ypos 1911\n }\n Input {\n inputs 0\n name Inputcam\n xpos 1845\n ypos 82\n number 2\n }\n Dot {\n name Dot17\n note_font_size 41\n xpos 1879\n ypos 186\n }\nset N34091c40 [stack 0]\n Dot {\n name Dot14\n note_font_size 41\n xpos 1879\n ypos 310\n }\nset N2aed3110 [stack 0]\n Dot {\n name Dot28\n xpos 1879\n ypos 621\n }\nset N131564e0 [stack 0]\n Dot {\n name Dot10\n note_font_size 41\n xpos 1879\n ypos 1168\n }\n Dot {\n name Dot11\n note_font_size 41\n xpos 1157\n ypos 1168\n }\nset N13cf36c0 [stack 0]\n Dot {\n name Dot15\n note_font_size 41\n xpos 1157\n ypos 1247\n }\nset N342e7a70 [stack 0]\n Dot {\n name Dot16\n note_font_size 41\n xpos 1157\n ypos 1317\n }\nset N34361ec0 [stack 0]\n Dot {\n name Dot2\n note_font_size 41\n xpos 1157\n ypos 1366\n }\npush $N34361ec0\npush $N342e7a70\n FrameHold {\n firstFrame {{parent.ref_frame}}\n name FrameHoldProj\n xpos 964\n ypos 1237\n }\n Input {\n inputs 0\n name Inputimg\n xpos 900\n ypos 741\n }\n Shuffle {\n name Shuffle2\n label \"\\[value in]\"\n xpos 900\n ypos 789\n }\n Dot {\n name Dot13\n note_font_size 41\n xpos 934\n ypos 868\n }\nset N2aecc000 [stack 0]\n Dot {\n name Dot18\n note_font_size 41\n xpos 824\n ypos 868\n }\nset N342c8330 [stack 0]\n Project3D2 {\n inputs 2\n name Project3D1\n xpos 790\n ypos 1243\n }\npush $N131564e0\n Axis2 {\n name AxisCamBoss\n xpos 1463\n ypos 597\n }\n Dot {\n name Dot8\n xpos 1487\n ypos 824\n }\npush $N3434f600\n Axis2 {\n useMatrix true\n matrix {\n {1 0 0 {-parent.cam_axis_vectors.result_depth_vector.x}}\n {0 1 0 {-parent.cam_axis_vectors.result_depth_vector.y}}\n {0 0 1 {-parent.cam_axis_vectors.result_depth_vector.z}}\n {0 0 0 1}\n }\n name AxisDepth\n xpos 1099\n ypos 595\n }\n Axis2 {\n useMatrix true\n matrix {\n {{parent.AxisBoss.world_matrix} {parent.AxisBoss.world_matrix} {parent.AxisBoss.world_matrix} {parent.AxisBoss.world_matrix}}\n {{parent.AxisBoss.world_matrix} {parent.AxisBoss.world_matrix} {parent.AxisBoss.world_matrix} {parent.AxisBoss.world_matrix}}\n {{parent.AxisBoss.world_matrix} {parent.AxisBoss.world_matrix} {parent.AxisBoss.world_matrix} {parent.AxisBoss.world_matrix}}\n {{parent.AxisBoss.world_matrix} {parent.AxisBoss.world_matrix} {parent.AxisBoss.world_matrix} {parent.AxisBoss.world_matrix}}\n }\n name AxisInput\n xpos 1099\n ypos 724\n }\nset N3407b520 [stack 0]\n Axis2 {\n inputs 2\n name Axis7\n label \"lookat absolute\"\n xpos 1334\n ypos 800\n }\nset N343067d0 [stack 0]\n Dot {\n name Dot9\n xpos 1358\n ypos 966\n }\npush $N343067d0\npush $N3407b520\n Axis2 {\n useMatrix true\n matrix {\n {{AxisBoss.world_matrix.0(parent.ref_frame)} {AxisBoss.world_matrix.4(parent.ref_frame)} {AxisBoss.world_matrix.8(parent.ref_frame)} 0}\n {{AxisBoss.world_matrix.1(parent.ref_frame)} {AxisBoss.world_matrix.5(parent.ref_frame)} {AxisBoss.world_matrix.9(parent.ref_frame)} 0}\n {{AxisBoss.world_matrix.2(parent.ref_frame)} {AxisBoss.world_matrix.6(parent.ref_frame)} {AxisBoss.world_matrix.10(parent.ref_frame)} 0}\n {0 0 0 1}\n }\n name AxisRotTransposed1\n label \"at ref frame\"\n xpos 1191\n ypos 808\n }\n Axis2 {\n inputs 2\n useMatrix true\n matrix {\n {{parent.Axis7.world_matrix(parent.ref_frame)} {parent.Axis7.world_matrix(parent.ref_frame)} {parent.Axis7.world_matrix(parent.ref_frame)} 0}\n {{parent.Axis7.world_matrix(parent.ref_frame)} {parent.Axis7.world_matrix(parent.ref_frame)} {parent.Axis7.world_matrix(parent.ref_frame)} 0}\n {{parent.Axis7.world_matrix(parent.ref_frame)} {parent.Axis7.world_matrix(parent.ref_frame)} {parent.Axis7.world_matrix(parent.ref_frame)} 0}\n {0 0 0 1}\n }\n look_strength 0\n name Axis10\n label \"lookat rotations\\nlook input but strength set to 0 to force recalculate...\"\n xpos 1191\n ypos 892\n }\npush $N3407b520\n Switch {\n inputs 3\n which {{parent.face_cam}}\n name SwitchFaceCam\n xpos 1089\n ypos 962\n }\n Axis2 {\n look_strength 0\n name AxisTweak\n label Post\n xpos 1099\n ypos 1042\n }\nset N344266b0 [stack 0]\npush $N342c8330\n Dot {\n name Dot1\n note_font_size 41\n xpos 702\n ypos 868\n }\n Card2 {\n control_points {3 3 3 6 \n\n1 {-0.5 -0.5 0} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0.1666666865 0} 0 {0 0 0} 0 {0 0 0} \n1 {0 -0.5 0} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0.1666666865 0} 0 {0 0 0} 0 {0.5 0 0} \n1 {0.5 -0.5 0} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0.1666666865 0} 0 {0 0 0} 0 {1 0 0} \n1 {-0.5 0 0} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0.1666666716 0} 0 {0 -0.1666666716 0} 0 {0 0.5 0} \n1 {0 0 0} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0.1666666716 0} 0 {0 -0.1666666716 0} 0 {0.5 0.5 0} \n1 {0.5 0 0} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0.1666666716 0} 0 {0 -0.1666666716 0} 0 {1 0.5 0} \n1 {-0.5 0.5 0} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0 0} 0 {0 -0.1666666865 0} 0 {0 1 0} \n1 {0 0.5 0} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0 0} 0 {0 -0.1666666865 0} 0 {0.5 1 0} \n1 {0.5 0.5 0} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0 0} 0 {0 -0.1666666865 0} 0 {1 1 0} }\n name Card1\n xpos 668\n ypos 1100\n }\n TransformGeo {\n inputs 2\n scaling {{parent.card_size} {parent.card_size} 1}\n name TransformGeo2\n xpos 668\n ypos 1165\n }\n Dot {\n name Dot6\n note_font_size 41\n xpos 702\n ypos 1208\n }\nset N34408aa0 [stack 0]\n ApplyMaterial {\n inputs 2\n name ApplyMaterial1\n xpos 668\n ypos 1243\n }\nset N127fe430 [stack 0]\n Input {\n inputs 0\n name Inputbg\n xpos -634\n ypos 182\n number 3\n }\n Constant {\n inputs 0\n channels rgb\n format \"256 256 0 0 256 256 1 square_256\"\n name Black\n xpos -497\n ypos -97\n postage_stamp false\n }\n Reformat {\n type \"to box\"\n box_width {{NoOpSize.width}}\n box_height {{NoOpSize.height}}\n box_fixed true\n name ReformatToVec\n xpos -497\n ypos -71\n }\n Switch {\n inputs 2\n which 1\n name Switchbg\n xpos -497\n ypos 182\n disable {{\"!\\[exists parent.input3] \"}}\n }\nset N2e4fd440 [stack 0]\n Remove {\n name RemoveAll2\n xpos 558\n ypos 1307\n }\n ScanlineRender {\n inputs 3\n conservative_shader_sampling false\n motion_vectors_type distance\n name ScanlineRender2\n xpos 668\n ypos 1313\n }\n MotionBlur3D {\n inputs 2\n Z depth.Z\n shutter {{parent.Card3D1.shutter}}\n shutteroffset {{parent.Card3D1.shutteroffset}}\n shuttercustomoffset {{parent.Card3D1.shuttercustomoffset}}\n name MotionBlur3D1\n xpos 668\n ypos 1362\n }\n VectorBlur {\n channels rgba\n uv motion\n scale {{parent.Card3D1.motionblur>0}}\n name VectorBlur1\n xpos 668\n ypos 1388\n }\n Dot {\n name Dot22\n note_font_size 41\n xpos 702\n ypos 1449\n }\npush $N344266b0\npush $N13cf36c0\npush $N2aecc000\n Card3D {\n inputs 3\n translate {0 0 0}\n scaling {{parent.card_size} {parent.card_size} 1}\n shutteroffset centred\n name Card3D1\n xpos 900\n ypos 1164\n }\n Switch {\n inputs 2\n which {{parent.proj_mode}}\n name SwitchProject\n xpos 900\n ypos 1445\n }\n Dot {\n name Dot19\n note_font_size 41\n xpos 934\n ypos 1789\n }\nset N3449df60 [stack 0]\n DeepFromImage {\n premult true\n name DeepFromImage1\n xpos 189\n ypos 1785\n }\n DeepExpression {\n temp_name0 ddt\n temp_expr0 \"\\[value parent.deep_thickness]\"\n temp_name1 ddo\n temp_expr1 \"\\[value parent.deep_opacity]\"\n chans1 deep\n rgba.alpha rgba.alpha*ddo\n deep.front deep.front-ddt/2\n deep.back deep.back+ddt/2\n name DeepExpSoften\n xpos 189\n ypos 1811\n }\nset N3441e1a0 [stack 0]\n Dot {\n name Dot21\n note_font_size 41\n xpos 84\n ypos 1815\n }\n DeepMerge {\n inputs 2\n operation holdout\n name DeepMerge1\n xpos 50\n ypos 1907\n disable {{\"!(parent.deep_holdout && (\\[exists parent.input4] || \\[exists DotDeep.input0]))\"}}\n }\n Dot {\n name DotDeepOut\n label DeepOut\n note_font_size 41\n xpos 84\n ypos 2147\n }\npush $N2aed3110\n Dot {\n name Dot3\n label \"\\ncam\"\n note_font \"Bitstream Vera Sans Bold\"\n note_font_size 12\n xpos -1228\n ypos 1319\n hide_input true\n }\npush $N344266b0\n Wireframe {\n inputs 0\n operation \"see through\"\n line_width 2\n name Wireframe2\n xpos -1203\n ypos 699\n }\n Card2 {\n image_aspect false\n rows 2\n columns 2\n control_points {3 3 3 6 \n\n1 {-0.5 -0.5 0} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0.1666666865 0} 0 {0 0 0} 0 {0 0 0} \n1 {0 -0.5 0} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0.1666666865 0} 0 {0 0 0} 0 {0.5 0 0} \n1 {0.5 -0.5 0} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0.1666666865 0} 0 {0 0 0} 0 {1 0 0} \n1 {-0.5 0 0} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0.1666666716 0} 0 {0 -0.1666666716 0} 0 {0 0.5 0} \n1 {0 0 0} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0.1666666716 0} 0 {0 -0.1666666716 0} 0 {0.5 0.5 0} \n1 {0.5 0 0} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0.1666666716 0} 0 {0 -0.1666666716 0} 0 {1 0.5 0} \n1 {-0.5 0.5 0} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0 0} 0 {0 -0.1666666865 0} 0 {0 1 0} \n1 {0 0.5 0} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0 0} 0 {0 -0.1666666865 0} 0 {0.5 1 0} \n1 {0.5 0.5 0} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0 0} 0 {0 -0.1666666865 0} 0 {1 1 0} }\n name CardPreviewCtr\n xpos -1203\n ypos 757\n }\n Wireframe {\n inputs 0\n operation \"see through\"\n line_width 0.3\n line_color 0.5\n name Wireframe1\n xpos -1113\n ypos 699\n }\n Card2 {\n image_aspect false\n rows {{parent.grid_resolution}}\n columns {{parent.grid_resolution}}\n control_points {3 3 3 6 \n\n1 {-0.5 -0.5 0} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0.1666666865 0} 0 {0 0 0} 0 {0 0 0} \n1 {0 -0.5 0} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0.1666666865 0} 0 {0 0 0} 0 {0.5 0 0} \n1 {0.5 -0.5 0} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0.1666666865 0} 0 {0 0 0} 0 {1 0 0} \n1 {-0.5 0 0} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0.1666666716 0} 0 {0 -0.1666666716 0} 0 {0 0.5 0} \n1 {0 0 0} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0.1666666716 0} 0 {0 -0.1666666716 0} 0 {0.5 0.5 0} \n1 {0.5 0 0} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0.1666666716 0} 0 {0 -0.1666666716 0} 0 {1 0.5 0} \n1 {-0.5 0.5 0} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0 0} 0 {0 -0.1666666865 0} 0 {0 1 0} \n1 {0 0.5 0} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0 0} 0 {0 -0.1666666865 0} 0 {0.5 1 0} \n1 {0.5 0.5 0} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0 0} 0 {0 -0.1666666865 0} 0 {1 1 0} }\n name CardPreview\n xpos -1113\n ypos 756\n }\n MergeGeo {\n inputs 2\n name MergeGeo1\n xpos -1113\n ypos 794\n }\n TransformGeo {\n inputs 2\n scaling {{parent.card_size} {parent.card_size} 1}\n uniform_scale {{parent.grid_size}}\n name TransformGeo1\n xpos -1113\n ypos 1062\n }\npush $N2e4fd440\n Remove {\n name RemoveAll1\n xpos -982\n ypos 1309\n }\n ScanlineRender {\n inputs 3\n conservative_shader_sampling false\n antialiasing low\n motion_vectors_type distance\n name ScanlineRender1\n xpos -1113\n ypos 1315\n }\n Dot {\n name Dot5\n note_font_size 41\n xpos -1079\n ypos 2060\n }\npush $N33de49a0\npush $N3441e1a0\n DeepHoldout2 {\n inputs 2\n name DeepHoldout1\n xpos 189\n ypos 1861\n }\npush $N3449df60\n Switch {\n inputs 2\n which {{\"parent.deep_holdout && (\\[exists parent.input4] || \\[exists DotDeep.input0])\"}}\n name SwitchDH\n xpos 900\n ypos 1861\n }\n Dot {\n name Dot7\n note_font_size 41\n xpos 934\n ypos 2028\n }\npush $N2e4fd440\n Remove {\n name RemoveAll\n xpos -497\n ypos 385\n disable {{!(parent.out_mode!=1&&parent.out_mode!=2)}}\n }\n Merge2 {\n inputs 2\n name MergeImg\n xpos -497\n ypos 2024\n disable {{parent.preview_mode==2}}\n }\n Merge2 {\n inputs 2\n name MergeGrid\n label PREVIEW\n xpos -497\n ypos 2050\n disable {{parent.preview_mode==0}}\n }\n Dot {\n name DotImgOut\n label ImgOut\n note_font_size 41\n xpos -463\n ypos 2149\n }\n Output {\n name Output1\n xpos -497\n ypos 2351\n }\npush $N34091c40\n FillMat {\n inputs 0\n color 1\n name FillMat1\n xpos 1390\n ypos 139\n }\npush $N34387fa0\n ApplyMaterial {\n inputs 2\n name ApplyMat\n xpos 1280\n ypos 139\n }\npush $N2e4fd440\n Remove {\n name RemoveAll3\n xpos 1170\n ypos 176\n }\n ScanlineRender {\n inputs 3\n conservative_shader_sampling false\n motion_vectors_type distance\n output_shader_vectors true\n P_channel P\n name SRGeo\n xpos 1280\n ypos 182\n }\npush $N2aed3110\npush $N34387fa0\n Shuffle {\n in P\n in2 rgba\n alpha alpha2\n name ShuffleP\n label \"\\[value in]\"\n xpos 941\n ypos 242\n }\nset N3463bed0 [stack 0]\n Shuffle {\n out depth\n name Shuffle1\n label \"\\[value in]\"\n xpos 1093\n ypos 242\n }\n Blur {\n channels rgba\n name Blur1\n xpos 1093\n ypos 280\n }\n DepthToPosition {\n inputs 2\n invert {{parent.in_vectors==1?parent.invert_depth:0}}\n name DepthToPosition1\n xpos 1093\n ypos 306\n }\n Dot {\n name Dot4\n note_font_size 41\n xpos 1127\n ypos 363\n }\npush $N3463bed0\n Switch {\n inputs 2\n which 1\n name SwitchDepth\n xpos 941\n ypos 359\n disable {{parent.in_vectors==0||parent.in_vectors==3}}\n }\n Unpremult {\n name Unpremult\n xpos 941\n ypos 385\n disable {{!parent.unpremult_p}}\n }\n NoOp {\n name PickVector\n knobChanged \"n = nuke.thisNode()\\nnuke.toNode(\\\"AxisBoss\\\")\\[\\\"translate\\\"].setValue(n\\[\\\"pick\\\"].value())\"\n xpos 941\n ypos 443\n addUserKnob {20 PickVector}\n addUserKnob {18 pick}\n pick {0 0 0}\n addUserKnob {6 pick_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 pick_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 pick_panelDropped_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 pick_panelDropped_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n }\npush $N127fe430\npush $N34408aa0\n Dot {\n name Dot12\n note_font_size 41\n xpos 419\n ypos 1208\n }\n Switch {\n inputs 2\n which 1\n name SwitchProjMode\n xpos 385\n ypos 1243\n disable {{!parent.proj_mode}}\n }\n Dot {\n name DotGeoOut\n label GeoOut\n note_font_size 41\n xpos 419\n ypos 2152\n }\npush $N34387fa0\n Switch {\n which 1\n name SwitchInRes\n xpos -243\n ypos -71\n disable {{\"parent.in_vectors != 3\"}}\n }\n NoOp {\n name NoOpSize\n xpos -353\n ypos -71\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_aPMatte_v2.gizmo", "content": "add_layer {P P.red P.green P.blue P.alpha}\nGroup {\n name aPMatte\n help \"aPMatte v2.0 by Adrian Pueyo\\n\\nCreates a matte of different shapes, based on a Position pass. Includes transformation and falloff controls, and the option to output or overlay a Position 4D noise.\\n\\nv2.0 has the code more optimized, new available shapes and modes, includes a 3D-space view of the matte and point cloud, and accepts an Axis or Camera input. Also, lets you preview the p-matte over an image input and merge the alpha with the incoming one.\\n\\nadrianpueyo.com, 2017-2019\"\n onCreate \"n = nuke.thisNode()\\n\\nfor k in \\[\\\"radius\\\",\\\"card_scale\\\",\\\"noise_size\\\"]:\\n n\\[k].setFlag(0x00000004)\"\n knobChanged \"n = nuke.thisNode()\\nk = nuke.thisKnob()\\nkn = k.name()\\n\\nif kn in \\['xpos','ypos','selected']:\\n pass\\nelif kn == \\\"shape\\\":\\n ramp_on = k.value() in \\['linear ramp', 'radial ramp']\\n n\\['radius'].setVisible(not ramp_on)\\n n.knobs()\\[\\\"black\\\"].setVisible(ramp_on)\\n n\\[\\\"axis\\\"].setVisible(k.value()==\\\"plane\\\")\\n n\\[\\\"card_scale\\\"].setVisible(k.getValue() in \\[3,5] and n\\[\\\"preview_in_3d\\\"].value())\\n picker = n.knobs()\\[\\\"picker\\\"]\\n if ramp_on:\\n picker.setLabel(\\\"white\\\")\\n elif k.value() == \\\"plane\\\":\\n picker.setLabel(\\\"pivot\\\")\\n else:\\n picker.setLabel(\\\"center\\\")\\n\\n # Connect Scene\\n sc = nuke.toNode(\\\"SceneGeo\\\")\\n kv = k.getValue()\\n if kv in \\[0,1,2]:\\n sc.setInput(1,nuke.toNode(\\\"DotSphereCube\\\"))\\n elif kv in \\[3,5]:\\n sc.setInput(1,nuke.toNode(\\\"DotPlanes\\\"))\\n else:\\n sc.setInput(1,nuke.toNode(\\\"DotRadialRamp\\\"))\\n\\nelif kn == \\\"use_axis\\\":\\n ianame = \\\"Inputaxis\\\"\\n if k.value():\\n a = nuke.toNode(\\\"AxisInput\\\")\\n if not nuke.exists(ianame):\\n ia = nuke.nodes.Input(name=ianame)\\n ia.setXYpos(a.xpos()-10,a.ypos()-60)\\n a.setInput(0,ia)\\n else:\\n if nuke.exists(ianame):\\n n.setInput(3,None)\\n ia = nuke.toNode(ianame)\\n nuke.delete(ia)\\n\\nelif kn == \\\"preview_in_3d\\\":\\n kv = k.value()\\n n.knobs()\\[\\\"point_detail\\\"].setVisible(kv)\\n n.knobs()\\[\\\"point_size\\\"].setVisible(kv)\\n n\\[\\\"card_scale\\\"].setVisible(n\\[\\\"shape\\\"].getValue() in \\[3,5] and k.value())\\n nuke.toNode(\\\"RenderPC\\\").setInput(1,nuke.toNode(\\\"SceneGeo\\\") if kv else None)\\nelif kn == \\\"noise\\\":\\n noise_on = k.value() != 'off'\\n for t in \\['noise_rel','noise_persistance','noise_octaves','noise_lacunarity','noise_size','noise_offset','noise_add','noise_gain','noise_gamma','noise_mix']:\\n n\\[t].setVisible(noise_on)\\np_input = n.input(1) is not None\\nn\\[\\\"img_in\\\"].setEnabled(not p_input)\\nn\\[\\\"img_txt\\\"].setEnabled(not p_input)\\nn.knobs()\\[\\\"p_in\\\"].setEnabled(p_input)\\nn.knobs()\\[\\\"p_txt\\\"].setEnabled(p_input)\\n\"\n tile_color 0x898989ff\n selected true\n addUserKnob {20 aPMatte}\n addUserKnob {26 position_from l \"\" +STARTLINE T \" Position from:\"}\n addUserKnob {26 img_txt l img T \" \"}\n addUserKnob {41 img_in l \"\" -STARTLINE T ShuffleInImg.in}\n addUserKnob {26 p_txt l \"P (optional)\" +DISABLED T \" \"}\n addUserKnob {41 p_in l \"\" -STARTLINE +DISABLED T ShuffleIn.in}\n addUserKnob {6 premultiplied +STARTLINE}\n premultiplied true\n addUserKnob {6 alpha_masking l \"alpha masking\" t \"Multiply the output by the input's alpha.\" -STARTLINE}\n addUserKnob {26 text l \"\" +STARTLINE}\n addUserKnob {4 outChannels l output M {alpha rgba \"\"}}\n addUserKnob {6 mergeAlpha l \"merge with input alpha\" -STARTLINE}\n addUserKnob {41 Channeloperation l \"\" -STARTLINE T ChannelMerge1.operation}\n addUserKnob {6 preview l \"preview over image\" +STARTLINE}\n preview true\n addUserKnob {26 \"\"}\n addUserKnob {4 shape M {sphere \"cusped box\" \"rounded box\" \"linear ramp\" \"radial ramp\" plane}}\n addUserKnob {4 axis l \"\" -STARTLINE +HIDDEN M {X Y Z \"\" \"\" \"\" \"\"}}\n axis Y\n addUserKnob {6 mirrored -STARTLINE}\n addUserKnob {6 invert -STARTLINE}\n addUserKnob {41 picker l center T BlinkScriptPMatte.picker}\n addUserKnob {6 use_axis l \"use axis\" -STARTLINE}\n addUserKnob {7 radius R 0.1 1000}\n radius 5\n addUserKnob {41 black t \"Black point of your ramp.\" +HIDDEN T BlinkScriptPMatte.black_point}\n addUserKnob {26 \"\"}\n addUserKnob {6 preview_in_3d l \"preview in 3d space\" t \"Recreates a 3D-space preview of the point cloud and the P-matte. After activating this, simply press the Tab key on the active viewer to change to 3D space.\" +STARTLINE}\n addUserKnob {41 point_detail l \"point detail\" +HIDDEN T PositionToPointsPC.detail}\n addUserKnob {41 point_size l \"point size\" +HIDDEN T PositionToPointsPC.pointSize}\n addUserKnob {7 card_scale l \"card scale\" +HIDDEN R 0 100}\n card_scale 100\n addUserKnob {26 \"\"}\n addUserKnob {4 falloff t \"Fallof type for the matte.\" M {linear smooth quadratic cubic \"inv. cubic\" \"\" \"\"}}\n addUserKnob {7 hardness}\n addUserKnob {7 mix}\n mix 1\n addUserKnob {26 \"\"}\n addUserKnob {41 xform_order l \"transform order\" T Axis.xform_order}\n addUserKnob {41 rot_order l \"rotation order\" T Axis.rot_order}\n addUserKnob {41 translate T Axis.translate}\n addUserKnob {41 rotate T Axis.rotate}\n addUserKnob {41 scaling l scale T Axis.scaling}\n addUserKnob {41 uniform_scale l \"uniform scale\" T Axis.uniform_scale}\n addUserKnob {41 skew T Axis.skew}\n addUserKnob {41 pivot T Axis.pivot}\n addUserKnob {22 reset_transformations l \" reset transformations \" T \"a = nuke.toNode(\\\"Axis\\\")\\na.readKnobs(\\\"xform_order SRT rot_order ZXY translate \\{0 0 0\\} rotate \\{0 0 0\\} scaling \\{1 1 1\\} uniform_scale 1 skew \\{0 0 0\\} pivot \\{0 0 0\\} useMatrix false\\\")\" +STARTLINE}\n addUserKnob {26 \"\"}\n addUserKnob {4 noise t \"overlay: uses the noise in overlay blend mode over the resulting mask, to make it more organic and less obvious for grading.\\nnoise only: ignore the mask, output a 4D noise.\" M {off overlay \"noise only\" \"\"}}\n addUserKnob {6 noise_rel l relative t \"On: Pick world transformations and positioning of the shape.\\nOff: Pick absolute world transformations.\\n\\nTip: Check when you want the mask to always be affected by the same noise, uncheck when you want to lock the noise to your scene.\" -STARTLINE +HIDDEN}\n noise_rel true\n addUserKnob {7 noise_size l size t \"Size of the noise pattern.\" +HIDDEN R 0 100}\n noise_size 10\n addUserKnob {7 noise_offset l offset t \"Spatial offset of the noise pattern (use to find a sweet spot for your matte).\" +HIDDEN R 0 100}\n addUserKnob {3 noise_octaves l octaves t \"Number of noise iterations.\" +HIDDEN}\n noise_octaves 8\n addUserKnob {7 noise_lacunarity l lacunarity t \"Each octave gets downscaled by this value.\" +HIDDEN R 0 10}\n noise_lacunarity 1.8\n addUserKnob {7 noise_persistance l persistance t \"Each octave gets multiplied by this value.\" +HIDDEN}\n noise_persistance 0.5\n addUserKnob {7 noise_add l add t \"Add a value to the noise.\" +HIDDEN}\n noise_add 0.5\n addUserKnob {7 noise_gain l gain t \"Multiply the resulting noise by this value.\" +HIDDEN R 0 4}\n noise_gain 1\n addUserKnob {7 noise_gamma l gamma t \"Gamma the resulting value.\" +HIDDEN R 0 4}\n noise_gamma 0.3\n addUserKnob {7 noise_mix l mix +HIDDEN}\n noise_mix 1\n addUserKnob {26 version_author l \" \" t \"aPMatte v2.0\\n24 Sep 2019\" T \"aPMatte v2.0 - adrianpueyo.com, 2015-2019\"}\n addUserKnob {6 BlinkScriptPMatte_black_point_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n}\n Axis2 {\n inputs 0\n display off\n selectable false\n translate {{parent.BlinkScriptPMatte.aPMatteKernel_picked} {parent.BlinkScriptPMatte.aPMatteKernel_picked} {parent.BlinkScriptPMatte.aPMatteKernel_picked}}\n name AxisPicked\n xpos 211\n ypos 364\n }\n Axis2 {\n display off\n selectable false\n useMatrix true\n matrix {\n {{parent.AxisInput.world_matrix} {parent.AxisInput.world_matrix} {parent.AxisInput.world_matrix} {parent.AxisInput.world_matrix}}\n {{parent.AxisInput.world_matrix} {parent.AxisInput.world_matrix} {parent.AxisInput.world_matrix} {parent.AxisInput.world_matrix}}\n {{parent.AxisInput.world_matrix} {parent.AxisInput.world_matrix} {parent.AxisInput.world_matrix} {parent.AxisInput.world_matrix}}\n {{parent.AxisInput.world_matrix} {parent.AxisInput.world_matrix} {parent.AxisInput.world_matrix} {parent.AxisInput.world_matrix}}\n }\n name AxisInputCopy1\n xpos 211\n ypos 430\n }\n Axis2 {\n name Axis\n xpos 211\n ypos 496\n }\n Dot {\n name Dot18\n note_font_size 41\n xpos 235\n ypos 635\n }\nset N66176940 [stack 0]\n Axis2 {\n display off\n selectable false\n uniform_scale {{sqrt(pow2(BlinkScriptPMatte.aPMatteKernel_picked.x-BlinkScriptPMatte.aPMatteKernel_pickedB.x)+pow2(BlinkScriptPMatte.aPMatteKernel_picked.y-BlinkScriptPMatte.aPMatteKernel_pickedB.y)+pow2(BlinkScriptPMatte.aPMatteKernel_picked.z-BlinkScriptPMatte.aPMatteKernel_pickedB.z))}}\n name Axis2\n xpos 211\n ypos 870\n }\n Card2 {\n inputs 0\n display wireframe\n selectable false\n render_mode off\n cast_shadow false\n receive_shadow false\n image_aspect false\n rows 1\n columns 1\n uniform_scale {{parent.card_scale}}\n control_points {3 3 3 6\n\n1 {-0.5 -0.5 0} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0.1666666865 0} 0 {0 0 0} 0 {0 0 0}\n1 {0 -0.5 0} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0.1666666865 0} 0 {0 0 0} 0 {0.5 0 0}\n1 {0.5 -0.5 0} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0.1666666865 0} 0 {0 0 0} 0 {1 0 0}\n1 {-0.5 0 0} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0.1666666716 0} 0 {0 -0.1666666716 0} 0 {0 0.5 0}\n1 {0 0 0} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0.1666666716 0} 0 {0 -0.1666666716 0} 0 {0.5 0.5 0}\n1 {0.5 0 0} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0.1666666716 0} 0 {0 -0.1666666716 0} 0 {1 0.5 0}\n1 {-0.5 0.5 0} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0 0} 0 {0 -0.1666666865 0} 0 {0 1 0}\n1 {0 0.5 0} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0 0} 0 {0 -0.1666666865 0} 0 {0.5 1 0}\n1 {0.5 0.5 0} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0 0} 0 {0 -0.1666666865 0} 0 {1 1 0} }\n name Card2\n xpos 617\n ypos 438\n }\n Dot {\n name Dot29\n note_font_size 41\n xpos 651\n ypos 484\n }\nset N5e5e2610 [stack 0]\n Dot {\n name Dot30\n note_font_size 41\n xpos 651\n ypos 537\n }\n Sphere {\n inputs 0\n display wireframe\n selectable false\n render_mode off\n cast_shadow false\n receive_shadow false\n rows 6\n columns 6\n name Sphere2\n xpos 709\n ypos 438\n }\n Dot {\n name Dot31\n note_font_size 41\n xpos 743\n ypos 563\n }\npush $N5e5e2610\n Cube {\n inputs 0\n display wireframe\n selectable false\n render_mode off\n cast_shadow false\n receive_shadow false\n rows 1\n columns 1\n cube {-1 -1 -1 1 1 1}\n name Cube1\n xpos 523\n ypos 438\n }\nset N5e5d4630 [stack 0]\n Dot {\n name Dot20\n note_font_size 41\n xpos 591\n ypos 484\n }\npush $N5e5d4630\n Sphere {\n inputs 0\n display wireframe\n selectable false\n render_mode off\n cast_shadow false\n receive_shadow false\n rows 6\n columns 6\n name Sphere1\n xpos 433\n ypos 438\n }\n Dot {\n name Dot21\n note_font_size 41\n xpos 467\n ypos 499\n }\n Switch {\n inputs 6\n which {{parent.shape}}\n name SwitchShapeGeo\n xpos 523\n ypos 559\n }\n Dot {\n name Dot25\n note_font_size 41\n xpos 557\n ypos 756\n }\nset N66583fc0 [stack 0]\n Dot {\n name Dot28\n note_font_size 41\n xpos 331\n ypos 756\n }\n TransformGeo {\n inputs 2\n selectable false\n name TransformGeoRadius1\n xpos 297\n ypos 890\n }\n Dot {\n name DotRadialRamp\n label \"\\[value name]\"\n note_font_size 12\n xpos 331\n ypos 922\n }\npush $N66176940\n Dot {\n name Dot26\n note_font_size 41\n xpos 466\n ypos 635\n }\nset N6656da50 [stack 0]\n Axis2 {\n display off\n selectable false\n uniform_scale {{parent.BlinkScriptPMatte.aPMatteKernel_radius}}\n name Axis1\n xpos 442\n ypos 868\n }\npush $N66583fc0\n TransformGeo {\n inputs 2\n selectable false\n name TransformGeoAxis1\n xpos 523\n ypos 888\n }\n Dot {\n name DotSphereCube\n label \"\\[value name]\"\n note_font_size 12\n xpos 557\n ypos 967\n }\n Input {\n inputs 0\n name Inputimg\n xpos -528\n ypos 176\n }\n Dot {\n name Dot1\n note_font_size 41\n xpos -494\n ypos 257\n }\nset N5e602650 [stack 0]\n Dot {\n name Dot5\n note_font_size 41\n xpos -350\n ypos 257\n }\nset N5e61e4c0 [stack 0]\n Dot {\n name Dot4\n note_font_size 41\n xpos -240\n ypos 257\n }\nset N5e6112f0 [stack 0]\n Dot {\n name Dot6\n note_font_size 41\n xpos -157\n ypos 257\n }\nset N5e5e1ee0 [stack 0]\n Input {\n inputs 0\n name InputP\n xpos -73\n ypos 178\n number 1\n }\nset N5e60caf0 [stack 0]\n Dot {\n name Dot7\n note_font_size 41\n xpos 100\n ypos 182\n }\n Switch {\n inputs 2\n which {{\"\\[exists parent.input0]\"}}\n name SwitchAlpha\n label \"\\[value which]\"\n xpos 66\n ypos 247\n }\n Dot {\n name Dot8\n xpos 100\n ypos 356\n }\npush $N5e5e1ee0\n Shuffle {\n in P\n in2 rgba\n alpha alpha2\n name ShuffleInImg\n xpos -191\n ypos 296\n }\npush $N5e60caf0\n Shuffle {\n in2 rgba\n alpha alpha2\n name ShuffleIn\n xpos -73\n ypos 225\n }\n Switch {\n inputs 2\n which {{\"!\\[exists parent.input1]\"}}\n name Switch1\n label \"\\[value which]\"\n xpos -73\n ypos 290\n }\n Copy {\n inputs 2\n from0 rgba.alpha\n to0 rgba.alpha\n name Copy2\n xpos -73\n ypos 346\n disable {{!parent.alpha_masking}}\n }\n Unpremult {\n name UnpremultP\n xpos -73\n ypos 384\n disable {{!parent.premultiplied}}\n }\n Dot {\n name Dot15\n note_font_size 41\n xpos -39\n ypos 440\n }\nset N5e5ba2d0 [stack 0]\n Dot {\n name Dot16\n note_font_size 41\n xpos -132\n ypos 440\n }\n Blur {\n channels rgba\n name Blur1\n xpos -166\n ypos 827\n }\n Input {\n inputs 0\n name Inputmask\n xpos -679\n ypos 579\n number 2\n }\n Dot {\n name Dot14\n note_font_size 41\n xpos -645\n ypos 629\n }\nset N5e59d2b0 [stack 0]\npush $N5e5ba2d0\n BlinkScript {\n recompileCount 9\n ProgramGroup 1\n KernelDescription \"2 \\\"aPMatteKernel\\\" iterate pixelWise a9e2f4ce494401f56bb6fe8816e2389016c58248ae203f67227e1334a7acbe47 2 \\\"p\\\" Read Point \\\"dst\\\" Write Point 21 \\\"picked\\\" Float 3 AAAAAAAAAAAAAAAAAAAAAA== \\\"pickedB\\\" Float 3 AAAAAAAAAAAAAAAAAAAAAA== \\\"m\\\" Float 16 AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA== \\\"radius\\\" Float 1 AAAAAA== \\\"shape\\\" Int 1 AAAAAA== \\\"invert_shape\\\" Int 1 AAAAAA== \\\"use_alpha\\\" Int 1 AAAAAA== \\\"mirrored\\\" Int 1 AAAAAA== \\\"falloff\\\" Int 1 AQAAAA== \\\"hardness\\\" Float 1 AAAAAA== \\\"use noise\\\" Int 1 AAAAAA== \\\"noise_relative\\\" Int 1 AAAAAA== \\\"noise octaves\\\" Int 1 CAAAAA== \\\"noise persistence\\\" Float 1 AAAAPw== \\\"lacunarity\\\" Float 1 AAAAQA== \\\"noise scale\\\" Float 1 CtcjPA== \\\"noise_offset\\\" Float 1 AAAAAA== \\\"noise_add\\\" Float 1 AAAAAA== \\\"noise_gain\\\" Float 1 AAAAAA== \\\"noise_gamma\\\" Float 1 AAAAAA== \\\"noise_mix\\\" Float 1 AAAAAA== 21 \\\"picked\\\" 3 1 \\\"pickedB\\\" 3 1 \\\"m\\\" 16 1 \\\"radius\\\" 1 1 \\\"shape\\\" 1 1 \\\"invert_shape\\\" 1 1 \\\"use_alpha\\\" 1 1 \\\"mirrored\\\" 1 1 \\\"falloff\\\" 1 1 \\\"hardness\\\" 1 1 \\\"use_noise\\\" 1 1 \\\"noise_relative\\\" 1 1 \\\"noise_octaves\\\" 1 1 \\\"noise_persistence\\\" 1 1 \\\"noise_lacunarity\\\" 1 1 \\\"noise_scale\\\" 1 1 \\\"noise_offset\\\" 1 1 \\\"noise_add\\\" 1 1 \\\"noise_gain\\\" 1 1 \\\"noise_gamma\\\" 1 1 \\\"noise_mix\\\" 1 1 0\"\n kernelSource \"// ----------------------------------------------------------------\\n// aPMatte v1.0 by Adrian Pueyo\\n//\\n// Generate a matte of different shapes, based on a Position pass.\\n// Includes options to transform the mask and change its falloff.\\n// Also includes the option to output or overlay a P-based noise.\\n//\\n// adrianpueyo.com, 2017-2019\\n// ----------------------------------------------------------------\\n\\n\\n// Noise algorithm adapted by Adrian Pueyo from Noise4D function by Mads Hagbarth Lund\\n// Noise4D function Ported by Mads Hagbarth Lund 2014\\n// Based on https://github.com/Draradech/csworldgen/blob/master/simplexnoise.cpp\\n\\n/* Copyright (c) 2007-2012 Eliot Eshelman\\n *\\n * This program is free software: you can redistribute it and/or modify\\n * it under the terms of the GNU General Public License as published by\\n * the Free Software Foundation, either version 3 of the License, or\\n * (at your option) any later version.\\n *\\n * This program is distributed in the hope that it will be useful,\\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the\\n * GNU General Public License for more details.\\n *\\n * You should have received a copy of the GNU General Public License\\n * along with this program. If not, see .\\n *\\n */\\n\\n\\nint fastfloor( const float x ) \\{ return x > 0 ? (int) x : (int) x - 1; \\}\\ninline float raw_noise_4d( const float x, const float y, const float z, const float w ) \\n\\{\\nint simplex\\[64]\\[4] = \\{\\n \\{0,1,2,3\\},\\{0,1,3,2\\},\\{0,0,0,0\\},\\{0,2,3,1\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{1,2,3,0\\},\\n \\{0,2,1,3\\},\\{0,0,0,0\\},\\{0,3,1,2\\},\\{0,3,2,1\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{1,3,2,0\\},\\n \\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\n \\{1,2,0,3\\},\\{0,0,0,0\\},\\{1,3,0,2\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{2,3,0,1\\},\\{2,3,1,0\\},\\n \\{1,0,2,3\\},\\{1,0,3,2\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{2,0,3,1\\},\\{0,0,0,0\\},\\{2,1,3,0\\},\\n \\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\n \\{2,0,1,3\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{3,0,1,2\\},\\{3,0,2,1\\},\\{0,0,0,0\\},\\{3,1,2,0\\},\\n \\{2,1,0,3\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{3,1,0,2\\},\\{0,0,0,0\\},\\{3,2,0,1\\},\\{3,2,1,0\\}\\n\\};\\n int perm\\[512] = \\{\\n 151,160,137,91,90,15,131,13,201,95,96,53,194,233,7,225,140,36,103,30,69,142,\\n 8,99,37,240,21,10,23,190,6,148,247,120,234,75,0,26,197,62,94,252,219,203,117,\\n 35,11,32,57,177,33,88,237,149,56,87,174,20,125,136,171,168,68,175,74,165,71,\\n 134,139,48,27,166,77,146,158,231,83,111,229,122,60,211,133,230,220,105,92,41,\\n 55,46,245,40,244,102,143,54,65,25,63,161,1,216,80,73,209,76,132,187,208, 89,\\n 18,169,200,196,135,130,116,188,159,86,164,100,109,198,173,186,3,64,52,217,226,\\n 250,124,123,5,202,38,147,118,126,255,82,85,212,207,206,59,227,47,16,58,17,182,\\n 189,28,42,223,183,170,213,119,248,152,2,44,154,163,70,221,153,101,155,167,43,\\n 172,9,129,22,39,253,19,98,108,110,79,113,224,232,178,185,112,104,218,246,97,\\n 228,251,34,242,193,238,210,144,12,191,179,162,241,81,51,145,235,249,14,239,\\n 107,49,192,214,31,181,199,106,157,184,84,204,176,115,121,50,45,127,4,150,254,\\n 138,236,205,93,222,114,67,29,24,72,243,141,128,195,78,66,215,61,156,180,\\n\\n 151,160,137,91,90,15,131,13,201,95,96,53,194,233,7,225,140,36,103,30,69,142,\\n 8,99,37,240,21,10,23,190,6,148,247,120,234,75,0,26,197,62,94,252,219,203,117,\\n 35,11,32,57,177,33,88,237,149,56,87,174,20,125,136,171,168,68,175,74,165,71,\\n 134,139,48,27,166,77,146,158,231,83,111,229,122,60,211,133,230,220,105,92,41,\\n 55,46,245,40,244,102,143,54,65,25,63,161,1,216,80,73,209,76,132,187,208, 89,\\n 18,169,200,196,135,130,116,188,159,86,164,100,109,198,173,186,3,64,52,217,226,\\n 250,124,123,5,202,38,147,118,126,255,82,85,212,207,206,59,227,47,16,58,17,182,\\n 189,28,42,223,183,170,213,119,248,152,2,44,154,163,70,221,153,101,155,167,43,\\n 172,9,129,22,39,253,19,98,108,110,79,113,224,232,178,185,112,104,218,246,97,\\n 228,251,34,242,193,238,210,144,12,191,179,162,241,81,51,145,235,249,14,239,\\n 107,49,192,214,31,181,199,106,157,184,84,204,176,115,121,50,45,127,4,150,254,\\n 138,236,205,93,222,114,67,29,24,72,243,141,128,195,78,66,215,61,156,180\\n \\};\\n int grad4\\[32]\\[4]= \\{\\n \\{0,1,1,1\\}, \\{0,1,1,-1\\}, \\{0,1,-1,1\\}, \\{0,1,-1,-1\\},\\n \\{0,-1,1,1\\}, \\{0,-1,1,-1\\}, \\{0,-1,-1,1\\}, \\{0,-1,-1,-1\\},\\n \\{1,0,1,1\\}, \\{1,0,1,-1\\}, \\{1,0,-1,1\\}, \\{1,0,-1,-1\\},\\n \\{-1,0,1,1\\}, \\{-1,0,1,-1\\}, \\{-1,0,-1,1\\}, \\{-1,0,-1,-1\\},\\n \\{1,1,0,1\\}, \\{1,1,0,-1\\}, \\{1,-1,0,1\\}, \\{1,-1,0,-1\\},\\n \\{-1,1,0,1\\}, \\{-1,1,0,-1\\}, \\{-1,-1,0,1\\}, \\{-1,-1,0,-1\\},\\n \\{1,1,1,0\\}, \\{1,1,-1,0\\}, \\{1,-1,1,0\\}, \\{1,-1,-1,0\\},\\n \\{-1,1,1,0\\}, \\{-1,1,-1,0\\}, \\{-1,-1,1,0\\}, \\{-1,-1,-1,0\\}\\n \\};\\n float F4 = (sqrt(5.0f)-1.0)/4.0;\\n float G4 = (5.0-sqrt(5.0f))/20.0;\\n float n0, n1, n2, n3, n4;\\n float s = (x + y + z + w) * F4;\\n int i = fastfloor(x + s);\\n int j = fastfloor(y + s);\\n int k = fastfloor(z + s);\\n int l = fastfloor(w + s);\\n float t = (i + j + k + l) * G4;\\n float X0 = i - t;\\n float Y0 = j - t;\\n float Z0 = k - t;\\n float W0 = l - t;\\n\\n float x0 = x - X0;\\n float y0 = y - Y0;\\n float z0 = z - Z0;\\n float w0 = w - W0;\\n int c1 = (x0 > y0) ? 32 : 0;\\n int c2 = (x0 > z0) ? 16 : 0;\\n int c3 = (y0 > z0) ? 8 : 0;\\n int c4 = (x0 > w0) ? 4 : 0;\\n int c5 = (y0 > w0) ? 2 : 0;\\n int c6 = (z0 > w0) ? 1 : 0;\\n int c = c1 + c2 + c3 + c4 + c5 + c6;\\n\\n int i1, j1, k1, l1;\\n int i2, j2, k2, l2;\\n int i3, j3, k3, l3;\\n i1 = simplex\\[c]\\[0]>=3 ? 1 : 0;\\n j1 = simplex\\[c]\\[1]>=3 ? 1 : 0;\\n k1 = simplex\\[c]\\[2]>=3 ? 1 : 0;\\n l1 = simplex\\[c]\\[3]>=3 ? 1 : 0;\\n i2 = simplex\\[c]\\[0]>=2 ? 1 : 0;\\n j2 = simplex\\[c]\\[1]>=2 ? 1 : 0;\\n k2 = simplex\\[c]\\[2]>=2 ? 1 : 0;\\n l2 = simplex\\[c]\\[3]>=2 ? 1 : 0;\\n i3 = simplex\\[c]\\[0]>=1 ? 1 : 0;\\n j3 = simplex\\[c]\\[1]>=1 ? 1 : 0;\\n k3 = simplex\\[c]\\[2]>=1 ? 1 : 0;\\n l3 = simplex\\[c]\\[3]>=1 ? 1 : 0;\\n float x1 = x0 - i1 + G4;\\n float y1 = y0 - j1 + G4;\\n float z1 = z0 - k1 + G4;\\n float w1 = w0 - l1 + G4;\\n float x2 = x0 - i2 + 2.0*G4;\\n float y2 = y0 - j2 + 2.0*G4;\\n float z2 = z0 - k2 + 2.0*G4;\\n float w2 = w0 - l2 + 2.0*G4;\\n float x3 = x0 - i3 + 3.0*G4;\\n float y3 = y0 - j3 + 3.0*G4;\\n float z3 = z0 - k3 + 3.0*G4;\\n float w3 = w0 - l3 + 3.0*G4;\\n float x4 = x0 - 1.0 + 4.0*G4;\\n float y4 = y0 - 1.0 + 4.0*G4;\\n float z4 = z0 - 1.0 + 4.0*G4;\\n float w4 = w0 - 1.0 + 4.0*G4;\\n int ii = i & 255;\\n int jj = j & 255;\\n int kk = k & 255;\\n int ll = l & 255;\\n int gi0 = perm\\[ii+perm\\[jj+perm\\[kk+perm\\[ll]]]] % 32;\\n int gi1 = perm\\[ii+i1+perm\\[jj+j1+perm\\[kk+k1+perm\\[ll+l1]]]] % 32;\\n int gi2 = perm\\[ii+i2+perm\\[jj+j2+perm\\[kk+k2+perm\\[ll+l2]]]] % 32;\\n int gi3 = perm\\[ii+i3+perm\\[jj+j3+perm\\[kk+k3+perm\\[ll+l3]]]] % 32;\\n int gi4 = perm\\[ii+1+perm\\[jj+1+perm\\[kk+1+perm\\[ll+1]]]] % 32;\\n float t0 = 0.6 - x0*x0 - y0*y0 - z0*z0 - w0*w0;\\n if(t0<0) n0 = 0.0;\\n else \\{\\n t0 *= t0;\\n n0 = t0 * t0 * dot(float4(grad4\\[gi0]\\[0],grad4\\[gi0]\\[2],grad4\\[gi0]\\[3],grad4\\[gi0]\\[3]), float4(x0, y0, z0, w0));\\n \\}\\n float t1 = 0.6 - x1*x1 - y1*y1 - z1*z1 - w1*w1;\\n if(t1<0) n1 = 0.0;\\n else \\{\\n t1 *= t1;\\n n1 = t1 * t1 * dot(float4(grad4\\[gi1]\\[0],grad4\\[gi1]\\[2],grad4\\[gi1]\\[3],grad4\\[gi1]\\[3]), float4(x1, y1, z1, w1));\\n \\}\\n float t2 = 0.6 - x2*x2 - y2*y2 - z2*z2 - w2*w2;\\n if(t2<0) n2 = 0.0;\\n else \\{\\n t2 *= t2;\\n n2 = t2 * t2 * dot(float4(grad4\\[gi2]\\[0],grad4\\[gi2]\\[2],grad4\\[gi2]\\[3],grad4\\[gi2]\\[3]), float4(x2, y2, z2, w2));\\n \\}\\n float t3 = 0.6 - x3*x3 - y3*y3 - z3*z3 - w3*w3;\\n if(t3<0) n3 = 0.0;\\n else \\{\\n t3 *= t3;\\n n3 = t3 * t3 * dot(float4(grad4\\[gi3]\\[0],grad4\\[gi3]\\[2],grad4\\[gi3]\\[3],grad4\\[gi3]\\[3]), float4(x3, y3, z3, w3));\\n \\}\\n float t4 = 0.6 - x4*x4 - y4*y4 - z4*z4 - w4*w4;\\n if(t4<0) n4 = 0.0;\\n else \\{\\n t4 *= t4;\\n n4 = t4 * t4 * dot(float4(grad4\\[gi4]\\[0],grad4\\[gi4]\\[2],grad4\\[gi4]\\[3],grad4\\[gi4]\\[3]), float4(x4, y4, z4, w4));\\n \\}\\n return 27.0 * (n0 + n1 + n2 + n3 + n4);\\n\\}\\ninline float octave_noise_4d( const float octaves, const float persistence, const float scale, const float x, const float y, const float z, const float w, const float lacunarity=2 ) \\n\\{\\n float total = 0;\\n float frequency = scale;\\n float amplitude = 1;\\n float maxAmplitude = 0;\\n for( int i=0; i < octaves; i++ ) \\{\\n total += (float)raw_noise_4d( x * frequency, y * frequency, z * frequency, w * frequency ) * amplitude;\\n\\n frequency *= lacunarity;\\n maxAmplitude += amplitude;\\n amplitude *= persistence;\\n \\}\\n return float(total / maxAmplitude);\\n\\}\\n\\nkernel aPMatteKernel : ImageComputationKernel\\n\\{\\n Image p;\\n Image dst;\\n\\n param:\\n float3 picked; //Center, or white for ramps\\n float3 pickedB; //Black for ramps\\n float4x4 m; //Camera or axis matrix.\\n float radius;\\n int shape; //0=sphere,1=cusped box,2=rounded box,3=ramp, 4=rad.ramp\\n int invert_shape;\\n int use_alpha;\\n int mirrored;\\n int falloff; //0=linear,1=smooth,2=square,3=inv.square\\n float hardness;\\n\\n // Noise parameters here\\n int use_noise; //0=off,1=overlay,2=noise only\\n int noise_relative;\\n int noise_octaves;\\n float noise_persistence;\\n float noise_lacunarity;\\n float noise_scale;\\n float noise_offset;\\n float noise_add;\\n float noise_gain;\\n float noise_gamma;\\n float noise_mix;\\n\\n void define() \\{\\n defineParam(falloff, \\\"falloff\\\", 1);\\n defineParam(use_noise, \\\"use noise\\\", 0);\\n defineParam(noise_octaves, \\\"noise octaves\\\", 8);\\n defineParam(noise_persistence, \\\"noise persistence\\\", 0.5f);\\n defineParam(noise_lacunarity, \\\"lacunarity\\\", 2.0f);\\n defineParam(noise_scale, \\\"noise scale\\\", 0.01f);\\n \\}\\n\\n inline float rad(float deg)\\{ \\n return deg*PI/180;\\n \\}\\n\\n inline float smoothstep(float edge0, float edge1, float x)\\{\\n x = clamp((x - edge0)/(edge1 - edge0), 0.0f, 1.0f);\\n return x*x*x*(x*(x*6-15)+10);\\n \\}\\n\\n inline float cl(float val)\\{\\n return clamp(val,0.0f,1.0f); \\n \\}\\n\\n\\n void process() \\{\\n //1. P WORLD\\n // Center the coordinates\\n float3 color = float3(p(0)-picked.x,p(1)-picked.y,p(2)-picked.z);\\n int black = 0;\\n\\n // Matrix!\\n float4x4 mi = m;\\n mi = mi.invert();\\n for(int c = 0; c=1? float(result>0) : result;\\n \\} else if(shape==2)\\{//Rounded Box\\n result = radius==0.0f? 0: smoothstep(0,1-hardness, cl(1-fabs(float(color.x)/radius)) ) * smoothstep(0,1-hardness, cl(1-fabs(float(color.y)/radius)) ) * smoothstep(0,1-hardness, cl(1-fabs(float(color.z)/radius)) );\\n result = hardness>=1? float(result>0) : result;\\n \\} else if(shape==3)\\{//Linear Ramp\\n dist = sqrt(pow(color\\[0],2) + pow(color\\[1],2) + pow(color\\[2],2));\\n float distB = sqrt(pow(color\\[0]-(pickedB.x-picked.x),2) + pow(color\\[1]-(pickedB.y-picked.y),2) + pow(color\\[2]-(pickedB.z-picked.z),2));\\n float distWB = sqrt(pow(pickedB.x-picked.x,2) + pow(pickedB.y-picked.y,2) + pow(pickedB.z-picked.z,2));\\n float angWB = acos( clamp((pow(dist,2)-pow(distB,2)+pow(distWB,2))/(2*dist*distWB),-1.0f,1.0f) );\\n float cosAngWB = dist==0.0f? 0:cos(angWB);\\n result = distWB==0? 0.0f: cl((dist * cosAngWB) / distWB );\\n result = 1-result;\\n \\} else if(shape==4)\\{//Radial Ramp\\n dist = sqrt(pow(color\\[0],2) + pow(color\\[1],2) + pow(color\\[2],2));\\n float distB = sqrt(pow(color\\[0]-(pickedB.x-picked.x),2) + pow(color\\[1]-(pickedB.y-picked.y),2) + pow(color\\[2]-(pickedB.z-picked.z),2));\\n float distWB = sqrt(pow(pickedB.x-picked.x,2) + pow(pickedB.y-picked.y,2) + pow(pickedB.z-picked.z,2));\\n result = distWB==0? 0.0f: cl((dist) / distWB );\\n result = 1-result;\\n \\}\\n result = mirrored ? result*(1-result)*4:result;\\n result = invert_shape? 1-result:result;\\n\\n //3. FALLOFF\\n if(falloff==0)\\{//Linear\\n result = hardness>=1? float(result>0) : cl(result/(1-hardness));\\n \\}else if(falloff==1)\\{//Smooth\\n result = hardness>=1? float(result>0) : smoothstep(0,1-hardness,result);\\n \\}else if(falloff==2)\\{//Quadratic\\n result = hardness>=1? float(result>0) : cl(pow(float(result/(1-hardness)),2));\\n \\}else if(falloff==3)\\{//Cubic\\n result = hardness>=1? float(result>0) : cl(pow(float(result/(1-hardness)),3));\\n \\}else if(falloff==4)\\{//Inv. Cubic\\n result = hardness>=1? float(result>0) : 1-cl(pow(float(cl(1-(result/(1-hardness)))),3));\\n \\}\\n\\n //4. GENERATE NOISE\\n float noise;\\n if(use_noise!=0)\\{//Avoid calculations if possible\\n if(noise_relative!=1)\\{\\n noise = (float)octave_noise_4d(float(noise_octaves),noise_persistence,noise_scale==0?10000.0f:1/noise_scale,p(0),p(1),p(2),noise_offset,noise_lacunarity);\\n \\}else\\{\\n noise = (float)octave_noise_4d(float(noise_octaves),noise_persistence,noise_scale==0?10000.0f:1/noise_scale,color\\[0],color\\[1],color\\[2],noise_offset,noise_lacunarity);\\n \\}\\n noise = cl(pow(max((noise+noise_add)*noise_gain,0.0f),noise_gamma==0?1:1/noise_gamma));\\n \\}\\n\\n\\n //5. ALPHA MASK AND APPLY NOISE\\n result = max(result,0.0f); //Clamp negative values\\n if(use_noise==1)\\{//Overlay\\n result = result<0.5f? noise_mix*(2*noise*result)+(1-noise_mix)*result : noise_mix*(1-2*(1-result)*(1-noise))+(1-noise_mix)*result;\\n \\}else if(use_noise>=2)\\{\\n result = noise*noise_mix;\\n \\}\\n\\n if(use_alpha > 0) result=result*p(3);\\n\\n //6. WE'RE DONE\\n dst() = result;\\n \\}\\n\\};\"\n useGPUIfAvailable false\n rebuild \"\"\n aPMatteKernel_picked {{(parent.shape==3&&parent.mirrored)?picker-(black_point-picker):(parent.shape==5&&parent.mirrored)?picker-radius:picker} {(parent.shape==3&&parent.mirrored)?picker-(black_point-picker):(parent.shape==5&&parent.mirrored)?picker-radius:picker} {(parent.shape==3&&parent.mirrored)?picker-(black_point-picker):(parent.shape==5&&parent.mirrored)?picker-radius:picker}}\n aPMatteKernel_pickedB {{parent.shape==5?parent.axis==0?picker+radius+0.0001:picker:black_point} {parent.shape==5?parent.axis==1?picker+radius+0.0001:picker:black_point} {parent.shape==5?parent.axis==2?picker+radius+0.0001:picker+0.00001:black_point}}\n group_aPMatteKernel_m 1\n aPMatteKernel_m {\n {{parent.AxisCopy.world_matrix} {parent.AxisCopy.world_matrix} {parent.AxisCopy.world_matrix} {parent.AxisCopy.world_matrix}}\n {{parent.AxisCopy.world_matrix} {parent.AxisCopy.world_matrix} {parent.AxisCopy.world_matrix} {parent.AxisCopy.world_matrix}}\n {{parent.AxisCopy.world_matrix} {parent.AxisCopy.world_matrix} {parent.AxisCopy.world_matrix} {parent.AxisCopy.world_matrix}}\n {{parent.AxisCopy.world_matrix} {parent.AxisCopy.world_matrix} {parent.AxisCopy.world_matrix} {parent.AxisCopy.world_matrix}}\n }\n aPMatteKernel_radius {{parent.radius}}\n aPMatteKernel_shape {{parent.shape==5?3:parent.shape}}\n aPMatteKernel_invert_shape {{parent.invert}}\n aPMatteKernel_use_alpha {{parent.alpha_masking}}\n aPMatteKernel_mirrored {{parent.mirrored}}\n aPMatteKernel_falloff {{parent.falloff}}\n aPMatteKernel_hardness {{parent.hardness}}\n \"aPMatteKernel_use noise\" {{parent.noise}}\n aPMatteKernel_noise_relative {{parent.noise_rel}}\n \"aPMatteKernel_noise octaves\" {{parent.noise_octaves}}\n \"aPMatteKernel_noise persistence\" {{parent.noise_persistance}}\n aPMatteKernel_lacunarity {{parent.noise_lacunarity}}\n \"aPMatteKernel_noise scale\" {{parent.noise_size}}\n aPMatteKernel_noise_offset {{parent.noise_offset}}\n aPMatteKernel_noise_add {{parent.noise_add}}\n aPMatteKernel_noise_gain {{parent.noise_gain}}\n aPMatteKernel_noise_gamma {{parent.noise_gamma}}\n aPMatteKernel_noise_mix {{parent.noise_mix}}\n rebuild_finalise \"\"\n name BlinkScriptPMatte\n xpos -73\n ypos 489\n addUserKnob {20 User}\n addUserKnob {18 picker}\n picker {0 0 0}\n addUserKnob {6 picker_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 picker_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {18 black_point l black}\n black_point {0 0 0}\n addUserKnob {6 black_point_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 black_point_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n }\n Multiply {\n channels rgba\n value {{parent.mix}}\n name Multiply1\n label \"\\[value value]\"\n selected true\n xpos -73\n ypos 553\n }\n Dot {\n name Dot13\n note_font_size 41\n xpos -39\n ypos 629\n }\nset N5e791bc0 [stack 0]\npush $N5e6112f0\n Merge2 {\n inputs 2+1\n Achannels {rgba.red -rgba.green -rgba.blue rgba.alpha}\n name Merge1\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos -274\n ypos 625\n }\n Dot {\n name Dot9\n xpos -240\n ypos 894\n }\nset N5e7b7690 [stack 0]\n PositionToPoints2 {\n inputs 2\n display textured\n selectable false\n render_mode off\n detail 1\n name PositionToPointsPC\n xpos -166\n ypos 890\n disable {{!parent.preview_in_3d}}\n }\n Scene {\n inputs 2\n name SceneGeo\n xpos -156\n ypos 983\n disable {{!parent.preview_in_3d}}\n }\n ScanlineRender {\n inputs 0\n conservative_shader_sampling false\n motion_vectors_type distance\n name RenderPC\n xpos -166\n ypos 1102\n disable {{!parent.preview_in_3d}}\n }\n Dot {\n name Dot17\n note_font_size 41\n xpos -132\n ypos 1172\n }\npush $N5e7b7690\npush $N5e59d2b0\n Dot {\n name Dot12\n note_font_size 41\n xpos -645\n ypos 800\n }\nset N5e77c6e0 [stack 0]\n Dot {\n name Dot11\n note_font_size 41\n xpos -645\n ypos 844\n }\npush $N5e791bc0\n Dot {\n name Dot3\n note_font_size 41\n xpos -39\n ypos 700\n }\nset N5e77fe00 [stack 0]\npush $N5e61e4c0\n ChannelMerge {\n inputs 2\n name ChannelMerge1\n xpos -384\n ypos 684\n }\npush $N5e77fe00\n Dot {\n name Dot2\n note_font_size 41\n xpos -39\n ypos 768\n }\n Switch {\n inputs 2\n which {{parent.mergeAlpha}}\n name Switch2\n label \"\\[value which]\"\n xpos -384\n ypos 758\n }\n Shuffle {\n red alpha\n green alpha\n blue alpha\n name ShuffleToRGBA\n tile_color 0xffffffff\n xpos -384\n ypos 796\n }\nset N5e799880 [stack 0]\n Dot {\n name Dot10\n note_font_size 41\n xpos -350\n ypos 844\n }\npush $N5e77c6e0\npush $N5e799880\npush $N5e602650\n Copy {\n inputs 2+1\n from0 rgba.alpha\n to0 rgba.alpha\n name CopyA\n xpos -528\n ypos 790\n }\n Copy {\n inputs 2+1\n channels rgb\n name CopyRGB\n xpos -528\n ypos 828\n disable {{parent.outChannels==0}}\n }\n Copy {\n inputs 2\n channels rgb\n name CopyPreview\n xpos -528\n ypos 878\n disable {{!parent.preview}}\n }\n Dissolve {\n inputs 2\n channels rgba\n name DissolvePC\n xpos -528\n ypos 1168\n disable {{!parent.preview_in_3d}}\n }\n Output {\n name Output\n xpos -528\n ypos 1254\n }\npush $N6656da50\n Dot {\n name Dot27\n note_font_size 41\n xpos 691\n ypos 635\n }\nset N5e75ebd0 [stack 0]\n Dot {\n name Dot24\n note_font_size 41\n xpos 994\n ypos 635\n }\n Axis2 {\n display off\n selectable false\n translate {{-parent.BlinkScriptPMatte.aPMatteKernel_picked} {-parent.BlinkScriptPMatte.aPMatteKernel_picked} {-parent.BlinkScriptPMatte.aPMatteKernel_picked}}\n name AxisPickedReversed\n xpos 970\n ypos 719\n }\n Axis2 {\n display off\n selectable false\n translate {{parent.BlinkScriptPMatte.aPMatteKernel_pickedB} {parent.BlinkScriptPMatte.aPMatteKernel_pickedB} {parent.BlinkScriptPMatte.aPMatteKernel_pickedB}}\n name AxisPickedBlack1\n xpos 970\n ypos 785\n }\nset N6983e1a0 [stack 0]\npush $N5e75ebd0\n Axis2 {\n display off\n selectable false\n name AxisWhite\n xpos 667\n ypos 795\n }\nset N698951b0 [stack 0]\n Dot {\n name Dot34\n note_font_size 41\n xpos 691\n ypos 914\n }\npush $N66583fc0\n Dot {\n name Dot23\n note_font_size 41\n xpos 783\n ypos 756\n }\nset N69a30e40 [stack 0]\n TransformGeo {\n inputs 3\n selectable false\n name TransformGeoWhite\n xpos 749\n ypos 910\n }\npush $N698951b0\npush $N6983e1a0\n Dot {\n name Dot33\n note_font_size 41\n xpos 994\n ypos 913\n }\npush $N69a30e40\n Dot {\n name Dot32\n note_font_size 41\n xpos 909\n ypos 756\n }\n TransformGeo {\n inputs 3\n name TransformGeo1\n xpos 875\n ypos 909\n }\n Dot {\n name Dot19\n note_font_size 41\n xpos 909\n ypos 940\n }\n MergeGeo {\n inputs 2\n selectable false\n name MergeGeo2\n xpos 749\n ypos 936\n }\n Dot {\n name DotPlanes\n label \"\\[value name]\"\n note_font_size 12\n xpos 783\n ypos 1011\n }\n Axis2 {\n inputs 0\n display off\n selectable false\n useMatrix true\n matrix {\n {{parent.AxisInput.world_matrix} {parent.AxisInput.world_matrix} {parent.AxisInput.world_matrix} {parent.AxisInput.world_matrix}}\n {{parent.AxisInput.world_matrix} {parent.AxisInput.world_matrix} {parent.AxisInput.world_matrix} {parent.AxisInput.world_matrix}}\n {{parent.AxisInput.world_matrix} {parent.AxisInput.world_matrix} {parent.AxisInput.world_matrix} {parent.AxisInput.world_matrix}}\n {{parent.AxisInput.world_matrix} {parent.AxisInput.world_matrix} {parent.AxisInput.world_matrix} {parent.AxisInput.world_matrix}}\n }\n name AxisInputCopy2\n xpos 102\n ypos 428\n }\n Axis2 {\n display off\n useMatrix true\n matrix {\n {{parent.Axis.matrix} {parent.Axis.matrix} {parent.Axis.matrix} {parent.Axis.matrix}}\n {{parent.Axis.matrix} {parent.Axis.matrix} {parent.Axis.matrix} {parent.Axis.matrix}}\n {{parent.Axis.matrix} {parent.Axis.matrix} {parent.Axis.matrix} {parent.Axis.matrix}}\n {{parent.Axis.matrix} {parent.Axis.matrix} {parent.Axis.matrix} {parent.Axis.matrix}}\n }\n name AxisCopy\n xpos 102\n ypos 494\n }\n Axis2 {\n inputs 0\n display off\n selectable false\n name AxisInput\n xpos 333\n ypos 432\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_aeRefracTHOR.gizmo", "content": "Group {\n name aeRefracTHOR\n tile_color 0xa0500ff\n note_font \"Verdana Bold\"\n selected true\n addUserKnob {20 aeRefracTHOR}\n addUserKnob {26 text_6_1 l \"Refraction\"}\n addUserKnob {7 frontbackmix l \"frontBack mix\" t \"This will control how much geo from the back and from the front will affect to the refraction.\\n\\nIf set to 1 only refract the light from the back of the geo.\\nIf set to 0.5 both back and front light will have an effect.\\nIf set to 1 only refract the light from the back of the geo.\"}\n frontbackmix 0.5\n addUserKnob {7 refraction l distortion t \"Control the amount of refraction distortion, you can set negative values too.\\n\\nLarge distortions may require a larger image to avoid cropping.\" R 0 500}\n refraction 250\n addUserKnob {7 edge l \"soft edges\" t \"Round and soft the distortion in the edges, simulates rounder surfaces.\" R 0 10}\n edge 5\n addUserKnob {26 \"\"}\n addUserKnob {7 renderquality l \"rende rquality\" t \"Increse the render quality of the scanline render and ray render to avoid edges issues.\\nHigher quality increases waiting times.\" R 1 3}\n renderquality 1\n addUserKnob {3 shutterSamples l \"shutter samples\" t \"Increase the shutter samples to get more quality motion blur.\"}\n shutterSamples 1\n addUserKnob {26 text l \"\" -STARTLINE T \" \"}\n addUserKnob {6 rebuilt l \"rebuilt normals\" t \"This option allows rebuilt the normals of the geo, sometimes the geometry normals don't work properly\" -STARTLINE}\n addUserKnob {26 \"\"}\n addUserKnob {26 text_6_1_1_1 l \"Reflection\"}\n addUserKnob {6 tint_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 color_rgb_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {4 method l \"ref method\" t \"Ray Render creates a more realistic reflection but sometimes creates black areas without reflection, the distortion method does not create those areas\" M {\"ray render\" distortion \"\" \"\" \"\" \"\" \"\"}}\n method distortion\n addUserKnob {7 reflection t \"Control the amount of reflection of the input map.\\nIf there is no input map, it reflects a false map from the input image.\"}\n reflection 0.5\n addUserKnob {7 rotate l \"rotate map\" t \"This control allows rotate the input map.\" R -180 180}\n addUserKnob {26 \"\"}\n addUserKnob {7 fresnel t \"This control allows to determine the Fresnel effect threshold.\"}\n fresnel 0.25\n addUserKnob {7 power l amount t \"Control the strength of the fresnel effect\"}\n power 0.25\n addUserKnob {26 \"\"}\n addUserKnob {26 text_6_1_1_1_1 l \"Absorption\"}\n addUserKnob {7 thickness t \"This control allows you to edit the tickness of the glass to simulate a more complex refraction.\"}\n thickness 0.25\n addUserKnob {7 light l absorption t \"This control allows you to simulate an internal light absortion of the geo.\"}\n light 0.25\n addUserKnob {7 amount_tint l tint}\n amount_tint 0.5\n addUserKnob {18 tint l color t \"This control allows you to tint the glass.\"}\n tint {0.4 0.9 0.8}\n addUserKnob {6 tint_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {26 text_6 l \"\" -STARTLINE T \" \"}\n addUserKnob {6 tintabsolute l \"tint absolute\" t \"This option allows the refraction to be completely tinted, without respecting the original colours.\" -STARTLINE}\n addUserKnob {26 \"\"}\n addUserKnob {26 text_6_1_1 l \"Aberration\"}\n addUserKnob {7 ab l aberration t \"This control allows you to add chroma aberration. this option is disable with value 0, you can increase the value all of you want.\" R 0 2}\n addUserKnob {7 smooth t \"This option allows the chroma aberration to be smoothed out if there are not enough samples.\"}\n addUserKnob {3 samples t \"Increase the amount of samples to get more quality.\"}\n samples 10\n addUserKnob {26 \"\"}\n addUserKnob {30 translate t \"This control allows you to create the chroma aberration in the deserve way.\"}\n addUserKnob {26 text_5 l \"\" -STARTLINE T \" \"}\n addUserKnob {6 invert_spectrum t \"This control allows you to invert the chroma spectum.\" -STARTLINE}\n addUserKnob {7 scale t \"This control allows you to create other chroma aberration effects.\" R 0.1 2}\n scale 1\n addUserKnob {12 center t \"This control allows you to center the transform before.\"}\n center {960 540}\n addUserKnob {22 autocenter l center t \"This option allows you to auto center the transform.\" -STARTLINE T \"n = nuke.thisNode()\\ntry:\\n ni = n.input(0)\\n n\\[\\\"center\\\"].setValue(\\[ni.width()/2,ni.height()/2])\\nexcept:\\n pass\"}\n addUserKnob {26 \"\"}\n addUserKnob {26 about_1 l \"\" +STARTLINE T \"
aeRefracTHOR v1.0 - Aitor Echeveste © 2021\"}\n addUserKnob {20 About}\n addUserKnob {26 text_1 l \"\" +STARTLINE T \" \"}\n addUserKnob {26 text_2 l \"\" +STARTLINE T \" \"}\n addUserKnob {26 text_4 l \"\" +STARTLINE T \"aeRefracTHOR v1.0\\n\"}\n addUserKnob {26 about_1_1 l \"\" +STARTLINE T \"by Aitor Echeveste Izquierdo © 2021\"}\n addUserKnob {26 text_1_1 l \"\" +STARTLINE T \" \"}\n addUserKnob {26 \"\"}\n addUserKnob {26 text_3 l \"\" +STARTLINE T \" \"}\n addUserKnob {26 website l \"\" +STARTLINE T \"www.aitorecheveste.com\"}\n}\n Transform {\n inputs 0\n translate {{parent.translate} {parent.translate}}\n scale {{parent.scale}}\n center {{parent.center} {parent.center}}\n motionblur {{parent.smooth}}\n shutter {{1/parent.samples}}\n shutteroffset centred\n name Transform17\n label control\n xpos -1520\n ypos 762\n hide_input true\n }\n ColorLookup {\n inputs 0\n use_precomputed false\n lut {master {}\n red {curve C 0 s0 x0.3128865659 1 s-0 v0.7904256582 x0.7806204557 -0.0007482314769 s0 u1.743535638 v1.742119074 x0.9418143034 0.06970721483 s-0.05000000075 x1 0 s0}\n green {curve C x0.1143286526 0 s0.01999999955 v1.837088585 x0.530087471 1 s-0.05000000075 u1.36422956 v1.120811939 x0.9743717909 0 s-0 u2.045060158}\n blue {curve C x0.6321670413 0 s0 x0.8160832524 0.99800843 s0 x1 0 s0}\n alpha {}}\n name CLP\n label \"Natural Spectrum\"\n xpos -1522\n ypos 644\n hide_input true\n }\n Input {\n inputs 0\n name cam\n xpos -492\n ypos 27\n number 2\n }\n Dot {\n name Dot16\n xpos -458\n ypos 231\n }\nset N15214310 [stack 0]\n Camera {\n projection_mode {{\"\\[expression \\[value the_cam]projection_mode(\\[value the_frame])]\"}}\n focal {{\"\\[expression \\[value the_cam]focal(\\[value the_frame])]\"}}\n haperture {{\"\\[expression \\[value the_cam]haperture(\\[value the_frame])]\"}}\n vaperture {{\"\\[expression \\[value the_cam]vaperture(\\[value the_frame])]\"}}\n near {{\"\\[expression \\[value the_cam]near(\\[value the_frame])]\"}}\n far {10000}\n win_translate {{\"\\[expression \\[value the_cam]win_translate.u(\\[value the_frame])]\"} {\"\\[expression \\[value the_cam]win_translate.v(\\[value the_frame])]\"}}\n win_scale {{\"\\[expression \\[value the_cam]win_scale.u(\\[value the_frame])]\"} {\"\\[expression \\[value the_cam]win_scale.v(\\[value the_frame])]\"}}\n winroll {{\"\\[expression \\[value the_cam]winroll(\\[value the_frame])]\"}}\n focal_point {{\"\\[expression \\[value the_cam]focal_point(\\[value the_frame])]\"}}\n fstop {{\"\\[expression \\[value the_cam]fstop(\\[value the_frame])]\"}}\n name DummyCam2\n help \"DummyCam by Adrian Pueyo\\n\\nCamera that apart from the matrices also grabs all the \\\"Projection\\\" values from the upstream camera that it's connected to. Turns into a default Camera if no Camera connected. Can also be used inside of groups and gizmos, as many levels deep as you want :D All using live and super fast TCL.\\n\\nUpdated v1.1: Now grabs the correct frame too (thanks Erwan Leroy for the idea).\\n\\nUpdated v1.3: Now accepts Nuke13's Camera3\\n\\nadrianpueyo.com, 2019-2021\"\n onCreate \"n = nuke.thisNode()\\nfor k in \\[\\\"projection_mode\\\",\\\"focal\\\",\\\"haperture\\\",\\\"vaperture\\\",\\\"near\\\",\\\"far\\\",\\\"win_translate\\\",\\\"win_scale\\\",\\\"winroll\\\",\\\"focal_point\\\",\\\"fstop\\\"]:\\n n\\[k].setFlag(0x0000000010000000)\"\n label \"By Adrian Pueyo\"\n xpos -600\n ypos 207\n addUserKnob {20 DummyCam l Defaults}\n addUserKnob {43 the_cam +INVISIBLE}\n the_cam \"\\[\\n#DummyCam v1.3 - Updated 5 May 2021.\\nset starting_point \\\"this.input0\\\"\\nset default \\\"this.d_\\\"\\n\\n# If cam has no inputs, return the default.\\nif \\{\\[exists \\$starting_point]\\} \\{\\n set x \\[node \\$starting_point]\\n\\} \\{ \\n return \\$default\\n\\}\\n\\nset finished 0\\nwhile \\{\\$finished != 1\\} \\{\\n\\n # First look for a Cam or Input or topnode.\\n while \\{\\[class \\$x] != \\\"Camera3\\\" && \\[class \\$x] != \\\"Camera2\\\" && \\[class \\$x] != \\\"Camera\\\" && \\[class \\$x] != \\\"Input\\\" && \\$x != \\[topnode \\$x]\\} \\{\\n set x \\[node \\$x.input0]\\n \\}\\n\\n # Then, check if node is a cam (and return), and otherwise, if it's an input, see if the parent exists and move to it.\\n if \\{\\[class \\$x]==\\\"Camera3\\\"||\\[class \\$x]==\\\"Camera2\\\"||\\[class \\$x]==\\\"Camera\\\"\\} \\{\\n set x \\[append x \\\".\\\"]\\n return \\$x\\n \\} \\{ \\n if \\{ \\[class \\$x]==\\\"Input\\\" \\} \\{ \\n set inp \\\"\\$x.parent.input\\\"\\n set inputNum \\[value \\$x.number]\\n set inp \\[append inp \\$inputNum]\\n if \\{ \\[exists \\$inp] \\} \\{\\n set x \\[node \\$inp]\\n \\} \\{ \\n set finished 1\\n \\}\\n \\} \\{ \\n set finished 1\\n \\}\\n \\}\\n\\}\\nreturn \\$default\\n]\"\n addUserKnob {43 the_frame +INVISIBLE}\n the_frame \"\\[\\nset the_camera \\[string trimright \\[value the_cam] .]\\nif \\{\\[exists \\$the_camera]\\} \\{\\n return \\[value \\$the_camera.frame]\\n\\} \\{ \\n return \\[frame]\\n\\}\\n]\"\n addUserKnob {4 d_projection_mode l projection M {perspective orthographic uv spherical \"\"}}\n addUserKnob {7 d_focal l \"focal length\" R 0 100}\n d_focal 50\n addUserKnob {7 d_haperture l \"horiz aperture\" R 0 50}\n d_haperture 24.576\n addUserKnob {7 d_vaperture l \"vert aperture\" R 0 50}\n d_vaperture 18.672\n addUserKnob {7 d_near l near R 0 10}\n d_near 0.1\n addUserKnob {7 d_far l far R 0 10000}\n d_far 10000\n addUserKnob {30 d_win_translate l \"window translate\"}\n addUserKnob {30 d_win_scale l \"window scale\"}\n d_win_scale {1 1}\n addUserKnob {7 d_winroll l \"window roll\" R 0 45}\n addUserKnob {7 d_focal_point l \"focal distance\" R 0 10}\n d_focal_point 2\n addUserKnob {7 d_fstop l fstop R 0 30}\n d_fstop 16\n addUserKnob {26 version l \" \" t \"Updated 5 May 2021\" T \"
DummyCam v1.3 - adrianpueyo.com, 2019-2021\"}\n }\n Axis2 {\n name Axis1\n xpos -600\n ypos 293\n }\n Camera2 {\n inputs 0\n translate {-0.01637784764 0.09661245346 0.9382824898}\n useMatrix true\n matrix {\n {{parent.DummyCam2.world_matrix} {parent.DummyCam2.world_matrix} {parent.DummyCam2.world_matrix} {parent.DummyCam2.world_matrix}}\n {{parent.DummyCam2.world_matrix} {parent.DummyCam2.world_matrix} {parent.DummyCam2.world_matrix} {parent.DummyCam2.world_matrix}}\n {{parent.DummyCam2.world_matrix} {parent.DummyCam2.world_matrix} {parent.DummyCam2.world_matrix} {parent.DummyCam2.world_matrix}}\n {{parent.DummyCam2.world_matrix} {parent.DummyCam2.world_matrix} {parent.DummyCam2.world_matrix} {parent.DummyCam2.world_matrix}}\n }\n focal {{parent.DummyCam2.focal}}\n haperture {{parent.DummyCam2.haperture}}\n vaperture {{parent.DummyCam2.vaperture}}\n near {{parent.DummyCam2.far}}\n far 0.1\n win_translate {{parent.DummyCam2.win_translate} {parent.DummyCam2.win_translate}}\n win_scale {{parent.DummyCam2.win_scale} {parent.DummyCam2.win_scale}}\n winroll {{parent.DummyCam2.winroll}}\n focal_point {{parent.DummyCam2.focal_point}}\n fstop {{parent.DummyCam2.fstop}}\n name Camera12\n xpos -1063\n ypos 523\n }\n BasicMaterial {\n inputs 0\n specular 0\n name BasicMaterial3\n xpos -953\n ypos 439\n }\n Input {\n inputs 0\n name geo\n xpos -818\n ypos 27\n number 1\n }\n Dot {\n name Dot28\n xpos -784\n ypos 203\n }\nset N12b6a990 [stack 0]\n Dot {\n name Dot14\n xpos -784\n ypos 466\n }\nset N148777b0 [stack 0]\n ApplyMaterial {\n inputs 2\n name ApplyMaterial2\n xpos -953\n ypos 463\n }\n Normals {\n action build\n name Normals2\n xpos -953\n ypos 504\n disable {{!rebuilt}}\n }\n Reformat {\n inputs 0\n type scale\n scale {{renderquality<1?1:parent.renderquality}}\n name Reformat3\n xpos -827\n ypos 544\n hide_input true\n }\nset N13a17100 [stack 0]\nadd_layer {P P.red P.green P.blue P.alpha P.X P.Y P.Z}\nadd_layer {N N.red N.green N.blue N.alpha N.X N.Y N.Z}\n ScanlineRender {\n inputs 3\n antialiasing high\n zblend_mode smooth\n samples {{parent.shutterSamples}}\n shutteroffset centred\n motion_vectors_type distance\n output_shader_vectors true\n P_channel P\n N_channel N\n name ScanlineRender7\n xpos -953\n ypos 544\n }\n Reformat {\n type scale\n scale {{renderquality<1?1:1/parent.renderquality}}\n name Reformat4\n xpos -953\n ypos 590\n }\nset N113b94b0 [stack 0]\n Dot {\n name Dot15\n xpos -1347\n ypos 593\n }\n Dot {\n name Dot6\n xpos -1347\n ypos 2332\n }\nset N13dc4380 [stack 0]\n Dot {\n name Dot21\n xpos -1347\n ypos 2415\n }\npush $N13dc4380\npush $N15214310\n Dot {\n name Dot17\n xpos -458\n ypos 547\n }\n BasicMaterial {\n inputs 0\n specular 0\n name BasicMaterial4\n xpos -623\n ypos 439\n }\npush $N148777b0\n ApplyMaterial {\n inputs 2\n name ApplyMaterial4\n xpos -623\n ypos 463\n }\n Normals {\n action build\n name Normals3\n xpos -623\n ypos 502\n disable {{!rebuilt}}\n }\npush $N13a17100\n ScanlineRender {\n inputs 3\n antialiasing high\n zblend_mode smooth\n samples {{parent.shutterSamples}}\n shutteroffset centred\n motion_vectors_type distance\n output_shader_vectors true\n P_channel P\n N_channel N\n name ScanlineRender8\n xpos -623\n ypos 544\n }\n Reformat {\n type scale\n scale {{renderquality<1?1:1/parent.renderquality}}\n name Reformat5\n xpos -623\n ypos 568\n }\nset N151fc8b0 [stack 0]\n Dot {\n name Dot7\n xpos -198\n ypos 571\n }\nset N15217b40 [stack 0]\n Dot {\n name Dot36\n xpos 277\n ypos 571\n }\nset N150b6130 [stack 0]\n Shuffle {\n in P\n out rgb\n name P\n xpos 243\n ypos 642\n }\n Grade {\n add {{parent.Axis1.world_matrix.3} {parent.Axis1.world_matrix.7} {parent.Axis1.world_matrix.11} {curve}}\n reverse true\n black_clamp false\n name Grade2\n xpos 243\n ypos 1156\n }\n Dot {\n name Dot23\n xpos 277\n ypos 1218\n }\nset N150f2290 [stack 0]\n Dot {\n name Dot25\n xpos 277\n ypos 1266\n }\nset N15110780 [stack 0]\npush $N150f2290\npush $N151fc8b0\n Shuffle {\n in N\n out rgb\n name NF\n xpos -623\n ypos 625\n }\n Dot {\n name Dot18\n xpos -589\n ypos 770\n }\nset N115b5e70 [stack 0]\n MergeExpression {\n inputs 2\n temp_name0 cosA\n temp_expr0 (Ar*Br+Ag*Bg+Ab*Bb)/(sqrt(Ar*Ar+Ag*Ag+Ab*Ab)*sqrt(Br*Br+Bg*Bg+Bb*Bb))\n channel0 rgba\n expr0 (1+cosA)\n name fresnel\n xpos -627\n ypos 1215\n }\n Copy {\n inputs 2\n from0 rgba.alpha\n to0 rgba.alpha\n name Copy11\n xpos -627\n ypos 1257\n }\nset N125ce050 [stack 0]\n Grade {\n white {{fresnel==0?0:power}}\n gamma {{lerp(0.01,0.25,fresnel)}}\n black_clamp false\n name Grade6\n xpos -627\n ypos 1354\n }\n Expression {\n expr0 isnan(r)?0:r\n expr1 isnan(g)?0:g\n expr2 isnan(b)?0:b\n expr3 isnan(a)?0:a\n name NanToBlack\n xpos -627\n ypos 1378\n }\n Premult {\n name Premult3\n xpos -627\n ypos 1402\n }\n Dot {\n name Dot24\n xpos -593\n ypos 1916\n }\npush $N15110780\n Grade {\n channels all\n white {{lerp(0,0.4,reflection)}}\n name Grade1\n xpos 239\n ypos 1665\n }\n Dot {\n name Dot26\n xpos 273\n ypos 1748\n }\npush $N150b6130\n Dot {\n name Dot37\n xpos 1170\n ypos 571\n }\n Shuffle {\n in N\n name Shuffle1\n xpos 1136\n ypos 1281\n }\n Expression {\n temp_name0 h\n temp_expr0 -0.001\n expr0 r+h\n expr1 g+h\n expr2 b+h\n name Expression1\n xpos 1136\n ypos 1305\n }\n Expression {\n temp_name0 f1\n temp_expr0 atan2(b,r)\n temp_name1 f2\n temp_expr1 asin(g)\n expr0 \"b > 0 ? f1 : (2*pi) + f1\"\n expr1 f2\n expr2 0\n name normal_to_radian1\n xpos 1136\n ypos 1329\n }\n Expression {\n expr0 r/(2*pi)\n expr1 (g+(pi/2))/pi\n expr2 0\n name radian_to_UV1\n xpos 1136\n ypos 1353\n }\n Input {\n inputs 0\n name map\n xpos 801\n ypos 1125\n number 3\n }\n Input {\n inputs 0\n name img\n xpos -1613\n ypos 25\n }\n Dot {\n name Dot34\n xpos -1579\n ypos 159\n }\nset N13e5a020 [stack 0]\n Dot {\n name Dot35\n xpos 938\n ypos 159\n }\n Blur {\n size 10\n name Blur5\n xpos 911\n ypos 1176\n }\n Reformat {\n format \"2048 1024 0 0 2048 1024 1 2K_LatLong\"\n scale {1 1}\n resize distort\n name Reformat6\n xpos 911\n ypos 1212\n }\n Switch {\n inputs 2\n which 1\n name Switch4\n xpos 801\n ypos 1218\n disable {{\"!\\[exists input3]\"}}\n }\nset N15151ac0 [stack 0]\n Tile {\n columns 5\n name Tile1\n xpos 1353\n ypos 1218\n }\n Transform {\n translate {{\"((normalize*(center.x*2)) - center.x) % (center.x*2)\"} {curve}}\n scale {-3 1}\n center {{input.width/2} {input.height/2}}\n name Transform1\n xpos 1353\n ypos 1242\n addUserKnob {20 User}\n addUserKnob {7 iRotation R -180 180}\n iRotation {{parent.rotate}}\n addUserKnob {7 normalize l Normalize}\n normalize {{\"(iRotation +180)/360\"}}\n addUserKnob {41 center_1 l center T Transform1.center}\n addUserKnob {41 translate_1 l translate T Transform1.translate}\n }\n Grade {\n white 3\n name Grade4\n xpos 1353\n ypos 1266\n }\n STMap {\n inputs 2\n uv rgb\n name STMap1\n xpos 1353\n ypos 1347\n }\n Dot {\n name Dot38\n xpos 1387\n ypos 1475\n }\npush $N15214310\n Dot {\n name Dot2\n xpos 495\n ypos 231\n }\n Dot {\n name Dot33\n xpos 495\n ypos 1378\n }\npush $N15151ac0\n Sphere {\n rotate {0 {parent.rotate} 0}\n uniform_scale 10000\n name Sphere2\n xpos 801\n ypos 1274\n }\n Reflection {\n inputs 0\n reflection_color {3 3 3}\n reflection_color_panelDropped true\n name Reflection1\n xpos 606\n ypos 1189\n hide_input true\n }\npush $N12b6a990\n Dot {\n name Dot1\n xpos 742\n ypos 203\n }\n ApplyMaterial {\n inputs 2\n name ApplyMaterial5\n xpos 708\n ypos 1189\n }\n Normals {\n action build\n name Normals1\n xpos 708\n ypos 1229\n disable {{!rebuilt}}\n }\n Scene {\n inputs 2\n name Scene1\n xpos 718\n ypos 1253\n }\n Reformat {\n inputs 0\n type scale\n scale {{renderquality<1?1:parent.renderquality}}\n name Reformat1\n xpos 811\n ypos 1375\n hide_input true\n }\nadd_layer {reflecton reflecton.red reflecton.green reflecton.blue reflecton.alpha}\n RayRender {\n inputs 3\n triangle_intersection_epsilon 1e-07\n samples {{parent.renderquality}}\n shutteroffset centred\n output_shader_vectors true\n remove_from_beauty false\n AOV_Reflection reflecton\n name RayRender2\n xpos 708\n ypos 1375\n }\n Reformat {\n type scale\n scale {{renderquality<1?1:1/parent.renderquality}}\n name Reformat2\n xpos 708\n ypos 1399\n }\n Switch {\n inputs 2\n which {{method}}\n name Switch3\n xpos 708\n ypos 1472\n }\n Colorspace {\n colorspace_out HSV\n name Colorspace1\n xpos 708\n ypos 1565\n }\n Constant {\n inputs 0\n channels rgb\n color {{parent.tint} {parent.tint} {parent.tint} {parent.tint}}\n color_panelDropped true\n name Constant1\n xpos 799\n ypos 1542\n postage_stamp false\n }\n Constant {\n inputs 0\n channels rgb\n color 1\n name Constant8\n xpos 903\n ypos 1579\n postage_stamp false\n }\n Dissolve {\n inputs 2\n which {{amount_tint}}\n name Dissolve1\n xpos 799\n ypos 1566\n }\n Colorspace {\n colorspace_out HSV\n name Colorspace3\n xpos 799\n ypos 1602\n }\n Copy {\n inputs 2\n from0 rgba.blue\n to0 rgba.blue\n name Copy1\n xpos 708\n ypos 1596\n }\n Colorspace {\n colorspace_in HSV\n name Colorspace2\n xpos 708\n ypos 1640\n }\n Copy {\n inputs 2\n from0 rgba.alpha\n to0 rgba.alpha\n name Copy10\n xpos 708\n ypos 1739\n }\n Premult {\n name Premult4\n xpos 708\n ypos 1775\n }\n Dot {\n name Dot13\n xpos 742\n ypos 1880\n }\npush $N113b94b0\n Dot {\n name Dot10\n xpos -843\n ypos 593\n }\n Dot {\n name Dot9\n xpos -843\n ypos 695\n }\n Shuffle {\n in depth\n name DB\n xpos -333\n ypos 692\n }\npush $N15217b40\n Shuffle {\n in depth\n name DF\n xpos -232\n ypos 657\n }\n Merge2 {\n inputs 2\n operation from\n name Merge3\n xpos -232\n ypos 692\n }\n Grade {\n gamma {{lerp(0.01,5,light)}}\n name Grade3\n xpos -232\n ypos 822\n }\n Colorspace {\n colorspace_out HSV\n name Colorspace4\n xpos -232\n ypos 960\n }\n Constant {\n inputs 0\n channels rgb\n color {{parent.tint} {parent.tint} {parent.tint} {parent.tint}}\n color_panelDropped true\n name Constant2\n xpos -122\n ypos 937\n postage_stamp false\n }\n Constant {\n inputs 0\n channels rgb\n color 1\n name Constant9\n xpos -22\n ypos 967\n postage_stamp false\n }\n Dissolve {\n inputs 2\n which {{amount_tint}}\n name Dissolve4\n xpos -122\n ypos 961\n }\n Colorspace {\n colorspace_out HSV\n name Colorspace5\n xpos -122\n ypos 997\n }\n Copy {\n inputs 2\n from0 rgba.blue\n to0 rgba.blue\n name Copy2\n xpos -232\n ypos 991\n }\n Colorspace {\n colorspace_in HSV\n name Colorspace6\n xpos -232\n ypos 1035\n }\n Shuffle {\n alpha blue\n name DB1\n xpos -232\n ypos 1059\n }\n Dot {\n name Dot29\n xpos -198\n ypos 1808\n }\nset N14bc68e0 [stack 0]\n Dot {\n name Dot8\n xpos -198\n ypos 1844\n }\npush $N14bc68e0\npush $N125ce050\n Dot {\n name Dot5\n xpos -869\n ypos 1266\n }\n ColorCorrect {\n contrast 1.25\n gamma 0.2\n gain {{lerp(0,5,thickness)}}\n name ColorCorrect1\n xpos -903\n ypos 1558\n }\n Shuffle {\n alpha red\n name thickness\n xpos -903\n ypos 1582\n }\n Invert {\n name Invert1\n xpos -903\n ypos 1606\n }\nset N14c031c0 [stack 0]\n ColorCorrect {\n gamma 0.2\n name ColorCorrect2\n xpos -903\n ypos 1642\n }\n Colorspace {\n colorspace_out HSV\n name Colorspace7\n xpos -903\n ypos 1679\n }\npush $N14c031c0\n Constant {\n inputs 0\n channels rgb\n color 1\n name Constant4\n xpos -679\n ypos 1612\n postage_stamp false\n }\n Constant {\n inputs 0\n channels rgb\n color {{parent.tint} {parent.tint} {parent.tint} {parent.tint}}\n color_panelDropped true\n name Constant3\n xpos -775\n ypos 1546\n postage_stamp false\n }\n Constant {\n inputs 0\n channels rgb\n color 1\n name Constant7\n xpos -678\n ypos 1576\n postage_stamp false\n }\n Dissolve {\n inputs 2\n which {{amount_tint}}\n name Dissolve3\n xpos -775\n ypos 1570\n }\n Keymix {\n inputs 3\n mix {{lerp(1,0,thickness)}}\n name Keymix1\n xpos -775\n ypos 1606\n }\n Colorspace {\n colorspace_out HSV\n name Colorspace8\n xpos -775\n ypos 1709\n }\n Copy {\n inputs 2\n from0 rgba.blue\n to0 rgba.blue\n name Copy5\n xpos -903\n ypos 1703\n }\n Colorspace {\n colorspace_in HSV\n name Colorspace9\n xpos -903\n ypos 1739\n }\n Clamp {\n name Clamp1\n xpos -903\n ypos 1763\n }\npush $N113b94b0\n Dot {\n name Dot3\n xpos -919\n ypos 638\n }\nset N14cc6c40 [stack 0]\n Dot {\n name Dot4\n xpos -1021\n ypos 638\n }\n Clamp {\n name Clamp2\n xpos -1055\n ypos 702\n }\nset N14cd0d30 [stack 0]\n Erode {\n channels alpha\n size 10\n name ErodeIn\n xpos -1055\n ypos 762\n }\npush $N14cd0d30\n Erode {\n channels alpha\n size -10\n name ErodeOut\n xpos -1165\n ypos 702\n }\n Merge2 {\n inputs 2\n operation stencil\n name Merge2\n xpos -1165\n ypos 768\n }\n Blur {\n channels alpha\n size 10\n name Blur2\n xpos -1165\n ypos 814\n }\npush $N115b5e70\n Multiply {\n channels rgb\n value {{min(1,1+parent.frontbackmix)}}\n name Multiply1\n xpos -824\n ypos 767\n }\npush $N14cc6c40\n Shuffle {\n in N\n out rgb\n name NB\n xpos -953\n ypos 693\n }\n Multiply {\n channels rgb\n value {{min(1,1-parent.frontbackmix)}}\n name Multiply3\n xpos -953\n ypos 717\n }\n Merge2 {\n inputs 2\n operation plus\n Achannels rgb\n name Merge6\n xpos -953\n ypos 767\n }\n Blur {\n inputs 1+1\n channels rgb\n size {{parent.edge}}\n name Blur1\n xpos -953\n ypos 820\n }\n Dot {\n name Dot19\n xpos -919\n ypos 1374\n }\npush $N13e5a020\n Dot {\n name Dot22\n xpos -1579\n ypos 408\n }\nset N14d68500 [stack 0]\n Dot {\n name Dot32\n xpos -1751\n ypos 408\n }\n Dot {\n name Dot30\n xpos -1751\n ypos 1187\n }\npush $N14d68500\n Remove {\n channels alpha\n name Remove1\n xpos -1613\n ypos 537\n }\n NoTimeBlur {\n rounding none\n name NoTB\n xpos -1613\n ypos 573\n }\nadd_layer {apChromaWeight apChromaWeight.red apChromaWeight.green apChromaWeight.blue apChromaWeight.alpha}\n AddChannels {\n channels apChromaWeight\n color 1\n name AddChannels1\n xpos -1613\n ypos 597\n }\n Multiply {\n value {{!parent.invert_spectrum?CLP.lut.red(TB.frf):CLP.lut.red(1-TB.frf)} {!parent.invert_spectrum?CLP.lut.green(TB.frf):CLP.lut.green(1-TB.frf)} {!parent.invert_spectrum?CLP.lut.blue(TB.frf):CLP.lut.blue(1-TB.frf)} {!parent.invert_spectrum?CLP.lut.red(TB.frf):CLP.lut.red(1-TB.frf)}}\n name Multiply2\n xpos -1613\n ypos 643\n addUserKnob {20 User}\n addUserKnob {19 fullcolor}\n fullcolor {{!parent.invert_spectrum?CLP.lut.red(TB.frf):CLP.lut.red(1-TB.frf)} {!parent.invert_spectrum?CLP.lut.green(TB.frf):CLP.lut.green(1-TB.frf)} {!parent.invert_spectrum?CLP.lut.blue(TB.frf):CLP.lut.blue(1-TB.frf)} {!parent.invert_spectrum?CLP.lut.red(TB.frf):CLP.lut.red(1-TB.frf)}}\n addUserKnob {6 fullcolor_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 fullcolor_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 fullcolor_panelDropped_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 fullcolor_panelDropped_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 fullcolor_panelDropped_1_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 fullcolor_panelDropped_1_1_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 fullcolor_panelDropped_1_1_1_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 fullcolor_panelDropped_1_1_1_1_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n }\n Dot {\n name Dot20\n note_font_size 41\n xpos -1579\n ypos 696\n }\nset N14d93bf0 [stack 0]\n Dot {\n name Dot11\n note_font_size 41\n xpos -1671\n ypos 696\n }\n Dot {\n name Dot27\n note_font_size 41\n xpos -1671\n ypos 927\n }\npush $N14d93bf0\n Remove {\n channels apChromaWeight\n name Remove3\n xpos -1613\n ypos 733\n }\n Transform {\n translate {{parent.Transform17.translate*((TB.frf-0.5)*parent.ab)} {parent.Transform17.translate*((TB.frf-0.5)*parent.ab)}}\n rotate {{parent.Transform17.rotate*((TB.frf-0.5)*parent.ab)}}\n scale {{\"parent.Transform17.scale*((TB.frf-0.5)*parent.ab) + 1 - ((TB.frf-0.5)*parent.ab) \"} {\"parent.Transform17.scale*((TB.frf-0.5)*parent.ab) + 1 - ((TB.frf-0.5)*parent.ab) \"}}\n center {600 600}\n black_outside false\n motionblur {{parent.smooth}}\n shutter {{1/parent.samples}}\n shutteroffset centred\n name TransformI\n xpos -1613\n ypos 769\n }\n Blur {\n channels rgba\n name Blur3\n xpos -1613\n ypos 797\n addUserKnob {20 User}\n addUserKnob {26 info l \"\" +STARTLINE T \"needed to break concatenation and make sure mblur works with the stmaps\"}\n }\n Copy {\n inputs 2\n channels apChromaWeight\n name Copy4\n xpos -1613\n ypos 911\n }\n TimeBlur {\n divisions {{parent.samples}}\n shutter 1\n shutteroffset start\n shuttercustomoffset 0\n name TB\n xpos -1613\n ypos 993\n addUserKnob {20 User}\n addUserKnob {7 frf}\n frf {{(frame%1)*(parent.samples+1)/parent.samples}}\n }\nset N152ab280 [stack 0]\npush $N152ab280\n Shuffle {\n in apChromaWeight\n name Shuffle2\n label \"\\[value in]\"\n xpos -1512\n ypos 987\n }\n Dot {\n name Dot31\n xpos -1478\n ypos 1035\n }\n Merge2 {\n inputs 2\n operation divide\n bbox A\n metainput A\n rangeinput A\n name Merge5\n xpos -1613\n ypos 1032\n }\n Switch {\n inputs 2\n which {{ab==0?1:0}}\n name Switch2\n xpos -1613\n ypos 1184\n }\nadd_layer {REFRACTION REFRACTION.red REFRACTION.green REFRACTION.blue REFRACTION.alpha}\n ShuffleCopy {\n inputs 2\n red red\n green green\n blue blue\n out REFRACTION\n name ShuffleCopy4\n xpos -1613\n ypos 1371\n }\n IDistort {\n channels rgb\n uv REFRACTION\n uv_scale {{parent.refraction}}\n name IDistort10\n xpos -1613\n ypos 1395\n }\n Merge2 {\n inputs 2\n operation multiply\n mix 0.97\n name Merge1\n label thickness\n xpos -1613\n ypos 1763\n disable {{thickness==0?1:0}}\n }\n Blur {\n inputs 1+1\n size {{lerp(0,25,light)}}\n name Blur4\n xpos -1613\n ypos 1799\n }\n Merge2 {\n inputs 2\n operation screen\n Achannels rgb\n name Merge4\n label absortion\n xpos -1613\n ypos 1835\n disable {{light==0?1:0}}\n }\n Merge2 {\n inputs 2\n Achannels rgb\n name Merge11\n label reflection\n xpos -1613\n ypos 1871\n disable {{reflection==0?1:0 x1 1}}\n }\n Merge2 {\n inputs 2\n operation plus\n Achannels rgb\n name Merge10\n label fresnel\n xpos -1613\n ypos 1907\n disable {{fresnel==0?1:0 x1 1}}\n }\n Dot {\n name Dot12\n xpos -1579\n ypos 2091\n }\nset N15356dc0 [stack 0]\n Colorspace {\n colorspace_out HSV\n name Colorspace10\n xpos -1739\n ypos 2088\n }\n Constant {\n inputs 0\n channels rgb\n color {{parent.tint} {parent.tint} {parent.tint} {parent.tint}}\n color_panelDropped true\n name Constant5\n xpos -1849\n ypos 2067\n postage_stamp false\n }\n Constant {\n inputs 0\n channels rgb\n color 1\n name Constant6\n xpos -1938\n ypos 2097\n postage_stamp false\n }\n Dissolve {\n inputs 2\n which {{amount_tint}}\n name Dissolve2\n xpos -1849\n ypos 2091\n }\n Colorspace {\n colorspace_out HSV\n name Colorspace11\n xpos -1849\n ypos 2127\n }\n Copy {\n inputs 2\n from0 rgba.blue\n to0 rgba.blue\n name Copy6\n xpos -1739\n ypos 2121\n }\n Colorspace {\n colorspace_in HSV\n name Colorspace12\n xpos -1739\n ypos 2165\n }\npush $N15356dc0\n Switch {\n inputs 2\n which {{tintabsolute}}\n name Switch1\n xpos -1613\n ypos 2165\n }\n Copy {\n inputs 2\n from0 rgba.alpha\n to0 rgba.alpha\n name Copy3\n xpos -1613\n ypos 2323\n }\n Premult {\n name Premult1\n xpos -1613\n ypos 2359\n }\n CopyBBox {\n inputs 2\n name CopyBBox1\n xpos -1613\n ypos 2412\n }\n Output {\n name Output1\n xpos -1613\n ypos 2710\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_aeRelight2D.gizmo", "content": "Group {\n name aeRelight2D\n onCreate \"n = nuke.thisNode()\\nw = n.format().width()/2\\nh = n.format().height()/2\\ncenter = \\[w,h]\\n\\nif n.knob('create').value()==False:\\n n.knob('light').setValue(center)\\n n.knob('create').setValue(1)\"\n tile_color 0xa0500ff\n label \"\\[value Operations.menu2]\"\n note_font \"Verdana Bold\"\n addUserKnob {20 aeRelight2D}\n addUserKnob {41 channels T Grade2.channels}\n addUserKnob {4 outputView l \"Output View\" M {\"Final Output\" \"Light Only\" Preview \"\" \"\"}}\n addUserKnob {26 \"\"}\n addUserKnob {26 text_6_1_1 l \"Light\"}\n addUserKnob {12 light l position t \"Position of the light.\"}\n light {1712 1101}\n addUserKnob {7 lightsize l height t \"Height of the light, you can illuminate the side of the image with values near to 0.\"}\n lightsize 0.1\n addUserKnob {7 intensity t \"The power of the light.\"}\n intensity 0.1\n addUserKnob {7 falloff l soft t \"Choose the falloff of the light.\"}\n falloff 0.5\n addUserKnob {18 color l tint}\n color {1 1 1}\n addUserKnob {6 color_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 color_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 color_panelDropped_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 color_panelDropped_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 color_rgb_panelDropped l \"panel dropped state\" +HIDDEN +STARTLINE}\n addUserKnob {26 text_6_1_2 l \"Rotate\"}\n addUserKnob {7 yoffset l horizontal t \"Rotate the normals.\" R -90 90}\n addUserKnob {7 xzrot l vertical t \"Rotate the normals.\" R -90 90}\n addUserKnob {26 _1_1 l \"\" +STARTLINE T \" \"}\n addUserKnob {26 text_6_1 l \"Emboss\"}\n addUserKnob {7 emboss l amount t \"Control the emboss of the image, choose negative or positive values depends on the directionality of the light from your plate.\" R -5 5}\n emboss 5\n addUserKnob {7 smooth t \"Smooth the bump of the image.\" R 0 100}\n smooth 10\n addUserKnob {7 blur t \"Blurring the final result.\" R 0 100}\n blur 10\n addUserKnob {26 _1_3 l \"\" +STARTLINE T \" \"}\n addUserKnob {26 \"\"}\n addUserKnob {26 _1 l \"\" +STARTLINE T \" \"}\n addUserKnob {26 \"\" l mask T \"\"}\n addUserKnob {41 maskChannelInput l \"\" -STARTLINE T Merge1.maskChannelInput}\n addUserKnob {41 inject -STARTLINE T Merge1.inject}\n addUserKnob {41 invert_mask_1 l invert -STARTLINE T Merge1.invert_mask}\n addUserKnob {41 fringe -STARTLINE T Merge1.fringe}\n addUserKnob {7 mix}\n mix 1\n addUserKnob {26 _1_2 l \"\" +STARTLINE T \" \"}\n addUserKnob {6 create +INVISIBLE +STARTLINE}\n addUserKnob {26 \"\"}\n addUserKnob {26 about_1 l \"\" +STARTLINE T \"
aeRelight2D v1.5 - Aitor Echeveste © 2021\"}\n addUserKnob {20 About}\n addUserKnob {26 text_1 l \"\" +STARTLINE T \" \"}\n addUserKnob {26 text_2 l \"\" +STARTLINE T \" \"}\n addUserKnob {26 text_4 l \"\" +STARTLINE T \"aeRelight2D v1.5\\n\"}\n addUserKnob {26 about_1_1 l \"\" +STARTLINE T \"by Aitor Echeveste © 2021\"}\n addUserKnob {26 text_1_1 l \"\" +STARTLINE T \" \"}\n addUserKnob {26 \"\"}\n addUserKnob {26 text_3 l \"\" +STARTLINE T \" \"}\n addUserKnob {26 website l \"\" +STARTLINE T \"www.aitorecheveste.com\"}\n}\n Axis2 {\n inputs 0\n rot_order YXZ\n rotate {{parent.xzrot} {-degrees(parent.Plane.picked.g)} {parent.xzrot}}\n name Axis2\n label V\n xpos 773\n ypos -13\n }\n Axis2 {\n inputs 0\n rot_order YXZ\n rotate {0 {-parent.Axis2.rotate.y} 0}\n name Axis5\n label V\n xpos 773\n ypos 86\n }\n Axis2 {\n inputs 0\n rot_order YXZ\n rotate {0 {-parent.yoffset} 0}\n name Axis10\n label H\n xpos 772\n ypos -92\n }\n Specular {\n inputs 0\n white {{lerp(0.5,0.01,falloff)}}\n min_shininess 2\n max_shininess 5\n name Specular2\n xpos 767\n ypos 199\n }\n Diffuse {\n white 0\n name Diffuse1\n xpos 767\n ypos 223\n }\n Camera2 {\n inputs 0\n translate {{Operations.lpos*2/Operations.iformat} {Operations.lpos*2/Operations.iformat} {lerp(-0.99,0.5,lightsize)}}\n name Camera1\n xpos 1041\n ypos 202\n }\n Light2 {\n inputs 0\n light_type directional\n color {1 1 1}\n color_panelDropped true\n intensity {{lerp(0,50,parent.intensity)}}\n cone_angle 56\n cone_penumbra_angle 60\n depthmap_slope_bias 0.01\n name Light2\n xpos 969\n ypos 136\n }\n Input {\n inputs 0\n name img\n xpos 429\n ypos -500\n addUserKnob {20 User}\n }\nset N4c49ab00 [stack 0]\n Saturation {\n saturation 0\n name Saturation1\n xpos 877\n ypos -500\n disable {{\"!\\[exists parent.input]\"}}\n }\n Multiply {\n value {{-emboss}}\n name Multiply3\n xpos 877\n ypos -476\n }\n NoOp {\n name Operations\n xpos 877\n ypos -435\n addUserKnob {20 User}\n addUserKnob {4 menu2 M {\" \" \"(Light Only)\" (Preview) (Emboss) \"\" \"\"}}\n menu2 {{parent.outputView}}\n addUserKnob {12 iformat}\n iformat {{input.width} {input.height}}\n addUserKnob {12 light2 l light}\n light2 {{parent.light} {parent.light}}\n addUserKnob {12 lpos}\n lpos {{light2-(iformat/2)} {light2-(iformat/2)}}\n }\n Dot {\n name Dot1\n note_font_size 41\n xpos 911\n ypos -404\n }\nset N4c498800 [stack 0]\n Dot {\n name Dot3\n note_font_size 41\n xpos 1016\n ypos -404\n }\n Matrix {\n matrix {\n {1 2 1}\n {0 0 0}\n {-1 -2 -1}\n }\n name Matrix2\n xpos 982\n ypos -275\n }\n Blur {\n channels rgba\n size {{parent.smooth}}\n name Blur1\n label \"\\[value size]\"\n xpos 982\n ypos -239\n }\npush $N4c498800\n Dot {\n name Dot2\n note_font_size 41\n xpos 817\n ypos -404\n }\n Matrix {\n matrix {\n {-1 0 1}\n {-2 0 2}\n {-1 0 1}\n }\n name Matrix1\n xpos 783\n ypos -325\n }\n Blur {\n channels rgba\n size {{parent.smooth}}\n name Blur4\n label \"\\[value size]\"\n xpos 783\n ypos -289\n }\npush $N4c498800\n Copy {\n inputs 2\n from0 rgba.red\n to0 rgba.red\n name Copy1\n xpos 877\n ypos -289\n disable {{\"!\\[exists parent.input]\"}}\n }\n Copy {\n inputs 2\n from0 rgba.green\n to0 rgba.green\n name Copy2\n xpos 877\n ypos -239\n disable {{\"!\\[exists parent.input]\" x163 1}}\n }\n Expression {\n temp_name0 magnitude\n temp_expr0 1-sqrt(r*r+g*g)\n expr2 magnitude\n name Expression2\n xpos 877\n ypos -195\n }\n NoOp {\n name Plane\n xpos 877\n ypos -171\n addUserKnob {20 User}\n addUserKnob {18 pick l \"User Picked Plane\" R -1 1}\n pick {1 1 1}\n addUserKnob {6 pick_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 pick_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 pick_panelDropped_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 pick_panelDropped_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {20 calc l \"Internal Conversions\"}\n addUserKnob {18 picked}\n picked {0 {\"(atan2(pick.r, pick.b))\"} 0}\n addUserKnob {6 picked_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 picked_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 picked_panelDropped_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 picked_panelDropped_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n }\n ColorMatrix {\n matrix {\n {{parent.Axis10.world_matrix.0} {parent.Axis10.world_matrix.1} {parent.Axis10.world_matrix.2}}\n {{parent.Axis10.world_matrix.4} {parent.Axis10.world_matrix.5} {parent.Axis10.world_matrix.6}}\n {{parent.Axis10.world_matrix.8} {parent.Axis10.world_matrix.9} {parent.Axis10.world_matrix.10}}\n }\n name ColorMatrix2\n xpos 877\n ypos -72\n }\n ColorMatrix {\n matrix {\n {{parent.Axis2.world_matrix.0} {parent.Axis2.world_matrix.1} {parent.Axis2.world_matrix.2}}\n {{parent.Axis2.world_matrix.4} {parent.Axis2.world_matrix.5} {parent.Axis2.world_matrix.6}}\n {{parent.Axis2.world_matrix.8} {parent.Axis2.world_matrix.9} {parent.Axis2.world_matrix.10}}\n }\n name ColorMatrix3\n xpos 877\n ypos 7\n disable {{parent.xzrot==0 x65 1}}\n }\n ColorMatrix {\n matrix {\n {{parent.Axis5.world_matrix.0} {parent.Axis5.world_matrix.1} {parent.Axis5.world_matrix.2}}\n {{parent.Axis5.world_matrix.4} {parent.Axis5.world_matrix.5} {parent.Axis5.world_matrix.6}}\n {{parent.Axis5.world_matrix.8} {parent.Axis5.world_matrix.9} {parent.Axis5.world_matrix.10}}\n }\n name ColorMatrix5\n xpos 877\n ypos 105\n disable {{parent.xzrot==0 x65 1}}\n }\n ReLight {\n inputs 4\n normal rgb\n name ReLight1\n xpos 877\n ypos 223\n }\n Shuffle {\n in rgb\n in2 alpha\n red alpha\n green alpha\n blue alpha\n name Shuffle4\n xpos 877\n ypos 301\n }\n Blur {\n channels rgba\n size {{blur}}\n name Blur2\n label \"\\[value size]\"\n xpos 877\n ypos 325\n }\n Multiply {\n value {{parent.mix}}\n name Multiply1\n xpos 877\n ypos 361\n }\n Dot {\n name Dot8\n xpos 911\n ypos 447\n }\n Dot {\n name Dot6\n xpos 751\n ypos 447\n }\nset N318b6400 [stack 0]\npush $N4c49ab00\n Dot {\n name Dot4\n xpos 463\n ypos 352\n }\nset N318b5d00 [stack 0]\n Dot {\n name Dot5\n xpos 564\n ypos 352\n }\n Grade {\n inputs 1+1\n channels all\n multiply {3 1 1 1}\n multiply_panelDropped true\n name Grade1\n xpos 530\n ypos 444\n }\n Input {\n inputs 0\n name mask\n xpos 842\n ypos 602\n number 1\n }\npush $N318b6400\n Merge2 {\n inputs 2\n operation mask\n also_merge all\n maskChannelInput -rgba.alpha\n name Merge1\n xpos 717\n ypos 596\n disable {{\"!\\[exists parent.input1]\" x65 1}}\n }\n Dot {\n name Dot7\n xpos 751\n ypos 686\n }\nset Na4158800 [stack 0]\n Grade {\n channels rgba\n multiply {{parent.color+1} {parent.color+1} {parent.color+1} 1}\n name Grade2\n xpos 717\n ypos 796\n }\n set Ca4158100 [stack 0]\npush $Na4158800\npush $N318b5d00\nclone $Ca4158100 {\n inputs 1+1\n xpos 429\n ypos 683\n selected false\n }\n Dot {\n name Dot13\n xpos 463\n ypos 823\n }\n Switch {\n inputs 3\n which {{outputView}}\n name Switch1\n xpos 717\n ypos 820\n }\n Output {\n name Output1\n xpos 717\n ypos 844\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_aeShadows.gizmo", "content": "Group {\n name aeShadows\n tile_color 0x262626ff\n label \"\\[value operationKnob]\"\n note_font \"Verdana Bold\"\n selected true\n addUserKnob {20 aeShadows}\n addUserKnob {6 shadow_panelDropped l \"panel dropped state\" +HIDDEN +STARTLINE}\n addUserKnob {6 color_rgb_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {41 operationKnob l operation t \"Add shadows\\nRemove shadows\" T control.operationKnob}\n addUserKnob {26 _1 l \" \" -STARTLINE T \" \"}\n addUserKnob {41 preview t \"You can preview the shadow/light plate you need to create to achive a good result.\" -STARTLINE T control.preview}\n addUserKnob {26 \"\"}\n addUserKnob {41 rangeKnob l range t \"Control the white point of the keyer.\\nfor shadows you will need low values and for lights higher.\" T control.rangeKnob}\n addUserKnob {41 thresholdKnob l threshold t \"Control the amount of erode will help to avoid imperfections.\" T control.thresholdKnob}\n addUserKnob {26 \"\"}\n addUserKnob {41 detailKnob l detail t \"Size of the median, high values could be very heavy to process.\" T control.detailKnob}\n addUserKnob {41 postBlurKnob l \"post blur\" t \"Add post blur could help to make the patch soften.\" T control.postBlurKnob}\n addUserKnob {26 \"\"}\n addUserKnob {26 \"\" l mask T \"\"}\n addUserKnob {41 maskChannelMask l \"\" -STARTLINE T MergeKeymix.maskChannelMask}\n addUserKnob {41 inject -STARTLINE T MergeKeymix.inject}\n addUserKnob {41 invert_mask l invert -STARTLINE T MergeKeymix.invert_mask}\n addUserKnob {41 fringe -STARTLINE T MergeKeymix.fringe}\n addUserKnob {41 mix T MergeKeymix.mix}\n addUserKnob {26 \"\"}\n addUserKnob {26 about_1 l \"\" +STARTLINE T \"
aeShadows v1.0 - Aitor Echeveste © 2024\"}\n addUserKnob {20 about l About}\n addUserKnob {26 text_1 l \"\" +STARTLINE T \" \"}\n addUserKnob {26 text_2 l \"\" +STARTLINE T \" \"}\n addUserKnob {26 text_4 l \"\" +STARTLINE T \"aeShadows v1.0\\n\"}\n addUserKnob {26 about_1_1 l \"\" +STARTLINE T \"by Aitor Echeveste © 2024\"}\n addUserKnob {26 text_1_1 l \"\" +STARTLINE T \" \"}\n addUserKnob {26 \"\"}\n addUserKnob {26 text_3 l \"\" +STARTLINE T \" \"}\n addUserKnob {26 website l \"\" +STARTLINE T \"www.aitorecheveste.com\"}\n}\n BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0x8e8e8eff\n gl_color 0xccccccff\n label \"\\n copy/paste outside this backdrop - aeShadows\"\n note_font_size 100\n xpos 748\n ypos 13\n bdwidth 2926\n bdheight 3881\n }\n BackdropNode {\n inputs 0\n name BackdropNode2\n tile_color 0x757575ff\n label color\n note_font_size 42\n xpos 1557\n ypos 510\n bdwidth 458\n bdheight 1289\n z_order 1\n }\n BackdropNode {\n inputs 0\n name BackdropNode3\n tile_color 0x757575ff\n label detail\n note_font_size 42\n xpos 2071\n ypos 507\n bdwidth 1189\n bdheight 1775\n z_order 1\n }\n Input {\n inputs 0\n name Img\n xpos 3078\n ypos -805\n }\n Dot {\n name Dot180\n label img\n note_font_size 50\n xpos 3112\n ypos 291\n }\n AddChannels {\n channels rgba\n name AddChannels1\n xpos 3078\n ypos 429\n }\n Dot {\n name Dot133\n xpos 3112\n ypos 609\n }\nset Nc4785e00 [stack 0]\n Dot {\n name Dot134\n xpos 3516\n ypos 608\n }\n Dot {\n name Dot140\n xpos 3516\n ypos 2544\n }\nset Nc470e400 [stack 0]\n Dot {\n name Dot141\n xpos 3516\n ypos 2798\n }\nset Nc46fca00 [stack 0]\n Dot {\n name Dot135\n xpos 3516\n ypos 2911\n }\nset Nc46ef800 [stack 0]\n Dot {\n name Dot147\n xpos 3516\n ypos 3395\n }\nset Nc46cec00 [stack 0]\n Dot {\n name Dot136\n xpos 3516\n ypos 3587\n }\nset Nc4651c00 [stack 0]\n Dot {\n name Dot137\n xpos 3516\n ypos 3615\n }\nset Nc44bfc00 [stack 0]\n Dot {\n name Dot138\n xpos 3516\n ypos 3639\n }\npush $Nc44bfc00\npush $Nc4651c00\npush $Nc4785e00\n Dot {\n name Dot143\n xpos 2562\n ypos 609\n }\nset Nc431a600 [stack 0]\n Dot {\n name Dot144\n xpos 2131\n ypos 609\n }\nset Nc4066800 [stack 0]\n Dot {\n name Dot145\n xpos 1836\n ypos 609\n }\nset Nc405e600 [stack 0]\n Dot {\n name Dot146\n xpos 1666\n ypos 609\n }\n Keyer {\n operation \"luminance key\"\n range {{control.rangeKnob} 1 1 1}\n name Keyer34\n xpos 1632\n ypos 725\n }\n Clamp {\n name Clamp12\n xpos 1632\n ypos 757\n }\n Expression {\n temp_name0 rgb_an\n temp_expr0 \"r !=0 || g!=0 || b!=0?1:0\"\n temp_name1 rgba_an\n temp_expr1 \"r!=0 || g!=0 || b!=0 || a!=0?1:0\"\n temp_name2 alpha_an\n temp_expr2 a!=0?1:0\n expr3 alpha_an\n name BinaryAlpha\n xpos 1632\n ypos 789\n }\n FilterErode {\n size 5\n name FilterErode63\n xpos 1632\n ypos 837\n }\n FilterErode {\n size -5\n name FilterErode64\n xpos 1632\n ypos 869\n }\nset Nc2660200 [stack 0]\npush $Nc2660200\n FilterErode {\n size {{control.thresholdKnob*5}}\n name FilterErode1\n xpos 1731\n ypos 869\n }\n Invert {\n channels rgba\n name Invert17\n xpos 1731\n ypos 952\n }\n Switch {\n inputs 2\n which {{!control.operationKnob}}\n name Switch4\n xpos 1632\n ypos 952\n }\n FilterErode {\n size {{-control.thresholdKnob*5}}\n name FilterErode65\n xpos 1632\n ypos 1059\n }\nset Nc24d2200 [stack 0]\n Roto {\n inputs 0\n output alpha\n cliptype none\n curves {{{v x3f99999a}\n {f 0}\n {n\n {layer Root\n {f 2097152}\n {t x44800000 x44428000}\n {a pt1x 0 pt1y 0 pt2x 0 pt2y 0 pt3x 0 pt3y 0 pt4x 0 pt4y 0 ptex00 0 ptex01 0 ptex02 0 ptex03 0 ptex10 0 ptex11 0 ptex12 0 ptex13 0 ptex20 0 ptex21 0 ptex22 0 ptex23 0 ptex30 0 ptex31 0 ptex32 0 ptex33 0 ptof1x 0 ptof1y 0 ptof2x 0 ptof2y 0 ptof3x 0 ptof3y 0 ptof4x 0 ptof4y 0 pterr 0 ptrefset 0 ptmot x40800000 ptref 0}\n {curvegroup Bezier1 512 bezier\n {{cc\n {f 8192}\n {px x42e60000\n {x418cffad x41a51255}\n {x4519f000 x44720000}\n {xc18cffac xc1a51256}\n {x41d90f5a xbef1990d}\n {x45137000 x44620000}\n {xc1d90f5a x3ef19884}\n {x415cd887 xc1e55715}\n {x450b9000 x44730000}\n {xc15cd893 x41e55712}\n {xc177199b xc1eb918c}\n {x450cf000 x448c0000}\n {x41771993 x41eb918e}\n {xc1a4feaa xc2024250}\n {x4514f000 x449d4000}\n {x41a4feaa x42024250}\n {xbfb2deea xc1251c95}\n {x4518d000 x44b18000}\n {x3fb2def1 x41251c95}\n {x403e586a xc11fadc5}\n {x45169000 x44b54000}\n {xc03e5876 x411fadc4}\n {x413a1b81 xc27210ca}\n {x45133000 x44d74000}\n {xc13a1b8b x427210ca}\n {xc2a3d05a xc29a97ae}\n {x450d5000 x450ac000}\n {x42a3d058 x429a97b0}\n {xc26722de x4026a824}\n {x4538f000 x450f4000}\n {x426722de xc026a7f8}\n {xc0a9ed39 x4038e158}\n {x45479000 x45082000}\n {x40a9ed3a xc038e156}\n {x3e508a5e x40c15555}\n {x45489000 x4506c000}\n {xbe508a20 xc0c15555}\n {x4130ec6b x422c28fa}\n {x4546d000 x44e3c000}\n {xc130ec64 xc22c28fb}\n {x41d94dd4 x419b3793}\n {x45407000 x44ce4000}\n {xc1d94dd3 xc19b3795}\n {x41a9c7ec xc16b14d8}\n {x45371000 x44cd4000}\n {xc1a9c7ed x416b14d5}\n {xc05f345e xc1cc9ab7}\n {x4536b000 x44dbc000}\n {x405f3468 x41cc9ab7}\n {xc031dd64 xc12c2082}\n {x4539b000 x44f3c000}\n {x4031dd53 x412c2083}\n {x412c7844 xc02c7847}\n {x453a9000 x44f9c000}\n {xc12c7844 x402c7840}\n {x41c706fb xc11339d0}\n {x452c3000 x44fa8000}\n {xc1c706fd x411339c5}\n {x41337258 xc1390deb}\n {x45285000 x4503a000}\n {xc1337257 x41390dec}\n {x41532cbe x4113d282}\n {x45243000 x45058000}\n {xc1532cbc xc113d285}\n {xbf1a04af x41bbb5f1}\n {x45221000 x44fe8000}\n {x3f1a04eb xc1bbb5f1}\n {xbfee8303 x422f2865}\n {x4524f000 x44d08000}\n {x3fee833a xc22f2865}\n {x3f4d9b78 x41c49c5c}\n {x45239000 x44b80000}\n {xbf4d9b39 xc1c49c5c}\n {xc004ab8d x412c78a4}\n {x45245000 x44aa4000}\n {x4004ab94 xc12c78a4}\n {xbeddad4b x412f7eac}\n {x45257000 x44a48000}\n {x3eddad84 xc12f7eac}\n {x413a3d4d x41a5365f}\n {x4524b000 x44974000}\n {xc13a3d4a xc1a53661}\n {x419197da x41ccd89b}\n {x451db000 x44890000}\n {xc19197d8 xc1ccd89d}}} idem}\n {tx x42e60000 x45274c92 x44ccd925}\n {a osw x41200000 osf 0 str 1 spx x44800000 spy x44428000 sb 1 ltn x42e60000 ltm x42e60000 tt x40800000}}}}}}\n toolbox {selectAll {\n { selectAll str 1 ssx 1 ssy 1 sf 1 }\n { createBezier str 1 ssx 1 ssy 1 sf 1 sb 1 tt 4 }\n { createBezierCusped str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createBSpline str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createEllipse str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createRectangle str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createRectangleCusped str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { brush str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { eraser src 2 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { clone src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { reveal src 3 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { dodge src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { burn src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { blur src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { sharpen src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { smear src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n} }\n toolbar_brush_hardness 0.200000003\n toolbar_source_transform_scale {1 1}\n toolbar_source_transform_center {1024 778}\n colorOverlay {0 0 0 0}\n lifetime_type \"all frames\"\n lifetime_start 115\n lifetime_end 115\n motionblur_shutter_offset_type centred\n source_black_outside true\n name Roto2\n xpos 2165\n ypos 453\n }\n Constant {\n inputs 0\n channels rgb\n color {0.03644358367 0.03223683313 0.04865816236 0}\n name Constant1\n xpos 2059\n ypos 359\n }\n Copy {\n inputs 2\n from0 rgba.alpha\n to0 rgba.alpha\n name Copy1\n xpos 2059\n ypos 466\n }\n Premult {\n name Premult1\n xpos 2059\n ypos 498\n }\npush $Nc405e600\n Merge2 {\n inputs 2\n bbox B\n name Merge5\n xpos 1802\n ypos 690\n }\n Inpaint2 {\n inputs 2\n fillRegion \"Matte Alpha\"\n smoothness 20\n center {960 540}\n name Inpaint14\n xpos 1802\n ypos 1063\n }\n Dot {\n name Dot2\n xpos 1836\n ypos 1506\n }\nset Nd7024800 [stack 0]\n Dot {\n name Dot1\n xpos 1836\n ypos 3515\n }\n Input {\n inputs 0\n name mask\n xpos 2865\n ypos 3317\n number 2\n }\n Dot {\n name Dot7\n xpos 2899\n ypos 3395\n }\npush $Nc46ef800\n Dot {\n name Dot3\n xpos 3248\n ypos 2912\n }\nset Nc2192c00 [stack 0]\n Dot {\n name Dot4\n xpos 3248\n ypos 2958\n }\nset Nc2130c00 [stack 0]\n Dot {\n name Dot5\n xpos 3248\n ypos 3009\n }\nset Nc2129e00 [stack 0]\n Dot {\n name Dot8\n xpos 3358\n ypos 3010\n }\npush $Nc2129e00\npush $Nc2130c00\n Input {\n inputs 0\n name matte\n xpos 1109\n ypos -845\n number 1\n }\n Dot {\n name Dot179\n label matte\n note_font_size 50\n xpos 1143\n ypos 299\n }\n Dot {\n name Dot139\n xpos 1143\n ypos 1138\n }\nset Nd7048e00 [stack 0]\n Dot {\n name Dot142\n xpos 1143\n ypos 2912\n }\npush $Nc24d2200\n Invert {\n channels alpha\n name Invert19\n xpos 1632\n ypos 2487\n }\n FilterErode {\n size 4\n filter gaussian\n name FilterErode66\n xpos 1632\n ypos 2519\n }\n FilterErode {\n size 8\n filter gaussian\n name FilterErode67\n xpos 1632\n ypos 2551\n }\n FilterErode {\n size 16\n filter gaussian\n name FilterErode68\n xpos 1632\n ypos 2583\n }\n FilterErode {\n size 32\n filter gaussian\n name FilterErode69\n xpos 1632\n ypos 2615\n }\n Blur {\n channels alpha\n size 20\n name Blur65\n xpos 1632\n ypos 2647\n }\n Dot {\n name Dot148\n xpos 1666\n ypos 2799\n }\npush $Nc46fca00\npush $Nc470e400\n Dot {\n name Dot149\n xpos 3254\n ypos 2545\n }\nset Nd7042c00 [stack 0]\n Dot {\n name Dot150\n xpos 3254\n ypos 2586\n }\npush $Nd7024800\n Blur {\n channels rgb\n size 150\n name Blur66\n xpos 1920\n ypos 1503\n }\n Expression {\n expr3 1\n name Expression7\n xpos 1920\n ypos 1527\n }\n Dot {\n name Dot165\n xpos 1954\n ypos 1691\n }\npush $Nd7048e00\npush $Nc2660200\n Dot {\n name Dot170\n xpos 1352\n ypos 876\n }\n Merge2 {\n inputs 2\n operation multiply\n bbox B\n also_merge all\n name Merge55\n xpos 1318\n ypos 1135\n }\n Group {\n name EdgeFromAlpha7\n note_font Verdana\n xpos 1318\n ypos 1209\n mapsize {0.15 0.15}\n addUserKnob {20 \"\" l Settings}\n addUserKnob {41 from0 l \"control channel\" T Copy2.from0}\n addUserKnob {41 output T ChannelMerge4.output}\n addUserKnob {41 blackpoint T Grade1.blackpoint}\n addUserKnob {41 whitepoint T Grade1.whitepoint}\n addUserKnob {26 \"\" l \"edge size\"}\n addUserKnob {41 size l inside T ErodeInside.size}\n addUserKnob {14 ErodeOutside_size l outside R 0 100}\n addUserKnob {26 \"\" l \"edge blur\"}\n addUserKnob {41 size_3 l inside T BlurInside.size}\n addUserKnob {41 size_1 l outside T BlurOutside.size}\n }\n Input {\n inputs 0\n name Input1\n xpos -448\n ypos 2\n }\n AddChannels {\n channels {rgba.red -rgba.green -rgba.blue rgba.alpha}\n name AddChannels1\n xpos -448\n ypos 30\n }\nset Nd7067400 [stack 0]\npush $Nd7067400\n Copy {\n inputs 2\n from0 rgba.alpha\n to0 rgba.red\n name Copy2\n xpos -193\n ypos 30\n }\n Clamp {\n channels {rgba.red -rgba.green -rgba.blue none}\n name Clamp1\n xpos -193\n ypos 94\n }\n Grade {\n channels {rgba.red -rgba.green -rgba.blue none}\n black_clamp false\n name Grade1\n xpos -193\n ypos 146\n }\nset Nd7069e00 [stack 0]\n Erode {\n channels {none none none rgba.red}\n size 50\n name ErodeInside\n xpos -126\n ypos 198\n }\n Blur {\n channels {rgba.red -rgba.green -rgba.blue none}\n size 50\n name BlurInside\n xpos -126\n ypos 250\n }\npush $Nd7069e00\n Erode {\n channels {none none none rgba.red}\n size {{-parent.ErodeOutside_size.w} {-parent.ErodeOutside_size.h}}\n name ErodeOutside\n xpos -264\n ypos 199\n }\n Blur {\n channels {rgba.red -rgba.green -rgba.blue none}\n size 50\n name BlurOutside\n xpos -264\n ypos 251\n }\n ChannelMerge {\n inputs 2\n A rgba.red\n operation stencil\n B rgba.red\n name ChannelMerge4\n xpos -191\n ypos 308\n }\nset Nd7070c00 [stack 0]\n Dot {\n name Dot1\n xpos -52\n ypos 324\n }\n Dot {\n name Dot2\n xpos -52\n ypos 465\n }\npush $Nd7067400\n Dot {\n name Dot3\n xpos -414\n ypos 416\n }\npush $Nd7070c00\n Copy {\n inputs 2\n from0 rgba.red\n to0 rgba.red\n name Copy1\n xpos -191\n ypos 407\n }\n Switch {\n inputs 2\n which {{\"parent.output == 1\" i}}\n name Switch1\n xpos -191\n ypos 463\n }\n Output {\n name Output1\n xpos -191\n ypos 526\n }\n end_group\nset Nd7066e00 [stack 0]\npush $Nc4066800\n ColorCorrect {\n saturation 0.25\n name ColorCorrect10\n xpos 2097\n ypos 732\n }\n Dot {\n name Dot171\n xpos 2131\n ypos 961\n }\nset Nd707b800 [stack 0]\n Dot {\n name Dot172\n xpos 2266\n ypos 961\n }\n Median {\n size {{control.detailKnob>0?int(control.detailKnob/2):0}}\n ignore_top_line false\n name Median15\n xpos 2232\n ypos 1080\n }\n Dot {\n name Dot173\n xpos 2266\n ypos 1219\n }\npush $Nd707b800\n Median {\n size {{control.detailKnob>0?int(control.detailKnob):0}}\n ignore_top_line false\n name Median12\n xpos 2097\n ypos 1078\n }\n Keymix {\n inputs 3\n bbox B\n name Keymix15\n xpos 2097\n ypos 1212\n }\n Dot {\n name Dot174\n xpos 2131\n ypos 1556\n }\nset Nd707d400 [stack 0]\n Merge2 {\n inputs 2\n name Merge54\n xpos 2097\n ypos 1688\n }\n Dot {\n name Dot175\n xpos 2131\n ypos 2164\n }\npush $Nd7066e00\n Dot {\n name Dot176\n xpos 1352\n ypos 1912\n }\npush $Nc431a600\n EdgeDetectWrapper {\n threshold 0.6\n name EdgeDetect1\n xpos 2528\n ypos 1116\n }\n Expression {\n temp_name0 rgb_an\n temp_expr0 \"r !=0 || g!=0 || b!=0?1:0\"\n temp_name1 rgba_an\n temp_expr1 \"r!=0 || g!=0 || b!=0 || a!=0?1:0\"\n temp_name2 alpha_an\n temp_expr2 a!=0?1:0\n expr3 alpha_an\n name BinaryAlpha13\n xpos 2528\n ypos 1148\n }\n FilterErode {\n size -5\n name FilterErode61\n xpos 2528\n ypos 1172\n }\n FilterErode {\n size 5\n name FilterErode62\n xpos 2528\n ypos 1204\n }\n Blur {\n channels alpha\n size 10\n name Blur67\n xpos 2528\n ypos 1236\n }\n Merge2 {\n inputs 2\n operation multiply\n also_merge all\n name Merge59\n xpos 2528\n ypos 1909\n }\npush $Nc4785e00\n ColorCorrect {\n saturation 0.25\n name ColorCorrect11\n xpos 3078\n ypos 725\n }\npush $Nd707d400\n Merge2 {\n inputs 2\n operation divide\n also_merge all\n name Merge56\n xpos 3078\n ypos 1553\n }\n Blur {\n inputs 1+1\n channels rgb\n size 5\n name Blur68\n xpos 3078\n ypos 1909\n }\n Merge2 {\n inputs 2\n operation multiply\n name Merge57\n xpos 3078\n ypos 2161\n }\n Dot {\n name Dot177\n xpos 3111\n ypos 2468\n }\nset Nc72d1200 [stack 0]\n Dot {\n name Dot178\n xpos 3010\n ypos 2468\n }\n Merge2 {\n inputs 2\n operation max\n mix 0.95\n name Merge58\n xpos 2976\n ypos 2583\n }\npush $Nd7042c00\npush $Nc72d1200\n Merge2 {\n inputs 2\n operation min\n mix 0.95\n name Merge66\n xpos 3078\n ypos 2542\n }\n Switch {\n inputs 2\n which {{control.operationKnob}}\n name Switch1\n xpos 3078\n ypos 2632\n }\n Keymix {\n inputs 3\n name Keymix11\n xpos 3078\n ypos 2792\n }\npush $Nc2192c00\n Keymix {\n inputs 3\n bbox B\n name Keymix12\n xpos 3078\n ypos 2905\n }\n Merge2 {\n inputs 2\n operation from\n name Merge1\n xpos 3078\n ypos 2955\n }\n Blur {\n channels rgba\n size 1.5\n name Blur1\n xpos 3078\n ypos 2979\n }\n Merge2 {\n inputs 2\n operation plus\n name Merge2\n xpos 3078\n ypos 3006\n }\n Dot {\n name Dot6\n xpos 3112\n ypos 3060\n }\nset N3082c400 [stack 0]\n Merge2 {\n inputs 2\n operation from\n name Merge4\n xpos 3324\n ypos 3057\n }\npush $N3082c400\npush $Nc2129e00\n Merge2 {\n inputs 2\n operation from\n name Merge3\n xpos 3214\n ypos 3057\n }\n Switch {\n inputs 2\n which {{control.operationKnob}}\n name Switch3\n xpos 3214\n ypos 3103\n }\n Expression {\n expr3 clamp(r+g+b)\n name Expression1\n xpos 3214\n ypos 3127\n }\n Grade {\n channels alpha\n blackpoint 0.05\n white_clamp true\n name Grade1\n xpos 3214\n ypos 3151\n }\n Expression {\n temp_name0 rgb_an\n temp_expr0 \"r !=0 || g!=0 || b!=0?1:0\"\n temp_name1 rgba_an\n temp_expr1 \"r!=0 || g!=0 || b!=0 || a!=0?1:0\"\n temp_name2 alpha_an\n temp_expr2 a!=0?1:0\n expr3 alpha_an\n name BinaryAlpha12\n xpos 3214\n ypos 3183\n }\n Blur {\n size 25\n name Blur2\n xpos 3214\n ypos 3207\n }\npush $N3082c400\n Blur {\n inputs 1+1\n channels rgba\n size {{parent.control.postBlurKnob}}\n name Blur69\n label \"\\npost blur\"\n xpos 3078\n ypos 3202\n }\npush $Nc46cec00\n Merge2 {\n inputs 2+1\n operation copy\n also_merge all\n name MergeKeymix\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 3078\n ypos 3392\n }\n Switch {\n inputs 2\n which {{control.preview}}\n name Switch2\n xpos 3078\n ypos 3512\n }\n Copy {\n inputs 2\n from0 rgba.alpha\n to0 rgba.alpha\n name Copy7\n xpos 3078\n ypos 3581\n }\n CopyBBox {\n inputs 2\n name CopyBBox1\n xpos 3078\n ypos 3613\n }\n CopyMetaData {\n inputs 2\n name CopyMetaData1\n xpos 3078\n ypos 3637\n }\n Output {\n name Output1\n xpos 3078\n ypos 4272\n }\n MergeExpression {\n inputs 0\n temp_name0 add\n temp_expr0 b-a\n temp_name1 remove\n name MergeExpression1\n xpos 3560\n ypos 3053\n }\npush $Nd7048e00\n NoOp {\n name control\n label \"\\n\\n\\n\\nknob control\\n\\n\\n\"\n note_font \"Verdana Bold\"\n note_font_size 35\n selected true\n xpos 937\n ypos 1024\n addUserKnob {20 User}\n addUserKnob {4 operationKnob l operation M {add remove \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\"}}\n addUserKnob {26 _1 l \" \" -STARTLINE T \" \"}\n addUserKnob {6 preview -STARTLINE}\n addUserKnob {26 \"\"}\n addUserKnob {7 rangeKnob l range R 0 0.5}\n rangeKnob 0.25\n addUserKnob {7 thresholdKnob l threshold R 0 10}\n thresholdKnob 5\n addUserKnob {26 \"\"}\n addUserKnob {7 detailKnob l detail R 0 10}\n detailKnob 5\n addUserKnob {7 postBlurKnob l \"post blur\" R 0 5}\n postBlurKnob 2.5\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_apChroma.gizmo", "content": "Group {\n name apChroma\n help \"Advanced chromatic drift gizmo, that works through a sub-frame blend of different values on an STMap and Transform, while creating a color spectrum.\\n\\napChroma v1.1\\nadrianpueyo.com\"\n knobChanged \"n = nuke.thisNode()\\nk = nuke.thisKnob()\\nkn = k.name()\\nif kn == \\\"monochrome\\\":\\n k.setValue(min(1,max(0,k.value())))\\nelif kn == \\\"output_dist_matte\\\":\\n n.knob(\\\"output_matte_channel\\\").setEnabled(k.value())\"\n tile_color 0x736efdff\n selected true\n addUserKnob {20 apChroma}\n addUserKnob {26 text l \" Transform\"}\n addUserKnob {41 translate T Transform17.translate}\n addUserKnob {41 rotate T Transform17.rotate}\n addUserKnob {41 scale T Transform17.scale}\n addUserKnob {41 center T Transform17.center}\n addUserKnob {22 center_on_input l \"center on input\" -STARTLINE T \"n = nuke.thisNode()\\ntry:\\n ni = n.input(0)\\n n\\[\\\"center\\\"].setValue(\\[ni.width()/2,ni.height()/2])\\nexcept:\\n pass\"}\n addUserKnob {7 smooth l \"smooth\" t \"Helps keep a lower sample number for large distortions by adding motion blur. The higher this value, the higher the motion blur quality.\\n\\nFor typical aberrations this won't be needed, so better avoid smoothing when possible by keeping it 0, as it is super heavy to compute!\"}\n addUserKnob {41 invert_matrix l invert T Transform17.invert_matrix}\n addUserKnob {6 black_outside l \"black outside\" t \"When disabled, the edges of your image will be extended in the aberration instead of seeing black entering through the first frequencies.\" -STARTLINE}\n addUserKnob {22 create_uv_map l \" Create UV Map \" T \"n = nuke.thisNode()\\nn.end()\\nns = nuke.selectedNodes()\\n\\[i.setSelected(False) for i in ns]\\ntry:\\n uv = nuke.nodes.NST_UV_Map()\\n isExpression = False\\nexcept:\\n uv = nuke.nodes.Expression()\\n isExpression = True\\nuv.setXYpos(n.xpos()+140, n.ypos()-100)\\nuv.setSelected(True)\\nif isExpression:\\n uv\\[\\\"expr0\\\"].setValue(\\\"(x+0.5)/width\\\")\\n uv\\[\\\"expr1\\\"].setValue(\\\"(y+0.5)/height\\\")\\nn.setInput(1,uv)\\nd = nuke.createNode(\\\"Dot\\\")\\nd.hideControlPanel()\\nd.setYpos(int(n.ypos()+n.screenHeight()/2 - d.screenHeight()/2))\\nuv.setSelected(False)\\nd.setSelected(False)\\n\\[i.setSelected(True) for i in ns]\" +STARTLINE}\n addUserKnob {26 breathe l \"\" +STARTLINE T \" \"}\n addUserKnob {26 text_1 l \" Settings\"}\n addUserKnob {3 samples}\n samples 10\n addUserKnob {7 ab l aberration t \"This drives the amount of color aberration.\\n0 = No aberration at all, works as regular STMap.\\n1 = Amount of aberration equal to the values of the input UV Map.\" R 0 2}\n ab 1\n addUserKnob {7 compensate t \"Inverse the values of the distortion map so that the overall effect stays at the same position.\" R -1 1}\n compensate 1\n addUserKnob {7 monochrome t \"With the same amount of \\\"color leak\\\", this desaturates the spectrum in that leak.\\nAt value 1, the effect is similar to a directional blur.\"}\n addUserKnob {14 overscan R 0 100}\n addUserKnob {6 invert_spectrum l \"invert spectrum\" +STARTLINE}\n addUserKnob {6 calculate_multi_alpha l \"calculate per-channel alpha\" t \"Also generates a channel layer called apChroma wich includes the transformed alphas for each of the rgba channels. This is necessary if you want to merge the result of this node onto a background. You'll need apChromaMerge or a similar gizmo in order to perform the special merge.\" -STARTLINE}\n calculate_multi_alpha true\n addUserKnob {6 process_alpha l \"process single alpha from\" t \"If activated, the multi-channel alpha will get combined into a regular alpha that you can use for normal operations after this node.\" +STARTLINE}\n process_alpha true\n addUserKnob {41 mode l \"\" -STARTLINE T Saturation1.mode}\n addUserKnob {6 output_dist_matte l \"output distortion matte\" t \"Useful if you want to add a grading or iBlur afterwards, driven by the amount of chromatic aberration.\" +STARTLINE}\n addUserKnob {41 output_matte_channel l \"\" -STARTLINE T CopyAlpha.to0}\n addUserKnob {26 breathe3 l \"\" +STARTLINE T \" \"}\n addUserKnob {26 \"\"}\n addUserKnob {41 maskChannelMask l \"mask \" T MergeRGB.maskChannelMask}\n addUserKnob {41 inject -STARTLINE T MergeRGB.inject}\n addUserKnob {41 invert_mask l invert -STARTLINE T MergeRGB.invert_mask}\n addUserKnob {41 fringe -STARTLINE T MergeRGB.fringe}\n addUserKnob {41 mix T MergeRGB.mix}\n addUserKnob {26 version_author l \"\" t \"apChroma v1.1\\n2016-2019\" +STARTLINE T \"
apChroma v1.1 - adrianpueyo.com, 2016-2019\"}\n addUserKnob {20 Spectrum}\n addUserKnob {41 lut l \"\" +STARTLINE T CLP.lut}\n addUserKnob {22 lutPrepare l INVISIBLE +INVISIBLE T \"n = nuke.thisNode()\\ntry:\\n n.knob(\\\"lut\\\").delCurve(\\\"master\\\")\\n n.knob(\\\"lut\\\").delCurve(\\\"alpha\\\")\\nexcept:\\n pass\" +STARTLINE}\n addUserKnob {52 lutPrepareGo T \"nuke.thisNode()\\[\\\"lutPrepare\\\"].execute()\" +STARTLINE}\n}\n ColorLookup {\n inputs 0\n use_precomputed false\n lut {red {curve C 0 s0 x0.3128865659 1 s-0 v0.7904256582 x0.7806204557 -0.0007482314769 s0 u1.743535638 v1.742119074 x0.9418143034 0.06970721483 s-0.05000000075 x1 0 s0}\n green {curve C x0.1143286526 0 s0.01999999955 v1.837088585 x0.530087471 1 s-0.05000000075 u1.36422956 v1.120811939 x0.9743717909 0 s-0 u2.045060158}\n blue {curve C x0.6321670413 0 s0 x0.8160832524 0.99800843 s0 x1 0 s0}}\n name CLP\n label \"Natural Spectrum\"\n xpos 137\n ypos -191\n }\n ColorLookup {\n inputs 0\n channels rgb\n lut {master {}\n red {\"CLP.lut.red * (1-parent.monochrome) + parent.monochrome\" C 0 1}\n green {\"CLP.lut.green * (1-parent.monochrome) + parent.monochrome\" C 0 1}\n blue {\"CLP.lut.blue * (1-parent.monochrome) + parent.monochrome\" C 0 1}\n alpha {\"CLP.lut.alpha * (1-parent.monochrome) + parent.monochrome\" C 0 1}}\n name CL\n label monochrome\n xpos 27\n ypos -149\n }\n Merge2 {\n inputs 0\n operation copy\n Achannels {{{parent.MergeCopyChroma.Achannels}}}\n Bchannels none\n output {{{parent.MergeCopyChroma.Achannels}}}\n name MergeChosen\n xpos -209\n ypos -368\n hide_input true\n }\n Input {\n inputs 0\n name Inputmask\n label \"\\[value number]\"\n xpos -498\n ypos 483\n number 2\n }\n Dot {\n name Dot25\n note_font_size 41\n xpos -464\n ypos 651\n }\nset Nd69fcd80 [stack 0]\n Dot {\n name Dot21\n xpos -464\n ypos 689\n }\nset Nd69fd230 [stack 0]\n Dot {\n name Dot24\n note_font_size 41\n xpos -464\n ypos 799\n }\n Input {\n inputs 0\n name Inputimg\n xpos -388\n ypos -554\n }\n NoTimeBlur {\n rounding none\n name NoTB\n xpos -388\n ypos -528\n }\n AdjBBox {\n numpixels {{parent.overscan} {parent.overscan}}\n name AdjBBox\n xpos -388\n ypos -502\n }\nset N157998b0 [stack 0]\n Dot {\n name Dot1\n xpos -47\n ypos -498\n }\nset N2789dd90 [stack 0]\n Expression {\n expr0 (x+0.5)/width\n expr1 (y+0.5)/height\n expr2 0\n name ExpressionUVDefault\n xpos 118\n ypos -502\n }\n Input {\n inputs 0\n name Inputuv\n xpos 279\n ypos -558\n number 1\n }\n Switch {\n inputs 2\n which 1\n name SwitchUV\n xpos 279\n ypos -502\n disable {{\"\\[exists parent.input1]\"}}\n }\n NoTimeBlur {\n rounding none\n name NoTB1\n xpos 279\n ypos -476\n }\n Dot {\n name Dot3\n note_font_size 41\n xpos 313\n ypos -275\n }\nset Nef3c8fa0 [stack 0]\n Dot {\n name Dot11\n note_font_size 41\n xpos 447\n ypos -275\n }\n Remove {\n name Remove1\n xpos 413\n ypos -257\n }\n Expression {\n expr0 (x+0.5)/width\n expr1 (y+0.5)/height\n expr2 0\n expr3 0\n name ExpressionUV\n xpos 413\n ypos -219\n }\n Dot {\n name Dot13\n note_font_size 41\n xpos 447\n ypos -183\n }\nset N1c3c5170 [stack 0]\n Dot {\n name Dot15\n note_font_size 41\n xpos 690\n ypos -183\n }\nset Nc66aed0 [stack 0]\n Multiply {\n channels {rgba.red rgba.green -rgba.blue none}\n value {{1-parent.ab} {1-parent.ab} 1 1}\n name Multiply6\n xpos 656\n ypos -97\n }\n Dot {\n name Dot16\n xpos 690\n ypos -38\n }\npush $Nef3c8fa0\n Dot {\n name Dot27\n note_font_size 41\n xpos 214\n ypos -275\n }\n Dot {\n name Dot5\n note_font_size 41\n xpos 214\n ypos -233\n }\npush $Nef3c8fa0\n Merge2 {\n inputs 2\n operation copy\n name Merge3\n xpos 279\n ypos -237\n }\n Dot {\n name Dot8\n note_font_size 41\n xpos 313\n ypos -164\n }\nset N2d176a60 [stack 0]\n Dot {\n name Dot14\n note_font_size 41\n xpos 600\n ypos -164\n }\n Multiply {\n channels {rgba.red rgba.green -rgba.blue none}\n value {{parent.ab} {parent.ab} 0 0}\n name Multiply5\n xpos 566\n ypos -98\n }\n Merge2 {\n inputs 2\n operation plus\n bbox B\n output rgb\n name Merge4\n xpos 566\n ypos -42\n }\n Transform {\n center {1024 576}\n motionblur {{parent.smooth}}\n shutter {{1/parent.samples}}\n shutteroffset centred\n name Transform17\n label control\n xpos 566\n }\nset Nc67a5a0 [stack 0]\npush $Nc66aed0\n Dot {\n name Dot18\n note_font_size 41\n xpos 831\n ypos -183\n }\n CopyBBox {\n inputs 2\n name CopyBBox1\n xpos 797\n ypos 6\n }\n Dot {\n name Dot19\n xpos 831\n ypos 77\n }\npush $Nc67a5a0\n Merge2 {\n inputs 2\n operation difference\n bbox B\n name Merge5\n xpos 566\n ypos 73\n }\n Expression {\n expr3 sqrt(pow2(r)+pow2(g))\n name ExpressionDiff\n xpos 566\n ypos 117\n }\n Dot {\n name Dot9\n xpos 600\n ypos 440\n }\nset Nc608e20 [stack 0]\npush $Nc608e20\npush $N2789dd90\n Dot {\n name Dot2\n note_font_size 41\n xpos -47\n ypos -453\n }\nset Nc6022a0 [stack 0]\n Dot {\n name Dot17\n note_font_size 41\n xpos 31\n ypos -453\n }\n Dot {\n name Dot26\n note_font_size 41\n xpos 31\n ypos -364\n }\npush $Nc6022a0\nadd_layer {apChroma apChroma.red apChroma.green apChroma.blue apChroma.alpha}\n Shuffle {\n alpha white\n black alpha\n white alpha\n red2 alpha\n out2 {apChroma.red apChroma.green apChroma.blue -apChroma.alpha}\n name ShuffleAlpha1\n xpos -81\n ypos -418\n }\n Merge2 {\n inputs 2\n operation copy\n Achannels {{{parent.MergeCopyChroma.Achannels}}}\n Bchannels none\n name MergeGetChroma\n xpos -81\n ypos -368\n disable {{\"\\[\\nif \\{ \\[lsearch -exact \\[channels \\[input this 1]] \\[lindex \\[channels MergeChosen] 0]] >= 0\\} \\{\\n return 0\\n\\} else \\{\\n return 1\\n\\}\\n]\"}}\n }\n Remove {\n channels apChroma\n name Remove_apChroma\n xpos -81\n ypos -278\n disable {{parent.calculate_multi_alpha}}\n }\nadd_layer {apChromaWeight apChromaWeight.red apChromaWeight.green apChromaWeight.blue apChromaWeight.alpha}\n AddChannels {\n channels apChromaWeight\n color 1\n name AddChannels1\n xpos -81\n ypos -240\n }\n Multiply {\n value {{!parent.invert_spectrum?CL.lut.red(TB.frf):CL.lut.red(1-TB.frf)} {!parent.invert_spectrum?CL.lut.green(TB.frf):CL.lut.green(1-TB.frf)} {!parent.invert_spectrum?CL.lut.blue(TB.frf):CL.lut.blue(1-TB.frf)} {!parent.invert_spectrum?CL.lut.red(TB.frf):CL.lut.red(1-TB.frf)}}\n name Multiply1\n xpos -81\n ypos -189\n addUserKnob {20 User}\n addUserKnob {19 fullcolor}\n fullcolor {{!parent.invert_spectrum?CLP.lut.red(TB.frf):CLP.lut.red(1-TB.frf)} {!parent.invert_spectrum?CLP.lut.green(TB.frf):CLP.lut.green(1-TB.frf)} {!parent.invert_spectrum?CLP.lut.blue(TB.frf):CLP.lut.blue(1-TB.frf)} {!parent.invert_spectrum?CLP.lut.red(TB.frf):CLP.lut.red(1-TB.frf)}}\n addUserKnob {6 fullcolor_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n }\n Dot {\n name Dot6\n note_font_size 41\n xpos -47\n ypos -141\n }\nset N278a1c10 [stack 0]\n Dot {\n name Dot7\n note_font_size 41\n xpos -139\n ypos -141\n }\n Dot {\n name Dot10\n note_font_size 41\n xpos -139\n ypos 90\n }\npush $N2d176a60\n Multiply {\n channels {rgba.red rgba.green -rgba.blue none}\n value {{\"(TB.frf-.5)*parent.ab + 0.5*(1-parent.compensate)\"} {\"(TB.frf-.5)*parent.ab + 0.5*(1-parent.compensate)\"} 0 0}\n name Multiply3\n xpos 279\n ypos -146\n }\n Dot {\n name Dot12\n note_font_size 41\n xpos 313\n ypos -108\n }\npush $N1c3c5170\n Multiply {\n channels {rgba.red rgba.green -rgba.blue none}\n value {{\"(1- ((TB.frf-.5)*parent.ab + 0.5*(1-parent.compensate)) )\" i} {\"(1- ((TB.frf-.5)*parent.ab + 0.5*(1-parent.compensate)) )\" i} 1 1}\n name Multiply4\n xpos 413\n ypos -145\n }\n Merge2 {\n inputs 2\n operation plus\n Achannels {rgba.red rgba.green -rgba.blue -rgba.alpha}\n Bchannels {rgba.red rgba.green -rgba.blue -rgba.alpha}\n output {rgba.red rgba.green -rgba.blue -rgba.alpha}\n name Merge1\n xpos 413\n ypos -112\n }\n Dot {\n name Dot4\n xpos 447\n ypos 43\n }\npush $N278a1c10\n Remove {\n channels apChromaWeight\n name Remove3\n xpos -81\n ypos -104\n }\n Transform {\n translate {{\"parent.Transform17.translate*((TB.frf-0.5)*parent.ab+ 0.5*(1-parent.compensate))\"} {\"parent.Transform17.translate*((TB.frf-0.5)*parent.ab+ 0.5*(1-parent.compensate))\"}}\n rotate {{\"parent.Transform17.rotate*((TB.frf-0.5)*parent.ab+ 0.5*(1-parent.compensate))\"}}\n scale {{\"parent.Transform17.scale*((TB.frf-0.5)*parent.ab+ 0.5*(1-parent.compensate)) + 1 - ((TB.frf-0.5)*parent.ab+ 0.5*(1-parent.compensate)) \"} {\"parent.Transform17.scale*((TB.frf-0.5)*parent.ab+ 0.5*(1-parent.compensate)) + 1 - ((TB.frf-0.5)*parent.ab+ 0.5*(1-parent.compensate)) \"}}\n center {{parent.Transform17.center} {parent.Transform17.center}}\n invert_matrix {{parent.Transform17.invert_matrix}}\n black_outside {{parent.black_outside}}\n motionblur {{parent.smooth}}\n shutter {{1/parent.samples}}\n name TransformI\n xpos -81\n ypos -66\n }\n Blur {\n channels rgba\n name Blur1\n xpos -81\n ypos -40\n disable true\n addUserKnob {20 User}\n addUserKnob {26 info l \"\" +STARTLINE T \"needed to break concatenation and make sure mblur works with the stmaps\"}\n }\n STMap {\n inputs 2\n uv rgb\n blur_scale 0\n name STMap1\n xpos -81\n ypos 33\n disable {{\"!\\[exists parent.input1]\"}}\n }\n Copy {\n inputs 2\n channels apChromaWeight\n name Copy2\n xpos -81\n ypos 74\n }\n TimeBlur {\n divisions {{parent.samples}}\n shutter 1\n shutteroffset start\n shuttercustomoffset 0\n name TB\n xpos -81\n ypos 124\n addUserKnob {20 User}\n addUserKnob {7 frf}\n frf {{(frame%1)*(parent.samples+1)/parent.samples}}\n }\nset N469fb90 [stack 0]\npush $N469fb90\n Shuffle {\n in apChromaWeight\n name Shuffle2\n label \"\\[value in]\"\n xpos 89\n ypos 118\n }\nset Nc1012d0 [stack 0]\n Merge2 {\n inputs 2\n operation divide\n bbox A\n metainput A\n rangeinput A\n Achannels apChroma\n output apChroma\n name Merge6\n xpos 89\n ypos 261\n }\npush $N469fb90\npush $Nc1012d0\n Merge2 {\n inputs 2\n operation divide\n bbox A\n metainput A\n rangeinput A\n name Merge2\n xpos -81\n ypos 196\n }\n Copy {\n inputs 2\n channels apChroma\n name Copy3\n xpos -81\n ypos 255\n }\n Dot {\n name Dot29\n note_font_size 41\n xpos -47\n ypos 323\n }\nset N2cc299e0 [stack 0]\n Shuffle {\n in apChroma\n name Shuffle1\n label \"\\[value in] \\[ expr \\{ \\[value out2] == \\\"none\\\" ? \\\" \\\" : \\[concat → \\[value out2]] \\}]\"\n xpos 43\n ypos 313\n }\n Saturation {\n saturation 0\n name Saturation1\n xpos 43\n ypos 359\n }\npush $N2cc299e0\n Copy {\n inputs 2\n from0 rgba.red\n to0 rgba.alpha\n name Copy5\n xpos -81\n ypos 353\n }\n Copy {\n inputs 2\n from0 rgba.alpha\n to0 apChroma.alpha\n from1 -rgba.alpha\n to1 -rgba.alpha\n bbox B\n name Copy1\n xpos -81\n ypos 424\n }\n Copy {\n inputs 2\n from0 rgba.alpha\n to0 rgba.alpha\n name CopyAlpha1\n xpos -81\n ypos 493\n disable {{!parent.output_dist_matte}}\n }\n Dot {\n name Dot22\n note_font_size 41\n xpos -47\n ypos 651\n }\nset Nf4c48100 [stack 0]\n Dot {\n name Dot20\n xpos -47\n ypos 689\n }\nset N2cc908e0 [stack 0]\n Dot {\n name Dot28\n note_font_size 41\n xpos -47\n ypos 742\n }\nset N2cc95a80 [stack 0]\n Dot {\n name Dot23\n note_font_size 41\n xpos -47\n ypos 799\n }\npush $N2cc95a80\npush $Nd69fd230\npush $N2cc908e0\npush $Nd69fcd80\npush $Nf4c48100\npush $N157998b0\n Dot {\n name Dot30\n note_font_size 41\n xpos -354\n ypos 428\n }\nset Nf0d9f20 [stack 0]\n AddChannels {\n channels rgba\n name AddChannels2\n xpos -279\n ypos 424\n }\npush $Nf0d9f20\n Copy {\n inputs 2\n from0 rgba.alpha\n to0 apChroma.red\n from1 rgba.alpha\n to1 apChroma.green\n from2 rgba.alpha\n to2 apChroma.blue\n from3 rgba.alpha\n to3 apChroma.alpha\n name Copy6\n xpos -388\n ypos 467\n disable {{\"!\\[exists input2]\"}}\n }\n Merge2 {\n inputs 2+1\n operation copy\n Achannels rgb\n Bchannels rgb\n output rgb\n also_merge apChroma\n name MergeRGB\n xpos -388\n ypos 647\n }\n Copy {\n inputs 2+1\n channels apChroma\n maskChannelMask {{{parent.MergeRGB.maskChannelMask}}}\n maskChannelInput {{{parent.MergeRGB.maskChannelInput}}}\n inject {{parent.MergeRGB.inject}}\n invert_mask {{parent.MergeRGB.invert_mask}}\n fringe {{parent.MergeRGB.fringe}}\n mix {{parent.MergeRGB.mix}}\n name Copy_apChroma\n xpos -388\n ypos 673\n disable {{!parent.calculate_multi_alpha}}\n }\n Copy {\n inputs 2\n from0 rgba.alpha\n to0 rgba.alpha\n name Copy4\n xpos -388\n ypos 732\n disable {{!parent.process_alpha}}\n }\n Copy {\n inputs 2+1\n from0 rgba.alpha\n to0 rgba.alpha\n name CopyAlpha\n xpos -388\n ypos 789\n disable {{!parent.output_dist_matte}}\n }\n Output {\n name Output\n xpos -388\n ypos 910\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_apChromaBlurNew.gizmo", "content": "add_layer {apChroma apChroma.red apChroma.green apChroma.blue apChroma.alpha}\nGroup {\n name apChromaBlur\n help \"apChromaBlur v0.2\\nadrianpueyo.com, 2019\"\n tile_color 0x736efdff\n selected true\n addUserKnob {20 apChromaBlur}\n addUserKnob {41 channels T MergeRGBA.also_merge}\n addUserKnob {26 \"\"}\n addUserKnob {4 blur_mode l mode M {blur defocus \"\"}}\n addUserKnob {18 size}\n size {0 0 0}\n addUserKnob {6 size_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {18 aspect}\n aspect 1\n addUserKnob {6 aspect_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {18 bloom}\n bloom 1\n addUserKnob {6 bloom_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {18 mix_1 l mix}\n mix_1 1\n addUserKnob {6 mix_1_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {26 \"\"}\n addUserKnob {41 chroma l \"multi-alpha\" T MergeCopyChroma.output}\n addUserKnob {6 process_multi_alpha l \"process multi-alpha\" +STARTLINE}\n process_multi_alpha true\n addUserKnob {26 \"\"}\n addUserKnob {41 maskChannelMask l \"mask \" -STARTLINE T MergeRGBA.maskChannelMask}\n addUserKnob {41 inject -STARTLINE T MergeRGBA.inject}\n addUserKnob {41 invert_mask l invert -STARTLINE T MergeRGBA.invert_mask}\n addUserKnob {41 fringe -STARTLINE T MergeRGBA.fringe}\n addUserKnob {41 mix T MergeRGBA.mix}\n addUserKnob {26 version_author l \"\" t \"apChromaBlur v0.2\\n2019\" +STARTLINE T \"
apChromaBlur v0.2 - adrianpueyo.com, 2019\"}\n}\n Merge2 {\n inputs 0\n operation copy\n Achannels {{{parent.MergeCopyChroma.output}}}\n Bchannels none\n output {{{parent.MergeCopyChroma.output}}}\n name MergeChosen\n xpos 824\n ypos 296\n hide_input true\n }\n Input {\n inputs 0\n name Inputmask\n xpos 190\n ypos 914\n number 1\n }\nset Nee2b8fc0 [stack 0]\n Dot {\n name Dot3\n note_font_size 41\n xpos 224\n ypos 956\n }\n Input {\n inputs 0\n name Inputimg\n xpos 319\n ypos 196\n }\n Dot {\n name Dot6\n note_font_size 41\n xpos 353\n ypos 246\n }\nset Nebabdf10 [stack 0]\n Dot {\n name Dot10\n note_font_size 41\n xpos 564\n ypos 246\n }\nset Nee2f0b50 [stack 0]\n Dot {\n name Dot4\n note_font_size 41\n xpos 665\n ypos 246\n }\nset Nee2e8410 [stack 0]\n Dot {\n name Dot2\n note_font_size 41\n xpos 665\n ypos 306\n }\npush $Nee2e8410\n Dot {\n name Dot5\n note_font_size 41\n xpos 737\n ypos 246\n }\n Shuffle {\n red alpha\n green alpha\n blue alpha\n name Shuffle1\n label \"\\[value in]\"\n xpos 703\n ypos 264\n }\n Merge2 {\n inputs 2\n operation copy\n Achannels {{{parent.MergeCopyChroma.output}}}\n Bchannels none\n name MergeGetChroma\n xpos 703\n ypos 302\n disable {{\"\\[\\nif \\{ \\[lsearch -exact \\[channels \\[input this 1]] \\[lindex \\[channels MergeChosen] 0]] >= 0\\} \\{\\n return 0\\n\\} else \\{\\n return 1\\n\\}\\n]\"}}\n }\n Dot {\n name Dot1\n note_font_size 41\n xpos 737\n ypos 348\n }\nset Ncf9c1c10 [stack 0]\n Dot {\n name Dot7\n note_font_size 41\n xpos 737\n ypos 441\n }\npush $Nee2f0b50\n Gamma {\n value {{1/parent.bloom} {1/parent.bloom} {1/parent.bloom} {1/parent.bloom}}\n name Gamma1\n xpos 530\n ypos 393\n }\n Merge2 {\n inputs 2\n operation copy\n Bchannels none\n output {{{parent.MergeCopyChroma.output}}}\n name MergeCopyChromaFull1\n xpos 530\n ypos 431\n disable {{!parent.process_multi_alpha}}\n }\n Dot {\n name Dot9\n note_font_size 41\n xpos 564\n ypos 496\n }\nset Nd3018370 [stack 0]\n Dot {\n name Dot11\n note_font_size 41\n xpos 652\n ypos 496\n }\nset Ne424f1a0 [stack 0]\n Dot {\n name Dot12\n note_font_size 41\n xpos 737\n ypos 496\n }\n Multiply {\n value {0 0 1 1}\n name MultiplyKeepR2\n label \"\\[value value]\"\n xpos 703\n ypos 533\n }\n Blur {\n size {{parent.size.2*parent.aspect.2} {parent.size.2}}\n mix {{parent.mix_1.b}}\n name Blur3\n xpos 703\n ypos 583\n disable {{parent.blur_mode==1}}\n }\n Defocus {\n defocus {{parent.size.2}}\n ratio {{parent.aspect.2}}\n mix {{parent.mix_1.b}}\n name Defocus3\n xpos 703\n ypos 621\n disable {{parent.blur_mode==0}}\n }\n Dot {\n name Dot16\n note_font_size 41\n xpos 737\n ypos 714\n }\npush $Ne424f1a0\n Multiply {\n value {0 1 0 1}\n name MultiplyKeepG2\n label \"\\[value value]\"\n xpos 618\n ypos 533\n }\n Blur {\n size {{parent.size.1*parent.aspect.1} {parent.size.1}}\n mix {{parent.mix_1.g}}\n name Blur2\n xpos 618\n ypos 583\n disable {{parent.blur_mode==1}}\n }\n Defocus {\n defocus {{parent.size.1}}\n ratio {{parent.aspect.1}}\n mix {{parent.mix_1.g}}\n name Defocus2\n xpos 618\n ypos 621\n disable {{parent.blur_mode==0}}\n }\n Dot {\n name Dot15\n note_font_size 41\n xpos 652\n ypos 688\n }\npush $Nd3018370\n Multiply {\n value {1 0 0 1}\n name MultiplyKeepB2\n label \"\\[value value]\"\n xpos 530\n ypos 533\n }\n Blur {\n size {{parent.size.0*parent.aspect.0} {parent.size.0}}\n mix {{parent.mix_1.r}}\n name Blur1\n xpos 530\n ypos 583\n disable {{parent.blur_mode==1}}\n }\n Defocus {\n defocus {{parent.size.0}}\n ratio {{parent.aspect.0}}\n mix {{parent.mix_1.r}}\n name Defocus1\n xpos 530\n ypos 621\n disable {{parent.blur_mode==0}}\n }\n Merge2 {\n inputs 2\n operation plus\n also_merge all\n name Merge1\n xpos 530\n ypos 684\n }\n Merge2 {\n inputs 2\n operation plus\n also_merge all\n name Merge2\n xpos 530\n ypos 710\n }\n Dot {\n name Dot14\n note_font_size 41\n xpos 564\n ypos 758\n }\nset Nd31e4790 [stack 0]\n Dot {\n name Dot17\n note_font_size 41\n xpos 641\n ypos 758\n }\n Dot {\n name Dot18\n note_font_size 41\n xpos 641\n ypos 956\n }\npush $Nee2b8fc0\npush $Ncf9c1c10\npush $Nebabdf10\n Merge2 {\n inputs 2\n operation copy\n Bchannels none\n output {{{parent.MergeCopyChroma.output}}}\n name MergeCopyChromaFull\n xpos 319\n ypos 338\n disable {{!parent.process_multi_alpha}}\n }\n Dot {\n name Dot13\n note_font_size 41\n xpos 353\n ypos 852\n }\nset Nd318e600 [stack 0]\n Shuffle {\n name ShuffleNothing\n xpos 418\n ypos 848\n }\npush $Nd31e4790\n Gamma {\n value {{parent.bloom} {parent.bloom} {parent.bloom} {parent.bloom}}\n name Gamma2\n xpos 530\n ypos 804\n }\n Copy {\n inputs 2\n from0 rgba.alpha\n to0 rgba.alpha\n name CopyA\n xpos 530\n ypos 842\n }\n Dot {\n name Dot8\n note_font_size 41\n xpos 564\n ypos 918\n }\npush $Nd318e600\n Merge2 {\n inputs 2+1\n operation copy\n Achannels none\n Bchannels none\n output none\n also_merge rgba\n name MergeRGBA\n xpos 319\n ypos 908\n }\n Merge2 {\n inputs 2+1\n operation copy\n Achannels {{{output}}}\n Bchannels none\n output apChroma\n maskChannelMask {{{parent.MergeRGBA.maskChannelMask}}}\n inject {{parent.MergeRGBA.inject}}\n invert_mask {{parent.MergeRGBA.invert_mask}}\n fringe {{parent.MergeRGBA.fringe}}\n mix {{parent.MergeRGBA.mix}}\n name MergeCopyChroma\n xpos 319\n ypos 946\n disable {{!parent.process_multi_alpha}}\n }\n Output {\n name Output1\n xpos 319\n ypos 1017\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_apChromaMergeNew.gizmo", "content": "add_layer {apChroma apChroma.red apChroma.green apChroma.blue apChroma.alpha}\nGroup {\n inputs 2\n name apChromaMerge\n tile_color 0x736efdff\n selected true\n addUserKnob {20 apChromaMerge}\n addUserKnob {41 operation T MergeR.operation}\n addUserKnob {41 sRGB l \"Video colorspace\" -STARTLINE T MergeR.sRGB}\n addUserKnob {41 screen_alpha l \"alpha masking\" -STARTLINE T MergeR.screen_alpha}\n addUserKnob {41 bbox l \"set bbox to \" T MergeR.bbox}\n addUserKnob {41 metainput l \"metadata from\" -STARTLINE T MergeR.metainput}\n addUserKnob {41 rangeinput l \"range from\" -STARTLINE T MergeR.rangeinput}\n addUserKnob {26 \"\"}\n addUserKnob {41 Achannels l \"A channels\" T MergeChroma.Achannels}\n addUserKnob {41 Bchannels l \"B channels\" T MergeChroma.Bchannels}\n addUserKnob {41 output T MergeChroma.output}\n addUserKnob {41 also_merge l \"also merge\" T MergeChroma.also_merge}\n addUserKnob {6 mergeAll l \"Merge all channels the same as MergeAll node\" +STARTLINE}\n addUserKnob {26 \"\"}\n addUserKnob {41 chroma l \"multi-alpha\" T MergeCopyChroma.output}\n addUserKnob {6 keep_multi_alpha l \"keep multi-alpha\" t \"Keep the multi-alpha channels, so that you can do more chroma operations downstream.\" +STARTLINE}\n addUserKnob {6 process_alpha l \"process single alpha from\" t \"If activated, the multi-channel alpha will get combined into a regular alpha that you can use for normal operations after this node.\" -STARTLINE}\n process_alpha true\n addUserKnob {41 mode l \"\" -STARTLINE T Saturation0.mode}\n addUserKnob {26 \"\"}\n addUserKnob {41 maskChannelMask l \"mask \" -STARTLINE T MergeChroma.maskChannelMask}\n addUserKnob {41 inject -STARTLINE T MergeChroma.inject}\n addUserKnob {41 invert_mask l invert -STARTLINE T MergeChroma.invert_mask}\n addUserKnob {41 fringe -STARTLINE T MergeChroma.fringe}\n addUserKnob {41 mix T MergeChroma.mix}\n addUserKnob {26 version_author l \"\" t \"apChromaMerge v0.3\\n2019\" +STARTLINE T \"
apChromaMerge v0.3 - adrianpueyo.com, 2019\"}\n}\n Merge2 {\n inputs 0\n operation copy\n Achannels {{{parent.MergeCopyChroma.output}}}\n Bchannels none\n output {{{parent.MergeCopyChroma.output}}}\n name MergeChosen\n xpos -96\n ypos -96\n hide_input true\n }\n Input {\n inputs 0\n name Inputmask\n xpos 1293\n ypos 604\n number 2\n }\nset N80e58740 [stack 0]\n Input {\n inputs 0\n name InputB\n xpos 1158\n ypos -338\n }\nset Nc5153c90 [stack 0]\n Input {\n inputs 0\n name InputA\n xpos -401\n ypos -302\n number 1\n }\n Group {\n inputs 2\n name InjectAllChannels\n tile_color 0x9e3c63ff\n xpos -401\n ypos -206\n disable {{!parent.mergeAll}}\n }\n Input {\n inputs 0\n name InputA\n xpos 378\n ypos 241\n number 1\n }\n Multiply {\n value 0\n name Multiply1\n label \"\\[value value]\"\n xpos 378\n ypos 330\n }\n Input {\n inputs 0\n name InputB\n xpos 520\n ypos 241\n }\n Merge2 {\n inputs 2\n operation plus\n also_merge all\n name Merge1\n xpos 520\n ypos 342\n }\n Output {\n name Output1\n xpos 520\n ypos 400\n }\n end_group\n Dot {\n name Dot18\n note_font_size 41\n xpos -367\n ypos -143\n }\nset N6fb4e7e0 [stack 0]\n Dot {\n name Dot6\n note_font_size 41\n xpos 70\n ypos -143\n }\nset N39b58f60 [stack 0]\n Dot {\n name Dot5\n note_font_size 41\n xpos 148\n ypos -143\n }\n Dot {\n name Dot8\n note_font_size 41\n xpos 148\n ypos -61\n }\npush $N39b58f60\n Shuffle {\n red alpha\n green alpha\n blue alpha\n name ShuffleA\n label alpha\n xpos 36\n ypos -113\n }\n Merge2 {\n inputs 2\n operation copy\n Achannels {{{parent.MergeCopyChroma.output}}}\n Bchannels none\n name MergeGetChroma2\n xpos 36\n ypos -65\n disable {{\"\\[\\nif \\{ \\[lsearch -exact \\[channels \\[input this 1]] \\[lindex \\[channels MergeChosen] 0]] >= 0\\} \\{\\n return 0\\n\\} else \\{\\n return 1\\n\\}\\n]\"}}\n }\n Dot {\n name Dot2\n note_font_size 41\n xpos 70\n ypos 7\n }\nset N12376bc0 [stack 0]\npush $N6fb4e7e0\n Dot {\n name Dot12\n note_font_size 41\n xpos -367\n ypos -42\n }\nset N10ad2290 [stack 0]\n Dot {\n name Dot1\n note_font_size 41\n xpos -290\n ypos -42\n }\nset N9776eaa0 [stack 0]\n Dot {\n name Dot9\n note_font_size 41\n xpos -202\n ypos -42\n }\nset N4424890 [stack 0]\n Dot {\n name Dot7\n note_font_size 41\n xpos -117\n ypos -42\n }\n Copy {\n inputs 2\n from0 rgba.red\n to0 rgba.alpha\n name Copy1\n xpos -151\n ypos -3\n }\n Multiply {\n value {1 0 0 1}\n name MultiplyKeepR2\n label \"\\[value value]\"\n xpos -151\n ypos 35\n }\n Dot {\n name Dot16\n note_font_size 41\n xpos -117\n ypos 155\n }\npush $Nc5153c90\n Dot {\n name Dot32\n note_font_size 41\n xpos 1192\n ypos -149\n }\nset N8e311d10 [stack 0]\n Dot {\n name Dot19\n note_font_size 41\n xpos 945\n ypos -149\n }\nset Naf759af0 [stack 0]\n Dot {\n name Dot20\n note_font_size 41\n xpos 274\n ypos -149\n }\nset N8f6efd30 [stack 0]\n Dot {\n name Dot21\n note_font_size 41\n xpos 196\n ypos -149\n }\n Dot {\n name Dot22\n note_font_size 41\n xpos 196\n ypos -60\n }\npush $N8f6efd30\n Shuffle {\n red alpha\n green alpha\n blue alpha\n name ShuffleA1\n label alpha\n xpos 240\n ypos -119\n }\n Merge2 {\n inputs 2\n operation copy\n Achannels {{{parent.MergeCopyChroma.output}}}\n Bchannels none\n name MergeGetChroma1\n xpos 240\n ypos -64\n disable {{\"\\[\\nif \\{ \\[lsearch -exact \\[channels \\[input this 1]] \\[lindex \\[channels MergeChosen] 0]] >= 0\\} \\{\\n return 0\\n\\} else \\{\\n return 1\\n\\}\\n]\"}}\n }\n Dot {\n name Dot23\n note_font_size 41\n xpos 274\n ypos 1\n }\nset N34914360 [stack 0]\npush $Naf759af0\n Dot {\n name Dot26\n note_font_size 41\n xpos 945\n ypos -48\n }\nset Na2af72e0 [stack 0]\n Dot {\n name Dot27\n note_font_size 41\n xpos 591\n ypos -48\n }\nset N1ffc4140 [stack 0]\n Dot {\n name Dot28\n note_font_size 41\n xpos 503\n ypos -48\n }\nset N810d1a80 [stack 0]\n Dot {\n name Dot29\n note_font_size 41\n xpos 418\n ypos -48\n }\n Copy {\n inputs 2\n from0 rgba.red\n to0 rgba.alpha\n name Copy6\n xpos 384\n ypos -9\n }\n Multiply {\n value {1 0 0 1}\n name MultiplyKeepR1\n label \"\\[value value]\"\n xpos 384\n ypos 63\n }\n Merge2 {\n inputs 2\n Achannels {rgba.red -rgba.green -rgba.blue rgba.alpha}\n Bchannels {rgba.red -rgba.green -rgba.blue rgba.alpha}\n output {rgba.red -rgba.green -rgba.blue rgba.alpha}\n also_merge all\n name MergeR\n xpos 384\n ypos 145\n }\n Dot {\n name Dot31\n xpos 418\n ypos 512\n }\nset N1c247ed0 [stack 0]\npush $N12376bc0\npush $N4424890\n Copy {\n inputs 2\n from0 rgba.green\n to0 rgba.alpha\n name Copy2\n xpos -236\n ypos -3\n }\n Multiply {\n value {0 1 0 1}\n name MultiplyKeepG2\n label \"\\[value value]\"\n xpos -236\n ypos 35\n }\n Dot {\n name Dot15\n note_font_size 41\n xpos -202\n ypos 189\n }\npush $N34914360\npush $N810d1a80\n Copy {\n inputs 2\n from0 rgba.green\n to0 rgba.alpha\n name Copy5\n xpos 469\n ypos -9\n }\n Multiply {\n value {0 1 0 1}\n name MultiplyKeepG1\n label \"\\[value value]\"\n xpos 469\n ypos 63\n }\n Merge2 {\n inputs 2\n operation {{MergeR.operation}}\n sRGB {{MergeR.sRGB}}\n screen_alpha {{MergeR.screen_alpha}}\n bbox {{MergeR.bbox}}\n metainput {{MergeR.metainput}}\n rangeinput {{MergeR.rangeinput}}\n Achannels {-rgba.red rgba.green -rgba.blue rgba.alpha}\n Bchannels {-rgba.red rgba.green -rgba.blue rgba.alpha}\n output {-rgba.red rgba.green -rgba.blue rgba.alpha}\n also_merge all\n maskChannelMask none\n inject {{MergeR.inject}}\n invert_mask {{MergeR.invert_mask}}\n fringe {{MergeR.fringe}}\n mix {{MergeR.mix}}\n name MergeG\n xpos 469\n ypos 179\n }\n Dot {\n name Dot30\n xpos 503\n ypos 474\n }\nset N21bf9a0 [stack 0]\npush $N12376bc0\npush $N9776eaa0\n Copy {\n inputs 2\n from0 rgba.blue\n to0 rgba.alpha\n name Copy3\n xpos -324\n ypos -3\n }\n Multiply {\n value {0 0 1 1}\n name MultiplyKeepB2\n label \"\\[value value]\"\n xpos -324\n ypos 35\n }\n Dot {\n name Dot14\n note_font_size 41\n xpos -290\n ypos 237\n }\npush $N34914360\npush $N1ffc4140\n Copy {\n inputs 2\n from0 rgba.blue\n to0 rgba.alpha\n name Copy4\n xpos 557\n ypos -9\n }\n Multiply {\n value {0 0 1 1}\n name MultiplyKeepB1\n label \"\\[value value]\"\n xpos 557\n ypos 63\n }\n Merge2 {\n inputs 2\n operation {{MergeR.operation}}\n sRGB {{MergeR.sRGB}}\n screen_alpha {{MergeR.screen_alpha}}\n bbox {{MergeR.bbox}}\n metainput {{MergeR.metainput}}\n rangeinput {{MergeR.rangeinput}}\n Achannels {-rgba.red -rgba.green rgba.blue rgba.alpha}\n Bchannels {-rgba.red -rgba.green rgba.blue rgba.alpha}\n output {-rgba.red -rgba.green rgba.blue rgba.alpha}\n also_merge all\n maskChannelMask none\n inject {{MergeR.inject}}\n invert_mask {{MergeR.invert_mask}}\n fringe {{MergeR.fringe}}\n mix {{MergeR.mix}}\n name MergeB\n xpos 557\n ypos 227\n }\n Dot {\n name Dot17\n note_font_size 41\n xpos 591\n ypos 436\n }\nset N914b9350 [stack 0]\npush $N10ad2290\n Dot {\n name Dot13\n note_font_size 41\n xpos -367\n ypos 281\n }\npush $Na2af72e0\n Merge2 {\n inputs 2\n operation {{MergeR.operation}}\n sRGB {{MergeR.sRGB}}\n screen_alpha {{MergeR.screen_alpha}}\n bbox {{MergeR.bbox}}\n metainput {{MergeR.metainput}}\n rangeinput {{MergeR.rangeinput}}\n Achannels {-rgba.red -rgba.green -rgba.blue rgba.alpha}\n Bchannels {-rgba.red -rgba.green -rgba.blue rgba.alpha}\n output {-rgba.red -rgba.green -rgba.blue rgba.alpha}\n also_merge all\n maskChannelMask none\n inject {{MergeR.inject}}\n invert_mask {{MergeR.invert_mask}}\n fringe {{MergeR.fringe}}\n mix {{MergeR.mix}}\n name MergeA\n xpos 911\n ypos 271\n }\n Multiply {\n value {0 0 0 1}\n name MultiplyKeepA\n label \"\\[value value]\"\n xpos 911\n ypos 309\n }\n Dot {\n name Dot33\n note_font_size 41\n xpos 945\n ypos 381\n }\nset Na783d360 [stack 0]\n Dot {\n name Dot34\n note_font_size 41\n xpos 816\n ypos 381\n }\n Copy {\n inputs 2\n from0 rgba.alpha\n to0 rgba.blue\n name Copy10\n xpos 782\n ypos 426\n }\n Copy {\n inputs 2\n from0 rgba.alpha\n to0 rgba.green\n name Copy11\n xpos 782\n ypos 464\n }\n Copy {\n inputs 2\n from0 rgba.alpha\n to0 rgba.red\n name Copy12\n xpos 782\n ypos 502\n }\n Dot {\n name Dot36\n xpos 816\n ypos 657\n }\nset N8f734ee0 [stack 0]\n Saturation {\n channels rgba\n saturation 0\n name Saturation0\n xpos 782\n ypos 709\n }\npush $N80e58740\npush $N8f734ee0\npush $N80e58740\npush $Na783d360\n Dot {\n name Dot3\n note_font_size 41\n xpos 1021\n ypos 381\n }\n Dot {\n name Dot4\n note_font_size 41\n xpos 1021\n ypos 544\n }\npush $N1c247ed0\npush $N21bf9a0\npush $N914b9350\npush $Na783d360\n Merge2 {\n inputs 2\n operation plus\n bbox A\n metainput A\n rangeinput A\n also_merge all\n name Merge1\n xpos 911\n ypos 432\n }\n Merge2 {\n inputs 2\n operation plus\n bbox A\n metainput A\n rangeinput A\n also_merge all\n name Merge2\n xpos 911\n ypos 470\n }\n Merge2 {\n inputs 2\n operation plus\n bbox A\n metainput A\n rangeinput A\n also_merge all\n name Merge3\n xpos 911\n ypos 508\n }\n Copy {\n inputs 2\n from0 rgba.alpha\n to0 rgba.alpha\n name CopyA\n xpos 911\n ypos 534\n }\n Dot {\n name Dot37\n xpos 945\n ypos 608\n }\npush $N34914360\npush $N8e311d10\n Merge2 {\n inputs 2\n operation copy\n Bchannels none\n output {{{parent.MergeCopyChroma.output}}}\n name MergeGetChroma3\n xpos 1158\n ypos -9\n }\n Merge2 {\n inputs 2+1\n operation copy\n bbox {{MergeR.bbox}}\n metainput {{MergeR.metainput}}\n rangeinput {{MergeR.rangeinput}}\n name MergeChroma\n xpos 1158\n ypos 604\n }\n Merge2 {\n inputs 2+1\n operation copy\n Bchannels none\n output apChroma\n inject {{parent.MergeChroma.inject}}\n invert_mask {{parent.MergeChroma.invert_mask}}\n fringe {{parent.MergeChroma.fringe}}\n mix {{parent.MergeChroma.mix}}\n name MergeCopyChroma\n xpos 1158\n ypos 647\n }\n Copy {\n inputs 2+1\n from0 rgba.red\n to0 rgba.alpha\n maskChannelMask {{{parent.MergeChroma.maskChannelMask}}}\n maskChannelInput {{{parent.MergeChroma.maskChannelInput}}}\n inject {{parent.MergeChroma.inject}}\n invert_mask {{parent.MergeChroma.invert_mask}}\n fringe {{parent.MergeChroma.fringe}}\n mix {{parent.MergeChroma.mix}}\n name CopySingleAlpha\n xpos 1158\n ypos 703\n disable {{!parent.process_alpha}}\n }\n Remove {\n channels {{{parent.MergeCopyChroma.output}}}\n name RemoveChroma\n xpos 1158\n ypos 741\n disable {{parent.keep_multi_alpha}}\n }\n Output {\n name Output1\n xpos 1158\n ypos 789\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_apChromaPremult.gizmo", "content": "add_layer {apChroma apChroma.red apChroma.green apChroma.blue apChroma.alpha}\nGroup {\n name apChromaPremult\n help \"apChromaPremult v0.1\\nadrianpueyo.com, 2019\"\n knobChanged \"n=nuke.thisNode()\\nk=nuke.thisKnob()\\nkn=k.name()\\n\\nif kn == \\\"scale_x\\\" and n\\[\\\"scale_linked\\\"].value():\\n n\\[\\\"scale_y\\\"].setValue(k.value())\\nelif kn == \\\"scale_y\\\" and n\\[\\\"scale_linked\\\"].value():\\n n\\[\\\"scale_x\\\"].setValue(k.value())\\nelif kn == \\\"scale_linked\\\" and k.value():\\n n\\[\\\"scale_y\\\"].setValue(n\\[\\\"scale_x\\\"].value())\\n \"\n tile_color 0x736efdff\n addUserKnob {20 apChromaPremult}\n addUserKnob {41 channels l multiply T MergeRGBA.also_merge}\n addUserKnob {41 chroma l \"by multi-alpha\" T MergeCopyChroma.output}\n addUserKnob {26 version_author l \"\" t \"apChromaPremult v0.1\\n2019\" +STARTLINE T \"
apChromaPremult v0.1 - adrianpueyo.com, 2019\"}\n}\n Input {\n inputs 0\n name Input\n xpos 319\n ypos 326\n }\n Dot {\n name Dot6\n note_font_size 41\n xpos 353\n ypos 376\n }\nset N3cb1ec50 [stack 0]\n Dot {\n name Dot14\n note_font_size 41\n xpos 573\n ypos 376\n }\nset N61f40c80 [stack 0]\n Dot {\n name Dot4\n note_font_size 41\n xpos 943\n ypos 376\n }\nset N11fab120 [stack 0]\n Dot {\n name Dot2\n note_font_size 41\n xpos 943\n ypos 436\n }\npush $N11fab120\n Dot {\n name Dot5\n note_font_size 41\n xpos 1015\n ypos 376\n }\n Shuffle {\n red alpha\n green alpha\n blue alpha\n name Shuffle1\n label \"\\[value in]\"\n xpos 981\n ypos 394\n }\n Merge2 {\n inputs 2\n operation copy\n Achannels {{{parent.MergeCopyChroma.output}}}\n Bchannels none\n name MergeGetChroma\n xpos 981\n ypos 432\n disable {{\"\\[\\nif \\{ \\[lsearch -exact \\[channels \\[input this 1]] \\[lindex \\[channels MergeChosen] 0]] >= 0\\} \\{\\n return 0\\n\\} else \\{\\n return 1\\n\\}\\n]\"}}\n }\n Dot {\n name Dot10\n note_font_size 41\n xpos 1015\n ypos 599\n }\nset N4c49fb00 [stack 0]\n Dot {\n name Dot9\n note_font_size 41\n xpos 1015\n ypos 892\n }\npush $N4c49fb00\npush $N61f40c80\n Dot {\n name Dot27\n note_font_size 41\n xpos 573\n ypos 498\n }\nset N4ca9fa40 [stack 0]\n Dot {\n name Dot11\n note_font_size 41\n xpos 677\n ypos 498\n }\nset N6828d220 [stack 0]\n Dot {\n name Dot12\n note_font_size 41\n xpos 782\n ypos 498\n }\nset N4171d460 [stack 0]\n Dot {\n name Dot15\n note_font_size 41\n xpos 884\n ypos 498\n }\n Multiply {\n value {0 0 0 1}\n name MultiplyKeepA\n label \"\\[value value]\"\n xpos 850\n ypos 539\n }\n Copy {\n inputs 2\n from0 rgba.alpha\n to0 rgba.alpha\n name Copy4\n xpos 850\n ypos 589\n }\n Premult {\n channels all\n name Premult4\n xpos 850\n ypos 627\n }\n Dot {\n name Dot18\n note_font_size 41\n xpos 884\n ypos 754\n }\npush $N4c49fb00\npush $N4171d460\n Multiply {\n value {0 0 1 0}\n name MultiplyKeepB\n label \"\\[value value]\"\n xpos 748\n ypos 539\n }\n Copy {\n inputs 2\n from0 rgba.blue\n to0 rgba.alpha\n name Copy3\n xpos 748\n ypos 589\n }\n Premult {\n channels all\n name Premult3\n xpos 748\n ypos 627\n }\n Dot {\n name Dot7\n note_font_size 41\n xpos 782\n ypos 728\n }\npush $N4c49fb00\npush $N6828d220\n Multiply {\n value {0 1 0 0}\n name MultiplyKeepG\n label \"\\[value value]\"\n xpos 643\n ypos 539\n }\n Copy {\n inputs 2\n from0 rgba.green\n to0 rgba.alpha\n name Copy2\n xpos 643\n ypos 589\n }\n Premult {\n channels all\n name Premult2\n xpos 643\n ypos 627\n }\n Dot {\n name Dot17\n note_font_size 41\n xpos 677\n ypos 702\n }\npush $N4c49fb00\npush $N4ca9fa40\n Multiply {\n value {1 0 0 0}\n name MultiplyKeepR\n label \"\\[value value]\"\n xpos 539\n ypos 538\n }\n Copy {\n inputs 2\n from0 rgba.red\n to0 rgba.alpha\n name Copy1\n xpos 539\n ypos 588\n }\n Premult {\n channels all\n name Premult1\n xpos 539\n ypos 626\n }\n Merge2 {\n inputs 2\n operation plus\n also_merge all\n name Merge1\n xpos 539\n ypos 698\n }\n Merge2 {\n inputs 2\n operation plus\n also_merge all\n name Merge2\n xpos 539\n ypos 724\n }\n Merge2 {\n inputs 2\n operation plus\n also_merge all\n name Merge3\n xpos 539\n ypos 750\n }\n Dot {\n name Dot8\n note_font_size 41\n xpos 573\n ypos 854\n }\npush $N3cb1ec50\n Merge2 {\n inputs 2\n operation copy\n Achannels none\n Bchannels none\n output none\n also_merge rgba\n name MergeRGBA\n selected true\n xpos 319\n ypos 844\n }\n Merge2 {\n inputs 2\n operation copy\n Bchannels none\n output apChroma\n maskChannelMask {{{parent.MergeRGBA.maskChannelMask}}}\n inject {{parent.MergeRGBA.inject}}\n invert_mask {{parent.MergeRGBA.invert_mask}}\n fringe {{parent.MergeRGBA.fringe}}\n mix {{parent.MergeRGBA.mix}}\n name MergeCopyChroma\n xpos 319\n ypos 882\n }\n Output {\n name Output1\n xpos 319\n ypos 952\n }\n Merge2 {\n inputs 0\n operation copy\n Achannels {{{parent.MergeCopyChroma.output}}}\n Bchannels none\n output {{{parent.MergeCopyChroma.output}}}\n name MergeChosen\n xpos 1100\n ypos 424\n hide_input true\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_apChromaTransformNew.gizmo", "content": "add_layer {apChroma apChroma.red apChroma.green apChroma.blue apChroma.alpha}\nGroup {\n name apChromaTransform\n help \"apChromaBlur v0.1\\nadrianpueyo.com, 2019\"\n knobChanged \"n=nuke.thisNode()\\nk=nuke.thisKnob()\\nkn=k.name()\\n\\nif kn == \\\"scale_x\\\" and n\\[\\\"scale_linked\\\"].value():\\n n\\[\\\"scale_y\\\"].setValue(k.value())\\nelif kn == \\\"scale_y\\\" and n\\[\\\"scale_linked\\\"].value():\\n n\\[\\\"scale_x\\\"].setValue(k.value())\\nelif kn == \\\"scale_linked\\\" and k.value():\\n n\\[\\\"scale_y\\\"].setValue(n\\[\\\"scale_x\\\"].value())\\n \"\n tile_color 0x736efdff\n selected true\n addUserKnob {20 apChromaTransform}\n addUserKnob {41 channels T MergeRGBA.also_merge}\n addUserKnob {26 \"\" +STARTLINE}\n addUserKnob {19 translate_x l \"translate x\" R -100 100}\n translate_x 0\n addUserKnob {19 translate_y l \"translate y\" R -100 100}\n translate_y 0\n addUserKnob {19 rotate R -180 180}\n rotate 0\n addUserKnob {19 scale_x l \"scale x\" R 0 4}\n scale_x 1\n addUserKnob {19 scale_y l \"scale y\" R 0 4}\n scale_y 1\n addUserKnob {6 scale_linked l linked +STARTLINE}\n scale_linked true\n addUserKnob {19 skewX l \"skew X\" R -1 1}\n skewX 0\n addUserKnob {19 skewY l \"skew Y\" R -1 1}\n skewY 0\n addUserKnob {19 chroma_mix l mix}\n chroma_mix 1\n addUserKnob {41 skew_order l \"skew order\" T TransformR.skew_order}\n addUserKnob {41 center T TransformR.center}\n addUserKnob {41 invert_matrix l invert T TransformR.invert_matrix}\n addUserKnob {26 \"\"}\n addUserKnob {41 chroma l \"multi-alpha\" T MergeCopyChroma.output}\n addUserKnob {6 process_multi_alpha l \"process multi-alpha\" +STARTLINE}\n process_multi_alpha true\n addUserKnob {26 \"\"}\n addUserKnob {41 filter T TransformR.filter}\n addUserKnob {41 clamp -STARTLINE T TransformR.clamp}\n addUserKnob {41 black_outside l \"black outside\" -STARTLINE T TransformR.black_outside}\n addUserKnob {41 motionblur T TransformR.motionblur}\n addUserKnob {41 shutter T TransformR.shutter}\n addUserKnob {41 shutteroffset l \"shutter offset\" T TransformR.shutteroffset}\n addUserKnob {41 shuttercustomoffset l \"\" -STARTLINE T TransformR.shuttercustomoffset}\n addUserKnob {41 maskChannelMask l \"mask \" T MergeRGBA.maskChannelMask}\n addUserKnob {41 inject -STARTLINE T MergeRGBA.inject}\n addUserKnob {41 invert_mask l invert -STARTLINE T MergeRGBA.invert_mask}\n addUserKnob {41 fringe -STARTLINE T MergeRGBA.fringe}\n addUserKnob {41 mix T MergeRGBA.mix}\n addUserKnob {26 version_author l \"\" t \"apChromaTransform v0.1\\n2019\" +STARTLINE T \"
apChromaTransform v0.1 - adrianpueyo.com, 2019\"}\n}\n Input {\n inputs 0\n name Inputmask\n xpos 190\n ypos 809\n number 1\n }\nset N4e27e610 [stack 0]\n Dot {\n name Dot3\n note_font_size 41\n xpos 224\n ypos 853\n }\n Input {\n inputs 0\n name Inputimg\n xpos 319\n ypos 249\n }\n Dot {\n name Dot6\n note_font_size 41\n xpos 353\n ypos 299\n }\nset N7c366390 [stack 0]\n Dot {\n name Dot10\n note_font_size 41\n xpos 463\n ypos 299\n }\n Dot {\n name Dot14\n note_font_size 41\n xpos 573\n ypos 299\n }\nset N8cfb7bd0 [stack 0]\n Dot {\n name Dot4\n note_font_size 41\n xpos 683\n ypos 299\n }\nset N72e18190 [stack 0]\n Dot {\n name Dot2\n note_font_size 41\n xpos 683\n ypos 359\n }\npush $N72e18190\n Dot {\n name Dot5\n note_font_size 41\n xpos 755\n ypos 299\n }\n Shuffle {\n red alpha\n green alpha\n blue alpha\n name Shuffle1\n label \"\\[value in]\"\n xpos 721\n ypos 317\n }\n Merge2 {\n inputs 2\n operation copy\n Achannels {{{parent.MergeCopyChroma.output}}}\n Bchannels none\n name MergeGetChroma\n xpos 721\n ypos 355\n disable {{\"\\[\\nif \\{ \\[lsearch -exact \\[channels \\[input this 1]] \\[lindex \\[channels MergeChosen] 0]] >= 0\\} \\{\\n return 0\\n\\} else \\{\\n return 1\\n\\}\\n]\"}}\n }\n Dot {\n name Dot1\n note_font_size 41\n xpos 755\n ypos 401\n }\nset N7721fd10 [stack 0]\n Dot {\n name Dot16\n note_font_size 41\n xpos 755\n ypos 436\n }\npush $N8cfb7bd0\n Merge2 {\n inputs 2\n operation copy\n Bchannels none\n output {{{parent.MergeCopyChroma.output}}}\n name MergeCopyChromaFull1\n xpos 539\n ypos 426\n disable {{!parent.process_multi_alpha}}\n }\n Dot {\n name Dot27\n note_font_size 41\n xpos 573\n ypos 498\n }\nset N86a36f50 [stack 0]\n Dot {\n name Dot11\n note_font_size 41\n xpos 677\n ypos 498\n }\nset N479b7910 [stack 0]\n Dot {\n name Dot12\n note_font_size 41\n xpos 782\n ypos 498\n }\nset N53968e70 [stack 0]\n Dot {\n name Dot15\n note_font_size 41\n xpos 884\n ypos 498\n }\n Multiply {\n value {0 0 0 1}\n name MultiplyKeepA\n label \"\\[value value]\"\n xpos 850\n ypos 539\n }\n Transform {\n translate {{parent.translate_x.a} {parent.translate_y.a}}\n rotate {{parent.rotate.a}}\n scale {{parent.scale_x.a} {parent.scale_y.a}}\n skewX {{parent.skewX.a}}\n skewY {{parent.skewY.a}}\n skew_order {{parent.TransformR.skew_order}}\n center {{parent.TransformR.center} {parent.TransformR.center}}\n invert_matrix {{parent.TransformR.invert_matrix}}\n filter {{parent.TransformR.filter}}\n clamp {{parent.TransformR.clamp}}\n black_outside {{parent.TransformR.black_outside}}\n motionblur {{parent.TransformR.motionblur}}\n shutter {{parent.TransformR.shutter}}\n shutteroffset {{parent.TransformR.shutteroffset}}\n shuttercustomoffset {{parent.TransformR.shuttercustomoffset}}\n name TransformA\n xpos 850\n ypos 631\n }\n Dot {\n name Dot18\n note_font_size 41\n xpos 884\n ypos 749\n }\npush $N53968e70\n Multiply {\n value {0 0 1 0}\n name MultiplyKeepB\n label \"\\[value value]\"\n xpos 748\n ypos 539\n }\n Transform {\n translate {{parent.translate_x.b} {parent.translate_y.b}}\n rotate {{parent.rotate.b}}\n scale {{parent.scale_x.b} {parent.scale_y.b}}\n skewX {{parent.skewX.b}}\n skewY {{parent.skewY.b}}\n skew_order {{parent.TransformR.skew_order}}\n center {{parent.TransformR.center} {parent.TransformR.center}}\n invert_matrix {{parent.TransformR.invert_matrix}}\n filter {{parent.TransformR.filter}}\n clamp {{parent.TransformR.clamp}}\n black_outside {{parent.TransformR.black_outside}}\n motionblur {{parent.TransformR.motionblur}}\n shutter {{parent.TransformR.shutter}}\n shutteroffset {{parent.TransformR.shutteroffset}}\n shuttercustomoffset {{parent.TransformR.shuttercustomoffset}}\n name TransformB\n xpos 748\n ypos 631\n }\n Dot {\n name Dot7\n note_font_size 41\n xpos 782\n ypos 723\n }\npush $N479b7910\n Multiply {\n value {0 1 0 0}\n name MultiplyKeepG\n label \"\\[value value]\"\n xpos 643\n ypos 539\n }\n Transform {\n translate {{parent.translate_x.g} {parent.translate_y.g}}\n rotate {{parent.rotate.g}}\n scale {{parent.scale_x.g} {parent.scale_y.g}}\n skewX {{parent.skewX.g}}\n skewY {{parent.skewY.g}}\n skew_order {{parent.TransformR.skew_order}}\n center {{parent.TransformR.center} {parent.TransformR.center}}\n invert_matrix {{parent.TransformR.invert_matrix}}\n filter {{parent.TransformR.filter}}\n clamp {{parent.TransformR.clamp}}\n black_outside {{parent.TransformR.black_outside}}\n motionblur {{parent.TransformR.motionblur}}\n shutter {{parent.TransformR.shutter}}\n shutteroffset {{parent.TransformR.shutteroffset}}\n shuttercustomoffset {{parent.TransformR.shuttercustomoffset}}\n name TransformG\n xpos 643\n ypos 631\n }\n Dot {\n name Dot17\n note_font_size 41\n xpos 677\n ypos 697\n }\npush $N86a36f50\n Multiply {\n value {1 0 0 0}\n name MultiplyKeepR\n label \"\\[value value]\"\n xpos 539\n ypos 538\n }\n Transform {\n translate {{parent.translate_x.r} {parent.translate_y.r}}\n rotate {{parent.rotate.r}}\n scale {{parent.scale_x.r} {parent.scale_y.r}}\n skewX {{parent.skewX.r}}\n skewY {{parent.skewY.r}}\n center {1024 576}\n shutteroffset centred\n name TransformR\n xpos 539\n ypos 631\n }\n Merge2 {\n inputs 2\n operation plus\n also_merge all\n name Merge1\n xpos 539\n ypos 693\n }\n Merge2 {\n inputs 2\n operation plus\n also_merge all\n name Merge2\n xpos 539\n ypos 719\n }\n Merge2 {\n inputs 2\n operation plus\n also_merge all\n name Merge3\n xpos 539\n ypos 745\n }\n Dot {\n name Dot8\n note_font_size 41\n xpos 573\n ypos 813\n }\nset N7a967a30 [stack 0]\n Dot {\n name Dot9\n note_font_size 41\n xpos 573\n ypos 853\n }\npush $N4e27e610\npush $N7a967a30\npush $N7721fd10\npush $N7c366390\n Merge2 {\n inputs 2\n operation copy\n Bchannels none\n output {{{parent.MergeCopyChroma.output}}}\n name MergeCopyChromaFull\n xpos 319\n ypos 391\n disable {{!parent.process_multi_alpha}}\n }\n Merge2 {\n inputs 2+1\n operation copy\n Achannels none\n Bchannels none\n output none\n also_merge rgba\n name MergeRGBA\n xpos 319\n ypos 803\n }\n Merge2 {\n inputs 2+1\n operation copy\n Achannels {{{output}}}\n Bchannels none\n output apChroma\n maskChannelMask {{{parent.MergeRGBA.maskChannelMask}}}\n inject {{parent.MergeRGBA.inject}}\n invert_mask {{parent.MergeRGBA.invert_mask}}\n fringe {{parent.MergeRGBA.fringe}}\n mix {{parent.MergeRGBA.mix}}\n name MergeCopyChroma\n xpos 319\n ypos 843\n disable {{!parent.process_multi_alpha}}\n }\n Output {\n name Output1\n xpos 319\n ypos 911\n }\n Merge2 {\n inputs 0\n operation copy\n Achannels {{{parent.MergeCopyChroma.output}}}\n Bchannels none\n output {{{parent.MergeCopyChroma.output}}}\n name MergeChosen\n xpos 840\n ypos 347\n hide_input true\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_apChromaUnpremult.gizmo", "content": "add_layer {apChroma apChroma.red apChroma.green apChroma.blue apChroma.alpha}\nGroup {\n name apChromaUnpremult\n help \"apChromaUnpremult v0.1\\nadrianpueyo.com, 2019\"\n knobChanged \"n=nuke.thisNode()\\nk=nuke.thisKnob()\\nkn=k.name()\\n\\nif kn == \\\"scale_x\\\" and n\\[\\\"scale_linked\\\"].value():\\n n\\[\\\"scale_y\\\"].setValue(k.value())\\nelif kn == \\\"scale_y\\\" and n\\[\\\"scale_linked\\\"].value():\\n n\\[\\\"scale_x\\\"].setValue(k.value())\\nelif kn == \\\"scale_linked\\\" and k.value():\\n n\\[\\\"scale_y\\\"].setValue(n\\[\\\"scale_x\\\"].value())\\n \"\n tile_color 0x736efdff\n addUserKnob {20 apChromaUnpremult}\n addUserKnob {41 channels l divide T MergeRGBA.also_merge}\n addUserKnob {41 chroma l \"by multi-alpha\" T MergeCopyChroma.output}\n addUserKnob {26 version_author l \"\" t \"apChromaUnpremult v0.1\\n2019\" +STARTLINE T \"
apChromaUnpremult v0.1 - adrianpueyo.com, 2019\"}\n}\n Merge2 {\n inputs 0\n operation copy\n Achannels {{{parent.MergeCopyChroma.output}}}\n Bchannels none\n output {{{parent.MergeCopyChroma.output}}}\n name MergeChosen\n xpos 1100\n ypos 404\n hide_input true\n }\n Input {\n inputs 0\n name Input\n xpos 319\n ypos 306\n }\n Dot {\n name Dot6\n note_font_size 41\n xpos 353\n ypos 356\n }\nset N41e26ae0 [stack 0]\n Dot {\n name Dot14\n note_font_size 41\n xpos 573\n ypos 356\n }\nset N39527690 [stack 0]\n Dot {\n name Dot4\n note_font_size 41\n xpos 943\n ypos 356\n }\nset N4b39dcc0 [stack 0]\n Dot {\n name Dot2\n note_font_size 41\n xpos 943\n ypos 416\n }\npush $N4b39dcc0\n Dot {\n name Dot5\n note_font_size 41\n xpos 1015\n ypos 356\n }\n Shuffle {\n red alpha\n green alpha\n blue alpha\n name Shuffle1\n label \"\\[value in]\"\n xpos 981\n ypos 374\n }\n Merge2 {\n inputs 2\n operation copy\n Achannels {{{parent.MergeCopyChroma.output}}}\n Bchannels none\n name MergeGetChroma\n xpos 981\n ypos 412\n disable {{\"\\[\\nif \\{ \\[lsearch -exact \\[channels \\[input this 1]] \\[lindex \\[channels MergeChosen] 0]] >= 0\\} \\{\\n return 0\\n\\} else \\{\\n return 1\\n\\}\\n]\"}}\n }\n Dot {\n name Dot10\n note_font_size 41\n xpos 1015\n ypos 599\n }\nset N950ce3e0 [stack 0]\n Dot {\n name Dot9\n note_font_size 41\n xpos 1015\n ypos 892\n }\npush $N950ce3e0\npush $N39527690\n Dot {\n name Dot27\n note_font_size 41\n xpos 573\n ypos 498\n }\nset Na64f7670 [stack 0]\n Dot {\n name Dot11\n note_font_size 41\n xpos 677\n ypos 498\n }\nset Na64fc180 [stack 0]\n Dot {\n name Dot12\n note_font_size 41\n xpos 782\n ypos 498\n }\nset N90ed73a0 [stack 0]\n Dot {\n name Dot15\n note_font_size 41\n xpos 884\n ypos 498\n }\n Multiply {\n value {0 0 0 1}\n name MultiplyKeepA\n label \"\\[value value]\"\n xpos 850\n ypos 539\n }\n Copy {\n inputs 2\n from0 rgba.alpha\n to0 rgba.alpha\n name Copy4\n xpos 850\n ypos 589\n }\n Unpremult {\n channels all\n name Unpremult4\n xpos 850\n ypos 626\n }\n Dot {\n name Dot18\n note_font_size 41\n xpos 884\n ypos 738\n }\npush $N950ce3e0\npush $N90ed73a0\n Multiply {\n value {0 0 1 0}\n name MultiplyKeepB\n label \"\\[value value]\"\n xpos 748\n ypos 539\n }\n Copy {\n inputs 2\n from0 rgba.blue\n to0 rgba.alpha\n name Copy3\n xpos 748\n ypos 589\n }\n Unpremult {\n channels all\n name Unpremult3\n xpos 748\n ypos 627\n }\n Dot {\n name Dot7\n note_font_size 41\n xpos 782\n ypos 712\n }\npush $N950ce3e0\npush $Na64fc180\n Multiply {\n value {0 1 0 0}\n name MultiplyKeepG\n label \"\\[value value]\"\n xpos 643\n ypos 539\n }\n Copy {\n inputs 2\n from0 rgba.green\n to0 rgba.alpha\n name Copy2\n xpos 643\n ypos 589\n }\n Unpremult {\n channels all\n name Unpremult2\n xpos 643\n ypos 627\n }\n Dot {\n name Dot17\n note_font_size 41\n xpos 677\n ypos 686\n }\npush $N950ce3e0\npush $Na64f7670\n Multiply {\n value {1 0 0 0}\n name MultiplyKeepR\n label \"\\[value value]\"\n xpos 539\n ypos 538\n }\n Copy {\n inputs 2\n from0 rgba.red\n to0 rgba.alpha\n name Copy1\n xpos 539\n ypos 588\n }\n Unpremult {\n channels all\n name Unpremult1\n xpos 539\n ypos 626\n }\n Merge2 {\n inputs 2\n operation plus\n also_merge all\n name Merge1\n xpos 539\n ypos 682\n }\n Merge2 {\n inputs 2\n operation plus\n also_merge all\n name Merge2\n xpos 539\n ypos 708\n }\n Merge2 {\n inputs 2\n operation plus\n also_merge all\n name Merge3\n xpos 539\n ypos 734\n }\n Dot {\n name Dot8\n note_font_size 41\n xpos 573\n ypos 854\n }\npush $N41e26ae0\n Merge2 {\n inputs 2\n operation copy\n Achannels none\n Bchannels none\n output none\n also_merge rgba\n name MergeRGBA\n xpos 319\n ypos 844\n }\n Merge2 {\n inputs 2\n operation copy\n Bchannels none\n output apChroma\n maskChannelMask {{{parent.MergeRGBA.maskChannelMask}}}\n inject {{parent.MergeRGBA.inject}}\n invert_mask {{parent.MergeRGBA.invert_mask}}\n fringe {{parent.MergeRGBA.fringe}}\n mix {{parent.MergeRGBA.mix}}\n name MergeCopyChroma\n xpos 319\n ypos 882\n }\n Output {\n name Output1\n xpos 319\n ypos 950\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_apDespill.gizmo", "content": "Group {\n name apDespill\n help \"apDespill v2.0 by Adrian Pueyo\\n\\nGizmo to despill an image, with options to despill any hue (and not only the primaries), select different algorithms for de/respilling, and protect tones from the despill.\\n\\nIf you just want a basic despill, its default values should already be enough and the tool will avoid any extra calculations.\\n\\nv2 includes a new \\\"absolute\\\" mode which lets you basically perform a key, or do a \\\"despill to color\\\" operation. Also, the despill color, respill color and limit can now be plugged as image inputs if you wish, letting you perform a fully image-based despill or key, sort of iKeylight. Additionally, it allows you to perform the despill under a colorspace sandwich, for the artists who prefer to loop through different colorspaces in order to find one that works. Thanks to Tony Lyons the best feedback!\\n\\nadrianpueyo.com, 2014-2021\"\n onCreate \"n = nuke.thisNode()\\nn\\['tolerance'].setRange(0,2)\\nn\\['prot1_tolerance'].setFlag(0x00000004)\\nn\\['prot1_effect'].setFlag(0x00000004)\"\n knobChanged \"n = nuke.thisNode()\\nk = nuke.thisKnob()\\nkn = k.name()\\nif kn == \\\"color\\\":\\n kv = k.getValue()\\n custom_weight_labels = \\[\\\"green - blue\\\", \\\"red - blue\\\", \\\"red - green\\\", \\\" \\\"]\\n n\\[\\\"custom_weight\\\"].setLabel(custom_weight_labels\\[int(kv)])\\n n\\[\\\"pick\\\"].setVisible(k.getValue() == 3)\\nelif kn == \\\"mode\\\":\\n n\\[\\\"custom_weight\\\"].setVisible(n\\[\\\"mode\\\"].getValue()==3)\\nelif kn in \\[\\\"out\\\",\\\"output_alpha\\\"]:\\n n\\[\\\"respill_math\\\"].setEnabled(n\\[\\\"out\\\"].getValue()==0 or n\\[\\\"output_alpha\\\"].getValue()==1)\\n n\\[\\\"respill_color\\\"].setEnabled(n\\[\\\"out\\\"].getValue()==0)\\n n\\[\\\"inverted_spill_matte\\\"].setEnabled(n\\[\\\"output_alpha\\\"].value())\\nelif kn == \\\"prot1_activate\\\":\\n protA = n\\[\\\"prot1_activate\\\"].value()\\n n\\[\\\"prot1_preview\\\"].setEnabled(protA)\\n for i in \\[\\\"prot1\\\", \\\"prot1_tolerance\\\", \\\"prot1_falloff\\\",\\\"prot1_effect\\\"]:\\n n\\[i].setVisible(protA)\\nelif kn == \\\"inputChange\\\":\\n n.knobs()\\[\\\"limit_channel\\\"].setVisible(n.input(3) is not None)\\n n.knobs()\\[\\\"invert_limit_channel\\\"].setVisible(n.input(3) is not None)\\n color_enabled = nuke.toNode(\\\"apDespillKernel\\\")\\[\\\"apDespillKernel_use_color_input\\\"].getValue()==0\\n n\\[\\\"color\\\"].setEnabled(color_enabled)\\n n.knobs()\\[\\\"pick\\\"].setEnabled(color_enabled)\\n n\\[\\\"info_using_input_color\\\"].setVisible(not color_enabled)\\nelif kn == \\\"colorspace_shift\\\":\\n kv = k.value()\\n for i in \\[\\\"colorspace_out\\\", \\\"illuminant_out\\\", \\\"primary_out\\\"]:\\n n.knobs()\\[i].setEnabled(kv)\\n for i in \\[\\\"colorspace_in\\\", \\\"illuminant_in\\\", \\\"primary_in\\\"]:\\n n.knobs()\\[i].setEnabled(kv and n\\[\\\"input_colorspace\\\"].value())\\n n\\[\\\"input_colorspace\\\"].setEnabled(kv)\\nelif kn == \\\"input_colorspace\\\":\\n kv = k.value()\\n for i in \\[\\\"colorspace_in\\\", \\\"illuminant_in\\\", \\\"primary_in\\\"]:\\n n.knobs()\\[i].setVisible(kv)\\n n.knobs()\\[i].setEnabled(kv)\\nelif kn == \\\"imagebased\\\":\\n kv = k.value()\\n input_names = \\[\\\"color\\\",\\\"limit\\\",\\\"respill\\\"]\\n if kv:\\n for i_name in input_names:\\n i_fullname = \\\"Input\\\"+i_name\\n if not nuke.exists(i_fullname):\\n i_node = nuke.nodes.Input()\\n i_node\\[\\\"name\\\"].setValue(i_fullname)\\n else:\\n i_node = nuke.toNode(i_fullname)\\n dot = nuke.toNode(\\\"Dot\\\"+i_name)\\n i_node.setXYpos(dot.xpos(),dot.ypos()-40)\\n dot.setInput(0,i_node)\\n else:\\n # If something connected, do nothing\\n if not any(\\[n.input(i) for i in \\[2,3,4]]):\\n for i_name in input_names:\\n if nuke.exists(\\\"Input\\\"+i_name):\\n nuke.delete(nuke.toNode(\\\"Input\\\"+i_name))\\n else:\\n k.setValue(True)\"\n tile_color 0x8b8b8bff\n selected true\n addUserKnob {20 apDespill}\n addUserKnob {6 pick_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 imagebased l image-based t \"Show or hide image-based inputs.\\n\\nThis doesn't change anything internally except hiding inputs, just to avoid intimidating arrows on the node graph.\\n\\nNote: While any image-based input is connected, this won't let you hide them.\" +STARTLINE}\n addUserKnob {6 absolute_mode l \"absolute mode\" t \"Absolute mode performs a keying algorithm instead of a regular despill, so that you can do a \\\"spill to colour\\\" or even use this node as an image-based Keylight.\" -STARTLINE}\n addUserKnob {26 \"\"}\n addUserKnob {4 color t \"Select a primary as a starting point, or custom to show RGB controls to select any color.\\n\\nNote: If an image is plugged on the color input, this will get overwritten by the input.\" M {red green blue custom \"\" \"\" \"\"}}\n color custom\n addUserKnob {26 info_using_input_color l \" \" -STARTLINE +HIDDEN T \" (Using color from input)\"}\n addUserKnob {18 pick t \"Pick the color you'd like to use for the despill. \\n\\nPlease use ctrl/cmd+alt+click for picking.\\n\\nNOTE: If a despill color image input is plugged, this value will be ignored.\"}\n pick {0 1 0}\n addUserKnob {6 pick_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 pick_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 dfg_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {4 out l output t \"Quick switch to output the despilled image or the substracted one.\" M {despill spill}}\n addUserKnob {6 output_alpha l \"output spill matte in alpha\" t \"Output the spill luminance in the alpha channel.\" +STARTLINE}\n output_alpha true\n addUserKnob {6 inverted_spill_matte l inverted t \"Invert the output spill matte (in the alpha channel), especially useful when the despill is set to Absolute mode, in which case this will output a keying-like alpha.\" -STARTLINE}\n inverted_spill_matte true\n addUserKnob {4 mode l \"despill math\" t \"average = avg of other two channels\\nmaximum = max of other two channels\\nminimum = min of other two channels\\ncustom = select custom weights\" M {average maximum minimum custom \"\"}}\n addUserKnob {7 custom_weight l \" \" t \"-1 = only capped by the first channel\\n0 = capped by avg of both\\n1 = only capped by the second channel\" -STARTLINE +HIDDEN R -1 1}\n addUserKnob {26 \"\"}\n addUserKnob {6 colorspace_shift l \"alt colorspace\" t \"This allows for the popular artistic approach to refining the despill where you browse through colorspace conversions (mainly white point and primaries) and choose one that matches your desired despill bias.\\n\\nTip: Double click on a dropdown and use the Page Up and Page Down keys on your keyboard to browse quickly through the items.\\n\\nNote: There's no need at all for the values of these dropdowns to match your working colorspace, so you can leave it as-is or tweak it if you prefer, regardless of the colorspace you're comping at (e.g. ACEScg). It is literally an artistic conversion prior to the despill algorithm that then gets reverted.\" +STARTLINE}\n colorspace_shift true\n addUserKnob {6 input_colorspace l \"input colorspace\" t \"Also tweak the input colorspace for the back and forth colorspace conversion. This is generally not needed however, as this colorspace conversion is generally only used for artistic purposes.\" -STARTLINE}\n addUserKnob {6 log_space l log t \"Perform Lin2Log -> Despill -> Log2Lin.\" -STARTLINE}\n addUserKnob {41 colorspace_in l \"in colorspace\" +DISABLED +HIDDEN T Colorspace1.colorspace_in}\n addUserKnob {41 illuminant_in l \"\" -STARTLINE +DISABLED +HIDDEN T Colorspace1.illuminant_in}\n addUserKnob {41 primary_in l \"\" -STARTLINE +DISABLED +HIDDEN T Colorspace1.primary_in}\n addUserKnob {41 colorspace_out l \"despill space\" T Colorspace1.colorspace_out}\n addUserKnob {41 illuminant_out l \"\" -STARTLINE T Colorspace1.illuminant_out}\n addUserKnob {41 primary_out l \"\" -STARTLINE T Colorspace1.primary_out}\n addUserKnob {26 \"\"}\n addUserKnob {7 hue_offset l \"hue offset\" t \"Rotate the despill vectors to despill an arbitrary tone other than the primaries or the picked color.\\nNote: A rotation of +-120 degrees is the same as selecting a different color channel.\" R -30 30}\n addUserKnob {7 tolerance l limit t \"Use this to multiply the hue tolerance (the limiter value). You can move it all the way down to 0 to completely remove a hue from your image.\\n\\nNOTE: If an image is plugged into the limit input, this will act as a multiplier.\" R 0 2}\n tolerance 1\n addUserKnob {41 limit_channel l \"limit channel\" +HIDDEN T CopyLimit.from0}\n addUserKnob {6 invert_limit_channel l invert t \"The recommended workflow for the image-based limit is keeping this invert turned on, so that the higher the value of the limit channel, the lower the limit gets.\" -STARTLINE +HIDDEN}\n invert_limit_channel true\n addUserKnob {6 prot1_activate l \"protect tones\" t \"Enable controls to select tones to protect from despilling.\" +STARTLINE}\n addUserKnob {6 prot1_preview l preview t \"Output the protected tones.\" -STARTLINE +DISABLED}\n addUserKnob {18 prot1 l protect t \"Pick the central hue to protect.\\n(ctrl/cmd+alt+click)\" +HIDDEN}\n prot1 {0 0 0}\n addUserKnob {6 prot1_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 prot1_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {7 prot1_tolerance l tolerance t \"Amount of hues to include in the selection.\" +HIDDEN}\n prot1_tolerance 0.2\n addUserKnob {7 prot1_falloff l falloff t \"Falloff for the hue selection. A higher falloff will make hues apart from the picked one lose weight more quickly.\" +HIDDEN R 0 4}\n prot1_falloff 2\n addUserKnob {7 prot1_effect l effect t \"Multiplier for the hue protection, and for the spill limit value.\" +HIDDEN R 0 10}\n prot1_effect 1\n addUserKnob {26 respill_divider l \"\" +STARTLINE}\n addUserKnob {4 respill_math l \"spill math\" t \"Settings for the math for desaturating the the spill before adding it back.\" M {\"Rec 709\" \"Ccir 601\" \"Rec 2020\" Average Maximum \"\" \"\" \"\" \"\" \"\"}}\n addUserKnob {18 respill_color l \"respill color\" t \"RGB multiplier for the desaturated spill when adding it back.\\n\\nIf used on non-degrained plates (which should be avoided anyway), any value other than 1 here will most likely produce grain artifacts.\\n\\nNOTE: If a respill image input is plugged, this value will act as a multiplier.\" R 0 4}\n respill_color 1\n addUserKnob {6 respill_color_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 respill_color_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {26 \"\"}\n addUserKnob {41 maskChannelMask l mask T Merge.maskChannelMask}\n addUserKnob {41 inject -STARTLINE T Merge.inject}\n addUserKnob {41 invert_mask l invert -STARTLINE T Merge.invert_mask}\n addUserKnob {41 fringe -STARTLINE T Merge.fringe}\n addUserKnob {41 mix T Merge.mix}\n addUserKnob {26 version_author l \"\" t \"apDespill v2.0\\n13 April, 2021\" +STARTLINE T \"
apDespill v2.0 - adrianpueyo.com, 2014-2021\"}\n}\n Input {\n inputs 0\n name Inputmask\n xpos 273\n ypos -250\n number 1\n }\n Dot {\n name Dot1\n note_font_size 41\n xpos 307\n ypos -147\n }\nset Nc6c65d00 [stack 0]\n Dot {\n name Dot5\n note_font_size 41\n xpos 307\n ypos -117\n }\n Input {\n inputs 0\n name Inputimage\n xpos 449\n ypos -949\n }\nset Nc6c64f00 [stack 0]\n Dot {\n name Dot2\n note_font_size 41\n xpos 788\n ypos -877\n }\n Dot {\n name Dot6\n xpos 788\n ypos -814\n }\nset Nc6c64100 [stack 0]\n Expression {\n temp_name0 minval\n temp_expr0 min(r,g,b)\n temp_name1 lift\n temp_expr1 minval<0\n expr0 lift?r+abs(minval):r\n expr1 lift?g+abs(minval):g\n expr2 lift?b+abs(minval):b\n expr3 lift?abs(minval):0\n name Expression1\n xpos 617\n ypos -778\n }\nset Nc6c5b900 [stack 0]\n Dot {\n name Dot7\n selected true\n xpos 651\n ypos -256\n }\n Dot {\n inputs 0\n name Dotrespill\n label Dotrespill\n note_font \"Verdana Bold\"\n xpos 1190\n ypos -525\n }\n AddChannels {\n channels rgba\n format_size true\n name AddRGBA_spill\n xpos 1156\n ypos -442\n }\n Dot {\n inputs 0\n name Dotcolor\n label Dotcolor\n note_font \"Verdana Bold\"\n xpos 1080\n ypos -593\n }\n AddChannels {\n channels rgba\n format_size true\n name AddRGBA_color\n xpos 1046\n ypos -499\n }\n Dot {\n inputs 0\n name Dotlimit\n label Dotlimit\n note_font \"Verdana Bold\"\n xpos 936\n ypos -732\n }\n Shuffle {\n red black\n green black\n blue black\n alpha black\n name Shuffle_limit\n label \"\\[value in]\"\n xpos 902\n ypos -670\n }\npush $Nc6c5b900\npush $Nc6c64100\n Shuffle2 {\n inputs 2\n fromInput1 {{1} B A}\n fromInput2 {{0} B A}\n in2 rgba\n mappings \"4 rgba.red 0 0 rgba.red 0 0 rgba.green 0 1 rgba.green 0 1 rgba.blue 0 2 rgba.blue 0 2 rgba.alpha 1 3 rgba.alpha 0 3\"\n name Shuffle1\n label \"\\[value in1]\"\n xpos 754\n ypos -774\n }\n Shuffle {\n alpha black\n name Shuffle\n xpos 754\n ypos -694\n }\n Copy {\n inputs 2\n from0 rgba.alpha\n to0 rgba.alpha\n name CopyLimit\n xpos 754\n ypos -670\n }\n Invert {\n channels alpha\n name InvertLimit\n xpos 754\n ypos -611\n disable {{!invert_limit_channel}}\n }\n Colorspace {\n name Colorspace1\n label \"\\[value colorspace_in] >> \\[value colorspace_out]\"\n xpos 754\n ypos -557\n disable {{!parent.colorspace_shift}}\n }\n Log2Lin {\n operation lin2log\n name Log2Lin1\n xpos 754\n ypos -508\n disable {{!log_space}}\n }\n BlinkScript {\n inputs 3\n recompileCount 94\n ProgramGroup 1\n KernelDescription \"2 \\\"apDespillKernel\\\" iterate pixelWise 857ee5211c9dc340b8743026c9778403c1424a4ec1afa5c7990e55b71f93720c 4 \\\"src\\\" Read Point \\\"color_src\\\" Read Point \\\"spill_src\\\" Read Point \\\"dst\\\" Write Point 21 \\\"limit\\\" Float 1 AACAPw== \\\"shift\\\" Float 1 AAAAAA== \\\"weights\\\" Float 1 AAAAAA== \\\"outmode\\\" Int 1 AAAAAA== \\\"output_alpha\\\" Int 1 AAAAAA== \\\"output_alpha_inverted\\\" Int 1 AAAAAA== \\\"clr\\\" Int 1 AAAAAA== \\\"mode\\\" Int 1 AAAAAA== \\\"respill_math\\\" Int 1 AAAAAA== \\\"respill_color\\\" Float 4 AAAAAAAAAAAAAAAAAAAAAA== \\\"prot1_on\\\" Int 1 AAAAAA== \\\"prot1_preview\\\" Int 1 AAAAAA== \\\"prot1\\\" Float 3 AAAAAAAAAAAAAAAAAAAAAA== \\\"prot1_tolerance\\\" Float 1 AAAAAA== \\\"prot1_mult\\\" Float 1 AAAAAA== \\\"prot1_falloff\\\" Float 1 AAAAAA== \\\"pickSpill\\\" Float 3 AAAAAAAAAAAAAAAAAAAAAA== \\\"despill_method\\\" Int 1 AAAAAA== \\\"use_color_input\\\" Int 1 AAAAAA== \\\"use_spill_input\\\" Int 1 AAAAAA== \\\"use_limit_input\\\" Int 1 AAAAAA== 21 \\\"limit\\\" 1 1 \\\"shift\\\" 1 1 \\\"weights\\\" 1 1 \\\"outmode\\\" 1 1 \\\"output_alpha\\\" 1 1 \\\"output_alpha_inverted\\\" 1 1 \\\"clr\\\" 1 1 \\\"mode\\\" 1 1 \\\"respill_math\\\" 1 1 \\\"respill_color\\\" 4 1 \\\"prot1_on\\\" 1 1 \\\"prot1_preview\\\" 1 1 \\\"prot1\\\" 3 1 \\\"prot1_tolerance\\\" 1 1 \\\"prot1_mult\\\" 1 1 \\\"prot1_falloff\\\" 1 1 \\\"pickSpill\\\" 3 1 \\\"despill_method\\\" 1 1 \\\"use_color_input\\\" 1 1 \\\"use_spill_input\\\" 1 1 \\\"use_limit_input\\\" 1 1 7 \\\"_usePicked\\\" Int 1 1 AAAAAA== \\\"_clr\\\" Int 1 1 AAAAAA== \\\"_ret\\\" Int 1 1 AAAAAA== \\\"_hueShift\\\" Float 1 1 AAAAAA== \\\"_autoShift\\\" Float 1 1 AAAAAA== \\\"despillColor\\\" Float 3 1 AAAAAAAAAAAAAAAAAAAAAA== \\\"vNorm\\\" Float 3 1 AAAAAAAAAAAAAAAAAAAAAA==\"\n kernelSource \"//---------------------------------------------------------\\n// apDespillKernel - apDespill v1.0 by Adrian Pueyo\\n//\\n// Despill an image, with options to despill any hue (and\\n// not only the primaries), select different algorithms for\\n// des/respilling, and protect tones from the despill.\\n//\\n// v2.0: Ability to plug image inputs for the controls,\\n// and to perform a full key and respill.\\n//\\n// adrianpueyo.com, 2014-2017\\n// ---------------------------------------------------------\\n\\ninline float y_convert_ccir601(const float4 in)\\{\\n return in.x * 0.299f + in.y * 0.587f + in.z * 0.114f;\\n\\}\\n\\ninline float y_convert_rec709(const float4 in)\\{\\n return in.x * 0.2125f + in.y * 0.7154f + in.z * 0.0721f;\\n\\}\\n\\ninline float y_convert_rec2020(const float4 in)\\{\\n return in.x * 0.2627f + in.y * 0.678f + in.z * 0.0593f;\\n\\}\\n\\ninline float4 hueRotate(const float4 in, const float H)\\{\\n if(H==0.0f)\\{\\n return in;\\n \\}else\\{\\n float cosH = cos(H*PI/180);\\n float sinH = sin(H*PI/180);\\n float3 ret;\\n ret.x = (in.x+in.y+in.z)*(1-cosH)/3 + in.x*cosH + (-in.y/sqrt(3.0f)+in.z/sqrt(3.0f))*sinH;\\n ret.y = (in.x+in.y+in.z)*(1-cosH)/3 + in.y*cosH + (in.x/sqrt(3.0f)-in.z/sqrt(3.0f))*sinH;\\n ret.z = (in.x+in.y+in.z)*(1-cosH)/3 + in.z*cosH + (-in.x/sqrt(3.0f)+in.y/sqrt(3.0f))*sinH;\\n return float4(ret.x,ret.y,ret.z,in\\[3]);\\n \\}\\n\\}\\n\\nfloat3 vecToPlane(float3 v1, float3 v2 = float3(1.0f,1.0f,1.0f))\\{\\n float3 v1onv2;\\n v1onv2 = v2 * float((float(dot(v2,v1))/float(dot(v2,v2)))); //Projection of vector on another (plane's normal)\\n return v1-v1onv2; //Projection of vector on plane\\n\\}\\n\\ninline float3 myCross(float3 a, float3 b)\\{\\n return float3(float(a.y*b.z-a.z*b.y),float(a.z*b.x-a.x*b.z),float(a.x*b.y-a.y*b.x));\\n\\}\\n\\ninline float colorAngle(const float3 v1, const float3 v2)\\{\\n const float3 vN=float3(1.0f,1.0f,1.0f);\\n float ang = acos(float(dot(v1,v2))/float(sqrt(dot(v1,v1)*dot(v2,v2))));\\n float3 crs = myCross(v1,v2);\\n if (dot(vN, crs) > 0) \\{\\n ang = -ang;\\n \\}\\n return ang;\\n\\}\\n\\n//Main function to calculate the despill for a float4 colour. If prot1_preview is True, returns the prot1 result instead.\\ninline float4 apDespillMain(float4 src_color, float hueShift, int clr, int mode, float limit, float weights, int prot1_preview, int prot1_on, float3 prot1, float prot1_tolerance, float prot1_mult, float prot1_falloff)\\{\\n //1. HueRotate IN\\n float4 despilled = hueRotate(src_color, hueShift);\\n\\n //2. Calculate the limit\\n float resultLimit = 0.0f;\\n int2 others;\\n if(clr==0)\\{//If red (and if _usePicked, also set red)\\n others = int2(1,2);\\n \\}else if(clr==1)\\{\\n others=int2(0,2);\\n \\}else if(clr==2)\\{\\n others=int2(0,1);\\n \\}\\n\\n if(mode==0)\\{//average\\n resultLimit = (despilled\\[others\\[0]]+despilled\\[others\\[1]])/2;\\n \\}else if(mode==1)\\{//max\\n resultLimit = max(despilled\\[others\\[0]],despilled\\[others\\[1]]);\\n \\}else if(mode==2)\\{//min\\n resultLimit = min(despilled\\[others\\[0]],despilled\\[others\\[1]]);\\n \\}else\\{//custom\\n resultLimit = despilled\\[others\\[0]]*weights+despilled\\[others\\[1]]*(1-weights);\\n \\}\\n\\n //3. Protect tones\\n float prot1_result;\\n if(prot1_on==1&&(prot1\\[0]!=prot1\\[1]||prot1\\[0]!=prot1\\[2]||prot1\\[1]!=prot1\\[2]))\\{\\n float cos_prot1_angle;\\n cos_prot1_angle = (src_color\\[0]*prot1\\[0]+src_color\\[1]*prot1\\[1]+src_color\\[2]*prot1\\[2]) / (sqrt(prot1\\[0]*prot1\\[0]+prot1\\[1]*prot1\\[1]+prot1\\[2]*prot1\\[2]) * sqrt(src_color\\[0]*src_color\\[0]+src_color\\[1]*src_color\\[1]+src_color\\[2]*src_color\\[2]));\\n prot1_result = pow(clamp(cos_prot1_angle,0.0f,1.0f),1/pow(prot1_tolerance,prot1_falloff));\\n resultLimit = resultLimit*(1+prot1_result*prot1_mult);\\n \\}\\n\\n //4. Calculate the despill and HueRotate OUT\\n for (int component = 0; component < 3; component++)\\{\\n despilled\\[component] = component==clr?min(despilled\\[component],resultLimit*limit):despilled\\[component];\\n \\}\\n despilled = hueRotate(despilled,-hueShift);\\n despilled\\[3] = prot1_result;\\n return despilled;\\n\\}\\n\\ninline float getLuma(float4 src_color, int luma_math)\\{\\n float luma;\\n if(luma_math==0)\\{\\n luma = y_convert_rec709(src_color);\\n \\}else if(luma_math==1)\\{\\n luma = y_convert_ccir601(src_color);\\n \\}else if(luma_math==2)\\{\\n luma = y_convert_rec2020(src_color); \\n \\}else if(luma_math==3)\\{\\n luma = (src_color\\[0]+src_color\\[1]+src_color\\[2])/3;\\n \\}else\\{\\n luma = max(max(src_color\\[0],src_color\\[1]),src_color\\[2]);\\n \\}\\n return luma;\\n\\}\\n\\nkernel apDespillKernel : ImageComputationKernel\\n\\{\\n Image src;\\n Image color_src;\\n Image spill_src; //Acts as a multiplier for the respill color\\n Image dst;\\n\\n param:\\n float limit;\\n float shift;\\n float weights;\\n int outmode;//0=despill,1=spill\\n int output_alpha;\\n int output_alpha_inverted;\\n int clr; //0=red,1=green,2=blue\\n int mode; //0=average,1=maximum,2=minimum,3=custom\\n int respill_math; //0=Rec709,1=Ccir601,2=Avg,3=Max\\n float4 respill_color;\\n int prot1_on;\\n int prot1_preview;\\n float3 prot1;\\n float prot1_tolerance;\\n float prot1_mult;\\n float prot1_falloff;\\n float3 pickSpill;\\n int despill_method; //0=despill,1=key/\\\"absolute\\\"\\n\\n int use_color_input;\\n int use_spill_input;\\n int use_limit_input; //Should be shuffled in the src's alpha\\n\\n local:\\n int _usePicked;\\n int _clr;\\n int _ret;\\n float _hueShift;\\n float _autoShift;\\n float3 despillColor;\\n float3 vNorm;\\n\\n void define() \\{\\n defineParam(limit, \\\"limit\\\", 1.0f);\\n defineParam(shift, \\\"shift\\\", 0.0f);\\n \\}\\n\\n void init() \\{\\n //1. Calculate which color to affect\\n _ret = 0;\\n if(use_color_input==1)\\{\\n _clr = 0;\\n _usePicked = 1;\\n \\}else if(clr!=3)\\{//red green or blue\\n _usePicked = 0;\\n _clr = clr;\\n \\}else if(pickSpill.x==pickSpill.y && pickSpill.x==pickSpill.z)\\{\\n _ret = 1;//if \\\"custom\\\" selected but has a gray value, avoid any calculations\\n \\}else\\{\\n _usePicked = 1;\\n _clr = 0;\\n \\}\\n vNorm = float3(1.0f,1.0f,1.0f);\\n if(use_color_input==0)\\{\\n //2. Calculate the necessary hue shift\\n _autoShift = 0.0f;\\n if(_usePicked==1)\\{\\n _autoShift = colorAngle(vecToPlane(pickSpill,vNorm),vecToPlane(float3(1.0f,0.0f,0.0f),vNorm));\\n _autoShift = _autoShift*180/PI;//to deg\\n \\}\\n _hueShift = shift-_autoShift;\\n \\}\\n \\}\\n\\n void process()\\{\\n if(_ret == 1)\\{ dst()=src(); return; \\} //Avoid any calculations if no despill selected\\n\\n //0. If color from input, calculate the necessary hue shift\\n float hueShift = 0.0f, autoShift = 0.0f;\\n float3 despillColor;\\n if(use_color_input==1)\\{\\n despillColor = float3(color_src(0),color_src(1),color_src(2));\\n autoShift = colorAngle(vecToPlane(despillColor,vNorm),vecToPlane(float3(1.0f,0.0f,0.0f),vNorm));\\n autoShift = autoShift*180/PI;//to deg\\n hueShift = shift-autoShift;\\n \\}else\\{\\n if(_usePicked == 1)\\{\\n despillColor = pickSpill;\\n \\}else\\{\\n despillColor = float3(_clr==0?1.0f:0.0f,_clr==1?1.0f:0.0f,_clr==2?1.0f:0.0f);\\n \\}\\n \\n hueShift = _hueShift;\\n \\}\\n\\n float limit_result = use_limit_input==1?limit*src(3):limit;\\n\\n //1. Despill the source image\\n float4 despilled = apDespillMain(src(), hueShift, _clr, mode, limit_result, weights, prot1_preview, prot1_on, prot1, prot1_tolerance, prot1_mult, prot1_falloff);\\n if(prot1_preview==1 && prot1_on==1)\\{\\n dst() = src()*clamp(despilled\\[3]*prot1_mult,0.0f,1.0f);\\n return;\\n \\}\\n float4 spill = src()-despilled;\\n float spill_luma = getLuma(spill, respill_math);\\n\\n //2. Process the key if key method selected\\n float4 result;\\n float4 despilled_full, spill_full; //Will account for the key if method selected is key\\n float spill_luma_full;\\n if(despill_method==0)\\{\\n //Despill Method = Despill\\n despilled_full = despilled;\\n spill_full = spill;\\n spill_luma_full = spill_luma;\\n \\}else\\{\\n //Despill Method = Key\\n float4 despillColor4 = float4(despillColor.x,despillColor.y,despillColor.z,1.0f); //For simplicity\\n\\n //2.1. Despill the picked despill colour itself, for normalizing the spill\\n float4 pickSpill_despilled = apDespillMain(despillColor4, hueShift, _clr, mode, limit_result, weights, prot1_preview, prot1_on, prot1, prot1_tolerance, prot1_mult, prot1_falloff);\\n float4 pickSpill_spill = despillColor4-pickSpill_despilled;\\n float pickSpill_spill_luma = getLuma(pickSpill_spill, respill_math);\\n\\n spill_luma_full = pickSpill_spill_luma == 0? 0:spill_luma/pickSpill_spill_luma;\\n spill_full = despillColor4*spill_luma_full;\\n despilled_full = src()-spill_full;\\n \\}\\n\\n\\n float4 respill_color_result = use_spill_input==1?spill_src()*respill_color:respill_color;\\n //3. Output\\n if(outmode==0)\\{ //Despill\\n result = despilled_full+spill_luma_full*respill_color_result;\\n \\}else\\{ //Spill\\n result = spill_full;\\n \\}\\n\\n if(output_alpha==0)\\{\\n result\\[3]=src(3);\\n \\}else\\{\\n if(output_alpha_inverted == 0)\\{\\n result\\[3]=spill_luma_full;\\n \\}else\\{\\n result\\[3]=1-spill_luma_full;\\n \\}\\n \\}\\n\\n dst() = result;\\n\\n \\}\\n\\};\"\n useGPUIfAvailable false\n vectorize false\n rebuild \"\"\n apDespillKernel_limit {{parent.tolerance}}\n apDespillKernel_shift {{parent.hue_offset}}\n apDespillKernel_weights {{(parent.custom_weight+1)/2}}\n apDespillKernel_outmode {{parent.out}}\n apDespillKernel_output_alpha {{parent.output_alpha}}\n apDespillKernel_output_alpha_inverted {{parent.inverted_spill_matte}}\n apDespillKernel_clr {{parent.color}}\n apDespillKernel_mode {{parent.mode}}\n apDespillKernel_respill_math {{parent.respill_math}}\n apDespillKernel_respill_color {{parent.respill_color.r} {parent.respill_color.g} {parent.respill_color.b} 1}\n apDespillKernel_prot1_on {{parent.prot1_activate}}\n apDespillKernel_prot1_preview {{parent.prot1_preview}}\n apDespillKernel_prot1 {{parent.prot1} {parent.prot1} {parent.prot1}}\n apDespillKernel_prot1_tolerance {{parent.prot1_tolerance}}\n apDespillKernel_prot1_mult {{parent.prot1_effect}}\n apDespillKernel_prot1_falloff {{parent.prot1_falloff}}\n apDespillKernel_pickSpill {{parent.pick} {parent.pick} {parent.pick}}\n apDespillKernel_despill_method {{parent.absolute_mode}}\n apDespillKernel_use_color_input {{\"\\[\\nif \\{ \\[lsearch -exact \\[channels \\[input this 1].input] rgba.red] >= 0\\} \\{\\n return 1\\n\\} else \\{\\n return 0\\n\\}\\n]\"}}\n apDespillKernel_use_spill_input {{\"\\[\\nif \\{ \\[lsearch -exact \\[channels \\[input this 2].input] rgba.red] >= 0\\} \\{\\n return 1\\n\\} else \\{\\n return 0\\n\\}\\n]\"}}\n apDespillKernel_use_limit_input {{\"\\[exists parent.input3]\"}}\n rebuild_finalise \"\"\n name apDespillKernel\n xpos 754\n ypos -448\n }\n Log2Lin {\n name Log2Lin2\n xpos 754\n ypos -378\n disable {{!log_space}}\n }\n Colorspace {\n channels {{{parent.Colorspace5.channels}}}\n colorspace_in {{parent.Colorspace1.colorspace_out}}\n illuminant_in {{parent.Colorspace1.illuminant_out}}\n primary_in {{parent.Colorspace1.primary_out}}\n colorspace_out {{parent.Colorspace1.colorspace_in}}\n illuminant_out {{parent.Colorspace1.illuminant_in}}\n primary_out {{parent.Colorspace1.primary_in}}\n name Colorspace2\n label \"\\[value colorspace_in] >> \\[value colorspace_out]\"\n xpos 754\n ypos -354\n disable {{!parent.colorspace_shift}}\n }\n MergeExpression {\n inputs 2\n expr0 Br-Aa\n expr1 Bg-Aa\n expr2 Bb-Aa\n name MergeExpression1\n selected true\n xpos 754\n ypos -238\n }\n Dot {\n name Dot3\n note_font_size 41\n xpos 788\n ypos -147\n }\nset Nc6bf3200 [stack 0]\n Dot {\n name Dot4\n note_font_size 41\n xpos 788\n ypos -117\n }\npush $Nc6c65d00\npush $Nc6bf3200\npush $Nc6c64f00\n Merge2 {\n inputs 2+1\n operation copy\n bbox B\n Achannels {rgba.red rgba.green rgba.blue -rgba.alpha}\n Bchannels {rgba.red rgba.green rgba.blue -rgba.alpha}\n output {rgba.red rgba.green rgba.blue -rgba.alpha}\n name Merge\n xpos 449\n ypos -150\n }\n Copy {\n inputs 2+1\n from0 rgba.alpha\n to0 rgba.alpha\n bbox B\n maskChannelMask {{{parent.Merge.maskChannelMask}}}\n maskChannelInput {{{parent.Merge.maskChannelInput}}}\n inject {{parent.Merge.inject}}\n invert_mask {{parent.Merge.invert_mask}}\n fringe {{parent.Merge.fringe}}\n name CopyAlpha\n xpos 449\n ypos -126\n disable {{!parent.output_alpha}}\n }\n Output {\n name Output\n xpos 449\n ypos -46\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_apDirLight.gizmo", "content": "Group {\n name apDirLight\n help \"Simulate a simple directional/infinite light through a normal pass, by picking a normal color and then tweaking the radius, falloff and hardness of the light.\\n\\napDirLight v0.2 by Adrian Pueyo\\nadrianpueyo.com, 2016\"\n knobChanged \"\\nif int(nuke.thisNode()\\['theOutput'].getValue())==1:\\n nuke.thisNode()\\['color'].setEnabled(True)\\n nuke.thisNode()\\['intensity'].setEnabled(True)\\nelse:\\n nuke.thisNode()\\['color'].setEnabled(False)\\n nuke.thisNode()\\['intensity'].setEnabled(False)\\n\"\n selected true\n addUserKnob {20 apDirLight}\n addUserKnob {41 in l \"input normals\" T ShuffleNormals.in}\n addUserKnob {6 pick_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {41 pick T CalcLight.pick}\n addUserKnob {7 radius t \"Radius of the DirLight around the picked color.\" R 0 2}\n radius 0.5\n addUserKnob {7 falloff t \"Inverse gamma of the DirLight.\" R 0 5}\n falloff 1\n addUserKnob {7 hardness t \"Brings black point and white point closer together, to create a hard center.\"}\n addUserKnob {4 theOutput l output t \"Output the light in the alpha channel or in the rgb by choosing its color/gain.\" M {alpha rgb}}\n addUserKnob {18 color t \"Set a rgb color to the DirLight.\" +DISABLED}\n color 1\n addUserKnob {6 color_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {7 intensity t \"Multiplier for the color.\" +DISABLED R 0 3}\n intensity 1\n addUserKnob {26 copyright l \"\" +STARTLINE T \"\\napDirLight v0.2 - adrianpueyo.com, 2016.\"}\n}\n Input {\n inputs 0\n name Inputmask\n xpos -164\n ypos 44\n number 1\n }\n Input {\n inputs 0\n name InputN\n xpos -54\n ypos -131\n }\n Shuffle {\n in rgb\n name ShuffleNormals\n xpos -54\n ypos -107\n }\n Expression {\n temp_name0 cosA\n temp_expr0 (r*pick.r+g*pick.g+b*pick.b)/(sqrt(r*r+g*g+b*b)*sqrt(pick.r*pick.r+pick.g*pick.g+pick.b*pick.b))\n expr3 1-pow(clamp(cosA),1/pow(radius,5))\n name CalcLight\n xpos -54\n ypos -83\n addUserKnob {20 Picker}\n addUserKnob {18 pick}\n pick {1 1 1}\n addUserKnob {6 pick_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n }\n Gamma {\n channels alpha\n value {{parent.falloff}}\n name Gamma\n xpos -54\n ypos -59\n }\n Grade {\n channels alpha\n blackpoint {{parent.hardness>1?0.5:parent.hardness<0?0:parent.hardness/2}}\n whitepoint {{parent.hardness>1?0.5:parent.hardness<0?1:1-parent.hardness/2}}\n name GradeHardness\n xpos -54\n ypos -27\n }\n Invert {\n channels alpha\n name Invert\n xpos -54\n ypos 5\n }\n ChannelMerge {\n inputs 2\n operation multiply\n name ChannelMergeMask\n xpos -54\n ypos 35\n disable {{\"!\\[exists parent.input1]\"}}\n }\nset N193debd0 [stack 0]\n Shuffle {\n red alpha\n green alpha\n blue alpha\n alpha black\n name ShuffleRGB\n xpos 43\n ypos 44\n }\n Grade {\n white {{parent.color} {parent.color} {parent.color} {parent.color}}\n multiply {{parent.intensity}}\n name GradeRGB\n xpos 43\n ypos 77\n }\npush $N193debd0\n Switch {\n inputs 2\n which {{parent.theOutput}}\n name SwitchRGB\n xpos -54\n ypos 77\n }\n Output {\n name Output\n xpos -54\n ypos 101\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_apEdgeCrush.gizmo", "content": "Group {\n name apEdgeCrush\n help \"apEdgeCrush by Adrian Pueyo\"\n knobChanged \"n=nuke.thisNode()\\nk=nuke.thisKnob()\\nkn = k.name()\\nif kn == \\\"use_input_channels\\\":\\n n.knobs()\\[\\\"pattern_channel\\\"].setEnabled(not bool(k.getValue()))\\nelif kn == \\\"inputChange\\\":\\n n.knobs()\\[\\\"use_input_channels\\\"].setEnabled(n.input(1) is not None)\\n n.knobs()\\[\\\"pattern_channel\\\"].setEnabled(\\n n.input(1) is not None\\n and not bool(n\\[\\\"use_input_channels\\\"].getValue())\\n )\\n\"\n tile_color 0x848484ff\n selected true\n addUserKnob {20 apEdgeCrush}\n addUserKnob {26 \"\" l \"Local GPU:\" T \"\"}\n addUserKnob {41 gpuName l \"\" -STARTLINE T apEdgeCrushKernel1.gpuName}\n addUserKnob {41 useGPUIfAvailable l \"Use GPU if available\" T apEdgeCrushKernel1.useGPUIfAvailable}\n addUserKnob {41 vectorize l \"Vectorize on CPU\" -STARTLINE T apEdgeCrushKernel1.vectorize}\n addUserKnob {26 space_1 l \"\" +STARTLINE T \" \"}\n addUserKnob {26 text l \"Edge Crush\"}\n addUserKnob {14 amount R 0 100}\n amount 30\n addUserKnob {4 direction t \"
  • forward: image is displaced horizontally and vertically using the pattern as a mask.\\nbackward: same happens but using an inverse direction on the vectors.\\nboth: the process happens twice. First forward and then backward.\" M {forward backward both \"\" \"\" \"\" \"\" \"\" \"\"}}\n direction both\n addUserKnob {6 reverse_order l \"reverse order\" t \"Enable to distort vertically and then horizontally. Nice to use for aesthetic reasons (to see which result you prefer).\" -STARTLINE}\n addUserKnob {7 grow_bbox l \"grow bbox\" t \"Increase this to manually compensate for bits that fall outside the edges.\" R 0 200}\n addUserKnob {6 limit_overscan l \"limit overscan\" t \"Enable to clip the bounding box from growing into the overscan more than a certain amount of pixels.\" +STARTLINE}\n limit_overscan true\n addUserKnob {7 overscan_limit l \"\" t \"If limit overscan is enabled, this is the max. amount of pixels that that the bounding box can grow into the overscan before getting clipped.\" -STARTLINE R 0 200}\n overscan_limit 100\n addUserKnob {26 text_2 l \" \" T \" \"}\n addUserKnob {26 text_1 l Pattern}\n addUserKnob {41 pattern_channel l channel +DISABLED T CopyMatte.from0}\n addUserKnob {6 use_input_channels l \"use input channels\" t \"Use each channel as a distortion pattern to the corresponding image channel, instead of using only the alpha.\" -STARTLINE +DISABLED}\n addUserKnob {41 blur T Blur1.size}\n addUserKnob {41 preview_pattern l preview T preview_noise}\n addUserKnob {26 space_2 l \"\" +STARTLINE T \" \"}\n addUserKnob {26 \"\"}\n addUserKnob {26 \"\" l mask T \"\"}\n addUserKnob {41 maskChannelMask l \"\" -STARTLINE T Merge1.maskChannelMask}\n addUserKnob {41 inject -STARTLINE T Merge1.inject}\n addUserKnob {41 invert_mask l invert -STARTLINE T Merge1.invert_mask}\n addUserKnob {41 fringe -STARTLINE T Merge1.fringe}\n addUserKnob {41 mix T Merge1.mix}\n addUserKnob {26 version_author l \" \" T \"
    apEdgeCrush v0.5 - adrianpueyo.com, 2017-2023    \"}\n addUserKnob {20 Noise}\n addUserKnob {26 noise_info l \" \" T \"(Use this tab if you don't input a pattern)\\n \"}\n addUserKnob {6 preview_noise l preview +STARTLINE}\n addUserKnob {41 type T Noise1.type}\n addUserKnob {41 size l x/ysize T Noise1.size}\n addUserKnob {41 zoffset l z T Noise1.zoffset}\n addUserKnob {41 octaves T Noise1.octaves}\n addUserKnob {41 nyquist l \"clip at Nyquist limit\" -STARTLINE T Noise1.nyquist}\n addUserKnob {41 lacunarity T Noise1.lacunarity}\n addUserKnob {41 gain T Noise1.gain}\n addUserKnob {41 gamma T Noise1.gamma}\n addUserKnob {26 space l \"\" +STARTLINE T \" \"}\n addUserKnob {26 noise_transform_txt l Transform}\n addUserKnob {41 translate T Noise1.translate}\n addUserKnob {41 rotate T Noise1.rotate}\n addUserKnob {41 scale T Noise1.scale}\n}\n Input {\n inputs 0\n name Inputimg\n xpos -432\n ypos -378\n }\nset N109f20b0 [stack 0]\npush $N109f20b0\n Merge2 {\n inputs 2\n operation copy\n name Merge2\n label \"Copy ch to rgba\"\n xpos -314\n ypos -382\n }\n AdjBBox {\n numpixels {{abs(parent.amount)+2} {abs(parent.amount)+2}}\n name AdjBBox1\n xpos -314\n ypos -350\n }\n AdjBBox {\n numpixels {{parent.grow_bbox}}\n name AdjBBox2\n xpos -314\n ypos -326\n }\nset N1aa1e7b0 [stack 0]\n Noise {\n cliptype bbox\n replace true\n size 30\n center {960 540}\n name Noise1\n xpos -235\n ypos -278\n }\npush $N1aa1e7b0\n Input {\n inputs 0\n name Inputpattern\n xpos -79\n ypos -392\n number 1\n }\nset Ncf71f7b0 [stack 0]\npush $Ncf71f7b0\n Copy {\n inputs 2\n from0 rgba.alpha\n to0 rgba.alpha\n channels rgba\n bbox B\n name CopyMatte\n xpos -79\n ypos -368\n disable {{!parent.use_input_channels}}\n }\n CopyBBox {\n inputs 2\n name CopyBBox1\n xpos -79\n ypos -326\n }\n Shuffle {\n red alpha\n green alpha\n blue alpha\n name ShuffleAlphaOnly\n xpos -79\n ypos -302\n disable {{parent.use_input_channels}}\n }\n Switch {\n inputs 2\n which {{\"!\\[exists parent.input1]\"}}\n name SwitchPattern\n xpos -79\n ypos -278\n }\n Blur {\n channels rgba\n name Blur1\n xpos -79\n ypos -254\n disable {{size==0}}\n }\nset N108d21d0 [stack 0]\n Dot {\n name Dot1\n note_font_size 41\n xpos -45\n ypos 33\n }\n Input {\n inputs 0\n name Inputmask\n xpos -542\n ypos -26\n number 2\n }\npush $N108d21d0\n Grade {\n channels rgba\n white 2\n add -0.5\n black_clamp false\n name Grade3\n xpos -165\n ypos -198\n }\n Multiply {\n channels rgba\n value -1\n name MultiplyInvert\n xpos -165\n ypos -174\n disable {{parent.amount.w>=0}}\n }\n Clamp {\n channels rgba\n minimum -1\n name Clamp3\n xpos -165\n ypos -150\n }\nset N1080aee0 [stack 0]\npush $N1080aee0\npush $N1080aee0\npush $N1080aee0\npush $N1aa1e7b0\n BlinkScript {\n inputs 2\n recompileCount 66\n ProgramGroup 1\n KernelDescription \"2 \\\"apEdgeCrushKernel\\\" iterate pixelWise 859a1c49670895fa1438357276cb89b54996b1574609837fb9d90ccdf486a446 3 \\\"src\\\" Read Ranged1D \\\"mask\\\" Read Point \\\"dst\\\" Write Point 3 \\\"amount\\\" Float 1 AAAAAA== \\\"axis\\\" Int 1 AAAAAA== \\\"inverse\\\" Int 1 AAAAAA== 3 \\\"amount\\\" 1 1 \\\"axis\\\" 1 1 \\\"inverse\\\" 1 1 3 \\\"srcrangedAxisMask\\\" Int 1 1 AAAAAA== \\\"srcrangeMin\\\" Int 1 1 AAAAAA== \\\"srcrangeMax\\\" Int 1 1 AAAAAA==\"\n kernelSource \"#define lerp(p1, p2, f) ((p1)*(f) + (p2)*(1.0f-(f)))\\n\\n\\nkernel apEdgeCrushKernel : ImageComputationKernel\\n{\\n Image src;\\n Image mask;\\n Image dst;\\n\\n param:\\n float amount;\\n int axis;\\n int inverse;\\n\\n void init() {\\n src.setRange(-int(ceil(amount)), int(ceil(amount)));\\n src.setAxis(axis?eY:eX);\\n }\\n void process() {\\n float4 pixelPos = mask() * amount;\\n pixelPos = inverse?-pixelPos:pixelPos;\\n float4 result;\\n for(int i=0;i<4;i++){\\n result[i] = lerp(src(-int(floor(pixelPos[i])),i),src(-int(ceil(pixelPos[i])),i),pixelPos[i]<0.0f?fabs(fmod(pixelPos[i], 1.0f)):1.0f-fmod(pixelPos[i], 1.0f));\\n }\\n dst() = result;\\n }\\n};\\n\"\n rebuild \"\"\n apEdgeCrushKernel_amount {{apEdgeCrushKernel_axis?abs(parent.amount.h):abs(parent.amount.w)}}\n apEdgeCrushKernel_axis {{parent.reverse_order}}\n rebuild_finalise \"\"\n name apEdgeCrushKernel1\n xpos -314\n ypos -154\n disable {{\"(parent.amount.w==0 && parent.amount.h==0) || parent.direction==1\"}}\n }\n BlinkScript {\n inputs 2\n recompileCount 66\n ProgramGroup 1\n KernelDescription \"2 \\\"apEdgeCrushKernel\\\" iterate pixelWise 859a1c49670895fa1438357276cb89b54996b1574609837fb9d90ccdf486a446 3 \\\"src\\\" Read Ranged1D \\\"mask\\\" Read Point \\\"dst\\\" Write Point 3 \\\"amount\\\" Float 1 AAAAAA== \\\"axis\\\" Int 1 AAAAAA== \\\"inverse\\\" Int 1 AAAAAA== 3 \\\"amount\\\" 1 1 \\\"axis\\\" 1 1 \\\"inverse\\\" 1 1 3 \\\"srcrangedAxisMask\\\" Int 1 1 AAAAAA== \\\"srcrangeMin\\\" Int 1 1 AAAAAA== \\\"srcrangeMax\\\" Int 1 1 AAAAAA==\"\n kernelSource \"#define lerp(p1, p2, f) ((p1)*(f) + (p2)*(1.0f-(f)))\\n\\n\\nkernel apEdgeCrushKernel : ImageComputationKernel\\n{\\n Image src;\\n Image mask;\\n Image dst;\\n\\n param:\\n float amount;\\n int axis;\\n int inverse;\\n\\n void init() {\\n src.setRange(-int(ceil(amount)), int(ceil(amount)));\\n src.setAxis(axis?eY:eX);\\n }\\n void process() {\\n float4 pixelPos = mask() * amount;\\n pixelPos = inverse?-pixelPos:pixelPos;\\n float4 result;\\n for(int i=0;i<4;i++){\\n result[i] = lerp(src(-int(floor(pixelPos[i])),i),src(-int(ceil(pixelPos[i])),i),pixelPos[i]<0.0f?fabs(fmod(pixelPos[i], 1.0f)):1.0f-fmod(pixelPos[i], 1.0f));\\n }\\n dst() = result;\\n }\\n};\\n\"\n useGPUIfAvailable {{parent.apEdgeCrushKernel1.useGPUIfAvailable}}\n vectorize {{parent.apEdgeCrushKernel1.vectorize}}\n rebuild \"\"\n apEdgeCrushKernel_amount {{apEdgeCrushKernel_axis?abs(parent.amount.h):abs(parent.amount.w)}}\n apEdgeCrushKernel_axis {{!parent.reverse_order}}\n rebuild_finalise \"\"\n name apEdgeCrushKernel2\n xpos -314\n ypos -122\n disable {{\"(parent.amount.w==0 && parent.amount.h==0) || parent.direction==1\"}}\n }\n BlinkScript {\n inputs 2\n recompileCount 66\n ProgramGroup 1\n KernelDescription \"2 \\\"apEdgeCrushKernel\\\" iterate pixelWise 859a1c49670895fa1438357276cb89b54996b1574609837fb9d90ccdf486a446 3 \\\"src\\\" Read Ranged1D \\\"mask\\\" Read Point \\\"dst\\\" Write Point 3 \\\"amount\\\" Float 1 AAAAAA== \\\"axis\\\" Int 1 AAAAAA== \\\"inverse\\\" Int 1 AAAAAA== 3 \\\"amount\\\" 1 1 \\\"axis\\\" 1 1 \\\"inverse\\\" 1 1 3 \\\"srcrangedAxisMask\\\" Int 1 1 AAAAAA== \\\"srcrangeMin\\\" Int 1 1 AAAAAA== \\\"srcrangeMax\\\" Int 1 1 AAAAAA==\"\n kernelSource \"#define lerp(p1, p2, f) ((p1)*(f) + (p2)*(1.0f-(f)))\\n\\n\\nkernel apEdgeCrushKernel : ImageComputationKernel\\n{\\n Image src;\\n Image mask;\\n Image dst;\\n\\n param:\\n float amount;\\n int axis;\\n int inverse;\\n\\n void init() {\\n src.setRange(-int(ceil(amount)), int(ceil(amount)));\\n src.setAxis(axis?eY:eX);\\n }\\n void process() {\\n float4 pixelPos = mask() * amount;\\n pixelPos = inverse?-pixelPos:pixelPos;\\n float4 result;\\n for(int i=0;i<4;i++){\\n result[i] = lerp(src(-int(floor(pixelPos[i])),i),src(-int(ceil(pixelPos[i])),i),pixelPos[i]<0.0f?fabs(fmod(pixelPos[i], 1.0f)):1.0f-fmod(pixelPos[i], 1.0f));\\n }\\n dst() = result;\\n }\\n};\\n\"\n useGPUIfAvailable {{parent.apEdgeCrushKernel1.useGPUIfAvailable}}\n vectorize {{parent.apEdgeCrushKernel1.vectorize}}\n rebuild \"\"\n apEdgeCrushKernel_amount {{apEdgeCrushKernel_axis?abs(parent.amount.h):abs(parent.amount.w)}}\n apEdgeCrushKernel_axis {{parent.reverse_order}}\n apEdgeCrushKernel_inverse 1\n rebuild_finalise \"\"\n name apEdgeCrushKernel3\n xpos -314\n ypos -90\n disable {{\"(parent.amount.w==0 && parent.amount.h==0) || parent.direction==0\"}}\n }\n BlinkScript {\n inputs 2\n recompileCount 66\n ProgramGroup 1\n KernelDescription \"2 \\\"apEdgeCrushKernel\\\" iterate pixelWise 859a1c49670895fa1438357276cb89b54996b1574609837fb9d90ccdf486a446 3 \\\"src\\\" Read Ranged1D \\\"mask\\\" Read Point \\\"dst\\\" Write Point 3 \\\"amount\\\" Float 1 AAAAAA== \\\"axis\\\" Int 1 AAAAAA== \\\"inverse\\\" Int 1 AAAAAA== 3 \\\"amount\\\" 1 1 \\\"axis\\\" 1 1 \\\"inverse\\\" 1 1 3 \\\"srcrangedAxisMask\\\" Int 1 1 AAAAAA== \\\"srcrangeMin\\\" Int 1 1 AAAAAA== \\\"srcrangeMax\\\" Int 1 1 AAAAAA==\"\n kernelSource \"#define lerp(p1, p2, f) ((p1)*(f) + (p2)*(1.0f-(f)))\\n\\n\\nkernel apEdgeCrushKernel : ImageComputationKernel\\n{\\n Image src;\\n Image mask;\\n Image dst;\\n\\n param:\\n float amount;\\n int axis;\\n int inverse;\\n\\n void init() {\\n src.setRange(-int(ceil(amount)), int(ceil(amount)));\\n src.setAxis(axis?eY:eX);\\n }\\n void process() {\\n float4 pixelPos = mask() * amount;\\n pixelPos = inverse?-pixelPos:pixelPos;\\n float4 result;\\n for(int i=0;i<4;i++){\\n result[i] = lerp(src(-int(floor(pixelPos[i])),i),src(-int(ceil(pixelPos[i])),i),pixelPos[i]<0.0f?fabs(fmod(pixelPos[i], 1.0f)):1.0f-fmod(pixelPos[i], 1.0f));\\n }\\n dst() = result;\\n }\\n};\\n\"\n useGPUIfAvailable {{parent.apEdgeCrushKernel1.useGPUIfAvailable}}\n vectorize {{parent.apEdgeCrushKernel1.vectorize}}\n rebuild \"\"\n apEdgeCrushKernel_amount {{apEdgeCrushKernel_axis?abs(parent.amount.h):abs(parent.amount.w)}}\n apEdgeCrushKernel_axis {{!parent.reverse_order}}\n apEdgeCrushKernel_inverse 1\n rebuild_finalise \"\"\n name apEdgeCrushKernel4\n xpos -314\n ypos -58\n disable {{\"(parent.amount.w==0 && parent.amount.h==0) || parent.direction==0\"}}\n }\n Crop {\n box {{-parent.overscan_limit} {-parent.overscan_limit} {input.width+parent.overscan_limit} {input.height+parent.overscan_limit}}\n intersect true\n crop false\n name CropOverscan\n xpos -314\n ypos -26\n disable {{!parent.limit_overscan}}\n }\npush $N109f20b0\n Merge2 {\n inputs 2+1\n operation copy\n Bchannels {{{parent.Merge2.Achannels}}}\n output {{{parent.Merge2.Achannels}}}\n name Merge1\n label \"Copy rgba to ch\"\n xpos -432\n ypos -30\n }\n Switch {\n inputs 2\n which {{parent.preview_noise}}\n name SwitchPreviewNoise\n xpos -432\n ypos 30\n }\n Output {\n name Output1\n xpos -432\n ypos 75\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_apEdgePush.gizmo", "content": "Group {\n name apEdgePush\n help \"Distort the edges of your image outwards through its alpha, useful to hide edges with background influence showing up.\\n\\napEdgePush v1.2 by Adrian Pueyo.\\nadrianpueyo.com, 2016\"\n tile_color 0x8a8a8aff\n addUserKnob {20 apEdgePush}\n addUserKnob {41 channels T IDistort.channels}\n addUserKnob {4 theOutput l output t \"By setting this output to distortion matte setup you'll have visual control of the following knobs. Then switch back to result and refine the \\nvalues.\" M {result \"distortion matte setup\" \"\"}}\n addUserKnob {6 crop_to_format l \"crop to format\" -STARTLINE}\n crop_to_format true\n addUserKnob {6 premultiplied l \"(un)premult rgb\" t \"Unpremult rgb before applying the distortion and premultiply it back after.\" -STARTLINE}\n addUserKnob {7 value t \"Strength of the distortion.\" R 0 100}\n value 1\n addUserKnob {14 soft t \"Pre-blur of the distortion matte.\" R 0 100}\n soft 2\n addUserKnob {7 falloff t \"Falloff of the distortion/gamma of the distortion map.\"}\n falloff 0.2\n addUserKnob {14 maxIndent l \"max indent\" t \"Maximum distance in pixels from the edge where this tool can apply distortion (use this to limit the inside distortion when using high values).\" R 0 100}\n maxIndent 10\n addUserKnob {26 \"\"}\n addUserKnob {41 matte t \"Channel from the matte input to use as a distortion matte. If nothing is pluged, alpha from the img layer is used.\" T Copy2.from0}\n addUserKnob {6 invert_matte l invert -STARTLINE}\n addUserKnob {41 maskChannel l mask T Keymix1.maskChannel}\n addUserKnob {41 invertMask l invert -STARTLINE T Keymix1.invertMask}\n addUserKnob {7 mix}\n mix 1\n addUserKnob {26 version_author l \"\" t \"apEdgePush v1.2\\n2016\" +STARTLINE T \"
    apEdgePush v1.2 - adrianpueyo.com, 2014-2016    \"}\n}\n Input {\n inputs 0\n name Inputimg\n xpos 131\n ypos 237\n }\n Shuffle {\n name Shuffle\n xpos 131\n ypos 261\n }\nset N32bf9c60 [stack 0]\n Dot {\n name Dot27\n xpos 165\n ypos 929\n }\nset N33804b10 [stack 0]\n Dot {\n name Dot1\n xpos 165\n ypos 1085\n }\nset N338070b0 [stack 0]\n Dot {\n name Dot13\n xpos 165\n ypos 1117\n }\nset N33809650 [stack 0]\n Dot {\n name Dot14\n xpos 165\n ypos 1145\n }\npush $N33809650\n Input {\n inputs 0\n name Inputmask\n xpos 822\n ypos 1054\n number 2\n }\n Invert {\n name Invert5\n xpos 822\n ypos 1078\n }\npush $N338070b0\n Input {\n inputs 0\n name Inputmatte\n xpos 351\n ypos 192\n number 1\n }\n Expression {\n expr3 1\n name Expression1\n xpos 351\n ypos 216\n disable {{\"\\[exists parent.input1]\"}}\n }\npush $N32bf9c60\n Remove {\n operation keep\n channels alpha\n name Remove2\n xpos 241\n ypos 257\n }\n Copy {\n inputs 2\n from0 rgba.alpha\n to0 rgba.alpha\n name Copy2\n xpos 351\n ypos 257\n disable {{\"!\\[exists parent.input1]\"}}\n }\n Invert {\n channels alpha\n name InvertAlpha\n xpos 351\n ypos 289\n disable {{!parent.invert_matte}}\n }\n Dot {\n name Dot12\n xpos 385\n ypos 348\n }\nset N3382d110 [stack 0]\n Dot {\n name Dot25\n xpos 385\n ypos 595\n }\nset N3382f6b0 [stack 0]\n Dot {\n name Dot26\n xpos 385\n ypos 874\n }\nset N33831c50 [stack 0]\n FilterErode {\n size {{parent.maxIndent} {parent.maxIndent}}\n filter gaussian\n name FilterErodeMaxI\n label MaxIndent\n xpos 455\n ypos 862\n }\npush $N3382f6b0\npush $N3382d110\n Dot {\n name Dot11\n xpos 648\n ypos 348\n }\nset N338394d0 [stack 0]\n Matrix {\n channels alpha\n matrix {\n {0.33 0 -0.33}\n {1 0 -1}\n {0.33 0 -0.33}\n }\n name hGrad\n xpos 614\n ypos 398\n }\npush $N338394d0\n Dot {\n name Dot3\n xpos 756\n ypos 348\n }\n Matrix {\n channels alpha\n matrix {\n {-0.33 -1 -0.33}\n {0 0 0}\n {0.33 1 0.33}\n }\n name vGrad\n xpos 722\n ypos 398\n }\n Dot {\n name Dot8\n xpos 756\n ypos 470\n }\n MergeExpression {\n inputs 2\n expr0 Aa\n expr1 Ba\n expr2 0\n name MergeExpressionHV\n xpos 614\n ypos 467\n }\n Merge2 {\n inputs 2\n operation stencil\n name Merge1\n selected true\n xpos 614\n ypos 592\n }\n Blur {\n channels rgba\n size {{parent.soft} {parent.soft}}\n name BlurAlpha\n xpos 614\n ypos 627\n }\n Dot {\n name Dot28\n xpos 648\n ypos 663\n }\nset N3385c4a0 [stack 0]\n Dot {\n name Dot10\n xpos 742\n ypos 663\n }\n Expression {\n expr0 -min(r,0)\n expr1 -min(g,0)\n name NegativeValues\n xpos 708\n ypos 693\n }\n Invert {\n channels rgb\n name Invert1\n xpos 708\n ypos 717\n }\n Gamma {\n channels rgb\n value {{parent.Gamma2.value}}\n name Gamma1\n xpos 708\n ypos 741\n }\n Invert {\n channels rgb\n name Invert4\n xpos 708\n ypos 765\n }\n Dot {\n name Dot9\n xpos 742\n ypos 826\n }\npush $N3385c4a0\n Expression {\n expr0 max(r,0)\n expr1 max(g,0)\n name PositiveValues\n xpos 614\n ypos 693\n }\n Invert {\n channels rgb\n name Invert2\n xpos 614\n ypos 717\n }\n Gamma {\n channels rgb\n value {{parent.falloff}}\n name Gamma2\n xpos 614\n ypos 741\n }\n Invert {\n channels rgb\n name Invert3\n xpos 614\n ypos 765\n }\n MergeExpression {\n inputs 2\n expr0 Br-Ar\n expr1 Bg-Ag\n expr2 0\n name MergeExpression7\n xpos 614\n ypos 823\n }\n Multiply {\n channels {rgba.red rgba.green -rgba.blue none}\n value {{parent.value}}\n name MultiplyValue\n xpos 614\n ypos 847\n }\n Merge2 {\n inputs 2\n operation stencil\n name Merge5\n xpos 614\n ypos 871\n }\nset N33899c80 [stack 0]\n Expression {\n expr0 max(abs(r),abs(g))\n expr1 0\n expr2 0\n expr3 0\n name ExpressionPrvw\n xpos 739\n ypos 871\n }\npush $N33831c50\n Dot {\n name Dot29\n xpos 385\n ypos 898\n }\n Merge2 {\n inputs 2\n operation plus\n mix 0.5\n name MergePrvw\n xpos 739\n ypos 895\n }\n Dot {\n name Dot2\n xpos 773\n ypos 1057\n }\npush $N33899c80\npush $N33804b10\nadd_layer {ap_edgepush ap_edgepush.u ap_edgepush.v}\n ShuffleCopy {\n inputs 2\n in2 none\n red red\n green green\n blue black\n alpha black\n out ap_edgepush\n name ShuffleCopy1\n xpos 614\n ypos 926\n }\n Unpremult {\n name Unpremult3\n xpos 614\n ypos 950\n disable {{parent.premultiplied==0}}\n }\n IDistort {\n channels rgba\n uv ap_edgepush\n uv_scale -1\n name IDistort\n xpos 614\n ypos 974\n }\n Premult {\n name Premult4\n xpos 614\n ypos 998\n disable {{parent.premultiplied==0}}\n }\n Remove {\n channels ap_edgepush\n name Remove1\n xpos 614\n ypos 1022\n }\n Switch {\n inputs 2\n which {{parent.theOutput}}\n name SwitchPreview\n xpos 614\n ypos 1054\n }\n Keymix {\n inputs 3\n name Keymix1\n xpos 614\n ypos 1078\n disable {{\"!\\[exists parent.input2]\"}}\n }\n Dissolve {\n inputs 2\n which {{1-parent.mix}}\n name Dissolve1\n xpos 614\n ypos 1110\n disable {{parent.mix==1}}\n }\n CopyBBox {\n inputs 2\n name CopyBBox1\n xpos 614\n ypos 1142\n disable {{!parent.crop_to_format}}\n }\n Output {\n name Output1\n xpos 614\n ypos 1166\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_apFresnel.gizmo", "content": "add_layer {N N.red N.green N.blue N.alpha}\nadd_layer {P P.red P.green P.blue P.alpha}\nGroup {\nname apFresnel\naddUserKnob {20 apFresnel}\naddUserKnob {41 outMode l output T ShuffleCopy1.out}\naddUserKnob {6 invert -STARTLINE}\naddUserKnob {26 \"\"}\naddUserKnob {41 in_n l normals T Shuffle1.in}\naddUserKnob {41 in_p l position T Shuffle2.in}\naddUserKnob {26 \"\"}\naddUserKnob {41 gamma T Gamma1.value}\naddUserKnob {26 version_author l \"\" t \"apFresnel v0.1\\n2019\" +STARTLINE T \"
    apFresnel v0.1 - adrianpueyo.com, 2019    \"}}\nInput {\ninputs 0\nname Inputcam\nxpos -412\nypos 74\nnumber 1\n}\nAxis2 {\nname Axis1\nxpos -402\nypos 100\n}\nInput {\ninputs 0\nname Inputimg\nxpos 0\n}\nset Nfb6ec3f0 [stack 0]\nShuffle {\nin P\nname Shuffle2\nlabel p\nxpos -230\nypos 110\n}\nGrade {\nadd {{parent.Axis1.world_matrix.3} {parent.Axis1.world_matrix.7} {parent.Axis1.world_matrix.11} {curve}}\nreverse true\nblack_clamp false\nname Grade1\nxpos -230\nypos 148\n}\npush $Nfb6ec3f0\nShuffle {\nin {N.red N.green N.blue N.alpha}\nname Shuffle1\nlabel n\nxpos -106\nypos 122\n}\nMergeExpression {\ninputs 2\ntemp_name0 cosA\ntemp_expr0 (Ar*Br+Ag*Bg+Ab*Bb)/(sqrt(Ar*Ar+Ag*Ag+Ab*Ab)*sqrt(Br*Br+Bg*Bg+Bb*Bb))\nchannel0 rgba\nexpr0 (1+cosA)\nname MergeExpression1\nxpos -135\nypos 214\n}\nGamma {\nchannels rgba\nname Gamma1\nxpos -135\nypos 240\n}\nExpression {\nexpr0 isnan(r)?0:r\nexpr1 isnan(g)?0:g\nexpr2 isnan(b)?0:b\nexpr3 isnan(a)?0:a\nname NanToBlack\nxpos -135\nypos 266\n}\nInvert {\nchannels rgba\nname Invert1\nxpos -135\nypos 292\ndisable {{!parent.invert}}\n}\nDot {\nname Dot1\nxpos -101\nypos 347\n}\npush $Nfb6ec3f0\nShuffleCopy {\ninputs 2\nred red\ngreen red\nblue red\nalpha red\nname ShuffleCopy1\nxpos 0\nypos 343\n}\nOutput {\nname Output1\nxpos 0\nypos 416\n}\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_apLoop.gizmo", "content": "set cut_paste_input [stack 0]\npush $cut_paste_input\nGroup {\n name apLoop\n help \"apLoop BETA v0.1 by Adrian Pueyo\\n\\nQuick tool to simulate a loop effect while affecting the gain, blur and transformations on each \\\"iteration\\\".\\n\\nFeel free to play with it and see its applications. Some of them: create an exponential (or normal) glow in seconds, an expo blur, a grid or mosaic (adding this gizmo twice), godrays, directional blurs, etc.\\n\\nadrianpueyo.com, 2017\"\n knobChanged \"n = nuke.thisNode()\\nk = nuke.thisKnob()\\nt = n\\[\\\"times\\\"]\\nif k == t and t.value()<0:\\n dr.setValue(0)\"\n autolabel \"nuke.thisNode().name()+\\\" (x\\\"+str(int(nuke.thisNode()\\[\\\"times\\\"].getValue()))+\\\")\\\"\"\n tile_color 0x4d585eff\n gl_color 0xff\n selected true\n addUserKnob {20 apLoop}\n addUserKnob {26 looper l Looper}\n addUserKnob {41 channels T Merge.also_merge}\n addUserKnob {3 times}\n times 1\n addUserKnob {6 include_original l \"include original\" -STARTLINE}\n include_original true\n addUserKnob {6 normalize -STARTLINE}\n normalize true\n addUserKnob {26 \"\"}\n addUserKnob {26 gaind l Gain T \"\"}\n addUserKnob {41 g_start l start T cnt.g_start}\n addUserKnob {41 g_end l end T cnt.g_end}\n addUserKnob {41 g_each l each T cnt.g_each}\n addUserKnob {26 \"\"}\n addUserKnob {20 endGroup n -1}\n addUserKnob {26 blur_1 l Blur T \"\"}\n addUserKnob {41 b_start l start T cnt.b_start}\n addUserKnob {41 b_end l end T cnt.b_end}\n addUserKnob {41 b_each l each T cnt.b_each}\n addUserKnob {41 b_pow l power T cnt.b_pow}\n addUserKnob {41 filter T Blur.filter}\n addUserKnob {41 quality l \"\" -STARTLINE T Blur.quality}\n addUserKnob {41 crop l \"crop to format\" -STARTLINE T Blur.crop}\n addUserKnob {26 \"\"}\n addUserKnob {41 maskChannelMask l \"mask \" T Merge.maskChannelMask}\n addUserKnob {41 inject -STARTLINE T Merge.inject}\n addUserKnob {41 invert_mask l invert -STARTLINE T Merge.invert_mask}\n addUserKnob {41 fringe -STARTLINE T Merge.fringe}\n addUserKnob {41 mix T Merge.mix}\n addUserKnob {26 version_author l \"\" t \"apLoop BETA v0.1\\n\" +STARTLINE T \"
    apLoop BETA v0.1 - adrianpueyo.com, 2017    \"}\n addUserKnob {20 transformA l \"Transform A\"}\n addUserKnob {41 translate T TransformRef.translate}\n addUserKnob {41 rotate T TransformRef.rotate}\n addUserKnob {41 scale T TransformRef.scale}\n addUserKnob {41 skewX l \"skew X\" T TransformRef.skewX}\n addUserKnob {41 skewY l \"skew Y\" T TransformRef.skewY}\n addUserKnob {41 skew_order_1 l \"skew order\" T TransformB.skew_order}\n addUserKnob {41 center T TransformRef.center}\n addUserKnob {22 center_on_bbox l \"center on bbox\" -STARTLINE T \"try:\\n n = nuke.thisNode().input(0)\\n nuke.toNode(\\\"TransformRef\\\")\\[\\\"center\\\"].setValue(n.bbox().x()+n.bbox().w()/2,0)\\n nuke.toNode(\\\"TransformRef\\\")\\[\\\"center\\\"].setValue(n.bbox().y()+n.bbox().h()/2,1)\\nexcept:\\n pass\"}\n addUserKnob {22 center_on_frame l \"center on frame\" -STARTLINE T \"nuke.toNode(\\\"TransformRef\\\")\\[\\\"center\\\"].setValue(nuke.thisNode().width()/2,0)\\nnuke.toNode(\\\"TransformRef\\\")\\[\\\"center\\\"].setValue(nuke.thisNode().height()/2,1)\"}\n addUserKnob {41 invert_matrix l invert T TransformRef.invert_matrix}\n addUserKnob {41 filter_1 l filter T TransformB.filter}\n addUserKnob {41 clamp -STARTLINE T TransformB.clamp}\n addUserKnob {41 black_outside l \"black outside\" -STARTLINE T TransformB.black_outside}\n addUserKnob {41 motionblur T TransformB.motionblur}\n addUserKnob {41 shutter T TransformB.shutter}\n addUserKnob {41 shutteroffset l \"shutter offset\" T TransformB.shutteroffset}\n addUserKnob {41 shuttercustomoffset l \"\" -STARTLINE T TransformB.shuttercustomoffset}\n addUserKnob {20 transformB l \"Transform B\"}\n addUserKnob {41 translate_1 l translate T TransformRefAfter.translate}\n addUserKnob {41 rotate_1 l rotate T TransformRefAfter.rotate}\n addUserKnob {41 scale_1 l scale T TransformRefAfter.scale}\n addUserKnob {41 skewX_1 l \"skew X\" T TransformRefAfter.skewX}\n addUserKnob {41 skewY_1 l \"skew Y\" T TransformRefAfter.skewY}\n addUserKnob {41 skew_order l \"skew order\" T TransformRefAfter.skew_order}\n addUserKnob {41 center_1 l center T TransformRefAfter.center}\n addUserKnob {22 copyCenterFromA l \"copy from transform A\" -STARTLINE T \"nuke.toNode(\\\"TransformRefAfter\\\")\\[\\\"center\\\"].setValue(nuke.toNode(\\\"TransformRef\\\")\\[\\\"center\\\"].getValue())\"}\n addUserKnob {41 invert_matrix_1 l invert T TransformRefAfter.invert_matrix}\n addUserKnob {41 filter_2 l filter T TransformAfter.filter}\n addUserKnob {41 clamp_1 l clamp -STARTLINE T TransformAfter.clamp}\n addUserKnob {41 black_outside_1 l \"black outside\" -STARTLINE T TransformAfter.black_outside}\n addUserKnob {41 motionblur_1 l motionblur T TransformAfter.motionblur}\n addUserKnob {41 shutter_1 l shutter T TransformAfter.shutter}\n addUserKnob {41 shutteroffset_1 l \"shutter offset\" T TransformAfter.shutteroffset}\n addUserKnob {41 shuttercustomoffset_1 l \"\" -STARTLINE T TransformAfter.shuttercustomoffset}\n}\n Transform {\n inputs 0\n name TransformRefAfter\n xpos 510\n ypos -501\n disable true\n }\n Transform {\n inputs 0\n name TransformRef\n xpos 510\n ypos -526\n disable true\n }\n Input {\n inputs 0\n name Inputmask\n xpos 106\n ypos -328\n number 1\n }\n Input {\n inputs 0\n name Inputimg\n xpos 249\n ypos -552\n }\nset N9c73820 [stack 0]\n NoTimeBlur {\n rounding floor\n name NoTB\n xpos 405\n ypos -552\n }\n Transform {\n translate {{TB.divisions*TransformRef.translate*TB.fr x1048 85} {TB.divisions*TransformRef.translate*TB.fr x1048 -150}}\n rotate {{TB.divisions*TransformRef.rotate*TB.fr x1048 0}}\n scale {{pow(TransformRef.scale,TB.ci) x1048 0}}\n skewX {{TB.divisions*TransformRef.skewX*TB.fr x1048 0}}\n skewY {{TB.divisions*TransformRef.skewY*TB.fr x1048 0}}\n center {{parent.TransformRef.center x1048 1064} {parent.TransformRef.center x1048 1064}}\n invert_matrix {{parent.TransformRef.invert_matrix}}\n name TransformB\n xpos 405\n ypos -526\n }\n Transform {\n translate {{TB.divisions*TransformRefAfter.translate*TB.fr x1048 85} {TB.divisions*TransformRefAfter.translate*TB.fr x1048 -150}}\n rotate {{TB.divisions*TransformRefAfter.rotate*TB.fr x1048 0}}\n scale {{pow(TransformRefAfter.scale,TB.ci) x1048 0}}\n skewX {{TB.divisions*TransformRefAfter.skewX*TB.fr x1048 0}}\n skewY {{TB.divisions*TransformRefAfter.skewY*TB.fr x1048 0}}\n center {{parent.TransformRefAfter.center x1048 0} {parent.TransformRefAfter.center x1048 0}}\n invert_matrix {{parent.TransformRefAfter.invert_matrix}}\n name TransformAfter\n xpos 405\n ypos -500\n }\n Multiply {\n value {{(cnt.g_end*TB.ffr+cnt.g_start*(1-TB.ffr))*pow(cnt.g_each,TB.ci)} {(cnt.g_end*TB.ffr+cnt.g_start*(1-TB.ffr))*pow(cnt.g_each,TB.ci)} {(cnt.g_end*TB.ffr+cnt.g_start*(1-TB.ffr))*pow(cnt.g_each,TB.ci)} {(cnt.g_end*TB.ffr+cnt.g_start*(1-TB.ffr))*pow(cnt.g_each,TB.ci)}}\n name Multiply\n note_font \"Bitstream Vera Sans\"\n xpos 405\n ypos -474\n }\n Blur {\n size {{\"TB.ci==0?(cnt.b_end*TB.ffr+cnt.b_start*(1-TB.ffr)):(cnt.b_end*TB.ffr+cnt.b_start*(1-TB.ffr)) + cnt.b_each * pow(cnt.b_pow,TB.ci-1)\"}}\n name Blur\n xpos 405\n ypos -436\n }\n Multiply {\n value 0\n name MultiplyOut\n xpos 405\n ypos -398\n disable {{parent.include_original||TB.fr!=0}}\n }\n TimeBlur {\n divisions {{parent.times i}}\n shutter 1\n shutteroffset start\n shuttercustomoffset 0\n name TB\n xpos 405\n ypos -360\n addUserKnob {20 User}\n addUserKnob {7 fr}\n fr {{frame%1 i}}\n addUserKnob {7 ffr}\n ffr {{frame%1==0?(frame%1):(frame%1)/(1-1/divisions)}}\n addUserKnob {7 ci t \"current iteration\"}\n ci {{fr*divisions i}}\n }\n Multiply {\n value {{parent.TB.divisions}}\n name MultiplyBack\n xpos 405\n ypos -334\n disable {{!parent.normalize}}\n }\npush $N9c73820\n Merge2 {\n inputs 2+1\n operation copy\n Achannels none\n Bchannels {{{Achannels}}}\n output {{{Achannels}}}\n also_merge all\n name Merge\n xpos 249\n ypos -334\n }\n Output {\n name Output1\n xpos 249\n ypos -296\n }\n NoOp {\n inputs 0\n name cnt\n xpos 510\n ypos -468\n hide_input true\n addUserKnob {20 Controller}\n addUserKnob {19 g_start R 0 4}\n g_start 1\n addUserKnob {6 g_start_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 g_start_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {19 g_end R 0 4}\n g_end 1\n addUserKnob {6 g_end_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 g_end_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {19 g_each R 0 4}\n g_each 1\n addUserKnob {6 g_each_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 g_each_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {14 b_start R 0 100}\n addUserKnob {14 b_end R 0 100}\n addUserKnob {14 b_each R 0 100}\n addUserKnob {7 b_pow R 0 4}\n b_pow 1\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_apViewerBlocker.gizmo", "content": "NoOp {\n name ViewerBlocker\n help \"Prevent changing unintentionally one or more viewer inputs when you only want to see through them. Useful when you keep certain viewer numbers assigned to specific parts of the script (e.g. 3 to the scan and 4 to the output).\\n\\nViewerBlocker v0.1 by Adrian Pueyo\\nadrianpueyo.com, 2016\"\n knobChanged \"if \\\"block\\\" in nuke.thisKnob().name() or nuke.thisKnob().name() == \\\"viewer\\\":\\n node_list = dict()\\n for i in range(1,10):\\n k = nuke.thisNode().knob(\\\"block\\\" + str(i))\\n if k.getValue() != \\\"\\\":\\n node_list\\[i] = k.getValue()\\n vwr = nuke.toNode(nuke.thisNode().knob(\\\"viewer\\\").getValue())\\n functionToSet = \\\"if nuke.thisKnob().name() in \\['inputChange','input_number']:\\\\n try:\\\\n pass\\\\n\\\"\\n for i in node_list:\\n functionToSet += ' nuke.thisNode().setInput(%s,nuke.toNode(\\\"%s\\\"))\\\\n'%(str(i-1),node_list\\[i])\\n functionToSet += \\\" except:\\\\n pass\\\"\\n\\n if vwr:\\n vwr.knob(\\\"knobChanged\\\").setValue(functionToSet)\"\n autolabel \"#\\\"%s\\\\n(%s)\\\"%(nuke.thisNode().name(),nuke.thisNode().knob(\\\"viewer\\\").evaluate())\\nnuke.thisNode().name()+(\\\"\\\\n(%s)\\\"%nuke.thisNode().knob(\\\"viewer\\\").evaluate()*int(nuke.thisNode().knob(\\\"viewer\\\").evaluate()!=\\\"\\\"))\"\n hide_input true\n addUserKnob {20 ViewerBlocker}\n addUserKnob {1 viewer t \"Write the name of the viewer where you want to block some inputs (usually Viewer1), or select it and click on the next button.\"}\n addUserKnob {22 setSelected l \"Set to selected\" t \"Set the viewer to the one selected.\" -STARTLINE T \"sn = nuke.selectedNode()\\nif sn.Class() == \\\"Viewer\\\":\\n nuke.thisNode().knob(\\\"viewer\\\").setValue(sn.name())\\nelse:\\n nuke.message(\\\"Please select a viewer node.\\\")\"}\n addUserKnob {22 clearViewer l Unblock t \"Unblock the viewer and leave the field blank.\" -STARTLINE T \"vn = nuke.thisNode().knob(\\\"viewer\\\").evaluate()\\nif nuke.toNode(vn):\\n nuke.toNode(vn).knob(\\\"knobChanged\\\").setValue(\\\"\\\")\\nelse:\\n nuke.message(\\\"Looks like %s doesn't exist!\\\\n (emptying the field anyway...)\\\" % vn)\\nnuke.thisNode().knob(\\\"viewer\\\").setValue(\\\"\\\")\"}\n addUserKnob {26 \"\"}\n addUserKnob {1 block1 l 1 t \"Name of the node to block to the viewer's input 1.\\nLeave empty to keep it unblocked.\"}\n addUserKnob {22 get1 l \"Set to current\" t \"Block the viewer's input 1 to its current input.\" -STARTLINE T \"indx = 1\\ntry:\\n vwr = nuke.toNode(nuke.thisNode().knob(\\\"viewer\\\").evaluate())\\n selInput = vwr.input(int(indx-1)).name()\\n nuke.thisNode().knob(\\\"block%s\\\"%(str(indx))).setValue(selInput)\\nexcept:\\n if nuke.toNode(nuke.thisNode().knob(\\\"viewer\\\").evaluate()):\\n if nuke.toNode(nuke.thisNode().knob(\\\"viewer\\\").evaluate()).input(indx-1):\\n nuke.message(\\\"Connection error. Please check %s's input %s\\\"%(nuke.thisNode().knob(\\\"viewer\\\").evaluate(),str(indx)))\\n else:\\n nuke.message(\\\"Connection error. Please check %s has something piped in input %s\\\"%(nuke.thisNode().knob(\\\"viewer\\\").evaluate(),str(indx)))\\n else:\\n nuke.message(\\\"Error: Please check the viewer %s exists.\\\"%nuke.thisNode().knob(\\\"viewer\\\").evaluate())\"}\n addUserKnob {22 clear1 l Clear -STARTLINE T \"indx = 1\\nnuke.thisNode().knob(\\\"block%s\\\"%(str(indx))).setValue('')\"}\n addUserKnob {1 block2 l 2 t \"Name of the node to block to the viewer's input 2.\\nLeave empty to keep it unblocked.\"}\n addUserKnob {22 get2 l \"Set to current\" t \"Block the viewer's input 2 to its current input.\" -STARTLINE T \"indx = 2\\ntry:\\n vwr = nuke.toNode(nuke.thisNode().knob(\\\"viewer\\\").evaluate())\\n selInput = vwr.input(int(indx-1)).name()\\n nuke.thisNode().knob(\\\"block%s\\\"%(str(indx))).setValue(selInput)\\nexcept:\\n if nuke.toNode(nuke.thisNode().knob(\\\"viewer\\\").evaluate()):\\n if nuke.toNode(nuke.thisNode().knob(\\\"viewer\\\").evaluate()).input(indx-1):\\n nuke.message(\\\"Connection error. Please check %s's input %s\\\"%(nuke.thisNode().knob(\\\"viewer\\\").evaluate(),str(indx)))\\n else:\\n nuke.message(\\\"Connection error. Please check %s has something piped in input %s\\\"%(nuke.thisNode().knob(\\\"viewer\\\").evaluate(),str(indx)))\\n else:\\n nuke.message(\\\"Error: Please check the viewer %s exists.\\\"%nuke.thisNode().knob(\\\"viewer\\\").evaluate())\"}\n addUserKnob {22 clear2 l Clear -STARTLINE T \"indx = 2\\nnuke.thisNode().knob(\\\"block%s\\\"%(str(indx))).setValue('')\"}\n addUserKnob {1 block3 l 3 t \"Name of the node to block to the viewer's input 3.\\nLeave empty to keep it unblocked.\"}\n addUserKnob {22 get3 l \"Set to current\" t \"Block the viewer's input 3 to its current input.\" -STARTLINE T \"indx = 3\\ntry:\\n vwr = nuke.toNode(nuke.thisNode().knob(\\\"viewer\\\").evaluate())\\n selInput = vwr.input(int(indx-1)).name()\\n nuke.thisNode().knob(\\\"block%s\\\"%(str(indx))).setValue(selInput)\\nexcept:\\n if nuke.toNode(nuke.thisNode().knob(\\\"viewer\\\").evaluate()):\\n if nuke.toNode(nuke.thisNode().knob(\\\"viewer\\\").evaluate()).input(indx-1):\\n nuke.message(\\\"Connection error. Please check %s's input %s\\\"%(nuke.thisNode().knob(\\\"viewer\\\").evaluate(),str(indx)))\\n else:\\n nuke.message(\\\"Connection error. Please check %s has something piped in input %s\\\"%(nuke.thisNode().knob(\\\"viewer\\\").evaluate(),str(indx)))\\n else:\\n nuke.message(\\\"Error: Please check the viewer %s exists.\\\"%nuke.thisNode().knob(\\\"viewer\\\").evaluate())\"}\n addUserKnob {22 clear3 l Clear -STARTLINE T \"indx = 3\\nnuke.thisNode().knob(\\\"block%s\\\"%(str(indx))).setValue('')\"}\n addUserKnob {1 block4 l 4 t \"Name of the node to block to the viewer's input 4.\\nLeave empty to keep it unblocked.\"}\n addUserKnob {22 get4 l \"Set to current\" t \"Block the viewer's input 4 to its current input.\" -STARTLINE T \"indx = 4\\ntry:\\n vwr = nuke.toNode(nuke.thisNode().knob(\\\"viewer\\\").evaluate())\\n selInput = vwr.input(int(indx-1)).name()\\n nuke.thisNode().knob(\\\"block%s\\\"%(str(indx))).setValue(selInput)\\nexcept:\\n if nuke.toNode(nuke.thisNode().knob(\\\"viewer\\\").evaluate()):\\n if nuke.toNode(nuke.thisNode().knob(\\\"viewer\\\").evaluate()).input(indx-1):\\n nuke.message(\\\"Connection error. Please check %s's input %s\\\"%(nuke.thisNode().knob(\\\"viewer\\\").evaluate(),str(indx)))\\n else:\\n nuke.message(\\\"Connection error. Please check %s has something piped in input %s\\\"%(nuke.thisNode().knob(\\\"viewer\\\").evaluate(),str(indx)))\\n else:\\n nuke.message(\\\"Error: Please check the viewer %s exists.\\\"%nuke.thisNode().knob(\\\"viewer\\\").evaluate())\"}\n addUserKnob {22 clear4 l Clear -STARTLINE T \"indx = 4\\nnuke.thisNode().knob(\\\"block%s\\\"%(str(indx))).setValue('')\"}\n addUserKnob {1 block5 l 5 t \"Name of the node to block to the viewer's input 5.\\nLeave empty to keep it unblocked.\"}\n addUserKnob {22 get5 l \"Set to current\" t \"Block the viewer's input 5 to its current input.\" -STARTLINE T \"indx = 5\\ntry:\\n vwr = nuke.toNode(nuke.thisNode().knob(\\\"viewer\\\").evaluate())\\n selInput = vwr.input(int(indx-1)).name()\\n nuke.thisNode().knob(\\\"block%s\\\"%(str(indx))).setValue(selInput)\\nexcept:\\n if nuke.toNode(nuke.thisNode().knob(\\\"viewer\\\").evaluate()):\\n if nuke.toNode(nuke.thisNode().knob(\\\"viewer\\\").evaluate()).input(indx-1):\\n nuke.message(\\\"Connection error. Please check %s's input %s\\\"%(nuke.thisNode().knob(\\\"viewer\\\").evaluate(),str(indx)))\\n else:\\n nuke.message(\\\"Connection error. Please check %s has something piped in input %s\\\"%(nuke.thisNode().knob(\\\"viewer\\\").evaluate(),str(indx)))\\n else:\\n nuke.message(\\\"Error: Please check the viewer %s exists.\\\"%nuke.thisNode().knob(\\\"viewer\\\").evaluate())\"}\n addUserKnob {22 clear5 l Clear -STARTLINE T \"indx = 5\\nnuke.thisNode().knob(\\\"block%s\\\"%(str(indx))).setValue('')\"}\n addUserKnob {1 block6 l 6 t \"Name of the node to block to the viewer's input 6.\\nLeave empty to keep it unblocked.\"}\n addUserKnob {22 get6 l \"Set to current\" t \"Block the viewer's input 6 to its current input.\" -STARTLINE T \"indx = 6\\ntry:\\n vwr = nuke.toNode(nuke.thisNode().knob(\\\"viewer\\\").evaluate())\\n selInput = vwr.input(int(indx-1)).name()\\n nuke.thisNode().knob(\\\"block%s\\\"%(str(indx))).setValue(selInput)\\nexcept:\\n if nuke.toNode(nuke.thisNode().knob(\\\"viewer\\\").evaluate()):\\n if nuke.toNode(nuke.thisNode().knob(\\\"viewer\\\").evaluate()).input(indx-1):\\n nuke.message(\\\"Connection error. Please check %s's input %s\\\"%(nuke.thisNode().knob(\\\"viewer\\\").evaluate(),str(indx)))\\n else:\\n nuke.message(\\\"Connection error. Please check %s has something piped in input %s\\\"%(nuke.thisNode().knob(\\\"viewer\\\").evaluate(),str(indx)))\\n else:\\n nuke.message(\\\"Error: Please check the viewer %s exists.\\\"%nuke.thisNode().knob(\\\"viewer\\\").evaluate())\"}\n addUserKnob {22 clear6 l Clear -STARTLINE T \"indx = 6\\nnuke.thisNode().knob(\\\"block%s\\\"%(str(indx))).setValue('')\"}\n addUserKnob {1 block7 l 7 t \"Name of the node to block to the viewer's input 7.\\nLeave empty to keep it unblocked.\"}\n addUserKnob {22 get7 l \"Set to current\" t \"Block the viewer's input 7 to its current input.\" -STARTLINE T \"indx = 7\\ntry:\\n vwr = nuke.toNode(nuke.thisNode().knob(\\\"viewer\\\").evaluate())\\n selInput = vwr.input(int(indx-1)).name()\\n nuke.thisNode().knob(\\\"block%s\\\"%(str(indx))).setValue(selInput)\\nexcept:\\n if nuke.toNode(nuke.thisNode().knob(\\\"viewer\\\").evaluate()):\\n if nuke.toNode(nuke.thisNode().knob(\\\"viewer\\\").evaluate()).input(indx-1):\\n nuke.message(\\\"Connection error. Please check %s's input %s\\\"%(nuke.thisNode().knob(\\\"viewer\\\").evaluate(),str(indx)))\\n else:\\n nuke.message(\\\"Connection error. Please check %s has something piped in input %s\\\"%(nuke.thisNode().knob(\\\"viewer\\\").evaluate(),str(indx)))\\n else:\\n nuke.message(\\\"Error: Please check the viewer %s exists.\\\"%nuke.thisNode().knob(\\\"viewer\\\").evaluate())\"}\n addUserKnob {22 clear7 l Clear -STARTLINE T \"indx = 7\\nnuke.thisNode().knob(\\\"block%s\\\"%(str(indx))).setValue('')\"}\n addUserKnob {1 block8 l 8 t \"Name of the node to block to the viewer's input 8.\\nLeave empty to keep it unblocked.\"}\n addUserKnob {22 get8 l \"Set to current\" t \"Block the viewer's input 8 to its current input.\" -STARTLINE T \"indx = 8\\ntry:\\n vwr = nuke.toNode(nuke.thisNode().knob(\\\"viewer\\\").evaluate())\\n selInput = vwr.input(int(indx-1)).name()\\n nuke.thisNode().knob(\\\"block%s\\\"%(str(indx))).setValue(selInput)\\nexcept:\\n if nuke.toNode(nuke.thisNode().knob(\\\"viewer\\\").evaluate()):\\n if nuke.toNode(nuke.thisNode().knob(\\\"viewer\\\").evaluate()).input(indx-1):\\n nuke.message(\\\"Connection error. Please check %s's input %s\\\"%(nuke.thisNode().knob(\\\"viewer\\\").evaluate(),str(indx)))\\n else:\\n nuke.message(\\\"Connection error. Please check %s has something piped in input %s\\\"%(nuke.thisNode().knob(\\\"viewer\\\").evaluate(),str(indx)))\\n else:\\n nuke.message(\\\"Error: Please check the viewer %s exists.\\\"%nuke.thisNode().knob(\\\"viewer\\\").evaluate())\"}\n addUserKnob {22 clear8 l Clear -STARTLINE T \"indx = 8\\nnuke.thisNode().knob(\\\"block%s\\\"%(str(indx))).setValue('')\"}\n addUserKnob {1 block9 l 9 t \"Name of the node to block to the viewer's input 9.\\nLeave empty to keep it unblocked.\"}\n addUserKnob {22 get9 l \"Set to current\" t \"Block the viewer's input 9 to its current input.\" -STARTLINE T \"indx = 9\\ntry:\\n vwr = nuke.toNode(nuke.thisNode().knob(\\\"viewer\\\").evaluate())\\n selInput = vwr.input(int(indx-1)).name()\\n nuke.thisNode().knob(\\\"block%s\\\"%(str(indx))).setValue(selInput)\\nexcept:\\n if nuke.toNode(nuke.thisNode().knob(\\\"viewer\\\").evaluate()):\\n if nuke.toNode(nuke.thisNode().knob(\\\"viewer\\\").evaluate()).input(indx-1):\\n nuke.message(\\\"Connection error. Please check %s's input %s\\\"%(nuke.thisNode().knob(\\\"viewer\\\").evaluate(),str(indx)))\\n else:\\n nuke.message(\\\"Connection error. Please check %s has something piped in input %s\\\"%(nuke.thisNode().knob(\\\"viewer\\\").evaluate(),str(indx)))\\n else:\\n nuke.message(\\\"Error: Please check the viewer %s exists.\\\"%nuke.thisNode().knob(\\\"viewer\\\").evaluate())\"}\n addUserKnob {22 clear9 l Clear -STARTLINE T \"indx = 9\\nnuke.thisNode().knob(\\\"block%s\\\"%(str(indx))).setValue('')\"}\n addUserKnob {1 block0 l 0 t \"Name of the node to block to the viewer's input 0.\\nLeave empty to keep it unblocked.\"}\n addUserKnob {22 get0 l \"Set to current\" t \"Block the viewer's input 0 to its current input.\" -STARTLINE T \"indx = 0\\ntry:\\n vwr = nuke.toNode(nuke.thisNode().knob(\\\"viewer\\\").evaluate())\\n selInput = vwr.input(int(9)).name()\\n nuke.thisNode().knob(\\\"block%s\\\"%(str(0))).setValue(selInput)\\nexcept:\\n if nuke.toNode(nuke.thisNode().knob(\\\"viewer\\\").evaluate()):\\n if nuke.toNode(nuke.thisNode().knob(\\\"viewer\\\").evaluate()).input(9):\\n nuke.message(\\\"Connection error. Please check %s's input %s\\\"%(nuke.thisNode().knob(\\\"viewer\\\").evaluate(),str(indx)))\\n else:\\n nuke.message(\\\"Connection error. Please check %s has something piped in input %s\\\"%(nuke.thisNode().knob(\\\"viewer\\\").evaluate(),str(indx)))\\n else:\\n nuke.message(\\\"Error: Please check the viewer %s exists.\\\"%nuke.thisNode().knob(\\\"viewer\\\").evaluate())\"}\n addUserKnob {22 clear0 l Clear -STARTLINE T \"indx = 0\\nnuke.thisNode().knob(\\\"block%s\\\"%(str(indx))).setValue('')\"}\n addUserKnob {26 copyright_kind_of l \"\" +STARTLINE T \" ViewerBlocker by Adrian Pueyo\"}\n}\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_apVignette.gizmo", "content": "Group {\n name apVignette\n help \"apVignette v0.4 - apEssentials by Adrian Pueyo\\n\\nSimple and lightweight vignetting gizmo.\\n\\nadrianpueyo.com, 2014-2018\"\n tile_color 0x8c8c8cff\n selected true\n addUserKnob {20 apeVignette}\n addUserKnob {7 aspect t \"Aspect ratio multiplier for the vignetting.\" R 0 4}\n aspect 1\n addUserKnob {6 img_format l \"image format\" t \"...otherwise spherical.\\nThis also gets affected by the aspect multiplier.\" -STARTLINE}\n addUserKnob {7 size t \"Shutter size multiplier relative to the plate width.\" R 0 3}\n size 1.4\n addUserKnob {7 falloff t \"Gamma of the effect's alpha.\" R 0 4}\n falloff 2\n addUserKnob {26 \"\"}\n addUserKnob {7 amount t \"Multiplier for the effect's alpha.\" R 0 2}\n amount 1\n addUserKnob {41 color t \"Multiplier for the image, through the resulting alpha.\" T Multiply1.value}\n addUserKnob {6 apply_to_white l \"Apply to White Constant (rgb)\" +STARTLINE}\n addUserKnob {6 output_alpha l \"output matte in alpha\" +STARTLINE}\n addUserKnob {26 version_author l \"\" t \"apeVignette v0.5\\n2014-2018\" +STARTLINE T \"
    apeVignette v0.5 - adrianpueyo.com, 2014-2018    \"}\n addUserKnob {20 transform}\n addUserKnob {41 type T Reformat1.type}\n addUserKnob {41 format l \"output format\" T Reformat1.format}\n addUserKnob {26 \"\" +STARTLINE}\n addUserKnob {41 translate T Transform1.translate}\n addUserKnob {41 rotate T Transform1.rotate}\n addUserKnob {41 scale T Transform1.scale}\n addUserKnob {41 skewX l \"skew X\" T Transform1.skewX}\n addUserKnob {41 skewY l \"skew Y\" T Transform1.skewY}\n addUserKnob {41 center T Transform1.center}\n}\n Input {\n inputs 0\n name Input\n xpos 110\n ypos -194\n }\n Dot {\n name Dot1\n note_font_size 41\n xpos 144\n ypos -132\n }\nset N1ad284d0 [stack 0]\n Radial {\n output alpha\n cliptype none\n replace true\n invert true\n area {{\"width/2 * (1 - parent.size)\"} {height/2-(parent.img_format?height:width)/(2*parent.aspect)*parent.size} {\"width/2 * (1 + parent.size)\"} {height/2+(parent.img_format?height:width)/(2*parent.aspect)*parent.size}}\n name Radial1\n xpos 254\n ypos -142\n }\n Transform {\n center {1078 901}\n black_outside false\n shutteroffset centred\n name Transform1\n xpos 254\n ypos -78\n }\n Gamma {\n channels alpha\n value {{1/parent.falloff}}\n name Gamma1\n xpos 254\n ypos 46\n }\n Multiply {\n channels alpha\n value {{parent.amount}}\n name Multiply2\n xpos 254\n ypos 84\n }\nset N18b62620 [stack 0]\npush $N18b62620\npush $N1ad284d0\n Reformat {\n black_outside true\n name Reformat1\n xpos 110\n ypos -80\n }\n AddChannels {\n channels rgba\n name AddChannels1\n xpos 110\n ypos -38\n disable {{!parent.apply_to_white}}\n }\n Grade {\n multiply 0\n add 1\n black_clamp false\n name Grade1\n xpos 110\n ypos 2\n disable {{!parent.apply_to_white}}\n }\n Multiply {\n inputs 1+1\n channels rgb\n value 0\n name Multiply1\n xpos 110\n ypos 90\n }\n Copy {\n inputs 2\n from0 rgba.alpha\n to0 rgba.alpha\n bbox B\n name CopyA\n xpos 110\n ypos 112\n disable {{!parent.output_alpha}}\n }\n Output {\n name Output1\n xpos 110\n ypos 186\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_apeGlow.gizmo", "content": "Group {\n name apGlow\n help \"apeGlow v1.0 - apEssentials by Adrian Pueyo\\n\\nExponential glow with advanced controls, using the traditional multi-blur approach.\\n\\nWith the \\\"area\\\" input (optional) you can set only a part of the image to emit glow.\\nNaN's will be turned black, on rgba only.\\n\\nadrianpueyo.com, 2015-2019.\"\n onCreate \"n = nuke.thisNode()\\nfor i in \\['intensity','response','max_size','src_black','src_white','response']:\\n n\\[i].setFlag(0x00000004)\\nn\\['max_size'].setRange(0,10000)\\nn\\['overscan'].setRange(0,1000)\"\n knobChanged \"n = nuke.thisNode()\\nk = nuke.thisKnob()\\nif k.name() in \\[\\\"crop\\\",\\\"enableOverscan\\\"]:\\n kcv = n\\[\\\"crop\\\"].value()\\n kov = n\\[\\\"enableOverscan\\\"].value()\\n n\\[\\\"enableOverscan\\\"].setEnabled(not kcv)\\n n\\['overscan'].setEnabled(not kcv and kov)\\nelif k.name() == \\\"s\\\":\\n s = int(k.value())\\n if s<1:\\n k.setValue(1)\\n else:\\n nd = nuke.toNode(\\\"DP\\\")\\n nm = nuke.toNode(\\\"MergeBlurs\\\")\\n b0 = nuke.toNode(\\\"Blur0\\\")\\n b0x = b0.xpos()\\n b0y = b0.ypos()\\n b0n = b0.name()\\n for i in range(1,nm.inputs()):\\n nm.setInput(i,None)\\n \\[nuke.delete(i) for i in nuke.allNodes() if i.xpos()>nd.xpos()]\\n for i in range(1,s):\\n # Blur\\n b = nuke.nodes.Blur()\\n b.setXYpos(b0x+i*100,b0y)\\n b.setInput(0,nd)\\n b\\[\\\"channels\\\"].setValue(\\\"all\\\")\\n for bk in \\[\\\"filter\\\",\\\"quality\\\"]:\\n b\\[bk].setExpression(b0n+\\\".\\\"+bk)\\n b\\[\\\"crop\\\"].setValue(0)\\n b\\[\\\"size\\\"].setValue(\\[0,0])\\n b\\[\\\"size\\\"].setExpression(\\\"DP.j((1/parent.s)*%s)/ parent.f\\\"%(i+1))\\n # Multiply\\n m = nuke.nodes.Multiply()\\n m.setXYpos(b0x+i*100,b0y+38)\\n m.setInput(0,b)\\n m\\[\\\"channels\\\"].setValue(\\\"all\\\")\\n m\\[\\\"value\\\"].setValue(\\[0,0,0,0])\\n m\\[\\\"value\\\"].setExpression( \\\"parent.p*%s+%s\\\"%((i+1)/(s),1-(i+1)/(s)))\\n # Merge\\n nm.setInput(i if i<2 else i+1, m)\"\n tile_color 0xe88543ff\n selected true\n addUserKnob {20 apeGlow}\n addUserKnob {41 channels T KeepWhat.channels}\n addUserKnob {7 intensity t \"Intensity multiplier for the resulting glow.\" R 0 10}\n intensity 1\n addUserKnob {18 p l persistance t \"Color gain of the largest step. Affects the other steps progressively, with the least effect on the smallest one.\\n\\nUse as an inverse falloff or as a progressive color tint.\" R 0 10}\n p 1\n addUserKnob {6 p_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {18 tint t \"Overall color multiplier for the intensity.\"}\n tint 1\n addUserKnob {6 tint_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 effect_only l \"effect only\" +STARTLINE}\n effect_only true\n addUserKnob {26 \"\"}\n addUserKnob {7 src_black l \"src black\" t \"Black point of the source image's luminance.\\nClip the effect below this luminance value.\" R 0 4}\n addUserKnob {7 src_white l \"src white\" t \"White point of the source image's luminance.\" R 0 4}\n src_white 1\n addUserKnob {41 white_clamp l clamp -STARTLINE T Grade1.white_clamp}\n addUserKnob {7 response t \"Gamma on the source image's luminance, to change the response curve falloff.\" R 0 4}\n response 1\n addUserKnob {26 \"\"}\n addUserKnob {14 max_size l \"max size\" t \"Maximum pixel size of the exponential glow.\" R 0 10000}\n max_size 2000\n addUserKnob {14 f l \"size falloff\" t \"Falloff adjustment on the exponential distribution of the blur sizes.\\n\\nReduce this to have the glow more diffuse (starting with larger blurs).\\nIncrease to have the glow tighter and more defined (start with smaller blurs).\" R 0 10}\n f 1\n addUserKnob {3 s l steps t \"Number of blur iterations to combine together.\"}\n s 10\n addUserKnob {41 filter T Blur0.filter}\n addUserKnob {41 quality l \"\" -STARTLINE T Blur0.quality}\n addUserKnob {6 crop l \"crop to format\" -STARTLINE}\n addUserKnob {14 overscan R 0 1000}\n overscan 100\n addUserKnob {6 enableOverscan l enable -STARTLINE}\n enableOverscan true\n addUserKnob {26 \"\"}\n addUserKnob {41 maskChannelArea l area -STARTLINE T ExpressionArea.maskChannelMask}\n addUserKnob {41 inject_area l inject -STARTLINE T ExpressionArea.inject}\n addUserKnob {41 invert_area l invert -STARTLINE T ExpressionArea.invert_mask}\n addUserKnob {41 fringe_area l fringe -STARTLINE T ExpressionArea.fringe}\n addUserKnob {41 maskChannelMask l mask T Merge.maskChannelMask}\n addUserKnob {41 inject -STARTLINE T Merge.inject}\n addUserKnob {41 invert_mask l invert -STARTLINE T Merge.invert_mask}\n addUserKnob {41 fringe -STARTLINE T Merge.fringe}\n addUserKnob {41 mix T Merge.mix}\n addUserKnob {26 version_author l \"\" t \"apeGlow v1.0\\n2019\" +STARTLINE T \"
    apeGlow v1.0 - adrianpueyo.com, 2015-2019    \"}\n}\n Input {\n inputs 0\n name Inputmask\n xpos -883\n ypos 975\n number 2\n }\n Input {\n inputs 0\n name Inputarea\n xpos -638\n ypos 383\n number 1\n }\n Input {\n inputs 0\n name Inputimg\n xpos -773\n ypos 220\n }\n Dot {\n name Dot6\n xpos -739\n ypos 308\n }\nset N64670800 [stack 0]\n Dot {\n name Dot8\n xpos -494\n ypos 308\n }\nset N64670100 [stack 0]\n Remove {\n name RemoveAll\n xpos -528\n ypos 345\n }\n Expression {\n inputs 1+1\n channel0 rgba\n expr0 1\n name ExpressionArea\n xpos -528\n ypos 383\n disable {{\"!\\[exists parent.input1]\"}}\n }\n Shuffle {\n red white\n green white\n blue white\n alpha white\n name ShuffleWhite\n xpos -528\n ypos 409\n disable {{\"\\[exists parent.input1]\"}}\n }\npush $N64670100\n Dot {\n name Dot7\n xpos -384\n ypos 308\n }\n Remove {\n operation keep\n channels rgba\n name KeepWhat\n xpos -418\n ypos 377\n }\nadd_layer {apGlowArea apGlowArea.red}\n Copy {\n inputs 2\n from0 rgba.alpha\n to0 apGlowArea.red\n name Copy1\n xpos -418\n ypos 403\n disable {{\"!\\[exists parent.input1]\"}}\n }\n Premult {\n channels all\n alpha apGlowArea.red\n name Premult1\n xpos -418\n ypos 441\n disable {{\"!\\[exists parent.input1]\"}}\n }\n Remove {\n channels apGlowArea\n name RemoveArea\n xpos -418\n ypos 479\n disable {{\"!\\[exists parent.input1]\"}}\n }\n Dot {\n name Dot5\n xpos -384\n ypos 538\n }\nset Ndeeec100 [stack 0]\n Dot {\n name Dot1\n xpos -494\n ypos 538\n }\n Saturation {\n channels all\n saturation 0\n name Saturation1\n xpos -528\n ypos 556\n }\nset Ndeec3200 [stack 0]\n Grade {\n channels all\n blackpoint {{parent.src_black}}\n whitepoint {{parent.src_white}}\n gamma {{parent.response}}\n name Grade1\n xpos -528\n ypos 594\n }\npush $Ndeeec100\npush $Ndeec3200\n Merge2 {\n inputs 2\n operation divide\n also_merge all\n name Merge4\n xpos -418\n ypos 562\n }\n Merge2 {\n inputs 2\n operation multiply\n also_merge all\n name Merge3\n xpos -418\n ypos 600\n }\n Dot {\n name DP\n xpos -384\n ypos 671\n addUserKnob {20 User}\n addUserKnob {14 j R 0 100}\n j {{\"pow(2, t*(log(parent.max_size*parent.f)/log(2)) )\"} {\"pow(2, t*(log(parent.max_size*parent.f)/log(2)) )\"}}\n }\nset Ndeeb2400 [stack 0]\n Blur {\n size {{\"DP.j((1/parent.s)*10)/ parent.f\"} {\"DP.j((1/parent.s)*10)/ parent.f\"}}\n filter {{Blur0.filter}}\n quality {{Blur0.quality}}\n crop false\n name Blur9\n xpos 482\n ypos 729\n }\n Multiply {\n value {{parent.p*1.0+0.0} {parent.p*1.0+0.0} {parent.p*1.0+0.0} {parent.p*1.0+0.0}}\n name Multiply9\n xpos 482\n ypos 767\n }\npush $Ndeeb2400\n Blur {\n size {{\"DP.j((1/parent.s)*9)/ parent.f\"} {\"DP.j((1/parent.s)*9)/ parent.f\"}}\n filter {{Blur0.filter}}\n quality {{Blur0.quality}}\n crop false\n name Blur8\n xpos 382\n ypos 729\n }\n Multiply {\n value {{parent.p*0.9+0.1} {parent.p*0.9+0.1} {parent.p*0.9+0.1} {parent.p*0.9+0.1}}\n name Multiply8\n xpos 382\n ypos 767\n }\npush $Ndeeb2400\n Blur {\n size {{\"DP.j((1/parent.s)*8)/ parent.f\"} {\"DP.j((1/parent.s)*8)/ parent.f\"}}\n filter {{Blur0.filter}}\n quality {{Blur0.quality}}\n crop false\n name Blur7\n xpos 282\n ypos 729\n }\n Multiply {\n value {{parent.p*0.8+0.2} {parent.p*0.8+0.2} {parent.p*0.8+0.2} {parent.p*0.8+0.2}}\n name Multiply7\n xpos 282\n ypos 767\n }\npush $Ndeeb2400\n Blur {\n size {{\"DP.j((1/parent.s)*7)/ parent.f\"} {\"DP.j((1/parent.s)*7)/ parent.f\"}}\n filter {{Blur0.filter}}\n quality {{Blur0.quality}}\n crop false\n name Blur6\n xpos 182\n ypos 729\n }\n Multiply {\n value {{parent.p*0.7+0.3} {parent.p*0.7+0.3} {parent.p*0.7+0.3} {parent.p*0.7+0.3}}\n name Multiply6\n xpos 182\n ypos 767\n }\npush $Ndeeb2400\n Blur {\n size {{\"DP.j((1/parent.s)*6)/ parent.f\"} {\"DP.j((1/parent.s)*6)/ parent.f\"}}\n filter {{Blur0.filter}}\n quality {{Blur0.quality}}\n crop false\n name Blur5\n xpos 82\n ypos 729\n }\n Multiply {\n value {{parent.p*0.6+0.4} {parent.p*0.6+0.4} {parent.p*0.6+0.4} {parent.p*0.6+0.4}}\n name Multiply5\n xpos 82\n ypos 767\n }\npush $Ndeeb2400\n Blur {\n size {{\"DP.j((1/parent.s)*5)/ parent.f\"} {\"DP.j((1/parent.s)*5)/ parent.f\"}}\n filter {{Blur0.filter}}\n quality {{Blur0.quality}}\n crop false\n name Blur4\n xpos -18\n ypos 729\n }\n Multiply {\n value {{parent.p*0.5+0.5} {parent.p*0.5+0.5} {parent.p*0.5+0.5} {parent.p*0.5+0.5}}\n name Multiply4\n xpos -18\n ypos 767\n }\npush $Ndeeb2400\n Blur {\n size {{\"DP.j((1/parent.s)*4)/ parent.f\"} {\"DP.j((1/parent.s)*4)/ parent.f\"}}\n filter {{Blur0.filter}}\n quality {{Blur0.quality}}\n crop false\n name Blur3\n xpos -118\n ypos 729\n }\n Multiply {\n value {{parent.p*0.4+0.6} {parent.p*0.4+0.6} {parent.p*0.4+0.6} {parent.p*0.4+0.6}}\n name Multiply3\n xpos -118\n ypos 767\n }\npush $Ndeeb2400\n Blur {\n size {{\"DP.j((1/parent.s)*3)/ parent.f\"} {\"DP.j((1/parent.s)*3)/ parent.f\"}}\n filter {{Blur0.filter}}\n quality {{Blur0.quality}}\n crop false\n name Blur2\n xpos -218\n ypos 729\n }\n Multiply {\n value {{parent.p*0.3+0.7} {parent.p*0.3+0.7} {parent.p*0.3+0.7} {parent.p*0.3+0.7}}\n name Multiply2\n xpos -218\n ypos 767\n }\npush 0\npush $Ndeeb2400\n Blur {\n size {{\"DP.j((1/parent.s)*2)/ parent.f\"} {\"DP.j((1/parent.s)*2)/ parent.f\"}}\n filter {{Blur0.filter}}\n quality {{Blur0.quality}}\n crop false\n name Blur1\n xpos -318\n ypos 729\n }\n Multiply {\n value {{parent.p*0.2+0.8} {parent.p*0.2+0.8} {parent.p*0.2+0.8} {parent.p*0.2+0.8}}\n name Multiply1\n xpos -318\n ypos 767\n }\npush $Ndeeb2400\n Blur {\n size {{\"DP.j(1/parent.s + 0) / parent.f\"} {\"DP.j(1/parent.s + 0) / parent.f\"}}\n crop false\n name Blur0\n xpos -418\n ypos 729\n }\n Multiply {\n value {{\"parent.p * 1/parent.s + (1-1/parent.s)\"}}\n name Multiply0\n xpos -418\n ypos 767\n }\n Merge2 {\n inputs 10+1\n operation plus\n name MergeBlurs\n xpos -418\n ypos 864\n }\n Multiply {\n value {{parent.intensity*parent.tint/parent.s} {parent.intensity*parent.tint/parent.s} {parent.intensity*parent.tint/parent.s} {parent.intensity*parent.tint/parent.s}}\n name MultiplyR\n xpos -418\n ypos 890\n }\n Expression {\n expr0 isnan(r)?0:r\n expr1 isnan(g)?0:g\n expr2 isnan(b)?0:b\n expr3 isnan(a)?0:a\n name NanToBlack\n xpos -418\n ypos 928\n }\npush $N64670800\n Dot {\n name Dot4\n xpos -739\n ypos 769\n }\nset Ndefeeb00 [stack 0]\n Dot {\n name Dot2\n xpos -629\n ypos 769\n }\n Shuffle {\n red black\n green black\n blue black\n name Shuffle\n xpos -663\n ypos 847\n disable {{!parent.effect_only}}\n }\n Remove {\n operation keep\n channels rgb\n name Remove1\n xpos -663\n ypos 873\n disable {{!parent.effect_only}}\n }\n Merge2 {\n inputs 2\n operation plus\n output {rgba.red rgba.green rgba.blue -rgba.alpha}\n also_merge all\n name Merge1\n xpos -663\n ypos 928\n }\n Dot {\n name Dot3\n xpos -629\n ypos 978\n }\npush $Ndefeeb00\n Merge2 {\n inputs 2+1\n operation copy\n output {rgba.red rgba.green rgba.blue -rgba.alpha}\n also_merge all\n name Merge\n xpos -773\n ypos 974\n }\n Crop {\n box {{parent.crop?0:-parent.overscan} {parent.crop?0:-parent.overscan} {parent.crop?width:width+parent.overscan.w} {parent.crop?height:height+parent.overscan.h}}\n intersect true\n name CropOverscan\n selected true\n xpos -773\n ypos 1000\n disable {{\"!parent.enableOverscan && !parent.crop\"}}\n addUserKnob {20 User}\n addUserKnob {22 cropToBbox l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n }\n Output {\n name Output\n xpos -773\n ypos 1026\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_apeScreenClean.gizmo", "content": "Group {\nname apeScreenClean\nhelp \"apeScreenClean v0.5 - apEssentials by Adrian Pueyo\\n\\nClean up an irregular green or blue screen using your plate and a clean plate.\\n\\napeScreenClean is my own flavor of clean screen tool (ScreenCorrect, PxF_ScreenClean, ...) offering extended functionality.\\n\\napeScreenClean v0.5 by Adrian Pueyo\\nwww.adrianpueyo.com, 2015-2019\"\nknobChanged \"k = nuke.thisKnob()\\nif k.name() in \\[\\\"use_screen_color\\\",\\\"screen_color\\\"]:\\n n = nuke.thisNode()\\n kv = n\\[\\\"use_screen_color\\\"].value()\\n n\\['screen_replace'].setEnabled(not kv)\\n if kv:\\n n\\['screen_replace'].setValue(n\\['screen_color'].getValue())\"\ntile_color 0x8c8c8cff\naddUserKnob {20 apeScreenClean}\naddUserKnob {18 screen_color l \"screen color\" t \"Pick the main color of your screen.\"}\nscreen_color {0 0 0}\naddUserKnob {18 screen_replace l \"screen replace\" t \"Select a color to replace your screen with. By default is ganged to the screen color.\" +DISABLED}\nscreen_replace {0 0 0}\naddUserKnob {6 use_screen_color l \"use screen color\" t \"Gang screen color / screen replace color.\" +STARTLINE}\nuse_screen_color true\naddUserKnob {6 output_alpha l \"output alpha\" t \"Output the alpha of the screenclean. If disabled outputs original alpha.\" -STARTLINE}\noutput_alpha true\naddUserKnob {26 \"\"}\naddUserKnob {7 blackpoint t \"Black point of the replacement matte.\" R -0.2 0.2}\naddUserKnob {7 gamma t \"Gamma of the replacement matte (to fill darks).\"}\ngamma 0.5\naddUserKnob {26 \"\"}\naddUserKnob {41 maskChannel l \"mask channel\" T KeymixCleanScreen.maskChannel}\naddUserKnob {41 invertMask l invert -STARTLINE T KeymixCleanScreen.invertMask}\naddUserKnob {7 mix}\nmix 1\naddUserKnob {26 version_author l \"\" t \"apeScreenClean v0.5\\n2015-2019\" +STARTLINE T \"
    apeScreenClean v0.5 - adrianpueyo.com, 2015-2019    \"}\n}\nInput {\ninputs 0\nname Inputmask\nxpos 346\nypos 154\nnumber 2\n}\nInput {\ninputs 0\nname plate\nxpos 456\nypos 29\n}\nset N9684bfd0 [stack 0]\npush $N9684bfd0\nOFXuk.co.thefoundry.keylight.keylight_v201 {\nshow \"Intermediate Result\"\nunPreMultiply false\nscreenColour {{parent.screen_color x10 0.1965884119} {parent.screen_color x10 0.5346660018} {parent.screen_color x10 0.1694011688}}\nscreenGain 1\nscreenBalance 0.5\nalphaBias {0.5 0.5 0.5}\ndespillBias {0.5 0.5 0.5}\ngangBiases true\npreBlur 0\n\"Screen Matte\" 0\nscreenClipMin 0\nscreenClipMax 1\nscreenClipRollback 0\nscreenGrowShrink 0\nscreenSoftness 0\nscreenDespotBlack 0\nscreenDespotWhite 0\nscreenReplaceMethod \"Soft Colour\"\nscreenReplaceColour {0.5 0.5 0.5}\nTuning 0\nmidPoint 0.5\nlowGain 1\nmidGain 1\nhighGain 1\n\"Inside Mask\" 0\nsourceAlphaHandling Ignore\ninsideReplaceMethod \"Soft Colour\"\ninsideReplaceColour {0.5 0.5 0.5}\nCrops 0\nSourceXMethod Colour\nSourceYMethod Colour\nSourceEdgeColour 0\nSourceCropL 0\nSourceCropR 1\nSourceCropB 0\nSourceCropT 1\nbalanceSet false\ninsideComponent None\noutsideComponent None\ncacheBreaker true\nname KeyP\nxpos 236\nypos 29\n}\nInvert {\nchannels alpha\nname InvertP\nxpos 236\nypos 53\n}\nInput {\ninputs 0\nname cleanplate\nxpos 346\nypos -8\nnumber 1\n}\nset Nc5a7b0d0 [stack 0]\nOFXuk.co.thefoundry.keylight.keylight_v201 {\nshow \"Intermediate Result\"\nunPreMultiply false\nscreenColour {{parent.screen_color x10 0.1965884119} {parent.screen_color x10 0.5346660018} {parent.screen_color x10 0.1694011688}}\nscreenGain 1\nscreenBalance 0.5\nalphaBias {0.5 0.5 0.5}\ndespillBias {0.5 0.5 0.5}\ngangBiases true\npreBlur 0\n\"Screen Matte\" 0\nscreenClipMin 0\nscreenClipMax 1\nscreenClipRollback 0\nscreenGrowShrink 0\nscreenSoftness 0\nscreenDespotBlack 0\nscreenDespotWhite 0\nscreenReplaceMethod \"Soft Colour\"\nscreenReplaceColour {0.5 0.5 0.5}\nTuning 0\nmidPoint 0.5\nlowGain 1\nmidGain 1\nhighGain 1\n\"Inside Mask\" 0\nsourceAlphaHandling Ignore\ninsideReplaceMethod \"Soft Colour\"\ninsideReplaceColour {0.5 0.5 0.5}\nCrops 0\nSourceXMethod Colour\nSourceYMethod Colour\nSourceEdgeColour 0\nSourceCropL 0\nSourceCropR 1\nSourceCropB 0\nSourceCropT 1\nbalanceSet false\ninsideComponent None\noutsideComponent None\ncacheBreaker true\nname KeyCP\nxpos 126\nypos -8\n}\nInvert {\nchannels alpha\nname InvertCP\nxpos 126\nypos 16\n}\nChannelMerge {\ninputs 2\noperation divide\nname NormalizeScreen\nxpos 126\nypos 48\n}\nGrade {\nchannels alpha\nblackpoint {{parent.blackpoint}}\ngamma {{parent.gamma}}\nname GradeAlpha\nxpos 126\nypos 90\n}\nset N84241d30 [stack 0]\nDot {\nname Dot1\nxpos 160\nypos 125\n}\npush $N84241d30\npush $Nc5a7b0d0\nGrade {\nchannels rgba\nwhite 0\nadd {{parent.screen_replace} {parent.screen_replace} {parent.screen_replace} {parent.screen_replace}}\nname GradeScreenColor\nxpos 346\nypos 16\n}\npush $Nc5a7b0d0\nMerge2 {\ninputs 2\noperation from\nname MergeSC\nxpos 346\nypos 40\n}\nMerge2 {\ninputs 2\noperation mask\nname Merge1\nxpos 346\nypos 94\n}\npush $N9684bfd0\nMerge2 {\ninputs 2\noperation from\noutput {rgba.red rgba.green rgba.blue -rgba.alpha}\nname Merge3\nxpos 456\nypos 94\n}\nCopy {\ninputs 2\nfrom0 rgba.alpha\nto0 rgba.alpha\nname Copy1\nxpos 456\nypos 118\ndisable {{!parent.output_alpha}}\n}\nKeymix {\ninputs 3\nchannels {{{parent.DirBlur.channels}}}\nmix {{parent.mix}}\nname KeymixCleanScreen\nxpos 456\nypos 150\ndisable {{\"!\\[exists parent.input2]\"}}\n}\nOutput {\nname Output1\nxpos 456\nypos 182\n}\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_apeScreenGrow.gizmo", "content": "Group {\n name apeScreenGrow\n help \"apeScreenGrow v0.4 - apEssentials by Adrian Pueyo\\n\\nErode the color of a screen to fill the insides of your subject, useful to generate cleanplates in a more controlled way than the IBKColour node. \\n\\napeScreenGrow is my own flavor of color extend nodes (EdgeExtend, ColorEdge, PxF_Filler, DilateRGB), taking what I like the most, taking out what I never use and adding some extra functionality to make it as straight-forward as possible.\\n\\nMatte input expects a hard alpha matte of the part you want to cover up.\\n\\napeScreenGrow v0.4 by Adrian Pueyo.\\nadrianpueyo.com, 2015-2018.\"\n knobChanged \"n = nuke.thisNode()\\nk = nuke.thisKnob()\\nif k.name() == \\\"steps\\\":\\n s = int(n\\[\\\"steps\\\"].value())\\n nd = nuke.toNode(\\\"DP\\\")\\n ndX = nd.xpos()\\n ndY = nd.ypos()\\n s_prev = len(nuke.allNodes(\\\"Unpremult\\\"))\\n \\[nuke.delete(i) for i in nuke.allNodes() if i.xpos()>ndX]\\n # Merge\\n nm = nuke.nodes.Merge2()\\n nm.setXYpos(ndX+40,ndY+340)\\n nm\\[\\\"operation\\\"].setValue(\\\"over\\\")\\n nuke.toNode(\\\"TOut\\\").setInput(0,nm)\\n for i in range(s):\\n # Blur\\n nb = nuke.nodes.Blur()\\n nb.setXYpos(ndX+40+i*100,ndY+80)\\n nb.setInput(0,nd)\\n nb\\[\\\"channels\\\"].setValue(\\\"all\\\")\\n nb\\[\\\"filter\\\"].setValue(\\\"gaussian\\\")\\n nb\\[\\\"size\\\"].setValue(\\[0,0])\\n nb\\[\\\"size\\\"].setExpression(\\\"DP.f(%s)\\\"%(i+1))\\n # Unpremult\\n nu = nuke.nodes.Unpremult()\\n nu.setXYpos(ndX+40+i*100,ndY+120)\\n nu.setInput(0,nb)\\n nu\\[\\\"channels\\\"].setValue(\\\"rgba\\\")\\n nu\\[\\\"alpha\\\"].setValue(\\\"mask.a\\\")\\n # FilterErode\\n nf = nuke.nodes.FilterErode()\\n nf.setXYpos(ndX+40+i*100,ndY+160)\\n nf.setInput(0,nu)\\n nf\\[\\\"channels\\\"].setValue(\\\"alpha\\\")\\n nf\\[\\\"filter\\\"].setValue(\\\"quadratic\\\")\\n nf\\[\\\"size\\\"].setValue(\\[0,0])\\n nf\\[\\\"size\\\"].setExpression(\\\"DP.f(%s)/2\\\"%(i+1))\\n # Premult\\n np = nuke.nodes.Premult()\\n np.setXYpos(ndX+40+i*100,ndY+200)\\n np.setInput(0,nf)\\n # BlurInside\\n nbi = nuke.nodes.Blur()\\n nbi.setXYpos(ndX+40+i*100,ndY+240)\\n nbi.setInput(0,np)\\n nbi\\[\\\"channels\\\"].setValue(\\\"all\\\")\\n nbi\\[\\\"filter\\\"].setValue(\\\"quadratic\\\")\\n nbi\\[\\\"size\\\"].setValue(\\[0,0])\\n nbi\\[\\\"size\\\"].setExpression(\\\"DP.f(%s)*parent.blur_inside/parent.size\\\"%(i+1))\\n nm.setInput(s-i-1 if (s-i)<3 else s-i, nbi)\\n \"\n tile_color 0x8c8c8cff\n addUserKnob {20 apeScreenGrow}\n addUserKnob {41 erode l \"matte erode\" t \"Global erode on the matte before applying the edge grow effect.\" T Dilate1.size}\n addUserKnob {14 size l \"screen grow\" t \"Maximum pixel size of the screen grow effect.\" R 0 100}\n size 20\n addUserKnob {3 steps t \"Number of blur iterations.\"}\n steps 5\n addUserKnob {26 \"\"}\n addUserKnob {7 rotate t \"Apply a rotation to the effect (e.g. when having diagonal lines on a greenscreen).\" R -180 180}\n addUserKnob {7 power t \"Distribution of the blur size of the iterations. A higher power will concentrate more of them towards the edges, where the quality is more important.\" R 0 3}\n power 2\n addUserKnob {14 blur_inside l \"blur inside\" t \"Incremental blur on the steps, so that the ones that collide get blended together.\" R 0 100}\n addUserKnob {41 bg_color l \"bg color\" t \"Background color to fill the inside.\" T Add1.value}\n addUserKnob {26 \"\"}\n addUserKnob {41 matte_channel l matte t \"Matte channel to be used as the alpha for the effect. Works best with hard mattes.\" T Copy1.from0}\n addUserKnob {41 invert -STARTLINE T InvertPre1.disable}\n addUserKnob {26 version_author l \"\" t \"apeScreenGrow v0.4\\n2015-2018\" +STARTLINE T \"
    apeScreenGrow v0.4 - adrianpueyo.com, 2015-2018    \"}\n}\n Input {\n inputs 0\n name Inputmatte\n xpos 362\n ypos -44\n number 1\n }\n Shuffle {\n name ShuffleAssert\n xpos 362\n ypos -20\n }\n Grade {\n channels alpha\n blackpoint 0.001\n whitepoint 0.001\n white 10000000\n white_clamp true\n name Grade1\n xpos 362\n ypos 4\n }\n Dilate {\n name Dilate1\n xpos 362\n ypos 36\n }\n Input {\n inputs 0\n name Inputimg\n xpos 211\n ypos -17\n }\n Copy {\n inputs 2\n from0 rgba.alpha\n to0 rgba.alpha\n name Copy1\n xpos 211\n ypos 36\n }\n Invert {\n channels alpha\n name InvertPre1\n xpos 211\n ypos 110\n }\n Premult {\n name Premult1\n xpos 211\n ypos 151\n }\nset Ne49a2fb0 [stack 0]\n Dot {\n name Dot1\n xpos 527\n ypos 154\n }\n Transform {\n rotate {{parent.rotate}}\n center {960 540}\n name TIn\n xpos 493\n ypos 172\n }\n Shuffle {\n red alpha\n out mask\n name Shuffle1\n xpos 493\n ypos 199\n }\n Dot {\n name DP\n xpos 527\n ypos 252\n addUserKnob {20 User}\n addUserKnob {14 f R 0 100}\n f {{pow((t/parent.steps),parent.power)*parent.size} {pow((t/parent.steps),parent.power)*parent.size}}\n }\nset Ne4e13de0 [stack 0]\n Blur {\n size {{DP.f(1)} {DP.f(1)}}\n name Blur1\n xpos 567\n ypos 332\n }\n Unpremult {\n channels rgba\n alpha mask.a\n name Unpremult1\n xpos 567\n ypos 372\n }\n FilterErode {\n channels alpha\n size {{DP.f(1)/2} {DP.f(1)/2}}\n filter quadratic\n name FilterErode1\n xpos 567\n ypos 412\n }\n Premult {\n name Premult2\n xpos 567\n ypos 452\n }\n Blur {\n size {{DP.f(1)*parent.blur_inside/parent.size} {DP.f(1)*parent.blur_inside/parent.size}}\n filter quadratic\n name Blur2\n xpos 567\n ypos 492\n }\npush $Ne4e13de0\n Blur {\n size {{DP.f(2)} {DP.f(2)}}\n name Blur3\n xpos 667\n ypos 332\n }\n Unpremult {\n channels rgba\n alpha mask.a\n name Unpremult2\n xpos 667\n ypos 372\n }\n FilterErode {\n channels alpha\n size {{DP.f(2)/2} {DP.f(2)/2}}\n filter quadratic\n name FilterErode2\n selected true\n xpos 667\n ypos 412\n }\n Premult {\n name Premult3\n xpos 667\n ypos 452\n }\n Blur {\n size {{DP.f(2)*parent.blur_inside/parent.size} {DP.f(2)*parent.blur_inside/parent.size}}\n filter quadratic\n name Blur4\n xpos 667\n ypos 492\n }\npush $Ne4e13de0\n Blur {\n size {{DP.f(3)} {DP.f(3)}}\n name Blur5\n xpos 767\n ypos 332\n }\n Unpremult {\n channels rgba\n alpha mask.a\n name Unpremult3\n xpos 767\n ypos 372\n }\n FilterErode {\n channels alpha\n size {{DP.f(3)/2} {DP.f(3)/2}}\n filter quadratic\n name FilterErode3\n xpos 767\n ypos 412\n }\n Premult {\n name Premult4\n xpos 767\n ypos 452\n }\n Blur {\n size {{DP.f(3)*parent.blur_inside/parent.size} {DP.f(3)*parent.blur_inside/parent.size}}\n filter quadratic\n name Blur6\n xpos 767\n ypos 492\n }\npush 0\npush $Ne4e13de0\n Blur {\n size {{DP.f(4)} {DP.f(4)}}\n name Blur7\n xpos 867\n ypos 332\n }\n Unpremult {\n channels rgba\n alpha mask.a\n name Unpremult4\n xpos 867\n ypos 372\n }\n FilterErode {\n channels alpha\n size {{DP.f(4)/2} {DP.f(4)/2}}\n filter quadratic\n name FilterErode4\n xpos 867\n ypos 412\n }\n Premult {\n name Premult5\n xpos 867\n ypos 452\n }\n Blur {\n size {{DP.f(4)*parent.blur_inside/parent.size} {DP.f(4)*parent.blur_inside/parent.size}}\n filter quadratic\n name Blur8\n xpos 867\n ypos 492\n }\npush $Ne4e13de0\n Blur {\n size {{DP.f(5)} {DP.f(5)}}\n name Blur9\n xpos 967\n ypos 332\n }\n Unpremult {\n channels rgba\n alpha mask.a\n name Unpremult5\n xpos 967\n ypos 372\n }\n FilterErode {\n channels alpha\n size {{DP.f(5)/2} {DP.f(5)/2}}\n filter quadratic\n name FilterErode5\n xpos 967\n ypos 412\n }\n Premult {\n name Premult6\n xpos 967\n ypos 452\n }\n Blur {\n size {{DP.f(5)*parent.blur_inside/parent.size} {DP.f(5)*parent.blur_inside/parent.size}}\n filter quadratic\n name Blur10\n xpos 967\n ypos 492\n }\n Merge2 {\n inputs 5+1\n name Merge1\n xpos 567\n ypos 592\n }\n Transform {\n rotate {{-parent.rotate}}\n center {960 540}\n name TOut\n xpos 321\n ypos 671\n }\npush $Ne49a2fb0\n Merge2 {\n inputs 2\n operation under\n bbox B\n name MG\n xpos 211\n ypos 671\n }\nset Ne48ae1d0 [stack 0]\n Shuffle {\n red black\n green black\n blue black\n alpha black\n name Shuffle2\n xpos 41\n ypos 671\n }\n Add {\n channels rgba\n name Add1\n xpos 41\n ypos 722\n }\npush $Ne48ae1d0\n Merge2 {\n inputs 2\n operation under\n name MG1\n xpos 211\n ypos 722\n }\n Output {\n name Output1\n xpos 211\n ypos 834\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_bm_CameraShake.gizmo", "content": "Group {\n name bm_CameraShake\n help \"Gives more control than Nuke's built-in CameraShake gizmo.\\n\\nCamera float, shake & sub-frame jitter settings are defined independently, then all 3 curves are added together into a final, new expression so your output curve has plenty of detail (especially in the motion blur) & only filters your image once.\"\n tile_color 0x222222ff\n note_font Verdana\n selected true\n mapsize {0.15 0.15}\n addUserKnob {20 Options}\n addUserKnob {26 \"\"}\n addUserKnob {6 switchCheckerboard l Test t \"Replaces input image with checkerboard so you can see your camera shake uncontaminated.\" +STARTLINE}\n addUserKnob {4 noiseType l \" Noise Type \" t \"Choose between 3 different noise functions to generate different types of camera shake.\" -STARTLINE M {fBm Turbulence Noise \"\" \"\" \"\" \"\" \"\"}}\n addUserKnob {26 \"\"}\n addUserKnob {7 refFrame l \"Reference Frame\" t \"Setting a reference frame is handy for scaling a curve's frequency around a specific point in time.\\n\\nNote: must be set prior to tweaking any parameters, as changing reference frame will offset your curve.\" R 1000 1100}\n refFrame 1001\n addUserKnob {22 setRef l \"Set to current Frame\" t \"Set the Reference Frame to the current frame in the Viewer.\" T nuke.thisNode().knob('refFrame').setValue(nuke.frame()) +STARTLINE}\n addUserKnob {22 global_random_seed l \"Global Random Seed\" t \"Randomize all seed values (Jitter, Shake and Float).\" -STARTLINE T \"n = nuke.thisNode()\\nfor knob_name in ('jitterSeedRandomBtn', 'shakeSeedRandomBtn', 'floatSeedRandomBtn'):\\n k = n.knob(knob_name)\\n if k:\\n k.execute()\"}\n addUserKnob {26 \"\"}\n addUserKnob {7 globalAmt l \"Global Amount\" t \"Control the overall amount of camera shake in one go.\" R 0 5}\n globalAmt 1\n addUserKnob {26 \"\"}\n addUserKnob {20 fineControl l \" C O N T R O L S\" n 1}\n addUserKnob {26 spacer01 l \"\" +STARTLINE T \" \"}\n addUserKnob {6 toggleJitter l Jitter t \"Turn Camera Shake Jitter on/off.\" +STARTLINE}\n toggleJitter true\n addUserKnob {7 jitterAmt l \" \" t \"Adjust the contribution of the Jitter animation curve into the overall camera shake.\" -STARTLINE R 0 5}\n jitterAmt 1\n addUserKnob {6 toggleShake l Shake t \"Turn Camera Shake Shake on/off.\" +STARTLINE}\n toggleShake true\n addUserKnob {7 shakeAmt l \"\" t \"Adjust the contribution of the Shake animation curve into the overall camera shake.\" -STARTLINE R 0 5}\n shakeAmt 1\n addUserKnob {6 toggleFloat l Float t \"Turn Camera Shake Float on/off.\" +STARTLINE}\n toggleFloat true\n addUserKnob {7 floatAmt l \" \" t \"Adjust the contribution of the Float animation curve into the overall camera shake.\" -STARTLINE R 0 5}\n floatAmt 1\n addUserKnob {20 endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {20 weightGroup l \" E D G E C O M P E N S A T I O N // G L O B A L T R A N S F O R M\" n 1}\n weightGroup 0\n addUserKnob {26 unnames l \"\" +STARTLINE T \" \"}\n addUserKnob {4 edgePulldown l \"Edge Type\" t \"For larger camera shakes, you will see edge encroachment issues.\\n\\nSpread will \\\"pixel smear\\\" the outer-most pixels to the edge of your format.\\n\\nMirror will flip/flop the input image around it's edges for more detail.\" M {None Spread Mirror \"\" \"\" \"\"}}\n addUserKnob {26 \"\"}\n addUserKnob {41 type l \"Tile Region\" T MirrorBorder.type}\n addUserKnob {41 size l \"Tile Amount (px)\" T MirrorBorder.size}\n addUserKnob {26 chokeEdgesText l \"Choke Edges\"}\n addUserKnob {41 leftChoke l \"Left Choke\" T MirrorBorder.leftChoke}\n addUserKnob {41 rightChoke l \"Right Choke\" T MirrorBorder.rightChoke}\n addUserKnob {41 topChoke l \"Top Choke\" T MirrorBorder.topChoke}\n addUserKnob {41 bottomChoke l \"Bottom Choke\" T MirrorBorder.bottomChoke}\n addUserKnob {26 edgeSpacer l \" \"}\n addUserKnob {12 edgeTranslate l Translate t \"Manually translate the image.\"}\n addUserKnob {7 edgeRotate l Rotate t \"Manually rotate the image.\" R 0 360}\n addUserKnob {14 edgeScale l Scale t \"Manually scale the image to prevent edge encroachment.\" R 0 100}\n edgeScale 1\n addUserKnob {20 endGroup_2 l endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {20 moblurGroup l \" M O T I O N B L U R\" n 1}\n moblurGroup 0\n addUserKnob {26 spacer_02 l \"\" +STARTLINE T \" \"}\n addUserKnob {6 toggleMoblur l \"Motion Blur\" t \"Turn motion blur on/off.\" +STARTLINE}\n toggleMoblur true\n addUserKnob {6 show_render_samples l \"Show Render Samples\" t \"When enabled, the viewer uses Render Samples even when not rendering.\" -STARTLINE}\n addUserKnob {26 spacer_03 l \"\" +STARTLINE T \" \"}\n addUserKnob {41 filter T jitterCTRL_fBm.filter}\n addUserKnob {26 spacer_misc l \"\" +STARTLINE T \" \"}\n addUserKnob {3 which_samples +INVISIBLE}\n which_samples {{\"toggleMoblur==0?0:(show_render_samples?RenderSamples:(\\[python \\{nuke.executing()\\}]?RenderSamples:GUISamples))\"}}\n addUserKnob {3 GUISamples l \"GUI Samples\" t \"How many motion blur samples to display in the GUI. (keep this low for Nuke Script interactivity.)\"}\n GUISamples 1\n addUserKnob {3 RenderSamples l \" Render Samples\" t \"How many motion blur samples to use in the render. (the higher the number, the better your result!)\" -STARTLINE}\n RenderSamples 16\n addUserKnob {26 spacer_misc2 l \"\" +STARTLINE T \" \"}\n addUserKnob {41 shutter T jitterCTRL_fBm.shutter}\n addUserKnob {41 shutteroffset l \"shutter offset\" T jitterCTRL_fBm.shutteroffset}\n addUserKnob {41 shuttercustomoffset l \"\" -STARTLINE T jitterCTRL_fBm.shuttercustomoffset}\n addUserKnob {20 endGroup_1 l endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {26 overallOutput l \"\" -STARTLINE T \"Load these values into the curve editor to view the overall animation curve.\\n\"}\n addUserKnob {12 outputOverallValue l \" \" t \"The final animation curve of your camera shake.\"}\n outputOverallValue {{(toggleJitter==1?jitterCTRL_fBm.translate.x:0)+(toggleShake==1?shakeCTRL_fBm.translate.x:0)+(toggleFloat==1?floatCTRL_fBm.translate.x:0)} {(toggleJitter==1?jitterCTRL_fBm.translate.y:0)+(toggleShake==1?shakeCTRL_fBm.translate.y:0)+(toggleFloat==1?floatCTRL_fBm.translate.y:0)}}\n addUserKnob {26 \"\"}\n addUserKnob {26 info_1 l \"\" +STARTLINE T \"bm_CameraShake v4.0 created by Ben McEwan.
    \\nThanks to Miles Lauridsen & Lukas Fabian for their contributions.
    \\nLast updated: 29th November, 2020.    \"}\n addUserKnob {20 jitterTab l Jitter}\n addUserKnob {26 \"\"}\n addUserKnob {14 jitterTranslate l Translate R 0 100}\n jitterTranslate {4 3}\n addUserKnob {7 jitterRotate l Rotate R 0 3}\n addUserKnob {26 \"\"}\n addUserKnob {3 jitterOctaves l Octaves}\n jitterOctaves 3\n addUserKnob {7 jitterSpeed l Frequency R 0 5}\n jitterSpeed 3\n addUserKnob {3 jitterSeed l Seed}\n jitterSeed 71526\n addUserKnob {22 jitterSeedRandomBtn l \" Random Seed \" -STARTLINE T \"import random\\nnuke.thisNode().knob('jitterSeed').setValue(random.randint(1,99999))\"}\n addUserKnob {26 \"\"}\n addUserKnob {26 drg l \"\" +STARTLINE T \"Load these values into the curve editor to view the jitter animation curve.\\n\"}\n addUserKnob {12 outputJitterValue l \" \"}\n outputJitterValue {{(jitterCTRL_fBm.translate.x)} {(jitterCTRL_fBm.translate.y)}}\n addUserKnob {26 \"\"}\n addUserKnob {20 shakeTab l Shake}\n addUserKnob {26 \"\"}\n addUserKnob {14 shakeTranslate l Translate R 0 100}\n shakeTranslate {10 7}\n addUserKnob {7 shakeRotate l Rotate R 0 3}\n shakeRotate 0.2\n addUserKnob {26 \"\"}\n addUserKnob {3 shakeOctaves l Octaves}\n shakeOctaves 2\n addUserKnob {7 shakeSpeed l Frequency R 0 5}\n shakeSpeed 1.5\n addUserKnob {3 shakeSeed l Seed}\n shakeSeed 16572\n addUserKnob {22 shakeSeedRandomBtn l \" Random Seed \" -STARTLINE T \"import random\\nnuke.thisNode().knob('shakeSeed').setValue(random.randint(1,99999))\"}\n addUserKnob {26 \"\"}\n addUserKnob {26 ehhkmlkjhg l \"\" +STARTLINE T \"Load these values into the curve editor to view the shake animation curve.\\n\"}\n addUserKnob {12 outputShakeValue l \" \"}\n outputShakeValue {{(shakeCTRL_fBm.translate.x)} {(shakeCTRL_fBm.translate.y)}}\n addUserKnob {26 \"\"}\n addUserKnob {20 floatTab l Float}\n addUserKnob {26 \"\"}\n addUserKnob {14 floatTranslate l Translate R 0 100}\n floatTranslate {40 32}\n addUserKnob {7 floatRotate l Rotate R 0 3}\n floatRotate 7\n addUserKnob {26 \"\"}\n addUserKnob {3 floatOctaves l Octaves}\n floatOctaves 1\n addUserKnob {7 floatSpeed l Frequency R 0 5}\n floatSpeed 0.06\n addUserKnob {3 floatSeed l Seed}\n floatSeed 72424\n addUserKnob {22 floatSeedRandomBtn l \" Random Seed \" -STARTLINE T \"import random\\nnuke.thisNode().knob('floatSeed').setValue(random.randint(1,99999))\"}\n addUserKnob {26 \"\"}\n addUserKnob {26 wd l \"\" +STARTLINE T \"Load these values into the curve editor to view the float animation curve.\\n\"}\n addUserKnob {12 outputFloatValue l \" \"}\n outputFloatValue {{(floatCTRL_fBm.translate.x)} {(floatCTRL_fBm.translate.y)}}\n addUserKnob {26 \"\"}\n}\n CheckerBoard2 {\n inputs 0\n linecolor 0\n linewidth 60\n name CheckerBoard1\n xpos -144\n ypos -391\n }\n Reformat {\n type \"to box\"\n box_width {{Input.width}}\n box_height {{Input.height}}\n box_fixed true\n black_outside true\n name Reformat1\n xpos -144\n ypos -319\n }\n Dot {\n name Dot2\n xpos -110\n ypos -273\n }\n Input {\n inputs 0\n name Input\n xpos 17\n ypos -374\n }\n Switch {\n inputs 2\n which {{switchCheckerboard i}}\n name Switch1\n xpos 17\n ypos -277\n }\n Dot {\n name Dot3\n note_font_size 41\n xpos 51\n ypos -219\n }\nset N6a0db700 [stack 0]\n Dot {\n name Dot11\n label \" \"\n note_font \"Arial Black\"\n note_font_size 16\n xpos 298\n ypos -219\n }\n Dot {\n name Dot12\n label \" \"\n note_font \"Arial Black\"\n note_font_size 16\n xpos 298\n ypos 365\n }\npush $N6a0db700\n Dot {\n name Dot4\n note_font_size 41\n xpos 51\n ypos -154\n }\nset N6ada6d00 [stack 0]\n Group {\n name MirrorBorder\n onCreate \"n = nuke.thisNode()\\nsize = n.knob(\\\"size\\\")\\n\\nsize.setRange(0, 500)\"\n tile_color 0xa57aaaff\n note_font \"Bitstream Vera Sans Bold\"\n note_font_color 0xffffffff\n xpos -93\n ypos -91\n addUserKnob {20 MirrorBorder}\n addUserKnob {4 type l \"Tile Region\" M {\"to Format\" \"to input BBox\" \"\" \"\"}}\n addUserKnob {14 size l \"Tile Amount\" R 0 500}\n size 100\n addUserKnob {26 chokeEdgesText l \"Choke Edges\"}\n addUserKnob {7 leftChoke l \"Left Choke\" R -100 100}\n addUserKnob {7 rightChoke l \"Right Choke\" R -100 100}\n addUserKnob {7 topChoke l \"Top Choke\" R -100 100}\n addUserKnob {7 bottomChoke l \"Bottom Choke\" R -100 100}\n addUserKnob {26 \"\"}\n addUserKnob {26 \"\" l mask T \"\"}\n addUserKnob {41 maskChannelMask l \"\" -STARTLINE T Multiply1.maskChannelMask}\n addUserKnob {41 inject -STARTLINE T Multiply1.inject}\n addUserKnob {41 invert_mask l invert -STARTLINE T Multiply1.invert_mask}\n addUserKnob {41 fringe -STARTLINE T Multiply1.fringe}\n addUserKnob {7 mix}\n mix 1\n addUserKnob {20 Info}\n addUserKnob {26 creator l Creator: T \"Tony Lyons\"}\n addUserKnob {26 desc l Name: T MirrorBorder}\n addUserKnob {26 ver l Version: T v03}\n }\n BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0x3f414400\n label \"width mirror\"\n note_font_size 60\n note_font_color 0xffffffff\n xpos 704\n ypos -277\n bdwidth 265\n bdheight 260\n }\n BackdropNode {\n inputs 0\n name BackdropNode2\n tile_color 0x43504700\n label \"height mirror\"\n note_font_size 60\n note_font_color 0xffffffff\n xpos 1072\n ypos -271\n bdwidth 259\n bdheight 267\n }\n BackdropNode {\n inputs 0\n name BackdropNode3\n tile_color 0x5f6870ff\n label Corners\n note_font_size 60\n note_font_color 0xffffffff\n xpos 1416\n ypos -270\n bdwidth 545\n bdheight 264\n }\n Input {\n inputs 0\n name Input\n xpos 2050\n ypos -606\n }\n Dot {\n name Dot1\n note_font_size 41\n xpos 2084\n ypos -546\n }\nset N593fd900 [stack 0]\n Group {\n name BBoxToFormat\n onCreate \"n = nuke.thisNode()\\ninputFormat = n.knob(\\\"inputFormat\\\")\\ninputBBox = n.knob(\\\"inputBBox\\\")\\ncrop = nuke.toNode(\\\"Crop6\\\")\\ncropb = crop.knob('box')\\noutputBBox = n.knob('outputBBox')\\noutputBBoxCenter = n.knob(\\\"outputBBoxCenter\\\")\\n\\ninputFormat.setFlag(0x0000000000008000)\\ninputBBox.setFlag(0x0000000000008000)\\ncropb.setFlag(0x0000000000008000)\\noutputBBox.setFlag(0x0000000000008000)\\noutputBBoxCenter.setFlag(0x0000000000008000)\\n\\nn = nuke.thisNode()\\nn.knob(\\\"overscan\\\").setRange(0,400)\\nn.knob(\\\"overscanPercent\\\").setRange(1,4)\"\n knobChanged \"n = nuke.thisNode()\\nk = nuke.thisKnob()\\nif k.name() == \\\"overscanType\\\":\\n if n.knob(\\\"overscanType\\\").getValue() == 1:\\n n.knob(\\\"overscanPercent\\\").setVisible(True)\\n n.knob(\\\"overscan\\\").setVisible(False)\\n else:\\n n.knob(\\\"overscanPercent\\\").setVisible(False)\\n n.knob(\\\"overscan\\\").setVisible(True)\"\n tile_color 0xa57aaaff\n note_font \"Verdana Bold\"\n note_font_color 0xffffffff\n xpos 1907\n ypos -549\n addUserKnob {20 CropBBox}\n addUserKnob {4 type l Type +INVISIBLE M {\"To Format\" \"To BBox\"}}\n addUserKnob {41 intersect T Crop6.intersect}\n addUserKnob {6 blackOutside l \"Black Outside\" -STARTLINE}\n addUserKnob {4 overscanType l \"Overscan Type:\" M {Pixels Percentage}}\n addUserKnob {14 overscan l Overscan R 0 400}\n addUserKnob {14 overscanPercent l \"Overscan Percent\" +HIDDEN R 1 4}\n overscanPercent 1\n addUserKnob {20 inputBbox l \"BBox Data\" n 1}\n addUserKnob {15 inputFormat l \"Input Format\"}\n inputFormat {0 0 {input.width} {input.height}}\n addUserKnob {15 inputBBox l \"Input BBox\"}\n inputBBox {{input.bbox.x} {input.bbox.y} {input.bbox.r} {input.bbox.t}}\n addUserKnob {12 outputBBoxCenter l OutputBBoxCenter}\n outputBBoxCenter {{OutputBBox1.outputBBoxCenter.w} {OutputBBox1.outputBBoxCenter.h}}\n addUserKnob {15 outputBBox l \"Output BBox\"}\n outputBBox {{OutputBBox1.OutputBBox} {OutputBBox1.OutputBBox} {OutputBBox1.OutputBBox} {OutputBBox1.OutputBBox}}\n addUserKnob {20 endGroup n -1}\n addUserKnob {20 info_1 l Info}\n addUserKnob {26 creator l Creator: T \"Tony Lyons\"}\n addUserKnob {26 desc l Description: t \"crop to inputformat\\n\\ndisplays values of input bbox\" T CropBBox}\n addUserKnob {26 ver l Version: T v02}\n }\n Input {\n inputs 0\n name Input\n xpos 261\n ypos 394\n }\n Dot {\n name Dot2\n note_font_size 41\n xpos 295\n ypos 462\n }\nset N2aa26300 [stack 0]\n Dot {\n name Dot1\n note_font_size 41\n xpos -160\n ypos 462\n }\nset N6a0c4500 [stack 0]\npush $N2aa26300\n Crop {\n box {{curve} {curve} {input.width} {input.height}}\n crop {{parent.blackOutside}}\n name Crop6\n xpos 261\n ypos 510\n addUserKnob {20 User}\n addUserKnob {22 cropToBbox l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n }\nset N6adfc000 [stack 0]\n Remove {\n operation keep\n channels none\n name Remove1\n xpos 120\n ypos 504\n }\nset N6adfc500 [stack 0]\n Transform {\n scale {{parent.overscanPercent} {parent.overscanPercent}}\n center {{input.bbox.r/2} {input.bbox.t/2}}\n shutteroffset centred\n name Transform1\n xpos 120\n ypos 555\n }\npush $N6adfc500\n AdjBBox {\n numpixels {{parent.overscan} {parent.overscan}}\n name AdjBBox1\n xpos -5\n ypos 510\n }\n Switch {\n inputs 2\n which {{overscanType}}\n name Switch2\n label \"\\[value which]\"\n xpos -5\n ypos 549\n }\n Merge2 {\n inputs 2\n bbox intersection\n Achannels {-rgba.red -rgba.green -rgba.blue rgba.alpha}\n Bchannels {-rgba.red -rgba.green -rgba.blue rgba.alpha}\n output {-rgba.red -rgba.green -rgba.blue rgba.alpha}\n name Merge1\n xpos -5\n ypos 647\n disable {{!parent.Crop6.intersect}}\n }\npush $N6a0c4500\n CopyBBox {\n inputs 2\n name CopyBBox1\n xpos -194\n ypos 653\n }\n BlackOutside {\n name BlackOutside1\n xpos -194\n ypos 692\n disable {{!parent.blackOutside}}\n }\n Dot {\n name Dot4\n note_font_size 41\n xpos -160\n ypos 769\n }\npush $N6adfc000\n Switch {\n inputs 2\n which {{\"overscanType == 0 ? overscan.w != 0 || overscan.h != 0 : overscanPercent.w != 1 || overscanPercent.h != 1 ? 1 : 0\"}}\n name Switch1\n label \"\\[value which]\"\n xpos 261\n ypos 759\n }\nset N28986a00 [stack 0]\n Output {\n name Output1\n xpos 261\n ypos 921\n }\npush $N28986a00\n NoOp {\n name OutputBBox1\n xpos 378\n ypos 821\n addUserKnob {20 User}\n addUserKnob {15 OutputBBox l \"Output BBox\"}\n OutputBBox {{input.bbox.x} {input.bbox.y} {input.bbox.r} {input.bbox.t}}\n addUserKnob {14 outputBBoxCenter l \"Output BBox Center\" R 0 100}\n outputBBoxCenter {{OutputBBox.x+(OutputBBox.r-OutputBBox.x)/2} {OutputBBox.y+(OutputBBox.t-OutputBBox.y)/2}}\n }\n end_group\n NoOp {\n name Settings\n xpos 1907\n ypos -493\n addUserKnob {20 User}\n addUserKnob {15 mirrorRegion l \"Mirror Region\"}\n mirrorRegion {{\"(type == 0 ? parent.BBoxToFormat.inputFormat : parent.BBoxToFormat.inputBBox) + int(parent.leftChoke)\"} {\"(type == 0 ? parent.BBoxToFormat.inputFormat : parent.BBoxToFormat.inputBBox) + int(parent.bottomChoke)\"} {\"(type == 0 ? parent.BBoxToFormat.inputFormat : parent.BBoxToFormat.inputBBox) - int(parent.rightChoke)\"} {\"(type == 0 ? parent.BBoxToFormat.inputFormat : parent.BBoxToFormat.inputBBox) - int(parent.topChoke)\"}}\n }\n Input {\n inputs 0\n name Inputmask\n xpos 1818\n ypos 134\n number 1\n }\n Dot {\n name Dot26\n note_font_size 41\n xpos 1852\n ypos 236\n }\nset N6ae10000 [stack 0]\n Invert {\n name Invert1\n xpos 1818\n ypos 275\n }\npush $N6ae10000\npush $N593fd900\n Dot {\n name Dot4\n xpos 2084\n ypos -344\n }\nset N6ae10a00 [stack 0]\n Dot {\n name Dot8\n xpos 1491\n ypos -344\n }\nset N6ae10f00 [stack 0]\n Dot {\n name Dot9\n xpos 1491\n ypos -170\n }\nset N6ae11400 [stack 0]\n Dot {\n name Dot11\n xpos 1607\n ypos -170\n }\nset N6ae11900 [stack 0]\n Dot {\n name Dot13\n xpos 1735\n ypos -170\n }\nset N6ae11e00 [stack 0]\n Dot {\n name Dot14\n xpos 1876\n ypos -170\n }\n Crop {\n box {{parent.Settings.mirrorRegion.r-parent.size.w} {parent.Settings.mirrorRegion.y} {parent.Settings.mirrorRegion.r} {parent.Settings.mirrorRegion.y+parent.size.h}}\n name Crop_BR\n xpos 1842\n ypos -124\n addUserKnob {20 User}\n addUserKnob {22 cropToBbox l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n addUserKnob {22 cropToBbox_1 l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n addUserKnob {22 cropToBbox_2 l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n }\n Transform {\n scale -1\n center {{parent.Settings.mirrorRegion.r} {parent.Settings.mirrorRegion.y}}\n name Transform_BR\n label BottomRight\n xpos 1842\n ypos -71\n }\npush $N6ae11e00\n Crop {\n box {{parent.Settings.mirrorRegion.x} {parent.Settings.mirrorRegion.y} {parent.Settings.mirrorRegion.x+parent.size.w} {parent.Settings.mirrorRegion.y+parent.size.h}}\n name Crop_BL\n xpos 1701\n ypos -125\n addUserKnob {20 User}\n addUserKnob {22 cropToBbox l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n }\n Transform {\n scale -1\n center {{parent.Settings.mirrorRegion.x} {parent.Settings.mirrorRegion.y}}\n name Transform_BL\n label \"Bottom Left\"\n xpos 1701\n ypos -70\n }\npush $N6ae11900\n Crop {\n box {{parent.Settings.mirrorRegion.r-parent.size.w} {parent.Settings.mirrorRegion.t-parent.size.h} {parent.Settings.mirrorRegion.r} {parent.Settings.mirrorRegion.t}}\n name Crop_TR\n xpos 1573\n ypos -122\n addUserKnob {20 User}\n addUserKnob {22 cropToBbox l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n }\n Transform {\n scale -1\n center {{parent.Settings.mirrorRegion.r} {parent.Settings.mirrorRegion.t}}\n name Transform_TR\n label \"Top Right\"\n xpos 1573\n ypos -70\n }\npush $N6ae11400\n Crop {\n box {{parent.Settings.mirrorRegion.x} {parent.Settings.mirrorRegion.t-parent.size.h} {parent.Settings.mirrorRegion.x+parent.size.w} {parent.Settings.mirrorRegion.t}}\n name Crop_TL\n xpos 1457\n ypos -124\n addUserKnob {20 User}\n addUserKnob {22 cropToBbox l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n }\n Transform {\n scale -1\n center {{parent.Settings.mirrorRegion.x} {parent.Settings.mirrorRegion.t}}\n name Transform_TL\n label \"Top Left\"\n xpos 1457\n ypos -72\n }\npush $N6ae10f00\n Dot {\n name Dot7\n xpos 1146\n ypos -344\n }\nset N6ae25400 [stack 0]\n Dot {\n name Dot5\n xpos 1146\n ypos -171\n }\nset N6ae25900 [stack 0]\n Dot {\n name Dot6\n xpos 1245\n ypos -171\n }\n Crop {\n box {{parent.Settings.mirrorRegion.x} {parent.Settings.mirrorRegion.t-parent.size.h} {parent.Settings.mirrorRegion.r} {parent.Settings.mirrorRegion.t}}\n name Crop_T\n xpos 1211\n ypos -124\n addUserKnob {20 User}\n addUserKnob {22 cropToBbox l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n }\n Transform {\n scale {1 -1}\n center {0 {parent.Settings.mirrorRegion.t}}\n name Transform_T\n label Top\n xpos 1211\n ypos -73\n }\npush $N6ae25900\n Crop {\n box {{parent.Settings.mirrorRegion.x} {parent.Settings.mirrorRegion.y} {parent.Settings.mirrorRegion.r} {parent.Settings.mirrorRegion.y+parent.size.h}}\n name Crop_B\n xpos 1112\n ypos -126\n addUserKnob {20 User}\n addUserKnob {22 cropToBbox l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n }\n Transform {\n scale {1 -1}\n center {0 {parent.Settings.mirrorRegion.y}}\n name Transform_B\n label Bottom\n xpos 1112\n ypos -71\n }\npush 0\npush $N6ae25400\n Dot {\n name Dot2\n xpos 883\n ypos -344\n }\nset N6ae27700 [stack 0]\n Dot {\n name Dot3\n xpos 883\n ypos -177\n }\nset N6ae3c000 [stack 0]\n Crop {\n box {{parent.Settings.mirrorRegion.r-parent.size.w} {parent.Settings.mirrorRegion.y} {parent.Settings.mirrorRegion.r} {parent.Settings.mirrorRegion.t}}\n name Crop_R\n xpos 849\n ypos -128\n addUserKnob {20 User}\n addUserKnob {22 cropToBbox l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n }\n Transform {\n scale {-1 1}\n center {{parent.Settings.mirrorRegion.r} 0}\n filter impulse\n name Transform_R\n label Right\n xpos 849\n ypos -84\n }\npush $N6ae3c000\n Dot {\n name Dot10\n xpos 778\n ypos -177\n }\n Crop {\n box {{parent.Settings.mirrorRegion.x} {parent.Settings.mirrorRegion.y} {parent.Settings.mirrorRegion.x+parent.size.w} {parent.Settings.mirrorRegion.t}}\n name Crop_L\n xpos 744\n ypos -126\n addUserKnob {20 User}\n addUserKnob {22 cropToBbox l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n }\n Transform {\n scale {-1 1}\n center {{parent.Settings.mirrorRegion.x} 0}\n filter impulse\n name Transform_L\n label Left\n xpos 744\n ypos -82\n }\n Merge2 {\n inputs 8+1\n operation disjoint-over\n also_merge all\n name Merge5\n xpos 1346\n ypos 122\n }\n Dot {\n name Dot15\n note_font_size 41\n xpos 1380\n ypos 236\n }\nset N6ae3e300 [stack 0]\n Merge2 {\n inputs 2\n operation mask\n bbox intersection\n name MergeIntersection1\n xpos 1701\n ypos 233\n disable {{\"!\\[exists parent.input1]\"}}\n }\npush $N6ae3e300\n Dot {\n name Dot17\n note_font_size 41\n xpos 1380\n ypos 359\n }\n CopyBBox {\n inputs 2\n name CopyBBox1\n xpos 1701\n ypos 356\n disable {{\"!\\[exists parent.input1]\"}}\n }\n Multiply {\n inputs 1+1\n value 0\n name Multiply1\n label \"\\[value value]\"\n xpos 1818\n ypos 347\n disable {{\"!\\[exists parent.input1]\"}}\n }\npush $N6ae10a00\n Crop {\n box {{parent.Settings.mirrorRegion} {parent.Settings.mirrorRegion} {parent.Settings.mirrorRegion} {parent.Settings.mirrorRegion}}\n name Crop1\n xpos 2050\n ypos -200\n addUserKnob {20 User}\n addUserKnob {22 cropToBbox l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n }\n Merge2 {\n inputs 2\n operation disjoint-over\n also_merge all\n maskChannelMask {{{exists parent.input[value input1.number] == 0 ? 0 : 5}}}\n name Merge3\n xpos 2050\n ypos 356\n }\n Dot {\n name Dot20\n label A\n note_font_size 41\n xpos 2084\n ypos 469\n }\npush $N6ae27700\n Dot {\n name Dot12\n note_font_size 41\n xpos 600\n ypos -344\n }\n Dot {\n name Dot18\n label B\n note_font_size 41\n xpos 600\n ypos 471\n }\n Dot {\n name Dot23\n note_font_size 41\n xpos 600\n ypos 558\n }\n Dot {\n name Dot16\n note_font_size 41\n xpos 1940\n ypos 558\n }\nset N6ae52300 [stack 0]\n Merge2 {\n inputs 2\n operation copy\n Achannels none\n Bchannels none\n output none\n also_merge all\n mix {{parent.mix}}\n name MergeKeymix\n xpos 2050\n ypos 551\n }\npush $N6ae52300\n Dot {\n name Dot19\n note_font_size 41\n xpos 1940\n ypos 640\n }\n Switch {\n inputs 2\n which {{\"parent.mix > 0 ? 1 : 0\"}}\n name Switch1\n xpos 2050\n ypos 637\n }\n Output {\n name Output1\n xpos 2050\n ypos 841\n }\n end_group\npush $N6ada6d00\n Switch {\n inputs 2\n which {{edgePulldown==2?1:0}}\n name Switch2\n xpos 17\n ypos -91\n }\n Dot {\n name Dot1\n label \" \"\n note_font \"Arial Black\"\n note_font_size 16\n xpos 51\n ypos 50\n }\nset N6ae53700 [stack 0]\n Transform {\n translate {{noise((base-base(refFrame))*(jitterSpeed/bfreq)+base(refFrame),2.5,3.5)*jitterTranslate.w*globalAmt*jitterAmt} {noise(2.5,(base2-base2(refFrame))*(jitterSpeed/bfreq)+base2(refFrame),3.5)*jitterTranslate.h*globalAmt*jitterAmt}}\n rotate {{noise((base-base(refFrame))*(jitterSpeed/bfreq)+base(refFrame),jitterOctaves,.5)*jitterRotate*globalAmt*jitterAmt}}\n scale {1 1}\n center {{toggleJitter==1?((noise(noise((base-base(refFrame))*(jitterSpeed/bfreq)+base(refFrame),2.5,3.5))*input.width)+input.width/2):(input.width/2)*globalAmt*jitterAmt} {toggleJitter==1?((noise(noise((base2-base2(refFrame))*(jitterSpeed/bfreq)+base2(refFrame),2.5,3.5))*input.height)+input.height/2):(input.height/2)*globalAmt*jitterAmt}}\n filter {{jitterCTRL_fBm.filter}}\n clamp {{jitterCTRL_fBm.clamp}}\n black_outside {{jitterCTRL_fBm.black_outside}}\n motionblur {{jitterCTRL_fBm.motionblur}}\n shutter {{jitterCTRL_fBm.shutter}}\n shutteroffset {{jitterCTRL_fBm.shutteroffset}}\n shuttercustomoffset {{jitterCTRL_fBm.shuttercustomoffset}}\n name jitterCTRL_noise\n xpos 169\n ypos 108\n disable {{!toggleJitter}}\n addUserKnob {20 User}\n addUserKnob {7 base}\n base {{parent.jitterCTRL_fBm.base}}\n addUserKnob {7 base2}\n base2 {{parent.jitterCTRL_fBm.base2}}\n addUserKnob {7 bfreq l \"base frequancy\"}\n bfreq {{parent.jitterCTRL_fBm.bfreq}}\n }\n Transform {\n translate {{noise((base-base(refFrame))*(shakeSpeed/bfreq)+base(refFrame),2.5,3.5)*jitterTranslate.w*globalAmt*jitterAmt} {noise(2.5,(base2-base2(refFrame))*(shakeSpeed/bfreq)+base2(refFrame),3.5)*jitterTranslate.h*globalAmt*jitterAmt}}\n rotate {{noise(((frame-refFrame)*shakeSpeed)+shakeSeed+refFrame,shakeOctaves,.5)*shakeRotate*globalAmt*shakeAmt}}\n scale {1 1}\n center {{toggleShake==1?((noise(noise((base-base(refFrame))*(shakeSpeed/bfreq)+base(refFrame),2.5,3.5))*input.width)+input.width/2):(input.width/2)*globalAmt*shakeAmt} {toggleShake==1?((noise(noise((base-base(refFrame))*(shakeSpeed/bfreq)+base(refFrame),2.5,3.5))*input.height)+input.height/2):(input.height/2)*globalAmt*shakeAmt}}\n filter {{jitterCTRL_fBm.filter}}\n clamp {{jitterCTRL_fBm.clamp}}\n black_outside {{jitterCTRL_fBm.black_outside}}\n motionblur {{jitterCTRL_fBm.motionblur}}\n shutter {{jitterCTRL_fBm.shutter}}\n shutteroffset {{jitterCTRL_fBm.shutteroffset}}\n shuttercustomoffset {{jitterCTRL_fBm.shuttercustomoffset}}\n name shakeCTRL_noise\n xpos 169\n ypos 134\n disable {{!toggleShake}}\n addUserKnob {20 User}\n addUserKnob {7 base}\n base {{parent.shakeCTRL_fBm.base}}\n addUserKnob {7 base2}\n base2 {{parent.shakeCTRL_fBm.base2}}\n addUserKnob {7 bfreq l \"base frequency\"}\n bfreq {{parent.shakeCTRL_fBm.bfreq}}\n }\n Transform {\n translate {{noise((base-base(refFrame))*(floatSpeed/bfreq)+base(refFrame),2.5,3.5)*jitterTranslate.w*globalAmt*jitterAmt} {noise(2.5,(base2-base2(refFrame))*(floatSpeed/bfreq)+base2(refFrame),3.5)*jitterTranslate.h*globalAmt*jitterAmt}}\n rotate {{noise((base-base(refFrame))*(floatSpeed/bfreq)+base(refFrame),floatOctaves,.5)*floatRotate*globalAmt*floatAmt}}\n scale {1 1}\n center {{toggleFloat==1?((noise(noise((base-base(refFrame))*(floatSpeed/bfreq)+base(refFrame),2.5,3.5))*input.width)+input.width/2):(input.width/2)*globalAmt*floatAmt} {toggleFloat==1?((noise(noise((base-base(refFrame))*(floatSpeed/bfreq)+base(refFrame),2.5,3.5))*input.height)+input.height/2):(input.height/2)*globalAmt*floatAmt}}\n filter {{jitterCTRL_fBm.filter}}\n clamp {{jitterCTRL_fBm.clamp}}\n black_outside {{jitterCTRL_fBm.black_outside}}\n motionblur {{jitterCTRL_fBm.motionblur}}\n shutter {{jitterCTRL_fBm.shutter}}\n shutteroffset {{jitterCTRL_fBm.shutteroffset}}\n shuttercustomoffset {{jitterCTRL_fBm.shuttercustomoffset}}\n name floatCTRL_noise\n xpos 169\n ypos 158\n disable {{!toggleFloat}}\n addUserKnob {20 User}\n addUserKnob {7 base}\n base {{parent.floatCTRL_fBm.base}}\n addUserKnob {7 base2}\n base2 {{parent.floatCTRL_fBm.base2}}\n addUserKnob {7 bfreq l \"base frequency\"}\n bfreq {{parent.floatCTRL_fBm.bfreq}}\n }\n Transform {\n translate {{edgeTranslate.x} {edgeTranslate.y}}\n rotate {{edgeRotate}}\n scale {{edgeScale} {edgeScale}}\n center {{\"width/2 - translate\"} {\"height/2 - translate\"}}\n filter {{jitterCTRL_fBm.filter}}\n black_outside {{edgePulldown==0?1:0}}\n motionblur {{which_samples}}\n shutter {{jitterCTRL_fBm.shutter}}\n shutteroffset {{jitterCTRL_fBm.shutteroffset}}\n shuttercustomoffset {{jitterCTRL_fBm.shuttercustomoffset}}\n name edgeScale3\n xpos 169\n ypos 200\n }\npush $N6ae53700\n Transform {\n translate {{turbulence((base-base(refFrame))*(jitterSpeed/bfreq)+base(refFrame),2.5,3.5,jitterOctaves,2,.5)*jitterTranslate.w*globalAmt*jitterAmt} {turbulence((base2-base2(refFrame))*(jitterSpeed/bfreq)+base2(refFrame),10.5,11.5,jitterOctaves,2,.5)*jitterTranslate.h*globalAmt*jitterAmt}}\n rotate {{turbulence((base-base(refFrame))*(jitterSpeed/bfreq)+base(refFrame),20.5,21.5,jitterOctaves,2,.5)*jitterRotate*globalAmt*jitterAmt}}\n scale {1 1}\n center {{toggleJitter==1?((turbulence((base-base(refFrame))*(jitterSpeed/bfreq)+base(refFrame),2.5,3.5,jitterOctaves,2,.5)*input.width)+input.width/2):(input.width/2)*globalAmt*jitterAmt} {toggleJitter==1?((turbulence((base2-base2(refFrame))*(jitterSpeed/bfreq)+base2(refFrame),10.5,11.5,jitterOctaves,2,.5)*input.height)+input.height/2):(input.height/2)*globalAmt*jitterAmt}}\n filter {{jitterCTRL_fBm.filter x1 0}}\n clamp {{jitterCTRL_fBm.clamp}}\n black_outside {{jitterCTRL_fBm.black_outside}}\n motionblur {{jitterCTRL_fBm.motionblur}}\n shutter {{jitterCTRL_fBm.shutter}}\n shutteroffset {{jitterCTRL_fBm.shutteroffset}}\n shuttercustomoffset {{jitterCTRL_fBm.shuttercustomoffset}}\n name jitterCTRL_turbulence\n xpos 17\n ypos 109\n disable {{!toggleJitter}}\n addUserKnob {20 User}\n addUserKnob {7 base}\n base {{parent.jitterCTRL_fBm.base}}\n addUserKnob {7 base2}\n base2 {{parent.jitterCTRL_fBm.base2}}\n addUserKnob {7 bfreq l \"base frequency\"}\n bfreq {{parent.jitterCTRL_fBm.bfreq}}\n }\n Transform {\n translate {{turbulence((base-base(refFrame))*(shakeSpeed/bfreq)+base(refFrame),2.5,3.5,shakeOctaves,2,.5)*shakeTranslate.w*globalAmt*shakeAmt} {turbulence((base2-base2(refFrame))*(shakeSpeed/bfreq)+base2(refFrame),10.5,11.5,shakeOctaves,2,.5)*shakeTranslate.h*globalAmt*shakeAmt}}\n rotate {{turbulence((base-base(refFrame))*(shakeSpeed/bfreq)+base(refFrame),20.5,21.5,shakeOctaves,2,.5)*shakeRotate*globalAmt*shakeAmt x7 70}}\n scale {1 1}\n center {{toggleShake==1?((turbulence((base-base(refFrame))*(shakeSpeed/bfreq)+base(refFrame),2.5,3.5,shakeOctaves,2,.5)*input.width)+input.width/2):(input.width/2)*globalAmt*shakeAmt} {toggleShake==1?((turbulence((base2-base2(refFrame))*(shakeSpeed/bfreq)+base2(refFrame),10.5,11.5,shakeOctaves,2,.5)*input.height)+input.height/2):(input.height/2)*globalAmt*shakeAmt}}\n filter {{jitterCTRL_fBm.filter x14 2}}\n clamp {{jitterCTRL_fBm.clamp}}\n black_outside {{jitterCTRL_fBm.black_outside}}\n motionblur {{jitterCTRL_fBm.motionblur}}\n shutter {{jitterCTRL_turbulence.shutter}}\n shutteroffset {{jitterCTRL_fBm.shutteroffset}}\n shuttercustomoffset {{jitterCTRL_turbulence.shuttercustomoffset}}\n name shakeCTRL_turbulence\n xpos 17\n ypos 135\n disable {{!toggleShake}}\n addUserKnob {20 User}\n addUserKnob {7 base}\n base {{parent.shakeCTRL_fBm.base}}\n addUserKnob {7 base2}\n base2 {{parent.shakeCTRL_fBm.base2}}\n addUserKnob {7 bfreq l \"base frequency\"}\n bfreq {{parent.shakeCTRL_fBm.bfreq}}\n }\n Transform {\n translate {{turbulence((base-base(refFrame))*(floatSpeed/bfreq)+base(refFrame),2.5,3.5,floatOctaves,2,.5)*floatTranslate.w*globalAmt*floatAmt} {turbulence((base2-base2(refFrame))*(floatSpeed/bfreq)+base2(refFrame),10.5,11.5,floatOctaves,2,.5)*floatTranslate.h*globalAmt*floatAmt}}\n rotate {{turbulence((base-base(refFrame))*(floatSpeed/bfreq)+base(refFrame),20.5,21.5,floatOctaves,2,.5)*floatRotate*globalAmt*floatAmt}}\n scale {1 1}\n center {{toggleFloat==1?((turbulence((base-base(refFrame))*(floatSpeed/bfreq)+base(refFrame),2.5,3.5,floatOctaves,2,.5)*input.width)+input.width/2):(input.width/2)*globalAmt*floatAmt} {toggleFloat==1?((turbulence((base2-base2(refFrame))*(floatSpeed/bfreq)+base2(refFrame),10.5,11.5,floatOctaves,2,.5)*input.height)+input.height/2):(input.height/2)*globalAmt*floatAmt}}\n filter {{jitterCTRL_fBm.filter x14 2}}\n clamp {{jitterCTRL_fBm.clamp}}\n black_outside {{jitterCTRL_fBm.black_outside}}\n motionblur {{jitterCTRL_fBm.motionblur}}\n shutter {{jitterCTRL_fBm.shutter}}\n shutteroffset {{jitterCTRL_fBm.shutteroffset}}\n shuttercustomoffset {{jitterCTRL_fBm.shuttercustomoffset}}\n name floatCTRL_turbulence\n xpos 17\n ypos 159\n disable {{!toggleFloat}}\n addUserKnob {20 User}\n addUserKnob {7 base}\n base {{parent.floatCTRL_fBm.base}}\n addUserKnob {7 base2}\n base2 {{parent.floatCTRL_fBm.base2}}\n addUserKnob {7 bfreq l \"base frequency\"}\n bfreq {{parent.floatCTRL_fBm.bfreq}}\n }\n Transform {\n translate {{edgeTranslate.x} {edgeTranslate.y}}\n rotate {{edgeRotate}}\n scale {{edgeScale} {edgeScale}}\n center {{\"width/2 - translate\"} {\"height/2 - translate\"}}\n filter {{jitterCTRL_fBm.filter}}\n black_outside {{edgePulldown==0?1:0}}\n motionblur {{which_samples}}\n shutter {{jitterCTRL_fBm.shutter}}\n shutteroffset {{jitterCTRL_fBm.shutteroffset}}\n shuttercustomoffset {{jitterCTRL_fBm.shuttercustomoffset}}\n name edgeScale2\n xpos 17\n ypos 204\n }\npush $N6ae53700\n Transform {\n translate {{fBm((base-base(refFrame))*(jitterSpeed/bfreq)+base(refFrame),2.5,3.5,jitterOctaves,2,.5)*jitterTranslate.w*globalAmt*jitterAmt} {fBm((base2-base2(refFrame))*(jitterSpeed/bfreq)+base2(refFrame),10.5,11.5,jitterOctaves,2,.5)*jitterTranslate.h*globalAmt*jitterAmt}}\n rotate {{fBm((base-base(refFrame))*(jitterSpeed/bfreq)+base(refFrame),20.5,21.5,jitterOctaves,2,.5)*jitterRotate*globalAmt*jitterAmt}}\n scale {1 1}\n center {{toggleJitter==1?((fBm((base-base(refFrame))*(jitterSpeed/bfreq)+base(refFrame),2.5,3.5,jitterOctaves,2,.5)*input.width)+input.width/2):(input.width/2)*globalAmt*jitterAmt} {toggleJitter==1?((fBm((base2-base2(refFrame))*(jitterSpeed/bfreq)+base2(refFrame),10.5,11.5,jitterOctaves,2,.5)*input.height)+input.height/2):(input.height/2)*globalAmt*jitterAmt}}\n black_outside {{edgePulldown==0?1:0}}\n motionblur {{which_samples}}\n shutteroffset centred\n name jitterCTRL_fBm\n xpos -128\n ypos 103\n disable {{!toggleJitter}}\n addUserKnob {20 User}\n addUserKnob {7 base}\n base {{frame*bfreq+jitterSeed}}\n addUserKnob {7 base2}\n base2 {{frame*bfreq+jitterSeed+100}}\n addUserKnob {7 bfreq l \"base frequency\"}\n bfreq 3\n }\n Transform {\n translate {{fBm((base-base(refFrame))*(shakeSpeed/bfreq)+base(refFrame),2.5,3.5,shakeOctaves,2,.5)*shakeTranslate.w*globalAmt*shakeAmt} {fBm((base2-base2(refFrame))*(shakeSpeed/bfreq)+base2(refFrame),10.5,11.5,shakeOctaves,2,.5)*shakeTranslate.h*globalAmt*shakeAmt}}\n rotate {{fBm((base-base(refFrame))*(shakeSpeed/bfreq)+base(refFrame),20.5,21.5,shakeOctaves,2,.5)*shakeRotate*globalAmt*shakeAmt x7 70}}\n scale {1 1}\n center {{toggleShake==1?((fBm((base-base(refFrame))*(shakeSpeed/bfreq)+base(refFrame),2.5,3.5,shakeOctaves,2,.5)*input.width)+input.width/2):(input.width/2)*globalAmt*shakeAmt} {toggleShake==1?((fBm((base2-base2(refFrame))*(shakeSpeed/bfreq)+base2(refFrame),10.5,11.5,shakeOctaves,2,.5)*input.height)+input.height/2):(input.height/2)*globalAmt*shakeAmt}}\n filter {{jitterCTRL_fBm.filter x14 2}}\n clamp {{jitterCTRL_fBm.clamp}}\n black_outside {{jitterCTRL_fBm.black_outside}}\n motionblur {{jitterCTRL_fBm.motionblur}}\n shutter {{jitterCTRL_fBm.shutter}}\n shutteroffset {{jitterCTRL_fBm.shutteroffset}}\n shuttercustomoffset {{jitterCTRL_fBm.shuttercustomoffset}}\n name shakeCTRL_fBm\n xpos -128\n ypos 127\n disable {{!toggleShake}}\n addUserKnob {20 User}\n addUserKnob {7 base}\n base {{frame*bfreq+shakeSeed}}\n addUserKnob {7 base2}\n base2 {{frame*bfreq+shakeSeed+100}}\n addUserKnob {7 bfreq l \"base frequancy\"}\n bfreq 1.5\n }\n Transform {\n translate {{fBm((base-base(refFrame))*(floatSpeed/bfreq)+base(refFrame),2.5,3.5,floatOctaves,2,.5)*floatTranslate.w*globalAmt*floatAmt} {fBm((base2-base2(refFrame))*(floatSpeed/bfreq)+base2(refFrame),10.5,11.5,floatOctaves,2,.5)*floatTranslate.h*globalAmt*floatAmt}}\n rotate {{fBm((base-base(refFrame))*(floatSpeed/bfreq)+base(refFrame),20.5,21.5,floatOctaves,2,.5)*floatRotate*globalAmt*floatAmt}}\n scale {1 1}\n center {{toggleFloat==1?((fBm((base-base(refFrame))*(floatSpeed/bfreq)+base(refFrame),2.5,3.5,floatOctaves,2,.5)*input.width)+input.width/2):(input.width/2)*globalAmt*floatAmt} {toggleFloat==1?((fBm((base2-base2(refFrame))*(floatSpeed/bfreq)+base2(refFrame),10.5,11.5,floatOctaves,2,.5)*input.height)+input.height/2):(input.height/2)*globalAmt*floatAmt}}\n filter {{jitterCTRL_fBm.filter x14 2}}\n clamp {{jitterCTRL_fBm.clamp}}\n black_outside {{jitterCTRL_fBm.black_outside}}\n motionblur {{jitterCTRL_fBm.motionblur}}\n shutter {{jitterCTRL_fBm.shutter}}\n shutteroffset {{jitterCTRL_fBm.shutteroffset}}\n shuttercustomoffset {{jitterCTRL_fBm.shuttercustomoffset}}\n name floatCTRL_fBm\n xpos -128\n ypos 151\n disable {{!toggleFloat}}\n addUserKnob {20 User}\n addUserKnob {7 base}\n base {{frame*bfreq+floatSeed}}\n addUserKnob {7 base2}\n base2 {{frame*bfreq+floatSeed+100}}\n addUserKnob {7 bfreq l \"base frequency\"}\n bfreq 0.06\n }\n Transform {\n translate {{edgeTranslate.x} {edgeTranslate.y}}\n rotate {{edgeRotate}}\n scale {{edgeScale} {edgeScale}}\n center {{\"width/2 - translate\"} {\"height/2 - translate\"}}\n filter {{jitterCTRL_fBm.filter}}\n black_outside {{edgePulldown==0?1:0}}\n motionblur {{which_samples}}\n shutter {{jitterCTRL_fBm.shutter}}\n shutteroffset {{jitterCTRL_fBm.shutteroffset}}\n shuttercustomoffset {{jitterCTRL_fBm.shuttercustomoffset}}\n name edgeScale1\n xpos -128\n ypos 206\n }\n Switch {\n inputs 3\n which {{noiseType i}}\n name Switch4\n xpos 17\n ypos 242\n }\n CopyBBox {\n inputs 2\n name CopyBBox1\n xpos 17\n ypos 362\n }\n Output {\n name Output1\n xpos 17\n ypos 460\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_bm_CurveRemapper.gizmo", "content": "Group {\n inputs 0\n name bm_CurveRemapper\n help \"A simple, albeit handy tool to remap animation curves from arbitrary values to something more sensible & controllable. Made to help tackle the random output from the curve tool.\"\n knobChanged \"n = nuke.thisNode()\\nif n\\['curve_input'].isAnimated() == True:\\n n\\['curve_minimum'].setEnabled(True)\\n n\\['curve_maximum'].setEnabled(True)\\n n\\['new_minimum'].setEnabled(True)\\n n\\['new_maximum'].setEnabled(True)\\n n\\['helpText_02'].setEnabled(True)\\n n\\['curve_output'].setEnabled(True)\\nelse:\\n n\\['curve_minimum'].setEnabled(False)\\n n\\['curve_maximum'].setEnabled(False)\\n n\\['new_minimum'].setEnabled(False)\\n n\\['new_maximum'].setEnabled(False)\\n n\\['helpText_02'].setEnabled(False)\\n n\\['curve_output'].setEnabled(False)\\n\"\n tile_color 0x232323ff\n selected true\n addUserKnob {20 userTab l Options}\n addUserKnob {26 \"\"}\n addUserKnob {26 helpText_01 l \"\" +STARTLINE T \"I N P U T A N I M A T I O N C U R V E H E R E :\\n\"}\n addUserKnob {7 curve_input l \"Animation Curve\" t \"Paste animation, or expression-link another knob here to start...\"}\n addUserKnob {22 autoMinMax l \"Find Minimum and Maximum Curve Values\" t \"This button will bake the input animation / expression, and find the min & max values of the curve. These values will be auto-set in the appropriate knobs below.\" T \"#Bake expression link.\\nname = nuke.thisNode().name()+\\\".curve_input\\\"\\nnuke.animation(name, \\\"generate\\\", (nuke.knob('first_frame'), nuke.knob('last_frame'), \\\".01\\\", \\\"y\\\", name))\\n\\n#Adds python into expression knob, which evalutes and finds the answer\\nnuke.thisNode().knob('curve_minimum').setExpression(\\\"\\[python min((key.y for key in nuke.thisNode().knob('curve_input').animation(0).keys()))]\\\")\\nnuke.thisNode().knob('curve_maximum').setExpression(\\\"\\[python max((key.y for key in nuke.thisNode().knob('curve_input').animation(0).keys()))]\\\")\\n\\n#Remove the expression\\nnuke.thisNode().knob('curve_minimum').clearAnimated()\\nnuke.thisNode().knob('curve_maximum').clearAnimated()\" +STARTLINE}\n addUserKnob {26 \"\"}\n addUserKnob {7 curve_minimum l \"Curve Minimum\" t \"Minimum value of the input curve.\\n(use the button above to auto-set this value)\" +DISABLED}\n addUserKnob {7 curve_maximum l \"Curve Maximum\" t \"Maximum value of the input curve.\\n(use the button above to auto-set this value)\" +DISABLED}\n curve_maximum 1\n addUserKnob {7 new_minimum l \"New Minimum\" t \"Set the new minimum value of the curve.\" +DISABLED}\n addUserKnob {7 new_maximum l \"New Maximum\" t \"Set the new maxmum value of the curve.\" +DISABLED}\n new_maximum 1\n addUserKnob {26 \"\"}\n addUserKnob {26 helpText_02 l \"\" +STARTLINE +DISABLED T \"O U T P U T R E M A P P E D C U R V E F R O M H E R E :\\n\"}\n addUserKnob {7 curve_output l Output t \"Your remapped animation curve!\" +DISABLED}\n curve_output {{lerp(curve_minimum,new_minimum,curve_maximum,new_maximum,curve_input)}}\n addUserKnob {26 \"\"}\n addUserKnob {26 version_info l \"\" +STARTLINE T \"bm_CurveRemapper v2.0 created by Ben McEwan.
    Last updated: 28th August, 2020.
    \\n\"}\n}\n Output {\n inputs 0\n name Output1\n selected true\n xpos -651\n ypos -209\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_bm_MatteCheck.gizmo", "content": "Group {\n name bm_MatteCheck\n help \"A simple tool designed to check the accuracy of mattes. Choose between overlaying a red color, viewing the matte against a grey background, or viewing the matte against a checkerboard.\"\n knobChanged \"n = nuke.thisNode()\\nk = nuke.thisKnob()\\n\\nif k.name() in ('Type', 'showPanel'):\\n Type = n\\['Type'].value()\\n if Type == 'Colour Overlay':\\n\\n n\\['overlayColour'].setVisible(True)\\n n\\['overlayMix'].setVisible(True)\\n n\\['greyAmt'].setVisible(False)\\n n\\['chkSize'].setVisible(False)\\n n\\['chkContrast'].setVisible(False)\\n\\n elif Type == 'Grey Background':\\n\\n n\\['overlayColour'].setVisible(False)\\n n\\['overlayMix'].setVisible(False)\\n n\\['greyAmt'].setVisible(True)\\n n\\['chkSize'].setVisible(False)\\n n\\['chkContrast'].setVisible(False)\\n\\n elif Type == 'Checkerboard':\\n\\n n\\['overlayColour'].setVisible(False)\\n n\\['overlayMix'].setVisible(False)\\n n\\['greyAmt'].setVisible(False)\\n n\\['chkSize'].setVisible(True)\\n n\\['chkContrast'].setVisible(True)\"\n tile_color 0x232323ff\n note_font Verdana\n selected true\n mapsize {0.15 0.15}\n addUserKnob {20 Options}\n addUserKnob {26 \"\"}\n addUserKnob {4 Type t \"Choose between a colour overlay, or placing your matte over a grey background.\" M {\"Colour Overlay\" \"Grey Background\" Checkerboard \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\"}}\n addUserKnob {26 \"\"}\n addUserKnob {18 overlayColour l \"Overlay Colour\"}\n overlayColour {1 0 0}\n addUserKnob {6 overlayColour_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {7 overlayMix l \"Overlay Mix\"}\n overlayMix 0.5\n addUserKnob {7 chkSize l Size +HIDDEN R 0 64}\n chkSize 17\n addUserKnob {7 chkContrast l Contrast +HIDDEN}\n chkContrast 0.27\n addUserKnob {18 greyAmt l \"Grey Value\" t \"Brightness of the grey backdrop.\" +HIDDEN}\n greyAmt 0.18\n addUserKnob {6 color_rgb_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {26 \"\"}\n addUserKnob {20 infoTab l Info}\n addUserKnob {26 \"\"}\n addUserKnob {26 versionInfo l \"\" +STARTLINE T \"\\nCreated by Ben McEwan\\nwww.benmcewan.com\\n\\nVersion 1.1\\nLast Updated: January 23rd, 2018\\n\"}\n addUserKnob {26 \"\"}\n}\n Input {\n inputs 0\n name matte\n xpos -97\n ypos -413\n number 1\n }\n AddChannels {\n channels rgba\n name AddChannels1\n selected true\n xpos -97\n ypos -374\n }\n Dot {\n name Dot4\n xpos -63\n ypos -320\n }\nset N89ea730 [stack 0]\n Dot {\n name Dot6\n label \" \"\n note_font \"Arial Black\"\n note_font_size 16\n xpos -63\n ypos -152\n }\npush $N89ea730\n Invert {\n channels alpha\n name Invert1\n xpos 76\n ypos -329\n }\nset N88b0400 [stack 0]\n Dot {\n name Dot5\n xpos 313\n ypos -320\n }\n CheckerBoard2 {\n inputs 0\n format {{{input.format}}}\n boxsize {{chkSize}}\n color0 {0.1000000015 0.1000000015 0.1000000015 1}\n color2 {0.1000000015 0.1000000015 0.1000000015 1}\n linecolor 0\n centerlinewidth 0\n name CheckerBoard1\n xpos 373\n ypos -483\n }\n ColorCorrect {\n contrast {{chkContrast}}\n name ColorCorrect1\n xpos 373\n ypos -389\n }\n Input {\n inputs 0\n name plate\n xpos -94\n ypos -495\n }\nset N8a71d40 [stack 0]\n Dot {\n name Dot2\n xpos 110\n ypos -492\n }\nset N8a73f40 [stack 0]\n Dot {\n name Dot7\n note_font_size 41\n xpos 203\n ypos -492\n }\nset N9dbc2f0 [stack 0]\n Dot {\n name Dot3\n xpos 313\n ypos -492\n }\n Keymix {\n inputs 3\n name Keymix3\n xpos 279\n ypos -395\n }\npush $N88b0400\npush $N9dbc2f0\n Remove {\n operation keep\n channels rgb\n name Remove1\n xpos 169\n ypos -455\n }\n Grade {\n multiply 0\n add {{parent.greyAmt} {parent.greyAmt} {parent.greyAmt} 0}\n name Grade1\n xpos 169\n ypos -431\n }\npush $N8a73f40\n Keymix {\n inputs 3\n name Keymix2\n xpos 76\n ypos -387\n }\npush $N89ea730\n Constant {\n inputs 0\n color {{overlayColour.r} {overlayColour.g} {overlayColour.b} {curve}}\n name Constant1\n xpos -345\n ypos -349\n }\npush $N8a71d40\n Dot {\n name Dot1\n xpos -172\n ypos -492\n }\n Keymix {\n inputs 3\n mix {{overlayMix}}\n name Keymix1\n xpos -206\n ypos -329\n }\n Switch {\n inputs 3\n which {{Type x1 1}}\n name typeSwitch1\n xpos -206\n ypos -231\n }\n Copy {\n inputs 2\n from0 rgba.alpha\n to0 rgba.alpha\n name Copy1\n xpos -206\n ypos -161\n }\n Output {\n name Output1\n xpos -206\n ypos -80\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_bm_NoiseGen.gizmo", "content": "Group {\nname bm_NoiseGen\n inputs 0\n help \"Generates a noise curve.\"\n tile_color 0x222222ff\n addUserKnob {20 optionsTab l Options}\n addUserKnob {26 \"\"}\n addUserKnob {4 pChoice l \"Noise Type\" M {Random Noise Sine Triangle Square Sawtooth Bounce Blip \"\" \"\" \"\"}}\n addUserKnob {26 \"\"}\n addUserKnob {7 noiseMin l Minimum R -10 0}\n addUserKnob {7 noiseMax l Maximum R 0 10}\n noiseMax 1\n addUserKnob {7 noiseFrequency l Frequency}\n noiseFrequency 10\n addUserKnob {7 noiseOffset l \"Time Offset\" R -10 10}\n addUserKnob {3 noiseSeed l Seed}\n noiseSeed 12345\n addUserKnob {22 randomizeSeedBtn l \" Randomize Seed \" -STARTLINE T \"import random\\nnuke.thisNode().knob('noiseSeed').setValue(random.randint(1,99999))\"}\n addUserKnob {26 \"\"}\n addUserKnob {7 noiseOutput l Output R -10 10}\n noiseOutput {{\"pChoice==0?random((frame+noiseSeed+noiseOffset)/noiseFrequency) * (noiseMax-noiseMin) + noiseMin:\\npChoice==1?(noise((frame+noiseSeed+noiseOffset)/noiseFrequency)+1)/2 * (noiseMax-noiseMin) + noiseMin:\\npChoice==2?(sin(2*pi*(frame+noiseSeed+noiseOffset)/noiseFrequency)+1)/2 * (noiseMax-noiseMin) + noiseMin:\\npChoice==3?(asin(sin(2*pi*(frame+noiseSeed+noiseOffset)/noiseFrequency))/pi+0.5) * (noiseMax-noiseMin) + noiseMin:\\npChoice==4?int(sin(2*pi*(frame+noiseSeed+noiseOffset)/noiseFrequency)+1) * (noiseMax-noiseMin) + noiseMin:\\npChoice==5?((frame+noiseSeed+noiseOffset) % noiseFrequency)/noiseFrequency * (noiseMax-noiseMin) + noiseMin:\\npChoice==6?abs(sin(pi*(frame+noiseSeed + noiseOffset)/noiseFrequency))* (noiseMax-noiseMin) + noiseMin:\\npChoice==7?((frame+noiseSeed+(noiseOffset+noiseFrequency)) % (noiseFrequency+(noiseFrequency/5))/(noiseFrequency)) *(noiseFrequency/(noiseFrequency/5)) - (noiseFrequency/(noiseFrequency/5)) >= 0 ? noiseMax : noiseMin:\\n0\"}}\n addUserKnob {26 \"\"}\n addUserKnob {20 info l Info}\n addUserKnob {26 \"\"}\n addUserKnob {26 versionText l \"\" +STARTLINE T \"\\nCreated by Ben McEwan\\nwww.benmcewan.com\\n\\nVersion 2.0\\nLast Updated: January 23rd, 2018\\n\"}\n addUserKnob {26 \"\"}\n}\n Output {\n inputs 0\n name Output1\n xpos 3\n ypos 300\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_bm_OpticalGlow.gizmo", "content": "Group {\n name bm_OpticalGlow\n help \"bm_OpticalGlow uses common algorithms to produce an optically-correct exponential glow.\\n\\nCompletely rebuilt from v3.1 to be light-weight and easier to use.\"\n tile_color 0x222222ff\n selected true\n addUserKnob {20 Options}\n addUserKnob {4 algorithm_choice l \"Glow Math\" t \"Glow is built with a sequence of exponentially-increasing sub-frame values on a Blur node, which are then combined with a TimeBlur to produce the end result.\" M {Inverse-Square Fibonacci Double Distributed \"\" \"\" \"\" \"\" \"\" \"\" \"\"}}\n addUserKnob {26 spacer2 l \"\" -STARTLINE T \" \"}\n addUserKnob {6 effect_only l \"effect only\" t \"Display the glow only.\" -STARTLINE}\n addUserKnob {3 glow_divisions l Divisions t \"How many glow layers to add up. A higher number will result in a smoother glow, but a slower processing time.\"}\n glow_divisions 10\n addUserKnob {26 spacer1 l \"\" -STARTLINE T \" \"}\n addUserKnob {6 use_threshold l \"use luminance threshold\" t \"Enable the luminance threshold option, which allows you to isolate and only glow the highlights.\" -STARTLINE}\n addUserKnob {26 \"\"}\n addUserKnob {20 threshold l \"Luminance Threshold Selector\" n 1}\n threshold 0\n addUserKnob {6 view_luminance l \"view luminance threshold\" t \"Internally shuffles the alpha to RGB for easy viewing.\" +STARTLINE}\n addUserKnob {41 range l \"\" t \"Use this to isolate the highlights in your image.\" +STARTLINE T Keyer1.range}\n addUserKnob {20 endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {7 glow_size l size t \"Radius of the blur.\" R 0 300}\n glow_size 200\n addUserKnob {7 glow_intensity l intensity t \"A multiplier to control the brightness of your blur.\" R 0 5}\n glow_intensity 1\n addUserKnob {19 glow_gamma l gamma t \"Increase gamma to pump up the midtones.\\n\\nChanging the gamma will change the \\\"glow math\\\" algorithm, resulting in a less photorealistic glow. You probably only want to use this subtly in foggy, night-time shots.\" R 0 2}\n glow_gamma 1\n addUserKnob {6 glow_gamma_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {7 aspect t \"Change the aspect ratio of your glow.\\n• Higher value = horizontal stretch\\n• Lower value = vertical stretch\" R 0.5 2}\n aspect 1\n addUserKnob {26 \"\"}\n addUserKnob {6 crop_bbox l \"crop bbox to format\" t \"If the glow gets too big, your bbox might become crazy. Enabling this option will ensure your bbox is cropped to your format + any overscan you set.\" +STARTLINE}\n addUserKnob {7 overscan t \"If you use the \\\"crop bbox to format\\\" option, and then add lens distortion to the end of your comp, the glow won't reach the edge of your format.\\n\\nUse this value to increase the bbox size, as necessary.\" R 0 250}\n overscan 100\n addUserKnob {26 spacer l \"\" +STARTLINE T \" \"}\n addUserKnob {7 mix}\n mix 1\n addUserKnob {26 \"\"}\n addUserKnob {26 info l \"\" +STARTLINE T \"bm_OpticalGlow v4.3 created by Ben McEwan.
    \\nLast updated: 25th February, 2025.\"}\n}\n Input {\n inputs 0\n name Input\n xpos -260\n ypos -217\n }\n NoTimeBlur {\n name NoTimeBlur1\n xpos -260\n ypos -191\n }\n Dot {\n name Dot2\n label \" \"\n note_font \"Arial Black\"\n note_font_size 16\n xpos -226\n ypos -115\n }\nset N143d9d30 [stack 0]\n Keyer {\n operation \"luminance key\"\n name Keyer1\n xpos -170\n ypos -50\n }\nset N15ec4da0 [stack 0]\npush $N15ec4da0\n Copy {\n inputs 2\n from0 rgba.alpha\n to0 rgba.red\n from1 rgba.alpha\n to1 rgba.green\n from2 rgba.alpha\n to2 rgba.blue\n name Copy1\n xpos -170\n ypos -14\n }\n Dot {\n name Dot6\n label \" \"\n note_font \"Arial Black\"\n note_font_size 16\n xpos -136\n ypos 365\n }\n Input {\n inputs 0\n name mask\n xpos 535\n ypos -218\n number 2\n }\n NoTimeBlur {\n name NoTimeBlur3\n xpos 535\n ypos -192\n }\n Expression {\n expr3 a\n name Expression1\n xpos 535\n ypos -166\n }\n Dot {\n name Dot1\n label \" \"\n note_font \"Arial Black\"\n note_font_size 16\n xpos 569\n ypos 339\n }\npush $N15ec4da0\n Input {\n inputs 0\n name area\n xpos 27\n ypos -218\n number 1\n }\n NoTimeBlur {\n name NoTimeBlur2\n xpos 27\n ypos -192\n }\n Expression {\n expr3 a\n name Expression2\n xpos 27\n ypos -166\n }\npush $N143d9d30\n Merge2 {\n inputs 2\n operation mask\n bbox A\n name Merge3\n xpos 27\n ypos -118\n disable {{\"!\\[exists parent.input1]\"}}\n }\n Merge2 {\n inputs 2\n operation mask\n bbox B\n name Merge5\n xpos 27\n ypos -44\n disable {{!use_threshold}}\n }\n Dot {\n name Dot11\n label \" \"\n note_font \"Arial Black\"\n note_font_size 16\n xpos 61\n ypos 47\n }\nset N15f14370 [stack 0]\n Dot {\n name Dot10\n label \" \"\n note_font \"Arial Black\"\n note_font_size 16\n xpos 177\n ypos 47\n }\nset N15eb2c30 [stack 0]\n Dot {\n name Dot9\n label \" \"\n note_font \"Arial Black\"\n note_font_size 16\n xpos 283\n ypos 47\n }\nset N15f47310 [stack 0]\n Dot {\n name Dot8\n label \" \"\n note_font \"Arial Black\"\n note_font_size 16\n xpos 399\n ypos 47\n }\n Blur {\n channels rgba\n size {{aspect>1?curve(((frame-1)%(1-1+1))+1)*glow_size/25*aspect:curve(((frame-1)%(1-1+1))+1)*glow_size/25 x1 2.5 x1.100000024 7.5 15 x1.299999952 35 x1.399999976 70 150 350 750 x1.799999952 1250 x1.899999976 1500 2000} {aspect<1?curve(((frame-1)%(1-1+1))+1)*glow_size/25/aspect:curve(((frame-1)%(1-1+1))+1)*glow_size/25 x1 2.5 x1.100000024 7.5 15 x1.299999952 35 x1.399999976 70 150 350 750 x1.799999952 1250 x1.899999976 1500 2000}}\n crop false\n name glow_distributed\n xpos 365\n ypos 95\n }\npush $N15f47310\n Blur {\n channels rgba\n size {{aspect>1?curve(((frame-1)%(1-1+1))+1)*glow_size/25*aspect:curve(((frame-1)%(1-1+1))+1)*glow_size/25 x1 2 x1.100000024 4 8 x1.299999952 16 x1.399999976 32 64 128 256 x1.799999952 512 x1.899999976 1024 2048} {aspect<1?curve(((frame-1)%(1-1+1))+1)*glow_size/25/aspect:curve(((frame-1)%(1-1+1))+1)*glow_size/25 x1 2 x1.100000024 4 8 x1.299999952 16 x1.399999976 32 64 128 256 x1.799999952 512 x1.899999976 1024 2048}}\n crop false\n name glow_double\n xpos 249\n ypos 95\n }\npush $N15eb2c30\n Blur {\n channels rgba\n size {{aspect>1?curve(((frame-1)%(1-1+1))+1)*glow_size/25*aspect:curve(((frame-1)%(1-1+1))+1)*glow_size/25 x1 3 x1.100000024 5 8 x1.299999952 13 x1.399999976 21 34 55 89 x1.799999952 144 x1.899999976 233 377} {aspect<1?curve(((frame-1)%(1-1+1))+1)*glow_size/25/aspect:curve(((frame-1)%(1-1+1))+1)*glow_size/25 x1 3 x1.100000024 5 8 x1.299999952 13 x1.399999976 21 34 55 89 x1.799999952 144 x1.899999976 233 377}}\n crop false\n name glow_fibonacci\n xpos 143\n ypos 95\n }\npush $N15f14370\n Blur {\n channels rgba\n size {{aspect>1?curve(((frame-1)%(1-1+1))+1)*glow_size/25*aspect:curve(((frame-1)%(1-1+1))+1)*glow_size/25 x1 1 x1.100000024 4 9 x1.299999952 16 x1.399999976 25 36 49 64 x1.799999952 81 x1.899999976 100 121} {aspect<1?curve(((frame-1)%(1-1+1))+1)*glow_size/25/aspect:curve(((frame-1)%(1-1+1))+1)*glow_size/25 x1 1 x1.100000024 4 9 x1.299999952 16 x1.399999976 25 36 49 64 x1.799999952 81 x1.899999976 100 121}}\n crop false\n name glow_inverseSquare\n xpos 27\n ypos 93\n }\n Switch {\n inputs 4\n which {{algorithm_choice}}\n name Switch2\n xpos 189\n ypos 152\n }\n TimeBlur {\n divisions {{glow_divisions}}\n shutteroffset start\n shuttercustomoffset 0.5\n name TimeBlur1\n xpos 27\n ypos 202\n }\n Multiply {\n value {{glow_intensity**2/2}}\n name Multiply2\n xpos 27\n ypos 240\n }\n Gamma {\n value {{glow_gamma}}\n name Gamma1\n xpos 27\n ypos 276\n }\n Merge2 {\n inputs 2\n operation mask\n bbox B\n name Merge4\n xpos 27\n ypos 336\n disable {{\"!\\[exists parent.input2]\"}}\n }\nset N15ead1f0 [stack 0]\n Dot {\n name Dot5\n label \" \"\n note_font \"Arial Black\"\n note_font_size 16\n xpos 61\n ypos 405\n }\npush $N15ead1f0\npush $N143d9d30\n Merge2 {\n inputs 2\n operation plus\n Achannels rgb\n name Merge1\n xpos -260\n ypos 336\n }\n Switch {\n inputs 3\n which {{\"view_luminance == 1?2:effect_only\"}}\n name Switch1\n xpos -260\n ypos 402\n }\n Crop {\n box {{-overscan} {-overscan} {Input.width+overscan} {Input.height+overscan}}\n name Crop1\n xpos -260\n ypos 469\n disable {{!crop_bbox}}\n }\npush $N143d9d30\n Dot {\n name Dot4\n label \" \"\n note_font \"Arial Black\"\n note_font_size 16\n xpos -361\n ypos -115\n }\n Shuffle2 {\n fromInput1 {{0} B}\n fromInput2 {{0} B}\n mappings \"4 black -1 -1 rgba.red 0 0 black -1 -1 rgba.green 0 1 black -1 -1 rgba.blue 0 2 black -1 -1 rgba.alpha 0 3\"\n name Shuffle1\n label \"\\[value in1]\"\n selected true\n xpos -395\n ypos 429\n disable {{!effect_only}}\n }\n Dot {\n name Dot3\n label \" \"\n note_font \"Arial Black\"\n note_font_size 16\n xpos -361\n ypos 511\n }\n Dissolve {\n inputs 2\n which {{parent.mix}}\n name Dissolve2\n xpos -260\n ypos 502\n }\n Output {\n name Output1\n xpos -260\n ypos 567\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_bm_OpticalLightwrap.gizmo", "content": "Group {\n name bm_OpticalLightwrap\n help \"bm_OpticalLightwrap uses common algorithms to produce an optically-correct exponential-glow-based lightwrap.\\n\\nCompletely rebuilt from v3.1 to be light-weight and easier to use.\"\n tile_color 0x222222ff\n selected true\n addUserKnob {20 Options}\n addUserKnob {4 algorithm_choice l \"Glow Math\" t \"Glow is built with a sequence of exponentially-increasing sub-frame values on a Blur node, which are then combined with a TimeBlur to produce the end result.\" M {Inverse-Square Fibonacci Double Distributed \"\" \"\" \"\" \"\" \"\" \"\" \"\"}}\n addUserKnob {26 spacer2 l \"\" -STARTLINE T \" \"}\n addUserKnob {6 effect_only l \"effect only\" t \"Display the glow only.\" -STARTLINE}\n effect_only false\n addUserKnob {3 glow_divisions l Divisions t \"How many glow layers to add up. A higher number will result in a smoother glow, but a slower processing time.\"}\n glow_divisions 10\n addUserKnob {26 spacer1 l \"\" -STARTLINE T \" \"}\n addUserKnob {6 use_threshold l \"use luminance threshold\" t \"Enable the luminance threshold option, which allows you to isolate and only glow the highlights.\" -STARTLINE}\n use_threshold true\n addUserKnob {26 \"\"}\n addUserKnob {20 threshold l \"Luminance Threshold Selector\" n 1}\n threshold 0\n addUserKnob {6 view_luminance l \"view luminance threshold\" t \"Internally shuffles the alpha to RGB for easy viewing.\" +STARTLINE}\n addUserKnob {41 range l \"\" t \"Use this to isolate the highlights in your image.\" +STARTLINE T Keyer1.range}\n addUserKnob {20 endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {14 preblur_BG l \"pre-blur BG\" t \"Blur the background before the lightwrap bets generated. This can help remove any high-contrast, detailed edges ghosting through.\" R 0 100}\n preblur_BG 20\n addUserKnob {26 \"\"}\n addUserKnob {7 glow_size l size t \"Radius of the blur.\" R 0 300}\n glow_size 200\n addUserKnob {7 glow_intensity l intensity t \"A multiplier to control the brightness of your blur.\" R 0 5}\n glow_intensity 1\n addUserKnob {19 glow_gamma l gamma t \"Increase gamma to pump up the midtones.\\n\\nChanging the gamma will change the \\\"glow math\\\" algorithm, resulting in a less photorealistic glow. You probably only want to use this subtly in foggy, night-time shots.\" R 0 2}\n glow_gamma 1\n addUserKnob {6 glow_gamma_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {7 aspect t \"Change the aspect ratio of your glow.\\n• Higher value = horizontal stretch\\n• Lower value = vertical stretch\" R 0.5 2}\n aspect 1\n addUserKnob {26 \"\"}\n addUserKnob {7 mix}\n mix 1\n addUserKnob {26 \"\"}\n addUserKnob {26 info l \"\" +STARTLINE T \"bm_OpticalLightwrap v4.2 created by Ben McEwan.
    \\nLast updated: 25th February, 2025.\"}\n}\n Input {\n inputs 0\n name fg\n xpos 585\n ypos -246\n }\n NoTimeBlur {\n name NoTimeBlur3\n xpos 585\n ypos -220\n }\n Expression {\n expr3 a\n name Expression3\n xpos 585\n ypos -178\n }\n Dot {\n name Dot12\n label \" \"\n note_font \"Arial Black\"\n note_font_size 16\n xpos 619\n ypos -17\n }\nset N1689c880 [stack 0]\n Dot {\n name Dot13\n label \" \"\n note_font \"Arial Black\"\n note_font_size 16\n xpos 619\n ypos 316\n }\nset N168a1a00 [stack 0]\n Dot {\n name Dot14\n label \" \"\n note_font \"Arial Black\"\n note_font_size 16\n xpos 619\n ypos 522\n }\nset N168a69e0 [stack 0]\n Dot {\n name Dot15\n label \" \"\n note_font \"Arial Black\"\n note_font_size 16\n xpos 619\n ypos 598\n }\nset N168aba40 [stack 0]\n Input {\n inputs 0\n name bg\n xpos -259\n ypos -252\n number 1\n }\n NoTimeBlur {\n name NoTimeBlur1\n xpos -259\n ypos -226\n }\n Blur {\n channels rgba\n size {{preblur_BG} {preblur_BG}}\n name Blur1\n xpos -259\n ypos -167\n }\n Dot {\n name Dot2\n label \" \"\n note_font \"Arial Black\"\n note_font_size 16\n xpos -226\n ypos -115\n }\nset N168cb3f0 [stack 0]\n Keyer {\n operation \"luminance key\"\n range {0.5 1 1 1}\n name Keyer1\n xpos -260\n ypos -50\n }\nset N168d0520 [stack 0]\npush $N168d0520\n Copy {\n inputs 2\n from0 rgba.alpha\n to0 rgba.red\n from1 rgba.alpha\n to1 rgba.green\n from2 rgba.alpha\n to2 rgba.blue\n name Copy1\n xpos -260\n ypos -14\n }\n Dot {\n name Dot6\n label \" \"\n note_font \"Arial Black\"\n note_font_size 16\n xpos -226\n ypos 418\n }\n Input {\n inputs 0\n name mask\n xpos 796\n ypos -246\n number 3\n }\n NoTimeBlur {\n name NoTimeBlur4\n xpos 796\n ypos -220\n }\n Expression {\n expr3 a\n name Expression1\n xpos 796\n ypos -182\n }\n Dot {\n name Dot1\n label \" \"\n note_font \"Arial Black\"\n note_font_size 16\n xpos 830\n ypos 351\n }\npush $N168a1a00\npush $N1689c880\npush $N168d0520\n Input {\n inputs 0\n name area\n xpos 27\n ypos -252\n number 2\n }\n NoTimeBlur {\n name NoTimeBlur2\n xpos 27\n ypos -226\n }\n Expression {\n expr3 a\n name Expression2\n xpos 27\n ypos -194\n }\npush $N168cb3f0\n Merge2 {\n inputs 2\n operation mask\n bbox A\n name Merge3\n xpos 27\n ypos -118\n disable {{\"!\\[exists parent.input2]\"}}\n }\n Merge2 {\n inputs 2\n operation mask\n bbox B\n name Merge5\n xpos 27\n ypos -44\n disable {{!use_threshold}}\n }\n Merge2 {\n inputs 2\n operation stencil\n bbox B\n name Merge8\n xpos 27\n ypos -20\n }\n Dot {\n name Dot11\n label \" \"\n note_font \"Arial Black\"\n note_font_size 16\n xpos 61\n ypos 60\n }\nset N16958e80 [stack 0]\n Dot {\n name Dot10\n label \" \"\n note_font \"Arial Black\"\n note_font_size 16\n xpos 177\n ypos 60\n }\nset N1695def0 [stack 0]\n Dot {\n name Dot9\n label \" \"\n note_font \"Arial Black\"\n note_font_size 16\n xpos 283\n ypos 60\n }\nset N16962e60 [stack 0]\n Dot {\n name Dot8\n label \" \"\n note_font \"Arial Black\"\n note_font_size 16\n xpos 399\n ypos 60\n }\n Blur {\n channels rgba\n size {{aspect>1?curve(((frame-1)%(1-1+1))+1)*glow_size/25*aspect:curve(((frame-1)%(1-1+1))+1)*glow_size/25 x1 2.5 x1.100000024 7.5 15 x1.299999952 35 x1.399999976 70 150 350 750 x1.799999952 1250 x1.899999976 1500 2000} {aspect<1?curve(((frame-1)%(1-1+1))+1)*glow_size/25/aspect:curve(((frame-1)%(1-1+1))+1)*glow_size/25 x1 2.5 x1.100000024 7.5 15 x1.299999952 35 x1.399999976 70 150 350 750 x1.799999952 1250 x1.899999976 1500 2000}}\n crop false\n name glow_distributed\n xpos 365\n ypos 108\n }\npush $N16962e60\n Blur {\n channels rgba\n size {{aspect>1?curve(((frame-1)%(1-1+1))+1)*glow_size/25*aspect:curve(((frame-1)%(1-1+1))+1)*glow_size/25 i x1 2 x1.100000024 4 8 x1.299999952 16 x1.399999976 32 64 128 256 x1.799999952 512 x1.899999976 1024 2048} {aspect<1?curve(((frame-1)%(1-1+1))+1)*glow_size/25/aspect:curve(((frame-1)%(1-1+1))+1)*glow_size/25 i x1 2 x1.100000024 4 8 x1.299999952 16 x1.399999976 32 64 128 256 x1.799999952 512 x1.899999976 1024 2048}}\n crop false\n name glow_double\n xpos 249\n ypos 108\n }\npush $N1695def0\n Blur {\n channels rgba\n size {{aspect>1?curve(((frame-1)%(1-1+1))+1)*glow_size/25*aspect:curve(((frame-1)%(1-1+1))+1)*glow_size/25 i x1 3 x1.100000024 5 8 x1.299999952 13 x1.399999976 21 34 55 89 x1.799999952 144 x1.899999976 233 377} {aspect<1?curve(((frame-1)%(1-1+1))+1)*glow_size/25/aspect:curve(((frame-1)%(1-1+1))+1)*glow_size/25 i x1 3 x1.100000024 5 8 x1.299999952 13 x1.399999976 21 34 55 89 x1.799999952 144 x1.899999976 233 377}}\n crop false\n name glow_fibonacci\n xpos 143\n ypos 108\n }\npush $N16958e80\n Blur {\n channels rgba\n size {{aspect>1?curve(((frame-1)%(1-1+1))+1)*glow_size/25*aspect:curve(((frame-1)%(1-1+1))+1)*glow_size/25 i x1 1 x1.100000024 4 9 x1.299999952 16 x1.399999976 25 36 49 64 x1.799999952 81 x1.899999976 100 121} {aspect<1?curve(((frame-1)%(1-1+1))+1)*glow_size/25/aspect:curve(((frame-1)%(1-1+1))+1)*glow_size/25 i x1 1 x1.100000024 4 9 x1.299999952 16 x1.399999976 25 36 49 64 x1.799999952 81 x1.899999976 100 121}}\n crop false\n name glow_inverseSquare\n xpos 27\n ypos 106\n }\n Switch {\n inputs 4\n which {{algorithm_choice}}\n name Switch2\n xpos 27\n ypos 166\n }\n TimeBlur {\n divisions {{glow_divisions}}\n shutteroffset start\n shuttercustomoffset 0.5\n name TimeBlur1\n xpos 27\n ypos 202\n }\n Multiply {\n value {{glow_intensity**2/2}}\n name Multiply2\n xpos 27\n ypos 240\n }\n Gamma {\n value {{glow_gamma}}\n name Gamma1\n xpos 27\n ypos 276\n }\n Merge2 {\n inputs 2\n operation mask\n bbox A\n name Merge7\n xpos 27\n ypos 313\n }\n Merge2 {\n inputs 2\n operation mask\n bbox B\n name Merge4\n xpos 27\n ypos 348\n disable {{\"!\\[exists parent.input3]\"}}\n }\n Dot {\n name Dot5\n label \" \"\n note_font \"Arial Black\"\n note_font_size 16\n xpos 61\n ypos 405\n }\nset N169f5ae0 [stack 0]\npush $N169f5ae0\npush $N168a69e0\n Merge2 {\n inputs 2\n operation plus\n Achannels rgb\n name Merge1\n xpos 266\n ypos 519\n }\n Switch {\n inputs 3\n which {{\"view_luminance == 1?2:effect_only\"}}\n name Switch1\n xpos -260\n ypos 519\n }\n CopyBBox {\n inputs 2\n name CopyBBox1\n xpos -260\n ypos 595\n }\npush $N168aba40\n Shuffle2 {\n fromInput1 {{0} B}\n fromInput2 {{0} B}\n mappings \"4 black -1 -1 rgba.red 0 0 black -1 -1 rgba.green 0 1 black -1 -1 rgba.blue 0 2 black -1 -1 rgba.alpha 0 3\"\n name Shuffle1\n label \"\\[value in1]\"\n selected true\n xpos 585\n ypos 635\n disable {{!effect_only}}\n }\n Dissolve {\n inputs 2\n which {{parent.mix}}\n name Dissolve2\n xpos -260\n ypos 635\n }\n Output {\n name Output1\n xpos -260\n ypos 684\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_deHaze.gizmo", "content": "Group {\n name deHaze\n tile_color 0x55ffbfff\n selected true\n addUserKnob {20 Controls}\n addUserKnob {7 dehaze t \"Sets the overall intensity of the dehaze operation.\"}\n dehaze 1\n addUserKnob {7 topGamma l \"highlight protection\" t \"This helps to prevent funky effects in the brightest of areas (e.g. the sky).\" R 1 10}\n topGamma 3\n addUserKnob {7 offsetHaze l offset t \"Lets you set the point where the dehaze starts.\\nNeeds highlight protection greater than 1 to work.\" R -1 1}\n addUserKnob {26 sep00_1 l \" \"}\n addUserKnob {26 sep00 l \"colour correct\" T \"\"}\n addUserKnob {18 gainHaze l gain t \"Adjusts the gain of dehazed areas to tackle colour shifts.\"}\n gainHaze {1 1 1}\n addUserKnob {6 gainHaze_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {18 gammaHaze l gamma t \"Adjusts the gamma of dehazed areas to tackle colour shifts.\"}\n gammaHaze {1 1 1}\n addUserKnob {7 satHaze l saturation t \"Adjusts the saturation of dehazed areas to tackle colour shifts.\"}\n satHaze 1\n addUserKnob {26 sep02_1 l \" \"}\n addUserKnob {6 shuffleMap l \"shuffle haze to alpha\" t \"Shuffles the result of the affected hazy areas into the alpha channel.\\nNote: this is not the haze map that is generated to affect the haze in the image.\" +STARTLINE}\n addUserKnob {20 finetune l \"fine tune\"}\n addUserKnob {6 prevBil l \"preview haze matte\" t \"Lets you preview you the generated haze map. This is helpful to properly set it up for your shot, to fix holes and take care of edges.\" +STARTLINE}\n addUserKnob {41 useGPUIfAvailable l \"Use GPU if available\" -STARTLINE T C_Bilateral1.useGPUIfAvailable}\n addUserKnob {26 sep02 l \" \" T \"\"}\n addUserKnob {7 erodeMap l erode t \"Erodes darkened areas from your haze map. If you experience holes (e.g. in the sky), try to increase the value.\" R 0 30}\n erodeMap 10\n addUserKnob {26 sep03 l \" \" T \"\"}\n addUserKnob {3 sizeBil l \"bilateral size\" t \"Sets the general size of the bilateral operation.\"}\n sizeBil 20\n addUserKnob {41 positionalSigma l \"bilaterial positional Σ\" T C_Bilateral1.positionalSigma}\n addUserKnob {41 colourSigma l \"bilateral colour Σ\" T C_Bilateral1.colourSigma}\n addUserKnob {26 credit t \"lp_deHaze v1.0\\n(c)2020 lucas pfaff\\nbased on a tutorial by Mads Hagbarth Damsbo: https://vimeo.com/377653826\" +INVISIBLE T \"lp_deHaze v1.0\\n(c)2020 lucas pfaff\\nbased on a tutorial by Mads Hagbarth Damsbo: https://vimeo.com/377653826\"}\n}\n Input {\n inputs 0\n name img\n xpos 829\n ypos 99\n }\n Dot {\n name Dot3\n xpos 863\n ypos 215\n }\nset N6c6de000 [stack 0]\n Dot {\n name Dot1\n xpos 863\n ypos 572\n }\nset N6c84bc00 [stack 0]\npush 0\npush $N6c6de000\n Dot {\n name Dot2\n xpos 398\n ypos 215\n }\n Grade {\n white {{dehaze}}\n black_clamp false\n name Grade4\n label intensity\n xpos 364\n ypos 275\n }\n Invert {\n channels rgb\n name Invert1\n xpos 364\n ypos 360\n }\n Saturation {\n saturation 0\n mode Maximum\n name Saturation1\n xpos 364\n ypos 384\n }\n FilterErode {\n channels rgb\n size {{erodeMap*-1}}\n name FilterErode1\n xpos 364\n ypos 474\n }\n FilterErode {\n channels rgb\n size {{FilterErode1.size*-1}}\n filter {{FilterErode1.filter x26 1}}\n name FilterErode2\n xpos 364\n ypos 498\n }\n C_Bilateral2_1 {\n inputs 2+1\n size {{sizeBil}}\n positionalSigma 40\n colourSigma 0.1\n name C_Bilateral1\n xpos 364\n ypos 565\n }\n Dot {\n name Dot5\n xpos 398\n ypos 657\n }\nset N6c875800 [stack 0]\n Dot {\n name Dot4\n xpos 276\n ypos 657\n }\n Grade {\n add 1\n white_clamp true\n name Grade1\n label \"\\[value channels]\"\n xpos 242\n ypos 711\n }\n Dot {\n name Dot6\n xpos 276\n ypos 786\n }\npush $N6c875800\n Merge2 {\n inputs 2\n operation divide\n name Merge2\n xpos 364\n ypos 783\n }\n Dot {\n name Dot16\n xpos 398\n ypos 845\n }\nset N6c895c00 [stack 0]\n Dot {\n name Dot9\n xpos 198\n ypos 845\n }\n Keyer {\n operation \"luminance key\"\n range {1 1.06 2 2}\n name Keyer3\n xpos 164\n ypos 982\n }\n Dot {\n name Dot7\n xpos 198\n ypos 1096\n }\npush $N6c895c00\n Grade {\n add {{offsetHaze}}\n black_clamp false\n name Grade8\n label \"\\[value channels]\"\n xpos 364\n ypos 898\n }\n Dot {\n name Dot10\n xpos 398\n ypos 971\n }\nset N6c894400 [stack 0]\n Dot {\n name Dot11\n xpos 529\n ypos 971\n }\n Grade {\n gamma {{topGamma}}\n black_clamp false\n name Grade5\n label \"\\[value channels]\"\n xpos 495\n ypos 1025\n }\n Dot {\n name Dot12\n xpos 529\n ypos 1096\n }\npush $N6c894400\n Merge2 {\n inputs 2+1\n operation copy\n name Merge3\n xpos 364\n ypos 1093\n }\n Grade {\n add {{parent.Grade8.add*-1}}\n black_clamp false\n name Grade9\n label \"\\[value channels]\"\n xpos 364\n ypos 1184\n }\n Dot {\n name Dot13\n xpos 398\n ypos 1418\n }\npush $N6c84bc00\n Dot {\n name Dot18\n xpos 863\n ypos 1276\n }\nset Nd6af1000 [stack 0]\n Grade {\n add -1\n black_clamp false\n name Grade2\n label \"\\[value channels]\"\n xpos 829\n ypos 1352\n }\n Merge2 {\n inputs 2\n operation multiply\n output {rgba.red rgba.green rgba.blue -rgba.alpha}\n name Merge1\n xpos 829\n ypos 1415\n }\n Grade {\n add 1\n black_clamp false\n name Grade3\n label \"\\[value channels]\"\n xpos 829\n ypos 1470\n }\nset N6c8f1c00 [stack 0]\npush $Nd6af1000\n Dot {\n name Dot19\n xpos 1087\n ypos 1276\n }\n Merge2 {\n inputs 2\n operation difference\n name Merge4\n xpos 1053\n ypos 1474\n }\n Keyer {\n operation \"luminance key\"\n name Keyer1\n xpos 1053\n ypos 1546\n }\n Dot {\n name Dot17\n xpos 1087\n ypos 1661\n }\nset Nd6af1400 [stack 0]\n Dot {\n name Dot8\n xpos 1087\n ypos 1824\n }\npush $N6c875800\n Dot {\n name Dot15\n xpos 667\n ypos 657\n }\n Dot {\n name Dot14\n xpos 667\n ypos 1755\n }\npush $Nd6af1400\npush $N6c8f1c00\n ColorCorrect {\n inputs 1+1\n saturation {{satHaze}}\n gamma {{gammaHaze} {gammaHaze} {gammaHaze} {gammaHaze}}\n gain {{gainHaze} {gainHaze} {gainHaze} {gainHaze}}\n name ColorCorrect1\n xpos 829\n ypos 1658\n }\n Switch {\n inputs 2\n which {{prevBil}}\n name Switch1\n xpos 829\n ypos 1752\n }\n Copy {\n inputs 2\n from0 rgba.alpha\n to0 rgba.alpha\n name Copy1\n selected true\n xpos 829\n ypos 1817\n }\n Output {\n name Output1\n xpos 829\n ypos 1960\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_fxT_ChromaticAberration.gizmo", "content": "Group {\nname fxT_ChromaticAberration\nhelp \"Chromatic Aberration tool with a bunch of options for matching the plate's aberration.\\nHappy channel-shifting!\\n\\nDeveloped by - Tor Andreassen - fxtor.net\"\ntile_color 0xf9ff00ff\nnote_font Verdana\nselected true\naddUserKnob {20 fxT_chromaticAberrationTAB l fxT_chromaticAberration}\naddUserKnob {41 channels T Merge4.also_merge}\naddUserKnob {26 text_1 l \" \" T \" \"}\naddUserKnob {4 mode l \"aberration mode\" t \"Choose the chromatic aberration method.\\nScale with Transforms or with Godrays.\\n\\nGodrays will give you a smearing effect between the channels, which can look more realistic.\" M {\"godrays scale\" \"transforms scale\" \"\" \"\"}}\naddUserKnob {26 \"\"}\naddUserKnob {7 redScale l \"Red scale\" t \"Red channel scale size\" R -0.5 1.5}\nredScale 1.06\naddUserKnob {7 greenScale l \"Green scale\" t \"Green channel scale size\" R -0.5 1.5}\ngreenScale 1\naddUserKnob {7 blueScale l \"Blue scale\" t \"Blue channel scale size\" R -0.5 1.5}\nblueScale 0.955\naddUserKnob {26 \"\"}\naddUserKnob {14 redChBlur l \"Red Cannel Blur\" t \"Red channel blur size\" R 0 100}\naddUserKnob {14 greenChBlur l \"Green Cannel Blur\" t \"Green channel blur size\" R 0 100}\naddUserKnob {14 blueChBlur l \"Blue Channel Blur\" t \"Blue channel blur size\" R 0 100}\naddUserKnob {26 \"\"}\naddUserKnob {20 extraOffsetControlsGROUP l \"EXTRA GLOBAL OFFSET CONTROLS\" n 1}\nextraOffsetControlsGROUP 0\naddUserKnob {6 activateEGOC l \"activate extra global controls\" t \"Enable to activate the extra global offset controls.\\n\\nThis will give you more offset controls, but can cause some unwanted filtering.\\n\\nIf you want to use these controls, but it's causing too much filtering, try to restore some details with the 'restore luminance' checkbox.\\n\\nThese controls are intended for special cases to make it esier to match the plate's aberration. Pick your battles; more contol can cause some extra filtering.\" +STARTLINE}\naddUserKnob {7 offsetRotation l Rotation t \"Rotation offset control.\\n\\nThis is useful for shifting the direction of the offset.\" R -10 10}\naddUserKnob {7 offsetX l X-axis t \"X-axis offset control\" R -20 20}\naddUserKnob {7 offsetY l Y-axis t \"Y-axis offset control\" R -20 20}\naddUserKnob {7 offsetTop l Top t \"Offset control for the top of the frame.\\n\\nThis will offset the channels more on the top of the frame than the bottom.\" R -0.05 0.05}\naddUserKnob {7 offsetBottom l Bottom t \"Offset control for the bottom of the frame\\n\\nThis will offset the channels more on the bottom of the frame than the top\" R -0.05 0.05}\naddUserKnob {26 \"\"}\naddUserKnob {20 endGroup_1 l endGroup n -1}\naddUserKnob {20 centerMaskGROUP l \"CENTER MASK CONTROLS\" n 1}\ncenterMaskGROUP 0\naddUserKnob {6 centerMask l \"use center mask\" t \"Enable to remove aberration in the center of the frame.\\n\\nThis \\\"mimics\\\" the real world lense where less aberration is applied to the center of the frame.\\n\\nYou can addjust the opacity, softness and size of the 'centerMask' with the sliders below.\\nFor convience, turn on the 'displayMask' while addjusting the size.\" +STARTLINE}\ncenterMask true\naddUserKnob {6 displayMask l \"display mask\" t \"Enable to display the affect-area of the center mask\" +STARTLINE}\naddUserKnob {4 switchMaskColor l \"| display color\" t \"Choose what color to display when 'displayMask' in enabled\" -STARTLINE M {red green blue \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\"}}\nswitchMaskColor blue\naddUserKnob {14 displayMaskScale l scale t \"Addjust the scale of the centerMask. This lets you decide how much of the image is affected by the centerMask\" R 0 100}\ndisplayMaskScale {0.5 1}\naddUserKnob {16 centerMaskOpacity l opacity t \"Addjust the center mask opacity.\\n\\nThis allows for controlling the opacity of the aberration showing in the center of the frame when the 'centerMask' box is enabled\"}\ncenterMaskOpacity 1\naddUserKnob {41 centerMaskFalloff l falloff T maskFalloff.centerMaskFalloff}\naddUserKnob {26 \"\"}\naddUserKnob {20 endGroup_2 l endGroup n -1}\naddUserKnob {41 center T centerPoint.center}\naddUserKnob {22 unlockReset l reset/lock t \"By default the centerpoint is locked to the center of the input format.\\n\\nClick this button to unlock the values. This will also set the centerpoint to the center of the input format.\" -STARTLINE T \"def resetLock():\\n me = nuke.thisNode()\\n lockValue = me\\['center'].enabled()\\n x = 'width()/2'\\n y = 'height()/2'\\n x2 = nuke.thisNode().width()/2\\n y2 = nuke.thisNode().height()/2\\n\\n \\n\\n if lockValue == True:\\n me\\['center'].setEnabled(not lockValue)\\n me\\['center'].clearAnimated()\\n me\\['center'].setExpression(x,0)\\n me\\['center'].setExpression(y,1)\\n elif lockValue == False:\\n me\\['center'].clearAnimated()\\n me\\['center'].setValue(\\[x2,y2])\\n me\\['center'].setEnabled(not lockValue)\\n\\nresetLock()\"}\naddUserKnob {26 \"\"}\naddUserKnob {6 restoreLuminance l \"restore luminance |\" t \"Restore the original luminace.\\n\\nThis can help bring back sharpness if the channel offset operations has caused too much filtering.\" +STARTLINE}\naddUserKnob {7 luminancePercent l amount t \"Blend between comp luminance and input luminance to decide how much of the original luminance you want to restore.\\n\\n0 = comp luma (no restoration)\\n1 = input luma (full restoration)\\n\\nThis only takes effect if the checkbox is checked.\" -STARTLINE}\nluminancePercent 1\naddUserKnob {6 Rbypass l \"  Redbypass\" t \"Enable to bypass alteration to the red channel\" +STARTLINE}\naddUserKnob {6 Gbypass l \"  Greenbypass\" t \"Enable to bypass alteration to the green channel\" -STARTLINE}\naddUserKnob {6 Bbypass l \"  Bluebypass\" t \"Enable to bypass alteration to the blue channel\" -STARTLINE}\naddUserKnob {26 \"\"}\naddUserKnob {26 apChromaAlpha l apChroma T \" \"}\naddUserKnob {6 calculate_multi_alpha l \"calculate per-channel alpha\" t \"Also generates a channel layer called apChroma wich includes the transformed alphas for each of the rgba channels. This is necessary if you want to merge the result of this node onto a background. You'll need apChromaMerge or a similar gizmo in order to perform the special merge.\" -STARTLINE}\ncalculate_multi_alpha true\naddUserKnob {6 process_alpha l \"process single alpha from\" t \"If activated, the multi-channel alpha will get combined into a regular alpha that you can use for normal operations after this node.\" +STARTLINE}\nprocess_alpha true\naddUserKnob {41 mode_1 l \"\" -STARTLINE T Saturation1.mode}\naddUserKnob {6 preserveBBox +STARTLINE}\naddUserKnob {41 numpixels l \" add px\" -STARTLINE T AdjBBox1.numpixels}\naddUserKnob {26 \"\"}\naddUserKnob {26 \"\" l mask T \"\"}\naddUserKnob {41 maskChannelMask l \"\" -STARTLINE T Merge11.maskChannelMask}\naddUserKnob {41 inject -STARTLINE T Merge11.inject}\naddUserKnob {41 invert_mask l invert -STARTLINE T Merge11.invert_mask}\naddUserKnob {41 fringe -STARTLINE T Merge11.fringe}\naddUserKnob {41 mix T Merge11.mix}\naddUserKnob {26 text l \" \" T \" \"}\naddUserKnob {26 copyright l \"\" +STARTLINE T \"// fxT_chromaticAberration v3.1 © Tor Andreassen\"}\n}\nBackdropNode {\ninputs 0\nname backdrop02\ntile_color 0x3f4e69ff\ngl_color 0x5f7a8701\nlabel \"RGB channel seperation\"\nnote_font \"Arial Black\"\nnote_font_size 20\nnote_font_color 0xffffffff\nxpos -838\nypos -1176\nbookmark false\nbdwidth 2869\nbdheight 107\n}\nBackdropNode {\ninputs 0\nname backdrop03\ntile_color 0x3f4e69ff\ngl_color 0x5f7a8701\nlabel \"RGB channel offsets\"\nnote_font \"Arial Black\"\nnote_font_size 20\nnote_font_color 0xffffffff\nxpos -839\nypos -1037\nbookmark false\nbdwidth 2869\nbdheight 406\n}\nBackdropNode {\ninputs 0\nname backdrop04\ntile_color 0x3f4e69ff\ngl_color 0x5f7a8701\nlabel \"induvidual channel blur\"\nnote_font \"Arial Black\"\nnote_font_size 20\nnote_font_color 0xffffffff\nxpos -840\nypos -595\nbookmark false\nbdwidth 2873\nbdheight 127\n}\nBackdropNode {\ninputs 0\nname backdrop05\ntile_color 0x3a3a3aff\ngl_color 0x44444401\nlabel \"mask input\"\nnote_font \"Arial Black\"\nnote_font_size 20\nnote_font_color 0xffffffff\nxpos 2090\nypos -1556\nbookmark false\nbdwidth 662\nbdheight 3664\n}\nBackdropNode {\ninputs 0\nname backdrop08\ntile_color 0x3f4e69ff\ngl_color 0x44444401\nlabel \"mix between added chromatic aberration and original input\"\nnote_font \"Arial Black\"\nnote_font_size 20\nnote_font_color 0xffffffff\nxpos -843\nypos 701\nbookmark false\nbdwidth 2879\nbdheight 130\n}\nBackdropNode {\ninputs 0\nname backdrop1\ntile_color 0x3f4e69ff\ngl_color 0x5f7a8701\nlabel \"center mask (less aberration in the center of the image)\"\nnote_font \"Arial Black\"\nnote_font_size 20\nnote_font_color 0xffffffff\nxpos -838\nypos -271\nbookmark false\nbdwidth 2872\nbdheight 490\n}\nBackdropNode {\ninputs 0\nname backdrop2\ntile_color 0x3f4e69ff\ngl_color 0x5f7a8701\nlabel \"build RGB\"\nnote_font \"Arial Black\"\nnote_font_size 20\nnote_font_color 0xffffffff\nxpos -842\nypos 280\nbookmark false\nbdwidth 2877\nbdheight 151\n}\nBackdropNode {\ninputs 0\nname backdrop3\ntile_color 0x3f4e69ff\ngl_color 0x44444401\nlabel \"display CenterMask\"\nnote_font \"Arial Black\"\nnote_font_size 20\nnote_font_color 0xffffffff\nxpos -848\nypos 1518\nbookmark false\nbdwidth 2881\nbdheight 431\n}\nBackdropNode {\ninputs 0\nname backdrop4\ntile_color 0x3f4e69ff\ngl_color 0x44444401\nlabel \"restore luminence\"\nnote_font \"Arial Black\"\nnote_font_size 20\nnote_font_color 0xffffffff\nxpos -844\nypos 873\nbookmark false\nbdwidth 2884\nbdheight 447\n}\nBackdropNode {\ninputs 0\nname backdrop5\ntile_color 0x3f4e69ff\ngl_color 0x44444401\nlabel \"keep input bbox\"\nnote_font \"Arial Black\"\nnote_font_size 20\nnote_font_color 0xffffffff\nxpos -848\nypos 2144\nbookmark false\nbdwidth 2883\nbdheight 111\n}\nBackdropNode {\ninputs 0\nname backdrop6\ntile_color 0x3f4e69ff\ngl_color 0x44444401\nlabel \"keep input alpha channel\"\nnote_font \"Arial Black\"\nnote_font_size 20\nnote_font_color 0xffffffff\nxpos -852\nypos 458\nbookmark false\nbdwidth 2878\nbdheight 202\n}\nBackdropNode {\ninputs 0\nname backdrop7\ntile_color 0x3f4e69ff\ngl_color 0x5f7a8701\nlabel \"bypass channels\"\nnote_font \"Arial Black\"\nnote_font_size 20\nnote_font_color 0xffffffff\nxpos -840\nypos -430\nbookmark false\nbdwidth 2873\nbdheight 122\n}\nBackdropNode {\ninputs 0\nname backdrop8\ntile_color 0x3f4e69ff\ngl_color 0x44444401\nlabel mask\nnote_font \"Arial Black\"\nnote_font_size 20\nnote_font_color 0xffffffff\nxpos -854\nypos 1995\nbookmark false\nbdwidth 2881\nbdheight 132\n}\nNoOp {\ninputs 0\nname values\nxpos 432\nypos -720\nhide_input true\naddUserKnob {20 values}\naddUserKnob {16 base}\nbase 0.1\naddUserKnob {16 red}\nred {{-1*blue}}\naddUserKnob {16 green}\ngreen {{base}}\naddUserKnob {16 blue}\nblue {{base+(green*2)}}\n}\nStickyNote {\ninputs 0\nname StickyNote2\ntile_color 0x545454ff\ngl_color 0x545454ff\nlabel \"checking if the mask input has an existing alpha channel.\\nif alpha channel exists, mask will use the input alpha,\\nif no alpha exists, a solid alpha will be used (same as not masking)\"\nxpos 2402\nypos -1220\n}\nInput {\ninputs 0\nname mask\nlabel \"\\[value number]\"\nxpos 2578\nypos -1410\nnumber 1\n}\nDot {\nname Dot24\nxpos 2603\nypos -1346\n}\nset N648119f0 [stack 0]\nNoOp {\nname autoAlphaCheck2\nxpos 2456\nypos -1340\naddUserKnob {20 autoAlphaCheck}\naddUserKnob {6 a +STARTLINE}\na {{\"clamp(\\[lsearch \\[channels this] rgba.alpha]+1, 0, 1)\\n\"}}\n}\nStickyNote {\ninputs 0\nname StickyNote3\ntile_color 0x545454ff\ngl_color 0x545454ff\nlabel \"info: \\n\\nThe nodes activated by default (only scale) controls the channelOffset.\\nThis is the basic setup, the other transforms stacked under the scale-nodes are by default disabled to avoid filtering issus when extra offset controls is not needed.\\n\\nIf the 'activate global controls' checkbox is activated, all the transforms will be active.\\nThis will give you access to all the extra offset controls, but can also cause some extra unwanted filtering. \\n\\nIf filtering becomes an issue, but you still want to use the extra controls, try using the restore luminance option to restore detail.\\n\\nPick you battle: more contol == some loss in detail\"\nxpos -825\nypos -974\n}\nStickyNote {\ninputs 0\nname StickyNote1\ntile_color 0x545454ff\ngl_color 0x545454ff\nlabel \"info: \\n\\ncopy node is there to recreate the input alpha.\\nif an alpha does not extist, a solid alpha will be copied in.\\nthis is to not get errors when using the node on inputs with no alpha channel.\\n\\nTo restore the original blank alpha channel,\\nthe remove node grabs the input alpha value and removes\\nor keeps the alpha channel based on if an input alpha exists\"\nxpos 1184\nypos 498\n}\nInput {\ninputs 0\nname rgba\nlabel \"\\[value number]\"\nxpos 778\nypos -1500\n}\nset N64b61ac0 [stack 0]\nDot {\nname Dot2\nxpos -998\nypos -1499\n}\nDot {\nname Dot23\nxpos -998\nypos -195\n}\nset Nabdd0a80 [stack 0]\nDot {\nname Dot13\nxpos -998\nypos 60\n}\nDot {\nname Dot36\nnote_font_size 41\nxpos -998\nypos 582\n}\nDot {\nname Dot21\nxpos -998\nypos 758\n}\nDot {\nname Dot34\nxpos -998\nypos 1099\n}\nset Nb0e0110 [stack 0]\nDot {\nname Dot7\nxpos -998\nypos 1405\n}\nDot {\nname Dot22\nxpos -998\nypos 1586\n}\nset N1416d9e0 [stack 0]\nDot {\nname Dot35\nnote_font_size 41\nxpos -998\nypos 2058\n}\nDot {\nname Dot18\ntile_color 0x272727ff\nxpos -998\nypos 2211\n}\nAdjBBox {\nnumpixels 0\nname AdjBBox1\nxpos 1477\nypos 2207\n}\npush $Nabdd0a80\nRemove {\nname Remove1\nxpos -491\nypos -193\n}\nRadial {\narea {0 0 {input.width()} {input.height()}}\nname Radial2\nxpos -491\nypos -163\n}\nExpression {\nexpr0 r\nexpr1 g\nexpr2 b\nexpr3 a YCbCr\"\nxpos 1104\nypos 1098\n}\npush $N23a7ece0\nDot {\nname Dot1\nnote_font_size 41\nxpos -34\nypos 3\n}\nset Nf8545180 [stack 0]\npush $N64b61ac0\nDot {\nname Dot25\nxpos 806\nypos -1393\n}\nset Nf8549fd0 [stack 0]\nadd_layer {apChroma apChroma.red apChroma.green apChroma.blue apChroma.alpha}\nShuffle2 {\nfromInput1 {{0} B}\nfromInput2 {{0} B}\nout2 apChroma\nmappings \"8 rgba.red 0 0 rgba.red 0 0 rgba.green 0 1 rgba.green 0 1 rgba.blue 0 2 rgba.blue 0 2 rgba.alpha 0 3 rgba.alpha 0 3 rgba.alpha 0 3 apChroma.red 1 0 rgba.alpha 0 3 apChroma.green 1 1 rgba.alpha 0 3 apChroma.blue 1 2 rgba.alpha 0 3 apChroma.alpha 1 3\"\nname Shuffle4\nlabel \"\\[value in1] \\[ expr \\{ \\[value out2] == \\\"none\\\" ? \\\" \\\" : \\[concat -> \\[value out2]] \\}]\"\nnote_font_size 22\nnote_font_color 0xffffffff\nxpos 772\nypos -1353\n}\nDot {\nname Dot5\nxpos 806\nypos -1272\n}\nset Nabf63b40 [stack 0]\nDot {\nname Dot9\nxpos 97\nypos -1272\n}\nShuffle {\ngreen red\nblue red\nname redShuffle\ntile_color 0xff0000ff\nxpos 72\nypos -1108\n}\nset N64eaa360 [stack 0]\nDot {\nname Dot27\nxpos -92\nypos -1114\n}\nDot {\nname Dot28\nxpos -92\nypos -356\n}\nset Nabbd19a0 [stack 0]\npush $Nabf63b40\nDot {\nname Dot6\nxpos 1668\nypos -1272\n}\nset Nabcdd1a0 [stack 0]\nShuffle {\nalpha white\nname Shuffle3\ntile_color 0xffffffff\nlabel solidAlpha\nxpos 2457\nypos -1273\n}\npush $N648119f0\nSwitch {\ninputs 2\nwhich {{!parent.autoAlphaCheck2.a}}\nname Switch1\ntile_color 0x666666ff\nlabel AutoMaskCheck\nxpos 2578\nypos -1273\n}\nDot {\nname Dot40\nnote_font_size 41\nxpos 2612\nypos -169\n}\nset Nabdae2a0 [stack 0]\nDot {\nname Dot41\nnote_font_size 41\nxpos 1785\nypos -169\n}\nset Nabdb3360 [stack 0]\nDot {\nname Dot42\nnote_font_size 41\nxpos 880\nypos -169\n}\nset Nabf26700 [stack 0]\npush $Nabbd19a0\npush $N64eaa360\nTransformMasked {\nscale {{parent.redScale}}\ncenter {{parent.centerPoint.center.x} {parent.centerPoint.center.y}}\nname redTransform1\ntile_color 0xff0000ff\nlabel \"scale\\n\\[value filter]\"\nxpos -27\nypos -961\n}\nTransformMasked {\nchannels rgb\nskewX {{parent.offsetTop*(values.red)}}\ncenter {{parent.centerPoint.input.width()/2} 0}\nname redTransform23\ntile_color 0xff0000ff\nlabel \"top offset: skewX\\n\\[value filter]\"\nxpos -27\nypos -886\ndisable {{!parent.activateEGOC}}\n}\nTransformMasked {\nchannels rgb\nskewX {{parent.offsetBottom*(values.red)}}\ncenter {{parent.centerPoint.input.width()/2} {parent.centerPoint.input.height()}}\nname redTransform24\ntile_color 0xff0000ff\nlabel \"bottom offset: skewY\\n\\[value filter]\"\nxpos -27\nypos -844\ndisable {{!parent.activateEGOC}}\n}\nTransformMasked {\nchannels rgb\nrotate {{parent.offsetRotation*(values.red/10)}}\ncenter {{parent.centerPoint.center.x} {parent.centerPoint.center.y}}\nname redTransform25\ntile_color 0xff0000ff\nlabel \"rotate\\n\\[value filter]\"\nxpos -27\nypos -802\ndisable {{!parent.activateEGOC}}\n}\nTransformMasked {\nchannels rgb\ntranslate {{parent.offsetX*values.red} {parent.offsetY*values.red}}\ncenter {{parent.centerPoint.center.x} {parent.centerPoint.center.y}}\nname redTransform26\ntile_color 0xff0000ff\nlabel \"x,y\\n\\[value filter]\"\nxpos -27\nypos -760\ndisable {{!parent.activateEGOC}}\n}\npush $N64eaa360\nGodRays {\nscale {{parent.redScale}}\ncenter {{parent.centerPoint.center.x} {parent.centerPoint.center.y}}\ninvert_mask true\nname GodRays1\ntile_color 0xff0000ff\nlabel scale\nxpos 72\nypos -956\n}\nTransformMasked {\nchannels rgb\nskewX {{parent.offsetTop*(values.red)}}\ncenter {{parent.centerPoint.input.width()/2} 0}\nname redTransform13\ntile_color 0xff0000ff\nlabel \"top offset: skewX\\n\\[value filter]\"\nxpos 72\nypos -888\ndisable {{!parent.activateEGOC}}\n}\nTransformMasked {\nchannels rgb\nskewX {{parent.offsetBottom*(values.red)}}\ncenter {{parent.centerPoint.input.width()/2} {parent.centerPoint.input.height()}}\nname redTransform14\ntile_color 0xff0000ff\nlabel \"bottom offset: skewY\\n\\[value filter]\"\nxpos 72\nypos -846\ndisable {{!parent.activateEGOC}}\n}\nTransformMasked {\nchannels rgb\nrotate {{parent.offsetRotation*(values.red/10)}}\ncenter {{parent.centerPoint.center.x} {parent.centerPoint.center.y}}\nname redTransform15\ntile_color 0xff0000ff\nlabel \"rotate\\n\\[value filter]\"\nxpos 72\nypos -804\ndisable {{!parent.activateEGOC}}\n}\nTransformMasked {\nchannels rgb\ntranslate {{parent.offsetX*values.red} {parent.offsetY*values.red}}\ncenter {{parent.centerPoint.center.x} {parent.centerPoint.center.y}}\nname redTransform21\ntile_color 0xff0000ff\nlabel \"x,y\\n\\[value filter]\"\nxpos 74\nypos -762\ndisable {{!parent.activateEGOC}}\n}\nSwitch {\ninputs 2\nwhich {{parent.mode}}\nname modeSwitch1\ntile_color 0x666666ff\nxpos 74\nypos -680\n}\nBlur {\nsize {{parent.redChBlur}}\nname BlurRedCh\ntile_color 0xff0000ff\nxpos 74\nypos -513\n}\nSwitch {\ninputs 2\nwhich {{parent.Rbypass}}\nname bypassRedSwitch\ntile_color 0x666666ff\nxpos 74\nypos -350\n}\npush $Nabbd19a0\nMerge2 {\ninputs 2+1\noperation copy\nalso_merge all\nmaskChannelMask {{{parent.Merge11.maskChannelMask}}}\ninject {{parent.Merge11.inject}}\ninvert_mask {{parent.Merge11.invert_mask}}\nfringe {{parent.Merge11.fringe}}\nmix {{parent.Merge11.mix}}\nname Merge14\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nxpos 74\nypos -173\naddUserKnob {20 TRX}\naddUserKnob {22 swap l \"swap to Merge All Node\" -STARTLINE T \"from csnuke_tools.trixter.snippets import convertMergeToAll as convertMergeToAll;convertMergeToAll.convToAll()\"}\n}\nMerge2 {\ninputs 2+1\noperation copy\nalso_merge all\nname Merge15\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nxpos 74\nypos 105\ndisable {{!parent.centerMask}}\naddUserKnob {20 TRX}\naddUserKnob {22 swap l \"swap to Merge All Node\" -STARTLINE T \"from csnuke_tools.trixter.snippets import convertMergeToAll as convertMergeToAll;convertMergeToAll.convToAll()\"}\n}\nMultiply {\nvalue {1 0 0 1}\nname Multiply3\nlabel \"\\[value value]\"\nxpos 74\nypos 374\n}\nDot {\nname Dot39\nnote_font_size 41\nxpos 1461\nypos 390\n}\npush $Nf8545180\nDot {\nname Dot3\nnote_font_size 41\nxpos 593\nypos 3\n}\nset N652c62f0 [stack 0]\npush $Nabf63b40\nShuffle {\nred green\nblue green\nname greenShuffle\ntile_color 0xff00ff\nxpos 781\nypos -1114\n}\nset N64aeb5e0 [stack 0]\nDot {\nname Dot31\nxpos 601\nypos -1116\n}\nDot {\nname Dot29\nxpos 604\nypos -364\n}\nset Nabf8a260 [stack 0]\npush $Nabf26700\npush $Nabf8a260\npush $N64aeb5e0\nTransformMasked {\nscale {{parent.greenScale}}\ncenter {{parent.centerPoint.center.x} {parent.centerPoint.center.y}}\nname greenTransform1\ntile_color 0xff00ff\nlabel \"scale\\n\\[value filter]\"\nxpos 669\nypos -970\n}\nTransformMasked {\nchannels rgb\nskewX {{parent.offsetTop*(values.green)}}\ncenter {{parent.centerPoint.input.width()/2} 0}\nname redTransform3\ntile_color 0xff00ff\nlabel \"top offset: skewX\\n\\[value filter]\"\nxpos 669\nypos -899\ndisable {{!parent.activateEGOC}}\n}\nTransformMasked {\nchannels rgb\nskewX {{parent.offsetBottom*(values.green)}}\ncenter {{parent.centerPoint.input.width()/2} {parent.centerPoint.input.height()}}\nname redTransform4\ntile_color 0xff00ff\nlabel \"bottom offset: skewY\\n\\[value filter]\"\nxpos 669\nypos -857\ndisable {{!parent.activateEGOC}}\n}\nTransformMasked {\nchannels rgb\nrotate {{parent.offsetRotation*(values.green/10)}}\ncenter {{parent.centerPoint.center.x} {parent.centerPoint.center.y}}\nname greenTransform7\ntile_color 0xff00ff\nlabel \"rotate\\n\\[value filter]\"\nxpos 669\nypos -815\ndisable {{!parent.activateEGOC}}\n}\nTransformMasked {\nchannels rgb\ntranslate {{parent.offsetX*values.green} {parent.offsetY*values.green}}\ncenter {{parent.centerPoint.center.x} {parent.centerPoint.center.y}}\nname greenTransform8\ntile_color 0xff00ff\nlabel \"x, y\\n\\[value filter]\"\nxpos 669\nypos -773\ndisable {{!parent.activateEGOC}}\n}\npush $N64aeb5e0\nGodRays {\nscale {{parent.greenScale}}\ncenter {{parent.centerPoint.center.x} {parent.centerPoint.center.y}}\ninvert_mask true\nname GodRays2\ntile_color 0xff00ff\nlabel scale\nxpos 781\nypos -970\n}\nTransformMasked {\nchannels rgb\nskewX {{parent.offsetTop*(values.green)}}\ncenter {{parent.centerPoint.input.width()/2} 0}\nname redTransform10\ntile_color 0xff00ff\nlabel \"top offset: skewX\\n\\[value filter]\"\nxpos 781\nypos -902\ndisable {{!parent.activateEGOC}}\n}\nTransformMasked {\nchannels rgb\nskewX {{parent.offsetBottom*(values.green)}}\ncenter {{parent.centerPoint.input.width()/2} {parent.centerPoint.input.height()}}\nname redTransform16\ntile_color 0xff00ff\nlabel \"bottom offset: skewY\\n\\[value filter]\"\nxpos 781\nypos -860\ndisable {{!parent.activateEGOC}}\n}\nTransformMasked {\nchannels rgb\nrotate {{parent.offsetRotation*(values.green/10)}}\ncenter {{parent.centerPoint.center.x} {parent.centerPoint.center.y}}\nname greenTransform9\ntile_color 0xff00ff\nlabel \"rotate\\n\\[value filter]\"\nxpos 781\nypos -818\ndisable {{!parent.activateEGOC}}\n}\nTransformMasked {\nchannels rgb\ntranslate {{parent.offsetX*values.green} {parent.offsetY*values.green}}\ncenter {{parent.centerPoint.center.x} {parent.centerPoint.center.y}}\nname greenTransform10\ntile_color 0xff00ff\nlabel \"x, y\\n\\[value filter]\"\nxpos 781\nypos -776\ndisable {{!parent.activateEGOC}}\n}\nSwitch {\ninputs 2\nwhich {{parent.mode}}\nname modeSwitch3\ntile_color 0x666666ff\nxpos 782\nypos -686\n}\nBlur {\nsize {{parent.greenChBlur}}\nname BlurGeenCh\ntile_color 0xff00ff\nxpos 782\nypos -518\n}\nSwitch {\ninputs 2\nwhich {{parent.Gbypass}}\nname bypassGreenSwitch\ntile_color 0x666666ff\nxpos 785\nypos -361\n}\npush $Nabf8a260\nMerge2 {\ninputs 2+1\noperation copy\nalso_merge all\nmaskChannelMask {{{parent.Merge11.maskChannelMask}}}\ninject {{parent.Merge11.inject}}\ninvert_mask {{parent.Merge11.invert_mask}}\nfringe {{parent.Merge11.fringe}}\nmix {{parent.Merge11.mix}}\nname Merge12\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nxpos 785\nypos -108\naddUserKnob {20 TRX}\naddUserKnob {22 swap l \"swap to Merge All Node\" -STARTLINE T \"from csnuke_tools.trixter.snippets import convertMergeToAll as convertMergeToAll;convertMergeToAll.convToAll()\"}\n}\nMerge2 {\ninputs 2+1\noperation copy\nalso_merge all\nname Merge13\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nxpos 785\nypos 122\ndisable {{!parent.centerMask}}\naddUserKnob {20 TRX}\naddUserKnob {22 swap l \"swap to Merge All Node\" -STARTLINE T \"from csnuke_tools.trixter.snippets import convertMergeToAll as convertMergeToAll;convertMergeToAll.convToAll()\"}\n}\nMultiply {\nvalue {0 1 0 1}\nname Multiply5\nlabel \"\\[value value]\"\nxpos 785\nypos 314\n}\npush $N652c62f0\nDot {\nname Dot12\nnote_font_size 41\nxpos 1469\nypos 3\n}\npush $Nabcdd1a0\nShuffle {\nred blue\ngreen blue\nname blueShuffle\ntile_color 0xffff\nxpos 1640\nypos -1126\n}\nset N57ef75b0 [stack 0]\nDot {\nname Dot33\nxpos 1467\nypos -1116\n}\nDot {\nname Dot32\nxpos 1467\nypos -373\n}\nset N7c842930 [stack 0]\npush $Nabdb3360\npush $N7c842930\npush $N57ef75b0\nTransformMasked {\nscale {{parent.blueScale}}\ncenter {{parent.centerPoint.center.x} {parent.centerPoint.center.y}}\nname blueTransform1\ntile_color 0xffff\nlabel \"scale\\n\\[value filter]\"\nxpos 1532\nypos -970\n}\nTransformMasked {\nchannels rgb\nskewX {{parent.offsetTop*(values.blue)}}\ncenter {{parent.centerPoint.input.width()/2} 0}\nname redTransform6\ntile_color 0xffff\nlabel \"top offset: skewX\\n\\[value filter]\"\nxpos 1532\nypos -874\ndisable {{!parent.activateEGOC}}\n}\nTransformMasked {\nchannels rgb\nskewX {{parent.offsetBottom*(values.blue)}}\ncenter {{parent.centerPoint.input.width()/2} {parent.centerPoint.input.height()}}\nname redTransform7\ntile_color 0xffff\nlabel \"bottom offset: skewY\\n\\[value filter]\"\nxpos 1532\nypos -832\ndisable {{!parent.activateEGOC}}\n}\nTransformMasked {\nchannels rgb\nrotate {{parent.offsetRotation*(values.blue/10)}}\ncenter {{parent.centerPoint.center.x} {parent.centerPoint.center.y}}\nname blueTransform7\ntile_color 0xffff\nlabel \"rotate\\n\\[value filter]\"\nxpos 1532\nypos -790\ndisable {{!parent.activateEGOC}}\n}\nTransformMasked {\nchannels rgb\ntranslate {{parent.offsetX*values.blue} {parent.offsetY*values.blue}}\ncenter {{parent.centerPoint.center.x} {parent.centerPoint.center.y}}\nname blueTransform8\ntile_color 0xffff\nlabel \"x,y\\n\\[value filter]\"\nxpos 1532\nypos -748\ndisable {{!parent.activateEGOC}}\n}\npush $N57ef75b0\nGodRays {\nscale {{parent.blueScale}}\ncenter {{parent.centerPoint.center.x} {parent.centerPoint.center.y}}\ninvert_mask true\nname GodRays3\ntile_color 0xffff\nlabel scale\nxpos 1640\nypos -970\n}\nTransformMasked {\nchannels rgb\nskewX {{parent.offsetTop*(values.blue)}}\ncenter {{parent.centerPoint.input.width()/2} 0}\nname redTransform8\ntile_color 0xffff\nlabel \"top offset: skewX\\n\\[value filter]\"\nxpos 1640\nypos -876\ndisable {{!parent.activateEGOC}}\n}\nTransformMasked {\nchannels rgb\nskewX {{parent.offsetBottom*(values.blue)}}\ncenter {{parent.centerPoint.input.width()/2} {parent.centerPoint.input.height()}}\nname redTransform9\ntile_color 0xffff\nlabel \"bottom offset: skewY\\n\\[value filter]\"\nxpos 1640\nypos -834\ndisable {{!parent.activateEGOC}}\n}\nTransformMasked {\nchannels rgb\nrotate {{parent.offsetRotation*(values.blue/10)}}\ncenter {{parent.centerPoint.center.x} {parent.centerPoint.center.y}}\nname blueTransform9\ntile_color 0xffff\nlabel \"rotate\\n\\[value filter]\"\nxpos 1640\nypos -792\ndisable {{!parent.activateEGOC}}\n}\nTransformMasked {\nchannels rgb\ntranslate {{parent.offsetX*values.blue} {parent.offsetY*values.blue}}\ncenter {{parent.centerPoint.center.x} {parent.centerPoint.center.y}}\nname blueTransform10\ntile_color 0xffff\nlabel \"x,y\\n\\[value filter]\"\nxpos 1640\nypos -750\ndisable {{!parent.activateEGOC}}\n}\nSwitch {\ninputs 2\nwhich {{parent.mode}}\nname modeSwitch5\ntile_color 0x666666ff\nxpos 1641\nypos -675\n}\nBlur {\nsize {{parent.blueChBlur}}\nname BlurBlueCh\ntile_color 0xffff\nxpos 1641\nypos -537\n}\nSwitch {\ninputs 2\nwhich {{parent.Bbypass}}\nname bypassBlueSwitch\ntile_color 0x666666ff\nxpos 1641\nypos -367\n}\npush $N7c842930\nMerge2 {\ninputs 2+1\noperation copy\nalso_merge all\nname Merge11\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nxpos 1641\nypos -95\naddUserKnob {20 TRX}\naddUserKnob {22 swap l \"swap to Merge All Node\" -STARTLINE T \"from csnuke_tools.trixter.snippets import convertMergeToAll as convertMergeToAll;convertMergeToAll.convToAll()\"}\n}\nMerge2 {\ninputs 2+1\noperation copy\nalso_merge rgba\nname Merge4\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nxpos 1641\nypos 145\ndisable {{!parent.centerMask}}\naddUserKnob {20 TRX}\naddUserKnob {22 swap l \"swap to Merge All Node\" -STARTLINE T \"from csnuke_tools.trixter.snippets import convertMergeToAll as convertMergeToAll;convertMergeToAll.convToAll()\"}\n}\nMultiply {\nvalue {0 0 1 1}\nname Multiply6\nlabel \"\\[value value]\"\nxpos 1641\nypos 227\n}\nMerge2 {\ninputs 2\noperation plus\nalso_merge all\nname Merge1\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nxpos 1641\nypos 326\naddUserKnob {20 TRX}\naddUserKnob {22 swap l \"swap to Merge All Node\" -STARTLINE T \"from csnuke_tools.trixter.snippets import convertMergeToAll as convertMergeToAll;convertMergeToAll.convToAll()\"}\n}\nMerge2 {\ninputs 2\noperation plus\nalso_merge all\nname Merge3\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nxpos 1641\nypos 386\naddUserKnob {20 TRX}\naddUserKnob {22 swap l \"swap to Merge All Node\" -STARTLINE T \"from csnuke_tools.trixter.snippets import convertMergeToAll as convertMergeToAll;convertMergeToAll.convToAll()\"}\n}\nset N6d1ac9d0 [stack 0]\nShuffle {\nin apChroma\nname Shuffle6\nautolabel \"nuke.thisNode()\\['name'].value() + '\\\\n' + nuke.thisNode()\\['in'].value() + (' -> ' + nuke.thisNode()\\['out2'].value() if nuke.thisNode()\\['out2'].value() != 'none' else '') + ('\\\\n' + nuke.thisNode()\\['label'].value() if nuke.thisNode()\\['label'].value() != '' else '')\"\nnote_font_size 22\nnote_font_color 0xffffffff\nxpos 2156\nypos 198\n}\nSaturation {\nsaturation 0\nname Saturation1\nxpos 2156\nypos 272\n}\nShuffle {\ngreen red\nblue red\nalpha red\nname Shuffle8\nautolabel ''\ntile_color 0x93000000\nnote_font_size 22\nnote_font_color 0xffffffff\nxpos 2156\nypos 298\n}\npush $N64b61ac0\nAddChannels {\nchannels rgba\nname AddChannels1\nxpos 2144\nypos -1506\n}\nDot {\nname Dot11\nxpos 2338\nypos -1502\n}\nCopy {\ninputs 2\nfrom0 rgba.alpha\nto0 rgba.alpha\nname Copy1\nxpos 2304\nypos 297\ndisable {{!parent.process_alpha}}\n}\nDot {\nname Dot26\nxpos 2338\nypos 362\n}\nset Nc75990c0 [stack 0]\nShuffle {\nalpha white\nname Shuffle5\ntile_color 0xffffffff\nlabel solidAlpha\nxpos 2164\nypos 436\n}\npush $Nc75990c0\nDot {\nname Dot8\nxpos 2338\nypos 517\n}\nSwitch {\ninputs 2\nwhich {{!autoAlphaCheck1.a}}\nname Switch3\ntile_color 0x666666ff\nlabel AutoMaskCheck\nxpos 2164\nypos 519\n}\npush $N6d1ac9d0\nCopy {\ninputs 2\nfrom0 rgba.alpha\nto0 rgba.alpha\nname Copy3\nxpos 1641\nypos 519\n}\nRemove {\nchannels alpha\nname Remove2\nxpos 1641\nypos 577\ndisable {{parent.autoAlphaCheck1.a}}\n}\nRemove {\nchannels apChroma\nname Remove3\nxpos 1641\nypos 763\ndisable {{parent.calculate_multi_alpha}}\n}\nDot {\nname Dot30\nxpos 1674\nypos 1057\n}\nset Nc729daa0 [stack 0]\nColorspace {\ncolorspace_out YCbCr\nname Colorspace5\nlabel \"Lin --> YCbCr\"\nxpos 1459\nypos 1047\n}\nset Nc7193100 [stack 0]\nDissolve {\ninputs 2\nchannels rgb\nwhich {{parent.luminancePercent}}\nname Dissolve2\nxpos 1285\nypos 1100\n}\npush $Nc7193100\nCopy {\ninputs 2\nfrom0 rgba.red\nto0 rgba.red\nname Copy11\nxpos 1459\nypos 1096\n}\nColorspace {\ncolorspace_in YCbCr\nname Colorspace6\nlabel \"YCbCr --> Lin\"\nxpos 1459\nypos 1149\n}\npush $Nc729daa0\nSwitch {\ninputs 2\nwhich {{parent.restoreLuminance}}\nname restore_luminance\ntile_color 0x666666ff\nxpos 1640\nypos 1155\n}\nMerge2 {\ninputs 2\nname Merge2\nxpos 1641\nypos 1898\ndisable {{!(parent.displayMask)}}\n}\nCopyBBox {\ninputs 2\nname CopyBBox1\nxpos 1641\nypos 2207\ndisable {{!parent.preserveBBox}}\n}\nOutput {\nname Output1\nxpos 1641\nypos 2547\n}\npush $Nabdae2a0\nDot {\nname Dot43\nnote_font_size 41\nxpos 2612\nypos 1567\n}\nDot {\nname Dot4\ntile_color 0x272727ff\nlabel mask\nnote_font \"Arial Black\"\nnote_font_size 25\nxpos 2612\nypos 2058\n}\npush $Nf8549fd0\nNoOp {\nname autoAlphaCheck1\nxpos 894\nypos -1397\naddUserKnob {20 autoAlphaCheck}\naddUserKnob {6 a +STARTLINE}\na {{\"clamp(\\[lsearch \\[channels this] rgba.alpha]+1, 0, 1)\"}}\n}\npush $Nf8549fd0\nNoOp {\nname centerPoint\nxpos 657\nypos -1397\naddUserKnob {20 centerPoint}\naddUserKnob {12 center +DISABLED}\ncenter {{width()/2} {height()/2}}\n}\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_h_gradienteditor.gizmo", "content": "Group {\n name GradientEditor\n tile_color 0x4b19ffff\n selected true\n addUserKnob {20 User l Gradient}\n addUserKnob {26 headline l \"\" +STARTLINE T \"GradientEditorv0.9\\n\"}\n addUserKnob {26 headline2 l \"\" +STARTLINE T \"by Mads Hagbarth Damsbo - 2016\"}\n addUserKnob {26 devider_header l \"INPUT MAPPING\"}\n addUserKnob {4 Type M {Input Generator}}\n Type Generator\n addUserKnob {4 sample_type l Sample -STARTLINE M {Magnitude Maximum Average Red Green Blue Alpha \"\" \"\" \"\"}}\n sample_type Average\n addUserKnob {41 in l From -STARTLINE T Shuffle1.in}\n addUserKnob {6 Invert l Reverse -STARTLINE}\n addUserKnob {26 deviderMain l \"GRADIENT\"}\n addUserKnob {52 ui l \"\" +STARTLINE T ColorGradientUi.ColorWheelKnob_GRADIENT() +STARTLINE}\n addUserKnob {7 input_valueLow l Interval R -1 1}\n addUserKnob {4 lowCont l \"\" -STARTLINE M {Hold Loop Bounce}}\n lowCont Bounce\n addUserKnob {7 input_valueHigh l \"\" -STARTLINE R 0 2}\n input_valueHigh 1\n addUserKnob {4 highCont l \"\" -STARTLINE M {Hold Loop Bounce \"\"}}\n highCont Bounce\n addUserKnob {4 Interpolation l INVISIBLE +INVISIBLE M {Constant Linead Smooth Catmull-Rom Cubic Horizontal \"\"}}\n Interpolation Smooth\n addUserKnob {6 PreserceLuma l \"Preserve Luma\" +STARTLINE}\n addUserKnob {26 devider_phasing l \"PHASING\"}\n addUserKnob {7 Phase R 0 10}\n addUserKnob {7 Frequency R 0 10}\n Frequency 1\n addUserKnob {26 devider_Input l \"PREMULT\"}\n addUserKnob {41 colorspace_in l \" colorspace \" T Colorspace2.colorspace_in}\n addUserKnob {41 alpha l \"Unpremult by\" T Unpremult1.alpha}\n addUserKnob {6 Premult -STARTLINE}\n addUserKnob {20 responsecurve_tab l \"Response Curve\"}\n addUserKnob {26 CurveInfo l \"\" +STARTLINE T \"Use the master curve to control the response curve\"}\n addUserKnob {26 \"\"}\n addUserKnob {41 lut l \"\" +STARTLINE T ColorLookup2.lut}\n}\n Input {\n inputs 0\n name Input1\n xpos -3\n ypos -76\n }\nset N1c010300 [stack 0]\n Dot {\n name Dot1\n xpos 351\n ypos -73\n }\n Dot {\n name Dot2\n xpos 351\n ypos 642\n }\npush $N1c010300\n Expression {\n expr0 x/width\n expr1 x/width\n expr2 x/width\n expr3 1\n name Expression1\n xpos 112\n ypos -25\n }\npush $N1c010300\n Shuffle {\n name Shuffle1\n xpos -3\n ypos -43\n }\n Unpremult {\n alpha -rgba.alpha\n name Unpremult1\n xpos -3\n ypos -19\n }\n Switch {\n inputs 2\n which {{parent.Type}}\n name Switch1\n xpos -3\n ypos 20\n }\nset N1c02a840 [stack 0]\n Dot {\n name Dot3\n xpos -225\n ypos 88\n }\n Colorspace {\n colorspace_out YCbCr\n name Colorspace1\n xpos -467\n ypos 135\n }\npush $N1c02a840\n Shuffle {\n red alpha\n green alpha\n blue alpha\n name Shuffle5\n xpos 260\n ypos 149\n }\npush $N1c02a840\n Shuffle {\n red blue\n green blue\n alpha blue\n name Shuffle4\n xpos 174\n ypos 150\n }\npush $N1c02a840\n Shuffle {\n red green\n blue green\n alpha green\n name Shuffle3\n xpos 85\n ypos 148\n }\npush $N1c02a840\n Shuffle {\n green red\n blue red\n alpha red\n name Shuffle2\n xpos -3\n ypos 148\n }\npush $N1c02a840\n Saturation {\n saturation 0\n mode Average\n name Saturation2\n xpos -113\n ypos 145\n }\npush $N1c02a840\n Saturation {\n saturation 0\n mode Maximum\n name Saturation1\n xpos -232\n ypos 147\n }\npush $N1c02a840\n Expression {\n temp_name3 VectorLength_3D\n temp_expr3 sqrt(Red*Red+Green*Green+Blue*Blue)\n expr0 VectorLength_3D\n expr1 VectorLength_3D\n expr2 VectorLength_3D\n name Vector_Length3D\n xpos -336\n ypos 148\n }\n Switch {\n inputs 7\n which {{parent.sample_type}}\n name Switch3\n selected true\n xpos -3\n ypos 367\n }\n Grade {\n blackpoint {{parent.input_valueLow}}\n whitepoint {{parent.input_valueHigh}}\n multiply {{parent.Frequency}}\n add {{parent.Phase}}\n black_clamp false\n name Grade1\n xpos -3\n ypos 391\n }\n Invert {\n name Invert1\n xpos -3\n ypos 415\n disable {{!parent.Invert}}\n }\n Expression {\n temp_name0 antR\n temp_expr0 (floor(r/2)-(floor((r+1)/2)-1))\n temp_name1 antG\n temp_expr1 (floor(g/2)-(floor((g+1)/2)-1))\n temp_name2 antB\n temp_expr2 (floor(b/2)-(floor((b+1)/2)-1))\n expr0 r<=parent.input_valueLow?parent.lowCont==0?r:parent.lowCont==1?r-floor(r):((1-(r-floor(r)))*(1-antR))+(((r-floor(r)))*(antR)):parent.highCont==0?r:parent.highCont==1?r-floor(r):((1-(r-floor(r)))*(1-antR))+(((r-floor(r)))*(antR))\n expr1 g<=parent.input_valueLow?parent.lowCont==0?g:parent.lowCont==1?g-floor(g):((1-(g-floor(g)))*(1-antG))+(((g-floor(g)))*(antG)):parent.highCont==0?g:parent.highCont==1?g-floor(g):((1-(g-floor(g)))*(1-antG))+(((g-floor(g)))*(antG))\n expr2 b<=parent.input_valueLow?parent.lowCont==0?b:parent.lowCont==1?b-floor(b):((1-(b-floor(b)))*(1-antB))+(((b-floor(b)))*(antB)):parent.highCont==0?b:parent.highCont==1?b-floor(b):((1-(b-floor(b)))*(1-antB))+(((b-floor(b)))*(antB))\n name Expression2\n xpos -3\n ypos 491\n }\n ColorLookup {\n lut {master {curve 0 1}\n red {}\n green {}\n blue {}\n alpha {}}\n name ColorLookup2\n xpos -3\n ypos 562\n }\n ColorLookup {\n lut {master {}\n red {curve 0 x0.1587301642 0.275288014 x0.1859410405 0.9960784314 x0.297052145 0.9960784314 x0.6575963497 0.58954757 L x1 0}\n green {curve 0 x0.1587301642 0.1388876173 x0.1859410405 0.2344090944 x0.297052145 0.7500419623 x0.6575963497 0.7201953155 L x1 0.2081483177}\n blue {curve 0 x0.1587301642 0.124711986 x0.1859410405 0 x0.297052145 0 x0.6575963497 0.7437857633 L x1 0.368627451}\n alpha {curve 1 x0.1587301642 1 x0.1859410405 1 x0.297052145 1 x0.6575963497 1 L x1 1}}\n name ColorLookup1\n xpos -2\n ypos 586\n addUserKnob {20 User}\n addUserKnob {22 chek +STARTLINE}\n }\n Colorspace {\n colorspace_in sRGB\n name Colorspace2\n xpos -2\n ypos 669\n }\nset N1c077f10 [stack 0]\n Colorspace {\n colorspace_out YCbCr\n name Colorspace8\n xpos -334\n ypos 669\n }\n ShuffleCopy {\n inputs 2\n red red\n name ShuffleCopy2\n xpos -467\n ypos 669\n }\n Colorspace {\n colorspace_in YCbCr\n name Colorspace9\n xpos -467\n ypos 708\n }\npush $N1c077f10\n Switch {\n inputs 2\n which {{parent.PreserceLuma}}\n name Switch2\n xpos -2\n ypos 708\n }\n ShuffleCopy {\n inputs 2\n name ShuffleCopy1\n xpos -2\n ypos 788\n }\n Premult {\n name Premult1\n xpos -2\n ypos 812\n disable {{!parent.Premult}}\n }\n Output {\n name Output1\n xpos -2\n ypos 866\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_h_silk.gizmo", "content": "Group {\n name Silk\n tile_color 0x70ffcdff\n addUserKnob {20 User}\n addUserKnob {26 Credits l \"\" +STARTLINE T \"Silk for Nuke\"}\n addUserKnob {26 devider_general l \"General\"}\n addUserKnob {4 Algorithm M {Gaussian Disk E-Box E-Triangle E-Quadratic E-Gaussian E-Dir \"\" \"\" \"\" \"\" \"\"}}\n addUserKnob {6 inverse l \"Inverse E filters\" -STARTLINE}\n addUserKnob {3 Streaks}\n Streaks 1\n addUserKnob {7 Size}\n Size 0.35\n addUserKnob {26 text_blank l \"\" +STARTLINE T \" \"}\n addUserKnob {41 size l Erode T Erode.size}\n addUserKnob {41 size_1 l Re-Erode T ReErode.size}\n addUserKnob {7 ReErodeSoften l \"Erode Soften\"}\n addUserKnob {26 devider_shading l \"Shading\"}\n addUserKnob {7 Offset R 0 2}\n Offset 1\n addUserKnob {7 contrast l Contrast R 0 2}\n contrast 1\n addUserKnob {26 text_blank2 l \"\" +STARTLINE T \" \"}\n addUserKnob {19 Gamma}\n Gamma {0.72705 0.651014 0.8 0.67}\n addUserKnob {6 Gamma_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n Gamma_panelDropped true\n addUserKnob {26 text_blank3 l \"\" +STARTLINE T \" \"}\n addUserKnob {7 Prim_HueRed l \"Offset Red ●\" R -1 1}\n Prim_HueRed 0.36\n addUserKnob {7 Prim_HueGreen l \"Offset Green ●\" R -1 1}\n Prim_HueGreen 0.12\n addUserKnob {7 Prim_HueBlue l \"Offset Blue ●\" R -1 1}\n Prim_HueBlue 0.56\n addUserKnob {26 devider_sampler l \"Multisample\"}\n addUserKnob {6 multisample_enable l \"Enable Multisample\" +STARTLINE}\n addUserKnob {3 no_samples l Samples}\n no_samples 2\n addUserKnob {7 sample_width l \"Sample Width\" -STARTLINE R 0 4}\n sample_width 1.5\n}\n BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0x8e388e00\n label Algorithms\n note_font_size 42\n xpos -937\n ypos -3\n bdwidth 521\n bdheight 244\n }\n BackdropNode {\n inputs 0\n name BackdropNode2\n tile_color 0x8e388e00\n label \"NYI NORMALIZE\"\n note_font_size 42\n xpos -635\n ypos 916\n bdwidth 319\n bdheight 181\n }\n BackdropNode {\n inputs 0\n name BackdropNode3\n tile_color 0x71c67100\n label \"Razor Sharp!\"\n note_font_size 42\n xpos -641\n ypos 1253\n bdwidth 328\n bdheight 235\n }\n BackdropNode {\n inputs 0\n name BackdropNode4\n tile_color 0x7171c600\n label \"Multisample Hack\"\n note_font_size 42\n xpos -622\n ypos 349\n bdwidth 318\n bdheight 191\n }\n Input {\n inputs 0\n name Input1\n xpos -508\n ypos -95\n }\n Dot {\n name Dot39\n xpos -474\n ypos -31\n }\n Dot {\n name Dot5\n xpos -474\n ypos 57\n }\nset N23df10 [stack 0]\n Dot {\n name Dot9\n xpos -584\n ypos 57\n }\nset N230b10 [stack 0]\n Dot {\n name Dot7\n xpos -747\n ypos 57\n }\nset N2a3a10 [stack 0]\n Dot {\n name Dot6\n xpos -895\n ypos 57\n }\n DirBlurWrapper {\n BlurCenter {{width/2} {height/2}}\n BlurLength {{parent.inverse?(parent.Size*100):-(parent.Size*100)}}\n BlurAngle 54\n name G\n xpos -929\n ypos 125\n }\n Dot {\n name Dot8\n xpos -895\n ypos 196\n }\npush $N2a3a10\n FilterErode {\n channels rgb\n size {{parent.inverse?(parent.Size*100):-(parent.Size*100)}}\n filter {{max(0,min(3,parent.Algorithm-2))}}\n name CDEF\n xpos -781\n ypos 124\n }\npush $N230b10\n Defocus {\n defocus {{parent.Size*100}}\n name B\n xpos -618\n ypos 117\n }\npush $N23df10\n Blur {\n channels {rgba.red rgba.green rgba.blue none}\n size {{parent.Size*100}}\n quality 40\n crop false\n name A\n xpos -508\n ypos 122\n }\n Switch {\n inputs 4\n which {{parent.Algorithm<2?parent.Algorithm:parent.Algorithm>5?parent.Algorithm:2}}\n name Switch1\n xpos -508\n ypos 193\n }\n Blur {\n size 5\n quality 5\n crop false\n name RefineEdges\n xpos -508\n ypos 261\n }\n NoTimeBlur {\n name NoTimeBlur\n xpos -508\n ypos 428\n }\n Transform {\n translate {{((frame*samplecount)-floor(frame*samplecount)-.5)*samplewidth} {((floor(frame*(samplecount+0))/(samplecount-1))-(floor((floor(frame*samplecount)/(samplecount)))+(floor(frame)/(samplecount-1)))-.5)*samplewidth x2 0}}\n center {512 512}\n filter Lanczos4\n name SampleOffset\n xpos -508\n ypos 452\n disable {{1-parent.multisample_enable}}\n addUserKnob {20 User}\n addUserKnob {7 samplecount}\n samplecount {{parent.no_samples}}\n addUserKnob {7 samplewidth R 0 20}\n samplewidth {{parent.sample_width}}\n }\n Crop {\n box {0 0 {input.width} {input.height}}\n reformat true\n crop false\n name PreCrop\n xpos -508\n ypos 476\n }\n Erode {\n channels rgba\n size 0\n quality 100\n name Erode\n xpos -508\n ypos 666\n }\n FilterErode {\n channels rgb\n size 0\n filter gaussian\n name ReErode\n xpos -507\n ypos 695\n }\n Blur {\n size {{parent.ReErodeSoften*10}}\n name Soften\n xpos -507\n ypos 719\n }\n Group {\n name SilkKernel\n xpos -507\n ypos 858\n addUserKnob {20 SilkKernel}\n addUserKnob {41 \"Local GPU: \" T BlinkScript2.gpuName}\n addUserKnob {41 \"Use GPU if Available\" T BlinkScript2.useGPUIfAvailable}\n addUserKnob {26 \"\"}\n addUserKnob {41 Streaks T BlinkScript2.SilkKernel_Streaks}\n addUserKnob {41 Size T BlinkScript2.SilkKernel_Size}\n addUserKnob {41 Offset T BlinkScript2.SilkKernel_Offset}\n }\n Input {\n inputs 0\n name Input1\n xpos -382\n ypos 400\n }\n BlinkScript {\n recompileCount 13\n ProgramGroup 1\n KernelDescription \"2 \\\"SilkKernel\\\" iterate componentWise a8d20f769bc5f1146178c19e66f6939a5a62084403c064c3e35b7dd54065c60d 2 \\\"imageIn\\\" Read Ranged2D \\\"imageOut\\\" Write Point 3 \\\"Streaks\\\" Int 1 AwAAAA== \\\"Size\\\" Float 1 AABIQg== \\\"Offset\\\" Float 1 AACAPw== 3 \\\"radius\\\" 1 1 \\\"_size\\\" 1 1 \\\"_offset\\\" 1 1 3 \\\"imageInrangeMin\\\" Int 2 1 AAAAAAAAAAA= \\\"imageInrangeMax\\\" Int 2 1 AAAAAAAAAAA= \\\"_filterWidth\\\" Int 1 1 AAAAAA==\"\n EncodedSource \"1 1479 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\"\n rebuild \"\"\n SilkKernel_Streaks {{Controller.Streaks}}\n SilkKernel_Size {{Controller.Size}}\n SilkKernel_Offset {{Controller.Offset}}\n protectKernelWhenPublishing true\n rebuild_finalise \"\"\n name BlinkScript2\n xpos -382\n ypos 440\n }\n Output {\n name Output1\n xpos -382\n ypos 540\n }\n end_group\n Dot {\n name Dot1\n xpos -473\n ypos 976\n }\nset N117e4710 [stack 0]\n Dot {\n name Dot2\n xpos -558\n ypos 976\n }\n Dot {\n name Dot3\n xpos -558\n ypos 1064\n }\npush $N117e4710\n Grade {\n gamma 1.2\n black_clamp false\n name Extend\n xpos -507\n ypos 1017\n }\n Merge2 {\n inputs 2\n operation divide\n mix 0\n name Uniform\n xpos -507\n ypos 1061\n }\n Crop {\n box {0 0 {input.width} {input.height}}\n softness 13\n reformat true\n crop false\n name PostCrop\n xpos -507\n ypos 1151\n }\n Group {\n name SilkShader\n xpos -507\n ypos 1193\n addUserKnob {20 SilkShader}\n addUserKnob {41 \"Local GPU: \" T BlinkScript2.gpuName}\n addUserKnob {41 \"Use GPU if Available\" T BlinkScript2.useGPUIfAvailable}\n addUserKnob {26 \"\"}\n addUserKnob {41 Contrast T BlinkScript2.SilkShader_Contrast}\n addUserKnob {41 Gamma T BlinkScript2.SilkShader_Gamma}\n addUserKnob {41 Shift T BlinkScript2.SilkShader_Shift}\n }\n Input {\n inputs 0\n name Input1\n xpos -492\n ypos 684\n }\n BlinkScript {\n recompileCount 36\n ProgramGroup 1\n KernelDescription \"2 \\\"SilkShader\\\" iterate pixelWise 37886f6e25026b952dbda1c9c26e50da6f0ab7552ea7b4d1b217c2a63b64b133 2 \\\"src\\\" Read Point \\\"dst\\\" Write Point 3 \\\"Contrast\\\" Float 1 mpmZPw== \\\"Gamma\\\" Float 3 AACAPwAAgD8AAIA/AAAAAA== \\\"Shift\\\" Float 3 AACAPwAAgD8AAIA/AAAAAA== 3 \\\"Contrast\\\" 1 1 \\\"Gamma\\\" 3 1 \\\"Shift\\\" 3 1 1 \\\"coefficients\\\" Float 9 1 AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA\"\n EncodedSource \"1 3160 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\"\n rebuild \"\"\n SilkShader_Contrast {{parent.parent.Controller.Contrast}}\n SilkShader_Gamma {{parent.parent.Controller.Gamma} {parent.parent.Controller.Gamma} {parent.parent.Controller.Gamma}}\n SilkShader_Shift {{parent.parent.Controller.Shift} {parent.parent.Controller.Shift} {parent.parent.Controller.Shift}}\n protectKernelWhenPublishing true\n rebuild_finalise \"\"\n name BlinkScript2\n xpos -492\n ypos 724\n }\n Output {\n name Output1\n xpos -492\n ypos 824\n }\n end_group\n Clamp {\n maximum_enable false\n name Clamp\n xpos -507\n ypos 1317\n }\n Colorspace {\n colorspace_out Cineon\n name Colorspace18\n xpos -507\n ypos 1354\n }\n Colorspace {\n colorspace_out YCbCr\n name Colorspace11\n xpos -507\n ypos 1378\n }\n Sharpen {\n channels {rgba.red -rgba.green -rgba.blue none}\n amount 4\n name Sharpen1\n xpos -507\n ypos 1408\n }\n Colorspace {\n colorspace_in YCbCr\n name Colorspace12\n xpos -507\n ypos 1432\n }\n Colorspace {\n colorspace_in Cineon\n name Colorspace19\n xpos -507\n ypos 1458\n }\n Grade {\n white {{\"(1-(sqrt(SampleOffset.translate.x*SampleOffset.translate.x+SampleOffset.translate.y*SampleOffset.translate.y) / sqrt(SampleOffset.samplewidth*SampleOffset.samplewidth+SampleOffset.samplewidth*SampleOffset.samplewidth)*2))*2\"}}\n name SampleFocus\n xpos -507\n ypos 1533\n disable {{1-parent.multisample_enable}}\n }\n TimeBlur {\n divisions {{parent.SampleOffset.samplecount*5}}\n shutter 1\n shutteroffset start\n shuttercustomoffset 0\n name MultiSampler\n xpos -507\n ypos 1557\n disable {{1-parent.multisample_enable}}\n }\n Expression {\n temp_name0 Add\n temp_expr0 2.285\n temp_name1 Offset\n temp_expr1 1\n expr0 r/(r+Offset)*Add\n expr1 g/(g+Offset)*Add\n expr2 b/(b+Offset)*Add\n expr3 max(r/(r+Offset)*Add,g/(g+Offset)*Add,b/(b+Offset)*Add)\n name HighlightReduction\n xpos -507\n ypos 1601\n }\n Output {\n name Output1\n xpos -507\n ypos 1664\n }\n StickyNote {\n inputs 0\n name StickyNote1\n label \"This may cause artifacts!!!\"\n xpos -417\n ypos 1409\n }\n NoOp {\n inputs 0\n name Controller\n label \"(don't ask!)\"\n selected true\n xpos -772\n ypos 852\n addUserKnob {20 User}\n addUserKnob {7 Contrast}\n Contrast {{parent.contrast}}\n addUserKnob {18 Gamma}\n Gamma {{((parent.Gamma.r-((parent.Gamma.r+parent.Gamma.g+parent.Gamma.b)/3))*1)+(parent.Gamma.a)} {((parent.Gamma.g-((parent.Gamma.r+parent.Gamma.g+parent.Gamma.b)/3))*1)+(parent.Gamma.a)} {((parent.Gamma.b-((parent.Gamma.r+parent.Gamma.g+parent.Gamma.b)/3))*1)+(parent.Gamma.a)}}\n addUserKnob {6 Gamma_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {18 Shift}\n Shift {{parent.Prim_HueRed} {parent.Prim_HueGreen} {parent.Prim_HueBlue}}\n addUserKnob {6 Shift_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {7 Streaks}\n Streaks {{parent.Streaks}}\n addUserKnob {7 Size}\n Size {{parent.Algorithm<2?parent.A.size:parent.A.size/2}}\n addUserKnob {7 Offset}\n Offset {{parent.Offset>1?pow(parent.Offset,6):parent.Offset}}\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_h_stickit.gizmo", "content": "Group {\n name StickIt\n tile_color 0x2f66ff\n label \"ref frame: \\[value RefrenceFrameInput]\"\n note_font Verdana\n selected true\n addUserKnob {20 Main l \"Main - StickIt\"}\n addUserKnob {26 Headline l \"\" +STARTLINE T \"\"}\n addUserKnob {26 range_devider l \"INPUT\"}\n addUserKnob {3 RefrenceFrameInput l \"Reference Frame\" t \"This is the frame that you want to be the origin of your animation. That is, the frame where the input is exactly the same as the output. (This frame must be within the Range defined below!)\"}\n RefrenceFrameInput 126\n addUserKnob {22 RefFrameThis l \"This Frame\" -STARTLINE T \"nuke.thisNode()\\['RefrenceFrameInput'].setValue(nuke.frame())\"}\n addUserKnob {3 InputFrom l \"Range From\" t \"The first frame of the Analasis and Solve\"}\n InputFrom 53\n addUserKnob {3 InputTo l To t \"The last frame of the Analasis and Solve\" -STARTLINE}\n InputTo 150\n addUserKnob {22 Button_SetToGlobal l \"Set To Global\" t \"This will set the in and out points to the global comp range.\" -STARTLINE T \"nuke.thisNode().knob(\\\"InputFrom\\\").setValue(float(nuke.knob(\\\"first_frame\\\")))\\nnuke.thisNode().knob(\\\"InputTo\\\").setValue(float(nuke.knob(\\\"last_frame\\\")))\"}\n addUserKnob {26 Devider_Options l \"OPTIONS\"}\n addUserKnob {4 Option_Output l Output M {\"Source & Overlay\" Source Overlay ST-Map}}\n addUserKnob {4 FilterMethod l \"Filter Method\" M {Impulse \"Cubic \" Keys Simon Rifman Mitchell Parzen Notch Lanczos4 Lanczos6 Sinc4}}\n FilterMethod \"Cubic \"\n addUserKnob {6 enableMotionBlur l \"Enable Motion Blur\" +STARTLINE}\n addUserKnob {26 DeviderView l \"DISPLAY\"}\n addUserKnob {41 previewFeatures l \"Preview Features\" T si_ct.previewFeatures}\n addUserKnob {41 displayTracks l \"Show Features\" T si_ct.displayTracks}\n addUserKnob {6 DisableWarp l \"Disable Warp\" +STARTLINE}\n DisableWarp true\n addUserKnob {26 devider_solve l \"ANALYZE\"}\n addUserKnob {22 RunAnalyse l Analyse T \"nuke.toNode(\\\"si_ct\\\").knob(\\\"clearTrack\\\").execute()\\n\\nnuke.toNode(\\\"si_ct\\\").knob(\\\"trackFeatures\\\").execute()\\n\\n\\n\\n\" +STARTLINE}\n addUserKnob {26 next l \"\" -STARTLINE T \"-> \"}\n addUserKnob {22 STiCKiT l Solve -STARTLINE T \"import NST_stickit\\nreload(NST_stickit)\\nNST_stickit.StickIT()\"}\n addUserKnob {26 \"\"}\n addUserKnob {41 clearTrack l \"Clear Tracks\" T si_ct.clearTrack}\n addUserKnob {20 Help n 1}\n Help 0\n addUserKnob {26 Info l \"\" +STARTLINE T \"STiCKiT v2.0\\n\\n1) Place the footage that you want to match the motion of into the \\[Source] input \\n\\n2) Set the frame range you want to analyse. You can use the \\[Set To Global] button to set the range to the active project range.\\n\\n3a) If you want to overlay another image ontop of the source, but that image into the \\[Overlay] input, then set the \\[Reference Frame] to the frame that you have made a patch for.\\n\\n3a.1) Hit Solve, and now the footage should match.\\nand hit Analyse.\\n \\nIf you want to use the \\\"Keyframe Assist\\\" features, you don't need to use the solve button, as this only affects the build in warp\"}\n addUserKnob {20 endGroup n -1}\n addUserKnob {20 TABAssist l \"Keyframe Assist\"}\n addUserKnob {26 devider_assist l \"ASSIST\"}\n addUserKnob {22 AssistTrackBack l <-- T \"import NST_stickit\\nreload(NST_stickit)\\nNST_stickit.Initializer(2)\" +STARTLINE}\n addUserKnob {22 AssistTrackAll l \" \\[All Frames] \" -STARTLINE T \"import NST_stickit\\nreload(NST_stickit)\\nNST_stickit.Initializer(0)\"}\n addUserKnob {22 AssistTrackForward l --> -STARTLINE T \"import NST_stickit\\nreload(NST_stickit)\\nNST_stickit.Initializer(1)\"}\n addUserKnob {6 assistStep l \" \" +STARTLINE}\n addUserKnob {3 AssistStepSize l \"Only assist\" -STARTLINE}\n AssistStepSize 5\n addUserKnob {26 assistCountText l \"\" -STARTLINE T frames}\n addUserKnob {26 devider_rotoassist l \"ASSIST SETTINGS\"}\n addUserKnob {4 AssistType l \"Assist Method\" M {\"Local (Using Solve Method)\" \"Global \\[Median]\" \"Global \\[Average]\"}}\n addUserKnob {6 assist_rototransform l \"\\[Roto] Apply to element transform\" t \"With the setting enabled, the animation will be applied to the transform handle, rather than each point in the roto element.\" +STARTLINE}\n assist_rototransform true\n addUserKnob {6 RespectKeyframes l \"Respect Keyframes\" t \"Respect exsisting keyframes as \\\"guides\\\" for the assist animation.\" +STARTLINE}\n addUserKnob {6 appendAnimation l \"Append Animation\" t \"Do you want to keep any exsisting animation?\" +STARTLINE}\n addUserKnob {6 AssistOnlyIntervals l \"Keyframe Only Intervals\" +STARTLINE}\n addUserKnob {26 \"\"}\n addUserKnob {20 help_assist l Help n 1}\n help_assist 0\n addUserKnob {26 assistInfo l \"\" +STARTLINE T \"1) Select the node you want to assist in the dag\\n2) Hit one of the controls below.\\n(For Roto, Rotopaint and Splinewarp you must open \\nand select the element(s) you want to assist.)\\n\"}\n addUserKnob {20 endGroup_1 l endGroup n -1}\n addUserKnob {20 Advanced}\n addUserKnob {26 Devider_Tracking l \"TRACKING\"}\n addUserKnob {4 SolveMethod l \"Solve Method\" M {Triangulation Nearest}}\n addUserKnob {41 numberFeatures l \"Number of Features\" T si_ct.numberFeatures}\n addUserKnob {41 featureThreshold l \"Detection Threshold\" T si_ct.featureThreshold}\n addUserKnob {41 minTrackLength l \"Minimum Length\" T si_ct.minTrackLength}\n addUserKnob {41 matchThreshold l \"Track Threshold\" T si_ct.matchThreshold}\n addUserKnob {41 smoothnessThreshold l \"Track Smoothness\" T si_ct.smoothnessThreshold}\n addUserKnob {41 consistencyThreshold l \"Track Consistency\" T si_ct.consistencyThreshold}\n addUserKnob {41 featureSeparation l \"Feature Separation\" T si_ct.featureSeparation}\n addUserKnob {26 devider_debug l \"OTHER OPTIONS\"}\n addUserKnob {6 displayMotion l \"Output Motion Vectors\" +STARTLINE}\n displayMotion true\n addUserKnob {6 displayDiffrence l \"Output ST Map\" +STARTLINE}\n displayDiffrence true\n addUserKnob {6 disableprecrop l \"Disable PreCrop\" +STARTLINE}\n disableprecrop true\n addUserKnob {26 info l \"\" +STARTLINE T \"Use Diable PreCrop if your overlay footage is being cropped off. \\nHowever enable it again if you want to copy / paste the node or \\notherwise unplug the overlay input. Due to a bug in nuke all \\nkeyframes will be removed if this is not turned on.\"}\n}\n Input {\n inputs 0\n name InputOverlay\n tile_color 0xff\n xpos 776\n ypos -15\n number 1\n }\n Crop {\n box {0 0 {InputSource.width} {InputSource.height}}\n reformat true\n crop false\n name si_prec\n tile_color 0xff\n xpos 776\n ypos 20\n disable {{parent.disableprecrop}}\n }\n AdjBBox {\n numpixels 250\n name AdjBBox1\n xpos 775\n ypos 44\n disable true\n }\n Dot {\n name Dot2\n tile_color 0xff\n xpos 810\n ypos 106\n }\nset N725dde10 [stack 0]\n Dot {\n name Dot3\n tile_color 0xff\n xpos 937\n ypos 106\n }\nadd_layer {si_mo si_mo.red si_mo.green}\n Expression {\n channel0 {si_mo.red -si_mo.green}\n expr0 x\n channel1 {-si_mo.red si_mo.green}\n expr1 y\n expr2 0\n name si_stgen\n tile_color 0xff\n xpos 903\n ypos 137\n }\nset N725e5570 [stack 0]\n Dot {\n name Dot4\n tile_color 0xff\n xpos 937\n ypos 498\n }\npush $N725e5570\npush $N725dde10\n ShuffleCopy {\n inputs 2\n in si_mo\n alpha alpha2\n 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Stroke98\n {cp 0 0 0 0 1\n {{{{x429e0000 x3f000000}}\n {{x429e0000 x3f000000}}}\n {{{x429e0000 x3f000000}}\n {{x429e0000 x3f000000}}}\n {{{x429e0000 x3f000000}}\n {{x429e0000 x3f000000}}}\n {{{x429e0000 x3f000000}}\n {{x429e0000 x3f000000}}}} cache\n {{xff7fffff x7f7fffff x7f7fffff}\n {xff7fffff x7f7fffff x7f7fffff}\n {xff7fffff x7f7fffff x7f7fffff}\n {xff7fffff x7f7fffff x7f7fffff}}}\n {a}}\n {edge Stroke99 Stroke100\n {cp 0 0 0 0 1\n {{{{x429e0000 x3f000000}}\n {{x429e0000 x3f000000}}}\n {{{x429e0000 x3f000000}}\n {{x429e0000 x3f000000}}}\n {{{x429e0000 x3f000000}}\n {{x429e0000 x3f000000}}}\n {{{x429e0000 x3f000000}}\n {{x429e0000 x3f000000}}}} cache\n {{xff7fffff x7f7fffff x7f7fffff}\n {xff7fffff x7f7fffff x7f7fffff}\n {xff7fffff x7f7fffff x7f7fffff}\n {xff7fffff x7f7fffff x7f7fffff}}}\n {a}}\n {edge Stroke101 Stroke102\n {cp 0 0 0 0 1\n {{{{x429e0000 x3f000000}}\n {{x429e0000 x3f000000}}}\n {{{x429e0000 x3f000000}}\n {{x429e0000 x3f000000}}}\n {{{x429e0000 x3f000000}}\n {{x429e0000 x3f000000}}}\n {{{x429e0000 x3f000000}}\n {{x429e0000 x3f000000}}}} cache\n {{xff7fffff x7f7fffff x7f7fffff}\n {xff7fffff x7f7fffff x7f7fffff}\n {xff7fffff x7f7fffff x7f7fffff}\n {xff7fffff x7f7fffff x7f7fffff}}}\n {a}}\n {edge Stroke103 Stroke104\n {cp 0 0 0 0 1\n {{{{x429e0000 x3f000000}}\n {{x429e0000 x3f000000}}}\n {{{x429e0000 x3f000000}}\n {{x429e0000 x3f000000}}}\n {{{x429e0000 x3f000000}}\n {{x429e0000 x3f000000}}}\n {{{x429e0000 x3f000000}}\n {{x429e0000 x3f000000}}}} cache\n {{xff7fffff x7f7fffff x7f7fffff}\n {xff7fffff x7f7fffff x7f7fffff}\n {xff7fffff x7f7fffff x7f7fffff}\n {xff7fffff x7f7fffff x7f7fffff}}}\n {a}}\n {edge Stroke105 Stroke106\n {cp 0 0 0 0 1\n {{{{x429e0000 x3f000000}}\n {{x429e0000 x3f000000}}}\n {{{x429e0000 x3f000000}}\n {{x429e0000 x3f000000}}}\n {{{x429e0000 x3f000000}}\n {{x429e0000 x3f000000}}}\n {{{x429e0000 x3f000000}}\n {{x429e0000 x3f000000}}}} cache\n {{xff7fffff x7f7fffff x7f7fffff}\n {xff7fffff x7f7fffff x7f7fffff}\n {xff7fffff x7f7fffff x7f7fffff}\n {xff7fffff x7f7fffff x7f7fffff}}}\n {a}}\n {edge Stroke107 Stroke108\n {cp 0 0 0 0 1\n {{{{x429e0000 x3f000000}}\n {{x429e0000 x3f000000}}}\n {{{x429e0000 x3f000000}}\n {{x429e0000 x3f000000}}}\n {{{x429e0000 x3f000000}}\n {{x429e0000 x3f000000}}}\n {{{x429e0000 x3f000000}}\n {{x429e0000 x3f000000}}}} cache\n {{xff7fffff x7f7fffff x7f7fffff}\n {xff7fffff x7f7fffff x7f7fffff}\n {xff7fffff x7f7fffff x7f7fffff}\n {xff7fffff x7f7fffff x7f7fffff}}}\n {a}}\n {edge Stroke109 Stroke110\n {cp 0 0 0 0 1\n {{{{x429e0000 x3f000000}}\n {{x429e0000 x3f000000}}}\n {{{x429e0000 x3f000000}}\n {{x429e0000 x3f000000}}}\n {{{x429e0000 x3f000000}}\n {{x429e0000 x3f000000}}}\n {{{x429e0000 x3f000000}}\n {{x429e0000 x3f000000}}}} cache\n {{xff7fffff x7f7fffff x7f7fffff}\n {xff7fffff x7f7fffff x7f7fffff}\n {xff7fffff x7f7fffff x7f7fffff}\n {xff7fffff x7f7fffff x7f7fffff}}}\n {a}}\n {edge Stroke111 Stroke112\n {cp 0 0 0 0 1\n {{{{x429e0000 x3f000000}}\n {{x429e0000 x3f000000}}}\n {{{x429e0000 x3f000000}}\n {{x429e0000 x3f000000}}}\n {{{x429e0000 x3f000000}}\n {{x429e0000 x3f000000}}}\n {{{x429e0000 x3f000000}}\n {{x429e0000 x3f000000}}}} cache\n {{xff7fffff x7f7fffff x7f7fffff}\n {xff7fffff x7f7fffff x7f7fffff}\n {xff7fffff x7f7fffff x7f7fffff}\n {xff7fffff x7f7fffff x7f7fffff}}}\n {a}}\n {edge Stroke113 Stroke114\n {cp 0 0 0 0 1\n {{{{x429e0000 x3f000000}}\n {{x429e0000 x3f000000}}}\n {{{x429e0000 x3f000000}}\n {{x429e0000 x3f000000}}}\n {{{x429e0000 x3f000000}}\n {{x429e0000 x3f000000}}}\n {{{x429e0000 x3f000000}}\n {{x429e0000 x3f000000}}}} cache\n {{xff7fffff x7f7fffff x7f7fffff}\n {xff7fffff x7f7fffff x7f7fffff}\n {xff7fffff x7f7fffff x7f7fffff}\n {xff7fffff x7f7fffff x7f7fffff}}}\n {a}}\n {edge Stroke115 Stroke116\n {cp 0 0 0 0 1\n {{{{x429e0000 x3f000000}}\n {{x429e0000 x3f000000}}}\n {{{x429e0000 x3f000000}}\n {{x429e0000 x3f000000}}}\n {{{x429e0000 x3f000000}}\n {{x429e0000 x3f000000}}}\n {{{x429e0000 x3f000000}}\n {{x429e0000 x3f000000}}}} cache\n {{xff7fffff x7f7fffff x7f7fffff}\n {xff7fffff x7f7fffff x7f7fffff}\n {xff7fffff x7f7fffff x7f7fffff}\n {xff7fffff x7f7fffff x7f7fffff}}}\n {a}}\n {edge Stroke117 Stroke118\n {cp 0 0 0 0 1\n {{{{x429e0000 x3f000000}}\n {{x429e0000 x3f000000}}}\n {{{x429e0000 x3f000000}}\n {{x429e0000 x3f000000}}}\n {{{x429e0000 x3f000000}}\n {{x429e0000 x3f000000}}}\n {{{x429e0000 x3f000000}}\n {{x429e0000 x3f000000}}}} cache\n {{xff7fffff x7f7fffff x7f7fffff}\n {xff7fffff x7f7fffff x7f7fffff}\n {xff7fffff x7f7fffff x7f7fffff}\n {xff7fffff x7f7fffff x7f7fffff}}}\n {a}}\n {edge Stroke119 Stroke120\n {cp 0 0 0 0 1\n {{{{x429e0000 x3f000000}}\n {{x429e0000 x3f000000}}}\n {{{x429e0000 x3f000000}}\n {{x429e0000 x3f000000}}}\n {{{x429e0000 x3f000000}}\n {{x429e0000 x3f000000}}}\n {{{x429e0000 x3f000000}}\n {{x429e0000 x3f000000}}}} cache\n {{xff7fffff x7f7fffff x7f7fffff}\n {xff7fffff x7f7fffff x7f7fffff}\n {xff7fffff x7f7fffff x7f7fffff}\n {xff7fffff x7f7fffff x7f7fffff}}}\n {a}}\n {edge Stroke121 Stroke122\n {cp 0 0 0 0 1\n {{{{x429e0000 x3f000000}}\n {{x429e0000 x3f000000}}}\n {{{x429e0000 x3f000000}}\n {{x429e0000 x3f000000}}}\n {{{x429e0000 x3f000000}}\n {{x429e0000 x3f000000}}}\n {{{x429e0000 x3f000000}}\n {{x429e0000 x3f000000}}}} cache\n {{xff7fffff x7f7fffff x7f7fffff}\n {xff7fffff x7f7fffff x7f7fffff}\n {xff7fffff x7f7fffff x7f7fffff}\n {xff7fffff x7f7fffff x7f7fffff}}}\n {a}}\n {edge Stroke123 Stroke124\n {cp 0 0 0 0 1\n {{{{x429e0000 x3f000000}}\n {{x429e0000 x3f000000}}}\n {{{x429e0000 x3f000000}}\n {{x429e0000 x3f000000}}}\n {{{x429e0000 x3f000000}}\n {{x429e0000 x3f000000}}}\n {{{x429e0000 x3f000000}}\n {{x429e0000 x3f000000}}}} cache\n {{xff7fffff x7f7fffff x7f7fffff}\n {xff7fffff x7f7fffff x7f7fffff}\n {xff7fffff x7f7fffff x7f7fffff}\n {xff7fffff x7f7fffff x7f7fffff}}}\n {a}}}}\n toolbar_autokey false\n toolbar_preview_mode \"persistent preview\"\n filter {{parent.FilterMethod}}\n name si_sw\n tile_color 0xff\n selected true\n xpos 776\n ypos 183\n disable {{parent.DisableWarp}}\n }\nset N72705e40 [stack 0]\n Dot {\n name Dot5\n tile_color 0xff\n xpos 810\n ypos 263\n }\nset N73fd1d70 [stack 0]\n Dot {\n name Dot7\n tile_color 0xff\n xpos 810\n ypos 359\n }\nset N73fd4240 [stack 0]\n Merge2 {\n inputs 2\n operation minus\n Achannels si_mo\n Bchannels si_mo\n output si_mo\n name si_calcdif\n tile_color 0xff\n xpos 776\n ypos 491\n disable true\n }\npush $N73fd4240\nadd_layer {si_trans si_trans.red si_trans.green si_trans.blue si_trans.alpha}\n Expression {\n channel0 {si_trans.red -si_trans.green -si_trans.blue -si_trans.alpha}\n expr0 (forward.u+.5)/width\n channel1 {-si_trans.red si_trans.green -si_trans.blue -si_trans.alpha}\n expr1 (forward.v+.5)/height\n channel2 {-rgba.red -rgba.green -rgba.blue none}\n name si_norm\n tile_color 0xff\n xpos 679\n ypos 495\n }\n Dot {\n name Dot10\n xpos 519\n ypos 497\n }\npush $N72705e40\n Dot {\n name Dot8\n xpos 700\n ypos 190\n }\nset N73ff34e0 [stack 0]\n Dot {\n name Dot9\n xpos 603\n ypos 190\n }\n TimeOffset {\n time_offset -1\n time \"\"\n name si_to1\n tile_color 0xff\n xpos 569\n ypos 232\n }\n Dot {\n name Dot11\n xpos 603\n ypos 328\n }\npush $N73fd1d70\npush $N73ff34e0\n TimeOffset {\n time_offset 1\n time \"\"\n name si_to\n tile_color 0xff\n xpos 666\n ypos 232\n }\n Merge2 {\n inputs 2\n operation minus\n Achannels forward\n Bchannels forward\n output forward\n name si_calcdisp1\n tile_color 0xff\n xpos 666\n ypos 289\n }\n Merge2 {\n inputs 2\n operation minus\n Achannels backward\n Bchannels backward\n output backward\n name si_calcdisp3\n tile_color 0xff\n xpos 666\n ypos 321\n }\nset N73c93570 [stack 0]\n Dot {\n name Dot6\n tile_color 0xff\n xpos 700\n ypos 439\n }\npush $N73c93570\npush $N73fd4240\n ShuffleCopy {\n inputs 2\n in motion\n alpha alpha2\n black red\n white green\n red2 blue\n green2 alpha\n out2 motion\n name si_sh2\n tile_color 0xff\n xpos 600\n ypos 358\n }\n VectorBlur {\n uv motion\n scale 0.5\n name si_mb\n tile_color 0xff\n xpos 427\n ypos 354\n disable {{1-parent.enableMotionBlur}}\n }\n Input {\n inputs 0\n name InputMask\n tile_color 0xff\n xpos 409\n ypos -8\n number 2\n }\n Dot {\n name Dot1\n tile_color 0xff\n xpos 443\n ypos 41\n }\n Input {\n inputs 0\n name InputSource\n tile_color 0xff\n xpos 300\n ypos -7\n }\n CameraTracker {\n inputs 2\n serializeKnob \"22 serialization::archive 14 0 4 0 2 0 0 0 0 0 0 0 0 0 0 0 0 -1 0 0 0 1 0 0 0 0 1 0 0 0 0 1 0 0 0 0 1 1 0 0 0 0 1 0 0 0 0 1 0 0 0 0 1 0 0 1 0 0 0 0 0 0 0 0 0 0 0\"\n trackDisplay \"Points only\"\n ignore \"Mask Alpha\"\n trackRange Custom\n trackStart {{parent.InputFrom}}\n trackStop {{parent.InputTo+1}}\n referenceFrames {{curve x53 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 100}}\n filenameSalt 9831\n userTrackViews {left right}\n trackCurves {\"num tracks\" {curve}\n \"track len - min\" {curve}\n \"track len - avg\" {curve}\n \"track len - max\" {curve}\n \"Min Length\" {curve x53 0 x151 0}\n \"Solve Error\" {curve x53 0 x151 0}\n \"error - min\" {curve}\n \"error - rms\" {curve}\n \"error - track\" {curve}\n \"error - max\" {curve}\n \"Max Track Error\" {curve x53 0 x151 0}\n \"Max Error\" {curve x53 0 x151 0}}\n numberFeatures 75\n featureThreshold 1e-05\n featureSeparation 9\n minTrackLength 5\n matchThreshold 0.09\n smoothnessThreshold 0.04\n consistencyThreshold 0.054\n name si_ct\n tile_color 0xff\n xpos 300\n ypos 38\n }\n Shuffle {\n red black\n green black\n blue black\n alpha black\n name si_switch\n tile_color 0xff\n xpos 300\n ypos 274\n disable {{parent.Option_Output!=2 x63 0}}\n }\n Merge2 {\n inputs 2\n Bchannels {rgba.red rgba.green rgba.blue -rgba.alpha}\n name si_mrg\n tile_color 0xff\n xpos 300\n ypos 358\n disable {{parent.Option_Output==1}}\n }\n ShuffleCopy {\n inputs 2\n in motion\n alpha alpha2\n black red\n white green\n red2 blue\n green2 alpha\n out2 motion\n name si_mrg_mv\n tile_color 0xff\n xpos 300\n ypos 436\n disable {{1-parent.displayMotion}}\n }\n ShuffleCopy {\n inputs 2\n in si_trans\n alpha alpha2\n black red\n white green\n red2 black\n green2 black\n out2 si_trans\n name si_mrg_st\n tile_color 0xff\n xpos 300\n ypos 495\n disable {{1-parent.displayDiffrence}}\n }\n Shuffle {\n in si_trans\n name Shuffle1\n xpos 300\n ypos 540\n disable {{parent.Option_Output!=3}}\n }\n Output {\n name Output1\n tile_color 0xff\n xpos 300\n ypos 578\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_iBlurU.gizmo", "content": "Group {\nname iBlurU\nhelp \"iBlur v1.0\\n\\nThis gizmo should work like the iBlur from Shake. I'm still missing a ramped blur in nuke, especially for technical stuff, where a zBlur is just not the right thing (and also too slow).\"\ntile_color 0xcc804eff\nselected true\naddUserKnob {20 Controls}\naddUserKnob {41 channels t \"Select the channels you want to iBlur.\" T Blur11.channels}\naddUserKnob {26 divider2 l \" \" T \" \"}\naddUserKnob {14 blur l \"blur size\" R 0 100}\nblur 10\naddUserKnob {4 blur_type l \"blur type\" t \"The gizmo is indeed using Nuke's 'Blur' or 'Defocus'. You know the difference!\" M {blur \"defocus \" \"\" \"\" \"\"}}\naddUserKnob {4 quality t \"This gizmo blurs the image in blended in slices. \\nMore slices mean more accurate blur-ramp, and also more rendertime. \\n\\nfast = 7 slices\\naccurate = 13 slices\" M {fast accurate \"\" \"\"}}\nquality accurate\naddUserKnob {26 spacer l \" \" T \" \"}\naddUserKnob {26 divider l \"\" +STARTLINE}\naddUserKnob {26 credit l \"\" +STARTLINE T \"iBlur v2.0 | moritz eiche | 2011\\nModified by Tony Lyons 2019\"}\n}\nBackdropNode {\ninputs 0\nname BackdropNode1\ntile_color 0x2e2e2eff\nnote_font_size 42\nxpos 32\nypos -426\nbdwidth 2731\nbdheight 633\n}\nBackdropNode {\ninputs 0\nname BackdropNode2\ntile_color 0x262626ff\nnote_font_size 42\nxpos 114\nypos -367\nbdwidth 2572\nbdheight 269\n}\nBackdropNode {\ninputs 0\nname BackdropNode3\ntile_color 0x262626ff\nnote_font_size 42\nxpos 115\nypos -83\nbdwidth 2573\nbdheight 236\n}\nBackdropNode {\ninputs 0\nname BackdropNode4\ntile_color 0x2e2e2eff\nnote_font_size 42\nxpos 33\nypos 320\nbdwidth 2733\nbdheight 625\n}\nBackdropNode {\ninputs 0\nname BackdropNode5\ntile_color 0x262626ff\nnote_font_size 42\nxpos 108\nypos 373\nbdwidth 2572\nbdheight 269\n}\nBackdropNode {\ninputs 0\nname BackdropNode6\ntile_color 0x262626ff\nnote_font_size 42\nxpos 109\nypos 652\nbdwidth 2575\nbdheight 237\n}\nInput {\ninputs 0\nname mask\nlabel a\nxpos -113\nypos -764\nnumber 1\n}\nDot {\nname Dot6\nxpos -79\nypos -312\n}\nset N54d9edd0 [stack 0]\nDot {\nname Dot87\nxpos -79\nypos -51\n}\nset N8b910580 [stack 0]\nDot {\nname Dot57\nxpos -79\nypos 430\n}\nset Nc7009840 [stack 0]\nDot {\nname Dot2\nxpos 246\nypos 430\n}\nset N10369570 [stack 0]\nDot {\nname Dot4\nxpos 445\nypos 430\n}\nset N2afcf8e0 [stack 0]\nDot {\nname Dot32\nxpos 651\nypos 430\n}\nset N5102fee0 [stack 0]\nDot {\nname Dot33\nxpos 850\nypos 430\n}\nset N8b964150 [stack 0]\nDot {\nname Dot34\nxpos 1045\nypos 430\n}\nset N6b6fc4a0 [stack 0]\nDot {\nname Dot35\nxpos 1233\nypos 429\n}\nset N13bf2150 [stack 0]\nDot {\nname Dot36\nxpos 1438\nypos 429\n}\nset Nd0d7fa20 [stack 0]\nDot {\nname Dot37\nxpos 1634\nypos 429\n}\nset N8a3cb40 [stack 0]\nDot {\nname Dot38\nxpos 1834\nypos 429\n}\nset N907f6050 [stack 0]\nDot {\nname Dot39\nxpos 2036\nypos 429\n}\nset N9100fc40 [stack 0]\nDot {\nname Dot40\nxpos 2234\nypos 429\n}\nset Nda464fd0 [stack 0]\nDot {\nname Dot41\nxpos 2432\nypos 428\n}\nset N68dfe380 [stack 0]\nDot {\nname Dot42\nxpos 2624\nypos 428\n}\nGrade {\nchannels rgba\nblackpoint 0.9\nwhite_clamp true\nname Grade12\nxpos 2590\nypos 521\n}\nInput {\ninputs 0\nname image\nlabel rgba\nxpos -282\nypos -767\n}\nDot {\nname Dot1\nxpos -248\nypos -272\n}\nset N6b8fb770 [stack 0]\nDot {\nname Dot25\nxpos -248\nypos -155\n}\nset N4f496420 [stack 0]\nDot {\nname Dot86\nxpos -248\nypos -11\n}\nset N4f4c5620 [stack 0]\nDot {\nname Dot88\nxpos -248\nypos 106\n}\nset N4f489320 [stack 0]\nDot {\nname Dot58\nxpos -248\nypos 470\n}\nset Nf7706220 [stack 0]\nDot {\nname Dot43\nxpos 152\nypos 470\n}\nset Nf72eff00 [stack 0]\nDot {\nname Dot44\nxpos 354\nypos 470\n}\nset N43be6090 [stack 0]\nDot {\nname Dot45\nxpos 557\nypos 470\n}\nset N4d7f68a0 [stack 0]\nDot {\nname Dot46\nxpos 756\nypos 470\n}\nset N2f850e30 [stack 0]\nDot {\nname Dot47\nxpos 954\nypos 470\n}\nset N669d1830 [stack 0]\nDot {\nname Dot48\nxpos 1142\nypos 469\n}\nset N1004e930 [stack 0]\nDot {\nname Dot49\nxpos 1347\nypos 469\n}\nset N11593d60 [stack 0]\nDot {\nname Dot50\nxpos 1543\nypos 469\n}\nset N4f49b310 [stack 0]\nDot {\nname Dot51\nxpos 1743\nypos 469\n}\nset N4f4db8e0 [stack 0]\nDot {\nname Dot52\nxpos 1945\nypos 469\n}\nset Nfa6c9cc0 [stack 0]\nDot {\nname Dot53\nxpos 2143\nypos 469\n}\nset N3fff2230 [stack 0]\nDot {\nname Dot54\nxpos 2341\nypos 468\n}\nset N6382d460 [stack 0]\nDot {\nname Dot55\nxpos 2533\nypos 468\n}\nDefocus {\nchannels {{{parent.Blur11.channels}}}\nscale {{blur} {blur}}\nname Defocus13\nxpos 2499\nypos 521\n}\npush $N68dfe380\nGrade {\nchannels rgba\nblackpoint 0.8\nwhitepoint 0.9\nwhite_clamp true\nname Grade15\nxpos 2398\nypos 521\n}\npush $N6382d460\nDefocus {\nchannels {{{parent.Blur11.channels}}}\nscale {{blur/10*9} {blur/10*9}}\nname Defocus12\nxpos 2307\nypos 520\n}\npush $Nda464fd0\nGrade {\nchannels rgba\nblackpoint 0.7\nwhitepoint 0.8\nwhite_clamp true\nname Grade16\nxpos 2200\nypos 521\n}\npush $N3fff2230\nDefocus {\nchannels {{{parent.Blur11.channels}}}\nscale {{blur/10*8} {blur/10*8}}\nname Defocus11\nxpos 2109\nypos 522\n}\npush $N9100fc40\nGrade {\nchannels rgba\nblackpoint 0.6\nwhitepoint 0.7\nwhite_clamp true\nname Grade17\nxpos 2002\nypos 521\n}\npush $Nfa6c9cc0\nDefocus {\nchannels {{{parent.Blur11.channels}}}\nscale {{blur/10*7} {blur/10*7}}\nname Defocus10\nxpos 1911\nypos 521\n}\npush $N907f6050\nGrade {\nchannels rgba\nblackpoint 0.5\nwhitepoint 0.6\nwhite_clamp true\nname Grade18\nxpos 1800\nypos 521\n}\npush $N4f4db8e0\nDefocus {\nchannels {{{parent.Blur11.channels}}}\nscale {{blur/10*6} {blur/10*6}}\nname Defocus9\nxpos 1709\nypos 521\n}\npush $N8a3cb40\nGrade {\nchannels rgba\nblackpoint 0.4\nwhitepoint 0.5\nwhite_clamp true\nname Grade19\nxpos 1600\nypos 521\n}\npush $N4f49b310\nDefocus {\nchannels {{{parent.Blur11.channels}}}\nscale {{blur/10*5} {blur/10*5}}\nname Defocus8\nxpos 1509\nypos 521\n}\npush $Nd0d7fa20\nGrade {\nchannels rgba\nblackpoint 0.3\nwhitepoint 0.4\nwhite_clamp true\nname Grade20\nxpos 1404\nypos 521\n}\npush $N11593d60\nDefocus {\nchannels {{{parent.Blur11.channels}}}\nscale {{blur/10*4} {blur/10*4}}\nname Defocus7\nxpos 1313\nypos 521\n}\npush $N13bf2150\nGrade {\nchannels rgba\nblackpoint 0.2\nwhitepoint 0.3\nwhite_clamp true\nname Grade21\nxpos 1199\nypos 521\n}\npush $N1004e930\nDefocus {\nchannels {{{parent.Blur11.channels}}}\nscale {{blur/10*3} {blur/10*3}}\nname Defocus6\nxpos 1108\nypos 522\n}\npush $N6b6fc4a0\nGrade {\nchannels rgba\nblackpoint 0.1\nwhitepoint 0.2\nwhite_clamp true\nname Grade22\nxpos 1011\nypos 521\n}\npush $N669d1830\nDefocus {\nchannels {{{parent.Blur11.channels}}}\nscale {{blur/10*2} {blur/10*2}}\nname Defocus5\nxpos 920\nypos 524\n}\npush $N8b964150\nGrade {\nchannels rgba\nblackpoint 0.075\nwhitepoint 0.1\nwhite_clamp true\nname Grade23\nxpos 816\nypos 521\n}\npush $N2f850e30\nDefocus {\nchannels {{{parent.Blur11.channels}}}\nscale {{blur/10} {blur/10}}\nname Defocus4\nxpos 722\nypos 522\n}\npush $N5102fee0\nGrade {\nchannels rgba\nblackpoint 0.05\nwhitepoint 0.075\nwhite_clamp true\nname Grade24\nxpos 617\nypos 521\n}\npush $N4d7f68a0\nDefocus {\nchannels {{{parent.Blur11.channels}}}\nscale {{blur/10/4*3} {blur/10/4*3}}\nname Defocus3\nxpos 523\nypos 520\n}\npush $N2afcf8e0\nGrade {\nchannels rgba\nblackpoint 0.025\nwhitepoint 0.05\nwhite_clamp true\nname Grade25\nxpos 411\nypos 521\n}\npush $N43be6090\nDefocus {\nchannels {{{parent.Blur11.channels}}}\nscale {{blur/10/4*2} {blur/10/4*2}}\nname Defocus2\nxpos 320\nypos 519\n}\npush $N10369570\nGrade {\nchannels rgba\nwhitepoint 0.025\nwhite_clamp true\nname Grade26\nxpos 212\nypos 521\n}\npush $Nf72eff00\nDefocus {\nchannels {{{parent.Blur11.channels}}}\nscale {{blur/10/4} {blur/10/4}}\nname Defocus1\nxpos 118\nypos 518\n}\npush $Nf7706220\nDot {\nname Dot56\nxpos -248\nypos 587\n}\nset N4d9ced90 [stack 0]\nGroup {\ninputs 3\nname KeymixBBox\ntile_color 0x4b5ec6ff\nxpos 118\nypos 577\naddUserKnob {20 KeymixBBox}\naddUserKnob {41 channels T Keymix8.channels}\naddUserKnob {41 maskChannel l \"mask channel\" T Keymix8.maskChannel}\naddUserKnob {41 invertMask l invert -STARTLINE T Keymix8.invertMask}\naddUserKnob {41 mix T Keymix8.mix}\naddUserKnob {41 bbox l \"Set BBox to\" T Keymix8.bbox}\n}\nInput {\ninputs 0\nname InputA\nxpos 189\nypos -485\nnumber 1\n}\nset N4d9dc9c0 [stack 0]\nInput {\ninputs 0\nname Inputmask\nxpos 531\nypos -493\nnumber 2\n}\nset N4d9e1580 [stack 0]\npush $N4d9dc9c0\nMerge2 {\ninputs 2\noperation plus\nbbox intersection\nname Merge1\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nxpos 285\nypos -410\n}\nMerge2 {\ninputs 2\nname Merge2\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nselected true\nxpos 285\nypos -365\n}\nset N669e1cd0 [stack 0]\npush $N4d9e1580\nCopyBBox {\ninputs 2\nname CopyBBox2\nxpos 531\nypos -259\n}\npush $N669e1cd0\npush $N4d9dc9c0\nCopyBBox {\ninputs 2\nname CopyBBox1\nxpos 189\nypos -259\n}\nInput {\ninputs 0\nname InputB\nxpos 378\nypos -493\n}\nKeymix {\ninputs 3\nname Keymix8\nxpos 378\nypos -259\n}\nOutput {\nname Output1\nxpos 378\nypos -158\n}\nend_group\nGroup {\ninputs 3\nname KeymixBBox1\ntile_color 0x4b5ec6ff\nxpos 320\nypos 577\naddUserKnob {20 KeymixBBox}\naddUserKnob {41 channels T Keymix8.channels}\naddUserKnob {41 maskChannel l \"mask channel\" T Keymix8.maskChannel}\naddUserKnob {41 invertMask l invert -STARTLINE T Keymix8.invertMask}\naddUserKnob {41 mix T Keymix8.mix}\naddUserKnob {41 bbox l \"Set BBox to\" T Keymix8.bbox}\n}\nInput {\ninputs 0\nname InputA\nxpos 189\nypos -485\nnumber 1\n}\nset Nc6f6b840 [stack 0]\nInput {\ninputs 0\nname Inputmask\nxpos 531\nypos -493\nnumber 2\n}\nset Nc6f703e0 [stack 0]\npush $Nc6f6b840\nMerge2 {\ninputs 2\noperation plus\nbbox intersection\nname Merge1\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nxpos 285\nypos -410\n}\nMerge2 {\ninputs 2\nname Merge2\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nselected true\nxpos 285\nypos -365\n}\nset Nc6f852b0 [stack 0]\npush $Nc6f703e0\nCopyBBox {\ninputs 2\nname CopyBBox2\nxpos 531\nypos -259\n}\npush $Nc6f852b0\npush $Nc6f6b840\nCopyBBox {\ninputs 2\nname CopyBBox1\nxpos 189\nypos -259\n}\nInput {\ninputs 0\nname InputB\nxpos 378\nypos -493\n}\nKeymix {\ninputs 3\nname Keymix8\nxpos 378\nypos -259\n}\nOutput {\nname Output1\nxpos 378\nypos -158\n}\nend_group\nGroup {\ninputs 3\nname KeymixBBox2\ntile_color 0x4b5ec6ff\nxpos 523\nypos 577\naddUserKnob {20 KeymixBBox}\naddUserKnob {41 channels T Keymix8.channels}\naddUserKnob {41 maskChannel l \"mask channel\" T Keymix8.maskChannel}\naddUserKnob {41 invertMask l invert -STARTLINE T Keymix8.invertMask}\naddUserKnob {41 mix T Keymix8.mix}\naddUserKnob {41 bbox l \"Set BBox to\" T Keymix8.bbox}\n}\nInput {\ninputs 0\nname InputA\nxpos 189\nypos -485\nnumber 1\n}\nset Nc2e660b0 [stack 0]\nInput {\ninputs 0\nname Inputmask\nxpos 531\nypos -493\nnumber 2\n}\nset N2ff015f0 [stack 0]\npush $Nc2e660b0\nMerge2 {\ninputs 2\noperation plus\nbbox intersection\nname Merge1\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nxpos 285\nypos -410\n}\nMerge2 {\ninputs 2\nname Merge2\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nselected true\nxpos 285\nypos -365\n}\nset N2ff164c0 [stack 0]\npush $N2ff015f0\nCopyBBox {\ninputs 2\nname CopyBBox2\nxpos 531\nypos -259\n}\npush $N2ff164c0\npush $Nc2e660b0\nCopyBBox {\ninputs 2\nname CopyBBox1\nxpos 189\nypos -259\n}\nInput {\ninputs 0\nname InputB\nxpos 378\nypos -493\n}\nKeymix {\ninputs 3\nname Keymix8\nxpos 378\nypos -259\n}\nOutput {\nname Output1\nxpos 378\nypos -158\n}\nend_group\nGroup {\ninputs 3\nname KeymixBBox3\ntile_color 0x4b5ec6ff\nxpos 722\nypos 577\naddUserKnob {20 KeymixBBox}\naddUserKnob {41 channels T Keymix8.channels}\naddUserKnob {41 maskChannel l \"mask channel\" T Keymix8.maskChannel}\naddUserKnob {41 invertMask l invert -STARTLINE T Keymix8.invertMask}\naddUserKnob {41 mix T Keymix8.mix}\naddUserKnob {41 bbox l \"Set BBox to\" T Keymix8.bbox}\n}\nInput {\ninputs 0\nname InputA\nxpos 189\nypos -485\nnumber 1\n}\nset N64546550 [stack 0]\nInput {\ninputs 0\nname Inputmask\nxpos 531\nypos -493\nnumber 2\n}\nset N6454b110 [stack 0]\npush $N64546550\nMerge2 {\ninputs 2\noperation plus\nbbox intersection\nname Merge1\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nxpos 285\nypos -410\n}\nMerge2 {\ninputs 2\nname Merge2\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nselected true\nxpos 285\nypos -365\n}\nset Nf75c1470 [stack 0]\npush $N6454b110\nCopyBBox {\ninputs 2\nname CopyBBox2\nxpos 531\nypos -259\n}\npush $Nf75c1470\npush $N64546550\nCopyBBox {\ninputs 2\nname CopyBBox1\nxpos 189\nypos -259\n}\nInput {\ninputs 0\nname InputB\nxpos 378\nypos -493\n}\nKeymix {\ninputs 3\nname Keymix8\nxpos 378\nypos -259\n}\nOutput {\nname Output1\nxpos 378\nypos -158\n}\nend_group\nGroup {\ninputs 3\nname KeymixBBox4\ntile_color 0x4b5ec6ff\nxpos 920\nypos 577\naddUserKnob {20 KeymixBBox}\naddUserKnob {41 channels T Keymix8.channels}\naddUserKnob {41 maskChannel l \"mask channel\" T Keymix8.maskChannel}\naddUserKnob {41 invertMask l invert -STARTLINE T Keymix8.invertMask}\naddUserKnob {41 mix T Keymix8.mix}\naddUserKnob {41 bbox l \"Set BBox to\" T Keymix8.bbox}\n}\nInput {\ninputs 0\nname InputA\nxpos 189\nypos -485\nnumber 1\n}\nset N7234bc20 [stack 0]\nInput {\ninputs 0\nname Inputmask\nxpos 531\nypos -493\nnumber 2\n}\nset N723507e0 [stack 0]\npush $N7234bc20\nMerge2 {\ninputs 2\noperation plus\nbbox intersection\nname Merge1\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nxpos 285\nypos -410\n}\nMerge2 {\ninputs 2\nname Merge2\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nselected true\nxpos 285\nypos -365\n}\nset N723656c0 [stack 0]\npush $N723507e0\nCopyBBox {\ninputs 2\nname CopyBBox2\nxpos 531\nypos -259\n}\npush $N723656c0\npush $N7234bc20\nCopyBBox {\ninputs 2\nname CopyBBox1\nxpos 189\nypos -259\n}\nInput {\ninputs 0\nname InputB\nxpos 378\nypos -493\n}\nKeymix {\ninputs 3\nname Keymix8\nxpos 378\nypos -259\n}\nOutput {\nname Output1\nxpos 378\nypos -158\n}\nend_group\nGroup {\ninputs 3\nname KeymixBBox5\ntile_color 0x4b5ec6ff\nxpos 1108\nypos 577\naddUserKnob {20 KeymixBBox}\naddUserKnob {41 channels T Keymix8.channels}\naddUserKnob {41 maskChannel l \"mask channel\" T Keymix8.maskChannel}\naddUserKnob {41 invertMask l invert -STARTLINE T Keymix8.invertMask}\naddUserKnob {41 mix T Keymix8.mix}\naddUserKnob {41 bbox l \"Set BBox to\" T Keymix8.bbox}\n}\nInput {\ninputs 0\nname InputA\nxpos 189\nypos -485\nnumber 1\n}\nset N8d44e9f0 [stack 0]\nInput {\ninputs 0\nname Inputmask\nxpos 531\nypos -493\nnumber 2\n}\nset N8d4535b0 [stack 0]\npush $N8d44e9f0\nMerge2 {\ninputs 2\noperation plus\nbbox intersection\nname Merge1\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nxpos 285\nypos -410\n}\nMerge2 {\ninputs 2\nname Merge2\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nselected true\nxpos 285\nypos -365\n}\nset N8d468480 [stack 0]\npush $N8d4535b0\nCopyBBox {\ninputs 2\nname CopyBBox2\nxpos 531\nypos -259\n}\npush $N8d468480\npush $N8d44e9f0\nCopyBBox {\ninputs 2\nname CopyBBox1\nxpos 189\nypos -259\n}\nInput {\ninputs 0\nname InputB\nxpos 378\nypos -493\n}\nKeymix {\ninputs 3\nname Keymix8\nxpos 378\nypos -259\n}\nOutput {\nname Output1\nxpos 378\nypos -158\n}\nend_group\nGroup {\ninputs 3\nname KeymixBBox6\ntile_color 0x4b5ec6ff\nxpos 1313\nypos 577\naddUserKnob {20 KeymixBBox}\naddUserKnob {41 channels T Keymix8.channels}\naddUserKnob {41 maskChannel l \"mask channel\" T Keymix8.maskChannel}\naddUserKnob {41 invertMask l invert -STARTLINE T Keymix8.invertMask}\naddUserKnob {41 mix T Keymix8.mix}\naddUserKnob {41 bbox l \"Set BBox to\" T Keymix8.bbox}\n}\nInput {\ninputs 0\nname InputA\nxpos 189\nypos -485\nnumber 1\n}\nset N258f4090 [stack 0]\nInput {\ninputs 0\nname Inputmask\nxpos 531\nypos -493\nnumber 2\n}\nset Ndf8c40e0 [stack 0]\npush $N258f4090\nMerge2 {\ninputs 2\noperation plus\nbbox intersection\nname Merge1\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nxpos 285\nypos -410\n}\nMerge2 {\ninputs 2\nname Merge2\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nselected true\nxpos 285\nypos -365\n}\nset Ndf8d8fb0 [stack 0]\npush $Ndf8c40e0\nCopyBBox {\ninputs 2\nname CopyBBox2\nxpos 531\nypos -259\n}\npush $Ndf8d8fb0\npush $N258f4090\nCopyBBox {\ninputs 2\nname CopyBBox1\nxpos 189\nypos -259\n}\nInput {\ninputs 0\nname InputB\nxpos 378\nypos -493\n}\nKeymix {\ninputs 3\nname Keymix8\nxpos 378\nypos -259\n}\nOutput {\nname Output1\nxpos 378\nypos -158\n}\nend_group\nGroup {\ninputs 3\nname KeymixBBox7\ntile_color 0x4b5ec6ff\nxpos 1509\nypos 577\naddUserKnob {20 KeymixBBox}\naddUserKnob {41 channels T Keymix8.channels}\naddUserKnob {41 maskChannel l \"mask channel\" T Keymix8.maskChannel}\naddUserKnob {41 invertMask l invert -STARTLINE T Keymix8.invertMask}\naddUserKnob {41 mix T Keymix8.mix}\naddUserKnob {41 bbox l \"Set BBox to\" T Keymix8.bbox}\n}\nInput {\ninputs 0\nname InputA\nxpos 189\nypos -485\nnumber 1\n}\nset Nc6ff6460 [stack 0]\nInput {\ninputs 0\nname Inputmask\nxpos 531\nypos -493\nnumber 2\n}\nset Nc6ffb020 [stack 0]\npush $Nc6ff6460\nMerge2 {\ninputs 2\noperation plus\nbbox intersection\nname Merge1\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nxpos 285\nypos -410\n}\nMerge2 {\ninputs 2\nname Merge2\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nselected true\nxpos 285\nypos -365\n}\nset Nc7032e20 [stack 0]\npush $Nc6ffb020\nCopyBBox {\ninputs 2\nname CopyBBox2\nxpos 531\nypos -259\n}\npush $Nc7032e20\npush $Nc6ff6460\nCopyBBox {\ninputs 2\nname CopyBBox1\nxpos 189\nypos -259\n}\nInput {\ninputs 0\nname InputB\nxpos 378\nypos -493\n}\nKeymix {\ninputs 3\nname Keymix8\nxpos 378\nypos -259\n}\nOutput {\nname Output1\nxpos 378\nypos -158\n}\nend_group\nGroup {\ninputs 3\nname KeymixBBox9\ntile_color 0x4b5ec6ff\nxpos 1709\nypos 577\naddUserKnob {20 KeymixBBox}\naddUserKnob {41 channels T Keymix8.channels}\naddUserKnob {41 maskChannel l \"mask channel\" T Keymix8.maskChannel}\naddUserKnob {41 invertMask l invert -STARTLINE T Keymix8.invertMask}\naddUserKnob {41 mix T Keymix8.mix}\naddUserKnob {41 bbox l \"Set BBox to\" T Keymix8.bbox}\n}\nInput {\ninputs 0\nname InputA\nxpos 189\nypos -485\nnumber 1\n}\nset N89e6bd50 [stack 0]\nInput {\ninputs 0\nname Inputmask\nxpos 531\nypos -493\nnumber 2\n}\nset N89e70910 [stack 0]\npush $N89e6bd50\nMerge2 {\ninputs 2\noperation plus\nbbox intersection\nname Merge1\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nxpos 285\nypos -410\n}\nMerge2 {\ninputs 2\nname Merge2\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nselected true\nxpos 285\nypos -365\n}\nset Ne70b340 [stack 0]\npush $N89e70910\nCopyBBox {\ninputs 2\nname CopyBBox2\nxpos 531\nypos -259\n}\npush $Ne70b340\npush $N89e6bd50\nCopyBBox {\ninputs 2\nname CopyBBox1\nxpos 189\nypos -259\n}\nInput {\ninputs 0\nname InputB\nxpos 378\nypos -493\n}\nKeymix {\ninputs 3\nname Keymix8\nxpos 378\nypos -259\n}\nOutput {\nname Output1\nxpos 378\nypos -158\n}\nend_group\nGroup {\ninputs 3\nname KeymixBBox10\ntile_color 0x4b5ec6ff\nxpos 1911\nypos 577\naddUserKnob {20 KeymixBBox}\naddUserKnob {41 channels T Keymix8.channels}\naddUserKnob {41 maskChannel l \"mask channel\" T Keymix8.maskChannel}\naddUserKnob {41 invertMask l invert -STARTLINE T Keymix8.invertMask}\naddUserKnob {41 mix T Keymix8.mix}\naddUserKnob {41 bbox l \"Set BBox to\" T Keymix8.bbox}\n}\nInput {\ninputs 0\nname InputA\nxpos 189\nypos -485\nnumber 1\n}\nset N18f1c870 [stack 0]\nInput {\ninputs 0\nname Inputmask\nxpos 531\nypos -493\nnumber 2\n}\nset N18f21430 [stack 0]\npush $N18f1c870\nMerge2 {\ninputs 2\noperation plus\nbbox intersection\nname Merge1\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nxpos 285\nypos -410\n}\nMerge2 {\ninputs 2\nname Merge2\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nselected true\nxpos 285\nypos -365\n}\nset N18f36300 [stack 0]\npush $N18f21430\nCopyBBox {\ninputs 2\nname CopyBBox2\nxpos 531\nypos -259\n}\npush $N18f36300\npush $N18f1c870\nCopyBBox {\ninputs 2\nname CopyBBox1\nxpos 189\nypos -259\n}\nInput {\ninputs 0\nname InputB\nxpos 378\nypos -493\n}\nKeymix {\ninputs 3\nname Keymix8\nxpos 378\nypos -259\n}\nOutput {\nname Output1\nxpos 378\nypos -158\n}\nend_group\nGroup {\ninputs 3\nname KeymixBBox11\ntile_color 0x4b5ec6ff\nxpos 2109\nypos 577\naddUserKnob {20 KeymixBBox}\naddUserKnob {41 channels T Keymix8.channels}\naddUserKnob {41 maskChannel l \"mask channel\" T Keymix8.maskChannel}\naddUserKnob {41 invertMask l invert -STARTLINE T Keymix8.invertMask}\naddUserKnob {41 mix T Keymix8.mix}\naddUserKnob {41 bbox l \"Set BBox to\" T Keymix8.bbox}\n}\nInput {\ninputs 0\nname InputA\nxpos 189\nypos -485\nnumber 1\n}\nset Nf6cb2bc0 [stack 0]\nInput {\ninputs 0\nname Inputmask\nxpos 531\nypos -493\nnumber 2\n}\nset Nf6cb7780 [stack 0]\npush $Nf6cb2bc0\nMerge2 {\ninputs 2\noperation plus\nbbox intersection\nname Merge1\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nxpos 285\nypos -410\n}\nMerge2 {\ninputs 2\nname Merge2\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nselected true\nxpos 285\nypos -365\n}\nset Nf6ccc650 [stack 0]\npush $Nf6cb7780\nCopyBBox {\ninputs 2\nname CopyBBox2\nxpos 531\nypos -259\n}\npush $Nf6ccc650\npush $Nf6cb2bc0\nCopyBBox {\ninputs 2\nname CopyBBox1\nxpos 189\nypos -259\n}\nInput {\ninputs 0\nname InputB\nxpos 378\nypos -493\n}\nKeymix {\ninputs 3\nname Keymix8\nxpos 378\nypos -259\n}\nOutput {\nname Output1\nxpos 378\nypos -158\n}\nend_group\nGroup {\ninputs 3\nname KeymixBBox12\ntile_color 0x4b5ec6ff\nxpos 2307\nypos 577\naddUserKnob {20 KeymixBBox}\naddUserKnob {41 channels T Keymix8.channels}\naddUserKnob {41 maskChannel l \"mask channel\" T Keymix8.maskChannel}\naddUserKnob {41 invertMask l invert -STARTLINE T Keymix8.invertMask}\naddUserKnob {41 mix T Keymix8.mix}\naddUserKnob {41 bbox l \"Set BBox to\" T Keymix8.bbox}\n}\nInput {\ninputs 0\nname InputA\nxpos 189\nypos -485\nnumber 1\n}\nset N437f25e0 [stack 0]\nInput {\ninputs 0\nname Inputmask\nxpos 531\nypos -493\nnumber 2\n}\nset N437f71a0 [stack 0]\npush $N437f25e0\nMerge2 {\ninputs 2\noperation plus\nbbox intersection\nname Merge1\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nxpos 285\nypos -410\n}\nMerge2 {\ninputs 2\nname Merge2\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nselected true\nxpos 285\nypos -365\n}\nset N5bccf4c0 [stack 0]\npush $N437f71a0\nCopyBBox {\ninputs 2\nname CopyBBox2\nxpos 531\nypos -259\n}\npush $N5bccf4c0\npush $N437f25e0\nCopyBBox {\ninputs 2\nname CopyBBox1\nxpos 189\nypos -259\n}\nInput {\ninputs 0\nname InputB\nxpos 378\nypos -493\n}\nKeymix {\ninputs 3\nname Keymix8\nxpos 378\nypos -259\n}\nOutput {\nname Output1\nxpos 378\nypos -158\n}\nend_group\nGroup {\ninputs 3\nname KeymixBBox13\ntile_color 0x4b5ec6ff\nxpos 2499\nypos 577\naddUserKnob {20 KeymixBBox}\naddUserKnob {41 channels T Keymix8.channels}\naddUserKnob {41 maskChannel l \"mask channel\" T Keymix8.maskChannel}\naddUserKnob {41 invertMask l invert -STARTLINE T Keymix8.invertMask}\naddUserKnob {41 mix T Keymix8.mix}\naddUserKnob {41 bbox l \"Set BBox to\" T Keymix8.bbox}\n}\nInput {\ninputs 0\nname InputA\nxpos 189\nypos -485\nnumber 1\n}\nset N7b4bec30 [stack 0]\nInput {\ninputs 0\nname Inputmask\nxpos 531\nypos -493\nnumber 2\n}\nset N7b4c37f0 [stack 0]\npush $N7b4bec30\nMerge2 {\ninputs 2\noperation plus\nbbox intersection\nname Merge1\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nxpos 285\nypos -410\n}\nMerge2 {\ninputs 2\nname Merge2\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nselected true\nxpos 285\nypos -365\n}\nset Na7e01fa0 [stack 0]\npush $N7b4c37f0\nCopyBBox {\ninputs 2\nname CopyBBox2\nxpos 531\nypos -259\n}\npush $Na7e01fa0\npush $N7b4bec30\nCopyBBox {\ninputs 2\nname CopyBBox1\nxpos 189\nypos -259\n}\nInput {\ninputs 0\nname InputB\nxpos 378\nypos -493\n}\nKeymix {\ninputs 3\nname Keymix8\nxpos 378\nypos -259\n}\nOutput {\nname Output1\nxpos 378\nypos -158\n}\nend_group\nDot {\nname Dot67\nxpos 2886\nypos 587\n}\npush $Nc7009840\nDot {\nname Dot105\nxpos -79\nypos 688\n}\nDot {\nname Dot62\nxpos 244\nypos 687\n}\nset N5f813960 [stack 0]\nDot {\nname Dot65\nxpos 443\nypos 687\n}\nset Na25edc30 [stack 0]\nDot {\nname Dot69\nxpos 848\nypos 687\n}\nset Na25f26c0 [stack 0]\nDot {\nname Dot71\nxpos 1245\nypos 687\n}\nset Na25f7280 [stack 0]\nDot {\nname Dot82\nxpos 1635\nypos 686\n}\nset Na25fbdd0 [stack 0]\nDot {\nname Dot89\nxpos 2036\nypos 686\n}\nset Na2600990 [stack 0]\nDot {\nname Dot91\nxpos 2622\nypos 685\n}\nGrade {\nchannels rgba\nblackpoint 0.7\nwhite_clamp true\nname Grade28\nxpos 2588\nypos 778\n}\npush $N4d9ced90\nDot {\nname Dot106\nxpos -248\nypos 728\n}\nset N2a8baa60 [stack 0]\nDot {\nname Dot92\nxpos 150\nypos 727\n}\nset N2a8bf430 [stack 0]\nDot {\nname Dot93\nxpos 352\nypos 727\n}\nset N2a8c3ff0 [stack 0]\nDot {\nname Dot95\nxpos 754\nypos 727\n}\nset N2a8c8b40 [stack 0]\nDot {\nname Dot96\nxpos 1154\nypos 727\n}\nset N2a8cdce0 [stack 0]\nDot {\nname Dot100\nxpos 1544\nypos 726\n}\nset N2a8d2580 [stack 0]\nDot {\nname Dot102\nxpos 1945\nypos 726\n}\nset N2a8d7140 [stack 0]\nDot {\nname Dot104\nxpos 2531\nypos 725\n}\nDefocus {\nchannels {{{parent.Blur11.channels}}}\nscale {{blur} {blur}}\nname Defocus14\nxpos 2497\nypos 779\n}\npush $Na2600990\nGrade {\nchannels rgba\nblackpoint 0.5\nwhitepoint 0.7\nwhite_clamp true\nname Grade32\nxpos 2002\nypos 779\n}\npush $N2a8d7140\nDefocus {\nchannels {{{parent.Blur11.channels}}}\nscale {{blur/10*7} {blur/10*7}}\nname Defocus16\nxpos 1911\nypos 778\n}\npush $Na25fbdd0\nGrade {\nchannels rgba\nblackpoint 0.3\nwhitepoint 0.5\nwhite_clamp true\nname Grade37\nxpos 1601\nypos 778\n}\npush $N2a8d2580\nDefocus {\nchannels {{{parent.Blur11.channels}}}\nscale {{blur/10*5} {blur/10*5}}\nname Defocus18\nxpos 1510\nypos 778\n}\npush $Na25f7280\nGrade {\nchannels rgba\nblackpoint 0.1\nwhitepoint 0.3\nwhite_clamp true\nname Grade43\nxpos 1211\nypos 778\n}\npush $N2a8cdce0\nDefocus {\nchannels {{{parent.Blur11.channels}}}\nscale {{blur/10*3} {blur/10*3}}\nname Defocus22\nxpos 1120\nypos 777\n}\npush $Na25f26c0\nGrade {\nchannels rgba\nblackpoint 0.05\nwhitepoint 0.1\nwhite_clamp true\nname Grade44\nxpos 814\nypos 778\n}\npush $N2a8c8b40\nDefocus {\nchannels {{{parent.Blur11.channels}}}\nscale {{blur/10} {blur/10}}\nname Defocus23\nxpos 720\nypos 778\n}\npush $Na25edc30\nGrade {\nchannels rgba\nblackpoint 0.025\nwhitepoint 0.05\nwhite_clamp true\nname Grade46\nxpos 409\nypos 778\n}\npush $N2a8c3ff0\nDefocus {\nchannels {{{parent.Blur11.channels}}}\nscale {{blur/10/4*2} {blur/10/4*2}}\nname Defocus25\nxpos 318\nypos 777\n}\npush $N5f813960\nGrade {\nchannels rgba\nwhitepoint 0.025\nwhite_clamp true\nname Grade47\nxpos 210\nypos 777\n}\npush $N2a8bf430\nDefocus {\nchannels {{{parent.Blur11.channels}}}\nscale {{blur/10/4} {blur/10/4}}\nname Defocus26\nxpos 116\nypos 778\n}\npush $N2a8baa60\nDot {\nname Dot107\nxpos -248\nypos 845\n}\nGroup {\ninputs 3\nname KeymixBBox8\ntile_color 0x4b5ec6ff\nxpos 116\nypos 835\naddUserKnob {20 KeymixBBox}\naddUserKnob {41 channels T Keymix8.channels}\naddUserKnob {41 maskChannel l \"mask channel\" T Keymix8.maskChannel}\naddUserKnob {41 invertMask l invert -STARTLINE T Keymix8.invertMask}\naddUserKnob {41 mix T Keymix8.mix}\naddUserKnob {41 bbox l \"Set BBox to\" T Keymix8.bbox}\n}\nInput {\ninputs 0\nname InputA\nxpos 189\nypos -485\nnumber 1\n}\nset Ndeecbd80 [stack 0]\nInput {\ninputs 0\nname Inputmask\nxpos 531\nypos -493\nnumber 2\n}\nset Ndeecfa60 [stack 0]\npush $Ndeecbd80\nMerge2 {\ninputs 2\noperation plus\nbbox intersection\nname Merge1\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nxpos 285\nypos -410\n}\nMerge2 {\ninputs 2\nname Merge2\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nselected true\nxpos 285\nypos -365\n}\nset Ndeeb4460 [stack 0]\npush $Ndeecfa60\nCopyBBox {\ninputs 2\nname CopyBBox2\nxpos 531\nypos -259\n}\npush $Ndeeb4460\npush $Ndeecbd80\nCopyBBox {\ninputs 2\nname CopyBBox1\nxpos 189\nypos -259\n}\nInput {\ninputs 0\nname InputB\nxpos 378\nypos -493\n}\nKeymix {\ninputs 3\nname Keymix8\nxpos 378\nypos -259\n}\nOutput {\nname Output1\nxpos 378\nypos -158\n}\nend_group\nGroup {\ninputs 3\nname KeymixBBox14\ntile_color 0x4b5ec6ff\nxpos 318\nypos 835\naddUserKnob {20 KeymixBBox}\naddUserKnob {41 channels T Keymix8.channels}\naddUserKnob {41 maskChannel l \"mask channel\" T Keymix8.maskChannel}\naddUserKnob {41 invertMask l invert -STARTLINE T Keymix8.invertMask}\naddUserKnob {41 mix T Keymix8.mix}\naddUserKnob {41 bbox l \"Set BBox to\" T Keymix8.bbox}\n}\nInput {\ninputs 0\nname InputA\nxpos 189\nypos -485\nnumber 1\n}\nset Nd726a40 [stack 0]\nInput {\ninputs 0\nname Inputmask\nxpos 531\nypos -493\nnumber 2\n}\nset Nd7141f0 [stack 0]\npush $Nd726a40\nMerge2 {\ninputs 2\noperation plus\nbbox intersection\nname Merge1\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nxpos 285\nypos -410\n}\nMerge2 {\ninputs 2\nname Merge2\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nselected true\nxpos 285\nypos -365\n}\nset Nd738430 [stack 0]\npush $Nd7141f0\nCopyBBox {\ninputs 2\nname CopyBBox2\nxpos 531\nypos -259\n}\npush $Nd738430\npush $Nd726a40\nCopyBBox {\ninputs 2\nname CopyBBox1\nxpos 189\nypos -259\n}\nInput {\ninputs 0\nname InputB\nxpos 378\nypos -493\n}\nKeymix {\ninputs 3\nname Keymix8\nxpos 378\nypos -259\n}\nOutput {\nname Output1\nxpos 378\nypos -158\n}\nend_group\nGroup {\ninputs 3\nname KeymixBBox15\ntile_color 0x4b5ec6ff\nxpos 720\nypos 836\naddUserKnob {20 KeymixBBox}\naddUserKnob {41 channels T Keymix8.channels}\naddUserKnob {41 maskChannel l \"mask channel\" T Keymix8.maskChannel}\naddUserKnob {41 invertMask l invert -STARTLINE T Keymix8.invertMask}\naddUserKnob {41 mix T Keymix8.mix}\naddUserKnob {41 bbox l \"Set BBox to\" T Keymix8.bbox}\n}\nInput {\ninputs 0\nname InputA\nxpos 189\nypos -485\nnumber 1\n}\nset Nd777010 [stack 0]\nInput {\ninputs 0\nname Inputmask\nxpos 531\nypos -493\nnumber 2\n}\nset Nd77bb50 [stack 0]\npush $Nd777010\nMerge2 {\ninputs 2\noperation plus\nbbox intersection\nname Merge1\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nxpos 285\nypos -410\n}\nMerge2 {\ninputs 2\nname Merge2\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nselected true\nxpos 285\nypos -365\n}\nset Nd79ca10 [stack 0]\npush $Nd77bb50\nCopyBBox {\ninputs 2\nname CopyBBox2\nxpos 531\nypos -259\n}\npush $Nd79ca10\npush $Nd777010\nCopyBBox {\ninputs 2\nname CopyBBox1\nxpos 189\nypos -259\n}\nInput {\ninputs 0\nname InputB\nxpos 378\nypos -493\n}\nKeymix {\ninputs 3\nname Keymix8\nxpos 378\nypos -259\n}\nOutput {\nname Output1\nxpos 378\nypos -158\n}\nend_group\nGroup {\ninputs 3\nname KeymixBBox16\ntile_color 0x4b5ec6ff\nxpos 1120\nypos 836\naddUserKnob {20 KeymixBBox}\naddUserKnob {41 channels T Keymix8.channels}\naddUserKnob {41 maskChannel l \"mask channel\" T Keymix8.maskChannel}\naddUserKnob {41 invertMask l invert -STARTLINE T Keymix8.invertMask}\naddUserKnob {41 mix T Keymix8.mix}\naddUserKnob {41 bbox l \"Set BBox to\" T Keymix8.bbox}\n}\nInput {\ninputs 0\nname InputA\nxpos 189\nypos -485\nnumber 1\n}\nset Nd7e2780 [stack 0]\nInput {\ninputs 0\nname Inputmask\nxpos 531\nypos -493\nnumber 2\n}\nset Nd7e7060 [stack 0]\npush $Nd7e2780\nMerge2 {\ninputs 2\noperation plus\nbbox intersection\nname Merge1\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nxpos 285\nypos -410\n}\nMerge2 {\ninputs 2\nname Merge2\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nselected true\nxpos 285\nypos -365\n}\nset N1f739910 [stack 0]\npush $Nd7e7060\nCopyBBox {\ninputs 2\nname CopyBBox2\nxpos 531\nypos -259\n}\npush $N1f739910\npush $Nd7e2780\nCopyBBox {\ninputs 2\nname CopyBBox1\nxpos 189\nypos -259\n}\nInput {\ninputs 0\nname InputB\nxpos 378\nypos -493\n}\nKeymix {\ninputs 3\nname Keymix8\nxpos 378\nypos -259\n}\nOutput {\nname Output1\nxpos 378\nypos -158\n}\nend_group\nGroup {\ninputs 3\nname KeymixBBox17\ntile_color 0x4b5ec6ff\nxpos 1510\nypos 836\naddUserKnob {20 KeymixBBox}\naddUserKnob {41 channels T Keymix8.channels}\naddUserKnob {41 maskChannel l \"mask channel\" T Keymix8.maskChannel}\naddUserKnob {41 invertMask l invert -STARTLINE T Keymix8.invertMask}\naddUserKnob {41 mix T Keymix8.mix}\naddUserKnob {41 bbox l \"Set BBox to\" T Keymix8.bbox}\n}\nInput {\ninputs 0\nname InputA\nxpos 189\nypos -485\nnumber 1\n}\nset N1f790aa0 [stack 0]\nInput {\ninputs 0\nname Inputmask\nxpos 531\nypos -493\nnumber 2\n}\nset N1f793db0 [stack 0]\npush $N1f790aa0\nMerge2 {\ninputs 2\noperation plus\nbbox intersection\nname Merge1\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nxpos 285\nypos -410\n}\nMerge2 {\ninputs 2\nname Merge2\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nselected true\nxpos 285\nypos -365\n}\nset N1f7a77c0 [stack 0]\npush $N1f793db0\nCopyBBox {\ninputs 2\nname CopyBBox2\nxpos 531\nypos -259\n}\npush $N1f7a77c0\npush $N1f790aa0\nCopyBBox {\ninputs 2\nname CopyBBox1\nxpos 189\nypos -259\n}\nInput {\ninputs 0\nname InputB\nxpos 378\nypos -493\n}\nKeymix {\ninputs 3\nname Keymix8\nxpos 378\nypos -259\n}\nOutput {\nname Output1\nxpos 378\nypos -158\n}\nend_group\nGroup {\ninputs 3\nname KeymixBBox18\ntile_color 0x4b5ec6ff\nxpos 1911\nypos 836\naddUserKnob {20 KeymixBBox}\naddUserKnob {41 channels T Keymix8.channels}\naddUserKnob {41 maskChannel l \"mask channel\" T Keymix8.maskChannel}\naddUserKnob {41 invertMask l invert -STARTLINE T Keymix8.invertMask}\naddUserKnob {41 mix T Keymix8.mix}\naddUserKnob {41 bbox l \"Set BBox to\" T Keymix8.bbox}\n}\nInput {\ninputs 0\nname InputA\nxpos 189\nypos -485\nnumber 1\n}\nset N1f7de7f0 [stack 0]\nInput {\ninputs 0\nname Inputmask\nxpos 531\nypos -493\nnumber 2\n}\nset N1f7e30e0 [stack 0]\npush $N1f7de7f0\nMerge2 {\ninputs 2\noperation plus\nbbox intersection\nname Merge1\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nxpos 285\nypos -410\n}\nMerge2 {\ninputs 2\nname Merge2\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nselected true\nxpos 285\nypos -365\n}\nset N1f7fb2f0 [stack 0]\npush $N1f7e30e0\nCopyBBox {\ninputs 2\nname CopyBBox2\nxpos 531\nypos -259\n}\npush $N1f7fb2f0\npush $N1f7de7f0\nCopyBBox {\ninputs 2\nname CopyBBox1\nxpos 189\nypos -259\n}\nInput {\ninputs 0\nname InputB\nxpos 378\nypos -493\n}\nKeymix {\ninputs 3\nname Keymix8\nxpos 378\nypos -259\n}\nOutput {\nname Output1\nxpos 378\nypos -158\n}\nend_group\nGroup {\ninputs 3\nname KeymixBBox19\ntile_color 0x4b5ec6ff\nxpos 2497\nypos 836\naddUserKnob {20 KeymixBBox}\naddUserKnob {41 channels T Keymix8.channels}\naddUserKnob {41 maskChannel l \"mask channel\" T Keymix8.maskChannel}\naddUserKnob {41 invertMask l invert -STARTLINE T Keymix8.invertMask}\naddUserKnob {41 mix T Keymix8.mix}\naddUserKnob {41 bbox l \"Set BBox to\" T Keymix8.bbox}\n}\nInput {\ninputs 0\nname InputA\nxpos 189\nypos -485\nnumber 1\n}\nset N14029560 [stack 0]\nInput {\ninputs 0\nname Inputmask\nxpos 531\nypos -493\nnumber 2\n}\nset N1402dd70 [stack 0]\npush $N14029560\nMerge2 {\ninputs 2\noperation plus\nbbox intersection\nname Merge1\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nxpos 285\nypos -410\n}\nMerge2 {\ninputs 2\nname Merge2\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nselected true\nxpos 285\nypos -365\n}\nset N14046820 [stack 0]\npush $N1402dd70\nCopyBBox {\ninputs 2\nname CopyBBox2\nxpos 531\nypos -259\n}\npush $N14046820\npush $N14029560\nCopyBBox {\ninputs 2\nname CopyBBox1\nxpos 189\nypos -259\n}\nInput {\ninputs 0\nname InputB\nxpos 378\nypos -493\n}\nKeymix {\ninputs 3\nname Keymix8\nxpos 378\nypos -259\n}\nOutput {\nname Output1\nxpos 378\nypos -158\n}\nend_group\nSwitch {\ninputs 2\nwhich {{quality i}}\nname Switch3\nxpos 2852\nypos 842\n}\npush $N54d9edd0\nDot {\nname Dot23\nxpos 255\nypos -312\n}\nset N28094400 [stack 0]\nDot {\nname Dot26\nxpos 454\nypos -312\n}\nset N911f8140 [stack 0]\nDot {\nname Dot28\nxpos 660\nypos -312\n}\nset N911fcd00 [stack 0]\nDot {\nname Dot30\nxpos 859\nypos -312\n}\nset N91201850 [stack 0]\nDot {\nname Dot7\nxpos 1054\nypos -312\n}\nset N91206410 [stack 0]\nDot {\nname Dot5\nxpos 1242\nypos -313\n}\nset N9120af60 [stack 0]\nDot {\nname Dot9\nxpos 1447\nypos -313\n}\nset N912101b0 [stack 0]\nDot {\nname Dot11\nxpos 1643\nypos -313\n}\nset N91214a60 [stack 0]\nDot {\nname Dot13\nxpos 1843\nypos -313\n}\nset N91219620 [stack 0]\nDot {\nname Dot15\nxpos 2045\nypos -313\n}\nset N9121e170 [stack 0]\nDot {\nname Dot17\nxpos 2243\nypos -313\n}\nset N91222d30 [stack 0]\nDot {\nname Dot19\nxpos 2441\nypos -314\n}\nset N91227880 [stack 0]\nDot {\nname Dot21\nxpos 2633\nypos -314\n}\nGrade {\nchannels rgba\nblackpoint 0.9\nwhite_clamp true\nname Grade8\nxpos 2599\nypos -225\n}\npush $N6b8fb770\nDot {\nname Dot24\nxpos 161\nypos -272\n}\nset N18f55580 [stack 0]\nDot {\nname Dot27\nxpos 363\nypos -272\n}\nset N18f59f50 [stack 0]\nDot {\nname Dot29\nxpos 566\nypos -272\n}\nset N18f5eb10 [stack 0]\nDot {\nname Dot31\nxpos 765\nypos -272\n}\nset N18f63660 [stack 0]\nDot {\nname Dot3\nxpos 963\nypos -272\n}\nset N18f68220 [stack 0]\nDot {\nname Dot8\nxpos 1151\nypos -273\n}\nset N18f6cd40 [stack 0]\nDot {\nname Dot10\nxpos 1356\nypos -273\n}\nset N18f718c0 [stack 0]\nDot {\nname Dot12\nxpos 1552\nypos -273\n}\nset N18f76440 [stack 0]\nDot {\nname Dot14\nxpos 1752\nypos -273\n}\nset N18f7afc0 [stack 0]\nDot {\nname Dot16\nxpos 1954\nypos -273\n}\nset N18f7fb40 [stack 0]\nDot {\nname Dot18\nxpos 2152\nypos -273\n}\nset N18f846c0 [stack 0]\nDot {\nname Dot20\nxpos 2350\nypos -274\n}\nset N18f89240 [stack 0]\nDot {\nname Dot22\nxpos 2542\nypos -274\n}\nBlur {\nchannels {{{parent.Blur11.channels}}}\nsize {{blur/10*10} {blur/10*10}}\nname Blur10\nxpos 2508\nypos -224\n}\npush $N91227880\nGrade {\nchannels rgba\nblackpoint 0.8\nwhitepoint 0.9\nwhite_clamp true\nname Grade7\nxpos 2407\nypos -225\n}\npush $N18f89240\nBlur {\nchannels {{{parent.Blur11.channels}}}\nsize {{blur/10*9} {blur/10*9}}\nname Blur9\nxpos 2316\nypos -225\n}\npush $N91222d30\nGrade {\nchannels rgba\nblackpoint 0.7\nwhitepoint 0.8\nwhite_clamp true\nname Grade6\nxpos 2209\nypos -225\n}\npush $N18f846c0\nBlur {\nchannels {{{parent.Blur11.channels}}}\nsize {{blur/10*8} {blur/10*8}}\nname Blur8\nxpos 2118\nypos -225\n}\npush $N9121e170\nGrade {\nchannels rgba\nblackpoint 0.6\nwhitepoint 0.7\nwhite_clamp true\nname Grade5\nxpos 2011\nypos -225\n}\npush $N18f7fb40\nBlur {\nchannels {{{parent.Blur11.channels}}}\nsize {{blur/10*7} {blur/10*7}}\nname Blur7\nxpos 1920\nypos -227\n}\npush $N91219620\nGrade {\nchannels rgba\nblackpoint 0.5\nwhitepoint 0.6\nwhite_clamp true\nname Grade4\nxpos 1809\nypos -225\n}\npush $N18f7afc0\nBlur {\nchannels {{{parent.Blur11.channels}}}\nsize {{blur/10*6} {blur/10*6}}\nname Blur6\nxpos 1718\nypos -225\n}\npush $N91214a60\nGrade {\nchannels rgba\nblackpoint 0.4\nwhitepoint 0.5\nwhite_clamp true\nname Grade3\nxpos 1609\nypos -225\n}\npush $N18f76440\nBlur {\nchannels {{{parent.Blur11.channels}}}\nsize {{blur/10*5} {blur/10*5}}\nname Blur5\nxpos 1518\nypos -226\n}\npush $N912101b0\nGrade {\nchannels rgba\nblackpoint 0.3\nwhitepoint 0.4\nwhite_clamp true\nname Grade2\nxpos 1413\nypos -225\n}\npush $N18f718c0\nBlur {\nchannels {{{parent.Blur11.channels}}}\nsize {{blur/10*4} {blur/10*4}}\nname Blur4\nxpos 1322\nypos -225\n}\npush $N9120af60\nGrade {\nchannels rgba\nblackpoint 0.2\nwhitepoint 0.3\nwhite_clamp true\nname Grade1\nxpos 1208\nypos -225\n}\npush $N18f6cd40\nBlur {\nchannels {{{parent.Blur11.channels}}}\nsize {{blur/10*3} {blur/10*3}}\nname Blur3\nxpos 1117\nypos -226\n}\npush $N91206410\nGrade {\nchannels rgba\nblackpoint 0.1\nwhitepoint 0.2\nwhite_clamp true\nname Grade13\nxpos 1020\nypos -225\n}\npush $N18f68220\nBlur {\nchannels {{{parent.Blur11.channels}}}\nsize {{blur/10*2} {blur/10*2}}\nname Blur2\nxpos 929\nypos -226\n}\npush $N91201850\nGrade {\nchannels rgba\nblackpoint 0.075\nwhitepoint 0.1\nwhite_clamp true\nname Grade14\nxpos 825\nypos -225\n}\npush $N18f63660\nBlur {\nchannels {{{parent.Blur11.channels}}}\nsize {{blur/10} {blur/10}}\nname Blur14\nxpos 731\nypos -226\n}\npush $N911fcd00\nGrade {\nchannels rgba\nblackpoint 0.05\nwhitepoint 0.075\nwhite_clamp true\nname Grade11\nxpos 626\nypos -225\n}\npush $N18f5eb10\nBlur {\nchannels {{{parent.Blur11.channels}}}\nsize {{blur/10/4*3} {blur/10/4*3}}\nname Blur13\nxpos 532\nypos -225\n}\npush $N911f8140\nGrade {\nchannels rgba\nblackpoint 0.025\nwhitepoint 0.05\nwhite_clamp true\nname Grade10\nxpos 420\nypos -225\n}\npush $N18f59f50\nBlur {\nchannels {{{parent.Blur11.channels}}}\nsize {{blur/10/4*2} {blur/10/4*2}}\nname Blur12\nxpos 329\nypos -227\n}\npush $N28094400\nGrade {\nchannels rgba\nwhitepoint 0.025\nwhite_clamp true\nname Grade9\nxpos 221\nypos -225\n}\npush $N18f55580\nBlur {\nchannels rgba\nsize {{blur/10/4} {blur/10/4}}\nname Blur11\nxpos 127\nypos -228\n}\npush $N4f496420\nGroup {\ninputs 3\nname KeymixBBox27\ntile_color 0x4b5ec6ff\nxpos 127\nypos -165\naddUserKnob {20 KeymixBBox}\naddUserKnob {41 channels T Keymix8.channels}\naddUserKnob {41 maskChannel l \"mask channel\" T Keymix8.maskChannel}\naddUserKnob {41 invertMask l invert -STARTLINE T Keymix8.invertMask}\naddUserKnob {41 mix T Keymix8.mix}\naddUserKnob {41 bbox l \"Set BBox to\" T Keymix8.bbox}\n}\nInput {\ninputs 0\nname InputA\nxpos 189\nypos -485\nnumber 1\n}\nset Nbcd4000 [stack 0]\nInput {\ninputs 0\nname Inputmask\nxpos 531\nypos -493\nnumber 2\n}\nset Nbcd8b20 [stack 0]\npush $Nbcd4000\nMerge2 {\ninputs 2\noperation plus\nbbox intersection\nname Merge1\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nxpos 285\nypos -410\n}\nMerge2 {\ninputs 2\nname Merge2\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nselected true\nxpos 285\nypos -365\n}\nset Nf470760 [stack 0]\npush $Nbcd8b20\nCopyBBox {\ninputs 2\nname CopyBBox2\nxpos 531\nypos -259\n}\npush $Nf470760\npush $Nbcd4000\nCopyBBox {\ninputs 2\nname CopyBBox1\nxpos 189\nypos -259\n}\nInput {\ninputs 0\nname InputB\nxpos 378\nypos -493\n}\nKeymix {\ninputs 3\nname Keymix8\nxpos 378\nypos -259\n}\nOutput {\nname Output1\nxpos 378\nypos -158\n}\nend_group\nGroup {\ninputs 3\nname KeymixBBox28\ntile_color 0x4b5ec6ff\nxpos 329\nypos -165\naddUserKnob {20 KeymixBBox}\naddUserKnob {41 channels T Keymix8.channels}\naddUserKnob {41 maskChannel l \"mask channel\" T Keymix8.maskChannel}\naddUserKnob {41 invertMask l invert -STARTLINE T Keymix8.invertMask}\naddUserKnob {41 mix T Keymix8.mix}\naddUserKnob {41 bbox l \"Set BBox to\" T Keymix8.bbox}\n}\nInput {\ninputs 0\nname InputA\nxpos 189\nypos -485\nnumber 1\n}\nset Na0770ca0 [stack 0]\nInput {\ninputs 0\nname Inputmask\nxpos 531\nypos -493\nnumber 2\n}\nset Nf555020 [stack 0]\npush $Na0770ca0\nMerge2 {\ninputs 2\noperation plus\nbbox intersection\nname Merge1\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nxpos 285\nypos -410\n}\nMerge2 {\ninputs 2\nname Merge2\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nselected true\nxpos 285\nypos -365\n}\nset Na0780350 [stack 0]\npush $Nf555020\nCopyBBox {\ninputs 2\nname CopyBBox2\nxpos 531\nypos -259\n}\npush $Na0780350\npush $Na0770ca0\nCopyBBox {\ninputs 2\nname CopyBBox1\nxpos 189\nypos -259\n}\nInput {\ninputs 0\nname InputB\nxpos 378\nypos -493\n}\nKeymix {\ninputs 3\nname Keymix8\nxpos 378\nypos -259\n}\nOutput {\nname Output1\nxpos 378\nypos -158\n}\nend_group\nGroup {\ninputs 3\nname KeymixBBox29\ntile_color 0x4b5ec6ff\nxpos 532\nypos -165\naddUserKnob {20 KeymixBBox}\naddUserKnob {41 channels T Keymix8.channels}\naddUserKnob {41 maskChannel l \"mask channel\" T Keymix8.maskChannel}\naddUserKnob {41 invertMask l invert -STARTLINE T Keymix8.invertMask}\naddUserKnob {41 mix T Keymix8.mix}\naddUserKnob {41 bbox l \"Set BBox to\" T Keymix8.bbox}\n}\nInput {\ninputs 0\nname InputA\nxpos 189\nypos -485\nnumber 1\n}\nset Na07fde50 [stack 0]\nInput {\ninputs 0\nname Inputmask\nxpos 531\nypos -493\nnumber 2\n}\nset Na07cbad0 [stack 0]\npush $Na07fde50\nMerge2 {\ninputs 2\noperation plus\nbbox intersection\nname Merge1\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nxpos 285\nypos -410\n}\nMerge2 {\ninputs 2\nname Merge2\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nselected true\nxpos 285\nypos -365\n}\nset Na084c960 [stack 0]\npush $Na07cbad0\nCopyBBox {\ninputs 2\nname CopyBBox2\nxpos 531\nypos -259\n}\npush $Na084c960\npush $Na07fde50\nCopyBBox {\ninputs 2\nname CopyBBox1\nxpos 189\nypos -259\n}\nInput {\ninputs 0\nname InputB\nxpos 378\nypos -493\n}\nKeymix {\ninputs 3\nname Keymix8\nxpos 378\nypos -259\n}\nOutput {\nname Output1\nxpos 378\nypos -158\n}\nend_group\nGroup {\ninputs 3\nname KeymixBBox30\ntile_color 0x4b5ec6ff\nxpos 731\nypos -163\naddUserKnob {20 KeymixBBox}\naddUserKnob {41 channels T Keymix8.channels}\naddUserKnob {41 maskChannel l \"mask channel\" T Keymix8.maskChannel}\naddUserKnob {41 invertMask l invert -STARTLINE T Keymix8.invertMask}\naddUserKnob {41 mix T Keymix8.mix}\naddUserKnob {41 bbox l \"Set BBox to\" T Keymix8.bbox}\n}\nInput {\ninputs 0\nname InputA\nxpos 189\nypos -485\nnumber 1\n}\nset N8d1180f0 [stack 0]\nInput {\ninputs 0\nname Inputmask\nxpos 531\nypos -493\nnumber 2\n}\nset N8d11b650 [stack 0]\npush $N8d1180f0\nMerge2 {\ninputs 2\noperation plus\nbbox intersection\nname Merge1\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nxpos 285\nypos -410\n}\nMerge2 {\ninputs 2\nname Merge2\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nselected true\nxpos 285\nypos -365\n}\nset N8d12d120 [stack 0]\npush $N8d11b650\nCopyBBox {\ninputs 2\nname CopyBBox2\nxpos 531\nypos -259\n}\npush $N8d12d120\npush $N8d1180f0\nCopyBBox {\ninputs 2\nname CopyBBox1\nxpos 189\nypos -259\n}\nInput {\ninputs 0\nname InputB\nxpos 378\nypos -493\n}\nKeymix {\ninputs 3\nname Keymix8\nxpos 378\nypos -259\n}\nOutput {\nname Output1\nxpos 378\nypos -158\n}\nend_group\nGroup {\ninputs 3\nname KeymixBBox31\ntile_color 0x4b5ec6ff\nxpos 929\nypos -163\naddUserKnob {20 KeymixBBox}\naddUserKnob {41 channels T Keymix8.channels}\naddUserKnob {41 maskChannel l \"mask channel\" T Keymix8.maskChannel}\naddUserKnob {41 invertMask l invert -STARTLINE T Keymix8.invertMask}\naddUserKnob {41 mix T Keymix8.mix}\naddUserKnob {41 bbox l \"Set BBox to\" T Keymix8.bbox}\n}\nInput {\ninputs 0\nname InputA\nxpos 189\nypos -485\nnumber 1\n}\nset N8d22f770 [stack 0]\nInput {\ninputs 0\nname Inputmask\nxpos 531\nypos -493\nnumber 2\n}\nset Nf7d470d0 [stack 0]\npush $N8d22f770\nMerge2 {\ninputs 2\noperation plus\nbbox intersection\nname Merge1\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nxpos 285\nypos -410\n}\nMerge2 {\ninputs 2\nname Merge2\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nselected true\nxpos 285\nypos -365\n}\nset N8d0f8a20 [stack 0]\npush $Nf7d470d0\nCopyBBox {\ninputs 2\nname CopyBBox2\nxpos 531\nypos -259\n}\npush $N8d0f8a20\npush $N8d22f770\nCopyBBox {\ninputs 2\nname CopyBBox1\nxpos 189\nypos -259\n}\nInput {\ninputs 0\nname InputB\nxpos 378\nypos -493\n}\nKeymix {\ninputs 3\nname Keymix8\nxpos 378\nypos -259\n}\nOutput {\nname Output1\nxpos 378\nypos -158\n}\nend_group\nGroup {\ninputs 3\nname KeymixBBox32\ntile_color 0x4b5ec6ff\nxpos 1117\nypos -163\naddUserKnob {20 KeymixBBox}\naddUserKnob {41 channels T Keymix8.channels}\naddUserKnob {41 maskChannel l \"mask channel\" T Keymix8.maskChannel}\naddUserKnob {41 invertMask l invert -STARTLINE T Keymix8.invertMask}\naddUserKnob {41 mix T Keymix8.mix}\naddUserKnob {41 bbox l \"Set BBox to\" T Keymix8.bbox}\n}\nInput {\ninputs 0\nname InputA\nxpos 189\nypos -485\nnumber 1\n}\nset N8d0cd7a0 [stack 0]\nInput {\ninputs 0\nname Inputmask\nxpos 531\nypos -493\nnumber 2\n}\nset N1c7ff0e0 [stack 0]\npush $N8d0cd7a0\nMerge2 {\ninputs 2\noperation plus\nbbox intersection\nname Merge1\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nxpos 285\nypos -410\n}\nMerge2 {\ninputs 2\nname Merge2\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nselected true\nxpos 285\nypos -365\n}\nset N8d0bd7d0 [stack 0]\npush $N1c7ff0e0\nCopyBBox {\ninputs 2\nname CopyBBox2\nxpos 531\nypos -259\n}\npush $N8d0bd7d0\npush $N8d0cd7a0\nCopyBBox {\ninputs 2\nname CopyBBox1\nxpos 189\nypos -259\n}\nInput {\ninputs 0\nname InputB\nxpos 378\nypos -493\n}\nKeymix {\ninputs 3\nname Keymix8\nxpos 378\nypos -259\n}\nOutput {\nname Output1\nxpos 378\nypos -158\n}\nend_group\nGroup {\ninputs 3\nname KeymixBBox33\ntile_color 0x4b5ec6ff\nxpos 1322\nypos -163\naddUserKnob {20 KeymixBBox}\naddUserKnob {41 channels T Keymix8.channels}\naddUserKnob {41 maskChannel l \"mask channel\" T Keymix8.maskChannel}\naddUserKnob {41 invertMask l invert -STARTLINE T Keymix8.invertMask}\naddUserKnob {41 mix T Keymix8.mix}\naddUserKnob {41 bbox l \"Set BBox to\" T Keymix8.bbox}\n}\nInput {\ninputs 0\nname InputA\nxpos 189\nypos -485\nnumber 1\n}\nset N96e1fcc0 [stack 0]\nInput {\ninputs 0\nname Inputmask\nxpos 531\nypos -493\nnumber 2\n}\nset N8ad7c520 [stack 0]\npush $N96e1fcc0\nMerge2 {\ninputs 2\noperation plus\nbbox intersection\nname Merge1\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nxpos 285\nypos -410\n}\nMerge2 {\ninputs 2\nname Merge2\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nselected true\nxpos 285\nypos -365\n}\nset N8ad74ab0 [stack 0]\npush $N8ad7c520\nCopyBBox {\ninputs 2\nname CopyBBox2\nxpos 531\nypos -259\n}\npush $N8ad74ab0\npush $N96e1fcc0\nCopyBBox {\ninputs 2\nname CopyBBox1\nxpos 189\nypos -259\n}\nInput {\ninputs 0\nname InputB\nxpos 378\nypos -493\n}\nKeymix {\ninputs 3\nname Keymix8\nxpos 378\nypos -259\n}\nOutput {\nname Output1\nxpos 378\nypos -158\n}\nend_group\nGroup {\ninputs 3\nname KeymixBBox34\ntile_color 0x4b5ec6ff\nxpos 1518\nypos -163\naddUserKnob {20 KeymixBBox}\naddUserKnob {41 channels T Keymix8.channels}\naddUserKnob {41 maskChannel l \"mask channel\" T Keymix8.maskChannel}\naddUserKnob {41 invertMask l invert -STARTLINE T Keymix8.invertMask}\naddUserKnob {41 mix T Keymix8.mix}\naddUserKnob {41 bbox l \"Set BBox to\" T Keymix8.bbox}\n}\nInput {\ninputs 0\nname InputA\nxpos 189\nypos -485\nnumber 1\n}\nset Na7be63d0 [stack 0]\nInput {\ninputs 0\nname Inputmask\nxpos 531\nypos -493\nnumber 2\n}\nset Na7beae50 [stack 0]\npush $Na7be63d0\nMerge2 {\ninputs 2\noperation plus\nbbox intersection\nname Merge1\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nxpos 285\nypos -410\n}\nMerge2 {\ninputs 2\nname Merge2\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nselected true\nxpos 285\nypos -365\n}\nset N7865ad20 [stack 0]\npush $Na7beae50\nCopyBBox {\ninputs 2\nname CopyBBox2\nxpos 531\nypos -259\n}\npush $N7865ad20\npush $Na7be63d0\nCopyBBox {\ninputs 2\nname CopyBBox1\nxpos 189\nypos -259\n}\nInput {\ninputs 0\nname InputB\nxpos 378\nypos -493\n}\nKeymix {\ninputs 3\nname Keymix8\nxpos 378\nypos -259\n}\nOutput {\nname Output1\nxpos 378\nypos -158\n}\nend_group\nGroup {\ninputs 3\nname KeymixBBox35\ntile_color 0x4b5ec6ff\nxpos 1718\nypos -163\naddUserKnob {20 KeymixBBox}\naddUserKnob {41 channels T Keymix8.channels}\naddUserKnob {41 maskChannel l \"mask channel\" T Keymix8.maskChannel}\naddUserKnob {41 invertMask l invert -STARTLINE T Keymix8.invertMask}\naddUserKnob {41 mix T Keymix8.mix}\naddUserKnob {41 bbox l \"Set BBox to\" T Keymix8.bbox}\n}\nInput {\ninputs 0\nname InputA\nxpos 189\nypos -485\nnumber 1\n}\nset N7869f3e0 [stack 0]\nInput {\ninputs 0\nname Inputmask\nxpos 531\nypos -493\nnumber 2\n}\nset N786c1730 [stack 0]\npush $N7869f3e0\nMerge2 {\ninputs 2\noperation plus\nbbox intersection\nname Merge1\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nxpos 285\nypos -410\n}\nMerge2 {\ninputs 2\nname Merge2\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nselected true\nxpos 285\nypos -365\n}\nset N786ad850 [stack 0]\npush $N786c1730\nCopyBBox {\ninputs 2\nname CopyBBox2\nxpos 531\nypos -259\n}\npush $N786ad850\npush $N7869f3e0\nCopyBBox {\ninputs 2\nname CopyBBox1\nxpos 189\nypos -259\n}\nInput {\ninputs 0\nname InputB\nxpos 378\nypos -493\n}\nKeymix {\ninputs 3\nname Keymix8\nxpos 378\nypos -259\n}\nOutput {\nname Output1\nxpos 378\nypos -158\n}\nend_group\nGroup {\ninputs 3\nname KeymixBBox36\ntile_color 0x4b5ec6ff\nxpos 1920\nypos -163\naddUserKnob {20 KeymixBBox}\naddUserKnob {41 channels T Keymix8.channels}\naddUserKnob {41 maskChannel l \"mask channel\" T Keymix8.maskChannel}\naddUserKnob {41 invertMask l invert -STARTLINE T Keymix8.invertMask}\naddUserKnob {41 mix T Keymix8.mix}\naddUserKnob {41 bbox l \"Set BBox to\" T Keymix8.bbox}\n}\nInput {\ninputs 0\nname InputA\nxpos 189\nypos -485\nnumber 1\n}\nset Nf8872d0 [stack 0]\nInput {\ninputs 0\nname Inputmask\nxpos 531\nypos -493\nnumber 2\n}\nset N754d57f0 [stack 0]\npush $Nf8872d0\nMerge2 {\ninputs 2\noperation plus\nbbox intersection\nname Merge1\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nxpos 285\nypos -410\n}\nMerge2 {\ninputs 2\nname Merge2\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nselected true\nxpos 285\nypos -365\n}\nset Ndc23bc20 [stack 0]\npush $N754d57f0\nCopyBBox {\ninputs 2\nname CopyBBox2\nxpos 531\nypos -259\n}\npush $Ndc23bc20\npush $Nf8872d0\nCopyBBox {\ninputs 2\nname CopyBBox1\nxpos 189\nypos -259\n}\nInput {\ninputs 0\nname InputB\nxpos 378\nypos -493\n}\nKeymix {\ninputs 3\nname Keymix8\nxpos 378\nypos -259\n}\nOutput {\nname Output1\nxpos 378\nypos -158\n}\nend_group\nGroup {\ninputs 3\nname KeymixBBox37\ntile_color 0x4b5ec6ff\nxpos 2118\nypos -163\naddUserKnob {20 KeymixBBox}\naddUserKnob {41 channels T Keymix8.channels}\naddUserKnob {41 maskChannel l \"mask channel\" T Keymix8.maskChannel}\naddUserKnob {41 invertMask l invert -STARTLINE T Keymix8.invertMask}\naddUserKnob {41 mix T Keymix8.mix}\naddUserKnob {41 bbox l \"Set BBox to\" T Keymix8.bbox}\n}\nInput {\ninputs 0\nname InputA\nxpos 189\nypos -485\nnumber 1\n}\nset Ndc99d740 [stack 0]\nInput {\ninputs 0\nname Inputmask\nxpos 531\nypos -493\nnumber 2\n}\nset Ndc9a21c0 [stack 0]\npush $Ndc99d740\nMerge2 {\ninputs 2\noperation plus\nbbox intersection\nname Merge1\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nxpos 285\nypos -410\n}\nMerge2 {\ninputs 2\nname Merge2\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nselected true\nxpos 285\nypos -365\n}\nset N54be7be0 [stack 0]\npush $Ndc9a21c0\nCopyBBox {\ninputs 2\nname CopyBBox2\nxpos 531\nypos -259\n}\npush $N54be7be0\npush $Ndc99d740\nCopyBBox {\ninputs 2\nname CopyBBox1\nxpos 189\nypos -259\n}\nInput {\ninputs 0\nname InputB\nxpos 378\nypos -493\n}\nKeymix {\ninputs 3\nname Keymix8\nxpos 378\nypos -259\n}\nOutput {\nname Output1\nxpos 378\nypos -158\n}\nend_group\nGroup {\ninputs 3\nname KeymixBBox38\ntile_color 0x4b5ec6ff\nxpos 2316\nypos -163\naddUserKnob {20 KeymixBBox}\naddUserKnob {41 channels T Keymix8.channels}\naddUserKnob {41 maskChannel l \"mask channel\" T Keymix8.maskChannel}\naddUserKnob {41 invertMask l invert -STARTLINE T Keymix8.invertMask}\naddUserKnob {41 mix T Keymix8.mix}\naddUserKnob {41 bbox l \"Set BBox to\" T Keymix8.bbox}\n}\nInput {\ninputs 0\nname InputA\nxpos 189\nypos -485\nnumber 1\n}\nset Nd84a0c0 [stack 0]\nInput {\ninputs 0\nname Inputmask\nxpos 531\nypos -493\nnumber 2\n}\nset Nd854030 [stack 0]\npush $Nd84a0c0\nMerge2 {\ninputs 2\noperation plus\nbbox intersection\nname Merge1\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nxpos 285\nypos -410\n}\nMerge2 {\ninputs 2\nname Merge2\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nselected true\nxpos 285\nypos -365\n}\nset N9f7c9040 [stack 0]\npush $Nd854030\nCopyBBox {\ninputs 2\nname CopyBBox2\nxpos 531\nypos -259\n}\npush $N9f7c9040\npush $Nd84a0c0\nCopyBBox {\ninputs 2\nname CopyBBox1\nxpos 189\nypos -259\n}\nInput {\ninputs 0\nname InputB\nxpos 378\nypos -493\n}\nKeymix {\ninputs 3\nname Keymix8\nxpos 378\nypos -259\n}\nOutput {\nname Output1\nxpos 378\nypos -158\n}\nend_group\nGroup {\ninputs 3\nname KeymixBBox39\ntile_color 0x4b5ec6ff\nxpos 2508\nypos -163\naddUserKnob {20 KeymixBBox}\naddUserKnob {41 channels T Keymix8.channels}\naddUserKnob {41 maskChannel l \"mask channel\" T Keymix8.maskChannel}\naddUserKnob {41 invertMask l invert -STARTLINE T Keymix8.invertMask}\naddUserKnob {41 mix T Keymix8.mix}\naddUserKnob {41 bbox l \"Set BBox to\" T Keymix8.bbox}\n}\nInput {\ninputs 0\nname InputA\nxpos 189\nypos -485\nnumber 1\n}\nset N9f62f8c0 [stack 0]\nInput {\ninputs 0\nname Inputmask\nxpos 531\nypos -493\nnumber 2\n}\nset N9f6e4800 [stack 0]\npush $N9f62f8c0\nMerge2 {\ninputs 2\noperation plus\nbbox intersection\nname Merge1\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nxpos 285\nypos -410\n}\nMerge2 {\ninputs 2\nname Merge2\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nselected true\nxpos 285\nypos -365\n}\nset N9c473700 [stack 0]\npush $N9f6e4800\nCopyBBox {\ninputs 2\nname CopyBBox2\nxpos 531\nypos -259\n}\npush $N9c473700\npush $N9f62f8c0\nCopyBBox {\ninputs 2\nname CopyBBox1\nxpos 189\nypos -259\n}\nInput {\ninputs 0\nname InputB\nxpos 378\nypos -493\n}\nKeymix {\ninputs 3\nname Keymix8\nxpos 378\nypos -259\n}\nOutput {\nname Output1\nxpos 378\nypos -158\n}\nend_group\nDot {\nname Dot59\nxpos 2883\nypos -155\n}\npush $N8b910580\nDot {\nname Dot60\nxpos 253\nypos -51\n}\nset N7b493fa0 [stack 0]\nDot {\nname Dot61\nxpos 452\nypos -51\n}\nset N7b498b20 [stack 0]\nDot {\nname Dot63\nxpos 857\nypos -51\n}\nset N4cf3b610 [stack 0]\nDot {\nname Dot64\nxpos 1250\nypos -52\n}\nset N4cf40190 [stack 0]\nDot {\nname Dot66\nxpos 1646\nypos -53\n}\nset N4cf44d10 [stack 0]\nDot {\nname Dot68\nxpos 2046\nypos -53\n}\nset N4cf49890 [stack 0]\nDot {\nname Dot72\nxpos 2631\nypos -53\n}\nGrade {\nchannels rgba\nblackpoint 0.7\nwhite_clamp true\nname Grade27\nxpos 2597\nypos 36\n}\npush $N4f4c5620\nDot {\nname Dot73\nxpos 159\nypos -11\n}\nset N4cf638f0 [stack 0]\nDot {\nname Dot74\nxpos 361\nypos -11\n}\nset N4cf682c0 [stack 0]\nDot {\nname Dot76\nxpos 763\nypos -11\n}\nset N2a8cd720 [stack 0]\nDot {\nname Dot77\nxpos 1159\nypos -12\n}\nset N4cf72060 [stack 0]\nDot {\nname Dot79\nxpos 1555\nypos -13\n}\nset N4cf76c20 [stack 0]\nDot {\nname Dot81\nxpos 1955\nypos -13\n}\nset N38c36a50 [stack 0]\nDot {\nname Dot85\nxpos 2540\nypos -13\n}\nBlur {\nchannels {{{parent.Blur11.channels}}}\nsize {{blur/10*10} {blur/10*10}}\nname Blur1\nxpos 2506\nypos 35\n}\npush $N4cf49890\nGrade {\nchannels rgba\nblackpoint 0.5\nwhitepoint 0.7\nwhite_clamp true\nname Grade31\nxpos 2012\nypos 35\n}\npush $N38c36a50\nBlur {\nchannels {{{parent.Blur11.channels}}}\nsize {{blur/10*7} {blur/10*7}}\nname Blur18\nxpos 1921\nypos 33\n}\npush $N4cf44d10\nGrade {\nchannels rgba\nblackpoint 0.3\nwhitepoint 0.5\nwhite_clamp true\nname Grade33\nxpos 1612\nypos 34\n}\npush $N4cf76c20\nBlur {\nchannels {{{parent.Blur11.channels}}}\nsize {{blur/10*5} {blur/10*5}}\nname Blur20\nxpos 1521\nypos 35\n}\npush $N4cf40190\nGrade {\nchannels rgba\nblackpoint 0.1\nwhitepoint 0.3\nwhite_clamp true\nname Grade35\nxpos 1216\nypos 35\n}\npush $N4cf72060\nBlur {\nchannels {{{parent.Blur11.channels}}}\nsize {{blur/10*3} {blur/10*3}}\nname Blur22\nxpos 1125\nypos 35\n}\npush $N4cf3b610\nGrade {\nchannels rgba\nblackpoint 0.05\nwhitepoint 0.1\nwhite_clamp true\nname Grade36\nxpos 823\nypos 36\n}\npush $N2a8cd720\nBlur {\nchannels {{{parent.Blur11.channels}}}\nsize {{blur/10} {blur/10}}\nname Blur23\nxpos 729\nypos 35\n}\npush $N7b498b20\nGrade {\nchannels rgba\nblackpoint 0.025\nwhitepoint 0.05\nwhite_clamp true\nname Grade38\nxpos 418\nypos 36\n}\npush $N4cf682c0\nBlur {\nchannels {{{parent.Blur11.channels}}}\nsize {{blur/10/4*2} {blur/10/4*2}}\nname Blur25\nxpos 327\nypos 36\n}\npush $N7b493fa0\nGrade {\nchannels rgba\nwhitepoint 0.025\nwhite_clamp true\nname Grade39\nxpos 219\nypos 38\n}\npush $N4cf638f0\nBlur {\nchannels {{{parent.Blur11.channels}}}\nsize {{blur/10/4} {blur/10/4}}\nname Blur26\nxpos 125\nypos 38\n}\npush $N4f489320\nGroup {\ninputs 3\nname KeymixBBox40\ntile_color 0x4b5ec6ff\nxpos 125\nypos 96\naddUserKnob {20 KeymixBBox}\naddUserKnob {41 channels T Keymix8.channels}\naddUserKnob {41 maskChannel l \"mask channel\" T Keymix8.maskChannel}\naddUserKnob {41 invertMask l invert -STARTLINE T Keymix8.invertMask}\naddUserKnob {41 mix T Keymix8.mix}\naddUserKnob {41 bbox l \"Set BBox to\" T Keymix8.bbox}\n}\nInput {\ninputs 0\nname InputA\nxpos 189\nypos -485\nnumber 1\n}\nset N64cd0460 [stack 0]\nInput {\ninputs 0\nname Inputmask\nxpos 531\nypos -493\nnumber 2\n}\nset N64cd4f20 [stack 0]\npush $N64cd0460\nMerge2 {\ninputs 2\noperation plus\nbbox intersection\nname Merge1\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nxpos 285\nypos -410\n}\nMerge2 {\ninputs 2\nname Merge2\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nxpos 285\nypos -365\n}\nset N64ceb840 [stack 0]\npush $N64cd4f20\nCopyBBox {\ninputs 2\nname CopyBBox2\nxpos 531\nypos -259\n}\npush $N64ceb840\npush $N64cd0460\nCopyBBox {\ninputs 2\nname CopyBBox1\nxpos 189\nypos -259\n}\nInput {\ninputs 0\nname InputB\nxpos 378\nypos -493\n}\nKeymix {\ninputs 3\nname Keymix8\nxpos 378\nypos -259\n}\nOutput {\nname Output1\nxpos 378\nypos -158\n}\nend_group\nGroup {\ninputs 3\nname KeymixBBox26\ntile_color 0x4b5ec6ff\nxpos 327\nypos 96\naddUserKnob {20 KeymixBBox}\naddUserKnob {41 channels T Keymix8.channels}\naddUserKnob {41 maskChannel l \"mask channel\" T Keymix8.maskChannel}\naddUserKnob {41 invertMask l invert -STARTLINE T Keymix8.invertMask}\naddUserKnob {41 mix T Keymix8.mix}\naddUserKnob {41 bbox l \"Set BBox to\" T Keymix8.bbox}\n}\nInput {\ninputs 0\nname InputA\nxpos 189\nypos -485\nnumber 1\n}\nset N8c419fd0 [stack 0]\nInput {\ninputs 0\nname Inputmask\nxpos 531\nypos -493\nnumber 2\n}\nset N8c41a420 [stack 0]\npush $N8c419fd0\nMerge2 {\ninputs 2\noperation plus\nbbox intersection\nname Merge1\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nxpos 285\nypos -410\n}\nMerge2 {\ninputs 2\nname Merge2\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nxpos 285\nypos -365\n}\nset N14090e70 [stack 0]\npush $N8c41a420\nCopyBBox {\ninputs 2\nname CopyBBox2\nxpos 531\nypos -259\n}\npush $N14090e70\npush $N8c419fd0\nCopyBBox {\ninputs 2\nname CopyBBox1\nxpos 189\nypos -259\n}\nInput {\ninputs 0\nname InputB\nxpos 378\nypos -493\n}\nKeymix {\ninputs 3\nname Keymix8\nxpos 378\nypos -259\n}\nOutput {\nname Output1\nxpos 378\nypos -158\n}\nend_group\nGroup {\ninputs 3\nname KeymixBBox25\ntile_color 0x4b5ec6ff\nxpos 729\nypos 98\naddUserKnob {20 KeymixBBox}\naddUserKnob {41 channels T Keymix8.channels}\naddUserKnob {41 maskChannel l \"mask channel\" T Keymix8.maskChannel}\naddUserKnob {41 invertMask l invert -STARTLINE T Keymix8.invertMask}\naddUserKnob {41 mix T Keymix8.mix}\naddUserKnob {41 bbox l \"Set BBox to\" T Keymix8.bbox}\n}\nInput {\ninputs 0\nname InputA\nxpos 189\nypos -485\nnumber 1\n}\nset N64d70d10 [stack 0]\nInput {\ninputs 0\nname Inputmask\nxpos 531\nypos -493\nnumber 2\n}\nset N64d73b90 [stack 0]\npush $N64d70d10\nMerge2 {\ninputs 2\noperation plus\nbbox intersection\nname Merge1\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nxpos 285\nypos -410\n}\nMerge2 {\ninputs 2\nname Merge2\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nxpos 285\nypos -365\n}\nset N64d794a0 [stack 0]\npush $N64d73b90\nCopyBBox {\ninputs 2\nname CopyBBox2\nxpos 531\nypos -259\n}\npush $N64d794a0\npush $N64d70d10\nCopyBBox {\ninputs 2\nname CopyBBox1\nxpos 189\nypos -259\n}\nInput {\ninputs 0\nname InputB\nxpos 378\nypos -493\n}\nKeymix {\ninputs 3\nname Keymix8\nxpos 378\nypos -259\n}\nOutput {\nname Output1\nxpos 378\nypos -158\n}\nend_group\nGroup {\ninputs 3\nname KeymixBBox23\ntile_color 0x4b5ec6ff\nxpos 1125\nypos 97\naddUserKnob {20 KeymixBBox}\naddUserKnob {41 channels T Keymix8.channels}\naddUserKnob {41 maskChannel l \"mask channel\" T Keymix8.maskChannel}\naddUserKnob {41 invertMask l invert -STARTLINE T Keymix8.invertMask}\naddUserKnob {41 mix T Keymix8.mix}\naddUserKnob {41 bbox l \"Set BBox to\" T Keymix8.bbox}\n}\nInput {\ninputs 0\nname InputA\nxpos 189\nypos -485\nnumber 1\n}\nset N851d7020 [stack 0]\nInput {\ninputs 0\nname Inputmask\nxpos 531\nypos -493\nnumber 2\n}\nset N851dba10 [stack 0]\npush $N851d7020\nMerge2 {\ninputs 2\noperation plus\nbbox intersection\nname Merge1\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nxpos 285\nypos -410\n}\nMerge2 {\ninputs 2\nname Merge2\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nselected true\nxpos 285\nypos -365\n}\nset N851f9400 [stack 0]\npush $N851dba10\nCopyBBox {\ninputs 2\nname CopyBBox2\nxpos 531\nypos -259\n}\npush $N851f9400\npush $N851d7020\nCopyBBox {\ninputs 2\nname CopyBBox1\nxpos 189\nypos -259\n}\nInput {\ninputs 0\nname InputB\nxpos 378\nypos -493\n}\nKeymix {\ninputs 3\nname Keymix8\nxpos 378\nypos -259\n}\nOutput {\nname Output1\nxpos 378\nypos -158\n}\nend_group\nGroup {\ninputs 3\nname KeymixBBox22\ntile_color 0x4b5ec6ff\nxpos 1521\nypos 97\naddUserKnob {20 KeymixBBox}\naddUserKnob {41 channels T Keymix8.channels}\naddUserKnob {41 maskChannel l \"mask channel\" T Keymix8.maskChannel}\naddUserKnob {41 invertMask l invert -STARTLINE T Keymix8.invertMask}\naddUserKnob {41 mix T Keymix8.mix}\naddUserKnob {41 bbox l \"Set BBox to\" T Keymix8.bbox}\n}\nInput {\ninputs 0\nname InputA\nxpos 189\nypos -485\nnumber 1\n}\nset N8519d270 [stack 0]\nInput {\ninputs 0\nname Inputmask\nxpos 531\nypos -493\nnumber 2\n}\nset N851a1d50 [stack 0]\npush $N8519d270\nMerge2 {\ninputs 2\noperation plus\nbbox intersection\nname Merge1\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nxpos 285\nypos -410\n}\nMerge2 {\ninputs 2\nname Merge2\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nselected true\nxpos 285\nypos -365\n}\nset N58869eb0 [stack 0]\npush $N851a1d50\nCopyBBox {\ninputs 2\nname CopyBBox2\nxpos 531\nypos -259\n}\npush $N58869eb0\npush $N8519d270\nCopyBBox {\ninputs 2\nname CopyBBox1\nxpos 189\nypos -259\n}\nInput {\ninputs 0\nname InputB\nxpos 378\nypos -493\n}\nKeymix {\ninputs 3\nname Keymix8\nxpos 378\nypos -259\n}\nOutput {\nname Output1\nxpos 378\nypos -158\n}\nend_group\nGroup {\ninputs 3\nname KeymixBBox20\ntile_color 0x4b5ec6ff\nxpos 1921\nypos 97\naddUserKnob {20 KeymixBBox}\naddUserKnob {41 channels T Keymix8.channels}\naddUserKnob {41 maskChannel l \"mask channel\" T Keymix8.maskChannel}\naddUserKnob {41 invertMask l invert -STARTLINE T Keymix8.invertMask}\naddUserKnob {41 mix T Keymix8.mix}\naddUserKnob {41 bbox l \"Set BBox to\" T Keymix8.bbox}\n}\nInput {\ninputs 0\nname InputA\nxpos 189\nypos -485\nnumber 1\n}\nset N587abac0 [stack 0]\nInput {\ninputs 0\nname Inputmask\nxpos 531\nypos -493\nnumber 2\n}\nset N587b0560 [stack 0]\npush $N587abac0\nMerge2 {\ninputs 2\noperation plus\nbbox intersection\nname Merge1\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nxpos 285\nypos -410\n}\nMerge2 {\ninputs 2\nname Merge2\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nselected true\nxpos 285\nypos -365\n}\nset N587c5410 [stack 0]\npush $N587b0560\nCopyBBox {\ninputs 2\nname CopyBBox2\nxpos 531\nypos -259\n}\npush $N587c5410\npush $N587abac0\nCopyBBox {\ninputs 2\nname CopyBBox1\nxpos 189\nypos -259\n}\nInput {\ninputs 0\nname InputB\nxpos 378\nypos -493\n}\nKeymix {\ninputs 3\nname Keymix8\nxpos 378\nypos -259\n}\nOutput {\nname Output1\nxpos 378\nypos -158\n}\nend_group\nGroup {\ninputs 3\nname KeymixBBox21\ntile_color 0x4b5ec6ff\nxpos 2506\nypos 97\naddUserKnob {20 KeymixBBox}\naddUserKnob {41 channels T Keymix8.channels}\naddUserKnob {41 maskChannel l \"mask channel\" T Keymix8.maskChannel}\naddUserKnob {41 invertMask l invert -STARTLINE T Keymix8.invertMask}\naddUserKnob {41 mix T Keymix8.mix}\naddUserKnob {41 bbox l \"Set BBox to\" T Keymix8.bbox}\n}\nInput {\ninputs 0\nname InputA\nxpos 189\nypos -485\nnumber 1\n}\nset N58823320 [stack 0]\nInput {\ninputs 0\nname Inputmask\nxpos 531\nypos -493\nnumber 2\n}\nset N587ff6e0 [stack 0]\npush $N58823320\nMerge2 {\ninputs 2\noperation plus\nbbox intersection\nname Merge1\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nxpos 285\nypos -410\n}\nMerge2 {\ninputs 2\nname Merge2\nlabel \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\nselected true\nxpos 285\nypos -365\n}\nset N5882b5b0 [stack 0]\npush $N587ff6e0\nCopyBBox {\ninputs 2\nname CopyBBox2\nxpos 531\nypos -259\n}\npush $N5882b5b0\npush $N58823320\nCopyBBox {\ninputs 2\nname CopyBBox1\nxpos 189\nypos -259\n}\nInput {\ninputs 0\nname InputB\nxpos 378\nypos -493\n}\nKeymix {\ninputs 3\nname Keymix8\nxpos 378\nypos -259\n}\nOutput {\nname Output1\nxpos 378\nypos -158\n}\nend_group\nSwitch {\ninputs 2\nwhich {{quality i}}\nname Switch2\nxpos 2849\nypos 103\n}\nDot {\nname Dot75\nxpos 3248\nypos 106\n}\nSwitch {\ninputs 2\nwhich {{blur_type i}}\nname Switch1\nxpos 3214\nypos 842\n}\nOutput {\nname Output1\nxpos 3214\nypos 1164\n}\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_iConvolve.gizmo", "content": "Group {\n name iConvolve\n help \"iConvolve v0.1 - apEssentials by Adrian Pueyo\\n\\nQuick tool to convolve an image though a kernel, based on a ctrlMask channel. The ctrlMask must go from 0 to 1..\\n\\nmin size and max size define the maximum and minimum size in pixels that the kernel will have. Multiplier is an easy way to resize both together.\\n\\nadrianpueyo.com, 2019\"\n onCreate \"n = nuke.thisNode()\\nn\\['black'].setFlag(0x00000004)\\nn\\['white'].setFlag(0x00000004)\"\n knobChanged \"n = nuke.thisNode()\\nk = nuke.thisKnob()\\nif k.name() == \\\"auto_steps\\\":\\n n\\[\\\"steps\\\"].setEnabled(not k.value())\"\n tile_color 0xe88543ff\n selected true\n addUserKnob {20 iConvolve}\n addUserKnob {41 channels T ZDefocus.channels}\n addUserKnob {26 \"\" l \"Local GPU:\" T \"\"}\n addUserKnob {26 \"\" -STARTLINE T \"GeForce GTX 580\"}\n addUserKnob {41 useGPUIfAvailable l \"Use GPU if available\" T ZDefocus.useGPUIfAvailable}\n addUserKnob {26 \"\"}\n addUserKnob {41 ctrlMask_channel l ctrlMask T ChannelMerge1.A}\n addUserKnob {3 steps +DISABLED}\n steps 10\n addUserKnob {6 auto_steps l auto -STARTLINE}\n auto_steps true\n addUserKnob {7 black l \"min size (black)\" R 0 100}\n black 1\n addUserKnob {7 white l \"max size (white)\" R 0 100}\n white 20\n addUserKnob {41 multiplier T ZDefocus.size}\n addUserKnob {26 \"\"}\n addUserKnob {41 filter_channel l \"filter channel\" T ZDefocus.filter_channel}\n addUserKnob {41 use_input_channels l \"use input channels\" -STARTLINE T ZDefocus.use_input_channels}\n addUserKnob {41 image_filter l \"image filter\" T ZDefocus.image_filter}\n addUserKnob {41 clamp_image_filter l \"clamp image filter\" -STARTLINE T ZDefocus.clamp_image_filter}\n addUserKnob {26 version_author l \" \" t \"iConvolve v0.1\\n2019\" T \"
    iConvolve v0.1 - adrianpueyo.com, 2019    \"}\n}\n Input {\n inputs 0\n name Inputfilter\n xpos -152\n ypos 64\n number 1\n }\n Input {\n inputs 0\n name InputctrlMask\n xpos -152\n ypos -141\n number 2\n }\nset Nd1202bf0 [stack 0]\npush $Nd1202bf0\n ChannelMerge {\n inputs 2\n B none\n output rgba.red\n bbox A\n name ChannelMerge1\n xpos -152\n ypos -115\n }\nadd_layer {iConvolve iConvolve.red iConvolve.green iConvolve.blue iConvolve.alpha}\n Shuffle {\n green red\n blue red\n alpha red\n out iConvolve\n name ShuffleI\n xpos -152\n ypos -65\n }\n Clamp {\n channels iConvolve\n name ClampI\n xpos -152\n ypos -39\n }\n Grade {\n channels iConvolve\n black {{parent.black}}\n white {{parent.white}}\n name GradeI\n xpos -152\n ypos -1\n }\n Input {\n inputs 0\n name Inputimage\n xpos 0\n ypos -58\n }\n Copy {\n inputs 2\n from0 iConvolve.red\n to0 iConvolve.red\n bbox B\n name CopyI\n xpos 0\n ypos -1\n }\n ZDefocus2 {\n inputs 2\n channels rgba\n z_channel iConvolve.red\n math direct\n focal_point {350 260}\n size 1\n max_size {{parent.white*size.w} {parent.white*size.h}}\n filter_type {{\"\\[exists parent.input1] ? 2 : 0\"}}\n legacy_resize_mode false\n show_legacy_resize_mode false\n name ZDefocus\n onCreate \"n = nuke.thisNode()\\nn.knob('focal_point').setFlag(0x00008000)\\n\"\n selected true\n xpos 0\n ypos 60\n }\n Remove {\n channels iConvolve\n name RemoveI\n xpos 0\n ypos 98\n }\n Output {\n name Output1\n xpos 0\n ypos 161\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_iErode.gizmo", "content": "Group {\n name iErode\n onCreate \"n = nuke.thisNode()\\nn.knob('blur').setRange(-100, 100)\"\n tile_color 0xcc804e00\n note_font \"Bitstream Vera Sans Bold\"\n note_font_color 0xffffffff\n selected true\n addUserKnob {20 controls l Controls}\n addUserKnob {41 channels T Erode_master.channels}\n addUserKnob {14 blur l size R -100 100}\n addUserKnob {41 filter T Erode_master.filter}\n addUserKnob {26 \"\"}\n addUserKnob {3 quality l Quality}\n quality 12\n addUserKnob {6 exp l Expo +STARTLINE}\n exp true\n addUserKnob {20 info}\n addUserKnob {26 author l Author: T \"Phil Prates - pratesphil@gmail.com\"}\n addUserKnob {26 ver l Version: T 1.0}\n addUserKnob {26 changelog l \"\" +STARTLINE +INVISIBLE T \"1.0 - First \\npublic release of pp_erode\"}\n}\n Input {\n inputs 0\n name Inputmask\n xpos -992\n ypos 451\n number 1\n }\n Shuffle {\n alpha white\n name add_alpha\n xpos -992\n ypos 643\n disable {{\"\\[string first \\\".a\\\" \\[channels \\[input this 0]]]>-1\"}}\n }\n Dot {\n name Dot8\n xpos -961\n ypos 797\n }\n Dot {\n name Dot6\n xpos -642\n ypos 797\n }\nset N7ea400 [stack 0]\n Dot {\n name Dot1\n xpos -453\n ypos 797\n }\nset N7e9d00 [stack 0]\n Dot {\n name Dot7\n xpos -251\n ypos 797\n }\nset N7e9600 [stack 0]\n Dot {\n name Dot10\n xpos -51\n ypos 797\n }\nset N7e8f00 [stack 0]\n Dot {\n name Dot16\n xpos 133\n ypos 797\n }\nset N7e8800 [stack 0]\n Dot {\n name Dot15\n xpos 333\n ypos 797\n }\nset N7e8100 [stack 0]\n Dot {\n name Dot13\n xpos 535\n ypos 797\n }\nset Nf4ce7900 [stack 0]\n Dot {\n name Dot12\n xpos 724\n ypos 797\n }\nset Nf4ce7200 [stack 0]\n Dot {\n name Dot28\n xpos 918\n ypos 797\n }\nset Nf4ce6b00 [stack 0]\n Dot {\n name Dot27\n xpos 1107\n ypos 797\n }\nset Nf4ce6400 [stack 0]\n Dot {\n name Dot26\n xpos 1309\n ypos 797\n }\nset Nf4ce5d00 [stack 0]\n Dot {\n name Dot25\n xpos 1509\n ypos 797\n }\nset Nf4ce5600 [stack 0]\n Dot {\n name Dot24\n xpos 1693\n ypos 797\n }\nset Nf4ce4f00 [stack 0]\n Dot {\n name Dot23\n xpos 1893\n ypos 797\n }\nset Nf4ce4800 [stack 0]\n Dot {\n name Dot22\n xpos 2095\n ypos 797\n }\nset Nf4ce4100 [stack 0]\n Dot {\n name Dot21\n xpos 2284\n ypos 797\n }\nset Nf4ccf900 [stack 0]\n Dot {\n name Dot37\n xpos 2465\n ypos 797\n }\nset Nf4ccf200 [stack 0]\n Dot {\n name Dot39\n xpos 2654\n ypos 797\n }\nset Nf4cceb00 [stack 0]\n Dot {\n name Dot41\n xpos 2856\n ypos 797\n }\nset Nf4cce400 [stack 0]\n Dot {\n name Dot43\n xpos 3056\n ypos 797\n }\nset Nf4ccdd00 [stack 0]\n Dot {\n name Dot45\n xpos 3240\n ypos 797\n }\nset Nf4ccd600 [stack 0]\n Dot {\n name Dot47\n xpos 3440\n ypos 797\n }\nset Nf4cccf00 [stack 0]\n Dot {\n name Dot49\n xpos 3642\n ypos 797\n }\nset Nf4ccc800 [stack 0]\n Dot {\n name Dot51\n xpos 3831\n ypos 797\n }\nset Nf4ccc100 [stack 0]\n Dot {\n name Dot53\n xpos 4013\n ypos 797\n }\nset Nf4cab900 [stack 0]\n Dot {\n name Dot55\n xpos 4202\n ypos 797\n }\nset Nf4cab200 [stack 0]\n Dot {\n name Dot57\n xpos 4404\n ypos 797\n }\nset Nf4caab00 [stack 0]\n Dot {\n name Dot59\n xpos 4604\n ypos 797\n }\nset Nf4caa400 [stack 0]\n Dot {\n name Dot61\n xpos 4788\n ypos 797\n }\nset Nf4ca9d00 [stack 0]\n Dot {\n name Dot63\n xpos 4988\n ypos 797\n }\nset Nf4ca9600 [stack 0]\n Dot {\n name Dot65\n xpos 5190\n ypos 797\n }\nset Nf4ca8f00 [stack 0]\n Dot {\n name Dot67\n xpos 5379\n ypos 797\n }\nset Nf4ca8800 [stack 0]\n Dot {\n name Dot76\n xpos 5562\n ypos 797\n }\nset Nf4ca8100 [stack 0]\n Dot {\n name Dot75\n xpos 5751\n ypos 797\n }\nset Nf4c93900 [stack 0]\n Dot {\n name Dot74\n xpos 5953\n ypos 797\n }\nset Nf4c93200 [stack 0]\n Dot {\n name Dot73\n xpos 6153\n ypos 797\n }\nset Nf4c92b00 [stack 0]\n Dot {\n name Dot72\n xpos 6337\n ypos 797\n }\nset Nf4c92400 [stack 0]\n Dot {\n name Dot71\n xpos 6537\n ypos 797\n }\nset Nf4c91d00 [stack 0]\n Dot {\n name Dot70\n xpos 6739\n ypos 797\n }\nset Nf4c91600 [stack 0]\n Dot {\n name Dot69\n xpos 6928\n ypos 797\n }\n Grade {\n channels alpha\n blackpoint {{parent.exp==1?expAmnt.x:linAmnt.x}}\n whitepoint {{parent.exp==1?expAmnt.y:linAmnt.y}}\n name Grade_40\n xpos 6897\n ypos 850\n addUserKnob {20 User}\n addUserKnob {12 linAmnt l \"\" +STARTLINE}\n linAmnt {{(ittNum-1)/parent.Erode_master.quality} {ittNum/parent.Erode_master.quality}}\n addUserKnob {12 expAmnt l \"\" +STARTLINE}\n expAmnt {{pow2(ittNum-1)/pow2(parent.Erode_master.quality)} {pow2(ittNum)/pow2(parent.Erode_master.quality)}}\n addUserKnob {3 ittNum l \"\" +STARTLINE}\n ittNum {{\"\\[lrange \\[split \\[value name] _] 1 1]\"}}\n }\n Input {\n inputs 0\n name Input\n xpos -815\n ypos 452\n }\n Dot {\n name Dot2\n xpos -784\n ypos 704\n }\nset Nf4df0800 [stack 0]\n Dot {\n name Dot3\n xpos -593\n ypos 704\n }\nset Nf4df0100 [stack 0]\n Dot {\n name Dot5\n xpos -404\n ypos 704\n }\nset Nf4de3900 [stack 0]\n Dot {\n name Dot9\n xpos -202\n ypos 704\n }\nset Nf4de3200 [stack 0]\n Dot {\n name Dot11\n xpos -2\n ypos 704\n }\nset Nf4de2b00 [stack 0]\n Dot {\n name Dot20\n xpos 170\n ypos 704\n }\nset Nf4de2400 [stack 0]\n Dot {\n name Dot19\n xpos 370\n ypos 704\n }\nset Nf4de1d00 [stack 0]\n Dot {\n name Dot18\n xpos 572\n ypos 704\n }\nset Nf4de1600 [stack 0]\n Dot {\n name Dot17\n xpos 761\n ypos 704\n }\nset Nf4de0f00 [stack 0]\n Dot {\n name Dot36\n xpos 937\n ypos 704\n }\nset Nf4de0800 [stack 0]\n Dot {\n name Dot35\n xpos 1126\n ypos 704\n }\nset Nf4de0100 [stack 0]\n Dot {\n name Dot34\n xpos 1328\n ypos 704\n }\nset Nf4dcb900 [stack 0]\n Dot {\n name Dot33\n xpos 1528\n ypos 704\n }\nset Nf4dcb200 [stack 0]\n Dot {\n name Dot32\n xpos 1700\n ypos 704\n }\nset Nf4dcab00 [stack 0]\n Dot {\n name Dot31\n xpos 1900\n ypos 704\n }\nset Nf4dca400 [stack 0]\n Dot {\n name Dot30\n xpos 2102\n ypos 704\n }\nset Nf4dc9d00 [stack 0]\n Dot {\n name Dot29\n xpos 2291\n ypos 704\n }\nset Nf4dc9600 [stack 0]\n Dot {\n name Dot38\n xpos 2514\n ypos 704\n }\nset Nf4dc8f00 [stack 0]\n Dot {\n name Dot40\n xpos 2703\n ypos 704\n }\nset Nf4dc8800 [stack 0]\n Dot {\n name Dot42\n xpos 2905\n ypos 704\n }\nset Nf4dc8100 [stack 0]\n Dot {\n name Dot44\n xpos 3105\n ypos 704\n }\nset Nf4db3900 [stack 0]\n Dot {\n name Dot46\n xpos 3277\n ypos 704\n }\nset Nf4db3200 [stack 0]\n Dot {\n name Dot48\n xpos 3477\n ypos 704\n }\nset Nf4db2b00 [stack 0]\n Dot {\n name Dot50\n xpos 3679\n ypos 704\n }\nset Nf4db2400 [stack 0]\n Dot {\n name Dot52\n xpos 3868\n ypos 704\n }\nset Nf4db1d00 [stack 0]\n Dot {\n name Dot54\n xpos 4062\n ypos 704\n }\nset Nf4db1600 [stack 0]\n Dot {\n name Dot56\n xpos 4251\n ypos 704\n }\nset Nf4db0f00 [stack 0]\n Dot {\n name Dot58\n xpos 4453\n ypos 704\n }\nset Nf4db0800 [stack 0]\n Dot {\n name Dot60\n xpos 4653\n ypos 704\n }\nset Nf4db0100 [stack 0]\n Dot {\n name Dot62\n xpos 4825\n ypos 704\n }\nset Nf4d9f900 [stack 0]\n Dot {\n name Dot64\n xpos 5025\n ypos 704\n }\nset Nf4d9f200 [stack 0]\n Dot {\n name Dot66\n xpos 5227\n ypos 704\n }\nset Nf4d9eb00 [stack 0]\n Dot {\n name Dot68\n xpos 5416\n ypos 704\n }\nset Nf4d9e400 [stack 0]\n Dot {\n name Dot84\n xpos 5589\n ypos 704\n }\nset Nf4d9dd00 [stack 0]\n Dot {\n name Dot83\n xpos 5778\n ypos 704\n }\nset Nf4d9d600 [stack 0]\n Dot {\n name Dot82\n xpos 5980\n ypos 704\n }\nset Nf4d9cf00 [stack 0]\n Dot {\n name Dot81\n xpos 6180\n ypos 704\n }\nset Nf4d9c800 [stack 0]\n Dot {\n name Dot80\n xpos 6352\n ypos 704\n }\nset Nf4d9c100 [stack 0]\n Dot {\n name Dot79\n xpos 6552\n ypos 704\n }\nset Nf4d7b900 [stack 0]\n Dot {\n name Dot78\n xpos 6754\n ypos 704\n }\nset Nf4d7b200 [stack 0]\n Dot {\n name Dot77\n xpos 6943\n ypos 704\n }\n FilterErode {\n channels {{{parent.Erode_master.channels}}}\n size {{parent.exp==1?-parent.blur*expAmnt:-parent.blur*linAmnt} {parent.exp==1?-parent.blur*expAmnt:-parent.blur*linAmnt}}\n filter {{parent.Erode_master.filter}}\n name FilterErode_40\n xpos 6975\n ypos 737\n addUserKnob {20 User}\n addUserKnob {7 linAmnt l \"\" +STARTLINE}\n linAmnt {{ittNum/parent.Erode_master.quality}}\n addUserKnob {7 expAmnt l \"\" +STARTLINE}\n expAmnt {{pow2(ittNum)/pow2(parent.Erode_master.quality)}}\n addUserKnob {3 ittNum l \"\" +STARTLINE}\n ittNum {{\"\\[lrange \\[split \\[value name] _] 1 1]\"}}\n }\npush $Nf4c91600\n Grade {\n channels alpha\n blackpoint {{parent.exp==1?expAmnt.x:linAmnt.x}}\n whitepoint {{parent.exp==1?expAmnt.y:linAmnt.y}}\n name Grade_39\n xpos 6708\n ypos 850\n addUserKnob {20 User}\n addUserKnob {12 linAmnt l \"\" +STARTLINE}\n linAmnt {{(ittNum-1)/parent.Erode_master.quality} {ittNum/parent.Erode_master.quality}}\n addUserKnob {12 expAmnt l \"\" +STARTLINE}\n expAmnt {{pow2(ittNum-1)/pow2(parent.Erode_master.quality)} {pow2(ittNum)/pow2(parent.Erode_master.quality)}}\n addUserKnob {3 ittNum l \"\" +STARTLINE}\n ittNum {{\"\\[lrange \\[split \\[value name] _] 1 1]\"}}\n }\npush $Nf4d7b200\n FilterErode {\n channels {{{parent.Erode_master.channels}}}\n size {{parent.exp==1?-parent.blur*expAmnt:-parent.blur*linAmnt} {parent.exp==1?-parent.blur*expAmnt:-parent.blur*linAmnt}}\n filter {{parent.Erode_master.filter}}\n name FilterErode_39\n xpos 6786\n ypos 738\n addUserKnob {20 User}\n addUserKnob {7 linAmnt l \"\" +STARTLINE}\n linAmnt {{ittNum/parent.Erode_master.quality}}\n addUserKnob {7 expAmnt l \"\" +STARTLINE}\n expAmnt {{pow2(ittNum)/pow2(parent.Erode_master.quality)}}\n addUserKnob {3 ittNum l \"\" +STARTLINE}\n ittNum {{\"\\[lrange \\[split \\[value name] _] 1 1]\"}}\n }\npush $Nf4c91d00\n Grade {\n channels alpha\n blackpoint {{parent.exp==1?expAmnt.x:linAmnt.x}}\n whitepoint {{parent.exp==1?expAmnt.y:linAmnt.y}}\n name Grade_38\n xpos 6506\n ypos 850\n addUserKnob {20 User}\n addUserKnob {12 linAmnt l \"\" +STARTLINE}\n linAmnt {{(ittNum-1)/parent.Erode_master.quality} {ittNum/parent.Erode_master.quality}}\n addUserKnob {12 expAmnt l \"\" +STARTLINE}\n expAmnt {{pow2(ittNum-1)/pow2(parent.Erode_master.quality)} {pow2(ittNum)/pow2(parent.Erode_master.quality)}}\n addUserKnob {3 ittNum l \"\" +STARTLINE}\n ittNum {{\"\\[lrange \\[split \\[value name] _] 1 1]\"}}\n }\npush $Nf4d7b900\n FilterErode {\n channels {{{parent.Erode_master.channels}}}\n size {{parent.exp==1?-parent.blur*expAmnt:-parent.blur*linAmnt} {parent.exp==1?-parent.blur*expAmnt:-parent.blur*linAmnt}}\n filter {{parent.Erode_master.filter}}\n name FilterErode_38\n xpos 6584\n ypos 738\n addUserKnob {20 User}\n addUserKnob {7 linAmnt l \"\" +STARTLINE}\n linAmnt {{ittNum/parent.Erode_master.quality}}\n addUserKnob {7 expAmnt l \"\" +STARTLINE}\n expAmnt {{pow2(ittNum)/pow2(parent.Erode_master.quality)}}\n addUserKnob {3 ittNum l \"\" +STARTLINE}\n ittNum {{\"\\[lrange \\[split \\[value name] _] 1 1]\"}}\n }\npush $Nf4c92400\n Grade {\n channels alpha\n blackpoint {{parent.exp==1?expAmnt.x:linAmnt.x}}\n whitepoint {{parent.exp==1?expAmnt.y:linAmnt.y}}\n name Grade_37\n xpos 6306\n ypos 850\n addUserKnob {20 User}\n addUserKnob {12 linAmnt l \"\" +STARTLINE}\n linAmnt {{(ittNum-1)/parent.Erode_master.quality} {ittNum/parent.Erode_master.quality}}\n addUserKnob {12 expAmnt l \"\" +STARTLINE}\n expAmnt {{pow2(ittNum-1)/pow2(parent.Erode_master.quality)} {pow2(ittNum)/pow2(parent.Erode_master.quality)}}\n addUserKnob {3 ittNum l \"\" +STARTLINE}\n ittNum {{\"\\[lrange \\[split \\[value name] _] 1 1]\"}}\n }\npush $Nf4d9c100\n FilterErode {\n channels {{{parent.Erode_master.channels}}}\n size {{parent.exp==1?-parent.blur*expAmnt:-parent.blur*linAmnt} {parent.exp==1?-parent.blur*expAmnt:-parent.blur*linAmnt}}\n filter {{parent.Erode_master.filter}}\n name FilterErode_37\n xpos 6384\n ypos 738\n addUserKnob {20 User}\n addUserKnob {7 linAmnt l \"\" +STARTLINE}\n linAmnt {{ittNum/parent.Erode_master.quality}}\n addUserKnob {7 expAmnt l \"\" +STARTLINE}\n expAmnt {{pow2(ittNum)/pow2(parent.Erode_master.quality)}}\n addUserKnob {3 ittNum l \"\" +STARTLINE}\n ittNum {{\"\\[lrange \\[split \\[value name] _] 1 1]\"}}\n }\npush $Nf4c92b00\n Grade {\n channels alpha\n blackpoint {{parent.exp==1?expAmnt.x:linAmnt.x}}\n whitepoint {{parent.exp==1?expAmnt.y:linAmnt.y}}\n name Grade_36\n xpos 6122\n ypos 850\n addUserKnob {20 User}\n addUserKnob {12 linAmnt l \"\" +STARTLINE}\n linAmnt {{(ittNum-1)/parent.Erode_master.quality} {ittNum/parent.Erode_master.quality}}\n addUserKnob {12 expAmnt l \"\" +STARTLINE}\n expAmnt {{pow2(ittNum-1)/pow2(parent.Erode_master.quality)} {pow2(ittNum)/pow2(parent.Erode_master.quality)}}\n addUserKnob {3 ittNum l \"\" +STARTLINE}\n ittNum {{\"\\[lrange \\[split \\[value name] _] 1 1]\"}}\n }\npush $Nf4d9c800\n FilterErode {\n channels {{{parent.Erode_master.channels}}}\n size {{parent.exp==1?-parent.blur*expAmnt:-parent.blur*linAmnt} {parent.exp==1?-parent.blur*expAmnt:-parent.blur*linAmnt}}\n filter {{parent.Erode_master.filter}}\n name FilterErode_36\n xpos 6211\n ypos 738\n addUserKnob {20 User}\n addUserKnob {7 linAmnt l \"\" +STARTLINE}\n linAmnt {{ittNum/parent.Erode_master.quality}}\n addUserKnob {7 expAmnt l \"\" +STARTLINE}\n expAmnt {{pow2(ittNum)/pow2(parent.Erode_master.quality)}}\n addUserKnob {3 ittNum l \"\" +STARTLINE}\n ittNum {{\"\\[lrange \\[split \\[value name] _] 1 1]\"}}\n }\npush $Nf4c93200\n Grade {\n channels alpha\n blackpoint {{parent.exp==1?expAmnt.x:linAmnt.x}}\n whitepoint {{parent.exp==1?expAmnt.y:linAmnt.y}}\n name Grade_35\n xpos 5922\n ypos 850\n addUserKnob {20 User}\n addUserKnob {12 linAmnt l \"\" +STARTLINE}\n linAmnt {{(ittNum-1)/parent.Erode_master.quality} {ittNum/parent.Erode_master.quality}}\n addUserKnob {12 expAmnt l \"\" +STARTLINE}\n expAmnt {{pow2(ittNum-1)/pow2(parent.Erode_master.quality)} {pow2(ittNum)/pow2(parent.Erode_master.quality)}}\n addUserKnob {3 ittNum l \"\" +STARTLINE}\n ittNum {{\"\\[lrange \\[split \\[value name] _] 1 1]\"}}\n }\npush $Nf4d9cf00\n FilterErode {\n channels {{{parent.Erode_master.channels}}}\n size {{parent.exp==1?-parent.blur*expAmnt:-parent.blur*linAmnt} {parent.exp==1?-parent.blur*expAmnt:-parent.blur*linAmnt}}\n filter {{parent.Erode_master.filter}}\n name FilterErode_35\n xpos 6011\n ypos 738\n addUserKnob {20 User}\n addUserKnob {7 linAmnt l \"\" +STARTLINE}\n linAmnt {{ittNum/parent.Erode_master.quality}}\n addUserKnob {7 expAmnt l \"\" +STARTLINE}\n expAmnt {{pow2(ittNum)/pow2(parent.Erode_master.quality)}}\n addUserKnob {3 ittNum l \"\" +STARTLINE}\n ittNum {{\"\\[lrange \\[split \\[value name] _] 1 1]\"}}\n }\npush $Nf4c93900\n Grade {\n channels alpha\n blackpoint {{parent.exp==1?expAmnt.x:linAmnt.x}}\n whitepoint {{parent.exp==1?expAmnt.y:linAmnt.y}}\n name Grade_34\n xpos 5720\n ypos 850\n addUserKnob {20 User}\n addUserKnob {12 linAmnt l \"\" +STARTLINE}\n linAmnt {{(ittNum-1)/parent.Erode_master.quality} {ittNum/parent.Erode_master.quality}}\n addUserKnob {12 expAmnt l \"\" +STARTLINE}\n expAmnt {{pow2(ittNum-1)/pow2(parent.Erode_master.quality)} {pow2(ittNum)/pow2(parent.Erode_master.quality)}}\n addUserKnob {3 ittNum l \"\" +STARTLINE}\n ittNum {{\"\\[lrange \\[split \\[value name] _] 1 1]\"}}\n }\npush $Nf4d9d600\n FilterErode {\n channels {{{parent.Erode_master.channels}}}\n size {{parent.exp==1?-parent.blur*expAmnt:-parent.blur*linAmnt} {parent.exp==1?-parent.blur*expAmnt:-parent.blur*linAmnt}}\n filter {{parent.Erode_master.filter}}\n name FilterErode_34\n xpos 5809\n ypos 738\n addUserKnob {20 User}\n addUserKnob {7 linAmnt l \"\" +STARTLINE}\n linAmnt {{ittNum/parent.Erode_master.quality}}\n addUserKnob {7 expAmnt l \"\" +STARTLINE}\n expAmnt {{pow2(ittNum)/pow2(parent.Erode_master.quality)}}\n addUserKnob {3 ittNum l \"\" +STARTLINE}\n ittNum {{\"\\[lrange \\[split \\[value name] _] 1 1]\"}}\n }\npush $Nf4ca8100\n Grade {\n channels alpha\n blackpoint {{parent.exp==1?expAmnt.x:linAmnt.x}}\n whitepoint {{parent.exp==1?expAmnt.y:linAmnt.y}}\n name Grade_33\n xpos 5531\n ypos 850\n addUserKnob {20 User}\n addUserKnob {12 linAmnt l \"\" +STARTLINE}\n linAmnt {{(ittNum-1)/parent.Erode_master.quality} {ittNum/parent.Erode_master.quality}}\n addUserKnob {12 expAmnt l \"\" +STARTLINE}\n expAmnt {{pow2(ittNum-1)/pow2(parent.Erode_master.quality)} {pow2(ittNum)/pow2(parent.Erode_master.quality)}}\n addUserKnob {3 ittNum l \"\" +STARTLINE}\n ittNum {{\"\\[lrange \\[split \\[value name] _] 1 1]\"}}\n }\npush $Nf4d9dd00\n FilterErode {\n channels {{{parent.Erode_master.channels}}}\n size {{parent.exp==1?-parent.blur*expAmnt:-parent.blur*linAmnt} {parent.exp==1?-parent.blur*expAmnt:-parent.blur*linAmnt}}\n filter {{parent.Erode_master.filter}}\n name FilterErode_33\n xpos 5620\n ypos 738\n addUserKnob {20 User}\n addUserKnob {7 linAmnt l \"\" +STARTLINE}\n linAmnt {{ittNum/parent.Erode_master.quality}}\n addUserKnob {7 expAmnt l \"\" +STARTLINE}\n expAmnt {{pow2(ittNum)/pow2(parent.Erode_master.quality)}}\n addUserKnob {3 ittNum l \"\" +STARTLINE}\n ittNum {{\"\\[lrange \\[split \\[value name] _] 1 1]\"}}\n }\npush $Nf4ca8800\n Grade {\n channels alpha\n blackpoint {{parent.exp==1?expAmnt.x:linAmnt.x}}\n whitepoint {{parent.exp==1?expAmnt.y:linAmnt.y}}\n name Grade_32\n xpos 5348\n ypos 850\n addUserKnob {20 User}\n addUserKnob {12 linAmnt l \"\" +STARTLINE}\n linAmnt {{(ittNum-1)/parent.Erode_master.quality} {ittNum/parent.Erode_master.quality}}\n addUserKnob {12 expAmnt l \"\" +STARTLINE}\n expAmnt {{pow2(ittNum-1)/pow2(parent.Erode_master.quality)} {pow2(ittNum)/pow2(parent.Erode_master.quality)}}\n addUserKnob {3 ittNum l \"\" +STARTLINE}\n ittNum {{\"\\[lrange \\[split \\[value name] _] 1 1]\"}}\n }\npush $Nf4d9e400\n FilterErode {\n channels {{{parent.Erode_master.channels}}}\n size {{parent.exp==1?-parent.blur*expAmnt:-parent.blur*linAmnt} {parent.exp==1?-parent.blur*expAmnt:-parent.blur*linAmnt}}\n filter {{parent.Erode_master.filter}}\n name FilterErode_32\n xpos 5440\n ypos 738\n addUserKnob {20 User}\n addUserKnob {7 linAmnt l \"\" +STARTLINE}\n linAmnt {{ittNum/parent.Erode_master.quality}}\n addUserKnob {7 expAmnt l \"\" +STARTLINE}\n expAmnt {{pow2(ittNum)/pow2(parent.Erode_master.quality)}}\n addUserKnob {3 ittNum l \"\" +STARTLINE}\n ittNum {{\"\\[lrange \\[split \\[value name] _] 1 1]\"}}\n }\npush $Nf4ca8f00\n Grade {\n channels alpha\n blackpoint {{parent.exp==1?expAmnt.x:linAmnt.x}}\n whitepoint {{parent.exp==1?expAmnt.y:linAmnt.y}}\n name Grade_31\n xpos 5159\n ypos 850\n addUserKnob {20 User}\n addUserKnob {12 linAmnt l \"\" +STARTLINE}\n linAmnt {{(ittNum-1)/parent.Erode_master.quality} {ittNum/parent.Erode_master.quality}}\n addUserKnob {12 expAmnt l \"\" +STARTLINE}\n expAmnt {{pow2(ittNum-1)/pow2(parent.Erode_master.quality)} {pow2(ittNum)/pow2(parent.Erode_master.quality)}}\n addUserKnob {3 ittNum l \"\" +STARTLINE}\n ittNum {{\"\\[lrange \\[split \\[value name] _] 1 1]\"}}\n }\npush $Nf4d9eb00\n FilterErode {\n channels {{{parent.Erode_master.channels}}}\n size {{parent.exp==1?-parent.blur*expAmnt:-parent.blur*linAmnt} {parent.exp==1?-parent.blur*expAmnt:-parent.blur*linAmnt}}\n filter {{parent.Erode_master.filter}}\n name FilterErode_31\n xpos 5251\n ypos 738\n addUserKnob {20 User}\n addUserKnob {7 linAmnt l \"\" +STARTLINE}\n linAmnt {{ittNum/parent.Erode_master.quality}}\n addUserKnob {7 expAmnt l \"\" +STARTLINE}\n expAmnt {{pow2(ittNum)/pow2(parent.Erode_master.quality)}}\n addUserKnob {3 ittNum l \"\" +STARTLINE}\n ittNum {{\"\\[lrange \\[split \\[value name] _] 1 1]\"}}\n }\npush $Nf4ca9600\n Grade {\n channels alpha\n blackpoint {{parent.exp==1?expAmnt.x:linAmnt.x}}\n whitepoint {{parent.exp==1?expAmnt.y:linAmnt.y}}\n name Grade_30\n xpos 4957\n ypos 850\n addUserKnob {20 User}\n addUserKnob {12 linAmnt l \"\" +STARTLINE}\n linAmnt {{(ittNum-1)/parent.Erode_master.quality} {ittNum/parent.Erode_master.quality}}\n addUserKnob {12 expAmnt l \"\" +STARTLINE}\n expAmnt {{pow2(ittNum-1)/pow2(parent.Erode_master.quality)} {pow2(ittNum)/pow2(parent.Erode_master.quality)}}\n addUserKnob {3 ittNum l \"\" +STARTLINE}\n ittNum {{\"\\[lrange \\[split \\[value name] _] 1 1]\"}}\n }\npush $Nf4d9f200\n FilterErode {\n channels {{{parent.Erode_master.channels}}}\n size {{parent.exp==1?-parent.blur*expAmnt:-parent.blur*linAmnt} {parent.exp==1?-parent.blur*expAmnt:-parent.blur*linAmnt}}\n filter {{parent.Erode_master.filter}}\n name FilterErode_30\n xpos 5049\n ypos 738\n addUserKnob {20 User}\n addUserKnob {7 linAmnt l \"\" +STARTLINE}\n linAmnt {{ittNum/parent.Erode_master.quality}}\n addUserKnob {7 expAmnt l \"\" +STARTLINE}\n expAmnt {{pow2(ittNum)/pow2(parent.Erode_master.quality)}}\n addUserKnob {3 ittNum l \"\" +STARTLINE}\n ittNum {{\"\\[lrange \\[split \\[value name] _] 1 1]\"}}\n }\npush $Nf4ca9d00\n Grade {\n channels alpha\n blackpoint {{parent.exp==1?expAmnt.x:linAmnt.x}}\n whitepoint {{parent.exp==1?expAmnt.y:linAmnt.y}}\n name Grade_29\n xpos 4757\n ypos 850\n addUserKnob {20 User}\n addUserKnob {12 linAmnt l \"\" +STARTLINE}\n linAmnt {{(ittNum-1)/parent.Erode_master.quality} {ittNum/parent.Erode_master.quality}}\n addUserKnob {12 expAmnt l \"\" +STARTLINE}\n expAmnt {{pow2(ittNum-1)/pow2(parent.Erode_master.quality)} {pow2(ittNum)/pow2(parent.Erode_master.quality)}}\n addUserKnob {3 ittNum l \"\" +STARTLINE}\n ittNum {{\"\\[lrange \\[split \\[value name] _] 1 1]\"}}\n }\npush $Nf4d9f900\n FilterErode {\n channels {{{parent.Erode_master.channels}}}\n size {{parent.exp==1?-parent.blur*expAmnt:-parent.blur*linAmnt} {parent.exp==1?-parent.blur*expAmnt:-parent.blur*linAmnt}}\n filter {{parent.Erode_master.filter}}\n name FilterErode_29\n xpos 4849\n ypos 738\n addUserKnob {20 User}\n addUserKnob {7 linAmnt l \"\" +STARTLINE}\n linAmnt {{ittNum/parent.Erode_master.quality}}\n addUserKnob {7 expAmnt l \"\" +STARTLINE}\n expAmnt {{pow2(ittNum)/pow2(parent.Erode_master.quality)}}\n addUserKnob {3 ittNum l \"\" +STARTLINE}\n ittNum {{\"\\[lrange \\[split \\[value name] _] 1 1]\"}}\n }\npush $Nf4caa400\n Grade {\n channels alpha\n blackpoint {{parent.exp==1?expAmnt.x:linAmnt.x}}\n whitepoint {{parent.exp==1?expAmnt.y:linAmnt.y}}\n name Grade_28\n xpos 4573\n ypos 850\n addUserKnob {20 User}\n addUserKnob {12 linAmnt l \"\" +STARTLINE}\n linAmnt {{(ittNum-1)/parent.Erode_master.quality} {ittNum/parent.Erode_master.quality}}\n addUserKnob {12 expAmnt l \"\" +STARTLINE}\n expAmnt {{pow2(ittNum-1)/pow2(parent.Erode_master.quality)} {pow2(ittNum)/pow2(parent.Erode_master.quality)}}\n addUserKnob {3 ittNum l \"\" +STARTLINE}\n ittNum {{\"\\[lrange \\[split \\[value name] _] 1 1]\"}}\n }\npush $Nf4db0100\n FilterErode {\n channels {{{parent.Erode_master.channels}}}\n size {{parent.exp==1?-parent.blur*expAmnt:-parent.blur*linAmnt} {parent.exp==1?-parent.blur*expAmnt:-parent.blur*linAmnt}}\n filter {{parent.Erode_master.filter}}\n name FilterErode_28\n xpos 4676\n ypos 738\n addUserKnob {20 User}\n addUserKnob {7 linAmnt l \"\" +STARTLINE}\n linAmnt {{ittNum/parent.Erode_master.quality}}\n addUserKnob {7 expAmnt l \"\" +STARTLINE}\n expAmnt {{pow2(ittNum)/pow2(parent.Erode_master.quality)}}\n addUserKnob {3 ittNum l \"\" +STARTLINE}\n ittNum {{\"\\[lrange \\[split \\[value name] _] 1 1]\"}}\n }\npush $Nf4caab00\n Grade {\n channels alpha\n blackpoint {{parent.exp==1?expAmnt.x:linAmnt.x}}\n whitepoint {{parent.exp==1?expAmnt.y:linAmnt.y}}\n name Grade_27\n xpos 4373\n ypos 850\n addUserKnob {20 User}\n addUserKnob {12 linAmnt l \"\" +STARTLINE}\n linAmnt {{(ittNum-1)/parent.Erode_master.quality} {ittNum/parent.Erode_master.quality}}\n addUserKnob {12 expAmnt l \"\" +STARTLINE}\n expAmnt {{pow2(ittNum-1)/pow2(parent.Erode_master.quality)} {pow2(ittNum)/pow2(parent.Erode_master.quality)}}\n addUserKnob {3 ittNum l \"\" +STARTLINE}\n ittNum {{\"\\[lrange \\[split \\[value name] _] 1 1]\"}}\n }\npush $Nf4db0800\n FilterErode {\n channels {{{parent.Erode_master.channels}}}\n size {{parent.exp==1?-parent.blur*expAmnt:-parent.blur*linAmnt} {parent.exp==1?-parent.blur*expAmnt:-parent.blur*linAmnt}}\n filter {{parent.Erode_master.filter}}\n name FilterErode_27\n xpos 4476\n ypos 738\n addUserKnob {20 User}\n addUserKnob {7 linAmnt l \"\" +STARTLINE}\n linAmnt {{ittNum/parent.Erode_master.quality}}\n addUserKnob {7 expAmnt l \"\" +STARTLINE}\n expAmnt {{pow2(ittNum)/pow2(parent.Erode_master.quality)}}\n addUserKnob {3 ittNum l \"\" +STARTLINE}\n ittNum {{\"\\[lrange \\[split \\[value name] _] 1 1]\"}}\n }\npush $Nf4cab200\n Grade {\n channels alpha\n blackpoint {{parent.exp==1?expAmnt.x:linAmnt.x}}\n whitepoint {{parent.exp==1?expAmnt.y:linAmnt.y}}\n name Grade_26\n xpos 4171\n ypos 850\n addUserKnob {20 User}\n addUserKnob {12 linAmnt l \"\" +STARTLINE}\n linAmnt {{(ittNum-1)/parent.Erode_master.quality} {ittNum/parent.Erode_master.quality}}\n addUserKnob {12 expAmnt l \"\" +STARTLINE}\n expAmnt {{pow2(ittNum-1)/pow2(parent.Erode_master.quality)} {pow2(ittNum)/pow2(parent.Erode_master.quality)}}\n addUserKnob {3 ittNum l \"\" +STARTLINE}\n ittNum {{\"\\[lrange \\[split \\[value name] _] 1 1]\"}}\n }\npush $Nf4db0f00\n FilterErode {\n channels {{{parent.Erode_master.channels}}}\n size {{parent.exp==1?-parent.blur*expAmnt:-parent.blur*linAmnt} {parent.exp==1?-parent.blur*expAmnt:-parent.blur*linAmnt}}\n filter {{parent.Erode_master.filter}}\n name FilterErode_26\n xpos 4274\n ypos 738\n addUserKnob {20 User}\n addUserKnob {7 linAmnt l \"\" +STARTLINE}\n linAmnt {{ittNum/parent.Erode_master.quality}}\n addUserKnob {7 expAmnt l \"\" +STARTLINE}\n expAmnt {{pow2(ittNum)/pow2(parent.Erode_master.quality)}}\n addUserKnob {3 ittNum l \"\" +STARTLINE}\n ittNum {{\"\\[lrange \\[split \\[value name] _] 1 1]\"}}\n }\npush $Nf4cab900\n Grade {\n channels alpha\n blackpoint {{parent.exp==1?expAmnt.x:linAmnt.x}}\n whitepoint {{parent.exp==1?expAmnt.y:linAmnt.y}}\n name Grade_25\n xpos 3982\n ypos 850\n addUserKnob {20 User}\n addUserKnob {12 linAmnt l \"\" +STARTLINE}\n linAmnt {{(ittNum-1)/parent.Erode_master.quality} {ittNum/parent.Erode_master.quality}}\n addUserKnob {12 expAmnt l \"\" +STARTLINE}\n expAmnt {{pow2(ittNum-1)/pow2(parent.Erode_master.quality)} {pow2(ittNum)/pow2(parent.Erode_master.quality)}}\n addUserKnob {3 ittNum l \"\" +STARTLINE}\n ittNum {{\"\\[lrange \\[split \\[value name] _] 1 1]\"}}\n }\npush $Nf4db1600\n FilterErode {\n channels {{{parent.Erode_master.channels}}}\n size {{parent.exp==1?-parent.blur*expAmnt:-parent.blur*linAmnt} {parent.exp==1?-parent.blur*expAmnt:-parent.blur*linAmnt}}\n filter {{parent.Erode_master.filter}}\n name FilterErode_25\n xpos 4085\n ypos 738\n addUserKnob {20 User}\n addUserKnob {7 linAmnt l \"\" +STARTLINE}\n linAmnt {{ittNum/parent.Erode_master.quality}}\n addUserKnob {7 expAmnt l \"\" +STARTLINE}\n expAmnt {{pow2(ittNum)/pow2(parent.Erode_master.quality)}}\n addUserKnob {3 ittNum l \"\" +STARTLINE}\n ittNum {{\"\\[lrange \\[split \\[value name] _] 1 1]\"}}\n }\npush $Nf4ccc100\n Grade {\n channels alpha\n blackpoint {{parent.exp==1?expAmnt.x:linAmnt.x}}\n whitepoint {{parent.exp==1?expAmnt.y:linAmnt.y}}\n name Grade_24\n xpos 3800\n ypos 850\n addUserKnob {20 User}\n addUserKnob {12 linAmnt l \"\" +STARTLINE}\n linAmnt {{(ittNum-1)/parent.Erode_master.quality} {ittNum/parent.Erode_master.quality}}\n addUserKnob {12 expAmnt l \"\" +STARTLINE}\n expAmnt {{pow2(ittNum-1)/pow2(parent.Erode_master.quality)} {pow2(ittNum)/pow2(parent.Erode_master.quality)}}\n addUserKnob {3 ittNum l \"\" +STARTLINE}\n ittNum {{\"\\[lrange \\[split \\[value name] _] 1 1]\"}}\n }\npush $Nf4db1d00\n FilterErode {\n channels {{{parent.Erode_master.channels}}}\n size {{parent.exp==1?-parent.blur*expAmnt:-parent.blur*linAmnt} {parent.exp==1?-parent.blur*expAmnt:-parent.blur*linAmnt}}\n filter {{parent.Erode_master.filter}}\n name FilterErode_24\n xpos 3892\n ypos 738\n addUserKnob {20 User}\n addUserKnob {7 linAmnt l \"\" +STARTLINE}\n linAmnt {{ittNum/parent.Erode_master.quality}}\n addUserKnob {7 expAmnt l \"\" +STARTLINE}\n expAmnt {{pow2(ittNum)/pow2(parent.Erode_master.quality)}}\n addUserKnob {3 ittNum l \"\" +STARTLINE}\n ittNum {{\"\\[lrange \\[split \\[value name] _] 1 1]\"}}\n }\npush $Nf4ccc800\n Grade {\n channels alpha\n blackpoint {{parent.exp==1?expAmnt.x:linAmnt.x}}\n whitepoint {{parent.exp==1?expAmnt.y:linAmnt.y}}\n name Grade_23\n xpos 3611\n ypos 850\n addUserKnob {20 User}\n addUserKnob {12 linAmnt l \"\" +STARTLINE}\n linAmnt {{(ittNum-1)/parent.Erode_master.quality} {ittNum/parent.Erode_master.quality}}\n addUserKnob {12 expAmnt l \"\" +STARTLINE}\n expAmnt {{pow2(ittNum-1)/pow2(parent.Erode_master.quality)} {pow2(ittNum)/pow2(parent.Erode_master.quality)}}\n addUserKnob {3 ittNum l \"\" +STARTLINE}\n ittNum {{\"\\[lrange \\[split \\[value name] _] 1 1]\"}}\n }\npush $Nf4db2400\n FilterErode {\n channels {{{parent.Erode_master.channels}}}\n size {{parent.exp==1?-parent.blur*expAmnt:-parent.blur*linAmnt} {parent.exp==1?-parent.blur*expAmnt:-parent.blur*linAmnt}}\n filter {{parent.Erode_master.filter}}\n name FilterErode_23\n xpos 3703\n ypos 738\n addUserKnob {20 User}\n addUserKnob {7 linAmnt l \"\" +STARTLINE}\n linAmnt {{ittNum/parent.Erode_master.quality}}\n addUserKnob {7 expAmnt l \"\" +STARTLINE}\n expAmnt {{pow2(ittNum)/pow2(parent.Erode_master.quality)}}\n addUserKnob {3 ittNum l \"\" +STARTLINE}\n ittNum {{\"\\[lrange \\[split \\[value name] _] 1 1]\"}}\n }\npush $Nf4cccf00\n Grade {\n channels alpha\n blackpoint {{parent.exp==1?expAmnt.x:linAmnt.x}}\n whitepoint {{parent.exp==1?expAmnt.y:linAmnt.y}}\n name Grade_22\n xpos 3409\n ypos 850\n addUserKnob {20 User}\n addUserKnob {12 linAmnt l \"\" +STARTLINE}\n linAmnt {{(ittNum-1)/parent.Erode_master.quality} {ittNum/parent.Erode_master.quality}}\n addUserKnob {12 expAmnt l \"\" +STARTLINE}\n expAmnt {{pow2(ittNum-1)/pow2(parent.Erode_master.quality)} {pow2(ittNum)/pow2(parent.Erode_master.quality)}}\n addUserKnob {3 ittNum l \"\" +STARTLINE}\n ittNum {{\"\\[lrange \\[split \\[value name] _] 1 1]\"}}\n }\npush $Nf4db2b00\n FilterErode {\n channels {{{parent.Erode_master.channels}}}\n size {{parent.exp==1?-parent.blur*expAmnt:-parent.blur*linAmnt} {parent.exp==1?-parent.blur*expAmnt:-parent.blur*linAmnt}}\n filter {{parent.Erode_master.filter}}\n name FilterErode_22\n xpos 3501\n ypos 738\n addUserKnob {20 User}\n addUserKnob {7 linAmnt l \"\" +STARTLINE}\n linAmnt {{ittNum/parent.Erode_master.quality}}\n addUserKnob {7 expAmnt l \"\" +STARTLINE}\n expAmnt {{pow2(ittNum)/pow2(parent.Erode_master.quality)}}\n addUserKnob {3 ittNum l \"\" +STARTLINE}\n ittNum {{\"\\[lrange \\[split \\[value name] _] 1 1]\"}}\n }\npush $Nf4ccd600\n Grade {\n channels alpha\n blackpoint {{parent.exp==1?expAmnt.x:linAmnt.x}}\n whitepoint {{parent.exp==1?expAmnt.y:linAmnt.y}}\n name Grade_21\n xpos 3209\n ypos 850\n addUserKnob {20 User}\n addUserKnob {12 linAmnt l \"\" +STARTLINE}\n linAmnt {{(ittNum-1)/parent.Erode_master.quality} {ittNum/parent.Erode_master.quality}}\n addUserKnob {12 expAmnt l \"\" +STARTLINE}\n expAmnt {{pow2(ittNum-1)/pow2(parent.Erode_master.quality)} {pow2(ittNum)/pow2(parent.Erode_master.quality)}}\n addUserKnob {3 ittNum l \"\" +STARTLINE}\n ittNum {{\"\\[lrange \\[split \\[value name] _] 1 1]\"}}\n }\npush $Nf4db3200\n FilterErode {\n channels {{{parent.Erode_master.channels}}}\n size {{parent.exp==1?-parent.blur*expAmnt:-parent.blur*linAmnt} {parent.exp==1?-parent.blur*expAmnt:-parent.blur*linAmnt}}\n filter {{parent.Erode_master.filter}}\n name FilterErode_21\n xpos 3301\n ypos 738\n addUserKnob {20 User}\n addUserKnob {7 linAmnt l \"\" +STARTLINE}\n linAmnt {{ittNum/parent.Erode_master.quality}}\n addUserKnob {7 expAmnt l \"\" +STARTLINE}\n expAmnt {{pow2(ittNum)/pow2(parent.Erode_master.quality)}}\n addUserKnob {3 ittNum l \"\" +STARTLINE}\n ittNum {{\"\\[lrange \\[split \\[value name] _] 1 1]\"}}\n }\npush $Nf4ccdd00\n Grade {\n channels alpha\n blackpoint {{parent.exp==1?expAmnt.x:linAmnt.x}}\n whitepoint {{parent.exp==1?expAmnt.y:linAmnt.y}}\n name Grade_20\n xpos 3025\n ypos 850\n addUserKnob {20 User}\n addUserKnob {12 linAmnt l \"\" +STARTLINE}\n linAmnt {{(ittNum-1)/parent.Erode_master.quality} {ittNum/parent.Erode_master.quality}}\n addUserKnob {12 expAmnt l \"\" +STARTLINE}\n expAmnt {{pow2(ittNum-1)/pow2(parent.Erode_master.quality)} {pow2(ittNum)/pow2(parent.Erode_master.quality)}}\n addUserKnob {3 ittNum l \"\" +STARTLINE}\n ittNum {{\"\\[lrange \\[split \\[value name] _] 1 1]\"}}\n }\npush $Nf4db3900\n FilterErode {\n channels {{{parent.Erode_master.channels}}}\n size {{parent.exp==1?-parent.blur*expAmnt:-parent.blur*linAmnt} {parent.exp==1?-parent.blur*expAmnt:-parent.blur*linAmnt}}\n filter {{parent.Erode_master.filter}}\n name FilterErode_20\n xpos 3128\n ypos 738\n addUserKnob {20 User}\n addUserKnob {7 linAmnt l \"\" +STARTLINE}\n linAmnt {{ittNum/parent.Erode_master.quality}}\n addUserKnob {7 expAmnt l \"\" +STARTLINE}\n expAmnt {{pow2(ittNum)/pow2(parent.Erode_master.quality)}}\n addUserKnob {3 ittNum l \"\" +STARTLINE}\n ittNum {{\"\\[lrange \\[split \\[value name] _] 1 1]\"}}\n }\npush $Nf4cce400\n Grade {\n channels alpha\n blackpoint {{parent.exp==1?expAmnt.x:linAmnt.x}}\n whitepoint {{parent.exp==1?expAmnt.y:linAmnt.y}}\n name Grade_19\n xpos 2825\n ypos 850\n addUserKnob {20 User}\n addUserKnob {12 linAmnt l \"\" +STARTLINE}\n linAmnt {{(ittNum-1)/parent.Erode_master.quality} {ittNum/parent.Erode_master.quality}}\n addUserKnob {12 expAmnt l \"\" +STARTLINE}\n expAmnt {{pow2(ittNum-1)/pow2(parent.Erode_master.quality)} {pow2(ittNum)/pow2(parent.Erode_master.quality)}}\n addUserKnob {3 ittNum l \"\" +STARTLINE}\n ittNum {{\"\\[lrange \\[split \\[value name] _] 1 1]\"}}\n }\npush $Nf4dc8100\n FilterErode {\n channels {{{parent.Erode_master.channels}}}\n size {{parent.exp==1?-parent.blur*expAmnt:-parent.blur*linAmnt} {parent.exp==1?-parent.blur*expAmnt:-parent.blur*linAmnt}}\n filter {{parent.Erode_master.filter}}\n name FilterErode_19\n xpos 2928\n ypos 738\n addUserKnob {20 User}\n addUserKnob {7 linAmnt l \"\" +STARTLINE}\n linAmnt {{ittNum/parent.Erode_master.quality}}\n addUserKnob {7 expAmnt l \"\" +STARTLINE}\n expAmnt {{pow2(ittNum)/pow2(parent.Erode_master.quality)}}\n addUserKnob {3 ittNum l \"\" +STARTLINE}\n ittNum {{\"\\[lrange \\[split \\[value name] _] 1 1]\"}}\n }\npush $Nf4cceb00\n Grade {\n channels alpha\n blackpoint {{parent.exp==1?expAmnt.x:linAmnt.x}}\n whitepoint {{parent.exp==1?expAmnt.y:linAmnt.y}}\n name Grade_18\n xpos 2623\n ypos 850\n addUserKnob {20 User}\n addUserKnob {12 linAmnt l \"\" +STARTLINE}\n linAmnt {{(ittNum-1)/parent.Erode_master.quality} {ittNum/parent.Erode_master.quality}}\n addUserKnob {12 expAmnt l \"\" +STARTLINE}\n expAmnt {{pow2(ittNum-1)/pow2(parent.Erode_master.quality)} {pow2(ittNum)/pow2(parent.Erode_master.quality)}}\n addUserKnob {3 ittNum l \"\" +STARTLINE}\n ittNum {{\"\\[lrange \\[split \\[value name] _] 1 1]\"}}\n }\npush $Nf4dc8800\n FilterErode {\n channels {{{parent.Erode_master.channels}}}\n size {{parent.exp==1?-parent.blur*expAmnt:-parent.blur*linAmnt} {parent.exp==1?-parent.blur*expAmnt:-parent.blur*linAmnt}}\n filter {{parent.Erode_master.filter}}\n name FilterErode_18\n xpos 2726\n ypos 738\n addUserKnob {20 User}\n addUserKnob {7 linAmnt l \"\" +STARTLINE}\n linAmnt {{ittNum/parent.Erode_master.quality}}\n addUserKnob {7 expAmnt l \"\" +STARTLINE}\n expAmnt {{pow2(ittNum)/pow2(parent.Erode_master.quality)}}\n addUserKnob {3 ittNum l \"\" +STARTLINE}\n ittNum {{\"\\[lrange \\[split \\[value name] _] 1 1]\"}}\n }\npush $Nf4ccf200\n Grade {\n channels alpha\n blackpoint {{parent.exp==1?expAmnt.x:linAmnt.x}}\n whitepoint {{parent.exp==1?expAmnt.y:linAmnt.y}}\n name Grade_17\n xpos 2434\n ypos 850\n addUserKnob {20 User}\n addUserKnob {12 linAmnt l \"\" +STARTLINE}\n linAmnt {{(ittNum-1)/parent.Erode_master.quality} {ittNum/parent.Erode_master.quality}}\n addUserKnob {12 expAmnt l \"\" +STARTLINE}\n expAmnt {{pow2(ittNum-1)/pow2(parent.Erode_master.quality)} {pow2(ittNum)/pow2(parent.Erode_master.quality)}}\n addUserKnob {3 ittNum l \"\" +STARTLINE}\n ittNum {{\"\\[lrange \\[split \\[value name] _] 1 1]\"}}\n }\npush $Nf4dc8f00\n FilterErode {\n channels {{{parent.Erode_master.channels}}}\n size {{parent.exp==1?-parent.blur*expAmnt:-parent.blur*linAmnt} {parent.exp==1?-parent.blur*expAmnt:-parent.blur*linAmnt}}\n filter {{parent.Erode_master.filter}}\n name FilterErode_17\n xpos 2537\n ypos 738\n addUserKnob {20 User}\n addUserKnob {7 linAmnt l \"\" +STARTLINE}\n linAmnt {{ittNum/parent.Erode_master.quality}}\n addUserKnob {7 expAmnt l \"\" +STARTLINE}\n expAmnt {{pow2(ittNum)/pow2(parent.Erode_master.quality)}}\n addUserKnob {3 ittNum l \"\" +STARTLINE}\n ittNum {{\"\\[lrange \\[split \\[value name] _] 1 1]\"}}\n }\npush $Nf4ccf900\n Grade {\n channels alpha\n blackpoint {{parent.exp==1?expAmnt.x:linAmnt.x}}\n whitepoint {{parent.exp==1?expAmnt.y:linAmnt.y}}\n name Grade_16\n xpos 2253\n ypos 850\n addUserKnob {20 User}\n addUserKnob {12 linAmnt l \"\" +STARTLINE}\n linAmnt {{(ittNum-1)/parent.Erode_master.quality} {ittNum/parent.Erode_master.quality}}\n addUserKnob {12 expAmnt l \"\" +STARTLINE}\n expAmnt {{pow2(ittNum-1)/pow2(parent.Erode_master.quality)} {pow2(ittNum)/pow2(parent.Erode_master.quality)}}\n addUserKnob {3 ittNum l \"\" +STARTLINE}\n ittNum {{\"\\[lrange \\[split \\[value name] _] 1 1]\"}}\n }\npush $Nf4dc9600\n FilterErode {\n channels {{{parent.Erode_master.channels}}}\n size {{parent.exp==1?-parent.blur*expAmnt:-parent.blur*linAmnt} {parent.exp==1?-parent.blur*expAmnt:-parent.blur*linAmnt}}\n filter {{parent.Erode_master.filter}}\n name FilterErode_16\n xpos 2334\n ypos 738\n addUserKnob {20 User}\n addUserKnob {7 linAmnt l \"\" +STARTLINE}\n linAmnt {{ittNum/parent.Erode_master.quality}}\n addUserKnob {7 expAmnt l \"\" +STARTLINE}\n expAmnt {{pow2(ittNum)/pow2(parent.Erode_master.quality)}}\n addUserKnob {3 ittNum l \"\" +STARTLINE}\n ittNum {{\"\\[lrange \\[split \\[value name] _] 1 1]\"}}\n }\npush $Nf4ce4100\n Grade {\n channels alpha\n blackpoint {{parent.exp==1?expAmnt.x:linAmnt.x}}\n whitepoint {{parent.exp==1?expAmnt.y:linAmnt.y}}\n name Grade_15\n xpos 2064\n ypos 850\n addUserKnob {20 User}\n addUserKnob {12 linAmnt l \"\" +STARTLINE}\n linAmnt {{(ittNum-1)/parent.Erode_master.quality} {ittNum/parent.Erode_master.quality}}\n addUserKnob {12 expAmnt l \"\" +STARTLINE}\n expAmnt {{pow2(ittNum-1)/pow2(parent.Erode_master.quality)} {pow2(ittNum)/pow2(parent.Erode_master.quality)}}\n addUserKnob {3 ittNum l \"\" +STARTLINE}\n ittNum {{\"\\[lrange \\[split \\[value name] _] 1 1]\"}}\n }\npush $Nf4dc9d00\n FilterErode {\n channels {{{parent.Erode_master.channels}}}\n size {{parent.exp==1?-parent.blur*expAmnt:-parent.blur*linAmnt} {parent.exp==1?-parent.blur*expAmnt:-parent.blur*linAmnt}}\n filter {{parent.Erode_master.filter}}\n name FilterErode_15\n xpos 2145\n ypos 738\n addUserKnob {20 User}\n addUserKnob {7 linAmnt l \"\" +STARTLINE}\n linAmnt {{ittNum/parent.Erode_master.quality}}\n addUserKnob {7 expAmnt l \"\" +STARTLINE}\n expAmnt {{pow2(ittNum)/pow2(parent.Erode_master.quality)}}\n addUserKnob {3 ittNum l \"\" +STARTLINE}\n ittNum {{\"\\[lrange \\[split \\[value name] _] 1 1]\"}}\n }\npush $Nf4ce4800\n Grade {\n channels alpha\n blackpoint {{parent.exp==1?expAmnt.x:linAmnt.x}}\n whitepoint {{parent.exp==1?expAmnt.y:linAmnt.y}}\n name Grade_14\n xpos 1862\n ypos 850\n addUserKnob {20 User}\n addUserKnob {12 linAmnt l \"\" +STARTLINE}\n linAmnt {{(ittNum-1)/parent.Erode_master.quality} {ittNum/parent.Erode_master.quality}}\n addUserKnob {12 expAmnt l \"\" +STARTLINE}\n expAmnt {{pow2(ittNum-1)/pow2(parent.Erode_master.quality)} {pow2(ittNum)/pow2(parent.Erode_master.quality)}}\n addUserKnob {3 ittNum l \"\" +STARTLINE}\n ittNum {{\"\\[lrange \\[split \\[value name] _] 1 1]\"}}\n }\npush $Nf4dca400\n FilterErode {\n channels {{{parent.Erode_master.channels}}}\n size {{parent.exp==1?-parent.blur*expAmnt:-parent.blur*linAmnt} {parent.exp==1?-parent.blur*expAmnt:-parent.blur*linAmnt}}\n filter {{parent.Erode_master.filter}}\n name FilterErode_14\n xpos 1943\n ypos 738\n addUserKnob {20 User}\n addUserKnob {7 linAmnt l \"\" +STARTLINE}\n linAmnt {{ittNum/parent.Erode_master.quality}}\n addUserKnob {7 expAmnt l \"\" +STARTLINE}\n expAmnt {{pow2(ittNum)/pow2(parent.Erode_master.quality)}}\n addUserKnob {3 ittNum l \"\" +STARTLINE}\n ittNum {{\"\\[lrange \\[split \\[value name] _] 1 1]\"}}\n }\npush $Nf4ce4f00\n Grade {\n channels alpha\n blackpoint {{parent.exp==1?expAmnt.x:linAmnt.x}}\n whitepoint {{parent.exp==1?expAmnt.y:linAmnt.y}}\n name Grade_13\n xpos 1662\n ypos 850\n addUserKnob {20 User}\n addUserKnob {12 linAmnt l \"\" +STARTLINE}\n linAmnt {{(ittNum-1)/parent.Erode_master.quality} {ittNum/parent.Erode_master.quality}}\n addUserKnob {12 expAmnt l \"\" +STARTLINE}\n expAmnt {{pow2(ittNum-1)/pow2(parent.Erode_master.quality)} {pow2(ittNum)/pow2(parent.Erode_master.quality)}}\n addUserKnob {3 ittNum l \"\" +STARTLINE}\n ittNum {{\"\\[lrange \\[split \\[value name] _] 1 1]\"}}\n }\npush $Nf4dcab00\n FilterErode {\n channels {{{parent.Erode_master.channels}}}\n size {{parent.exp==1?-parent.blur*expAmnt:-parent.blur*linAmnt} {parent.exp==1?-parent.blur*expAmnt:-parent.blur*linAmnt}}\n filter {{parent.Erode_master.filter}}\n name FilterErode_13\n xpos 1743\n ypos 738\n addUserKnob {20 User}\n addUserKnob {7 linAmnt l \"\" +STARTLINE}\n linAmnt {{ittNum/parent.Erode_master.quality}}\n addUserKnob {7 expAmnt l \"\" +STARTLINE}\n expAmnt {{pow2(ittNum)/pow2(parent.Erode_master.quality)}}\n addUserKnob {3 ittNum l \"\" +STARTLINE}\n ittNum {{\"\\[lrange \\[split \\[value name] _] 1 1]\"}}\n }\npush $Nf4ce5600\n Grade {\n channels alpha\n blackpoint {{parent.exp==1?expAmnt.x:linAmnt.x}}\n whitepoint {{parent.exp==1?expAmnt.y:linAmnt.y}}\n name Grade_12\n xpos 1478\n ypos 850\n addUserKnob {20 User}\n addUserKnob {12 linAmnt l \"\" +STARTLINE}\n linAmnt {{(ittNum-1)/parent.Erode_master.quality} {ittNum/parent.Erode_master.quality}}\n addUserKnob {12 expAmnt l \"\" +STARTLINE}\n expAmnt {{pow2(ittNum-1)/pow2(parent.Erode_master.quality)} {pow2(ittNum)/pow2(parent.Erode_master.quality)}}\n addUserKnob {3 ittNum l \"\" +STARTLINE}\n ittNum {{\"\\[lrange \\[split \\[value name] _] 1 1]\"}}\n }\npush $Nf4dcb200\n FilterErode {\n channels {{{parent.Erode_master.channels}}}\n size {{parent.exp==1?-parent.blur*expAmnt:-parent.blur*linAmnt} {parent.exp==1?-parent.blur*expAmnt:-parent.blur*linAmnt}}\n filter {{parent.Erode_master.filter}}\n name FilterErode_12\n xpos 1570\n ypos 738\n addUserKnob {20 User}\n addUserKnob {7 linAmnt l \"\" +STARTLINE}\n linAmnt {{ittNum/parent.Erode_master.quality}}\n addUserKnob {7 expAmnt l \"\" +STARTLINE}\n expAmnt {{pow2(ittNum)/pow2(parent.Erode_master.quality)}}\n addUserKnob {3 ittNum l \"\" +STARTLINE}\n ittNum {{\"\\[lrange \\[split \\[value name] _] 1 1]\"}}\n }\npush $Nf4ce5d00\n Grade {\n channels alpha\n blackpoint {{parent.exp==1?expAmnt.x:linAmnt.x}}\n whitepoint {{parent.exp==1?expAmnt.y:linAmnt.y}}\n name Grade_11\n xpos 1278\n ypos 850\n addUserKnob {20 User}\n addUserKnob {12 linAmnt l \"\" +STARTLINE}\n linAmnt {{(ittNum-1)/parent.Erode_master.quality} {ittNum/parent.Erode_master.quality}}\n addUserKnob {12 expAmnt l \"\" +STARTLINE}\n expAmnt {{pow2(ittNum-1)/pow2(parent.Erode_master.quality)} {pow2(ittNum)/pow2(parent.Erode_master.quality)}}\n addUserKnob {3 ittNum l \"\" +STARTLINE}\n ittNum {{\"\\[lrange \\[split \\[value name] _] 1 1]\"}}\n }\npush $Nf4dcb900\n FilterErode {\n channels {{{parent.Erode_master.channels}}}\n size {{parent.exp==1?-parent.blur*expAmnt:-parent.blur*linAmnt} {parent.exp==1?-parent.blur*expAmnt:-parent.blur*linAmnt}}\n filter {{parent.Erode_master.filter}}\n name FilterErode_11\n xpos 1370\n ypos 738\n addUserKnob {20 User}\n addUserKnob {7 linAmnt l \"\" +STARTLINE}\n linAmnt {{ittNum/parent.Erode_master.quality}}\n addUserKnob {7 expAmnt l \"\" +STARTLINE}\n expAmnt {{pow2(ittNum)/pow2(parent.Erode_master.quality)}}\n addUserKnob {3 ittNum l \"\" +STARTLINE}\n ittNum {{\"\\[lrange \\[split \\[value name] _] 1 1]\"}}\n }\npush $Nf4ce6400\n Grade {\n channels alpha\n blackpoint {{parent.exp==1?expAmnt.x:linAmnt.x}}\n whitepoint {{parent.exp==1?expAmnt.y:linAmnt.y}}\n name Grade_10\n xpos 1076\n ypos 850\n addUserKnob {20 User}\n addUserKnob {12 linAmnt l \"\" +STARTLINE}\n linAmnt {{(ittNum-1)/parent.Erode_master.quality} {ittNum/parent.Erode_master.quality}}\n addUserKnob {12 expAmnt l \"\" +STARTLINE}\n expAmnt {{pow2(ittNum-1)/pow2(parent.Erode_master.quality)} {pow2(ittNum)/pow2(parent.Erode_master.quality)}}\n addUserKnob {3 ittNum l \"\" +STARTLINE}\n ittNum {{\"\\[lrange \\[split \\[value name] _] 1 1]\"}}\n }\npush $Nf4de0100\n FilterErode {\n channels {{{parent.Erode_master.channels}}}\n size {{parent.exp==1?-parent.blur*expAmnt:-parent.blur*linAmnt} {parent.exp==1?-parent.blur*expAmnt:-parent.blur*linAmnt}}\n filter {{parent.Erode_master.filter}}\n name FilterErode_10\n xpos 1168\n ypos 738\n addUserKnob {20 User}\n addUserKnob {7 linAmnt l \"\" +STARTLINE}\n linAmnt {{ittNum/parent.Erode_master.quality}}\n addUserKnob {7 expAmnt l \"\" +STARTLINE}\n expAmnt {{pow2(ittNum)/pow2(parent.Erode_master.quality)}}\n addUserKnob {3 ittNum l \"\" +STARTLINE}\n ittNum {{\"\\[lrange \\[split \\[value name] _] 1 1]\"}}\n }\npush $Nf4ce6b00\n Grade {\n channels alpha\n blackpoint {{parent.exp==1?expAmnt.x:linAmnt.x}}\n whitepoint {{parent.exp==1?expAmnt.y:linAmnt.y}}\n name Grade_9\n xpos 887\n ypos 850\n addUserKnob {20 User}\n addUserKnob {12 linAmnt l \"\" +STARTLINE}\n linAmnt {{(ittNum-1)/parent.Erode_master.quality} {ittNum/parent.Erode_master.quality}}\n addUserKnob {12 expAmnt l \"\" +STARTLINE}\n expAmnt {{pow2(ittNum-1)/pow2(parent.Erode_master.quality)} {pow2(ittNum)/pow2(parent.Erode_master.quality)}}\n addUserKnob {3 ittNum l \"\" +STARTLINE}\n ittNum {{\"\\[lrange \\[split \\[value name] _] 1 1]\"}}\n }\npush $Nf4de0800\n FilterErode {\n channels {{{parent.Erode_master.channels}}}\n size {{parent.exp==1?-parent.blur*expAmnt:-parent.blur*linAmnt} {parent.exp==1?-parent.blur*expAmnt:-parent.blur*linAmnt}}\n filter {{parent.Erode_master.filter}}\n name FilterErode_9\n xpos 979\n ypos 738\n addUserKnob {20 User}\n addUserKnob {7 linAmnt l \"\" +STARTLINE}\n linAmnt {{ittNum/parent.Erode_master.quality}}\n addUserKnob {7 expAmnt l \"\" +STARTLINE}\n expAmnt {{pow2(ittNum)/pow2(parent.Erode_master.quality)}}\n addUserKnob {3 ittNum l \"\" +STARTLINE}\n ittNum {{\"\\[lrange \\[split \\[value name] _] 1 1]\"}}\n }\npush $Nf4ce7200\n Grade {\n channels alpha\n blackpoint {{parent.exp==1?expAmnt.x:linAmnt.x}}\n whitepoint {{parent.exp==1?expAmnt.y:linAmnt.y}}\n name Grade_8\n xpos 693\n ypos 850\n addUserKnob {20 User}\n addUserKnob {12 linAmnt l \"\" +STARTLINE}\n linAmnt {{(ittNum-1)/parent.Erode_master.quality} {ittNum/parent.Erode_master.quality}}\n addUserKnob {12 expAmnt l \"\" +STARTLINE}\n expAmnt {{pow2(ittNum-1)/pow2(parent.Erode_master.quality)} {pow2(ittNum)/pow2(parent.Erode_master.quality)}}\n addUserKnob {3 ittNum l \"\" +STARTLINE}\n ittNum {{\"\\[lrange \\[split \\[value name] _] 1 1]\"}}\n }\npush $Nf4de0f00\n FilterErode {\n channels {{{parent.Erode_master.channels}}}\n size {{parent.exp==1?-parent.blur*expAmnt:-parent.blur*linAmnt} {parent.exp==1?-parent.blur*expAmnt:-parent.blur*linAmnt}}\n filter {{parent.Erode_master.filter}}\n name FilterErode_8\n xpos 785\n ypos 738\n addUserKnob {20 User}\n addUserKnob {7 linAmnt l \"\" +STARTLINE}\n linAmnt {{ittNum/parent.Erode_master.quality}}\n addUserKnob {7 expAmnt l \"\" +STARTLINE}\n expAmnt {{pow2(ittNum)/pow2(parent.Erode_master.quality)}}\n addUserKnob {3 ittNum l \"\" +STARTLINE}\n ittNum {{\"\\[lrange \\[split \\[value name] _] 1 1]\"}}\n }\npush $Nf4ce7900\n Grade {\n channels alpha\n blackpoint {{parent.exp==1?expAmnt.x:linAmnt.x}}\n whitepoint {{parent.exp==1?expAmnt.y:linAmnt.y}}\n name Grade_7\n xpos 504\n ypos 850\n addUserKnob {20 User}\n addUserKnob {12 linAmnt l \"\" +STARTLINE}\n linAmnt {{(ittNum-1)/parent.Erode_master.quality} {ittNum/parent.Erode_master.quality}}\n addUserKnob {12 expAmnt l \"\" +STARTLINE}\n expAmnt {{pow2(ittNum-1)/pow2(parent.Erode_master.quality)} {pow2(ittNum)/pow2(parent.Erode_master.quality)}}\n addUserKnob {3 ittNum l \"\" +STARTLINE}\n ittNum {{\"\\[lrange \\[split \\[value name] _] 1 1]\"}}\n }\npush $Nf4de1600\n FilterErode {\n channels {{{parent.Erode_master.channels}}}\n size {{parent.exp==1?-parent.blur*expAmnt:-parent.blur*linAmnt} {parent.exp==1?-parent.blur*expAmnt:-parent.blur*linAmnt}}\n filter {{parent.Erode_master.filter}}\n name FilterErode_7\n xpos 596\n ypos 738\n addUserKnob {20 User}\n addUserKnob {7 linAmnt l \"\" +STARTLINE}\n linAmnt {{ittNum/parent.Erode_master.quality}}\n addUserKnob {7 expAmnt l \"\" +STARTLINE}\n expAmnt {{pow2(ittNum)/pow2(parent.Erode_master.quality)}}\n addUserKnob {3 ittNum l \"\" +STARTLINE}\n ittNum {{\"\\[lrange \\[split \\[value name] _] 1 1]\"}}\n }\npush $N7e8100\n Grade {\n channels alpha\n blackpoint {{parent.exp==1?expAmnt.x:linAmnt.x}}\n whitepoint {{parent.exp==1?expAmnt.y:linAmnt.y}}\n name Grade_6\n xpos 302\n ypos 850\n addUserKnob {20 User}\n addUserKnob {12 linAmnt l \"\" +STARTLINE}\n linAmnt {{(ittNum-1)/parent.Erode_master.quality} {ittNum/parent.Erode_master.quality}}\n addUserKnob {12 expAmnt l \"\" +STARTLINE}\n expAmnt {{pow2(ittNum-1)/pow2(parent.Erode_master.quality)} {pow2(ittNum)/pow2(parent.Erode_master.quality)}}\n addUserKnob {3 ittNum l \"\" +STARTLINE}\n ittNum {{\"\\[lrange \\[split \\[value name] _] 1 1]\"}}\n }\npush $Nf4de1d00\n FilterErode {\n channels {{{parent.Erode_master.channels}}}\n size {{parent.exp==1?-parent.blur*expAmnt:-parent.blur*linAmnt} {parent.exp==1?-parent.blur*expAmnt:-parent.blur*linAmnt}}\n filter {{parent.Erode_master.filter}}\n name FilterErode_6\n xpos 394\n ypos 738\n addUserKnob {20 User}\n addUserKnob {7 linAmnt l \"\" +STARTLINE}\n linAmnt {{ittNum/parent.Erode_master.quality}}\n addUserKnob {7 expAmnt l \"\" +STARTLINE}\n expAmnt {{pow2(ittNum)/pow2(parent.Erode_master.quality)}}\n addUserKnob {3 ittNum l \"\" +STARTLINE}\n ittNum {{\"\\[lrange \\[split \\[value name] _] 1 1]\"}}\n }\npush $N7e8800\n Grade {\n channels alpha\n blackpoint {{parent.exp==1?expAmnt.x:linAmnt.x}}\n whitepoint {{parent.exp==1?expAmnt.y:linAmnt.y}}\n name Grade_5\n xpos 102\n ypos 850\n addUserKnob {20 User}\n addUserKnob {12 linAmnt l \"\" +STARTLINE}\n linAmnt {{(ittNum-1)/parent.Erode_master.quality} {ittNum/parent.Erode_master.quality}}\n addUserKnob {12 expAmnt l \"\" +STARTLINE}\n expAmnt {{pow2(ittNum-1)/pow2(parent.Erode_master.quality)} {pow2(ittNum)/pow2(parent.Erode_master.quality)}}\n addUserKnob {3 ittNum l \"\" +STARTLINE}\n ittNum {{\"\\[lrange \\[split \\[value name] _] 1 1]\"}}\n }\npush $Nf4de2400\n FilterErode {\n channels {{{parent.Erode_master.channels}}}\n size {{parent.exp==1?-parent.blur*expAmnt:-parent.blur*linAmnt} {parent.exp==1?-parent.blur*expAmnt:-parent.blur*linAmnt}}\n filter {{parent.Erode_master.filter}}\n name FilterErode_5\n xpos 194\n ypos 738\n addUserKnob {20 User}\n addUserKnob {7 linAmnt l \"\" +STARTLINE}\n linAmnt {{ittNum/parent.Erode_master.quality}}\n addUserKnob {7 expAmnt l \"\" +STARTLINE}\n expAmnt {{pow2(ittNum)/pow2(parent.Erode_master.quality)}}\n addUserKnob {3 ittNum l \"\" +STARTLINE}\n ittNum {{\"\\[lrange \\[split \\[value name] _] 1 1]\"}}\n }\npush $N7e8f00\n Grade {\n channels alpha\n blackpoint {{parent.exp==1?expAmnt.x:linAmnt.x}}\n whitepoint {{parent.exp==1?expAmnt.y:linAmnt.y}}\n name Grade_4\n xpos -82\n ypos 850\n addUserKnob {20 User}\n addUserKnob {12 linAmnt l \"\" +STARTLINE}\n linAmnt {{(ittNum-1)/parent.Erode_master.quality} {ittNum/parent.Erode_master.quality}}\n addUserKnob {12 expAmnt l \"\" +STARTLINE}\n expAmnt {{pow2(ittNum-1)/pow2(parent.Erode_master.quality)} {pow2(ittNum)/pow2(parent.Erode_master.quality)}}\n addUserKnob {3 ittNum l \"\" +STARTLINE}\n ittNum {{\"\\[lrange \\[split \\[value name] _] 1 1]\"}}\n }\npush $Nf4de2b00\n FilterErode {\n channels {{{parent.Erode_master.channels}}}\n size {{parent.exp==1?-parent.blur*expAmnt:-parent.blur*linAmnt} {parent.exp==1?-parent.blur*expAmnt:-parent.blur*linAmnt}}\n filter {{parent.Erode_master.filter}}\n name FilterErode_4\n xpos 21\n ypos 738\n addUserKnob {20 User}\n addUserKnob {7 linAmnt l \"\" +STARTLINE}\n linAmnt {{ittNum/parent.Erode_master.quality}}\n addUserKnob {7 expAmnt l \"\" +STARTLINE}\n expAmnt {{pow2(ittNum)/pow2(parent.Erode_master.quality)}}\n addUserKnob {3 ittNum l \"\" +STARTLINE}\n ittNum {{\"\\[lrange \\[split \\[value name] _] 1 1]\"}}\n }\npush $N7e9600\n Grade {\n channels alpha\n blackpoint {{parent.exp==1?expAmnt.x:linAmnt.x}}\n whitepoint {{parent.exp==1?expAmnt.y:linAmnt.y}}\n name Grade_3\n xpos -282\n ypos 850\n addUserKnob {20 User}\n addUserKnob {12 linAmnt l \"\" +STARTLINE}\n linAmnt {{(ittNum-1)/parent.Erode_master.quality} {ittNum/parent.Erode_master.quality}}\n addUserKnob {12 expAmnt l \"\" +STARTLINE}\n expAmnt {{pow2(ittNum-1)/pow2(parent.Erode_master.quality)} {pow2(ittNum)/pow2(parent.Erode_master.quality)}}\n addUserKnob {3 ittNum l \"\" +STARTLINE}\n ittNum {{\"\\[lrange \\[split \\[value name] _] 1 1]\"}}\n }\npush $Nf4de3200\n FilterErode {\n channels {{{parent.Erode_master.channels}}}\n size {{parent.exp==1?-parent.blur*expAmnt:-parent.blur*linAmnt} {parent.exp==1?-parent.blur*expAmnt:-parent.blur*linAmnt}}\n filter {{parent.Erode_master.filter}}\n name FilterErode_3\n xpos -179\n ypos 738\n addUserKnob {20 User}\n addUserKnob {7 linAmnt l \"\" +STARTLINE}\n linAmnt {{ittNum/parent.Erode_master.quality}}\n addUserKnob {7 expAmnt l \"\" +STARTLINE}\n expAmnt {{pow2(ittNum)/pow2(parent.Erode_master.quality)}}\n addUserKnob {3 ittNum l \"\" +STARTLINE}\n ittNum {{\"\\[lrange \\[split \\[value name] _] 1 1]\"}}\n }\npush $N7e9d00\n Grade {\n channels alpha\n blackpoint {{parent.exp==1?expAmnt.x:linAmnt.x}}\n whitepoint {{parent.exp==1?expAmnt.y:linAmnt.y}}\n name Grade_2\n xpos -484\n ypos 850\n addUserKnob {20 User}\n addUserKnob {12 linAmnt l \"\" +STARTLINE}\n linAmnt {{(ittNum-1)/parent.Erode_master.quality} {ittNum/parent.Erode_master.quality}}\n addUserKnob {12 expAmnt l \"\" +STARTLINE}\n expAmnt {{pow2(ittNum-1)/pow2(parent.Erode_master.quality)} {pow2(ittNum)/pow2(parent.Erode_master.quality)}}\n addUserKnob {3 ittNum l \"\" +STARTLINE}\n ittNum {{\"\\[lrange \\[split \\[value name] _] 1 1]\"}}\n }\npush $Nf4de3900\n FilterErode {\n channels {{{parent.Erode_master.channels}}}\n size {{parent.exp==1?-parent.blur*expAmnt:-parent.blur*linAmnt} {parent.exp==1?-parent.blur*expAmnt:-parent.blur*linAmnt}}\n filter {{parent.Erode_master.filter}}\n name FilterErode_2\n xpos -381\n ypos 738\n addUserKnob {20 User}\n addUserKnob {7 linAmnt l \"\" +STARTLINE}\n linAmnt {{ittNum/parent.Erode_master.quality}}\n addUserKnob {7 expAmnt l \"\" +STARTLINE}\n expAmnt {{pow2(ittNum)/pow2(parent.Erode_master.quality)}}\n addUserKnob {3 ittNum l \"\" +STARTLINE}\n ittNum {{\"\\[lrange \\[split \\[value name] _] 1 1]\"}}\n }\npush $N7ea400\n Grade {\n channels alpha\n blackpoint {{parent.exp==1?expAmnt.x:linAmnt.x}}\n whitepoint {{parent.exp==1?expAmnt.y:linAmnt.y}}\n name Grade_1\n xpos -676\n ypos 851\n addUserKnob {20 User}\n addUserKnob {12 linAmnt l \"\" +STARTLINE}\n linAmnt {{(ittNum-1)/parent.Erode_master.quality} {ittNum/parent.Erode_master.quality}}\n addUserKnob {12 expAmnt l \"\" +STARTLINE}\n expAmnt {{pow2(ittNum-1)/pow2(parent.Erode_master.quality)} {pow2(ittNum)/pow2(parent.Erode_master.quality)}}\n addUserKnob {3 ittNum l \"\" +STARTLINE}\n ittNum {{\"\\[lrange \\[split \\[value name] _] 1 1]\"}}\n }\npush $Nf4df0100\n FilterErode {\n channels {{{parent.Erode_master.channels}}}\n size {{parent.exp==1?-parent.blur*expAmnt:-parent.blur*linAmnt} {parent.exp==1?-parent.blur*expAmnt:-parent.blur*linAmnt}}\n filter {{parent.Erode_master.filter}}\n name FilterErode_1\n xpos -570\n ypos 738\n addUserKnob {20 User}\n addUserKnob {7 linAmnt l \"\" +STARTLINE}\n linAmnt {{ittNum/parent.Erode_master.quality}}\n addUserKnob {7 expAmnt l \"\" +STARTLINE}\n expAmnt {{pow2(ittNum)/pow2(parent.Erode_master.quality)}}\n addUserKnob {3 ittNum l \"\" +STARTLINE}\n ittNum {{\"\\[lrange \\[split \\[value name] _] 1 1]\"}}\n }\npush $Nf4df0800\n Dot {\n name Dot4\n xpos -784\n ypos 939\n }\nset Nf4898100 [stack 0]\n Keymix {\n inputs 3\n bbox A\n name Keymix1\n xpos -570\n ypos 932\n }\nset Nf4883900 [stack 0]\n Keymix {\n inputs 3\n bbox A\n name Keymix2\n xpos -381\n ypos 932\n }\nset Nf4883200 [stack 0]\n Keymix {\n inputs 3\n bbox A\n name Keymix3\n xpos -179\n ypos 932\n }\nset Nf4882b00 [stack 0]\n Keymix {\n inputs 3\n bbox A\n name Keymix4\n xpos 21\n ypos 932\n }\nset Nf4882400 [stack 0]\n Keymix {\n inputs 3\n bbox A\n name Keymix8\n xpos 194\n ypos 932\n }\nset Nf4881d00 [stack 0]\n Keymix {\n inputs 3\n bbox A\n name Keymix7\n xpos 394\n ypos 932\n }\nset Nf4881600 [stack 0]\n Keymix {\n inputs 3\n bbox A\n name Keymix6\n xpos 596\n ypos 932\n }\nset Nf4880f00 [stack 0]\n Keymix {\n inputs 3\n bbox A\n name Keymix5\n xpos 785\n ypos 932\n }\nset Nf4880800 [stack 0]\n Keymix {\n inputs 3\n bbox A\n name Keymix16\n xpos 979\n ypos 932\n }\nset Nf4880100 [stack 0]\n Keymix {\n inputs 3\n bbox A\n name Keymix15\n xpos 1168\n ypos 932\n }\nset Nf4853900 [stack 0]\n Keymix {\n inputs 3\n bbox A\n name Keymix14\n xpos 1370\n ypos 932\n }\nset Nf4853200 [stack 0]\n Keymix {\n inputs 3\n bbox A\n name Keymix13\n xpos 1570\n ypos 932\n }\nset Nf4852b00 [stack 0]\n Keymix {\n inputs 3\n bbox A\n name Keymix12\n xpos 1743\n ypos 932\n }\nset Nf4852400 [stack 0]\n Keymix {\n inputs 3\n bbox A\n name Keymix11\n xpos 1943\n ypos 932\n }\nset Nf4851d00 [stack 0]\n Keymix {\n inputs 3\n bbox A\n name Keymix10\n xpos 2145\n ypos 932\n }\nset Nf4851600 [stack 0]\n Keymix {\n inputs 3\n bbox A\n name Keymix9\n xpos 2334\n ypos 932\n }\nset Nf4850f00 [stack 0]\n Keymix {\n inputs 3\n bbox A\n name Keymix17\n xpos 2537\n ypos 932\n }\nset Nf4850800 [stack 0]\n Keymix {\n inputs 3\n bbox A\n name Keymix18\n xpos 2726\n ypos 932\n }\nset Nf4850100 [stack 0]\n Keymix {\n inputs 3\n bbox A\n name Keymix19\n xpos 2928\n ypos 932\n }\nset Nf482b900 [stack 0]\n Keymix {\n inputs 3\n bbox A\n name Keymix20\n xpos 3128\n ypos 932\n }\nset Nf482b200 [stack 0]\n Keymix {\n inputs 3\n bbox A\n name Keymix21\n xpos 3301\n ypos 932\n }\nset Nf482ab00 [stack 0]\n Keymix {\n inputs 3\n bbox A\n name Keymix22\n xpos 3501\n ypos 932\n }\nset Nf482a400 [stack 0]\n Keymix {\n inputs 3\n bbox A\n name Keymix23\n xpos 3703\n ypos 932\n }\nset Nf4829d00 [stack 0]\n Keymix {\n inputs 3\n bbox A\n name Keymix24\n xpos 3892\n ypos 932\n }\nset Nf4829600 [stack 0]\n Keymix {\n inputs 3\n bbox A\n name Keymix25\n xpos 4085\n ypos 932\n }\nset Nf4828f00 [stack 0]\n Keymix {\n inputs 3\n bbox A\n name Keymix26\n xpos 4274\n ypos 932\n }\nset Nf4828800 [stack 0]\n Keymix {\n inputs 3\n bbox A\n name Keymix27\n xpos 4476\n ypos 932\n }\nset Nf4828100 [stack 0]\n Keymix {\n inputs 3\n bbox A\n name Keymix28\n xpos 4676\n ypos 932\n }\nset Nf49f3900 [stack 0]\n Keymix {\n inputs 3\n bbox A\n name Keymix29\n xpos 4849\n ypos 932\n }\nset Nf49f3200 [stack 0]\n Keymix {\n inputs 3\n bbox A\n name Keymix30\n xpos 5049\n ypos 932\n }\nset Nf49f2b00 [stack 0]\n Keymix {\n inputs 3\n bbox A\n name Keymix31\n xpos 5251\n ypos 932\n }\nset Nf49f2400 [stack 0]\n Keymix {\n inputs 3\n bbox A\n name Keymix32\n xpos 5440\n ypos 932\n }\nset Nf49f1d00 [stack 0]\n Keymix {\n inputs 3\n bbox A\n name Keymix40\n xpos 5620\n ypos 932\n }\nset Nf49f1600 [stack 0]\n Keymix {\n inputs 3\n bbox A\n name Keymix39\n xpos 5809\n ypos 932\n }\nset Nf49f0f00 [stack 0]\n Keymix {\n inputs 3\n bbox A\n name Keymix38\n xpos 6011\n ypos 932\n }\nset Nf49f0800 [stack 0]\n Keymix {\n inputs 3\n bbox A\n name Keymix37\n xpos 6211\n ypos 932\n }\nset Nf49f0100 [stack 0]\n Keymix {\n inputs 3\n bbox A\n name Keymix36\n xpos 6384\n ypos 932\n }\nset Nf49c3900 [stack 0]\n Keymix {\n inputs 3\n bbox A\n name Keymix35\n xpos 6584\n ypos 932\n }\nset Nf49c3200 [stack 0]\n Keymix {\n inputs 3\n bbox A\n name Keymix34\n xpos 6786\n ypos 932\n }\nset Nf49c2b00 [stack 0]\n Keymix {\n inputs 3\n bbox A\n name Keymix33\n xpos 6975\n ypos 932\n }\npush $Nf49c2b00\npush $Nf49c3200\npush $Nf49c3900\npush $Nf49f0100\npush $Nf49f0800\npush $Nf49f0f00\npush $Nf49f1600\npush $Nf49f1d00\npush $Nf49f2400\npush $Nf49f2b00\npush $Nf49f3200\npush $Nf49f3900\npush $Nf4828100\npush $Nf4828800\npush $Nf4828f00\npush $Nf4829600\npush $Nf4829d00\npush $Nf482a400\npush $Nf482ab00\npush $Nf482b200\npush $Nf482b900\npush $Nf4850100\npush $Nf4850800\npush $Nf4850f00\npush $Nf4851600\npush $Nf4851d00\npush $Nf4852400\npush $Nf4852b00\npush $Nf4853200\npush $Nf4853900\npush $Nf4880100\npush $Nf4880800\npush $Nf4880f00\npush $Nf4881600\npush $Nf4881d00\npush $Nf4882400\npush $Nf4882b00\npush $Nf4883200\npush 0\npush $Nf4883900\npush $Nf4898100\n Dot {\n name Dot14\n xpos -784\n ypos 1002\n }\n Dissolve {\n inputs 41+1\n which {{parent.Erode_master.quality}}\n name Dissolve1\n xpos 3128\n ypos 2149\n }\n Output {\n name Output1\n xpos 3128\n ypos 2338\n }\n FilterErode {\n inputs 0\n channels rgba\n filter gaussian\n name Erode_master\n xpos 2876\n ypos -169\n addUserKnob {20 User}\n addUserKnob {7 quality l Qualitty}\n quality {{parent.add_alpha.disable==1?parent.quality:1}}\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_iMorph.gizmo", "content": "Group {\n name iMorph\n tile_color 0x890074ff\n note_font \"Bitstream Vera Sans Bold Bold\"\n selected true\n addUserKnob {20 iMorph}\n addUserKnob {41 maskChannel T TimeMachine_v02_4.maskChannel}\n addUserKnob {26 \"\"}\n addUserKnob {41 method l \"Morph Method \" T Morph_Dissolve_v01_5.method}\n addUserKnob {41 vectorDetail l \"Vector Detail\" T Morph_Dissolve_v01_5.vectorDetail}\n addUserKnob {41 strength l Strength T Morph_Dissolve_v01_5.strength}\n addUserKnob {26 TransitionBlend l \"Transition Blend\" T \" \"}\n addUserKnob {41 method_1 l \"\" -STARTLINE T TimeMachine_v02_4.method}\n addUserKnob {26 \"\"}\n addUserKnob {41 numpixels l AdjustBBox T AdjBBox3.numpixels}\n}\n BackdropNode {\n inputs 0\n name BackdropNode18\n tile_color 0x46313d00\n label \"Amazing Morph Disolve\"\n note_font_size 50\n note_font_color 0xffffffff\n xpos 147\n ypos -310\n bdwidth 681\n bdheight 464\n }\n Input {\n inputs 0\n name Inputmask\n xpos 675\n ypos -97\n number 2\n }\n Dot {\n name Dot236\n label mask\n note_font_size 41\n xpos 709\n ypos -3\n }\n TimeWarp {\n lookup {{floor(frame/10) C x1001 1001 x1092 1092}}\n time \"\"\n filter none\n name TimeWarp6\n xpos 555\n ypos -7\n }\n Input {\n inputs 0\n name InputB\n xpos 296\n ypos -370\n number 1\n }\n AddChannels {\n channels rgba\n color 1\n name AddChannels1\n xpos 296\n ypos -234\n }\n Dot {\n name Dot242\n label B\n note_font_size 41\n xpos 330\n ypos -192\n }\n TimeWarp {\n lookup {{floor(frame/10) C x1001 1001 x1092 1092}}\n time \"\"\n filter none\n name TimeWarp2\n xpos 296\n ypos -150\n }\nset N1a221110 [stack 0]\n AdjBBox {\n numpixels 100\n name AdjBBox3\n xpos 296\n ypos -47\n }\npush $N1a221110\n Input {\n inputs 0\n name InputA\n xpos 531\n ypos -362\n }\n AddChannels {\n channels rgba\n color 1\n name AddChannels2\n xpos 531\n ypos -234\n }\n Dot {\n name Dot237\n label A\n note_font_size 41\n xpos 565\n ypos -198\n }\n TimeWarp {\n lookup {{floor(frame/10) C x1001 1001 x1092 1092}}\n time \"\"\n filter none\n name TimeWarp3\n xpos 531\n ypos -152\n }\n Group {\n inputs 2\n name Morph_Dissolve_v01_5\n help \"Allows to morph between two moving plates automatically, or can be used to improve manual Morphs.\"\n tile_color 0x890074ff\n label \"(Plate \\[value morph])\"\n xpos 420\n ypos -79\n addUserKnob {20 User}\n addUserKnob {7 morph l Morph t \"Morphs between input 0 and input 1\"}\n morph {{((frame%10)/(1-1/10))/10}}\n addUserKnob {26 \"\"}\n addUserKnob {4 method l \"Morph Method\" t \"Pick which method to use. They may both display artifacts in different areas, try both to see which one produces the best results for your specific morph.\" M {iDistort Kronos \"\"}}\n method Kronos\n addUserKnob {7 vectorDetail l \"Vector Detail\" t \"Use this to adjust the density of the calculated motion vector field. Higher details capture finer movements, but take will longer to calculate.\" R 0.01 1}\n vectorDetail 0.75\n addUserKnob {7 strength l Strength t \"Match Strength : Stonger values will match larger differences between the two plates.\" R 0 1.5}\n strength 1.5\n addUserKnob {26 \"\"}\n addUserKnob {26 copyright l \"\" +STARTLINE T \"v1.0 - by Erwan Leroy - 2017\"}\n }\n BackdropNode {\n inputs 0\n name Backdrop1\n tile_color 0x5b4e5658\n label Zipping\n note_font_size 40\n xpos 600\n ypos -55\n bdwidth 180\n bdheight 241\n }\n Input {\n inputs 0\n name Input1\n xpos 1355\n ypos -123\n number 1\n }\n Dot {\n name Dot3\n tile_color 0xcccccc00\n xpos 1389\n ypos -72\n }\nset N1a2022a0 [stack 0]\n Dot {\n name Dot8\n tile_color 0xcccccc00\n xpos 1389\n ypos 1115\n }\npush $N1a2022a0\n Dot {\n name Dot13\n tile_color 0xcccccc00\n xpos 1247\n ypos -72\n }\n NoTimeBlur {\n rounding floor\n single false\n name NoTimeBlur2\n xpos 1213\n ypos -15\n }\n Retime {\n input.first 1001\n input.first_lock true\n output.first 1001\n output.last 1002\n speed 0.5\n before continue\n after continue\n filter none\n time \"\"\n name Retime2\n label \"x\\[value input.first]-->x\\[value output.first]\\n\\[if \\{\\[value speed] == 1\\} then \\{return \\\"\\\"\\} else \\{return \\\"spd \\[value speed]\\\"\\}]\"\n xpos 1213\n ypos 23\n }\n Input {\n inputs 0\n name Input0\n xpos -24\n ypos -121\n }\n Dot {\n name Dot4\n tile_color 0xcccccc00\n xpos 10\n ypos -75\n }\nset N1a28d430 [stack 0]\n Dot {\n name Dot14\n tile_color 0xcccccc00\n xpos 155\n ypos -75\n }\n NoTimeBlur {\n rounding floor\n single false\n name NoTimeBlur1\n xpos 121\n ypos -13\n }\n Retime {\n input.first 1001\n input.first_lock true\n input.last 1218\n output.first 1001\n output.last 1436\n speed 0.5\n before continue\n after continue\n filter none\n time \"\"\n name Retime1\n label \"x\\[value input.first]-->x\\[value output.first]\\n\\[if \\{\\[value speed] == 1\\} then \\{return \\\"\\\"\\} else \\{return \\\"spd \\[value speed]\\\"\\}]\"\n xpos 121\n ypos 23\n }\n Switch {\n inputs 2\n which {{(frame-1001)%2}}\n name Switch1\n xpos 650\n ypos 35\n }\n Dot {\n name Dot9\n tile_color 0xcccccc00\n xpos 684\n ypos 124\n }\nset N1a2b56c0 [stack 0]\n Dot {\n name Dot2\n tile_color 0xcccccc00\n xpos 985\n ypos 124\n }\n Kronos {\n retimedChannels all\n timing2 Frame\n timingFrame2 {{(frame-1001)*2+1001+parent.morph}}\n showLegacyMode false\n motionEstimation Regularized\n vectorDetailReg {{parent.vectorDetail}}\n strengthReg {{parent.strength}}\n legacyModeNuke9 false\n name Kronos1\n xpos 951\n ypos 273\n }\n Dot {\n name Dot12\n tile_color 0xcccccc00\n xpos 985\n ypos 858\n }\npush $N1a2b56c0\n Dot {\n name Dot10\n tile_color 0xcccccc00\n xpos 415\n ypos 124\n }\n VectorGenerator {\n motionEstimation Regularized\n vectorDetailReg {{parent.vectorDetail}}\n strengthReg {{parent.strength}}\n name VectorGenerator1\n xpos 381\n ypos 276\n }\n Dot {\n name Dot1\n tile_color 0xcccccc00\n xpos 415\n ypos 350\n }\nset N1e550e80 [stack 0]\n Shuffle {\n in backward\n blue black\n alpha black\n name Shuffle2\n label \"in \\[value in]-->out \\[value out]\"\n xpos 217\n ypos 340\n }\n TimeOffset {\n time_offset -1\n time \"\"\n name TimeOffset2\n label \"\\[value time_offset]\"\n xpos 217\n ypos 484\n }\npush $N1e550e80\n Shuffle {\n in forward\n blue black\n alpha black\n name Shuffle1\n label \"in \\[value in]-->out \\[value out]\"\n xpos 560\n ypos 340\n }\n TimeOffset {\n time_offset 1\n time \"\"\n name TimeOffset1\n label \"\\[value time_offset]\"\n xpos 560\n ypos 414\n }\npush $N1e550e80\n Copy {\n inputs 2\n from0 forward.u\n to0 forward.u\n from1 forward.v\n to1 forward.v\n bbox B\n name Copy1\n xpos 381\n ypos 408\n }\n Copy {\n inputs 2\n from0 backward.u\n to0 backward.u\n from1 backward.v\n to1 backward.v\n bbox B\n name Copy2\n xpos 381\n ypos 478\n }\nset N1e5965d0 [stack 0]\n Retime {\n input.first 1000\n input.first_lock true\n input.last 1002\n output.first 1000\n output.last 1001\n speed 2\n before continue\n after continue\n filter none\n time \"\"\n name Retime4\n label \"x\\[value input.first]-->x\\[value output.first]\\n\\[if \\{\\[value speed] == 1\\} then \\{return \\\"\\\"\\} else \\{return \\\"spd \\[value speed]\\\"\\}]\"\n xpos 459\n ypos 559\n }\n IDistort {\n uv forward\n uv_scale {{1-parent.morph}}\n name IDistort2\n xpos 459\n ypos 628\n }\npush $N1e5965d0\n Retime {\n input.first 1001\n input.first_lock true\n input.last 1436\n output.first 1001\n output.last 1218\n speed 2\n before continue\n after continue\n filter none\n time \"\"\n name Retime3\n label \"x\\[value input.first]-->x\\[value output.first]\\n\\[if \\{\\[value speed] == 1\\} then \\{return \\\"\\\"\\} else \\{return \\\"spd \\[value speed]\\\"\\}]\"\n xpos 308\n ypos 559\n }\n IDistort {\n uv backward\n uv_scale {{parent.morph}}\n name IDistort1\n xpos 308\n ypos 624\n }\n Dissolve {\n inputs 2\n which {{parent.morph}}\n name Dissolve1\n xpos 379\n ypos 710\n }\n Dot {\n name Dot11\n tile_color 0xcccccc00\n xpos 413\n ypos 858\n }\n Switch {\n inputs 2\n which {{parent.method}}\n name Switch3\n xpos 627\n ypos 854\n }\npush $N1a28d430\n Dot {\n name Dot7\n tile_color 0xcccccc00\n xpos 10\n ypos 1115\n }\n Switch {\n inputs 3\n which {{parent.morph<=0?0:parent.morph>=1?2:1}}\n name Switch2\n xpos 627\n ypos 1111\n }\n Output {\n name Output1\n xpos 627\n ypos 1205\n }\n end_group\n CopyBBox {\n inputs 2\n name CopyBBox3\n xpos 420\n ypos -47\n }\n Group {\n inputs 2\n name TimeMachine_v02_4\n help \"Does a per-pixel time offset on the image, based on a secondary mask input.\\n\\nPixels with a mask value of 1 will be offset by the number of frames set in \\\"frames\\\".\\nMask values of 0 will return the image at the current frame. Values between 0-1 will return an interpolated offset.\"\n knobChanged \"\\n\\ng = nuke.thisNode()\\nk = nuke.thisKnob()\\n\\nif k.name() in \\[\\\"frames\\\",\\\"method\\\"]:\\n \\n i = nuke.toNode(\\\"img\\\")\\n i2 = nuke.toNode(\\\"mask\\\")\\n o = nuke.toNode(\\\"Output1\\\")\\n c = nuke.toNode(\\\"Copy1\\\")\\n\\n if k.name() == \\\"frames\\\":\\n \\n defaultNodes = \\[i,i2,o,c]\\n for n in nuke.allNodes():\\n if n not in defaultNodes:\\n nuke.delete(n)\\n \\n fvalue = g\\['frames'].value()\\n step = 1\\n if fvalue < 0:\\n step = -1\\n \\n for f in range(0,int(fvalue)+step,step):\\n t = nuke.nodes.TimeOffset()\\n t\\['time_offset'].setValue(-f)\\n t.setInput(0,i)\\n \\n if f == 0 :\\n lastnode = t\\n \\n else :\\n slice = nuke.nodes.Grade()\\n slice\\['channels'].setValue(\\\"alpha\\\")\\n slice\\['blackpoint'].setValue(abs((1/(fvalue+1))*abs(f)))\\n slice\\['whitepoint'].setValue(abs((1/(fvalue+1))*(abs(f)+1)))\\n slice.setInput(0,c)\\n exp = nuke.nodes.Expression()\\n if g\\['method'].value() == \\\"average\\\":\\n exp\\['expr3'].setValue('a>1?1:a')\\n else:\\n exp\\['expr3'].setValue('a>0?1:0')\\n exp.setInput(0,slice)\\n km = nuke.nodes.Keymix()\\n km.setInput(1,t)\\n km.setInput(0,lastnode)\\n km.setInput(2,exp)\\n lastnode = km\\n \\n sw = nuke.nodes.Switch()\\n sw.setInput(0,i)\\n sw.setInput(1,lastnode)\\n sw\\['which'].setExpression('parent.maskChannel!=0')\\n o.setInput(0,sw)\\n \\n for n in nuke.allNodes():\\n nuke.autoplace(n)\\n\\n elif k.name() == \\\"method\\\":\\n\\n for e in nuke.allNodes('Expression'):\\n if g\\['method'].value() == \\\"average\\\":\\n e\\['expr3'].setValue('a>1?1:a')\\n else:\\n e\\['expr3'].setValue('a>0?1:0')\\n\\n\"\n xpos 420\n ypos -7\n addUserKnob {20 User}\n addUserKnob {41 maskChannel T Copy1.from0}\n addUserKnob {26 \"\"}\n addUserKnob {4 method M {nearest average}}\n method average\n addUserKnob {3 frames}\n frames 9\n }\n Input {\n inputs 0\n name mask\n xpos 400\n ypos -228\n number 1\n }\nset N1e613b20 [stack 0]\npush $N1e613b20\n Copy {\n inputs 2\n from0 rgba.alpha\n name Copy1\n xpos 400\n ypos -80\n }\nset N1e618660 [stack 0]\n Grade {\n channels alpha\n blackpoint 0.9\n name Grade9\n xpos 1280\n ypos -42\n }\n Expression {\n expr3 a>1?1:a\n name Expression9\n xpos 1280\n ypos -4\n }\n Input {\n inputs 0\n name img\n xpos 154\n ypos -369\n }\nset N1e644ce0 [stack 0]\n TimeOffset {\n time_offset -9\n time \"\"\n name TimeOffset10\n xpos 1012\n ypos -124\n }\npush $N1e618660\n Grade {\n channels alpha\n blackpoint 0.8\n whitepoint 0.9\n name Grade8\n xpos 1170\n ypos -42\n }\n Expression {\n expr3 a>1?1:a\n name Expression8\n xpos 1170\n ypos -4\n }\npush $N1e644ce0\n TimeOffset {\n time_offset -8\n time \"\"\n name TimeOffset9\n xpos 902\n ypos -124\n }\npush $N1e618660\n Grade {\n channels alpha\n blackpoint 0.7\n whitepoint 0.8\n name Grade7\n xpos 1060\n ypos -42\n }\n Expression {\n expr3 a>1?1:a\n name Expression7\n xpos 1060\n ypos -4\n }\npush $N1e644ce0\n TimeOffset {\n time_offset -7\n time \"\"\n name TimeOffset8\n xpos 792\n ypos -124\n }\npush $N1e618660\n Grade {\n channels alpha\n blackpoint 0.6\n whitepoint 0.7\n name Grade6\n xpos 950\n ypos -42\n }\n Expression {\n expr3 a>1?1:a\n name Expression6\n xpos 950\n ypos -4\n }\npush $N1e644ce0\n TimeOffset {\n time_offset -6\n time \"\"\n name TimeOffset7\n xpos 682\n ypos -124\n }\npush $N1e618660\n Grade {\n channels alpha\n blackpoint 0.5\n whitepoint 0.6\n name Grade5\n xpos 840\n ypos -42\n }\n Expression {\n expr3 a>1?1:a\n name Expression5\n xpos 840\n ypos -4\n }\npush $N1e644ce0\n TimeOffset {\n time_offset -5\n time \"\"\n name TimeOffset6\n xpos 572\n ypos -124\n }\npush $N1e618660\n Grade {\n channels alpha\n blackpoint 0.4\n whitepoint 0.5\n name Grade4\n xpos 730\n ypos -42\n }\n Expression {\n expr3 a>1?1:a\n name Expression4\n xpos 730\n ypos -4\n }\npush $N1e644ce0\n TimeOffset {\n time_offset -4\n time \"\"\n name TimeOffset5\n xpos 470\n ypos -123\n }\npush $N1e618660\n Grade {\n channels alpha\n blackpoint 0.3\n whitepoint 0.4\n name Grade3\n xpos 620\n ypos -42\n }\n Expression {\n expr3 a>1?1:a\n name Expression3\n xpos 620\n ypos -4\n }\npush $N1e644ce0\n TimeOffset {\n time_offset -3\n time \"\"\n name TimeOffset4\n xpos 350\n ypos -121\n }\npush $N1e618660\n Grade {\n channels alpha\n blackpoint 0.2\n whitepoint 0.3\n name Grade2\n xpos 510\n ypos -42\n }\n Expression {\n expr3 a>1?1:a\n name Expression2\n xpos 510\n ypos -4\n }\npush $N1e644ce0\n TimeOffset {\n time_offset -2\n time \"\"\n name TimeOffset3\n xpos 249\n ypos -126\n }\npush $N1e618660\n Grade {\n channels alpha\n blackpoint 0.1\n whitepoint 0.2\n name Grade1\n xpos 400\n ypos -42\n }\n Expression {\n expr3 a>1?1:a\n name Expression1\n xpos 400\n ypos -4\n }\npush $N1e644ce0\n TimeOffset {\n time_offset -1\n time \"\"\n name TimeOffset2\n xpos 154\n ypos -125\n }\npush $N1e644ce0\n TimeOffset {\n time \"\"\n name TimeOffset1\n xpos 45\n ypos -127\n }\n Group {\n inputs 3\n name KeymixBBox\n tile_color 0x4b5ec6ff\n xpos 400\n ypos 319\n addUserKnob {20 KeymixBBox}\n addUserKnob {41 channels T Keymix8.channels}\n addUserKnob {41 maskChannel l \"mask channel\" T Keymix8.maskChannel}\n addUserKnob {41 invertMask l invert -STARTLINE T Keymix8.invertMask}\n addUserKnob {41 mix T Keymix8.mix}\n addUserKnob {41 bbox l \"Set BBox to\" T Keymix8.bbox}\n }\n Input {\n inputs 0\n name InputA\n xpos 56\n ypos -508\n number 1\n }\nset N1e79f450 [stack 0]\n Remove {\n operation keep\n channels alpha\n name Remove2\n xpos 184\n ypos -403\n }\nset N1e7a4000 [stack 0]\n Input {\n inputs 0\n name Inputmask\n xpos 531\n ypos -493\n number 2\n }\n Dot {\n name Dot1\n note_font_size 41\n xpos 565\n ypos -393\n }\nset N1e7b1460 [stack 0]\n Remove {\n operation keep\n channels alpha\n name Remove1\n xpos 448\n ypos -403\n }\npush $N1e7a4000\n Merge2 {\n inputs 2\n bbox intersection\n name Merge1\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 294\n ypos -397\n }\n Merge2 {\n inputs 2\n bbox intersection\n name Merge2\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 184\n ypos -344\n }\nset N1e7d6de0 [stack 0]\npush $N1e7b1460\n CopyBBox {\n inputs 2\n name CopyBBoxUnion1\n xpos 531\n ypos -344\n }\n Dot {\n name Dot3\n note_font_size 41\n xpos 565\n ypos -255\n }\npush $N1e7d6de0\npush $N1e79f450\n CopyBBox {\n inputs 2\n name CopyBBoxUnion\n xpos 56\n ypos -344\n }\n Dot {\n name Dot2\n note_font_size 41\n xpos 90\n ypos -255\n }\n Input {\n inputs 0\n name InputB\n xpos 378\n ypos -493\n }\n Keymix {\n inputs 3\n channels rgba\n name Keymix8\n selected true\n xpos 378\n ypos -259\n }\n Output {\n name Output1\n xpos 378\n ypos -158\n }\n end_group\n Group {\n inputs 3\n name KeymixBBox1\n tile_color 0x4b5ec6ff\n xpos 510\n ypos 319\n addUserKnob {20 KeymixBBox}\n addUserKnob {41 channels T Keymix8.channels}\n addUserKnob {41 maskChannel l \"mask channel\" T Keymix8.maskChannel}\n addUserKnob {41 invertMask l invert -STARTLINE T Keymix8.invertMask}\n addUserKnob {41 mix T Keymix8.mix}\n addUserKnob {41 bbox l \"Set BBox to\" T Keymix8.bbox}\n }\n Input {\n inputs 0\n name InputA\n xpos 56\n ypos -508\n number 1\n }\nset N1e81b790 [stack 0]\n Remove {\n operation keep\n channels alpha\n name Remove2\n xpos 184\n ypos -403\n }\nset N1e820340 [stack 0]\n Input {\n inputs 0\n name Inputmask\n xpos 531\n ypos -493\n number 2\n }\n Dot {\n name Dot1\n note_font_size 41\n xpos 565\n ypos -393\n }\nset N1e82d7a0 [stack 0]\n Remove {\n operation keep\n channels alpha\n name Remove1\n xpos 448\n ypos -403\n }\npush $N1e820340\n Merge2 {\n inputs 2\n bbox intersection\n name Merge1\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 294\n ypos -397\n }\n Merge2 {\n inputs 2\n bbox intersection\n name Merge2\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 184\n ypos -344\n }\nset N1e84b0f0 [stack 0]\npush $N1e82d7a0\n CopyBBox {\n inputs 2\n name CopyBBoxUnion1\n xpos 531\n ypos -344\n }\n Dot {\n name Dot3\n note_font_size 41\n xpos 565\n ypos -255\n }\npush $N1e84b0f0\npush $N1e81b790\n CopyBBox {\n inputs 2\n name CopyBBoxUnion\n xpos 56\n ypos -344\n }\n Dot {\n name Dot2\n note_font_size 41\n xpos 90\n ypos -255\n }\n Input {\n inputs 0\n name InputB\n xpos 378\n ypos -493\n }\n Keymix {\n inputs 3\n channels rgba\n name Keymix8\n selected true\n xpos 378\n ypos -259\n }\n Output {\n name Output1\n xpos 378\n ypos -158\n }\n end_group\n Group {\n inputs 3\n name KeymixBBox2\n tile_color 0x4b5ec6ff\n xpos 620\n ypos 319\n addUserKnob {20 KeymixBBox}\n addUserKnob {41 channels T Keymix8.channels}\n addUserKnob {41 maskChannel l \"mask channel\" T Keymix8.maskChannel}\n addUserKnob {41 invertMask l invert -STARTLINE T Keymix8.invertMask}\n addUserKnob {41 mix T Keymix8.mix}\n addUserKnob {41 bbox l \"Set BBox to\" T Keymix8.bbox}\n }\n Input {\n inputs 0\n name InputA\n xpos 56\n ypos -508\n number 1\n }\nset N1e88f9c0 [stack 0]\n Remove {\n operation keep\n channels alpha\n name Remove2\n xpos 184\n ypos -403\n }\nset N1e8944e0 [stack 0]\n Input {\n inputs 0\n name Inputmask\n xpos 531\n ypos -493\n number 2\n }\n Dot {\n name Dot1\n note_font_size 41\n xpos 565\n ypos -393\n }\nset N1e8a19f0 [stack 0]\n Remove {\n operation keep\n channels alpha\n name Remove1\n xpos 448\n ypos -403\n }\npush $N1e8944e0\n Merge2 {\n inputs 2\n bbox intersection\n name Merge1\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 294\n ypos -397\n }\n Merge2 {\n inputs 2\n bbox intersection\n name Merge2\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 184\n ypos -344\n }\nset N1e8bf340 [stack 0]\npush $N1e8a19f0\n CopyBBox {\n inputs 2\n name CopyBBoxUnion1\n xpos 531\n ypos -344\n }\n Dot {\n name Dot3\n note_font_size 41\n xpos 565\n ypos -255\n }\npush $N1e8bf340\npush $N1e88f9c0\n CopyBBox {\n inputs 2\n name CopyBBoxUnion\n xpos 56\n ypos -344\n }\n Dot {\n name Dot2\n note_font_size 41\n xpos 90\n ypos -255\n }\n Input {\n inputs 0\n name InputB\n xpos 378\n ypos -493\n }\n Keymix {\n inputs 3\n channels rgba\n name Keymix8\n selected true\n xpos 378\n ypos -259\n }\n Output {\n name Output1\n xpos 378\n ypos -158\n }\n end_group\n Group {\n inputs 3\n name KeymixBBox3\n tile_color 0x4b5ec6ff\n xpos 730\n ypos 319\n addUserKnob {20 KeymixBBox}\n addUserKnob {41 channels T Keymix8.channels}\n addUserKnob {41 maskChannel l \"mask channel\" T Keymix8.maskChannel}\n addUserKnob {41 invertMask l invert -STARTLINE T Keymix8.invertMask}\n addUserKnob {41 mix T Keymix8.mix}\n addUserKnob {41 bbox l \"Set BBox to\" T Keymix8.bbox}\n }\n Input {\n inputs 0\n name InputA\n xpos 56\n ypos -508\n number 1\n }\nset N1e903c00 [stack 0]\n Remove {\n operation keep\n channels alpha\n name Remove2\n xpos 184\n ypos -403\n }\nset N1e9087b0 [stack 0]\n Input {\n inputs 0\n name Inputmask\n xpos 531\n ypos -493\n number 2\n }\n Dot {\n name Dot1\n note_font_size 41\n xpos 565\n ypos -393\n }\nset N1e915c10 [stack 0]\n Remove {\n operation keep\n channels alpha\n name Remove1\n xpos 448\n ypos -403\n }\npush $N1e9087b0\n Merge2 {\n inputs 2\n bbox intersection\n name Merge1\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 294\n ypos -397\n }\n Merge2 {\n inputs 2\n bbox intersection\n name Merge2\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 184\n ypos -344\n }\nset N1e933560 [stack 0]\npush $N1e915c10\n CopyBBox {\n inputs 2\n name CopyBBoxUnion1\n xpos 531\n ypos -344\n }\n Dot {\n name Dot3\n note_font_size 41\n xpos 565\n ypos -255\n }\npush $N1e933560\npush $N1e903c00\n CopyBBox {\n inputs 2\n name CopyBBoxUnion\n xpos 56\n ypos -344\n }\n Dot {\n name Dot2\n note_font_size 41\n xpos 90\n ypos -255\n }\n Input {\n inputs 0\n name InputB\n xpos 378\n ypos -493\n }\n Keymix {\n inputs 3\n channels rgba\n name Keymix8\n selected true\n xpos 378\n ypos -259\n }\n Output {\n name Output1\n xpos 378\n ypos -158\n }\n end_group\n Group {\n inputs 3\n name KeymixBBox4\n tile_color 0x4b5ec6ff\n xpos 840\n ypos 319\n addUserKnob {20 KeymixBBox}\n addUserKnob {41 channels T Keymix8.channels}\n addUserKnob {41 maskChannel l \"mask channel\" T Keymix8.maskChannel}\n addUserKnob {41 invertMask l invert -STARTLINE T Keymix8.invertMask}\n addUserKnob {41 mix T Keymix8.mix}\n addUserKnob {41 bbox l \"Set BBox to\" T Keymix8.bbox}\n }\n Input {\n inputs 0\n name InputA\n xpos 56\n ypos -508\n number 1\n }\nset N1e977e10 [stack 0]\n Remove {\n operation keep\n channels alpha\n name Remove2\n xpos 184\n ypos -403\n }\nset N1e97c980 [stack 0]\n Input {\n inputs 0\n name Inputmask\n xpos 531\n ypos -493\n number 2\n }\n Dot {\n name Dot1\n note_font_size 41\n xpos 565\n ypos -393\n }\nset N1e989e40 [stack 0]\n Remove {\n operation keep\n channels alpha\n name Remove1\n xpos 448\n ypos -403\n }\npush $N1e97c980\n Merge2 {\n inputs 2\n bbox intersection\n name Merge1\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 294\n ypos -397\n }\n Merge2 {\n inputs 2\n bbox intersection\n name Merge2\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 184\n ypos -344\n }\nset N1e9a77a0 [stack 0]\npush $N1e989e40\n CopyBBox {\n inputs 2\n name CopyBBoxUnion1\n xpos 531\n ypos -344\n }\n Dot {\n name Dot3\n note_font_size 41\n xpos 565\n ypos -255\n }\npush $N1e9a77a0\npush $N1e977e10\n CopyBBox {\n inputs 2\n name CopyBBoxUnion\n xpos 56\n ypos -344\n }\n Dot {\n name Dot2\n note_font_size 41\n xpos 90\n ypos -255\n }\n Input {\n inputs 0\n name InputB\n xpos 378\n ypos -493\n }\n Keymix {\n inputs 3\n channels rgba\n name Keymix8\n selected true\n xpos 378\n ypos -259\n }\n Output {\n name Output1\n xpos 378\n ypos -158\n }\n end_group\n Group {\n inputs 3\n name KeymixBBox5\n tile_color 0x4b5ec6ff\n xpos 950\n ypos 319\n addUserKnob {20 KeymixBBox}\n addUserKnob {41 channels T Keymix8.channels}\n addUserKnob {41 maskChannel l \"mask channel\" T Keymix8.maskChannel}\n addUserKnob {41 invertMask l invert -STARTLINE T Keymix8.invertMask}\n addUserKnob {41 mix T Keymix8.mix}\n addUserKnob {41 bbox l \"Set BBox to\" T Keymix8.bbox}\n }\n Input {\n inputs 0\n name InputA\n xpos 56\n ypos -508\n number 1\n }\nset N1e9ec060 [stack 0]\n Remove {\n operation keep\n channels alpha\n name Remove2\n xpos 184\n ypos -403\n }\nset N1e9f0c10 [stack 0]\n Input {\n inputs 0\n name Inputmask\n xpos 531\n ypos -493\n number 2\n }\n Dot {\n name Dot1\n note_font_size 41\n xpos 565\n ypos -393\n }\nset N1e9fdfe0 [stack 0]\n Remove {\n operation keep\n channels alpha\n name Remove1\n xpos 448\n ypos -403\n }\npush $N1e9f0c10\n Merge2 {\n inputs 2\n bbox intersection\n name Merge1\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 294\n ypos -397\n }\n Merge2 {\n inputs 2\n bbox intersection\n name Merge2\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 184\n ypos -344\n }\nset N1ea1b9e0 [stack 0]\npush $N1e9fdfe0\n CopyBBox {\n inputs 2\n name CopyBBoxUnion1\n xpos 531\n ypos -344\n }\n Dot {\n name Dot3\n note_font_size 41\n xpos 565\n ypos -255\n }\npush $N1ea1b9e0\npush $N1e9ec060\n CopyBBox {\n inputs 2\n name CopyBBoxUnion\n xpos 56\n ypos -344\n }\n Dot {\n name Dot2\n note_font_size 41\n xpos 90\n ypos -255\n }\n Input {\n inputs 0\n name InputB\n xpos 378\n ypos -493\n }\n Keymix {\n inputs 3\n channels rgba\n name Keymix8\n selected true\n xpos 378\n ypos -259\n }\n Output {\n name Output1\n xpos 378\n ypos -158\n }\n end_group\n Group {\n inputs 3\n name KeymixBBox6\n tile_color 0x4b5ec6ff\n xpos 1060\n ypos 319\n addUserKnob {20 KeymixBBox}\n addUserKnob {41 channels T Keymix8.channels}\n addUserKnob {41 maskChannel l \"mask channel\" T Keymix8.maskChannel}\n addUserKnob {41 invertMask l invert -STARTLINE T Keymix8.invertMask}\n addUserKnob {41 mix T Keymix8.mix}\n addUserKnob {41 bbox l \"Set BBox to\" T Keymix8.bbox}\n }\n Input {\n inputs 0\n name InputA\n xpos 56\n ypos -508\n number 1\n }\nset N1ea60260 [stack 0]\n Remove {\n operation keep\n channels alpha\n name Remove2\n xpos 184\n ypos -403\n }\nset N1ea64e60 [stack 0]\n Input {\n inputs 0\n name Inputmask\n xpos 531\n ypos -493\n number 2\n }\n Dot {\n name Dot1\n note_font_size 41\n xpos 565\n ypos -393\n }\nset N1ea722c0 [stack 0]\n Remove {\n operation keep\n channels alpha\n name Remove1\n xpos 448\n ypos -403\n }\npush $N1ea64e60\n Merge2 {\n inputs 2\n bbox intersection\n name Merge1\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 294\n ypos -397\n }\n Merge2 {\n inputs 2\n bbox intersection\n name Merge2\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 184\n ypos -344\n }\nset N1ea8fc10 [stack 0]\npush $N1ea722c0\n CopyBBox {\n inputs 2\n name CopyBBoxUnion1\n xpos 531\n ypos -344\n }\n Dot {\n name Dot3\n note_font_size 41\n xpos 565\n ypos -255\n }\npush $N1ea8fc10\npush $N1ea60260\n CopyBBox {\n inputs 2\n name CopyBBoxUnion\n xpos 56\n ypos -344\n }\n Dot {\n name Dot2\n note_font_size 41\n xpos 90\n ypos -255\n }\n Input {\n inputs 0\n name InputB\n xpos 378\n ypos -493\n }\n Keymix {\n inputs 3\n channels rgba\n name Keymix8\n selected true\n xpos 378\n ypos -259\n }\n Output {\n name Output1\n xpos 378\n ypos -158\n }\n end_group\n Group {\n inputs 3\n name KeymixBBox7\n tile_color 0x4b5ec6ff\n xpos 1170\n ypos 319\n addUserKnob {20 KeymixBBox}\n addUserKnob {41 channels T Keymix8.channels}\n addUserKnob {41 maskChannel l \"mask channel\" T Keymix8.maskChannel}\n addUserKnob {41 invertMask l invert -STARTLINE T Keymix8.invertMask}\n addUserKnob {41 mix T Keymix8.mix}\n addUserKnob {41 bbox l \"Set BBox to\" T Keymix8.bbox}\n }\n Input {\n inputs 0\n name InputA\n xpos 56\n ypos -508\n number 1\n }\nset N1ead44d0 [stack 0]\n Remove {\n operation keep\n channels alpha\n name Remove2\n xpos 184\n ypos -403\n }\nset N1ead9080 [stack 0]\n Input {\n inputs 0\n name Inputmask\n xpos 531\n ypos -493\n number 2\n }\n Dot {\n name Dot1\n note_font_size 41\n xpos 565\n ypos -393\n }\nset N1eae6450 [stack 0]\n Remove {\n operation keep\n channels alpha\n name Remove1\n xpos 448\n ypos -403\n }\npush $N1ead9080\n Merge2 {\n inputs 2\n bbox intersection\n name Merge1\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 294\n ypos -397\n }\n Merge2 {\n inputs 2\n bbox intersection\n name Merge2\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 184\n ypos -344\n }\nset N1eb03e50 [stack 0]\npush $N1eae6450\n CopyBBox {\n inputs 2\n name CopyBBoxUnion1\n xpos 531\n ypos -344\n }\n Dot {\n name Dot3\n note_font_size 41\n xpos 565\n ypos -255\n }\npush $N1eb03e50\npush $N1ead44d0\n CopyBBox {\n inputs 2\n name CopyBBoxUnion\n xpos 56\n ypos -344\n }\n Dot {\n name Dot2\n note_font_size 41\n xpos 90\n ypos -255\n }\n Input {\n inputs 0\n name InputB\n xpos 378\n ypos -493\n }\n Keymix {\n inputs 3\n channels rgba\n name Keymix8\n selected true\n xpos 378\n ypos -259\n }\n Output {\n name Output1\n xpos 378\n ypos -158\n }\n end_group\n Group {\n inputs 3\n name KeymixBBox8\n tile_color 0x4b5ec6ff\n xpos 1280\n ypos 319\n addUserKnob {20 KeymixBBox}\n addUserKnob {41 channels T Keymix8.channels}\n addUserKnob {41 maskChannel l \"mask channel\" T Keymix8.maskChannel}\n addUserKnob {41 invertMask l invert -STARTLINE T Keymix8.invertMask}\n addUserKnob {41 mix T Keymix8.mix}\n addUserKnob {41 bbox l \"Set BBox to\" T Keymix8.bbox}\n }\n Input {\n inputs 0\n name InputA\n xpos 56\n ypos -508\n number 1\n }\nset N1eb48700 [stack 0]\n Remove {\n operation keep\n channels alpha\n name Remove2\n xpos 184\n ypos -403\n }\nset N1eb4d2b0 [stack 0]\n Input {\n inputs 0\n name Inputmask\n xpos 531\n ypos -493\n number 2\n }\n Dot {\n name Dot1\n note_font_size 41\n xpos 565\n ypos -393\n }\nset N1eb5a710 [stack 0]\n Remove {\n operation keep\n channels alpha\n name Remove1\n xpos 448\n ypos -403\n }\npush $N1eb4d2b0\n Merge2 {\n inputs 2\n bbox intersection\n name Merge1\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 294\n ypos -397\n }\n Merge2 {\n inputs 2\n bbox intersection\n name Merge2\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 184\n ypos -344\n }\nset N1eb78060 [stack 0]\npush $N1eb5a710\n CopyBBox {\n inputs 2\n name CopyBBoxUnion1\n xpos 531\n ypos -344\n }\n Dot {\n name Dot3\n note_font_size 41\n xpos 565\n ypos -255\n }\npush $N1eb78060\npush $N1eb48700\n CopyBBox {\n inputs 2\n name CopyBBoxUnion\n xpos 56\n ypos -344\n }\n Dot {\n name Dot2\n note_font_size 41\n xpos 90\n ypos -255\n }\n Input {\n inputs 0\n name InputB\n xpos 378\n ypos -493\n }\n Keymix {\n inputs 3\n channels rgba\n name Keymix8\n selected true\n xpos 378\n ypos -259\n }\n Output {\n name Output1\n xpos 378\n ypos -158\n }\n end_group\npush $N1e644ce0\n Switch {\n inputs 2\n which {{parent.maskChannel!=0}}\n name Switch1\n xpos 1257\n ypos 412\n }\n Output {\n name Output1\n xpos 1280\n ypos 538\n }\n end_group\n TimeWarp {\n lookup {{frame*10 C x1001 1001 x1092 1092}}\n time \"\"\n filter none\n name TimeWarp4\n xpos 420\n ypos 62\n }\n Output {\n name Output1\n xpos 420\n ypos 162\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_iMorph_v2.gizmo", "content": "Group {\n name iMorph\n help \"iMorph v1.0 by adrianpueyo\\n\\nBlinkscript-accelerated morph between two inputs based on the vectors calculated by a VectorGenerator, with an optional input mask to drive the morph amount. Useful to create morphing transitions between two plates.\\n\\nMorphing method based on the awesome MorphDissolve from Erwan Leroy. Tool concept and fun developed with Tony Lyons.\\n\\nadrianpueyo.com, 2020\"\n knobChanged \"n = nuke.thisNode()\\nk = nuke.thisKnob()\\nkn = k.name()\\nif kn == \\\"inputChange\\\":\\n n\\[\\\"morph\\\"].setEnabled(not n.input(2))\\n \"\n tile_color 0x890074ff\n note_font \"Bitstream Vera Sans Bold\"\n selected true\n addUserKnob {20 iMorph}\n addUserKnob {26 gpuName l \"Local GPU:\" T \"GeForce GT 750M\"}\n addUserKnob {41 useGPUIfAvailable l \"Use GPU if available\" T iMorphKernel.useGPUIfAvailable}\n addUserKnob {41 vectorize l \"Vectorize on CPU\" -STARTLINE T iMorphKernel.vectorize}\n addUserKnob {26 \"\"}\n addUserKnob {4 outMode l output M {\"A warped\" \"B warped\" \"AB morph\"}}\n outMode \"AB morph\"\n addUserKnob {7 morph t \"Morphing amount between A and B (0=A, 1=B).\\n\\nIf a mask Input is supplied, this knob gets ignored.\"}\n morph 1\n addUserKnob {41 mask_channel l \"mask channel\" T CopyMask.from0}\n addUserKnob {26 \"\"}\n addUserKnob {4 motionEstimation l Motion M {Regularized Local \"\" \"\"}}\n addUserKnob {7 vectorDetailReg l \"Vector Detail\" R 0.01 1}\n vectorDetailReg 0.3\n addUserKnob {7 strengthReg l Strength R 0 1.5}\n strengthReg 1.5\n addUserKnob {26 version_author l \" \" t \"iMorph v1.0\\n2020\" T \"
    iMorph v1.0 - adrianpueyo.com, 2020    \"}\n}\n Input {\n inputs 0\n name Inputmask\n xpos -49\n ypos 358\n number 2\n }\n Input {\n inputs 0\n name InputA\n xpos 240\n ypos -45\n }\n Shuffle {\n name Shuffle2\n xpos 240\n ypos 3\n }\nset N4d33070 [stack 0]\n Dot {\n name Dot1\n note_font_size 41\n xpos 274\n ypos 227\n }\nset N8bb00080 [stack 0]\n Dot {\n name Dot7\n note_font_size 41\n xpos 113\n ypos 227\n }\n Shuffle {\n red black\n green black\n blue black\n alpha black\n name Shuffle1\n xpos 79\n ypos 270\n }\n Grade {\n channels rgba\n white 0\n add {{parent.morph}}\n white_clamp true\n name Grade1\n xpos 79\n ypos 294\n }\n Copy {\n inputs 2\n from0 rgba.alpha\n to0 rgba.alpha\n name CopyMask\n label \"\\[value from0]\"\n xpos 79\n ypos 349\n disable {{\"\\[\\nif \\{ \\[lsearch -exact \\[channels \\[input this 1]] \\[value from0]] >= 0\\} \\{\\n return 0\\n\\} else \\{\\n if \\{ \\[lsearch -exact \\[channels \\[input this 1]] rgba.\\[value from0]] >= 0\\} \\{\\n return 0\\n \\} else \\{\\n return 1\\n\\}\\n\\}\\n]\"}}\n }\n Dot {\n name Dot5\n note_font_size 41\n xpos 113\n ypos 427\n }\n Input {\n inputs 0\n name InputB\n xpos 342\n ypos -175\n number 1\n }\n Shuffle {\n name Shuffle3\n xpos 342\n ypos -37\n }\nset N71c81eb0 [stack 0]\n Dot {\n name Dot3\n note_font_size 41\n xpos 611\n ypos -34\n }\n TimeWarp {\n lookup {{floor(frame/2)}}\n length 0\n time \"\"\n filter none\n name TimeWarp2\n xpos 577\n ypos 23\n }\npush $N4d33070\n Dot {\n name Dot6\n note_font_size 41\n xpos 492\n ypos 6\n }\n TimeWarp {\n lookup {{floor(frame/2)}}\n length 0\n time \"\"\n filter none\n name TimeWarp1\n xpos 458\n ypos 44\n }\n Switch {\n inputs 2\n which {{frame%2}}\n name SwitchInputs\n xpos 516\n ypos 107\n }\n VectorGenerator {\n useGPUIfAvailable {{parent.iMorphKernel.useGPUIfAvailable}}\n motionEstimation {{parent.motionEstimation}}\n vectorDetailReg {{parent.vectorDetailReg}}\n strengthReg {{parent.strengthReg}}\n name VectorGenerator1\n xpos 516\n ypos 157\n }\nset N268df2c0 [stack 0]\n TimeOffset {\n time_offset -1\n time \"\"\n name TimeOffset3\n xpos 623\n ypos 224\n }\npush $N268df2c0\n Shuffle {\n in forward\n blue black\n alpha black\n name ShuffleVec1\n label \"\\[value in]\"\n xpos 516\n ypos 223\n }\n Copy {\n inputs 2\n from0 backward.u\n to0 rgba.blue\n from1 backward.v\n to1 rgba.alpha\n name CopyVec2\n xpos 516\n ypos 277\n }\n TimeWarp {\n lookup {{frame*2}}\n length 0\n time \"\"\n filter none\n name TimeWarp3\n xpos 516\n ypos 338\n }\n Dot {\n name Dot4\n note_font_size 41\n xpos 550\n ypos 427\n }\npush $N71c81eb0\n Dot {\n name Dot2\n note_font_size 41\n xpos 376\n ypos 346\n }\npush $N8bb00080\n BlinkScript {\n inputs 4\n recompileCount 39\n ProgramGroup 1\n KernelDescription \"2 \\\"iMorphKernel\\\" iterate pixelWise f73cb735e959d6b7677ca59a811ae605a17d00706c4cd292f2677544fd90aa0a 5 \\\"src1\\\" Read Random \\\"src2\\\" Read Random \\\"vec\\\" Read Random \\\"mask\\\" Read Random \\\"dst\\\" Write Point 3 \\\"useMask\\\" Int 1 AAAAAA== \\\"weight\\\" Float 1 AAAAAA== \\\"mode\\\" Int 1 AAAAAA== 3 \\\"useMask\\\" 1 1 \\\"weight\\\" 1 1 \\\"mode\\\" 1 1 0\"\n kernelSource \"//---------------------------------------------------------\\n// iMorphKernel - iMorph v1.0 by Adrian Pueyo\\n// adrianpueyo.com, 2020\\n// ---------------------------------------------------------\\nkernel iMorphKernel : ImageComputationKernel\\n\\{\\n Image src1;\\n Image src2;\\n Image vec;\\n Image mask;\\n Image dst;\\n param:\\n int useMask;\\n float weight;\\n int mode; //0=A,1=B,2=morph\\n\\n void process(int2 pos) \\{\\n SampleType(vec) vectors = vec(pos.x,pos.y);\\n float which;\\n if(useMask==0)\\{\\n which = weight;\\n \\}else\\{\\n which = clamp(bilinear(mask,pos.x,pos.y).w,0.0f,1.0f); //alpha channel\\n \\}\\n SampleType(src1) src1_warped, src2_warped;\\n if(mode!=1)\\{\\n src1_warped = bilinear(src1,pos.x+vectors.z*which,pos.y+vectors.w*which);\\n \\}\\n if(mode!=0)\\{\\n src2_warped = bilinear(src2,pos.x+vectors.x*(1-which),pos.y+vectors.y*(1-which));\\n \\}\\n\\n if(mode==0)\\{\\n dst() = src1_warped;\\n \\}else if(mode==1)\\{\\n dst() = src2_warped;\\n \\}else\\{\\n dst() = src1_warped*(1-which)+src2_warped*which;\\n \\}\\n \\}\\n\\};\"\n rebuild \"\"\n iMorphKernel_useMask {{!CopyMask.disable}}\n iMorphKernel_weight {{parent.morph}}\n iMorphKernel_mode {{parent.outMode}}\n rebuild_finalise \"\"\n name iMorphKernel\n selected true\n xpos 240\n ypos 420\n }\n Output {\n name Output1\n xpos 240\n ypos 518\n }\nend_group\n\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_iTransform_ae.gizmo", "content": "Group {\n name iTransform_ae\n onCreate \"n = nuke.thisNode()\\nif n.knob('create').value() == False:\\n format = n.format()\\n center = \\[format.width() / 2, format.height() / 2]\\n n.knob('center').setValue(center)\\n n.knob('create').setValue(1)\"\n knobChanged \"n = nuke.thisNode()\\nk = nuke.thisKnob()\\nif k.name() == \\\"smart\\\":\\n s = n.knob('smart').getValue()\\n if s == 0: \\n groupNode = nuke.thisNode()\\n with groupNode:\\n m = nuke.toNode('mask')\\n s = nuke.toNode('STMap')\\n s.setInput(2, m)\\n else:\\n groupNode = nuke.thisNode()\\n with groupNode:\\n m = nuke.toNode('no_filter')\\n s = nuke.toNode('STMap')\\n s.setInput(2, m)\"\n tile_color 0xa57aaaff\n note_font \"Verdana Bold\"\n note_font_color 0xffffffff\n selected true\n addUserKnob {20 iTransform}\n addUserKnob {41 channels T STMap.channels}\n addUserKnob {26 \"\"}\n addUserKnob {6 blackoutsideBefore l \"black outside before\" +STARTLINE}\n addUserKnob {41 translate T inTransform2.translate}\n addUserKnob {41 rotate_1 l rotate T inTransform2.rotate}\n addUserKnob {41 scale_1 l scale T inTransform2.scale}\n addUserKnob {41 skewX_1 l \"skew X\" T inTransform2.skewX}\n addUserKnob {41 skewY_1 l \"skew Y\" T inTransform2.skewY}\n addUserKnob {4 skewOrder l \"skew order\" M {XY YX}}\n addUserKnob {41 center T inTransform2.center}\n addUserKnob {22 set_center l \"set center\" -STARTLINE T \"n = nuke.thisNode()\\nw= n.width()\\nh=n.height()\\nn\\['center'].setValue(\\[w/2,h/2])\"}\n addUserKnob {4 filterN l filter M {impulse cubic keys Simon Rifman Mitchell Parzen Notch Lanczos4 Lanczos6 sinc4 \"\" \"\" \"\" \"\"}}\n filterN cubic\n addUserKnob {26 text_5_1 l \"\" -STARTLINE T \" \"}\n addUserKnob {26 text_5_1_1 l \"\" -STARTLINE T \" \"}\n addUserKnob {41 clamp -STARTLINE T inTransform2.clamp}\n addUserKnob {26 \"\"}\n addUserKnob {6 cropformat l \"crop to format\" +STARTLINE}\n addUserKnob {26 text_5_2 l \"\" -STARTLINE T \" \"}\n addUserKnob {6 blackoutsideafter l \"black outside after\" -STARTLINE}\n addUserKnob {14 addpixels R 0 100}\n addUserKnob {7 mix}\n mix 1\n addUserKnob {26 text_5 l \"\" -STARTLINE T \" \"}\n addUserKnob {6 smart l \"smart mask \" -STARTLINE}\n smart true\n addUserKnob {26 \"\"}\n addUserKnob {6 create +INVISIBLE +STARTLINE}\n create true\n addUserKnob {26 about_1 l \"\" +STARTLINE T \"
    iTransform v2.0 - Aitor Echeveste © 2021    \"}\n addUserKnob {20 About}\n addUserKnob {26 text_1 l \"\" +STARTLINE T \" \"}\n addUserKnob {26 text_2 l \"\" +STARTLINE T \" \"}\n addUserKnob {26 text_4 l \"\" +STARTLINE T \"iTransform v2.0\\n\"}\n addUserKnob {26 about_1_1 l \"\" +STARTLINE T \"by Aitor Echeveste Izquierdo © 2021\"}\n addUserKnob {26 text_1_1 l \"\" +STARTLINE T \" \"}\n addUserKnob {26 \"\"}\n addUserKnob {26 text_3 l \"\" +STARTLINE T \" \"}\n addUserKnob {26 website l \"\" +STARTLINE T \"www.aitorecheveste.com\"}\n}\n Input {\n inputs 0\n name crtlMask\n xpos 606\n ypos 531\n number 1\n }\nset Na054ab00 [stack 0]\n NoOp {\n name mattebbox\n xpos 606\n ypos 555\n addUserKnob {20 User}\n addUserKnob {15 bbox}\n bbox {{input.bbox.x} {input.bbox.y} {input.bbox.r} {input.bbox.t}}\n }\n Expression {\n temp_name0 alpha_an\n temp_expr0 a!=0?1:0\n expr0 alpha_an\n expr1 alpha_an\n expr2 alpha_an\n expr3 alpha_an\n name no_filter\n xpos 606\n ypos 579\n }\n Dot {\n name Dot1\n xpos 640\n ypos 727\n }\n Input {\n inputs 0\n name mask\n xpos 221\n ypos 507\n number 2\n }\n Expression {\n expr3 (1-a)\n name invert\n xpos 221\n ypos 531\n }\n Input {\n inputs 0\n name img\n xpos 121\n ypos 344\n }\n BlackOutside {\n name BlackOutsideBefore\n xpos 121\n ypos 370\n disable {{!blackoutsideBefore}}\n }\nset Ncbcf900 [stack 0]\n Crop {\n box {{-input.format.width} {-input.format.height} {(input.format.width*2)} {(input.format.height*2)}}\n crop false\n name Crop1\n xpos 474\n ypos 370\n addUserKnob {20 User}\n addUserKnob {22 cropToBbox l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n }\n Expression {\n expr0 (x+0.5)/width\n expr1 (y+.5)/height\n name Expression1\n xpos 474\n ypos 418\n }\nset Ncbceb00 [stack 0]\n Dot {\n name Dot2\n xpos 343\n ypos 421\n }\npush $Na054ab00\npush $Ncbceb00\n Transform {\n translate {{parent.inTransform2.translate} {parent.inTransform2.translate}}\n rotate {{parent.inTransform2.rotate}}\n scale {{parent.inTransform2.scale} {parent.inTransform2.scale}}\n skewX {{parent.inTransform2.skewX}}\n skewY {{parent.inTransform2.skewY}}\n skew_order {{parent.skewOrder}}\n center {{parent.inTransform2.center} {parent.inTransform2.center}}\n invert_matrix {{parent.inTransform2.invert_matrix}}\n filter {{parent.filterN}}\n clamp {{parent.inTransform2.clamp}}\n shutteroffset centred\n name inTransform1\n xpos 599\n ypos 418\n }\npush $Ncbceb00\n Keymix {\n inputs 3\n name Keymix1\n xpos 474\n ypos 525\n }\n Keymix {\n inputs 3\n name Keymix2\n xpos 309\n ypos 525\n disable {{\"\\[exists parent.input2]==1?smart==1?0:1:1\" x1 0 x1001 1}}\n }\n Expression {\n expr0 ((x+0.5)/width)\n expr1 ((y+0.5)/height)\n mix {{1-parent.mix}}\n name mix\n xpos 309\n ypos 563\n }\npush $Ncbcf900\n NoOp {\n name inputbbox\n xpos 126\n ypos 723\n addUserKnob {20 User}\n addUserKnob {15 bbox}\n bbox {{input.bbox.x} {input.bbox.y} {input.bbox.r} {input.bbox.t}}\n }\n STMap {\n inputs 2+1\n channels rgba\n uv rgb\n name STMap\n xpos 309\n ypos 723\n }\n Crop {\n box {{\"inputbbox.bboxmattebbox.bbox?\\n\\ninputbbox.bbox+addpixels\\n\\n:inputbbox.bbox+(mattebbox.bbox- inputbbox.bbox)+addpixels\"} {\"inputbbox.bbox>mattebbox.bbox?\\n\\ninputbbox.bbox+addpixels\\n:inputbbox.bbox+(mattebbox.bbox- inputbbox.bbox)+addpixels\"}}\n name Crop3\n xpos 309\n ypos 747\n addUserKnob {20 User}\n addUserKnob {22 cropToBbox l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n }\n Reformat {\n name Reformat2\n xpos 309\n ypos 771\n disable {{!cropformat}}\n }\n BlackOutside {\n name BlackOutsideAfter\n xpos 309\n ypos 797\n disable {{!blackoutsideafter}}\n }\n Output {\n name Output1\n xpos 309\n ypos 823\n }\n Transform {\n inputs 0\n skew_order {{parent.skewOrder}}\n center {1203 568}\n filter {{parent.filterN}}\n shutteroffset centred\n name inTransform2\n xpos 715\n ypos 417\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_mScatterGeo.gizmo", "content": "Group { \n name mScatterGeo\n onCreate \"\\nnuke.thisGroup()\\['max_instance'].setFlag(0x00000100)\\n\"\n tile_color 0x194e7fff\n note_font Verdana\n addUserKnob {20 general}\n addUserKnob {26 title_snap l \"SNAP SETUP\"}\n addUserKnob {41 snap_type l \"snap type\" t \"selected vertices/faces\\nCreate instance(s) from selected vertices/faces. 'RGB texture' sampling does not support this snap type.\\n\\ndensity map (alpha)\\nUse alpha channel of sampleGeo as density map. 'RGB texture' sampling supported this snap type.\" T menu02.snap_type}\n addUserKnob {26 title_vf_setting l \"vertices/faces setting\"}\n addUserKnob {7 random_percentage l \"random percentage\" t \"Setup the percentage of the random will apply. The value clipped between 0 to 100.\" R 0.01 100}\n random_percentage 100\n addUserKnob {3 random_seed l seed}\n addUserKnob {26 title_dmap_setting l \"density map setting\" +DISABLED}\n addUserKnob {4 uv_type l UV t \"single tile\\nprocess faster.\\n\\nudim\\nwill scan through all the UV tiles before process.\\n\\n*if not sure what type of UV set in geo, recommend to use 'udim' to scan through all the tiles. Or use my another tool, 'UVEditor', to check.\" +DISABLED M {\"single tile (fast)\" udim \"\" \"\" \"\" \"\" \"\" \"\" \"\"}}\n addUserKnob {3 sample_res l \"sample resolution\" t \"This resolution setting to control the spacing between each instance. Higher solution will get more sample points in UV. Lower solution will get less sample points in UV.\" -STARTLINE +DISABLED}\n sample_res 1024\n addUserKnob {78 max_instance l \"max instance(s)\" t \"This can control the maximun instance(s) will be generated, to speed up the process if user only need to generate few instance(s).\" +DISABLED n 1}\n max_instance 1000\n addUserKnob {3 dmap_seed l seed -STARTLINE +DISABLED}\n addUserKnob {3 fail_attempts l \"fail attempts\" t \"set how many times to retry if they fail on sampling. When max instances are larger than available samples, then the sample process will fall into a loop hole. So value limited the retry attempts.\\n\\n\\n- lower value can get faster but may not meet the max instances value.\\n\\n\\n- higher value can meet the max instance value but might take longer time to retry the sampling.\\n\\n\\nWhat makes the sampling fail?\\nposition+range size already existing in the sample data.\\n\\n\" +DISABLED}\n fail_attempts 500\n addUserKnob {4 rgb_color l \"RGB texture color\" t \"Sample color from 'sampleGeo' texture input and generated with instance(s).\\n\\nsample premult RGB\\nsemi-transparent pixels will get darker color on generated instance, but the color is 100% match to the sampled texture color.\\n\\nsample unpremult RGB\\nThis can avoid dark color on semi-transparent pixels.\" +DISABLED M {\"not selected\" \"sample premult RGB\" \"sample unpremult RGB\" \"\" \"\" \"\"}}\n addUserKnob {26 spacer l \"\" +STARTLINE T
    }\n addUserKnob {26 title_rotate l \"ROTATION SETUP\"}\n addUserKnob {4 rotation_type l type t \"Rotation type of the snap geo.\\n\\nlookAt axis/camera\\ninstance rotation base on the input axis/camera direction. Axis/Camera input will be created in the generate group.\\n\\nface normal\\ninstance rotation base on the geo surface.\" M {\"lookAt axis/camera\" \"vertices/faces normal\" \"\" \"\" \"\" \"\" \"\"}}\n rotation_type \"vertices/faces normal\"\n addUserKnob {26 title_input l \"INPUT SETUP\"}\n addUserKnob {41 var_type l \"variation type\" t \"select the input variation type.\\n\\nFramehold\\nrandom pick a still frame of texture & geo.\\n\\nTimeoffset\\nrandom pick the start frame of texture sequence and animated geo.\" T menu01.var_type}\n addUserKnob {3 frame_start l \"frame range\"}\n frame_start 1001\n addUserKnob {3 frame_end l \"\" -STARTLINE}\n frame_end 1100\n addUserKnob {3 offset_start l \"offset range\" +HIDDEN}\n offset_start -20\n addUserKnob {3 offset_end l \"\" -STARTLINE +HIDDEN}\n offset_end 20\n addUserKnob {26 spacer_3 l \"\" +STARTLINE T
    }\n addUserKnob {22 generate l \"\\[--- GENERATE ---]\" t \"Generate group named 'mSnap'\" T \"thisGRP = nuke.thisGroup()\\n\\ntry :\\n\\t##### get functions\\n\\tgoStore = nuke.toNode('store')\\n\\tgoStore\\['fn01'].execute()\\n\\tgoStore\\['fn02'].execute()\\n\\n\\tfilterCheck = goStore\\['filterNonReverse'].getValue().split(',')\\n\\tfilter3DNodes = goStore\\['filter3DNodes'].value().split(',')\\n\\tfilterPrimitives = goStore\\['filterPrimitives'].value().split(',')\\n\\n\\tif thisGRP\\['snap_type'].getValue() :\\n\\t\\t##### density map type\\n\\t\\tuvStart = nuke.toNode('uv_dot')\\n\\t\\t##### remove prep nodes\\n\\t\\trmNodes( uvStart )\\n\\n\\t\\tcurveTool = nuke.toNode('CurveTool')\\n\\t\\ttexRes = int( thisGRP\\['sample_res'].value() )\\n\\t\\tmaxIns = thisGRP\\['max_instance'].getValue()\\n\\n\\t\\tif texRes > 32 :\\n\\t\\t\\t##### find map data on tile\\n\\t\\t\\tsamNodes = scanTile( thisGRP, uvStart, curveTool, texRes )\\n\\n\\t\\t\\tif len(samNodes) :\\n\\t\\t\\t\\t##### find the sum of area\\n\\t\\t\\t\\ttotalArea = 0\\n\\t\\t\\t\\tfor samNode in samNodes :\\n\\t\\t\\t\\t\\ttotalArea += samNode.width() * samNode.height()\\n\\n\\t\\t\\t\\tif maxIns < totalArea :\\n\\t\\t\\t\\t\\t##### find tile proportion\\n\\t\\t\\t\\t\\ttileData = \\{\\}\\n\\t\\t\\t\\t\\tfor samNode in samNodes :\\n\\t\\t\\t\\t\\t\\tsamCount = int( round( ( samNode.width() * samNode.height() ) / totalArea * maxIns ) )\\n\\t\\t\\t\\t\\t\\ttileData\\[samNode.name()] = \\[ samNode, samCount ]\\n\\n\\t\\t\\t\\t\\t##### process\\n\\t\\t\\t\\t\\tptsID = samID( thisGRP , tileData )\\n\\n\\t\\t\\t\\t\\tif thisGRP\\['with_animation'].value() :\\n\\t\\t\\t\\t\\t\\t##### snap with animation\\n\\t\\t\\t\\t\\t\\tprojRange = str( int( nuke.root()\\['first_frame'].getValue() ) ) + '-' + str( int( nuke.root()\\['last_frame'].getValue() ) )\\n\\t\\t\\t\\t\\t\\tp = nuke.Panel('frame range')\\n\\t\\t\\t\\t\\t\\tp.addSingleLineInput('set frame range', projRange)\\n\\t\\t\\t\\t\\t\\tif p.show() == 1 :\\n\\t\\t\\t\\t\\t\\t\\tcrange = p.value('set frame range').replace(' ', '')\\n\\t\\t\\t\\t\\t\\t\\tif '-' in crange :\\n\\t\\t\\t\\t\\t\\t\\t\\tfRNG = \\[ int( crange.split('-')\\[0] ) , int( crange.split('-')\\[1] ) ]\\n\\t\\t\\t\\t\\t\\t\\t\\tgenDMap( thisGRP , ptsID , samNodes , fRNG )\\n\\t\\t\\t\\t\\telse :\\n\\t\\t\\t\\t\\t\\tgenDMap( thisGRP , ptsID , samNodes )\\n\\n\\t\\t\\t\\t\\t##### remove prep nodes\\n\\t\\t\\t\\t\\trmNodes( uvStart )\\n\\t\\t\\t\\telse :\\n\\t\\t\\t\\t\\tnuke.message(\\\"'max instance(s)'' larger than detected sample area.

    Try to reduce 'max instance(s)' or increase 'sample resolution' to process again.

    Process denied...\\\")\\n\\t\\t\\t\\t\\t##### remove prep nodes\\n\\t\\t\\t\\t\\trmNodes( uvStart )\\n\\t\\t\\telse :\\n\\t\\t\\t\\tnuke.message('No UV data detected.

    Process denied...')\\n\\t\\telse :\\n\\t\\t\\tnuke.message('sample resolution cannot set lower than 32.

    Process denied...')\\n\\telse :\\n\\t\\t##### selected vertices/faces type\\n\\t\\tmainstream = upstreamNodes( thisGRP , filter3DNodes )\\n\\n\\t\\tdisabledNodes = \\[]\\n\\t\\tfor lvl01 in mainstream :\\n\\t\\t\\tfor lvl02 in lvl01 :\\n\\t\\t\\t\\tif lvl02\\['disable'].getValue() :\\n\\t\\t\\t\\t\\tdisabledNodes.append( lvl02.name() )\\n\\n\\t\\t##### check disable nodes\\n\\t\\tif len( disabledNodes ) :\\n\\t\\t\\tnuke.message( 'Disabled node(s) :

    \\{0\\}

    Please disconnect these transformation nodes from the tree.

    Process denied...'.format( '
    '.join(disabledNodes) ) )\\n\\n\\t\\telse :\\n\\t\\t\\tif failCHK( thisGRP , \\['EditGeo','ProcGeo'] ) :\\n\\t\\t\\t\\tnuke.message(\\\"'EditGeo' & 'ProceduralNoise' detected in upstream which are not support 'selected vertices/faces' at this moment.

    Recommend to use 'WriteGeo' export it, and then bring it back with 'ReadGeo to process, or use density map.

    Process denied...\\\")\\n\\t\\t\\telse :\\n\\t\\t\\t\\t##### find primary geo\\n\\t\\t\\t\\tmainGeo = primaryGeo( mainstream , filterPrimitives )\\n\\n\\t\\t\\t\\t##### get selected ID\\n\\t\\t\\t\\tptsID = selID()\\n\\n\\t\\t\\t\\tif len( ptsID ) == 0 :\\n\\t\\t\\t\\t\\tfacesVTX = \\[]\\n\\t\\t\\t\\t\\tfor key,value in enumerate( mainGeo\\['geo_select'].getSelectedFaces()\\[0] ) :\\n\\t\\t\\t\\t\\t\\tif value :\\n\\t\\t\\t\\t\\t\\t\\tfacesVTX.append( geoPrims( mainGeo )\\[key] )\\n\\t\\t\\t\\t\\tptsID = facesVTX\\n\\t\\t\\t\\t\\tselType = 'face'\\n\\t\\t\\t\\telse :\\n\\t\\t\\t\\t\\tselType = 'vertex'\\n\\t\\t\\t\\t\\tif thisGRP\\['rotation_type'].getValue() :\\n\\t\\t\\t\\t\\t\\tif mainGeo.Class() == 'ReadGeo' or mainGeo.Class() == 'ReadGeo2' :\\n\\t\\t\\t\\t\\t\\t\\tif nuke.ask(\\\"vertex normal on 'ReadGeo' might wonky in some certain cases.

    'ok' - to keep rotate by vertex normal.
    'cancel' - rotate by faces normal instead.\\\") :\\n\\t\\t\\t\\t\\t\\t\\t\\tselType = 'vertex'\\n\\t\\t\\t\\t\\t\\t\\telse :\\n\\t\\t\\t\\t\\t\\t\\t\\tselType = 'vertexFaces'\\n\\n\\t\\t\\t\\t##### random selection\\n\\t\\t\\t\\tptsID = randSelID( ptsID , thisGRP )\\n\\n\\t\\t\\t\\t##### snap vertex\\n\\t\\t\\t\\tif ptsID :\\n\\n\\t\\t\\t\\t\\tif thisGRP\\['rotation_type'].getValue() :\\n\\t\\t\\t\\t\\t\\tgonType = len( nuke.toNode('PythonGeo')\\['geo'].getGeometry()\\[0].primitives() )\\n\\n\\t\\t\\t\\t\\tif thisGRP\\['with_animation'].value() :\\n\\t\\t\\t\\t\\t\\t##### snap with animation\\n\\t\\t\\t\\t\\t\\tprojRange = str( int( nuke.root()\\['first_frame'].getValue() ) ) + '-' + str( int( nuke.root()\\['last_frame'].getValue() ) )\\n\\t\\t\\t\\t\\t\\tp = nuke.Panel('frame range')\\n\\t\\t\\t\\t\\t\\tp.addSingleLineInput('set frame range', projRange)\\n\\t\\t\\t\\t\\t\\tif p.show() == 1 :\\n\\t\\t\\t\\t\\t\\t\\tcrange = p.value('set frame range').replace(' ', '')\\n\\t\\t\\t\\t\\t\\t\\tif '-' in crange :\\n\\t\\t\\t\\t\\t\\t\\t\\tfRNG = \\[ int( crange.split('-')\\[0] ) , int( crange.split('-')\\[1] ) ]\\n\\n\\t\\t\\t\\t\\t\\t\\t\\t##### Rotation Type\\n\\t\\t\\t\\t\\t\\t\\t\\tif thisGRP\\['rotation_type'].getValue() :\\n\\n\\t\\t\\t\\t\\t\\t\\t\\t\\tif gonType > 1 :\\n\\t\\t\\t\\t\\t\\t\\t\\t\\t\\t##### tris with animation\\n\\t\\t\\t\\t\\t\\t\\t\\t\\t\\tgenFaceNor( thisGRP, mainstream, mainGeo, ptsID, selType, fRNG )\\n\\t\\t\\t\\t\\t\\t\\t\\t\\telse :\\n\\t\\t\\t\\t\\t\\t\\t\\t\\t\\t##### quads with animation\\n\\t\\t\\t\\t\\t\\t\\t\\t\\t\\tgenFaceNor( thisGRP, mainstream, mainGeo, ptsID, selType, fRNG )\\n\\n\\t\\t\\t\\t\\t\\t\\t\\telse :\\n\\t\\t\\t\\t\\t\\t\\t\\t\\tgenSelVtx( thisGRP, mainstream, ptsID, selType, fRNG )\\n\\n\\t\\t\\t\\t\\t\\t\\telse :\\n\\t\\t\\t\\t\\t\\t\\t\\t##### message of incorrect frame range format\\n\\t\\t\\t\\t\\t\\t\\t\\tnuke.message('Frame range format incorrect.
    It should be :
    \\[start frame]-\\[last frame]
    spacing allowed.

    e.g.
    1001-1100
    1001 - 1100')\\n\\n\\t\\t\\t\\t\\telse :\\n\\n\\t\\t\\t\\t\\t\\t##### snap static\\n\\t\\t\\t\\t\\t\\tif thisGRP\\['rotation_type'].getValue() :\\n\\t\\t\\t\\t\\t\\t\\tif gonType > 1 :\\n\\t\\t\\t\\t\\t\\t\\t\\t##### tris static\\n\\t\\t\\t\\t\\t\\t\\t\\tgenFaceNor( thisGRP, mainstream, mainGeo, ptsID, selType )\\n\\t\\t\\t\\t\\t\\t\\telse :\\n\\t\\t\\t\\t\\t\\t\\t\\t##### quads static\\n\\t\\t\\t\\t\\t\\t\\t\\tgenFaceNor( thisGRP, mainstream, mainGeo, ptsID, selType )\\n\\n\\t\\t\\t\\t\\t\\telse :\\n\\t\\t\\t\\t\\t\\t\\tgenSelVtx( thisGRP, mainstream, ptsID, selType )\\n\\n\\t\\t\\t\\telse :\\n\\t\\t\\t\\t\\tnuke.message( 'Please select vertex/face to start.' )\\n\\nexcept UnboundLocalError :\\n\\tnuke.message('No available input found. Input required 3D geo.

    Process denied...')\" +STARTLINE}\n addUserKnob {6 with_animation l \"with animated geo\" -STARTLINE}\n addUserKnob {26 \"\"}\n addUserKnob {22 selected_vertex_info l \"selected vertex info\" t \"get the vertices/faces info.\" T \"thisGRP = nuke.thisGroup()\\npyg = nuke.toNode('PythonGeo')\\n\\n##### get functions\\ngoStore = nuke.toNode('store')\\ngoStore\\['fn01'].execute()\\ngoStore\\['fn02'].execute()\\n\\nfilter3DNodes = goStore\\['filter3DNodes'].value().split(',')\\nfilterPrimitives = goStore\\['filterPrimitives'].value().split(',')\\n\\nmainstream = upstreamNodes( thisGRP , filter3DNodes )\\n\\ndisabledNodes = \\[]\\nfor lvl01 in mainstream :\\n for lvl02 in lvl01 :\\n if lvl02\\['disable'].getValue() :\\n disabledNodes.append( lvl02.name() )\\n\\n##### check disable nodes\\nif len( disabledNodes ) :\\n nuke.message( 'Disabled node(s) :

    \\{0\\}

    Please disconnect these transformation nodes from the tree.'.format( '
    '.join(disabledNodes) ) )\\n\\nelse :\\n ##### find primary geo\\n mainGeo = primaryGeo( mainstream , filterPrimitives )\\n\\n ##### get selected ID\\n ptsID = selID()\\n\\n if len( ptsID ) == 0 :\\n facesVTX = \\[]\\n for key,value in enumerate( mainGeo\\['geo_select'].getSelectedFaces()\\[0] ) :\\n if value :\\n facesVTX.append( geoPrims( mainGeo )\\[key] )\\n ptsID = facesVTX\\n selType = 1\\n else :\\n selType = 0\\n\\n ptsID = randSelID( ptsID , thisGRP )\\n\\n gData = geoData( pyg , 0 ) ##### get geo data\\n\\n info = \\['geo total vertex : ' + str( len(gData) ) , 'total selected vertex : ' + str( len(ptsID) ) , '' ]\\n print ('total vertex : ' + str(len(gData)))\\n for i in ptsID :\\n if type(i) == str :\\n info.append( 'selected geo type : vertex' )\\n info.append( 'primitives : ' + str( i.split('_')\\[1:]\\[0] ) )\\n info.append( 'vertex (pos|nor) : ' + str( gData\\[i] ) )\\n else :\\n if len(i) == 3 :\\n info.append( 'selected geo type : 3-sides' )\\n elif len(i) == 4 :\\n info.append( 'selected geo type : 4-sides' )\\n else :\\n info.append( 'selected geo type : N-sides' )\\n\\n for prim in i :\\n info.append( 'vertex ID : ' + str( prim ) )\\n info.append( 'vertex (pos|nor) : ' + str( gData\\['0_' + str( prim )] ) )\\n\\n info.append( '' )\\n info.append( '===================' )\\n info.append( '' )\\n\\np = nuke.Panel( 'Selected vertex info :' )\\np.addNotepad( '', '
    '.join( info ) )\\np.setWidth(1200)\\np.show()\" +STARTLINE}\n addUserKnob {26 title_selection l \"( optional )\" T \"save selected vertices / faces\"}\n addUserKnob {41 geo T GeoSelect.geo}\n addUserKnob {22 save_selection l \"save selection\" T \"if nuke.thisGroup().inputs() :\\n\\tnuke.thisGroup()\\['hidden_btn'].execute()\\n\\tnuke.thisGroup()\\['savedata'].setValue( nuke.thisGroup()\\['geo'].toScript() )\\nelse :\\n\\tnuke.message('Save selection fail.
    No inputs found.
    Please connect this node to geo.')\" +STARTLINE}\n addUserKnob {41 hidden_btn l \"\" +STARTLINE +INVISIBLE T GeoSelect.save_selection}\n addUserKnob {41 restore_selection l \"restore selection\" -STARTLINE T GeoSelect.restore_selection}\n addUserKnob {22 reset_selection l \"reset selection\" -STARTLINE T \"nuke.thisGroup()\\['geo'].fromScript('')\\nnuke.thisGroup()\\['savedata'].setValue('')\"}\n addUserKnob {20 selection_data l \"selection data\" n 1}\n selection_data 0\n addUserKnob {43 savedata l \"saved data\" +DISABLED}\n addUserKnob {20 endGroup n -1}\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T 1.4}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2021-03-23}\n addUserKnob {22 btn_CHANGELOG l Changelog T \"log = \\\"1.4
    - added 'fail attempts' knob. (check tooltips)
    - UV type set 'single tile' by default

    1.3
    - compatible with python3
    - fix 'selected vertex info' button (it broke on last version)
    - panel UI update

    1.2
    - Since generated group changed to 'mSnap', 
      it breaks the unique name check, fixed on 1.2 .
    - Added density map feature (alpha).
    - Added RGB as texture color feature.
    - Correct title name on tool's panel ('texture setup' to input 'setup').
    - Minor fix normal to rotate algorithm (x rotation when -y&-z).
    - Removed random selection checkbox.
       *If don't need random selection, just keep random percentage=100.
    - Adjust some backend code.
    - 'mScap' group added group info tab.
    - Input of 'mScatterGeo' changed name from 'Geo' to 'sampleGeo'.
    - Fix rotation X under snap with normal rotation.
      So it match to input geo origin.
    - Fix ReadGeo's vertex normal rotation.
    - Added delete instance on 'mSnap' group.
    - Added 'select all' button on 'mSnap' group.

    1.1
    - 'MassiveSnapGeo' generated group renamed to 'mSnap'
    - fix slider UI after re-open nuke script on 'mSnap'
    - added display snap axis
    - added extract axis

    1.0
    - re-work the unrelease version in 2018\\\"\\nnuke.message( log )\" +STARTLINE}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n}\n BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0xff\n label \"dont touch\"\n note_font_size 42\n xpos -510\n ypos -41\n bdwidth 232\n bdheight 407\n }\n BackdropNode {\n inputs 0\n name BackdropNode2\n tile_color 0x848484ff\n label bin\n note_font_size 42\n xpos -241\n ypos -42\n bdwidth 307\n bdheight 637\n }\n Input {\n inputs 0\n name sampleGeo\n xpos 138\n ypos -38\n }\n Dot {\n name Dot1\n xpos 172\n ypos 64\n }\nset N1e37b800 [stack 0]\n Normals {\n display off\n selectable false\n action build\n threshold 0\n name Normals\n xpos 292\n ypos 61\n }\n Dot {\n name Dot2\n xpos 326\n ypos 141\n }\nset N1e37b000 [stack 0]\n PythonGeo {\n name PythonGeo\n xpos 292\n ypos 215\n }\n CurveTool {\n inputs 0\n operation \"Auto Crop\"\n channels alpha\n ROI {0 0 32 32}\n name CurveTool\n xpos -130\n ypos 128\n }\n NoOp {\n inputs 0\n name menu01\n knobChanged \"\\nif nuke.thisGroup()\\['var_type'].value().lower() == 'framehold' :\\n nuke.thisGroup()\\['frame_start'].setVisible(True)\\n nuke.thisGroup()\\['frame_end'].setVisible(True)\\n nuke.thisGroup()\\['offset_start'].setVisible(False)\\n nuke.thisGroup()\\['offset_end'].setVisible(False)\\nelif nuke.thisGroup()\\['var_type'].value().lower() == 'timeoffset' :\\n nuke.thisGroup()\\['frame_start'].setVisible(False)\\n nuke.thisGroup()\\['frame_end'].setVisible(False)\\n nuke.thisGroup()\\['offset_start'].setVisible(True)\\n nuke.thisGroup()\\['offset_end'].setVisible(True)\\nelse :\\n nuke.thisGroup()\\['frame_start'].setVisible(False)\\n nuke.thisGroup()\\['frame_end'].setVisible(False)\\n nuke.thisGroup()\\['offset_start'].setVisible(False)\\n nuke.thisGroup()\\['offset_end'].setVisible(False)\\n\"\n xpos -444\n ypos 64\n addUserKnob {20 User}\n addUserKnob {4 var_type l \"variation type\" M {Framehold TimeOffset}}\n }\npush $N1e37b000\n Dot {\n name Dot3\n xpos 491\n ypos 141\n }\n Reformat {\n inputs 0\n type \"to box\"\n box_width {{\"\\[value parent.sample_res]\"}}\n box_height {{\"\\[value parent.sample_res]\"}}\n box_fixed true\n name Reformat1\n xpos 567\n ypos 322\n }\nadd_layer {pos pos.red pos.green pos.blue}\nadd_layer {nor nor.red nor.green nor.blue}\n ScanlineRender {\n inputs 2\n conservative_shader_sampling false\n projection_mode uv\n overscan {{\"\\[value parent.sample_res] * 9\"}}\n motion_vectors_type off\n MB_channel none\n output_shader_vectors true\n P_channel pos\n N_channel nor\n name uvRender\n xpos 457\n ypos 322\n }\n Remove {\n operation keep\n channels rgba\n channels2 pos\n channels3 nor\n name Remove\n xpos 457\n ypos 402\n }\n Unpremult {\n name Unpremult1\n xpos 457\n ypos 482\n disable {{\"parent.rgb_color == 1 ? 1 : 0\"}}\n }\n Crop {\n box {0 0 {\"\\[value parent.sample_res] * 10\"} {\"\\[value parent.sample_res] * 10\"}}\n name UV1010\n xpos 457\n ypos 562\n }\n Clamp {\n channels rgba\n name Clamp1\n xpos 457\n ypos 642\n }\n Dot {\n name uv_dot\n tile_color 0xff0000ff\n xpos 491\n ypos 722\n }\n NoOp {\n inputs 0\n name store\n xpos -130\n ypos 52\n addUserKnob {20 User}\n addUserKnob {22 fn01 T \"import math\\nimport random\\nimport time\\n\\n##### mode 0 = lookAt camera || 1 = vertices/faces normal || 2 = density map\\n\\ndef failCHK( _thisG , _failClass ) :\\n\\tcurNode = thisGRP\\n\\tfail = 0\\n\\twhile curNode :\\n\\t\\tif curNode.Class() in _failClass :\\n\\t\\t\\tfail = 1\\n\\t\\tcurNode = curNode.input(0)\\n\\treturn fail\\n\\n##########\\n\\ndef grouper( _n , _iterable ) :\\n\\timport itertools\\n\\targs = \\[iter(_iterable)] * _n\\n\\ttry :\\n\\t\\treturn itertools.zip_longest( *args )\\n\\texcept AttributeError:\\n\\t\\treturn itertools.izip_longest( *args )\\n\\n##########\\n\\ndef geoData( _pyNode , _objnum ) :\\n\\tptsID = \\[]\\n\\tfor i in _pyNode\\['geo'].getGeometry()\\[_objnum].primitives() :\\n\\t\\tfor j in i :\\n\\t\\t\\tif ptsID.count( j ) == 0 :\\n\\t\\t\\t\\tptsID.append( j )\\n\\n\\tptsID.sort()\\n\\n\\tvtxPos = list( grouper( 3 , list( _pyNode\\['geo'].getGeometry()\\[_objnum].points() ) ) )\\n\\tvtxNor = list( grouper( 3 , list( _pyNode\\['geo'].getGeometry()\\[_objnum].normals() ) ) )\\n\\n\\tgeoFullset = \\{\\}\\n\\tfor i in ptsID :\\n\\t\\tgeoFullset\\[ str(_objnum) + '_' + str(i) ] = \\[ vtxPos\\[i] , vtxNor\\[i] ]\\n\\t\\n\\treturn geoFullset\\n\\n##########\\n\\ndef findAvailableName( _name ) :\\n\\tfindName = 0\\n\\tdetectName = \\[]\\n\\n\\tfor node in nuke.allNodes():\\n\\t\\tif node.name().split('_')\\[0] == _name :\\n\\t\\t\\tdetectName.append(int(node.name().split('_')\\[1]))\\n\\tdetectName.sort()\\n\\twhile detectName.count(findName) != 0 :\\n\\t\\tfindName += 1\\n\\n\\treturn findName\\n\\n##########\\n\\ndef makePackage( _name , _thisG ) :\\n\\tavailableName = findAvailableName( _name )\\n\\txspace = int( nuke.toNode('preferences')\\['GridWidth'].getValue() )\\n\\n\\tif _thisG\\['var_type'].value().lower() == 'framehold' :\\n\\t\\ttexRNG = \\[ _thisG\\['frame_start'].getValue() , _thisG\\['frame_end'].getValue() ]\\n\\telif _thisG\\['var_type'].value().lower() == 'timeoffset' :\\n\\t\\ttexRNG = \\[ _thisG\\['offset_start'].getValue() , _thisG\\['offset_end'].getValue() ]\\n\\n\\t##### make group\\n\\tnewName = _name + '_' + str(availableName)\\n\\trandom.seed( int(time.time()) )\\n\\tsnapGRP = nuke.nodes.Group(\\n\\t\\tname = newName , \\n\\t\\ttile_color = int(thisGRP\\['tile_color'].getValue()) , \\n\\t\\txpos = thisGRP.xpos()+(xspace+random.randint(0,xspace)) , \\n\\t\\typos = thisGRP.ypos()\\n\\t\\t)\\n\\n\\tsnapGRP.addKnob( nuke.Tab_Knob( 'tab_general', 'General' ) )\\n\\n\\tsnapGRP.addKnob( nuke.Link_Knob( 'display_geo', 'display' ) )\\n\\tsnapGRP\\['display_geo'].setLink('MassiveScene.display')\\n\\tsnapGRP.addKnob( nuke.Link_Knob( 'render_geo', 'render' ) )\\n\\tsnapGRP\\['render_geo'].setLink('MassiveScene.render_mode')\\n\\n\\tsnapGRP.addKnob( nuke.Text_Knob( 'title_random_tex', 'RANDOM INPUT', '( \\{0\\} )'.format( _thisG\\['var_type'].value() ) ) )\\n\\tsnapGRP.addKnob( nuke.Int_Knob( 'range_start', 'range' ) )\\n\\tsnapGRP\\['range_start'].setValue( int( texRNG\\[0] ) )\\n\\tsnapGRP.addKnob( nuke.Int_Knob( 'range_end', '' ) )\\n\\tsnapGRP\\['range_end'].setValue( int( texRNG\\[1] ) )\\n\\tsnapGRP\\['range_end'].clearFlag( nuke.STARTLINE )\\n\\tsnapGRP.addKnob( nuke.Int_Knob( 'tex_seed', 'seed' ) )\\n\\n\\tsnapGRP.addKnob( nuke.Text_Knob( 'title_random_trans', 'RANDOM FORMATION' ) )\\n\\n\\tsnapGRP.addKnob( nuke.Array_Knob( 'rotateX_range', 'rotate X range' ) )\\n\\tsnapGRP\\['rotateX_range'].setFlag(0x00000002)\\n\\tsnapGRP.addKnob( nuke.Array_Knob( 'rotateX_seed', 'seed' ) )\\n\\tsnapGRP\\['rotateX_seed'].clearFlag( nuke.STARTLINE )\\n\\n\\tsnapGRP.addKnob( nuke.Array_Knob( 'rotateY_range', 'rotate Y range' ) )\\n\\tsnapGRP\\['rotateY_range'].setFlag(0x00000002)\\n\\tsnapGRP.addKnob( nuke.Array_Knob( 'rotateY_seed', 'seed' ) )\\n\\tsnapGRP\\['rotateY_seed'].clearFlag( nuke.STARTLINE )\\n\\n\\tsnapGRP.addKnob( nuke.Array_Knob( 'rotateZ_range', 'rotate Z range' ) )\\n\\tsnapGRP\\['rotateZ_range'].setFlag(0x00000002)\\n\\tsnapGRP.addKnob( nuke.Array_Knob( 'rotateZ_seed', 'seed' ) )\\n\\tsnapGRP\\['rotateZ_seed'].clearFlag( nuke.STARTLINE )\\n\\n\\tsnapGRP.addKnob( nuke.Array_Knob( 'scaleX_range', 'scale X range' ) )\\n\\tsnapGRP\\['scaleX_range'].setFlag(0x00000002)\\n\\tsnapGRP.addKnob( nuke.Array_Knob( 'scaleX_seed', 'seed' ) )\\n\\tsnapGRP\\['scaleX_seed'].clearFlag( nuke.STARTLINE )\\n\\n\\tsnapGRP.addKnob( nuke.Array_Knob( 'scaleY_range', 'scale Y range' ) )\\n\\tsnapGRP\\['scaleY_range'].setFlag(0x00000002)\\n\\tsnapGRP.addKnob( nuke.Array_Knob( 'scaleY_seed', 'seed' ) )\\n\\tsnapGRP\\['scaleY_seed'].clearFlag( nuke.STARTLINE )\\n\\n\\tsnapGRP.addKnob( nuke.Array_Knob( 'scaleZ_range', 'scale Z range' ) )\\n\\tsnapGRP\\['scaleZ_range'].setFlag(0x00000002)\\n\\tsnapGRP.addKnob( nuke.Array_Knob( 'scaleZ_seed', 'seed' ) )\\n\\tsnapGRP\\['scaleZ_seed'].clearFlag( nuke.STARTLINE )\\n\\n\\tsnapGRP.addKnob( nuke.Array_Knob( 'uniform_scale_range', 'uniform scale range' ) )\\n\\tsnapGRP\\['uniform_scale_range'].setFlag(0x00000002)\\n\\tsnapGRP.addKnob( nuke.Array_Knob( 'uniform_scale_seed', 'seed' ) )\\n\\tsnapGRP\\['uniform_scale_seed'].clearFlag( nuke.STARTLINE )\\n\\n\\tsnapGRP.addKnob( nuke.Tab_Knob( 'tab_misc', 'Misc' ) )\\n\\n\\tsnapGRP.addKnob( nuke.Text_Knob( 'title_axis', 'SNAP AXIS' ) )\\n\\tsnapGRP.addKnob( nuke.Boolean_Knob( 'display_axis', 'display snap axis' ) )\\n\\tsnapGRP\\['display_axis'].setFlag( nuke.STARTLINE )\\n\\tsnapGRP.addKnob( nuke.Array_Knob( 'display_size', 'display size' ) )\\n\\tsnapGRP\\['display_size'].setFlag(0x00000002)\\n\\tsnapGRP\\['display_size'].setFlag( nuke.STARTLINE )\\n\\tsnapGRP\\['display_size'].setValue( 1 )\\n\\tsnapGRP.addKnob( nuke.Link_Knob( 'display_color', 'color' ) )\\n\\tsnapGRP\\['display_color'].setLink('menu01.display_color')\\n\\tsnapGRP\\['display_color'].clearFlag( nuke.STARTLINE )\\n\\tsnapGRP.addKnob( nuke.PyScript_Knob( 'invert_selection', 'invert selection', \\\"for node in nuke.allNodes(\\\\'Axis\\\\') :\\\\n\\\\tif node.name()\\[:3] == \\\\'ax_\\\\' :\\\\n\\\\t\\\\tnode\\[\\\\'selected\\\\'].setValue( not node\\[\\\\'selected\\\\'].value() )\\\" ) )\\n\\tsnapGRP\\['invert_selection'].setFlag( nuke.STARTLINE )\\n\\tsnapGRP.addKnob( nuke.PyScript_Knob( 'deselect_all', 'de-select all', 'for node in nuke.allNodes() :\\\\n\\\\tnode.setSelected( False )' ) )\\n\\n\\tsnapGRP.addKnob( nuke.Text_Knob( 'title_tools', 'TOOLS' ) )\\n\\tsnapGRP.addKnob( nuke.Boolean_Knob( 'exTranslate', 'translate' ) )\\n\\tsnapGRP\\['exTranslate'].setValue(True)\\n\\tsnapGRP.addKnob( nuke.Boolean_Knob( 'exRotate', 'rotate' ) )\\n\\tsnapGRP\\['exRotate'].setValue(True)\\n\\tsnapGRP.addKnob( nuke.Boolean_Knob( 'exScale', 'scale' ) )\\n\\tsnapGRP\\['exScale'].setValue(True)\\n\\tsnapGRP\\['exTranslate'].setFlag( nuke.STARTLINE )\\n\\n\\tif _thisG\\['snap_type'].getValue() and _thisG\\['rgb_color'].getValue() :\\n\\t\\tsnapGRP.addKnob( nuke.Boolean_Knob( 'exColor', 'color' ) )\\n\\t\\tsnapGRP\\['exColor'].setFlag( nuke.STARTLINE )\\n\\n\\tsnapGRP.addKnob( nuke.PyScript_Knob( 'extract_ins', 'extract selected instance', goStore\\['cpCode02'].value() ) )\\n\\tsnapGRP\\['extract_ins'].setFlag( nuke.STARTLINE )\\n\\n\\tsnapGRP.addKnob( nuke.Text_Knob( 'spacer', '', '
    ' ) )\\n\\t\\n\\tsnapGRP.addKnob( nuke.PyScript_Knob( 'remove_ins', 'remove selected instance', goStore\\['cpCode03'].value() ) )\\n\\tsnapGRP\\['remove_ins'].setFlag( nuke.STARTLINE )\\n\\n\\tsnapGRP.addKnob( nuke.Tab_Knob( 'tab_info', 'Info', ) )\\n\\tsnapGRP.addKnob( nuke.Text_Knob( 'info_snap', 'snap type :', _thisG\\['snap_type'].value() ) )\\n\\tsnapGRP.addKnob( nuke.Text_Knob( 'info_rot', 'rotation type :', _thisG\\['rotation_type'].value() ) )\\n\\tsnapGRP.addKnob( nuke.Text_Knob( 'info_var', 'input type :', _thisG\\['var_type'].value() ) )\\n\\tif _thisG\\['snap_type'].getValue() and _thisG\\['rgb_color'].getValue() :\\n\\t\\tsnapGRP.addKnob( nuke.Text_Knob( 'info_tex', 'texture :', 'sample RGB color' ) )\\n\\telse :\\n\\t\\tsnapGRP.addKnob( nuke.Text_Knob( 'info_tex', 'texture :', 'instance geo texture' ) )\\n\\tsnapGRP.addKnob( nuke.Text_Knob( 'info_inst', 'total instance :', '' ) )\\n\\tif _thisG\\['with_animation'].getValue() :\\n\\t\\tsnapGRP.addKnob( nuke.Text_Knob( 'info_aniRange', 'anim frame range :', '' ) )\\n\\n\\tsnapGRP\\['onCreate'].setValue( \\\"thisGRP = nuke.thisGroup()\\\\nknobs = \\[\\\\'rotateX_range\\\\',\\\\'rotateY_range\\\\',\\\\'rotateZ_range\\\\',\\\\'scaleX_range\\\\',\\\\'scaleY_range\\\\',\\\\'scaleZ_range\\\\',\\\\'uniform_scale_range\\\\',\\\\'display_size\\\\']\\\\nfor knob in knobs :\\\\n\\\\tthisGRP\\[knob].setFlag(0x00000002)\\\" )\\n\\n\\treturn snapGRP\\n\\n##########\\n\\ndef selGons( _ptsID , _mainGeo ) :\\n\\t##### get quads prim group\\n\\tprim = geoPrims( _mainGeo )\\n\\n\\tselVtxIDOnly = \\[ int( i\\[2:] ) for i in _ptsID ]\\n\\n\\tgonsID = \\[]\\n\\tfor ptsGRP in prim :\\n\\t\\ttemp = 0\\n\\t\\tfor i in ptsGRP :\\n\\t\\t\\ttemp += selVtxIDOnly.count( i )\\n\\t\\tif temp != 0 :\\n\\t\\t\\tgonsID.append( '0_' + '_'.join( \\[ str(j) for j in ptsGRP ] ) )\\n\\n\\treturn gonsID\\n\\n##########\\n\\ndef sfvConvert( _svlist ) :\\n\\tprimNameList = \\[]\\n\\tfor grp in _svlist :\\n\\t\\ttemp = \\[]\\n\\t\\tfor vtx in range( len( grp ) ) :\\n\\t\\t\\ttemp.append( str( grp\\[vtx] ) )\\n\\t\\tprimNameList.append( '0_' + '_'.join( temp ) )\\n\\n\\treturn primNameList\\n\\n##########\\n\\ndef genFaceNor( _thisG , _mainstream , _mainGeo , _svlist , _selType , _fRNG=\\[0,0] ) :\\n\\tpyg = nuke.toNode('PythonGeo')\\n\\n\\t##### get selected prims\\n\\tif _selType =='face' :\\n\\t\\tprimID = sfvConvert( _svlist )\\n\\telif _selType == 'vertex' :\\n\\t\\tprimID = _svlist\\n\\telif _selType == 'vertexFaces' :\\n\\t\\tprimID = selGons( _svlist, _mainGeo )\\n\\n\\t##### find available name and create global group\\n\\twith getLevel() :\\n\\t\\tsnapGRP = makePackage( 'mSnap', _thisG )\\n\\n\\t##### prep\\n\\twith snapGRP :\\n\\t\\tgrpBasic( primID, _thisG )\\n\\n\\t\\t##### snap faces\\n\\t\\t_mainstream.reverse()\\n\\n\\t\\tif _thisG\\['with_animation'].value() :\\n\\t\\t\\tnuke.toNode('store')\\['aniRNG'].setValue( '-'.join(\\[str(i) for i in _fRNG]) )\\n\\t\\t\\tnuke.thisGroup()\\['info_aniRange'].setValue( '-'.join(\\[str(i) for i in _fRNG]) )\\n\\n\\t\\t\\tct_hack = nuke.nodes.CurveTool()\\n\\t\\t\\tprogBar = nuke.ProgressTask('Sampling vertices')\\n\\t\\t\\tjobCount = 0\\n\\t\\t\\tjobTotal = ( _fRNG\\[1] + 1 )- _fRNG\\[0]\\n\\t\\t\\tfor ctime in range( _fRNG\\[0] , _fRNG\\[1] + 1 , 1 ) :\\n\\t\\t\\t\\tnuke.execute(ct_hack, ctime, ctime)\\n\\t\\t\\t\\t### progress bar\\n\\t\\t\\t\\tjobCount += 1\\n\\t\\t\\t\\tprogShow = int(jobCount/jobTotal * 100)\\n\\t\\t\\t\\tif progBar.isCancelled() :\\n\\t\\t\\t\\t\\tbreak;\\n\\t\\t\\t\\tprogBar.setProgress(progShow)\\n\\t\\t\\t\\t#################\\n\\n\\t\\t\\t\\tgData = geoData( pyg , 0 ) ##### get geo data\\n\\t\\t\\t\\tfor node in nuke.allNodes( 'Axis' ) :\\n\\t\\t\\t\\t\\tif node.name() != 'worldTransform' :\\n\\t\\t\\t\\t\\t\\tkname = node.name().split('_')\\[2:]\\n\\t\\t\\t\\t\\t\\t\\n\\t\\t\\t\\t\\t\\tif ctime == _fRNG\\[0] :\\n\\t\\t\\t\\t\\t\\t\\tnode\\['translate'].setAnimated()\\n\\t\\t\\t\\t\\t\\t\\tnode\\['orig_rot'].setAnimated()\\n\\n\\t\\t\\t\\t\\t\\tif _selType == 'face' or _selType == 'vertexFaces' :\\n\\t\\t\\t\\t\\t\\t\\tvec1 = nuke.math.Vector3( \\n\\t\\t\\t\\t\\t\\t\\t\\tgData\\[ '0_' + str(kname\\[0]) ]\\[0]\\[0] , \\n\\t\\t\\t\\t\\t\\t\\t\\tgData\\[ '0_' + str(kname\\[0]) ]\\[0]\\[1] , \\n\\t\\t\\t\\t\\t\\t\\t\\tgData\\[ '0_' + str(kname\\[0]) ]\\[0]\\[2] \\n\\t\\t\\t\\t\\t\\t\\t\\t)\\n\\t\\t\\t\\t\\t\\t\\tvec2 = nuke.math.Vector3( \\n\\t\\t\\t\\t\\t\\t\\t\\tgData\\[ '0_' + str(kname\\[1]) ]\\[0]\\[0] , \\n\\t\\t\\t\\t\\t\\t\\t\\tgData\\[ '0_' + str(kname\\[1]) ]\\[0]\\[1] , \\n\\t\\t\\t\\t\\t\\t\\t\\tgData\\[ '0_' + str(kname\\[1]) ]\\[0]\\[2] \\n\\t\\t\\t\\t\\t\\t\\t\\t)\\n\\t\\t\\t\\t\\t\\t\\tvec3 = nuke.math.Vector3( \\n\\t\\t\\t\\t\\t\\t\\t\\tgData\\[ '0_' + str(kname\\[2]) ]\\[0]\\[0] , \\n\\t\\t\\t\\t\\t\\t\\t\\tgData\\[ '0_' + str(kname\\[2]) ]\\[0]\\[1] , \\n\\t\\t\\t\\t\\t\\t\\t\\tgData\\[ '0_' + str(kname\\[2]) ]\\[0]\\[2] \\n\\t\\t\\t\\t\\t\\t\\t\\t)\\n\\t\\t\\t\\t\\t\\t\\tfor i in range(3) :\\n\\t\\t\\t\\t\\t\\t\\t\\tnode\\['translate'].setValueAt( nukescripts.snap3d.calcAveragePosition( convertIter( gData, kname ) )\\[i], ctime, i )\\n\\t\\t\\t\\t\\t\\t\\t\\tnode\\['orig_rot'].setValueAt( math.degrees(nukescripts.snap3d.planeRotation( (vec1, vec2, vec3) , norm=None)\\[i]), ctime, i )\\n\\n\\t\\t\\t\\t\\t\\t\\tdel vec1, vec2, vec3\\n\\t\\t\\t\\t\\t\\telif _selType == 'vertex' :\\n\\t\\t\\t\\t\\t\\t\\tfor i in range(3) :\\n\\t\\t\\t\\t\\t\\t\\t\\tnode\\['translate'].setValueAt( gData\\['0_' + kname\\[0]]\\[0]\\[i], ctime, i )\\n\\t\\t\\t\\t\\t\\t\\t\\tnode\\['orig_rot'].setValueAt( norToRot3D( gData , '0_' + kname\\[0] )\\[i], ctime, i )\\n\\t\\t\\t\\t\\t\\n\\t\\t\\t\\t\\tif node.name() == 'worldTransform' :\\n\\t\\t\\t\\t\\t\\twTrans = unify( _mainstream , ctime ) ##### get world transformation\\n\\t\\t\\t\\t\\t\\tnode\\['useMatrix'].setValue(True)\\n\\t\\t\\t\\t\\t\\tnode\\['matrix'].setAnimated()\\n\\t\\t\\t\\t\\t\\tfor mtx in range(16) :\\n\\t\\t\\t\\t\\t\\t\\tnode\\['matrix'].setValueAt( wTrans\\[mtx] , ctime , mtx )\\n\\n\\t\\t\\tnuke.delete( ct_hack )\\n\\t\\t\\tdel progBar, jobCount, jobTotal, progShow\\n\\n\\t\\telse :\\n\\t\\t\\tgData = geoData( pyg , 0 ) ##### get geo data\\n\\t\\t\\tfor node in nuke.allNodes( 'Axis' ) :\\n\\t\\t\\t\\tif node.name() != 'worldTransform' :\\n\\t\\t\\t\\t\\tkname = node.name().split('_')\\[2:]\\n\\n\\t\\t\\t\\t\\tif _selType == 'face' or _selType == 'vertexFaces' :\\n\\t\\t\\t\\t\\t\\tvec1 = nuke.math.Vector3( \\n\\t\\t\\t\\t\\t\\t\\tgData\\[ '0_' + str(kname\\[0]) ]\\[0]\\[0] , \\n\\t\\t\\t\\t\\t\\t\\tgData\\[ '0_' + str(kname\\[0]) ]\\[0]\\[1] , \\n\\t\\t\\t\\t\\t\\t\\tgData\\[ '0_' + str(kname\\[0]) ]\\[0]\\[2] \\n\\t\\t\\t\\t\\t\\t\\t)\\n\\t\\t\\t\\t\\t\\tvec2 = nuke.math.Vector3( \\n\\t\\t\\t\\t\\t\\t\\tgData\\[ '0_' + str(kname\\[1]) ]\\[0]\\[0] , \\n\\t\\t\\t\\t\\t\\t\\tgData\\[ '0_' + str(kname\\[1]) ]\\[0]\\[1] , \\n\\t\\t\\t\\t\\t\\t\\tgData\\[ '0_' + str(kname\\[1]) ]\\[0]\\[2] \\n\\t\\t\\t\\t\\t\\t\\t)\\n\\t\\t\\t\\t\\t\\tvec3 = nuke.math.Vector3( \\n\\t\\t\\t\\t\\t\\t\\tgData\\[ '0_' + str(kname\\[2]) ]\\[0]\\[0] , \\n\\t\\t\\t\\t\\t\\t\\tgData\\[ '0_' + str(kname\\[2]) ]\\[0]\\[1] , \\n\\t\\t\\t\\t\\t\\t\\tgData\\[ '0_' + str(kname\\[2]) ]\\[0]\\[2] \\n\\t\\t\\t\\t\\t\\t\\t)\\n\\t\\t\\t\\t\\t\\tfor i in range(3) :\\n\\t\\t\\t\\t\\t\\t\\tnode\\['translate'].setValue( nukescripts.snap3d.calcAveragePosition( convertIter( gData, kname ) )\\[i], i )\\n\\t\\t\\t\\t\\t\\t\\tnode\\['orig_rot'].setValue( math.degrees(nukescripts.snap3d.planeRotation( (vec1, vec2, vec3), norm=None)\\[i]), i )\\n\\t\\t\\t\\t\\telif _selType == 'vertex' :\\n\\t\\t\\t\\t\\t\\tnode\\['translate'].setValue( gData\\['0_' + kname\\[0]]\\[0] )\\n\\t\\t\\t\\t\\t\\tnode\\['orig_rot'].setValue( norToRot3D( gData , '0_' + kname\\[0] ) )\\n\\n\\t\\t\\t\\tif node.name() == 'worldTransform' :\\n\\t\\t\\t\\t\\twTrans = unify( _mainstream , nuke.frame() ) ##### get world transformation\\n\\t\\t\\t\\t\\tnode\\['useMatrix'].setValue(True)\\n\\t\\t\\t\\t\\tfor mtx in range(16) :\\n\\t\\t\\t\\t\\t\\tnode\\['matrix'].setValue( wTrans\\[mtx] , mtx )\\n\\n\\tdel primID, gData, kname, snapGRP, wTrans, _thisG, _mainstream, _mainGeo, _svlist, _selType, _fRNG\\n\\n##########\\n\\ndef genSelVtx( _thisG , _mainstream , _svlist , _selType , _fRNG=\\[0,0] ) :\\n\\tpyg = nuke.toNode('PythonGeo')\\n\\n\\t##### find available name and create global group\\n\\twith getLevel() :\\n\\t\\tsnapGRP = makePackage( 'mSnap', _thisG )\\n\\n\\t##### prep\\n\\twith snapGRP :\\n\\t\\tif _selType == 'face' :\\n\\t\\t\\tgrpBasic( sfvConvert( _svlist ), _thisG )\\n\\t\\telif _selType == 'vertex' :\\n\\t\\t\\tgrpBasic( _svlist, _thisG )\\n\\n\\t\\t##### snap points\\n\\t\\t_mainstream.reverse()\\n\\n\\t\\tif _thisG\\['with_animation'].value() :\\n\\t\\t\\tnuke.toNode('store')\\['aniRNG'].setValue( '-'.join(\\[str(i) for i in _fRNG]) )\\n\\t\\t\\tnuke.thisGroup()\\['info_aniRange'].setValue( '-'.join(\\[str(i) for i in _fRNG]) )\\n\\n\\t\\t\\tct_hack = nuke.nodes.CurveTool()\\n\\t\\t\\tprogBar = nuke.ProgressTask('Sampling vertices')\\n\\t\\t\\tjobCount = 0\\n\\t\\t\\tjobTotal = ( _fRNG\\[1] + 1 )- _fRNG\\[0]\\n\\n\\t\\t\\tfor ctime in range( _fRNG\\[0] , _fRNG\\[1] + 1 ) :\\n\\t\\t\\t\\tnuke.execute(ct_hack, ctime, ctime)\\n\\t\\t\\t\\t### progress bar\\n\\t\\t\\t\\tjobCount += 1\\n\\t\\t\\t\\tprogShow = int(jobCount/jobTotal * 100)\\n\\t\\t\\t\\tif progBar.isCancelled() :\\n\\t\\t\\t\\t\\tbreak;\\n\\t\\t\\t\\tprogBar.setProgress(progShow)\\n\\t\\t\\t\\t#################\\n\\n\\t\\t\\t\\tgData = geoData( pyg , 0 ) ##### get geo data\\n\\t\\t\\t\\tfor node in nuke.allNodes( 'Axis' ) :\\n\\t\\t\\t\\t\\tif node.name() != 'worldTransform' :\\n\\t\\t\\t\\t\\t\\tkname = node.name().split('_')\\[2:]\\n\\t\\t\\t\\t\\t\\t\\n\\t\\t\\t\\t\\t\\tif _selType == 'face' :\\n\\t\\t\\t\\t\\t\\t\\tif ctime == _fRNG\\[0] :\\n\\t\\t\\t\\t\\t\\t\\t\\tnode\\['translate'].setAnimated()\\n\\t\\t\\t\\t\\t\\t\\tfor i in range(3) :\\n\\t\\t\\t\\t\\t\\t\\t\\tnode\\['translate'].setValueAt(nukescripts.snap3d.calcAveragePosition( convertIter( gData, kname ) )\\[i], ctime, i)\\n\\t\\t\\t\\t\\t\\telif _selType == 'vertex' :\\n\\t\\t\\t\\t\\t\\t\\tif ctime == _fRNG\\[0] :\\n\\t\\t\\t\\t\\t\\t\\t\\tnode\\['translate'].setAnimated()\\n\\t\\t\\t\\t\\t\\t\\tfor i in range(3) :\\n\\t\\t\\t\\t\\t\\t\\t\\tnode\\['translate'].setValueAt( gData\\['0_' + kname\\[0]]\\[0]\\[i] , ctime , i )\\n\\t\\t\\t\\t\\t\\n\\t\\t\\t\\t\\tif node.name() == 'worldTransform' :\\n\\t\\t\\t\\t\\t\\twTrans = unify( _mainstream , ctime ) ##### get world transformation\\n\\t\\t\\t\\t\\t\\tnode\\['useMatrix'].setValue(True)\\n\\t\\t\\t\\t\\t\\tnode\\['matrix'].setAnimated()\\n\\t\\t\\t\\t\\t\\tfor mtx in range(16) :\\n\\t\\t\\t\\t\\t\\t\\tnode\\['matrix'].setValueAt( wTrans\\[mtx] , ctime , mtx )\\n\\n\\t\\t\\tnuke.delete( ct_hack )\\n\\t\\t\\tdel progBar, jobCount, jobTotal, progShow\\n\\n\\t\\telse :\\n\\t\\t\\tgData = geoData( pyg , 0 ) ##### get geo data\\n\\t\\t\\tfor node in nuke.allNodes( 'Axis' ) :\\n\\t\\t\\t\\tif node.name() != 'worldTransform' :\\n\\t\\t\\t\\t\\tkname = node.name().split('_')\\[2:]\\n\\t\\t\\t\\t\\t\\n\\t\\t\\t\\t\\tif _selType == 'face' :\\n\\t\\t\\t\\t\\t\\tfor i in range(3) :\\n\\t\\t\\t\\t\\t\\t\\tnode\\['translate'].setValue(nukescripts.snap3d.calcAveragePosition( convertIter( gData, kname ) )\\[i], i)\\n\\t\\t\\t\\t\\telif _selType == 'vertex' :\\n\\t\\t\\t\\t\\t\\tnode\\['translate'].setValue( gData\\['0_' + kname\\[0]]\\[0] )\\n\\t\\t\\t\\t\\n\\t\\t\\t\\tif node.name() == 'worldTransform' :\\n\\t\\t\\t\\t\\twTrans = unify( _mainstream , nuke.frame() ) ##### get world transformation\\n\\t\\t\\t\\t\\tnode\\['useMatrix'].setValue(True)\\n\\t\\t\\t\\t\\tfor mtx in range(16) :\\n\\t\\t\\t\\t\\t\\tnode\\['matrix'].setValue( wTrans\\[mtx] , mtx )\\n\\n\\tdel gData, kname, snapGRP, wTrans, _thisG, _mainstream, _svlist, _selType, _fRNG\\n\\n##########\\n\\ndef convertIter( _gd , _prim ) :\\n\\tloopNum = len( _prim )\\n\\tfor i in range( loopNum ) :\\n\\t\\ttPos = nuke.math.Vector4( \\n\\t\\t\\t_gd\\[ '0_' + str(_prim\\[i]) ]\\[0]\\[0] , \\n\\t\\t\\t_gd\\[ '0_' + str(_prim\\[i]) ]\\[0]\\[1] , \\n\\t\\t\\t_gd\\[ '0_' + str(_prim\\[i]) ]\\[0]\\[2] , \\n\\t\\t\\t1.0\\n\\t\\t\\t)\\n\\t\\tyield nukescripts.snap3d.VertexInfo(0, 0, 1, nuke.math.Vector3(tPos.x, tPos.y, tPos.z))\\n\\n##########\\n\\ndef grpBasic( _data , _thisG ) :\\n\\tglColor = int('%02x%02x%02x%02x' % (1*255,0*255,0*255,1),16)\\n\\n\\tgeoInput = nuke.nodes.Input( name = 'geo')\\n\\n\\tif _thisG\\['rotation_type'].getValue() == 0 :\\n\\t\\tcamInput = nuke.nodes.Input( name = 'axis_cam')\\n\\n\\tgeoDot = nuke.nodes.Dot()\\n\\tgeoDot.setInput(0, geoInput)\\n\\n\\tsceneAll = nuke.nodes.Scene( name = 'MassiveScene' )\\n\\tnuke.nodes.Output( inputs=\\[sceneAll] )\\n\\n\\tmenu01 = nuke.nodes.NoOp( name = 'menu01' )\\n\\tmenu01.addKnob( nuke.ColorChip_Knob( 'display_color', 'color' ) )\\n\\tmenu01\\['knobChanged'].setValue( goStore\\['cpCode01'].value() )\\n\\tmenu01\\['display_color'].setValue( glColor )\\n\\n\\t##### copy function\\n\\tcopyStore = nuke.nodes.NoOp( name = 'store' )\\n\\tcopyStore.addKnob( nuke.PyScript_Knob( 'fn', 'fn', goStore\\['fn02'].value() ) )\\n\\tcopyStore.addKnob( nuke.Multiline_Eval_String_Knob( 'filterNonReverse', 'filterNonReverse', goStore\\['filterNonReverse'].value() ) )\\n\\tcopyStore\\['filterNonReverse'].setEnabled( False )\\n\\tcopyStore.addKnob( nuke.Multiline_Eval_String_Knob( 'filter3DNodes', 'filter3DNodes', goStore\\['filter3DNodes'].value() ) )\\n\\tcopyStore\\['filter3DNodes'].setEnabled( False )\\n\\tif _thisG\\['with_animation'].value() :\\n\\t\\tcopyStore.addKnob( nuke.EvalString_Knob( 'aniRNG', 'aniRNG' , '1001-1100' ) )\\n\\n\\t##### apply geo's transformation\\n\\tworldTrans = nuke.nodes.Axis(\\n\\t\\tname = 'worldTransform' , \\n\\t\\tdisplay = 'off' , \\n\\t\\tselectable = 0\\n\\t\\t)\\n\\n\\t##### RGB color setup\\n\\tif _thisG\\['snap_type'].getValue() and _thisG\\['rgb_color'].getValue() :\\n\\t\\tcolorRes = nuke.nodes.Reformat(\\n\\t\\t\\t\\t\\ttype = 1 ,\\n\\t\\t\\t\\t\\tbox_fixed = True ,\\n\\t\\t\\t\\t\\tbox_width = 32 , box_height = 32\\n\\t\\t\\t\\t\\t)\\n\\t\\tcolorBasic = nuke.nodes.Expression(\\n\\t\\t\\t\\t\\tchannel0 = 'red' , channel1 = 'green' , channel2 = 'blue' , channel3 = 'alpha' , \\n\\t\\t\\t\\t\\texpr0 = '1' , expr1 = '1' , expr2 = '1' , expr3 = '1' , \\n\\t\\t\\t\\t\\tinputs = \\[colorRes]\\n\\t\\t\\t\\t\\t)\\n\\n\\t##### mass generate\\n\\tfor key in range (0, len(_data)) :\\n\\t\\trandTexEX = 'trunc( ( random(tex_seed, \\{0\\}) * (range_end-range_start) ) + range_start )'.format( key ) \\n\\t\\tif _thisG\\['var_type'].getValue() == 0 :\\n\\t\\t\\trandomVar = nuke.nodes.FrameHold()\\n\\t\\t\\trandomVar\\['first_frame'].setExpression( randTexEX )\\n\\t\\telse :\\n\\t\\t\\trandomVar = nuke.nodes.TimeOffset()\\n\\t\\t\\trandomVar\\['time_offset'].setExpression( randTexEX )\\n\\t\\trandomVar.setInput(0, geoDot)\\n\\n\\t\\tscatterAX = nuke.nodes.Axis(\\n\\t\\t\\tname = 'ax_' + _data\\[key] , \\n\\t\\t\\tgl_color = glColor , \\n\\t\\t\\tinputs = \\[worldTrans]\\n\\t\\t\\t)\\n\\n\\t\\t##### axis setting\\n\\t\\tscatterAX\\['display'].setExpression( 'parent.display_axis' )\\n\\t\\tscatterAX\\['scaling'].setExpression( 'random( \\{2\\}, \\{0\\} ) * parent.\\{1\\} + (1-parent.\\{1\\})'.format( key , 'scaleX_range' , 'scaleX_seed' ) , 0 )\\n\\t\\tscatterAX\\['scaling'].setExpression( 'random( \\{2\\}, \\{0\\} ) * parent.\\{1\\} + (1-parent.\\{1\\})'.format( key , 'scaleY_range' , 'scaleY_seed' ) , 1 )\\n\\t\\tscatterAX\\['scaling'].setExpression( 'random( \\{2\\}, \\{0\\} ) * parent.\\{1\\} + (1-parent.\\{1\\})'.format( key , 'scaleZ_range' , 'scaleZ_seed' ) , 2 )\\n\\t\\tscatterAX\\['uniform_scale'].setExpression( '( random(\\{2\\},\\{0\\}) * parent.\\{1\\} + (1-parent.\\{1\\}) ) * parent.\\{3\\}'.format( key , 'uniform_scale_range' , 'uniform_scale_seed', 'display_size' ) )\\n\\n\\t\\tscatterAX.addKnob( nuke.Array_Knob( 'axid' , 'axid' ) )\\n\\t\\tscatterAX\\['axid'].setValue( key )\\n\\t\\tscatterAX.addKnob( nuke.XYZ_Knob( 'orig_rot' , 'orig_rot' ) )\\n\\t\\tscatterAX\\['rotate'].setExpression( 'random( \\{2\\}, \\{0\\} ) * 360 * \\{1\\} + \\{3\\}'.format( 'axid' , 'rotateX_range' , 'rotateX_seed' , 'orig_rot' ) , 0 )\\n\\t\\tscatterAX\\['rotate'].setExpression( 'random( \\{2\\}, \\{0\\} ) * 360 * \\{1\\} + \\{3\\}'.format( 'axid' , 'rotateY_range' , 'rotateY_seed' , 'orig_rot' ) , 1 )\\n\\t\\tscatterAX\\['rotate'].setExpression( 'random( \\{2\\}, \\{0\\} ) * 360 * \\{1\\} + \\{3\\}'.format( 'axid' , 'rotateZ_range' , 'rotateZ_seed' , 'orig_rot' ) , 2 )\\n\\n\\t\\tgenTransGeo = nuke.nodes.TransformGeo()\\n\\t\\tgenTransGeo\\['uniform_scale'].setExpression( '1 / \\{0\\}'.format( 'display_size' ) )\\n\\t\\tgenTransGeo.setInput(0, randomVar)\\n\\t\\tgenTransGeo.setInput(1, scatterAX)\\n\\n\\t\\tif _thisG\\['rotation_type'].getValue() == 0 :\\n\\t\\t\\tgenTransGeo.setInput(2, camInput)\\n\\n\\t\\t##### RGB color setup\\n\\t\\tif _thisG\\['snap_type'].getValue() and _thisG\\['rgb_color'].getValue() :\\n\\t\\t\\tappColor = nuke.nodes.Multiply(\\n\\t\\t\\t\\t\\t\\t\\tname = 'cc_' + _data\\[key] , \\n\\t\\t\\t\\t\\t\\t\\tinputs = \\[colorBasic]\\n\\t\\t\\t\\t\\t\\t\\t)\\n\\t\\t\\tappColor\\['value'].setSingleValue(False)\\n\\t\\t\\tappMat = nuke.nodes.ApplyMaterial(\\n\\t\\t\\t\\t\\t\\tinputs = \\[genTransGeo , appColor]\\n\\t\\t\\t\\t\\t\\t)\\n\\t\\t\\tsceneAll.setInput( key, appMat )\\n\\t\\telse :\\n\\t\\t\\tsceneAll.setInput( key, genTransGeo )\\n\\n\\tnuke.thisGroup()\\['info_inst'].setValue( str(len(_data)) )\\n\\n##########\\n\\ndef selID() :\\n\\tchkid = \\[]\\n\\tselobj = \\[]\\n\\tselidx = \\[]\\n\\tselpos = \\[]\\n\\trm = \\[]\\n\\tcount = 0\\n\\n\\tfor vtx in nukescripts.snap3d.selectedVertexInfos() :\\n\\t\\ttemp = str( vtx.objnum ) + '_' + str( vtx.index )\\n\\t\\tif not chkid.count( temp ) :\\n\\t\\t\\tchkid.append( temp )\\n\\n\\t\\t\\tif selidx.count( vtx.index ) :\\n\\t\\t\\t\\tplace = selidx.index( vtx.index )\\n\\t\\t\\t\\tif selpos\\[place] == vtx.position :\\n\\t\\t\\t\\t\\tif selobj\\[place] < vtx.objnum :\\n\\t\\t\\t\\t\\t\\trm.append( place )\\n\\t\\t\\t\\t\\telse :\\n\\t\\t\\t\\t\\t\\trm.append( count )\\n\\n\\t\\t\\tselobj.append( vtx.objnum )\\n\\t\\t\\tselidx.append( vtx.index )\\n\\t\\t\\tselpos.append( vtx.position )\\n\\t\\t\\tcount += 1\\n\\n\\tselPts = \\[]\\n\\n\\tfor i in range( len(selpos) ) :\\n\\t\\tif i not in rm :\\n\\t\\t\\tselPts.append( str(selobj\\[i]) + '_' + str(selidx\\[i]) )\\n\\n\\tdel chkid, selobj, selidx, selpos, rm, count\\n\\n\\treturn selPts\\n\\n##########\\n\\ndef randSelID( _slist , _thisG ) :\\n\\trandMax = round( max( 0 , min( 1 , _thisG\\['random_percentage'].getValue()/100 ) ) * len( _slist ) )\\n\\trandID = \\[]\\n\\trandom.seed( int( _thisG\\['random_seed'].getValue() ) )\\n\\twhile len( randID ) < randMax :\\n\\t\\tchoosenOne = _slist\\[ random.randint( 0, len( _slist )-1 ) ]\\n\\t\\tif not choosenOne in randID :\\n\\t\\t\\trandID.append( choosenOne )\\n\\n\\treturn randID\\n\\n##########\\n\\ndef primaryGeo( _mainstream , _filterPrimitives ) :\\n\\tfor sub in _mainstream :\\n\\t\\tfor node in sub :\\n\\t\\t\\tif node.Class() in _filterPrimitives :\\n\\t\\t\\t\\treturn node\\n\\n##########\\n\\ndef geoPrims( _mainGeo ) :\\n\\tgonType = len( nuke.toNode('PythonGeo')\\['geo'].getGeometry()\\[0].primitives() )\\n\\tif gonType > 1 :\\n\\t\\t##### tris\\n\\t\\tgPrims = list( nuke.toNode('PythonGeo')\\['geo'].getGeometry()\\[0].primitives() )\\n\\telse :\\n\\t\\tif _mainGeo.Class() == 'ReadGeo' or _mainGeo.Class() == 'ReadGeo2' :\\n\\t\\t\\t##### custom geo\\n\\t\\t\\tgPrims = \\[]\\n\\t\\t\\tprims = nuke.toNode('PythonGeo')\\['geo'].getGeometry()\\[0].primitives()\\n\\t\\t\\tfor prim in grouper( 4, prims\\[0] ) :\\n\\t\\t\\t\\tgPrims.append( prim )\\n\\t\\telse :\\n\\t\\t\\t##### quads\\n\\t\\t\\tgPrims = \\[]\\n\\t\\t\\tfor prim in _mainGeo\\['geo_select'].getGeometry().__getitem__(0).primitives() :\\n\\t\\t\\t\\tfor face in range(0, prim.faces()):\\n\\t\\t\\t\\t\\tgPrims.append( prim.faceVertices( face ) )\\n\\n\\treturn gPrims\\n\\n##########\\n\\ndef norToRot3D( _gData , _vid ) :\\n\\t##### rotate x\\n\\trx = -math.asin( _gData\\[ _vid ]\\[1]\\[1] )\\n\\n\\t##### rotate y\\n\\ttry :\\n\\t\\tif _gData\\[ _vid ]\\[1]\\[2] < 0 and _gData\\[ _vid ]\\[1]\\[0] < 0 :\\n\\t\\t\\try = -( math.pi + math.asin( _gData\\[ _vid ]\\[1]\\[0] / math.cos( -math.asin( _gData\\[ _vid ]\\[1]\\[1] ) ) ) )\\n\\t\\telif _gData\\[ _vid ]\\[1]\\[2] < 0 and _gData\\[ _vid ]\\[1]\\[0] > 0 :\\n\\t\\t\\try = math.pi - math.asin( _gData\\[ _vid ]\\[1]\\[0] / math.cos( -math.asin( _gData\\[ _vid ]\\[1]\\[1] ) ) )\\n\\t\\telse :\\n\\t\\t\\try = math.asin( _gData\\[ _vid ]\\[1]\\[0] / math.cos( -math.asin( _gData\\[ _vid ]\\[1]\\[1] ) ) )\\n\\texcept ValueError :\\n\\t\\tif _gData\\[ _vid ]\\[1]\\[0] > 0 :\\n\\t\\t\\try = 90\\n\\t\\telse :\\n\\t\\t\\try = -90\\n\\n\\tdel _gData , _vid\\n\\n\\trot3 = \\[ math.degrees( rx )%360+90 , math.degrees( ry )%360 , 0]\\n\\treturn rot3\\n\\n##########\\n\\ndef norToRotMap( _nor ) :\\n\\t##### rotate x\\n\\trx = -math.asin( _nor\\[1] )\\n\\n\\t##### rotate y\\n\\ttry :\\n\\t\\tif _nor\\[2] < 0 and _nor\\[0] < 0 :\\n\\t\\t\\try = -( math.pi + math.asin( _nor\\[0] / math.cos( -math.asin( _nor\\[1] ) ) ) )\\n\\t\\telif _nor\\[2] < 0 and _nor\\[0] > 0 :\\n\\t\\t\\try = math.pi - math.asin( _nor\\[0] / math.cos( -math.asin( _nor\\[1] ) ) )\\n\\t\\telse :\\n\\t\\t\\try = math.asin( _nor\\[0] / math.cos( -math.asin( _nor\\[1] ) ) )\\n\\texcept ValueError :\\n\\t\\tif _nor\\[0] > 0 :\\n\\t\\t\\try = 90\\n\\t\\telse :\\n\\t\\t\\try = -90\\n\\n\\tdel _nor\\n\\n\\trot3 = \\[ math.degrees( rx )%360+90 , math.degrees( ry )%360 , 0]\\n\\treturn rot3\\n\\n##########\\n\\ndef scanTile( _thisG , _startNode , _ctNode, _res ) :\\n\\t##### setup curveTool node\\n\\tscanCropSize = 32\\n\\t_ctNode\\['operation'].setValue( 'Auto Crop')\\n\\t_ctNode\\['channels'].setValue( 'alpha')\\n\\t_ctNode\\['ROI'].setValue( \\[ 0 , 0 , scanCropSize , scanCropSize ] )\\n\\n\\tsNodes = \\[]\\n\\tuvShift = nuke.nodes.Transform( inputs = \\[_startNode] )\\n\\tcrop32 = nuke.nodes.Crop( inputs = \\[uvShift] )\\n\\tcrop32\\['box'].setValue( \\[ 0 , 0 , _res , _res ] )\\n\\tscan32 = nuke.nodes.Reformat(\\n\\t\\t\\t\\t\\t\\ttype = 1 , box_fixed = True , box_width = scanCropSize , box_height = scanCropSize ,\\n\\t\\t\\t\\t\\t\\tinputs = \\[crop32]\\n\\t\\t\\t\\t\\t\\t)\\n\\n\\tif _thisG\\['uv_type'].getValue() == 0 :\\n\\t\\t_ctNode.setInput( 0, scan32 )\\n\\t\\tnuke.execute( _ctNode, nuke.frame(), nuke.frame() )\\n\\t\\tcropResult = _ctNode\\['autocropdata'].getValue()\\n\\t\\tif ( cropResult\\[2] - cropResult\\[0] ) > 0 or ( cropResult\\[3] - cropResult\\[1] ) > 0 :\\n\\t\\t\\tuvCrop = nuke.nodes.Crop( \\n\\t\\t\\t\\t\\t\\tname = 'crop_00' ,\\n\\t\\t\\t\\t\\t\\treformat = True , \\n\\t\\t\\t\\t\\t\\tinputs = \\[uvShift] \\n\\t\\t\\t\\t\\t\\t)\\n\\t\\t\\tfor i in range(4) :\\n\\t\\t\\t\\tuvCrop\\['box'].setValue( cropResult\\[i] * _res/scanCropSize , i )\\n\\t\\t\\tsNodes.append( uvCrop )\\n\\t\\telse :\\n\\t\\t\\tnuke.delete( uvShift )\\n\\telse :\\n\\t\\tfor y in range(10) :\\n\\t\\t\\tfor x in range(10) :\\n\\t\\t\\t\\tuvShift\\['translate'].setValue( -(_res*x) , 0 )\\n\\t\\t\\t\\tuvShift\\['translate'].setValue( -(_res*y) , 1 )\\n\\t\\t\\t\\t#uvShift\\['label'].setValue( 'tile : \\{0\\} | \\{1\\}' .format( str(x), str(y) ) )\\n\\t\\t\\t\\t\\n\\t\\t\\t\\t_ctNode.setInput( 0, scan32 )\\n\\t\\t\\t\\tnuke.execute( _ctNode, nuke.frame(), nuke.frame() )\\n\\t\\t\\t\\tcropResult = _ctNode\\['autocropdata'].getValue()\\n\\n\\t\\t\\t\\tif ( cropResult\\[2] - cropResult\\[0] ) > 0 or ( cropResult\\[3] - cropResult\\[1] ) > 0 :\\n\\t\\t\\t\\t\\tnuke.delete( crop32 )\\n\\t\\t\\t\\t\\tnuke.delete( scan32 )\\n\\t\\t\\t\\t\\tuvCrop = nuke.nodes.Crop( \\n\\t\\t\\t\\t\\t\\t\\t\\tname = 'crop_\\{0\\}\\{1\\}'.format( str(y) , str(x) ) ,\\n\\t\\t\\t\\t\\t\\t\\t\\treformat = True , \\n\\t\\t\\t\\t\\t\\t\\t\\tinputs = \\[uvShift] \\n\\t\\t\\t\\t\\t\\t\\t\\t)\\n\\t\\t\\t\\t\\tfor i in range(4) :\\n\\t\\t\\t\\t\\t\\tuvCrop\\['box'].setValue( cropResult\\[i] * _res/scanCropSize , i )\\n\\t\\t\\t\\t\\tsNodes.append( uvCrop )\\n\\t\\t\\t\\t\\tuvShift = nuke.nodes.Transform( inputs = \\[_startNode] )\\n\\t\\t\\t\\t\\tcrop32 = nuke.nodes.Crop( inputs = \\[uvShift] )\\n\\t\\t\\t\\t\\tcrop32\\['box'].setValue( \\[0,0,512,512] )\\n\\t\\t\\t\\t\\tscan32 = nuke.nodes.Reformat(\\n\\t\\t\\t\\t\\t\\t\\ttype = 1 , box_fixed = True , box_width = scanCropSize , box_height = scanCropSize ,\\n\\t\\t\\t\\t\\t\\t\\tinputs = \\[crop32]\\n\\t\\t\\t\\t\\t\\t\\t)\\n\\t\\t\\t\\telif x == 9 and y == 9 :\\n\\t\\t\\t\\t\\tnuke.delete( uvShift )\\n\\n\\tnuke.delete( crop32 )\\n\\tnuke.delete( scan32 )\\n\\t_ctNode\\['autocropdata'].clearAnimated()\\n\\t_ctNode.setInput( 0, None )\\n\\n\\treturn sNodes\\n\\n##########\\n\\ndef rmNodes( _uvST ) :\\n\\tfollowNodes = _uvST.dependent()\\n\\tfor node in followNodes :\\n\\t\\tcheck = 0\\n\\t\\tcNodes = \\[node]\\n\\t\\twhile check < 1 :\\n\\t\\t\\tif len(cNodes\\[-1:]\\[0].dependent()) != 0 :\\n\\t\\t\\t\\tcNodes.append( cNodes\\[-1:]\\[0].dependent()\\[0] )\\n\\t\\t\\telse :\\n\\t\\t\\t\\tcheck = 1\\n\\t\\tfor rm in cNodes :\\n\\t\\t\\tnuke.delete( rm )\\n\\n##########\\n\\ndef genDMap( _thisG , _svlist , _sNodes , _fRNG=\\[0,0] ) :\\n\\t##### find available name and create global group\\n\\twith getLevel() :\\n\\t\\tsnapGRP = makePackage( 'mSnap', _thisG )\\n\\n\\t##### prep\\n\\twith snapGRP :\\n\\t\\tgrpBasic( _svlist, _thisG )\\n\\n\\t\\t##### RGB color\\n\\t\\tif _thisG\\['rgb_color'].value() :\\n\\t\\t\\tfor node in nuke.allNodes( 'Multiply' ) :\\n\\t\\t\\t\\tkname = node.name().split('_')\\[1:]\\n\\n\\t\\t\\t\\tfor cropNode in _sNodes :\\n\\t\\t\\t\\t\\tif cropNode.name() == 'crop_\\{0\\}'.format(kname\\[0]) :\\n\\t\\t\\t\\t\\t\\trgb = \\[ cropNode.sample('red', int(kname\\[1]), int(kname\\[2])) , cropNode.sample('green', int(kname\\[1]), int(kname\\[2])) , cropNode.sample('blue', int(kname\\[1]), int(kname\\[2])) ]\\n\\t\\t\\t\\t\\t\\tfor i in range(3) :\\n\\t\\t\\t\\t\\t\\t\\tnuke.toNode( 'cc_\\{0\\}'.format( '_'.join(kname) ) )\\['value'].setValue( rgb\\[i], i )\\n\\n\\t\\t##### snap\\n\\t\\tif _thisG\\['with_animation'].value() :\\n\\t\\t\\tnuke.toNode('store')\\['aniRNG'].setValue( '-'.join(\\[str(i) for i in _fRNG]) )\\n\\t\\t\\tnuke.thisGroup()\\['info_aniRange'].setValue( '-'.join(\\[str(i) for i in _fRNG]) )\\n\\n\\t\\t\\tct_hack = nuke.nodes.CurveTool()\\n\\t\\t\\tprogBar = nuke.ProgressTask('Sampling Position')\\n\\t\\t\\tjobCount = 0\\n\\t\\t\\tjobTotal = ( _fRNG\\[1] + 1 )- _fRNG\\[0]\\n\\t\\t\\tfor ctime in range( _fRNG\\[0] , _fRNG\\[1] + 1 , 1 ) :\\n\\t\\t\\t\\tnuke.execute(ct_hack, ctime, ctime)\\n\\t\\t\\t\\t### progress bar\\n\\t\\t\\t\\tjobCount += 1\\n\\t\\t\\t\\tprogShow = int(jobCount/jobTotal * 100)\\n\\t\\t\\t\\tif progBar.isCancelled() :\\n\\t\\t\\t\\t\\tbreak;\\n\\t\\t\\t\\tprogBar.setProgress(progShow)\\n\\t\\t\\t\\t#################\\n\\t\\t\\t\\tfor node in nuke.allNodes( 'Axis' ) :\\n\\t\\t\\t\\t\\tif node.name() != 'worldTransform' :\\n\\t\\t\\t\\t\\t\\tkname = node.name().split('_')\\[1:]\\n\\n\\t\\t\\t\\t\\t\\tif ctime == _fRNG\\[0] :\\n\\t\\t\\t\\t\\t\\t\\tnode\\['translate'].setAnimated()\\n\\t\\t\\t\\t\\t\\t\\tif _thisG\\['rotation_type'].getValue() :\\n\\t\\t\\t\\t\\t\\t\\t\\tnode\\['orig_rot'].setAnimated()\\n\\n\\t\\t\\t\\t\\t\\tfor cropNode in _sNodes :\\n\\t\\t\\t\\t\\t\\t\\tif cropNode.name() == 'crop_\\{0\\}'.format(kname\\[0]) :\\n\\t\\t\\t\\t\\t\\t\\t\\tpos = \\[ cropNode.sample('pos.red', int(kname\\[1]), int(kname\\[2])) , cropNode.sample('pos.green', int(kname\\[1]), int(kname\\[2])) , cropNode.sample('pos.blue', int(kname\\[1]), int(kname\\[2])) ]\\n\\t\\t\\t\\t\\t\\t\\t\\tfor i in range(3) :\\n\\t\\t\\t\\t\\t\\t\\t\\t\\tnode\\['translate'].setValueAt( pos\\[i], ctime, i )\\n\\n\\t\\t\\t\\t\\t\\t\\t\\t##### snap rotation\\n\\t\\t\\t\\t\\t\\t\\t\\tif _thisG\\['rotation_type'].getValue() :\\n\\t\\t\\t\\t\\t\\t\\t\\t\\tnor = \\[ cropNode.sample('nor.red', int(kname\\[1]), int(kname\\[2])) , cropNode.sample('nor.green', int(kname\\[1]), int(kname\\[2])) , cropNode.sample('nor.blue', int(kname\\[1]), int(kname\\[2])) ]\\n\\t\\t\\t\\t\\t\\t\\t\\t\\tfor i in range(3) :\\n\\t\\t\\t\\t\\t\\t\\t\\t\\t\\tnode\\['orig_rot'].setValueAt( norToRotMap( nor )\\[i], ctime, i )\\n\\t\\t\\t\\n\\t\\t\\tnuke.delete( ct_hack )\\n\\t\\t\\tdel progBar, jobCount, jobTotal, progShow\\n\\n\\t\\telse :\\n\\t\\t\\tfor node in nuke.allNodes( 'Axis' ) :\\n\\t\\t\\t\\tif node.name() != 'worldTransform' :\\n\\t\\t\\t\\t\\tkname = node.name().split('_')\\[1:]\\n\\t\\t\\t\\t\\t\\n\\t\\t\\t\\t\\tfor cropNode in _sNodes :\\n\\t\\t\\t\\t\\t\\tif cropNode.name() == 'crop_\\{0\\}'.format(kname\\[0]) :\\n\\t\\t\\t\\t\\t\\t\\tpos = \\[ cropNode.sample('pos.red', int(kname\\[1]), int(kname\\[2])) , cropNode.sample('pos.green', int(kname\\[1]), int(kname\\[2])) , cropNode.sample('pos.blue', int(kname\\[1]), int(kname\\[2])) ]\\n\\t\\t\\t\\t\\t\\t\\tnode\\['translate'].setValue( pos )\\n\\n\\t\\t\\t\\t\\t\\t\\t##### snap rotation\\n\\t\\t\\t\\t\\t\\t\\tif _thisG\\['rotation_type'].getValue() :\\n\\t\\t\\t\\t\\t\\t\\t\\tnor = \\[ cropNode.sample('nor.red', int(kname\\[1]), int(kname\\[2])) , cropNode.sample('nor.green', int(kname\\[1]), int(kname\\[2])) , cropNode.sample('nor.blue', int(kname\\[1]), int(kname\\[2])) ]\\n\\t\\t\\t\\t\\t\\t\\t\\tfor i in range(3) :\\n\\t\\t\\t\\t\\t\\t\\t\\t\\tnode\\['orig_rot'].setValue( norToRotMap( nor )\\[i], i )\\n\\n##########\\n\\ndef samID( _thisG , _tileData ) :\\n\\t#print (_tileData)\\n\\tpos2D = \\[]\\n\\trandom.seed( int( _thisG\\['dmap_seed'].getValue() ) )\\n\\tfor key, value in _tileData.items() :\\n\\t\\tcount = 0\\n\\t\\tsubCount = 0\\n\\t\\tp2Data = \\[]\\n\\t\\twhile count < value\\[1] :\\n\\t\\t\\tsamXY = \\[ random.randint( 0 , value\\[0].width() ) , random.randint( 0 , value\\[0].height() ) ]\\n\\t\\t\\talpha = value\\[0].sample('alpha', samXY\\[0], samXY\\[1])\\n\\t\\t\\tpos = \\[ value\\[0].sample('pos.red', samXY\\[0], samXY\\[1]) , value\\[0].sample('pos.green', samXY\\[0], samXY\\[1]) , value\\[0].sample('pos.blue', samXY\\[0], samXY\\[1]) ]\\n\\t\\t\\tif alpha > 0 and samXY not in p2Data and pos != \\[0,0,0] :\\n\\t\\t\\t\\tcoRNG = int( ( 1 - max( min ( value\\[0].sample('alpha', samXY\\[0], samXY\\[1]) , 1.0 ) , 0.01 ) ) * 50 )\\n\\t\\t\\t\\txRNG = \\[ samXY\\[0]-int(coRNG/2)+i for i in range( int(coRNG/2) ) ]\\n\\t\\t\\t\\tyRNG = \\[ samXY\\[1]-int(coRNG/2)+i for i in range( int(coRNG/2) ) ]\\n\\t\\t\\t\\tif not len( list( set( \\[ i\\[0] for i in p2Data ] ).intersection( xRNG ) ) ) :\\n\\t\\t\\t\\t\\tif not len( list( set( \\[ i\\[1] for i in p2Data ] ).intersection( yRNG ) ) ) :\\n\\t\\t\\t\\t\\t\\tp2Data.append( samXY )\\n\\t\\t\\t\\t\\t\\tcount += 1\\n\\t\\t\\t\\t\\telse :\\n\\t\\t\\t\\t\\t\\tif subCount > _thisG\\['fail_attempts'].getValue() :\\n\\t\\t\\t\\t\\t\\t\\tcount = value\\[1]\\n\\t\\t\\t\\t\\t\\tsubCount += 1\\n\\t\\t\\t\\t\\t#print (count)\\n\\n\\t\\tp2Data = \\[ str( key.split('_')\\[1] ) + '_' + str( p\\[0] ) + '_' + str( p\\[1] ) for p in p2Data ]\\n\\t\\tpos2D += p2Data\\n\\n\\tdel p2Data , coRNG , xRNG , yRNG , _thisG , _tileData\\n\\n\\treturn pos2D\" +STARTLINE}\n addUserKnob {22 fn02 -STARTLINE T \"import math\\n\\ndef getLevel() :\\n\\t### level define ###\\n\\tif len(nuke.thisNode().fullName().split('.')) == 1 :\\n\\t\\tggLevel = nuke.root()\\n\\telse :\\n\\t\\tnodePath = nuke.thisNode().fullName().split('.')\\n\\t\\tnodePath.pop()\\n\\t\\tggLevel = nuke.toNode('.'.join(nodePath))\\n\\treturn ggLevel\\n\\n##########\\n\\ndef upstreamNodes( _startNode , _filterClass ) :\\n\\tmainStream = \\[]\\n\\tcurNode = _startNode\\n\\twhile curNode :\\n\\t\\tif curNode.knob('matrix') :\\n\\t\\t\\tif curNode.Class() in _filterClass :\\n\\t\\t\\t\\tsubStream = \\[curNode]\\n\\n\\t\\t\\t\\tfor x in range ( 1 , curNode.inputs() ) :\\n\\t\\t\\t\\t\\tsubNode = curNode.input(x)\\n\\t\\t\\t\\t\\tif subNode.knob('matrix') :\\n\\t\\t\\t\\t\\t\\tsubStream.append( subNode )\\n\\n\\t\\t\\t\\t\\twhile subNode :\\n\\t\\t\\t\\t\\t\\tfor y in range ( 0 , subNode.inputs() ) :\\n\\t\\t\\t\\t\\t\\t\\tif subNode.input(y).knob('matrix') :\\n\\t\\t\\t\\t\\t\\t\\t\\tsubStream.append( subNode.input(y) )\\n\\t\\t\\t\\t\\t\\tsubNode = subNode.input( 0 )\\n\\n\\t\\t\\t\\tmainStream.append( subStream )\\n\\t\\tcurNode = curNode.input( 0 )\\n\\n\\tdel subStream , curNode, _startNode , _filterClass\\n\\n\\treturn mainStream\\n\\n##########\\n\\ndef unify( _mainstream , _vtime ) :\\n\\n\\t# check input node type ##########################################\\n\\tif _mainstream\\[ len(_mainstream) - 1 ]\\[0] in filterCheck :\\n\\t\\t_mainstream.reverse()\\n\\n\\toutMTX = nuke.math.Matrix4()\\n\\tfor a in range (0, len( _mainstream )) :\\n\\t\\tfor b in range (0, len( _mainstream\\[a] )) :\\n\\n\\t\\t\\tgetMTX = nuke.math.Matrix4()\\n\\t\\t\\tfocusNode = _mainstream\\[a]\\[b]\\n\\n\\t\\t\\tfor q in range (0,16) :\\n\\t\\t\\t\\tgetMTX\\[q] = focusNode.knob('matrix').getValueAt( _vtime )\\[q]\\n\\n\\t\\t\\tif a != 0 :\\n\\t\\t\\t\\toutMTX = outMTX * getMTX\\n\\t\\t\\telse :\\n\\t\\t\\t\\toutMTX = getMTX\\n\\n\\treturn outMTX\\n\\n##########\\n\\ndef autoBackdrop_mod( _name , _tileC) : \\n\\tselNodes = nuke.selectedNodes() \\n\\t\\n\\t# Calculate bounds for the backdrop node. \\n\\tbdX = min(\\[node.xpos() for node in selNodes]) \\n\\tbdY = min(\\[node.ypos() for node in selNodes]) \\n\\tbdW = max(\\[node.xpos() + node.screenWidth() for node in selNodes]) - bdX \\n\\tbdH = max(\\[node.ypos() + node.screenHeight() for node in selNodes]) - bdY \\n\\n\\t# Expand the bounds to leave a little border. Elements are offsets for left, top, right and bottom edges respectively \\n\\tleft, top, right, bottom = (-10, -80, 10, 10) \\n\\tbdX += left \\n\\tbdY += top \\n\\tbdW += (right - left) \\n\\tbdH += (bottom - top) \\n\\t\\n\\tn = nuke.nodes.BackdropNode(\\n\\t\\t\\tlabel = _name ,\\n\\t\\t\\txpos = bdX , \\n\\t\\t\\tbdwidth = bdW , \\n\\t\\t\\typos = bdY , \\n\\t\\t\\tbdheight = bdH , \\n\\t\\t\\ttile_color = _tileC , \\n\\t\\t\\tnote_font_size=42 , \\n\\t\\t\\t) \\n\\t\\n\\t# revert to previous selection \\n\\tn\\['selected'].setValue(False) \\n\\t\\n\\treturn n\\n\\n##########\\n\\ndef mtx2value( _uMTX ) :\\n\\t_uMTX.transpose()\\n\\n\\tmTranslate = nuke.math.Matrix4( _uMTX )\\n\\tmTranslate.translationOnly()\\n\\ttranslate = (mTranslate\\[12], mTranslate\\[13], mTranslate\\[14])\\n\\n\\tmRotate = nuke.math.Matrix4( _uMTX )\\n\\tmRotate.rotationOnly()\\n\\trotateRad = mRotate.rotationsZXY()\\n\\trotate = (math.degrees(rotateRad\\[0]), math.degrees(rotateRad\\[1]), math.degrees(rotateRad\\[2]))\\n\\n\\tmScale = nuke.math.Matrix4( _uMTX )\\n\\tmScale.scaleOnly()\\n\\tscale = (mScale.xAxis().x, mScale.yAxis().y, mScale.zAxis().z)\\n\\n\\treturn ( translate, rotate, scale )\"}\n addUserKnob {22 cpCode01 T \"for node in nuke.allNodes() :\\n if node.name()\\[0:3] == 'ax_' :\\n node\\['gl_color'].setValue( int( nuke.thisGroup()\\['display_color'].getValue() ) )\" +STARTLINE}\n addUserKnob {22 cpCode02 -STARTLINE T \"import math\\n\\nthisGRP = nuke.thisGroup()\\n\\ngoStore = nuke.toNode('store')\\ngoStore\\['fn'].execute()\\n\\nif thisGRP\\['exTranslate'].value() or thisGRP\\['exRotate'].value() or thisGRP\\['exScale'].value() :\\n\\n\\t##### get selected axis\\n\\tselAX = \\[]\\n\\twith thisGRP :\\n\\t\\tfor node in nuke.allNodes() :\\n\\t\\t\\tif node.name()\\[0:3] == 'ax_' and node\\['selected'].getValue() == 1 :\\n\\t\\t\\t\\tselAX.append( node )\\n\\n\\tif len(selAX) :\\n\\t\\tspace = \\[ int(nuke.toNode('preferences')\\['GridWidth'].getValue()) , int(nuke.toNode('preferences')\\['GridHeight'].getValue()) ]\\n\\n\\t\\tfilterCheck = goStore\\['filterNonReverse'].getValue().split(',')\\n\\t\\tfilter3DNodes = goStore\\['filter3DNodes'].value().split(',')\\n\\t\\texNodes = \\[]\\n\\n\\t\\txportSC = nuke.nodes.Scene()\\n\\t\\texNodes.append( xportSC )\\n\\n\\t\\tprogBar = nuke.ProgressTask('Extracting instances...')\\n\\t\\tjobCount = 0\\n\\t\\tjobTotal = len( selAX )\\n\\n\\t\\tcount = 0\\n\\t\\tfor node in selAX :\\n\\t\\t\\t### progress bar\\n\\t\\t\\tjobCount += 1\\n\\t\\t\\tprogShow = int(jobCount/jobTotal * 100)\\n\\t\\t\\tif progBar.isCancelled() :\\n\\t\\t\\t\\tbreak;\\n\\t\\t\\tprogBar.setProgress(progShow)\\n\\t\\t\\t#################\\n\\n\\t\\t\\ttry :\\n\\t\\t\\t\\texColor = thisGRP\\['exColor'].value()\\n\\t\\t\\texcept :\\n\\t\\t\\t\\texColor = False\\n\\n\\t\\t\\tif exColor :\\n\\t\\t\\t\\txportAX = nuke.nodes.Axis(\\n\\t\\t\\t\\t\\t\\t\\t\\txpos = int( thisGRP.xpos() + space\\[0] * ( count + 1 ) ) , \\n\\t\\t\\t\\t\\t\\t\\t\\typos = int( thisGRP.ypos() + space\\[1] )\\n\\t\\t\\t\\t\\t\\t\\t\\t)\\n\\t\\t\\t\\txportMULT = nuke.nodes.Multiply(\\n\\t\\t\\t\\t\\t\\t\\t\\tchannels = 'rgb' ,\\n\\t\\t\\t\\t\\t\\t\\t\\txpos = int( thisGRP.xpos() + space\\[0] * ( count + 1 ) ) , \\n\\t\\t\\t\\t\\t\\t\\t\\typos = int( thisGRP.ypos() )\\n\\t\\t\\t\\t\\t\\t\\t\\t)\\n\\t\\t\\t\\txportMULT\\['value'].setSingleValue(False)\\n\\t\\t\\t\\twith thisGRP :\\n\\t\\t\\t\\t\\txportMULT\\['value'].setValue( nuke.toNode( 'cc_\\{0\\}'.format(node.name()\\[3:]) )\\['value'].getValue() )\\n\\t\\t\\t\\texNodes.append( xportAX )\\n\\t\\t\\t\\texNodes.append( xportMULT )\\n\\t\\t\\telse :\\n\\t\\t\\t\\txportAX = nuke.nodes.Axis(\\n\\t\\t\\t\\t\\txpos = int( thisGRP.xpos() + space\\[0] * ( count + 1 ) ) , \\n\\t\\t\\t\\t\\typos = int( thisGRP.ypos() )\\n\\t\\t\\t\\t\\t)\\n\\t\\t\\t\\texNodes.append( xportAX )\\n\\n\\t\\t\\txportSC.setInput( count, xportAX )\\n\\t\\t\\tcount += 1\\n\\n\\t\\t\\ttry :\\n\\t\\t\\t\\twith thisGRP :\\n\\t\\t\\t\\t\\tAnimRange = \\[int(i) for i in goStore\\['aniRNG'].value().split('-')]\\n\\n\\t\\t\\t\\tif thisGRP\\['exTranslate'].value() :\\n\\t\\t\\t\\t\\txportAX\\['translate'].setAnimated()\\n\\t\\t\\t\\tif thisGRP\\['exRotate'].value() :\\n\\t\\t\\t\\t\\txportAX\\['rotate'].setAnimated()\\n\\t\\t\\t\\tif thisGRP\\['exScale'].value() :\\n\\t\\t\\t\\t\\txportAX\\['scaling'].setAnimated()\\n\\n\\t\\t\\t\\tfor ctime in range( int(AnimRange\\[0]) , int(AnimRange\\[1]+1) , 1 ) :\\n\\t\\t\\t\\t\\tmainstream = upstreamNodes( node , filter3DNodes )\\n\\t\\t\\t\\t\\tmMTX = unify( mainstream , ctime )\\n\\t\\t\\t\\t\\tform = mtx2value( mMTX )\\n\\n\\t\\t\\t\\t\\tif thisGRP\\['exTranslate'].value() :\\n\\t\\t\\t\\t\\t\\tfor i in range( 3 ) :\\n\\t\\t\\t\\t\\t\\t\\txportAX\\['translate'].setValueAt( form\\[0]\\[i] , ctime, i )\\n\\t\\t\\t\\t\\tif thisGRP\\['exRotate'].value() :\\n\\t\\t\\t\\t\\t\\tfor i in range( 3 ) :\\n\\t\\t\\t\\t\\t\\t\\txportAX\\['rotate'].setValueAt( form\\[1]\\[i] , ctime, i )\\n\\t\\t\\t\\t\\tif thisGRP\\['exScale'].value() :\\n\\t\\t\\t\\t\\t\\tfor i in range( 3 ) :\\n\\t\\t\\t\\t\\t\\t\\txportAX\\['scaling'].setValueAt( form\\[2]\\[i] , ctime, i )\\n\\t\\t\\texcept :\\n\\t\\t\\t\\tmainstream = upstreamNodes( node , filter3DNodes )\\n\\t\\t\\t\\tmMTX = unify( mainstream , nuke.frame() )\\n\\t\\t\\t\\tform = mtx2value( mMTX )\\n\\n\\t\\t\\t\\tif thisGRP\\['exTranslate'].value() :\\n\\t\\t\\t\\t\\txportAX\\['translate'].setValue( form\\[0] )\\n\\t\\t\\t\\tif thisGRP\\['exRotate'].value() :\\n\\t\\t\\t\\t\\txportAX\\['rotate'].setValue( form\\[1] )\\n\\t\\t\\t\\tif thisGRP\\['exScale'].value() :\\n\\t\\t\\t\\t\\txportAX\\['scaling'].setValue( form\\[2] )\\n\\n\\t\\t##### deselect all Nodes\\n\\t\\twith getLevel() :\\n\\t\\t\\tsavedSelected = \\[]\\n\\t\\t\\tfor node in nuke.allNodes() :\\n\\t\\t\\t\\tif node\\['selected'].value()\\t:\\n\\t\\t\\t\\t\\tsavedSelected.append( node )\\n\\t\\t\\t\\tnode.setSelected( False )\\n\\n\\t\\t##### set backdrop\\n\\t\\tfor node in exNodes :\\n\\t\\t\\tnode.setSelected( True )\\n\\n\\t\\tautoBackdrop_mod( thisGRP.name() , int( thisGRP\\['tile_color'].getValue() ) )\\n\\n\\t\\tfor node in exNodes :\\n\\t\\t\\tnode.setSelected( False )\\n\\n\\t\\t##### restore selected node\\n\\t\\tfor node in savedSelected :\\n\\t\\t\\tnode.setSelected( True )\\n\\n\\t\\tdel progBar, jobCount, jobTotal, progShow\\n\\t\\t\\n\\telse :\\n\\t\\tnuke.message('No selected axis found.

    Process denied...')\\n\\nelse :\\n\\tnuke.message('No translate, rotate and scale checked, no axis will be extract.

    Process denied...')\"}\n addUserKnob {22 cpCode03 T \"selAX = \\[]\\nfor node in nuke.allNodes('Axis') :\\n\\tif node.name()\\[:3] == 'ax_' and node\\['selected'].getValue() :\\n\\t\\tfor link in node.dependent()\\[0].dependencies() :\\n\\t\\t\\tif link.Class() != 'Input' :\\n\\t\\t\\t\\tselAX.append( link )\\n\\t\\tif node.dependent()\\[0].dependent()\\[0].Class() == 'ApplyMaterial' :\\n\\t\\t\\tfor link in node.dependent()\\[0].dependent()\\[0].dependencies() :\\n\\t\\t\\t\\tselAX.append( link )\\n\\t\\t\\tselAX.append( node.dependent()\\[0].dependent()\\[0] )\\n\\t\\telse :\\n\\t\\t\\tselAX.append( node.dependent()\\[0] )\\n\\nif len( selAX ) :\\n\\tprogBar = nuke.ProgressTask('Removing instances...')\\n\\tjobCount = 0\\n\\tjobTotal = len( selAX )\\n\\n\\tfor rmNode in selAX :\\n\\t\\t### progress bar\\n\\t\\tjobCount += 1\\n\\t\\tprogShow = int(jobCount/jobTotal * 100)\\n\\t\\tif progBar.isCancelled() :\\n\\t\\t\\tbreak;\\n\\t\\tprogBar.setProgress(progShow)\\n\\t\\t#################\\n\\n\\t\\tfor i in range( rmNode.inputs() ) :\\n\\t\\t\\trmNode.setInput( i, None )\\n\\t\\tif rmNode.Class() == 'Axis' :\\n\\t\\t\\tnuke.thisGroup()\\['info_inst'].setValue( str( int( nuke.thisGroup()\\['info_inst'].value() ) -1 ) )\\n\\t\\tnuke.delete( rmNode )\\n\\n\\tdel progBar, jobCount, jobTotal, progShow\\nelse :\\n\\tnuke.message('No instance selected. Nothing deleted.')\" +STARTLINE}\n addUserKnob {43 filterNonReverse +DISABLED}\n filterNonReverse Camera,Camera2,Light,Light2,DirectLight,Environment,Axis,Axis2\n addUserKnob {43 filter3DNodes +DISABLED}\n filter3DNodes Axis,Axis2,Card,Card2,Cube,Cylinder,Sphere,ReadGeo,ReadGeo2,Light,Light2,DirectLight,Spotlight,Environment,TransformGeo,EditGeo,Camera,Camera2\n addUserKnob {43 filterPrimitives +DISABLED}\n filterPrimitives Card,Card2,Cube,Cylinder,Sphere,ReadGeo,ReadGeo2\n }\n NoOp {\n inputs 0\n name menu02\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\ndmapknobs = \\['title_dmap_setting','uv_type','sample_res','max_instance','dmap_seed','rgb_color','fail_attempts']\\nvtxknobs = \\['title_vf_setting','random_percentage','random_seed']\\nif thisGRP\\['snap_type'].getValue() :\\n for knob in dmapknobs :\\n thisGRP\\[knob].setEnabled( True )\\n for knob in vtxknobs :\\n thisGRP\\[knob].setEnabled( False )\\n thisGRP\\['selected_vertex_info'].setEnabled( False )\\nelse :\\n for knob in dmapknobs :\\n thisGRP\\[knob].setEnabled( False )\\n for knob in vtxknobs :\\n thisGRP\\[knob].setEnabled( True )\\n thisGRP\\['selected_vertex_info'].setEnabled( True )\\n\"\n xpos -447\n ypos 127\n addUserKnob {20 User}\n addUserKnob {4 snap_type l \"snap type\" M {\"selected vertices/faces\" \"density map (alpha)\"}}\n }\npush $N1e37b800\n GeoSelect {\n selectable false\n geo { }\n name GeoSelect\n xpos 138\n ypos 215\n }\n Output {\n name Output1\n xpos 138\n ypos 724\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_origami.gizmo", "content": "Group {\n inputs 2\n name Origami\n onCreate \"\\nnuke.toNode('store')\\['fn'].execute()\\n\"\n tile_color 0xd2d794ff\n addUserKnob {20 tab_general l General}\n addUserKnob {41 frame_range l \"frame range\" t \"The frame range setting will applied on 'create target set' and 'Deform with animation'\\n\\nproject setting : frame range will be set to project setting of the script.\\n\\ncustom : will enable custom range knobs.\" T menu01.frame_range}\n addUserKnob {3 firstFR l \"custom range\" t \"First frame of the custom frame range.\" +DISABLED}\n firstFR 1001\n addUserKnob {3 lastFR l \"\" t \"Last frame of the custom frame range.\" -STARTLINE +DISABLED}\n lastFR 1100\n addUserKnob {20 origamiTabStart l \"\" +STARTLINE n -2}\n addUserKnob {20 tab_set l Set}\n addUserKnob {26 title_target l \"Target Geo Setup\"}\n addUserKnob {41 tgt_gl_color l \"Target Display Color\" T targetView3d.tgt_gl_color}\n addUserKnob {7 tgt_scale l scale t \"Scale of the target set in 3D view. Update in real-time.\" R 0.001 4}\n tgt_scale 0.5\n addUserKnob {22 create_tgt_set l \"Create Target Set\" t \"Create target set from selected vertex. Required geo connected to target input. This is the first step of the using the this tool.\" T \"thisGRP = nuke.thisGroup()\\ngoStore = nuke.toNode('store')\\ngoStore\\['fn'].execute()\\n\\ntemp = \\[]\\nselv =\\[]\\nfor i in nukescripts.snap3d.selectedVertexInfos () :\\n\\ttemp = \\[i.index, i.position]\\n\\tif selv.count(temp) == 0 :\\n\\t\\tselv.append(temp)\\ndel temp\\n\\nif len(selv) < 1 or thisGRP.input(0) == None :\\n\\tnuke.message('Please connect the target geo to this node and select vertex first.')\\nelse :\\n\\tthisGRP\\['reset_tgt'].execute()\\n\\n\\tFRsetting = thisGRP\\['frame_range'].getValue()\\n\\n\\tif FRsetting == 1 :\\n\\t\\tframeST = int(thisGRP\\['firstFR'].getValue())\\n\\t\\tframeED = int(thisGRP\\['lastFR'].getValue())\\n\\telse :\\n\\t\\tframeST = nuke.root().firstFrame()\\n\\t\\tframeED = nuke.root().lastFrame()\\n\\n\\tgetColor = thisGRP\\['tgt_gl_color'].getValue()\\n\\n\\toSC = nuke.toNode('oScene')\\n\\n\\ttgtGRP = nuke.nodes.Group(name='t')\\n\\n\\ttgtGRP.begin()\\n\\ttgtSC = nuke.nodes.Scene()\\n\\ttgtOUT = nuke.nodes.Output()\\n\\ttgtOUT.setInput(0, tgtSC)\\n\\n\\tfor i in range (0, len(selv)) :\\n\\t\\ttgtAX = nuke.nodes.Axis(name='x' + str(i))\\n\\t\\ttgtAX.addKnob(nuke.XYZ_Knob('origin'))\\n\\t\\ttgtAX\\['origin'].setAnimated()\\n\\t\\ttgtAX\\['translate'].setAnimated()\\n\\t\\ttgtAX\\['gl_color'].fromScript('0x%02x%02x%02x%02x' % ( int(getColor\\[0]*255) , int(getColor\\[1]*255), int(getColor\\[2]*255), int(255) ) )\\n\\t\\ttgtAX\\['scaling'].setExpression('parent.parent.tgt_scale')\\n\\t\\ttgtSC.setInput(i, tgtAX)\\n\\n\\thack_ct = nuke.nodes.CurveTool()\\n\\n\\tprogBar = nuke.ProgressTask('Sampling vertex')\\n\\tjobCount = 0\\n\\tjobTotal = (frameED+1)-frameST\\n\\n\\tfor time in range (int(frameST), int(frameED+1), 1) :\\n\\t\\tnuke.execute(hack_ct, time, time)\\n\\t\\t### progress bar\\n\\t\\tjobCount += 1\\n\\t\\tprogShow = int(jobCount/jobTotal * 100)\\n\\t\\tif progBar.isCancelled() :\\n\\t\\t\\tbreak;\\n\\t\\tprogBar.setProgress(progShow)\\n\\t\\t#################\\n\\n\\t\\tselv = \\[]\\n\\t\\tg = 0\\n\\t\\tfor i in nukescripts.snap3d.selectedVertexInfos () :\\n\\t\\t\\ttemp = \\[i.index, i.position]\\n\\t\\t\\tif selv.count(temp) == 0 :\\n\\t\\t\\t\\tselv.append(temp)\\n\\n\\t\\t\\t\\tfocusNODE = nuke.toNode('x' + str(g))\\n\\t\\t\\t\\tfocusNODE\\['origin'].setValue(i.position)\\n\\t\\t\\t\\tfocusNODE\\['translate'].setValue(i.position)\\n\\t\\t\\t\\tif time == int(frameED) :\\n\\t\\t\\t\\t\\tfocusNODE\\['knobChanged'].setValue('axLock(nuke.thisNode(), 1)')\\n\\t\\t\\t\\tg += 1\\n\\n\\tdel progBar\\n\\tdel temp\\n\\tnuke.delete(hack_ct)\\n\\ttgtGRP.end()\\n\\toSC.setInput(3, tgtGRP)\\ndel selv\" +STARTLINE}\n addUserKnob {22 add_ex_tgt l \"Add Extra Target\" t \"User can add extra target set after the set created. The extra target can be any 3D nodes or vertex selected in viewer.\\n\\nnode : select all the 3D nodes you want to add and click this button. It will import the animated nodes into the target set.\\n\\nvertex : select vertex in viewer and click this button. It will scan through the frame range and import the vertex into the target set.\" T \"if nuke.toNode('t') == None :\\n\\tnuke.message('No Target Selection found. Please create target selection first before add extra target.')\\nelse :\\n\\n\\tthisGRP = nuke.thisGroup()\\n\\texfr = thisGRP\\['extra_from'].getValue()\\n\\n\\tgoStore = nuke.toNode('store')\\n\\tfilter3DNodes = goStore\\['filter3DNodes'].getValue()\\n\\troot = getLevel()\\n\\n\\tselEx = \\[]\\n\\n\\troot.begin()\\n\\tif exfr == 0 :\\n\\t\\tfor node in nuke.selectedNodes() :\\n\\t\\t\\tif filter3DNodes.count(node.Class()) != 0 :\\n\\t\\t\\t\\tselEx.append(node)\\n\\t\\tif len(selEx) == 0 :\\n\\t\\t\\tnuke.message('No available node selected. Only 3D nodes supported.')\\n\\telse :\\n\\t\\tfor i in nukescripts.snap3d.selectedVertexInfos () :\\n\\t\\t\\ttemp = \\[i.index, i.position]\\n\\t\\t\\tif selEx.count(temp) == 0 :\\n\\t\\t\\t\\tselEx.append(temp)\\n\\t\\tif len(selEx) == 0 :\\n\\t\\t\\tnuke.message('No vertex selected.')\\n\\troot.end()\\n\\n\\tthisGRP.begin()\\n\\tif len(selEx) != 0 :\\n\\t\\ttgtGRP = nuke.toNode('t')\\n\\t\\tgetColor = thisGRP\\['tgt_gl_color'].getValue()\\n\\n\\t\\tFRsetting = thisGRP\\['frame_range'].getValue()\\n\\n\\t\\tif FRsetting == 1 :\\n\\t\\t\\tframeST = int(thisGRP\\['firstFR'].getValue())\\n\\t\\t\\tframeED = int(thisGRP\\['lastFR'].getValue())\\n\\t\\telse :\\n\\t\\t\\tframeST = nuke.root().firstFrame()\\n\\t\\t\\tframeED = nuke.root().lastFrame()\\n\\n\\t\\t##########################################\\n\\n\\t\\tnumName = \\[]\\n\\n\\t\\ttgtGRP.begin()\\n\\t\\tfor node in nuke.allNodes() :\\n\\t\\t\\tif node.Class()\\[0:4] == 'Axis' :\\n\\t\\t\\t\\tnumName.append(int(node.name()\\[1:]))\\n\\t\\t\\tif node.Class()\\[0:5] == 'Scene' :\\n\\t\\t\\t\\tscNode = node\\n\\n\\t\\t##########################################\\n\\n\\t\\tcountCheck = 0\\n\\t\\ttempKeep = 0\\n\\t\\tnumNameNew = \\[]\\n\\n\\t\\twhile countCheck < len(selEx) :\\n\\t\\t\\twhile numName.count(tempKeep) != 0 :\\n\\t\\t\\t\\ttempKeep += 1\\n\\t\\t\\tnumName.append(tempKeep)\\n\\t\\t\\tnumNameNew.append(tempKeep)\\n\\t\\t\\tcountCheck += 1\\n\\n\\t\\tdel tempKeep\\n\\t\\tdel numName\\n\\n\\t\\t##########################################\\n\\n\\t\\tfor i in range (0, len(selEx)) :\\n\\t\\t\\tnewAX = nuke.nodes.Axis(name='x' + str(numNameNew\\[i]))\\n\\t\\t\\tnewAX.addKnob(nuke.XYZ_Knob('origin'))\\n\\t\\t\\tnewAX\\['origin'].setAnimated()\\n\\t\\t\\tnewAX\\['translate'].setAnimated()\\n\\t\\t\\tnewAX\\['gl_color'].fromScript('0x%02x%02x%02x%02x' % ( int(getColor\\[0]*255) , int(getColor\\[1]*255) , int(getColor\\[2]*255) , int(255) ) )\\n\\t\\t\\tnewAX\\['scaling'].setExpression('parent.parent.tgt_scale')\\n\\t\\t\\tscNode.setInput(scNode.inputs()+1+i, newAX)\\n\\n\\t\\tif exfr == 0 :\\n\\t\\t\\tfor time in range (int(frameST), int(frameED+1), 1) :\\n\\n\\t\\t\\t\\tfor i in range (0, len(numNameNew)) :\\n\\t\\t\\t\\t\\tfocusNODE = nuke.toNode('x' + str(numNameNew\\[i]))\\n\\t\\t\\t\\t\\tfocusNODE\\['origin'].setValueAt(selEx\\[i]\\['translate'].getValueAt(time)\\[0], time, 0)\\n\\t\\t\\t\\t\\tfocusNODE\\['origin'].setValueAt(selEx\\[i]\\['translate'].getValueAt(time)\\[1], time, 1)\\n\\t\\t\\t\\t\\tfocusNODE\\['origin'].setValueAt(selEx\\[i]\\['translate'].getValueAt(time)\\[2], time, 2)\\n\\t\\t\\t\\t\\tfocusNODE\\['translate'].setValueAt(selEx\\[i]\\['translate'].getValueAt(time)\\[0], time, 0)\\n\\t\\t\\t\\t\\tfocusNODE\\['translate'].setValueAt(selEx\\[i]\\['translate'].getValueAt(time)\\[1], time, 1)\\n\\t\\t\\t\\t\\tfocusNODE\\['translate'].setValueAt(selEx\\[i]\\['translate'].getValueAt(time)\\[2], time, 2)\\n\\t\\t\\t\\t\\tif time == int(frameED) :\\n\\t\\t\\t\\t\\t\\tfocusNODE\\['knobChanged'].setValue('axLock(nuke.thisNode(), 1)')\\n\\t\\telse :\\n\\t\\t\\thack_ct = nuke.nodes.CurveTool()\\n\\n\\t\\t\\tprogBar = nuke.ProgressTask('Sampling vertex')\\n\\t\\t\\tjobCount = 0\\n\\t\\t\\tjobTotal = (frameED+1)-frameST\\n\\n\\t\\t\\tfor time in range (int(frameST), int(frameED+1), 1) :\\n\\t\\t\\t\\tnuke.execute(hack_ct, time, time)\\n\\t\\t\\t\\t### progress bar\\n\\t\\t\\t\\tjobCount += 1\\n\\t\\t\\t\\tprogShow = int(jobCount/jobTotal * 100)\\n\\t\\t\\t\\tif progBar.isCancelled() :\\n\\t\\t\\t\\t\\tbreak;\\n\\t\\t\\t\\tprogBar.setProgress(progShow)\\n\\t\\t\\t\\t#################\\n\\n\\t\\t\\t\\tselv = \\[]\\n\\t\\t\\t\\tg = 0\\n\\t\\t\\t\\tfor i in nukescripts.snap3d.selectedVertexInfos () :\\n\\t\\t\\t\\t\\ttemp = \\[i.index, i.position]\\n\\t\\t\\t\\t\\tif selv.count(temp) == 0 :\\n\\t\\t\\t\\t\\t\\tselv.append(temp)\\n\\n\\t\\t\\t\\t\\t\\tfocusNODE = nuke.toNode('x' + str(numNameNew\\[g]))\\n\\t\\t\\t\\t\\t\\tfocusNODE\\['origin'].setValue(i.position)\\n\\t\\t\\t\\t\\t\\tfocusNODE\\['translate'].setValue(i.position)\\n\\t\\t\\t\\t\\t\\tif time == int(frameED) :\\n\\t\\t\\t\\t\\t\\t\\tfocusNODE\\['knobChanged'].setValue('axLock(nuke.thisNode(), 1)')\\n\\t\\t\\t\\t\\t\\tg += 1\\n\\n\\t\\t\\tdel progBar, temp\\n\\t\\t\\tnuke.delete(hack_ct)\\n\\n\\t\\ttgtGRP.end()\\n\\n\\tdel selEx\" +STARTLINE}\n addUserKnob {4 extra_from l \"Extra from\" -STARTLINE M {nodes vertex \"\" \"\" \"\" \"\"}}\n addUserKnob {22 reset_tgt l Remove t \"Remove any exisiting target set.\" T \"try :\\n\\tnuke.delete(nuke.toNode('t'))\\n\\tnuke.thisGroup()\\['metadata'].fromScript('')\\n\\tthisGRP\\['reset_deform'].execute()\\nexcept :\\n\\tpass\" +STARTLINE}\n addUserKnob {26 title_source l \"Source Geo Setup\"}\n addUserKnob {41 src_gl_color l \"Source Display Color\" T sourceView3d.src_gl_color}\n addUserKnob {7 src_scale l scale t \"Scale of the source set in 3D view. Update in real-time.\" R 0.001 4}\n src_scale 1\n addUserKnob {6 use_card_deform l \"use card deform\" t \"Use card deform function. Source input MUST be 'Card2' node (nuke default card node).\\n\\nDuring create source set, will confirm with user of the control points detected from the source input. Required at least 3x3 size.\\n\\nAfter source set created, this knob will be locked and not changable unless remove the source set again. The tool will take over the setting of the card. If change any setting of the source geo, the function will not work properly.\" +STARTLINE}\n addUserKnob {22 create_src_set l \"Create Source Set\" t \"If 'use card deform' is uncheck, the tool will create source set base on the vertex of the source geo.\\n\\nIf 'use card deform' is checked, the tool will confirm the amount of control points with user. And create the source set base on control point had been set.\" T \"thisGRP = nuke.thisGroup()\\ngoStore = nuke.toNode('store')\\ngoStore\\['fn'].execute()\\n\\nif thisGRP.input(1) == None :\\n nuke.message('Please connect the source geo to this node first.')\\nelse :\\n inMTX = thisGRP.input(1)\\['matrix'].getValue()\\n\\n vertexT = \\{\\}\\n\\n srcGeo = thisGRP.input(1)\\n\\n if thisGRP\\['use_card_deform'].getValue() != 1 :\\n thisGRP\\['reset_src'].execute()\\n\\n nuke.toNode('EditGeo_deform')\\['disable'].setValue(0)\\n if thisGRP.input(1).Class() == 'Card2' :\\n srcGeo\\['type'].setValue('none')\\n\\n pgeoSGet = nuke.toNode('pgeoSGet')\\n vertexT = pgVertexPack(pgeoSGet)\\n\\n ##############################################\\n\\n createSRCset(vertexT, inMTX, thisGRP)\\n thisGRP\\['use_card_deform'].setEnabled(False)\\n else :\\n if srcGeo.Class() == 'Card2' :\\n thisGRP\\['reset_src'].execute()\\n\\n thisGRP\\['export'].setEnabled(False)\\n nuke.toNode('EditGeo_deform')\\['disable'].setValue(1)\\n \\n srcGeo\\['type'].setValue('bicubic')\\n srcGeo\\['break_tangent'].setValue(True)\\n rawData = srcGeo\\['control_points'].toScript()\\n\\n wSub = int(rawData.split(' ')\\[2])\\n hSub = int(rawData.split(' ')\\[1])\\n\\n p = nuke.Panel('Control Points Confirm')\\n p.addSingleLineInput('x points', str(wSub))\\n p.addSingleLineInput('y points', str(hSub))\\n\\n if p.show() == 1 :\\n xInput = int(p.value('x points'))\\n yInput = int(p.value('y points'))\\n if xInput == wSub and yInput == hSub :\\n nuke.toNode('dataset')\\['raw_cdd'].setValue( rawData )\\n\\n import re\\n originData = re.split( '\\{|\\}', rawData )\\n if originData.count('curve') != 0 :\\n srcGeo\\['del_anim_shape'].execute()\\n\\n ctrlpts = getCTRLPTS(rawData)\\n\\n for i in range (0, len(ctrlpts)) :\\n vertexT\\[i] = ctrlpts\\[i]\\n\\n ##############################################\\n\\n createSRCset(vertexT, inMTX, thisGRP)\\n else :\\n srcGeo\\['x_points'].setValue( xInput )\\n srcGeo\\['y_points'].setValue( yInput )\\n srcGeo.showControlPanel()\\n srcGeo\\['new_shape'].execute()\\n srcGeo.hideControlPanel()\\n\\n rawData = srcGeo\\['control_points'].toScript()\\n nuke.toNode('dataset')\\['raw_cdd'].setValue( rawData )\\n\\n import re\\n originData = re.split( '\\{|\\}', rawData )\\n if originData.count('curve') != 0 :\\n srcGeo\\['del_anim_shape'].execute()\\n\\n ctrlpts = getCTRLPTS(rawData)\\n\\n for i in range (0, len(ctrlpts)) :\\n vertexT\\[i] = ctrlpts\\[i]\\n\\n ##############################################\\n\\n createSRCset(vertexT, inMTX, thisGRP)\\n\\n thisGRP\\['use_card_deform'].setEnabled(False)\\n thisGRP\\['rows'].setValue( srcGeo\\['rows'].value() )\\n thisGRP\\['columns'].setValue( srcGeo\\['columns'].value() )\\n else :\\n nuke.message('Source input no Card2 found.')\" +STARTLINE}\n addUserKnob {22 reset_src l Remove t \"Remove any exisiting source set, reset all the deform value and release 'use card deform' knob.\" T \"try :\\n\\tthisGRP = nuke.thisGroup()\\n\\tnuke.delete(nuke.toNode('s'))\\n\\tthisGRP\\['metadata'].fromScript('')\\n\\tthisGRP\\['use_card_deform'].setEnabled(True)\\n\\tthisGRP\\['reset_deform'].execute()\\n\\tnuke.toNode('dataset')\\['raw_cdd'].setValue('')\\n\\tthisGRP\\['export'].setEnabled(True)\\nexcept :\\n\\tpass\" +STARTLINE}\n addUserKnob {26 title_p2p l \"Point-to-Point Setup\"}\n addUserKnob {22 snap l \"Snap Source to Target\" t \"Required select one target and one source under view and snap them together. All data will store into 'Point-to-Point data' (metadata).\" T \"if nuke.toNode('t') == None :\\n\\tnuke.message('Missing Target selection. Please process \\\"Create Target Selection\\\" first.')\\nelse :\\n\\tif nuke.toNode('s') == None :\\n\\t\\tnuke.message('Missing Source UI. Please process \\\"Create Source UI\\\" first.')\\n\\telse :\\n\\t\\ttry :\\n\\t\\t\\tthisGRP = nuke.thisGroup()\\n\\t\\t\\tgoStore = nuke.toNode('store')\\n\\t\\t\\tgoStore\\['fn'].execute()\\n\\n\\t\\t\\ttgtGRP = nuke.toNode('t')\\n\\t\\t\\tsrcGRP = nuke.toNode('s')\\n\\n\\t\\t\\ttgtGRP.begin()\\n\\t\\t\\tfor node in nuke.allNodes() :\\n\\t\\t\\t\\tif node\\['selected'].getValue() == 1 :\\n\\t\\t\\t\\t\\ttgtSel = node\\n\\t\\t\\ttgtGRP.end()\\n\\n\\t\\t\\tsrcGRP.begin()\\n\\t\\t\\tfor node in nuke.allNodes() :\\n\\t\\t\\t\\tif node\\['selected'].getValue() == 1 :\\n\\t\\t\\t\\t\\tsrcSel = node\\n\\t\\t\\tsrcGRP.end()\\n\\n\\t\\t\\tsrcSel\\['translate'].setValue(tgtSel\\['translate'].getValue())\\n\\n\\t\\t\\t#######################################################\\n\\n\\t\\t\\tpathLength = len(srcSel.fullName().split('.'))\\n\\t\\t\\tsrcName = '.'.join(srcSel.fullName().split('.')\\[pathLength-2:pathLength])\\n\\t\\t\\ttgtName = '.'.join(tgtSel.fullName().split('.')\\[pathLength-2:pathLength])\\n\\n\\t\\t\\texistDataset = getData(thisGRP)\\n\\n\\t\\t\\texistDataset\\[srcName] = tgtName\\n\\n\\t\\t\\tnewData = \\[]\\n\\t\\t\\tfor key in existDataset :\\n\\t\\t\\t\\tnewData.append('\\{set ' + str(key) + ' ' + str(existDataset\\[key]) + '\\}')\\n\\n\\t\\t\\tthisGRP\\['metadata'].fromScript('\\\\n'.join(newData))\\n\\t\\t\\tdel existDataset\\n\\t\\texcept :\\n\\t\\t\\tnuke.message('Process fail. Please select 1 target and 1 source first.')\" +STARTLINE}\n addUserKnob {22 deselect_all l \"De-select All\" t \"This tool designed to only able select one target and one source only. User cannot de-select under viewer. Use this button to de-select any target or source.\" -STARTLINE T \"try :\\n\\taxGRP = nuke.toNode('t')\\n\\taxGRP.begin()\\n\\tfor node in nuke.allNodes() :\\n\\t\\tnode\\['selected'].setValue(0)\\n\\taxGRP.end()\\n\\taxGRP = nuke.toNode('s')\\n\\taxGRP.begin()\\n\\tfor node in nuke.allNodes() :\\n\\t\\tnode\\['selected'].setValue(0)\\n\\taxGRP.end()\\nexcept :\\n\\tpass\"}\n addUserKnob {20 pts2pts l \"Point-to-Point data\" n 1}\n pts2pts 0\n addUserKnob {41 metadata l \"\" t \"*If not sure how this work, don't change it manually. Let the tool handle this.*\\nThis store the point-to-point data after trigger snap function. It store the full path of the target set and the source set. User can find those full path name under viewer.\\n\\nFor example :\\norigami.s.y.1 - for the source\\norigami.t.x.1 - for the target\\n\\nIf these appear in the same line, which means s.y.1 linked to t.x.1 . Once triggered deform, the deformation will base on this point-to-point data to deform the point.\\n\\nSorting order will not affect anyting on the result. If add the data manually, need to be sure the full path name is existing in the set. Otherwise that will break the function.\" -STARTLINE T dataset.metadata}\n addUserKnob {20 endGroup n -1}\n addUserKnob {20 tab_cardDeform l \"Card Deform\"}\n addUserKnob {26 title_subd l Subdivision}\n addUserKnob {41 rows l rows/columns T menu04.rows}\n addUserKnob {41 columns l \"\" -STARTLINE T menu04.columns}\n addUserKnob {26 title_tangent l Tangent}\n addUserKnob {41 live_update l \"live update\" T menu02.live_update}\n addUserKnob {41 t1angle l \"tangent +x\" T menu03.t1angle}\n addUserKnob {41 t1scale l scale -STARTLINE T menu03.t1scale}\n addUserKnob {41 t2angle l \"tangent -x\" T menu03.t2angle}\n addUserKnob {41 t2scale l scale -STARTLINE T menu03.t2scale}\n addUserKnob {41 t3angle l \"tangent +y\" T menu03.t3angle}\n addUserKnob {41 t3scale l scale -STARTLINE T menu03.t3scale}\n addUserKnob {41 t4angle l \"tangent -y\" T menu03.t4angle}\n addUserKnob {41 t4scale l scale -STARTLINE T menu03.t4scale}\n addUserKnob {41 edge_tangent l \"edge tangent\" T menu03.edge_tangent}\n addUserKnob {26 title_animT l \"Animate Tangent\"}\n addUserKnob {41 anim_type_tangent l \"anim type\" t \"Anim type of tangent will ONLY apply on deform with animation .\\n\\ndynamic\\nCalculate every tangent angle and length on every frame.\\n\\nstatic\\nOnly apply the tangent angle and length from the reference frame set in this tool.\\n\\nWhen the type set to static, reference frame knob will be enable.\\n\\nThis knob will not trigger 'live update' due to static option require within frame range.\" T menu05.anim_type_tangent}\n addUserKnob {3 ref_frame l \"reference frame\" t \"This knob will be enable when tangent anim type set to static. And the tangle calculation will only apply from reference frame. The value has to be inside the frame range. \" +DISABLED}\n ref_frame 1001\n addUserKnob {20 origamiTabEnd l \"\" +STARTLINE n -3}\n addUserKnob {26 \"\"}\n addUserKnob {6 deform_anim l \"with Animation\" t \"Deform with animation.\" +STARTLINE}\n addUserKnob {22 deform l \" Deform \" t \"Deform the source geo. It can be use as preview during process and also final deform.\" T \"thisGRP = nuke.thisGroup()\\nwAnim = thisGRP\\['deform_anim'].getValue()\\ngoStore = nuke.toNode('store')\\ngoStore\\['fn'].execute()\\nthisGRP\\['deform_status'].setValue(1)\\n\\nif thisGRP\\['use_card_deform'].getValue() != 1 :\\n\\tegDeform = nuke.toNode('EditGeo_deform')\\n\\n\\tmd = getData(thisGRP)\\n\\n\\tdkeys = \\[]\\n\\tdvalues = \\[]\\n\\n\\tif wAnim == 0 :\\n\\t\\tfor key in md :\\n\\t\\t\\tdkeys.append(str(key\\[3:]))\\n\\t\\t\\tfor i in range (0, 3) :\\n\\t\\t\\t\\tdiff = nuke.toNode(md\\[key])\\['translate'].getValue()\\[i] - nuke.toNode(key)\\['origin'].getValue()\\[i]\\n\\t\\t\\t\\tdvalues.append(str(diff))\\n\\n\\t\\tegDeform\\['keys'].fromScript('\\{ ' + ' '.join(dkeys) + ' \\}')\\n\\t\\tegDeform\\['values'].fromScript('\\{ ' + ' '.join(dvalues) + ' \\}')\\n\\n\\telse :\\n\\t\\tFRsetting = thisGRP\\['frame_range'].getValue()\\n\\n\\t\\tif FRsetting == 1 :\\n\\t\\t\\tframeST = int(thisGRP\\['firstFR'].getValue())\\n\\t\\t\\tframeED = int(thisGRP\\['lastFR'].getValue())\\n\\t\\telse :\\n\\t\\t\\tframeST = nuke.root().firstFrame()\\n\\t\\t\\tframeED = nuke.root().lastFrame()\\n\\n\\t\\t##########################################\\n\\n\\t\\ttempKeys01 = \\[]\\n\\t\\tfor key in md :\\n\\t\\t\\ttempKeys01.append(str(key\\[3:]))\\n\\n\\t\\ttempKeys02 = \\[]\\n\\t\\tfor i in range (0, len(tempKeys01)) :\\n\\t\\t\\ttempKeep = \\[]\\n\\t\\t\\tfor time in range (int(frameST), int(frameED+1), 1) :\\n\\t\\t\\t\\ttempKeep.append('x' + str(time) + ' ' + tempKeys01\\[i])\\n\\t\\t\\ttempKeys02.append(tempKeep)\\n\\t\\t\\tdel tempKeep\\n\\t\\tdel tempKeys01\\n\\t\\ttempKeys01 = \\[]\\n\\t\\tfor i in range (0, len(tempKeys02)) :\\n\\t\\t\\ttempKeys01.append('\\{curve ' + ' '.join(tempKeys02\\[i]) + '\\}')\\n\\t\\tdel tempKeys02\\n\\n\\t\\tdkeys = '\\{' + ' '.join(tempKeys01) + '\\}'\\n\\n\\t\\t##########################################\\n\\n\\t\\ttempValue01 = \\[]\\n\\t\\tfor key in md :\\n\\t\\t\\ttempValue03 = \\[]\\n\\t\\t\\tfor time in range (int(frameST), int(frameED+1), 1) :\\n\\t\\t\\t\\ttempValue02 = \\[]\\n\\t\\t\\t\\tfor i in range (0, 3) :\\n\\t\\t\\t\\t\\tdiff = nuke.toNode(md\\[key])\\['translate'].getValueAt(time)\\[i] - nuke.toNode(key)\\['origin'].getValue()\\[i]\\n\\t\\t\\t\\t\\ttempValue02.append('x' + str(time) + ' ' + str(diff))\\n\\t\\t\\t\\ttempValue03.append(tempValue02)\\n\\t\\t\\ttempValue01.append(tempValue03)\\n\\t\\ttempValue02 = \\[]\\n\\t\\tfor i in range (0, len(tempValue01)) :\\n\\t\\t\\ttempX = \\[]\\n\\t\\t\\ttempY = \\[]\\n\\t\\t\\ttempZ = \\[]\\n\\t\\t\\tfor t in range (0, len(tempValue01\\[i])) :\\n\\t\\t\\t\\ttempX.append(tempValue01\\[i]\\[t]\\[0])\\n\\t\\t\\t\\ttempY.append(tempValue01\\[i]\\[t]\\[1])\\n\\t\\t\\t\\ttempZ.append(tempValue01\\[i]\\[t]\\[2])\\n\\t\\t\\ttempValue02.append('\\{curve ' + ' '.join(tempX) + '\\} \\{curve ' + ' '.join(tempY) + '\\} \\{curve ' + ' '.join(tempZ) + '\\}')\\n\\n\\t\\tdvalues = '\\{' + ' '.join(tempValue02) + '\\}'\\n\\n\\t\\tegDeform\\['keys'].fromScript(dkeys)\\n\\t\\tegDeform\\['values'].fromScript(dvalues)\\nelse :\\n\\tcardCenter(thisGRP, thisGRP.input(1))\" +STARTLINE}\n addUserKnob {22 export l \" Export EditGeo \" t \"Deformation can be export to EditGeo node but not for card deform.\" T \"thisGRP = nuke.thisGroup()\\negDeform = nuke.toNode('EditGeo_deform')\\nroot = getLevel()\\n\\nroot.begin()\\nexEG = nuke.nodes.EditGeo()\\nexEG\\['xpos'].setValue(thisGRP.xpos()+120)\\nexEG\\['ypos'].setValue(thisGRP.ypos())\\nexEG\\['label'].setValue('Export by Origami')\\nexEG\\['keys'].fromScript(egDeform\\['keys'].toScript())\\nexEG\\['values'].fromScript(egDeform\\['values'].toScript())\\nexEG\\['tile_color'].fromScript(thisGRP\\['tile_color'].toScript())\\nroot.end()\" +STARTLINE}\n addUserKnob {22 reset_deform l \" Reset Deform \" t \"Remove all the applied deformation data.\" -STARTLINE T \"thisGRP = nuke.thisGroup()\\nnuke.toNode('EditGeo_deform')\\['keys'].fromScript('')\\nnuke.toNode('EditGeo_deform')\\['values'].fromScript('')\\ntry :\\n\\tif thisGRP\\['use_card_deform'].getValue() == 1 :\\n\\t\\tthisGRP.input(1)\\['useMatrix'].setValue(0)\\n\\t\\tthisGRP.input(1)\\['control_points'].fromScript(nuke.toNode('dataset')\\['raw_cdd'].getValue())\\n\\t\\tthisGRP.input(1)\\['label'].setValue('')\\n\\t\\tthisGRP.input(1)\\['tile_color'].fromScript('0')\\n\\t\\tthisGRP\\['deform_status'].setValue(0)\\nexcept :\\n\\tpass\"}\n addUserKnob {3 deform_status l \"\" t \"not for user\" +STARTLINE +INVISIBLE}\n addUserKnob {20 tab_menu l Feature}\n addUserKnob {22 create_origami_menu l \"Create Menu\" t \"Create a temporary tool menu. Support hotkey. It's not a permanent tool menu. The main purpose is get all the functions with hotkey support.\" T \"p = nuke.Panel('Alert')\\np.addNotepad('', 'This menu is temporary and will not override any of personal setting.\\\\n\\\\nWhen you \\\\'Create Menu\\\\', it might temporary override current hotkey. Please double check \\\\'Define Hotkey\\\\' section.\\\\n\\\\nUser always able revert hotkey after \\\\'Remove Menu\\\\' or restart nuke again.\\\\n\\\\nAre you sure to process?')\\n\\nif p.show() == 1 :\\n\\toriNAME = nuke.thisGroup()\\n\\thkCrTgt = oriNAME\\['hk_cr_tgt'].getValue()\\n\\thkRmTgt = oriNAME\\['hk_rm_tgt'].getValue()\\n\\thkCrSrcUI = oriNAME\\['hk_cr_srcUI'].getValue()\\n\\thkRmSrcUI = oriNAME\\['hk_rm_srcUI'].getValue()\\n\\thkSnap = oriNAME\\['hk_snap'].getValue()\\n\\thkDesel = oriNAME\\['hk_deselect_all'].getValue()\\n\\thkDeform = oriNAME\\['hk_deform'].getValue()\\n\\thkResetD = oriNAME\\['hk_reset_d'].getValue()\\n\\n\\tmenubar = nuke.menu('Nuke')\\n\\tori = menubar.addMenu(oriNAME.name())\\n\\n\\tori.addCommand('Target/Create Target Selection', 'crTgt(oriNAME)', hkCrTgt)\\n\\tori.addCommand('Target/Remove Target Selection', 'rmTgt(oriNAME)', hkRmTgt)\\n\\tori.addCommand('Source/Create Source UI', 'crSrcUI(oriNAME)', hkCrSrcUI)\\n\\tori.addCommand('Source/Remove Source UI', 'rmSrcUI(oriNAME)', hkRmSrcUI)\\n\\tori.addCommand('Snap Source to Target', 'snap(oriNAME)', hkSnap)\\n\\tori.addCommand('Deselect All', 'desel(oriNAME)', hkDesel)\\n\\tori.addCommand('Deform/Deform', 'orideform(oriNAME)', hkDeform)\\n\\tori.addCommand('Deform/Reset Deform', 'resetD(oriNAME)', hkResetD)\\n\\n\\tdef crTgt(origami) :\\n\\t\\torigami\\['create_tgt_set'].execute()\\n\\n\\tdef rmTgt(origami) :\\n\\t\\torigami\\['reset_tgt'].execute()\\n\\n\\tdef crSrcUI(origami) :\\n\\t\\torigami\\['create_src_set'].execute()\\n\\n\\tdef rmSrcUI(origami) :\\n\\t\\torigami\\['reset_src'].execute()\\n\\n\\tdef snap(origami) :\\n\\t\\torigami\\['snap'].execute()\\n\\n\\tdef desel(origami) :\\n\\t\\torigami\\['deselect_all'].execute()\\n\\n\\tdef orideform(origami) :\\n\\t\\torigami\\['deform'].execute()\\n\\n\\tdef resetD(origami) :\\n\\t\\torigami\\['reset_deform'].execute()\" +STARTLINE}\n addUserKnob {22 remove_origami_menu l \"Remove Menu\" t \"Remove the tool menu\" -STARTLINE T \"thisNAME = nuke.thisGroup().name()\\nnuke.menu('Nuke').removeItem(thisNAME)\"}\n addUserKnob {26 title_hotkey l \"Define Hotkey\"}\n addUserKnob {1 hk_cr_tgt l \"Create Target Set\"}\n hk_cr_tgt \";\"\n addUserKnob {1 hk_rm_tgt l \"Remove Target Set\"}\n hk_rm_tgt \"shift+;\"\n addUserKnob {1 hk_cr_srcUI l \"Create Source Set\"}\n hk_cr_srcUI '\n addUserKnob {1 hk_rm_srcUI l \"Remove Source Set\"}\n hk_rm_srcUI shift+'\n addUserKnob {1 hk_snap l \"Snap Source to Target\"}\n hk_snap alt+n\n addUserKnob {1 hk_deselect_all l \"Deselect All\"}\n hk_deselect_all \"\\\\\"\n addUserKnob {1 hk_deform l Deform}\n hk_deform \"\\[\"\n addUserKnob {1 hk_reset_d l \"Reset Deform\"}\n hk_reset_d \"]\"\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T 1.5}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2021-03-26}\n addUserKnob {22 btn_CHANGELOG l Changelog T \"log = \\\"1.5
    - compatible python3
    - fix broken function by missing knob on 'live_update'
    - default Snap hotkeys set to 'alt+n'
    - minor fix
    - 'use card deform' uncheck by default

    1.4
    - fix the error message on 
      first time run 'Create Target Set'
      when there has no target input.
    - update warning message
      for 'Create Menu'

    1.3
    - added the function onCreate,
      when open a script already deform
      live update will still function.

    1.2
    - added card deform option,
      can get smooth shape of
      deform with tangent.
    - optimize the tool.
    - added tooltips.
    - layout of panel change.
    - bug fix.

    1.1
    - rework entire tool workflow
      to have better ui and ux\\\"\\nnuke.message( log )\" +STARTLINE}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n}\n BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0xff\n label \"dont touch\"\n note_font_size 42\n xpos -2060\n ypos -208\n bdwidth 1011\n bdheight 247\n }\n BackdropNode {\n inputs 0\n name BackdropNode2\n tile_color 0x4c4c4cff\n label bin\n note_font_size 42\n xpos -2055\n ypos 108\n bdwidth 281\n bdheight 213\n }\n Input {\n inputs 0\n name target\n xpos -370\n ypos -96\n }\n Dot {\n name Dot2\n xpos -336\n ypos 103\n }\n Input {\n inputs 0\n name source\n xpos -526\n ypos -94\n number 1\n }\n Dot {\n name Dot1\n xpos -492\n }\nset N5c8f2c00 [stack 0]\n EditGeo {\n translate {1.379999995 0.7799999714 1.700000167}\n name EditGeo_deform\n xpos -526\n ypos 74\n disable true\n }\n Scene {\n inputs 2\n name oScene\n xpos -516\n ypos 182\n }\n Output {\n name Output1\n xpos -526\n ypos 345\n }\npush $N5c8f2c00\n PythonGeo {\n name pgeoSGet\n xpos -654\n ypos -3\n }\n NoOp {\n inputs 0\n name targetView3d\n onCreate \"\\nfor knob in nuke.thisNode().knobs() :\\n try :\\n if knob.split('_')\\[3] == 'panelDropped' :\\n nuke.thisNode().removeKnob(nuke.thisNode()\\[knob])\\n except :\\n pass\\n\"\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\ngetColor = thisGRP\\['tgt_gl_color'].getValue()\\ncolorConvert = '0x%02x%02x%02x%02x' % (getColor\\[0]*255 , getColor\\[1]*255, getColor\\[2]*255, 255)\\ntry :\\n axGRP = nuke.toNode('t')\\n axGRP.begin()\\n for node in nuke.allNodes() :\\n if node.Class()\\[0:4] == 'Axis' :\\n node\\['gl_color'].fromScript(colorConvert)\\n axGRP.end()\\nexcept :\\n pass\\nfor knob in nuke.thisNode().knobs() :\\n try :\\n if knob.split('_')\\[3] == 'panelDropped' :\\n nuke.thisNode().removeKnob(nuke.thisNode()\\[knob])\\n except :\\n pass\\n\"\n xpos -1870\n ypos -86\n addUserKnob {20 User}\n addUserKnob {18 tgt_gl_color l \"Target Display Color\" t \"Display color of the target set in 3D view. Update in real-time.\"}\n tgt_gl_color {0.1999998093 0 1}\n }\n NoOp {\n inputs 0\n name menu04\n knobChanged \"\\nif nuke.thisGroup().input(1).Class() == 'Card2' and nuke.thisGroup()\\['deform_status'].getValue() == 1 :\\n subdUpdate(nuke.thisGroup(), nuke.thisGroup().input(1))\\n\"\n xpos -1445\n ypos -86\n addUserKnob {20 User}\n addUserKnob {3 rows l rows/columns t \"Increase subdivsion will smooth the geo with curvature shape. The value is applied between each control point. For example, if control points is 3x3, row set to 10. The entire geo subdivision in row will be 30 in total.\\n\\nThis value will update in real-time after deformed. It will take the control of the source geo, but not adding any custom function.\"}\n rows 10\n addUserKnob {3 columns l \"\" t \"Increase subdivsion will smooth the geo with curvature shape. The value is applied between each control point. For example, if control points is 3x3, columns set to 10. The entire geo subdivision in columns will be 30 in total.\\n\\nThis value will update in real-time after deformed. It will take the control of the source geo, but not adding any custom function.\" -STARTLINE}\n columns 10\n }\n NoOp {\n inputs 0\n name menu05\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nif thisGRP\\['anim_type_tangent'].getValue() == 0 :\\n thisGRP\\['ref_frame'].setEnabled(False)\\nelse :\\n thisGRP\\['ref_frame'].setEnabled(True)\\n\"\n xpos -1339\n ypos -88\n addUserKnob {20 User}\n addUserKnob {4 anim_type_tangent l \"anim type\" t \"Anim type of tangent will ONLY apply on deform with animation .\\n\\ndynamic\\nCalculate every tangent angle and length on every frame.\\n\\nstatic\\nOnly apply the tangent angle and length from the reference frame set in this tool.\\n\\nWhen the type set to static, reference frame knob will be enable.\\n\\nThis knob will not trigger 'live update' due to static option require within frame range.\" M {dynamic static \"\" \"\" \"\" \"\" \"\" \"\"}}\n }\n NoOp {\n inputs 0\n name sourceView3d\n onCreate \"\\nfor knob in nuke.thisNode().knobs() :\\n try :\\n if knob.split('_')\\[3] == 'panelDropped' :\\n nuke.thisNode().removeKnob(nuke.thisNode()\\[knob])\\n except :\\n pass\\n\"\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\ngetColor = thisGRP\\['src_gl_color'].getValue()\\ncolorConvert = '0x%02x%02x%02x%02x' % (getColor\\[0]*255 , getColor\\[1]*255, getColor\\[2]*255, 255)\\ntry :\\n axGRP = nuke.toNode('s')\\n axGRP.begin()\\n for node in nuke.allNodes() :\\n if node.Class()\\[0:4] == 'Axis' :\\n node\\['gl_color'].fromScript(colorConvert)\\n axGRP.end()\\nexcept :\\n pass\\nfor knob in nuke.thisNode().knobs() :\\n try :\\n if knob.split('_')\\[3] == 'panelDropped' :\\n nuke.thisNode().removeKnob(nuke.thisNode()\\[knob])\\n except :\\n pass\\n\"\n xpos -1981\n ypos -86\n addUserKnob {20 User}\n addUserKnob {18 src_gl_color l \"Source Display Color\" t \"Display color of the source set in 3D view. Update in real-time.\"}\n src_gl_color {1 0.6000000238 0}\n }\n NoOp {\n inputs 0\n name menu01\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nif thisGRP\\['frame_range'].getValue() == 0 :\\n thisGRP\\['firstFR'].setEnabled(False)\\n thisGRP\\['lastFR'].setEnabled(False)\\nelse :\\n thisGRP\\['firstFR'].setEnabled(True)\\n thisGRP\\['lastFR'].setEnabled(True)\\n\"\n xpos -1760\n ypos -86\n addUserKnob {20 User}\n addUserKnob {4 frame_range l \"frame range\" M {\"project setting\" custom}}\n }\n NoOp {\n inputs 0\n name menu03\n knobChanged \"\\nif nuke.thisGroup().input(1).Class() == 'Card2' and nuke.thisGroup()\\['deform_status'].getValue(1) and nuke.thisGroup()\\['live_update'].getValue() == 1 :\\n cardCenter( nuke.thisGroup(), nuke.thisGroup().input(1))\\n\"\n xpos -1554\n ypos -86\n addUserKnob {20 User}\n addUserKnob {7 t1angle l \"tangent +x\" t \"When place the card at origin (0,0,0) , this tangent is control the angle of +x vector direction.\\n\\n0 is no any tangent angle\\n1 is the smoothness angle\\n\\nValue can be negative or any above 1.\"}\n t1angle 1\n addUserKnob {7 t1scale l scale t \"When place the card at origin (0,0,0) , this tangent is control the scale of +x vector direction.\\n\\n1 is the normal length of the tangent.\" -STARTLINE}\n t1scale 1\n addUserKnob {7 t2angle l \"tangent -x\" t \"When place the card at origin (0,0,0) , this tangent is control the angle of -x vector direction.\\n\\n0 is no any tangent angle\\n1 is the smoothness angle\\n\\nValue can be negative or any above 1.\"}\n t2angle 1\n addUserKnob {7 t2scale l scale t \"When place the card at origin (0,0,0) , this tangent is control the scale of -x vector direction.\\n\\n1 is the normal length of the tangent.\" -STARTLINE}\n t2scale 1\n addUserKnob {7 t3angle l \"tangent +y\" t \"When place the card at origin (0,0,0) , this tangent is control the angle of +y vector direction.\\n\\n0 is no any tangent angle\\n1 is the smoothness angle\\n\\nValue can be negative or any above 1.\"}\n t3angle 1\n addUserKnob {7 t3scale l scale t \"When place the card at origin (0,0,0) , this tangent is control the scale of +y vector direction.\\n\\n1 is the normal length of the tangent.\" -STARTLINE}\n t3scale 1\n addUserKnob {7 t4angle l \"tangent -y\" t \"When place the card at origin (0,0,0) , this tangent is control the angle of -y vector direction.\\n\\n0 is no any tangent angle\\n1 is the smoothness angle\\n\\nValue can be negative or any above 1.\"}\n t4angle 1\n addUserKnob {7 t4scale l scale t \"When place the card at origin (0,0,0) , this tangent is control the scale of -y vector direction.\\n\\n1 is the normal length of the tangent.\" -STARTLINE}\n t4scale 1\n addUserKnob {7 edge_tangent l \"edge tangent\" t \"Tangent on the edge can be have a separate value.\\n\\nIf value = 0 :\\nTangent on the edge will not separate than the other. It will take the control from tangent +x/-x/+y/-y\\n\\nif the value above 0 :\\nTangent on the edge will take the value from this knob.\\n\\nIf want to separate the tangent on the edge but don't want to smooth the geo. User can put 0.01 value to get this work.\"}\n edge_tangent 0.01\n }\n NoOp {\n inputs 0\n name menu02\n xpos -1660\n ypos -87\n addUserKnob {20 User}\n addUserKnob {6 live_update l \"live update\" t \"If this knob checked, the tangent value change will update in real-time. Please note that the function works great with static deform. For animated deform, it might take some time to re-calculate every changes.\\n\\nRecommend :\\nTurn this on when looking at reference frame with animation off. Once the deform shape is good, turn this off and deform with animation on again to speed up the process.\" +STARTLINE}\n }\n ModifyMetaData {\n inputs 0\n name dataset\n xpos -2020\n ypos 230\n addUserKnob {20 User}\n addUserKnob {43 raw_cdd l \"raw CDD\"}\n }\n NoOp {\n inputs 0\n name store\n xpos -1905\n ypos 231\n addUserKnob {20 User}\n addUserKnob {1 filter3DNodes}\n filter3DNodes Axis,Axis2,Axis3,Card,Card2,Cube,Cylinder,Sphere,ReadGeo,ReadGeo2,Light,Light2,Light3,DirectLight,Spotlight,Environment,TransformGeo,EditGeo,Camera,Camera2\n addUserKnob {22 fn T \"def getLevel() :\\n\\t### level define ###\\n\\tif len(nuke.thisNode().fullName().split('.')) == 1 :\\n\\t\\t\\tggLevel = nuke.root()\\n\\telse :\\n\\t\\t\\tnodePath = nuke.thisNode().fullName().split('.')\\n\\t\\t\\tnodePath.pop()\\n\\t\\t\\tggLevel = nuke.toNode('.'.join(nodePath))\\n\\treturn ggLevel\\n\\n#######################################################\\n\\ndef pgVertexPack(pgNode) :\\n\\tpygeoNODE = pgNode\\n\\tvertexKeys = \\[]\\n\\tvertexValues = \\[]\\n\\n\\tfor i in pygeoNODE\\['geo'].getGeometry()\\[0].primitives() :\\n\\t\\tfor h in range (0, len(i)) :\\n\\t\\t\\tif vertexKeys.count(i\\[h]) == 0 :\\n\\t\\t\\t\\tvertexKeys.append(i\\[h])\\n\\n\\tfor i in range\\t(0, int(len(pygeoNODE\\['geo'].getGeometry()\\[0].points())/3)) :\\n\\t\\tvertexValues.append(pygeoNODE\\['geo'].getGeometry()\\[0].points()\\[3*i:3*(i+1)])\\n\\n\\treturn dict(zip(vertexKeys, vertexValues))\\n\\n#######################################################\\n\\ndef getData(metaNODE) :\\n\\timport re\\n\\ttempKeep = re.split('\\{set|\\}| |\\\\n',metaNODE\\['metadata'].toScript())\\n\\ttempKeep2 = \\[]\\n\\tfor i in range (0, len(tempKeep), 1) :\\n\\t\\tif len(tempKeep\\[i]) != 0 :\\n\\t\\t\\ttempKeep2.append(tempKeep\\[i])\\n\\n\\tdataset = \\{\\}\\n\\tfor i in range (0, int(len(tempKeep2)/2)) :\\n\\t\\tdataset\\[tempKeep2\\[2*i]] = tempKeep2\\[(2*i)+1]\\n\\treturn dataset\\n\\n#######################################################\\n\\ndef getCTRLPTS(cdd) :\\n\\timport re\\n\\ttempData01 = re.split('\\{|\\}|\\\\\\\\n| ', cdd)\\[6:]\\n\\ttempData02 = \\[]\\n\\tfor i in tempData01 :\\n\\t\\t\\tif len(i) != 0 :\\n\\t\\t\\t\\t\\ttempData02.append(float(i))\\n\\tdel tempData01\\n\\n\\ttempData01 = \\[]\\n\\tfor i in range (0, len(tempData02)) :\\n\\t\\tif i%24 > 0 and i%24 < 4 :\\n\\t\\t\\ttempData01.append(tempData02\\[i])\\n\\n\\tdel tempData02\\n\\n\\tcpt = \\[]\\n\\tfor i in range (0, int(len(tempData01)/3) ) :\\n\\t\\tcpt.append(tempData01\\[i*3:(i*3)+3])\\n\\n\\treturn cpt\\n\\n#######################################################\\n\\ndef axLock(tgtNODE, mode) :\\n\\t#thisNODE = nuke.thisNode()\\n\\tthisNAME = tgtNODE.fullName()\\n\\tgrpPath = '.'.join(thisNAME.split('.')\\[:-1])\\n\\tif mode :\\n\\t\\tpos = tgtNODE\\['origin'].getValue()\\n\\tgrpNODE = nuke.toNode(grpPath)\\n\\tgrpNODE.begin()\\n\\tfor node in nuke.allNodes() :\\n\\t\\tif node.fullName() != thisNAME :\\n\\t\\t\\tnode\\['selected'].setValue(0)\\n\\t\\t\\tif mode :\\n\\t\\t\\t\\ttgtNODE\\['translate'].setValue(pos)\\n\\tgrpNODE.end()\\n\\n#######################################################\\n\\ndef createSRCset(vdata, mtx, getColorNode) :\\n\\tsrcGRP = nuke.nodes.Group(name='s')\\n\\tgetColor = getColorNode\\['src_gl_color'].getValue()\\n\\n\\tdeform = nuke.toNode('EditGeo_deform')\\n\\toScene = nuke.toNode('oScene')\\n\\n\\tsrcGRP.begin()\\n\\tsrcSC = nuke.nodes.Scene()\\n\\tsrcOUT = nuke.nodes.Output()\\n\\tsrcOUT.setInput(0, srcSC)\\n\\n\\tfor key in vdata :\\n\\t\\tsrcAX = nuke.nodes.Axis(name='y' + str(key))\\n\\t\\tsrcAX.addKnob(nuke.XYZ_Knob('origin'))\\n\\t\\tsrcAX\\['translate'].setValue((vdata\\[key]\\[0]*mtx\\[0]+vdata\\[key]\\[1]*mtx\\[1]+vdata\\[key]\\[2]*mtx\\[2])+mtx\\[3], 0)\\n\\t\\tsrcAX\\['translate'].setValue((vdata\\[key]\\[0]*mtx\\[4]+vdata\\[key]\\[1]*mtx\\[5]+vdata\\[key]\\[2]*mtx\\[6])+mtx\\[7], 1)\\n\\t\\tsrcAX\\['translate'].setValue((vdata\\[key]\\[0]*mtx\\[8]+vdata\\[key]\\[1]*mtx\\[9]+vdata\\[key]\\[2]*mtx\\[10])+mtx\\[11], 2)\\n\\t\\tsrcAX\\['origin'].setValue((vdata\\[key]\\[0]*mtx\\[0]+vdata\\[key]\\[1]*mtx\\[1]+vdata\\[key]\\[2]*mtx\\[2])+mtx\\[3], 0)\\n\\t\\tsrcAX\\['origin'].setValue((vdata\\[key]\\[0]*mtx\\[4]+vdata\\[key]\\[1]*mtx\\[5]+vdata\\[key]\\[2]*mtx\\[6])+mtx\\[7], 1)\\n\\t\\tsrcAX\\['origin'].setValue((vdata\\[key]\\[0]*mtx\\[8]+vdata\\[key]\\[1]*mtx\\[9]+vdata\\[key]\\[2]*mtx\\[10])+mtx\\[11], 2)\\n\\t\\tsrcAX\\['scaling'].setExpression('parent.parent.src_scale')\\n\\t\\tsrcAX\\['gl_color'].fromScript('0x%02x%02x%02x%02x' % ( int(getColor\\[0]*255) , int(getColor\\[1]*255) , int(getColor\\[2]*255) , int(255) ) )\\n\\t\\tsrcAX\\['knobChanged'].setValue('axLock(nuke.thisNode(), 0)')\\n\\t\\tsrcSC.setInput(key, srcAX)\\n\\tsrcGRP.end()\\n\\n\\tdel mtx\\n\\n\\toScene.setInput(2, srcGRP)\\n\\n\\tdkeys = \\[]\\n\\tdvalues = \\[] \\n\\n\\tfor key in vdata :\\n\\t\\tdkeys.append(str(key))\\n\\t\\tfor i in range (0, 3) :\\n\\t\\t\\tdvalues.append(str(0.0))\\n\\n\\tdeform\\['keys'].fromScript('\\{' + ' '.join(dkeys) + '\\}')\\n\\tdeform\\['values'].fromScript('\\{' + ' '.join(dvalues) + '\\}')\\n\\n#######################################################\\n\\ndef sssAngle(vec1, vec2, vec3) :\\n\\timport math\\n\\t### get 3 sides length ###\\n\\tlA = math.sqrt( math.pow(vec3\\[0] - vec1\\[0], 2) + math.pow(vec3\\[1] - vec1\\[1], 2) + math.pow(vec3\\[2] - vec1\\[2], 2) )\\n\\tlB = math.sqrt( math.pow(vec2\\[0] - vec1\\[0], 2) + math.pow(vec2\\[1] - vec1\\[1], 2) + math.pow(vec2\\[2] - vec1\\[2], 2) )\\n\\tlC = math.sqrt( math.pow(vec2\\[0] - vec3\\[0], 2) + math.pow(vec2\\[1] - vec3\\[1], 2) + math.pow(vec2\\[2] - vec3\\[2], 2) )\\n\\n\\ttry :\\n\\t\\toutput = math.degrees( math.acos( ( math.pow(lA,2) + math.pow(lB,2) - math.pow(lC,2) ) / (2 * lA * lB) ) )\\n\\texcept ValueError :\\n\\t\\toutput = 0\\n\\n\\treturn output\\n\\n#######################################################\\n\\ndef modPRot(tri) :\\n\\timport math\\n\\ta = tri\\[1] - tri\\[0] \\n\\tb = tri\\[2] - tri\\[0] \\n\\t\\n\\tu = nuke.math.Vector3(a) \\n\\tu.normalize() \\n\\tw = a.cross(b) \\n\\tw.normalize() \\n\\tv = w.cross(u)\\n\\n\\tbias = 0.01\\n\\n\\tm = ( (u\\[0], v\\[0], w\\[0]), (u\\[1], v\\[1], w\\[1]), (u\\[2], v\\[2], w\\[2]) ) \\n\\tif abs(m\\[1]\\[2]) > 1-bias and abs(m\\[1]\\[2]) < 1+bias :\\n\\t\\try = 0.0 \\n\\t\\trx = (math.pi / 2.0) * -m\\[1]\\[2] \\n\\t\\trz = math.atan2(-m\\[0]\\[1], m\\[0]\\[0])\\t\\t\\t\\n\\telse: \\n\\t\\tcosx = math.sqrt(m\\[0]\\[2] ** 2 + m\\[2]\\[2] ** 2) \\n\\t\\tif cosx == 0: \\n\\t\\t\\tcosx = 1.0 \\n\\t\\trx = math.atan2(-m\\[1]\\[2], cosx) \\n\\t\\trz = math.atan2(m\\[1]\\[0] / cosx, m\\[1]\\[1] / cosx) \\n\\t\\try = math.atan2(m\\[0]\\[2] / cosx, m\\[2]\\[2] / cosx)\\n\\n\\treturn nuke.math.Vector3(rx, ry, rz) \\n\\n#######################################################\\n\\ndef tvar(vec1, vec2, vec3, calangle, tangle, tscale) :\\n\\timport math\\n\\ttangentLength = vec1.distanceBetween(vec2)/3 * tscale\\n\\trot = \\[ math.degrees(modPRot((vec1, vec2, vec3))\\[0]), math.degrees(modPRot((vec1, vec2, vec3))\\[1]), math.degrees(modPRot((vec1, vec2, vec3))\\[2]) + (calangle*-tangle) ]\\n\\n\\treturn \\[ tangentLength * ( math.cos(math.radians(rot\\[1])) * math.cos(math.radians(rot\\[2])) + math.sin(math.radians(rot\\[1])) * math.sin(math.radians(rot\\[0])) * math.sin(math.radians(rot\\[2])) ), tangentLength * ( math.cos(math.radians(rot\\[0])) * math.sin(math.radians(rot\\[2])) ), tangentLength * ( -math.sin(math.radians(rot\\[1])) * math.cos(math.radians(rot\\[2])) + math.cos(math.radians(rot\\[1])) * math.sin(math.radians(rot\\[0])) * math.sin(math.radians(rot\\[2])) ) ]\\n\\n#######################################################\\n\\ndef cardCenter(getNode, srcNode) :\\n\\ttry :\\n\\t\\tdatasetNODE = nuke.toNode('dataset')\\n\\n\\t\\twSub = int(datasetNODE\\['raw_cdd'].getValue().split(' ')\\[2])\\n\\t\\thSub = int(datasetNODE\\['raw_cdd'].getValue().split(' ')\\[1])\\n\\t\\ttotalcpts = wSub*hSub\\n\\n\\t\\tif wSub <= 2 or hSub <= 2 :\\n\\t\\t\\tnuke.message('Please set deform points at least 3x3.')\\n\\t\\telse :\\n\\t\\t\\tsrcNode\\['useMatrix'].setValue(0)\\n\\t\\t\\tsrcMTX = srcNode\\['matrix'].getValue()\\n\\t\\t\\tsrcNode\\['useMatrix'].setValue(1)\\n\\t\\t\\tsrcNode\\['matrix'].setValue(\\[1.0, 0.0, 0.0, 0.0, 0.0, 1.0, 0.0, 0.0, 0.0, 0.0, 1.0, 0.0, 0.0, 0.0, 0.0, 1.0])\\n\\t\\t\\t\\n\\t\\t\\timport re\\n\\t\\t\\traw_cdd = re.split( '\\{|\\}', datasetNODE\\['raw_cdd'].toScript() )\\n\\n\\t\\t\\tFRsetting = getNode\\['frame_range'].getValue()\\n\\n\\t\\t\\tif FRsetting == 1 :\\n\\t\\t\\t\\tframeST = int(getNode\\['firstFR'].getValue())\\n\\t\\t\\t\\tframeED = int(getNode\\['lastFR'].getValue())\\n\\t\\t\\telse :\\n\\t\\t\\t\\tframeST = nuke.root().firstFrame()\\n\\t\\t\\t\\tframeED = nuke.root().lastFrame()\\n\\n\\t\\t\\twAnim = getNode\\['deform_anim'].getValue()\\n\\n\\t\\t\\tmd = getData(getNode)\\n\\t\\t\\tmetaNum = \\[]\\n\\t\\t\\tfor key in md :\\n\\t\\t\\t\\tmetaNum.append( int(key\\[3:]) )\\n\\n\\t\\t\\t##########################################\\n\\n\\t\\t\\tcptsData = \\{\\n\\t\\t\\t\\t'newPosX': \\[], \\n\\t\\t\\t\\t'newPosY': \\[], \\n\\t\\t\\t\\t'newPosZ': \\[], \\n\\t\\t\\t\\t't1X': \\[], \\n\\t\\t\\t\\t't1Y': \\[], \\n\\t\\t\\t\\t't1Z': \\[], \\n\\t\\t\\t\\t't2X': \\[], \\n\\t\\t\\t\\t't2Y': \\[], \\n\\t\\t\\t\\t't2Z': \\[], \\n\\t\\t\\t\\t't3X': \\[], \\n\\t\\t\\t\\t't3Y': \\[], \\n\\t\\t\\t\\t't3Z': \\[], \\n\\t\\t\\t\\t't4X': \\[], \\n\\t\\t\\t\\t't4Y': \\[], \\n\\t\\t\\t\\t't4Z': \\[], \\n\\t\\t\\t\\t'uvX': \\[], \\n\\t\\t\\t\\t'uvY': \\[], \\n\\t\\t\\t\\t'uvZ': \\[],\\n\\t\\t\\t\\t\\}\\n\\n\\t\\t\\tif wAnim == 0 :\\n\\t\\t\\t\\tfor i in range(totalcpts) :\\n\\t\\t\\t\\t\\tif metaNum.count(i) == 1 :\\n\\t\\t\\t\\t\\t\\tcptsData\\['newPosX'].append(str(nuke.toNode(md\\['s.y'+str(i)])\\['translate'].getValue()\\[0]))\\n\\t\\t\\t\\t\\t\\tcptsData\\['newPosY'].append(str(nuke.toNode(md\\['s.y'+str(i)])\\['translate'].getValue()\\[1]))\\n\\t\\t\\t\\t\\t\\tcptsData\\['newPosZ'].append(str(nuke.toNode(md\\['s.y'+str(i)])\\['translate'].getValue()\\[2]))\\n\\t\\t\\t\\t\\telse :\\n\\t\\t\\t\\t\\t\\tcptsData\\['newPosX'].append(str((float(raw_cdd\\[1::12]\\[i].split(' ')\\[0])*srcMTX\\[0] + float(raw_cdd\\[1::12]\\[i].split(' ')\\[1])*srcMTX\\[1] + float(raw_cdd\\[1::12]\\[i].split(' ')\\[2])*srcMTX\\[2])+srcMTX\\[3]))\\n\\t\\t\\t\\t\\t\\tcptsData\\['newPosY'].append(str((float(raw_cdd\\[1::12]\\[i].split(' ')\\[0])*srcMTX\\[4] + float(raw_cdd\\[1::12]\\[i].split(' ')\\[1])*srcMTX\\[5] + float(raw_cdd\\[1::12]\\[i].split(' ')\\[2])*srcMTX\\[6])+srcMTX\\[7]))\\n\\t\\t\\t\\t\\t\\tcptsData\\['newPosZ'].append(str((float(raw_cdd\\[1::12]\\[i].split(' ')\\[0])*srcMTX\\[8] + float(raw_cdd\\[1::12]\\[i].split(' ')\\[1])*srcMTX\\[9] + float(raw_cdd\\[1::12]\\[i].split(' ')\\[2])*srcMTX\\[10])+srcMTX\\[11]))\\n\\t\\t\\n\\t\\t\\t\\tfor i in range(totalcpts) :\\n\\t\\t\\t\\t\\tvec1 = nuke.math.Vector3()\\n\\t\\t\\t\\t\\tvec2 = nuke.math.Vector3()\\n\\t\\t\\t\\t\\tvec3 = nuke.math.Vector3()\\n\\n\\t\\t\\t\\t### t1 ###\\n\\n\\t\\t\\t\\t\\tvec1.set( float(cptsData\\['newPosX']\\[i]), float(cptsData\\['newPosY']\\[i]), float(cptsData\\['newPosZ']\\[i]) )\\n\\n\\t\\t\\t\\t\\tif i%wSub != wSub-1 :\\n\\t\\t\\t\\t\\t\\tvec2.set( float(cptsData\\['newPosX']\\[i+1]), float(cptsData\\['newPosY']\\[i+1]), float(cptsData\\['newPosZ']\\[i+1]) )\\n\\t\\t\\t\\t\\t\\t\\n\\t\\t\\t\\t\\t\\tif i%wSub == 0 :\\n\\t\\t\\t\\t\\t\\t\\tvec3.set( float(cptsData\\['newPosX']\\[i+2]), float(cptsData\\['newPosY']\\[i+2]), float(cptsData\\['newPosZ']\\[i+2]) )\\n\\t\\t\\t\\t\\t\\t\\tif getNode\\['edge_tangent'].getValue() == 0 :\\n\\t\\t\\t\\t\\t\\t\\t\\tangle = 45\\n\\t\\t\\t\\t\\t\\t\\telse :\\n\\t\\t\\t\\t\\t\\t\\t\\tangle = 45 * getNode\\['edge_tangent'].getValue()\\n\\t\\t\\t\\t\\t\\telse :\\n\\t\\t\\t\\t\\t\\t\\tvec3.set( float(cptsData\\['newPosX']\\[i-1]), float(cptsData\\['newPosY']\\[i-1]), float(cptsData\\['newPosZ']\\[i-1]) )\\n\\t\\t\\t\\t\\t\\t\\tangle = sssAngle(vec2, vec3, vec1)\\n\\n\\t\\t\\t\\t\\t\\tcptsData\\['t1X'].append( str( tvar(vec1, vec2, vec3, angle, getNode\\['t1angle'].getValue(), getNode\\['t1scale'].getValue())\\[0] ) )\\n\\t\\t\\t\\t\\t\\tcptsData\\['t1Y'].append( str( tvar(vec1, vec2, vec3, angle, getNode\\['t1angle'].getValue(), getNode\\['t1scale'].getValue())\\[1] ) )\\n\\t\\t\\t\\t\\t\\tcptsData\\['t1Z'].append( str( tvar(vec1, vec2, vec3, angle, getNode\\['t1angle'].getValue(), getNode\\['t1scale'].getValue())\\[2] ) )\\n\\t\\t\\t\\t\\telse :\\n\\t\\t\\t\\t\\t\\tcptsData\\['t1X'].append('0')\\n\\t\\t\\t\\t\\t\\tcptsData\\['t1Y'].append('0')\\n\\t\\t\\t\\t\\t\\tcptsData\\['t1Z'].append('0')\\n\\n\\t\\t\\t\\t### t2 ###\\n\\n\\t\\t\\t\\t\\tif i%wSub != 0 :\\n\\t\\t\\t\\t\\t\\tvec2.set( float(cptsData\\['newPosX']\\[i-1]), float(cptsData\\['newPosY']\\[i-1]), float(cptsData\\['newPosZ']\\[i-1]) )\\n\\t\\t\\t\\t\\t\\t\\n\\t\\t\\t\\t\\t\\tif i%wSub == wSub-1 :\\n\\t\\t\\t\\t\\t\\t\\tvec3.set( float(cptsData\\['newPosX']\\[i-2]), float(cptsData\\['newPosY']\\[i-2]), float(cptsData\\['newPosZ']\\[i-2]) )\\n\\t\\t\\t\\t\\t\\t\\tif getNode\\['edge_tangent'].getValue() == 0 :\\n\\t\\t\\t\\t\\t\\t\\t\\tangle = 45\\n\\t\\t\\t\\t\\t\\t\\telse :\\n\\t\\t\\t\\t\\t\\t\\t\\tangle = 45 * getNode\\['edge_tangent'].getValue()\\n\\t\\t\\t\\t\\t\\telse :\\n\\t\\t\\t\\t\\t\\t\\tvec3.set( float(cptsData\\['newPosX']\\[i+1]), float(cptsData\\['newPosY']\\[i+1]), float(cptsData\\['newPosZ']\\[i+1]) )\\n\\t\\t\\t\\t\\t\\t\\tangle = sssAngle(vec2, vec3, vec1)\\n\\n\\t\\t\\t\\t\\t\\tcptsData\\['t2X'].append( str( tvar(vec1, vec2, vec3, angle, getNode\\['t2angle'].getValue(), getNode\\['t2scale'].getValue())\\[0] ) )\\n\\t\\t\\t\\t\\t\\tcptsData\\['t2Y'].append( str( tvar(vec1, vec2, vec3, angle, getNode\\['t2angle'].getValue(), getNode\\['t2scale'].getValue())\\[1] ) )\\n\\t\\t\\t\\t\\t\\tcptsData\\['t2Z'].append( str( tvar(vec1, vec2, vec3, angle, getNode\\['t2angle'].getValue(), getNode\\['t2scale'].getValue())\\[2] ) )\\n\\t\\t\\t\\t\\telse :\\n\\t\\t\\t\\t\\t\\tcptsData\\['t2X'].append('0')\\n\\t\\t\\t\\t\\t\\tcptsData\\['t2Y'].append('0')\\n\\t\\t\\t\\t\\t\\tcptsData\\['t2Z'].append('0')\\n\\n\\t\\t\\t\\t### t3 ###\\n\\n\\t\\t\\t\\t\\tif i < totalcpts-wSub :\\n\\t\\t\\t\\t\\t\\tvec2.set( float(cptsData\\['newPosX']\\[i+wSub]), float(cptsData\\['newPosY']\\[i+wSub]), float(cptsData\\['newPosZ']\\[i+wSub]) )\\n\\t\\t\\t\\t\\t\\t\\n\\t\\t\\t\\t\\t\\tif i < wSub :\\n\\t\\t\\t\\t\\t\\t\\tvec3.set( float(cptsData\\['newPosX']\\[i+wSub*2]), float(cptsData\\['newPosY']\\[i+wSub*2]), float(cptsData\\['newPosZ']\\[i+wSub*2]) )\\n\\t\\t\\t\\t\\t\\t\\tif getNode\\['edge_tangent'].getValue() == 0 :\\n\\t\\t\\t\\t\\t\\t\\t\\tangle = 45\\n\\t\\t\\t\\t\\t\\t\\telse :\\n\\t\\t\\t\\t\\t\\t\\t\\tangle = 45 * getNode\\['edge_tangent'].getValue()\\n\\t\\t\\t\\t\\t\\telse :\\n\\t\\t\\t\\t\\t\\t\\tvec3.set( float(cptsData\\['newPosX']\\[i-wSub]), float(cptsData\\['newPosY']\\[i-wSub]), float(cptsData\\['newPosZ']\\[i-wSub]) )\\n\\t\\t\\t\\t\\t\\t\\tangle = sssAngle(vec2, vec3, vec1)\\n\\n\\t\\t\\t\\t\\t\\tcptsData\\['t3X'].append( str( tvar(vec1, vec2, vec3, angle, getNode\\['t3angle'].getValue(), getNode\\['t3scale'].getValue())\\[0] ) )\\n\\t\\t\\t\\t\\t\\tcptsData\\['t3Y'].append( str( tvar(vec1, vec2, vec3, angle, getNode\\['t3angle'].getValue(), getNode\\['t3scale'].getValue())\\[1] ) )\\n\\t\\t\\t\\t\\t\\tcptsData\\['t3Z'].append( str( tvar(vec1, vec2, vec3, angle, getNode\\['t3angle'].getValue(), getNode\\['t3scale'].getValue())\\[2] ) )\\n\\t\\t\\t\\t\\telse :\\n\\t\\t\\t\\t\\t\\tcptsData\\['t3X'].append('0')\\n\\t\\t\\t\\t\\t\\tcptsData\\['t3Y'].append('0')\\n\\t\\t\\t\\t\\t\\tcptsData\\['t3Z'].append('0')\\n\\n\\t\\t\\t\\t### t4 ###\\n\\n\\t\\t\\t\\t\\tif i >= wSub :\\n\\t\\t\\t\\t\\t\\tvec2.set( float(cptsData\\['newPosX']\\[i-wSub]), float(cptsData\\['newPosY']\\[i-wSub]), float(cptsData\\['newPosZ']\\[i-wSub]) )\\n\\t\\t\\t\\t\\t\\t\\n\\t\\t\\t\\t\\t\\tif i >= totalcpts-wSub :\\n\\t\\t\\t\\t\\t\\t\\tvec3.set( float(cptsData\\['newPosX']\\[i-wSub*2]), float(cptsData\\['newPosY']\\[i-wSub*2]), float(cptsData\\['newPosZ']\\[i-wSub*2]) )\\n\\t\\t\\t\\t\\t\\t\\tif getNode\\['edge_tangent'].getValue() == 0 :\\n\\t\\t\\t\\t\\t\\t\\t\\tangle = 45\\n\\t\\t\\t\\t\\t\\t\\telse :\\n\\t\\t\\t\\t\\t\\t\\t\\tangle = 45 * getNode\\['edge_tangent'].getValue()\\n\\t\\t\\t\\t\\t\\telse :\\n\\t\\t\\t\\t\\t\\t\\tvec3.set( float(cptsData\\['newPosX']\\[i+wSub]), float(cptsData\\['newPosY']\\[i+wSub]), float(cptsData\\['newPosZ']\\[i+wSub]) )\\n\\t\\t\\t\\t\\t\\t\\tangle = sssAngle(vec2, vec3, vec1)\\n\\n\\t\\t\\t\\t\\t\\tcptsData\\['t4X'].append( str( tvar(vec1, vec2, vec3, angle, getNode\\['t4angle'].getValue(), getNode\\['t4scale'].getValue())\\[0] ) )\\n\\t\\t\\t\\t\\t\\tcptsData\\['t4Y'].append( str( tvar(vec1, vec2, vec3, angle, getNode\\['t4angle'].getValue(), getNode\\['t4scale'].getValue())\\[1] ) )\\n\\t\\t\\t\\t\\t\\tcptsData\\['t4Z'].append( str( tvar(vec1, vec2, vec3, angle, getNode\\['t4angle'].getValue(), getNode\\['t4scale'].getValue())\\[2] ) )\\n\\t\\t\\t\\t\\telse :\\n\\t\\t\\t\\t\\t\\tcptsData\\['t4X'].append('0')\\n\\t\\t\\t\\t\\t\\tcptsData\\['t4Y'].append('0')\\n\\t\\t\\t\\t\\t\\tcptsData\\['t4Z'].append('0')\\n\\n\\t\\t\\t\\t### UV ###\\t\\n\\n\\t\\t\\t\\tfor i in range (0, int(len(raw_cdd)/12) ) :\\n\\t\\t\\t\\t\\tcptsData\\['uvX'].append(str(raw_cdd\\[(i*12)+11].split(' ')\\[0]) )\\n\\t\\t\\t\\t\\tcptsData\\['uvY'].append(str(raw_cdd\\[(i*12)+11].split(' ')\\[1]) )\\n\\t\\t\\t\\t\\tcptsData\\['uvZ'].append(str(raw_cdd\\[(i*12)+11].split(' ')\\[2]) )\\n\\n\\t\\t\\t\\t##########################################\\n\\t\\t\\n\\t\\t\\t\\tposData = \\['1 \\{' + cptsData\\['newPosX']\\[i] + ' ' + cptsData\\['newPosY']\\[i] + ' ' + cptsData\\['newPosZ']\\[i] + '\\} 1 \\{' + cptsData\\['t1X']\\[i] + ' ' + cptsData\\['t1Y']\\[i] + ' ' + cptsData\\['t1Z']\\[i] + '\\} 1 \\{' + cptsData\\['t2X']\\[i] + ' ' + cptsData\\['t2Y']\\[i] + ' ' + cptsData\\['t2Z']\\[i] + '\\} 1 \\{' + cptsData\\['t3X']\\[i] + ' ' + cptsData\\['t3Y']\\[i] + ' ' + cptsData\\['t3Z']\\[i] + '\\} 1 \\{' + cptsData\\['t4X']\\[i] + ' ' + cptsData\\['t4Y']\\[i] + ' ' + cptsData\\['t4Z']\\[i] + '\\} 0 \\{' + cptsData\\['uvX']\\[i] + ' ' + cptsData\\['uvY']\\[i] + ' ' + cptsData\\['uvZ']\\[i] + '\\}' for i in range(totalcpts)]\\n\\t\\t\\t\\tposData.insert(0, str(datasetNODE\\['raw_cdd'].getValue().split(' ')\\[0]) + ' ' + str(datasetNODE\\['raw_cdd'].getValue().split(' ')\\[1]) + ' ' + str(datasetNODE\\['raw_cdd'].getValue().split(' ')\\[2]) + ' ' +str(datasetNODE\\['raw_cdd'].getValue().split(' ')\\[3]) + '\\\\n')\\n\\n\\t\\t\\t\\tsrcNode\\['control_points'].fromScript( '\\\\n'.join(posData) )\\n\\t\\t\\t\\tsrcNode\\['label'].setValue('Deform by Origami')\\n\\t\\t\\t\\tsrcNode\\['tile_color'].fromScript(getNode\\['tile_color'].toScript())\\n\\n\\t\\t\\t\\tdel cptsData, vec1, vec2, vec3, angle, posData\\n\\n\\t\\t\\telse :\\n\\n\\t\\t\\t\\tprogBar = nuke.ProgressTask('Calculating')\\n\\t\\t\\t\\tjobCount = 0\\n\\t\\t\\t\\tjobTotal = (frameED-frameST) + 1\\n\\n\\t\\t\\t\\tfor time in range (int(frameST), int(frameED+1), 1) :\\n\\n\\t\\t\\t\\t\\t### progress bar\\n\\t\\t\\t\\t\\tjobCount += 1\\n\\t\\t\\t\\t\\tprogShow = int(jobCount/jobTotal * 100)\\n\\t\\t\\t\\t\\tif progBar.isCancelled() :\\n\\t\\t\\t\\t\\t\\tbreak;\\n\\t\\t\\t\\t\\tprogBar.setProgress(progShow)\\n\\t\\t\\t\\t\\t#################\\n\\n\\t\\t\\t\\t\\ttRange = (totalcpts*(time-frameST))\\n\\n\\t\\t\\t\\t\\tfor i in range(totalcpts) :\\n\\t\\t\\t\\t\\t\\tif metaNum.count(i) == 1 : \\n\\t\\t\\t\\t\\t\\t\\tcptsData\\['newPosX'].append('x' + str(time) + ' ' + str(nuke.toNode(md\\['s.y'+str(i)])\\['translate'].getValueAt(time)\\[0]))\\n\\t\\t\\t\\t\\t\\t\\tcptsData\\['newPosY'].append('x' + str(time) + ' ' + str(nuke.toNode(md\\['s.y'+str(i)])\\['translate'].getValueAt(time)\\[1]))\\n\\t\\t\\t\\t\\t\\t\\tcptsData\\['newPosZ'].append('x' + str(time) + ' ' + str(nuke.toNode(md\\['s.y'+str(i)])\\['translate'].getValueAt(time)\\[2]))\\n\\t\\t\\t\\t\\t\\telse :\\n\\t\\t\\t\\t\\t\\t\\tcptsData\\['newPosX'].append('x' + str(time) + ' ' + str((float(raw_cdd\\[1::12]\\[i].split(' ')\\[0])*srcMTX\\[0] + float(raw_cdd\\[1::12]\\[i].split(' ')\\[1])*srcMTX\\[1] + float(raw_cdd\\[1::12]\\[i].split(' ')\\[2])*srcMTX\\[2])+srcMTX\\[3]))\\n\\t\\t\\t\\t\\t\\t\\tcptsData\\['newPosY'].append('x' + str(time) + ' ' + str((float(raw_cdd\\[1::12]\\[i].split(' ')\\[0])*srcMTX\\[4] + float(raw_cdd\\[1::12]\\[i].split(' ')\\[1])*srcMTX\\[5] + float(raw_cdd\\[1::12]\\[i].split(' ')\\[2])*srcMTX\\[6])+srcMTX\\[7]))\\n\\t\\t\\t\\t\\t\\t\\tcptsData\\['newPosZ'].append('x' + str(time) + ' ' + str((float(raw_cdd\\[1::12]\\[i].split(' ')\\[0])*srcMTX\\[8] + float(raw_cdd\\[1::12]\\[i].split(' ')\\[1])*srcMTX\\[9] + float(raw_cdd\\[1::12]\\[i].split(' ')\\[2])*srcMTX\\[10])+srcMTX\\[11]))\\n\\n\\t\\t\\t\\t\\tfor i in range(totalcpts) :\\n\\t\\t\\t\\t\\t\\tvec1 = nuke.math.Vector3()\\n\\t\\t\\t\\t\\t\\tvec2 = nuke.math.Vector3()\\n\\t\\t\\t\\t\\t\\tvec3 = nuke.math.Vector3()\\n\\n\\t\\t\\t\\t\\t### t1 ###\\n\\n\\t\\t\\t\\t\\t\\tvec1.set( float(cptsData\\['newPosX']\\[i+tRange].split(' ')\\[1]), float(cptsData\\['newPosY']\\[i+tRange].split(' ')\\[1]), float(cptsData\\['newPosZ']\\[i+tRange].split(' ')\\[1]) )\\n\\n\\t\\t\\t\\t\\t\\tif i%wSub != wSub-1 :\\n\\t\\t\\t\\t\\t\\t\\tvec2.set( float(cptsData\\['newPosX']\\[i+tRange+1].split(' ')\\[1]), float(cptsData\\['newPosY']\\[i+tRange+1].split(' ')\\[1]), float(cptsData\\['newPosZ']\\[i+tRange+1].split(' ')\\[1]) )\\n\\t\\t\\t\\t\\t\\t\\t\\n\\t\\t\\t\\t\\t\\t\\tif i%wSub == 0 :\\n\\t\\t\\t\\t\\t\\t\\t\\tvec3.set( float(cptsData\\['newPosX']\\[i+tRange+2].split(' ')\\[1]), float(cptsData\\['newPosY']\\[i+tRange+2].split(' ')\\[1]), float(cptsData\\['newPosZ']\\[i+tRange+2].split(' ')\\[1]) )\\n\\t\\t\\t\\t\\t\\t\\t\\tif getNode\\['edge_tangent'].getValueAt(time) == 0 :\\n\\t\\t\\t\\t\\t\\t\\t\\t\\tangle = 45\\n\\t\\t\\t\\t\\t\\t\\t\\telse :\\n\\t\\t\\t\\t\\t\\t\\t\\t\\tangle = 45 * getNode\\['edge_tangent'].getValueAt(time)\\n\\t\\t\\t\\t\\t\\t\\telse :\\n\\t\\t\\t\\t\\t\\t\\t\\tvec3.set( float(cptsData\\['newPosX']\\[i+tRange-1].split(' ')\\[1]), float(cptsData\\['newPosY']\\[i+tRange-1].split(' ')\\[1]), float(cptsData\\['newPosZ']\\[i+tRange-1].split(' ')\\[1]) )\\n\\t\\t\\t\\t\\t\\t\\t\\tangle = sssAngle(vec2, vec3, vec1)\\n\\n\\t\\t\\t\\t\\t\\t\\tcptsData\\['t1X'].append('x' + str(time) + ' ' + str( tvar(vec1, vec2, vec3, angle, getNode\\['t1angle'].getValueAt(time), getNode\\['t1scale'].getValueAt(time))\\[0] ))\\n\\t\\t\\t\\t\\t\\t\\tcptsData\\['t1Y'].append('x' + str(time) + ' ' + str( tvar(vec1, vec2, vec3, angle, getNode\\['t1angle'].getValueAt(time), getNode\\['t1scale'].getValueAt(time))\\[1] ))\\n\\t\\t\\t\\t\\t\\t\\tcptsData\\['t1Z'].append('x' + str(time) + ' ' + str( tvar(vec1, vec2, vec3, angle, getNode\\['t1angle'].getValueAt(time), getNode\\['t1scale'].getValueAt(time))\\[2] ))\\n\\t\\t\\t\\t\\t\\telse :\\n\\t\\t\\t\\t\\t\\t\\tcptsData\\['t1X'].append('x' + str(time) + ' 0')\\n\\t\\t\\t\\t\\t\\t\\tcptsData\\['t1Y'].append('x' + str(time) + ' 0')\\n\\t\\t\\t\\t\\t\\t\\tcptsData\\['t1Z'].append('x' + str(time) + ' 0')\\n\\n\\t\\t\\t\\t\\t### t2 ###\\n\\n\\t\\t\\t\\t\\t\\tif i%wSub != 0 :\\n\\t\\t\\t\\t\\t\\t\\tvec2.set( float(cptsData\\['newPosX']\\[i+tRange-1].split(' ')\\[1]), float(cptsData\\['newPosY']\\[i+tRange-1].split(' ')\\[1]), float(cptsData\\['newPosZ']\\[i+tRange-1].split(' ')\\[1]) )\\n\\t\\t\\t\\t\\t\\t\\t\\n\\t\\t\\t\\t\\t\\t\\tif i%wSub == wSub-1 :\\n\\t\\t\\t\\t\\t\\t\\t\\tvec3.set( float(cptsData\\['newPosX']\\[i+tRange-2].split(' ')\\[1]), float(cptsData\\['newPosY']\\[i+tRange-2].split(' ')\\[1]), float(cptsData\\['newPosZ']\\[i+tRange-2].split(' ')\\[1]) )\\n\\t\\t\\t\\t\\t\\t\\t\\tif getNode\\['edge_tangent'].getValueAt(time) == 0 :\\n\\t\\t\\t\\t\\t\\t\\t\\t\\tangle = 45\\n\\t\\t\\t\\t\\t\\t\\t\\telse :\\n\\t\\t\\t\\t\\t\\t\\t\\t\\tangle = 45 * getNode\\['edge_tangent'].getValueAt(time)\\n\\t\\t\\t\\t\\t\\t\\telse :\\n\\t\\t\\t\\t\\t\\t\\t\\tvec3.set( float(cptsData\\['newPosX']\\[i+tRange+1].split(' ')\\[1]), float(cptsData\\['newPosY']\\[i+tRange+1].split(' ')\\[1]), float(cptsData\\['newPosZ']\\[i+tRange+1].split(' ')\\[1]) )\\n\\t\\t\\t\\t\\t\\t\\t\\tangle = sssAngle(vec2, vec3, vec1)\\n\\n\\t\\t\\t\\t\\t\\t\\tcptsData\\['t2X'].append('x' + str(time) + ' ' + str( tvar(vec1, vec2, vec3, angle, getNode\\['t2angle'].getValueAt(time), getNode\\['t2scale'].getValueAt(time))\\[0] ))\\n\\t\\t\\t\\t\\t\\t\\tcptsData\\['t2Y'].append('x' + str(time) + ' ' + str( tvar(vec1, vec2, vec3, angle, getNode\\['t2angle'].getValueAt(time), getNode\\['t2scale'].getValueAt(time))\\[1] ))\\n\\t\\t\\t\\t\\t\\t\\tcptsData\\['t2Z'].append('x' + str(time) + ' ' + str( tvar(vec1, vec2, vec3, angle, getNode\\['t2angle'].getValueAt(time), getNode\\['t2scale'].getValueAt(time))\\[2] ))\\n\\t\\t\\t\\t\\t\\telse :\\n\\t\\t\\t\\t\\t\\t\\tcptsData\\['t2X'].append('x' + str(time) + ' 0')\\n\\t\\t\\t\\t\\t\\t\\tcptsData\\['t2Y'].append('x' + str(time) + ' 0')\\n\\t\\t\\t\\t\\t\\t\\tcptsData\\['t2Z'].append('x' + str(time) + ' 0')\\n\\n\\t\\t\\t\\t\\t### t3 ###\\n\\t\\t\\t\\n\\t\\t\\t\\t\\t\\tif i < totalcpts-wSub :\\n\\t\\t\\t\\t\\t\\t\\tvec2.set( float(cptsData\\['newPosX']\\[i+tRange+wSub].split(' ')\\[1]), float(cptsData\\['newPosY']\\[i+tRange+wSub].split(' ')\\[1]), float(cptsData\\['newPosZ']\\[i+tRange+wSub].split(' ')\\[1]) )\\n\\t\\t\\t\\t\\t\\t\\t\\n\\t\\t\\t\\t\\t\\t\\tif i < wSub :\\n\\t\\t\\t\\t\\t\\t\\t\\tvec3.set( float(cptsData\\['newPosX']\\[i+tRange+wSub*2].split(' ')\\[1]), float(cptsData\\['newPosY']\\[i+tRange+wSub*2].split(' ')\\[1]), float(cptsData\\['newPosZ']\\[i+tRange+wSub*2].split(' ')\\[1]) )\\n\\t\\t\\t\\t\\t\\t\\t\\tif getNode\\['edge_tangent'].getValueAt(time) == 0 :\\n\\t\\t\\t\\t\\t\\t\\t\\t\\tangle = 45\\n\\t\\t\\t\\t\\t\\t\\t\\telse :\\n\\t\\t\\t\\t\\t\\t\\t\\t\\tangle = 45 * getNode\\['edge_tangent'].getValueAt(time)\\n\\t\\t\\t\\t\\t\\t\\telse :\\n\\t\\t\\t\\t\\t\\t\\t\\tvec3.set( float(cptsData\\['newPosX']\\[i+tRange-wSub].split(' ')\\[1]), float(cptsData\\['newPosY']\\[i+tRange-wSub].split(' ')\\[1]), float(cptsData\\['newPosZ']\\[i+tRange-wSub].split(' ')\\[1]) )\\n\\t\\t\\t\\t\\t\\t\\t\\tangle = sssAngle(vec2, vec3, vec1)\\n\\n\\t\\t\\t\\t\\t\\t\\tcptsData\\['t3X'].append('x' + str(time) + ' ' + str( tvar(vec1, vec2, vec3, angle, getNode\\['t3angle'].getValueAt(time), getNode\\['t3scale'].getValueAt(time))\\[0] ))\\n\\t\\t\\t\\t\\t\\t\\tcptsData\\['t3Y'].append('x' + str(time) + ' ' + str( tvar(vec1, vec2, vec3, angle, getNode\\['t3angle'].getValueAt(time), getNode\\['t3scale'].getValueAt(time))\\[1] ))\\n\\t\\t\\t\\t\\t\\t\\tcptsData\\['t3Z'].append('x' + str(time) + ' ' + str( tvar(vec1, vec2, vec3, angle, getNode\\['t3angle'].getValueAt(time), getNode\\['t3scale'].getValueAt(time))\\[2] ))\\n\\t\\t\\t\\t\\t\\telse :\\n\\t\\t\\t\\t\\t\\t\\tcptsData\\['t3X'].append('x' + str(time) + ' 0')\\n\\t\\t\\t\\t\\t\\t\\tcptsData\\['t3Y'].append('x' + str(time) + ' 0')\\n\\t\\t\\t\\t\\t\\t\\tcptsData\\['t3Z'].append('x' + str(time) + ' 0')\\n\\n\\t\\t\\t\\t\\t### t4 ###\\n\\n\\t\\t\\t\\t\\t\\tif i >= wSub :\\n\\t\\t\\t\\t\\t\\t\\tvec2.set( float(cptsData\\['newPosX']\\[i+tRange-wSub].split(' ')\\[1]), float(cptsData\\['newPosY']\\[i+tRange-wSub].split(' ')\\[1]), float(cptsData\\['newPosZ']\\[i+tRange-wSub].split(' ')\\[1]) )\\n\\t\\t\\t\\t\\t\\t\\t\\n\\t\\t\\t\\t\\t\\t\\tif i >= totalcpts-wSub :\\n\\t\\t\\t\\t\\t\\t\\t\\tvec3.set( float(cptsData\\['newPosX']\\[i+tRange-wSub*2].split(' ')\\[1]), float(cptsData\\['newPosY']\\[i+tRange-wSub*2].split(' ')\\[1]), float(cptsData\\['newPosZ']\\[i+tRange-wSub*2].split(' ')\\[1]) )\\n\\t\\t\\t\\t\\t\\t\\t\\tif getNode\\['edge_tangent'].getValueAt(time) == 0 :\\n\\t\\t\\t\\t\\t\\t\\t\\t\\tangle = 45\\n\\t\\t\\t\\t\\t\\t\\t\\telse :\\n\\t\\t\\t\\t\\t\\t\\t\\t\\tangle = 45 * getNode\\['edge_tangent'].getValueAt(time)\\n\\t\\t\\t\\t\\t\\t\\telse :\\n\\t\\t\\t\\t\\t\\t\\t\\tvec3.set( float(cptsData\\['newPosX']\\[i+tRange+wSub].split(' ')\\[1]), float(cptsData\\['newPosY']\\[i+tRange+wSub].split(' ')\\[1]), float(cptsData\\['newPosZ']\\[i+tRange+wSub].split(' ')\\[1]) )\\n\\t\\t\\t\\t\\t\\t\\t\\tangle = sssAngle(vec2, vec3, vec1)\\n\\n\\t\\t\\t\\t\\t\\t\\tcptsData\\['t4X'].append('x' + str(time) + ' ' + str( tvar(vec1, vec2, vec3, angle, getNode\\['t4angle'].getValueAt(time), getNode\\['t4scale'].getValueAt(time))\\[0] ))\\n\\t\\t\\t\\t\\t\\t\\tcptsData\\['t4Y'].append('x' + str(time) + ' ' + str( tvar(vec1, vec2, vec3, angle, getNode\\['t4angle'].getValueAt(time), getNode\\['t4scale'].getValueAt(time))\\[1] ))\\n\\t\\t\\t\\t\\t\\t\\tcptsData\\['t4Z'].append('x' + str(time) + ' ' + str( tvar(vec1, vec2, vec3, angle, getNode\\['t4angle'].getValueAt(time), getNode\\['t4scale'].getValueAt(time))\\[2] ))\\n\\t\\t\\t\\t\\t\\telse :\\n\\t\\t\\t\\t\\t\\t\\tcptsData\\['t4X'].append('x' + str(time) + ' 0')\\n\\t\\t\\t\\t\\t\\t\\tcptsData\\['t4Y'].append('x' + str(time) + ' 0')\\n\\t\\t\\t\\t\\t\\t\\tcptsData\\['t4Z'].append('x' + str(time) + ' 0')\\n\\n\\t\\t\\t\\t\\t### UV ###\\t\\n\\n\\t\\t\\t\\t\\tif time == frameST :\\n\\t\\t\\t\\t\\t\\tfor i in range (0, int(len(raw_cdd)/12) ) :\\n\\t\\t\\t\\t\\t\\t\\tcptsData\\['uvX'].append( 'x' + str(time) + ' ' + str(raw_cdd\\[(i*12)+11].split(' ')\\[0]) )\\n\\t\\t\\t\\t\\t\\t\\tcptsData\\['uvY'].append( 'x' + str(time) + ' ' + str(raw_cdd\\[(i*12)+11].split(' ')\\[1]) )\\n\\t\\t\\t\\t\\t\\t\\tcptsData\\['uvZ'].append( 'x' + str(time) + ' ' + str(raw_cdd\\[(i*12)+11].split(' ')\\[2]) )\\n\\n\\t\\t\\t\\t##########################################\\n\\n\\t\\t\\t\\tif getNode\\['anim_type_tangent'].getValue() == 0 :\\n\\t\\t\\t\\t\\tposData = \\['1 \\{\\{curve ' + ' '.join(cptsData\\['newPosX']\\[i::totalcpts]) + '\\} \\{curve ' + ' '.join(cptsData\\['newPosY']\\[i::totalcpts]) + '\\} \\{curve ' + ' '.join(cptsData\\['newPosZ']\\[i::totalcpts]) + '\\}\\} 1 \\{\\{curve ' + ' '.join(cptsData\\['t1X']\\[i::totalcpts]) + '\\} \\{curve ' + ' '.join(cptsData\\['t1Y']\\[i::totalcpts]) + '\\} \\{curve ' + ' '.join(cptsData\\['t1Z']\\[i::totalcpts]) + '\\}\\} 1 \\{\\{curve ' + ' '.join(cptsData\\['t2X']\\[i::totalcpts]) + '\\} \\{curve ' + ' '.join(cptsData\\['t2Y']\\[i::totalcpts]) + '\\} \\{curve ' + ' '.join(cptsData\\['t2Z']\\[i::totalcpts]) + '\\}\\} 1 \\{\\{curve ' + ' '.join(cptsData\\['t3X']\\[i::totalcpts]) + '\\} \\{curve ' + ' '.join(cptsData\\['t3Y']\\[i::totalcpts]) + '\\} \\{curve ' + ' '.join(cptsData\\['t3Z']\\[i::totalcpts]) + '\\}\\} 1 \\{\\{curve ' + ' '.join(cptsData\\['t4X']\\[i::totalcpts]) + '\\} \\{curve ' + ' '.join(cptsData\\['t4Y']\\[i::totalcpts]) + '\\} \\{curve ' + ' '.join(cptsData\\['t4Z']\\[i::totalcpts]) + '\\}\\} 0 \\{\\{curve ' + cptsData\\['uvX']\\[i] + '\\} \\{curve ' + cptsData\\['uvY']\\[i] + '\\} \\{curve ' + cptsData\\['uvZ']\\[i] + '\\}\\}' for i in range(totalcpts)]\\n\\t\\t\\t\\telse :\\n\\t\\t\\t\\t\\tselFR = totalcpts*(int(getNode\\['ref_frame'].getValue()-frameST))\\n\\t\\t\\t\\t\\tposData = \\['1 \\{\\{curve ' + ' '.join(cptsData\\['newPosX']\\[i::totalcpts]) + '\\} \\{curve ' + ' '.join(cptsData\\['newPosY']\\[i::totalcpts]) + '\\} \\{curve ' + ' '.join(cptsData\\['newPosZ']\\[i::totalcpts]) + '\\}\\} 1 \\{\\{curve ' + cptsData\\['t1X']\\[i+selFR] + '\\} \\{curve ' + cptsData\\['t1Y']\\[i+selFR] + '\\} \\{curve ' + cptsData\\['t1Z']\\[i+selFR] + '\\}\\} 1 \\{\\{curve ' + cptsData\\['t2X']\\[i+selFR] + '\\} \\{curve ' + cptsData\\['t2Y']\\[i+selFR] + '\\} \\{curve ' + cptsData\\['t2Z']\\[i+selFR] + '\\}\\} 1 \\{\\{curve ' + cptsData\\['t3X']\\[i+selFR] + '\\} \\{curve ' + cptsData\\['t3Y']\\[i+selFR] + '\\} \\{curve ' + cptsData\\['t3Z']\\[i+selFR] + '\\}\\} 1 \\{\\{curve ' + cptsData\\['t4X']\\[i+selFR] + '\\} \\{curve ' + cptsData\\['t4Y']\\[i+selFR] + '\\} \\{curve ' + cptsData\\['t4Z']\\[i+selFR] + '\\}\\} 0 \\{\\{curve ' + cptsData\\['uvX']\\[i] + '\\} \\{curve ' + cptsData\\['uvY']\\[i] + '\\} \\{curve ' + cptsData\\['uvZ']\\[i] + '\\}\\}' for i in range(totalcpts)]\\n\\t\\t\\t\\t\\tdel selFR\\n\\t\\t\\t\\t\\n\\t\\t\\t\\tposData.insert(0, str(datasetNODE\\['raw_cdd'].getValue().split(' ')\\[0]) + ' ' + str(datasetNODE\\['raw_cdd'].getValue().split(' ')\\[1]) + ' ' + str(datasetNODE\\['raw_cdd'].getValue().split(' ')\\[2]) + ' ' +str(datasetNODE\\['raw_cdd'].getValue().split(' ')\\[3]) + '\\\\n')\\n\\n\\t\\t\\t\\tsrcNode\\['control_points'].fromScript( '\\\\n'.join(posData) )\\n\\t\\t\\t\\tsrcNode\\['label'].setValue('Deform by Origami')\\n\\t\\t\\t\\tsrcNode\\['tile_color'].fromScript(getNode\\['tile_color'].toScript())\\n\\n\\t\\t\\t\\tdel progBar\\n\\t\\t\\t\\tdel cptsData, vec1, vec2, vec3, angle, #posData\\n\\texcept IndexError :\\n\\t\\tnuke.message('Cannot process. The reference frame of static tangent animation is not within the frame range.\\\\n\\\\nSuggestion:\\\\n- fix the reference frame within frame range.\\\\n- change anim type of tangent to dynamic.')\\n\\n#######################################################\\n\\ndef subdUpdate(getNode, srcNode) :\\n\\ttry :\\n\\t\\tsrcNode\\['rows'].setValue(getNode\\['rows'].getValue())\\n\\t\\tsrcNode\\['columns'].setValue(getNode\\['columns'].getValue())\\n\\texcept TypeError :\\n\\t\\tnuke.message('Missing source input.')\\n\\n#######################################################\\n\\ndef cardTest(id, mainPts, roX, roY, roZ) :\\n\\troot = nuke.root()\\n\\n\\troot.begin()\\n\\tca = nuke.nodes.Card(name='x' + str(id))\\n\\tca\\['translate'].setValue(mainPts)\\n\\tca\\['rotate'].setValue( roX, 0)\\n\\tca\\['rotate'].setValue( roY, 1)\\n\\tca\\['rotate'].setValue( roZ, 2)\\n\\tca\\['uniform_scale'].setValue(2)\\n\\troot.end()\" +STARTLINE}\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_renameChannels.gizmo", "content": "Group {\n name renameChannels\n tile_color 0x9e3c6300\n addUserKnob {20 Rename}\n addUserKnob {26 message01 l \"\" +STARTLINE T \"1. Select old Layer and enter a new one\"}\n addUserKnob {41 oldLayer l \"old Layer\" T Copy1.channels}\n addUserKnob {1 newLayer l \"new Layer\"}\n addUserKnob {22 clear -STARTLINE T \"nuke.thisNode()\\['newLayer'].setValue('')\"}\n addUserKnob {26 \"\"}\n addUserKnob {26 message02 l \"\" +STARTLINE T \"2. Select channels and populate list\"}\n addUserKnob {22 rgba l \"rgba\" T \"newLayer = nuke.thisNode()\\[\\\"newLayer\\\"].value()\\n#nuke.Layer(newLayer, \\['red', 'green', 'blue', 'alpha'] )\\n\\noldLayer = nuke.thisNode()\\[\\\"oldLayer\\\"].value()\\n\\nnewRed = str(newLayer) + \\\".red\\\"\\nnewGreen = str(newLayer) + \\\".green\\\"\\nnewBlue = str(newLayer) + \\\".blue\\\"\\nnewAlpha = str(newLayer) + \\\".alpha\\\"\\n\\noldRed = str(oldLayer) + \\\".red\\\"\\noldGreen = str(oldLayer) + \\\".green\\\"\\noldBlue = str(oldLayer) + \\\".blue\\\"\\noldAlpha = str(oldLayer) + \\\".alpha\\\"\\n\\nif (newLayer != \\\"\\\"):\\n nuke.thisNode()\\[\\\"from_channel01\\\"].setValue(oldRed)\\n nuke.thisNode()\\[\\\"from_channel02\\\"].setValue(oldGreen)\\n nuke.thisNode()\\[\\\"from_channel03\\\"].setValue(oldBlue)\\n nuke.thisNode()\\[\\\"from_channel04\\\"].setValue(oldAlpha)\\n \\n nuke.thisNode()\\[\\\"to_channel01\\\"].setValue(newRed)\\n nuke.thisNode()\\[\\\"to_channel02\\\"].setValue(newGreen)\\n nuke.thisNode()\\[\\\"to_channel03\\\"].setValue(newBlue)\\n nuke.thisNode()\\[\\\"to_channel04\\\"].setValue(newAlpha)\\nelse:\\n nuke.message(\\\"Insert the name of new Layer\\\")\" +STARTLINE}\n addUserKnob {22 rgb l \"rgb\" -STARTLINE T \"newLayer = nuke.thisNode()\\[\\\"newLayer\\\"].value()\\n#nuke.Layer(newLayer, \\['red', 'green', 'blue'] )\\n\\noldLayer = nuke.thisNode()\\[\\\"oldLayer\\\"].value()\\n\\nnewRed = str(newLayer) + \\\".red\\\"\\nnewGreen = str(newLayer) + \\\".green\\\"\\nnewBlue = str(newLayer) + \\\".blue\\\"\\n\\noldRed = str(oldLayer) + \\\".red\\\"\\noldGreen = str(oldLayer) + \\\".green\\\"\\noldBlue = str(oldLayer) + \\\".blue\\\"\\n\\nif (newLayer != \\\"\\\"):\\n nuke.thisNode()\\[\\\"from_channel01\\\"].setValue(oldRed)\\n nuke.thisNode()\\[\\\"from_channel02\\\"].setValue(oldGreen)\\n nuke.thisNode()\\[\\\"from_channel03\\\"].setValue(oldBlue)\\n nuke.thisNode()\\[\\\"from_channel04\\\"].setValue(\\\"\\\")\\n \\n nuke.thisNode()\\[\\\"to_channel01\\\"].setValue(newRed)\\n nuke.thisNode()\\[\\\"to_channel02\\\"].setValue(newGreen)\\n nuke.thisNode()\\[\\\"to_channel03\\\"].setValue(newBlue)\\n nuke.thisNode()\\[\\\"to_channel04\\\"].setValue(\\\"\\\")\\nelse:\\n nuke.message(\\\"Insert the name of new Layer\\\")\"}\n addUserKnob {22 a l \"a\" -STARTLINE T \"newLayer = nuke.thisNode()\\[\\\"newLayer\\\"].value()\\n#nuke.Layer(newLayer, \\['alpha'] )\\n\\noldLayer = nuke.thisNode()\\[\\\"oldLayer\\\"].value()\\n\\nnewAlpha = str(newLayer) + \\\".a\\\"\\n\\noldAlpha = str(oldLayer) + \\\".a\\\"\\n\\nif (newLayer != \\\"\\\"):\\n nuke.thisNode()\\[\\\"from_channel01\\\"].setValue(\\\"\\\")\\n nuke.thisNode()\\[\\\"from_channel02\\\"].setValue(\\\"\\\")\\n nuke.thisNode()\\[\\\"from_channel03\\\"].setValue(\\\"\\\")\\n nuke.thisNode()\\[\\\"from_channel04\\\"].setValue(oldAlpha)\\n \\n nuke.thisNode()\\[\\\"to_channel01\\\"].setValue(\\\"\\\")\\n nuke.thisNode()\\[\\\"to_channel02\\\"].setValue(\\\"\\\")\\n nuke.thisNode()\\[\\\"to_channel03\\\"].setValue(\\\"\\\")\\n nuke.thisNode()\\[\\\"to_channel04\\\"].setValue(newAlpha)\\nelse:\\n nuke.message(\\\"Insert the name of new Layer\\\")\"}\n addUserKnob {22 uv l \"u v\" -STARTLINE T \"newLayer = nuke.thisNode()\\[\\\"newLayer\\\"].value()\\n#nuke.Layer(newLayer, \\['u', 'v'] )\\n\\noldLayer = nuke.thisNode()\\[\\\"oldLayer\\\"].value()\\n\\nnewRed = str(newLayer) + \\\".u\\\"\\nnewGreen = str(newLayer) + \\\".v\\\"\\n\\noldRed = str(oldLayer) + \\\".u\\\"\\noldGreen = str(oldLayer) + \\\".v\\\"\\n\\nif (newLayer != \\\"\\\"):\\n nuke.thisNode()\\[\\\"from_channel01\\\"].setValue(oldRed)\\n nuke.thisNode()\\[\\\"from_channel02\\\"].setValue(oldGreen)\\n nuke.thisNode()\\[\\\"from_channel03\\\"].setValue(\\\"\\\")\\n nuke.thisNode()\\[\\\"from_channel04\\\"].setValue(\\\"\\\")\\n \\n nuke.thisNode()\\[\\\"to_channel01\\\"].setValue(newRed)\\n nuke.thisNode()\\[\\\"to_channel02\\\"].setValue(newGreen)\\n nuke.thisNode()\\[\\\"to_channel03\\\"].setValue(\\\"\\\")\\n nuke.thisNode()\\[\\\"to_channel04\\\"].setValue(\\\"\\\")\\nelse:\\n nuke.message(\\\"Insert the name of new Layer\\\")\"}\n addUserKnob {22 N l \"nx ny nz\" -STARTLINE T \"newLayer = nuke.thisNode()\\[\\\"newLayer\\\"].value()\\n#nuke.Layer(newLayer, \\['NX', 'NY', 'NZ'] )\\n\\noldLayer = nuke.thisNode()\\[\\\"oldLayer\\\"].value()\\n\\nnewRed = str(newLayer) + \\\".NX\\\"\\nnewGreen = str(newLayer) + \\\".NY\\\"\\nnewBlue = str(newLayer) + \\\".NZ\\\"\\n\\noldRed = str(oldLayer) + \\\".NX\\\"\\noldGreen = str(oldLayer) + \\\".NY\\\"\\noldBlue = str(oldLayer) + \\\".NZ\\\"\\n\\nif (newLayer != \\\"\\\"):\\n nuke.thisNode()\\[\\\"from_channel01\\\"].setValue(oldRed)\\n nuke.thisNode()\\[\\\"from_channel02\\\"].setValue(oldGreen)\\n nuke.thisNode()\\[\\\"from_channel03\\\"].setValue(oldBlue)\\n nuke.thisNode()\\[\\\"from_channel04\\\"].setValue(\\\"\\\")\\n \\n nuke.thisNode()\\[\\\"to_channel01\\\"].setValue(newRed)\\n nuke.thisNode()\\[\\\"to_channel02\\\"].setValue(newGreen)\\n nuke.thisNode()\\[\\\"to_channel03\\\"].setValue(newBlue)\\n nuke.thisNode()\\[\\\"to_channel04\\\"].setValue(\\\"\\\")\\nelse:\\n nuke.message(\\\"Insert the name of new Layer\\\")\"}\n addUserKnob {22 front l \"front back\" -STARTLINE T \"newLayer = nuke.thisNode()\\[\\\"newLayer\\\"].value()\\n#nuke.Layer(newLayer, \\['red', 'green', 'blue', 'alpha'] )\\n\\noldLayer = nuke.thisNode()\\[\\\"oldLayer\\\"].value()\\n\\nnewRed = str(newLayer) + \\\".front\\\"\\nnewGreen = str(newLayer) + \\\".back\\\"\\n\\noldRed = str(oldLayer) + \\\".front\\\"\\noldGreen = str(oldLayer) + \\\".back\\\"\\n\\nif (newLayer != \\\"\\\"):\\n nuke.thisNode()\\[\\\"from_channel01\\\"].setValue(oldRed)\\n nuke.thisNode()\\[\\\"from_channel02\\\"].setValue(oldGreen)\\n nuke.thisNode()\\[\\\"from_channel03\\\"].setValue(\\\"\\\")\\n nuke.thisNode()\\[\\\"from_channel04\\\"].setValue(\\\"\\\")\\n \\n nuke.thisNode()\\[\\\"to_channel01\\\"].setValue(newRed)\\n nuke.thisNode()\\[\\\"to_channel02\\\"].setValue(newGreen)\\n nuke.thisNode()\\[\\\"to_channel03\\\"].setValue(\\\"\\\")\\n nuke.thisNode()\\[\\\"to_channel04\\\"].setValue(\\\"\\\")\\nelse:\\n nuke.message(\\\"Insert the name of new Layer\\\")\"}\n addUserKnob {22 z l \"Z\" -STARTLINE T \"newLayer = nuke.thisNode()\\[\\\"newLayer\\\"].value()\\n#nuke.Layer(newLayer, \\['red', 'green', 'blue', 'alpha'] )\\n\\noldLayer = nuke.thisNode()\\[\\\"oldLayer\\\"].value()\\n\\nnewZ = str(newLayer) + \\\".Z\\\"\\n\\noldZ = str(oldLayer) + \\\".Z\\\"\\n\\nif (newLayer != \\\"\\\"):\\n nuke.thisNode()\\[\\\"from_channel01\\\"].setValue(oldZ)\\n nuke.thisNode()\\[\\\"from_channel02\\\"].setValue(\\\"\\\")\\n nuke.thisNode()\\[\\\"from_channel03\\\"].setValue(\\\"\\\")\\n nuke.thisNode()\\[\\\"from_channel04\\\"].setValue(\\\"\\\")\\n \\n nuke.thisNode()\\[\\\"to_channel01\\\"].setValue(newZ)\\n nuke.thisNode()\\[\\\"to_channel02\\\"].setValue(\\\"\\\")\\n nuke.thisNode()\\[\\\"to_channel03\\\"].setValue(\\\"\\\")\\n nuke.thisNode()\\[\\\"to_channel04\\\"].setValue(\\\"\\\")\\nelse:\\n nuke.message(\\\"Insert the name of new Layer\\\")\"}\n addUserKnob {22 clearAll l \"Clear All\" T \"nuke.thisNode()\\[\\\"from_channel01\\\"].setValue(\\\"\\\")\\nnuke.thisNode()\\[\\\"from_channel02\\\"].setValue(\\\"\\\")\\nnuke.thisNode()\\[\\\"from_channel03\\\"].setValue(\\\"\\\")\\nnuke.thisNode()\\[\\\"from_channel04\\\"].setValue(\\\"\\\") \\nnuke.thisNode()\\[\\\"to_channel01\\\"].setValue(\\\"\\\")\\nnuke.thisNode()\\[\\\"to_channel02\\\"].setValue(\\\"\\\")\\nnuke.thisNode()\\[\\\"to_channel03\\\"].setValue(\\\"\\\")\\nnuke.thisNode()\\[\\\"to_channel04\\\"].setValue(\\\"\\\")\" +STARTLINE}\n addUserKnob {26 \"\"}\n addUserKnob {26 message03 l \"\" +STARTLINE T \"3. Create Copy and Remove nodes\"}\n addUserKnob {1 from_channel01 l \"Channel 1\"}\n addUserKnob {1 to_channel01 l --> -STARTLINE}\n addUserKnob {1 from_channel02 l \"Channel 2\"}\n addUserKnob {1 to_channel02 l --> -STARTLINE}\n addUserKnob {1 from_channel03 l \"Channel 3\"}\n addUserKnob {1 to_channel03 l --> -STARTLINE}\n addUserKnob {1 from_channel04 l \"Channel 4\"}\n addUserKnob {1 to_channel04 l --> -STARTLINE}\n addUserKnob {22 createNodes l \"Create Copy and Remove Nodes\" T \"def generate():\\n toList = \\['to0', 'to1', 'to2', 'to3'] ## List of Copy Node to variables\\n fromList = \\[ 'from0', 'from1', 'from2', 'from3'] ## List of Copy Node knobs\\n \\n fromKnob = \\['from_channel01', 'from_channel02', 'from_channel03', 'from_channel04']\\n toKnob = \\['to_channel01', 'to_channel02', 'to_channel03', 'to_channel04']\\n \\n\\n\\t## Grab group node name\\t\\n group = nuke.thisNode()\\n group.end()\\n \\n #read position\\n x_pos = group\\['xpos'].value()\\n y_pos = group\\['ypos'].value()\\n\\t\\n\\t## Deselect all nodes\\n nuke.selectAll()\\n nuke.invertSelection()\\n \\n listChannels = \\[]\\n newLayer = group\\['newLayer'].value()\\n oldLayer = group\\['oldLayer'].value()\\n\\n #layers = list( set(\\[c.split('.')\\[0] for c in channels]) )\\n for name_knob in toKnob:\\n value_knob = group\\[name_knob].value()\\n value_knob = value_knob.replace( ' ', '_')\\n #value_knob = value_knob.lower()\\n if value_knob != \\\"\\\":\\n value_knob = value_knob.split('.')\\[1]\\n listChannels.append(newLayer + '.' + value_knob)\\n \\n if newLayer != \\\"\\\":\\n nuke.Layer( newLayer, listChannels)\\n \\n \\n ##Create Dots\\n dot01 = nuke.createNode('Dot')\\n dot01.setYpos( int(y_pos) + 80 )\\n \\n \\n \\n\\t ## Create Copy Node\\n copyNode = nuke.createNode('Copy')\\n #copyNode.setYpos( int(y_pos) + 160 )\\n \\n copyNode.connectInput(0, dot01)\\n \\n for i in range(4):\\n copyNode\\[fromList\\[i]].setValue(group\\[fromKnob\\[i]].value())\\n \\n for i in range(4):\\n copyNode\\[toList\\[i]].setValue(group\\[toKnob\\[i]].value())\\n \\n #Create Remove Node\\n removeNode = nuke.createNode('Remove')\\n removeNode\\['channels'].setValue(oldLayer)\\n \\n \\n\\n\\ngenerate()\" +STARTLINE}\n addUserKnob {20 help_1 l ?}\n addUserKnob {26 message02_1 l \"\" +STARTLINE T \"HELP:\"}\n addUserKnob {26 message l \"\" +STARTLINE T \"1. Connect renameChannels node to your script.\\n2. Select the oldLayer and insert the name of the newLayer. Basically you want to rename the old name with the new one. \\n3. Select the Channels you want to create. They depend from the oldLayer \\n4. Click on button \\\"Create Copy and Remove Nodes\\\" \\n5. Connect the nodes created to your script.\"}\n addUserKnob {26 \"\" +STARTLINE}\n addUserKnob {22 info l Info T \"nuke.tcl('start', 'http://www.andreageremia.it/tutorial.html')\" +STARTLINE}\n addUserKnob {26 gizmo l \"\" +STARTLINE T \"Gizmo created by Andrea Geremia\\n\\nwww.andreageremia.it\\nandrea.geremia89@gmail.com\"}\n}\n Input {\n inputs 0\n name Input1\n xpos 170\n ypos -176\n }\n Shuffle {\n in forward\n name Shuffle1\n xpos 170\n ypos -136\n disable true\n }\n Dot {\n name Dot1\n xpos 204\n ypos -112\n }\nset N22951c40 [stack 0]\npush $N22951c40\n Copy {\n inputs 2\n from0 rgba.alpha\n to0 rgba.alpha\n channels rgba\n name Copy1\n xpos 170\n ypos -77\n }\n Output {\n name Output1\n xpos 170\n ypos -36\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_streamCart.gizmo", "content": "Group {\n name streamCart\n tile_color 0xd1ffff\n addUserKnob {20 tab_general l General}\n addUserKnob {22 get_items l \"get channels / geo\" t \"Run get items first, it will check the input type (e.g. Deep, 2D, or Geo) and what items/channels available from upstream.\" T \"import re\\n\\nthisGRP = nuke.thisGroup()\\ngoStore = nuke.toNode('store')\\ngoStore\\['fn'].execute()\\n\\n### cleanup ###\\n\\ncleanKnobs(thisGRP)\\n\\n### init ###\\n\\ncount = 0\\nchans_ls = \\[]\\nchans_dict = \\{\\}\\ninType = \\['Deep','2D','Geo','Unsupport','No Input']\\n\\n### input check ###\\n\\nif thisGRP.inputs() :\\n inDetect = nuke.toNode('inDetect')\\n tempD = nuke.nodes.DeepSample( inputs=\\[inDetect] )\\n if tempD.inputs() > 0 :\\n temp2D = nuke.nodes.Blur( inputs=\\[inDetect] )\\n if temp2D.inputs() > 0 :\\n p = nuke.Panel('select input type :')\\n p.addEnumerationPulldown( '' , '2D Deep' )\\n if p.show() :\\n if p.value('') == 'Deep' :\\n status = 0\\n else :\\n status = 1\\n else :\\n status = 0\\n nuke.delete( tempD )\\n nuke.delete( temp2D )\\n else :\\n nuke.delete( tempD )\\n tempD = nuke.nodes.Blur( inputs=\\[inDetect] )\\n if tempD.inputs() > 0 :\\n status = 1\\n nuke.delete( tempD )\\n else :\\n nuke.delete( tempD )\\n tempD = nuke.nodes.Scene( inputs=\\[inDetect] )\\n if tempD.inputs() > 0 :\\n status = 2\\n nuke.delete( tempD )\\n else :\\n status = 3\\n nuke.delete( tempD )\\nelse :\\n status = 4\\n\\n### panel setting ###\\n\\nif inType\\[status] == '2D' :\\n thisGRP\\['shuffle_method'].setVisible(True)\\nelse :\\n thisGRP\\['shuffle_method'].setVisible(False)\\n\\nif inType\\[status] == 'Deep' or inType\\[status] == '2D' :\\n thisGRP\\['alpha_type'].setVisible(True)\\nelse :\\n thisGRP\\['alpha_type'].setVisible(False)\\n\\nif inType\\[status] == 'Geo' :\\n thisGRP\\['import_method'].setVisible(True)\\nelse :\\n thisGRP\\['import_method'].setVisible(False)\\n\\n### proc ###\\n\\nif inType\\[status] == 'Deep' :\\n thisGRP\\['input_type'].setValue( '' + inType\\[status] + '' )\\n d2img = nuke.nodes.DeepToImage( inputs=\\[nuke.toNode('inDetect')] )\\n for i in d2img.channels() :\\n try :\\n chans_dict\\[ i.split('.')\\[0] ].append( i.split('.')\\[1] )\\n except :\\n chans_dict\\[ i.split('.')\\[0] ] = \\[ i.split('.')\\[1] ]\\n chans_ls.append( i.split('.')\\[0] )\\n nuke.delete( d2img )\\n\\n for key,value in enumerate( chans_ls ) :\\n nknob = nuke.PyScript_Knob( 'cs_\\{0\\}'.format( value ) , '\\{0\\}'.format( value ) , 'thisGRP = nuke.thisGroup()\\\\ngoSTORE = nuke.toNode(\\\\'store\\\\')\\\\ngoSTORE\\[\\\\'fn\\\\'].execute()\\\\nwith getLevel() :\\\\n\\\\tgen = extract(\\\\'\\{0\\}\\\\',\\{1\\},\\{2\\},\\{3\\},\\{4\\},\\{5\\})\\\\n\\\\tgen.setInput(0, thisGRP)'.format(value, chans_dict\\[value] , 'int( thisGRP\\[\\\\'shuffle_method\\\\'].getValue() )', 'int( thisGRP\\[\\\\'alpha_type\\\\'].getValue() )', '\\[thisGRP\\[\\\\'tile_color\\\\'].getValue()]', status))\\n thisGRP.addKnob( nknob )\\n if count%3 == 0 :\\n thisGRP\\['cs_' + value].setFlag(0x00001000)\\n count += 1\\n\\nif inType\\[status] == '2D' :\\n thisGRP\\['input_type'].setValue( '' + inType\\[status] + '' )\\n for i in thisGRP.channels() :\\n try :\\n chans_dict\\[ i.split('.')\\[0] ].append( i.split('.')\\[1] )\\n except :\\n chans_dict\\[ i.split('.')\\[0] ] = \\[ i.split('.')\\[1] ]\\n chans_ls.append( i.split('.')\\[0] )\\n\\n for key,value in enumerate( chans_ls ) :\\n nknob = nuke.PyScript_Knob( 'cs_\\{0\\}'.format( value ) , '\\{0\\}'.format( value ) , 'thisGRP = nuke.thisGroup()\\\\ngoSTORE = nuke.toNode(\\\\'store\\\\')\\\\ngoSTORE\\[\\\\'fn\\\\'].execute()\\\\nwith getLevel() :\\\\n\\\\tgen = extract(\\\\'\\{0\\}\\\\',\\{1\\},\\{2\\},\\{3\\},\\{4\\},\\{5\\})\\\\n\\\\tgen.setInput(0, thisGRP)'.format(value, chans_dict\\[value] , 'int( thisGRP\\[\\\\'shuffle_method\\\\'].getValue() )', 'int( thisGRP\\[\\\\'alpha_type\\\\'].getValue() )', '\\[thisGRP\\[\\\\'tile_color\\\\'].getValue()]', status))\\n thisGRP.addKnob( nknob )\\n if count%3 == 0 :\\n thisGRP\\['cs_' + value].setFlag(0x00001000)\\n count += 1\\n\\nif inType\\[status] == 'Geo' :\\n readg = thisGRP.dependencies()\\[0]\\n if readg.Class() != 'ReadGeo2' :\\n thisGRP\\['import_method'].setVisible(False)\\n nuke.message(\\\"This function only support 'ReadGeo2' class node direct from input.\\\")\\n else :\\n thisGRP\\['import_method'].setVisible(True)\\n thisGRP\\['input_type'].setValue( '' + inType\\[status] + '' )\\n allshapes = readg\\['scene_view'].getAllItems()\\n for i in allshapes :\\n nknob = nuke.Boolean_Knob( 'cs_\\{0\\}'.format( '_'.join( re.split('/|\\\\.', i)\\[2:] ) ) , '\\{0\\}'.format( '/'.join( i.split('/')\\[2:] ) ) )\\n thisGRP.addKnob( nknob )\\n thisGRP\\['cs_' + '_'.join( re.split('/|\\\\.', i)\\[2:] )].setFlag(0x00001000)\\n nknob = nuke.Text_Knob( 'cs_spacer' , ' ' )\\n thisGRP.addKnob( nknob )\\n nknob = nuke.PyScript_Knob( 'cs_invert_selection' , '\\[---invert selection---]' , 'thisGRP = nuke.thisGroup()\\\\ngoSTORE = nuke.toNode(\\\\'store\\\\')\\\\ngoSTORE\\[\\\\'fn\\\\'].execute()\\\\ninvSelGeo( \\{0\\} )'.format( 'thisGRP' ) )\\n thisGRP.addKnob( nknob )\\n thisGRP\\['cs_invert_selection'].setFlag(0x00001000)\\n nknob = nuke.PyScript_Knob( 'cs_checkout' , '\\[---READGEO CHECKOUT---]' , 'thisGRP = nuke.thisGroup()\\\\ngoSTORE = nuke.toNode(\\\\'store\\\\')\\\\ngoSTORE\\[\\\\'fn\\\\'].execute()\\\\nwith getLevel() :\\\\n\\\\tgeoCheckout( \\\\'\\{0\\}\\\\' , \\{1\\} , \\{2\\} , \\{3\\} )'.format( readg\\['file'].value() , int(readg\\['range_first'].getValue()) , int(readg\\['range_last'].getValue()) , 'thisGRP' ) )\\n thisGRP.addKnob( nknob )\\n thisGRP\\['cs_checkout'].setFlag(0x00001000)\\n\\nif inType\\[status] == 'Unsupport' :\\n thisGRP\\['input_type'].setValue( \\\"connect your input and run 'get channels / geo' first.\\\" )\\n nuke.message(\\\"Input type does not support. Only work with 2D, Deep and Geo from upstream.\\\")\\n\\nif inType\\[status] == 'No Input' :\\n thisGRP\\['input_type'].setValue( \\\"connect your input and run 'get channels / geo' first.\\\" )\\n nuke.message(\\\"connect your input and run 'get channels / geo' first.\\\")\" +STARTLINE}\n addUserKnob {22 reset -STARTLINE T \"thisGRP = nuke.thisGroup()\\ngoStore = nuke.toNode('store')\\ngoStore\\['fn'].execute()\\n\\n### cleanup ###\\n\\ncleanKnobs(thisGRP)\\nthisGRP\\['input_type'].setValue( \\\"connect your input and run 'get channels / geo' first.\\\" )\\nthisGRP\\['shuffle_method'].setVisible(False)\\nthisGRP\\['alpha_type'].setVisible(False)\\nthisGRP\\['import_method'].setVisible(False)\"}\n addUserKnob {20 shuffle_define l \"shuffle define setting\" n 1}\n shuffle_define 0\n addUserKnob {1 r_clist l red t \"name in this text field will shuffle to red channel.\\n\\nrules :\\n- Split the item with \\\" , \\\"\\n- no space\\n- not a matter of upper/lower cases\"}\n r_clist red,r,front,z,u,x\n addUserKnob {1 g_clist l green t \"name in this text field will shuffle to red channel.\\n\\nrules :\\n- Split the item with \\\" , \\\"\\n- no space\\n- not a matter of upper/lower cases\"}\n g_clist green,g,back,v,y\n addUserKnob {1 b_clist l blue t \"name in this text field will shuffle to red channel.\\n\\nrules :\\n- Split the item with \\\" , \\\"\\n- no space\\n- not a matter of upper/lower cases\"}\n b_clist blue,b\n addUserKnob {1 a_clist l alpha t \"name in this text field will shuffle to red channel.\\n\\nrules :\\n- Split the item with \\\" , \\\"\\n- no space\\n- not a matter of upper/lower cases\"}\n a_clist alpha,a\n addUserKnob {20 endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {26 input_type l \"input type\" T \"connect your input and run 'get channels / geo' first.\"}\n addUserKnob {4 shuffle_method l \"shuffle method\" +HIDDEN M {\"shuffle node\" \"expression node\"}}\n addUserKnob {4 alpha_type l alpha +HIDDEN M {rgba.alpha self.alpha \"alpha = 0\" \"alpha = 1\" \"\" \"\" \"\" \"\"}}\n addUserKnob {4 import_method l \"import method\" +HIDDEN M {\"import & activate only selected geo\" \"import all, activate only selected geo\"}}\n addUserKnob {26 title_extract l \"extraction items\"}\n}\n BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0xff\n label \"Dont touch\"\n note_font_size 42\n xpos -385\n ypos 7\n bdwidth 512\n bdheight 186\n }\n BackdropNode {\n inputs 0\n name BackdropNode2\n tile_color 0x575757ff\n label bin\n note_font_size 42\n xpos -386\n ypos 220\n bdwidth 220\n bdheight 167\n }\n Input {\n inputs 0\n name input\n xpos 0\n ypos -95\n }\n Dot {\n name inDetect\n xpos 34\n ypos 91\n }\n Output {\n name Output1\n xpos 0\n ypos 300\n }\n NoOp {\n inputs 0\n name menu01\n knobChanged \"\\nstatus = nuke.thisGroup()\\['view_LayerContactSheet'].getValue()\\nstDot = nuke.toNode('start_dot')\\nedDot = nuke.toNode('end_dot')\\n\\nfor node in nuke.allNodes() :\\n if node.Class() == 'LayerContactSheet' :\\n nuke.delete( node )\\n\\nif status :\\n LCS = nuke.nodes.LayerContactSheet( roworder=0 , colorder=0 , showLayerNames=1 , inputs=\\[stDot] )\\n edDot.setInput( 0 , LCS )\\nelse :\\n edDot.setInput( 0 , stDot )\\n\"\n xpos -311\n ypos 131\n addUserKnob {20 User}\n addUserKnob {6 view_LayerContactSheet l \"view LayerContactSheet\" +STARTLINE}\n }\n NoOp {\n inputs 0\n name store\n xpos -313\n ypos 301\n addUserKnob {20 User}\n addUserKnob {22 fn T \"def getLevel() :\\n\\t### level define ###\\n\\tif len(nuke.thisNode().fullName().split('.')) == 1 :\\n\\t\\t ggLevel = nuke.root()\\n\\telse :\\n\\t\\t nodePath = nuke.thisNode().fullName().split('.')\\n\\t\\t nodePath.pop()\\n\\t\\t ggLevel = nuke.toNode('.'.join(nodePath))\\n\\treturn ggLevel\\n\\n#########\\n\\ndef cleanKnobs(node) :\\n\\tfor knob in node.knobs() :\\n\\t\\tif knob\\[0:3] == 'cs_' :\\n\\t\\t\\tnode.removeKnob( node\\[knob] )\\n\\n#########\\n\\ndef invSelGeo( thisG ) :\\n\\tfor i in thisG.knobs() :\\n\\t\\tif thisG\\[i].Class() == 'Boolean_Knob' and i\\[:3] == 'cs_' :\\n\\t\\t\\tif thisG\\[i].getValue() == 0 :\\n\\t\\t\\t\\tthisG\\[i].setValue(1)\\n\\t\\t\\telse :\\n\\t\\t\\t\\tthisG\\[i].setValue(0)\\n\\n#########\\n\\ndef extract(chans, color, shuffle_method, alpha_mode, mainSet, code) :\\n\\twhitelist = \\{\\n\\t\\t\\t'cr' : thisGRP\\['r_clist'].value().split(',') ,\\n\\t\\t\\t'cg' : thisGRP\\['g_clist'].value().split(',') ,\\n\\t\\t\\t'cb' : thisGRP\\['b_clist'].value().split(','),\\n\\t\\t\\t'ca' : thisGRP\\['a_clist'].value().split(',')\\n\\t\\t\\}\\n\\n\\taset = ''\\n\\n\\tif code == 0 :\\n\\t\\tnewnode = nuke.nodes.DeepExpression( chans0='rgba', tile_color=mainSet\\[0] )\\n\\t\\tnewnode\\['rgba.red'].setValue( '0' )\\n\\t\\tnewnode\\['rgba.green'].setValue( '0' )\\n\\t\\tnewnode\\['rgba.blue'].setValue( '0' )\\n\\t\\tnewnode\\['rgba.alpha'].setValue( '0' )\\n\\n\\t\\tfor i in color :\\n\\t\\t\\tif i.lower() in whitelist\\['cr'] :\\n\\t\\t\\t\\tnewnode\\['rgba.red'].setValue( '\\{0\\}.\\{1\\}'.format( chans , i ) )\\n\\n\\t\\t\\tif i.lower() in whitelist\\['cg'] :\\n\\t\\t\\t\\tnewnode\\['rgba.green'].setValue( '\\{0\\}.\\{1\\}'.format( chans , i ) )\\n\\n\\t\\t\\tif i.lower() in whitelist\\['cb'] :\\n\\t\\t\\t\\tnewnode\\['rgba.blue'].setValue( '\\{0\\}.\\{1\\}'.format( chans , i ) )\\n\\n\\t\\t\\tif alpha_mode == 0 :\\n\\t\\t\\t\\tnewnode\\['rgba.alpha'].setValue( 'rgba.alpha' )\\n\\t\\t\\t\\taset = 'rgba.alpha'\\n\\t\\t\\telif alpha_mode == 1 :\\n\\t\\t\\t\\tif i.lower() in whitelist\\['ca'] :\\n\\t\\t\\t\\t\\tnewnode\\['rgba.alpha'].setValue( '\\{0\\}.\\{1\\}'.format(chans , i ) )\\n\\t\\t\\t\\t\\taset = chans + '.alpha'\\n\\t\\t\\t\\telse :\\n\\t\\t\\t\\t\\taset = chans + ' no alpha found'\\n\\t\\t\\telif alpha_mode == 2 :\\n\\t\\t\\t\\tnewnode\\['rgba.alpha'].setValue( '0' )\\n\\t\\t\\t\\taset = '0'\\n\\t\\t\\telif alpha_mode == 3 :\\n\\t\\t\\t\\tnewnode\\['rgba.alpha'].setValue( '1' )\\n\\t\\t\\t\\taset = '1'\\n\\n\\tif code == 1 :\\n\\t\\tif shuffle_method == 0 :\\n\\t\\t\\tnewnode = nuke.nodes.Shuffle( red='black', green='black', blue='black', alpha='black', tile_color=mainSet\\[0] )\\n\\t\\t\\tnewnode\\['in'].setValue( chans )\\n\\t\\t\\tfor i in color :\\n\\t\\t\\t\\tif i.lower() in whitelist\\['cr'] :\\n\\t\\t\\t\\t\\tnewnode\\['red'].setValue( 'red' )\\n\\n\\t\\t\\t\\tif i.lower() in whitelist\\['cg'] :\\n\\t\\t\\t\\t\\tnewnode\\['green'].setValue( 'green' )\\n\\n\\t\\t\\t\\tif i.lower() in whitelist\\['cb'] :\\n\\t\\t\\t\\t\\tnewnode\\['blue'].setValue( 'blue' )\\n\\n\\t\\t\\t\\tif alpha_mode == 0 :\\n\\t\\t\\t\\t\\tnewnode\\['in2'].setValue( 'alpha' )\\n\\t\\t\\t\\t\\tnewnode\\['alpha'].setValue( 7 )\\n\\t\\t\\t\\t\\taset = 'rgba.alpha'\\n\\t\\t\\t\\telif alpha_mode == 1 :\\n\\t\\t\\t\\t\\tif i.lower() in whitelist\\['ca'] :\\n\\t\\t\\t\\t\\t\\tnewnode\\['alpha'].setValue( '\\{0\\}'.format( i ) )\\n\\t\\t\\t\\t\\t\\taset = chans + '.alpha'\\n\\t\\t\\t\\t\\telse :\\n\\t\\t\\t\\t\\t\\taset = chans + ' no alpha found'\\n\\t\\t\\t\\telif alpha_mode == 2 :\\n\\t\\t\\t\\t\\tnewnode\\['alpha'].setValue( 'black' )\\n\\t\\t\\t\\t\\taset = '0'\\n\\t\\t\\t\\telif alpha_mode == 3 :\\n\\t\\t\\t\\t\\tnewnode\\['alpha'].setValue( 'white' )\\n\\t\\t\\t\\t\\taset = '1'\\n\\t\\telse :\\n\\t\\t\\tnewnode = nuke.nodes.Expression( channel0='red' , channel1='green' , channel2='blue' , channel3='alpha' , expr0='0' , expr1='0', expr2='0' , expr3='0' , tile_color=mainSet\\[0] )\\n\\t\\t\\tfor i in color :\\n\\t\\t\\t\\tif i.lower() in whitelist\\['cr'] :\\n\\t\\t\\t\\t\\tnewnode\\['expr0'].setValue( '\\{0\\}.\\{1\\}'.format( chans , i ) )\\n\\n\\t\\t\\t\\tif i.lower() in whitelist\\['cg'] :\\n\\t\\t\\t\\t\\tnewnode\\['expr1'].setValue( '\\{0\\}.\\{1\\}'.format( chans , i ) )\\n\\n\\t\\t\\t\\tif i.lower() in whitelist\\['cb'] :\\n\\t\\t\\t\\t\\tnewnode\\['expr2'].setValue( '\\{0\\}.\\{1\\}'.format( chans , i ) )\\n\\n\\t\\t\\t\\tif alpha_mode == 0 :\\n\\t\\t\\t\\t\\tnewnode\\['expr3'].setValue( 'rgba.alpha' )\\n\\t\\t\\t\\t\\taset = 'rgba.alpha'\\n\\t\\t\\t\\telif alpha_mode == 1 :\\n\\t\\t\\t\\t\\tif i.lower() in whitelist\\['ca'] :\\n\\t\\t\\t\\t\\t\\tnewnode\\['expr3'].setValue( '\\{0\\}.\\{1\\}'.format(chans , i ) )\\n\\t\\t\\t\\t\\t\\taset = chans + '.alpha'\\n\\t\\t\\t\\t\\telse :\\n\\t\\t\\t\\t\\t\\taset = chans + ' no alpha found'\\n\\t\\t\\t\\telif alpha_mode == 2 :\\n\\t\\t\\t\\t\\tnewnode\\['expr3'].setValue( '0' )\\n\\t\\t\\t\\t\\taset = '0'\\n\\t\\t\\t\\telif alpha_mode == 3 :\\n\\t\\t\\t\\t\\tnewnode\\['expr3'].setValue( '1' )\\n\\t\\t\\t\\t\\taset = '1'\\n\\n\\tnewnode\\['label'].setValue( '' + chans + '
    alpha : ' + aset)\\n\\t\\n\\treturn newnode\\n\\n#########\\n\\ndef geoCheckout( filepath, frameST, frameED, thisG ) :\\n\\timport random\\n\\txspace = nuke.toNode('preferences')\\['GridWidth'].getValue() + random.randint(0,nuke.toNode('preferences')\\['GridWidth'].getValue()*3)\\n\\n\\titem_ls = \\[]\\n\\tfor i in thisG.knobs() :\\n\\t\\tif thisG\\[i].Class() == 'Boolean_Knob' and i\\[:3] == 'cs_' :\\n\\t\\t\\tif thisG\\[i].getValue() == 1 :\\n\\t\\t\\t\\titem_ls.append( '/root/' + thisG\\[i].label() )\\n\\n\\tnewRG = nuke.nodes.ReadGeo2( file=filepath , range_first=frameST , range_last=frameED , tile_color=int(thisG\\['tile_color'].getValue()) , xpos=int(thisG.xpos()+xspace) , ypos=int(thisG.ypos()) )\\n\\tnewRG.showControlPanel()\\n\\tif thisG\\['import_method'].getValue() == 0 :\\n\\t\\tnewRG\\['scene_view'].setImportedItems( item_ls )\\n\\telse :\\n\\t\\tnewRG\\['scene_view'].setImportedItems( newRG\\['scene_view'].getAllItems() )\\n\\tnewRG\\['scene_view'].setSelectedItems( item_ls )\\n\\tnewRG.hideControlPanel()\" +STARTLINE}\n }\n NoOp {\n inputs 0\n name version_tag\n tile_color 0xffb700ff\n xpos -546\n ypos 127\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T 1.1}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2020-01-07}\n addUserKnob {22 btn_CHANGELOG l Changelog T \"log = \\\"1.1
    - when input support 2D or Deep, it will prompt up selection for user
      (e.g. input from scanlineRender)
    - input type - Geo
      changed knobs to checkbox instead of button
    - exposed r,g,b,a define setting,
      so user can setup their own rgba naming list.
    - unblock deep & depth channel when input is deep,
      so user can shuffle these 2 channels out if input is deep.

    1.0
    - quickly create shuffle nodes
    - quickly generate ReadGeo with selection
    - input support 2D data, deep data and ReadGeo data.\\\"\\nnuke.message( log )\" +STARTLINE}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_vector3DMathExpression.gizmo", "content": "NoOp {\n name vector3DMathExpression\n help \"Can be used to calculate a vector between 2 points in 3D space.\\nAlso the distance between these points.\\nCan be used along reconcile3d nodes.\"\n selected true\n addUserKnob {20 User}\n addUserKnob {13 v1 l \"Vector 1\" t Point1}\n addUserKnob {13 v2 l \"Vector 2\" t Point2}\n addUserKnob {26 \"\"}\n addUserKnob {13 v4 l \"v4 = v1 - v2\"}\n v4 {{v1-v2} {v1-v2} {v1-v2}}\n addUserKnob {7 mag_v4 l Magnitude_v4 R 0 100}\n mag_v4 {{sqrt(pow(v4.x,2)+pow(v4.y,2)+pow(v4.z,2))}}\n}\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_viewer_render.gizmo", "content": "Group {\n name viewer_render\n inputs 0\n tile_color 0xb7a939ff\n addUserKnob {20 User}\n addUserKnob {1 viewer_node l \"viewer node\"}\n viewer_node Viewer1\n addUserKnob {2 filepath l \"file path\"}\n addUserKnob {26 remarks l \"\" -STARTLINE T \"- only support *.jpg\"}\n addUserKnob {41 set_type l \"set type\" T menu1.set_type}\n addUserKnob {3 select_frame l \"select frame\" +DISABLED}\n select_frame 1001\n addUserKnob {3 frameST l \"frame range\" +DISABLED}\n frameST 1001\n addUserKnob {3 frameED l \"\" -STARTLINE +DISABLED}\n frameED 1010\n addUserKnob {26 \"\"}\n addUserKnob {22 render T \"thisGRP = nuke.thisGroup()\\nnode = thisGRP\\['viewer_node'].getValue()\\npath = thisGRP\\['filepath'].value()\\ngetType = thisGRP\\['set_type'].getValue()\\ncheck = 0\\n\\nerror = \\['Invalid file extension, only *.jpg support.','Invalid frame padding.','file path is empty']\\n\\nif len(path) != 0 :\\n if getType < 2 :\\n if getType == 0 :\\n frameSet = int(nuke.frame())\\n if getType == 1 :\\n frameSet = int(thisGRP\\['select_frame'].getValue())\\n\\n if path\\[len(path)-4:-3] == '.' :\\n if path\\[len(path)-3:].lower() != 'jpg' :\\n nuke.message(error\\[0])\\n else :\\n newPath = path\\n check += 1\\n else :\\n newPath = path + '.jpg'\\n check += 1\\n\\n if check == 1 :\\n nuke.toNode(node)\\['file'].setValue(newPath)\\n nuke.render(node, frameSet, frameSet)\\n nuke.toNode(node)\\['file'].setValue('')\\n else :\\n if getType == 2 :\\n frameST = int(nuke.root().firstFrame())\\n frameED = int(nuke.root().lastFrame())\\n else :\\n frameST = int(thisGRP\\['frameST'].getValue())\\n frameED = int(thisGRP\\['frameED'].getValue())\\n\\n if path\\[len(path)-4:-3] == '.' :\\n if path\\[len(path)-3:].lower() != 'jpg' :\\n nuke.message('Invalid file extension, only *.jpg support.')\\n else :\\n newPath = path\\n check += 1\\n else :\\n newPath = path + '.jpg'\\n check += 1\\n\\n if check == 1 :\\n if newPath\\[-5:].lower() == 'd.jpg' :\\n if newPath\\[-8:-7] == '%' :\\n if len(newPath\\[newPath.find('%')+1:newPath.find('d.jpg')]) == 2 :\\n if newPath\\[newPath.find('%')+1:newPath.find('d.jpg')]\\[:-1] == 0 :\\n padding = int(newPath\\[newPath.find('%')+1:newPath.find('d.jpg')]\\[1:])\\n else :\\n padding = int(newPath\\[newPath.find('%')+1:newPath.find('d.jpg')])\\n\\n for time in range (frameST, frameED+1, 1) :\\n filePadding = list(str(time))\\n while len(filePadding) < padding :\\n filePadding.insert(0, '0')\\n \\n frameFilepath = newPath\\[:newPath.find('%')] + ''.join(filePadding) + newPath\\[newPath.find('.jpg'):]\\n nuke.toNode(node)\\['file'].setValue(frameFilepath)\\n nuke.render(node, time, time)\\n nuke.toNode(node)\\['file'].setValue('')\\n else :\\n nuke.message(error\\[1])\\n else :\\n nuke.message(error\\[1])\\n else :\\n nuke.message(error\\[1])\\nelse :\\n nuke.message(error\\[2])\" +STARTLINE}\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T 1.0}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2018/06/23}\n addUserKnob {26 l_CHANGELOG l Changelog T \"1.0\\n- render viewer with all UI\\n like playblast in maya\"}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n}\n NoOp {\n inputs 0\n name menu1\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nif thisGRP\\['set_type'].getValue() == 0 or thisGRP\\['set_type'].getValue() == 2 :\\n thisGRP\\['select_frame'].setEnabled(False)\\n thisGRP\\['frameST'].setEnabled(False)\\n thisGRP\\['frameED'].setEnabled(False)\\nif thisGRP\\['set_type'].getValue() == 1 :\\n thisGRP\\['select_frame'].setEnabled(True)\\n thisGRP\\['frameST'].setEnabled(False)\\n thisGRP\\['frameED'].setEnabled(False)\\nif thisGRP\\['set_type'].getValue() == 3 :\\n thisGRP\\['select_frame'].setEnabled(False)\\n thisGRP\\['frameST'].setEnabled(True)\\n thisGRP\\['frameED'].setEnabled(True)\\n\"\n selected true\n xpos -47\n ypos 2\n addUserKnob {20 User}\n addUserKnob {4 set_type l \"set type\" M {\"current still frame\" \"another still frame\" \"frame sequence (project setting range)\" \"frame sequence (custom range)\" \"\" \"\" \"\"}}\n set_type \"frame sequence (project setting range)\"\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/gizmos/NST_waterSchmutz.gizmo", "content": "Group {\n name waterSchmutz\n tile_color 0x421010ff\n selected true\n addUserKnob {20 User l waterSchmutz}\n addUserKnob {41 cube l boundaries T Cube1.cube}\n addUserKnob {26 \"\"}\n addUserKnob {41 translate T Cube1.translate}\n addUserKnob {41 rotate T Cube1.rotate}\n addUserKnob {26 \"\"}\n addUserKnob {6 spriteView +STARTLINE}\n addUserKnob {6 customSpriteSwitch l \"custom sprite\" -STARTLINE}\n addUserKnob {41 start_frame l \"start at\" T ParticleEmitter3.start_frame}\n addUserKnob {7 particleDensity l \"particle density\"}\n particleDensity 1\n addUserKnob {41 size T ParticleEmitter3.size}\n addUserKnob {41 size_variation l \"size range\" T ParticleEmitter3.size_variation}\n addUserKnob {22 update l \"Refresh Particles\" T \"import random\\nnuke.thisNode().knob('seed').setValue( random.randint(1,16384) )\" +STARTLINE}\n addUserKnob {3 seed -STARTLINE}\n seed 4191\n addUserKnob {41 to l \"wind direction\" T ParticleWind1.to}\n addUserKnob {6 wrapPart l \"wrap particles\" +STARTLINE}\n wrapPart true\n addUserKnob {7 edgefade l \"edge fade\"}\n edgefade 0.4\n addUserKnob {26 \"\"}\n addUserKnob {7 tScale l \"turbulence scale\" R 0 10}\n tScale 8\n addUserKnob {7 tStrength l \"turbulence stregth\"}\n tStrength 1\n addUserKnob {26 \"\"}\n addUserKnob {26 lbl l \"\" +STARTLINE T \"waterSchmutz v1.5\"}\n addUserKnob {22 btn l DerekVFX.ca T \"import os\\nimport sys\\n\\ntry:\\n import subprocess\\n def _run(cmd, shell, wait):\\n opener = subprocess.Popen(cmd, shell=shell)\\n if wait:\\n opener.wait()\\n return opener.pid\\nexcept ImportError:\\n import popen2\\n def _run(cmd, shell, wait):\\n opener = popen2.Popen3(cmd)\\n if wait:\\n opener.wait()\\n return opener.pid\\n\\ndef _open(url, wait=0):\\n if sys.platform == \\\"darwin\\\":\\n cmd = \\[\\\"open\\\", url]\\n elif hasattr(os, \\\"startfile\\\"):\\n return os.startfile(url)\\n elif os.environ.has_key(\\\"KDE_FULL_SESSION\\\") or os.environ.has_key(\\\"KDE_MULTIHEAD\\\") or \\\\\\n os.environ.has_key(\\\"GNOME_DESKTOP_SESSION_ID\\\") or os.environ.has_key(\\\"GNOME_KEYRING_SOCKET\\\"):\\n cmd = \\[\\\"xdg-open\\\", url]\\n else:\\n raise OSError, \\\"Desktop not supported.\\\"\\n\\n return _run(cmd, 0, wait)\\n\\n_open('http://www.derekvfx.ca/')\" +STARTLINE}\n addUserKnob {20 render l renderSettings}\n addUserKnob {41 format l \"output format\" T Reformat3.format}\n addUserKnob {41 antialiasing T ScanlineRender1.antialiasing}\n addUserKnob {41 overscan T ScanlineRender1.overscan}\n addUserKnob {6 proxyRender l \"proxy mode\" +STARTLINE}\n proxyRender true\n addUserKnob {6 guiDisable l \"GUI Disable\" +STARTLINE}\n addUserKnob {26 \"\"}\n addUserKnob {41 samples T ScanlineRender1.samples}\n addUserKnob {41 shutter T ScanlineRender1.shutter}\n addUserKnob {41 stochastic_samples l \"stochastic samples\" T ScanlineRender1.stochastic_samples}\n addUserKnob {20 particleSettings}\n addUserKnob {41 format_1 l format T Constant1.format}\n addUserKnob {41 first l \"frame range\" T Constant1.first}\n addUserKnob {41 last l \"\" -STARTLINE T Constant1.last}\n addUserKnob {41 start_frame_animation l \"start at\" T ParticleEmitter3.start_frame_animation}\n addUserKnob {41 start_wrap l \"limit to range\" -STARTLINE T ParticleEmitter3.start_wrap}\n addUserKnob {41 frame_advance l advance T ParticleEmitter3.frame_advance}\n addUserKnob {41 max_clip_length l \"max clip length\" -STARTLINE T ParticleEmitter3.max_clip_length}\n addUserKnob {26 div l \"\" +STARTLINE T \" \"}\n addUserKnob {20 spriteSettings n 1}\n addUserKnob {41 type T Noise1.type}\n addUserKnob {41 size_1 l x/ysize T Noise1.size}\n addUserKnob {41 zoffset l z T Noise1.zoffset}\n addUserKnob {41 gain T Noise1.gain}\n addUserKnob {20 endGroup n -1}\n}\n Cube {\n inputs 0\n display wireframe\n render_mode wireframe\n rows 1\n columns 1\n cube {-500 0 -500 500 500 500}\n pivot {{\"abs(cube.x-cube.r)/2+((cube.x 0 & frame-start_frame < 2 ? ((Cube1.volume/1000000)*particleDensity) : 0\"}}\n lifetime inf\n velocity 0\n size 1\n size_variation 4\n start_wrap true\n seed {{parent.seed}}\n name ParticleEmitter3\n knobChanged 5\n xpos -714\n ypos 461\n disable {{\"guiDisable ? \\$gui : 0\"}}\n }\n ParticleExpression {\n temp_name1 c\n temp_expr1 \"v(\\[value Cube1.cube.x],\\[value Cube1.cube.y],\\[value Cube1.cube.n])\"\n temp_name2 b\n temp_expr2 \"v(\\[value Cube1.cube.r],\\[value Cube1.cube.t],\\[value Cube1.cube.f])\"\n posexpr v(random*abs(x(c)-x(b))+x(c),random*abs(y(c)-y(b))+y(c),random*abs(z(c)-z(b))+z(c))\n posexpr_onlynew true\n name spread\n xpos -714\n ypos 487\n disable {{\"guiDisable ? \\$gui : 0\"}}\n }\n ParticleTurbulence {\n strength {{waterSchmutz.tStrength} {strength.x} {strength.x}}\n scale {{waterSchmutz.tScale} {scale.x} {scale.x}}\n name ParticleTurbulence1\n xpos -714\n ypos 525\n disable {{\"guiDisable ? \\$gui : 0\"}}\n }\n ParticleWind {\n to {5 0 0}\n name ParticleWind1\n xpos -714\n ypos 563\n disable {{\"guiDisable ? \\$gui : 0\"}}\n }\n ParticleExpression {\n temp_name1 f\n temp_expr1 \"v(\\[value Cube1.cube.x],\\[value Cube1.cube.y],\\[value Cube1.cube.n])\"\n temp_name2 b\n temp_expr2 \"v(\\[value Cube1.cube.r],\\[value Cube1.cube.t],\\[value Cube1.cube.f])\"\n temp_name3 poz\n temp_expr3 pos\n posexpr v(x(poz)>x(b)?x(f):(x(poz)y(b)?y(f):(y(poz)z(b)?z(f):(z(poz)= lastFrameOut ? \\{\\} : tmp2\\\".format(modeBefore, modeAfter)\\n k_output.setExpression(expression)\\nknobChanged()\"\n tile_color 0xb09549ff\n note_font Verdana\n addUserKnob {20 User}\n addUserKnob {41 inp1 +INVISIBLE T upstreamValue5.output}\n addUserKnob {3 firstFrame l \"input range\" t \"First frame of input to use\"}\n firstFrame 1001\n addUserKnob {3 lastFrame l \"\" t \"Last frame of input to use\" -STARTLINE}\n lastFrame 1101\n addUserKnob {22 getInputFromParentRange l \"From Input\" -STARTLINE T \"#========================================\\n# getInputFromParentRange\\n#========================================\\nimport nuke\\ndef getAnimationRange(knob):\\n frameRange = \\[0, 0]\\n anims = knob.animations()\\[0:]\\n if anims:\\n anim = knob.animation(0)\\n keys = anim.keys()\\n frameRange\\[0] = int(keys\\[0].x)\\n frameRange\\[1] = int(keys\\[-1].x)\\n return frameRange\\n\\ndef main():\\n node = nuke.thisNode()\\n frameRange = \\[]\\n if node.inputs():\\n pNode = node.input(0)\\n knob = pNode.knob(\\\"custom\\\")\\n if knob:\\n # 1) waveCustom : Get first and last keyframe\\n frameRange = getAnimationRange(knob)\\n if not knob:\\n knob = pNode.knob(\\\"waveLength\\\")\\n if knob:\\n rootFirst = nuke.root().knob(\\\"first_frame\\\").value()\\n frameRange = \\[int(rootFirst), int(knob.value()-1+rootFirst)]\\n if not knob:\\n knob = pNode.knob(\\\"firstFrameOut\\\")\\n if knob:\\n knob2 = pNode.knob(\\\"lastFrameOut\\\")\\n frameRange = \\[int(knob.value()), int(knob2.value())]\\n if frameRange:\\n node.knob(\\\"firstFrame\\\").setValue(frameRange\\[0])\\n node.knob(\\\"lastFrame\\\").setValue(frameRange\\[1])\\n else:\\n nuke.alert(\\\"Can't get input range\\\\n\\\\nNeeds a waveRetime waveCustom or waveMaker node as input to be able to fetch range\\\")\\nmain()\"}\n addUserKnob {3 firstFrameOut l \"output range\" t \"First frame of output\"}\n firstFrameOut 1001\n addUserKnob {3 lastFrameOut l \"\" t \"Last frame of output\" -STARTLINE}\n lastFrameOut 1101\n addUserKnob {22 setOutputFromInputRange l \"From Input\" -STARTLINE T \"import nuke\\n\\ndef main():\\n node = nuke.thisNode()\\n firstFrame = node.knob(\\\"firstFrame\\\").value()\\n lastFrame = node.knob(\\\"lastFrame\\\").value()\\n node.knob(\\\"firstFrameOut\\\").setValue(firstFrame)\\n node.knob(\\\"lastFrameOut\\\").setValue(lastFrame)\\nmain()\"}\n addUserKnob {22 getOutputFromProjectRange l \"From Project\" -STARTLINE T \"import nuke\\n\\ndef main():\\n node = nuke.thisNode()\\n root = nuke.root()\\n firstFrame = root.knob(\\\"first_frame\\\").value()\\n lastFrame = root.knob(\\\"last_frame\\\").value()\\n node.knob(\\\"firstFrameOut\\\").setValue(firstFrame)\\n node.knob(\\\"lastFrameOut\\\").setValue(lastFrame)\\nmain()\"}\n addUserKnob {7 speed R 0.1 10}\n speed 1\n addUserKnob {4 before M {loop hold}}\n before hold\n addUserKnob {4 after M {loop hold}}\n after hold\n addUserKnob {7 loopCount +INVISIBLE}\n loopCount {{floor((frame-firstFrame)/(lastFrame-firstFrame))}}\n addUserKnob {7 frm t \"Which frame of the original frame to show\" +INVISIBLE}\n frm {{frame-((lastFrame-firstFrame+1)*loopCount)}}\n addUserKnob {7 tmp t \"inpValue at frm\" +INVISIBLE}\n tmp {{\"loopCount < 0 ? (before == 1 ? inp1(firstFrame) : inp1(frm)) : loopCount > 0 ? (after == 1 ? inp1(lastFrame) : inp1(frm)) : inp1(frm)\"}}\n addUserKnob {7 tmp2 t \"show tmp at frame+(firstFrameOut-firstFrame)\" +INVISIBLE}\n tmp2 {{tmp((frame+(firstFrame-firstFrameOut)-firstFrameOut)*speed+firstFrameOut)}}\n addUserKnob {7 output}\n output {{\"disable ? inp1 : frame <= firstFrameOut ? tmp2(firstFrameOut) : frame >= lastFrameOut ? tmp2(lastFrameOut) : tmp2\"}}\n addUserKnob {26 \"\"}\n addUserKnob {26 credits l \"\" +STARTLINE T \"WaveRetime v1.0 | Fynn Laue 2020\"}\n}\n Input {\n inputs 0\n name Input1\n xpos -40\n ypos 39\n }\n Group {\n name upstreamValue5\n onCreate \"n = nuke.thisNode()\\n# Hide these knobs from the curve editor\\nn.knob(\\\"output\\\").setFlag(0x20000000)\"\n label v005\n xpos -40\n ypos 150\n addUserKnob {20 User}\n addUserKnob {43 pNode t \"this script finds the upstream value. Or rather the name of the node and appends a .\\nThis is then used in an expression appended by a knob name to get that knob's value.\" +INVISIBLE}\n pNode \"\\[\\n # This throws error 'Nothing is named \\\"Nothing\\\"' when node has no input0\\n # set x \\[node this.input0]\\n set starting_point \\\"this.input0\\\"\\n set default \\\"this.d_\\\"\\n\\n # Set x to input if it exists, otherwise return default\\n if \\{\\[exists \\$starting_point]\\} \\{\\n set x \\[node \\$starting_point]\\n \\} \\{\\n return \\$default\\n \\}\\n\\n set finished 0\\n while \\{\\$finished != 1\\} \\{\\n # First look for a specific node type\\n set skip_node 1\\n while \\{\\$skip_node == 1\\} \\{\\n # TODO: Make better grouping to reduce nested if statements\\n if \\{(\\[class \\$x] != \\\"Group\\\" && \\[class \\$x] != \\\"Input\\\" && \\$x != \\[topnode \\$x])\\} \\{\\n set x \\[node \\$x.input0]\\n \\} \\{\\n # Stop at first enabled Group node\\n if \\{(\\[class \\$x] == \\\"Group\\\") || (\\[class \\$x] == \\\"Input\\\")\\} \\{\\n set skip_node 0\\n \\} \\{\\n if \\{\\$x == \\[topnode \\$x]\\} \\{\\n return \\$default\\n \\} \\{\\n set x \\[node \\$x.input0]\\n \\}\\n \\}\\n \\}\\n \\}\\n # Return Group node if it has an output knob\\n if \\{\\[class \\$x] == \\\"Group\\\" && \\[exists \\$x.output]\\} \\{\\n set x \\[append x \\\".\\\"]\\n return \\$x\\n \\} \\{\\n # If node is an Input node (of a Group node), return its parent\\n if \\{\\[class \\$x]==\\\"Input\\\"\\} \\{\\n set inp \\\"\\$x.parent.input\\\"\\n set inputNum \\[value \\$x.number]\\n set inp \\[append inp \\$inputNum]\\n if \\{\\[exists \\$inp]\\} \\{\\n set x \\[node \\$inp]\\n \\} \\{\\n set finished 1\\n \\}\\n \\} \\{\\n set finished 1\\n \\}\\n \\}\\n \\}\\n return \\$default\\n]\"\n addUserKnob {7 d_output t \"if no upstream value is found, default to this value\"}\n addUserKnob {7 output}\n output {{\"\\[value knob.pNode]output\"}}\n addUserKnob {26 \"\"}\n addUserKnob {26 credit l \"\" +STARTLINE T \"upstreamValue v1.0 | Fynn Laue 2020\"}\n }\n Input {\n inputs 0\n name Input1\n xpos 0\n }\n Output {\n name Output1\n xpos 0\n ypos 300\n }\n end_group\n Output {\n name Output1\n xpos -40\n ypos 303\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/init.py", "content": "'''\n@author: Tony Lyons (creativelyons@gmail.com)\n# init.py\n'''\n# import os\n# import nuke\n" }, { "path": "NukeSurvivalToolkit/menu.py", "content": "#*****************************************************************\n#*****************************************************************\n# This file will setup the NukeSurvivalToolkit Menu on your Toolbar\n# Written by Tony Lyons 09/2020 | www.CreativeLyons.com | www.CompositingMentor.com\n#*****************************************************************\n#*****************************************************************\n\n# Imports\nimport nuke\nimport sys\nimport os\nfrom pathlib import Path\n\n############################################################################################################\n\n# Add PluginPaths to tools and icons\nnuke.pluginAddPath('./gizmos')\nnuke.pluginAddPath('./python')\nnuke.pluginAddPath('./icons')\nnuke.pluginAddPath('./images')\nnuke.pluginAddPath('./nk_files')\n\n# Import some helpful functions for the NST\nimport NST_helper\n\n# This is the prefix being used to customize the gizmo's in this toolkit\nglobal prefixNST\nprefixNST = \"NST_\"\n\n# Store the location of this menu.py to help with nuke.nodePaste() which requires a filepath to paste\n# Use Path.as_posix() to ensure forward slashes on all platforms (fixes Windows path issues)\nNST_FolderPath = Path(__file__).parent.as_posix()\nNST_helper.NST_FolderPath = NST_FolderPath\n\n############################################################################################################\n# Helpers to keep code readable\n\ndef nk_path(filename, prefix=False):\n \"\"\"Return full path to an .nk file in nk_files folder.\"\"\"\n name = f\"{prefixNST}{filename}\" if prefix else filename\n return f\"{NST_FolderPath}/nk_files/{name}\"\n\ndef icon_path(filename):\n \"\"\"Return full path to an icon file.\"\"\"\n return f\"{NST_FolderPath}/icons/{filename}\"\n\n############################################################################################################\n# User Configuration Variables\n############################################################################################################\n\n# Documentation behavior/config (kept in menu.py for explicit user editing)\nNST_helper.NST_DOCS_ONLINE_URL = \"https://creativelyons.github.io/NukeSurvivalToolkit_Wiki/\"\nNST_helper.NST_DOCS_ONLINE_TIMEOUT_SECONDS = 1.5\nNST_helper.NST_DOCS_PDF_NAME = \"NukeSurvivalToolkit_Documentation_Release_v2.2.0.pdf\"\nNST_helper.NST_DOCS_OFFLINE_INDEX = Path(\"NST_Documentation/index.html\")\n\n# Set to True to load the Expression Nodes AG submenu under Draw; set to False to skip it\nLOAD_EXPRESSION_MENU = False\n\n############################################################################################################\n# End of User Configuration Variables\n############################################################################################################\n\n############################################################################################################\n# Start of Menu Creation\n############################################################################################################\n\n# Create NukeSurivalToolkit Menu\ntoolbar = nuke.menu('Nodes')\nNST_menu = toolbar.addMenu('NukeSurvivalToolkit', icon = \"SurvivalToolkit.png\")\n\n\n############################################################################################################\n############################################################################################################\n\n# Create Documentation Submenu\ndocumentationMenu = NST_menu.addMenu(\"Documentation\", icon=\"info_icon.png\", index=00)\ndocumentationMenu.addCommand(\"Wiki\\\\/Docs (Auto)\", \"NST_helper.openNSTDocumentationDefault()\", icon=\"wiki_default.png\")\ndocumentationMenu.addCommand(\"Wiki (Online)\", \"NST_helper.openNSTDocumentationOnline()\", icon=\"wiki_online.png\")\ndocumentationMenu.addCommand(\"Wiki (Offline)\", \"NST_helper.openNSTDocumentationOffline()\", icon=\"wiki_offline.png\")\ndocumentationMenu.addCommand(\"Docs (PDF)\", \"NST_helper.openNSTDocumentationPDF()\", icon=\"StickyNote.png\")\n\n############################################################################################################\n############################################################################################################\n\n\n# Create Image Menu\nimageMenu = NST_menu.addMenu('Image', icon = 'ToolbarImage.png', index = 10)\n\nimageMenu.addCommand('LabelFromRead TL', f\"nuke.createNode('{prefixNST}LabelFromRead')\", icon=\"LabelFromRead.png\")\n\n############################################################################################################\n############################################################################################################\n\n# Create Draw Menu\ndrawMenu = NST_menu.addMenu('Draw', icon = 'ToolbarDraw.png', index = 20)\n\nif LOAD_EXPRESSION_MENU:\n expressionMenu = drawMenu.addMenu(\"Expression Nodes AG\", icon=icon_path(\"expr.png\"), index=000)\n expressionMenu.addMenu('Creations', icon=icon_path(\"expr_01.png\"))\n expressionMenu.addMenu('Alpha', icon=icon_path(\"expr_02.png\"))\n expressionMenu.addMenu('Pixel', icon=icon_path(\"expr_03.png\"))\n expressionMenu.addMenu('Keying and Despill', icon=icon_path(\"expr_04.png\"))\n expressionMenu.addMenu('Transform', icon=icon_path(\"expr_05.png\"))\n expressionMenu.addMenu('3D and Deep', icon=icon_path(\"expr_06.png\"))\n\n #CREATIONS\n expressionMenu.addCommand('Creations/Random/Random Colors', f'nuke.nodePaste(\"{nk_path(\"Random_colors.nk\")}\")')\n expressionMenu.addCommand('Creations/Random/Random every Frame', f'nuke.nodePaste(\"{nk_path(\"Random_every_frame.nk\")}\")')\n expressionMenu.addCommand('Creations/Random/Random every Pixel', f'nuke.nodePaste(\"{nk_path(\"Random_every_pixel.nk\")}\")')\n #expressionMenu.addCommand('Creations/Noise/Noise', f'nuke.nodePaste(\"{nk_path(\"Noise.nk\")}\")')\n #expressionMenu.addCommand('Creations/Noise/fBm', f'nuke.nodePaste(\"{nk_path(\"fBm.nk\")}\")')\n #expressionMenu.addCommand('Creations/Noise/Turbulence', f'nuke.nodePaste(\"{nk_path(\"turbulence.nk\")}\")')\n expressionMenu.addCommand('Creations/lines vertical', f'nuke.nodePaste(\"{nk_path(\"Lines_Vertical.nk\")}\")')\n expressionMenu.addCommand('Creations/lines horizontal', f'nuke.nodePaste(\"{nk_path(\"Lines_Horizontal.nk\")}\")')\n expressionMenu.addCommand('Creations/lines vertical animated', f'nuke.nodePaste(\"{nk_path(\"Lines_Vertical_Animated.nk\")}\")')\n expressionMenu.addCommand('Creations/lines horizontal animated', f'nuke.nodePaste(\"{nk_path(\"Lines_Horizontal_Animated.nk\")}\")')\n expressionMenu.addCommand('Creations/circles', f'nuke.nodePaste(\"{nk_path(\"circles.nk\")}\")')\n expressionMenu.addCommand('Creations/circles user', f'nuke.nodePaste(\"{nk_path(\"circles_user.nk\")}\")')\n expressionMenu.addCommand('Creations/points', f'nuke.nodePaste(\"{nk_path(\"points.nk\")}\")')\n expressionMenu.addCommand('Creations/points advanced', f'nuke.nodePaste(\"{nk_path(\"points_advanced.nk\")}\")')\n expressionMenu.addCommand('Creations/bricks', f'nuke.nodePaste(\"{nk_path(\"bricks.nk\")}\")')\n expressionMenu.addCommand('Creations/gradient horizontal', f'nuke.nodePaste(\"{nk_path(\"gradient_horizontal.nk\")}\")')\n expressionMenu.addCommand('Creations/gradient horizontal invert', f'nuke.nodePaste(\"{nk_path(\"gradient_horizontal_invert.nk\")}\")')\n expressionMenu.addCommand('Creations/gradient vertical', f'nuke.nodePaste(\"{nk_path(\"gradient_vertical.nk\")}\")')\n expressionMenu.addCommand('Creations/gradient vertical invert', f'nuke.nodePaste(\"{nk_path(\"gradient_vertical_invert.nk\")}\")')\n expressionMenu.addCommand('Creations/gradient 4 corners', f'nuke.nodePaste(\"{nk_path(\"GradientCorner.nk\")}\")')\n expressionMenu.addCommand('Creations/radial', f'nuke.nodePaste(\"{nk_path(\"radial.nk\")}\")')\n expressionMenu.addCommand('Creations/radial gradient', f'nuke.nodePaste(\"{nk_path(\"radial_gradient.nk\")}\")')\n expressionMenu.addCommand('Creations/radial rays', f'nuke.nodePaste(\"{nk_path(\"radial_rays.nk\")}\")')\n expressionMenu.addCommand('Creations/Trunc', f'nuke.nodePaste(\"{nk_path(\"Trunc.nk\")}\")')\n\n #ALPHA\n expressionMenu.addCommand('Alpha/alpha binary', f'nuke.nodePaste(\"{nk_path(\"alpha_binary.nk\")}\")')\n expressionMenu.addCommand('Alpha/alpha comparison', f'nuke.nodePaste(\"{nk_path(\"alpha_comparison.nk\")}\")')\n expressionMenu.addCommand('Alpha/alpha exists?', f'nuke.nodePaste(\"{nk_path(\"alpha_exists.nk\")}\")')\n expressionMenu.addCommand('Alpha/alpha sum', f'nuke.nodePaste(\"{nk_path(\"alpha_sum.nk\")}\")')\n\n #PIXEL\n expressionMenu.addCommand('Pixel/absolute value', f'nuke.nodePaste(\"{nk_path(\"abs.nk\")}\")')\n expressionMenu.addCommand('Pixel/check negative', f'nuke.nodePaste(\"{nk_path(\"check_negative.nk\")}\")')\n expressionMenu.addCommand('Pixel/check nan inf pixels', f'nuke.nodePaste(\"{nk_path(\"check_nan_inf.nk\")}\")')\n expressionMenu.addCommand('Pixel/create nan pixel', f'nuke.nodePaste(\"{nk_path(\"create_nan.nk\")}\")')\n expressionMenu.addCommand('Pixel/kill nan pixel', f'nuke.nodePaste(\"{nk_path(\"kill_nan.nk\")}\")')\n expressionMenu.addCommand('Pixel/create inf pixel', f'nuke.nodePaste(\"{nk_path(\"create_inf.nk\")}\")')\n expressionMenu.addCommand('Pixel/kill inf pixel', f'nuke.nodePaste(\"{nk_path(\"kill_inf.nk\")}\")')\n\n #TRANSFORM\n expressionMenu.addCommand('Transform/Coordinates', f'nuke.nodePaste(\"{nk_path(\"coordinates.nk\")}\")')\n expressionMenu.addCommand('Transform/UV to Vector', f'nuke.nodePaste(\"{nk_path(\"UV_to_Vector.nk\")}\")')\n expressionMenu.addCommand('Transform/Vector to UV', f'nuke.nodePaste(\"{nk_path(\"Vector_to_UV.nk\")}\")')\n expressionMenu.addCommand('Transform/transform', f'nuke.nodePaste(\"{nk_path(\"transform.nk\")}\")')\n expressionMenu.addCommand('Transform/transform advanced', f'nuke.nodePaste(\"{nk_path(\"transform_advanced.nk\")}\")')\n expressionMenu.addCommand('Transform/twist', f'nuke.nodePaste(\"{nk_path(\"twist.nk\")}\")')\n expressionMenu.addCommand('Transform/STMap_invert', f'nuke.nodePaste(\"{nk_path(\"STMap_invert.nk\")}\")')\n\n #3D and DEEP\n expressionMenu.addCommand('3D and Deep/Normal Pass - Relight', f'nuke.nodePaste(\"{nk_path(\"normalPass_relight.nk\")}\")')\n expressionMenu.addCommand('3D and Deep/C4x4', f'nuke.nodePaste(\"{nk_path(\"C4x4.nk\")}\")')\n expressionMenu.addCommand('3D and Deep/Deep to Depth', f'nuke.nodePaste(\"{nk_path(\"deepToDepth.nk\")}\")')\n expressionMenu.addCommand('3D and Deep/Depth normalize', f'nuke.nodePaste(\"{nk_path(\"depth_normalize.nk\")}\")')\n\n #KEYING and DESPILL\n expressionMenu.addCommand('Keying and Despill/despill green', f'nuke.nodePaste(\"{nk_path(\"despill_green.nk\")}\")')\n expressionMenu.addCommand('Keying and Despill/despill green list', f'nuke.nodePaste(\"{nk_path(\"despill_green_list.nk\")}\")')\n expressionMenu.addCommand('Keying and Despill/despill blue', f'nuke.nodePaste(\"{nk_path(\"despill_blue.nk\")}\")')\n expressionMenu.addCommand('Keying and Despill/despill blue list', f'nuke.nodePaste(\"{nk_path(\"despill_blue_list.nk\")}\")')\n expressionMenu.addCommand('Keying and Despill/keying', f'nuke.nodePaste(\"{nk_path(\"keying.nk\")}\")')\n expressionMenu.addCommand('Keying and Despill/differenceKey', f'nuke.nodePaste(\"{nk_path(\"differenceKey.nk\")}\")')\n expressionMenu.addCommand('Keying and Despill/IBKGizmo_Expression', f'nuke.nodePaste(\"{nk_path(\"IBKGizmo_Expression.nk\")}\")')\n\n expressionMenu.addSeparator()\n\n #INFO\n expressionMenu.addCommand('Info e Tutorial', \"nuke.tcl('start', 'http://www.andreageremia.it/tutorial_expression_node.html')\", icon=icon_path(\"question_mark.png\"))\n\ndrawMenu.addSeparator()\n\ndrawMenu.addCommand('ConstantPro TL', f\"nuke.createNode('{prefixNST}ConstantPro')\", icon=\"Constant.png\")\ndrawMenu.addCommand('HexColor NW', f\"nuke.createNode('{prefixNST}HexColor')\", icon=\"Constant.png\")\ndrawMenu.addCommand('GradMagic TL', f\"nuke.createNode('{prefixNST}GradMagic')\", icon=\"GradMagic.png\")\ndrawMenu.addCommand('NoiseAdvanced TL', f\"nuke.createNode('{prefixNST}NoiseAdvanced')\", icon=\"Noise.png\")\ndrawMenu.addCommand('RadialAdvanced TL', f\"nuke.createNode('{prefixNST}RadialAdvanced')\", icon=\"Radial.png\")\ndrawMenu.addCommand('UV Map AG', f\"nuke.createNode('{prefixNST}UV_Map')\", icon=\"AG_UVMap.png\")\ndrawMenu.addCommand(\"SpotLight TL\", f\"nuke.createNode('{prefixNST}SpotLight')\", icon=\"Radial.png\")\ndrawMenu.addCommand(\"Rings of Power TL\", f\"nuke.createNode('{prefixNST}Rings_of_Power')\", icon=\"MergeIn.png\")\n\ndrawMenu.addSeparator()\n\ndrawMenu.addCommand('WaterLens MJT', f\"nuke.createNode('{prefixNST}WaterLens')\", icon=\"WaterLens.png\")\ndrawMenu.addCommand(\"Silk MHD\", f\"nuke.createNode('{prefixNST}h_silk')\", icon=\"h_silk.png\")\n\n# Try to add GradientEditor\ntry:\n import ColorGradientUi\n drawMenu.addCommand(\"GradientEditor MHD\", f\"nuke.createNode('{prefixNST}h_gradienteditor')\", icon=\"h_gradienteditor.png\")\nexcept ImportError as e:\n print(f\"Could not load ColorGradientUi from HagbarthTools folder: {e}\")\n pass\n\ndrawMenu.addSeparator()\n\ndrawMenu.addCommand('VoronoiGradient NW', f\"nuke.createNode('{prefixNST}VoronoiGradient')\", icon=\"GradMagic.png\")\ndrawMenu.addCommand('CellNoise NKPD', f\"nuke.createNode('{prefixNST}CellNoise')\", icon=\"Noise.png\")\ndrawMenu.addCommand('LineTool NKPD', f\"nuke.createNode('{prefixNST}LineTool')\", icon=\"nukepedia_icon.png\")\ndrawMenu.addCommand('PlotScanline NKPD', f\"nuke.createNode('{prefixNST}PlotScanline')\", icon=\"nukepedia_icon.png\")\ndrawMenu.addCommand('SliceTool FR', f\"nuke.createNode('{prefixNST}SliceTool')\", icon=\"Histogram.png\")\ndrawMenu.addCommand('PerspectiveGuide NKPD', f\"nuke.createNode('{prefixNST}PerspectiveGuide')\", icon=\"nukepedia_icon.png\")\n\ndrawMenu.addSeparator()\n\ndrawMenu.addCommand('DasGrain FH', f\"nuke.createNode('{prefixNST}DasGrain')\", icon=\"Grain.png\")\ndrawMenu.addCommand('LumaGrain LUMA', f\"nuke.createNode('{prefixNST}LumaGrain')\", icon=\"nukepedia_icon.png\")\ndrawMenu.addCommand('Grain_Advanced SPIN', f\"nuke.createNode('{prefixNST}Grain_Advanced')\", icon=\"spin_tools.png\")\n\ndrawMenu.addSeparator()\n\ndrawMenu.addCommand(\"X_Tesla XM\", f\"nuke.createNode('{prefixNST}X_Tesla')\", icon=\"X_Tesla.png\")\ndrawMenu.addCommand('SpotFlare MHD', f\"nuke.createNode('{prefixNST}SpotFlare')\", icon=\"Flare.png\")\ndrawMenu.addCommand('FlareSuperStar NKPD', f\"nuke.createNode('{prefixNST}FlareSuperStar')\", icon=\"nukepedia_icon.png\")\ndrawMenu.addCommand('AutoFlare NKPD', f\"NST_helper.filepathCreateNode('{prefixNST}AutoFlare2')\", icon=\"Flare.png\")\ndrawMenu.addCommand(\"BokehBuilder KB\", f\"nuke.createNode('{prefixNST}BokehBuilder')\", icon=\"K_BokehBuilder.png\")\ndrawMenu.addCommand(\"LensEngine KB\", f\"nuke.createNode('{prefixNST}LensEngine')\", icon=\"K_LensEngine.png\")\n\n\n############################################################################################################\n############################################################################################################\n\n# Create Time Menu\ntimeMenu = NST_menu.addMenu('Time', icon = 'ToolbarTime.png', index = 30)\n\ntimeMenu.addCommand('apLoop AP', f'nuke.createNode(\"{prefixNST}apLoop\")', icon='apLoop.png')\n\ntimeMenu.addSeparator()\n\ntimeMenu.addCommand('FrameHold Special AG', f\"nuke.createNode('{prefixNST}FrameHoldSpecial')\", icon=\"FrameHold.png\")\ntimeMenu.addCommand('Looper DB', f\"nuke.createNode('{prefixNST}Looper')\", icon=\"nukepedia_icon.png\")\ntimeMenu.addCommand('FrameMedian MHD', f\"nuke.createNode('{prefixNST}FrameMedian')\", icon=\"FrameBlend.png\")\ntimeMenu.addCommand('TimeMachine NKPD', f\"nuke.createNode('{prefixNST}TimeMachine')\", icon=\"nukepedia_icon.png\")\ntimeMenu.addCommand('FrameFiller MJT', f\"nuke.createNode('{prefixNST}FrameFiller')\", icon=\"FrameFiller.png\")\n\n############################################################################################################\n############################################################################################################\n\n# Create Channel Menu\nchannelMenu = NST_menu.addMenu('Channel', icon = 'ToolbarChannel.png', index = 40)\n\nchannelMenu.addCommand('BinaryAlpha TL', f\"nuke.createNode('{prefixNST}BinaryAlpha')\", icon=\"BumpBoss.png\")\nchannelMenu.addCommand('ChannelCombiner TL', f\"nuke.createNode('{prefixNST}ChannelCombiner')\", icon=\"ChannelMerge.png\")\nchannelMenu.addCommand('ChannelControl TL', f\"nuke.createNode('{prefixNST}ChannelControl')\", icon=\"LayerChannel.png\")\nchannelMenu.addCommand('ChannelCreator TL', f\"nuke.createNode('{prefixNST}ChannelCreator')\", icon=\"Add.png\")\nchannelMenu.addCommand('InjectMatteChannel TL', f\"nuke.createNode('{prefixNST}InjectMatteChannel')\", icon=\"ChannelMerge.png\")\nchannelMenu.addCommand('ID_Extractor TL', f\"nuke.createNode('{prefixNST}ID_Extractor')\", icon=\"Shuffle.png\")\n\nchannelMenu.addSeparator()\n\nchannelMenu.addCommand('streamCart MJT', f\"nuke.createNode('{prefixNST}streamCart')\", icon=\"streamCart.png\")\nchannelMenu.addCommand('renameChannels AG', f\"nuke.createNode('{prefixNST}renameChannels')\", icon=\"nukepedia_icon.png\")\n\n\n############################################################################################################\n############################################################################################################\n\n# Create Color Menu\ncolorMenu = NST_menu.addMenu('Color', icon = 'ToolbarColor.png', index = 50)\n\ncolorMenu.addCommand('BlacksMatch TL', f\"nuke.createNode('{prefixNST}BlacksMatch')\", icon=\"BlacksMatch.png\")\ncolorMenu.addCommand('ColorCopy TL', f\"nuke.createNode('{prefixNST}ColorCopy')\", icon=\"Crosstalk.png\")\ncolorMenu.addCommand('Contrast TL', f\"nuke.createNode('{prefixNST}Contrast')\", icon=\"ColorCorrect.png\")\ncolorMenu.addCommand('GradeLayerPass TL', f\"nuke.createNode('{prefixNST}GradeLayerPass')\", icon=\"Grade.png\")\ncolorMenu.addCommand('HighlightSuppress TL', f\"nuke.createNode('{prefixNST}HighlightSuppress')\", icon=\"ColorLookup.png\")\ncolorMenu.addCommand('ShadowMult TL', f\"nuke.createNode('{prefixNST}ShadowMult')\", icon=\"SpotLight.png\")\ncolorMenu.addCommand('WhiteSoftClip TL', f\"nuke.createNode('{prefixNST}WhiteSoftClip')\", icon=\"SoftClip.png\")\ncolorMenu.addCommand('WhiteBalance TL', f\"nuke.createNode('{prefixNST}WhiteBalance')\", icon=\"HueShift.png\")\n\n\ncolorMenu.addSeparator()\n\ncolorMenu.addCommand('apColorSampler AP', f'nuke.createNode(\"{prefixNST}ColorSampler\")', icon='ColorSampler.png')\ncolorMenu.addCommand('apVignette AP', f'nuke.createNode(\"{prefixNST}apVignette\")', icon='apeVignette.png')\ncolorMenu.addCommand('GammaPlus MJT', f\"nuke.createNode('{prefixNST}GammaPlus')\", icon=\"GammaPlus.png\")\ncolorMenu.addCommand('MonochromePlus CF', f\"nuke.createNode('{prefixNST}MonochromePlus')\", icon=\"Saturation.png\")\ncolorMenu.addCommand('aeRelight2D AE', f\"nuke.createNode('{prefixNST}aeRelight2D')\", icon=\"ReLight.png\")\n\ncolorMenu.addSeparator()\n\ncolorMenu.addCommand('Suppress_RGBCMY SPIN', f'nuke.createNode(\"{prefixNST}Suppress_RGBCMY\")', icon='spin_tools.png')\ncolorMenu.addCommand('BiasedSaturation NKPD', f\"nuke.createNode('{prefixNST}BiasedSaturation')\", icon=\"Saturation.png\")\ncolorMenu.addCommand('HSL_Tool NKPD', f\"nuke.createNode('{prefixNST}HSL_Tool')\", icon=\"HSVTool.png\")\n\n############################################################################################################\n############################################################################################################\n\n# Create Filter Menu\n\nfilterMenu = NST_menu.addMenu('Filter', icon = 'ToolbarFilter.png', index = 60)\n\nglowMenu = filterMenu.addMenu(\"Glows\", icon=\"Glow.png\")\nglowMenu.addCommand('apGlow AP', f'nuke.createNode(\"{prefixNST}apeGlow\")', icon='apGlow.png')\nglowMenu.addCommand('ExponGlow TL', f'nuke.createNode(\"{prefixNST}ExponGlow\")', icon='Glow.png')\nglowMenu.addCommand('Glow_Exponential SPIN', f'nuke.createNode(\"{prefixNST}Glow_Exponential\")', icon=\"spin_tools.png\")\nglowMenu.addCommand('bm_OpticalGlow BM', f\"nuke.createNode('{prefixNST}bm_OpticalGlow')\", icon='bm_OpticalGlow_icon.png')\n\nfilterMenu.addSeparator()\n\nBlurMenu = filterMenu.addMenu(\"Blurs\", icon=\"Median.png\")\n\nBlurMenu.addCommand('ExponBlurSimple TL', f\"nuke.createNode('{prefixNST}ExponBlurSimple')\", icon=\"Glow.png\")\nBlurMenu.addCommand('DirectionalBlur TL', f\"nuke.createNode('{prefixNST}DirectionalBlur')\", icon=\"DirBlur.png\")\nBlurMenu.addCommand('MotionBlurPaint AG', f\"nuke.createNode('{prefixNST}MotionBlurPaint')\", icon=\"MotionBlur2D.png\")\nBlurMenu.addCommand('iBlur NKPD', f\"nuke.createNode('{prefixNST}iBlurU')\", icon=\"Blur.png\")\nBlurMenu.addCommand(\"WaveletBlur MHD\", f\"nuke.createNode('{prefixNST}WaveletBlur')\", icon=\"h_tools.png\")\n\nfilterMenu.addSeparator()\n\nEdgesMenu = filterMenu.addMenu(\"Edges\", icon=\"FilterErode.png\")\nEdgesMenu.addCommand('apEdgePush AP', f'nuke.createNode(\"{prefixNST}apEdgePush\")', icon='apEdgePush.png')\nEdgesMenu.addCommand('apEdgeCrush AP', f'nuke.createNode(\"{prefixNST}apEdgeCrush\")', icon='Dither.png')\nEdgesMenu.addCommand('EdgeDetectAlias TL', f\"nuke.createNode('{prefixNST}EdgeDetectAlias')\", icon=\"EdgeDetect.png\")\nEdgesMenu.addCommand('AntiAliasingFilter AG', f\"nuke.createNode('{prefixNST}AntiAliasingFilter')\", icon=\"nukepedia_icon.png\")\nEdgesMenu.addCommand('ErodeSmooth TL', f\"nuke.createNode('{prefixNST}ErodeSmooth')\", icon=\"FilterErode.png\")\nEdgesMenu.addCommand('iErode PP', f\"nuke.createNode('{prefixNST}iErode')\", icon=\"FilterErode.png\")\nEdgesMenu.addCommand('Edge_RimLight AG', f\"nuke.createNode('{prefixNST}Edge_RimLight')\", icon=\"nukepedia_icon.png\")\nEdgesMenu.addCommand('EdgeDetectPRO AG', f\"nuke.createNode('{prefixNST}EdgeDetectPRO')\", icon=\"nukepedia_icon.png\")\nEdgesMenu.addCommand('Erode_Fine SPIN', f\"nuke.createNode('{prefixNST}Erode_Fine')\", icon=\"spin_tools.png\")\nEdgesMenu.addCommand('Edge_Expand SPIN', f\"nuke.createNode('{prefixNST}Edge_Expand')\", icon=\"spin_tools.png\")\nEdgesMenu.addCommand('Edge RB', f\"nuke.createNode('{prefixNST}Edge')\", icon=\"nukepedia_icon.png\")\nEdgesMenu.addCommand('KillOutline NKPD', f\"nuke.createNode('{prefixNST}KillOutline')\", icon=\"nukepedia_icon.png\")\nEdgesMenu.addCommand('ColorSmear NKPD', f\"nuke.createNode('{prefixNST}ColorSmear')\", icon=\"nukepedia_icon.png\")\nEdgesMenu.addCommand('EdgeFromAlpha FR', f\"nuke.createNode('{prefixNST}EdgeFromAlpha')\", icon=\"nukepedia_icon.png\")\nEdgesMenu.addCommand('VectorExtendEdge NKPD', f\"nuke.createNode('{prefixNST}VectorExtendEdge')\", icon=\"nukepedia_icon.png\")\nEdgesMenu.addCommand('GuidedBlur RP', f\"nuke.createNode('{prefixNST}GuidedBlur')\", icon=\"EdgeBlur.png\")\nEdgesMenu.addSeparator()\nEdgesMenu.addCommand('FractalBlur NKPD', f\"nuke.createNode('{prefixNST}FractalBlur')\", icon=\"nukepedia_icon.png\")\n\nfilterMenu.addSeparator()\n\ndistortMenu = filterMenu.addMenu(\"Distortions\", icon=\"IDistort.png\")\ndistortMenu.addCommand('Glass FR', f\"nuke.createNode('{prefixNST}Glass')\", icon=\"nukepedia_icon.png\")\ndistortMenu.addCommand('HeatWave DB', f\"nuke.createNode('{prefixNST}HeatWave')\", icon=\"HeatWave_Icon.png\")\ndistortMenu.addCommand(\"X_Distort XM\", f\"nuke.createNode('{prefixNST}X_Distort')\", icon=\"X_Distort.png\")\ndistortMenu.addCommand('FastComplexityDistort MHD', f\"nuke.createNode('{prefixNST}FastComplexityDistort')\", icon=\"IDistort.png\")\n\nfilterMenu.addSeparator()\n\nX_ToolsMenu = filterMenu.addMenu(\"X_Tools XM\", icon=\"X_Tools.png\")\nX_ToolsMenu.addCommand(\"X_Aton_Volumetrics XM\", f\"nuke.createNode('{prefixNST}X_Aton_Volumetrics')\", icon=\"X_Aton.png\")\nX_ToolsMenu.addCommand(\"X_Denoise XM\", f\"nuke.createNode('{prefixNST}X_Denoise')\", icon=\"X_Denoise.png\")\nX_ToolsMenu.addCommand(\"X_Sharpen XM\", f\"nuke.createNode('{prefixNST}X_Sharpen')\", icon=\"X_Sharpen.png\")\nX_ToolsMenu.addCommand(\"X_Soften XM\", f\"nuke.createNode('{prefixNST}X_Soften')\", icon=\"X_Soften.png\")\n\nfilterMenu.addSeparator()\n\nfilterMenu.addCommand('BeautifulSkin TL', f\"nuke.createNode('{prefixNST}BeautifulSkin')\", icon=\"Median.png\")\nfilterMenu.addCommand('BlacksExpon TL', f\"nuke.createNode('{prefixNST}BlacksExpon')\", icon=\"Toe.png\")\nfilterMenu.addCommand('aeShadows AE', f\"nuke.createNode('{prefixNST}aeShadows')\", icon=\"aeShadows_icon.png\")\nfilterMenu.addCommand('Halation TL', f\"nuke.createNode('{prefixNST}Halation')\", icon=\"EdgeBlur.png\")\nfilterMenu.addCommand('HighPass TL', f\"nuke.createNode('{prefixNST}HighPass')\", icon=\"Invert.png\")\nfilterMenu.addCommand('Diffusion TL', f\"nuke.createNode('{prefixNST}Diffusion')\", icon=\"Spark.png\")\n\nfilterMenu.addSeparator()\n\nfilterMenu.addCommand('LightWrapPro TL', f\"nuke.createNode('{prefixNST}LightWrapPro')\", icon=\"LightWrap.png\")\nfilterMenu.addCommand('bm_OpticalLightwrap BM', f\"nuke.createNode('{prefixNST}bm_OpticalLightwrap')\", icon=\"bm_OpticalLightwrap_icon.png\")\n\nfilterMenu.addSeparator()\n\nfilterMenu.addCommand('iConvolve AP', f'nuke.createNode(\"{prefixNST}iConvolve\")', icon='ap_tools.png')\nfilterMenu.addCommand('ConvolutionMatrix AG', f'nuke.createNode(\"{prefixNST}ConvolutionMatrix\")', icon=\"ColorMatrix.png\")\n\n#Add apChroma submenu\napChromaMenu = filterMenu.addMenu(\"apChroma Tools AP\", icon=\"apChroma.png\")\napChromaMenu.addCommand('apChroma AP', f'nuke.createNode(\"{prefixNST}apChroma\")', icon='apChroma.png')\napChromaMenu.addCommand('apChromaMerge AP', f'nuke.createNode(\"{prefixNST}apChromaMergeNew\")', icon='apChroma.png')\napChromaMenu.addCommand('apChromaBlur AP', f'nuke.createNode(\"{prefixNST}apChromaBlurNew\")', icon='apChroma.png')\napChromaMenu.addCommand('apChromaTransform AP', f'nuke.createNode(\"{prefixNST}apChromaTransformNew\")', icon='apChroma.png')\napChromaMenu.addCommand('apChromaUnpremult AP', f'nuke.createNode(\"{prefixNST}apChromaUnpremult\")', icon='apChroma.png')\napChromaMenu.addCommand('apChromaPremult AP', f'nuke.createNode(\"{prefixNST}apChromaPremult\")', icon='apChroma.png')\n\nfilterMenu.addSeparator()\n\nfilterMenu.addCommand('Chromatik SPIN', f\"nuke.createNode('{prefixNST}Chromatik')\", icon='spin_tools.png')\nfilterMenu.addCommand('ChromaticAberration fxT', f\"nuke.createNode('{prefixNST}fxT_ChromaticAberration')\", icon='ColorLookup.png')\nfilterMenu.addCommand(\"ChromaSmear LJ\", f\"nuke.createNode('{prefixNST}ChromaSmear')\", icon=\"ColorLookup.png\")\n\nfilterMenu.addSeparator()\n\nfilterMenu.addCommand('CatsEyeDefocus NKPD', f\"nuke.createNode('{prefixNST}CatsEyeDefocus')\", icon=\"nukepedia_icon.png\")\nfilterMenu.addCommand('DefocusSwirlyBokeh NKPD', f\"nuke.createNode('{prefixNST}DefocusSwirlyBokeh')\", icon=\"nukepedia_icon.png\")\nfilterMenu.addCommand('deHaze NKPD', f\"nuke.createNode('{prefixNST}deHaze')\", icon=\"nukepedia_icon.png\")\nfilterMenu.addCommand('RankFilter JP', f\"nuke.createNode('{prefixNST}RankFilter')\", icon=\"Median.png\")\nfilterMenu.addCommand('RadialDilate CF', f\"nuke.createNode('{prefixNST}RadialDilate')\", icon=\"ErodeFast.png\")\nfilterMenu.addCommand('DeflickerVelocity NKPD', f\"nuke.createNode('{prefixNST}DeflickerVelocity')\", icon=\"nukepedia_icon.png\")\nfilterMenu.addCommand('FillSampler NKPD', f\"nuke.createNode('{prefixNST}FillSampler')\", icon=\"nukepedia_icon.png\")\nfilterMenu.addCommand('MECfiller NKPD', f\"nuke.createNode('{prefixNST}MECfiller')\", icon=\"nukepedia_icon.png\")\n\n############################################################################################################\n############################################################################################################\n\n# Create Keyer Menu\nkeyerMenu = NST_menu.addMenu('Keyer', icon = 'ToolbarKeyer.png', index = 70)\n\nkeyerMenu.addCommand('apDespill AP', f'nuke.createNode(\"{prefixNST}apDespill\")', icon='apDespill.png')\nkeyerMenu.addCommand('SpillCorrect SPIN', f\"nuke.createNode('{prefixNST}Spill_Correct')\", icon='spin_tools.png')\nkeyerMenu.addCommand('DespillToColor NKPD', f\"nuke.createNode('{prefixNST}DespillToColor')\", icon=\"nukepedia_icon.png\")\n\nkeyerMenu.addSeparator()\n\nkeyerMenu.addCommand('AdditiveKeyerPro TL', f\"nuke.createNode('{prefixNST}AdditiveKeyerPro')\", icon=\"Bilateral.png\")\nkeyerMenu.addCommand('apScreenClean AP', f'nuke.createNode(\"{prefixNST}apeScreenClean\")', icon='apScreenClean.png')\nkeyerMenu.addCommand('apScreenGrow AP', f'nuke.createNode(\"{prefixNST}apeScreenGrow\")', icon='apScreenGrow.png')\n\nkeyerMenu.addSeparator()\n\nkeyerMenu.addCommand('KeyChew NKPD', f\"nuke.createNode('{prefixNST}KeyChew')\", icon=\"Keyer.png\")\nkeyerMenu.addCommand('LumaKeyer DR', f\"nuke.createNode('{prefixNST}LumaKeyer')\", icon=\"Keyer.png\")\nkeyerMenu.addCommand('PointCloudKeyer IS', f\"nuke.createNode('{prefixNST}PointCloudKeyer')\", icon=\"PointCloudGenerator.png\")\nkeyerMenu.addCommand('SkyMatte CF', f\"nuke.createNode('{prefixNST}SkyMatte')\", icon=\"nukepedia_icon.png\")\n\n############################################################################################################\n############################################################################################################\n\n# Create Merge Menu\nmergeMenu = NST_menu.addMenu('Merge', icon = 'ToolbarMerge.png', index = 80)\n\nmergeMenu.addCommand('ContactSheetAuto TL', f\"nuke.createNode('{prefixNST}ContactSheetAuto')\", icon=\"ContactSheet.png\")\nmergeMenu.addCommand('KeymixBBox TL', f\"nuke.createNode('{prefixNST}KeymixBBox')\", icon=\"Keymix.png\")\nmergeMenu.addCommand('MergeAtmos TL', f\"nuke.createNode('{prefixNST}MergeAtmos')\", icon=\"PointCloudMesh.png\")\nmergeMenu.addCommand('MergeBlend TL', f\"nuke.createNode('{prefixNST}MergeBlend')\", icon=\"Dissolve.png\")\n\nmergeMenu.addSeparator()\n\nmergeMenu.addCommand('MergeAll AP', f\"nuke.createNode('{prefixNST}MergeAll')\", icon=\"Merge.png\")\n\n############################################################################################################\n############################################################################################################\n\n# Create Transform Menu\ntransformMenu = NST_menu.addMenu('Transform', icon = 'ToolbarTransform.png', index = 90)\n\n# Add Vector Tools SubMenu\nVMTmenu = transformMenu.addMenu('Vector Math Tools VM', icon = 'Math.png')\n\nVMT_mathMenu = VMTmenu.addMenu('Math', icon = 'Math.png')\nVMT_mathAxisMenu = VMT_mathMenu.addMenu('Axis', icon = 'Axis.png')\nVMT_mathMatrixFourMenu = VMT_mathMenu.addMenu('Matrix4', icon = 'Matrix4.png')\nVMT_mathVectorTwoMenu = VMT_mathMenu.addMenu('Vector2', icon = 'Vector2.png')\nVMT_mathVectorThreeMenu = VMT_mathMenu.addMenu('Vector3', icon = 'Vector3.png')\n\nVMT_mathAxisMenu.addCommand('Invert Axis', f\"nuke.createNode('{prefixNST}InvertAxis')\", icon = 'Axis.png')\nVMT_mathAxisMenu.addCommand('Zero Axis', f\"nuke.createNode('{prefixNST}ZeroAxis')\", icon = 'Axis.png')\n\nVMT_mathMatrixFourMenu.addCommand('Invert Matrix4', f\"nuke.createNode('{prefixNST}InvertMatrix4')\", icon = 'InvertMatrix4.png')\nVMT_mathMatrixFourMenu.addCommand('Product Matrix4', f\"nuke.createNode('{prefixNST}ProductMatrix4')\", icon = 'ProductMatrix4.png')\nVMT_mathMatrixFourMenu.addCommand('Rotate Matrix4', f\"nuke.createNode('{prefixNST}RotateMatrix4')\", icon = 'RotateMatrix4.png')\nVMT_mathMatrixFourMenu.addCommand('Scale Matrix4', f\"nuke.createNode('{prefixNST}ScaleMatrix4')\", icon = 'ScaleMatrix4.png')\nVMT_mathMatrixFourMenu.addCommand('Transform Matrix4', f\"nuke.createNode('{prefixNST}TransformMatrix4')\", icon = 'TransformMatrix4.png')\nVMT_mathMatrixFourMenu.addCommand('Translate Matrix4', f\"nuke.createNode('{prefixNST}TranslateMatrix4')\", icon = 'TranslateMatrix4.png')\nVMT_mathMatrixFourMenu.addCommand('Transpose Matrix4', f\"nuke.createNode('{prefixNST}TransposeMatrix4')\", icon = 'TransposeMatrix4.png')\n\nVMT_mathVectorTwoMenu.addCommand('Cross Product Vector2', f\"nuke.createNode('{prefixNST}CrossProductVector2')\", icon = 'CrossProductVector3.png')\nVMT_mathVectorTwoMenu.addCommand('Dot Product Vector2', f\"nuke.createNode('{prefixNST}DotProductVector2')\", icon = 'DotProductVector3.png')\nVMT_mathVectorTwoMenu.addCommand('Magnitude Vector2', f\"nuke.createNode('{prefixNST}MagnitudeVector2')\", icon = 'MagnitudeVector3.png')\nVMT_mathVectorTwoMenu.addCommand('Normalize Vector2', f\"nuke.createNode('{prefixNST}NormalizeVector2')\", icon = 'NormalizeVector3.png')\nVMT_mathVectorTwoMenu.addCommand('Rotate Vector2', f\"nuke.createNode('{prefixNST}RotateVector2')\", icon = 'RotateVector3.png')\nVMT_mathVectorTwoMenu.addCommand('Transform Vector2', f\"nuke.createNode('{prefixNST}TransformVector2')\", icon = 'TransformVector3.png')\n\nVMT_mathVectorThreeMenu.addCommand('Cross Product Vector3', f\"nuke.createNode('{prefixNST}CrossProductVector3')\", icon = 'CrossProductVector3.png')\nVMT_mathVectorThreeMenu.addCommand('Dot Product Vector3', f\"nuke.createNode('{prefixNST}DotProductVector3')\", icon = 'DotProductVector3.png')\nVMT_mathVectorThreeMenu.addCommand('Magnitude Vector3', f\"nuke.createNode('{prefixNST}MagnitudeVector3')\", icon = 'MagnitudeVector3.png')\nVMT_mathVectorThreeMenu.addCommand('Multiply Vector3 Matrix3', f\"nuke.createNode('{prefixNST}MultiplyVector3Matrix3')\", icon = 'ProductVector3.png')\nVMT_mathVectorThreeMenu.addCommand('Normalize Vector3', f\"nuke.createNode('{prefixNST}NormalizeVector3')\", icon = 'NormalizeVector3.png')\nVMT_mathVectorThreeMenu.addCommand('Rotate Vector3', f\"nuke.createNode('{prefixNST}RotateVector3')\", icon = 'RotateVector3.png')\nVMT_mathVectorThreeMenu.addCommand('Transform Vector3', f\"nuke.createNode('{prefixNST}TransformVector3')\", icon = 'TransformVector3.png')\n\nVMT_generateMenu = VMTmenu.addMenu('Generate', icon = 'IdentityMatrix4.png')\nVMT_generateMenu.addCommand('Generate Matrix4', f\"nuke.createNode('{prefixNST}GenerateMatrix4')\", icon = 'IdentityMatrix4.png')\nVMT_generateMenu.addCommand('Generate STMap', f\"nuke.createNode('{prefixNST}GenerateSTMap')\", icon = 'AG_UVMap.png')\n\nVMT_convertMenu = VMTmenu.addMenu('Convert', icon = 'ProductVector3.png')\nVMT_convertMenu.addCommand('Luma To Vector3', f\"nuke.createNode('{prefixNST}LumaToVector3')\", icon = 'vectorToolsBW.png')\nVMT_convertMenu.addCommand('STMap To Vector2', f\"nuke.createNode('{prefixNST}STMapToVector2')\", icon = 'Vector2.png')\nVMT_convertMenu.addCommand('Vector2 To STMap', f\"nuke.createNode('{prefixNST}Vector2ToSTMap')\", icon = 'AG_UVMap.png')\nVMT_convertMenu.addCommand('Vector3 To Matrix4', f\"nuke.createNode('{prefixNST}Vector3ToMatrix4')\", icon = 'ProductVector3.png')\n\ntransformMenu.addCommand('vector3DMathExpression EL', f\"nuke.createNode('{prefixNST}vector3DMathExpression')\", icon = 'vectorTools.png')\ntransformMenu.addCommand('Vectors_Direction EL', f\"nuke.createNode('{prefixNST}Vectors_Direction')\", icon = 'vectorTools.png')\ntransformMenu.addCommand('Vectors_to_Degrees EL', f\"nuke.createNode('{prefixNST}Vectors_to_Degrees')\", icon = 'vectorTools.png')\n\n# Add VectorTracker python file\ntry:\n nuke.load(f'{prefixNST}VectorTracker.py')\n transformMenu.addCommand('VectorTracker NKPD', f\"nuke.createNode('{prefixNST}VectorTracker.gizmo')\", icon = 'vectorTools.png')\nexcept RuntimeError as e:\n print(f\"Could not load VectorTracker.py: {e}\")\n pass\n\ntransformMenu.addSeparator()\n\n\ntransformMenu.addCommand('AutoCropTool TL', f\"nuke.createNode('{prefixNST}AutoCropTool')\", icon=\"AutoCrop.png\")\ntransformMenu.addCommand('BBoxToFormat TL', f\"nuke.createNode('{prefixNST}BBoxToFormat')\", icon=\"Rectangle.png\")\ntransformMenu.addCommand('ImagePlane3D TL', f\"nuke.createNode('{prefixNST}ImagePlane3D')\", icon=\"Card.png\")\ntransformMenu.addCommand('Matrix_Inverse TL', f\"nuke.createNode('{prefixNST}Matrix4x4_Inverse')\", icon=\"ColorMatrix.png\")\ntransformMenu.addCommand('Matrix4x4Math TL', f\"nuke.createNode('{prefixNST}Matrix4x4Math')\", icon=\"ColorMath.png\")\ntransformMenu.addCommand('MirrorBorder TL', f\"nuke.createNode('{prefixNST}MirrorBorder')\", icon=\"AdjBBox.png\")\ntransformMenu.addCommand('TransformCutOut TL', f\"nuke.createNode('{prefixNST}TransformCutOut')\", icon=\"MergeOut.png\")\ntransformMenu.addCommand('iMorph AP', f\"nuke.createNode('{prefixNST}iMorph')\", icon=\"VectorDistort.png\")\ntransformMenu.addCommand('Symmetry TL', f\"nuke.createNode('{prefixNST}Symmetry')\", icon=\"Convolve.png\")\n\ntransformMenu.addSeparator()\n\ntransformMenu.addCommand('RP_Reformat MJT', f\"nuke.createNode('{prefixNST}RP_Reformat')\", icon='RP_Reformat.png')\ntransformMenu.addCommand('InverseMatrix3x3 MJT', f\"nuke.createNode('{prefixNST}InverseMatrix33')\", icon='iMatrix33.png')\ntransformMenu.addCommand('InverseMatrix4x4 MJT', f\"nuke.createNode('{prefixNST}InverseMatrix44')\", icon='iMatrix44.png')\n\ntransformMenu.addSeparator()\n\ntry:\n import NST_cardToTrack\n transformMenu.addCommand('CardToTrack_v7 AK', f\"nuke.createNode('{prefixNST}CardToTrack')\", icon='Card.png')\nexcept ImportError as e:\n print(f\"Could not load NST_cardToTrack.py: {e}\")\n pass\n\ntry:\n import NST_cardToTrack_v9\n transformMenu.addCommand('CardToTrack_v9 AK', f\"nuke.createNode('{prefixNST}CardToTrack2')\", icon='Card.png')\nexcept ImportError as e:\n print(f\"Could not load NST_cardToTrack_v9.py: {e}\")\n pass\n\ntransformMenu.addCommand('CProject AK', f\"nuke.createNode('{prefixNST}CProject')\", icon='CornerPin.png')\ntransformMenu.addCommand('CProject2 AK', f\"nuke.createNode('{prefixNST}CProject2')\", icon='CornerPin.png')\ntransformMenu.addCommand('TProject AK', f\"nuke.createNode('{prefixNST}TProject')\", icon='Transform.png')\ntransformMenu.addCommand('TProject2 AK', f\"nuke.createNode('{prefixNST}TProject2')\", icon='Transform.png')\n\ntransformMenu.addCommand(\"StickIt MHD\", f\"nuke.createNode('{prefixNST}h_stickit')\", icon=\"h_stickit.png\")\ntransformMenu.addSeparator()\n\ntransformMenu.addCommand('TransformMatrix AG', f\"nuke.createNode('{prefixNST}TransformMatrix')\", icon=\"Transform.png\")\ntransformMenu.addCommand('CornerPin2D_Matrix AG', f\"nuke.createNode('{prefixNST}CornerPin2D_Matrix')\", icon=\"CornerPin.png\")\ntransformMenu.addCommand('RotoPaintTransform AG', f\"nuke.createNode('{prefixNST}RotoPaintTransform')\", icon=\"RotoPaint.png\")\n\ntransformMenu.addSeparator()\n\ntransformMenu.addCommand('IIDistort EL', f\"nuke.createNode('{prefixNST}IIDistort')\", icon=\"nukepedia_icon.png\")\ntransformMenu.addCommand('bm_CameraShake BM', f\"nuke.createNode('{prefixNST}bm_CameraShake')\", icon=\"bm_CameraShake_icon.png\")\ntransformMenu.addCommand('ITransform AE', f\"nuke.createNode('{prefixNST}iTransform_ae')\", icon=\"STMap.png\")\ntransformMenu.addCommand('MorphDissolve SPIN', f\"nuke.createNode('{prefixNST}MorphDissolve')\", icon=\"spin_tools.png\")\ntransformMenu.addCommand('RotoCentroid NKPD', f\"nuke.createNode('{prefixNST}RotoCentroid')\", icon=\"nukepedia_icon.png\")\ntransformMenu.addCommand('STmapInverse NKPD', f\"nuke.createNode('{prefixNST}STmapInverse')\", icon=\"nukepedia_icon.png\")\ntransformMenu.addCommand('TransformMix NKPD', f\"nuke.createNode('{prefixNST}TransformMix')\", icon=\"Transform.png\")\ntransformMenu.addCommand('PlanarProjection NKPD', f\"nuke.createNode('{prefixNST}PlanarProjection')\", icon=\"nukepedia_icon.png\")\ntransformMenu.addCommand('Reconcile3DFast DR', f\"nuke.createNode('{prefixNST}Reconcile3DFast')\", icon=\"Reconcile3D.png\")\n\n############################################################################################################\n############################################################################################################\n\n# Create 3D Menu\n\nThreeDMenu = NST_menu.addMenu('3D', icon = 'Toolbar3D.png', index = 100)\n\nThreeDMenu.addCommand('aPCard AP', f'nuke.createNode(\"{prefixNST}aPCard\")', icon='ap_tools.png')\nThreeDMenu.addCommand('DummyCam', f'nuke.createNode(\"{prefixNST}DummyCam\")', icon='DummyCam.png')\n\nThreeDMenu.addSeparator()\n\nThreeDMenu.addCommand('mScatterGeo MJT', f'nuke.createNode(\"{prefixNST}mScatterGeo\")', icon='mScatterGeo.png')\nThreeDMenu.addCommand('GeoToPoints MHD', f\"nuke.createNode('{prefixNST}GeoToPoints')\", icon=\"nukepedia_icon.png\")\nThreeDMenu.addCommand('origami MJT', f'nuke.createNode(\"{prefixNST}origami\")', icon='origami.png')\nThreeDMenu.addCommand('RayDeepAO MJT', f'nuke.createNode(\"{prefixNST}RayDeepAO\")', icon='RayDeepAO.png')\nThreeDMenu.addCommand('SceneDepthCalculator MJT', f'nuke.createNode(\"{prefixNST}SceneDepthCalculator\")', icon='SceneDepthCalculator.png')\nThreeDMenu.addCommand('SSMesh MJT', f'nuke.createNode(\"{prefixNST}SSMesh\")', icon='SSMesh.png')\nThreeDMenu.addCommand('Unify3DCoordinate MJT', f'nuke.createNode(\"{prefixNST}Unify3DCoordinate\")', icon='Unify3DCoordinate.png')\nThreeDMenu.addCommand('UVEditor MJT', f'nuke.createNode(\"{prefixNST}UVEditor\")', icon='UVEditor.png')\n\nThreeDMenu.addSeparator()\n\nThreeDMenu.addCommand('Distance3D NKPD', f\"nuke.createNode('{prefixNST}Distance3D')\", icon=\"nukepedia_icon.png\")\nThreeDMenu.addCommand('DistanceBetween_CS NKPD', f\"nuke.createNode('{prefixNST}DistanceBetween_CS')\", icon=\"nukepedia_icon.png\")\nThreeDMenu.addCommand('Lightning3D EL', f\"nuke.createNode('{prefixNST}Lightning3D')\", icon=\"nukepedia_icon.png\")\nThreeDMenu.addCommand('Noise3DTexture NKPD', f\"nuke.createNode('{prefixNST}Noise3DTexture')\", icon=\"noise3dicon.png\")\nThreeDMenu.addCommand('GodRaysProjector CF', f\"nuke.createNode('{prefixNST}GodRaysProjector')\", icon=\"VolumeRays.png\")\nThreeDMenu.addCommand('MirrorDimension TL', f\"nuke.createNode('{prefixNST}MirrorDimension')\", icon=\"Mirror.png\")\n\n############################################################################################################\n############################################################################################################\n\n# Create Paricles Menu\n\nparticlesMenu = NST_menu.addMenu('Particles', icon = 'ToolbarParticles.png', index = 110)\n\nparticlesMenu.addCommand('waterSchmutz DR', f\"nuke.createNode('{prefixNST}waterSchmutz')\", icon=\"WaterLens.png\")\nparticlesMenu.addCommand('RainMaker MR', f\"nuke.createNode('{prefixNST}RainMaker')\", icon=\"ParticleDrag.png\")\nparticlesMenu.addCommand('Sparky DB', f\"nuke.createNode('{prefixNST}Sparky')\", icon=\"Sparky.png\")\nparticlesMenu.addCommand('ParticleLights MHD', f\"nuke.createNode('{prefixNST}ParticleLights')\", icon=\"ToolbarParticles.png\")\nparticlesMenu.addCommand('ParticleKiller NKPD', f\"nuke.createNode('{prefixNST}ParticleKiller')\", icon=\"ToolbarParticles.png\")\n\n\n############################################################################################################\n############################################################################################################\n\n# Create Deep Menu\n\ndeepMenu = NST_menu.addMenu('Deep', icon = 'ToolbarDeep.png', index = 120)\n\ndeep2VP_suite = deepMenu.addMenu(\"Deep2VP Suite MJT\", icon='Deep2VP.png')\n\ndeep2VP_suite.addCommand('Deep2VP MJT', f\"nuke.createNode('{prefixNST}Deep2VP')\", icon=\"Deep2VP.png\")\ndeep2VP_suite.addCommand('Deep2VPosition MJT', f\"nuke.createNode('{prefixNST}Deep2VPosition')\", icon=\"Deep2VP.png\")\ndeep2VP_suite.addCommand('DVPColorCorrect MJT', f\"nuke.createNode('{prefixNST}DVPColorCorrect')\", icon=\"DVPColorCorrect.png\")\ndeep2VP_suite.addCommand('DVPortal MJT', f\"nuke.createNode('{prefixNST}DVPortal')\", icon=\"DVPortal.png\")\ndeep2VP_suite.addCommand('DVPToImage MJT', f\"nuke.createNode('{prefixNST}DVPToImage')\", icon=\"DVPToImage.png\")\n\ndeep2VP_suite.addSeparator()\n\ndeep2VP_suite.addCommand('DVPfresnel MJT', f\"nuke.createNode('{prefixNST}DVPfresnel')\", icon=\"DVPfresnel.png\")\ndeep2VP_suite.addCommand('DVPrelight MJT', f\"nuke.createNode('{prefixNST}DVPrelight')\", icon=\"DVPrelight.png\")\ndeep2VP_suite.addCommand('DVPrelightPT MJT', f\"nuke.createNode('{prefixNST}DVPrelightPT')\", icon=\"DVPrelightPT.png\")\ndeep2VP_suite.addCommand('DVPscene MJT', f\"nuke.createNode('{prefixNST}DVPscene')\", icon=\"DVPscene.png\")\ndeep2VP_suite.addCommand('DVPsetLight MJT', f\"nuke.createNode('{prefixNST}DVPsetLight')\", icon=\"DVPsetLight.png\")\n\ndeep2VP_suite.addSeparator()\n\ndeep2VP_suite.addCommand('DVPattern MJT', f\"nuke.createNode('{prefixNST}DVPattern')\", icon=\"DVPattern.png\")\ndeep2VP_suite.addCommand('DVPmatte MJT', f\"nuke.createNode('{prefixNST}DVPmatte')\", icon=\"DVPmatte.png\")\ndeep2VP_suite.addCommand('DVProjection MJT', f\"nuke.createNode('{prefixNST}DVProjection')\", icon=\"DVProjection.png\")\n\ndeep2VP_suite.addSeparator()\n\ndeep2VP_suite.addCommand('DVP_ToonShader MJT', f\"nuke.createNode('{prefixNST}DVP_ToonShader')\", icon=\"DVP_ToonShader.png\")\ndeep2VP_suite.addCommand('DVP_Shader MJT', f\"nuke.createNode('{prefixNST}DVP_Shader')\", icon=\"DVP_Shader.png\")\n\ndeepMenu.addSeparator()\n\ndeepMenu.addCommand('DeepBoolean MJT', f\"nuke.createNode('{prefixNST}DeepBoolean')\", icon=\"DeepBoolean.png\")\ndeepMenu.addCommand('DeepFromPosition MJT', f\"nuke.createNode('{prefixNST}DeepFromPosition')\", icon=\"DeepFromPosition.png\")\ndeepMenu.addCommand('DeepSampleCount MJT', f\"nuke.createNode('{prefixNST}DeepSampleCount')\", icon=\"DeepSampleCount.png\")\ndeepMenu.addCommand('DeepSer MJT', f\"nuke.createNode('{prefixNST}DeepSer')\", icon=\"DeepSer.png\")\n\ndeepMenu.addSeparator()\n\ndeepMenu.addCommand('DeepFromDepth AG', f\"nuke.createNode('{prefixNST}DeepFromDepth')\", icon=\"DeepRecolor.png\")\ndeepMenu.addCommand('DeepRecolorMatte TL', f\"nuke.createNode('{prefixNST}DeepRecolorMatte')\", icon=\"DeepRecolor.png\")\n\ndeepMenu.addSeparator()\ndeepMenu.addCommand('Deep Thickness AG', f'nuke.nodePaste(\"{nk_path(\"deepThickness.nk\")}\")')\ndeepMenu.addCommand('DeepMerge_Advanced BM', f\"nuke.createNode('{prefixNST}DeepMerge_Advanced')\", icon=\"DeepMerge.png\")\ndeepMenu.addCommand('DeepCropSoft NKPD', f\"nuke.createNode('{prefixNST}DeepCropSoft')\", icon=\"DeepCrop.png\")\ndeepMenu.addCommand('DeepKeyMix NKPD', f\"nuke.createNode('{prefixNST}DeepKeyMix')\", icon=\"DeepMerge.png\")\ndeepMenu.addCommand('DeepHoldoutSmoother NKPD', f\"nuke.createNode('{prefixNST}DeepHoldoutSmoother')\", icon=\"DeepHoldout.png\")\ndeepMenu.addCommand('DeepCopyBBox NKPD', f\"nuke.createNode('{prefixNST}DeepCopyBBox')\", icon=\"DeepMerge.png\")\n\n\n############################################################################################################\n############################################################################################################\n\n# Create CG Menu\n\ncgMenu = NST_menu.addMenu('CG', icon = 'RenderManShader.png', index = 130)\n\ncgMenu.addCommand('UV Mapper TL', f\"nuke.createNode('{prefixNST}UV_Mapper')\", icon=\"Tile.png\")\n\ncgMenu.addSeparator()\n\nPNZsuite = cgMenu.addMenu('PNZsuite MJT', icon = 'ConvertPNZ.png')\nPNZsuite.addCommand('ConvertPNZ MJT', f'nuke.createNode(\"{prefixNST}ConvertPNZ\")', icon='ConvertPNZ.png')\nPNZsuite.addCommand('P2N MJT', f'nuke.createNode(\"{prefixNST}P2N\")', icon='P2N.png')\nPNZsuite.addCommand('P2Z MJT', f'nuke.createNode(\"{prefixNST}P2Z\")', icon='P2Z.png')\nPNZsuite.addCommand('Z2N MJT', f'nuke.createNode(\"{prefixNST}Z2N\")', icon='Z2N.png')\nPNZsuite.addCommand('Z2P MJT', f'nuke.createNode(\"{prefixNST}Z2P\")', icon='Z2P.png')\n\nPosToolkit = cgMenu.addMenu('PosToolkit MJT', icon = 'PosMatte_MJ.png')\nPosToolkit.addCommand('PosMatte MJT', f'nuke.createNode(\"{prefixNST}PosMatte_MJ\")', icon='PosMatte_MJ.png')\nPosToolkit.addCommand('PosPattern MJT', f'nuke.createNode(\"{prefixNST}PosPattern_MJ\")', icon='PosPattern_MJ.png')\nPosToolkit.addCommand('PosProjection MJT', f'nuke.createNode(\"{prefixNST}PosProjection_MJ\")', icon='PosProjection_MJ.png')\n\ncgMenu.addSeparator()\n\ncgMenu.addCommand('Noise_3D SPIN', f'nuke.createNode(\"{prefixNST}Noise3D_spin\")', icon='spin_tools.png')\ncgMenu.addCommand('Noise4D MHD', f'nuke.nodePaste(\"{nk_path(\"Noise4D.nk\", prefix=True)}\")', icon='Noise.png')\ncgMenu.addCommand('Relight_Simple SPIN', f'nuke.createNode(\"{prefixNST}Relight_Simple\")', icon='spin_tools.png')\ncgMenu.addCommand('ReProject_3D SPIN', f'nuke.createNode(\"{prefixNST}ReProject_3D\")', icon='spin_tools.png')\n\n\ncgMenu.addSeparator()\n\ncgMenu.addCommand('C44Kernel AP', f'nuke.createNode(\"{prefixNST}C44Kernel\")', icon='C44Kernel.png')\ncgMenu.addCommand('apDirLight AP', f'nuke.createNode(\"{prefixNST}apDirLight\")', icon='apDirLight.png')\ncgMenu.addCommand('apFresnel AP', f'nuke.createNode(\"{prefixNST}apFresnel\")', icon='ap_tools.png')\ncgMenu.addCommand('CameraNormals NKPD', f\"nuke.createNode('{prefixNST}CameraNormals')\", icon=\"Camera.png\")\ncgMenu.addCommand('NormalsRotate NKPD', f\"nuke.createNode('{prefixNST}NormalsRotate')\", icon=\"SpotLight.png\")\ncgMenu.addCommand('Relight_bb NKPD', f\"nuke.createNode('{prefixNST}Relight_bb')\", icon=\"SpotLight.png\")\ncgMenu.addCommand('EnvReflect_bb NKPD', f\"nuke.createNode('{prefixNST}EnvReflect_BB')\", icon=\"Sphere.png\")\ncgMenu.addCommand('N_Reflection NKPD', f\"nuke.createNode('{prefixNST}N_Reflection')\", icon=\"Sphere.png\")\ncgMenu.addCommand('aeRefracTHOR AE', f\"nuke.createNode('{prefixNST}aeRefracTHOR')\", icon=\"aeRefracTHOR_icon.png\")\ncgMenu.addCommand('Emission NW', f\"nuke.createNode('{prefixNST}Emission')\", icon=\"Light.png\")\ncgMenu.addCommand('SimpleSSS MHD', f\"nuke.createNode('{prefixNST}SimpleSSS')\", icon=\"Toolbar3D.png\")\n\ncgMenu.addSeparator()\n\ncgMenu.addCommand('aPmatte AP', f'nuke.createNode(\"{prefixNST}aPMatte_v2\")', icon='aPmatte.png')\ncgMenu.addCommand('P_Ramp NKPD', f\"nuke.createNode('{prefixNST}F_P_Ramp')\", icon=\"F_pramp.png\")\ncgMenu.addCommand('P_Project NKPD', f\"nuke.createNode('{prefixNST}F_P_Project')\", icon=\"F_pproject.png\")\ncgMenu.addCommand('Glue_P LS', f\"nuke.createNode('{prefixNST}GlueP')\", icon=\"PosProjection_MJ.png\")\ncgMenu.addCommand('P_Noise_Advanced NKPD', f\"nuke.createNode('{prefixNST}P_Noise_Advanced')\", icon=\"Noise.png\")\n\ncgMenu.addSeparator()\n\ncgMenu.addCommand('LightSwitch TL', f\"nuke.createNode('{prefixNST}LightSwitch')\", icon=\"Switch.png\")\ncgMenu.addCommand('LightSwitchPuppet TL', f'nuke.nodePaste(\"{nk_path(\"LightSwitchPuppet.nk\", prefix=True)}\")', icon=\"Switch.png\")\n\n\n############################################################################################################\n############################################################################################################\n\n# Create Curves Menu\n\ncurvesMenu = NST_menu.addMenu('Curves', icon = 'ParticleCurve.png', index = 140)\n\nwaveMachineMenu = curvesMenu.addMenu(\"Wave Machine FL\", icon='waveMachine.png')\nwaveMachineMenu.addCommand('WaveMaker FL', f\"nuke.createNode('{prefixNST}waveMaker')\", icon=\"waveMaker.png\")\nwaveMachineMenu.addCommand('WaveCustom FL', f\"nuke.createNode('{prefixNST}waveCustom')\", icon=\"waveCustom.png\")\nwaveMachineMenu.addCommand('WaveGrade FL', f\"nuke.createNode('{prefixNST}waveGrade')\", icon=\"waveGrade.png\")\nwaveMachineMenu.addCommand('WaveRetime FL', f\"nuke.createNode('{prefixNST}waveRetime')\", icon=\"waveRetime.png\")\nwaveMachineMenu.addCommand('WaveMerge FL', f\"nuke.createNode('{prefixNST}waveMerge')\", icon=\"waveMerge.png\")\n\ncurvesMenu.addSeparator()\n\ncurvesMenu.addCommand('Randomizer TL', f\"nuke.createNode('{prefixNST}Randomizer')\", icon=\"RenderMan.png\")\ncurvesMenu.addCommand('AnimationCurve AG', f\"nuke.createNode('{prefixNST}AnimationCurve')\", icon=\"nukepedia_icon.png\")\ncurvesMenu.addCommand('bm_CurveRemapper BM', f\"nuke.createNode('{prefixNST}bm_CurveRemapper')\", icon=\"bm_CurveRemapper_icon.png\")\ncurvesMenu.addCommand('bm_NoiseGen BM', f\"nuke.createNode('{prefixNST}bm_NoiseGen')\", icon=\"bm_NoiseGen_icon.png\")\n\n############################################################################################################\n############################################################################################################\n\n# Create Utilities Menu\n\nutilitiesMenu = NST_menu.addMenu('Utilities', icon = 'Modify.png', index = 150)\n\nutilitiesMenu.addCommand('GUI Switch TL', f\"nuke.createNode('{prefixNST}GUI_Switch')\", icon=\"Switch.png\")\nutilitiesMenu.addCommand('NAN INF Killer TL', f\"nuke.createNode('{prefixNST}NAN_INF_Killer')\", icon=\"Assert.png\")\n\nutilitiesMenu.addSeparator()\n\nutilitiesMenu.addCommand('apViewerBlocker AP', f'nuke.createNode(\"{prefixNST}apViewerBlocker\")', icon='ap_tools.png')\nutilitiesMenu.addCommand('Python_and_TCL AG', f'nuke.createNode(\"{prefixNST}Python_and_TCL\")', icon=\"nukepedia_icon.png\")\n\nutilitiesMenu.addCommand('RotoQC NKPD', f\"nuke.createNode('{prefixNST}RotoQC')\", icon=\"Roto.png\")\nutilitiesMenu.addCommand('bm_MatteCheck BM', f\"nuke.createNode('{prefixNST}bm_MatteCheck')\", icon=\"bm_MatteCheck_icon.png\")\n\nutilitiesMenu.addSeparator()\n\nutilitiesMenu.addCommand('viewer_render MJT', f'nuke.createNode(\"{prefixNST}viewer_render\")', icon='viewer_render.png')\nutilitiesMenu.addCommand('NukeZ MJT', f'nuke.createNode(\"{prefixNST}NukeZ\")', icon='NukeZ.png')\nutilitiesMenu.addCommand('Pyclopedia MJT', f'nuke.createNode(\"{prefixNST}Pyclopedia\")', icon='Pyclopedia.png')\n\n\n############################################################################################################\n############################################################################################################\n\n# Create Templates Menu\n\ntemplatesMenu = NST_menu.addMenu('Templates', icon = 'PointsTo3D.png', index = 200)\n\ntemplatesMenu.addCommand('Advanced Keying Template Stamps TL', f'nuke.nodePaste(\"{nk_path(\"AdvancedKeyingTemplate_Stamps.nk\", prefix=True)}\")', icon=\"Keyer.png\")\ntemplatesMenu.addCommand('Advanced Keying Template TL', f'nuke.nodePaste(\"{nk_path(\"AdvancedKeyingTemplate.nk\", prefix=True)}\")', icon=\"Keyer.png\")\ntemplatesMenu.addCommand('STMap Keyer Setup EL', f'nuke.nodePaste(\"{nk_path(\"STMap_Keying_Setup.nk\", prefix=True)}\")', icon=\"HueKeyer.png\")\n\ntemplatesMenu.addSeparator()\n\ngizmoDemoMenu = templatesMenu.addMenu(\"Gizmo Demo Scripts\", icon='Group.png')\n\ngizmoDemoMenu.addCommand('WaterLens Demo MJT', f'NST_helper.filepathCreateNode(\"{nk_path(\"WaterLens_sampleScript.nk\", prefix=True)}\")', icon=\"WaterLens.png\")\ngizmoDemoMenu.addCommand('SSMesh Demo MJT', f'nuke.nodePaste(\"{nk_path(\"SSMesh_demo.nk\", prefix=True)}\")', icon=\"SSMesh.png\")\ngizmoDemoMenu.addCommand('UVEditor Demo MJT', f'nuke.nodePaste(\"{nk_path(\"UVEditor_demo_clean.nk\", prefix=True)}\")', icon=\"UVEditor.png\")\ngizmoDemoMenu.addCommand('Sparky Demo DB', f'nuke.nodePaste(\"{nk_path(\"SparkyExampleScene.nk\", prefix=True)}\")', icon=\"Sparky.png\")\ngizmoDemoMenu.addCommand('ParticleLights Demo MHD', f'nuke.nodePaste(\"{nk_path(\"ParticleLights_ExampleScript.nk\", prefix=True)}\")', icon=\"ToolbarParticles.png\")\ngizmoDemoMenu.addCommand(\"X_Aton Volumetric Demo XM\", f'nuke.nodePaste(\"{nk_path(\"X_Aton_Examples.nk\", prefix=True)}\")', icon=\"X_Aton.png\")\n" }, { "path": "NukeSurvivalToolkit/nk_files/C4x4.nk", "content": "set cut_paste_input [stack 0]\nversion 10.5 v2\nBackdropNode {\n inputs 0\n name BackdropNode7\n tile_color 0xaaaaaa00\n label C4x4\n note_font_size 42\n selected true\n xpos 2847\n ypos -267\n bdwidth 427\n bdheight 322\n}\npush $cut_paste_input\nSphere {\n translate {0 0 -4}\n name Sphere2\n selected true\n xpos 2942\n ypos -177\n}\npush 0\nScanlineRender {\n inputs 2\n conservative_shader_sampling false\n motion_vectors_type distance\n output_shader_vectors true\n P_channel rgb\n name ScanlineRender2\n selected true\n xpos 2942\n ypos -113\n}\nExpression {\n expr0 \"r * Axis1.world_matrix.0 + g * Axis1.world_matrix.1 + b * Axis1.world_matrix.2 + Axis1.world_matrix.3\"\n expr1 \"r * Axis1.world_matrix.4 + g * Axis1.world_matrix.5 + b * Axis1.world_matrix.6 + Axis1.world_matrix.7\"\n expr2 \"r * Axis1.world_matrix.8 + g * Axis1.world_matrix.9 + b * Axis1.world_matrix.10+ Axis1.world_matrix.11\"\n name Expression3\n selected true\n xpos 2942\n ypos -54\n}\nPositionToPoints2 {\n display textured\n render_mode textured\n P_channel rgb\n name PositionToPoints1\n selected true\n xpos 2942\n ypos -4\n}\nAxis2 {\n inputs 0\n rotate {0 32 0}\n name Axis1\n selected true\n xpos 3102\n ypos -95\n}\n" }, { "path": "NukeSurvivalToolkit/nk_files/GradientCorner.nk", "content": "set cut_paste_input [stack 0]\nversion 10.5 v2\nConstant {\n inputs 0\n channels rgb\n name Constant1\n selected true\n xpos 327\n ypos -56\n}\nExpression {\n temp_name0 DownLeftCorner\n temp_expr0 (1-x/width)*(1-y/height)\n temp_name1 DownRightCorner\n temp_expr1 (x/width)*(1-y/height)\n temp_name2 UpRightCorner\n temp_expr2 (x/width)*(y/height)\n temp_name3 UpLeftCorner\n temp_expr3 (1-x/width)*(y/height)\n expr0 DownLeftColor.r*DownLeftCorner+DownRightColor.r*DownRightCorner+UpRightColor.r*UpRightCorner+UpLeftColor.r*UpLeftCorner\n expr1 DownLeftColor.g*DownLeftCorner+DownRightColor.g*DownRightCorner+UpRightColor.g*UpRightCorner+UpLeftColor.g*UpLeftCorner\n expr2 DownLeftColor.b*DownLeftCorner+DownRightColor.b*DownRightCorner+UpRightColor.b*UpRightCorner+UpLeftColor.b*UpLeftCorner\n name GradientCorner\n selected true\n xpos 327\n ypos 16\n addUserKnob {20 User}\n addUserKnob {18 UpLeftColor}\n UpLeftColor {1 0 1}\n addUserKnob {6 UpLeftColor_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {18 UpRightColor}\n UpRightColor {0 0 1}\n addUserKnob {6 UpRightColor_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {26 \"\" +STARTLINE}\n addUserKnob {18 DownLeftColor}\n DownLeftColor {1 0 0}\n addUserKnob {6 DownLeftColor_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {18 DownRightColor}\n DownRightColor {0 1 0}\n addUserKnob {6 DownRightColor_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n}\n" }, { "path": "NukeSurvivalToolkit/nk_files/IBKGizmo_Expression.nk", "content": "set cut_paste_input [stack 0]\nversion 10.5 v2\npush $cut_paste_input\nMergeExpression {\n expr3 (Ab-Ar*rw-Ag*gbw)>=0?1:clamp(1-(Ab-Ar*rw-Ag*gbw)/(Bb-Br*rw-Bg*gbw))\n name MergeExpression5\n tile_color 0xff01\n label \"IBKGizmo\\nBLUE\"\n selected true\n xpos 2219\n ypos 427\n addUserKnob {20 IBKGizmo}\n addUserKnob {26 message l \"Connect B to clean plate, A to fg\"}\n addUserKnob {7 rw l \"red weight\"}\n rw 0.5\n addUserKnob {7 gbw l \"green/blue weight\"}\n gbw 0.5\n}\nMergeExpression {\n inputs 0\n expr3 (Ag-Ar*rw-Ab*gbw)>=0?1:clamp(1-(Ag-Ar*rw-Ab*gbw)/(Bg-Br*rw-Bb*gbw))\n name MergeExpression4\n tile_color 0x990000\n label \"IBKGizmo\\nGREEN\"\n selected true\n xpos 2114\n ypos 428\n addUserKnob {20 IBKGizmo}\n addUserKnob {26 message l \"Connect B to clean plate, A to fg\"}\n addUserKnob {7 rw l \"red weight\"}\n rw 0.5\n addUserKnob {7 gbw l \"green/blue weight\"}\n gbw 0.5\n}\nMergeExpression {\n inputs 0\n expr3 \"screen_Type==0 ? (Ag-Ar*rw-Ab*gbw)>=0?1:clamp(1-(Ag-Ar*rw-Ab*gbw)/(Bg-Br*rw-Bb*gbw)) : (Ab-Ar*rw-Ag*gbw)>=0?1:clamp(1-(Ab-Ar*rw-Ag*gbw)/(Bb-Br*rw-Bg*gbw))\"\n name MergeExpression6\n tile_color 0x990000\n label IBKGizmo\n selected true\n xpos 2163\n ypos 510\n addUserKnob {20 IBKGizmo}\n addUserKnob {4 screen_Type l \"screen type\" M {Green Blue}}\n addUserKnob {26 message l \"Connect B to clean plate, A to fg\"}\n addUserKnob {7 rw l \"red weight\"}\n rw 0.5\n addUserKnob {7 gbw l \"green/blue weight\"}\n gbw 0.5\n}\n" }, { "path": "NukeSurvivalToolkit/nk_files/Lines_Horizontal.nk", "content": "set cut_paste_input [stack 0]\nversion 10.5 v2\npush $cut_paste_input\nExpression {\n temp_name0 thickness\n temp_expr0 1\n temp_name1 wide\n temp_expr1 3\n expr0 \"( cos(y / wide ) + thickness ) / 2\"\n expr1 \"( cos(y / wide ) + thickness ) / 2\"\n expr2 \"( cos(y / wide ) + thickness ) / 2\"\n expr3 \"( cos(y / wide ) + thickness ) / 2\"\n name Lines_Horizontal\n selected true\n xpos 117\n ypos 34\n}\n" }, { "path": "NukeSurvivalToolkit/nk_files/Lines_Horizontal_Animated.nk", "content": "set cut_paste_input [stack 0]\nversion 10.5 v2\npush $cut_paste_input\nExpression {\n expr0 cos((y-height)*((y+height)/(size*1000))+(frame*speed))\n expr1 cos((y-height)*((y+height)/(size*1000))+(frame*speed))\n expr2 cos((y-height)*((y+height)/(size*1000))+(frame*speed))\n expr3 cos((y-height)*((y+height)/(size*1000))+(frame*speed))\n name Lines_Horizontal_Animated\n selected true\n xpos 254\n ypos -33\n addUserKnob {20 User}\n addUserKnob {7 size R 0 10}\n size 30\n addUserKnob {7 speed R 0 10}\n speed 1\n}\n" }, { "path": "NukeSurvivalToolkit/nk_files/Lines_Vertical.nk", "content": "set cut_paste_input [stack 0]\nversion 10.5 v2\npush $cut_paste_input\nExpression {\n temp_name0 thickness\n temp_expr0 1\n temp_name1 wide\n temp_expr1 3\n expr0 \"( sin(x / wide ) + thickness ) / 2\"\n expr1 \"( sin(x / wide ) + thickness ) / 2\"\n expr2 \"( sin(x / wide ) + thickness ) / 2\"\n expr3 \"( sin(x / wide ) + thickness ) / 2\"\n name Lines_Vertical\n selected true\n xpos 140\n ypos 34\n}\n" }, { "path": "NukeSurvivalToolkit/nk_files/Lines_Vertical_Animated.nk", "content": "set cut_paste_input [stack 0]\nversion 10.5 v2\npush $cut_paste_input\nExpression {\n expr0 sin((x-width)*((x+width)/(size*1000))+(frame*speed))\n expr1 sin((x-width)*((x+width)/(size*1000))+(frame*speed))\n expr2 sin((x-width)*((x+width)/(size*1000))+(frame*speed))\n expr3 sin((x-width)*((x+width)/(size*1000))+(frame*speed))\n name Lines_Vertical_Animated\n selected true\n xpos 224\n ypos 26\n addUserKnob {20 User}\n addUserKnob {7 size R 0 10}\n size 30\n addUserKnob {7 speed R 0 10}\n speed 1\n}\n" }, { "path": "NukeSurvivalToolkit/nk_files/NST_AdvancedKeyingTemplate.nk", "content": "set cut_paste_input [stack 0]\nBackdropNode {\n inputs 0\n name BackdropNode4\n tile_color 0x3b4245ff\n label \"Advanced Keying Template\"\n note_font_size 200\n note_font_color 0xffffffff\n selected true\n xpos -6592\n ypos -5899\n bdwidth 8480\n bdheight 9896\n z_order -2\n}\nBackdropNode {\n inputs 0\n name BackdropNode18\n tile_color 0x41354dff\n label \"Util\\nChannels\"\n note_font_size 60\n note_font_color 0xffffffff\n selected true\n xpos -5843\n ypos -4182\n bdwidth 595\n bdheight 3417\n z_order -1\n}\nBackdropNode {\n inputs 0\n name BackdropNode100\n tile_color 0x667c7c00\n label \"BG Element\"\n note_font_size 60\n note_font_color 0xffffffff\n selected true\n xpos 3975\n ypos -4951\n bdwidth 507\n bdheight 401\n}\nBackdropNode {\n inputs 0\n name BackdropNode101\n tile_color 0x374935ff\n label \"Green\\nScreen Footage\"\n note_font_size 112\n selected true\n xpos -3513\n ypos -5551\n bdwidth 1252\n bdheight 795\n}\nBackdropNode {\n inputs 0\n name BackdropNode102\n tile_color 0x5c5539ff\n label \"Edge Matte\"\n note_font_size 60\n note_font_color 0xffffffff\n selected true\n xpos -713\n ypos -3799\n bdwidth 1346\n bdheight 1554\n}\nBackdropNode {\n inputs 0\n name BackdropNode103\n tile_color 0x61454f00\n label Cleanplate\n note_font_size 60\n note_font_color 0xffffffff\n selected true\n xpos 756\n ypos -3796\n bdwidth 864\n bdheight 1018\n}\nBackdropNode {\n inputs 0\n name BackdropNode105\n tile_color 0x6b506800\n label \"inject alpha\"\n note_font_size 60\n note_font_color 0xffffffff\n selected true\n xpos -3075\n ypos -833\n bdwidth 514\n bdheight 240\n}\nBackdropNode {\n inputs 0\n name BackdropNode106\n tile_color 0x5a3f6200\n label \"inject cleanplate\"\n note_font_size 60\n note_font_color 0xffffffff\n selected true\n xpos -3077\n ypos -537\n bdwidth 511\n bdheight 299\n}\nBackdropNode {\n inputs 0\n name BackdropNode107\n tile_color 0x5b7179ff\n label \"optional,\\ngenerally \\nuseful\"\n note_font_size 42\n selected true\n xpos -2119\n ypos -1931\n bdwidth 310\n bdheight 295\n}\nBackdropNode {\n inputs 0\n name BackdropNode109\n tile_color 0x60485e00\n label CC\n note_font_size 60\n note_font_color 0xffffffff\n selected true\n xpos -3141\n ypos 320\n bdwidth 433\n bdheight 480\n}\nBackdropNode {\n inputs 0\n name BackdropNode110\n tile_color 0x666d6500\n label LightWrap\n note_font_size 60\n note_font_color 0xffffffff\n selected true\n xpos -3120\n ypos 2648\n bdwidth 541\n bdheight 312\n}\nBackdropNode {\n inputs 0\n name BackdropNode111\n tile_color 0x47633eff\n label \"Additive Keyer\"\n note_font_size 60\n note_font_color 0xffffffff\n selected true\n xpos 3740\n ypos 2726\n bdwidth 770\n bdheight 433\n}\nBackdropNode {\n inputs 0\n name BackdropNode112\n tile_color 0x6a5353ff\n label \"Keep Util Channels\"\n note_font_size 60\n note_font_color 0xffffffff\n selected true\n xpos -3508\n ypos -1133\n bdwidth 666\n bdheight 245\n}\nBackdropNode {\n inputs 0\n name BackdropNode113\n tile_color 0x535a6bff\n label \"Comine Despill\"\n note_font_size 60\n note_font_color 0xffffffff\n selected true\n xpos -3461\n ypos -1964\n bdwidth 998\n bdheight 509\n}\nBackdropNode {\n inputs 0\n name BackdropNode114\n tile_color 0x454e4d00\n label premult\n note_font_size 60\n note_font_color 0xffffffff\n selected true\n xpos -3041\n ypos 2353\n bdwidth 160\n bdheight 160\n}\nBackdropNode {\n inputs 0\n name BackdropNode94\n tile_color 0x645c38ff\n label \"BG despill edge blending\"\n note_font_size 62\n note_font_color 0xffffffff\n selected true\n xpos -3278\n ypos 1545\n bdwidth 1211\n bdheight 711\n}\nBackdropNode {\n inputs 0\n name BackdropNode95\n tile_color 0x39525cff\n label \"Core Despill\"\n note_font_size 60\n note_font_color 0xffffffff\n selected true\n xpos -4834\n ypos -3722\n bdwidth 1205\n bdheight 1295\n}\nBackdropNode {\n inputs 0\n name BackdropNode96\n tile_color 0x4b6648ff\n label \"creating GS channel\\nfor review at bottom of key\"\n note_font_size 42\n note_font_color 0xffffffff\n selected true\n xpos -3188\n ypos -4626\n bdwidth 566\n bdheight 331\n}\nBackdropNode {\n inputs 0\n name BackdropNode97\n tile_color 0x472e5500\n label Transforms\n note_font_size 60\n note_font_color 0xffffffff\n selected true\n xpos -3190\n ypos 919\n bdwidth 478\n bdheight 481\n}\nBackdropNode {\n inputs 0\n name BackdropNode98\n tile_color 0x39525cff\n label \"Core Matte\"\n note_font_size 60\n note_font_color 0xffffffff\n selected true\n xpos -1886\n ypos -3783\n bdwidth 1097\n bdheight 1475\n}\nBackdropNode {\n inputs 0\n name BackdropNode99\n tile_color 0x5c5539ff\n label \"Edge Despill\"\n note_font_size 60\n note_font_color 0xffffffff\n selected true\n xpos -3475\n ypos -3743\n bdwidth 1482\n bdheight 1258\n}\npush $cut_paste_input\nDot {\n name Dot1\n label BG_ELEMENT\n note_font_size 41\n selected true\n xpos 4243\n ypos -4663\n}\nDot {\n name Dot4\n label BG\n note_font_size 71\n selected true\n xpos 4243\n ypos 1765\n}\nset N95f7f190 [stack 0]\nDot {\n name Dot6\n note_font_size 41\n selected true\n xpos -2237\n ypos 1765\n}\nset N9680d780 [stack 0]\nDot {\n name Dot7\n label BG\n note_font_size 101\n selected true\n xpos -2237\n ypos 2160\n}\nDot {\n name Dot8\n label BG\n note_font_size 101\n selected true\n xpos -2237\n ypos 2799\n}\nDot {\n name Dot9\n label \"BG input\\n for lightwrap\"\n note_font_size 60\n selected true\n xpos -2790\n ypos 2799\n}\nDot {\n inputs 0\n name Dot2\n label GS_DenoisePlate\n note_font_size 41\n selected true\n xpos -2967\n ypos -5155\n}\nAddChannels {\n channels rgba\n name AddChannels3\n selected true\n xpos -3001\n ypos -5086\n}\nDot {\n name Dot26\n selected true\n xpos -2967\n ypos -4509\n}\nadd_layer {GS GS.red GS.green GS.blue GS.alpha}\nShuffle {\n black red\n white green\n red2 blue\n green2 black\n out2 GS\n name Shuffle33\n label \"\\[value in] --> \\[value out2]\"\n selected true\n xpos -3001\n ypos -4416\n}\nDot {\n name Dot34\n selected true\n xpos -2967\n ypos -4004\n}\nset N96837240 [stack 0]\nDot {\n name Dot38\n selected true\n xpos -1379\n ypos -4004\n}\nset N9683b040 [stack 0]\nDot {\n name Dot46\n selected true\n xpos -115\n ypos -4004\n}\nset N95cb1e90 [stack 0]\nRemove {\n operation keep\n channels rgb\n name Remove30\n selected true\n xpos -149\n ypos -3883\n}\nDot {\n name Dot47\n note_font_size 41\n selected true\n xpos -115\n ypos -3598\n}\nset N95cbd2d0 [stack 0]\nIBKColourV3 {\n name IBKColourV3_1\n selected true\n xpos 11\n ypos -3601\n}\nDot {\n name Dot48\n note_font_size 41\n selected true\n xpos 45\n ypos -3463\n}\nset N95d95140 [stack 0]\nDot {\n name Dot49\n label Cleanplate\n note_font_size 60\n selected true\n xpos 1263\n ypos -3463\n}\nDot {\n name Dot51\n label Cleanplate\n note_font_size 60\n selected true\n xpos 1263\n ypos -1809\n}\nDot {\n name Dot53\n label Cleanplate\n note_font_size 60\n selected true\n xpos 1263\n ypos -330\n}\nadd_layer {cleanplate cleanplate.red cleanplate.green cleanplate.blue cleanplate.alpha}\nShuffle {\n black red\n white green\n red2 blue\n green2 black\n out2 cleanplate\n name Shuffle34\n label \"\\[value in] → \\[value out2]\"\n selected true\n xpos -2765\n ypos -340\n}\npush $N9683b040\nRemove {\n operation keep\n channels rgb\n name Remove31\n selected true\n xpos -1413\n ypos -3883\n}\nPrimatte3 {\n data { 5\n 0 0 0\n 65552\n 0 5\n 30234 30234 30234 0\n 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0\n 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0\n 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n -1 -1 -1 -1\n -1 -1 999999 999999\n -1 -1 -1 -1\n 0.05 1.732 1.732\n 0.05 1.732 1.732\n 0.05 0.866 0.866\n 0.05 0.866 0.866\n 0.05 0.866 0.866\n 0.05 0.866 0.866\n 0.05 0.866 0.866\n 0.05 0.866 0.866\n }\n\n primEdgedata { 5\n 0 0 0\n 65552\n 0 5\n 30234 30234 30234 0\n 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0\n 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0\n 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n -1 -1 -1 -1\n -1 -1 999999 999999\n -1 -1 -1 -1\n 0.05 1.732 1.732\n 0.05 1.732 1.732\n 0.05 0.866 0.866\n 0.05 0.866 0.866\n 0.05 0.866 0.866\n 0.05 0.866 0.866\n 0.05 0.866 0.866\n 0.05 0.866 0.866\n }\n\n primBodydata { 5\n 0 0 0\n 65552\n 0 5\n 30234 30234 30234 0\n 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0\n 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0\n 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n -1 -1 -1 -1\n -1 -1 999999 999999\n -1 -1 -1 -1\n 0.05 1.732 1.732\n 0.05 1.732 1.732\n 0.05 0.866 0.866\n 0.05 0.866 0.866\n 0.05 0.866 0.866\n 0.05 0.866 0.866\n 0.05 0.866 0.866\n 0.05 0.866 0.866\n }\n\n bg_color_selected false\n crop {0 0 {input.width} {input.height}}\n \"Adjust Lighting\" 0\n \"Hybrid Matte\" 0\n \"Fine Tuning\" 0\n name Primatte4\n selected true\n xpos -1413\n ypos -3445\n}\nShuffle {\n red alpha\n green alpha\n blue alpha\n name Shuffle35\n tile_color 0xffffffff\n selected true\n xpos -1413\n ypos -3194\n}\nDot {\n name Dot54\n label \"Core\\nMatte\"\n note_font_size 60\n selected true\n xpos -1379\n ypos -2075\n}\nDot {\n name Dot57\n selected true\n xpos -1379\n ypos -1982\n}\nset N94e1af50 [stack 0]\nDot {\n name Dot58\n note_font_size 41\n selected true\n xpos -1379\n ypos -1522\n}\npush $N95d95140\npush $N95cbd2d0\nIBKGizmoV3 {\n inputs 2\n name IBKGizmoV3_1\n xpos -149\n ypos -3466\n}\nShuffle {\n red alpha\n green alpha\n blue alpha\n name Shuffle36\n tile_color 0xffffffff\n selected true\n xpos -149\n ypos -3201\n}\nDot {\n name Dot59\n label \"Edge\\nMatte\"\n note_font_size 60\n selected true\n xpos -115\n ypos -1755\n}\nMerge2 {\n inputs 2\n operation screen\n bbox B\n name Merge2\n selected true\n xpos -149\n ypos -1526\n disable true\n}\nDot {\n name Dot60\n label \"Combined\\nMatte\"\n note_font_size 60\n selected true\n xpos -115\n ypos -692\n}\nDot {\n name Dot61\n label \"Combined\\nMatte\"\n note_font_size 60\n selected true\n xpos -2667\n ypos -692\n}\npush $N96837240\nDot {\n name Dot67\n selected true\n xpos -4615\n ypos -4004\n}\nset N9780eca0 [stack 0]\nDot {\n name Dot123\n note_font_size 41\n selected true\n xpos -5664\n ypos -4005\n}\nDot {\n name Dot283\n label \"Keep \\nChannels\"\n note_font_size 60\n selected true\n xpos -5664\n ypos -3697\n}\nDot {\n name Dot284\n note_font_size 41\n selected true\n xpos -5664\n ypos -1004\n}\nDot {\n name Dot285\n label \"Keep \\nChannels\"\n note_font_size 60\n selected true\n xpos -5426\n ypos -1004\n}\nRemove {\n channels rgba\n name Remove32\n selected true\n xpos -3361\n ypos -1007\n}\nDot {\n name Dot286\n note_font_size 41\n selected true\n xpos -3136\n ypos -1003\n}\nset N97873570 [stack 0]\nDot {\n name Dot287\n note_font_size 41\n selected true\n xpos -3136\n ypos -946\n}\npush $N97873570\npush $N94e1af50\nDot {\n name Dot288\n note_font_size 41\n selected true\n xpos -1929\n ypos -1982\n}\nGroup {\n name ExponBlurSimple\n onCreate \"n = nuke.thisNode()\\nn.knob('size').setRange(-100, 100)\\nn.knob('adjustBBoxPixels').setRange(0, 400)\\nn.knob('adjustBBoxPercent').setRange(1, 2)\\nn.knob('safeBBoxPixels').setRange(0, 400)\\nn.knob('safeBBoxPercent').setRange(1, 2)\"\n knobChanged \"n = nuke.thisNode()\\nk = nuke.thisKnob()\\n\\nif k.name() == \\\"includeOriginal\\\":\\n if n.knob('includeOriginal').getValue() == 1:\\n merge = nuke.toNode(\\\"Merge1\\\")\\n original = nuke.toNode('Original')\\n AvgMult = nuke.toNode(\\\"AverageMult\\\")\\n steps = int(n.knob('steps').getValue())\\n merge.setInput(steps+1, original)\\n AvgMult\\['whitepoint'].setValue(2 if steps<2 else steps+1)\\n \\n else:\\n merge.setInput(steps+1, None)\\n AvgMult\\['whitepoint'].setValue(2 if steps<2 else steps)\\n \\nelif k.name() == \\\"steps\\\":\\n \\n s = int(k.value())\\n if s<1:\\n k.setValue(1)\\n else:\\n start = nuke.toNode(\\\"Start\\\")\\n end = nuke.toNode(\\\"End\\\")\\n b1 = nuke.toNode(\\\"Blur1\\\")\\n merge = nuke.toNode(\\\"Merge1\\\")\\n AvgMult = nuke.toNode(\\\"AverageMult\\\")\\n \\n b1x = b1.xpos()\\n b1y = b1.ypos()\\n b1n = b1.name()\\n \\n steps = int(n.knob('steps').getValue())\\n size = n.knob('size').getValue()\\n mult = n.knob('mult').getValue()\\n \\n #b1.setInput(0, start)\\n for i in range(1,merge.inputs()):\\n merge.setInput(i,None)\\n merge.setInput(0, b1)\\n \\[nuke.delete(i) for i in nuke.allNodes() if i.xpos()>start.xpos()]\\n for i in range(1,steps):\\n # Blur\\n b = nuke.nodes.Blur()\\n b.setXYpos(b1x+i*100,b1y)\\n b.setInput(0,start)\\n b\\[\\\"channels\\\"].setValue(\\\"all\\\")\\n b\\[\\\"crop\\\"].setValue(0)\\n b\\[\\\"size\\\"].setValue(0, 1)\\n b\\[\\\"size\\\"].setExpression(\\\"(Blur1.size)*(mult)**%s\\\"%(i))\\n b\\[\\\"label\\\"].setValue(\\\"\\[value size]\\\")\\n merge.setInput(i if i<2 else i+1, b)\\n AvgMult\\['whitepoint'].setValue(i if i<2 else i+1)\\n \\n if n.knob('includeOriginal').getValue() == 1:\\n merge = nuke.toNode(\\\"Merge1\\\")\\n original = nuke.toNode('Original')\\n AvgMult = nuke.toNode(\\\"AverageMult\\\")\\n steps = int(n.knob('steps').getValue())\\n merge.setInput(steps+1, original)\\n AvgMult\\['whitepoint'].setValue(2 if steps<2 else steps+1)\\n \\nelif k.name() == \\\"output2\\\":\\n if n.knob(\\\"output2\\\").getValue() == 4:\\n n.knob('AvgMaxOriginal').setVisible(True)\\n else:\\n n.knob('AvgMaxOriginal').setVisible(False)\\n \\nelif k.name() == \\\"safeBBox\\\":\\n if n.knob(\\\"safeBBox\\\").getValue() == 0:\\n n.knob('safeBBoxText').setVisible(False)\\n n.knob('safetyBBoxMethod').setVisible(False)\\n n.knob('safeBBoxPixels').setVisible(False)\\n n.knob('safeBBoxPercent').setVisible(False)\\n \\n elif n.knob(\\\"safeBBox\\\").getValue() == 1:\\n n.knob('safetyBBoxMethod').setVisible(True)\\n n.knob('safeBBoxText').setVisible(True)\\n if n.knob('safetyBBoxMethod').value() == \\\"pixels\\\":\\n n.knob('safeBBoxPixels').setVisible(True)\\n n.knob('safeBBoxPercent').setVisible(False)\\n elif n.knob('safetyBBoxMethod').value() == \\\"percent\\\":\\n n.knob('safeBBoxPixels').setVisible(False)\\n n.knob('safeBBoxPercent').setVisible(True)\\n \\nelif k.name() == \\\"safetyBBoxMethod\\\":\\n if n.knob(\\\"safetyBBoxMethod\\\").value() == \\\"pixels\\\":\\n n.knob('safeBBoxPixels').setVisible(True)\\n n.knob('safeBBoxPercent').setVisible(False)\\n elif n.knob(\\\"safetyBBoxMethod\\\").value() == \\\"percent\\\":\\n n.knob('safeBBoxPixels').setVisible(False)\\n n.knob('safeBBoxPercent').setVisible(True)\\n \\nelif k.name() == \\\"adjustBBoxExtra\\\":\\n if n.knob(\\\"adjustBBoxExtra\\\").value() == \\\"pixels\\\":\\n n.knob('adjustBBoxPixels').setVisible(True)\\n n.knob('adjustBBoxPercent').setVisible(False)\\n elif n.knob(\\\"adjustBBoxExtra\\\").value() == \\\"percent\\\":\\n n.knob('adjustBBoxPixels').setVisible(False)\\n n.knob('adjustBBoxPercent').setVisible(True)\\n\"\n tile_color 0xcc804eff\n label \"(\\[value output2])\"\n note_font \"Verdana Bold Bold Bold Bold\"\n note_font_color 0xffffffff\n selected true\n xpos -1963\n ypos -1731\n addUserKnob {20 ExponBlurSimple}\n addUserKnob {41 channels T Remove1.channels}\n addUserKnob {41 maskChannelMask_1 l area T Multiply1.maskChannelMask}\n addUserKnob {41 inject_1 l inject -STARTLINE T Multiply1.inject}\n addUserKnob {41 invert_mask_1 l invert -STARTLINE T Multiply1.invert_mask}\n addUserKnob {41 fringe_1 l fringe -STARTLINE T Multiply1.fringe}\n addUserKnob {26 \"\"}\n addUserKnob {4 output2 l Operation: M {Screen Plus Over Hypot Average Max Min \"\" \"\" \"\" \"\" \"\"}}\n addUserKnob {3 steps l \" Steps\" -STARTLINE}\n steps 4\n addUserKnob {26 text l \" \" -STARTLINE T \" \"}\n addUserKnob {6 includeOriginal l \"Include Original?\" -STARTLINE}\n includeOriginal true\n addUserKnob {6 AvgMaxOriginal l \"Use Max of Average and Original\" +HIDDEN +STARTLINE}\n addUserKnob {14 size l Size R -100 100}\n size -3\n addUserKnob {7 mult l Multiplier R 1 5}\n mult -3\n addUserKnob {6 clamp +STARTLINE}\n addUserKnob {14 postBlur l \"Post Blur\" R 0 100}\n addUserKnob {26 \"\"}\n addUserKnob {20 bboxControl l \"BBox Control\" n 1}\n bboxControl 0\n addUserKnob {26 text_2 l \" \" T \" \"}\n addUserKnob {4 bbox l \"BBox: \" -STARTLINE M {union intersectionMask A B \"input format\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\"}}\n addUserKnob {6 blackOutside l \"Black Outside\" -STARTLINE}\n addUserKnob {6 safeBBox l \"Safe BBox\" t \"If the output BBox is larger than the input format and the input box combined. the result will be max of the input/format bbox plus a safety \\\"buffer\\\" in pixels or percent \\n\\nTurning off might make your BBox grow exponentially with high blur values\" -STARTLINE}\n safeBBox true\n addUserKnob {26 safeBBoxText l \"\" +STARTLINE T \" \"}\n addUserKnob {4 safetyBBoxMethod l \"Safe BBox Buffer \" -STARTLINE M {pixels percent \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\"}}\n safetyBBoxMethod percent\n addUserKnob {14 safeBBoxPixels l \"\" -STARTLINE +HIDDEN R 0 400}\n safeBBoxPixels 100\n addUserKnob {14 safeBBoxPercent l \"\" -STARTLINE R 1 2}\n safeBBoxPercent 1.1\n addUserKnob {26 text_3 l \"\" +STARTLINE T \" \"}\n addUserKnob {4 adjustBBoxExtra l \"Extra BBox Adjust\" -STARTLINE M {pixels percent \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\"}}\n addUserKnob {14 adjustBBoxPercent l \"\" -STARTLINE +HIDDEN R 1 2}\n adjustBBoxPercent 1\n addUserKnob {14 adjustBBoxPixels l \"\" -STARTLINE R 0 400}\n addUserKnob {26 \"\"}\n addUserKnob {20 endGroup n -1}\n addUserKnob {41 maskChannelMask l mask T MergeKeymix.maskChannelMask}\n addUserKnob {41 inject -STARTLINE T MergeKeymix.inject}\n addUserKnob {41 invert_mask l invert -STARTLINE T MergeKeymix.invert_mask}\n addUserKnob {41 fringe -STARTLINE T MergeKeymix.fringe}\n addUserKnob {41 mix T MergeKeymix.mix}\n addUserKnob {20 info l Info}\n addUserKnob {26 creator l Creator: T \"Tony Lyons\"}\n addUserKnob {26 desc l Description: T ExponBlurSimple}\n addUserKnob {26 ver l Version: T v03}\n}\n BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0x535e5a00\n label \"BBox Management\"\n note_font_size 30\n note_font_color 0xffffffff\n xpos -529\n ypos 492\n bdwidth 341\n bdheight 525\n }\n Input {\n inputs 0\n name Inputimg\n xpos 0\n ypos -969\n }\n Dot {\n name Dot16\n note_font_size 41\n xpos 34\n ypos -802\n }\nset N95cd3be0 [stack 0]\n Dot {\n name Dot2\n note_font_size 41\n xpos -367\n ypos -802\n }\n Dot {\n name Dot18\n label B\n note_font_size 41\n xpos -367\n ypos 434\n }\n Dot {\n name Dot11\n note_font_size 41\n xpos -367\n ypos 623\n }\nset N95cdf8d0 [stack 0]\n Dot {\n name Dot3\n note_font_size 41\n xpos -367\n ypos 675\n }\nset N95ce37d0 [stack 0]\n Dot {\n name Dot8\n note_font_size 41\n xpos -463\n ypos 675\n }\n Dot {\n name Dot15\n note_font_size 41\n xpos -463\n ypos 831\n }\npush $N95cd3be0\n Dot {\n name Dot1\n note_font_size 41\n xpos 461\n ypos -802\n }\n Remove {\n operation keep\n channels rgba\n name Remove1\n xpos 427\n ypos -718\n }\n Dot {\n name Dot21\n note_font_size 41\n xpos 461\n ypos -597\n }\nset N94866cb0 [stack 0]\n Invert {\n name Invert1\n xpos 695\n ypos -604\n disable {{\"parent.size < 0 ? 0 : 1\"}}\n }\nset N94f5db20 [stack 0]\n Dot {\n name Dot4\n note_font_size 41\n xpos 540\n ypos -543\n }\n NoOp {\n name Original\n xpos 506\n ypos -327\n }\nset N94f37740 [stack 0]\n Dot {\n name Dot5\n note_font_size 41\n xpos 540\n ypos 14\n }\n Crop {\n inputs 0\n box {{\"!\\[exists parent.input0] ? 0 : input.format.x\"} {\"!\\[exists parent.input0] ? 0 : input.format.y\"} {\"!\\[exists parent.input0] ? 0 : input.format.r\"} {\"!\\[exists parent.input0] ? 0 : input.format.t\"}}\n reformat true\n crop false\n name Crop1\n xpos 210\n ypos -750\n addUserKnob {20 User}\n addUserKnob {22 cropToBbox l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n }\n AddChannels {\n channels rgba\n name AddChannels2\n xpos 210\n ypos -724\n }\npush $N95cd3be0\n Merge2 {\n inputs 2\n name Merge3\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 83\n ypos -671\n }\n NoOp {\n name BBoxInput\n xpos 83\n ypos -628\n addUserKnob {20 User}\n addUserKnob {15 bbox}\n bbox {{input.bbox.x} {input.bbox.y} {input.bbox.r} {input.bbox.t}}\n }\npush $N94f37740\n Input {\n inputs 0\n name Inputarea\n xpos 289\n ypos -638\n number 2\n }\n AddChannels {\n channels alpha\n color 1\n name AddChannels1\n xpos 289\n ypos -580\n }\n Invert {\n channels rgba\n name Invert3\n xpos 289\n ypos -503\n }\npush $N94f5db20\n Multiply {\n inputs 1+1\n value 0\n name Multiply1\n label \"\\[value value]\"\n xpos 695\n ypos -512\n }\n NoOp {\n name Start\n xpos 695\n ypos -450\n }\nset N94fce200 [stack 0]\n Blur {\n size {{(Blur1.size)*(mult)**3} {(Blur1.size)*(mult)**3}}\n crop false\n name Blur4\n label \"\\[value size]\"\n xpos 995\n ypos -370\n }\npush $N94fce200\n Blur {\n size {{(Blur1.size)*(mult)**2} {(Blur1.size)*(mult)**2}}\n crop false\n name Blur3\n label \"\\[value size]\"\n xpos 895\n ypos -370\n }\npush 0\npush $N94fce200\n Blur {\n size {{(Blur1.size)*(mult)**1} {(Blur1.size)*(mult)**1}}\n crop false\n name Blur2\n label \"\\[value size]\"\n xpos 795\n ypos -370\n }\npush $N94fce200\n Blur {\n size {{parent.size.w} {parent.size.h}}\n name Blur1\n label \"\\[value size]\"\n xpos 695\n ypos -370\n }\n Merge2 {\n inputs 5+1\n operation {{mergeNumber.mergeNumber}}\n also_merge all\n name Merge1\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 695\n ypos -273\n }\n NoOp {\n name End\n xpos 695\n ypos -230\n }\nset N949d9830 [stack 0]\n CopyBBox {\n inputs 2\n name CopyBBox1\n xpos 585\n ypos -175\n }\n Group {\n name BBoxToFormat\n onCreate \"n = nuke.thisNode()\\ninputFormat = n.knob(\\\"inputFormat\\\")\\ninputBBox = n.knob(\\\"inputBBox\\\")\\ncrop = nuke.toNode(\\\"Crop6\\\")\\ncropb = crop.knob('box')\\noutputBBox = n.knob('outputBBox')\\noutputBBoxCenter = n.knob(\\\"outputBBoxCenter\\\")\\n\\ninputFormat.setFlag(0x0000000000008000)\\ninputBBox.setFlag(0x0000000000008000)\\ncropb.setFlag(0x0000000000008000)\\noutputBBox.setFlag(0x0000000000008000)\\noutputBBoxCenter.setFlag(0x0000000000008000)\\n\\nn = nuke.thisNode()\\nn.knob(\\\"overscan\\\").setRange(0,400)\\nn.knob(\\\"overscanPercent\\\").setRange(1,4)\"\n tile_color 0xa57aaaff\n note_font \"Verdana Bold Bold Bold Bold Bold\"\n note_font_color 0xffffffff\n xpos 585\n ypos -151\n addUserKnob {20 CropBBox}\n addUserKnob {4 type l Type +INVISIBLE M {\"To Format\" \"To BBox\"}}\n addUserKnob {41 intersect T Crop6.intersect}\n addUserKnob {6 blackOutside l \"Black Outside\" -STARTLINE}\n addUserKnob {4 overscanType l \"Overscan Type:\" M {Pixels Percentage}}\n overscanType {{parent.safetyBBoxMethod}}\n addUserKnob {14 overscan l Overscan R 0 400}\n overscan {{parent.safeBBoxPixels} {parent.safeBBoxPixels}}\n addUserKnob {14 overscanPercent l \"Overscan Percent\" R 1 4}\n overscanPercent {{parent.safeBBoxPercent} {parent.safeBBoxPercent}}\n addUserKnob {20 inputBbox l \"BBox Data\" n 1}\n addUserKnob {15 inputFormat l \"Input Format\"}\n inputFormat {0 0 {input.width} {input.height}}\n addUserKnob {15 inputBBox l \"Input BBox\"}\n inputBBox {{input.bbox.x} {input.bbox.y} {input.bbox.r} {input.bbox.t}}\n addUserKnob {12 outputBBoxCenter l OutputBBoxCenter}\n outputBBoxCenter {{OutputBBox1.outputBBoxCenter.w} {OutputBBox1.outputBBoxCenter.h}}\n addUserKnob {15 outputBBox l \"Output BBox\"}\n outputBBox {{OutputBBox1.OutputBBox} {OutputBBox1.OutputBBox} {OutputBBox1.OutputBBox} {OutputBBox1.OutputBBox}}\n addUserKnob {20 endGroup n -1}\n addUserKnob {20 info_1 l Info}\n addUserKnob {26 creator l Creator: T \"Tony Lyons\"}\n addUserKnob {26 desc l Description: t \"crop to inputformat\\n\\ndisplays values of input bbox\" T CropBBox}\n addUserKnob {26 ver l Version: T v02}\n }\n Input {\n inputs 0\n name Input\n xpos 261\n ypos 394\n }\n Dot {\n name Dot2\n note_font_size 41\n xpos 295\n ypos 462\n }\nset N949f3560 [stack 0]\n Dot {\n name Dot1\n note_font_size 41\n xpos -160\n ypos 462\n }\nset N949f7480 [stack 0]\npush $N949f3560\n Crop {\n box {{parent.inputBBox} {parent.inputBBox} {parent.inputBBox} {parent.inputBBox}}\n crop {{parent.blackOutside}}\n name Crop6\n xpos 261\n ypos 510\n addUserKnob {20 User}\n addUserKnob {22 cropToBbox l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n }\nset N949fb360 [stack 0]\n Remove {\n operation keep\n channels none\n name Remove1\n xpos 120\n ypos 504\n }\nset N959300f0 [stack 0]\n Transform {\n scale {{parent.overscanPercent} {parent.overscanPercent}}\n center {{((input.bbox.r-input.bbox.x)/2)+input.bbox.x} {((input.bbox.t-input.bbox.y)/2)+input.bbox.y}}\n shutteroffset centred\n name Transform1\n selected true\n xpos 120\n ypos 553\n }\npush $N959300f0\n AdjBBox {\n numpixels {{parent.overscan} {parent.overscan}}\n name AdjBBox1\n xpos -5\n ypos 510\n }\n Switch {\n inputs 2\n which {{overscanType}}\n name Switch2\n label \"\\[value which]\"\n xpos -5\n ypos 549\n }\n Merge2 {\n inputs 2\n bbox intersection\n Achannels {-rgba.red -rgba.green -rgba.blue rgba.alpha}\n Bchannels {-rgba.red -rgba.green -rgba.blue rgba.alpha}\n output {-rgba.red -rgba.green -rgba.blue rgba.alpha}\n name Merge1\n xpos -5\n ypos 647\n disable {{!parent.Crop6.intersect}}\n }\npush $N949f7480\n CopyBBox {\n inputs 2\n name CopyBBox1\n xpos -194\n ypos 653\n }\n BlackOutside {\n name BlackOutside1\n xpos -194\n ypos 692\n disable {{!parent.blackOutside}}\n }\n Dot {\n name Dot4\n note_font_size 41\n xpos -160\n ypos 769\n }\npush $N949fb360\n Switch {\n inputs 2\n which {{\"overscanType == 0 ? overscan.w != 0 || overscan.h != 0 : overscanPercent.w != 1 || overscanPercent.h != 1 ? 1 : 0\"}}\n name Switch1\n label \"\\[value which]\"\n xpos 261\n ypos 759\n }\nset N95f93ca0 [stack 0]\n Output {\n name Output1\n xpos 261\n ypos 921\n }\npush $N95f93ca0\n NoOp {\n name OutputBBox1\n xpos 378\n ypos 821\n addUserKnob {20 User}\n addUserKnob {15 OutputBBox l \"Output BBox\"}\n OutputBBox {{input.bbox.x} {input.bbox.y} {input.bbox.r} {input.bbox.t}}\n addUserKnob {14 outputBBoxCenter l \"Output BBox Center\" R 0 100}\n outputBBoxCenter {{OutputBBox.x+(OutputBBox.r-OutputBBox.x)/2} {OutputBBox.y+(OutputBBox.t-OutputBBox.y)/2}}\n }\n end_group\npush $N949d9830\n Merge2 {\n inputs 2\n bbox intersection\n also_merge all\n name Merge4\n xpos 585\n ypos -127\n }\npush $N949d9830\n CopyBBox {\n inputs 2\n name CopyBBox2\n xpos 585\n ypos -101\n }\npush $N949d9830\n Switch {\n inputs 2\n which {{\"parent.safeBBox && ((BBoxResult.bbox.x < BBoxInput.bbox.x || BBoxResult.bbox.y < BBoxInput.bbox.y || BBoxResult.bbox.r > BBoxInput.bbox.r || BBoxResult.bbox.t > BBoxInput.bbox.t))\"}}\n name Switch2\n label \"\\[value which]\"\n xpos 695\n ypos -106\n }\n Grade {\n channels all\n whitepoint 5\n black_clamp false\n name AverageMult\n xpos 695\n ypos -37\n disable {{\"output2 == 4 ? 0 : 1\"}}\n }\n Merge2 {\n inputs 2\n operation max\n also_merge all\n name Merge2\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 695\n ypos 10\n disable {{\"output2 == 4 && includeOriginal == 1 && AvgMaxOriginal == 1 ? 0 : 1\"}}\n }\n Clamp {\n name Clamp1\n selected true\n xpos 695\n ypos 50\n disable {{!parent.clamp}}\n }\n Blur {\n size {{postBlur} {postBlur}}\n name BlurOriginal\n label \"\\[value size]\"\n xpos 695\n ypos 102\n }\n Invert {\n name Invert2\n xpos 695\n ypos 144\n disable {{\"parent.size < 0 ? 0 : 1\"}}\n }\npush $N94866cb0\n Switch {\n inputs 2\n which {{\"parent.size == 0 ? 0 : 1\"}}\n name Switch1\n label \"\\[value which]\"\n xpos 427\n ypos 190\n }\n Dot {\n name Dot17\n label A\n note_font_size 41\n xpos 34\n ypos 455\n }\n Dot {\n name Dot7\n note_font_size 41\n xpos 34\n ypos 579\n }\nset N94e557a0 [stack 0]\n Dot {\n name Dot12\n note_font_size 41\n xpos -260\n ypos 579\n }\n Dot {\n name Dot13\n note_font_size 41\n xpos -260\n ypos 799\n }\npush $N95cdf8d0\n Input {\n inputs 0\n name Inputmask\n xpos 512\n ypos 322\n number 1\n }\n Dot {\n name Dot19\n label Mask\n note_font_size 41\n xpos 546\n ypos 435\n }\nset N94e652a0 [stack 0]\n Dot {\n name Dot20\n note_font_size 41\n xpos 436\n ypos 435\n }\npush $N94e557a0\n Merge2 {\n inputs 2\n bbox intersection\n Achannels {rgba.red -rgba.green -rgba.blue rgba.alpha}\n Bchannels {rgba.red -rgba.green -rgba.blue rgba.alpha}\n output {rgba.red -rgba.green -rgba.blue rgba.alpha}\n name MergeIntersection\n xpos 402\n ypos 572\n disable {{\"!\\[exists parent.input1]\"}}\n }\n Merge2 {\n inputs 2\n Achannels {rgba.red -rgba.green -rgba.blue rgba.alpha}\n Bchannels {rgba.red -rgba.green -rgba.blue rgba.alpha}\n output {rgba.red -rgba.green -rgba.blue rgba.alpha}\n name MergeUnion\n xpos 402\n ypos 610\n disable {{\"!\\[exists parent.input1]\"}}\n }\n Dot {\n name Dot6\n label \"intersection\\nof (Mask and A) + B\"\n note_font_size 14\n note_font_color 0xffffffff\n xpos 436\n ypos 770\n }\npush $N94e652a0\n Dot {\n name Dot10\n note_font_size 41\n xpos 546\n ypos 672\n }\npush $N94e557a0\npush $N95ce37d0\n Merge2 {\n inputs 2+1\n operation copy\n Achannels none\n Bchannels none\n output none\n also_merge {{{parent.Remove1.channels}}}\n name MergeKeymix\n xpos 0\n ypos 665\n }\n Dot {\n name Dot14\n note_font_size 41\n xpos 34\n ypos 747\n }\nset N95d27470 [stack 0]\npush $N95ce37d0\n CopyBBox {\n inputs 2\n name CopyBBoxUnion\n xpos -401\n ypos 743\n disable {{parent.bbox==0?0:1}}\n }\n CopyBBox {\n inputs 2\n name CopyBBoxIntersection\n xpos -401\n ypos 769\n disable {{\"parent.bbox==1 ? 0 : 1\"}}\n }\n CopyBBox {\n inputs 2\n name CopyBBoxA\n xpos -401\n ypos 795\n disable {{\"parent.bbox==2 ? 0 : 1\"}}\n }\n CopyBBox {\n inputs 2\n name CopyBBoxB\n xpos -401\n ypos 827\n disable {{\"parent.bbox==3 ? 0 : 1\"}}\n }\n Crop {\n box {0 0 {parent.width} {parent.height}}\n crop false\n name CopyBBoxFormat\n xpos -401\n ypos 853\n disable {{\"parent.bbox==4 ? 0 : 1\"}}\n addUserKnob {20 User}\n addUserKnob {22 cropToBbox l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n }\nset N96b1c1d0 [stack 0]\n Transform {\n scale {{parent.adjustBBoxPercent} {parent.adjustBBoxPercent}}\n center {{((input.bbox.r-input.bbox.x)/2)+input.bbox.x} {((input.bbox.t-input.bbox.y)/2)+input.bbox.y}}\n black_outside false\n shutteroffset centred\n name TransformBBoxAdjustPercent\n xpos -516\n ypos 898\n }\npush $N96b1c1d0\n AdjBBox {\n numpixels {{parent.adjustBBoxPixels} {parent.adjustBBoxPixels}}\n name AdjBBoxPixels\n xpos -401\n ypos 901\n }\n Switch {\n inputs 2\n which {{adjustBBoxExtra}}\n name Switch3\n xpos -401\n ypos 940\n }\n Dot {\n name Dot9\n note_font_size 41\n xpos -367\n ypos 993\n }\npush $N95d27470\n CopyBBox {\n inputs 2\n name CopyBBox\n xpos 0\n ypos 989\n }\n BlackOutside {\n name BlackOutside1\n xpos 0\n ypos 1015\n disable {{!parent.blackOutside}}\n }\n Output {\n name Output1\n xpos 0\n ypos 1155\n }\n NoOp {\n inputs 0\n name mergeNumber\n xpos 229\n ypos -862\n addUserKnob {20 User}\n addUserKnob {3 mergeNumber}\n mergeNumber {{\"output2 == 0 ? 25 : output2 == 1 ? 24 : output2 == 2 ? 22 : output2 == 3 ? 13 : output2 == 4 ? 24 : output2 == 5 ? 17 : 18\"}}\n }\npush $N949d9830\n NoOp {\n name BBoxResult\n xpos 585\n ypos -230\n addUserKnob {20 User}\n addUserKnob {15 bbox}\n bbox {{input.bbox.x} {input.bbox.y} {input.bbox.r} {input.bbox.t}}\n }\nend_group\nDot {\n name Dot289\n note_font_size 41\n selected true\n xpos -1929\n ypos -1575\n}\nDot {\n name Dot290\n label \"Core\\nMatte\"\n note_font_size 60\n selected true\n xpos -2627\n ypos -1575\n}\nDot {\n name Dot291\n note_font_size 41\n selected true\n xpos -2737\n ypos -1575\n}\nset N95af3ff0 [stack 0]\npush $N9780eca0\nRemove {\n operation keep\n channels rgb\n name Remove33\n selected true\n xpos -4649\n ypos -3883\n}\nDot {\n name Dot292\n selected true\n xpos -4615\n ypos -3571\n}\nset N95b033b0 [stack 0]\nDot {\n name Dot293\n selected true\n xpos -4033\n ypos -3571\n}\npush $N95b033b0\nOFXuk.co.thefoundry.keylight.keylight_v201 {\n show \"Final Result\"\n unPreMultiply false\n screenColour {0 1 0}\n screenGain 1\n screenBalance 0.5\n alphaBias {0.5 0.5 0.5}\n despillBias {0.5 0.5 0.5}\n gangBiases true\n preBlur 0\n \"Screen Matte\" 0\n screenClipMin 0\n screenClipMax 1\n screenClipRollback 0\n screenGrowShrink 0\n screenSoftness 0\n screenDespotBlack 0\n screenDespotWhite 0\n screenReplaceMethod \"Soft Colour\"\n screenReplaceColour {0.5 0.5 0.5}\n Tuning 0\n midPoint 0.5\n lowGain 1\n midGain 1\n highGain 1\n \"Inside Mask\" 0\n sourceAlphaHandling Ignore\n insideReplaceMethod \"Soft Colour\"\n insideReplaceColour {0.5 0.5 0.5}\n Crops 0\n SourceXMethod Colour\n SourceYMethod Colour\n SourceEdgeColour 0\n SourceCropL 0\n SourceCropR 1\n SourceCropB 0\n SourceCropT 1\n balanceSet false\n insideComponent None\n outsideComponent None\n cacheBreaker true\n name Keylight4\n selected true\n xpos -4649\n ypos -3444\n}\nDot {\n name Dot294\n selected true\n xpos -4615\n ypos -3053\n}\nset N96ca65b0 [stack 0]\nMerge2 {\n inputs 2\n operation minus\n name Merge3\n selected true\n xpos -4067\n ypos -3057\n}\nSaturation {\n saturation 0\n name Saturation1\n selected true\n xpos -4067\n ypos -3015\n}\nDot {\n name Dot295\n selected true\n xpos -4033\n ypos -2952\n}\nDot {\n name Dot296\n label \"Restore Lum\"\n note_font_size 41\n selected true\n xpos -4488\n ypos -2952\n}\npush $N96ca65b0\nMerge2 {\n inputs 2\n operation plus\n output {rgba.red rgba.green rgba.blue -rgba.alpha}\n name Merge5\n selected true\n xpos -4649\n ypos -2956\n}\nDot {\n name Dot297\n label \"core \\ndespill\"\n note_font_size 60\n selected true\n xpos -4615\n ypos -2596\n}\nDot {\n name Dot298\n selected true\n xpos -4615\n ypos -1575\n}\nDot {\n name Dot299\n label \"core \\ndespill\"\n note_font_size 60\n selected true\n xpos -3266\n ypos -1575\n}\npush $N95af3ff0\nDot {\n name Dot300\n note_font_size 41\n selected true\n xpos -2737\n ypos -1698\n}\npush $N96837240\nRemove {\n operation keep\n channels rgb\n name Remove34\n selected true\n xpos -3001\n ypos -3883\n}\nDot {\n name Dot301\n selected true\n xpos -2967\n ypos -3618\n}\nset N96cee310 [stack 0]\nDot {\n name Dot302\n selected true\n xpos -2210\n ypos -3618\n}\npush $N96cee310\nOFXuk.co.thefoundry.keylight.keylight_v201 {\n show \"Final Result\"\n unPreMultiply false\n screenColour {0 1 0}\n screenGain 1\n screenBalance 0.5\n alphaBias {0.5 0.5 0.5}\n despillBias {0.5 0.5 0.5}\n gangBiases true\n preBlur 0\n \"Screen Matte\" 0\n screenClipMin 0\n screenClipMax 1\n screenClipRollback 0\n screenGrowShrink 0\n screenSoftness 0\n screenDespotBlack 0\n screenDespotWhite 0\n screenReplaceMethod \"Soft Colour\"\n screenReplaceColour {0.5 0.5 0.5}\n Tuning 0\n midPoint 0.5\n lowGain 1\n midGain 1\n highGain 1\n \"Inside Mask\" 0\n sourceAlphaHandling Ignore\n insideReplaceMethod \"Soft Colour\"\n insideReplaceColour {0.5 0.5 0.5}\n Crops 0\n SourceXMethod Colour\n SourceYMethod Colour\n SourceEdgeColour 0\n SourceCropL 0\n SourceCropR 1\n SourceCropB 0\n SourceCropT 1\n balanceSet false\n insideComponent None\n outsideComponent None\n cacheBreaker true\n name Keylight5\n selected true\n xpos -3001\n ypos -3450\n}\nDot {\n name Dot303\n selected true\n xpos -2967\n ypos -3004\n}\nset N96be3cd0 [stack 0]\nMerge2 {\n inputs 2\n operation minus\n name Merge10\n selected true\n xpos -2244\n ypos -3008\n}\nSaturation {\n saturation 0\n name Saturation2\n selected true\n xpos -2244\n ypos -2959\n}\nClamp {\n channels rgba\n maximum_enable false\n name Clamp3\n selected true\n xpos -2244\n ypos -2933\n}\nDot {\n name Dot304\n label \"despill\\nmatte\"\n note_font_size 60\n selected true\n xpos -2210\n ypos -2841\n}\nset N94dc52f0 [stack 0]\nDot {\n name Dot305\n label \"despill\\nMatte\"\n note_font_size 60\n selected true\n xpos -2210\n ypos -2644\n}\npush $N96be3cd0\nDot {\n name Dot306\n selected true\n xpos -2967\n ypos -2841\n}\nset N94d07a10 [stack 0]\nadd_layer {despill despill.red}\nCopy {\n inputs 2\n from0 rgba.red\n to0 despill.red\n name Copy7\n selected true\n xpos -3001\n ypos -2654\n}\nDot {\n name Dot307\n label \"edge\\ndespill\"\n note_font_size 60\n selected true\n xpos -2967\n ypos -1852\n}\nMultiply {\n inputs 1+1\n channels despill\n value 0\n name Multiply2\n label \"\\[value value]\"\n selected true\n xpos -3001\n ypos -1710\n}\nKeymix {\n inputs 3\n channels rgb\n name Keymix3\n selected true\n xpos -3001\n ypos -1579\n}\nCopy {\n inputs 2\n channels all\n bbox A\n name Copy12\n selected true\n xpos -3001\n ypos -1015\n}\nCopyBBox {\n inputs 2\n name CopyBBox3\n selected true\n xpos -3001\n ypos -950\n}\nCopy {\n inputs 2\n from0 rgba.alpha\n to0 rgba.alpha\n bbox B\n name Copy14\n selected true\n xpos -3001\n ypos -699\n}\nCopy {\n inputs 2\n channels cleanplate\n bbox B\n name Copy15\n selected true\n xpos -3001\n ypos -344\n}\nDot {\n name Dot313\n note_font_size 41\n selected true\n xpos -2967\n ypos 403\n}\nDot {\n name Dot314\n note_font_size 41\n selected true\n xpos -2967\n ypos 864\n}\nDot {\n name Dot315\n note_font_size 41\n selected true\n xpos -2967\n ypos 1138\n}\nDot {\n name Dot316\n note_font_size 41\n selected true\n xpos -2967\n ypos 1439\n}\nDot {\n name Dot317\n selected true\n xpos -2967\n ypos 1685\n}\nset N968f6be0 [stack 0]\nShuffle {\n in despill\n name Shuffle39\n label \"\\[value in]\"\n selected true\n xpos -2689\n ypos 1676\n}\nRemove {\n operation keep\n channels rgba\n name Remove35\n selected true\n xpos -2689\n ypos 1726\n}\nGrade {\n channels rgba\n black_clamp false\n name Grade4\n selected true\n xpos -2689\n ypos 1766\n}\nset N9499f520 [stack 0]\nDot {\n name Dot318\n label \"despill\\nmatte\"\n note_font_size 41\n selected true\n xpos -2655\n ypos 1902\n}\nset N949ab640 [stack 0]\nDot {\n name Dot319\n note_font_size 41\n selected true\n xpos -2822\n ypos 1902\n}\nDot {\n name Dot320\n note_font_size 41\n selected true\n xpos -2822\n ypos 2144\n}\npush $N9680d780\nDot {\n name Dot321\n label BG\n note_font_size 101\n selected true\n xpos -2441\n ypos 1765\n}\nGrade {\n black_clamp false\n name Grade6\n label \"BG Prep\"\n selected true\n xpos -2475\n ypos 1835\n}\nDot {\n name Dot322\n selected true\n xpos -2441\n ypos 1989\n}\npush $N949ab640\nMerge2 {\n inputs 2\n operation multiply\n name Merge36\n selected true\n xpos -2689\n ypos 1985\n}\nShuffle {\n alpha black\n name Shuffle40\n label \"\\[value in]\"\n selected true\n xpos -2689\n ypos 2030\n}\npush $N9499f520\nShuffle {\n green red\n blue red\n alpha red\n name Shuffle41\n label \"\\[value in]\"\n selected true\n xpos -2832\n ypos 1762\n}\nGrade {\n channels rgba\n whitepoint 0.5\n black_clamp false\n name Grade7\n selected true\n xpos -2832\n ypos 1816\n}\npush $N968f6be0\nSaturation {\n inputs 1+1\n name Saturation3\n label \"change if necessary\"\n selected true\n xpos -3001\n ypos 1812\n}\nMerge2 {\n inputs 2\n operation plus\n bbox B\n output {rgba.red rgba.green rgba.blue -rgba.alpha}\n name Merge49\n selected true\n xpos -3001\n ypos 2036\n}\nGroup {\n inputs 2\n name BlacksMatch\n help \"Choose a black point color or plug an image /constant you wish to be your blackpoint into BlackColor input.\\n\\nUse Mult Range to control how far above the blackpoint color to affect the lows\\n\\nUse the RollOff gamma to add fall off to the bottom of the curve\\n\\nTurn on the preview Plotscan and move the sampler over a region to see what your settings are doing to a linear 0-1 ramp. This will help you see if you have weird curves, clamping or other funky problems as you adjust settings\"\n knobChanged \"n = nuke.thisNode()\\nk = nuke.thisKnob()\\n\\nif k.name() == \\\"inputChange\\\":\\n nsd = nuke.toNode(\\\"SwitchDefault\\\")\\n n\\[\\\"defaultBlack\\\"].setEnabled(nsd\\[\\\"which\\\"].getValue()==1)\\n\\nif k.name() == \\\"previewPlotScan\\\":\\n p = n.knob(\\\"previewPlotScan\\\").value()\\n if p == True:\\n n.knob(\\\"plotscanSampler\\\").setVisible(True)\\n else:\\n n.knob(\\\"plotscanSampler\\\").setVisible(False)\"\n tile_color 0x1c1c1cff\n note_font \"Helvetica Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold\"\n selected true\n xpos -3001\n ypos 2141\n addUserKnob {20 BlacksMatch}\n addUserKnob {6 default_black_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 premultInput l \"Premultiplied Input\" +STARTLINE}\n addUserKnob {4 mergeOp l Operation: t \"Plus and Screen do the same thing with our operation, so I only included a hypot between plus/screen and hypot. Hypot raises the mult by x2 because I thought that gave more pleasising results. It will probably be a harsher curve (more towards clamp) than the plus/screen result).\" M {Plus/Screen Hypot \"\" \"\"}}\n addUserKnob {18 defaultBlack l \"Default Black\" +DISABLED}\n defaultBlack {0.05 0.05 0.05}\n addUserKnob {6 defaultBlack_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 defaultBlack_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 defaultBlack_panelDropped_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 defaultBlack_panelDropped_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {26 \"\"}\n addUserKnob {7 multBase l \"Mult Low Range\" t \"This is the Multiplier for the top of the \\\"toe\\\" curve. It is multiplying the BlackPoint color by this number and setting it as the highest point weird the curve will influence the midtones and the highlights\" R 1.5 10}\n multBase 4\n addUserKnob {7 rolloffGamma l \"Rolloff Gamma\" t \"This controls the bottom of the curve, the falloff to where it is bending toward the \\\"cut off point\\\" which is out black color. A lower value will act more like a clamp and a higher value will act more like a plus.\" R 0.1 1}\n rolloffGamma 0.35\n addUserKnob {4 minVal l \"Min Value is:\" M {\"Toe Result\" \"Clamp Result\" \"\" \"\"}}\n addUserKnob {6 previewPlotScan l \"Preview PlotScan\" t \"Click to overlay a plotscan graph to show you how your black color is influenced by your settings.\" +STARTLINE}\n addUserKnob {12 plotscanSampler l \"PlotScan Sampler\" +HIDDEN}\n plotscanSampler {200 200}\n addUserKnob {6 color_rgb_panelDropped l \"panel dropped state\" +HIDDEN +STARTLINE}\n addUserKnob {26 \"\"}\n addUserKnob {41 maskChannelMask l mask -STARTLINE T MergeKeymix.maskChannelMask}\n addUserKnob {41 inject -STARTLINE T MergeKeymix.inject}\n addUserKnob {41 invert_mask l invert -STARTLINE T MergeKeymix.invert_mask}\n addUserKnob {41 fringe -STARTLINE T MergeKeymix.fringe}\n addUserKnob {41 mix T MergeKeymix.mix}\n addUserKnob {20 info l Info}\n addUserKnob {26 creator l Creator: T \"Tony Lyons\"}\n addUserKnob {26 desc l Name: T BlacksMatch}\n addUserKnob {26 ver l Version: T v10}\n}\n BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0x556a5000\n label \"This Creates a \\nPer Channel Key\\nBased on the Blackpoint\"\n note_font_size 30\n note_font_color 0xffffffff\n xpos 991\n ypos -77\n bdwidth 314\n bdheight 421\n }\n StickyNote {\n inputs 0\n name StickyNote2\n tile_color 0xff\n label green\n note_font_size 41\n note_font_color 0xffffffff\n xpos 177\n ypos 466\n }\n StickyNote {\n inputs 0\n name StickyNote1\n tile_color 0xff\n label red\n note_font_size 41\n note_font_color 0xffffffff\n xpos 188\n ypos 350\n }\n StickyNote {\n inputs 0\n name StickyNote3\n tile_color 0xff\n label blue\n note_font_size 41\n note_font_color 0xffffffff\n xpos 186\n ypos 570\n }\n StickyNote {\n inputs 0\n name StickyNote4\n tile_color 0xff\n label \"min will be \\nblack color\"\n note_font_size 31\n note_font_color 0xffffffff\n xpos 143\n ypos 733\n }\n Input {\n inputs 0\n name Inputimg\n xpos 322\n ypos -550\n }\n Dot {\n name Dot17\n xpos 356\n ypos -418\n }\nset N948771b0 [stack 0]\n AddChannels {\n channels rgba\n color 1\n name AddChannels1\n xpos 322\n ypos -365\n }\n Dot {\n name Dot5\n note_font_size 41\n xpos 356\n ypos -288\n }\nset N948826b0 [stack 0]\n Grade {\n channels rgba\n white 0\n multiply 0\n add {{defaultBlack.r} {defaultBlack.g} {defaultBlack.b} 0}\n black_clamp false\n name Grade1\n label color\n xpos 922\n ypos -295\n }\n Input {\n inputs 0\n name InputBlackColor\n xpos 1138\n ypos -569\n number 1\n }\n Switch {\n inputs 2\n which {{\"!\\[exists parent.input1]\"}}\n name SwitchDefault\n xpos 1138\n ypos -291\n }\n Dot {\n name Dot26\n label \"Black Color\"\n note_font_size 41\n xpos 1172\n ypos -212\n }\n Dot {\n name Dot4\n note_font_size 41\n xpos 1172\n ypos -151\n }\nset N948a1640 [stack 0]\n Dot {\n name Dot36\n note_font_size 41\n xpos 1631\n ypos -151\n }\nset N948a5520 [stack 0]\n Dot {\n name Dot16\n note_font_size 41\n xpos 2140\n ypos -151\n }\nset N95f75ad0 [stack 0]\n Crop {\n box {{plotscanSampler.x-2} {plotscanSampler.y-2} {plotscanSampler.x+2} {plotscanSampler.x+2}}\n reformat true\n crop false\n name Crop1\n xpos 2432\n ypos -154\n addUserKnob {20 User}\n addUserKnob {22 cropToBbox l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n addUserKnob {22 cropToBbox_1 l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n }\n Blur {\n channels rgb\n size 16\n name Blur1\n label \"\\[value size]\"\n xpos 2432\n ypos -130\n }\n Reformat {\n format \"512 512 0 0 512 512 1 square_512\"\n name Reformat4\n xpos 2432\n ypos -92\n }\n Dot {\n name Dot12\n note_font_size 41\n xpos 2466\n ypos -43\n }\nset N95c0a4d0 [stack 0]\n Dot {\n name Dot47\n note_font_size 41\n xpos 2917\n ypos -43\n }\nset N95c0e260 [stack 0]\n Dot {\n name Dot42\n label \"Black Color\"\n note_font_size 41\n xpos 2917\n ypos 286\n }\n Dot {\n name Dot43\n note_font_size 41\n xpos 2917\n ypos 366\n }\nset N95c16020 [stack 0]\n Dot {\n name Dot44\n note_font_size 41\n xpos 2917\n ypos 480\n }\nset N95c19f00 [stack 0]\n Dot {\n name Dot45\n note_font_size 41\n xpos 2917\n ypos 588\n }\nset N95c1df60 [stack 0]\n Dot {\n name Dot31\n note_font_size 41\n xpos 2917\n ypos 656\n }\nset N95c21d80 [stack 0]\npush $N95c21d80\npush $N95c0e260\n Dot {\n name Dot11\n label \"Black Color\"\n note_font_size 41\n xpos 3426\n ypos -43\n }\n Multiply {\n channels rgb\n value 2\n name Multiply6\n label \"mult black color\"\n xpos 3392\n ypos 77\n }\n Reformat {\n inputs 0\n format \"512 512 0 0 512 512 1 square_512\"\n pbb true\n name Reformat1\n xpos 2711\n ypos 61\n }\n Ramp {\n p0 {0 0}\n p1 {512 0}\n name Ramp1\n xpos 2711\n ypos 93\n }\n Dot {\n name Dot1\n note_font_size 41\n xpos 2745\n ypos 154\n }\nset N95c4b280 [stack 0]\n Dot {\n name Dot7\n note_font_size 41\n xpos 3138\n ypos 154\n }\nset N95c4f010 [stack 0]\n MergeExpression {\n inputs 2\n expr0 Br/Ar\n expr1 Bg/Ag\n expr2 Bb/Ab\n name MergeDivide2\n xpos 3392\n ypos 151\n }\n Invert {\n channels rgb\n name Invert5\n xpos 3392\n ypos 175\n }\n Clamp {\n channels rgb\n name Clamp4\n xpos 3392\n ypos 199\n }\n Gamma {\n channels rgb\n value 0.5\n name Gamma4\n xpos 3392\n ypos 223\n }\n Dot {\n name Dot39\n xpos 3426\n ypos 366\n }\nset N95c7daa0 [stack 0]\n Dot {\n name Dot40\n xpos 3426\n ypos 480\n }\nset N95c81830 [stack 0]\n Dot {\n name Dot41\n xpos 3426\n ypos 588\n }\n Shuffle {\n red blue\n green blue\n alpha blue\n name Shuffle11\n tile_color 0x3fbfff\n label \"\\[value in] \\[ expr \\{ \\[value out2] == \\\"none\\\" ? \\\" \\\" : \\[concat --> \\[value out2]] \\}]\"\n xpos 3277\n ypos 581\n }\npush $N95c1df60\npush $N95c81830\n Shuffle {\n red green\n blue green\n alpha green\n name Shuffle12\n tile_color 0xbf00ff\n label \"\\[value in] \\[ expr \\{ \\[value out2] == \\\"none\\\" ? \\\" \\\" : \\[concat --> \\[value out2]] \\}]\"\n xpos 3276\n ypos 473\n }\npush $N95c19f00\npush $N95c7daa0\n Shuffle {\n green red\n blue red\n alpha red\n name Shuffle13\n tile_color 0xbf0000ff\n label \"\\[value in] \\[ expr \\{ \\[value out2] == \\\"none\\\" ? \\\" \\\" : \\[concat --> \\[value out2]] \\}]\"\n xpos 3270\n ypos 359\n }\npush $N95c16020\npush $N95c4f010\n Merge2 {\n inputs 2+1\n operation {{parent.Settings.mergeOpNum}}\n bbox B\n Achannels {rgba.red -rgba.green -rgba.blue -rgba.alpha}\n Bchannels {rgba.red -rgba.green -rgba.blue -rgba.alpha}\n output {rgba.red -rgba.green -rgba.blue -rgba.alpha}\n maskChannelInput -rgba.red\n name Merge14\n label red\n xpos 3104\n ypos 359\n }\n Merge2 {\n inputs 2+1\n operation {{parent.Settings.mergeOpNum}}\n bbox B\n Achannels {-rgba.red rgba.green -rgba.blue -rgba.alpha}\n Bchannels {-rgba.red rgba.green -rgba.blue -rgba.alpha}\n output {-rgba.red rgba.green -rgba.blue -rgba.alpha}\n maskChannelInput -rgba.red\n name Merge15\n label green\n xpos 3104\n ypos 473\n }\n Merge2 {\n inputs 2+1\n operation {{parent.Settings.mergeOpNum}}\n bbox B\n Achannels {-rgba.red -rgba.green rgba.blue -rgba.alpha}\n Bchannels {-rgba.red -rgba.green rgba.blue -rgba.alpha}\n output {-rgba.red -rgba.green rgba.blue -rgba.alpha}\n maskChannelInput -rgba.red\n name Merge16\n label blue\n xpos 3104\n ypos 581\n }\n Merge2 {\n inputs 2\n operation max\n bbox B\n Achannels rgb\n Bchannels rgb\n output rgb\n name Merge18\n label \"Set Min Color\\nto Blackpoint\"\n xpos 3104\n ypos 644\n }\n Dot {\n name Dot46\n note_font_size 41\n xpos 3138\n ypos 742\n }\n Switch {\n inputs 2\n which {{minVal}}\n name SwitchMinColor1\n xpos 2883\n ypos 739\n }\npush $N95c0a4d0\n Multiply {\n channels rgb\n value {{multBase}}\n name Multiply3\n label \"mult black color\"\n xpos 2432\n ypos 63\n }\n Multiply {\n channels rgb\n value 2\n name Multiply4\n label \"hypot Extra Mult\\n\"\n xpos 2432\n ypos 95\n disable {{\"mergeOp == 1 ? 0 : 1\"}}\n }\npush $N95c4b280\n MergeExpression {\n inputs 2\n expr0 Br/Ar\n expr1 Bg/Ag\n expr2 Bb/Ab\n name MergeDivide1\n xpos 2432\n ypos 151\n }\n Invert {\n channels rgb\n name Invert2\n xpos 2432\n ypos 175\n }\n Clamp {\n channels rgb\n name Clamp2\n xpos 2432\n ypos 199\n }\n Gamma {\n channels rgb\n value {{rolloffGamma}}\n name Gamma2\n xpos 2432\n ypos 223\n }\n Dot {\n name Dot6\n xpos 2466\n ypos 366\n }\nset N96e4f6c0 [stack 0]\n Dot {\n name Dot9\n xpos 2466\n ypos 480\n }\nset N96e53630 [stack 0]\n Dot {\n name Dot10\n xpos 2466\n ypos 588\n }\n Shuffle {\n red blue\n green blue\n alpha blue\n name Shuffle4\n tile_color 0x3fbfff\n label \"\\[value in] \\[ expr \\{ \\[value out2] == \\\"none\\\" ? \\\" \\\" : \\[concat --> \\[value out2]] \\}]\"\n xpos 2511\n ypos 581\n }\npush $N95c1df60\npush $N96e53630\n Shuffle {\n red green\n blue green\n alpha green\n name Shuffle5\n tile_color 0xbf00ff\n label \"\\[value in] \\[ expr \\{ \\[value out2] == \\\"none\\\" ? \\\" \\\" : \\[concat --> \\[value out2]] \\}]\"\n xpos 2511\n ypos 473\n }\npush $N95c19f00\npush $N96e4f6c0\n Shuffle {\n green red\n blue red\n alpha red\n name Shuffle6\n tile_color 0xbf0000ff\n label \"\\[value in] \\[ expr \\{ \\[value out2] == \\\"none\\\" ? \\\" \\\" : \\[concat --> \\[value out2]] \\}]\"\n xpos 2517\n ypos 359\n }\npush $N95c16020\npush $N95c4b280\n Merge2 {\n inputs 2+1\n operation {{parent.Settings.mergeOpNum}}\n bbox B\n Achannels {rgba.red -rgba.green -rgba.blue -rgba.alpha}\n Bchannels {rgba.red -rgba.green -rgba.blue -rgba.alpha}\n output {rgba.red -rgba.green -rgba.blue -rgba.alpha}\n maskChannelInput -rgba.red\n name Merge2\n label red\n xpos 2711\n ypos 359\n }\n Merge2 {\n inputs 2+1\n operation {{parent.Settings.mergeOpNum}}\n bbox B\n Achannels {-rgba.red rgba.green -rgba.blue -rgba.alpha}\n Bchannels {-rgba.red rgba.green -rgba.blue -rgba.alpha}\n output {-rgba.red rgba.green -rgba.blue -rgba.alpha}\n maskChannelInput -rgba.red\n name Merge6\n label green\n xpos 2711\n ypos 473\n }\n Merge2 {\n inputs 2+1\n operation {{parent.Settings.mergeOpNum}}\n bbox B\n Achannels {-rgba.red -rgba.green rgba.blue -rgba.alpha}\n Bchannels {-rgba.red -rgba.green rgba.blue -rgba.alpha}\n output {-rgba.red -rgba.green rgba.blue -rgba.alpha}\n maskChannelInput -rgba.red\n name Merge7\n label blue\n xpos 2711\n ypos 581\n }\n Merge2 {\n inputs 2\n operation max\n bbox B\n Achannels rgb\n Bchannels rgb\n output rgb\n name Merge8\n label \"Set Min Color\\nto Blackpoint\"\n xpos 2711\n ypos 730\n }\n Group {\n name PlotScanline\n tile_color 0x9c0000ff\n xpos 2711\n ypos 805\n addUserKnob {20 Controls}\n addUserKnob {4 mode l \"Sampling method\" M {\"Slice Per Pixel (faster)\" \"Slice Area (slower)\" \"Full Scanline\" \"\" \"\" \"\"}}\n mode \"Full Scanline\"\n addUserKnob {6 add2image l \"Add to original\" +STARTLINE}\n addUserKnob {6 Normalize -STARTLINE}\n addUserKnob {6 tonemap l \"Tone Map (HDRI)\" -STARTLINE}\n addUserKnob {6 curve l \"Plot as curve\" +STARTLINE}\n curve true\n addUserKnob {3 curveFat l \"Curve Thickness\" -STARTLINE}\n addUserKnob {3 sa l \"Sample Area\" t \"Disabled when using pr pixel method.\"}\n sa 1\n addUserKnob {7 lift l Lift R -1 1}\n addUserKnob {7 scale l Scale R 0 5}\n scale 1\n addUserKnob {26 \"\"}\n addUserKnob {12 p1 l \"Start Point\"}\n p1 {376 418}\n addUserKnob {12 p2 l \"End Point\" -STARTLINE}\n p2 {428.5 425.5}\n addUserKnob {26 \"\"}\n addUserKnob {26 \"\" l \"About \" T \"Plot Scanline v0.4 | theo@euqahuba.com\\nUse P1 to select your scanline and/or you start slice.\"}\n }\n Input {\n inputs 0\n name Input1\n xpos -480\n ypos 62\n }\nset N95990dc0 [stack 0]\n Expression {\n temp_name0 length\n temp_expr0 sqrt(r*r+g*g+b*b)\n expr0 r/length\n expr1 g/length\n expr2 b/length\n name Normalize\n xpos -480\n ypos 108\n disable {{1-parent.Normalize i}}\n }\n Expression {\n expr0 r/(r+1)\n expr1 g/(g+1)\n expr2 b/(b+1)\n name tonamap\n xpos -480\n ypos 134\n disable {{1-parent.tonemap i}}\n }\nset N959a1140 [stack 0]\n Expression {\n temp_name0 rExpr\n temp_expr0 \"min(max(0,\\r\\nceil(r(x,parent.p1.y)-((y/height+parent.lift)*parent.scale))),1)\"\n temp_name1 gExpr\n temp_expr1 \"min(max(0,\\r\\nceil(g(x,parent.p1.y)-((y/height+parent.lift)*parent.scale))),1)\"\n temp_name2 bExpr\n temp_expr2 \"min(max(0,\\r\\nceil(b(x,parent.p1.y)-((y/height+parent.lift)*parent.scale))),1)\"\n expr0 rExpr\n expr1 gExpr\n expr2 bExpr\n expr3 0\n name scanline\n xpos -302\n ypos 193\n addUserKnob {20 User}\n }\npush $N959a1140\n Expression {\n temp_name0 rExpr\n temp_expr0 \"min(max(0,\\r\\nceil(r((x/width)*(parent.p2.x-parent.p1.x)+parent.p1.x,(x/width)*(parent.p2.y-parent.p1.y)+parent.p1.y,parent.sa,parent.sa)-((y/height+parent.lift)*parent.scale))),1)\"\n temp_name1 gExpr\n temp_expr1 \"min(max(0,\\r\\nceil(g((x/width)*(parent.p2.x-parent.p1.x)+parent.p1.x,(x/width)*(parent.p2.y-parent.p1.y)+parent.p1.y,parent.sa,parent.sa)-((y/height+parent.lift)*parent.scale))),1)\"\n temp_name2 bExpr\n temp_expr2 \"min(max(0,\\r\\nceil(b((x/width)*(parent.p2.x-parent.p1.x)+parent.p1.x,(x/width)*(parent.p2.y-parent.p1.y)+parent.p1.y,parent.sa,parent.sa)-((y/height+parent.lift)*parent.scale))),1)\"\n expr0 rExpr\n expr1 gExpr\n expr2 bExpr\n expr3 0\n name Expression_highQuality\n xpos -515\n ypos 197\n addUserKnob {20 User}\n }\npush $N959a1140\n Expression {\n temp_name0 rExpr\n temp_expr0 \"min(max(0,\\r\\nceil(r((x/width)*(parent.p2.x-parent.p1.x)+parent.p1.x,(x/width)*(parent.p2.y-parent.p1.y)+parent.p1.y)-((y/height+parent.lift)*parent.scale))),1)\"\n temp_name1 gExpr\n temp_expr1 \"min(max(0,\\r\\nceil(g((x/width)*(parent.p2.x-parent.p1.x)+parent.p1.x,(x/width)*(parent.p2.y-parent.p1.y)+parent.p1.y)-((y/height+parent.lift)*parent.scale))),1)\"\n temp_name2 bExpr\n temp_expr2 \"min(max(0,\\r\\nceil(b((x/width)*(parent.p2.x-parent.p1.x)+parent.p1.x,(x/width)*(parent.p2.y-parent.p1.y)+parent.p1.y)-((y/height+parent.lift)*parent.scale))),1)\"\n expr0 rExpr\n expr1 gExpr\n expr2 bExpr\n expr3 0\n name perPixel\n xpos -419\n ypos 201\n addUserKnob {20 User}\n }\n Switch {\n inputs 3\n which {{parent.mode i}}\n name Switch2\n xpos -480\n ypos 253\n }\n Matrix {\n matrix {\n {0 1 0}\n {1 -4 1}\n {0 1 0}\n }\n name Matrix2\n xpos -480\n ypos 284\n disable {{-1+parent.curve i x70 1}}\n }\n Dilate {\n size {{parent.curveFat}}\n name Dilate1\n xpos -480\n ypos 326\n disable {{-1+parent.curve.main}}\n }\n Clamp {\n name Clamp1\n xpos -480\n ypos 383\n }\nset N96e9e8d0 [stack 0]\npush $N95990dc0\n Dot {\n name Dot1\n xpos -556\n ypos 66\n }\n Clamp {\n maximum 331\n name Clamp2\n xpos -590\n ypos 352\n }\n Merge2 {\n inputs 2\n operation plus\n bbox intersection\n name Merge1\n xpos -590\n ypos 394\n }\n Dot {\n name Dot2\n xpos -556\n ypos 433\n }\npush $N96e9e8d0\n Switch {\n inputs 2\n which {{parent.add2image i}}\n name Switch1\n xpos -480\n ypos 430\n }\n Output {\n name Output1\n xpos -480\n ypos 470\n }\n end_group\n Dot {\n name Dot15\n note_font_size 41\n xpos 2745\n ypos 857\n }\nset N96ed5110 [stack 0]\n Shuffle {\n red white\n green white\n blue white\n alpha white\n name Shuffle7\n label \"\\[value in] \\[ expr \\{ \\[value out2] == \\\"none\\\" ? \\\" \\\" : \\[concat --> \\[value out2]] \\}]\"\n xpos 2821\n ypos 850\n }\n BlackOutside {\n name BlackOutside1\n xpos 2821\n ypos 882\n }\n Dilate {\n channels rgba\n size -2\n name Dilate1\n xpos 2821\n ypos 910\n }\n Invert {\n name Invert3\n xpos 2821\n ypos 934\n }\npush $N96ed5110\n Merge2 {\n inputs 2\n name Merge9\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 2711\n ypos 938\n }\n Group {\n name BinaryAlpha\n tile_color 0x2a2a2aff\n label \"(\\[value an] --> \\[value output1])\"\n note_font Verdana\n note_font_color 0xfffff9ff\n xpos 2711\n ypos 983\n addUserKnob {20 BinaryAlpha}\n addUserKnob {4 an l Analyze: M {rgb rgba alpha \"\" \"\" \"\"}}\n addUserKnob {4 output1 l Output: M {rgba alpha \"\" \"\" \"\" \"\"}}\n output1 alpha\n addUserKnob {20 info l Info}\n addUserKnob {26 creator l Creator: T \"Tony Lyons\"}\n addUserKnob {26 desc l Description: t \"Analyzes channel input and creates a binary result 0 or 1 and outputs it into output channel\" T BinaryAlpha}\n addUserKnob {26 ver l Version: T v03}\n }\n Input {\n inputs 0\n name Input\n xpos -398\n ypos 275\n }\n Expression {\n temp_name0 rgb_an\n temp_expr0 \"r !=0 || g!=0 || b!=0?1:0\"\n temp_name1 rgba_an\n temp_expr1 \"r!=0 || g!=0 || b!=0 || a!=0?1:0\"\n temp_name2 alpha_an\n temp_expr2 a!=0?1:0\n expr3 \"parent.an == 0 ? rgb_an : parent.an == 1 ? rgba_an : alpha_an\"\n name Expression\n xpos -398\n ypos 341\n }\n Shuffle {\n red alpha\n green alpha\n blue alpha\n name Shuffle\n label \"\\[value in]\"\n xpos -398\n ypos 367\n disable {{parent.output1}}\n }\n Output {\n name Output1\n xpos -398\n ypos 456\n }\n end_group\n Reformat {\n type \"to box\"\n box_height {{\"\\[exists parent.input0] ? parent.input.height : root.format.height\"}}\n resize height\n filter Impulse\n pbb true\n name Reformat2\n xpos 2711\n ypos 1041\n }\n Reformat {\n type \"to box\"\n box_width {{\"\\[exists parent.input0] ? parent.input.width : root.format.width\"}}\n box_height {{input.height}}\n resize none\n filter Impulse\n black_outside true\n pbb true\n name Reformat3\n xpos 2711\n ypos 1081\n }\n Dilate {\n channels rgba\n size 1\n name Dilate2\n xpos 2711\n ypos 1121\n }\n Dot {\n name Dot14\n note_font_size 41\n xpos 2745\n ypos 1192\n }\n Input {\n inputs 0\n name Inputmask\n xpos 864\n ypos 878\n number 2\n }\n Dot {\n name Dot29\n xpos 898\n ypos 1015\n }\npush $N948a5520\n Dot {\n name Dot33\n label \"Black Color\"\n note_font_size 41\n xpos 1631\n ypos 295\n }\n Dot {\n name Dot37\n note_font_size 41\n xpos 1631\n ypos 360\n }\nset N947a4230 [stack 0]\n Dot {\n name Dot34\n note_font_size 41\n xpos 1631\n ypos 474\n }\nset N947a8110 [stack 0]\n Dot {\n name Dot35\n note_font_size 41\n xpos 1631\n ypos 582\n }\nset N947abff0 [stack 0]\n Dot {\n name Dot13\n note_font_size 41\n xpos 1631\n ypos 674\n }\nset N9470b670 [stack 0]\npush $N9470b670\npush $N95f75ad0\n Multiply {\n channels rgb\n value 2\n name Multiply7\n label \"mult black color\"\n xpos 2106\n ypos 87\n }\npush $N948826b0\n Unpremult {\n name Unpremult1\n xpos 322\n ypos -16\n disable {{\"! premultInput\"}}\n }\n Dot {\n name Dot18\n xpos 356\n ypos 145\n }\nset N94d7beb0 [stack 0]\n Dot {\n name Dot22\n note_font_size 41\n xpos 1028\n ypos 145\n }\nset N94da7bc0 [stack 0]\n Dot {\n name Dot32\n note_font_size 41\n xpos 1852\n ypos 145\n }\nset N94d840c0 [stack 0]\n MergeExpression {\n inputs 2\n expr0 Br/Ar\n expr1 Bg/Ag\n expr2 Bb/Ab\n name MergeDivide3\n xpos 2106\n ypos 142\n }\n Invert {\n channels rgb\n name Invert4\n xpos 2106\n ypos 166\n }\n Clamp {\n channels rgb\n name Clamp3\n xpos 2106\n ypos 190\n }\n Gamma {\n channels rgb\n value 0.51\n name Gamma3\n xpos 2106\n ypos 214\n }\n Dot {\n name Dot24\n xpos 2140\n ypos 360\n }\nset N94d6c980 [stack 0]\n Dot {\n name Dot25\n xpos 2140\n ypos 474\n }\nset N94d70710 [stack 0]\n Dot {\n name Dot27\n xpos 2140\n ypos 582\n }\n Shuffle {\n red blue\n green blue\n alpha blue\n name Shuffle8\n tile_color 0x3fbfff\n label \"\\[value in] \\[ expr \\{ \\[value out2] == \\\"none\\\" ? \\\" \\\" : \\[concat --> \\[value out2]] \\}]\"\n xpos 1990\n ypos 575\n }\npush $N947abff0\npush $N94d70710\n Shuffle {\n red green\n blue green\n alpha green\n name Shuffle9\n tile_color 0xbf00ff\n label \"\\[value in] \\[ expr \\{ \\[value out2] == \\\"none\\\" ? \\\" \\\" : \\[concat --> \\[value out2]] \\}]\"\n xpos 1990\n ypos 467\n }\npush $N947a8110\npush $N94d6c980\n Shuffle {\n green red\n blue red\n alpha red\n name Shuffle10\n tile_color 0xbf0000ff\n label \"\\[value in] \\[ expr \\{ \\[value out2] == \\\"none\\\" ? \\\" \\\" : \\[concat --> \\[value out2]] \\}]\"\n xpos 1984\n ypos 353\n }\npush $N947a4230\npush $N94d840c0\n Merge2 {\n inputs 2+1\n operation {{parent.Settings.mergeOpNum}}\n bbox B\n Achannels {rgba.red -rgba.green -rgba.blue -rgba.alpha}\n Bchannels {rgba.red -rgba.green -rgba.blue -rgba.alpha}\n output {rgba.red -rgba.green -rgba.blue -rgba.alpha}\n maskChannelInput -rgba.red\n name Merge11\n label red\n xpos 1818\n ypos 353\n }\n Merge2 {\n inputs 2+1\n operation {{parent.Settings.mergeOpNum}}\n bbox B\n Achannels {-rgba.red rgba.green -rgba.blue -rgba.alpha}\n Bchannels {-rgba.red rgba.green -rgba.blue -rgba.alpha}\n output {-rgba.red rgba.green -rgba.blue -rgba.alpha}\n maskChannelInput -rgba.red\n name Merge12\n label green\n xpos 1818\n ypos 467\n }\n Merge2 {\n inputs 2+1\n operation {{parent.Settings.mergeOpNum}}\n bbox B\n Achannels {-rgba.red -rgba.green rgba.blue -rgba.alpha}\n Bchannels {-rgba.red -rgba.green rgba.blue -rgba.alpha}\n output {-rgba.red -rgba.green rgba.blue -rgba.alpha}\n maskChannelInput -rgba.red\n name Merge13\n label blue\n xpos 1818\n ypos 575\n }\n Merge2 {\n inputs 2\n operation max\n bbox B\n Achannels rgb\n Bchannels rgb\n output rgb\n name Merge17\n label \"Set Min Color\\nto Blackpoint\"\n xpos 1818\n ypos 662\n }\n Dot {\n name Dot38\n note_font_size 41\n xpos 1852\n ypos 760\n }\n Switch {\n inputs 2\n which {{minVal}}\n name SwitchMinColor\n xpos 1597\n ypos 757\n }\npush $N948a1640\n Multiply {\n channels rgb\n value {{multBase}}\n name Multiply1\n label \"mult black color\"\n xpos 1138\n ypos 52\n }\n Multiply {\n channels rgb\n value 2\n name Multiply2\n label \"hypot Extra Mult\\n\"\n xpos 1138\n ypos 84\n disable {{\"mergeOp == 1 ? 0 : 1\"}}\n }\npush $N94da7bc0\n MergeExpression {\n inputs 2\n expr0 Br/Ar\n expr1 Bg/Ag\n expr2 Bb/Ab\n name MergeDivide\n xpos 1138\n ypos 194\n }\n Invert {\n channels rgb\n name Invert1\n xpos 1138\n ypos 239\n }\n Clamp {\n channels rgb\n name Clamp1\n xpos 1138\n ypos 263\n }\n Gamma {\n channels rgb\n value {{rolloffGamma}}\n name Gamma1\n xpos 1138\n ypos 287\n }\n Dot {\n name Dot19\n xpos 1172\n ypos 364\n }\nset N95a08d60 [stack 0]\n Dot {\n name Dot20\n xpos 1172\n ypos 478\n }\nset N95a0ccd0 [stack 0]\n Dot {\n name Dot21\n xpos 1172\n ypos 586\n }\n Shuffle {\n red blue\n green blue\n alpha blue\n name Shuffle3\n tile_color 0x3fbfff\n label \"\\[value in] \\[ expr \\{ \\[value out2] == \\\"none\\\" ? \\\" \\\" : \\[concat --> \\[value out2]] \\}]\"\n xpos 1022\n ypos 579\n }\npush $N948a1640\n Dot {\n name Dot23\n xpos 706\n ypos -151\n }\n Dot {\n name Dot8\n label \"Black Color\"\n note_font_size 41\n xpos 706\n ypos 293\n }\nset N95a25fa0 [stack 0]\n Dot {\n name Dot2\n note_font_size 41\n xpos 706\n ypos 404\n }\nset N95a29e80 [stack 0]\n Dot {\n name Dot3\n note_font_size 41\n xpos 706\n ypos 523\n }\npush $N95a0ccd0\n Shuffle {\n red green\n blue green\n alpha green\n name Shuffle2\n tile_color 0xbf00ff\n label \"\\[value in] \\[ expr \\{ \\[value out2] == \\\"none\\\" ? \\\" \\\" : \\[concat --> \\[value out2]] \\}]\"\n xpos 1022\n ypos 471\n }\npush $N95a29e80\npush $N95a08d60\n Shuffle {\n green red\n blue red\n alpha red\n name Shuffle1\n tile_color 0xbf0000ff\n label \"\\[value in] \\[ expr \\{ \\[value out2] == \\\"none\\\" ? \\\" \\\" : \\[concat --> \\[value out2]] \\}]\"\n xpos 1016\n ypos 357\n }\npush $N95a25fa0\npush $N94d7beb0\n Merge2 {\n inputs 2+1\n operation {{parent.Settings.mergeOpNum}}\n bbox B\n Achannels {rgba.red -rgba.green -rgba.blue -rgba.alpha}\n Bchannels {rgba.red -rgba.green -rgba.blue -rgba.alpha}\n output {rgba.red -rgba.green -rgba.blue -rgba.alpha}\n maskChannelInput -rgba.red\n name Merge3\n label red\n xpos 322\n ypos 357\n }\n Merge2 {\n inputs 2+1\n operation {{parent.Settings.mergeOpNum}}\n bbox B\n Achannels {-rgba.red rgba.green -rgba.blue -rgba.alpha}\n Bchannels {-rgba.red rgba.green -rgba.blue -rgba.alpha}\n output {-rgba.red rgba.green -rgba.blue -rgba.alpha}\n maskChannelInput -rgba.red\n name Merge4\n label green\n xpos 322\n ypos 471\n }\n Merge2 {\n inputs 2+1\n operation {{parent.Settings.mergeOpNum}}\n bbox B\n Achannels {-rgba.red -rgba.green rgba.blue -rgba.alpha}\n Bchannels {-rgba.red -rgba.green rgba.blue -rgba.alpha}\n output {-rgba.red -rgba.green rgba.blue -rgba.alpha}\n maskChannelInput -rgba.red\n name Merge5\n label blue\n xpos 322\n ypos 579\n }\n Merge2 {\n inputs 2\n operation max\n bbox B\n Achannels rgb\n Bchannels rgb\n output rgb\n name Merge1\n label \"Set Min Color\\nto Blackpoint\"\n xpos 322\n ypos 748\n }\n Premult {\n name Premult4\n xpos 322\n ypos 881\n disable {{\"! premultInput\"}}\n }\npush $N948771b0\n Dot {\n name Dot28\n xpos -146\n ypos -418\n }\n Dot {\n name Dot30\n xpos -146\n ypos 1015\n }\n Merge2 {\n inputs 2+1\n operation copy\n bbox B\n Achannels {rgba.red rgba.green rgba.blue -rgba.alpha}\n Bchannels {rgba.red rgba.green rgba.blue -rgba.alpha}\n output {rgba.red rgba.green rgba.blue -rgba.alpha}\n mix 0.8\n name MergeKeymix\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 322\n ypos 1012\n }\n Merge2 {\n inputs 2\n name Merge10\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 322\n ypos 1189\n disable {{!previewPlotScan}}\n }\n Output {\n name Output1\n xpos 322\n ypos 1395\n }\n NoOp {\n inputs 0\n name Settings\n note_font_size 51\n xpos 2494\n ypos -414\n addUserKnob {20 User}\n addUserKnob {7 mergeOpNum l \"Merge Op Num\"}\n mergeOpNum {{\"mergeOp == 0 ? 24 : 13\"}}\n }\nend_group\nPremult {\n name Premult2\n selected true\n xpos -3001\n ypos 2453\n}\nGroup {\n inputs 2\n name LightWrapPro\n help \"Adds exponentially blurred lightwrap\\n\\nAdds a bright highlight wrap and an overall wrap\"\n tile_color 0x1e252eff\n label \"(\\[value outputView])\"\n note_font \"DejaVu Sans Bold Bold Bold\"\n note_font_color 0xb7e6ffff\n selected true\n xpos -3001\n ypos 2790\n disable true\n mapsize {0.15 0.15}\n addUserKnob {20 LightWrapPro}\n addUserKnob {4 outputView l \"Output View\" t \"Chose one to view while adjusting\" M {\"Final Output\" \"Highlight Key\" \"Highlight Wrap\" \"OverAll Wrap\" \"Effect Only\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\"}}\n addUserKnob {6 premultiplied l \"FG premultiplied\" -STARTLINE}\n premultiplied true\n addUserKnob {26 highlightKeyTitle l \"HighLight Key\"}\n addUserKnob {7 blackPt l Black R 0 4}\n blackPt 1\n addUserKnob {7 whitePt l White R 0 4}\n whitePt 2\n addUserKnob {26 wrapHighlightsTitle l \"HighLight Wrap\"}\n addUserKnob {6 Mult_Flare_panelDropped l \"panel dropped state\" +HIDDEN +STARTLINE}\n addUserKnob {41 steps l \" Steps\" T ExponGlowWrapHighlight.steps}\n addUserKnob {41 falloffType l Falloff -STARTLINE T ExponGlowWrapHighlight.falloffType}\n addUserKnob {41 size l Size T ExponGlowWrapHighlight.size}\n addUserKnob {7 wrapHighlightAmount l Amount R 0 4}\n wrapHighlightAmount 1\n addUserKnob {26 WrapAllTitle l \"Overall Wrap \"}\n addUserKnob {6 WrapAllMult_panelDropped l \"panel dropped state\" +HIDDEN +STARTLINE}\n addUserKnob {41 steps_1 l \" Steps\" T ExponGlowWrapAll.steps}\n addUserKnob {41 falloffType_1 l Falloff -STARTLINE T ExponGlowWrapAll.falloffType}\n addUserKnob {41 size_1 l Size T ExponGlowWrapAll.size}\n addUserKnob {7 wrapAllAmount l Amount R 0 4}\n wrapAllAmount 1\n addUserKnob {6 removeHighlights l \"Dim Highlights\" +STARTLINE}\n removeHighlights true\n addUserKnob {7 dimHighlightsAmount l \"\" -STARTLINE R 0 3}\n dimHighlightsAmount 1\n addUserKnob {26 blendEdgesTitle l \"Blend Edges\"}\n addUserKnob {7 blendEdgesAmount l Amount}\n addUserKnob {6 ColorBleedMult_panelDropped l \"panel dropped state\" +HIDDEN +STARTLINE}\n addUserKnob {26 bleedColorTitle l \"Bleed Color\"}\n addUserKnob {7 bleedColorAmount l Amount}\n addUserKnob {7 bleedColorSize l Size R 0.1 4}\n bleedColorSize 1\n addUserKnob {7 bleedColorFalloff_2 l Falloff R 0.2 2}\n bleedColorFalloff_2 0.5\n addUserKnob {26 \"\"}\n addUserKnob {7 globalAmount l \"Global Amount\"}\n globalAmount 1\n addUserKnob {26 _1 l mask T \"\"}\n addUserKnob {41 maskChannelInput l \"\" -STARTLINE T MergeCopyLightWrapPro.maskChannelInput}\n addUserKnob {41 inject -STARTLINE T MergeCopyLightWrapPro.inject}\n addUserKnob {41 invert_mask l invert -STARTLINE T MergeCopyLightWrapPro.invert_mask}\n addUserKnob {41 fringe -STARTLINE T MergeCopyLightWrapPro.fringe}\n addUserKnob {41 mix T MergeCopyLightWrapPro.mix}\n addUserKnob {20 info l Info}\n addUserKnob {26 creator l Creator: T \"Tony Lyons\"}\n addUserKnob {26 desc l Description: t \"\\n\\n\" T LightWrapPro}\n addUserKnob {26 ver l Version: T v06}\n}\n BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0x402f27ff\n label \"Bleed Color\"\n note_font_size 60\n note_font_color 0xffffffff\n xpos -683\n ypos 2273\n bdwidth 1316\n bdheight 787\n }\n BackdropNode {\n inputs 0\n name BackdropNode2\n tile_color 0x39464200\n label \"highlight key\"\n note_font_size 40\n note_font_color 0xffffffff\n xpos 1630\n ypos 113\n bdwidth 272\n bdheight 393\n }\n Input {\n inputs 0\n name Inputmask\n xpos 1887\n ypos 3580\n number 2\n }\n Input {\n inputs 0\n name FG\n xpos -413\n ypos -318\n }\n AddChannels {\n channels rgba\n name AddChannels1\n xpos -413\n ypos -150\n }\n Dot {\n name Dot1\n xpos -379\n ypos 375\n }\nset N96a494d0 [stack 0]\n Dot {\n name Dot7\n xpos -825\n ypos 375\n }\n Dot {\n name Dot46\n xpos -825\n ypos 3104\n }\nset N96a51190 [stack 0]\n Dot {\n name Dot15\n xpos 915\n ypos 3107\n }\nset N96a55070 [stack 0]\n Dot {\n name Dot26\n note_font_size 41\n xpos 915\n ypos 3224\n }\nset N96a58f50 [stack 0]\n Dot {\n name Dot32\n note_font_size 41\n xpos 915\n ypos 3277\n }\npush $N96a494d0\n Dot {\n name Dot8\n note_font_size 41\n xpos 717\n ypos 378\n }\nset N96a60d50 [stack 0]\n Dot {\n name Dot11\n note_font_size 41\n xpos 717\n ypos 550\n }\n Input {\n inputs 0\n name BG\n label \"\\n\"\n xpos 1702\n ypos -276\n number 1\n }\n AddChannels {\n channels rgba\n name AddChannels2\n xpos 1702\n ypos -145\n }\n Remove {\n operation keep\n channels rgba\n name Remove2\n xpos 1702\n ypos -68\n }\n Dot {\n name Dot3\n xpos 1736\n ypos 177\n }\nset N96a7b320 [stack 0]\n Keyer {\n operation \"luminance key\"\n range {{parent.blackPt} {parent.whitePt} {range.B} {range.B}}\n name Keyer2\n xpos 1702\n ypos 303\n }\n Dot {\n name Dot4\n note_font_size 41\n xpos 1736\n ypos 397\n }\nset N96a88230 [stack 0]\n Premult {\n name Premult1\n xpos 1702\n ypos 452\n }\n Multiply {\n inputs 1+1\n channels rgba\n value 0\n name Multiply1\n label \"\\[value value]\"\n xpos 1702\n ypos 543\n }\n Dot {\n name Dot30\n note_font_size 41\n xpos 1734\n ypos 746\n }\n Group {\n name ExponGlowWrapHighlight\n onCreate \"n = nuke.thisNode()\\nn.knob('size').setRange(0, 50)\\n#n.knob('exp').setRange(1, 4)\\nnuke.thisNode().knob('steps').setFlag(0x02000000)\"\n knobChanged \"n = nuke.thisNode()\\nk = nuke.thisKnob()\\n\\nif k.name() == \\\"includeOriginal\\\":\\n if n.knob('includeOriginal').getValue() == 1:\\n merge = nuke.toNode(\\\"Merge1\\\")\\n original = nuke.toNode('Original')\\n AvgMult = nuke.toNode(\\\"AverageMult\\\")\\n steps = int(n.knob('steps').getValue())\\n merge.setInput(steps+1, original)\\n AvgMult\\['whitepoint'].setValue(2 if steps<2 else steps+1)\\n\\n else:\\n merge.setInput(steps+1, None)\\n AvgMult\\['whitepoint'].setValue(2 if steps<2 else steps)\\n\\nelif k.name() == \\\"steps\\\":\\n\\n s = int(k.value())\\n if s<1:\\n k.setValue(1)\\n else:\\n start = nuke.toNode(\\\"Start\\\")\\n end = nuke.toNode(\\\"End\\\")\\n b1 = nuke.toNode(\\\"Blur1\\\")\\n m1 = nuke.toNode(\\\"Multiply1\\\")\\n merge = nuke.toNode(\\\"Merge1\\\")\\n AvgMult = nuke.toNode(\\\"AverageMult\\\")\\n\\n b1x = b1.xpos()\\n b1y = b1.ypos()\\n b1n = b1.name()\\n\\n m1x = m1.xpos()\\n m1y = m1.ypos()\\n m1n = m1.name()\\n\\n steps = int(n.knob('steps').getValue())\\n size = n.knob('size').getValue()\\n mult = n.knob('exp').getValue()\\n\\n #b1.setInput(0, start)\\n for i in range(1,merge.inputs()):\\n merge.setInput(i,None)\\n merge.setInput(0, m1)\\n \\[nuke.delete(i) for i in nuke.allNodes() if i.xpos()>start.xpos()]\\n for i in range(1,steps):\\n # Blur\\n b = nuke.nodes.Blur()\\n m = nuke.nodes.Multiply()\\n b.setXYpos(b1x+i*100,b1y)\\n b.setInput(0,start)\\n b\\[\\\"channels\\\"].setValue(\\\"all\\\")\\n b\\[\\\"crop\\\"].setValue(0)\\n b\\[\\\"size\\\"].setValue(0, 1)\\n b\\[\\\"size\\\"].setExpression( \\\"((width/100*parent.size.w)*(aspectCalc.aspect.w/100)*(\\{\\}**2))\\\".format(str(i+1)), 0 )\\n b\\[\\\"size\\\"].setExpression( \\\"((height/100*parent.size.h)*(aspectCalc.aspect.h/100)*(\\{\\}**2))\\\".format(str(i+1)), 1 )\\n b\\[\\\"label\\\"].setValue('')\\n blurAbove = b.name()\\n\\n m.setXYpos(m1x+i*100,m1y)\\n m.setInput(0, nuke.toNode(blurAbove))\\n m\\[\\\"channels\\\"].setValue(\\\"all\\\")\\n m\\[\\\"value\\\"].setValue(1,1,1,1)\\n j = 1-(i/steps)\\n m\\[\\\"value\\\"].setExpression('falloffType == 0 ? \\{\\} :falloffType == 1 ? pow(\\{\\}, 3) : falloffType == 2 ? \\{\\}*\\{\\}*(3-2*\\{\\}) : falloffType == 3 ? \\{\\}*\\{\\}*(2 - \\{\\}) : falloffType == 4 ? \\{\\}*(1 + \\{\\}*(1 - \\{\\})) : 0'.format(j,j,j,j,j,j,j,j,j,j,j))\\n m\\[\\\"mix\\\"].setExpression(\\\"falloff\\\")\\n m\\[\\\"label\\\"].setValue('')\\n\\n merge.setInput(i if i<2 else i+1, m)\\n AvgMult\\['whitepoint'].setValue(i if i<2 else i+1)\\n\\n if n.knob('includeOriginal').getValue() == 1:\\n merge = nuke.toNode(\\\"Merge1\\\")\\n original = nuke.toNode('Original')\\n AvgMult = nuke.toNode(\\\"AverageMult\\\")\\n steps = int(n.knob('steps').getValue())\\n merge.setInput(steps+1, original)\\n AvgMult\\['whitepoint'].setValue(2 if steps<2 else steps+1)\\n\\nelif k.name() == \\\"output2\\\":\\n if n.knob(\\\"output2\\\").getValue() == 4:\\n n.knob('AvgMaxOriginal').setVisible(True)\\n else:\\n n.knob('AvgMaxOriginal').setVisible(False)\\n\\n\"\n tile_color 0xcc804eff\n label \"(\\[value output2])\"\n note_font \"Verdana Bold Bold Bold Bold\"\n note_font_color 0xffffffff\n xpos 1700\n ypos 1012\n addUserKnob {20 ExponBlurSimple}\n addUserKnob {41 channels T Remove1.channels}\n addUserKnob {26 \"\"}\n addUserKnob {4 output2 l Operation: M {Screen Plus Over Hypot Average Max Min \"\" \"\" \"\" \"\" \"\"}}\n output2 Over\n addUserKnob {3 steps l \" Steps\" -STARTLINE}\n steps 6\n addUserKnob {26 text l \" \" T \" \"}\n addUserKnob {6 includeOriginal l \"Include Original?\" -STARTLINE}\n addUserKnob {6 AvgMaxOriginal l \"Use Max of Average and Original\" +HIDDEN +STARTLINE}\n AvgMaxOriginal true\n addUserKnob {14 size l Size R 0 50}\n size 4\n addUserKnob {14 exp l Exponent +INVISIBLE R 1 4}\n exp 3\n addUserKnob {6 color_rgba_panelDropped l \"panel dropped state\" +HIDDEN +STARTLINE}\n addUserKnob {7 falloff l Falloff}\n falloff 1\n addUserKnob {4 falloffType l \"Falloff Type\" M {Linear pLinear smooth smooth0 smooth1 \"\"}}\n falloffType smooth1\n addUserKnob {14 postBlur l \"Post Blur\" R 0 100}\n addUserKnob {26 \"\"}\n addUserKnob {41 maskChannelMask l mask T MergeKeymix.maskChannelMask}\n addUserKnob {41 inject -STARTLINE T MergeKeymix.inject}\n addUserKnob {41 invert_mask l invert -STARTLINE T MergeKeymix.invert_mask}\n addUserKnob {41 fringe -STARTLINE T MergeKeymix.fringe}\n addUserKnob {41 mix T MergeKeymix.mix}\n addUserKnob {14 safeBBoxPixels l \"\" +STARTLINE +HIDDEN R 0 400}\n safeBBoxPixels 100\n addUserKnob {14 adjustBBoxPercent l \"\" -STARTLINE +HIDDEN R 1 2}\n adjustBBoxPercent 1\n addUserKnob {20 info l Info}\n addUserKnob {26 creator l Creator: T \"Tony Lyons\"}\n addUserKnob {26 desc l Description: t \"Add description and tooltip for gizmo\" T ExponBlurSimple}\n addUserKnob {26 ver l Version: T v02}\n }\n Input {\n inputs 0\n name Inputmask\n xpos 346\n ypos 596\n number 1\n }\n Dot {\n name Dot19\n label Mask\n note_font_size 41\n xpos 380\n ypos 662\n }\n Dot {\n name Dot10\n note_font_size 41\n xpos 380\n ypos 899\n }\n Input {\n inputs 0\n name Inputimg\n xpos -221\n ypos -1229\n }\n Dot {\n name Dot16\n note_font_size 41\n xpos -187\n ypos -1062\n }\nset N969da970 [stack 0]\n Dot {\n name Dot1\n note_font_size 41\n xpos 461\n ypos -1058\n }\n Remove {\n operation keep\n channels rgba\n name Remove1\n xpos 427\n ypos -980\n }\n NoOp {\n name aspectCalc\n xpos 427\n ypos -939\n addUserKnob {20 User}\n addUserKnob {14 aspect R 0 100}\n aspect {{parent.size.w} {parent.size.h/format.pixel_aspect/height*width}}\n }\n Dot {\n name Dot21\n note_font_size 41\n xpos 461\n ypos -853\n }\nset N969ee270 [stack 0]\n Invert {\n name Invert1\n xpos 864\n ypos -860\n disable {{\"parent.size < 0 ? 0 : 1\"}}\n }\nset N969f21e0 [stack 0]\n Dot {\n name Dot4\n note_font_size 41\n xpos 540\n ypos -604\n }\n NoOp {\n name Original\n xpos 506\n ypos -327\n }\n Dot {\n name Dot5\n note_font_size 41\n xpos 540\n ypos 100\n }\npush $N969f21e0\n NoOp {\n name Start\n xpos 864\n ypos -706\n }\nset N97a614d0 [stack 0]\n Blur {\n size {{((width/100*parent.size.w)*(aspectCalc.aspect.w/100)*(6**2))} {((height/100*parent.size.h)*(aspectCalc.aspect.h/100)*(6**2))}}\n crop false\n name Blur6\n xpos 1364\n ypos -554\n }\n Multiply {\n value {{\"falloffType == 0 ? 0.166666666667 :falloffType == 1 ? pow(0.166666666667, 3) : falloffType == 2 ? 0.166666666667*0.166666666667*(3-2*0.166666666667) : falloffType == 3 ? 0.166666666667*0.166666666667*(2 - 0.166666666667) : falloffType == 4 ? 0.166666666667*(1 + 0.166666666667*(1 - 0.166666666667)) : 0\"} {\"falloffType == 0 ? 0.166666666667 :falloffType == 1 ? pow(0.166666666667, 3) : falloffType == 2 ? 0.166666666667*0.166666666667*(3-2*0.166666666667) : falloffType == 3 ? 0.166666666667*0.166666666667*(2 - 0.166666666667) : falloffType == 4 ? 0.166666666667*(1 + 0.166666666667*(1 - 0.166666666667)) : 0\"} {\"falloffType == 0 ? 0.166666666667 :falloffType == 1 ? pow(0.166666666667, 3) : falloffType == 2 ? 0.166666666667*0.166666666667*(3-2*0.166666666667) : falloffType == 3 ? 0.166666666667*0.166666666667*(2 - 0.166666666667) : falloffType == 4 ? 0.166666666667*(1 + 0.166666666667*(1 - 0.166666666667)) : 0\"} {\"falloffType == 0 ? 0.166666666667 :falloffType == 1 ? pow(0.166666666667, 3) : falloffType == 2 ? 0.166666666667*0.166666666667*(3-2*0.166666666667) : falloffType == 3 ? 0.166666666667*0.166666666667*(2 - 0.166666666667) : falloffType == 4 ? 0.166666666667*(1 + 0.166666666667*(1 - 0.166666666667)) : 0\"}}\n mix {{falloff}}\n name Multiply6\n xpos 1364\n ypos -477\n }\npush $N97a614d0\n Blur {\n size {{((width/100*parent.size.w)*(aspectCalc.aspect.w/100)*(5**2))} {((height/100*parent.size.h)*(aspectCalc.aspect.h/100)*(5**2))}}\n crop false\n name Blur5\n xpos 1264\n ypos -554\n }\n Multiply {\n value {{\"falloffType == 0 ? 0.333333333333 :falloffType == 1 ? pow(0.333333333333, 3) : falloffType == 2 ? 0.333333333333*0.333333333333*(3-2*0.333333333333) : falloffType == 3 ? 0.333333333333*0.333333333333*(2 - 0.333333333333) : falloffType == 4 ? 0.333333333333*(1 + 0.333333333333*(1 - 0.333333333333)) : 0\"} {\"falloffType == 0 ? 0.333333333333 :falloffType == 1 ? pow(0.333333333333, 3) : falloffType == 2 ? 0.333333333333*0.333333333333*(3-2*0.333333333333) : falloffType == 3 ? 0.333333333333*0.333333333333*(2 - 0.333333333333) : falloffType == 4 ? 0.333333333333*(1 + 0.333333333333*(1 - 0.333333333333)) : 0\"} {\"falloffType == 0 ? 0.333333333333 :falloffType == 1 ? pow(0.333333333333, 3) : falloffType == 2 ? 0.333333333333*0.333333333333*(3-2*0.333333333333) : falloffType == 3 ? 0.333333333333*0.333333333333*(2 - 0.333333333333) : falloffType == 4 ? 0.333333333333*(1 + 0.333333333333*(1 - 0.333333333333)) : 0\"} {\"falloffType == 0 ? 0.333333333333 :falloffType == 1 ? pow(0.333333333333, 3) : falloffType == 2 ? 0.333333333333*0.333333333333*(3-2*0.333333333333) : falloffType == 3 ? 0.333333333333*0.333333333333*(2 - 0.333333333333) : falloffType == 4 ? 0.333333333333*(1 + 0.333333333333*(1 - 0.333333333333)) : 0\"}}\n mix {{falloff}}\n name Multiply5\n xpos 1264\n ypos -477\n }\npush $N97a614d0\n Blur {\n size {{((width/100*parent.size.w)*(aspectCalc.aspect.w/100)*(4**2))} {((height/100*parent.size.h)*(aspectCalc.aspect.h/100)*(4**2))}}\n crop false\n name Blur4\n xpos 1164\n ypos -554\n }\n Multiply {\n value {{\"falloffType == 0 ? 0.5 :falloffType == 1 ? pow(0.5, 3) : falloffType == 2 ? 0.5*0.5*(3-2*0.5) : falloffType == 3 ? 0.5*0.5*(2 - 0.5) : falloffType == 4 ? 0.5*(1 + 0.5*(1 - 0.5)) : 0\"} {\"falloffType == 0 ? 0.5 :falloffType == 1 ? pow(0.5, 3) : falloffType == 2 ? 0.5*0.5*(3-2*0.5) : falloffType == 3 ? 0.5*0.5*(2 - 0.5) : falloffType == 4 ? 0.5*(1 + 0.5*(1 - 0.5)) : 0\"} {\"falloffType == 0 ? 0.5 :falloffType == 1 ? pow(0.5, 3) : falloffType == 2 ? 0.5*0.5*(3-2*0.5) : falloffType == 3 ? 0.5*0.5*(2 - 0.5) : falloffType == 4 ? 0.5*(1 + 0.5*(1 - 0.5)) : 0\"} {\"falloffType == 0 ? 0.5 :falloffType == 1 ? pow(0.5, 3) : falloffType == 2 ? 0.5*0.5*(3-2*0.5) : falloffType == 3 ? 0.5*0.5*(2 - 0.5) : falloffType == 4 ? 0.5*(1 + 0.5*(1 - 0.5)) : 0\"}}\n mix {{falloff}}\n name Multiply4\n xpos 1164\n ypos -477\n }\npush $N97a614d0\n Blur {\n size {{((width/100*parent.size.w)*(aspectCalc.aspect.w/100)*(3**2))} {((height/100*parent.size.h)*(aspectCalc.aspect.h/100)*(3**2))}}\n crop false\n name Blur3\n xpos 1064\n ypos -554\n }\n Multiply {\n value {{\"falloffType == 0 ? 0.666666666667 :falloffType == 1 ? pow(0.666666666667, 3) : falloffType == 2 ? 0.666666666667*0.666666666667*(3-2*0.666666666667) : falloffType == 3 ? 0.666666666667*0.666666666667*(2 - 0.666666666667) : falloffType == 4 ? 0.666666666667*(1 + 0.666666666667*(1 - 0.666666666667)) : 0\"} {\"falloffType == 0 ? 0.666666666667 :falloffType == 1 ? pow(0.666666666667, 3) : falloffType == 2 ? 0.666666666667*0.666666666667*(3-2*0.666666666667) : falloffType == 3 ? 0.666666666667*0.666666666667*(2 - 0.666666666667) : falloffType == 4 ? 0.666666666667*(1 + 0.666666666667*(1 - 0.666666666667)) : 0\"} {\"falloffType == 0 ? 0.666666666667 :falloffType == 1 ? pow(0.666666666667, 3) : falloffType == 2 ? 0.666666666667*0.666666666667*(3-2*0.666666666667) : falloffType == 3 ? 0.666666666667*0.666666666667*(2 - 0.666666666667) : falloffType == 4 ? 0.666666666667*(1 + 0.666666666667*(1 - 0.666666666667)) : 0\"} {\"falloffType == 0 ? 0.666666666667 :falloffType == 1 ? pow(0.666666666667, 3) : falloffType == 2 ? 0.666666666667*0.666666666667*(3-2*0.666666666667) : falloffType == 3 ? 0.666666666667*0.666666666667*(2 - 0.666666666667) : falloffType == 4 ? 0.666666666667*(1 + 0.666666666667*(1 - 0.666666666667)) : 0\"}}\n mix {{falloff}}\n name Multiply3\n xpos 1064\n ypos -477\n }\npush 0\npush $N97a614d0\n Blur {\n size {{((width/100*parent.size.w)*(aspectCalc.aspect.w/100)*(2**2))} {((height/100*parent.size.h)*(aspectCalc.aspect.h/100)*(2**2))}}\n crop false\n name Blur2\n xpos 964\n ypos -554\n }\n Multiply {\n value {{\"falloffType == 0 ? 0.833333333333 :falloffType == 1 ? pow(0.833333333333, 3) : falloffType == 2 ? 0.833333333333*0.833333333333*(3-2*0.833333333333) : falloffType == 3 ? 0.833333333333*0.833333333333*(2 - 0.833333333333) : falloffType == 4 ? 0.833333333333*(1 + 0.833333333333*(1 - 0.833333333333)) : 0\"} {\"falloffType == 0 ? 0.833333333333 :falloffType == 1 ? pow(0.833333333333, 3) : falloffType == 2 ? 0.833333333333*0.833333333333*(3-2*0.833333333333) : falloffType == 3 ? 0.833333333333*0.833333333333*(2 - 0.833333333333) : falloffType == 4 ? 0.833333333333*(1 + 0.833333333333*(1 - 0.833333333333)) : 0\"} {\"falloffType == 0 ? 0.833333333333 :falloffType == 1 ? pow(0.833333333333, 3) : falloffType == 2 ? 0.833333333333*0.833333333333*(3-2*0.833333333333) : falloffType == 3 ? 0.833333333333*0.833333333333*(2 - 0.833333333333) : falloffType == 4 ? 0.833333333333*(1 + 0.833333333333*(1 - 0.833333333333)) : 0\"} {\"falloffType == 0 ? 0.833333333333 :falloffType == 1 ? pow(0.833333333333, 3) : falloffType == 2 ? 0.833333333333*0.833333333333*(3-2*0.833333333333) : falloffType == 3 ? 0.833333333333*0.833333333333*(2 - 0.833333333333) : falloffType == 4 ? 0.833333333333*(1 + 0.833333333333*(1 - 0.833333333333)) : 0\"}}\n mix {{falloff}}\n name Multiply2\n xpos 964\n ypos -477\n }\npush $N97a614d0\n Blur {\n size {{(width/100*parent.size*(aspectCalc.aspect.w/100))} {(height/100*parent.size*(aspectCalc.aspect.h/100))}}\n crop false\n name Blur1\n selected true\n xpos 864\n ypos -554\n }\n Multiply {\n value {1 1 1 1}\n mix {{falloff}}\n name Multiply1\n xpos 864\n ypos -477\n }\n Merge2 {\n inputs 6+1\n operation {{MergeNumber.mergeNumber}}\n also_merge all\n name Merge1\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 864\n ypos -327\n }\n NoOp {\n name End\n xpos 864\n ypos -279\n }\n Grade {\n channels all\n whitepoint 6\n black_clamp false\n name AverageMult\n xpos 864\n ypos 49\n disable {{\"output2 == 4 ? 0 : 1\"}}\n }\n Merge2 {\n inputs 2\n operation max\n also_merge all\n name Merge2\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 864\n ypos 96\n disable {{\"output2 == 4 && includeOriginal == 1 && AvgMaxOriginal == 1 ? 0 : 1\"}}\n }\n Blur {\n size {{postBlur} {postBlur}}\n name BlurOriginal\n xpos 864\n ypos 155\n }\n Invert {\n name Invert2\n xpos 864\n ypos 283\n disable {{\"parent.size < 0 ? 0 : 1\"}}\n }\npush $N969ee270\n Switch {\n inputs 2\n which {{\"parent.size == 0 ? 0 : 1\"}}\n name Switch1\n label \"\\[value which]\"\n xpos 427\n ypos 283\n }\n Crop {\n inputs 0\n box {{input.format.x} {input.format.y} {input.format.r} {input.format.t}}\n reformat true\n crop false\n name Crop1\n xpos 96\n ypos -931\n addUserKnob {20 User}\n addUserKnob {22 cropToBbox l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n }\n AddChannels {\n channels rgba\n name AddChannels2\n xpos 96\n ypos -891\n }\npush $N969da970\n Merge2 {\n inputs 2\n name Merge3\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos -60\n ypos -891\n }\nset N95a55810 [stack 0]\n Group {\n name BBoxToFormat\n onCreate \"n = nuke.thisNode()\\ninputFormat = n.knob(\\\"inputFormat\\\")\\ninputBBox = n.knob(\\\"inputBBox\\\")\\ncrop = nuke.toNode(\\\"Crop6\\\")\\ncropb = crop.knob('box')\\noutputBBox = n.knob('outputBBox')\\noutputBBoxCenter = n.knob(\\\"outputBBoxCenter\\\")\\n\\ninputFormat.setFlag(0x0000000000008000)\\ninputBBox.setFlag(0x0000000000008000)\\ncropb.setFlag(0x0000000000008000)\\noutputBBox.setFlag(0x0000000000008000)\\noutputBBoxCenter.setFlag(0x0000000000008000)\\n\\nn = nuke.thisNode()\\nn.knob(\\\"overscan\\\").setRange(0,400)\\nn.knob(\\\"overscanPercent\\\").setRange(1,4)\"\n knobChanged \"n = nuke.thisNode()\\nk = nuke.thisKnob()\\nif k.name() == \\\"overscanType\\\":\\n if n.knob(\\\"overscanType\\\").getValue() == 1:\\n n.knob(\\\"overscanPercent\\\").setVisible(True)\\n n.knob(\\\"overscan\\\").setVisible(False)\\n else:\\n n.knob(\\\"overscanPercent\\\").setVisible(False)\\n n.knob(\\\"overscan\\\").setVisible(True)\"\n tile_color 0xa57aaaff\n note_font \"Verdana Bold Bold Bold Bold\"\n note_font_color 0xffffffff\n xpos 29\n ypos -812\n addUserKnob {20 CropBBox}\n addUserKnob {4 type l Type +INVISIBLE M {\"To Format\" \"To BBox\"}}\n addUserKnob {41 intersect T Crop6.intersect}\n addUserKnob {6 blackOutside l \"Black Outside\" -STARTLINE}\n addUserKnob {4 overscanType l \"Overscan Type:\" M {Pixels Percentage}}\n overscanType Percentage\n addUserKnob {14 overscan l Overscan +HIDDEN R 0 400}\n addUserKnob {14 overscanPercent l \"Overscan Percent\" R 1 4}\n overscanPercent 1.2\n addUserKnob {20 inputBbox l \"BBox Data\" n 1}\n addUserKnob {15 inputFormat l \"Input Format\"}\n inputFormat {0 0 {input.width} {input.height}}\n addUserKnob {15 inputBBox l \"Input BBox\"}\n inputBBox {{input.bbox.x} {input.bbox.y} {input.bbox.r} {input.bbox.t}}\n addUserKnob {12 outputBBoxCenter l OutputBBoxCenter}\n outputBBoxCenter {{OutputBBox1.outputBBoxCenter.w} {OutputBBox1.outputBBoxCenter.h}}\n addUserKnob {15 outputBBox l \"Output BBox\"}\n outputBBox {{OutputBBox1.OutputBBox} {OutputBBox1.OutputBBox} {OutputBBox1.OutputBBox} {OutputBBox1.OutputBBox}}\n addUserKnob {20 endGroup n -1}\n addUserKnob {20 info_1 l Info}\n addUserKnob {26 creator l Creator: T \"Tony Lyons\"}\n addUserKnob {26 desc l Description: t \"crop to inputformat\\n\\ndisplays values of input bbox\" T CropBBox}\n addUserKnob {26 ver l Version: T v02}\n }\n Input {\n inputs 0\n name Input\n xpos 261\n ypos 394\n }\n Dot {\n name Dot2\n note_font_size 41\n xpos 295\n ypos 462\n }\nset N95a71c40 [stack 0]\n Dot {\n name Dot1\n note_font_size 41\n xpos -160\n ypos 462\n }\nset N95a75b60 [stack 0]\npush $N95a71c40\n Crop {\n box {{curve} {curve} {input.width} {input.height}}\n crop {{parent.blackOutside}}\n name Crop6\n xpos 261\n ypos 510\n addUserKnob {20 User}\n addUserKnob {22 cropToBbox l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n }\nset N95a79a40 [stack 0]\n Remove {\n operation keep\n channels none\n name Remove1\n xpos 120\n ypos 504\n }\nset N95a83370 [stack 0]\n Transform {\n scale {{parent.overscanPercent} {parent.overscanPercent}}\n center {{input.bbox.r/2} {input.bbox.t/2}}\n shutteroffset centred\n name Transform1\n xpos 120\n ypos 555\n }\npush $N95a83370\n AdjBBox {\n numpixels {{parent.overscan} {parent.overscan}}\n name AdjBBox1\n xpos -5\n ypos 510\n }\n Switch {\n inputs 2\n which {{overscanType}}\n name Switch2\n label \"\\[value which]\"\n xpos -5\n ypos 549\n }\n Merge2 {\n inputs 2\n bbox intersection\n Achannels {-rgba.red -rgba.green -rgba.blue rgba.alpha}\n Bchannels {-rgba.red -rgba.green -rgba.blue rgba.alpha}\n output {-rgba.red -rgba.green -rgba.blue rgba.alpha}\n name Merge1\n xpos -5\n ypos 647\n disable {{!parent.Crop6.intersect}}\n }\npush $N95a75b60\n CopyBBox {\n inputs 2\n name CopyBBox1\n xpos -194\n ypos 653\n }\n BlackOutside {\n name BlackOutside1\n xpos -194\n ypos 692\n disable {{!parent.blackOutside}}\n }\n Dot {\n name Dot4\n note_font_size 41\n xpos -160\n ypos 769\n }\npush $N95a79a40\n Switch {\n inputs 2\n which {{\"overscanType == 0 ? overscan.w != 0 || overscan.h != 0 : overscanPercent.w != 1 || overscanPercent.h != 1 ? 1 : 0\"}}\n name Switch1\n label \"\\[value which]\"\n xpos 261\n ypos 759\n }\nset N96c17af0 [stack 0]\n Output {\n name Output1\n xpos 261\n ypos 921\n }\npush $N96c17af0\n NoOp {\n name OutputBBox1\n selected true\n xpos 378\n ypos 821\n addUserKnob {20 User}\n addUserKnob {15 OutputBBox l \"Output BBox\"}\n OutputBBox {{input.bbox.x} {input.bbox.y} {input.bbox.r} {input.bbox.t}}\n addUserKnob {14 outputBBoxCenter l \"Output BBox Center\" R 0 100}\n outputBBoxCenter {{OutputBBox.x+(OutputBBox.r-OutputBBox.x)/2} {OutputBBox.y+(OutputBBox.t-OutputBBox.y)/2}}\n }\n end_group\npush $N95a55810\n Merge2 {\n inputs 2\n name Merge4\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos -60\n ypos -748\n }\npush $N969da970\n CopyBBox {\n inputs 2\n name CopyBBox1\n xpos -221\n ypos -748\n }\n Dot {\n name Dot22\n note_font_size 41\n xpos -187\n ypos 198\n }\n Merge2 {\n inputs 2\n operation copy\n bbox B\n Achannels none\n Bchannels none\n output none\n also_merge {{{parent.Remove1.channels}}}\n name Merge5\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos -221\n ypos 283\n }\n Dot {\n name Dot17\n label A\n note_font_size 41\n xpos -187\n ypos 675\n }\n Dot {\n name Dot7\n note_font_size 41\n xpos -187\n ypos 805\n }\npush $N969da970\n Dot {\n name Dot2\n note_font_size 41\n xpos -588\n ypos -1062\n }\n Dot {\n name Dot18\n label B\n note_font_size 41\n xpos -588\n ypos 654\n }\n Dot {\n name Dot3\n note_font_size 41\n xpos -588\n ypos 895\n }\n Merge2 {\n inputs 2+1\n operation copy\n Achannels none\n Bchannels none\n output none\n also_merge all\n name MergeKeymix\n xpos -221\n ypos 888\n }\n Output {\n name Output1\n xpos -221\n ypos 1202\n }\n NoOp {\n inputs 0\n name MergeNumber\n xpos 202\n ypos -1145\n addUserKnob {20 User}\n addUserKnob {3 mergeNumber}\n mergeNumber {{\"output2 == 0 ? 25 : output2 == 1 ? 24 : output2 == 2 ? 22 : output2 == 3 ? 13 : output2 == 4 ? 24 : output2 == 5 ? 17 : 18\"}}\n }\n end_group\n Grade {\n channels all\n white {{wrapHighlightAmount/10}}\n name FlareAmount\n xpos 1702\n ypos 1393\n }\n Multiply {\n channels rgba\n value {{globalAmount}}\n name MultiplyGlobal3\n label \"\\[value value]\"\n xpos 1702\n ypos 1577\n }\n Dot {\n name Dot25\n label \"LIGHT FLARE\"\n note_font_size 61\n xpos 1736\n ypos 1801\n }\nset N94ec7d30 [stack 0]\n Dot {\n name Dot31\n note_font_size 41\n xpos 1738\n ypos 2915\n }\nset N94ecbca0 [stack 0]\npush $N96a60d50\npush $N96a7b320\n Dot {\n name Dot20\n xpos 1059\n ypos 179\n }\n Shuffle {\n alpha white\n name Shuffle1\n label \"\\[value in] \\[ expr \\{ \\[value out2] == \\\"none\\\" ? \\\" \\\" : \\[concat -> \\[value out2]] \\}]\"\n note_font_size 21\n note_font_color 0xffffffff\n xpos 1025\n ypos 238\n }\n Multiply {\n inputs 1+1\n channels rgba\n value 0\n name Multiply2\n label \"\\[value value]\"\n xpos 1025\n ypos 366\n }\n Dot {\n name Dot9\n xpos 1059\n ypos 725\n }\nset N94eeae20 [stack 0]\n Dot {\n name Dot28\n note_font_size 41\n xpos 1343\n ypos 725\n }\n Keyer {\n operation \"luminance key\"\n name Keyer1\n xpos 1309\n ypos 823\n }\npush $N94eeae20\n Colorspace {\n colorspace_out CIE-Yxy\n name Colorspace4\n xpos 1188\n ypos 786\n }\n Expression {\n inputs 1+1\n expr0 \"(r*(1+(r/((parent.dimHighlightsAmount+1)**2))) ) / (1+r)\"\n channel1 {-rgba.red -rgba.green -rgba.blue none}\n expr1 \"(g*(1+(g/((parent.dimHighlightsAmount+1)**2))) ) / (1+g)\"\n channel2 {-rgba.red -rgba.green -rgba.blue none}\n expr2 \"(b*(1+(b/((parent.dimHighlightsAmount+1)**2))) ) / (1+b)\"\n expr3 a\n name Tonemap_whitepoint\n xpos 1188\n ypos 827\n }\n Colorspace {\n colorspace_in CIE-Yxy\n name Colorspace3\n xpos 1188\n ypos 867\n }\npush $N94eeae20\n Switch {\n inputs 2\n which {{removeHighlights}}\n name Switch4\n xpos 1025\n ypos 867\n }\n Group {\n name ExponGlowWrapAll\n onCreate \"n = nuke.thisNode()\\nn.knob('size').setRange(0, 50)\\n#n.knob('exp').setRange(1, 4)\\nnuke.thisNode().knob('steps').setFlag(0x02000000)\"\n knobChanged \"n = nuke.thisNode()\\nk = nuke.thisKnob()\\n\\nif k.name() == \\\"includeOriginal\\\":\\n if n.knob('includeOriginal').getValue() == 1:\\n merge = nuke.toNode(\\\"Merge1\\\")\\n original = nuke.toNode('Original')\\n AvgMult = nuke.toNode(\\\"AverageMult\\\")\\n steps = int(n.knob('steps').getValue())\\n merge.setInput(steps+1, original)\\n AvgMult\\['whitepoint'].setValue(2 if steps<2 else steps+1)\\n\\n else:\\n merge.setInput(steps+1, None)\\n AvgMult\\['whitepoint'].setValue(2 if steps<2 else steps)\\n\\nelif k.name() == \\\"steps\\\":\\n\\n s = int(k.value())\\n if s<1:\\n k.setValue(1)\\n else:\\n start = nuke.toNode(\\\"Start\\\")\\n end = nuke.toNode(\\\"End\\\")\\n b1 = nuke.toNode(\\\"Blur1\\\")\\n m1 = nuke.toNode(\\\"Multiply1\\\")\\n merge = nuke.toNode(\\\"Merge1\\\")\\n AvgMult = nuke.toNode(\\\"AverageMult\\\")\\n\\n b1x = b1.xpos()\\n b1y = b1.ypos()\\n b1n = b1.name()\\n\\n m1x = m1.xpos()\\n m1y = m1.ypos()\\n m1n = m1.name()\\n\\n steps = int(n.knob('steps').getValue())\\n size = n.knob('size').getValue()\\n mult = n.knob('exp').getValue()\\n\\n #b1.setInput(0, start)\\n for i in range(1,merge.inputs()):\\n merge.setInput(i,None)\\n merge.setInput(0, m1)\\n \\[nuke.delete(i) for i in nuke.allNodes() if i.xpos()>start.xpos()]\\n for i in range(1,steps):\\n # Blur\\n b = nuke.nodes.Blur()\\n m = nuke.nodes.Multiply()\\n b.setXYpos(b1x+i*100,b1y)\\n b.setInput(0,start)\\n b\\[\\\"channels\\\"].setValue(\\\"all\\\")\\n b\\[\\\"crop\\\"].setValue(0)\\n b\\[\\\"size\\\"].setValue(0, 1)\\n b\\[\\\"size\\\"].setExpression( \\\"((width/100*parent.size.w)*(aspectCalc.aspect.w/100)*(\\{\\}**2))\\\".format(str(i+1)), 0 )\\n b\\[\\\"size\\\"].setExpression( \\\"((height/100*parent.size.h)*(aspectCalc.aspect.h/100)*(\\{\\}**2))\\\".format(str(i+1)), 1 )\\n b\\[\\\"label\\\"].setValue('')\\n blurAbove = b.name()\\n\\n m.setXYpos(m1x+i*100,m1y)\\n m.setInput(0, nuke.toNode(blurAbove))\\n m\\[\\\"channels\\\"].setValue(\\\"all\\\")\\n m\\[\\\"value\\\"].setValue(1,1,1,1)\\n j = 1-(i/steps)\\n m\\[\\\"value\\\"].setExpression('falloffType == 0 ? \\{\\} :falloffType == 1 ? pow(\\{\\}, 3) : falloffType == 2 ? \\{\\}*\\{\\}*(3-2*\\{\\}) : falloffType == 3 ? \\{\\}*\\{\\}*(2 - \\{\\}) : falloffType == 4 ? \\{\\}*(1 + \\{\\}*(1 - \\{\\})) : 0'.format(j,j,j,j,j,j,j,j,j,j,j))\\n m\\[\\\"mix\\\"].setExpression(\\\"falloff\\\")\\n m\\[\\\"label\\\"].setValue('')\\n\\n merge.setInput(i if i<2 else i+1, m)\\n AvgMult\\['whitepoint'].setValue(i if i<2 else i+1)\\n\\n if n.knob('includeOriginal').getValue() == 1:\\n merge = nuke.toNode(\\\"Merge1\\\")\\n original = nuke.toNode('Original')\\n AvgMult = nuke.toNode(\\\"AverageMult\\\")\\n steps = int(n.knob('steps').getValue())\\n merge.setInput(steps+1, original)\\n AvgMult\\['whitepoint'].setValue(2 if steps<2 else steps+1)\\n\\nelif k.name() == \\\"output2\\\":\\n if n.knob(\\\"output2\\\").getValue() == 4:\\n n.knob('AvgMaxOriginal').setVisible(True)\\n else:\\n n.knob('AvgMaxOriginal').setVisible(False)\\n\\n\"\n tile_color 0xcc804eff\n label \"(\\[value output2])\"\n note_font \"Verdana Bold Bold Bold Bold\"\n note_font_color 0xffffffff\n xpos 1025\n ypos 995\n addUserKnob {20 ExponBlurSimple}\n addUserKnob {41 channels T Remove1.channels}\n addUserKnob {26 \"\"}\n addUserKnob {4 output2 l Operation: M {Screen Plus Over Hypot Average Max Min \"\" \"\" \"\" \"\" \"\"}}\n output2 Over\n addUserKnob {3 steps l \" Steps\" -STARTLINE}\n steps 8\n addUserKnob {26 text l \" \" T \" \"}\n addUserKnob {6 includeOriginal l \"Include Original?\" -STARTLINE}\n addUserKnob {6 AvgMaxOriginal l \"Use Max of Average and Original\" +HIDDEN +STARTLINE}\n AvgMaxOriginal true\n addUserKnob {14 size l Size R 0 50}\n size 10\n addUserKnob {14 exp l Exponent +INVISIBLE R 1 4}\n exp 3\n addUserKnob {6 color_rgba_panelDropped l \"panel dropped state\" +HIDDEN +STARTLINE}\n addUserKnob {7 falloff l Falloff}\n falloff 1\n addUserKnob {4 falloffType l \"Falloff Type\" M {Linear pLinear smooth smooth0 smooth1 \"\"}}\n falloffType pLinear\n addUserKnob {14 postBlur l \"Post Blur\" R 0 100}\n addUserKnob {26 \"\"}\n addUserKnob {41 maskChannelMask l mask T MergeKeymix.maskChannelMask}\n addUserKnob {41 inject -STARTLINE T MergeKeymix.inject}\n addUserKnob {41 invert_mask l invert -STARTLINE T MergeKeymix.invert_mask}\n addUserKnob {41 fringe -STARTLINE T MergeKeymix.fringe}\n addUserKnob {41 mix T MergeKeymix.mix}\n addUserKnob {14 safeBBoxPixels l \"\" +STARTLINE +HIDDEN R 0 400}\n safeBBoxPixels 100\n addUserKnob {14 adjustBBoxPercent l \"\" -STARTLINE +HIDDEN R 1 2}\n adjustBBoxPercent 1\n addUserKnob {20 info l Info}\n addUserKnob {26 creator l Creator: T \"Tony Lyons\"}\n addUserKnob {26 desc l Description: t \"Add description and tooltip for gizmo\" T ExponBlurSimple}\n addUserKnob {26 ver l Version: T v02}\n }\n Input {\n inputs 0\n name Inputmask\n xpos 346\n ypos 596\n number 1\n }\n Dot {\n name Dot19\n label Mask\n note_font_size 41\n xpos 380\n ypos 662\n }\n Dot {\n name Dot10\n note_font_size 41\n xpos 380\n ypos 899\n }\n Input {\n inputs 0\n name Inputimg\n xpos -221\n ypos -1229\n }\n Dot {\n name Dot16\n note_font_size 41\n xpos -187\n ypos -1062\n }\nset N95b59000 [stack 0]\n Dot {\n name Dot1\n note_font_size 41\n xpos 461\n ypos -1058\n }\n Remove {\n operation keep\n channels rgba\n name Remove1\n xpos 427\n ypos -980\n }\n NoOp {\n name aspectCalc\n xpos 427\n ypos -939\n addUserKnob {20 User}\n addUserKnob {14 aspect R 0 100}\n aspect {{parent.size.w} {parent.size.h/format.pixel_aspect/height*width}}\n }\n Dot {\n name Dot21\n note_font_size 41\n xpos 461\n ypos -853\n }\nset N95b6c900 [stack 0]\n Invert {\n name Invert1\n xpos 864\n ypos -860\n disable {{\"parent.size < 0 ? 0 : 1\"}}\n }\nset N95b70870 [stack 0]\n Dot {\n name Dot4\n note_font_size 41\n xpos 540\n ypos -604\n }\n NoOp {\n name Original\n xpos 506\n ypos -327\n }\n Dot {\n name Dot5\n note_font_size 41\n xpos 540\n ypos 100\n }\npush $N95b70870\n NoOp {\n name Start\n xpos 864\n ypos -706\n }\nset N95b865f0 [stack 0]\n Blur {\n size {{((width/100*parent.size.w)*(aspectCalc.aspect.w/100)*(8**2))} {((height/100*parent.size.h)*(aspectCalc.aspect.h/100)*(8**2))}}\n crop false\n name Blur8\n xpos 1564\n ypos -554\n }\n Multiply {\n value {{\"falloffType == 0 ? 0.125 :falloffType == 1 ? pow(0.125, 3) : falloffType == 2 ? 0.125*0.125*(3-2*0.125) : falloffType == 3 ? 0.125*0.125*(2 - 0.125) : falloffType == 4 ? 0.125*(1 + 0.125*(1 - 0.125)) : 0\"} {\"falloffType == 0 ? 0.125 :falloffType == 1 ? pow(0.125, 3) : falloffType == 2 ? 0.125*0.125*(3-2*0.125) : falloffType == 3 ? 0.125*0.125*(2 - 0.125) : falloffType == 4 ? 0.125*(1 + 0.125*(1 - 0.125)) : 0\"} {\"falloffType == 0 ? 0.125 :falloffType == 1 ? pow(0.125, 3) : falloffType == 2 ? 0.125*0.125*(3-2*0.125) : falloffType == 3 ? 0.125*0.125*(2 - 0.125) : falloffType == 4 ? 0.125*(1 + 0.125*(1 - 0.125)) : 0\"} {\"falloffType == 0 ? 0.125 :falloffType == 1 ? pow(0.125, 3) : falloffType == 2 ? 0.125*0.125*(3-2*0.125) : falloffType == 3 ? 0.125*0.125*(2 - 0.125) : falloffType == 4 ? 0.125*(1 + 0.125*(1 - 0.125)) : 0\"}}\n mix {{falloff}}\n name Multiply8\n xpos 1564\n ypos -477\n }\npush $N95b865f0\n Blur {\n size {{((width/100*parent.size.w)*(aspectCalc.aspect.w/100)*(7**2))} {((height/100*parent.size.h)*(aspectCalc.aspect.h/100)*(7**2))}}\n crop false\n name Blur7\n xpos 1464\n ypos -554\n }\n Multiply {\n value {{\"falloffType == 0 ? 0.25 :falloffType == 1 ? pow(0.25, 3) : falloffType == 2 ? 0.25*0.25*(3-2*0.25) : falloffType == 3 ? 0.25*0.25*(2 - 0.25) : falloffType == 4 ? 0.25*(1 + 0.25*(1 - 0.25)) : 0\"} {\"falloffType == 0 ? 0.25 :falloffType == 1 ? pow(0.25, 3) : falloffType == 2 ? 0.25*0.25*(3-2*0.25) : falloffType == 3 ? 0.25*0.25*(2 - 0.25) : falloffType == 4 ? 0.25*(1 + 0.25*(1 - 0.25)) : 0\"} {\"falloffType == 0 ? 0.25 :falloffType == 1 ? pow(0.25, 3) : falloffType == 2 ? 0.25*0.25*(3-2*0.25) : falloffType == 3 ? 0.25*0.25*(2 - 0.25) : falloffType == 4 ? 0.25*(1 + 0.25*(1 - 0.25)) : 0\"} {\"falloffType == 0 ? 0.25 :falloffType == 1 ? pow(0.25, 3) : falloffType == 2 ? 0.25*0.25*(3-2*0.25) : falloffType == 3 ? 0.25*0.25*(2 - 0.25) : falloffType == 4 ? 0.25*(1 + 0.25*(1 - 0.25)) : 0\"}}\n mix {{falloff}}\n name Multiply7\n xpos 1464\n ypos -477\n }\npush $N95b865f0\n Blur {\n size {{((width/100*parent.size.w)*(aspectCalc.aspect.w/100)*(6**2))} {((height/100*parent.size.h)*(aspectCalc.aspect.h/100)*(6**2))}}\n crop false\n name Blur6\n xpos 1364\n ypos -554\n }\n Multiply {\n value {{\"falloffType == 0 ? 0.375 :falloffType == 1 ? pow(0.375, 3) : falloffType == 2 ? 0.375*0.375*(3-2*0.375) : falloffType == 3 ? 0.375*0.375*(2 - 0.375) : falloffType == 4 ? 0.375*(1 + 0.375*(1 - 0.375)) : 0\"} {\"falloffType == 0 ? 0.375 :falloffType == 1 ? pow(0.375, 3) : falloffType == 2 ? 0.375*0.375*(3-2*0.375) : falloffType == 3 ? 0.375*0.375*(2 - 0.375) : falloffType == 4 ? 0.375*(1 + 0.375*(1 - 0.375)) : 0\"} {\"falloffType == 0 ? 0.375 :falloffType == 1 ? pow(0.375, 3) : falloffType == 2 ? 0.375*0.375*(3-2*0.375) : falloffType == 3 ? 0.375*0.375*(2 - 0.375) : falloffType == 4 ? 0.375*(1 + 0.375*(1 - 0.375)) : 0\"} {\"falloffType == 0 ? 0.375 :falloffType == 1 ? pow(0.375, 3) : falloffType == 2 ? 0.375*0.375*(3-2*0.375) : falloffType == 3 ? 0.375*0.375*(2 - 0.375) : falloffType == 4 ? 0.375*(1 + 0.375*(1 - 0.375)) : 0\"}}\n mix {{falloff}}\n name Multiply6\n xpos 1364\n ypos -477\n }\npush $N95b865f0\n Blur {\n size {{((width/100*parent.size.w)*(aspectCalc.aspect.w/100)*(5**2))} {((height/100*parent.size.h)*(aspectCalc.aspect.h/100)*(5**2))}}\n crop false\n name Blur5\n xpos 1264\n ypos -554\n }\n Multiply {\n value {{\"falloffType == 0 ? 0.5 :falloffType == 1 ? pow(0.5, 3) : falloffType == 2 ? 0.5*0.5*(3-2*0.5) : falloffType == 3 ? 0.5*0.5*(2 - 0.5) : falloffType == 4 ? 0.5*(1 + 0.5*(1 - 0.5)) : 0\"} {\"falloffType == 0 ? 0.5 :falloffType == 1 ? pow(0.5, 3) : falloffType == 2 ? 0.5*0.5*(3-2*0.5) : falloffType == 3 ? 0.5*0.5*(2 - 0.5) : falloffType == 4 ? 0.5*(1 + 0.5*(1 - 0.5)) : 0\"} {\"falloffType == 0 ? 0.5 :falloffType == 1 ? pow(0.5, 3) : falloffType == 2 ? 0.5*0.5*(3-2*0.5) : falloffType == 3 ? 0.5*0.5*(2 - 0.5) : falloffType == 4 ? 0.5*(1 + 0.5*(1 - 0.5)) : 0\"} {\"falloffType == 0 ? 0.5 :falloffType == 1 ? pow(0.5, 3) : falloffType == 2 ? 0.5*0.5*(3-2*0.5) : falloffType == 3 ? 0.5*0.5*(2 - 0.5) : falloffType == 4 ? 0.5*(1 + 0.5*(1 - 0.5)) : 0\"}}\n mix {{falloff}}\n name Multiply5\n xpos 1264\n ypos -477\n }\npush $N95b865f0\n Blur {\n size {{((width/100*parent.size.w)*(aspectCalc.aspect.w/100)*(4**2))} {((height/100*parent.size.h)*(aspectCalc.aspect.h/100)*(4**2))}}\n crop false\n name Blur4\n xpos 1164\n ypos -554\n }\n Multiply {\n value {{\"falloffType == 0 ? 0.625 :falloffType == 1 ? pow(0.625, 3) : falloffType == 2 ? 0.625*0.625*(3-2*0.625) : falloffType == 3 ? 0.625*0.625*(2 - 0.625) : falloffType == 4 ? 0.625*(1 + 0.625*(1 - 0.625)) : 0\"} {\"falloffType == 0 ? 0.625 :falloffType == 1 ? pow(0.625, 3) : falloffType == 2 ? 0.625*0.625*(3-2*0.625) : falloffType == 3 ? 0.625*0.625*(2 - 0.625) : falloffType == 4 ? 0.625*(1 + 0.625*(1 - 0.625)) : 0\"} {\"falloffType == 0 ? 0.625 :falloffType == 1 ? pow(0.625, 3) : falloffType == 2 ? 0.625*0.625*(3-2*0.625) : falloffType == 3 ? 0.625*0.625*(2 - 0.625) : falloffType == 4 ? 0.625*(1 + 0.625*(1 - 0.625)) : 0\"} {\"falloffType == 0 ? 0.625 :falloffType == 1 ? pow(0.625, 3) : falloffType == 2 ? 0.625*0.625*(3-2*0.625) : falloffType == 3 ? 0.625*0.625*(2 - 0.625) : falloffType == 4 ? 0.625*(1 + 0.625*(1 - 0.625)) : 0\"}}\n mix {{falloff}}\n name Multiply4\n xpos 1164\n ypos -477\n }\npush $N95b865f0\n Blur {\n size {{((width/100*parent.size.w)*(aspectCalc.aspect.w/100)*(3**2))} {((height/100*parent.size.h)*(aspectCalc.aspect.h/100)*(3**2))}}\n crop false\n name Blur3\n xpos 1064\n ypos -554\n }\n Multiply {\n value {{\"falloffType == 0 ? 0.75 :falloffType == 1 ? pow(0.75, 3) : falloffType == 2 ? 0.75*0.75*(3-2*0.75) : falloffType == 3 ? 0.75*0.75*(2 - 0.75) : falloffType == 4 ? 0.75*(1 + 0.75*(1 - 0.75)) : 0\"} {\"falloffType == 0 ? 0.75 :falloffType == 1 ? pow(0.75, 3) : falloffType == 2 ? 0.75*0.75*(3-2*0.75) : falloffType == 3 ? 0.75*0.75*(2 - 0.75) : falloffType == 4 ? 0.75*(1 + 0.75*(1 - 0.75)) : 0\"} {\"falloffType == 0 ? 0.75 :falloffType == 1 ? pow(0.75, 3) : falloffType == 2 ? 0.75*0.75*(3-2*0.75) : falloffType == 3 ? 0.75*0.75*(2 - 0.75) : falloffType == 4 ? 0.75*(1 + 0.75*(1 - 0.75)) : 0\"} {\"falloffType == 0 ? 0.75 :falloffType == 1 ? pow(0.75, 3) : falloffType == 2 ? 0.75*0.75*(3-2*0.75) : falloffType == 3 ? 0.75*0.75*(2 - 0.75) : falloffType == 4 ? 0.75*(1 + 0.75*(1 - 0.75)) : 0\"}}\n mix {{falloff}}\n name Multiply3\n xpos 1064\n ypos -477\n }\npush 0\npush $N95b865f0\n Blur {\n size {{((width/100*parent.size.w)*(aspectCalc.aspect.w/100)*(2**2))} {((height/100*parent.size.h)*(aspectCalc.aspect.h/100)*(2**2))}}\n crop false\n name Blur2\n xpos 964\n ypos -554\n }\n Multiply {\n value {{\"falloffType == 0 ? 0.875 :falloffType == 1 ? pow(0.875, 3) : falloffType == 2 ? 0.875*0.875*(3-2*0.875) : falloffType == 3 ? 0.875*0.875*(2 - 0.875) : falloffType == 4 ? 0.875*(1 + 0.875*(1 - 0.875)) : 0\"} {\"falloffType == 0 ? 0.875 :falloffType == 1 ? pow(0.875, 3) : falloffType == 2 ? 0.875*0.875*(3-2*0.875) : falloffType == 3 ? 0.875*0.875*(2 - 0.875) : falloffType == 4 ? 0.875*(1 + 0.875*(1 - 0.875)) : 0\"} {\"falloffType == 0 ? 0.875 :falloffType == 1 ? pow(0.875, 3) : falloffType == 2 ? 0.875*0.875*(3-2*0.875) : falloffType == 3 ? 0.875*0.875*(2 - 0.875) : falloffType == 4 ? 0.875*(1 + 0.875*(1 - 0.875)) : 0\"} {\"falloffType == 0 ? 0.875 :falloffType == 1 ? pow(0.875, 3) : falloffType == 2 ? 0.875*0.875*(3-2*0.875) : falloffType == 3 ? 0.875*0.875*(2 - 0.875) : falloffType == 4 ? 0.875*(1 + 0.875*(1 - 0.875)) : 0\"}}\n mix {{falloff}}\n name Multiply2\n xpos 964\n ypos -477\n }\npush $N95b865f0\n Blur {\n size {{(width/100*parent.size*(aspectCalc.aspect.w/100))} {(height/100*parent.size*(aspectCalc.aspect.h/100))}}\n crop false\n name Blur1\n xpos 864\n ypos -554\n }\n Multiply {\n value {1 1 1 1}\n mix {{falloff}}\n name Multiply1\n xpos 864\n ypos -477\n }\n Merge2 {\n inputs 8+1\n operation {{MergeNumber.mergeNumber}}\n also_merge all\n name Merge1\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 864\n ypos -327\n }\n NoOp {\n name End\n xpos 864\n ypos -279\n }\n Grade {\n channels all\n whitepoint 8\n black_clamp false\n name AverageMult\n xpos 864\n ypos 49\n disable {{\"output2 == 4 ? 0 : 1\"}}\n }\n Merge2 {\n inputs 2\n operation max\n also_merge all\n name Merge2\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 864\n ypos 96\n disable {{\"output2 == 4 && includeOriginal == 1 && AvgMaxOriginal == 1 ? 0 : 1\"}}\n }\n Blur {\n size {{postBlur} {postBlur}}\n name BlurOriginal\n xpos 864\n ypos 155\n }\n Invert {\n name Invert2\n xpos 864\n ypos 283\n disable {{\"parent.size < 0 ? 0 : 1\"}}\n }\npush $N95b6c900\n Switch {\n inputs 2\n which {{\"parent.size == 0 ? 0 : 1\"}}\n name Switch1\n label \"\\[value which]\"\n xpos 427\n ypos 283\n }\n Crop {\n inputs 0\n box {{input.format.x} {input.format.y} {input.format.r} {input.format.t}}\n reformat true\n crop false\n name Crop1\n xpos 96\n ypos -931\n addUserKnob {20 User}\n addUserKnob {22 cropToBbox l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n }\n AddChannels {\n channels rgba\n name AddChannels2\n xpos 96\n ypos -891\n }\npush $N95b59000\n Merge2 {\n inputs 2\n name Merge3\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos -60\n ypos -891\n }\nset N96fda100 [stack 0]\n Group {\n name BBoxToFormat\n onCreate \"n = nuke.thisNode()\\ninputFormat = n.knob(\\\"inputFormat\\\")\\ninputBBox = n.knob(\\\"inputBBox\\\")\\ncrop = nuke.toNode(\\\"Crop6\\\")\\ncropb = crop.knob('box')\\noutputBBox = n.knob('outputBBox')\\noutputBBoxCenter = n.knob(\\\"outputBBoxCenter\\\")\\n\\ninputFormat.setFlag(0x0000000000008000)\\ninputBBox.setFlag(0x0000000000008000)\\ncropb.setFlag(0x0000000000008000)\\noutputBBox.setFlag(0x0000000000008000)\\noutputBBoxCenter.setFlag(0x0000000000008000)\\n\\nn = nuke.thisNode()\\nn.knob(\\\"overscan\\\").setRange(0,400)\\nn.knob(\\\"overscanPercent\\\").setRange(1,4)\"\n knobChanged \"n = nuke.thisNode()\\nk = nuke.thisKnob()\\nif k.name() == \\\"overscanType\\\":\\n if n.knob(\\\"overscanType\\\").getValue() == 1:\\n n.knob(\\\"overscanPercent\\\").setVisible(True)\\n n.knob(\\\"overscan\\\").setVisible(False)\\n else:\\n n.knob(\\\"overscanPercent\\\").setVisible(False)\\n n.knob(\\\"overscan\\\").setVisible(True)\"\n tile_color 0xa57aaaff\n note_font \"Verdana Bold Bold Bold Bold\"\n note_font_color 0xffffffff\n xpos 29\n ypos -812\n addUserKnob {20 CropBBox}\n addUserKnob {4 type l Type +INVISIBLE M {\"To Format\" \"To BBox\"}}\n addUserKnob {41 intersect T Crop6.intersect}\n addUserKnob {6 blackOutside l \"Black Outside\" -STARTLINE}\n addUserKnob {4 overscanType l \"Overscan Type:\" M {Pixels Percentage}}\n overscanType Percentage\n addUserKnob {14 overscan l Overscan +HIDDEN R 0 400}\n addUserKnob {14 overscanPercent l \"Overscan Percent\" R 1 4}\n overscanPercent 1.2\n addUserKnob {20 inputBbox l \"BBox Data\" n 1}\n addUserKnob {15 inputFormat l \"Input Format\"}\n inputFormat {0 0 {input.width} {input.height}}\n addUserKnob {15 inputBBox l \"Input BBox\"}\n inputBBox {{input.bbox.x} {input.bbox.y} {input.bbox.r} {input.bbox.t}}\n addUserKnob {12 outputBBoxCenter l OutputBBoxCenter}\n outputBBoxCenter {{OutputBBox1.outputBBoxCenter.w} {OutputBBox1.outputBBoxCenter.h}}\n addUserKnob {15 outputBBox l \"Output BBox\"}\n outputBBox {{OutputBBox1.OutputBBox} {OutputBBox1.OutputBBox} {OutputBBox1.OutputBBox} {OutputBBox1.OutputBBox}}\n addUserKnob {20 endGroup n -1}\n addUserKnob {20 info_1 l Info}\n addUserKnob {26 creator l Creator: T \"Tony Lyons\"}\n addUserKnob {26 desc l Description: t \"crop to inputformat\\n\\ndisplays values of input bbox\" T CropBBox}\n addUserKnob {26 ver l Version: T v02}\n }\n Input {\n inputs 0\n name Input\n xpos 261\n ypos 394\n }\n Dot {\n name Dot2\n note_font_size 41\n xpos 295\n ypos 462\n }\nset N96ff6530 [stack 0]\n Dot {\n name Dot1\n note_font_size 41\n xpos -160\n ypos 462\n }\nset N96ffa450 [stack 0]\npush $N96ff6530\n Crop {\n box {{curve} {curve} {input.width} {input.height}}\n crop {{parent.blackOutside}}\n name Crop6\n xpos 261\n ypos 510\n addUserKnob {20 User}\n addUserKnob {22 cropToBbox l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n }\nset N979022b0 [stack 0]\n Remove {\n operation keep\n channels none\n name Remove1\n xpos 120\n ypos 504\n }\nset N9790baa0 [stack 0]\n Transform {\n scale {{parent.overscanPercent} {parent.overscanPercent}}\n center {{input.bbox.r/2} {input.bbox.t/2}}\n shutteroffset centred\n name Transform1\n xpos 120\n ypos 555\n }\npush $N9790baa0\n AdjBBox {\n numpixels {{parent.overscan} {parent.overscan}}\n name AdjBBox1\n xpos -5\n ypos 510\n }\n Switch {\n inputs 2\n which {{overscanType}}\n name Switch2\n label \"\\[value which]\"\n xpos -5\n ypos 549\n }\n Merge2 {\n inputs 2\n bbox intersection\n Achannels {-rgba.red -rgba.green -rgba.blue rgba.alpha}\n Bchannels {-rgba.red -rgba.green -rgba.blue rgba.alpha}\n output {-rgba.red -rgba.green -rgba.blue rgba.alpha}\n name Merge1\n xpos -5\n ypos 647\n disable {{!parent.Crop6.intersect}}\n }\npush $N96ffa450\n CopyBBox {\n inputs 2\n name CopyBBox1\n xpos -194\n ypos 653\n }\n BlackOutside {\n name BlackOutside1\n xpos -194\n ypos 692\n disable {{!parent.blackOutside}}\n }\n Dot {\n name Dot4\n note_font_size 41\n xpos -160\n ypos 769\n }\npush $N979022b0\n Switch {\n inputs 2\n which {{\"overscanType == 0 ? overscan.w != 0 || overscan.h != 0 : overscanPercent.w != 1 || overscanPercent.h != 1 ? 1 : 0\"}}\n name Switch1\n label \"\\[value which]\"\n xpos 261\n ypos 759\n }\nset N97949ca0 [stack 0]\n Output {\n name Output1\n xpos 261\n ypos 921\n }\npush $N97949ca0\n NoOp {\n name OutputBBox1\n selected true\n xpos 378\n ypos 821\n addUserKnob {20 User}\n addUserKnob {15 OutputBBox l \"Output BBox\"}\n OutputBBox {{input.bbox.x} {input.bbox.y} {input.bbox.r} {input.bbox.t}}\n addUserKnob {14 outputBBoxCenter l \"Output BBox Center\" R 0 100}\n outputBBoxCenter {{OutputBBox.x+(OutputBBox.r-OutputBBox.x)/2} {OutputBBox.y+(OutputBBox.t-OutputBBox.y)/2}}\n }\n end_group\npush $N96fda100\n Merge2 {\n inputs 2\n name Merge4\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos -60\n ypos -748\n }\npush $N95b59000\n CopyBBox {\n inputs 2\n name CopyBBox1\n xpos -221\n ypos -748\n }\n Dot {\n name Dot22\n note_font_size 41\n xpos -187\n ypos 198\n }\n Merge2 {\n inputs 2\n operation copy\n bbox B\n Achannels none\n Bchannels none\n output none\n also_merge {{{parent.Remove1.channels}}}\n name Merge5\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos -221\n ypos 283\n }\n Dot {\n name Dot17\n label A\n note_font_size 41\n xpos -187\n ypos 675\n }\n Dot {\n name Dot7\n note_font_size 41\n xpos -187\n ypos 805\n }\npush $N95b59000\n Dot {\n name Dot2\n note_font_size 41\n xpos -588\n ypos -1062\n }\n Dot {\n name Dot18\n label B\n note_font_size 41\n xpos -588\n ypos 654\n }\n Dot {\n name Dot3\n note_font_size 41\n xpos -588\n ypos 895\n }\n Merge2 {\n inputs 2+1\n operation copy\n Achannels none\n Bchannels none\n output none\n also_merge all\n name MergeKeymix\n xpos -221\n ypos 888\n }\n Output {\n name Output1\n xpos -221\n ypos 1202\n }\n NoOp {\n inputs 0\n name MergeNumber\n xpos 202\n ypos -1145\n addUserKnob {20 User}\n addUserKnob {3 mergeNumber}\n mergeNumber {{\"output2 == 0 ? 25 : output2 == 1 ? 24 : output2 == 2 ? 22 : output2 == 3 ? 13 : output2 == 4 ? 24 : output2 == 5 ? 17 : 18\"}}\n }\n end_group\n Dot {\n name Dot40\n note_font_size 41\n xpos 1059\n ypos 1277\n }\nset N979a7e40 [stack 0]\n Grade {\n channels all\n white {{wrapAllAmount/10}}\n name GradeBgWrapAmount\n xpos 1025\n ypos 1399\n }\n Multiply {\n channels rgba\n value {{globalAmount}}\n name MultiplyGlobal1\n label \"\\[value value]\"\n xpos 1025\n ypos 1566\n }\n Dot {\n name Dot37\n label \"WRAP ALL\"\n note_font_size 61\n xpos 1059\n ypos 1692\n }\nset N979c1ed0 [stack 0]\n Dot {\n name Dot27\n note_font_size 41\n xpos 1059\n ypos 3062\n }\nset N979c5d80 [stack 0]\n Merge2 {\n inputs 2\n name Merge1\n xpos 1530\n ypos 3168\n }\n Shuffle {\n alpha white\n name Shuffle5\n tile_color 0xffffffff\n note_font_color 0xffffffff\n xpos 1530\n ypos 3216\n }\n Merge2 {\n inputs 2\n operation mask\n name Merge14\n xpos 1530\n ypos 3274\n }\npush $N96a58f50\npush $N979c5d80\n Shuffle {\n alpha white\n name Shuffle2\n tile_color 0xffffffff\n note_font_color 0xffffffff\n xpos 1025\n ypos 3158\n }\n Merge2 {\n inputs 2\n operation mask\n name Merge7\n xpos 1025\n ypos 3221\n }\npush $N96a55070\npush $N94ecbca0\n Shuffle {\n alpha white\n name Shuffle4\n tile_color 0xffffffff\n note_font_color 0xffffffff\n xpos 1708\n ypos 3020\n }\n Merge2 {\n inputs 2\n operation mask\n name Merge13\n xpos 1708\n ypos 3104\n }\npush $N96a88230\n Dot {\n name Dot21\n xpos 2349\n ypos 397\n }\n Shuffle {\n red alpha\n green alpha\n blue alpha\n name Shuffle3\n tile_color 0xffffffff\n label alpha\n note_font_size 21\n note_font_color 0xffffffff\n xpos 2315\n ypos 496\n }\n Dot {\n name Dot23\n xpos 2349\n ypos 3399\n }\npush $N979a7e40\n Dot {\n name Dot29\n note_font_size 41\n xpos 757\n ypos 1277\n }\nset N969baf30 [stack 0]\n Grade {\n channels rgba\n gamma {{parent.bleedColorFalloff_2}}\n name Grade1\n selected true\n xpos 724\n ypos 2638\n }\n Dot {\n name Dot33\n note_font_size 41\n xpos 758\n ypos 2835\n }\n Multiply {\n channels rgba\n value {{globalAmount}}\n name MultiplyGlobal2\n label \"\\[value value]\"\n xpos 297\n ypos 2828\n }\npush $N94eeae20\n Dot {\n name Dot38\n note_font_size 41\n xpos 438\n ypos 725\n }\nset N9692b6d0 [stack 0]\n Dot {\n name Dot2\n note_font_size 41\n xpos 439\n ypos 802\n }\nset N9692f600 [stack 0]\n Dot {\n name Dot17\n note_font_size 41\n xpos 334\n ypos 802\n }\n Dot {\n name Dot16\n note_font_size 41\n xpos 334\n ypos 1201\n }\npush $N9692f600\n Blur {\n size {{(width/13*parent.bleedColorSize*16*(ExponGlowWrapAll.aspectCalc.aspect.w/100))} {(height/13*parent.bleedColorSize*16*(ExponGlowWrapAll.aspectCalc.aspect.h/100))}}\n crop false\n name Blur6\n xpos 856\n ypos 874\n }\npush $N9692f600\n Blur {\n size {{(width/13*parent.bleedColorSize*8*(ExponGlowWrapAll.aspectCalc.aspect.w/100))} {(height/13*parent.bleedColorSize*8*(ExponGlowWrapAll.aspectCalc.aspect.h/100))}}\n crop false\n name Blur4\n xpos 743\n ypos 873\n }\npush $N9692f600\n Blur {\n size {{(width/15*parent.bleedColorSize*4*(ExponGlowWrapAll.aspectCalc.aspect.w/100))} {(height/15*parent.bleedColorSize*4*(ExponGlowWrapAll.aspectCalc.aspect.h/100))}}\n crop false\n name Blur3\n xpos 627\n ypos 874\n }\npush $N9692f600\n Blur {\n size {{(width/20*parent.bleedColorSize*2*(ExponGlowWrapAll.aspectCalc.aspect.w/100))} {(height/20*parent.bleedColorSize*2*(ExponGlowWrapAll.aspectCalc.aspect.h/100))}}\n crop false\n name Blur2\n xpos 515\n ypos 872\n }\npush $N9692f600\n Blur {\n size {{(width/25*parent.bleedColorSize*(ExponGlowWrapAll.aspectCalc.aspect.w/100))} {(height/25*parent.bleedColorSize*(ExponGlowWrapAll.aspectCalc.aspect.h/100))}}\n crop false\n name Blur1\n xpos 404\n ypos 871\n }\n Merge2 {\n inputs 2\n operation under\n bbox B\n name Merge2\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 404\n ypos 941\n }\n Merge2 {\n inputs 2\n operation under\n bbox B\n name Merge4\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 404\n ypos 999\n }\n Merge2 {\n inputs 2\n operation under\n bbox B\n name Merge8\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 404\n ypos 1049\n }\n Merge2 {\n inputs 2\n operation under\n bbox B\n name Merge12\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 404\n ypos 1087\n }\n Unpremult {\n name Unpremult2\n xpos 404\n ypos 1111\n }\n Blur {\n size {{(width/50*parent.bleedColorSize*10*(ExponGlowWrapAll.aspectCalc.aspect.w/100))} {(height/50*parent.bleedColorSize*10*(ExponGlowWrapAll.aspectCalc.aspect.h/100))}}\n crop false\n name Blur5\n xpos 404\n ypos 1151\n }\n CopyBBox {\n inputs 2\n name CopyBBox1\n xpos 404\n ypos 1198\n }\n Unpremult {\n name Unpremult5\n xpos 404\n ypos 2385\n }\n Colorspace {\n channels all\n colorspace_out HSV\n name Colorspace1\n xpos 404\n ypos 2456\n }\n Multiply {\n value {1 1 0 1}\n name Multiply5\n label \"\\[value value]\"\n xpos 404\n ypos 2532\n }\npush $N94ec7d30\npush $N979c1ed0\npush $N9692b6d0\n Dot {\n name Dot10\n xpos 201\n ypos 725\n }\n Clamp {\n minimum 0.001\n maximum 100\n name Clamp1\n xpos 167\n ypos 996\n }\n Dot {\n name Dot24\n xpos 201\n ypos 1517\n }\n Multiply {\n channels rgba\n value {{globalAmount}}\n name MultiplyGlobal\n label \"\\[value value]\"\n xpos 19\n ypos 1507\n }\npush $N969baf30\n Colorspace {\n channels all\n colorspace_out HSV\n name Colorspace6\n xpos -13\n ypos 1267\n }\n Multiply {\n value {1 1 0 1}\n name Multiply4\n label \"\\[value value]\"\n xpos -123\n ypos 1262\n }\npush $N96a494d0\n Remove {\n operation keep\n channels rgba\n name Remove1\n xpos -413\n ypos 594\n }\n Unpremult {\n channels all\n name Unpremult1\n xpos -407\n ypos 1094\n disable {{premultiplied*-1+1 x1 1}}\n }\nset N97c7e910 [stack 0]\n Dot {\n name Dot12\n xpos -226\n ypos 1101\n }\n Colorspace {\n channels all\n colorspace_out HSV\n name Colorspace5\n xpos -260\n ypos 1140\n }\n Multiply {\n value {0 0 1 1}\n name Multiply3\n label \"\\[value value]\"\n xpos -260\n ypos 1188\n }\n Merge2 {\n inputs 2\n operation plus\n Achannels none\n Bchannels none\n output none\n also_merge all\n name Merge3\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos -260\n ypos 1267\n }\n Colorspace {\n channels all\n colorspace_in HSV\n name Colorspace7\n xpos -260\n ypos 1327\n }\n Dot {\n name Dot36\n label \"BLEND EDGES\"\n note_font_size 45\n xpos -226\n ypos 1408\n }\npush $N97c7e910\n Dot {\n name Dot18\n note_font_size 41\n xpos -373\n ypos 1514\n }\nset N97cc7ba0 [stack 0]\n Merge2 {\n inputs 2+1\n operation copy\n bbox B\n Achannels none\n Bchannels none\n output none\n also_merge all\n mix {{blendEdgesAmount}}\n name Merge10\n xpos -260\n ypos 1507\n }\n Dot {\n name Dot22\n note_font_size 41\n xpos -226\n ypos 1588\n }\npush $N97cc7ba0\n Switch {\n inputs 2\n which {{\"blendEdgesAmount == 0 ? 0 : 1\"}}\n name Switch3\n xpos -407\n ypos 1585\n }\n Merge2 {\n inputs 2\n bbox B\n Achannels none\n Bchannels none\n output none\n also_merge all\n name Merge5\n xpos -407\n ypos 1685\n }\n Merge2 {\n inputs 2\n bbox B\n Achannels none\n Bchannels none\n output none\n also_merge all\n name Merge6\n xpos -407\n ypos 1791\n }\n Dot {\n name Dot34\n note_font_size 41\n xpos -373\n ypos 2417\n }\nset N97d02370 [stack 0]\n Colorspace {\n channels all\n colorspace_out HSV\n name Colorspace2\n xpos -81\n ypos 2410\n }\n Multiply {\n value {0 0 1 1}\n name Multiply6\n label \"\\[value value]\"\n xpos -81\n ypos 2458\n }\n Merge2 {\n inputs 2\n operation plus\n Achannels none\n Bchannels none\n output none\n also_merge all\n name Merge11\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos -81\n ypos 2537\n }\n Colorspace {\n channels all\n colorspace_in HSV\n name Colorspace8\n xpos -81\n ypos 2606\n }\npush $N97c7e910\n Dot {\n name Dot13\n xpos -579\n ypos 1101\n }\n Dot {\n name Dot14\n xpos -579\n ypos 2559\n }\npush $N97d02370\n Copy {\n inputs 2\n from0 rgba.alpha\n to0 rgba.alpha\n name Copy1\n xpos -407\n ypos 2552\n }\n Dot {\n name Dot6\n note_font_size 41\n xpos -373\n ypos 2649\n }\nset N97d543a0 [stack 0]\n Merge2 {\n inputs 2+1\n operation copy\n output {rgba.red rgba.green rgba.blue -rgba.alpha}\n mix {{bleedColorAmount}}\n name Merge9\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos -81\n ypos 2828\n }\npush $N97d543a0\n Switch {\n inputs 2\n which {{\"parent.bleedColorAmount== 0 ? 0 : 1\"}}\n name Switch2\n xpos -407\n ypos 2832\n }\n Premult {\n name Premult3\n xpos -407\n ypos 2983\n disable {{premultiplied*-1+1 i}}\n }\n Dot {\n name Dot19\n xpos -373\n ypos 3396\n }\n Switch {\n inputs 5\n which {{\"\\[value ls parent.outputView]\"}}\n name Switch1\n xpos 1708\n ypos 3395\n }\npush $N96a51190\n Dot {\n name Dot5\n note_font_size 41\n xpos -825\n ypos 3581\n }\n Merge2 {\n inputs 2+1\n operation copy\n also_merge all\n name MergeCopyLightWrapPro\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 1708\n ypos 3580\n }\n Output {\n name Output1\n xpos 1708\n ypos 3898\n }\nend_group\nDot {\n name Dot323\n selected true\n xpos -2967\n ypos 3339\n}\nDot {\n name Dot324\n note_font_size 41\n selected true\n xpos 3822\n ypos 3339\n}\nset N97d9eaf0 [stack 0]\nRemove {\n operation keep\n channels rgba\n name Remove37\n selected true\n xpos 3932\n ypos 3336\n}\npush $N97d9eaf0\nDot {\n name Dot326\n note_font_size 41\n selected true\n xpos 3822\n ypos 2826\n}\nDot {\n name Dot327\n note_font_size 41\n selected true\n xpos 3992\n ypos 2826\n}\nset N97dadd10 [stack 0]\nShuffle {\n in cleanplate\n name Shuffle42\n label \"\\[value in]\"\n selected true\n xpos 3958\n ypos 2885\n}\nDot {\n name Dot328\n note_font_size 41\n selected true\n xpos 3992\n ypos 3022\n}\npush $N97dadd10\nDot {\n name Dot329\n note_font_size 41\n selected true\n xpos 4122\n ypos 2826\n}\nShuffle {\n in GS\n name Shuffle43\n label \"\\[value in]\"\n selected true\n xpos 4088\n ypos 2886\n}\npush $N95f7f190\nDot {\n name Dot330\n selected true\n xpos 4243\n ypos 2469\n}\nDot {\n name Dot331\n note_font_size 41\n selected true\n xpos 4243\n ypos 2848\n}\nGroup {\n inputs 3\n name AdditiveKeyerPro\n tile_color 0x5200ff\n note_font \"Verdana Bold Bold\"\n note_font_color 0xffffffff\n selected true\n xpos 4209\n ypos 3019\n disable true\n addUserKnob {20 AdditiveKeyer}\n addUserKnob {6 useSC l \"Use Screen Color as CleanPlate\" +STARTLINE}\n addUserKnob {41 screenColor l \"Screen Color\" T Keylight1.screenColour}\n addUserKnob {6 despillSat l \"Despill Screen Color from Saturation?\" +STARTLINE}\n despillSat true\n addUserKnob {26 \"\"}\n addUserKnob {7 DarkValue l \"Dark Value\" R 0 5}\n DarkValue 1\n addUserKnob {7 satDarks l \"Saturate Darks\"}\n satDarks 0.2\n addUserKnob {18 darkTint l \"Dark Tint\"}\n darkTint 1\n addUserKnob {6 darkTint_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 darkTint_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {26 \"\"}\n addUserKnob {6 lightTint_panelDropped l \"panel dropped state\" +HIDDEN +STARTLINE}\n addUserKnob {7 ExtraLightValue l \"Light Value Plus\" R 0 2}\n ExtraLightValue 1\n addUserKnob {7 satLights l \"Saturate Lights\"}\n satLights 0.2\n addUserKnob {18 lightTint l \"Light Tint\"}\n lightTint 1\n addUserKnob {6 lightTint_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 lightTint_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {7 LightValue l \"Light Value BG Mult\" R 0 5}\n LightValue 0.25\n addUserKnob {26 \"\"}\n addUserKnob {6 darkTint_panelDropped_1_1_1_1_1_1_1_1_1_1_1_1_1_1_1_1 l \"panel dropped state\" +HIDDEN +STARTLINE}\n addUserKnob {6 lightTint_panelDropped_1_1_1_1_1_1_1_1_1_1_1_1 l \"panel dropped state\" +HIDDEN +STARTLINE}\n addUserKnob {6 compositeSwitch l \"Output Difference to RGB\" +STARTLINE}\n addUserKnob {6 outputDiffAlpha l \"Output Difference Matte to Alpha\" +STARTLINE}\n addUserKnob {26 \"\"}\n addUserKnob {41 maskChannelMask l mask T MergeKeymix.maskChannelMask}\n addUserKnob {41 inject -STARTLINE T MergeKeymix.inject}\n addUserKnob {41 invert_mask l invert -STARTLINE T MergeKeymix.invert_mask}\n addUserKnob {41 fringe -STARTLINE T MergeKeymix.fringe}\n addUserKnob {41 mix T MergeKeymix.mix}\n addUserKnob {20 info l Info}\n addUserKnob {26 creator l \"Modified By:\" T \"Tony Lyons\"}\n addUserKnob {26 desc l Description: t \"adds the difference between cleanplate and key plate to the BG\\n\\nGood for hair details and shadows and sensitive edge treatment\" T AdditiveKeyer}\n addUserKnob {26 ver l Version: T v04}\n}\n Input {\n inputs 0\n name Inputmask\n xpos 685\n ypos 1141\n number 3\n }\n Dot {\n name Dot10\n label Mask\n note_font_size 41\n xpos 719\n ypos 1883\n }\n Dot {\n name Dot11\n note_font_size 41\n xpos 719\n ypos 1983\n }\n Input {\n inputs 0\n name fg\n label \"\\[value number]\"\n xpos -500\n ypos -221\n number 1\n }\n Remove {\n channels alpha\n name Remove2\n xpos -500\n ypos -147\n }\n AddChannels {\n channels rgba\n name AddChannels2\n xpos -500\n ypos -109\n }\n Dot {\n name Dot26\n note_font_size 41\n xpos -466\n ypos 5\n }\nset N98653ff0 [stack 0]\n OFXuk.co.thefoundry.keylight.keylight_v201 {\n show \"Final Result\"\n unPreMultiply false\n screenColour {0 0 0}\n screenGain 1\n screenBalance 0.5\n alphaBias {0.5 0.5 0.5}\n despillBias {0.5 0.5 0.5}\n gangBiases true\n preBlur 0\n \"Screen Matte\" 0\n screenClipMin 0\n screenClipMax 1\n screenClipRollback 0\n screenGrowShrink 0\n screenSoftness 0\n screenDespotBlack 0\n screenDespotWhite 0\n screenReplaceMethod \"Soft Colour\"\n screenReplaceColour {0.5 0.5 0.5}\n Tuning 0\n midPoint 0.5\n lowGain 1\n midGain 1\n highGain 1\n \"Inside Mask\" 0\n sourceAlphaHandling Ignore\n insideReplaceMethod \"Soft Colour\"\n insideReplaceColour {0.5 0.5 0.5}\n Crops 0\n SourceXMethod Colour\n SourceYMethod Colour\n SourceEdgeColour 0\n SourceCropL 0\n SourceCropR 1\n SourceCropB 0\n SourceCropT 1\n balanceSet false\n insideComponent None\n outsideComponent None\n cacheBreaker true\n name Keylight1\n xpos -500\n ypos 73\n }\nset N98657da0 [stack 0]\npush $N98653ff0\n Dot {\n name Dot27\n note_font_size 41\n xpos -356\n ypos 5\n }\n Merge2 {\n inputs 2\n operation from\n name Merge3\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos -390\n ypos 73\n }\n Clamp {\n channels rgba\n name Clamp1\n xpos -390\n ypos 99\n }\n Saturation {\n saturation 0\n name Saturation4\n xpos -390\n ypos 125\n }\npush $N98657da0\n Merge2 {\n inputs 2\n operation plus\n name Merge7\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos -500\n ypos 125\n }\npush $N98653ff0\n Dot {\n name Dot30\n note_font_size 41\n xpos -598\n ypos 5\n }\n Dot {\n name Dot31\n note_font_size 41\n xpos -598\n ypos 218\n }\n Switch {\n inputs 2\n which {{parent.despillSat}}\n name DespillSwitch1\n label \"\\[value which]\"\n xpos -500\n ypos 208\n }\n Dot {\n name Dot8\n xpos -466\n ypos 373\n }\nset N986f71d0 [stack 0]\n Input {\n inputs 0\n name clean\n label \"\\[value number]\"\n xpos 126\n ypos -175\n number 2\n }\n Remove {\n channels alpha\n name Remove3\n xpos 126\n ypos -101\n }\n AddChannels {\n channels rgba\n name AddChannels1\n xpos 126\n ypos -63\n }\n Grade {\n multiply 0\n add {{parent.Keylight1.screenColour} {parent.Keylight1.screenColour} {parent.Keylight1.screenColour} {parent.Keylight1.screenColour}}\n name ScreenColor\n xpos 126\n ypos -14\n disable {{!parent.useSC}}\n }\n Dot {\n name Dot28\n note_font_size 41\n xpos 160\n ypos 50\n }\nset N98b170d0 [stack 0]\n OFXuk.co.thefoundry.keylight.keylight_v201 {\n show \"Final Result\"\n unPreMultiply false\n screenColour {{parent.Keylight1.screenColour x1 0} {parent.Keylight1.screenColour x1 0} {parent.Keylight1.screenColour x1 0}}\n screenGain 1\n screenBalance 0.5\n alphaBias {0.5 0.5 0.5}\n despillBias {0.5 0.5 0.5}\n gangBiases true\n preBlur 0\n \"Screen Matte\" 0\n screenClipMin 0\n screenClipMax 1\n screenClipRollback 0\n screenGrowShrink 0\n screenSoftness 0\n screenDespotBlack 0\n screenDespotWhite 0\n screenReplaceMethod \"Soft Colour\"\n screenReplaceColour {0.5 0.5 0.5}\n Tuning 0\n midPoint 0.5\n lowGain 1\n midGain 1\n highGain 1\n \"Inside Mask\" 0\n sourceAlphaHandling Ignore\n insideReplaceMethod \"Soft Colour\"\n insideReplaceColour {0.5 0.5 0.5}\n Crops 0\n SourceXMethod Colour\n SourceYMethod Colour\n SourceEdgeColour 0\n SourceCropL 0\n SourceCropR 1\n SourceCropB 0\n SourceCropT 1\n balanceSet false\n insideComponent None\n outsideComponent None\n cacheBreaker true\n name Keylight2\n xpos 126\n ypos 118\n }\nset N98b1afc0 [stack 0]\npush $N98b170d0\n Dot {\n name Dot29\n note_font_size 41\n xpos 270\n ypos 50\n }\n Merge2 {\n inputs 2\n operation from\n name Merge8\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 236\n ypos 118\n }\n Clamp {\n channels rgba\n name Clamp2\n xpos 236\n ypos 144\n }\n Saturation {\n saturation 0\n name Saturation5\n xpos 236\n ypos 170\n }\npush $N98b1afc0\n Merge2 {\n inputs 2\n operation plus\n name Merge9\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 126\n ypos 170\n }\npush $N98b170d0\n Dot {\n name Dot33\n note_font_size 41\n xpos 28\n ypos 50\n }\n Dot {\n name Dot34\n note_font_size 41\n xpos 28\n ypos 230\n }\n Switch {\n inputs 2\n which {{parent.despillSat}}\n name DespillSwitch2\n label \"\\[value which]\"\n xpos 126\n ypos 223\n }\n Dot {\n name Dot35\n note_font_size 41\n xpos 160\n ypos 320\n }\nset N98be4950 [stack 0]\n Dot {\n name Dot6\n xpos 412\n ypos 320\n }\n Merge2 {\n inputs 2\n operation difference\n Achannels rgb\n Bchannels rgb\n name Merge6\n xpos 378\n ypos 370\n }\n Group {\n name ChannelControl_v3\n label \"\\[value channel_selector.in]\"\n note_font \"Bitstream Vera Sans\"\n xpos 378\n ypos 440\n mapsize {0.15 0.15}\n addUserKnob {20 channelControl}\n addUserKnob {41 Channel_Selection T channel_selector.in}\n addUserKnob {26 Description l \"\" +STARTLINE T \":Channel Control:\\n\\nChannel math with choice of merge operation\"}\n addUserKnob {26 \"\"}\n addUserKnob {7 redGain}\n redGain 0.3\n addUserKnob {7 greenGain}\n greenGain 0.59\n addUserKnob {7 blueGain}\n blueGain 0.11\n addUserKnob {7 alphaGain}\n addUserKnob {41 operation T Merge1.operation}\n }\n Input {\n inputs 0\n name Input1\n xpos 558\n ypos -694\n }\n Shuffle {\n name channel_selector\n label \"\\[value in]\"\n xpos 558\n ypos -668\n }\nset N98c089b0 [stack 0]\n Shuffle {\n green red\n blue red\n alpha red\n name Shuffle1\n xpos 386\n ypos -536\n }\n Grade {\n channels rgba\n white {{parent.redGain i}}\n name Grade12\n xpos 386\n ypos -492\n }\npush $N98c089b0\n Shuffle {\n red green\n blue green\n alpha green\n name Shuffle2\n xpos 499\n ypos -534\n }\n Grade {\n channels rgba\n white {{parent.greenGain i}}\n name Grade13\n xpos 499\n ypos -493\n }\n Merge2 {\n inputs 2\n operation plus\n name Merge1\n xpos 411\n ypos -428\n }\n set C98c493b0 [stack 0]\npush $N98c089b0\n Shuffle {\n red blue\n green blue\n alpha blue\n name Shuffle3\n xpos 610\n ypos -538\n }\n Grade {\n channels rgba\n white {{parent.blueGain i}}\n name Grade14\n xpos 610\n ypos -494\n }\nclone $C98c493b0 {\n inputs 2\n xpos 486\n ypos -369\n selected false\n }\npush $N98c089b0\n Shuffle {\n red alpha\n green alpha\n blue alpha\n name Shuffle4\n selected true\n xpos 725\n ypos -535\n }\n Grade {\n channels rgba\n white {{parent.alphaGain i}}\n name Grade15\n xpos 725\n ypos -494\n }\nclone $C98c493b0 {\n inputs 2\n xpos 580\n ypos -307\n selected false\n }\n Output {\n name Output1\n xpos 600\n ypos -210\n }\n end_group\n Dot {\n name Dot14\n note_font_size 41\n xpos 412\n ypos 1768\n }\n Input {\n inputs 0\n name bg\n label \"\\[value number]\"\n xpos -845\n ypos -242\n }\n AddChannels {\n channels rgba\n name AddChannels3\n xpos -845\n ypos -151\n }\n Dot {\n name Dot9\n note_font_size 41\n xpos -811\n ypos -78\n }\n Dot {\n name Dot4\n xpos -811\n ypos 1449\n }\nset N98cbb5f0 [stack 0]\n Dot {\n name Dot13\n note_font_size 41\n xpos -811\n ypos 1688\n }\nset N98cbf4d0 [stack 0]\npush $N986f71d0\n Dot {\n name Dot2\n note_font_size 41\n xpos -466\n ypos 421\n }\nset N98cc33a0 [stack 0]\n Saturation {\n saturation {{parent.satDarks}}\n name Saturation9\n xpos -378\n ypos 418\n }\npush $N98be4950\n Saturation {\n saturation {{parent.satDarks}}\n name Saturation8\n xpos -215\n ypos 317\n }\n Merge2 {\n inputs 2\n operation divide\n name Merge5\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos -215\n ypos 418\n }\n Dot {\n name Dot38\n note_font_size 41\n xpos -181\n ypos 674\n }\n Clamp {\n channels rgba\n minimum 1\n minimum_enable false\n name Clamp4\n xpos -215\n ypos 786\n }\n Add {\n channels rgba\n value -1\n name Add3\n xpos -215\n ypos 840\n }\n Multiply {\n channels rgb\n value {{parent.DarkValue} {parent.DarkValue} {parent.DarkValue} 0}\n name DARK_VALUE\n xpos -215\n ypos 892\n }\n Grade {\n multiply {{parent.darkTint} {parent.darkTint} {parent.darkTint} {parent.darkTint}}\n reverse true\n black_clamp false\n name DARK_TINT\n xpos -215\n ypos 931\n }\n Add {\n channels rgba\n value 1\n name Add4\n xpos -215\n ypos 988\n }\n Clamp {\n channels rgb\n name Clamp5\n xpos -215\n ypos 1065\n }\n Dot {\n name Dot39\n note_font_size 41\n xpos -181\n ypos 1257\n }\npush $N98cc33a0\n Dot {\n name Dot36\n note_font_size 41\n xpos -466\n ypos 577\n }\n Saturation {\n saturation {{parent.satLights}}\n name Saturation1\n xpos -101\n ypos 574\n }\nset N9856b6f0 [stack 0]\npush $N98be4950\n Saturation {\n saturation {{parent.satLights}}\n name Saturation6\n xpos 126\n ypos 500\n }\nset N98575c80 [stack 0]\n Merge2 {\n inputs 2\n operation divide\n also_merge all\n name Merge10\n label all\n xpos 126\n ypos 568\n }\n Clamp {\n channels rgba\n minimum 1\n maximum_enable false\n name Clamp3\n xpos 126\n ypos 780\n }\n Add {\n channels rgba\n value -1\n name Add1\n xpos 126\n ypos 838\n }\n Multiply {\n channels rgb\n value {{parent.LightValue} {parent.LightValue} {parent.LightValue} 0}\n name LIGHT_VALUE\n xpos 126\n ypos 961\n }\n Multiply {\n channels rgb\n value {{parent.lightTint.r} {parent.lightTint.g} {parent.lightTint.b} 0}\n name LIGHT_TINT\n xpos 126\n ypos 1039\n }\n Add {\n channels rgba\n value 1\n name Add2\n xpos 126\n ypos 1120\n }\n Merge2 {\n inputs 2\n operation multiply\n Achannels rgb\n Bchannels rgb\n output rgb\n name __CONSTRAIN_DARKS__\n xpos 128\n ypos 1253\n }\n Dot {\n name Dot19\n note_font_size 41\n xpos 162\n ypos 1354\n }\nset N985d4310 [stack 0]\n Dot {\n name Dot3\n xpos -8\n ypos 1354\n }\n Dot {\n name Dot16\n note_font_size 41\n xpos -8\n ypos 1611\n }\npush $N98575c80\n Dot {\n name Dot7\n note_font_size 41\n xpos 310\n ypos 503\n }\npush $N9856b6f0\n Dot {\n name Dot5\n note_font_size 41\n xpos -67\n ypos 691\n }\n Merge2 {\n inputs 2\n operation from\n name Merge1\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 276\n ypos 688\n }\n Clamp {\n channels rgba\n maximum_enable false\n name Clamp6\n xpos 276\n ypos 781\n }\n Multiply {\n channels rgba\n value {{parent.ExtraLightValue}}\n name Multiply1\n label \"\\[value value]\"\n xpos 276\n ypos 899\n }\n Multiply {\n channels rgb\n value {{parent.lightTint.r} {parent.lightTint.g} {parent.lightTint.b} 0}\n name LIGHT_TINT1\n xpos 276\n ypos 1036\n }\n Dot {\n name Dot15\n note_font_size 41\n xpos 310\n ypos 1513\n }\npush $N985d4310\n Dot {\n name Dot1\n note_font_size 41\n xpos 162\n ypos 1449\n }\npush $N98cbb5f0\n Merge2 {\n inputs 2\n operation multiply\n Achannels rgb\n Bchannels rgb\n output rgb\n name CONSTRAIN_LIGHTS\n xpos 128\n ypos 1446\n }\n Merge2 {\n inputs 2\n operation plus\n output rgb\n name Merge2\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 128\n ypos 1510\n }\n Switch {\n inputs 2\n which {{parent.compositeSwitch}}\n name Switch1\n label \"\\[value which]\"\n xpos 128\n ypos 1604\n }\n Copy {\n inputs 2\n from0 rgba.alpha\n to0 rgba.alpha\n name Copy1\n xpos 128\n ypos 1678\n disable {{parent.outputDiffAlpha}}\n }\n Copy {\n inputs 2\n from0 rgba.blue\n to0 rgba.alpha\n name __LUMA_INTO_ALPHA__\n xpos 128\n ypos 1758\n disable {{!parent.outputDiffAlpha}}\n }\n Dot {\n name Dot17\n label A\n note_font_size 41\n xpos 162\n ypos 1910\n }\npush $N98cbf4d0\n Dot {\n name Dot18\n label B\n note_font_size 41\n xpos -811\n ypos 1895\n }\n Dot {\n name Dot12\n note_font_size 41\n xpos -811\n ypos 1986\n }\n Merge2 {\n inputs 2+1\n operation copy\n bbox B\n Achannels none\n Bchannels none\n output none\n also_merge rgba\n name MergeKeymix\n xpos 128\n ypos 1973\n }\n Output {\n name Output1\n xpos 128\n ypos 2235\n }\nend_group\nMerge2 {\n inputs 2\n bbox B\n name Merge51\n selected true\n xpos 4209\n ypos 3336\n}\nDot {\n name Dot332\n selected true\n xpos 4243\n ypos 3859\n}\npush $N97d9eaf0\nShuffle {\n in GS\n name Shuffle44\n label \"\\[value in]\"\n selected true\n xpos 3788\n ypos 3552\n}\nDot {\n name Dot333\n label \"Key\\nQC \"\n note_font_size 100\n selected true\n xpos 3822\n ypos 3697\n}\npush $N95cb1e90\nDot {\n name Dot334\n selected true\n xpos 1263\n ypos -4004\n}\nRemove {\n operation keep\n channels rgb\n name Remove38\n selected true\n xpos 1229\n ypos -3876\n}\nDot {\n name Dot335\n note_font_size 41\n selected true\n xpos 1263\n ypos -3659\n}\npush $N94dc52f0\npush $N94d07a10\nMerge2 {\n inputs 2\n operation plus\n name Merge52\n label \"test lunimance match\"\n selected true\n xpos -2646\n ypos -2848\n}\nDot {\n name Dot336\n label test\n note_font_size 41\n selected true\n xpos -2612\n ypos -2766\n}\n" }, { "path": "NukeSurvivalToolkit/nk_files/NST_AdvancedKeyingTemplate_Stamps.nk", "content": "set cut_paste_input [stack 0]\nBackdropNode {\n inputs 0\n name BackdropNode4\n tile_color 0x3b4245ff\n label \"Advanced Keying Template\"\n note_font_size 200\n note_font_color 0xffffffff\n selected true\n xpos -3788\n ypos -5888\n bdwidth 8480\n bdheight 9896\n z_order -2\n}\nBackdropNode {\n inputs 0\n name BackdropNode100\n tile_color 0x667c7c00\n label \"BG Element\"\n note_font_size 60\n note_font_color 0xffffffff\n selected true\n xpos 5942\n ypos -4884\n bdwidth 610\n bdheight 387\n}\nBackdropNode {\n inputs 0\n name BackdropNode101\n tile_color 0x374935ff\n label \"Green\\nScreen Footage\"\n note_font_size 112\n selected true\n xpos -1416\n ypos -5551\n bdwidth 1208\n bdheight 847\n}\nBackdropNode {\n inputs 0\n name BackdropNode102\n tile_color 0x5c5539ff\n label \"Edge Matte\"\n note_font_size 140\n note_font_color 0xffffffff\n selected true\n xpos 1460\n ypos -3732\n bdwidth 1411\n bdheight 2103\n}\nBackdropNode {\n inputs 0\n name BackdropNode103\n tile_color 0x61454f00\n label Cleanplate\n note_font_size 140\n note_font_color 0xffffffff\n selected true\n xpos 3043\n ypos -3729\n bdwidth 1026\n bdheight 1464\n}\nBackdropNode {\n inputs 0\n name BackdropNode105\n tile_color 0x6b506800\n label \"inject alpha\"\n note_font_size 60\n note_font_color 0xffffffff\n selected true\n xpos -1108\n ypos -766\n bdwidth 514\n bdheight 240\n}\nBackdropNode {\n inputs 0\n name BackdropNode106\n tile_color 0x5a3f6200\n label \"inject cleanplate\"\n note_font_size 60\n note_font_color 0xffffffff\n selected true\n xpos -1110\n ypos -470\n bdwidth 511\n bdheight 299\n}\nBackdropNode {\n inputs 0\n name BackdropNode107\n tile_color 0x5b7179ff\n label \"exponentially blurring inwards\\nfor blending the core/edge despills\"\n note_font_size 26\n note_font_color 0xffffffff\n selected true\n xpos 205\n ypos -1827\n bdwidth 420\n bdheight 275\n}\nBackdropNode {\n inputs 0\n name BackdropNode109\n tile_color 0x4e6689ff\n label \"Color Corrections\"\n note_font_size 50\n note_font_color 0xffffffff\n selected true\n xpos -1202\n ypos 32\n bdwidth 433\n bdheight 480\n}\nBackdropNode {\n inputs 0\n name BackdropNode110\n tile_color 0x666d6500\n label LightWrap\n note_font_size 60\n note_font_color 0xffffffff\n selected true\n xpos -1153\n ypos 3233\n bdwidth 719\n bdheight 391\n}\nBackdropNode {\n inputs 0\n name BackdropNode111\n tile_color 0x47633eff\n label \"Additive Keyer\"\n note_font_size 60\n note_font_color 0xffffffff\n selected true\n xpos 5841\n ypos 3655\n bdwidth 665\n bdheight 399\n}\nBackdropNode {\n inputs 0\n name BackdropNode112\n tile_color 0x6a5353ff\n label \"Keep Util Channels\"\n note_font_size 60\n note_font_color 0xffffffff\n selected true\n xpos -1512\n ypos -1163\n bdwidth 634\n bdheight 344\n}\nBackdropNode {\n inputs 0\n name BackdropNode113\n tile_color 0x535a6bff\n label \"Comine Despill\"\n note_font_size 60\n note_font_color 0xffffffff\n selected true\n xpos -1494\n ypos -1897\n bdwidth 1009\n bdheight 557\n}\nBackdropNode {\n inputs 0\n name BackdropNode114\n tile_color 0x687675ff\n label premult\n note_font_size 60\n note_font_color 0xffffffff\n selected true\n xpos -1074\n ypos 2911\n bdwidth 160\n bdheight 160\n}\nBackdropNode {\n inputs 0\n name BackdropNode18\n tile_color 0x4c5e5bff\n label \"Making BG Stamp\\nfor BG Blend and Lightwrap\"\n note_font_size 60\n note_font_color 0xffffffff\n selected true\n xpos 5874\n ypos 3257\n bdwidth 736\n bdheight 282\n}\nBackdropNode {\n inputs 0\n name BackdropNode49\n tile_color 0x808080ff\n label \"Output Stamps\"\n note_font_size 60\n note_font_color 0xffffffff\n selected true\n xpos -1071\n ypos 1334\n bdwidth 922\n bdheight 305\n}\nBackdropNode {\n inputs 0\n name BackdropNode63\n tile_color 0x503d4600\n label \"test BG\"\n note_font_size 60\n note_font_color 0xffffffff\n selected true\n xpos 5779\n ypos -5945\n bdwidth 643\n bdheight 492\n}\nBackdropNode {\n inputs 0\n name BackdropNode72\n tile_color 0x4e3f6800\n label \"GS Plate (transformed)\\nfor QC comparison\"\n note_font_size 30\n note_font_color 0xffffffff\n selected true\n xpos 5719\n ypos 4324\n bdwidth 350\n bdheight 243\n}\nBackdropNode {\n inputs 0\n name BackdropNode94\n tile_color 0x645c38ff\n label \"BG despill edge blending\"\n note_font_size 62\n note_font_color 0xffffffff\n selected true\n xpos -1311\n ypos 1815\n bdwidth 1601\n bdheight 854\n}\nBackdropNode {\n inputs 0\n name BackdropNode95\n tile_color 0x39525cff\n label \"Core Despill\"\n note_font_size 140\n note_font_color 0xffffffff\n selected true\n xpos -2867\n ypos -3655\n bdwidth 1205\n bdheight 1295\n}\nBackdropNode {\n inputs 0\n name BackdropNode96\n tile_color 0x4b6648ff\n label \"creating GS channel\\nfor review at bottom of key\"\n note_font_size 42\n note_font_color 0xffffffff\n selected true\n xpos -1221\n ypos -4584\n bdwidth 554\n bdheight 462\n}\nBackdropNode {\n inputs 0\n name BackdropNode97\n tile_color 0x472e5500\n label Transforms\n note_font_size 60\n note_font_color 0xffffffff\n selected true\n xpos -1223\n ypos 641\n bdwidth 478\n bdheight 481\n}\nBackdropNode {\n inputs 0\n name BackdropNode98\n tile_color 0x39525cff\n label \"Core Matte\"\n note_font_size 140\n note_font_color 0xffffffff\n selected true\n xpos 289\n ypos -3716\n bdwidth 1097\n bdheight 1475\n}\nBackdropNode {\n inputs 0\n name BackdropNode99\n tile_color 0x5c5539ff\n label \"Edge Despill\"\n note_font_size 140\n note_font_color 0xffffffff\n selected true\n xpos -1508\n ypos -3680\n bdwidth 1485\n bdheight 1364\n}\npush $cut_paste_input\nRoto {\n output alpha\n cliptype none\n curves {{{v x3f99999a}\n {f 0}\n {n\n {layer Root\n {f 2097152}\n {t x44800000 x44070000}\n {a pt1x 0 pt1y 0 pt2x 0 pt2y 0 pt3x 0 pt3y 0 pt4x 0 pt4y 0 ptex00 0 ptex01 0 ptex02 0 ptex03 0 ptex10 0 ptex11 0 ptex12 0 ptex13 0 ptex20 0 ptex21 0 ptex22 0 ptex23 0 ptex30 0 ptex31 0 ptex32 0 ptex33 0 ptof1x 0 ptof1y 0 ptof2x 0 ptof2y 0 ptof3x 0 ptof3y 0 ptof4x 0 ptof4y 0 pterr 0 ptrefset 0 ptmot x40800000 ptref 0}\n {curvegroup Ellipse1 512 bezier\n {{cc\n {f 8192}\n {px x447ec000\n {xc227e500 0}\n {x44750000 x44500000}\n {x4227e500 0}\n {0 xc2a379f0}\n {x44840000 x44750000}\n {0 x42a379f0}\n {x4227e500 0}\n {x44750000 x448d0000}\n {xc227e500 0}\n {0 x42a379f0}\n {x44620000 x44750000}\n {0 xc2a379f0}}}\n {cc\n {f 8192}\n {p\n {{{x447ec000 xc227e500}}\n {{x447ec000 0}}}\n {{{x447ec000 0}}\n {{x447ec000 0}}}\n {{{x447ec000 x4227e500}}\n {{x447ec000 0}}}\n {{{x447ec000 0}}\n {{x447ec000 xc2a379f0}}}\n {{{x447ec000 0}}\n {{x447ec000 0}}}\n {{{x447ec000 0}}\n {{x447ec000 x42a379f0}}}\n {{{x447ec000 x4227e500}}\n {{x447ec000 0}}}\n {{{x447ec000 0}}\n {{x447ec000 0}}}\n {{{x447ec000 xc227e500}}\n {{x447ec000 0}}}\n {{{x447ec000 0}}\n {{x447ec000 x42a379f0}}}\n {{{x447ec000 0}}\n {{x447ec000 0}}}\n {{{x447ec000 0}}\n {{x447ec000 xc2a379f0}}}}}}\n {tx x447ec000 x44750000 x44750000}\n {a osw x41200000 osf 0 str 1 spx x44800000 spy x44070000 sb 1 ltn x447ec000 ltm x447ec000 tt x40e00000}}}}}}\n toolbox {selectAll {\n { selectAll str 1 ssx 1 ssy 1 sf 1 }\n { createBezier str 1 ssx 1 ssy 1 sf 1 sb 1 tt 4 }\n { createBezierCusped str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createBSpline str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createEllipse str 1 ssx 1 ssy 1 sf 1 sb 1 tt 7 }\n { createRectangle str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createRectangleCusped str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { brush str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { eraser src 2 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { clone src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { reveal src 3 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { dodge src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { burn src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { blur src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { sharpen src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { smear src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n} }\n toolbar_brush_hardness 0.200000003\n toolbar_source_transform_scale {1 1}\n toolbar_source_transform_center {1024 540}\n colorOverlay {0 0 0 0}\n lifetime_type \"all frames\"\n lifetime_start 1019\n lifetime_end 1019\n motionblur_shutter_offset_type centred\n source_black_outside true\n name Roto14\n selected true\n xpos 5999\n ypos -5713\n}\nBlur {\n size 100\n name Blur2\n label \"\\[value size]\"\n selected true\n xpos 5999\n ypos -5653\n}\nConstant {\n inputs 0\n channels rgb\n color {2.960000038 2.999999762 3.039999962 12}\n name Constant1\n selected true\n xpos 5855\n ypos -5603\n}\nCheckerBoard2 {\n inputs 0\n name CheckerBoard1\n selected true\n xpos 6176\n ypos -5879\n}\nGrade {\n multiply 0.105\n name Grade1\n selected true\n xpos 6176\n ypos -5767\n}\nKeymix {\n inputs 3\n channels rgba\n name Keymix1\n selected true\n xpos 6176\n ypos -5579\n disable true\n}\nDot {\n name Dot5\n label BG_ELEMENT\n note_font_size 51\n selected true\n xpos 6210\n ypos -4622\n}\nDot {\n name Dot6\n label BG\n note_font_size 71\n selected true\n xpos 6210\n ypos 3444\n}\nset N607a5d00 [stack 0]\nNoOp {\n name Anchor_3cad2b60ea\n help \"Stamps by Adrian Pueyo and Alexey Kuchinski.\\nUpdated Sep 27 2019\"\n onCreate \"if nuke.GUI:\\n try:\\n import stamps; stamps.anchorOnCreate()\\n except:\\n pass\"\n knobChanged stamps.anchorKnobChanged()\n autolabel \"nuke.thisNode().knob(\\\"title\\\").value()\"\n tile_color 0xffffff01\n note_font_size 20\n selected true\n xpos 6004\n ypos 3436\n addUserKnob {20 anchor_tab l \"Anchor Stamp\"}\n addUserKnob {26 identifier -STARTLINE +HIDDEN T anchor}\n addUserKnob {1 title l Title: t \"Displayed name on the Node Graph for this Stamp and its Anchor.\\nIMPORTANT: This is only for display purposes, and is different from the real/internal name of the Stamps.\"}\n title \"BG Before Key\"\n addUserKnob {26 prev_title l \"\" +STARTLINE +HIDDEN T \"BG Before Key\"}\n addUserKnob {26 prev_name l \"\" +STARTLINE +HIDDEN T Anchor_3cad2b60ea}\n addUserKnob {3 showing l \"\" +STARTLINE +HIDDEN}\n addUserKnob {1 tags l Tags t \"Comma-separated tags you can define for each Anchor, that will help you find it when invoking the Stamp Selector by pressing the Stamps shortkey with nothing selected.\"}\n tags 2D,\n addUserKnob {26 line1 l \"\" +STARTLINE}\n addUserKnob {26 stamps_label l Stamps: T \" \"}\n addUserKnob {22 createStamp l new t \"Create a new Stamp for this Anchor.\" -STARTLINE T stamps.stampCreateWired(nuke.thisNode())}\n addUserKnob {22 selectStamps l select t \"Reconnect all of this Anchor's Stamps.\" -STARTLINE T stamps.wiredSelectSimilar(nuke.thisNode().name())}\n addUserKnob {22 reconnectStamps l reconnect -STARTLINE T stamps.anchorReconnectWired()}\n addUserKnob {22 zoomNext l \"zoom next\" t \"Navigate to this Anchor's next Stamp on the Node Graph.\" -STARTLINE T stamps.wiredZoomNext(nuke.thisNode().name())}\n addUserKnob {26 line2 l \"\" +STARTLINE}\n addUserKnob {22 buttonHelp l Help -STARTLINE T stamps.showHelp()}\n addUserKnob {26 version l \" \" t \"Stamps by Adrian Pueyo and Alexey Kuchinski.\\nUpdated Sep 27 2019.\" -STARTLINE T \" Stamps v1.0\"}\n}\nset N607a5600 [stack 0]\nNoOp {\n name Stamp43\n help \"Stamps by Adrian Pueyo and Alexey Kuchinski.\\nUpdated Sep 27 2019\"\n onCreate \"if nuke.GUI:\\n try:\\n import stamps; stamps.wiredOnCreate()\\n except:\\n pass\\n\"\n knobChanged \"import stamps; stamps.wiredKnobChanged()\"\n autolabel \"nuke.thisNode().knob(\\\"title\\\").value()\"\n tile_color 0x1000001\n note_font \"Bitstream Vera Sans\"\n note_font_size 20\n selected true\n xpos -730\n ypos 3331\n hide_input true\n addUserKnob {20 wired_tab l \"Wired Stamp\"}\n addUserKnob {26 identifier -STARTLINE +HIDDEN T wired}\n addUserKnob {3 lockCallbacks l \"\" +STARTLINE +HIDDEN}\n addUserKnob {6 toReconnect -STARTLINE +HIDDEN}\n addUserKnob {1 title l Title: t \"Displayed name on the Node Graph for this Stamp and its Anchor.\\nIMPORTANT: This is only for display purposes, and is different from the real/internal name of the Stamps.\"}\n title \"BG Before Key\"\n addUserKnob {26 prev_title l \"\" +STARTLINE +HIDDEN T \"BG Before Key\"}\n addUserKnob {26 tags l Tags: t \"Tags of this stamp's Anchor, for information purpose only.\\nClick \\\"show anchor\\\" to change them.\" T 2D}\n addUserKnob {26 backdrops l Backdrops: t \"Labels of backdrop nodes which contain this stamp's Anchor.\" +HIDDEN T \" \"}\n addUserKnob {26 line1 l \"\" +STARTLINE}\n addUserKnob {26 anchor_label l Anchor: T \" \"}\n addUserKnob {22 show_anchor l \" show anchor \" t \"Show the properties panel for this Stamp's Anchor.\" -STARTLINE T stamps.wiredShowAnchor()}\n addUserKnob {22 zoom_anchor l \"zoom anchor\" t \"Navigate to this Stamp's Anchor on the Node Graph.\" -STARTLINE T stamps.wiredZoomAnchor()}\n addUserKnob {26 stamps_label l Stamps: T \" \"}\n addUserKnob {22 zoomNext l \" zoom next \" t \"Navigate to this Stamp's next sibling on the Node Graph.\" -STARTLINE T stamps.wiredZoomNext()}\n addUserKnob {22 selectSimilar l \" select similar \" t \"Select all similar Stamps to this one on the Node Graph.\" -STARTLINE T stamps.wiredSelectSimilar()}\n addUserKnob {26 space_1 l \"\" +STARTLINE T \" \"}\n addUserKnob {26 reconnect_label l Reconnect: t \"Reconnect by the stored Anchor name.\" T \" \"}\n addUserKnob {22 reconnect_this l this t \"Reconnect this Stamp to its Anchor, by its stored Anchor name.\" -STARTLINE T \"n = nuke.thisNode()\\ntry:\\n n.setInput(0,nuke.toNode(n.knob(\\\"anchor\\\").value()))\\nexcept:\\n nuke.message(\\\"Unable to reconnect.\\\")\\ntry:\\n import stamps\\n stamps.wiredGetStyle(n)\\nexcept:\\n pass\\n\"}\n addUserKnob {22 reconnect_similar l similar t \"Reconnect this Stamp and similar ones to their Anchor, by their stored anchor name.\" -STARTLINE T stamps.wiredReconnectSimilar()}\n addUserKnob {22 reconnect_all l all t \"Reconnect all the Stamps to their Anchors, by their stored anchor names.\" -STARTLINE T stamps.wiredReconnectAll()}\n addUserKnob {26 space_2 l \"\" +STARTLINE T \" \"}\n addUserKnob {20 advanced_reconnection l \"Advanced Reconnection\" n 2}\n addUserKnob {26 reconnect_by_title_label l \"By Title:\" t \"Reconnect by searching for a matching title.\" T \" \"}\n addUserKnob {22 reconnect_by_title_this l this t \"Look for an Anchor that shares this Stamp's title, and connect this Stamp to it.\\nIMPORTANT: Use this carefully, and only when the normal reconnection doesn't work.\" -STARTLINE T stamps.wiredReconnectByTitle()}\n addUserKnob {22 reconnect_by_title_similar l similar t \"Look for an Anchor that shares this Stamp's title, and connect this Stamp and similar ones to it.\\nIMPORTANT: Use this carefully, and only when the normal reconnection doesn't work.\" -STARTLINE T stamps.wiredReconnectByTitleSimilar()}\n addUserKnob {22 reconnect_by_title_selected l selected t \"For each Stamp selected, look for an Anchor that shares its title, and connect to it.\\nIMPORTANT: Use this carefully, and only when the normal reconnection doesn't work.\" -STARTLINE T stamps.wiredReconnectByTitleSelected()}\n addUserKnob {26 reconnect_by_selection_label l \"By Selection:\" t \"Force reconnect to a selected Anchor.\" T \" \"}\n addUserKnob {22 reconnect_by_selection_this l this t \"Force reconnect this Stamp to a selected Anchor, whatever its name or title.\\nIMPORTANT: Use this carefully, and only when the normal reconnection doesn't work.\" -STARTLINE T stamps.wiredReconnectBySelection()}\n addUserKnob {22 reconnect_by_selection_similar l similar t \"Force reconnect this Stamp and similar ones to a selected Anchor, whatever its name or title.\\nIMPORTANT: Use this carefully, and only when the normal reconnection doesn't work.\" -STARTLINE T stamps.wiredReconnectBySelectionSimilar()}\n addUserKnob {22 reconnect_by_selection_selected l selected t \"Force reconnect all selected Stamps to an also selected Anchor, whatever its name or title.\\nIMPORTANT: Use this carefully, and only when the normal reconnection doesn't work.\" -STARTLINE T stamps.wiredReconnectBySelectionSelected()}\n addUserKnob {1 anchor l Anchor}\n anchor Anchor_3cad2b60ea\n addUserKnob {6 auto_reconnect_by_title l \"  auto-reconnect by title\" t \"When creating this stamp again (like on copy-paste), auto-reconnect it by title instead of doing it by the saved anchor's name, and auto-turn this off immediately.\\nIMPORTANT: Should be off by default. Only use this for setting up templates.\" +STARTLINE}\n addUserKnob {20 advanced_reconnection_1 l \"Advanced Reconnection\" +INVISIBLE n -1}\n addUserKnob {26 line2 l \"\" +STARTLINE}\n addUserKnob {22 buttonHelp l Help -STARTLINE T stamps.showHelp()}\n addUserKnob {26 version l \" \" t \"Stamps by Adrian Pueyo and Alexey Kuchinski.\\nUpdated Sep 27 2019.\" -STARTLINE T \" Stamps v1.0\"}\n}\nDot {\n name Dot9\n label BG\n note_font_size 101\n selected true\n xpos -696\n ypos 3472\n}\nDot {\n inputs 0\n name Dot1\n label GreenScreenPlate\n note_font_size 41\n selected true\n xpos -1000\n ypos -5150\n}\nAddChannels {\n channels rgba\n name AddChannels3\n selected true\n xpos -1034\n ypos -5080\n}\nDot {\n name Dot26\n selected true\n xpos -1000\n ypos -4467\n}\nadd_layer {GS_Plate GS_Plate.red GS_Plate.green GS_Plate.blue GS_Plate.alpha}\nShuffle {\n black red\n white green\n red2 blue\n green2 black\n out2 GS_Plate\n name Shuffle33\n label \"\\[value in] -> \\[value out2]\"\n selected true\n xpos -1034\n ypos -4404\n}\nDot {\n name Dot8\n note_font_size 41\n selected true\n xpos -1000\n ypos -4267\n}\nset N60779d00 [stack 0]\nDot {\n name Dot34\n selected true\n xpos -1000\n ypos -3937\n}\nset N60779600 [stack 0]\nDot {\n name Dot38\n selected true\n xpos 796\n ypos -3937\n}\nset N60778f00 [stack 0]\nDot {\n name Dot46\n selected true\n xpos 2060\n ypos -3937\n}\nset N60778800 [stack 0]\nDot {\n name Dot334\n selected true\n xpos 3550\n ypos -3937\n}\nRemove {\n operation keep\n channels rgb\n name Remove38\n selected true\n xpos 3516\n ypos -3809\n}\nDot {\n name Dot335\n note_font_size 41\n selected true\n xpos 3550\n ypos -3559\n}\nIBKColourV3 {\n name IBKColourV3_10\n selected true\n xpos 3516\n ypos -3470\n Size 18\n}\nInpaint2 {\n fillRegion \"Source Inverted Alpha\"\n center {1203 568}\n name Inpaint1\n selected true\n xpos 3516\n ypos -3281\n}\nDot {\n name Dot19\n note_font_size 41\n selected true\n xpos 3550\n ypos -2977\n}\nset N2f6bd600 [stack 0]\nDot {\n name Dot16\n label Cleanplate\n note_font_size 60\n selected true\n xpos 3550\n ypos -2377\n}\nDot {\n name Dot49\n label Cleanplate\n note_font_size 60\n selected true\n xpos 3550\n ypos -1660\n}\nDot {\n name Dot53\n label Cleanplate\n note_font_size 60\n selected true\n xpos 3550\n ypos -263\n}\nadd_layer {cleanplate cleanplate.red cleanplate.green cleanplate.blue cleanplate.alpha}\nShuffle {\n black red\n white green\n red2 blue\n green2 black\n out2 cleanplate\n name Shuffle34\n label \"\\[value in] -> \\[value out2]\"\n selected true\n xpos -874\n ypos -273\n}\npush $N60778f00\nRemove {\n operation keep\n channels rgb\n name Remove31\n selected true\n xpos 762\n ypos -3816\n}\nDot {\n name Dot13\n note_font_size 41\n selected true\n xpos 796\n ypos -3515\n}\nPrimatte3 {\n data { 5\n 11757 12586 28017\n 65552\n 0 5\n 30234 30234 30234 0\n 131.703 115.29 2282.26 72.2175 59.1462 2129.06 939.83 259.302 51.8183 549.229 904.755 276.263 92.3108 578.039 120.609 234.956 234.82 146.119 237.546 743.532 100.669 573.049 43.009 63.2739 116.749 6215.42 168.03 1762.74 3864.11 55.7825 120.53 782.613 3846.16 137.667 121.352 101.794 8606.14 147.362 77.5146 198.503 573.917 81.358 1101.7 522.226 871.183 109.573 110.87 144.688 126.765 33.3146 34.0749 5144.71 4299.28 18477.9 96.8055 90.0376 231.86 11773.6 405.26 440.61 169.247 274.68 242.589 111.212 102.975 105.83\n 130560 130560 130560 130560 130560 15703.5 22545.4 21185 130560 130560 26795.2 130560 130560 130560 130560 81679.3 130560 130560 111296 64686.9 112021 18414.1 130560 130560 130560 130560 60434.8 12591.6 24709.3 130560 130560 130560 130560 130560 130560 130560 16795 130560 130560 130560 130560 130560 12274.2 18220.6 15075.8 130560 130560 27876.9 130560 130560 130560 58272.4 87806.9 130560 78064.5 130560 28962.9 23001.1 130560 130560 130560 130560 130560 130560 130560 130560\n 130560 130560 130560 130560 130560 15703.5 22545.4 21185 130560 130560 26795.2 130560 130560 130560 130560 81679.3 130560 130560 111296 64686.9 112021 18414.1 130560 130560 130560 130560 60434.8 12591.6 24709.3 130560 130560 130560 130560 130560 130560 130560 16795 130560 130560 130560 130560 130560 12274.2 18220.6 15075.8 130560 130560 27876.9 130560 130560 130560 58272.4 87806.9 130560 78064.5 130560 28962.9 23001.1 130560 130560 130560 130560 130560 130560 130560 130560\n -173008 -2.22551e+14 -2.22551e+14 -1.75797e+08 3.24562e+13 3.24562e+13\n -88728 -2.22551e+14 -2.22551e+14 -3.33563e+07 2.59518e+13 2.59518e+13\n -49917.5 -1.9095e+14 -1.9095e+14 2.99695e+07 1.24769e+13 1.24769e+13\n -275696 -1.62776e+14 -1.62776e+14 5.27411e+07 -2.14449e+12 -2.14449e+12\n -95526 -2.22551e+14 -2.22551e+14 1.29744e+07 1.69562e+13 1.69562e+13\n -48985 -2.22551e+14 -2.22551e+14 3.80106e+07 1.04518e+13 1.04518e+13\n -57891.4 -2.22551e+14 -2.22551e+14 2.42861e+07 -2.59518e+13 -2.59518e+13\n -319741 -1.89714e+14 -1.89714e+14 3.3319e+06 -3.70182e+13 -3.70182e+13\n -1.46426e+06 -4.06321e+14 -4.06321e+14 -6.42384e+08 6.71983e+13 6.71983e+13\n -8.55972e+07 -7.25395e+12 -7.25395e+12 -4.66618e+09 1.27042e+13 1.27042e+13\n -3.9253e+06 -1.98547e+12 -1.98547e+12 2.63799e+08 1.83081e+12 1.83081e+12\n -1.11147e+08 -4.01415e+12 -4.01415e+12 -2.18771e+09 8.80462e+12 8.80462e+12\n -3.71416e+06 -4.06321e+14 -4.06321e+14 8.76061e+08 -4.9151e+13 -4.9151e+13\n -282796 -4.06321e+14 -4.06321e+14 -4.12997e+07 -2.48811e+13 -2.48811e+13\n -20396 -4.06321e+14 -4.06321e+14 -2.03765e+07 -3.23759e+12 -3.23759e+12\n -1.15164e+10 -4.06321e+14 -4.06321e+14 1.17853e+09 -1.03268e+14 -1.03268e+14\n -4.34651e+09 -5.76078e+12 -5.76078e+12 -1.28057e+10 9.10482e+12 9.10482e+12\n -258688 -2.42948e+14 -2.42948e+14 3.95126e+07 8.78112e+13 8.78112e+13\n -65592 -4.06321e+14 -4.06321e+14 -3.43375e+07 2.48811e+13 2.48811e+13\n -2.98885e+07 -8.74202e+11 -8.74202e+11 -8.66012e+08 3.03045e+11 3.03045e+11\n -562448 -4.06321e+14 -4.06321e+14 1.75345e+08 3.90796e+13 3.90796e+13\n -1.70271e+06 -4.06321e+14 -4.06321e+14 6.26216e+07 -6.09506e+13 -6.09506e+13\n -7.9007e+07 -4.06321e+14 -4.06321e+14 1.52156e+10 -9.14682e+13 -9.14682e+13\n -6.56372e+08 -1.55159e+13 -1.55159e+13 3.2503e+10 -6.35202e+12 -6.35202e+12\n -3.37791e+08 -9.2413e+13 -9.2413e+13 -6.93039e+08 1.39767e+14 1.39767e+14\n -4.78643e+06 -1.42796e+13 -1.42796e+13 -4.03005e+08 1.74249e+13 1.74249e+13\n -1.03233e+06 -1.12003e+14 -1.12003e+14 -9.588e+07 3.48023e+13 3.48023e+13\n -2.04677e+08 -1.16868e+12 -1.16868e+12 -2.39029e+08 -1.34758e+11 -1.34758e+11\n -893296 -5.24559e+14 -5.24559e+14 -1.53781e+08 -2.95997e+13 -2.95997e+13\n -1.60356e+06 -5.24559e+14 -5.24559e+14 3.18342e+08 -9.64026e+13 -9.64026e+13\n -93988 -5.24559e+14 -5.24559e+14 5.9775e+07 -6.27891e+13 -6.27891e+13\n -1.29519e+10 -2.34124e+14 -2.34124e+14 -4.53767e+10 -4.78306e+13 -4.78306e+13\n -3.44886e+06 -4.06321e+14 -4.06321e+14 -2.18227e+08 6.80597e+13 6.80597e+13\n -569166 -2.54198e+14 -2.54198e+14 -6.19316e+07 1.15759e+14 1.15759e+14\n -528400 -5.65689e+13 -5.65689e+13 -1.74988e+08 1.30936e+14 1.30936e+14\n -2.1286e+07 -8.34717e+12 -8.34717e+12 -2.10171e+09 1.4745e+13 1.4745e+13\n -596176 -4.06321e+14 -4.06321e+14 8.40006e+07 -6.96482e+12 -6.96482e+12\n -230817 -4.06321e+14 -4.06321e+14 7.04665e+06 4.11041e+11 4.11041e+11\n -13557 -4.06321e+14 -4.06321e+14 -1.20581e+07 -2.85297e+13 -2.85297e+13\n -5.03316e+07 -2.73268e+14 -2.73268e+14 1.43263e+10 -8.80179e+13 -8.80179e+13\n -31228 -2.22551e+14 -2.22551e+14 1.80443e+07 3.12724e+13 3.12724e+13\n -3.22987e+09 -3.32092e+11 -3.32092e+11 -1.44559e+10 3.46322e+11 3.46322e+11\n -4.71444e+08 -7.14508e+11 -7.14508e+11 -2.14529e+10 9.18671e+11 9.18671e+11\n -1.64549e+06 -5.10403e+13 -5.10403e+13 5.42704e+07 2.07275e+13 2.07275e+13\n -1.02509e+08 -2.22551e+14 -2.22551e+14 7.44013e+09 -4.10238e+13 -4.10238e+13\n -220020 -2.22551e+14 -2.22551e+14 -1.17411e+07 -2.43094e+13 -2.43094e+13\n -55078 -2.22551e+14 -2.22551e+14 2.67342e+07 8.80939e+12 8.80939e+12\n -5.45586e+09 -2.22551e+14 -2.22551e+14 1.99278e+10 -5.44912e+13 -5.44912e+13\n -2.29466e+09 -1.35475e+13 -1.35475e+13 -2.18582e+10 2.0952e+13 2.0952e+13\n -2.68691e+06 -2.30801e+13 -2.30801e+13 -2.93389e+08 2.81856e+13 2.81856e+13\n -308272 -4.06321e+14 -4.06321e+14 -5.18663e+07 7.27645e+13 7.27645e+13\n -3.20791e+08 -7.56085e+11 -7.56085e+11 -6.62225e+09 2.06047e+12 2.06047e+12\n -343800 -4.06321e+14 -4.06321e+14 -1.00216e+08 -8.80379e+12 -8.80379e+12\n -4.51419e+07 -4.06321e+14 -4.06321e+14 1.08829e+10 -8.96585e+13 -8.96585e+13\n -1.672e+06 -4.06321e+14 -4.06321e+14 4.73304e+08 -6.27603e+13 -6.27603e+13\n -7.47418e+07 -1.81352e+14 -1.81352e+14 1.88562e+10 -9.12369e+13 -9.12369e+13\n -2.64224e+08 -5.78142e+13 -5.78142e+13 2.05357e+09 8.43729e+13 8.43729e+13\n -247784 -3.13644e+14 -3.13644e+14 6.70985e+07 3.07649e+13 3.07649e+13\n -148368 -5.24559e+14 -5.24559e+14 -7.90006e+07 3.45854e+13 3.45854e+13\n -3.51635e+07 -1.11673e+12 -1.11673e+12 1.67142e+09 1.17381e+12 1.17381e+12\n -2.57304e+06 -5.24559e+14 -5.24559e+14 -9.17211e+06 3.22175e+13 3.22175e+13\n -394416 -5.24559e+14 -5.24559e+14 -5.42436e+07 -5.93409e+13 -5.93409e+13\n -546688 -5.24559e+14 -5.24559e+14 4.73626e+08 -9.98509e+13 -9.98509e+13\n -4.89972e+09 -2.71902e+13 -2.71902e+13 1.48134e+11 2.4441e+13 2.4441e+13\n -2.5618e+06 -2.54198e+14 -2.54198e+14 -1.04936e+08 1.03768e+14 1.03768e+14\n -201818 -4.06321e+14 -4.06321e+14 5.25342e+07 2.85297e+13 2.85297e+13\n -45108 -4.06322e+14 -4.06322e+14 -4.66993e+07 -4.1103e+11 -4.1103e+11\n -2.48883e+06 -7.8946e+12 -7.8946e+12 -5.29195e+08 1.28701e+13 1.28701e+13\n -2.3376e+06 -4.06321e+14 -4.06321e+14 3.09963e+08 3.99409e+13 3.99409e+13\n -223498 -4.06321e+14 -4.06321e+14 7.31205e+07 -1.87645e+13 -1.87645e+13\n -390016 -4.06321e+14 -4.06321e+14 3.14765e+08 -7.54355e+13 -7.54355e+13\n -1.75239e+08 -4.02259e+13 -4.02259e+13 2.96184e+10 -9.17516e+12 -9.17516e+12\n -1.23968e+06 -4.06321e+14 -4.06321e+14 -7.37413e+08 8.53962e+13 8.53962e+13\n -6.75126e+07 -1.7841e+12 -1.7841e+12 6.61983e+09 4.41779e+12 4.41779e+12\n -2.81985e+07 -1.64193e+13 -1.64193e+13 -4.24373e+09 1.39135e+13 1.39135e+13\n -2.41807e+07 -4.45722e+12 -4.45722e+12 -4.99349e+09 4.6435e+11 4.6435e+11\n -3.19968e+06 -4.06321e+14 -4.06321e+14 1.31085e+09 -5.01286e+13 -5.01286e+13\n -1.53757e+06 -4.06321e+14 -4.06321e+14 3.53143e+08 -7.27645e+13 -7.27645e+13\n -69220 -4.06321e+14 -4.06321e+14 -5.92075e+07 -2.14355e+13 -2.14355e+13\n -7.50032e+09 -4.06321e+14 -4.06321e+14 2.5079e+10 -1.0229e+14 -1.0229e+14\n -7.0802e+09 -6.51685e+11 -6.51685e+11 -4.88213e+10 6.56937e+11 6.56937e+11\n -268558 -1.03017e+14 -1.03017e+14 -4.2673e+07 7.70381e+13 7.70381e+13\n -25490 -2.22551e+14 -2.22551e+14 1.22614e+07 2.43094e+13 2.43094e+13\n -2.15065e+08 -3.64106e+11 -3.64106e+11 -9.26604e+09 4.80813e+11 4.80813e+11\n -67472 -2.22551e+14 -2.22551e+14 3.92834e+07 1.57724e+13 1.57724e+13\n -5.0378e+08 -2.22551e+14 -2.22551e+14 2.33334e+10 -4.75282e+13 -4.75282e+13\n -1.11016e+09 -2.22551e+14 -2.22551e+14 3.32117e+10 -4.79868e+13 -4.79868e+13\n -1.34809e+06 -1.10265e+14 -1.10265e+14 1.86729e+08 -4.9724e+13 -4.9724e+13\n -9.88307e+06 -5.24559e+14 -5.24559e+14 -1.68476e+08 1.06099e+14 1.06099e+14\n -1.15611e+06 -7.27994e+13 -7.27994e+13 -1.41131e+08 4.05615e+13 4.05615e+13\n -980442 -1.81738e+13 -1.81738e+13 6.90831e+07 2.48541e+13 2.48541e+13\n -1.00781e+08 -1.4597e+12 -1.4597e+12 2.29401e+09 1.12587e+12 1.12587e+12\n -2.29498e+06 -5.24559e+14 -5.24559e+14 -3.61518e+08 -2.83376e+13 -2.83376e+13\n -309804 -5.24559e+14 -5.24559e+14 -4.70927e+07 -3.45854e+13 -3.45854e+13\n -13865 -5.24559e+14 -5.24559e+14 -1.27731e+07 -3.92958e+13 -3.92958e+13\n -1.0284e+10 -3.52787e+14 -3.52787e+14 -7.83663e+10 -8.20847e+13 -8.20847e+13\n -1.93585e+06 -3.63425e+14 -3.63425e+14 -9.27423e+07 6.22805e+13 6.22805e+13\n -220555 -3.63425e+14 -3.63425e+14 1.51874e+06 4.55258e+13 4.55258e+13\n -78392 -3.1182e+14 -3.1182e+14 -7.74062e+07 -1.10039e+13 -1.10039e+13\n -2.03932e+06 -3.70959e+13 -3.70959e+13 2.23079e+08 6.12195e+13 6.12195e+13\n -724400 -3.63425e+14 -3.63425e+14 -1.4328e+08 2.23541e+13 2.23541e+13\n -139264 -3.63425e+14 -3.63425e+14 9.41002e+06 5.59947e+12 5.59947e+12\n -27318 -3.63425e+14 -3.63425e+14 9.57975e+06 -4.55258e+13 -4.55258e+13\n -1.94705e+07 -2.08354e+14 -2.08354e+14 2.87003e+09 -7.34549e+13 -7.34549e+13\n -311128 -3.63425e+14 -3.63425e+14 -1.32985e+08 6.06356e+13 6.06356e+13\n -5.74384e+08 -1.0002e+12 -1.0002e+12 -4.02646e+10 1.6823e+12 1.6823e+12\n -5.23187e+07 -2.07128e+12 -2.07128e+12 -7.35669e+09 1.98585e+12 1.98585e+12\n -1.77738e+07 -9.62428e+12 -9.62428e+12 3.19403e+09 1.67449e+13 1.67449e+13\n -1.77928e+07 -3.63425e+14 -3.63425e+14 2.32491e+09 -5.82066e+13 -5.82066e+13\n -288718 -3.63425e+14 -3.63425e+14 -2.6594e+07 -4.26996e+13 -4.26996e+13\n -42434 -3.63425e+14 -3.63425e+14 -5.17523e+07 2.77326e+12 2.77326e+12\n -7.2133e+10 -3.63425e+14 -3.63425e+14 -1.86415e+11 -9.28972e+13 -9.28972e+13\n -6.39369e+10 -1.55874e+12 -1.55874e+12 2.07376e+11 2.35973e+12 2.35973e+12\n -322348 -1.00585e+14 -1.00585e+14 6.49868e+07 2.64138e+13 2.64138e+13\n -63157 -3.63425e+14 -3.63425e+14 1.4609e+07 4.26996e+13 4.26996e+13\n -1.81731e+08 -4.64739e+11 -4.64739e+11 6.90731e+09 2.44935e+11 2.44935e+11\n -258224 -3.63425e+14 -3.63425e+14 1.39737e+08 2.07093e+13 2.07093e+13\n -4.00876e+07 -3.63425e+14 -3.63425e+14 7.19011e+09 -7.49612e+13 -7.49612e+13\n -1.00694e+08 -3.63425e+14 -3.63425e+14 1.36334e+10 -7.61426e+13 -7.61426e+13\n -8.5995e+07 -8.03662e+13 -8.03662e+13 3.33733e+09 -3.52808e+13 -3.52808e+13\n -5.72174e+08 -1.06709e+14 -1.06709e+14 -4.20627e+09 1.65952e+14 1.65952e+14\n -550016 -8.03413e+13 -8.03413e+13 -6.2677e+07 1.01651e+14 1.01651e+14\n -478394 -1.2933e+14 -1.2933e+14 2.00402e+07 2.06147e+14 2.06147e+14\n -1.36416e+08 -9.17634e+11 -9.17634e+11 -5.28366e+09 1.40665e+12 1.40665e+12\n -3.06936e+06 -6.05708e+14 -6.05708e+14 9.28682e+07 -1.04378e+13 -1.04378e+13\n -329860 -6.05708e+14 -6.05708e+14 -3.99497e+07 -7.72407e+13 -7.72407e+13\n -39166 -6.05708e+14 -6.05708e+14 2.21804e+07 -8.19511e+13 -8.19511e+13\n -1.11235e+11 -1.81817e+14 -1.81817e+14 -1.17571e+11 -3.81741e+13 -3.81741e+13\n -1 -1 -1 -1\n -1 -1 999999 999999\n -1 -1 -1 -1\n 0.05 1.732 1.732\n 0.05 1.732 1.732\n 0.05 0.866 0.866\n 0.05 0.866 0.866\n 0.05 0.866 0.866\n 0.05 0.866 0.866\n 0.05 0.866 0.866\n 0.05 0.866 0.866\n }\n\n primEdgedata { 5\n 11757 12586 28017\n 65552\n 0 5\n 30234 30234 30234 0\n 131.703 115.29 2282.26 72.2175 59.1462 2129.06 939.83 259.302 51.8183 549.229 904.755 276.263 92.3108 578.039 120.609 234.956 234.82 146.119 237.546 743.532 100.669 573.049 43.009 63.2739 116.749 6215.42 168.03 1762.74 3864.11 55.7825 120.53 782.613 3846.16 137.667 121.352 101.794 8606.14 147.362 77.5146 198.503 573.917 81.358 1101.7 522.226 871.183 109.573 110.87 144.688 126.765 33.3146 34.0749 5144.71 4299.28 18477.9 96.8055 90.0376 231.86 11773.6 405.26 440.61 169.247 274.68 242.589 111.212 102.975 105.83\n 130560 130560 130560 130560 130560 15703.5 22545.4 21185 130560 130560 26795.2 130560 130560 130560 130560 81679.3 130560 130560 111296 64686.9 112021 18414.1 130560 130560 130560 130560 60434.8 12591.6 24709.3 130560 130560 130560 130560 130560 130560 130560 18167.2 130560 130560 130560 130560 130560 12274.2 18220.6 15075.8 130560 130560 27876.9 130560 130560 130560 58272.4 87806.9 130560 78064.5 130560 28962.9 31419.7 130560 130560 130560 130560 130560 130560 130560 130560\n 130560 130560 130560 130560 130560 15703.5 22545.4 21185 130560 130560 26795.2 130560 130560 130560 130560 81679.3 130560 130560 111296 64686.9 112021 18414.1 130560 130560 130560 130560 60434.8 12591.6 24709.3 130560 130560 130560 130560 130560 130560 130560 18167.2 130560 130560 130560 130560 130560 12274.2 18220.6 15075.8 130560 130560 27876.9 130560 130560 130560 58272.4 87806.9 130560 78064.5 130560 28962.9 31419.7 130560 130560 130560 130560 130560 130560 130560 130560\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n -1 -1 -1 -1\n -1 -1 999999 999999\n -1 -1 -1 -1\n 0.05 1.732 1.732\n 0.05 1.732 1.732\n 0.05 0.866 0.866\n 0.05 0.866 0.866\n 0.05 0.866 0.866\n 0.05 0.866 0.866\n 0.05 0.866 0.866\n 0.05 0.866 0.866\n }\n\n primBodydata { 5\n 11757 12586 28017\n 65552\n 0 5\n 30234 30234 30234 0\n 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1\n 130560 130560 130560 130560 130560 15703.5 22545.4 21185 130560 130560 26795.2 130560 130560 130560 130560 81679.3 130560 130560 111296 64686.9 112021 18414.1 130560 130560 130560 130560 60434.8 12591.6 24709.3 130560 130560 130560 130560 130560 130560 130560 16795 130560 130560 130560 130560 130560 12274.2 18220.6 15075.8 130560 130560 27876.9 130560 130560 130560 58272.4 87806.9 130560 78064.5 130560 28962.9 23001.1 130560 130560 130560 130560 130560 130560 130560 130560\n 130560 130560 130560 130560 130560 15703.5 22545.4 21185 130560 130560 26795.2 130560 130560 130560 130560 81679.3 130560 130560 111296 64686.9 112021 18414.1 130560 130560 130560 130560 60434.8 12591.6 24709.3 130560 130560 130560 130560 130560 130560 130560 16795 130560 130560 130560 130560 130560 12274.2 18220.6 15075.8 130560 130560 27876.9 130560 130560 130560 58272.4 87806.9 130560 78064.5 130560 28962.9 23001.1 130560 130560 130560 130560 130560 130560 130560 130560\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n 0 0 0 0 0 0\n -1 -1 -1 -1\n -1 -1 999999 999999\n -1 -1 -1 -1\n 0.05 1.732 1.732\n 0.05 1.732 1.732\n 0.05 0.866 0.866\n 0.05 0.866 0.866\n 0.05 0.866 0.866\n 0.05 0.866 0.866\n 0.05 0.866 0.866\n 0.05 0.866 0.866\n }\n\n crop {0 0 2440 1802}\n \"Adjust Lighting\" 0\n \"Hybrid Matte\" 0\n \"Fine Tuning\" 0\n name Primatte2\n selected true\n xpos 762\n ypos -3388\n}\nShuffle {\n red alpha\n green alpha\n blue alpha\n name Shuffle35\n tile_color 0xffffffff\n selected true\n xpos 762\n ypos -3333\n}\nDot {\n name Dot54\n label \"Core\\nMatte\"\n note_font_size 60\n selected true\n xpos 796\n ypos -2008\n}\nDot {\n name Dot57\n selected true\n xpos 796\n ypos -1915\n}\nset N2f6a4100 [stack 0]\nDot {\n name Dot58\n note_font_size 41\n selected true\n xpos 796\n ypos -1215\n}\npush $N2f6bd600\npush $N60778800\nRemove {\n operation keep\n channels rgb\n name Remove30\n selected true\n xpos 2026\n ypos -3816\n}\nDot {\n name Dot17\n note_font_size 41\n selected true\n xpos 2060\n ypos -3473\n}\nIBKGizmoV3 {\n inputs 2\n name IBKGizmoV3_3\n xpos 2026\n ypos -2980\n}\nShuffle {\n red alpha\n green alpha\n blue alpha\n name Shuffle36\n tile_color 0xffffffff\n selected true\n xpos 2026\n ypos -2929\n}\nDot {\n name Dot59\n label \"Edge\\nMatte\"\n note_font_size 60\n selected true\n xpos 2060\n ypos -1448\n}\nMerge2 {\n inputs 2\n operation screen\n bbox B\n name Merge4\n selected true\n xpos 2026\n ypos -1219\n}\nDot {\n name Dot60\n label \"Combined\\nMatte\"\n note_font_size 60\n selected true\n xpos 2060\n ypos -625\n}\nDot {\n name Dot61\n label \"Combined\\nMatte\"\n note_font_size 60\n selected true\n xpos -881\n ypos -625\n}\npush $N60779d00\nRemove {\n channels rgba\n name Remove32\n selected true\n xpos -1172\n ypos -4270\n}\nNoOp {\n name Anchor_217ff93ec8\n help \"Stamps by Adrian Pueyo and Alexey Kuchinski.\\nUpdated Sep 27 2019\"\n onCreate \"if nuke.GUI:\\n try:\\n import stamps; stamps.anchorOnCreate()\\n except:\\n pass\"\n knobChanged stamps.anchorKnobChanged()\n autolabel \"nuke.thisNode().knob(\\\"title\\\").value()\"\n tile_color 0xffffff01\n note_font_size 20\n selected true\n xpos -1172\n ypos -4221\n addUserKnob {20 anchor_tab l \"Anchor Stamp\"}\n addUserKnob {26 identifier -STARTLINE +HIDDEN T anchor}\n addUserKnob {1 title l Title: t \"Displayed name on the Node Graph for this Stamp and its Anchor.\\nIMPORTANT: This is only for display purposes, and is different from the real/internal name of the Stamps.\"}\n title \"GS Utils\"\n addUserKnob {26 prev_title l \"\" +STARTLINE +HIDDEN T \"GS Utils\"}\n addUserKnob {26 prev_name l \"\" +STARTLINE +HIDDEN T Anchor_217ff93ec8}\n addUserKnob {3 showing l \"\" +STARTLINE +HIDDEN}\n addUserKnob {1 tags l Tags t \"Comma-separated tags you can define for each Anchor, that will help you find it when invoking the Stamp Selector by pressing the Stamps shortkey with nothing selected.\"}\n tags 2D,\n addUserKnob {26 line1 l \"\" +STARTLINE}\n addUserKnob {26 stamps_label l Stamps: T \" \"}\n addUserKnob {22 createStamp l new t \"Create a new Stamp for this Anchor.\" -STARTLINE T stamps.stampCreateWired(nuke.thisNode())}\n addUserKnob {22 selectStamps l select t \"Reconnect all of this Anchor's Stamps.\" -STARTLINE T stamps.wiredSelectSimilar(nuke.thisNode().name())}\n addUserKnob {22 reconnectStamps l reconnect -STARTLINE T stamps.anchorReconnectWired()}\n addUserKnob {22 zoomNext l \"zoom next\" t \"Navigate to this Anchor's next Stamp on the Node Graph.\" -STARTLINE T stamps.wiredZoomNext(nuke.thisNode().name())}\n addUserKnob {26 line2 l \"\" +STARTLINE}\n addUserKnob {22 buttonHelp l Help -STARTLINE T stamps.showHelp()}\n addUserKnob {26 version l \" \" t \"Stamps by Adrian Pueyo and Alexey Kuchinski.\\nUpdated Sep 27 2019.\" -STARTLINE T \" Stamps v1.0\"}\n}\nNoOp {\n name Stamp44\n help \"Stamps by Adrian Pueyo and Alexey Kuchinski.\\nUpdated Sep 27 2019\"\n onCreate \"if nuke.GUI:\\n try:\\n import stamps; stamps.wiredOnCreate()\\n except:\\n pass\\n\"\n knobChanged \"import stamps; stamps.wiredKnobChanged()\"\n autolabel \"nuke.thisNode().knob(\\\"title\\\").value()\"\n tile_color 0x1000001\n note_font \"Bitstream Vera Sans\"\n note_font_size 20\n selected true\n xpos -1271\n ypos -1014\n hide_input true\n addUserKnob {20 wired_tab l \"Wired Stamp\"}\n addUserKnob {26 identifier -STARTLINE +HIDDEN T wired}\n addUserKnob {3 lockCallbacks l \"\" +STARTLINE +HIDDEN}\n addUserKnob {6 toReconnect -STARTLINE +HIDDEN}\n addUserKnob {1 title l Title: t \"Displayed name on the Node Graph for this Stamp and its Anchor.\\nIMPORTANT: This is only for display purposes, and is different from the real/internal name of the Stamps.\"}\n title \"GS Utils\"\n addUserKnob {26 prev_title l \"\" +STARTLINE +HIDDEN T \"GS Utils\"}\n addUserKnob {26 tags l Tags: t \"Tags of this stamp's Anchor, for information purpose only.\\nClick \\\"show anchor\\\" to change them.\" T 2D}\n addUserKnob {26 backdrops l Backdrops: t \"Labels of backdrop nodes which contain this stamp's Anchor.\" T \"creating GS channel,Advanced Keying Template\"}\n addUserKnob {26 line1 l \"\" +STARTLINE}\n addUserKnob {26 anchor_label l Anchor: T \" \"}\n addUserKnob {22 show_anchor l \" show anchor \" t \"Show the properties panel for this Stamp's Anchor.\" -STARTLINE T stamps.wiredShowAnchor()}\n addUserKnob {22 zoom_anchor l \"zoom anchor\" t \"Navigate to this Stamp's Anchor on the Node Graph.\" -STARTLINE T stamps.wiredZoomAnchor()}\n addUserKnob {26 stamps_label l Stamps: T \" \"}\n addUserKnob {22 zoomNext l \" zoom next \" t \"Navigate to this Stamp's next sibling on the Node Graph.\" -STARTLINE T stamps.wiredZoomNext()}\n addUserKnob {22 selectSimilar l \" select similar \" t \"Select all similar Stamps to this one on the Node Graph.\" -STARTLINE T stamps.wiredSelectSimilar()}\n addUserKnob {26 space_1 l \"\" +STARTLINE T \" \"}\n addUserKnob {26 reconnect_label l Reconnect: t \"Reconnect by the stored Anchor name.\" T \" \"}\n addUserKnob {22 reconnect_this l this t \"Reconnect this Stamp to its Anchor, by its stored Anchor name.\" -STARTLINE T \"n = nuke.thisNode()\\ntry:\\n n.setInput(0,nuke.toNode(n.knob(\\\"anchor\\\").value()))\\nexcept:\\n nuke.message(\\\"Unable to reconnect.\\\")\\ntry:\\n import stamps\\n stamps.wiredGetStyle(n)\\nexcept:\\n pass\\n\"}\n addUserKnob {22 reconnect_similar l similar t \"Reconnect this Stamp and similar ones to their Anchor, by their stored anchor name.\" -STARTLINE T stamps.wiredReconnectSimilar()}\n addUserKnob {22 reconnect_all l all t \"Reconnect all the Stamps to their Anchors, by their stored anchor names.\" -STARTLINE T stamps.wiredReconnectAll()}\n addUserKnob {26 space_2 l \"\" +STARTLINE T \" \"}\n addUserKnob {20 advanced_reconnection l \"Advanced Reconnection\" n 2}\n addUserKnob {26 reconnect_by_title_label l \"By Title:\" t \"Reconnect by searching for a matching title.\" T \" \"}\n addUserKnob {22 reconnect_by_title_this l this t \"Look for an Anchor that shares this Stamp's title, and connect this Stamp to it.\\nIMPORTANT: Use this carefully, and only when the normal reconnection doesn't work.\" -STARTLINE T stamps.wiredReconnectByTitle()}\n addUserKnob {22 reconnect_by_title_similar l similar t \"Look for an Anchor that shares this Stamp's title, and connect this Stamp and similar ones to it.\\nIMPORTANT: Use this carefully, and only when the normal reconnection doesn't work.\" -STARTLINE T stamps.wiredReconnectByTitleSimilar()}\n addUserKnob {22 reconnect_by_title_selected l selected t \"For each Stamp selected, look for an Anchor that shares its title, and connect to it.\\nIMPORTANT: Use this carefully, and only when the normal reconnection doesn't work.\" -STARTLINE T stamps.wiredReconnectByTitleSelected()}\n addUserKnob {26 reconnect_by_selection_label l \"By Selection:\" t \"Force reconnect to a selected Anchor.\" T \" \"}\n addUserKnob {22 reconnect_by_selection_this l this t \"Force reconnect this Stamp to a selected Anchor, whatever its name or title.\\nIMPORTANT: Use this carefully, and only when the normal reconnection doesn't work.\" -STARTLINE T stamps.wiredReconnectBySelection()}\n addUserKnob {22 reconnect_by_selection_similar l similar t \"Force reconnect this Stamp and similar ones to a selected Anchor, whatever its name or title.\\nIMPORTANT: Use this carefully, and only when the normal reconnection doesn't work.\" -STARTLINE T stamps.wiredReconnectBySelectionSimilar()}\n addUserKnob {22 reconnect_by_selection_selected l selected t \"Force reconnect all selected Stamps to an also selected Anchor, whatever its name or title.\\nIMPORTANT: Use this carefully, and only when the normal reconnection doesn't work.\" -STARTLINE T stamps.wiredReconnectBySelectionSelected()}\n addUserKnob {1 anchor l Anchor}\n anchor Anchor_217ff93ec8\n addUserKnob {6 auto_reconnect_by_title l \"  auto-reconnect by title\" t \"When creating this stamp again (like on copy-paste), auto-reconnect it by title instead of doing it by the saved anchor's name, and auto-turn this off immediately.\\nIMPORTANT: Should be off by default. Only use this for setting up templates.\" +STARTLINE}\n addUserKnob {20 advanced_reconnection_1 l \"Advanced Reconnection\" +INVISIBLE n -1}\n addUserKnob {26 line2 l \"\" +STARTLINE}\n addUserKnob {22 buttonHelp l Help -STARTLINE T stamps.showHelp()}\n addUserKnob {26 version l \" \" t \"Stamps by Adrian Pueyo and Alexey Kuchinski.\\nUpdated Sep 27 2019.\" -STARTLINE T \" Stamps v1.0\"}\n}\nDot {\n name Dot10\n note_font_size 41\n selected true\n xpos -1237\n ypos -936\n}\nDot {\n name Dot286\n note_font_size 41\n selected true\n xpos -1104\n ypos -936\n}\nset N2f61f200 [stack 0]\nDot {\n name Dot287\n note_font_size 41\n selected true\n xpos -1104\n ypos -886\n}\npush $N2f61f200\npush $N2f6a4100\nDot {\n name Dot288\n note_font_size 41\n selected true\n xpos 411\n ypos -1915\n}\nGroup {\n name ExponBlurSimple4\n onCreate \"n = nuke.thisNode()\\nn.knob('size').setRange(-100, 100)\\nn.knob('adjustBBoxPixels').setRange(0, 400)\\nn.knob('adjustBBoxPercent').setRange(1, 2)\\nn.knob('safeBBoxPixels').setRange(0, 400)\\nn.knob('safeBBoxPercent').setRange(1, 2)\"\n knobChanged \"n = nuke.thisNode()\\nk = nuke.thisKnob()\\n\\nif k.name() == \\\"includeOriginal\\\":\\n if n.knob('includeOriginal').getValue() == 1:\\n merge = nuke.toNode(\\\"Merge1\\\")\\n original = nuke.toNode('Original')\\n AvgMult = nuke.toNode(\\\"AverageMult\\\")\\n steps = int(n.knob('steps').getValue())\\n merge.setInput(steps+1, original)\\n AvgMult\\['whitepoint'].setValue(2 if steps<2 else steps+1)\\n \\n else:\\n merge.setInput(steps+1, None)\\n AvgMult\\['whitepoint'].setValue(2 if steps<2 else steps)\\n \\nelif k.name() == \\\"steps\\\":\\n \\n s = int(k.value())\\n if s<1:\\n k.setValue(1)\\n else:\\n start = nuke.toNode(\\\"Start\\\")\\n end = nuke.toNode(\\\"End\\\")\\n b1 = nuke.toNode(\\\"Blur1\\\")\\n merge = nuke.toNode(\\\"Merge1\\\")\\n AvgMult = nuke.toNode(\\\"AverageMult\\\")\\n \\n b1x = b1.xpos()\\n b1y = b1.ypos()\\n b1n = b1.name()\\n \\n steps = int(n.knob('steps').getValue())\\n size = n.knob('size').getValue()\\n mult = n.knob('mult').getValue()\\n \\n #b1.setInput(0, start)\\n for i in range(1,merge.inputs()):\\n merge.setInput(i,None)\\n merge.setInput(0, b1)\\n \\[nuke.delete(i) for i in nuke.allNodes() if i.xpos()>start.xpos()]\\n for i in range(1,steps):\\n # Blur\\n b = nuke.nodes.Blur()\\n b.setXYpos(b1x+i*100,b1y)\\n b.setInput(0,start)\\n b\\[\\\"channels\\\"].setValue(\\\"all\\\")\\n b\\[\\\"crop\\\"].setValue(0)\\n b\\[\\\"size\\\"].setValue(0, 1)\\n b\\[\\\"size\\\"].setExpression(\\\"(Blur1.size)*(mult)**%s\\\"%(i))\\n b\\[\\\"label\\\"].setValue(\\\"\\[value size]\\\")\\n merge.setInput(i if i<2 else i+1, b)\\n AvgMult\\['whitepoint'].setValue(i if i<2 else i+1)\\n \\n if n.knob('includeOriginal').getValue() == 1:\\n merge = nuke.toNode(\\\"Merge1\\\")\\n original = nuke.toNode('Original')\\n AvgMult = nuke.toNode(\\\"AverageMult\\\")\\n steps = int(n.knob('steps').getValue())\\n merge.setInput(steps+1, original)\\n AvgMult\\['whitepoint'].setValue(2 if steps<2 else steps+1)\\n \\nelif k.name() == \\\"output2\\\":\\n if n.knob(\\\"output2\\\").getValue() == 4:\\n n.knob('AvgMaxOriginal').setVisible(True)\\n else:\\n n.knob('AvgMaxOriginal').setVisible(False)\\n \\nelif k.name() == \\\"safeBBox\\\":\\n if n.knob(\\\"safeBBox\\\").getValue() == 0:\\n n.knob('safeBBoxText').setVisible(False)\\n n.knob('safetyBBoxMethod').setVisible(False)\\n n.knob('safeBBoxPixels').setVisible(False)\\n n.knob('safeBBoxPercent').setVisible(False)\\n \\n elif n.knob(\\\"safeBBox\\\").getValue() == 1:\\n n.knob('safetyBBoxMethod').setVisible(True)\\n n.knob('safeBBoxText').setVisible(True)\\n if n.knob('safetyBBoxMethod').value() == \\\"pixels\\\":\\n n.knob('safeBBoxPixels').setVisible(True)\\n n.knob('safeBBoxPercent').setVisible(False)\\n elif n.knob('safetyBBoxMethod').value() == \\\"percent\\\":\\n n.knob('safeBBoxPixels').setVisible(False)\\n n.knob('safeBBoxPercent').setVisible(True)\\n \\nelif k.name() == \\\"safetyBBoxMethod\\\":\\n if n.knob(\\\"safetyBBoxMethod\\\").value() == \\\"pixels\\\":\\n n.knob('safeBBoxPixels').setVisible(True)\\n n.knob('safeBBoxPercent').setVisible(False)\\n elif n.knob(\\\"safetyBBoxMethod\\\").value() == \\\"percent\\\":\\n n.knob('safeBBoxPixels').setVisible(False)\\n n.knob('safeBBoxPercent').setVisible(True)\\n \\nelif k.name() == \\\"adjustBBoxExtra\\\":\\n if n.knob(\\\"adjustBBoxExtra\\\").value() == \\\"pixels\\\":\\n n.knob('adjustBBoxPixels').setVisible(True)\\n n.knob('adjustBBoxPercent').setVisible(False)\\n elif n.knob(\\\"adjustBBoxExtra\\\").value() == \\\"percent\\\":\\n n.knob('adjustBBoxPixels').setVisible(False)\\n n.knob('adjustBBoxPercent').setVisible(True)\\n\"\n tile_color 0xcc804eff\n label \"(\\[value output2])\"\n note_font \"Verdana Bold\"\n note_font_color 0xffffffff\n selected true\n xpos 377\n ypos -1675\n addUserKnob {20 ExponBlurSimple}\n addUserKnob {41 channels T Remove1.channels}\n addUserKnob {41 maskChannelMask_1 l area T Multiply1.maskChannelMask}\n addUserKnob {41 inject_1 l inject -STARTLINE T Multiply1.inject}\n addUserKnob {41 invert_mask_1 l invert -STARTLINE T Multiply1.invert_mask}\n addUserKnob {41 fringe_1 l fringe -STARTLINE T Multiply1.fringe}\n addUserKnob {26 \"\"}\n addUserKnob {4 output2 l Operation: M {Screen Plus Over Hypot Average Max Min \"\" \"\" \"\" \"\" \"\"}}\n addUserKnob {3 steps l \" Steps\" -STARTLINE}\n steps 4\n addUserKnob {26 text l \" \" -STARTLINE T \" \"}\n addUserKnob {6 includeOriginal l \"Include Original?\" -STARTLINE}\n includeOriginal true\n addUserKnob {6 AvgMaxOriginal l \"Use Max of Average and Original\" +HIDDEN +STARTLINE}\n addUserKnob {14 size l Size R -100 100}\n size -3\n addUserKnob {7 mult l Multiplier R 1 5}\n mult 3\n addUserKnob {6 clamp +STARTLINE}\n addUserKnob {14 postBlur l \"Post Blur\" R 0 100}\n addUserKnob {26 \"\"}\n addUserKnob {20 bboxControl l \"BBox Control\" n 1}\n bboxControl 0\n addUserKnob {26 text_2 l \" \" T \" \"}\n addUserKnob {4 bbox l \"BBox: \" -STARTLINE M {union intersectionMask A B \"input format\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\"}}\n addUserKnob {6 blackOutside l \"Black Outside\" -STARTLINE}\n addUserKnob {6 safeBBox l \"Safe BBox\" t \"If the output BBox is larger than the input format and the input box combined. the result will be max of the input/format bbox plus a safety \\\"buffer\\\" in pixels or percent \\n\\nTurning off might make your BBox grow exponentially with high blur values\" -STARTLINE}\n safeBBox true\n addUserKnob {26 safeBBoxText l \"\" +STARTLINE T \" \"}\n addUserKnob {4 safetyBBoxMethod l \"Safe BBox Buffer \" -STARTLINE M {pixels percent \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\"}}\n safetyBBoxMethod percent\n addUserKnob {14 safeBBoxPixels l \"\" -STARTLINE +HIDDEN R 0 400}\n safeBBoxPixels 100\n addUserKnob {14 safeBBoxPercent l \"\" -STARTLINE R 1 2}\n safeBBoxPercent 1.1\n addUserKnob {26 text_3 l \"\" +STARTLINE T \" \"}\n addUserKnob {4 adjustBBoxExtra l \"Extra BBox Adjust\" -STARTLINE M {pixels percent \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\"}}\n addUserKnob {14 adjustBBoxPercent l \"\" -STARTLINE +HIDDEN R 1 2}\n adjustBBoxPercent 1\n addUserKnob {14 adjustBBoxPixels l \"\" -STARTLINE R 0 400}\n addUserKnob {26 \"\"}\n addUserKnob {20 endGroup n -1}\n addUserKnob {41 maskChannelMask l mask T MergeKeymix.maskChannelMask}\n addUserKnob {41 inject -STARTLINE T MergeKeymix.inject}\n addUserKnob {41 invert_mask l invert -STARTLINE T MergeKeymix.invert_mask}\n addUserKnob {41 fringe -STARTLINE T MergeKeymix.fringe}\n addUserKnob {41 mix T MergeKeymix.mix}\n addUserKnob {20 info l Info}\n addUserKnob {26 creator l Creator: T \"Tony Lyons\"}\n addUserKnob {26 desc l Description: T ExponBlurSimple}\n addUserKnob {26 ver l Version: T v03}\n}\n BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0x535e5a00\n label \"BBox Management\"\n note_font_size 30\n note_font_color 0xffffffff\n xpos -529\n ypos 492\n bdwidth 341\n bdheight 525\n }\n Input {\n inputs 0\n name Inputimg\n xpos 0\n ypos -969\n }\n Dot {\n name Dot16\n note_font_size 41\n xpos 34\n ypos -802\n }\nset N2f61c800 [stack 0]\n Dot {\n name Dot2\n note_font_size 41\n xpos -367\n ypos -802\n }\n Dot {\n name Dot18\n label B\n note_font_size 41\n xpos -367\n ypos 434\n }\n Dot {\n name Dot11\n note_font_size 41\n xpos -367\n ypos 623\n }\nset N2f5f3200 [stack 0]\n Dot {\n name Dot3\n note_font_size 41\n xpos -367\n ypos 675\n }\nset N2f5f2b00 [stack 0]\n Dot {\n name Dot8\n note_font_size 41\n xpos -463\n ypos 675\n }\n Dot {\n name Dot15\n note_font_size 41\n xpos -463\n ypos 831\n }\npush $N2f61c800\n Dot {\n name Dot1\n note_font_size 41\n xpos 461\n ypos -802\n }\n Remove {\n operation keep\n channels rgba\n name Remove1\n xpos 427\n ypos -718\n }\n Dot {\n name Dot21\n note_font_size 41\n xpos 461\n ypos -597\n }\nset N2f5f0800 [stack 0]\n Invert {\n name Invert1\n xpos 695\n ypos -604\n disable {{\"parent.size < 0 ? 0 : 1\"}}\n }\nset N2f5f0100 [stack 0]\n Dot {\n name Dot4\n note_font_size 41\n xpos 540\n ypos -543\n }\n NoOp {\n name Original\n xpos 506\n ypos -327\n }\nset N2f3cf200 [stack 0]\n Dot {\n name Dot5\n note_font_size 41\n xpos 540\n ypos 14\n }\n Crop {\n inputs 0\n box {{\"!\\[exists parent.input0] ? 0 : input.format.x\"} {\"!\\[exists parent.input0] ? 0 : input.format.y\"} {\"!\\[exists parent.input0] ? 0 : input.format.r\"} {\"!\\[exists parent.input0] ? 0 : input.format.t\"}}\n reformat true\n crop false\n name Crop1\n xpos 210\n ypos -750\n addUserKnob {20 User}\n addUserKnob {22 cropToBbox l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n }\n AddChannels {\n channels rgba\n name AddChannels2\n xpos 210\n ypos -724\n }\npush $N2f61c800\n Merge2 {\n inputs 2\n name Merge3\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 83\n ypos -671\n }\n NoOp {\n name BBoxInput\n xpos 83\n ypos -628\n addUserKnob {20 User}\n addUserKnob {15 bbox}\n bbox {{input.bbox.x} {input.bbox.y} {input.bbox.r} {input.bbox.t}}\n }\npush $N2f3cf200\n Input {\n inputs 0\n name Inputarea\n xpos 289\n ypos -638\n number 2\n }\n AddChannels {\n channels alpha\n color 1\n name AddChannels1\n xpos 289\n ypos -580\n }\n Invert {\n channels rgba\n name Invert3\n xpos 289\n ypos -503\n }\npush $N2f5f0100\n Multiply {\n inputs 1+1\n value 0\n name Multiply1\n label \"\\[value value]\"\n xpos 695\n ypos -512\n }\n NoOp {\n name Start\n xpos 695\n ypos -450\n }\nset N2f3ad600 [stack 0]\n Blur {\n size {{(Blur1.size)*(mult)**3} {(Blur1.size)*(mult)**3}}\n crop false\n name Blur4\n label \"\\[value size]\"\n xpos 995\n ypos -370\n }\npush $N2f3ad600\n Blur {\n size {{(Blur1.size)*(mult)**2} {(Blur1.size)*(mult)**2}}\n crop false\n name Blur3\n label \"\\[value size]\"\n xpos 895\n ypos -370\n }\npush 0\npush $N2f3ad600\n Blur {\n size {{(Blur1.size)*(mult)**1} {(Blur1.size)*(mult)**1}}\n crop false\n name Blur2\n label \"\\[value size]\"\n xpos 795\n ypos -370\n }\npush $N2f3ad600\n Blur {\n size {{parent.size.w} {parent.size.h}}\n name Blur1\n label \"\\[value size]\"\n xpos 695\n ypos -370\n }\n Merge2 {\n inputs 5+1\n operation {{mergeNumber.mergeNumber}}\n also_merge all\n name Merge1\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 695\n ypos -273\n }\n NoOp {\n name End\n xpos 695\n ypos -230\n }\nset N2f386b00 [stack 0]\n CopyBBox {\n inputs 2\n name CopyBBox1\n xpos 585\n ypos -175\n }\n Group {\n name BBoxToFormat\n onCreate \"n = nuke.thisNode()\\ninputFormat = n.knob(\\\"inputFormat\\\")\\ninputBBox = n.knob(\\\"inputBBox\\\")\\ncrop = nuke.toNode(\\\"Crop6\\\")\\ncropb = crop.knob('box')\\noutputBBox = n.knob('outputBBox')\\noutputBBoxCenter = n.knob(\\\"outputBBoxCenter\\\")\\n\\ninputFormat.setFlag(0x0000000000008000)\\ninputBBox.setFlag(0x0000000000008000)\\ncropb.setFlag(0x0000000000008000)\\noutputBBox.setFlag(0x0000000000008000)\\noutputBBoxCenter.setFlag(0x0000000000008000)\\n\\nn = nuke.thisNode()\\nn.knob(\\\"overscan\\\").setRange(0,400)\\nn.knob(\\\"overscanPercent\\\").setRange(1,4)\"\n tile_color 0xa57aaaff\n note_font \"Verdana Bold\"\n note_font_color 0xffffffff\n xpos 585\n ypos -151\n addUserKnob {20 CropBBox}\n addUserKnob {4 type l Type +INVISIBLE M {\"To Format\" \"To BBox\"}}\n addUserKnob {41 intersect T Crop6.intersect}\n addUserKnob {6 blackOutside l \"Black Outside\" -STARTLINE}\n addUserKnob {4 overscanType l \"Overscan Type:\" M {Pixels Percentage}}\n overscanType {{parent.safetyBBoxMethod}}\n addUserKnob {14 overscan l Overscan R 0 400}\n overscan {{parent.safeBBoxPixels} {parent.safeBBoxPixels}}\n addUserKnob {14 overscanPercent l \"Overscan Percent\" R 1 4}\n overscanPercent {{parent.safeBBoxPercent} {parent.safeBBoxPercent}}\n addUserKnob {20 inputBbox l \"BBox Data\" n 1}\n addUserKnob {15 inputFormat l \"Input Format\"}\n inputFormat {0 0 {input.width} {input.height}}\n addUserKnob {15 inputBBox l \"Input BBox\"}\n inputBBox {{input.bbox.x} {input.bbox.y} {input.bbox.r} {input.bbox.t}}\n addUserKnob {12 outputBBoxCenter l OutputBBoxCenter}\n outputBBoxCenter {{OutputBBox1.outputBBoxCenter.w} {OutputBBox1.outputBBoxCenter.h}}\n addUserKnob {15 outputBBox l \"Output BBox\"}\n outputBBox {{OutputBBox1.OutputBBox} {OutputBBox1.OutputBBox} {OutputBBox1.OutputBBox} {OutputBBox1.OutputBBox}}\n addUserKnob {20 endGroup n -1}\n addUserKnob {20 info_1 l Info}\n addUserKnob {26 creator l Creator: T \"Tony Lyons\"}\n addUserKnob {26 desc l Description: t \"crop to inputformat\\n\\ndisplays values of input bbox\" T CropBBox}\n addUserKnob {26 ver l Version: T v02}\n }\n Input {\n inputs 0\n name Input\n xpos 261\n ypos 394\n }\n Dot {\n name Dot2\n note_font_size 41\n xpos 295\n ypos 462\n }\nset N2f384f00 [stack 0]\n Dot {\n name Dot1\n note_font_size 41\n xpos -160\n ypos 462\n }\nset N2f384800 [stack 0]\npush $N2f384f00\n Crop {\n box {{parent.inputBBox} {parent.inputBBox} {parent.inputBBox} {parent.inputBBox}}\n crop {{parent.blackOutside}}\n name Crop6\n xpos 261\n ypos 510\n addUserKnob {20 User}\n addUserKnob {22 cropToBbox l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n }\nset N2f384100 [stack 0]\n Remove {\n operation keep\n channels none\n name Remove1\n xpos 120\n ypos 504\n }\nset N2f357900 [stack 0]\n Transform {\n scale {{parent.overscanPercent} {parent.overscanPercent}}\n center {{((input.bbox.r-input.bbox.x)/2)+input.bbox.x} {((input.bbox.t-input.bbox.y)/2)+input.bbox.y}}\n shutteroffset centred\n name Transform1\n selected true\n xpos 120\n ypos 553\n }\npush $N2f357900\n AdjBBox {\n numpixels {{parent.overscan} {parent.overscan}}\n name AdjBBox1\n xpos -5\n ypos 510\n }\n Switch {\n inputs 2\n which {{overscanType}}\n name Switch2\n label \"\\[value which]\"\n xpos -5\n ypos 549\n }\n Merge2 {\n inputs 2\n bbox intersection\n Achannels {-rgba.red -rgba.green -rgba.blue rgba.alpha}\n Bchannels {-rgba.red -rgba.green -rgba.blue rgba.alpha}\n output {-rgba.red -rgba.green -rgba.blue rgba.alpha}\n name Merge1\n xpos -5\n ypos 647\n disable {{!parent.Crop6.intersect}}\n }\npush $N2f384800\n CopyBBox {\n inputs 2\n name CopyBBox1\n xpos -194\n ypos 653\n }\n BlackOutside {\n name BlackOutside1\n xpos -194\n ypos 692\n disable {{!parent.blackOutside}}\n }\n Dot {\n name Dot4\n note_font_size 41\n xpos -160\n ypos 769\n }\npush $N2f384100\n Switch {\n inputs 2\n which {{\"overscanType == 0 ? overscan.w != 0 || overscan.h != 0 : overscanPercent.w != 1 || overscanPercent.h != 1 ? 1 : 0\"}}\n name Switch1\n label \"\\[value which]\"\n xpos 261\n ypos 759\n }\nset N2f354100 [stack 0]\n Output {\n name Output1\n xpos 261\n ypos 921\n }\npush $N2f354100\n NoOp {\n name OutputBBox1\n xpos 378\n ypos 821\n addUserKnob {20 User}\n addUserKnob {15 OutputBBox l \"Output BBox\"}\n OutputBBox {{input.bbox.x} {input.bbox.y} {input.bbox.r} {input.bbox.t}}\n addUserKnob {14 outputBBoxCenter l \"Output BBox Center\" R 0 100}\n outputBBoxCenter {{OutputBBox.x+(OutputBBox.r-OutputBBox.x)/2} {OutputBBox.y+(OutputBBox.t-OutputBBox.y)/2}}\n }\n end_group\npush $N2f386b00\n Merge2 {\n inputs 2\n bbox intersection\n also_merge all\n name Merge4\n xpos 585\n ypos -127\n }\npush $N2f386b00\n CopyBBox {\n inputs 2\n name CopyBBox2\n xpos 585\n ypos -101\n }\npush $N2f386b00\n Switch {\n inputs 2\n which {{\"parent.safeBBox && ((BBoxResult.bbox.x < BBoxInput.bbox.x || BBoxResult.bbox.y < BBoxInput.bbox.y || BBoxResult.bbox.r > BBoxInput.bbox.r || BBoxResult.bbox.t > BBoxInput.bbox.t))\"}}\n name Switch2\n label \"\\[value which]\"\n xpos 695\n ypos -106\n }\n Grade {\n channels all\n whitepoint 5\n black_clamp false\n name AverageMult\n xpos 695\n ypos -37\n disable {{\"output2 == 4 ? 0 : 1\"}}\n }\n Merge2 {\n inputs 2\n operation max\n also_merge all\n name Merge2\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 695\n ypos 10\n disable {{\"output2 == 4 && includeOriginal == 1 && AvgMaxOriginal == 1 ? 0 : 1\"}}\n }\n Clamp {\n name Clamp1\n selected true\n xpos 695\n ypos 50\n disable {{!parent.clamp}}\n }\n Blur {\n size {{postBlur} {postBlur}}\n name BlurOriginal\n label \"\\[value size]\"\n xpos 695\n ypos 102\n }\n Invert {\n name Invert2\n xpos 695\n ypos 144\n disable {{\"parent.size < 0 ? 0 : 1\"}}\n }\npush $N2f5f0800\n Switch {\n inputs 2\n which {{\"parent.size == 0 ? 0 : 1\"}}\n name Switch1\n label \"\\[value which]\"\n xpos 427\n ypos 190\n }\n Dot {\n name Dot17\n label A\n note_font_size 41\n xpos 34\n ypos 455\n }\n Dot {\n name Dot7\n note_font_size 41\n xpos 34\n ypos 579\n }\nset N2f305600 [stack 0]\n Dot {\n name Dot12\n note_font_size 41\n xpos -260\n ypos 579\n }\n Dot {\n name Dot13\n note_font_size 41\n xpos -260\n ypos 799\n }\npush $N2f5f3200\n Input {\n inputs 0\n name Inputmask\n xpos 512\n ypos 322\n number 1\n }\n Dot {\n name Dot19\n label Mask\n note_font_size 41\n xpos 546\n ypos 435\n }\nset N2f4cf900 [stack 0]\n Dot {\n name Dot20\n note_font_size 41\n xpos 436\n ypos 435\n }\npush $N2f305600\n Merge2 {\n inputs 2\n bbox intersection\n Achannels {rgba.red -rgba.green -rgba.blue rgba.alpha}\n Bchannels {rgba.red -rgba.green -rgba.blue rgba.alpha}\n output {rgba.red -rgba.green -rgba.blue rgba.alpha}\n name MergeIntersection\n xpos 402\n ypos 572\n disable {{\"!\\[exists parent.input1]\"}}\n }\n Merge2 {\n inputs 2\n Achannels {rgba.red -rgba.green -rgba.blue rgba.alpha}\n Bchannels {rgba.red -rgba.green -rgba.blue rgba.alpha}\n output {rgba.red -rgba.green -rgba.blue rgba.alpha}\n name MergeUnion\n xpos 402\n ypos 610\n disable {{\"!\\[exists parent.input1]\"}}\n }\n Dot {\n name Dot6\n label \"intersection\\nof (Mask and A) + B\"\n note_font_size 14\n note_font_color 0xffffffff\n xpos 436\n ypos 770\n }\npush $N2f4cf900\n Dot {\n name Dot10\n note_font_size 41\n xpos 546\n ypos 672\n }\npush $N2f305600\npush $N2f5f2b00\n Merge2 {\n inputs 2+1\n operation copy\n Achannels none\n Bchannels none\n output none\n also_merge {{{parent.Remove1.channels}}}\n name MergeKeymix\n xpos 0\n ypos 665\n }\n Dot {\n name Dot14\n note_font_size 41\n xpos 34\n ypos 747\n }\nset N2f4cc800 [stack 0]\npush $N2f5f2b00\n CopyBBox {\n inputs 2\n name CopyBBoxUnion\n xpos -401\n ypos 743\n disable {{parent.bbox==0?0:1}}\n }\n CopyBBox {\n inputs 2\n name CopyBBoxIntersection\n xpos -401\n ypos 769\n disable {{\"parent.bbox==1 ? 0 : 1\"}}\n }\n CopyBBox {\n inputs 2\n name CopyBBoxA\n xpos -401\n ypos 795\n disable {{\"parent.bbox==2 ? 0 : 1\"}}\n }\n CopyBBox {\n inputs 2\n name CopyBBoxB\n xpos -401\n ypos 827\n disable {{\"parent.bbox==3 ? 0 : 1\"}}\n }\n Crop {\n box {0 0 {parent.width} {parent.height}}\n crop false\n name CopyBBoxFormat\n xpos -401\n ypos 853\n disable {{\"parent.bbox==4 ? 0 : 1\"}}\n addUserKnob {20 User}\n addUserKnob {22 cropToBbox l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n }\nset N2f4a2400 [stack 0]\n Transform {\n scale {{parent.adjustBBoxPercent} {parent.adjustBBoxPercent}}\n center {{((input.bbox.r-input.bbox.x)/2)+input.bbox.x} {((input.bbox.t-input.bbox.y)/2)+input.bbox.y}}\n black_outside false\n shutteroffset centred\n name TransformBBoxAdjustPercent\n xpos -516\n ypos 898\n }\npush $N2f4a2400\n AdjBBox {\n numpixels {{parent.adjustBBoxPixels} {parent.adjustBBoxPixels}}\n name AdjBBoxPixels\n xpos -401\n ypos 901\n }\n Switch {\n inputs 2\n which {{adjustBBoxExtra}}\n name Switch3\n xpos -401\n ypos 940\n }\n Dot {\n name Dot9\n note_font_size 41\n xpos -367\n ypos 993\n }\npush $N2f4cc800\n CopyBBox {\n inputs 2\n name CopyBBox\n xpos 0\n ypos 989\n }\n BlackOutside {\n name BlackOutside1\n xpos 0\n ypos 1015\n disable {{!parent.blackOutside}}\n }\n Output {\n name Output1\n xpos 0\n ypos 1155\n }\n NoOp {\n inputs 0\n name mergeNumber\n xpos 229\n ypos -862\n addUserKnob {20 User}\n addUserKnob {3 mergeNumber}\n mergeNumber {{\"output2 == 0 ? 25 : output2 == 1 ? 24 : output2 == 2 ? 22 : output2 == 3 ? 13 : output2 == 4 ? 24 : output2 == 5 ? 17 : 18\"}}\n }\npush $N2f386b00\n NoOp {\n name BBoxResult\n xpos 585\n ypos -230\n addUserKnob {20 User}\n addUserKnob {15 bbox}\n bbox {{input.bbox.x} {input.bbox.y} {input.bbox.r} {input.bbox.t}}\n }\nend_group\nDot {\n name Dot289\n note_font_size 41\n selected true\n xpos 411\n ypos -1508\n}\nDot {\n name Dot290\n label \"Core\\nMatte\"\n note_font_size 60\n selected true\n xpos -660\n ypos -1508\n}\nDot {\n name Dot291\n note_font_size 41\n selected true\n xpos -770\n ypos -1508\n}\nset N2f47cf00 [stack 0]\npush $N60779600\nDot {\n name Dot67\n selected true\n xpos -2648\n ypos -3937\n}\nRemove {\n operation keep\n channels rgb\n name Remove33\n selected true\n xpos -2682\n ypos -3816\n}\nDot {\n name Dot292\n selected true\n xpos -2648\n ypos -3454\n}\nset N2f45b900 [stack 0]\nGroup {\n name apDespill1\n help \"apDespill v2.0 by Adrian Pueyo\\n\\nGizmo to despill an image, with options to despill any hue (and not only the primaries), select different algorithms for de/respilling, and protect tones from the despill.\\n\\nIf you just want a basic despill, its default values should already be enough and the tool will avoid any extra calculations.\\n\\nv2 includes a new \\\"absolute\\\" mode which lets you basically perform a key, or do a \\\"despill to color\\\" operation. Also, the despill color, respill color and limit can now be plugged as image inputs if you wish, letting you perform a fully image-based despill or key, sort of iKeylight. Additionally, it allows you to perform the despill under a colorspace sandwich, for the artists who prefer to loop through different colorspaces in order to find one that works. Thanks to Tony Lyons the best feedback!\\n\\nadrianpueyo.com, 2014-2021\"\n onCreate \"n = nuke.thisNode()\\nn\\['tolerance'].setRange(0,2)\\nn\\['prot1_tolerance'].setFlag(0x00000004)\\nn\\['prot1_effect'].setFlag(0x00000004)\"\n knobChanged \"n = nuke.thisNode()\\nk = nuke.thisKnob()\\nkn = k.name()\\nif kn == \\\"color\\\":\\n kv = k.getValue()\\n custom_weight_labels = \\[\\\"green - blue\\\", \\\"red - blue\\\", \\\"red - green\\\", \\\" \\\"]\\n n\\[\\\"custom_weight\\\"].setLabel(custom_weight_labels\\[int(kv)])\\n n\\[\\\"pick\\\"].setVisible(k.getValue() == 3)\\nelif kn == \\\"mode\\\":\\n n\\[\\\"custom_weight\\\"].setVisible(n\\[\\\"mode\\\"].getValue()==3)\\nelif kn in \\[\\\"out\\\",\\\"output_alpha\\\"]:\\n n\\[\\\"respill_math\\\"].setEnabled(n\\[\\\"out\\\"].getValue()==0 or n\\[\\\"output_alpha\\\"].getValue()==1)\\n n\\[\\\"respill_color\\\"].setEnabled(n\\[\\\"out\\\"].getValue()==0)\\n n\\[\\\"inverted_spill_matte\\\"].setEnabled(n\\[\\\"output_alpha\\\"].value())\\nelif kn == \\\"prot1_activate\\\":\\n protA = n\\[\\\"prot1_activate\\\"].value()\\n n\\[\\\"prot1_preview\\\"].setEnabled(protA)\\n for i in \\[\\\"prot1\\\", \\\"prot1_tolerance\\\", \\\"prot1_falloff\\\",\\\"prot1_effect\\\"]:\\n n\\[i].setVisible(protA)\\nelif kn == \\\"inputChange\\\":\\n n.knobs()\\[\\\"limit_channel\\\"].setVisible(n.input(3) is not None)\\n n.knobs()\\[\\\"invert_limit_channel\\\"].setVisible(n.input(3) is not None)\\n color_enabled = nuke.toNode(\\\"apDespillKernel\\\")\\[\\\"apDespillKernel_use_color_input\\\"].getValue()==0\\n n\\[\\\"color\\\"].setEnabled(color_enabled)\\n n.knobs()\\[\\\"pick\\\"].setEnabled(color_enabled)\\n n\\[\\\"info_using_input_color\\\"].setVisible(not color_enabled)\\nelif kn == \\\"colorspace_shift\\\":\\n kv = k.value()\\n for i in \\[\\\"colorspace_out\\\", \\\"illuminant_out\\\", \\\"primary_out\\\"]:\\n n.knobs()\\[i].setEnabled(kv)\\n for i in \\[\\\"colorspace_in\\\", \\\"illuminant_in\\\", \\\"primary_in\\\"]:\\n n.knobs()\\[i].setEnabled(kv and n\\[\\\"input_colorspace\\\"].value())\\n n\\[\\\"input_colorspace\\\"].setEnabled(kv)\\nelif kn == \\\"input_colorspace\\\":\\n kv = k.value()\\n for i in \\[\\\"colorspace_in\\\", \\\"illuminant_in\\\", \\\"primary_in\\\"]:\\n n.knobs()\\[i].setVisible(kv)\\n n.knobs()\\[i].setEnabled(kv)\\nelif kn == \\\"imagebased\\\":\\n kv = k.value()\\n input_names = \\[\\\"color\\\",\\\"limit\\\",\\\"respill\\\"]\\n if kv:\\n for i_name in input_names:\\n i_fullname = \\\"Input\\\"+i_name\\n if not nuke.exists(i_fullname):\\n i_node = nuke.nodes.Input()\\n i_node\\[\\\"name\\\"].setValue(i_fullname)\\n else:\\n i_node = nuke.toNode(i_fullname)\\n dot = nuke.toNode(\\\"Dot\\\"+i_name)\\n i_node.setXYpos(dot.xpos(),dot.ypos()-40)\\n dot.setInput(0,i_node)\\n else:\\n # If something connected, do nothing\\n if not any(\\[n.input(i) for i in \\[2,3,4]]):\\n for i_name in input_names:\\n if nuke.exists(\\\"Input\\\"+i_name):\\n nuke.delete(nuke.toNode(\\\"Input\\\"+i_name))\\n else:\\n k.setValue(True)\"\n tile_color 0x8b8b8bff\n selected true\n xpos -2682\n ypos -3265\n addUserKnob {20 apDespill}\n addUserKnob {6 pick_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 imagebased l image-based t \"Show or hide image-based inputs.\\n\\nThis doesn't change anything internally except hiding inputs, just to avoid intimidating arrows on the node graph.\\n\\nNote: While any image-based input is connected, this won't let you hide them.\" +STARTLINE}\n addUserKnob {6 absolute_mode l \"absolute mode\" t \"Absolute mode performs a keying algorithm instead of a regular despill, so that you can do a \\\"spill to colour\\\" or even use this node as an image-based Keylight.\" -STARTLINE}\n addUserKnob {26 \"\"}\n addUserKnob {4 color t \"Select a primary as a starting point, or custom to show RGB controls to select any color.\\n\\nNote: If an image is plugged on the color input, this will get overwritten by the input.\" M {red green blue custom \"\" \"\" \"\"}}\n color custom\n addUserKnob {26 info_using_input_color l \" \" -STARTLINE +HIDDEN T \" (Using color from input)\"}\n addUserKnob {18 pick t \"Pick the color you'd like to use for the despill. \\n\\nPlease use ctrl/cmd+alt+click for picking.\\n\\nNOTE: If a despill color image input is plugged, this value will be ignored.\"}\n pick {0 0 1}\n addUserKnob {6 pick_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 pick_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 dfg_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {4 out l output t \"Quick switch to output the despilled image or the substracted one.\" M {despill spill}}\n addUserKnob {6 output_alpha l \"output spill matte in alpha\" t \"Output the spill luminance in the alpha channel.\" +STARTLINE}\n output_alpha true\n addUserKnob {6 inverted_spill_matte l inverted t \"Invert the output spill matte (in the alpha channel), especially useful when the despill is set to Absolute mode, in which case this will output a keying-like alpha.\" -STARTLINE}\n inverted_spill_matte true\n addUserKnob {4 mode l \"despill math\" t \"average = avg of other two channels\\nmaximum = max of other two channels\\nminimum = min of other two channels\\ncustom = select custom weights\" M {average maximum minimum custom \"\"}}\n addUserKnob {7 custom_weight l \" \" t \"-1 = only capped by the first channel\\n0 = capped by avg of both\\n1 = only capped by the second channel\" -STARTLINE +HIDDEN R -1 1}\n addUserKnob {26 \"\"}\n addUserKnob {6 colorspace_shift l \"alt colorspace\" t \"This allows for the popular artistic approach to refining the despill where you browse through colorspace conversions (mainly white point and primaries) and choose one that matches your desired despill bias.\\n\\nTip: Double click on a dropdown and use the Page Up and Page Down keys on your keyboard to browse quickly through the items.\\n\\nNote: There's no need at all for the values of these dropdowns to match your working colorspace, so you can leave it as-is or tweak it if you prefer, regardless of the colorspace you're comping at (e.g. ACEScg). It is literally an artistic conversion prior to the despill algorithm that then gets reverted.\" +STARTLINE}\n colorspace_shift true\n addUserKnob {6 input_colorspace l \"input colorspace\" t \"Also tweak the input colorspace for the back and forth colorspace conversion. This is generally not needed however, as this colorspace conversion is generally only used for artistic purposes.\" -STARTLINE}\n addUserKnob {6 log_space l log t \"Perform Lin2Log -> Despill -> Log2Lin.\" -STARTLINE}\n addUserKnob {41 colorspace_in l \"in colorspace\" +DISABLED +HIDDEN T Colorspace1.colorspace_in}\n addUserKnob {41 illuminant_in l \"\" -STARTLINE +DISABLED +HIDDEN T Colorspace1.illuminant_in}\n addUserKnob {41 primary_in l \"\" -STARTLINE +DISABLED +HIDDEN T Colorspace1.primary_in}\n addUserKnob {41 colorspace_out l \"despill space\" T Colorspace1.colorspace_out}\n addUserKnob {41 illuminant_out l \"\" -STARTLINE T Colorspace1.illuminant_out}\n addUserKnob {41 primary_out l \"\" -STARTLINE T Colorspace1.primary_out}\n addUserKnob {26 \"\"}\n addUserKnob {7 hue_offset l \"hue offset\" t \"Rotate the despill vectors to despill an arbitrary tone other than the primaries or the picked color.\\nNote: A rotation of +-120 degrees is the same as selecting a different color channel.\" R -30 30}\n addUserKnob {7 tolerance l limit t \"Use this to multiply the hue tolerance (the limiter value). You can move it all the way down to 0 to completely remove a hue from your image.\\n\\nNOTE: If an image is plugged into the limit input, this will act as a multiplier.\" R 0 2}\n tolerance 1\n addUserKnob {41 limit_channel l \"limit channel\" +HIDDEN T CopyLimit.from0}\n addUserKnob {6 invert_limit_channel l invert t \"The recommended workflow for the image-based limit is keeping this invert turned on, so that the higher the value of the limit channel, the lower the limit gets.\" -STARTLINE +HIDDEN}\n invert_limit_channel true\n addUserKnob {6 prot1_activate l \"protect tones\" t \"Enable controls to select tones to protect from despilling.\" +STARTLINE}\n addUserKnob {6 prot1_preview l preview t \"Output the protected tones.\" -STARTLINE +DISABLED}\n addUserKnob {18 prot1 l protect t \"Pick the central hue to protect.\\n(ctrl/cmd+alt+click)\" +HIDDEN}\n prot1 {0 0 0}\n addUserKnob {6 prot1_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 prot1_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {7 prot1_tolerance l tolerance t \"Amount of hues to include in the selection.\" +HIDDEN}\n prot1_tolerance 0.2\n addUserKnob {7 prot1_falloff l falloff t \"Falloff for the hue selection. A higher falloff will make hues apart from the picked one lose weight more quickly.\" +HIDDEN R 0 4}\n prot1_falloff 2\n addUserKnob {7 prot1_effect l effect t \"Multiplier for the hue protection, and for the spill limit value.\" +HIDDEN R 0 10}\n prot1_effect 1\n addUserKnob {26 respill_divider l \"\" +STARTLINE}\n addUserKnob {4 respill_math l \"spill math\" t \"Settings for the math for desaturating the the spill before adding it back.\" M {\"Rec 709\" \"Ccir 601\" \"Rec 2020\" Average Maximum \"\" \"\" \"\" \"\" \"\"}}\n addUserKnob {18 respill_color l \"respill color\" t \"RGB multiplier for the desaturated spill when adding it back.\\n\\nIf used on non-degrained plates (which should be avoided anyway), any value other than 1 here will most likely produce grain artifacts.\\n\\nNOTE: If a respill image input is plugged, this value will act as a multiplier.\" R 0 4}\n respill_color 1\n addUserKnob {6 respill_color_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 respill_color_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {26 \"\"}\n addUserKnob {41 maskChannelMask l mask T Merge.maskChannelMask}\n addUserKnob {41 inject -STARTLINE T Merge.inject}\n addUserKnob {41 invert_mask l invert -STARTLINE T Merge.invert_mask}\n addUserKnob {41 fringe -STARTLINE T Merge.fringe}\n addUserKnob {41 mix T Merge.mix}\n addUserKnob {26 version_author l \"\" t \"apDespill v2.0\\n13 April, 2021\" +STARTLINE T \"
    apDespill v2.0 - adrianpueyo.com, 2014-2021    \"}\n}\n Input {\n inputs 0\n name Inputmask\n xpos 273\n ypos -370\n number 1\n }\n Dot {\n name Dot1\n note_font_size 41\n xpos 307\n ypos -267\n }\nset N54f5e400 [stack 0]\n Dot {\n name Dot5\n note_font_size 41\n xpos 307\n ypos -237\n }\n Dot {\n inputs 0\n name Dotrespill\n label Dotrespill\n note_font \"Verdana Bold\"\n xpos 1190\n ypos -525\n }\n AddChannels {\n channels rgba\n format_size true\n name AddRGBA_spill\n xpos 1156\n ypos -442\n }\n Dot {\n inputs 0\n name Dotcolor\n label Dotcolor\n note_font \"Verdana Bold\"\n xpos 1080\n ypos -593\n }\n AddChannels {\n channels rgba\n format_size true\n name AddRGBA_color\n xpos 1046\n ypos -499\n }\n Dot {\n inputs 0\n name Dotlimit\n label Dotlimit\n note_font \"Verdana Bold\"\n xpos 936\n ypos -732\n }\n Shuffle {\n red black\n green black\n blue black\n alpha black\n name Shuffle_limit\n label \"\\[value in]\"\n xpos 902\n ypos -670\n }\n Input {\n inputs 0\n name Inputimage\n xpos 449\n ypos -761\n }\nset N54f59d00 [stack 0]\n Dot {\n name Dot2\n note_font_size 41\n xpos 788\n ypos -758\n }\n Shuffle {\n alpha black\n name Shuffle\n xpos 754\n ypos -694\n }\n Copy {\n inputs 2\n from0 rgba.alpha\n to0 rgba.alpha\n name CopyLimit\n xpos 754\n ypos -670\n }\n Invert {\n channels alpha\n name InvertLimit\n xpos 754\n ypos -611\n disable {{!invert_limit_channel}}\n }\n Colorspace {\n name Colorspace1\n label \"\\[value colorspace_in] >> \\[value colorspace_out]\"\n xpos 754\n ypos -544\n disable {{!parent.colorspace_shift}}\n }\n Log2Lin {\n operation lin2log\n name Log2Lin1\n xpos 754\n ypos -508\n disable {{!log_space}}\n }\n BlinkScript {\n inputs 3\n recompileCount 94\n ProgramGroup 1\n KernelDescription \"2 \\\"apDespillKernel\\\" iterate pixelWise 857ee5211c9dc340b8743026c9778403c1424a4ec1afa5c7990e55b71f93720c 4 \\\"src\\\" Read Point \\\"color_src\\\" Read Point \\\"spill_src\\\" Read Point \\\"dst\\\" Write Point 21 \\\"limit\\\" Float 1 AACAPw== \\\"shift\\\" Float 1 AAAAAA== \\\"weights\\\" Float 1 AAAAAA== \\\"outmode\\\" Int 1 AAAAAA== \\\"output_alpha\\\" Int 1 AAAAAA== \\\"output_alpha_inverted\\\" Int 1 AAAAAA== \\\"clr\\\" Int 1 AAAAAA== \\\"mode\\\" Int 1 AAAAAA== \\\"respill_math\\\" Int 1 AAAAAA== \\\"respill_color\\\" Float 4 AAAAAAAAAAAAAAAAAAAAAA== \\\"prot1_on\\\" Int 1 AAAAAA== \\\"prot1_preview\\\" Int 1 AAAAAA== \\\"prot1\\\" Float 3 AAAAAAAAAAAAAAAAAAAAAA== \\\"prot1_tolerance\\\" Float 1 AAAAAA== \\\"prot1_mult\\\" Float 1 AAAAAA== \\\"prot1_falloff\\\" Float 1 AAAAAA== \\\"pickSpill\\\" Float 3 AAAAAAAAAAAAAAAAAAAAAA== \\\"despill_method\\\" Int 1 AAAAAA== \\\"use_color_input\\\" Int 1 AAAAAA== \\\"use_spill_input\\\" Int 1 AAAAAA== \\\"use_limit_input\\\" Int 1 AAAAAA== 21 \\\"limit\\\" 1 1 \\\"shift\\\" 1 1 \\\"weights\\\" 1 1 \\\"outmode\\\" 1 1 \\\"output_alpha\\\" 1 1 \\\"output_alpha_inverted\\\" 1 1 \\\"clr\\\" 1 1 \\\"mode\\\" 1 1 \\\"respill_math\\\" 1 1 \\\"respill_color\\\" 4 1 \\\"prot1_on\\\" 1 1 \\\"prot1_preview\\\" 1 1 \\\"prot1\\\" 3 1 \\\"prot1_tolerance\\\" 1 1 \\\"prot1_mult\\\" 1 1 \\\"prot1_falloff\\\" 1 1 \\\"pickSpill\\\" 3 1 \\\"despill_method\\\" 1 1 \\\"use_color_input\\\" 1 1 \\\"use_spill_input\\\" 1 1 \\\"use_limit_input\\\" 1 1 7 \\\"_usePicked\\\" Int 1 1 AAAAAA== \\\"_clr\\\" Int 1 1 AAAAAA== \\\"_ret\\\" Int 1 1 AAAAAA== \\\"_hueShift\\\" Float 1 1 AAAAAA== \\\"_autoShift\\\" Float 1 1 AAAAAA== \\\"despillColor\\\" Float 3 1 AAAAAAAAAAAAAAAAAAAAAA== \\\"vNorm\\\" Float 3 1 AAAAAAAAAAAAAAAAAAAAAA==\"\n kernelSource \"//---------------------------------------------------------\\n// apDespillKernel - apDespill v1.0 by Adrian Pueyo\\n//\\n// Despill an image, with options to despill any hue (and\\n// not only the primaries), select different algorithms for\\n// des/respilling, and protect tones from the despill.\\n//\\n// v2.0: Ability to plug image inputs for the controls,\\n// and to perform a full key and respill.\\n//\\n// adrianpueyo.com, 2014-2017\\n// ---------------------------------------------------------\\n\\ninline float y_convert_ccir601(const float4 in)\\{\\n return in.x * 0.299f + in.y * 0.587f + in.z * 0.114f;\\n\\}\\n\\ninline float y_convert_rec709(const float4 in)\\{\\n return in.x * 0.2125f + in.y * 0.7154f + in.z * 0.0721f;\\n\\}\\n\\ninline float y_convert_rec2020(const float4 in)\\{\\n return in.x * 0.2627f + in.y * 0.678f + in.z * 0.0593f;\\n\\}\\n\\ninline float4 hueRotate(const float4 in, const float H)\\{\\n if(H==0.0f)\\{\\n return in;\\n \\}else\\{\\n float cosH = cos(H*PI/180);\\n float sinH = sin(H*PI/180);\\n float3 ret;\\n ret.x = (in.x+in.y+in.z)*(1-cosH)/3 + in.x*cosH + (-in.y/sqrt(3.0f)+in.z/sqrt(3.0f))*sinH;\\n ret.y = (in.x+in.y+in.z)*(1-cosH)/3 + in.y*cosH + (in.x/sqrt(3.0f)-in.z/sqrt(3.0f))*sinH;\\n ret.z = (in.x+in.y+in.z)*(1-cosH)/3 + in.z*cosH + (-in.x/sqrt(3.0f)+in.y/sqrt(3.0f))*sinH;\\n return float4(ret.x,ret.y,ret.z,in\\[3]);\\n \\}\\n\\}\\n\\nfloat3 vecToPlane(float3 v1, float3 v2 = float3(1.0f,1.0f,1.0f))\\{\\n float3 v1onv2;\\n v1onv2 = v2 * float((float(dot(v2,v1))/float(dot(v2,v2)))); //Projection of vector on another (plane's normal)\\n return v1-v1onv2; //Projection of vector on plane\\n\\}\\n\\ninline float3 myCross(float3 a, float3 b)\\{\\n return float3(float(a.y*b.z-a.z*b.y),float(a.z*b.x-a.x*b.z),float(a.x*b.y-a.y*b.x));\\n\\}\\n\\ninline float colorAngle(const float3 v1, const float3 v2)\\{\\n const float3 vN=float3(1.0f,1.0f,1.0f);\\n float ang = acos(float(dot(v1,v2))/float(sqrt(dot(v1,v1)*dot(v2,v2))));\\n float3 crs = myCross(v1,v2);\\n if (dot(vN, crs) > 0) \\{\\n ang = -ang;\\n \\}\\n return ang;\\n\\}\\n\\n//Main function to calculate the despill for a float4 colour. If prot1_preview is True, returns the prot1 result instead.\\ninline float4 apDespillMain(float4 src_color, float hueShift, int clr, int mode, float limit, float weights, int prot1_preview, int prot1_on, float3 prot1, float prot1_tolerance, float prot1_mult, float prot1_falloff)\\{\\n //1. HueRotate IN\\n float4 despilled = hueRotate(src_color, hueShift);\\n\\n //2. Calculate the limit\\n float resultLimit = 0.0f;\\n int2 others;\\n if(clr==0)\\{//If red (and if _usePicked, also set red)\\n others = int2(1,2);\\n \\}else if(clr==1)\\{\\n others=int2(0,2);\\n \\}else if(clr==2)\\{\\n others=int2(0,1);\\n \\}\\n\\n if(mode==0)\\{//average\\n resultLimit = (despilled\\[others\\[0]]+despilled\\[others\\[1]])/2;\\n \\}else if(mode==1)\\{//max\\n resultLimit = max(despilled\\[others\\[0]],despilled\\[others\\[1]]);\\n \\}else if(mode==2)\\{//min\\n resultLimit = min(despilled\\[others\\[0]],despilled\\[others\\[1]]);\\n \\}else\\{//custom\\n resultLimit = despilled\\[others\\[0]]*weights+despilled\\[others\\[1]]*(1-weights);\\n \\}\\n\\n //3. Protect tones\\n float prot1_result;\\n if(prot1_on==1&&(prot1\\[0]!=prot1\\[1]||prot1\\[0]!=prot1\\[2]||prot1\\[1]!=prot1\\[2]))\\{\\n float cos_prot1_angle;\\n cos_prot1_angle = (src_color\\[0]*prot1\\[0]+src_color\\[1]*prot1\\[1]+src_color\\[2]*prot1\\[2]) / (sqrt(prot1\\[0]*prot1\\[0]+prot1\\[1]*prot1\\[1]+prot1\\[2]*prot1\\[2]) * sqrt(src_color\\[0]*src_color\\[0]+src_color\\[1]*src_color\\[1]+src_color\\[2]*src_color\\[2]));\\n prot1_result = pow(clamp(cos_prot1_angle,0.0f,1.0f),1/pow(prot1_tolerance,prot1_falloff));\\n resultLimit = resultLimit*(1+prot1_result*prot1_mult);\\n \\}\\n\\n //4. Calculate the despill and HueRotate OUT\\n for (int component = 0; component < 3; component++)\\{\\n despilled\\[component] = component==clr?min(despilled\\[component],resultLimit*limit):despilled\\[component];\\n \\}\\n despilled = hueRotate(despilled,-hueShift);\\n despilled\\[3] = prot1_result;\\n return despilled;\\n\\}\\n\\ninline float getLuma(float4 src_color, int luma_math)\\{\\n float luma;\\n if(luma_math==0)\\{\\n luma = y_convert_rec709(src_color);\\n \\}else if(luma_math==1)\\{\\n luma = y_convert_ccir601(src_color);\\n \\}else if(luma_math==2)\\{\\n luma = y_convert_rec2020(src_color); \\n \\}else if(luma_math==3)\\{\\n luma = (src_color\\[0]+src_color\\[1]+src_color\\[2])/3;\\n \\}else\\{\\n luma = max(max(src_color\\[0],src_color\\[1]),src_color\\[2]);\\n \\}\\n return luma;\\n\\}\\n\\nkernel apDespillKernel : ImageComputationKernel\\n\\{\\n Image src;\\n Image color_src;\\n Image spill_src; //Acts as a multiplier for the respill color\\n Image dst;\\n\\n param:\\n float limit;\\n float shift;\\n float weights;\\n int outmode;//0=despill,1=spill\\n int output_alpha;\\n int output_alpha_inverted;\\n int clr; //0=red,1=green,2=blue\\n int mode; //0=average,1=maximum,2=minimum,3=custom\\n int respill_math; //0=Rec709,1=Ccir601,2=Avg,3=Max\\n float4 respill_color;\\n int prot1_on;\\n int prot1_preview;\\n float3 prot1;\\n float prot1_tolerance;\\n float prot1_mult;\\n float prot1_falloff;\\n float3 pickSpill;\\n int despill_method; //0=despill,1=key/\\\"absolute\\\"\\n\\n int use_color_input;\\n int use_spill_input;\\n int use_limit_input; //Should be shuffled in the src's alpha\\n\\n local:\\n int _usePicked;\\n int _clr;\\n int _ret;\\n float _hueShift;\\n float _autoShift;\\n float3 despillColor;\\n float3 vNorm;\\n\\n void define() \\{\\n defineParam(limit, \\\"limit\\\", 1.0f);\\n defineParam(shift, \\\"shift\\\", 0.0f);\\n \\}\\n\\n void init() \\{\\n //1. Calculate which color to affect\\n _ret = 0;\\n if(use_color_input==1)\\{\\n _clr = 0;\\n _usePicked = 1;\\n \\}else if(clr!=3)\\{//red green or blue\\n _usePicked = 0;\\n _clr = clr;\\n \\}else if(pickSpill.x==pickSpill.y && pickSpill.x==pickSpill.z)\\{\\n _ret = 1;//if \\\"custom\\\" selected but has a gray value, avoid any calculations\\n \\}else\\{\\n _usePicked = 1;\\n _clr = 0;\\n \\}\\n vNorm = float3(1.0f,1.0f,1.0f);\\n if(use_color_input==0)\\{\\n //2. Calculate the necessary hue shift\\n _autoShift = 0.0f;\\n if(_usePicked==1)\\{\\n _autoShift = colorAngle(vecToPlane(pickSpill,vNorm),vecToPlane(float3(1.0f,0.0f,0.0f),vNorm));\\n _autoShift = _autoShift*180/PI;//to deg\\n \\}\\n _hueShift = shift-_autoShift;\\n \\}\\n \\}\\n\\n void process()\\{\\n if(_ret == 1)\\{ dst()=src(); return; \\} //Avoid any calculations if no despill selected\\n\\n //0. If color from input, calculate the necessary hue shift\\n float hueShift = 0.0f, autoShift = 0.0f;\\n float3 despillColor;\\n if(use_color_input==1)\\{\\n despillColor = float3(color_src(0),color_src(1),color_src(2));\\n autoShift = colorAngle(vecToPlane(despillColor,vNorm),vecToPlane(float3(1.0f,0.0f,0.0f),vNorm));\\n autoShift = autoShift*180/PI;//to deg\\n hueShift = shift-autoShift;\\n \\}else\\{\\n if(_usePicked == 1)\\{\\n despillColor = pickSpill;\\n \\}else\\{\\n despillColor = float3(_clr==0?1.0f:0.0f,_clr==1?1.0f:0.0f,_clr==2?1.0f:0.0f);\\n \\}\\n \\n hueShift = _hueShift;\\n \\}\\n\\n float limit_result = use_limit_input==1?limit*src(3):limit;\\n\\n //1. Despill the source image\\n float4 despilled = apDespillMain(src(), hueShift, _clr, mode, limit_result, weights, prot1_preview, prot1_on, prot1, prot1_tolerance, prot1_mult, prot1_falloff);\\n if(prot1_preview==1 && prot1_on==1)\\{\\n dst() = src()*clamp(despilled\\[3]*prot1_mult,0.0f,1.0f);\\n return;\\n \\}\\n float4 spill = src()-despilled;\\n float spill_luma = getLuma(spill, respill_math);\\n\\n //2. Process the key if key method selected\\n float4 result;\\n float4 despilled_full, spill_full; //Will account for the key if method selected is key\\n float spill_luma_full;\\n if(despill_method==0)\\{\\n //Despill Method = Despill\\n despilled_full = despilled;\\n spill_full = spill;\\n spill_luma_full = spill_luma;\\n \\}else\\{\\n //Despill Method = Key\\n float4 despillColor4 = float4(despillColor.x,despillColor.y,despillColor.z,1.0f); //For simplicity\\n\\n //2.1. Despill the picked despill colour itself, for normalizing the spill\\n float4 pickSpill_despilled = apDespillMain(despillColor4, hueShift, _clr, mode, limit_result, weights, prot1_preview, prot1_on, prot1, prot1_tolerance, prot1_mult, prot1_falloff);\\n float4 pickSpill_spill = despillColor4-pickSpill_despilled;\\n float pickSpill_spill_luma = getLuma(pickSpill_spill, respill_math);\\n\\n spill_luma_full = pickSpill_spill_luma == 0? 0:spill_luma/pickSpill_spill_luma;\\n spill_full = despillColor4*spill_luma_full;\\n despilled_full = src()-spill_full;\\n \\}\\n\\n\\n float4 respill_color_result = use_spill_input==1?spill_src()*respill_color:respill_color;\\n //3. Output\\n if(outmode==0)\\{ //Despill\\n result = despilled_full+spill_luma_full*respill_color_result;\\n \\}else\\{ //Spill\\n result = spill_full;\\n \\}\\n\\n if(output_alpha==0)\\{\\n result\\[3]=src(3);\\n \\}else\\{\\n if(output_alpha_inverted == 0)\\{\\n result\\[3]=spill_luma_full;\\n \\}else\\{\\n result\\[3]=1-spill_luma_full;\\n \\}\\n \\}\\n\\n dst() = result;\\n\\n \\}\\n\\};\"\n useGPUIfAvailable false\n vectorize false\n rebuild \"\"\n apDespillKernel_limit {{parent.tolerance}}\n apDespillKernel_shift {{parent.hue_offset}}\n apDespillKernel_weights {{(parent.custom_weight+1)/2}}\n apDespillKernel_outmode {{parent.out}}\n apDespillKernel_output_alpha {{parent.output_alpha}}\n apDespillKernel_output_alpha_inverted {{parent.inverted_spill_matte}}\n apDespillKernel_clr {{parent.color}}\n apDespillKernel_mode {{parent.mode}}\n apDespillKernel_respill_math {{parent.respill_math}}\n apDespillKernel_respill_color {{parent.respill_color.r} {parent.respill_color.g} {parent.respill_color.b} 1}\n apDespillKernel_prot1_on {{parent.prot1_activate}}\n apDespillKernel_prot1_preview {{parent.prot1_preview}}\n apDespillKernel_prot1 {{parent.prot1} {parent.prot1} {parent.prot1}}\n apDespillKernel_prot1_tolerance {{parent.prot1_tolerance}}\n apDespillKernel_prot1_mult {{parent.prot1_effect}}\n apDespillKernel_prot1_falloff {{parent.prot1_falloff}}\n apDespillKernel_pickSpill {{parent.pick} {parent.pick} {parent.pick}}\n apDespillKernel_despill_method {{parent.absolute_mode}}\n apDespillKernel_use_color_input {{\"\\[\\nif \\{ \\[lsearch -exact \\[channels \\[input this 1].input] rgba.red] >= 0\\} \\{\\n return 1\\n\\} else \\{\\n return 0\\n\\}\\n]\"}}\n apDespillKernel_use_spill_input {{\"\\[\\nif \\{ \\[lsearch -exact \\[channels \\[input this 2].input] rgba.red] >= 0\\} \\{\\n return 1\\n\\} else \\{\\n return 0\\n\\}\\n]\"}}\n apDespillKernel_use_limit_input {{\"\\[exists parent.input3]\"}}\n rebuild_finalise \"\"\n name apDespillKernel\n xpos 754\n ypos -448\n }\n Log2Lin {\n name Log2Lin2\n xpos 754\n ypos -378\n disable {{!log_space}}\n }\n Colorspace {\n channels {{{parent.Colorspace5.channels}}}\n colorspace_in {{parent.Colorspace1.colorspace_out}}\n illuminant_in {{parent.Colorspace1.illuminant_out}}\n primary_in {{parent.Colorspace1.primary_out}}\n colorspace_out {{parent.Colorspace1.colorspace_in}}\n illuminant_out {{parent.Colorspace1.illuminant_in}}\n primary_out {{parent.Colorspace1.primary_in}}\n name Colorspace2\n label \"\\[value colorspace_in] >> \\[value colorspace_out]\"\n xpos 754\n ypos -354\n disable {{!parent.colorspace_shift}}\n }\n Dot {\n name Dot3\n note_font_size 41\n xpos 788\n ypos -267\n }\nset N16345d00 [stack 0]\n Dot {\n name Dot4\n note_font_size 41\n xpos 788\n ypos -237\n }\npush $N54f5e400\npush $N16345d00\npush $N54f59d00\n Merge2 {\n inputs 2+1\n operation copy\n bbox B\n Achannels {rgba.red rgba.green rgba.blue -rgba.alpha}\n Bchannels {rgba.red rgba.green rgba.blue -rgba.alpha}\n output {rgba.red rgba.green rgba.blue -rgba.alpha}\n name Merge\n xpos 449\n ypos -270\n }\n Copy {\n inputs 2+1\n from0 rgba.alpha\n to0 rgba.alpha\n bbox B\n maskChannelMask {{{parent.Merge.maskChannelMask}}}\n maskChannelInput {{{parent.Merge.maskChannelInput}}}\n inject {{parent.Merge.inject}}\n invert_mask {{parent.Merge.invert_mask}}\n fringe {{parent.Merge.fringe}}\n name CopyAlpha\n xpos 449\n ypos -246\n disable {{!parent.output_alpha}}\n }\n Output {\n name Output\n xpos 449\n ypos -166\n }\nend_group\nDot {\n name Dot294\n selected true\n xpos -2648\n ypos -3023\n}\nset N2f425600 [stack 0]\npush $N2f45b900\nDot {\n name Dot293\n selected true\n xpos -2066\n ypos -3454\n}\nMerge2 {\n inputs 2\n operation from\n name Merge13\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n selected true\n xpos -2100\n ypos -3027\n}\nSaturation {\n saturation 0\n name Saturation1\n selected true\n xpos -2100\n ypos -2976\n}\nDot {\n name Dot295\n selected true\n xpos -2066\n ypos -2885\n}\nDot {\n name Dot296\n label \"Restore Lum\"\n note_font_size 41\n selected true\n xpos -2521\n ypos -2885\n}\npush $N2f425600\nMerge2 {\n inputs 2\n operation plus\n output {rgba.red rgba.green rgba.blue -rgba.alpha}\n name Merge6\n selected true\n xpos -2682\n ypos -2889\n}\nDot {\n name Dot297\n label \"core \\ndespill\"\n note_font_size 60\n selected true\n xpos -2648\n ypos -2529\n}\nDot {\n name Dot298\n selected true\n xpos -2648\n ypos -1508\n}\nDot {\n name Dot299\n label \"core \\ndespill\"\n note_font_size 60\n selected true\n xpos -1299\n ypos -1508\n}\npush $N2f47cf00\nDot {\n name Dot300\n note_font_size 41\n selected true\n xpos -770\n ypos -1627\n}\npush $N60779600\nRemove {\n operation keep\n channels rgb\n name Remove34\n selected true\n xpos -1034\n ypos -3816\n}\nDot {\n name Dot301\n selected true\n xpos -1000\n ypos -3467\n}\nset N2f3f4100 [stack 0]\nGroup {\n name apDespill\n help \"apDespill v2.0 by Adrian Pueyo\\n\\nGizmo to despill an image, with options to despill any hue (and not only the primaries), select different algorithms for de/respilling, and protect tones from the despill.\\n\\nIf you just want a basic despill, its default values should already be enough and the tool will avoid any extra calculations.\\n\\nv2 includes a new \\\"absolute\\\" mode which lets you basically perform a key, or do a \\\"despill to color\\\" operation. Also, the despill color, respill color and limit can now be plugged as image inputs if you wish, letting you perform a fully image-based despill or key, sort of iKeylight. Additionally, it allows you to perform the despill under a colorspace sandwich, for the artists who prefer to loop through different colorspaces in order to find one that works. Thanks to Tony Lyons the best feedback!\\n\\nadrianpueyo.com, 2014-2021\"\n onCreate \"n = nuke.thisNode()\\nn\\['tolerance'].setRange(0,2)\\nn\\['prot1_tolerance'].setFlag(0x00000004)\\nn\\['prot1_effect'].setFlag(0x00000004)\"\n knobChanged \"n = nuke.thisNode()\\nk = nuke.thisKnob()\\nkn = k.name()\\nif kn == \\\"color\\\":\\n kv = k.getValue()\\n custom_weight_labels = \\[\\\"green - blue\\\", \\\"red - blue\\\", \\\"red - green\\\", \\\" \\\"]\\n n\\[\\\"custom_weight\\\"].setLabel(custom_weight_labels\\[int(kv)])\\n n\\[\\\"pick\\\"].setVisible(k.getValue() == 3)\\nelif kn == \\\"mode\\\":\\n n\\[\\\"custom_weight\\\"].setVisible(n\\[\\\"mode\\\"].getValue()==3)\\nelif kn in \\[\\\"out\\\",\\\"output_alpha\\\"]:\\n n\\[\\\"respill_math\\\"].setEnabled(n\\[\\\"out\\\"].getValue()==0 or n\\[\\\"output_alpha\\\"].getValue()==1)\\n n\\[\\\"respill_color\\\"].setEnabled(n\\[\\\"out\\\"].getValue()==0)\\n n\\[\\\"inverted_spill_matte\\\"].setEnabled(n\\[\\\"output_alpha\\\"].value())\\nelif kn == \\\"prot1_activate\\\":\\n protA = n\\[\\\"prot1_activate\\\"].value()\\n n\\[\\\"prot1_preview\\\"].setEnabled(protA)\\n for i in \\[\\\"prot1\\\", \\\"prot1_tolerance\\\", \\\"prot1_falloff\\\",\\\"prot1_effect\\\"]:\\n n\\[i].setVisible(protA)\\nelif kn == \\\"inputChange\\\":\\n n.knobs()\\[\\\"limit_channel\\\"].setVisible(n.input(3) is not None)\\n n.knobs()\\[\\\"invert_limit_channel\\\"].setVisible(n.input(3) is not None)\\n color_enabled = nuke.toNode(\\\"apDespillKernel\\\")\\[\\\"apDespillKernel_use_color_input\\\"].getValue()==0\\n n\\[\\\"color\\\"].setEnabled(color_enabled)\\n n.knobs()\\[\\\"pick\\\"].setEnabled(color_enabled)\\n n\\[\\\"info_using_input_color\\\"].setVisible(not color_enabled)\\nelif kn == \\\"colorspace_shift\\\":\\n kv = k.value()\\n for i in \\[\\\"colorspace_out\\\", \\\"illuminant_out\\\", \\\"primary_out\\\"]:\\n n.knobs()\\[i].setEnabled(kv)\\n for i in \\[\\\"colorspace_in\\\", \\\"illuminant_in\\\", \\\"primary_in\\\"]:\\n n.knobs()\\[i].setEnabled(kv and n\\[\\\"input_colorspace\\\"].value())\\n n\\[\\\"input_colorspace\\\"].setEnabled(kv)\\nelif kn == \\\"input_colorspace\\\":\\n kv = k.value()\\n for i in \\[\\\"colorspace_in\\\", \\\"illuminant_in\\\", \\\"primary_in\\\"]:\\n n.knobs()\\[i].setVisible(kv)\\n n.knobs()\\[i].setEnabled(kv)\\nelif kn == \\\"imagebased\\\":\\n kv = k.value()\\n input_names = \\[\\\"color\\\",\\\"limit\\\",\\\"respill\\\"]\\n if kv:\\n for i_name in input_names:\\n i_fullname = \\\"Input\\\"+i_name\\n if not nuke.exists(i_fullname):\\n i_node = nuke.nodes.Input()\\n i_node\\[\\\"name\\\"].setValue(i_fullname)\\n else:\\n i_node = nuke.toNode(i_fullname)\\n dot = nuke.toNode(\\\"Dot\\\"+i_name)\\n i_node.setXYpos(dot.xpos(),dot.ypos()-40)\\n dot.setInput(0,i_node)\\n else:\\n # If something connected, do nothing\\n if not any(\\[n.input(i) for i in \\[2,3,4]]):\\n for i_name in input_names:\\n if nuke.exists(\\\"Input\\\"+i_name):\\n nuke.delete(nuke.toNode(\\\"Input\\\"+i_name))\\n else:\\n k.setValue(True)\"\n tile_color 0x8b8b8bff\n selected true\n xpos -1034\n ypos -3272\n addUserKnob {20 apDespill}\n addUserKnob {6 pick_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 imagebased l image-based t \"Show or hide image-based inputs.\\n\\nThis doesn't change anything internally except hiding inputs, just to avoid intimidating arrows on the node graph.\\n\\nNote: While any image-based input is connected, this won't let you hide them.\" +STARTLINE}\n addUserKnob {6 absolute_mode l \"absolute mode\" t \"Absolute mode performs a keying algorithm instead of a regular despill, so that you can do a \\\"spill to colour\\\" or even use this node as an image-based Keylight.\" -STARTLINE}\n addUserKnob {26 \"\"}\n addUserKnob {4 color t \"Select a primary as a starting point, or custom to show RGB controls to select any color.\\n\\nNote: If an image is plugged on the color input, this will get overwritten by the input.\" M {red green blue custom \"\" \"\" \"\"}}\n color custom\n addUserKnob {26 info_using_input_color l \" \" -STARTLINE +HIDDEN T \" (Using color from input)\"}\n addUserKnob {18 pick t \"Pick the color you'd like to use for the despill. \\n\\nPlease use ctrl/cmd+alt+click for picking.\\n\\nNOTE: If a despill color image input is plugged, this value will be ignored.\"}\n pick {0 0 1}\n addUserKnob {6 pick_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 pick_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 dfg_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {4 out l output t \"Quick switch to output the despilled image or the substracted one.\" M {despill spill}}\n addUserKnob {6 output_alpha l \"output spill matte in alpha\" t \"Output the spill luminance in the alpha channel.\" +STARTLINE}\n output_alpha true\n addUserKnob {6 inverted_spill_matte l inverted t \"Invert the output spill matte (in the alpha channel), especially useful when the despill is set to Absolute mode, in which case this will output a keying-like alpha.\" -STARTLINE}\n inverted_spill_matte true\n addUserKnob {4 mode l \"despill math\" t \"average = avg of other two channels\\nmaximum = max of other two channels\\nminimum = min of other two channels\\ncustom = select custom weights\" M {average maximum minimum custom \"\"}}\n addUserKnob {7 custom_weight l \" \" t \"-1 = only capped by the first channel\\n0 = capped by avg of both\\n1 = only capped by the second channel\" -STARTLINE +HIDDEN R -1 1}\n addUserKnob {26 \"\"}\n addUserKnob {6 colorspace_shift l \"alt colorspace\" t \"This allows for the popular artistic approach to refining the despill where you browse through colorspace conversions (mainly white point and primaries) and choose one that matches your desired despill bias.\\n\\nTip: Double click on a dropdown and use the Page Up and Page Down keys on your keyboard to browse quickly through the items.\\n\\nNote: There's no need at all for the values of these dropdowns to match your working colorspace, so you can leave it as-is or tweak it if you prefer, regardless of the colorspace you're comping at (e.g. ACEScg). It is literally an artistic conversion prior to the despill algorithm that then gets reverted.\" +STARTLINE}\n colorspace_shift true\n addUserKnob {6 input_colorspace l \"input colorspace\" t \"Also tweak the input colorspace for the back and forth colorspace conversion. This is generally not needed however, as this colorspace conversion is generally only used for artistic purposes.\" -STARTLINE}\n addUserKnob {6 log_space l log t \"Perform Lin2Log -> Despill -> Log2Lin.\" -STARTLINE}\n addUserKnob {41 colorspace_in l \"in colorspace\" +DISABLED +HIDDEN T Colorspace1.colorspace_in}\n addUserKnob {41 illuminant_in l \"\" -STARTLINE +DISABLED +HIDDEN T Colorspace1.illuminant_in}\n addUserKnob {41 primary_in l \"\" -STARTLINE +DISABLED +HIDDEN T Colorspace1.primary_in}\n addUserKnob {41 colorspace_out l \"despill space\" T Colorspace1.colorspace_out}\n addUserKnob {41 illuminant_out l \"\" -STARTLINE T Colorspace1.illuminant_out}\n addUserKnob {41 primary_out l \"\" -STARTLINE T Colorspace1.primary_out}\n addUserKnob {26 \"\"}\n addUserKnob {7 hue_offset l \"hue offset\" t \"Rotate the despill vectors to despill an arbitrary tone other than the primaries or the picked color.\\nNote: A rotation of +-120 degrees is the same as selecting a different color channel.\" R -30 30}\n addUserKnob {7 tolerance l limit t \"Use this to multiply the hue tolerance (the limiter value). You can move it all the way down to 0 to completely remove a hue from your image.\\n\\nNOTE: If an image is plugged into the limit input, this will act as a multiplier.\" R 0 2}\n tolerance 1\n addUserKnob {41 limit_channel l \"limit channel\" +HIDDEN T CopyLimit.from0}\n addUserKnob {6 invert_limit_channel l invert t \"The recommended workflow for the image-based limit is keeping this invert turned on, so that the higher the value of the limit channel, the lower the limit gets.\" -STARTLINE +HIDDEN}\n invert_limit_channel true\n addUserKnob {6 prot1_activate l \"protect tones\" t \"Enable controls to select tones to protect from despilling.\" +STARTLINE}\n addUserKnob {6 prot1_preview l preview t \"Output the protected tones.\" -STARTLINE +DISABLED}\n addUserKnob {18 prot1 l protect t \"Pick the central hue to protect.\\n(ctrl/cmd+alt+click)\" +HIDDEN}\n prot1 {0 0 0}\n addUserKnob {6 prot1_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 prot1_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {7 prot1_tolerance l tolerance t \"Amount of hues to include in the selection.\" +HIDDEN}\n prot1_tolerance 0.2\n addUserKnob {7 prot1_falloff l falloff t \"Falloff for the hue selection. A higher falloff will make hues apart from the picked one lose weight more quickly.\" +HIDDEN R 0 4}\n prot1_falloff 2\n addUserKnob {7 prot1_effect l effect t \"Multiplier for the hue protection, and for the spill limit value.\" +HIDDEN R 0 10}\n prot1_effect 1\n addUserKnob {26 respill_divider l \"\" +STARTLINE}\n addUserKnob {4 respill_math l \"spill math\" t \"Settings for the math for desaturating the the spill before adding it back.\" M {\"Rec 709\" \"Ccir 601\" \"Rec 2020\" Average Maximum \"\" \"\" \"\" \"\" \"\"}}\n addUserKnob {18 respill_color l \"respill color\" t \"RGB multiplier for the desaturated spill when adding it back.\\n\\nIf used on non-degrained plates (which should be avoided anyway), any value other than 1 here will most likely produce grain artifacts.\\n\\nNOTE: If a respill image input is plugged, this value will act as a multiplier.\" R 0 4}\n respill_color 1\n addUserKnob {6 respill_color_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 respill_color_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {26 \"\"}\n addUserKnob {41 maskChannelMask l mask T Merge.maskChannelMask}\n addUserKnob {41 inject -STARTLINE T Merge.inject}\n addUserKnob {41 invert_mask l invert -STARTLINE T Merge.invert_mask}\n addUserKnob {41 fringe -STARTLINE T Merge.fringe}\n addUserKnob {41 mix T Merge.mix}\n addUserKnob {26 version_author l \"\" t \"apDespill v2.0\\n13 April, 2021\" +STARTLINE T \"
    apDespill v2.0 - adrianpueyo.com, 2014-2021    \"}\n}\n Input {\n inputs 0\n name Inputmask\n xpos 273\n ypos -370\n number 1\n }\n Dot {\n name Dot1\n note_font_size 41\n xpos 307\n ypos -267\n }\nset N54fef200 [stack 0]\n Dot {\n name Dot5\n note_font_size 41\n xpos 307\n ypos -237\n }\n Dot {\n inputs 0\n name Dotrespill\n label Dotrespill\n note_font \"Verdana Bold\"\n xpos 1190\n ypos -525\n }\n AddChannels {\n channels rgba\n format_size true\n name AddRGBA_spill\n xpos 1156\n ypos -442\n }\n Dot {\n inputs 0\n name Dotcolor\n label Dotcolor\n note_font \"Verdana Bold\"\n xpos 1080\n ypos -593\n }\n AddChannels {\n channels rgba\n format_size true\n name AddRGBA_color\n xpos 1046\n ypos -499\n }\n Dot {\n inputs 0\n name Dotlimit\n label Dotlimit\n note_font \"Verdana Bold\"\n xpos 936\n ypos -732\n }\n Shuffle {\n red black\n green black\n blue black\n alpha black\n name Shuffle_limit\n label \"\\[value in]\"\n xpos 902\n ypos -670\n }\n Input {\n inputs 0\n name Inputimage\n xpos 449\n ypos -761\n }\nset N54fceb00 [stack 0]\n Dot {\n name Dot2\n note_font_size 41\n xpos 788\n ypos -758\n }\n Shuffle {\n alpha black\n name Shuffle\n xpos 754\n ypos -694\n }\n Copy {\n inputs 2\n from0 rgba.alpha\n to0 rgba.alpha\n name CopyLimit\n xpos 754\n ypos -670\n }\n Invert {\n channels alpha\n name InvertLimit\n xpos 754\n ypos -611\n disable {{!invert_limit_channel}}\n }\n Colorspace {\n name Colorspace1\n label \"\\[value colorspace_in] >> \\[value colorspace_out]\"\n xpos 754\n ypos -544\n disable {{!parent.colorspace_shift}}\n }\n Log2Lin {\n operation lin2log\n name Log2Lin1\n xpos 754\n ypos -508\n disable {{!log_space}}\n }\n BlinkScript {\n inputs 3\n recompileCount 94\n ProgramGroup 1\n KernelDescription \"2 \\\"apDespillKernel\\\" iterate pixelWise 857ee5211c9dc340b8743026c9778403c1424a4ec1afa5c7990e55b71f93720c 4 \\\"src\\\" Read Point \\\"color_src\\\" Read Point \\\"spill_src\\\" Read Point \\\"dst\\\" Write Point 21 \\\"limit\\\" Float 1 AACAPw== \\\"shift\\\" Float 1 AAAAAA== \\\"weights\\\" Float 1 AAAAAA== \\\"outmode\\\" Int 1 AAAAAA== \\\"output_alpha\\\" Int 1 AAAAAA== \\\"output_alpha_inverted\\\" Int 1 AAAAAA== \\\"clr\\\" Int 1 AAAAAA== \\\"mode\\\" Int 1 AAAAAA== \\\"respill_math\\\" Int 1 AAAAAA== \\\"respill_color\\\" Float 4 AAAAAAAAAAAAAAAAAAAAAA== \\\"prot1_on\\\" Int 1 AAAAAA== \\\"prot1_preview\\\" Int 1 AAAAAA== \\\"prot1\\\" Float 3 AAAAAAAAAAAAAAAAAAAAAA== \\\"prot1_tolerance\\\" Float 1 AAAAAA== \\\"prot1_mult\\\" Float 1 AAAAAA== \\\"prot1_falloff\\\" Float 1 AAAAAA== \\\"pickSpill\\\" Float 3 AAAAAAAAAAAAAAAAAAAAAA== \\\"despill_method\\\" Int 1 AAAAAA== \\\"use_color_input\\\" Int 1 AAAAAA== \\\"use_spill_input\\\" Int 1 AAAAAA== \\\"use_limit_input\\\" Int 1 AAAAAA== 21 \\\"limit\\\" 1 1 \\\"shift\\\" 1 1 \\\"weights\\\" 1 1 \\\"outmode\\\" 1 1 \\\"output_alpha\\\" 1 1 \\\"output_alpha_inverted\\\" 1 1 \\\"clr\\\" 1 1 \\\"mode\\\" 1 1 \\\"respill_math\\\" 1 1 \\\"respill_color\\\" 4 1 \\\"prot1_on\\\" 1 1 \\\"prot1_preview\\\" 1 1 \\\"prot1\\\" 3 1 \\\"prot1_tolerance\\\" 1 1 \\\"prot1_mult\\\" 1 1 \\\"prot1_falloff\\\" 1 1 \\\"pickSpill\\\" 3 1 \\\"despill_method\\\" 1 1 \\\"use_color_input\\\" 1 1 \\\"use_spill_input\\\" 1 1 \\\"use_limit_input\\\" 1 1 7 \\\"_usePicked\\\" Int 1 1 AAAAAA== \\\"_clr\\\" Int 1 1 AAAAAA== \\\"_ret\\\" Int 1 1 AAAAAA== \\\"_hueShift\\\" Float 1 1 AAAAAA== \\\"_autoShift\\\" Float 1 1 AAAAAA== \\\"despillColor\\\" Float 3 1 AAAAAAAAAAAAAAAAAAAAAA== \\\"vNorm\\\" Float 3 1 AAAAAAAAAAAAAAAAAAAAAA==\"\n kernelSource \"//---------------------------------------------------------\\n// apDespillKernel - apDespill v1.0 by Adrian Pueyo\\n//\\n// Despill an image, with options to despill any hue (and\\n// not only the primaries), select different algorithms for\\n// des/respilling, and protect tones from the despill.\\n//\\n// v2.0: Ability to plug image inputs for the controls,\\n// and to perform a full key and respill.\\n//\\n// adrianpueyo.com, 2014-2017\\n// ---------------------------------------------------------\\n\\ninline float y_convert_ccir601(const float4 in)\\{\\n return in.x * 0.299f + in.y * 0.587f + in.z * 0.114f;\\n\\}\\n\\ninline float y_convert_rec709(const float4 in)\\{\\n return in.x * 0.2125f + in.y * 0.7154f + in.z * 0.0721f;\\n\\}\\n\\ninline float y_convert_rec2020(const float4 in)\\{\\n return in.x * 0.2627f + in.y * 0.678f + in.z * 0.0593f;\\n\\}\\n\\ninline float4 hueRotate(const float4 in, const float H)\\{\\n if(H==0.0f)\\{\\n return in;\\n \\}else\\{\\n float cosH = cos(H*PI/180);\\n float sinH = sin(H*PI/180);\\n float3 ret;\\n ret.x = (in.x+in.y+in.z)*(1-cosH)/3 + in.x*cosH + (-in.y/sqrt(3.0f)+in.z/sqrt(3.0f))*sinH;\\n ret.y = (in.x+in.y+in.z)*(1-cosH)/3 + in.y*cosH + (in.x/sqrt(3.0f)-in.z/sqrt(3.0f))*sinH;\\n ret.z = (in.x+in.y+in.z)*(1-cosH)/3 + in.z*cosH + (-in.x/sqrt(3.0f)+in.y/sqrt(3.0f))*sinH;\\n return float4(ret.x,ret.y,ret.z,in\\[3]);\\n \\}\\n\\}\\n\\nfloat3 vecToPlane(float3 v1, float3 v2 = float3(1.0f,1.0f,1.0f))\\{\\n float3 v1onv2;\\n v1onv2 = v2 * float((float(dot(v2,v1))/float(dot(v2,v2)))); //Projection of vector on another (plane's normal)\\n return v1-v1onv2; //Projection of vector on plane\\n\\}\\n\\ninline float3 myCross(float3 a, float3 b)\\{\\n return float3(float(a.y*b.z-a.z*b.y),float(a.z*b.x-a.x*b.z),float(a.x*b.y-a.y*b.x));\\n\\}\\n\\ninline float colorAngle(const float3 v1, const float3 v2)\\{\\n const float3 vN=float3(1.0f,1.0f,1.0f);\\n float ang = acos(float(dot(v1,v2))/float(sqrt(dot(v1,v1)*dot(v2,v2))));\\n float3 crs = myCross(v1,v2);\\n if (dot(vN, crs) > 0) \\{\\n ang = -ang;\\n \\}\\n return ang;\\n\\}\\n\\n//Main function to calculate the despill for a float4 colour. If prot1_preview is True, returns the prot1 result instead.\\ninline float4 apDespillMain(float4 src_color, float hueShift, int clr, int mode, float limit, float weights, int prot1_preview, int prot1_on, float3 prot1, float prot1_tolerance, float prot1_mult, float prot1_falloff)\\{\\n //1. HueRotate IN\\n float4 despilled = hueRotate(src_color, hueShift);\\n\\n //2. Calculate the limit\\n float resultLimit = 0.0f;\\n int2 others;\\n if(clr==0)\\{//If red (and if _usePicked, also set red)\\n others = int2(1,2);\\n \\}else if(clr==1)\\{\\n others=int2(0,2);\\n \\}else if(clr==2)\\{\\n others=int2(0,1);\\n \\}\\n\\n if(mode==0)\\{//average\\n resultLimit = (despilled\\[others\\[0]]+despilled\\[others\\[1]])/2;\\n \\}else if(mode==1)\\{//max\\n resultLimit = max(despilled\\[others\\[0]],despilled\\[others\\[1]]);\\n \\}else if(mode==2)\\{//min\\n resultLimit = min(despilled\\[others\\[0]],despilled\\[others\\[1]]);\\n \\}else\\{//custom\\n resultLimit = despilled\\[others\\[0]]*weights+despilled\\[others\\[1]]*(1-weights);\\n \\}\\n\\n //3. Protect tones\\n float prot1_result;\\n if(prot1_on==1&&(prot1\\[0]!=prot1\\[1]||prot1\\[0]!=prot1\\[2]||prot1\\[1]!=prot1\\[2]))\\{\\n float cos_prot1_angle;\\n cos_prot1_angle = (src_color\\[0]*prot1\\[0]+src_color\\[1]*prot1\\[1]+src_color\\[2]*prot1\\[2]) / (sqrt(prot1\\[0]*prot1\\[0]+prot1\\[1]*prot1\\[1]+prot1\\[2]*prot1\\[2]) * sqrt(src_color\\[0]*src_color\\[0]+src_color\\[1]*src_color\\[1]+src_color\\[2]*src_color\\[2]));\\n prot1_result = pow(clamp(cos_prot1_angle,0.0f,1.0f),1/pow(prot1_tolerance,prot1_falloff));\\n resultLimit = resultLimit*(1+prot1_result*prot1_mult);\\n \\}\\n\\n //4. Calculate the despill and HueRotate OUT\\n for (int component = 0; component < 3; component++)\\{\\n despilled\\[component] = component==clr?min(despilled\\[component],resultLimit*limit):despilled\\[component];\\n \\}\\n despilled = hueRotate(despilled,-hueShift);\\n despilled\\[3] = prot1_result;\\n return despilled;\\n\\}\\n\\ninline float getLuma(float4 src_color, int luma_math)\\{\\n float luma;\\n if(luma_math==0)\\{\\n luma = y_convert_rec709(src_color);\\n \\}else if(luma_math==1)\\{\\n luma = y_convert_ccir601(src_color);\\n \\}else if(luma_math==2)\\{\\n luma = y_convert_rec2020(src_color); \\n \\}else if(luma_math==3)\\{\\n luma = (src_color\\[0]+src_color\\[1]+src_color\\[2])/3;\\n \\}else\\{\\n luma = max(max(src_color\\[0],src_color\\[1]),src_color\\[2]);\\n \\}\\n return luma;\\n\\}\\n\\nkernel apDespillKernel : ImageComputationKernel\\n\\{\\n Image src;\\n Image color_src;\\n Image spill_src; //Acts as a multiplier for the respill color\\n Image dst;\\n\\n param:\\n float limit;\\n float shift;\\n float weights;\\n int outmode;//0=despill,1=spill\\n int output_alpha;\\n int output_alpha_inverted;\\n int clr; //0=red,1=green,2=blue\\n int mode; //0=average,1=maximum,2=minimum,3=custom\\n int respill_math; //0=Rec709,1=Ccir601,2=Avg,3=Max\\n float4 respill_color;\\n int prot1_on;\\n int prot1_preview;\\n float3 prot1;\\n float prot1_tolerance;\\n float prot1_mult;\\n float prot1_falloff;\\n float3 pickSpill;\\n int despill_method; //0=despill,1=key/\\\"absolute\\\"\\n\\n int use_color_input;\\n int use_spill_input;\\n int use_limit_input; //Should be shuffled in the src's alpha\\n\\n local:\\n int _usePicked;\\n int _clr;\\n int _ret;\\n float _hueShift;\\n float _autoShift;\\n float3 despillColor;\\n float3 vNorm;\\n\\n void define() \\{\\n defineParam(limit, \\\"limit\\\", 1.0f);\\n defineParam(shift, \\\"shift\\\", 0.0f);\\n \\}\\n\\n void init() \\{\\n //1. Calculate which color to affect\\n _ret = 0;\\n if(use_color_input==1)\\{\\n _clr = 0;\\n _usePicked = 1;\\n \\}else if(clr!=3)\\{//red green or blue\\n _usePicked = 0;\\n _clr = clr;\\n \\}else if(pickSpill.x==pickSpill.y && pickSpill.x==pickSpill.z)\\{\\n _ret = 1;//if \\\"custom\\\" selected but has a gray value, avoid any calculations\\n \\}else\\{\\n _usePicked = 1;\\n _clr = 0;\\n \\}\\n vNorm = float3(1.0f,1.0f,1.0f);\\n if(use_color_input==0)\\{\\n //2. Calculate the necessary hue shift\\n _autoShift = 0.0f;\\n if(_usePicked==1)\\{\\n _autoShift = colorAngle(vecToPlane(pickSpill,vNorm),vecToPlane(float3(1.0f,0.0f,0.0f),vNorm));\\n _autoShift = _autoShift*180/PI;//to deg\\n \\}\\n _hueShift = shift-_autoShift;\\n \\}\\n \\}\\n\\n void process()\\{\\n if(_ret == 1)\\{ dst()=src(); return; \\} //Avoid any calculations if no despill selected\\n\\n //0. If color from input, calculate the necessary hue shift\\n float hueShift = 0.0f, autoShift = 0.0f;\\n float3 despillColor;\\n if(use_color_input==1)\\{\\n despillColor = float3(color_src(0),color_src(1),color_src(2));\\n autoShift = colorAngle(vecToPlane(despillColor,vNorm),vecToPlane(float3(1.0f,0.0f,0.0f),vNorm));\\n autoShift = autoShift*180/PI;//to deg\\n hueShift = shift-autoShift;\\n \\}else\\{\\n if(_usePicked == 1)\\{\\n despillColor = pickSpill;\\n \\}else\\{\\n despillColor = float3(_clr==0?1.0f:0.0f,_clr==1?1.0f:0.0f,_clr==2?1.0f:0.0f);\\n \\}\\n \\n hueShift = _hueShift;\\n \\}\\n\\n float limit_result = use_limit_input==1?limit*src(3):limit;\\n\\n //1. Despill the source image\\n float4 despilled = apDespillMain(src(), hueShift, _clr, mode, limit_result, weights, prot1_preview, prot1_on, prot1, prot1_tolerance, prot1_mult, prot1_falloff);\\n if(prot1_preview==1 && prot1_on==1)\\{\\n dst() = src()*clamp(despilled\\[3]*prot1_mult,0.0f,1.0f);\\n return;\\n \\}\\n float4 spill = src()-despilled;\\n float spill_luma = getLuma(spill, respill_math);\\n\\n //2. Process the key if key method selected\\n float4 result;\\n float4 despilled_full, spill_full; //Will account for the key if method selected is key\\n float spill_luma_full;\\n if(despill_method==0)\\{\\n //Despill Method = Despill\\n despilled_full = despilled;\\n spill_full = spill;\\n spill_luma_full = spill_luma;\\n \\}else\\{\\n //Despill Method = Key\\n float4 despillColor4 = float4(despillColor.x,despillColor.y,despillColor.z,1.0f); //For simplicity\\n\\n //2.1. Despill the picked despill colour itself, for normalizing the spill\\n float4 pickSpill_despilled = apDespillMain(despillColor4, hueShift, _clr, mode, limit_result, weights, prot1_preview, prot1_on, prot1, prot1_tolerance, prot1_mult, prot1_falloff);\\n float4 pickSpill_spill = despillColor4-pickSpill_despilled;\\n float pickSpill_spill_luma = getLuma(pickSpill_spill, respill_math);\\n\\n spill_luma_full = pickSpill_spill_luma == 0? 0:spill_luma/pickSpill_spill_luma;\\n spill_full = despillColor4*spill_luma_full;\\n despilled_full = src()-spill_full;\\n \\}\\n\\n\\n float4 respill_color_result = use_spill_input==1?spill_src()*respill_color:respill_color;\\n //3. Output\\n if(outmode==0)\\{ //Despill\\n result = despilled_full+spill_luma_full*respill_color_result;\\n \\}else\\{ //Spill\\n result = spill_full;\\n \\}\\n\\n if(output_alpha==0)\\{\\n result\\[3]=src(3);\\n \\}else\\{\\n if(output_alpha_inverted == 0)\\{\\n result\\[3]=spill_luma_full;\\n \\}else\\{\\n result\\[3]=1-spill_luma_full;\\n \\}\\n \\}\\n\\n dst() = result;\\n\\n \\}\\n\\};\"\n useGPUIfAvailable false\n vectorize false\n rebuild \"\"\n apDespillKernel_limit {{parent.tolerance}}\n apDespillKernel_shift {{parent.hue_offset}}\n apDespillKernel_weights {{(parent.custom_weight+1)/2}}\n apDespillKernel_outmode {{parent.out}}\n apDespillKernel_output_alpha {{parent.output_alpha}}\n apDespillKernel_output_alpha_inverted {{parent.inverted_spill_matte}}\n apDespillKernel_clr {{parent.color}}\n apDespillKernel_mode {{parent.mode}}\n apDespillKernel_respill_math {{parent.respill_math}}\n apDespillKernel_respill_color {{parent.respill_color.r} {parent.respill_color.g} {parent.respill_color.b} 1}\n apDespillKernel_prot1_on {{parent.prot1_activate}}\n apDespillKernel_prot1_preview {{parent.prot1_preview}}\n apDespillKernel_prot1 {{parent.prot1} {parent.prot1} {parent.prot1}}\n apDespillKernel_prot1_tolerance {{parent.prot1_tolerance}}\n apDespillKernel_prot1_mult {{parent.prot1_effect}}\n apDespillKernel_prot1_falloff {{parent.prot1_falloff}}\n apDespillKernel_pickSpill {{parent.pick} {parent.pick} {parent.pick}}\n apDespillKernel_despill_method {{parent.absolute_mode}}\n apDespillKernel_use_color_input {{\"\\[\\nif \\{ \\[lsearch -exact \\[channels \\[input this 1].input] rgba.red] >= 0\\} \\{\\n return 1\\n\\} else \\{\\n return 0\\n\\}\\n]\"}}\n apDespillKernel_use_spill_input {{\"\\[\\nif \\{ \\[lsearch -exact \\[channels \\[input this 2].input] rgba.red] >= 0\\} \\{\\n return 1\\n\\} else \\{\\n return 0\\n\\}\\n]\"}}\n apDespillKernel_use_limit_input {{\"\\[exists parent.input3]\"}}\n rebuild_finalise \"\"\n name apDespillKernel\n xpos 754\n ypos -448\n }\n Log2Lin {\n name Log2Lin2\n xpos 754\n ypos -378\n disable {{!log_space}}\n }\n Colorspace {\n channels {{{parent.Colorspace5.channels}}}\n colorspace_in {{parent.Colorspace1.colorspace_out}}\n illuminant_in {{parent.Colorspace1.illuminant_out}}\n primary_in {{parent.Colorspace1.primary_out}}\n colorspace_out {{parent.Colorspace1.colorspace_in}}\n illuminant_out {{parent.Colorspace1.illuminant_in}}\n primary_out {{parent.Colorspace1.primary_in}}\n name Colorspace2\n label \"\\[value colorspace_in] >> \\[value colorspace_out]\"\n xpos 754\n ypos -354\n disable {{!parent.colorspace_shift}}\n }\n Dot {\n name Dot3\n note_font_size 41\n xpos 788\n ypos -267\n }\nset N54f8eb00 [stack 0]\n Dot {\n name Dot4\n note_font_size 41\n xpos 788\n ypos -237\n }\npush $N54fef200\npush $N54f8eb00\npush $N54fceb00\n Merge2 {\n inputs 2+1\n operation copy\n bbox B\n Achannels {rgba.red rgba.green rgba.blue -rgba.alpha}\n Bchannels {rgba.red rgba.green rgba.blue -rgba.alpha}\n output {rgba.red rgba.green rgba.blue -rgba.alpha}\n name Merge\n xpos 449\n ypos -270\n }\n Copy {\n inputs 2+1\n from0 rgba.alpha\n to0 rgba.alpha\n bbox B\n maskChannelMask {{{parent.Merge.maskChannelMask}}}\n maskChannelInput {{{parent.Merge.maskChannelInput}}}\n inject {{parent.Merge.inject}}\n invert_mask {{parent.Merge.invert_mask}}\n fringe {{parent.Merge.fringe}}\n name CopyAlpha\n xpos 449\n ypos -246\n disable {{!parent.output_alpha}}\n }\n Output {\n name Output\n xpos 449\n ypos -166\n }\nend_group\nDot {\n name Dot303\n selected true\n xpos -1000\n ypos -2911\n}\nset N2f571600 [stack 0]\npush $N2f3f4100\nDot {\n name Dot302\n selected true\n xpos -386\n ypos -3467\n}\nMerge2 {\n inputs 2\n operation from\n name Merge5\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n selected true\n xpos -420\n ypos -2915\n}\nClamp {\n channels rgba\n maximum_enable false\n name Clamp1\n selected true\n xpos -420\n ypos -2889\n}\nSaturation {\n saturation 0\n name Saturation2\n selected true\n xpos -420\n ypos -2863\n}\nClamp {\n channels rgba\n maximum_enable false\n name Clamp3\n selected true\n xpos -420\n ypos -2837\n}\nShuffle {\n green red\n blue red\n alpha red\n name Shuffle11\n tile_color 0x93000000\n selected true\n xpos -420\n ypos -2811\n}\nDot {\n name Dot304\n label \"despill\\nmatte\"\n note_font_size 60\n selected true\n xpos -386\n ypos -2734\n}\nset N2f542b00 [stack 0]\nDot {\n name Dot305\n label \"despill\\nMatte\"\n note_font_size 60\n selected true\n xpos -386\n ypos -2537\n}\npush $N2f571600\nDot {\n name Dot306\n selected true\n xpos -1000\n ypos -2735\n}\nset N2f541d00 [stack 0]\nadd_layer {despill despill.red}\nCopy {\n inputs 2\n from0 rgba.red\n to0 despill.red\n name Copy7\n selected true\n xpos -1034\n ypos -2547\n}\nDot {\n name Dot307\n label \"edge\\ndespill\"\n note_font_size 60\n selected true\n xpos -1000\n ypos -1785\n}\nMultiply {\n inputs 1+1\n channels despill\n value 0\n name Multiply2\n label \"\\[value value]\"\n selected true\n xpos -1034\n ypos -1643\n}\nKeymix {\n inputs 3\n channels rgb\n name Keymix3\n selected true\n xpos -1034\n ypos -1512\n}\nadd_layer {despill_RGB despill_RGB.red despill_RGB.green despill_RGB.blue despill_RGB.alpha}\nShuffle {\n black red\n white green\n red2 blue\n green2 black\n out2 despill_RGB\n name Shuffle26\n label \"\\[value in] -> \\[value out2]\"\n selected true\n xpos -1034\n ypos -1440\n}\nCopy {\n inputs 2\n channels all\n name Copy12\n selected true\n xpos -1034\n ypos -952\n}\nCopyBBox {\n inputs 2\n name CopyBBox3\n selected true\n xpos -1034\n ypos -890\n}\nCopy {\n inputs 2\n from0 rgba.alpha\n to0 rgba.alpha\n bbox B\n name Copy14\n selected true\n xpos -1034\n ypos -635\n}\nCopy {\n inputs 2\n channels cleanplate\n bbox B\n name Copy15\n selected true\n xpos -1034\n ypos -279\n}\nDot {\n name Dot313\n note_font_size 41\n selected true\n xpos -1000\n ypos 125\n}\nDot {\n name Dot314\n note_font_size 41\n selected true\n xpos -1000\n ypos 586\n}\nDot {\n name Dot315\n note_font_size 41\n selected true\n xpos -1000\n ypos 912\n}\nDot {\n name Dot15\n note_font_size 41\n selected true\n xpos -1000\n ypos 1434\n}\nset N2f4eb900 [stack 0]\nDot {\n name Dot7\n note_font_size 41\n selected true\n xpos -736\n ypos 1434\n}\nset N2f4eb200 [stack 0]\nDot {\n name Dot108\n note_font_size 41\n selected true\n xpos -545\n ypos 1434\n}\nset N2f4eab00 [stack 0]\nShuffle {\n in despill\n name Shuffle23\n label \"\\[value in]\"\n selected true\n xpos -579\n ypos 1478\n}\nRemove {\n operation keep\n channels rgba\n name Remove2\n selected true\n xpos -579\n ypos 1516\n}\nNoOp {\n name Anchor_30be3b7c88\n help \"Stamps by Adrian Pueyo and Alexey Kuchinski.\\nUpdated Sep 27 2019\"\n onCreate \"if nuke.GUI:\\n try:\\n import stamps; stamps.anchorOnCreate()\\n except:\\n pass\"\n knobChanged stamps.anchorKnobChanged()\n autolabel \"nuke.thisNode().knob(\\\"title\\\").value()\"\n tile_color 0xffffff01\n note_font_size 20\n selected true\n xpos -579\n ypos 1573\n addUserKnob {20 anchor_tab l \"Anchor Stamp\"}\n addUserKnob {26 identifier -STARTLINE +HIDDEN T anchor}\n addUserKnob {1 title l Title: t \"Displayed name on the Node Graph for this Stamp and its Anchor.\\nIMPORTANT: This is only for display purposes, and is different from the real/internal name of the Stamps.\"}\n title \"despill Mask\"\n addUserKnob {26 prev_title l \"\" +STARTLINE +HIDDEN T Despill}\n addUserKnob {26 prev_name l \"\" +STARTLINE +HIDDEN T Anchor_30be3b7c88}\n addUserKnob {3 showing l \"\" +STARTLINE +HIDDEN}\n addUserKnob {1 tags l Tags t \"Comma-separated tags you can define for each Anchor, that will help you find it when invoking the Stamp Selector by pressing the Stamps shortkey with nothing selected.\"}\n tags 2D,\n addUserKnob {26 line1 l \"\" +STARTLINE}\n addUserKnob {26 stamps_label l Stamps: T \" \"}\n addUserKnob {22 createStamp l new t \"Create a new Stamp for this Anchor.\" -STARTLINE T stamps.stampCreateWired(nuke.thisNode())}\n addUserKnob {22 selectStamps l select t \"Reconnect all of this Anchor's Stamps.\" -STARTLINE T stamps.wiredSelectSimilar(nuke.thisNode().name())}\n addUserKnob {22 reconnectStamps l reconnect -STARTLINE T stamps.anchorReconnectWired()}\n addUserKnob {22 zoomNext l \"zoom next\" t \"Navigate to this Anchor's next Stamp on the Node Graph.\" -STARTLINE T stamps.wiredZoomNext(nuke.thisNode().name())}\n addUserKnob {26 line2 l \"\" +STARTLINE}\n addUserKnob {22 buttonHelp l Help -STARTLINE T stamps.showHelp()}\n addUserKnob {26 version l \" \" t \"Stamps by Adrian Pueyo and Alexey Kuchinski.\\nUpdated Sep 27 2019.\" -STARTLINE T \" Stamps v1.0    \"}\n}\nNoOp {\n name Stamp40\n help \"Stamps by Adrian Pueyo and Alexey Kuchinski.\\nUpdated Sep 27 2019\"\n onCreate \"if nuke.GUI:\\n try:\\n import stamps; stamps.wiredOnCreate()\\n except:\\n pass\\n\"\n knobChanged \"import stamps; stamps.wiredKnobChanged()\"\n autolabel \"nuke.thisNode().knob(\\\"title\\\").value()\"\n tile_color 0x1000001\n note_font \"Bitstream Vera Sans\"\n note_font_size 20\n selected true\n xpos -656\n ypos 1961\n hide_input true\n addUserKnob {20 wired_tab l \"Wired Stamp\"}\n addUserKnob {26 identifier -STARTLINE +HIDDEN T wired}\n addUserKnob {3 lockCallbacks l \"\" +STARTLINE +HIDDEN}\n addUserKnob {6 toReconnect -STARTLINE +HIDDEN}\n addUserKnob {1 title l Title: t \"Displayed name on the Node Graph for this Stamp and its Anchor.\\nIMPORTANT: This is only for display purposes, and is different from the real/internal name of the Stamps.\"}\n title \"despill Mask\"\n addUserKnob {26 prev_title l \"\" +STARTLINE +HIDDEN T \"despill Mask\"}\n addUserKnob {26 tags l Tags: t \"Tags of this stamp's Anchor, for information purpose only.\\nClick \\\"show anchor\\\" to change them.\" T 2D}\n addUserKnob {26 backdrops l Backdrops: t \"Labels of backdrop nodes which contain this stamp's Anchor.\" T \"Advanced Keying Template\"}\n addUserKnob {26 line1 l \"\" +STARTLINE}\n addUserKnob {26 anchor_label l Anchor: T \" \"}\n addUserKnob {22 show_anchor l \" show anchor \" t \"Show the properties panel for this Stamp's Anchor.\" -STARTLINE T stamps.wiredShowAnchor()}\n addUserKnob {22 zoom_anchor l \"zoom anchor\" t \"Navigate to this Stamp's Anchor on the Node Graph.\" -STARTLINE T stamps.wiredZoomAnchor()}\n addUserKnob {26 stamps_label l Stamps: T \" \"}\n addUserKnob {22 zoomNext l \" zoom next \" t \"Navigate to this Stamp's next sibling on the Node Graph.\" -STARTLINE T stamps.wiredZoomNext()}\n addUserKnob {22 selectSimilar l \" select similar \" t \"Select all similar Stamps to this one on the Node Graph.\" -STARTLINE T stamps.wiredSelectSimilar()}\n addUserKnob {26 space_1 l \"\" +STARTLINE T \" \"}\n addUserKnob {26 reconnect_label l Reconnect: t \"Reconnect by the stored Anchor name.\" T \" \"}\n addUserKnob {22 reconnect_this l this t \"Reconnect this Stamp to its Anchor, by its stored Anchor name.\" -STARTLINE T \"n = nuke.thisNode()\\ntry:\\n n.setInput(0,nuke.toNode(n.knob(\\\"anchor\\\").value()))\\nexcept:\\n nuke.message(\\\"Unable to reconnect.\\\")\\ntry:\\n import stamps\\n stamps.wiredGetStyle(n)\\nexcept:\\n pass\\n\"}\n addUserKnob {22 reconnect_similar l similar t \"Reconnect this Stamp and similar ones to their Anchor, by their stored anchor name.\" -STARTLINE T stamps.wiredReconnectSimilar()}\n addUserKnob {22 reconnect_all l all t \"Reconnect all the Stamps to their Anchors, by their stored anchor names.\" -STARTLINE T stamps.wiredReconnectAll()}\n addUserKnob {26 space_2 l \"\" +STARTLINE T \" \"}\n addUserKnob {20 advanced_reconnection l \"Advanced Reconnection\" n 2}\n addUserKnob {26 reconnect_by_title_label l \"By Title:\" t \"Reconnect by searching for a matching title.\" T \" \"}\n addUserKnob {22 reconnect_by_title_this l this t \"Look for an Anchor that shares this Stamp's title, and connect this Stamp to it.\\nIMPORTANT: Use this carefully, and only when the normal reconnection doesn't work.\" -STARTLINE T stamps.wiredReconnectByTitle()}\n addUserKnob {22 reconnect_by_title_similar l similar t \"Look for an Anchor that shares this Stamp's title, and connect this Stamp and similar ones to it.\\nIMPORTANT: Use this carefully, and only when the normal reconnection doesn't work.\" -STARTLINE T stamps.wiredReconnectByTitleSimilar()}\n addUserKnob {22 reconnect_by_title_selected l selected t \"For each Stamp selected, look for an Anchor that shares its title, and connect to it.\\nIMPORTANT: Use this carefully, and only when the normal reconnection doesn't work.\" -STARTLINE T stamps.wiredReconnectByTitleSelected()}\n addUserKnob {26 reconnect_by_selection_label l \"By Selection:\" t \"Force reconnect to a selected Anchor.\" T \" \"}\n addUserKnob {22 reconnect_by_selection_this l this t \"Force reconnect this Stamp to a selected Anchor, whatever its name or title.\\nIMPORTANT: Use this carefully, and only when the normal reconnection doesn't work.\" -STARTLINE T stamps.wiredReconnectBySelection()}\n addUserKnob {22 reconnect_by_selection_similar l similar t \"Force reconnect this Stamp and similar ones to a selected Anchor, whatever its name or title.\\nIMPORTANT: Use this carefully, and only when the normal reconnection doesn't work.\" -STARTLINE T stamps.wiredReconnectBySelectionSimilar()}\n addUserKnob {22 reconnect_by_selection_selected l selected t \"Force reconnect all selected Stamps to an also selected Anchor, whatever its name or title.\\nIMPORTANT: Use this carefully, and only when the normal reconnection doesn't work.\" -STARTLINE T stamps.wiredReconnectBySelectionSelected()}\n addUserKnob {1 anchor l Anchor}\n anchor Anchor_30be3b7c88\n addUserKnob {6 auto_reconnect_by_title l \"  auto-reconnect by title\" t \"When creating this stamp again (like on copy-paste), auto-reconnect it by title instead of doing it by the saved anchor's name, and auto-turn this off immediately.\\nIMPORTANT: Should be off by default. Only use this for setting up templates.\" +STARTLINE}\n addUserKnob {20 advanced_reconnection_1 l \"Advanced Reconnection\" +INVISIBLE n -1}\n addUserKnob {26 line2 l \"\" +STARTLINE}\n addUserKnob {22 buttonHelp l Help -STARTLINE T stamps.showHelp()}\n addUserKnob {26 version l \" \" t \"Stamps by Adrian Pueyo and Alexey Kuchinski.\\nUpdated Sep 27 2019.\" -STARTLINE T \" Stamps v1.0\"}\n}\nGrade {\n channels rgba\n multiply 4\n black_clamp false\n name Grade4\n selected true\n xpos -656\n ypos 2038\n}\nset N2f4e8800 [stack 0]\nDot {\n name Dot318\n label \"despill\\nmatte\"\n note_font_size 41\n selected true\n xpos -622\n ypos 2174\n}\nset N2d0b8f00 [stack 0]\nDot {\n name Dot319\n note_font_size 41\n selected true\n xpos -855\n ypos 2172\n}\nDot {\n name Dot320\n note_font_size 41\n selected true\n xpos -855\n ypos 2482\n}\npush $N607a5600\nNoOp {\n name Stamp41\n help \"Stamps by Adrian Pueyo and Alexey Kuchinski.\\nUpdated Sep 27 2019\"\n onCreate \"if nuke.GUI:\\n try:\\n import stamps; stamps.wiredOnCreate()\\n except:\\n pass\\n\"\n knobChanged \"import stamps; stamps.wiredKnobChanged()\"\n autolabel \"nuke.thisNode().knob(\\\"title\\\").value()\"\n tile_color 0x1000001\n note_font \"Bitstream Vera Sans\"\n note_font_size 20\n selected true\n xpos 48\n ypos 1928\n hide_input true\n addUserKnob {20 wired_tab l \"Wired Stamp\"}\n addUserKnob {26 identifier -STARTLINE +HIDDEN T wired}\n addUserKnob {3 lockCallbacks l \"\" +STARTLINE +HIDDEN}\n addUserKnob {6 toReconnect -STARTLINE +HIDDEN}\n addUserKnob {1 title l Title: t \"Displayed name on the Node Graph for this Stamp and its Anchor.\\nIMPORTANT: This is only for display purposes, and is different from the real/internal name of the Stamps.\"}\n title \"BG Before Key\"\n addUserKnob {26 prev_title l \"\" +STARTLINE +HIDDEN T \"BG Before Key\"}\n addUserKnob {26 tags l Tags: t \"Tags of this stamp's Anchor, for information purpose only.\\nClick \\\"show anchor\\\" to change them.\" T 2D}\n addUserKnob {26 backdrops l Backdrops: t \"Labels of backdrop nodes which contain this stamp's Anchor.\" +HIDDEN T \" \"}\n addUserKnob {26 line1 l \"\" +STARTLINE}\n addUserKnob {26 anchor_label l Anchor: T \" \"}\n addUserKnob {22 show_anchor l \" show anchor \" t \"Show the properties panel for this Stamp's Anchor.\" -STARTLINE T stamps.wiredShowAnchor()}\n addUserKnob {22 zoom_anchor l \"zoom anchor\" t \"Navigate to this Stamp's Anchor on the Node Graph.\" -STARTLINE T stamps.wiredZoomAnchor()}\n addUserKnob {26 stamps_label l Stamps: T \" \"}\n addUserKnob {22 zoomNext l \" zoom next \" t \"Navigate to this Stamp's next sibling on the Node Graph.\" -STARTLINE T stamps.wiredZoomNext()}\n addUserKnob {22 selectSimilar l \" select similar \" t \"Select all similar Stamps to this one on the Node Graph.\" -STARTLINE T stamps.wiredSelectSimilar()}\n addUserKnob {26 space_1 l \"\" +STARTLINE T \" \"}\n addUserKnob {26 reconnect_label l Reconnect: t \"Reconnect by the stored Anchor name.\" T \" \"}\n addUserKnob {22 reconnect_this l this t \"Reconnect this Stamp to its Anchor, by its stored Anchor name.\" -STARTLINE T \"n = nuke.thisNode()\\ntry:\\n n.setInput(0,nuke.toNode(n.knob(\\\"anchor\\\").value()))\\nexcept:\\n nuke.message(\\\"Unable to reconnect.\\\")\\ntry:\\n import stamps\\n stamps.wiredGetStyle(n)\\nexcept:\\n pass\\n\"}\n addUserKnob {22 reconnect_similar l similar t \"Reconnect this Stamp and similar ones to their Anchor, by their stored anchor name.\" -STARTLINE T stamps.wiredReconnectSimilar()}\n addUserKnob {22 reconnect_all l all t \"Reconnect all the Stamps to their Anchors, by their stored anchor names.\" -STARTLINE T stamps.wiredReconnectAll()}\n addUserKnob {26 space_2 l \"\" +STARTLINE T \" \"}\n addUserKnob {20 advanced_reconnection l \"Advanced Reconnection\" n 2}\n addUserKnob {26 reconnect_by_title_label l \"By Title:\" t \"Reconnect by searching for a matching title.\" T \" \"}\n addUserKnob {22 reconnect_by_title_this l this t \"Look for an Anchor that shares this Stamp's title, and connect this Stamp to it.\\nIMPORTANT: Use this carefully, and only when the normal reconnection doesn't work.\" -STARTLINE T stamps.wiredReconnectByTitle()}\n addUserKnob {22 reconnect_by_title_similar l similar t \"Look for an Anchor that shares this Stamp's title, and connect this Stamp and similar ones to it.\\nIMPORTANT: Use this carefully, and only when the normal reconnection doesn't work.\" -STARTLINE T stamps.wiredReconnectByTitleSimilar()}\n addUserKnob {22 reconnect_by_title_selected l selected t \"For each Stamp selected, look for an Anchor that shares its title, and connect to it.\\nIMPORTANT: Use this carefully, and only when the normal reconnection doesn't work.\" -STARTLINE T stamps.wiredReconnectByTitleSelected()}\n addUserKnob {26 reconnect_by_selection_label l \"By Selection:\" t \"Force reconnect to a selected Anchor.\" T \" \"}\n addUserKnob {22 reconnect_by_selection_this l this t \"Force reconnect this Stamp to a selected Anchor, whatever its name or title.\\nIMPORTANT: Use this carefully, and only when the normal reconnection doesn't work.\" -STARTLINE T stamps.wiredReconnectBySelection()}\n addUserKnob {22 reconnect_by_selection_similar l similar t \"Force reconnect this Stamp and similar ones to a selected Anchor, whatever its name or title.\\nIMPORTANT: Use this carefully, and only when the normal reconnection doesn't work.\" -STARTLINE T stamps.wiredReconnectBySelectionSimilar()}\n addUserKnob {22 reconnect_by_selection_selected l selected t \"Force reconnect all selected Stamps to an also selected Anchor, whatever its name or title.\\nIMPORTANT: Use this carefully, and only when the normal reconnection doesn't work.\" -STARTLINE T stamps.wiredReconnectBySelectionSelected()}\n addUserKnob {1 anchor l Anchor}\n anchor Anchor_3cad2b60ea\n addUserKnob {6 auto_reconnect_by_title l \"  auto-reconnect by title\" t \"When creating this stamp again (like on copy-paste), auto-reconnect it by title instead of doing it by the saved anchor's name, and auto-turn this off immediately.\\nIMPORTANT: Should be off by default. Only use this for setting up templates.\" +STARTLINE}\n addUserKnob {20 advanced_reconnection_1 l \"Advanced Reconnection\" +INVISIBLE n -1}\n addUserKnob {26 line2 l \"\" +STARTLINE}\n addUserKnob {22 buttonHelp l Help -STARTLINE T stamps.showHelp()}\n addUserKnob {26 version l \" \" t \"Stamps by Adrian Pueyo and Alexey Kuchinski.\\nUpdated Sep 27 2019.\" -STARTLINE T \" Stamps v1.0\"}\n}\nDot {\n name Dot3\n note_font_size 41\n selected true\n xpos 82\n ypos 2003\n}\nset N2d0ab200 [stack 0]\nDot {\n name Dot4\n note_font_size 41\n selected true\n xpos 82\n ypos 2570\n}\nDot {\n name Dot20\n label BG\n note_font_size 101\n selected true\n xpos -523\n ypos 2570\n}\npush $N2d0ab200\nDot {\n name Dot2\n note_font_size 41\n selected true\n xpos -316\n ypos 2003\n}\nDot {\n name Dot321\n label BG\n note_font_size 101\n selected true\n xpos -316\n ypos 2091\n}\nGrade {\n blackpoint 0.008\n whitepoint 0.225\n black_clamp false\n name Grade6\n label \"BG Prep\"\n selected true\n xpos -350\n ypos 2170\n}\nDot {\n name Dot322\n selected true\n xpos -316\n ypos 2259\n}\npush $N2d0b8f00\nMerge2 {\n inputs 2\n operation multiply\n name Merge36\n selected true\n xpos -656\n ypos 2257\n}\nShuffle {\n alpha black\n name Shuffle40\n label \"\\[value in]\"\n selected true\n xpos -656\n ypos 2330\n}\npush $N2f4e8800\nShuffle {\n green red\n blue red\n alpha red\n name Shuffle41\n label \"\\[value in]\"\n selected true\n xpos -865\n ypos 2034\n}\nGrade {\n channels rgba\n whitepoint 0.5\n black_clamp false\n white_clamp true\n name Grade7\n selected true\n xpos -865\n ypos 2088\n}\npush $N2f4eb900\nRemove {\n operation keep\n channels rgba\n channels2 GS_Plate\n name Remove6\n selected true\n xpos -1034\n ypos 1525\n}\nSaturation {\n inputs 1+1\n saturation 0.5\n name Saturation3\n label \"change if necessary\"\n selected true\n xpos -1034\n ypos 2082\n}\nMerge2 {\n inputs 2\n operation plus\n bbox B\n output {rgba.red rgba.green rgba.blue -rgba.alpha}\n name Merge49\n selected true\n xpos -1034\n ypos 2334\n}\nGroup {\n inputs 3\n name BlacksMatch\n help \"Choose a black point color or plug an image /constant you wish to be your blackpoint into BlackColor input.\\n\\nUse Mult Range to control how far above the blackpoint color to affect the lows\\n\\nUse the RollOff gamma to add fall off to the bottom of the curve\\n\\nTurn on the preview Plotscan and move the sampler over a region to see what your settings are doing to a linear 0-1 ramp. This will help you see if you have weird curves, clamping or other funky problems as you adjust settings\"\n knobChanged \"n = nuke.thisNode()\\nk = nuke.thisKnob()\\n\\nif k.name() == \\\"inputChange\\\":\\n nsd = nuke.toNode(\\\"SwitchDefault\\\")\\n n\\[\\\"defaultBlack\\\"].setEnabled(nsd\\[\\\"which\\\"].getValue()==1)\\n\\nif k.name() == \\\"previewPlotScan\\\":\\n p = n.knob(\\\"previewPlotScan\\\").value()\\n if p == True:\\n n.knob(\\\"plotscanSampler\\\").setVisible(True)\\n else:\\n n.knob(\\\"plotscanSampler\\\").setVisible(False)\"\n tile_color 0x1c1c1cff\n note_font \"Helvetica Bold\"\n selected true\n xpos -1034\n ypos 2567\n addUserKnob {20 BlacksMatch}\n addUserKnob {6 default_black_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 premultInput l \"Premultiplied Input\" +STARTLINE}\n addUserKnob {4 mergeOp l Operation: t \"Plus and Screen do the same thing with our operation, so I only included a hypot between plus/screen and hypot. Hypot raises the mult by x2 because I thought that gave more pleasising results. It will probably be a harsher curve (more towards clamp) than the plus/screen result).\" M {Plus/Screen Hypot \"\" \"\"}}\n addUserKnob {18 defaultBlack l \"Default Black\" +DISABLED}\n defaultBlack {0.05 0.05 0.05}\n addUserKnob {6 defaultBlack_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 defaultBlack_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 defaultBlack_panelDropped_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 defaultBlack_panelDropped_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 defaultBlack_panelDropped_1_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 defaultBlack_panelDropped_1_1_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 defaultBlack_panelDropped_1_1_1_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 defaultBlack_panelDropped_1_1_1_1_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 defaultBlack_panelDropped_1_1_1_1_1_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 defaultBlack_panelDropped_1_1_1_1_1_1_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 defaultBlack_panelDropped_1_1_1_1_1_1_1_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 defaultBlack_panelDropped_1_1_1_1_1_1_1_1_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 defaultBlack_panelDropped_1_1_1_1_1_1_1_1_1_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {26 \"\"}\n addUserKnob {7 multBase l \"Mult Low Range\" t \"This is the Multiplier for the top of the \\\"toe\\\" curve. It is multiplying the BlackPoint color by this number and setting it as the highest point weird the curve will influence the midtones and the highlights\" R 1.5 10}\n multBase 4\n addUserKnob {7 rolloffGamma l \"Rolloff Gamma\" t \"This controls the bottom of the curve, the falloff to where it is bending toward the \\\"cut off point\\\" which is out black color. A lower value will act more like a clamp and a higher value will act more like a plus.\" R 0.1 1}\n rolloffGamma 0.35\n addUserKnob {4 minVal l \"Min Value is:\" M {\"Toe Result\" \"Clamp Result\" \"\" \"\"}}\n addUserKnob {6 previewPlotScan l \"Preview PlotScan\" t \"Click to overlay a plotscan graph to show you how your black color is influenced by your settings.\" +STARTLINE}\n addUserKnob {12 plotscanSampler l \"PlotScan Sampler\" +HIDDEN}\n plotscanSampler {200 200}\n addUserKnob {6 color_rgb_panelDropped l \"panel dropped state\" +HIDDEN +STARTLINE}\n addUserKnob {26 \"\"}\n addUserKnob {41 maskChannelMask l mask -STARTLINE T MergeKeymix.maskChannelMask}\n addUserKnob {41 inject -STARTLINE T MergeKeymix.inject}\n addUserKnob {41 invert_mask l invert -STARTLINE T MergeKeymix.invert_mask}\n addUserKnob {41 fringe -STARTLINE T MergeKeymix.fringe}\n addUserKnob {41 mix T MergeKeymix.mix}\n addUserKnob {20 info l Info}\n addUserKnob {26 creator l Creator: T \"Tony Lyons\"}\n addUserKnob {26 desc l Name: T BlacksMatch}\n addUserKnob {26 ver l Version: T v10}\n}\n BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0x556a5000\n label \"This Creates a \\nPer Channel Key\\nBased on the Blackpoint\"\n note_font_size 30\n note_font_color 0xffffffff\n xpos 991\n ypos -77\n bdwidth 314\n bdheight 421\n }\n StickyNote {\n inputs 0\n name StickyNote2\n tile_color 0xff\n label green\n note_font_size 41\n note_font_color 0xffffffff\n xpos 177\n ypos 466\n }\n StickyNote {\n inputs 0\n name StickyNote1\n tile_color 0xff\n label red\n note_font_size 41\n note_font_color 0xffffffff\n xpos 188\n ypos 350\n }\n StickyNote {\n inputs 0\n name StickyNote3\n tile_color 0xff\n label blue\n note_font_size 41\n note_font_color 0xffffffff\n xpos 186\n ypos 570\n }\n StickyNote {\n inputs 0\n name StickyNote4\n tile_color 0xff\n label \"min will be \\nblack color\"\n note_font_size 31\n note_font_color 0xffffffff\n xpos 143\n ypos 733\n }\n Input {\n inputs 0\n name Inputimg\n xpos 322\n ypos -550\n }\n Dot {\n name Dot17\n xpos 356\n ypos -418\n }\nset N2d043200 [stack 0]\n AddChannels {\n channels rgba\n color 1\n name AddChannels1\n xpos 322\n ypos -365\n }\n Dot {\n name Dot5\n note_font_size 41\n xpos 356\n ypos -288\n }\nset N2d041d00 [stack 0]\n Grade {\n channels rgba\n white 0\n multiply 0\n add {{defaultBlack.r} {defaultBlack.g} {defaultBlack.b} 0}\n black_clamp false\n name Grade1\n label color\n xpos 922\n ypos -295\n }\n Input {\n inputs 0\n name InputBlackColor\n xpos 1138\n ypos -569\n number 1\n }\n Switch {\n inputs 2\n which {{\"!\\[exists parent.input1]\"}}\n name SwitchDefault\n xpos 1138\n ypos -291\n }\n Dot {\n name Dot26\n label \"Black Color\"\n note_font_size 41\n xpos 1172\n ypos -212\n }\n Dot {\n name Dot4\n note_font_size 41\n xpos 1172\n ypos -151\n }\nset N2d028800 [stack 0]\n Dot {\n name Dot36\n note_font_size 41\n xpos 1631\n ypos -151\n }\nset N2d028100 [stack 0]\n Dot {\n name Dot16\n note_font_size 41\n xpos 2140\n ypos -151\n }\nset N2d00f900 [stack 0]\n Crop {\n box {{plotscanSampler.x-2} {plotscanSampler.y-2} {plotscanSampler.x+2} {plotscanSampler.x+2}}\n reformat true\n crop false\n name Crop1\n xpos 2432\n ypos -154\n addUserKnob {20 User}\n addUserKnob {22 cropToBbox l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n addUserKnob {22 cropToBbox_1 l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n }\n Blur {\n channels rgb\n size 16\n name Blur1\n label \"\\[value size]\"\n xpos 2432\n ypos -130\n }\n Reformat {\n format \"512 512 0 0 512 512 1 square_512\"\n name Reformat4\n xpos 2432\n ypos -92\n }\n Dot {\n name Dot12\n note_font_size 41\n xpos 2466\n ypos -43\n }\nset N2d00dd00 [stack 0]\n Dot {\n name Dot47\n note_font_size 41\n xpos 2917\n ypos -43\n }\nset N2d00d600 [stack 0]\n Dot {\n name Dot42\n label \"Black Color\"\n note_font_size 41\n xpos 2917\n ypos 286\n }\n Dot {\n name Dot43\n note_font_size 41\n xpos 2917\n ypos 366\n }\nset N2d00c800 [stack 0]\n Dot {\n name Dot44\n note_font_size 41\n xpos 2917\n ypos 480\n }\nset N2d00c100 [stack 0]\n Dot {\n name Dot45\n note_font_size 41\n xpos 2917\n ypos 588\n }\nset N2cfdf900 [stack 0]\n Dot {\n name Dot31\n note_font_size 41\n xpos 2917\n ypos 656\n }\nset N2cfdf200 [stack 0]\npush $N2cfdf200\npush $N2d00d600\n Dot {\n name Dot11\n label \"Black Color\"\n note_font_size 41\n xpos 3426\n ypos -43\n }\n Multiply {\n channels rgb\n value 2\n name Multiply6\n label \"mult black color\"\n xpos 3392\n ypos 77\n }\n Reformat {\n inputs 0\n format \"512 512 0 0 512 512 1 square_512\"\n pbb true\n name Reformat1\n xpos 2711\n ypos 61\n }\n Ramp {\n p0 {0 0}\n p1 {512 0}\n name Ramp1\n xpos 2711\n ypos 93\n }\n Dot {\n name Dot1\n note_font_size 41\n xpos 2745\n ypos 154\n }\nset N2cfdc100 [stack 0]\n Dot {\n name Dot7\n note_font_size 41\n xpos 3138\n ypos 154\n }\nset N2cdbb900 [stack 0]\n MergeExpression {\n inputs 2\n expr0 Br/Ar\n expr1 Bg/Ag\n expr2 Bb/Ab\n name MergeDivide2\n xpos 3392\n ypos 151\n }\n Invert {\n channels rgb\n name Invert5\n xpos 3392\n ypos 175\n }\n Clamp {\n channels rgb\n name Clamp4\n xpos 3392\n ypos 199\n }\n Gamma {\n channels rgb\n value 0.5\n name Gamma4\n xpos 3392\n ypos 223\n }\n Dot {\n name Dot39\n xpos 3426\n ypos 366\n }\nset N2cdab200 [stack 0]\n Dot {\n name Dot40\n xpos 3426\n ypos 480\n }\nset N2cdaab00 [stack 0]\n Dot {\n name Dot41\n xpos 3426\n ypos 588\n }\n Shuffle {\n red blue\n green blue\n alpha blue\n name Shuffle11\n tile_color 0x3fbfff\n label \"\\[value in] \\[ expr \\{ \\[value out2] == \\\"none\\\" ? \\\" \\\" : \\[concat --> \\[value out2]] \\}]\"\n xpos 3277\n ypos 581\n }\npush $N2cfdf900\npush $N2cdaab00\n Shuffle {\n red green\n blue green\n alpha green\n name Shuffle12\n tile_color 0xbf00ff\n label \"\\[value in] \\[ expr \\{ \\[value out2] == \\\"none\\\" ? \\\" \\\" : \\[concat --> \\[value out2]] \\}]\"\n xpos 3276\n ypos 473\n }\npush $N2d00c100\npush $N2cdab200\n Shuffle {\n green red\n blue red\n alpha red\n name Shuffle13\n tile_color 0xbf0000ff\n label \"\\[value in] \\[ expr \\{ \\[value out2] == \\\"none\\\" ? \\\" \\\" : \\[concat --> \\[value out2]] \\}]\"\n xpos 3270\n ypos 359\n }\npush $N2d00c800\npush $N2cdbb900\n Merge2 {\n inputs 2+1\n operation {{parent.Settings.mergeOpNum}}\n bbox B\n Achannels {rgba.red -rgba.green -rgba.blue -rgba.alpha}\n Bchannels {rgba.red -rgba.green -rgba.blue -rgba.alpha}\n output {rgba.red -rgba.green -rgba.blue -rgba.alpha}\n maskChannelInput -rgba.red\n name Merge14\n label red\n xpos 3104\n ypos 359\n }\n Merge2 {\n inputs 2+1\n operation {{parent.Settings.mergeOpNum}}\n bbox B\n Achannels {-rgba.red rgba.green -rgba.blue -rgba.alpha}\n Bchannels {-rgba.red rgba.green -rgba.blue -rgba.alpha}\n output {-rgba.red rgba.green -rgba.blue -rgba.alpha}\n maskChannelInput -rgba.red\n name Merge15\n label green\n xpos 3104\n ypos 473\n }\n Merge2 {\n inputs 2+1\n operation {{parent.Settings.mergeOpNum}}\n bbox B\n Achannels {-rgba.red -rgba.green rgba.blue -rgba.alpha}\n Bchannels {-rgba.red -rgba.green rgba.blue -rgba.alpha}\n output {-rgba.red -rgba.green rgba.blue -rgba.alpha}\n maskChannelInput -rgba.red\n name Merge16\n label blue\n xpos 3104\n ypos 581\n }\n Merge2 {\n inputs 2\n operation max\n bbox B\n Achannels rgb\n Bchannels rgb\n output rgb\n name Merge18\n label \"Set Min Color\\nto Blackpoint\"\n xpos 3104\n ypos 644\n }\n Dot {\n name Dot46\n note_font_size 41\n xpos 3138\n ypos 742\n }\n Switch {\n inputs 2\n which {{minVal}}\n name SwitchMinColor1\n xpos 2883\n ypos 739\n }\npush $N2d00dd00\n Multiply {\n channels rgb\n value {{multBase}}\n name Multiply3\n label \"mult black color\"\n xpos 2432\n ypos 63\n }\n Multiply {\n channels rgb\n value 2\n name Multiply4\n label \"hypot Extra Mult\\n\"\n xpos 2432\n ypos 95\n disable {{\"mergeOp == 1 ? 0 : 1\"}}\n }\npush $N2cfdc100\n MergeExpression {\n inputs 2\n expr0 Br/Ar\n expr1 Bg/Ag\n expr2 Bb/Ab\n name MergeDivide1\n xpos 2432\n ypos 151\n }\n Invert {\n channels rgb\n name Invert2\n xpos 2432\n ypos 175\n }\n Clamp {\n channels rgb\n name Clamp2\n xpos 2432\n ypos 199\n }\n Gamma {\n channels rgb\n value {{rolloffGamma}}\n name Gamma2\n xpos 2432\n ypos 223\n }\n Dot {\n name Dot6\n xpos 2466\n ypos 366\n }\nset N2cd48100 [stack 0]\n Dot {\n name Dot9\n xpos 2466\n ypos 480\n }\nset N2cd33900 [stack 0]\n Dot {\n name Dot10\n xpos 2466\n ypos 588\n }\n Shuffle {\n red blue\n green blue\n alpha blue\n name Shuffle4\n tile_color 0x3fbfff\n label \"\\[value in] \\[ expr \\{ \\[value out2] == \\\"none\\\" ? \\\" \\\" : \\[concat --> \\[value out2]] \\}]\"\n xpos 2511\n ypos 581\n }\npush $N2cfdf900\npush $N2cd33900\n Shuffle {\n red green\n blue green\n alpha green\n name Shuffle5\n tile_color 0xbf00ff\n label \"\\[value in] \\[ expr \\{ \\[value out2] == \\\"none\\\" ? \\\" \\\" : \\[concat --> \\[value out2]] \\}]\"\n xpos 2511\n ypos 473\n }\npush $N2d00c100\npush $N2cd48100\n Shuffle {\n green red\n blue red\n alpha red\n name Shuffle6\n tile_color 0xbf0000ff\n label \"\\[value in] \\[ expr \\{ \\[value out2] == \\\"none\\\" ? \\\" \\\" : \\[concat --> \\[value out2]] \\}]\"\n xpos 2517\n ypos 359\n }\npush $N2d00c800\npush $N2cfdc100\n Merge2 {\n inputs 2+1\n operation {{parent.Settings.mergeOpNum}}\n bbox B\n Achannels {rgba.red -rgba.green -rgba.blue -rgba.alpha}\n Bchannels {rgba.red -rgba.green -rgba.blue -rgba.alpha}\n output {rgba.red -rgba.green -rgba.blue -rgba.alpha}\n maskChannelInput -rgba.red\n name Merge2\n label red\n xpos 2711\n ypos 359\n }\n Merge2 {\n inputs 2+1\n operation {{parent.Settings.mergeOpNum}}\n bbox B\n Achannels {-rgba.red rgba.green -rgba.blue -rgba.alpha}\n Bchannels {-rgba.red rgba.green -rgba.blue -rgba.alpha}\n output {-rgba.red rgba.green -rgba.blue -rgba.alpha}\n maskChannelInput -rgba.red\n name Merge6\n label green\n xpos 2711\n ypos 473\n }\n Merge2 {\n inputs 2+1\n operation {{parent.Settings.mergeOpNum}}\n bbox B\n Achannels {-rgba.red -rgba.green rgba.blue -rgba.alpha}\n Bchannels {-rgba.red -rgba.green rgba.blue -rgba.alpha}\n output {-rgba.red -rgba.green rgba.blue -rgba.alpha}\n maskChannelInput -rgba.red\n name Merge7\n label blue\n xpos 2711\n ypos 581\n }\n Merge2 {\n inputs 2\n operation max\n bbox B\n Achannels rgb\n Bchannels rgb\n output rgb\n name Merge8\n label \"Set Min Color\\nto Blackpoint\"\n xpos 2711\n ypos 730\n }\n Group {\n name PlotScanline\n tile_color 0x9c0000ff\n xpos 2711\n ypos 805\n addUserKnob {20 Controls}\n addUserKnob {4 mode l \"Sampling method\" M {\"Slice Per Pixel (faster)\" \"Slice Area (slower)\" \"Full Scanline\" \"\" \"\" \"\"}}\n mode \"Full Scanline\"\n addUserKnob {6 add2image l \"Add to original\" +STARTLINE}\n addUserKnob {6 Normalize -STARTLINE}\n addUserKnob {6 tonemap l \"Tone Map (HDRI)\" -STARTLINE}\n addUserKnob {6 curve l \"Plot as curve\" +STARTLINE}\n curve true\n addUserKnob {3 curveFat l \"Curve Thickness\" -STARTLINE}\n addUserKnob {3 sa l \"Sample Area\" t \"Disabled when using pr pixel method.\"}\n sa 1\n addUserKnob {7 lift l Lift R -1 1}\n addUserKnob {7 scale l Scale R 0 5}\n scale 1\n addUserKnob {26 \"\"}\n addUserKnob {12 p1 l \"Start Point\"}\n p1 {376 418}\n addUserKnob {12 p2 l \"End Point\" -STARTLINE}\n p2 {428.5 425.5}\n addUserKnob {26 \"\"}\n addUserKnob {26 \"\" l \"About \" T \"Plot Scanline v0.4 | theo@euqahuba.com\\nUse P1 to select your scanline and/or you start slice.\"}\n }\n Input {\n inputs 0\n name Input1\n xpos -480\n ypos 62\n }\nset N2ccfb200 [stack 0]\n Expression {\n temp_name0 length\n temp_expr0 sqrt(r*r+g*g+b*b)\n expr0 r/length\n expr1 g/length\n expr2 b/length\n name Normalize\n xpos -480\n ypos 108\n disable {{1-parent.Normalize i}}\n }\n Expression {\n expr0 r/(r+1)\n expr1 g/(g+1)\n expr2 b/(b+1)\n name tonamap\n xpos -480\n ypos 134\n disable {{1-parent.tonemap i}}\n }\nset N2ccfa400 [stack 0]\n Expression {\n temp_name0 rExpr\n temp_expr0 \"min(max(0,\\r\\nceil(r(x,parent.p1.y)-((y/height+parent.lift)*parent.scale))),1)\"\n temp_name1 gExpr\n temp_expr1 \"min(max(0,\\r\\nceil(g(x,parent.p1.y)-((y/height+parent.lift)*parent.scale))),1)\"\n temp_name2 bExpr\n temp_expr2 \"min(max(0,\\r\\nceil(b(x,parent.p1.y)-((y/height+parent.lift)*parent.scale))),1)\"\n expr0 rExpr\n expr1 gExpr\n expr2 bExpr\n expr3 0\n name scanline\n xpos -302\n ypos 193\n addUserKnob {20 User}\n }\npush $N2ccfa400\n Expression {\n temp_name0 rExpr\n temp_expr0 \"min(max(0,\\r\\nceil(r((x/width)*(parent.p2.x-parent.p1.x)+parent.p1.x,(x/width)*(parent.p2.y-parent.p1.y)+parent.p1.y,parent.sa,parent.sa)-((y/height+parent.lift)*parent.scale))),1)\"\n temp_name1 gExpr\n temp_expr1 \"min(max(0,\\r\\nceil(g((x/width)*(parent.p2.x-parent.p1.x)+parent.p1.x,(x/width)*(parent.p2.y-parent.p1.y)+parent.p1.y,parent.sa,parent.sa)-((y/height+parent.lift)*parent.scale))),1)\"\n temp_name2 bExpr\n temp_expr2 \"min(max(0,\\r\\nceil(b((x/width)*(parent.p2.x-parent.p1.x)+parent.p1.x,(x/width)*(parent.p2.y-parent.p1.y)+parent.p1.y,parent.sa,parent.sa)-((y/height+parent.lift)*parent.scale))),1)\"\n expr0 rExpr\n expr1 gExpr\n expr2 bExpr\n expr3 0\n name Expression_highQuality\n xpos -515\n ypos 197\n addUserKnob {20 User}\n }\npush $N2ccfa400\n Expression {\n temp_name0 rExpr\n temp_expr0 \"min(max(0,\\r\\nceil(r((x/width)*(parent.p2.x-parent.p1.x)+parent.p1.x,(x/width)*(parent.p2.y-parent.p1.y)+parent.p1.y)-((y/height+parent.lift)*parent.scale))),1)\"\n temp_name1 gExpr\n temp_expr1 \"min(max(0,\\r\\nceil(g((x/width)*(parent.p2.x-parent.p1.x)+parent.p1.x,(x/width)*(parent.p2.y-parent.p1.y)+parent.p1.y)-((y/height+parent.lift)*parent.scale))),1)\"\n temp_name2 bExpr\n temp_expr2 \"min(max(0,\\r\\nceil(b((x/width)*(parent.p2.x-parent.p1.x)+parent.p1.x,(x/width)*(parent.p2.y-parent.p1.y)+parent.p1.y)-((y/height+parent.lift)*parent.scale))),1)\"\n expr0 rExpr\n expr1 gExpr\n expr2 bExpr\n expr3 0\n name perPixel\n xpos -419\n ypos 201\n addUserKnob {20 User}\n }\n Switch {\n inputs 3\n which {{parent.mode i}}\n name Switch2\n xpos -480\n ypos 253\n }\n Matrix {\n matrix {\n {0 1 0}\n {1 -4 1}\n {0 1 0}\n }\n name Matrix2\n xpos -480\n ypos 284\n disable {{-1+parent.curve i x70 1}}\n }\n Dilate {\n size {{parent.curveFat}}\n name Dilate1\n xpos -480\n ypos 326\n disable {{-1+parent.curve.main}}\n }\n Clamp {\n name Clamp1\n xpos -480\n ypos 383\n }\nset N2ceaf200 [stack 0]\npush $N2ccfb200\n Dot {\n name Dot1\n xpos -556\n ypos 66\n }\n Clamp {\n maximum 331\n name Clamp2\n xpos -590\n ypos 352\n }\n Merge2 {\n inputs 2\n operation plus\n bbox intersection\n name Merge1\n xpos -590\n ypos 394\n }\n Dot {\n name Dot2\n xpos -556\n ypos 433\n }\npush $N2ceaf200\n Switch {\n inputs 2\n which {{parent.add2image i}}\n name Switch1\n xpos -480\n ypos 430\n }\n Output {\n name Output1\n xpos -480\n ypos 470\n }\n end_group\n Dot {\n name Dot15\n note_font_size 41\n xpos 2745\n ypos 857\n }\nset N2ce9c800 [stack 0]\n Shuffle {\n red white\n green white\n blue white\n alpha white\n name Shuffle7\n label \"\\[value in] \\[ expr \\{ \\[value out2] == \\\"none\\\" ? \\\" \\\" : \\[concat --> \\[value out2]] \\}]\"\n xpos 2821\n ypos 850\n }\n BlackOutside {\n name BlackOutside1\n xpos 2821\n ypos 882\n }\n Dilate {\n channels rgba\n size -2\n name Dilate1\n xpos 2821\n ypos 910\n }\n Invert {\n name Invert3\n xpos 2821\n ypos 934\n }\npush $N2ce9c800\n Merge2 {\n inputs 2\n name Merge9\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 2711\n ypos 938\n }\n Group {\n name BinaryAlpha\n tile_color 0x2a2a2aff\n label \"(\\[value an] --> \\[value output1])\"\n note_font Verdana\n note_font_color 0xfffff9ff\n xpos 2711\n ypos 983\n addUserKnob {20 BinaryAlpha}\n addUserKnob {4 an l Analyze: M {rgb rgba alpha \"\" \"\" \"\"}}\n addUserKnob {4 output1 l Output: M {rgba alpha \"\" \"\" \"\" \"\"}}\n output1 alpha\n addUserKnob {20 info l Info}\n addUserKnob {26 creator l Creator: T \"Tony Lyons\"}\n addUserKnob {26 desc l Description: t \"Analyzes channel input and creates a binary result 0 or 1 and outputs it into output channel\" T BinaryAlpha}\n addUserKnob {26 ver l Version: T v03}\n }\n Input {\n inputs 0\n name Input\n xpos -398\n ypos 275\n }\n Expression {\n temp_name0 rgb_an\n temp_expr0 \"r !=0 || g!=0 || b!=0?1:0\"\n temp_name1 rgba_an\n temp_expr1 \"r!=0 || g!=0 || b!=0 || a!=0?1:0\"\n temp_name2 alpha_an\n temp_expr2 a!=0?1:0\n expr3 \"parent.an == 0 ? rgb_an : parent.an == 1 ? rgba_an : alpha_an\"\n name Expression\n xpos -398\n ypos 341\n }\n Shuffle {\n red alpha\n green alpha\n blue alpha\n name Shuffle\n label \"\\[value in]\"\n xpos -398\n ypos 367\n disable {{parent.output1}}\n }\n Output {\n name Output1\n xpos -398\n ypos 456\n }\n end_group\n Reformat {\n type \"to box\"\n box_height {{\"\\[exists parent.input0] ? parent.input.height : root.format.height\"}}\n resize height\n filter impulse\n pbb true\n name Reformat2\n xpos 2711\n ypos 1041\n }\n Reformat {\n type \"to box\"\n box_width {{\"\\[exists parent.input0] ? parent.input.width : root.format.width\"}}\n box_height {{input.height}}\n resize none\n filter impulse\n black_outside true\n pbb true\n name Reformat3\n xpos 2711\n ypos 1081\n }\n Dilate {\n channels rgba\n size 1\n name Dilate2\n xpos 2711\n ypos 1121\n }\n Dot {\n name Dot14\n note_font_size 41\n xpos 2745\n ypos 1192\n }\n Input {\n inputs 0\n name Inputmask\n xpos 864\n ypos 878\n number 2\n }\n Dot {\n name Dot29\n xpos 898\n ypos 1015\n }\npush $N2d028100\n Dot {\n name Dot33\n label \"Black Color\"\n note_font_size 41\n xpos 1631\n ypos 295\n }\n Dot {\n name Dot37\n note_font_size 41\n xpos 1631\n ypos 360\n }\nset N2ce4c800 [stack 0]\n Dot {\n name Dot34\n note_font_size 41\n xpos 1631\n ypos 474\n }\nset N2ce4c100 [stack 0]\n Dot {\n name Dot35\n note_font_size 41\n xpos 1631\n ypos 582\n }\nset N2ce2b900 [stack 0]\n Dot {\n name Dot13\n note_font_size 41\n xpos 1631\n ypos 674\n }\nset N2ce2b200 [stack 0]\npush $N2ce2b200\npush $N2d00f900\n Multiply {\n channels rgb\n value 2\n name Multiply7\n label \"mult black color\"\n xpos 2106\n ypos 87\n }\npush $N2d041d00\n Unpremult {\n name Unpremult1\n xpos 322\n ypos -16\n disable {{\"! premultInput\"}}\n }\n Dot {\n name Dot18\n xpos 356\n ypos 145\n }\nset N2ce29600 [stack 0]\n Dot {\n name Dot22\n note_font_size 41\n xpos 1028\n ypos 145\n }\nset N2ce28f00 [stack 0]\n Dot {\n name Dot32\n note_font_size 41\n xpos 1852\n ypos 145\n }\nset N2ce28800 [stack 0]\n MergeExpression {\n inputs 2\n expr0 Br/Ar\n expr1 Bg/Ag\n expr2 Bb/Ab\n name MergeDivide3\n xpos 2106\n ypos 142\n }\n Invert {\n channels rgb\n name Invert4\n xpos 2106\n ypos 166\n }\n Clamp {\n channels rgb\n name Clamp3\n xpos 2106\n ypos 190\n }\n Gamma {\n channels rgb\n value 0.51\n name Gamma3\n xpos 2106\n ypos 214\n }\n Dot {\n name Dot24\n xpos 2140\n ypos 360\n }\nset N2ce00100 [stack 0]\n Dot {\n name Dot25\n xpos 2140\n ypos 474\n }\nset N2cdf3900 [stack 0]\n Dot {\n name Dot27\n xpos 2140\n ypos 582\n }\n Shuffle {\n red blue\n green blue\n alpha blue\n name Shuffle8\n tile_color 0x3fbfff\n label \"\\[value in] \\[ expr \\{ \\[value out2] == \\\"none\\\" ? \\\" \\\" : \\[concat --> \\[value out2]] \\}]\"\n xpos 1990\n ypos 575\n }\npush $N2ce2b900\npush $N2cdf3900\n Shuffle {\n red green\n blue green\n alpha green\n name Shuffle9\n tile_color 0xbf00ff\n label \"\\[value in] \\[ expr \\{ \\[value out2] == \\\"none\\\" ? \\\" \\\" : \\[concat --> \\[value out2]] \\}]\"\n xpos 1990\n ypos 467\n }\npush $N2ce4c100\npush $N2ce00100\n Shuffle {\n green red\n blue red\n alpha red\n name Shuffle10\n tile_color 0xbf0000ff\n label \"\\[value in] \\[ expr \\{ \\[value out2] == \\\"none\\\" ? \\\" \\\" : \\[concat --> \\[value out2]] \\}]\"\n xpos 1984\n ypos 353\n }\npush $N2ce4c800\npush $N2ce28800\n Merge2 {\n inputs 2+1\n operation {{parent.Settings.mergeOpNum}}\n bbox B\n Achannels {rgba.red -rgba.green -rgba.blue -rgba.alpha}\n Bchannels {rgba.red -rgba.green -rgba.blue -rgba.alpha}\n output {rgba.red -rgba.green -rgba.blue -rgba.alpha}\n maskChannelInput -rgba.red\n name Merge11\n label red\n xpos 1818\n ypos 353\n }\n Merge2 {\n inputs 2+1\n operation {{parent.Settings.mergeOpNum}}\n bbox B\n Achannels {-rgba.red rgba.green -rgba.blue -rgba.alpha}\n Bchannels {-rgba.red rgba.green -rgba.blue -rgba.alpha}\n output {-rgba.red rgba.green -rgba.blue -rgba.alpha}\n maskChannelInput -rgba.red\n name Merge12\n label green\n xpos 1818\n ypos 467\n }\n Merge2 {\n inputs 2+1\n operation {{parent.Settings.mergeOpNum}}\n bbox B\n Achannels {-rgba.red -rgba.green rgba.blue -rgba.alpha}\n Bchannels {-rgba.red -rgba.green rgba.blue -rgba.alpha}\n output {-rgba.red -rgba.green rgba.blue -rgba.alpha}\n maskChannelInput -rgba.red\n name Merge13\n label blue\n xpos 1818\n ypos 575\n }\n Merge2 {\n inputs 2\n operation max\n bbox B\n Achannels rgb\n Bchannels rgb\n output rgb\n name Merge17\n label \"Set Min Color\\nto Blackpoint\"\n xpos 1818\n ypos 662\n }\n Dot {\n name Dot38\n note_font_size 41\n xpos 1852\n ypos 760\n }\n Switch {\n inputs 2\n which {{minVal}}\n name SwitchMinColor\n xpos 1597\n ypos 757\n }\npush $N2d028800\n Multiply {\n channels rgb\n value {{multBase}}\n name Multiply1\n label \"mult black color\"\n xpos 1138\n ypos 52\n }\n Multiply {\n channels rgb\n value 2\n name Multiply2\n label \"hypot Extra Mult\\n\"\n xpos 1138\n ypos 84\n disable {{\"mergeOp == 1 ? 0 : 1\"}}\n }\npush $N2ce28f00\n MergeExpression {\n inputs 2\n expr0 Br/Ar\n expr1 Bg/Ag\n expr2 Bb/Ab\n name MergeDivide\n xpos 1138\n ypos 194\n }\n Invert {\n channels rgb\n name Invert1\n xpos 1138\n ypos 239\n }\n Clamp {\n channels rgb\n name Clamp1\n xpos 1138\n ypos 263\n }\n Gamma {\n channels rgb\n value {{rolloffGamma}}\n name Gamma1\n xpos 1138\n ypos 287\n }\n Dot {\n name Dot19\n xpos 1172\n ypos 364\n }\nset N2cf84f00 [stack 0]\n Dot {\n name Dot20\n xpos 1172\n ypos 478\n }\nset N2cf84800 [stack 0]\n Dot {\n name Dot21\n xpos 1172\n ypos 586\n }\n Shuffle {\n red blue\n green blue\n alpha blue\n name Shuffle3\n tile_color 0x3fbfff\n label \"\\[value in] \\[ expr \\{ \\[value out2] == \\\"none\\\" ? \\\" \\\" : \\[concat --> \\[value out2]] \\}]\"\n xpos 1022\n ypos 579\n }\npush $N2d028800\n Dot {\n name Dot23\n xpos 706\n ypos -151\n }\n Dot {\n name Dot8\n label \"Black Color\"\n note_font_size 41\n xpos 706\n ypos 293\n }\nset N2cf72b00 [stack 0]\n Dot {\n name Dot2\n note_font_size 41\n xpos 706\n ypos 404\n }\nset N2cf72400 [stack 0]\n Dot {\n name Dot3\n note_font_size 41\n xpos 706\n ypos 523\n }\npush $N2cf84800\n Shuffle {\n red green\n blue green\n alpha green\n name Shuffle2\n tile_color 0xbf00ff\n label \"\\[value in] \\[ expr \\{ \\[value out2] == \\\"none\\\" ? \\\" \\\" : \\[concat --> \\[value out2]] \\}]\"\n xpos 1022\n ypos 471\n }\npush $N2cf72400\npush $N2cf84f00\n Shuffle {\n green red\n blue red\n alpha red\n name Shuffle1\n tile_color 0xbf0000ff\n label \"\\[value in] \\[ expr \\{ \\[value out2] == \\\"none\\\" ? \\\" \\\" : \\[concat --> \\[value out2]] \\}]\"\n xpos 1016\n ypos 357\n }\npush $N2cf72b00\npush $N2ce29600\n Merge2 {\n inputs 2+1\n operation {{parent.Settings.mergeOpNum}}\n bbox B\n Achannels {rgba.red -rgba.green -rgba.blue -rgba.alpha}\n Bchannels {rgba.red -rgba.green -rgba.blue -rgba.alpha}\n output {rgba.red -rgba.green -rgba.blue -rgba.alpha}\n maskChannelInput -rgba.red\n name Merge3\n label red\n xpos 322\n ypos 357\n }\n Merge2 {\n inputs 2+1\n operation {{parent.Settings.mergeOpNum}}\n bbox B\n Achannels {-rgba.red rgba.green -rgba.blue -rgba.alpha}\n Bchannels {-rgba.red rgba.green -rgba.blue -rgba.alpha}\n output {-rgba.red rgba.green -rgba.blue -rgba.alpha}\n maskChannelInput -rgba.red\n name Merge4\n label green\n xpos 322\n ypos 471\n }\n Merge2 {\n inputs 2+1\n operation {{parent.Settings.mergeOpNum}}\n bbox B\n Achannels {-rgba.red -rgba.green rgba.blue -rgba.alpha}\n Bchannels {-rgba.red -rgba.green rgba.blue -rgba.alpha}\n output {-rgba.red -rgba.green rgba.blue -rgba.alpha}\n maskChannelInput -rgba.red\n name Merge5\n label blue\n xpos 322\n ypos 579\n }\n Merge2 {\n inputs 2\n operation max\n bbox B\n Achannels rgb\n Bchannels rgb\n output rgb\n name Merge1\n label \"Set Min Color\\nto Blackpoint\"\n xpos 322\n ypos 748\n }\n Premult {\n name Premult4\n xpos 322\n ypos 881\n disable {{\"! premultInput\"}}\n }\npush $N2d043200\n Dot {\n name Dot28\n xpos -146\n ypos -418\n }\n Dot {\n name Dot30\n xpos -146\n ypos 1015\n }\n Merge2 {\n inputs 2+1\n operation copy\n bbox B\n Achannels {rgba.red rgba.green rgba.blue -rgba.alpha}\n Bchannels {rgba.red rgba.green rgba.blue -rgba.alpha}\n output {rgba.red rgba.green rgba.blue -rgba.alpha}\n mix 0.8\n name MergeKeymix\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 322\n ypos 1012\n }\n Merge2 {\n inputs 2\n name Merge10\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 322\n ypos 1189\n disable {{!previewPlotScan}}\n }\n Output {\n name Output1\n xpos 322\n ypos 1395\n }\n NoOp {\n inputs 0\n name Settings\n note_font_size 51\n xpos 2494\n ypos -414\n addUserKnob {20 User}\n addUserKnob {7 mergeOpNum l \"Merge Op Num\"}\n mergeOpNum {{\"mergeOp == 0 ? 24 : 13\"}}\n }\nend_group\nPremult {\n name Premult2\n selected true\n xpos -1034\n ypos 3011\n}\nGroup {\n inputs 2\n name LightWrapPro\n help \"Adds exponentially blurred lightwrap\\n\\nAdds a bright highlight wrap and an overall wrap\"\n tile_color 0x1e252eff\n label \"(\\[value outputView])\"\n note_font \"DejaVu Sans Bold\"\n note_font_color 0xb7e6ffff\n selected true\n xpos -1034\n ypos 3463\n disable true\n mapsize {0.15 0.15}\n addUserKnob {20 LightWrapPro}\n addUserKnob {4 outputView l \"Output View\" t \"Chose one to view while adjusting\" M {\"Final Output\" \"Highlight Key\" \"Highlight Wrap\" \"OverAll Wrap\" \"Effect Only\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\" \"\"}}\n addUserKnob {6 premultiplied l \"FG premultiplied\" -STARTLINE}\n premultiplied true\n addUserKnob {26 highlightKeyTitle l \"HighLight Key\"}\n addUserKnob {7 blackPt l Black R 0 4}\n blackPt 1\n addUserKnob {7 whitePt l White R 0 4}\n whitePt 2\n addUserKnob {26 wrapHighlightsTitle l \"HighLight Wrap\"}\n addUserKnob {6 Mult_Flare_panelDropped l \"panel dropped state\" +HIDDEN +STARTLINE}\n addUserKnob {41 steps l \" Steps\" T ExponGlowWrapHighlight.steps}\n addUserKnob {41 falloffType l Falloff -STARTLINE T ExponGlowWrapHighlight.falloffType}\n addUserKnob {41 size l Size T ExponGlowWrapHighlight.size}\n addUserKnob {7 wrapHighlightAmount l Amount R 0 4}\n wrapHighlightAmount 1\n addUserKnob {26 WrapAllTitle l \"Overall Wrap \"}\n addUserKnob {6 WrapAllMult_panelDropped l \"panel dropped state\" +HIDDEN +STARTLINE}\n addUserKnob {41 steps_1 l \" Steps\" T ExponGlowWrapAll.steps}\n addUserKnob {41 falloffType_1 l Falloff -STARTLINE T ExponGlowWrapAll.falloffType}\n addUserKnob {41 size_1 l Size T ExponGlowWrapAll.size}\n addUserKnob {7 wrapAllAmount l Amount R 0 4}\n wrapAllAmount 1\n addUserKnob {6 removeHighlights l \"Dim Highlights\" +STARTLINE}\n removeHighlights true\n addUserKnob {7 dimHighlightsAmount l \"\" -STARTLINE R 0 3}\n dimHighlightsAmount 1\n addUserKnob {26 blendEdgesTitle l \"Blend Edges\"}\n addUserKnob {7 blendEdgesAmount l Amount}\n addUserKnob {6 ColorBleedMult_panelDropped l \"panel dropped state\" +HIDDEN +STARTLINE}\n addUserKnob {26 bleedColorTitle l \"Bleed Color\"}\n addUserKnob {7 bleedColorAmount l Amount}\n addUserKnob {7 bleedColorSize l Size R 0.1 4}\n bleedColorSize 1\n addUserKnob {7 bleedColorFalloff_2 l Falloff R 0.2 2}\n bleedColorFalloff_2 0.5\n addUserKnob {26 \"\"}\n addUserKnob {7 globalAmount l \"Global Amount\"}\n globalAmount 1\n addUserKnob {26 _1 l mask T \"\"}\n addUserKnob {41 maskChannelInput l \"\" -STARTLINE T MergeCopyLightWrapPro.maskChannelInput}\n addUserKnob {41 inject -STARTLINE T MergeCopyLightWrapPro.inject}\n addUserKnob {41 invert_mask l invert -STARTLINE T MergeCopyLightWrapPro.invert_mask}\n addUserKnob {41 fringe -STARTLINE T MergeCopyLightWrapPro.fringe}\n addUserKnob {41 mix T MergeCopyLightWrapPro.mix}\n addUserKnob {20 info l Info}\n addUserKnob {26 creator l Creator: T \"Tony Lyons\"}\n addUserKnob {26 desc l Description: t \"\\n\\n\" T LightWrapPro}\n addUserKnob {26 ver l Version: T v06}\n}\n BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0x402f27ff\n label \"Bleed Color\"\n note_font_size 60\n note_font_color 0xffffffff\n xpos -683\n ypos 2273\n bdwidth 1316\n bdheight 787\n }\n BackdropNode {\n inputs 0\n name BackdropNode2\n tile_color 0x39464200\n label \"highlight key\"\n note_font_size 40\n note_font_color 0xffffffff\n xpos 1630\n ypos 113\n bdwidth 272\n bdheight 393\n }\n Input {\n inputs 0\n name Inputmask\n xpos 1887\n ypos 3580\n number 2\n }\n Input {\n inputs 0\n name FG\n xpos -413\n ypos -318\n }\n AddChannels {\n channels rgba\n name AddChannels1\n xpos -413\n ypos -150\n }\n Dot {\n name Dot1\n xpos -379\n ypos 375\n }\nset N2cf0c100 [stack 0]\n Dot {\n name Dot7\n xpos -825\n ypos 375\n }\n Dot {\n name Dot46\n xpos -825\n ypos 3104\n }\nset N2cee7200 [stack 0]\n Dot {\n name Dot15\n xpos 915\n ypos 3107\n }\nset N2cee6b00 [stack 0]\n Dot {\n name Dot26\n note_font_size 41\n xpos 915\n ypos 3224\n }\nset N2cee6400 [stack 0]\n Dot {\n name Dot32\n note_font_size 41\n xpos 915\n ypos 3277\n }\npush $N2cf0c100\n Dot {\n name Dot8\n note_font_size 41\n xpos 717\n ypos 378\n }\nset N2cee5600 [stack 0]\n Dot {\n name Dot11\n note_font_size 41\n xpos 717\n ypos 550\n }\n Input {\n inputs 0\n name BG\n label \"\\n\"\n xpos 1702\n ypos -276\n number 1\n }\n AddChannels {\n channels rgba\n name AddChannels2\n xpos 1702\n ypos -145\n }\n Remove {\n operation keep\n channels rgba\n name Remove2\n xpos 1702\n ypos -68\n }\n Dot {\n name Dot3\n xpos 1736\n ypos 177\n }\nset N2cedab00 [stack 0]\n Keyer {\n operation \"luminance key\"\n range {{parent.blackPt} {parent.whitePt} {range.B} {range.B}}\n name Keyer2\n xpos 1702\n ypos 303\n }\n Dot {\n name Dot4\n note_font_size 41\n xpos 1736\n ypos 397\n }\nset N2ced9d00 [stack 0]\n Premult {\n name Premult1\n xpos 1702\n ypos 452\n }\n Multiply {\n inputs 1+1\n channels rgba\n value 0\n name Multiply1\n label \"\\[value value]\"\n xpos 1702\n ypos 543\n }\n Dot {\n name Dot30\n note_font_size 41\n xpos 1734\n ypos 746\n }\n Group {\n name ExponGlowWrapHighlight\n onCreate \"n = nuke.thisNode()\\nn.knob('size').setRange(0, 50)\\n#n.knob('exp').setRange(1, 4)\\nnuke.thisNode().knob('steps').setFlag(0x02000000)\"\n knobChanged \"n = nuke.thisNode()\\nk = nuke.thisKnob()\\n\\nif k.name() == \\\"includeOriginal\\\":\\n if n.knob('includeOriginal').getValue() == 1:\\n merge = nuke.toNode(\\\"Merge1\\\")\\n original = nuke.toNode('Original')\\n AvgMult = nuke.toNode(\\\"AverageMult\\\")\\n steps = int(n.knob('steps').getValue())\\n merge.setInput(steps+1, original)\\n AvgMult\\['whitepoint'].setValue(2 if steps<2 else steps+1)\\n\\n else:\\n merge.setInput(steps+1, None)\\n AvgMult\\['whitepoint'].setValue(2 if steps<2 else steps)\\n\\nelif k.name() == \\\"steps\\\":\\n\\n s = int(k.value())\\n if s<1:\\n k.setValue(1)\\n else:\\n start = nuke.toNode(\\\"Start\\\")\\n end = nuke.toNode(\\\"End\\\")\\n b1 = nuke.toNode(\\\"Blur1\\\")\\n m1 = nuke.toNode(\\\"Multiply1\\\")\\n merge = nuke.toNode(\\\"Merge1\\\")\\n AvgMult = nuke.toNode(\\\"AverageMult\\\")\\n\\n b1x = b1.xpos()\\n b1y = b1.ypos()\\n b1n = b1.name()\\n\\n m1x = m1.xpos()\\n m1y = m1.ypos()\\n m1n = m1.name()\\n\\n steps = int(n.knob('steps').getValue())\\n size = n.knob('size').getValue()\\n mult = n.knob('exp').getValue()\\n\\n #b1.setInput(0, start)\\n for i in range(1,merge.inputs()):\\n merge.setInput(i,None)\\n merge.setInput(0, m1)\\n \\[nuke.delete(i) for i in nuke.allNodes() if i.xpos()>start.xpos()]\\n for i in range(1,steps):\\n # Blur\\n b = nuke.nodes.Blur()\\n m = nuke.nodes.Multiply()\\n b.setXYpos(b1x+i*100,b1y)\\n b.setInput(0,start)\\n b\\[\\\"channels\\\"].setValue(\\\"all\\\")\\n b\\[\\\"crop\\\"].setValue(0)\\n b\\[\\\"size\\\"].setValue(0, 1)\\n b\\[\\\"size\\\"].setExpression( \\\"((width/100*parent.size.w)*(aspectCalc.aspect.w/100)*(\\{\\}**2))\\\".format(str(i+1)), 0 )\\n b\\[\\\"size\\\"].setExpression( \\\"((height/100*parent.size.h)*(aspectCalc.aspect.h/100)*(\\{\\}**2))\\\".format(str(i+1)), 1 )\\n b\\[\\\"label\\\"].setValue('')\\n blurAbove = b.name()\\n\\n m.setXYpos(m1x+i*100,m1y)\\n m.setInput(0, nuke.toNode(blurAbove))\\n m\\[\\\"channels\\\"].setValue(\\\"all\\\")\\n m\\[\\\"value\\\"].setValue(1,1,1,1)\\n j = 1-(i/steps)\\n m\\[\\\"value\\\"].setExpression('falloffType == 0 ? \\{\\} :falloffType == 1 ? pow(\\{\\}, 3) : falloffType == 2 ? \\{\\}*\\{\\}*(3-2*\\{\\}) : falloffType == 3 ? \\{\\}*\\{\\}*(2 - \\{\\}) : falloffType == 4 ? \\{\\}*(1 + \\{\\}*(1 - \\{\\})) : 0'.format(j,j,j,j,j,j,j,j,j,j,j))\\n m\\[\\\"mix\\\"].setExpression(\\\"falloff\\\")\\n m\\[\\\"label\\\"].setValue('')\\n\\n merge.setInput(i if i<2 else i+1, m)\\n AvgMult\\['whitepoint'].setValue(i if i<2 else i+1)\\n\\n if n.knob('includeOriginal').getValue() == 1:\\n merge = nuke.toNode(\\\"Merge1\\\")\\n original = nuke.toNode('Original')\\n AvgMult = nuke.toNode(\\\"AverageMult\\\")\\n steps = int(n.knob('steps').getValue())\\n merge.setInput(steps+1, original)\\n AvgMult\\['whitepoint'].setValue(2 if steps<2 else steps+1)\\n\\nelif k.name() == \\\"output2\\\":\\n if n.knob(\\\"output2\\\").getValue() == 4:\\n n.knob('AvgMaxOriginal').setVisible(True)\\n else:\\n n.knob('AvgMaxOriginal').setVisible(False)\\n\\n\"\n tile_color 0xcc804eff\n label \"(\\[value output2])\"\n note_font \"Verdana Bold\"\n note_font_color 0xffffffff\n xpos 1700\n ypos 1012\n addUserKnob {20 ExponBlurSimple}\n addUserKnob {41 channels T Remove1.channels}\n addUserKnob {26 \"\"}\n addUserKnob {4 output2 l Operation: M {Screen Plus Over Hypot Average Max Min \"\" \"\" \"\" \"\" \"\"}}\n output2 Over\n addUserKnob {3 steps l \" Steps\" -STARTLINE}\n steps 6\n addUserKnob {26 text l \" \" T \" \"}\n addUserKnob {6 includeOriginal l \"Include Original?\" -STARTLINE}\n addUserKnob {6 AvgMaxOriginal l \"Use Max of Average and Original\" +HIDDEN +STARTLINE}\n AvgMaxOriginal true\n addUserKnob {14 size l Size R 0 50}\n size 4\n addUserKnob {14 exp l Exponent +INVISIBLE R 1 4}\n exp 3\n addUserKnob {6 color_rgba_panelDropped l \"panel dropped state\" +HIDDEN +STARTLINE}\n addUserKnob {7 falloff l Falloff}\n falloff 1\n addUserKnob {4 falloffType l \"Falloff Type\" M {Linear pLinear smooth smooth0 smooth1 \"\"}}\n falloffType smooth1\n addUserKnob {14 postBlur l \"Post Blur\" R 0 100}\n addUserKnob {26 \"\"}\n addUserKnob {41 maskChannelMask l mask T MergeKeymix.maskChannelMask}\n addUserKnob {41 inject -STARTLINE T MergeKeymix.inject}\n addUserKnob {41 invert_mask l invert -STARTLINE T MergeKeymix.invert_mask}\n addUserKnob {41 fringe -STARTLINE T MergeKeymix.fringe}\n addUserKnob {41 mix T MergeKeymix.mix}\n addUserKnob {14 safeBBoxPixels l \"\" +STARTLINE +HIDDEN R 0 400}\n safeBBoxPixels 100\n addUserKnob {14 adjustBBoxPercent l \"\" -STARTLINE +HIDDEN R 1 2}\n adjustBBoxPercent 1\n addUserKnob {20 info l Info}\n addUserKnob {26 creator l Creator: T \"Tony Lyons\"}\n addUserKnob {26 desc l Description: t \"Add description and tooltip for gizmo\" T ExponBlurSimple}\n addUserKnob {26 ver l Version: T v02}\n }\n Input {\n inputs 0\n name Inputmask\n xpos 346\n ypos 596\n number 1\n }\n Dot {\n name Dot19\n label Mask\n note_font_size 41\n xpos 380\n ypos 662\n }\n Dot {\n name Dot10\n note_font_size 41\n xpos 380\n ypos 899\n }\n Input {\n inputs 0\n name Inputimg\n xpos -221\n ypos -1229\n }\n Dot {\n name Dot16\n note_font_size 41\n xpos -187\n ypos -1062\n }\nset N2c489600 [stack 0]\n Dot {\n name Dot1\n note_font_size 41\n xpos 461\n ypos -1058\n }\n Remove {\n operation keep\n channels rgba\n name Remove1\n xpos 427\n ypos -980\n }\n NoOp {\n name aspectCalc\n xpos 427\n ypos -939\n addUserKnob {20 User}\n addUserKnob {14 aspect R 0 100}\n aspect {{parent.size.w} {parent.size.h/format.pixel_aspect/height*width}}\n }\n Dot {\n name Dot21\n note_font_size 41\n xpos 461\n ypos -853\n }\nset N2c46b900 [stack 0]\n Invert {\n name Invert1\n xpos 864\n ypos -860\n disable {{\"parent.size < 0 ? 0 : 1\"}}\n }\nset N2c46b200 [stack 0]\n Dot {\n name Dot4\n note_font_size 41\n xpos 540\n ypos -604\n }\n NoOp {\n name Original\n xpos 506\n ypos -327\n }\n Dot {\n name Dot5\n note_font_size 41\n xpos 540\n ypos 100\n }\npush $N2c46b200\n NoOp {\n name Start\n xpos 864\n ypos -706\n }\nset N2c469600 [stack 0]\n Blur {\n size {{((width/100*parent.size.w)*(aspectCalc.aspect.w/100)*(6**2))} {((height/100*parent.size.h)*(aspectCalc.aspect.h/100)*(6**2))}}\n crop false\n name Blur6\n xpos 1364\n ypos -554\n }\n Multiply {\n value {{\"falloffType == 0 ? 0.166666666667 :falloffType == 1 ? pow(0.166666666667, 3) : falloffType == 2 ? 0.166666666667*0.166666666667*(3-2*0.166666666667) : falloffType == 3 ? 0.166666666667*0.166666666667*(2 - 0.166666666667) : falloffType == 4 ? 0.166666666667*(1 + 0.166666666667*(1 - 0.166666666667)) : 0\"} {\"falloffType == 0 ? 0.166666666667 :falloffType == 1 ? pow(0.166666666667, 3) : falloffType == 2 ? 0.166666666667*0.166666666667*(3-2*0.166666666667) : falloffType == 3 ? 0.166666666667*0.166666666667*(2 - 0.166666666667) : falloffType == 4 ? 0.166666666667*(1 + 0.166666666667*(1 - 0.166666666667)) : 0\"} {\"falloffType == 0 ? 0.166666666667 :falloffType == 1 ? pow(0.166666666667, 3) : falloffType == 2 ? 0.166666666667*0.166666666667*(3-2*0.166666666667) : falloffType == 3 ? 0.166666666667*0.166666666667*(2 - 0.166666666667) : falloffType == 4 ? 0.166666666667*(1 + 0.166666666667*(1 - 0.166666666667)) : 0\"} {\"falloffType == 0 ? 0.166666666667 :falloffType == 1 ? pow(0.166666666667, 3) : falloffType == 2 ? 0.166666666667*0.166666666667*(3-2*0.166666666667) : falloffType == 3 ? 0.166666666667*0.166666666667*(2 - 0.166666666667) : falloffType == 4 ? 0.166666666667*(1 + 0.166666666667*(1 - 0.166666666667)) : 0\"}}\n mix {{falloff}}\n name Multiply6\n xpos 1364\n ypos -477\n }\npush $N2c469600\n Blur {\n size {{((width/100*parent.size.w)*(aspectCalc.aspect.w/100)*(5**2))} {((height/100*parent.size.h)*(aspectCalc.aspect.h/100)*(5**2))}}\n crop false\n name Blur5\n xpos 1264\n ypos -554\n }\n Multiply {\n value {{\"falloffType == 0 ? 0.333333333333 :falloffType == 1 ? pow(0.333333333333, 3) : falloffType == 2 ? 0.333333333333*0.333333333333*(3-2*0.333333333333) : falloffType == 3 ? 0.333333333333*0.333333333333*(2 - 0.333333333333) : falloffType == 4 ? 0.333333333333*(1 + 0.333333333333*(1 - 0.333333333333)) : 0\"} {\"falloffType == 0 ? 0.333333333333 :falloffType == 1 ? pow(0.333333333333, 3) : falloffType == 2 ? 0.333333333333*0.333333333333*(3-2*0.333333333333) : falloffType == 3 ? 0.333333333333*0.333333333333*(2 - 0.333333333333) : falloffType == 4 ? 0.333333333333*(1 + 0.333333333333*(1 - 0.333333333333)) : 0\"} {\"falloffType == 0 ? 0.333333333333 :falloffType == 1 ? pow(0.333333333333, 3) : falloffType == 2 ? 0.333333333333*0.333333333333*(3-2*0.333333333333) : falloffType == 3 ? 0.333333333333*0.333333333333*(2 - 0.333333333333) : falloffType == 4 ? 0.333333333333*(1 + 0.333333333333*(1 - 0.333333333333)) : 0\"} {\"falloffType == 0 ? 0.333333333333 :falloffType == 1 ? pow(0.333333333333, 3) : falloffType == 2 ? 0.333333333333*0.333333333333*(3-2*0.333333333333) : falloffType == 3 ? 0.333333333333*0.333333333333*(2 - 0.333333333333) : falloffType == 4 ? 0.333333333333*(1 + 0.333333333333*(1 - 0.333333333333)) : 0\"}}\n mix {{falloff}}\n name Multiply5\n xpos 1264\n ypos -477\n }\npush $N2c469600\n Blur {\n size {{((width/100*parent.size.w)*(aspectCalc.aspect.w/100)*(4**2))} {((height/100*parent.size.h)*(aspectCalc.aspect.h/100)*(4**2))}}\n crop false\n name Blur4\n xpos 1164\n ypos -554\n }\n Multiply {\n value {{\"falloffType == 0 ? 0.5 :falloffType == 1 ? pow(0.5, 3) : falloffType == 2 ? 0.5*0.5*(3-2*0.5) : falloffType == 3 ? 0.5*0.5*(2 - 0.5) : falloffType == 4 ? 0.5*(1 + 0.5*(1 - 0.5)) : 0\"} {\"falloffType == 0 ? 0.5 :falloffType == 1 ? pow(0.5, 3) : falloffType == 2 ? 0.5*0.5*(3-2*0.5) : falloffType == 3 ? 0.5*0.5*(2 - 0.5) : falloffType == 4 ? 0.5*(1 + 0.5*(1 - 0.5)) : 0\"} {\"falloffType == 0 ? 0.5 :falloffType == 1 ? pow(0.5, 3) : falloffType == 2 ? 0.5*0.5*(3-2*0.5) : falloffType == 3 ? 0.5*0.5*(2 - 0.5) : falloffType == 4 ? 0.5*(1 + 0.5*(1 - 0.5)) : 0\"} {\"falloffType == 0 ? 0.5 :falloffType == 1 ? pow(0.5, 3) : falloffType == 2 ? 0.5*0.5*(3-2*0.5) : falloffType == 3 ? 0.5*0.5*(2 - 0.5) : falloffType == 4 ? 0.5*(1 + 0.5*(1 - 0.5)) : 0\"}}\n mix {{falloff}}\n name Multiply4\n xpos 1164\n ypos -477\n }\npush $N2c469600\n Blur {\n size {{((width/100*parent.size.w)*(aspectCalc.aspect.w/100)*(3**2))} {((height/100*parent.size.h)*(aspectCalc.aspect.h/100)*(3**2))}}\n crop false\n name Blur3\n xpos 1064\n ypos -554\n }\n Multiply {\n value {{\"falloffType == 0 ? 0.666666666667 :falloffType == 1 ? pow(0.666666666667, 3) : falloffType == 2 ? 0.666666666667*0.666666666667*(3-2*0.666666666667) : falloffType == 3 ? 0.666666666667*0.666666666667*(2 - 0.666666666667) : falloffType == 4 ? 0.666666666667*(1 + 0.666666666667*(1 - 0.666666666667)) : 0\"} {\"falloffType == 0 ? 0.666666666667 :falloffType == 1 ? pow(0.666666666667, 3) : falloffType == 2 ? 0.666666666667*0.666666666667*(3-2*0.666666666667) : falloffType == 3 ? 0.666666666667*0.666666666667*(2 - 0.666666666667) : falloffType == 4 ? 0.666666666667*(1 + 0.666666666667*(1 - 0.666666666667)) : 0\"} {\"falloffType == 0 ? 0.666666666667 :falloffType == 1 ? pow(0.666666666667, 3) : falloffType == 2 ? 0.666666666667*0.666666666667*(3-2*0.666666666667) : falloffType == 3 ? 0.666666666667*0.666666666667*(2 - 0.666666666667) : falloffType == 4 ? 0.666666666667*(1 + 0.666666666667*(1 - 0.666666666667)) : 0\"} {\"falloffType == 0 ? 0.666666666667 :falloffType == 1 ? pow(0.666666666667, 3) : falloffType == 2 ? 0.666666666667*0.666666666667*(3-2*0.666666666667) : falloffType == 3 ? 0.666666666667*0.666666666667*(2 - 0.666666666667) : falloffType == 4 ? 0.666666666667*(1 + 0.666666666667*(1 - 0.666666666667)) : 0\"}}\n mix {{falloff}}\n name Multiply3\n xpos 1064\n ypos -477\n }\npush 0\npush $N2c469600\n Blur {\n size {{((width/100*parent.size.w)*(aspectCalc.aspect.w/100)*(2**2))} {((height/100*parent.size.h)*(aspectCalc.aspect.h/100)*(2**2))}}\n crop false\n name Blur2\n xpos 964\n ypos -554\n }\n Multiply {\n value {{\"falloffType == 0 ? 0.833333333333 :falloffType == 1 ? pow(0.833333333333, 3) : falloffType == 2 ? 0.833333333333*0.833333333333*(3-2*0.833333333333) : falloffType == 3 ? 0.833333333333*0.833333333333*(2 - 0.833333333333) : falloffType == 4 ? 0.833333333333*(1 + 0.833333333333*(1 - 0.833333333333)) : 0\"} {\"falloffType == 0 ? 0.833333333333 :falloffType == 1 ? pow(0.833333333333, 3) : falloffType == 2 ? 0.833333333333*0.833333333333*(3-2*0.833333333333) : falloffType == 3 ? 0.833333333333*0.833333333333*(2 - 0.833333333333) : falloffType == 4 ? 0.833333333333*(1 + 0.833333333333*(1 - 0.833333333333)) : 0\"} {\"falloffType == 0 ? 0.833333333333 :falloffType == 1 ? pow(0.833333333333, 3) : falloffType == 2 ? 0.833333333333*0.833333333333*(3-2*0.833333333333) : falloffType == 3 ? 0.833333333333*0.833333333333*(2 - 0.833333333333) : falloffType == 4 ? 0.833333333333*(1 + 0.833333333333*(1 - 0.833333333333)) : 0\"} {\"falloffType == 0 ? 0.833333333333 :falloffType == 1 ? pow(0.833333333333, 3) : falloffType == 2 ? 0.833333333333*0.833333333333*(3-2*0.833333333333) : falloffType == 3 ? 0.833333333333*0.833333333333*(2 - 0.833333333333) : falloffType == 4 ? 0.833333333333*(1 + 0.833333333333*(1 - 0.833333333333)) : 0\"}}\n mix {{falloff}}\n name Multiply2\n xpos 964\n ypos -477\n }\npush $N2c469600\n Blur {\n size {{(width/100*parent.size*(aspectCalc.aspect.w/100))} {(height/100*parent.size*(aspectCalc.aspect.h/100))}}\n crop false\n name Blur1\n selected true\n xpos 864\n ypos -554\n }\n Multiply {\n value {1 1 1 1}\n mix {{falloff}}\n name Multiply1\n xpos 864\n ypos -477\n }\n Merge2 {\n inputs 6+1\n operation {{MergeNumber.mergeNumber}}\n also_merge all\n name Merge1\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 864\n ypos -327\n }\n NoOp {\n name End\n xpos 864\n ypos -279\n }\n Grade {\n channels all\n whitepoint 6\n black_clamp false\n name AverageMult\n xpos 864\n ypos 49\n disable {{\"output2 == 4 ? 0 : 1\"}}\n }\n Merge2 {\n inputs 2\n operation max\n also_merge all\n name Merge2\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 864\n ypos 96\n disable {{\"output2 == 4 && includeOriginal == 1 && AvgMaxOriginal == 1 ? 0 : 1\"}}\n }\n Blur {\n size {{postBlur} {postBlur}}\n name BlurOriginal\n xpos 864\n ypos 155\n }\n Invert {\n name Invert2\n xpos 864\n ypos 283\n disable {{\"parent.size < 0 ? 0 : 1\"}}\n }\npush $N2c46b900\n Switch {\n inputs 2\n which {{\"parent.size == 0 ? 0 : 1\"}}\n name Switch1\n label \"\\[value which]\"\n xpos 427\n ypos 283\n }\n Crop {\n inputs 0\n box {{input.format.x} {input.format.y} {input.format.r} {input.format.t}}\n reformat true\n crop false\n name Crop1\n xpos 96\n ypos -931\n addUserKnob {20 User}\n addUserKnob {22 cropToBbox l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n }\n AddChannels {\n channels rgba\n name AddChannels2\n xpos 96\n ypos -891\n }\npush $N2c489600\n Merge2 {\n inputs 2\n name Merge3\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos -60\n ypos -891\n }\nset N2c3d9600 [stack 0]\n Group {\n name BBoxToFormat\n onCreate \"n = nuke.thisNode()\\ninputFormat = n.knob(\\\"inputFormat\\\")\\ninputBBox = n.knob(\\\"inputBBox\\\")\\ncrop = nuke.toNode(\\\"Crop6\\\")\\ncropb = crop.knob('box')\\noutputBBox = n.knob('outputBBox')\\noutputBBoxCenter = n.knob(\\\"outputBBoxCenter\\\")\\n\\ninputFormat.setFlag(0x0000000000008000)\\ninputBBox.setFlag(0x0000000000008000)\\ncropb.setFlag(0x0000000000008000)\\noutputBBox.setFlag(0x0000000000008000)\\noutputBBoxCenter.setFlag(0x0000000000008000)\\n\\nn = nuke.thisNode()\\nn.knob(\\\"overscan\\\").setRange(0,400)\\nn.knob(\\\"overscanPercent\\\").setRange(1,4)\"\n knobChanged \"n = nuke.thisNode()\\nk = nuke.thisKnob()\\nif k.name() == \\\"overscanType\\\":\\n if n.knob(\\\"overscanType\\\").getValue() == 1:\\n n.knob(\\\"overscanPercent\\\").setVisible(True)\\n n.knob(\\\"overscan\\\").setVisible(False)\\n else:\\n n.knob(\\\"overscanPercent\\\").setVisible(False)\\n n.knob(\\\"overscan\\\").setVisible(True)\"\n tile_color 0xa57aaaff\n note_font \"Verdana Bold\"\n note_font_color 0xffffffff\n xpos 29\n ypos -812\n addUserKnob {20 CropBBox}\n addUserKnob {4 type l Type +INVISIBLE M {\"To Format\" \"To BBox\"}}\n addUserKnob {41 intersect T Crop6.intersect}\n addUserKnob {6 blackOutside l \"Black Outside\" -STARTLINE}\n addUserKnob {4 overscanType l \"Overscan Type:\" M {Pixels Percentage}}\n overscanType Percentage\n addUserKnob {14 overscan l Overscan +HIDDEN R 0 400}\n addUserKnob {14 overscanPercent l \"Overscan Percent\" R 1 4}\n overscanPercent 1.2\n addUserKnob {20 inputBbox l \"BBox Data\" n 1}\n addUserKnob {15 inputFormat l \"Input Format\"}\n inputFormat {0 0 {input.width} {input.height}}\n addUserKnob {15 inputBBox l \"Input BBox\"}\n inputBBox {{input.bbox.x} {input.bbox.y} {input.bbox.r} {input.bbox.t}}\n addUserKnob {12 outputBBoxCenter l OutputBBoxCenter}\n outputBBoxCenter {{OutputBBox1.outputBBoxCenter.w} {OutputBBox1.outputBBoxCenter.h}}\n addUserKnob {15 outputBBox l \"Output BBox\"}\n outputBBox {{OutputBBox1.OutputBBox} {OutputBBox1.OutputBBox} {OutputBBox1.OutputBBox} {OutputBBox1.OutputBBox}}\n addUserKnob {20 endGroup n -1}\n addUserKnob {20 info_1 l Info}\n addUserKnob {26 creator l Creator: T \"Tony Lyons\"}\n addUserKnob {26 desc l Description: t \"crop to inputformat\\n\\ndisplays values of input bbox\" T CropBBox}\n addUserKnob {26 ver l Version: T v02}\n }\n Input {\n inputs 0\n name Input\n xpos 261\n ypos 394\n }\n Dot {\n name Dot2\n note_font_size 41\n xpos 295\n ypos 462\n }\nset N2c3d8100 [stack 0]\n Dot {\n name Dot1\n note_font_size 41\n xpos -160\n ypos 462\n }\nset N2c19f900 [stack 0]\npush $N2c3d8100\n Crop {\n box {{curve} {curve} {input.width} {input.height}}\n crop {{parent.blackOutside}}\n name Crop6\n xpos 261\n ypos 510\n addUserKnob {20 User}\n addUserKnob {22 cropToBbox l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n }\nset N2c19f200 [stack 0]\n Remove {\n operation keep\n channels none\n name Remove1\n xpos 120\n ypos 504\n }\nset N2c19eb00 [stack 0]\n Transform {\n scale {{parent.overscanPercent} {parent.overscanPercent}}\n center {{input.bbox.r/2} {input.bbox.t/2}}\n shutteroffset centred\n name Transform1\n xpos 120\n ypos 555\n }\npush $N2c19eb00\n AdjBBox {\n numpixels {{parent.overscan} {parent.overscan}}\n name AdjBBox1\n xpos -5\n ypos 510\n }\n Switch {\n inputs 2\n which {{overscanType}}\n name Switch2\n label \"\\[value which]\"\n xpos -5\n ypos 549\n }\n Merge2 {\n inputs 2\n bbox intersection\n Achannels {-rgba.red -rgba.green -rgba.blue rgba.alpha}\n Bchannels {-rgba.red -rgba.green -rgba.blue rgba.alpha}\n output {-rgba.red -rgba.green -rgba.blue rgba.alpha}\n name Merge1\n xpos -5\n ypos 647\n disable {{!parent.Crop6.intersect}}\n }\npush $N2c19f900\n CopyBBox {\n inputs 2\n name CopyBBox1\n xpos -194\n ypos 653\n }\n BlackOutside {\n name BlackOutside1\n xpos -194\n ypos 692\n disable {{!parent.blackOutside}}\n }\n Dot {\n name Dot4\n note_font_size 41\n xpos -160\n ypos 769\n }\npush $N2c19f200\n Switch {\n inputs 2\n which {{\"overscanType == 0 ? overscan.w != 0 || overscan.h != 0 : overscanPercent.w != 1 || overscanPercent.h != 1 ? 1 : 0\"}}\n name Switch1\n label \"\\[value which]\"\n xpos 261\n ypos 759\n }\nset N2c173200 [stack 0]\n Output {\n name Output1\n xpos 261\n ypos 921\n }\npush $N2c173200\n NoOp {\n name OutputBBox1\n selected true\n xpos 378\n ypos 821\n addUserKnob {20 User}\n addUserKnob {15 OutputBBox l \"Output BBox\"}\n OutputBBox {{input.bbox.x} {input.bbox.y} {input.bbox.r} {input.bbox.t}}\n addUserKnob {14 outputBBoxCenter l \"Output BBox Center\" R 0 100}\n outputBBoxCenter {{OutputBBox.x+(OutputBBox.r-OutputBBox.x)/2} {OutputBBox.y+(OutputBBox.t-OutputBBox.y)/2}}\n }\n end_group\npush $N2c3d9600\n Merge2 {\n inputs 2\n name Merge4\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos -60\n ypos -748\n }\npush $N2c489600\n CopyBBox {\n inputs 2\n name CopyBBox1\n xpos -221\n ypos -748\n }\n Dot {\n name Dot22\n note_font_size 41\n xpos -187\n ypos 198\n }\n Merge2 {\n inputs 2\n operation copy\n bbox B\n Achannels none\n Bchannels none\n output none\n also_merge {{{parent.Remove1.channels}}}\n name Merge5\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos -221\n ypos 283\n }\n Dot {\n name Dot17\n label A\n note_font_size 41\n xpos -187\n ypos 675\n }\n Dot {\n name Dot7\n note_font_size 41\n xpos -187\n ypos 805\n }\npush $N2c489600\n Dot {\n name Dot2\n note_font_size 41\n xpos -588\n ypos -1062\n }\n Dot {\n name Dot18\n label B\n note_font_size 41\n xpos -588\n ypos 654\n }\n Dot {\n name Dot3\n note_font_size 41\n xpos -588\n ypos 895\n }\n Merge2 {\n inputs 2+1\n operation copy\n Achannels none\n Bchannels none\n output none\n also_merge all\n name MergeKeymix\n xpos -221\n ypos 888\n }\n Output {\n name Output1\n xpos -221\n ypos 1202\n }\n NoOp {\n inputs 0\n name MergeNumber\n xpos 202\n ypos -1145\n addUserKnob {20 User}\n addUserKnob {3 mergeNumber}\n mergeNumber {{\"output2 == 0 ? 25 : output2 == 1 ? 24 : output2 == 2 ? 22 : output2 == 3 ? 13 : output2 == 4 ? 24 : output2 == 5 ? 17 : 18\"}}\n }\n end_group\n Grade {\n channels all\n white {{wrapHighlightAmount/10}}\n name FlareAmount\n xpos 1702\n ypos 1393\n }\n Multiply {\n channels rgba\n value {{globalAmount}}\n name MultiplyGlobal3\n label \"\\[value value]\"\n xpos 1702\n ypos 1577\n }\n Dot {\n name Dot25\n label \"LIGHT FLARE\"\n note_font_size 61\n xpos 1736\n ypos 1801\n }\nset N2c12c100 [stack 0]\n Dot {\n name Dot31\n note_font_size 41\n xpos 1738\n ypos 2915\n }\nset N2c123900 [stack 0]\npush $N2cee5600\npush $N2cedab00\n Dot {\n name Dot20\n xpos 1059\n ypos 179\n }\n Shuffle {\n alpha white\n name Shuffle1\n label \"\\[value in] \\[ expr \\{ \\[value out2] == \\\"none\\\" ? \\\" \\\" : \\[concat -> \\[value out2]] \\}]\"\n note_font_size 21\n note_font_color 0xffffffff\n xpos 1025\n ypos 238\n }\n Multiply {\n inputs 1+1\n channels rgba\n value 0\n name Multiply2\n label \"\\[value value]\"\n xpos 1025\n ypos 366\n }\n Dot {\n name Dot9\n xpos 1059\n ypos 725\n }\nset N2c121600 [stack 0]\n Dot {\n name Dot28\n note_font_size 41\n xpos 1343\n ypos 725\n }\n Keyer {\n operation \"luminance key\"\n name Keyer1\n xpos 1309\n ypos 823\n }\npush $N2c121600\n Colorspace {\n colorspace_out CIE-Yxy\n name Colorspace4\n xpos 1188\n ypos 786\n }\n Expression {\n inputs 1+1\n expr0 \"(r*(1+(r/((parent.dimHighlightsAmount+1)**2))) ) / (1+r)\"\n channel1 {-rgba.red -rgba.green -rgba.blue none}\n expr1 \"(g*(1+(g/((parent.dimHighlightsAmount+1)**2))) ) / (1+g)\"\n channel2 {-rgba.red -rgba.green -rgba.blue none}\n expr2 \"(b*(1+(b/((parent.dimHighlightsAmount+1)**2))) ) / (1+b)\"\n expr3 a\n name Tonemap_whitepoint\n xpos 1188\n ypos 827\n }\n Colorspace {\n colorspace_in CIE-Yxy\n name Colorspace3\n xpos 1188\n ypos 867\n }\npush $N2c121600\n Switch {\n inputs 2\n which {{removeHighlights}}\n name Switch4\n xpos 1025\n ypos 867\n }\n Group {\n name ExponGlowWrapAll\n onCreate \"n = nuke.thisNode()\\nn.knob('size').setRange(0, 50)\\n#n.knob('exp').setRange(1, 4)\\nnuke.thisNode().knob('steps').setFlag(0x02000000)\"\n knobChanged \"n = nuke.thisNode()\\nk = nuke.thisKnob()\\n\\nif k.name() == \\\"includeOriginal\\\":\\n if n.knob('includeOriginal').getValue() == 1:\\n merge = nuke.toNode(\\\"Merge1\\\")\\n original = nuke.toNode('Original')\\n AvgMult = nuke.toNode(\\\"AverageMult\\\")\\n steps = int(n.knob('steps').getValue())\\n merge.setInput(steps+1, original)\\n AvgMult\\['whitepoint'].setValue(2 if steps<2 else steps+1)\\n\\n else:\\n merge.setInput(steps+1, None)\\n AvgMult\\['whitepoint'].setValue(2 if steps<2 else steps)\\n\\nelif k.name() == \\\"steps\\\":\\n\\n s = int(k.value())\\n if s<1:\\n k.setValue(1)\\n else:\\n start = nuke.toNode(\\\"Start\\\")\\n end = nuke.toNode(\\\"End\\\")\\n b1 = nuke.toNode(\\\"Blur1\\\")\\n m1 = nuke.toNode(\\\"Multiply1\\\")\\n merge = nuke.toNode(\\\"Merge1\\\")\\n AvgMult = nuke.toNode(\\\"AverageMult\\\")\\n\\n b1x = b1.xpos()\\n b1y = b1.ypos()\\n b1n = b1.name()\\n\\n m1x = m1.xpos()\\n m1y = m1.ypos()\\n m1n = m1.name()\\n\\n steps = int(n.knob('steps').getValue())\\n size = n.knob('size').getValue()\\n mult = n.knob('exp').getValue()\\n\\n #b1.setInput(0, start)\\n for i in range(1,merge.inputs()):\\n merge.setInput(i,None)\\n merge.setInput(0, m1)\\n \\[nuke.delete(i) for i in nuke.allNodes() if i.xpos()>start.xpos()]\\n for i in range(1,steps):\\n # Blur\\n b = nuke.nodes.Blur()\\n m = nuke.nodes.Multiply()\\n b.setXYpos(b1x+i*100,b1y)\\n b.setInput(0,start)\\n b\\[\\\"channels\\\"].setValue(\\\"all\\\")\\n b\\[\\\"crop\\\"].setValue(0)\\n b\\[\\\"size\\\"].setValue(0, 1)\\n b\\[\\\"size\\\"].setExpression( \\\"((width/100*parent.size.w)*(aspectCalc.aspect.w/100)*(\\{\\}**2))\\\".format(str(i+1)), 0 )\\n b\\[\\\"size\\\"].setExpression( \\\"((height/100*parent.size.h)*(aspectCalc.aspect.h/100)*(\\{\\}**2))\\\".format(str(i+1)), 1 )\\n b\\[\\\"label\\\"].setValue('')\\n blurAbove = b.name()\\n\\n m.setXYpos(m1x+i*100,m1y)\\n m.setInput(0, nuke.toNode(blurAbove))\\n m\\[\\\"channels\\\"].setValue(\\\"all\\\")\\n m\\[\\\"value\\\"].setValue(1,1,1,1)\\n j = 1-(i/steps)\\n m\\[\\\"value\\\"].setExpression('falloffType == 0 ? \\{\\} :falloffType == 1 ? pow(\\{\\}, 3) : falloffType == 2 ? \\{\\}*\\{\\}*(3-2*\\{\\}) : falloffType == 3 ? \\{\\}*\\{\\}*(2 - \\{\\}) : falloffType == 4 ? \\{\\}*(1 + \\{\\}*(1 - \\{\\})) : 0'.format(j,j,j,j,j,j,j,j,j,j,j))\\n m\\[\\\"mix\\\"].setExpression(\\\"falloff\\\")\\n m\\[\\\"label\\\"].setValue('')\\n\\n merge.setInput(i if i<2 else i+1, m)\\n AvgMult\\['whitepoint'].setValue(i if i<2 else i+1)\\n\\n if n.knob('includeOriginal').getValue() == 1:\\n merge = nuke.toNode(\\\"Merge1\\\")\\n original = nuke.toNode('Original')\\n AvgMult = nuke.toNode(\\\"AverageMult\\\")\\n steps = int(n.knob('steps').getValue())\\n merge.setInput(steps+1, original)\\n AvgMult\\['whitepoint'].setValue(2 if steps<2 else steps+1)\\n\\nelif k.name() == \\\"output2\\\":\\n if n.knob(\\\"output2\\\").getValue() == 4:\\n n.knob('AvgMaxOriginal').setVisible(True)\\n else:\\n n.knob('AvgMaxOriginal').setVisible(False)\\n\\n\"\n tile_color 0xcc804eff\n label \"(\\[value output2])\"\n note_font \"Verdana Bold\"\n note_font_color 0xffffffff\n xpos 1025\n ypos 995\n addUserKnob {20 ExponBlurSimple}\n addUserKnob {41 channels T Remove1.channels}\n addUserKnob {26 \"\"}\n addUserKnob {4 output2 l Operation: M {Screen Plus Over Hypot Average Max Min \"\" \"\" \"\" \"\" \"\"}}\n output2 Over\n addUserKnob {3 steps l \" Steps\" -STARTLINE}\n steps 8\n addUserKnob {26 text l \" \" T \" \"}\n addUserKnob {6 includeOriginal l \"Include Original?\" -STARTLINE}\n addUserKnob {6 AvgMaxOriginal l \"Use Max of Average and Original\" +HIDDEN +STARTLINE}\n AvgMaxOriginal true\n addUserKnob {14 size l Size R 0 50}\n size 10\n addUserKnob {14 exp l Exponent +INVISIBLE R 1 4}\n exp 3\n addUserKnob {6 color_rgba_panelDropped l \"panel dropped state\" +HIDDEN +STARTLINE}\n addUserKnob {7 falloff l Falloff}\n falloff 1\n addUserKnob {4 falloffType l \"Falloff Type\" M {Linear pLinear smooth smooth0 smooth1 \"\"}}\n falloffType pLinear\n addUserKnob {14 postBlur l \"Post Blur\" R 0 100}\n addUserKnob {26 \"\"}\n addUserKnob {41 maskChannelMask l mask T MergeKeymix.maskChannelMask}\n addUserKnob {41 inject -STARTLINE T MergeKeymix.inject}\n addUserKnob {41 invert_mask l invert -STARTLINE T MergeKeymix.invert_mask}\n addUserKnob {41 fringe -STARTLINE T MergeKeymix.fringe}\n addUserKnob {41 mix T MergeKeymix.mix}\n addUserKnob {14 safeBBoxPixels l \"\" +STARTLINE +HIDDEN R 0 400}\n safeBBoxPixels 100\n addUserKnob {14 adjustBBoxPercent l \"\" -STARTLINE +HIDDEN R 1 2}\n adjustBBoxPercent 1\n addUserKnob {20 info l Info}\n addUserKnob {26 creator l Creator: T \"Tony Lyons\"}\n addUserKnob {26 desc l Description: t \"Add description and tooltip for gizmo\" T ExponBlurSimple}\n addUserKnob {26 ver l Version: T v02}\n }\n Input {\n inputs 0\n name Inputmask\n xpos 346\n ypos 596\n number 1\n }\n Dot {\n name Dot19\n label Mask\n note_font_size 41\n xpos 380\n ypos 662\n }\n Dot {\n name Dot10\n note_font_size 41\n xpos 380\n ypos 899\n }\n Input {\n inputs 0\n name Inputimg\n xpos -221\n ypos -1229\n }\n Dot {\n name Dot16\n note_font_size 41\n xpos -187\n ypos -1062\n }\nset N2c100100 [stack 0]\n Dot {\n name Dot1\n note_font_size 41\n xpos 461\n ypos -1058\n }\n Remove {\n operation keep\n channels rgba\n name Remove1\n xpos 427\n ypos -980\n }\n NoOp {\n name aspectCalc\n xpos 427\n ypos -939\n addUserKnob {20 User}\n addUserKnob {14 aspect R 0 100}\n aspect {{parent.size.w} {parent.size.h/format.pixel_aspect/height*width}}\n }\n Dot {\n name Dot21\n note_font_size 41\n xpos 461\n ypos -853\n }\nset N2c0ca400 [stack 0]\n Invert {\n name Invert1\n xpos 864\n ypos -860\n disable {{\"parent.size < 0 ? 0 : 1\"}}\n }\nset N2c0c9d00 [stack 0]\n Dot {\n name Dot4\n note_font_size 41\n xpos 540\n ypos -604\n }\n NoOp {\n name Original\n xpos 506\n ypos -327\n }\n Dot {\n name Dot5\n note_font_size 41\n xpos 540\n ypos 100\n }\npush $N2c0c9d00\n NoOp {\n name Start\n xpos 864\n ypos -706\n }\nset N2c0c8100 [stack 0]\n Blur {\n size {{((width/100*parent.size.w)*(aspectCalc.aspect.w/100)*(8**2))} {((height/100*parent.size.h)*(aspectCalc.aspect.h/100)*(8**2))}}\n crop false\n name Blur8\n xpos 1564\n ypos -554\n }\n Multiply {\n value {{\"falloffType == 0 ? 0.125 :falloffType == 1 ? pow(0.125, 3) : falloffType == 2 ? 0.125*0.125*(3-2*0.125) : falloffType == 3 ? 0.125*0.125*(2 - 0.125) : falloffType == 4 ? 0.125*(1 + 0.125*(1 - 0.125)) : 0\"} {\"falloffType == 0 ? 0.125 :falloffType == 1 ? pow(0.125, 3) : falloffType == 2 ? 0.125*0.125*(3-2*0.125) : falloffType == 3 ? 0.125*0.125*(2 - 0.125) : falloffType == 4 ? 0.125*(1 + 0.125*(1 - 0.125)) : 0\"} {\"falloffType == 0 ? 0.125 :falloffType == 1 ? pow(0.125, 3) : falloffType == 2 ? 0.125*0.125*(3-2*0.125) : falloffType == 3 ? 0.125*0.125*(2 - 0.125) : falloffType == 4 ? 0.125*(1 + 0.125*(1 - 0.125)) : 0\"} {\"falloffType == 0 ? 0.125 :falloffType == 1 ? pow(0.125, 3) : falloffType == 2 ? 0.125*0.125*(3-2*0.125) : falloffType == 3 ? 0.125*0.125*(2 - 0.125) : falloffType == 4 ? 0.125*(1 + 0.125*(1 - 0.125)) : 0\"}}\n mix {{falloff}}\n name Multiply8\n xpos 1564\n ypos -477\n }\npush $N2c0c8100\n Blur {\n size {{((width/100*parent.size.w)*(aspectCalc.aspect.w/100)*(7**2))} {((height/100*parent.size.h)*(aspectCalc.aspect.h/100)*(7**2))}}\n crop false\n name Blur7\n xpos 1464\n ypos -554\n }\n Multiply {\n value {{\"falloffType == 0 ? 0.25 :falloffType == 1 ? pow(0.25, 3) : falloffType == 2 ? 0.25*0.25*(3-2*0.25) : falloffType == 3 ? 0.25*0.25*(2 - 0.25) : falloffType == 4 ? 0.25*(1 + 0.25*(1 - 0.25)) : 0\"} {\"falloffType == 0 ? 0.25 :falloffType == 1 ? pow(0.25, 3) : falloffType == 2 ? 0.25*0.25*(3-2*0.25) : falloffType == 3 ? 0.25*0.25*(2 - 0.25) : falloffType == 4 ? 0.25*(1 + 0.25*(1 - 0.25)) : 0\"} {\"falloffType == 0 ? 0.25 :falloffType == 1 ? pow(0.25, 3) : falloffType == 2 ? 0.25*0.25*(3-2*0.25) : falloffType == 3 ? 0.25*0.25*(2 - 0.25) : falloffType == 4 ? 0.25*(1 + 0.25*(1 - 0.25)) : 0\"} {\"falloffType == 0 ? 0.25 :falloffType == 1 ? pow(0.25, 3) : falloffType == 2 ? 0.25*0.25*(3-2*0.25) : falloffType == 3 ? 0.25*0.25*(2 - 0.25) : falloffType == 4 ? 0.25*(1 + 0.25*(1 - 0.25)) : 0\"}}\n mix {{falloff}}\n name Multiply7\n xpos 1464\n ypos -477\n }\npush $N2c0c8100\n Blur {\n size {{((width/100*parent.size.w)*(aspectCalc.aspect.w/100)*(6**2))} {((height/100*parent.size.h)*(aspectCalc.aspect.h/100)*(6**2))}}\n crop false\n name Blur6\n xpos 1364\n ypos -554\n }\n Multiply {\n value {{\"falloffType == 0 ? 0.375 :falloffType == 1 ? pow(0.375, 3) : falloffType == 2 ? 0.375*0.375*(3-2*0.375) : falloffType == 3 ? 0.375*0.375*(2 - 0.375) : falloffType == 4 ? 0.375*(1 + 0.375*(1 - 0.375)) : 0\"} {\"falloffType == 0 ? 0.375 :falloffType == 1 ? pow(0.375, 3) : falloffType == 2 ? 0.375*0.375*(3-2*0.375) : falloffType == 3 ? 0.375*0.375*(2 - 0.375) : falloffType == 4 ? 0.375*(1 + 0.375*(1 - 0.375)) : 0\"} {\"falloffType == 0 ? 0.375 :falloffType == 1 ? pow(0.375, 3) : falloffType == 2 ? 0.375*0.375*(3-2*0.375) : falloffType == 3 ? 0.375*0.375*(2 - 0.375) : falloffType == 4 ? 0.375*(1 + 0.375*(1 - 0.375)) : 0\"} {\"falloffType == 0 ? 0.375 :falloffType == 1 ? pow(0.375, 3) : falloffType == 2 ? 0.375*0.375*(3-2*0.375) : falloffType == 3 ? 0.375*0.375*(2 - 0.375) : falloffType == 4 ? 0.375*(1 + 0.375*(1 - 0.375)) : 0\"}}\n mix {{falloff}}\n name Multiply6\n xpos 1364\n ypos -477\n }\npush $N2c0c8100\n Blur {\n size {{((width/100*parent.size.w)*(aspectCalc.aspect.w/100)*(5**2))} {((height/100*parent.size.h)*(aspectCalc.aspect.h/100)*(5**2))}}\n crop false\n name Blur5\n xpos 1264\n ypos -554\n }\n Multiply {\n value {{\"falloffType == 0 ? 0.5 :falloffType == 1 ? pow(0.5, 3) : falloffType == 2 ? 0.5*0.5*(3-2*0.5) : falloffType == 3 ? 0.5*0.5*(2 - 0.5) : falloffType == 4 ? 0.5*(1 + 0.5*(1 - 0.5)) : 0\"} {\"falloffType == 0 ? 0.5 :falloffType == 1 ? pow(0.5, 3) : falloffType == 2 ? 0.5*0.5*(3-2*0.5) : falloffType == 3 ? 0.5*0.5*(2 - 0.5) : falloffType == 4 ? 0.5*(1 + 0.5*(1 - 0.5)) : 0\"} {\"falloffType == 0 ? 0.5 :falloffType == 1 ? pow(0.5, 3) : falloffType == 2 ? 0.5*0.5*(3-2*0.5) : falloffType == 3 ? 0.5*0.5*(2 - 0.5) : falloffType == 4 ? 0.5*(1 + 0.5*(1 - 0.5)) : 0\"} {\"falloffType == 0 ? 0.5 :falloffType == 1 ? pow(0.5, 3) : falloffType == 2 ? 0.5*0.5*(3-2*0.5) : falloffType == 3 ? 0.5*0.5*(2 - 0.5) : falloffType == 4 ? 0.5*(1 + 0.5*(1 - 0.5)) : 0\"}}\n mix {{falloff}}\n name Multiply5\n xpos 1264\n ypos -477\n }\npush $N2c0c8100\n Blur {\n size {{((width/100*parent.size.w)*(aspectCalc.aspect.w/100)*(4**2))} {((height/100*parent.size.h)*(aspectCalc.aspect.h/100)*(4**2))}}\n crop false\n name Blur4\n xpos 1164\n ypos -554\n }\n Multiply {\n value {{\"falloffType == 0 ? 0.625 :falloffType == 1 ? pow(0.625, 3) : falloffType == 2 ? 0.625*0.625*(3-2*0.625) : falloffType == 3 ? 0.625*0.625*(2 - 0.625) : falloffType == 4 ? 0.625*(1 + 0.625*(1 - 0.625)) : 0\"} {\"falloffType == 0 ? 0.625 :falloffType == 1 ? pow(0.625, 3) : falloffType == 2 ? 0.625*0.625*(3-2*0.625) : falloffType == 3 ? 0.625*0.625*(2 - 0.625) : falloffType == 4 ? 0.625*(1 + 0.625*(1 - 0.625)) : 0\"} {\"falloffType == 0 ? 0.625 :falloffType == 1 ? pow(0.625, 3) : falloffType == 2 ? 0.625*0.625*(3-2*0.625) : falloffType == 3 ? 0.625*0.625*(2 - 0.625) : falloffType == 4 ? 0.625*(1 + 0.625*(1 - 0.625)) : 0\"} {\"falloffType == 0 ? 0.625 :falloffType == 1 ? pow(0.625, 3) : falloffType == 2 ? 0.625*0.625*(3-2*0.625) : falloffType == 3 ? 0.625*0.625*(2 - 0.625) : falloffType == 4 ? 0.625*(1 + 0.625*(1 - 0.625)) : 0\"}}\n mix {{falloff}}\n name Multiply4\n xpos 1164\n ypos -477\n }\npush $N2c0c8100\n Blur {\n size {{((width/100*parent.size.w)*(aspectCalc.aspect.w/100)*(3**2))} {((height/100*parent.size.h)*(aspectCalc.aspect.h/100)*(3**2))}}\n crop false\n name Blur3\n xpos 1064\n ypos -554\n }\n Multiply {\n value {{\"falloffType == 0 ? 0.75 :falloffType == 1 ? pow(0.75, 3) : falloffType == 2 ? 0.75*0.75*(3-2*0.75) : falloffType == 3 ? 0.75*0.75*(2 - 0.75) : falloffType == 4 ? 0.75*(1 + 0.75*(1 - 0.75)) : 0\"} {\"falloffType == 0 ? 0.75 :falloffType == 1 ? pow(0.75, 3) : falloffType == 2 ? 0.75*0.75*(3-2*0.75) : falloffType == 3 ? 0.75*0.75*(2 - 0.75) : falloffType == 4 ? 0.75*(1 + 0.75*(1 - 0.75)) : 0\"} {\"falloffType == 0 ? 0.75 :falloffType == 1 ? pow(0.75, 3) : falloffType == 2 ? 0.75*0.75*(3-2*0.75) : falloffType == 3 ? 0.75*0.75*(2 - 0.75) : falloffType == 4 ? 0.75*(1 + 0.75*(1 - 0.75)) : 0\"} {\"falloffType == 0 ? 0.75 :falloffType == 1 ? pow(0.75, 3) : falloffType == 2 ? 0.75*0.75*(3-2*0.75) : falloffType == 3 ? 0.75*0.75*(2 - 0.75) : falloffType == 4 ? 0.75*(1 + 0.75*(1 - 0.75)) : 0\"}}\n mix {{falloff}}\n name Multiply3\n xpos 1064\n ypos -477\n }\npush 0\npush $N2c0c8100\n Blur {\n size {{((width/100*parent.size.w)*(aspectCalc.aspect.w/100)*(2**2))} {((height/100*parent.size.h)*(aspectCalc.aspect.h/100)*(2**2))}}\n crop false\n name Blur2\n xpos 964\n ypos -554\n }\n Multiply {\n value {{\"falloffType == 0 ? 0.875 :falloffType == 1 ? pow(0.875, 3) : falloffType == 2 ? 0.875*0.875*(3-2*0.875) : falloffType == 3 ? 0.875*0.875*(2 - 0.875) : falloffType == 4 ? 0.875*(1 + 0.875*(1 - 0.875)) : 0\"} {\"falloffType == 0 ? 0.875 :falloffType == 1 ? pow(0.875, 3) : falloffType == 2 ? 0.875*0.875*(3-2*0.875) : falloffType == 3 ? 0.875*0.875*(2 - 0.875) : falloffType == 4 ? 0.875*(1 + 0.875*(1 - 0.875)) : 0\"} {\"falloffType == 0 ? 0.875 :falloffType == 1 ? pow(0.875, 3) : falloffType == 2 ? 0.875*0.875*(3-2*0.875) : falloffType == 3 ? 0.875*0.875*(2 - 0.875) : falloffType == 4 ? 0.875*(1 + 0.875*(1 - 0.875)) : 0\"} {\"falloffType == 0 ? 0.875 :falloffType == 1 ? pow(0.875, 3) : falloffType == 2 ? 0.875*0.875*(3-2*0.875) : falloffType == 3 ? 0.875*0.875*(2 - 0.875) : falloffType == 4 ? 0.875*(1 + 0.875*(1 - 0.875)) : 0\"}}\n mix {{falloff}}\n name Multiply2\n xpos 964\n ypos -477\n }\npush $N2c0c8100\n Blur {\n size {{(width/100*parent.size*(aspectCalc.aspect.w/100))} {(height/100*parent.size*(aspectCalc.aspect.h/100))}}\n crop false\n name Blur1\n xpos 864\n ypos -554\n }\n Multiply {\n value {1 1 1 1}\n mix {{falloff}}\n name Multiply1\n xpos 864\n ypos -477\n }\n Merge2 {\n inputs 8+1\n operation {{MergeNumber.mergeNumber}}\n also_merge all\n name Merge1\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 864\n ypos -327\n }\n NoOp {\n name End\n xpos 864\n ypos -279\n }\n Grade {\n channels all\n whitepoint 8\n black_clamp false\n name AverageMult\n xpos 864\n ypos 49\n disable {{\"output2 == 4 ? 0 : 1\"}}\n }\n Merge2 {\n inputs 2\n operation max\n also_merge all\n name Merge2\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 864\n ypos 96\n disable {{\"output2 == 4 && includeOriginal == 1 && AvgMaxOriginal == 1 ? 0 : 1\"}}\n }\n Blur {\n size {{postBlur} {postBlur}}\n name BlurOriginal\n xpos 864\n ypos 155\n }\n Invert {\n name Invert2\n xpos 864\n ypos 283\n disable {{\"parent.size < 0 ? 0 : 1\"}}\n }\npush $N2c0ca400\n Switch {\n inputs 2\n which {{\"parent.size == 0 ? 0 : 1\"}}\n name Switch1\n label \"\\[value which]\"\n xpos 427\n ypos 283\n }\n Crop {\n inputs 0\n box {{input.format.x} {input.format.y} {input.format.r} {input.format.t}}\n reformat true\n crop false\n name Crop1\n xpos 96\n ypos -931\n addUserKnob {20 User}\n addUserKnob {22 cropToBbox l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n }\n AddChannels {\n channels rgba\n name AddChannels2\n xpos 96\n ypos -891\n }\npush $N2c100100\n Merge2 {\n inputs 2\n name Merge3\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos -60\n ypos -891\n }\nset N2c205600 [stack 0]\n Group {\n name BBoxToFormat\n onCreate \"n = nuke.thisNode()\\ninputFormat = n.knob(\\\"inputFormat\\\")\\ninputBBox = n.knob(\\\"inputBBox\\\")\\ncrop = nuke.toNode(\\\"Crop6\\\")\\ncropb = crop.knob('box')\\noutputBBox = n.knob('outputBBox')\\noutputBBoxCenter = n.knob(\\\"outputBBoxCenter\\\")\\n\\ninputFormat.setFlag(0x0000000000008000)\\ninputBBox.setFlag(0x0000000000008000)\\ncropb.setFlag(0x0000000000008000)\\noutputBBox.setFlag(0x0000000000008000)\\noutputBBoxCenter.setFlag(0x0000000000008000)\\n\\nn = nuke.thisNode()\\nn.knob(\\\"overscan\\\").setRange(0,400)\\nn.knob(\\\"overscanPercent\\\").setRange(1,4)\"\n knobChanged \"n = nuke.thisNode()\\nk = nuke.thisKnob()\\nif k.name() == \\\"overscanType\\\":\\n if n.knob(\\\"overscanType\\\").getValue() == 1:\\n n.knob(\\\"overscanPercent\\\").setVisible(True)\\n n.knob(\\\"overscan\\\").setVisible(False)\\n else:\\n n.knob(\\\"overscanPercent\\\").setVisible(False)\\n n.knob(\\\"overscan\\\").setVisible(True)\"\n tile_color 0xa57aaaff\n note_font \"Verdana Bold\"\n note_font_color 0xffffffff\n xpos 29\n ypos -812\n addUserKnob {20 CropBBox}\n addUserKnob {4 type l Type +INVISIBLE M {\"To Format\" \"To BBox\"}}\n addUserKnob {41 intersect T Crop6.intersect}\n addUserKnob {6 blackOutside l \"Black Outside\" -STARTLINE}\n addUserKnob {4 overscanType l \"Overscan Type:\" M {Pixels Percentage}}\n overscanType Percentage\n addUserKnob {14 overscan l Overscan +HIDDEN R 0 400}\n addUserKnob {14 overscanPercent l \"Overscan Percent\" R 1 4}\n overscanPercent 1.2\n addUserKnob {20 inputBbox l \"BBox Data\" n 1}\n addUserKnob {15 inputFormat l \"Input Format\"}\n inputFormat {0 0 {input.width} {input.height}}\n addUserKnob {15 inputBBox l \"Input BBox\"}\n inputBBox {{input.bbox.x} {input.bbox.y} {input.bbox.r} {input.bbox.t}}\n addUserKnob {12 outputBBoxCenter l OutputBBoxCenter}\n outputBBoxCenter {{OutputBBox1.outputBBoxCenter.w} {OutputBBox1.outputBBoxCenter.h}}\n addUserKnob {15 outputBBox l \"Output BBox\"}\n outputBBox {{OutputBBox1.OutputBBox} {OutputBBox1.OutputBBox} {OutputBBox1.OutputBBox} {OutputBBox1.OutputBBox}}\n addUserKnob {20 endGroup n -1}\n addUserKnob {20 info_1 l Info}\n addUserKnob {26 creator l Creator: T \"Tony Lyons\"}\n addUserKnob {26 desc l Description: t \"crop to inputformat\\n\\ndisplays values of input bbox\" T CropBBox}\n addUserKnob {26 ver l Version: T v02}\n }\n Input {\n inputs 0\n name Input\n xpos 261\n ypos 394\n }\n Dot {\n name Dot2\n note_font_size 41\n xpos 295\n ypos 462\n }\nset N2c204100 [stack 0]\n Dot {\n name Dot1\n note_font_size 41\n xpos -160\n ypos 462\n }\nset N2c1df900 [stack 0]\npush $N2c204100\n Crop {\n box {{curve} {curve} {input.width} {input.height}}\n crop {{parent.blackOutside}}\n name Crop6\n xpos 261\n ypos 510\n addUserKnob {20 User}\n addUserKnob {22 cropToBbox l \"Crop to Bounding Box\" -STARTLINE T codeBBox()}\n }\nset N2c1df200 [stack 0]\n Remove {\n operation keep\n channels none\n name Remove1\n xpos 120\n ypos 504\n }\nset N2c1deb00 [stack 0]\n Transform {\n scale {{parent.overscanPercent} {parent.overscanPercent}}\n center {{input.bbox.r/2} {input.bbox.t/2}}\n shutteroffset centred\n name Transform1\n xpos 120\n ypos 555\n }\npush $N2c1deb00\n AdjBBox {\n numpixels {{parent.overscan} {parent.overscan}}\n name AdjBBox1\n xpos -5\n ypos 510\n }\n Switch {\n inputs 2\n which {{overscanType}}\n name Switch2\n label \"\\[value which]\"\n xpos -5\n ypos 549\n }\n Merge2 {\n inputs 2\n bbox intersection\n Achannels {-rgba.red -rgba.green -rgba.blue rgba.alpha}\n Bchannels {-rgba.red -rgba.green -rgba.blue rgba.alpha}\n output {-rgba.red -rgba.green -rgba.blue rgba.alpha}\n name Merge1\n xpos -5\n ypos 647\n disable {{!parent.Crop6.intersect}}\n }\npush $N2c1df900\n CopyBBox {\n inputs 2\n name CopyBBox1\n xpos -194\n ypos 653\n }\n BlackOutside {\n name BlackOutside1\n xpos -194\n ypos 692\n disable {{!parent.blackOutside}}\n }\n Dot {\n name Dot4\n note_font_size 41\n xpos -160\n ypos 769\n }\npush $N2c1df200\n Switch {\n inputs 2\n which {{\"overscanType == 0 ? overscan.w != 0 || overscan.h != 0 : overscanPercent.w != 1 || overscanPercent.h != 1 ? 1 : 0\"}}\n name Switch1\n label \"\\[value which]\"\n xpos 261\n ypos 759\n }\nset N2c1af200 [stack 0]\n Output {\n name Output1\n xpos 261\n ypos 921\n }\npush $N2c1af200\n NoOp {\n name OutputBBox1\n selected true\n xpos 378\n ypos 821\n addUserKnob {20 User}\n addUserKnob {15 OutputBBox l \"Output BBox\"}\n OutputBBox {{input.bbox.x} {input.bbox.y} {input.bbox.r} {input.bbox.t}}\n addUserKnob {14 outputBBoxCenter l \"Output BBox Center\" R 0 100}\n outputBBoxCenter {{OutputBBox.x+(OutputBBox.r-OutputBBox.x)/2} {OutputBBox.y+(OutputBBox.t-OutputBBox.y)/2}}\n }\n end_group\npush $N2c205600\n Merge2 {\n inputs 2\n name Merge4\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos -60\n ypos -748\n }\npush $N2c100100\n CopyBBox {\n inputs 2\n name CopyBBox1\n xpos -221\n ypos -748\n }\n Dot {\n name Dot22\n note_font_size 41\n xpos -187\n ypos 198\n }\n Merge2 {\n inputs 2\n operation copy\n bbox B\n Achannels none\n Bchannels none\n output none\n also_merge {{{parent.Remove1.channels}}}\n name Merge5\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos -221\n ypos 283\n }\n Dot {\n name Dot17\n label A\n note_font_size 41\n xpos -187\n ypos 675\n }\n Dot {\n name Dot7\n note_font_size 41\n xpos -187\n ypos 805\n }\npush $N2c100100\n Dot {\n name Dot2\n note_font_size 41\n xpos -588\n ypos -1062\n }\n Dot {\n name Dot18\n label B\n note_font_size 41\n xpos -588\n ypos 654\n }\n Dot {\n name Dot3\n note_font_size 41\n xpos -588\n ypos 895\n }\n Merge2 {\n inputs 2+1\n operation copy\n Achannels none\n Bchannels none\n output none\n also_merge all\n name MergeKeymix\n xpos -221\n ypos 888\n }\n Output {\n name Output1\n xpos -221\n ypos 1202\n }\n NoOp {\n inputs 0\n name MergeNumber\n xpos 202\n ypos -1145\n addUserKnob {20 User}\n addUserKnob {3 mergeNumber}\n mergeNumber {{\"output2 == 0 ? 25 : output2 == 1 ? 24 : output2 == 2 ? 22 : output2 == 3 ? 13 : output2 == 4 ? 24 : output2 == 5 ? 17 : 18\"}}\n }\n end_group\n Dot {\n name Dot40\n note_font_size 41\n xpos 1059\n ypos 1277\n }\nset N2c388800 [stack 0]\n Grade {\n channels all\n white {{wrapAllAmount/10}}\n name GradeBgWrapAmount\n xpos 1025\n ypos 1399\n }\n Multiply {\n channels rgba\n value {{globalAmount}}\n name MultiplyGlobal1\n label \"\\[value value]\"\n xpos 1025\n ypos 1566\n }\n Dot {\n name Dot37\n label \"WRAP ALL\"\n note_font_size 61\n xpos 1059\n ypos 1692\n }\nset N2c35b900 [stack 0]\n Dot {\n name Dot27\n note_font_size 41\n xpos 1059\n ypos 3062\n }\nset N2c35b200 [stack 0]\n Merge2 {\n inputs 2\n name Merge1\n xpos 1530\n ypos 3168\n }\n Shuffle {\n alpha white\n name Shuffle5\n tile_color 0xffffffff\n note_font_color 0xffffffff\n xpos 1530\n ypos 3216\n }\n Merge2 {\n inputs 2\n operation mask\n name Merge14\n xpos 1530\n ypos 3274\n }\npush $N2cee6400\npush $N2c35b200\n Shuffle {\n alpha white\n name Shuffle2\n tile_color 0xffffffff\n note_font_color 0xffffffff\n xpos 1025\n ypos 3158\n }\n Merge2 {\n inputs 2\n operation mask\n name Merge7\n xpos 1025\n ypos 3221\n }\npush $N2cee6b00\npush $N2c123900\n Shuffle {\n alpha white\n name Shuffle4\n tile_color 0xffffffff\n note_font_color 0xffffffff\n xpos 1708\n ypos 3020\n }\n Merge2 {\n inputs 2\n operation mask\n name Merge13\n xpos 1708\n ypos 3104\n }\npush $N2ced9d00\n Dot {\n name Dot21\n xpos 2349\n ypos 397\n }\n Shuffle {\n red alpha\n green alpha\n blue alpha\n name Shuffle3\n tile_color 0xffffffff\n label alpha\n note_font_size 21\n note_font_color 0xffffffff\n xpos 2315\n ypos 496\n }\n Dot {\n name Dot23\n xpos 2349\n ypos 3399\n }\npush $N2c388800\n Dot {\n name Dot29\n note_font_size 41\n xpos 757\n ypos 1277\n }\nset N2c322400 [stack 0]\n Grade {\n channels rgba\n gamma {{parent.bleedColorFalloff_2}}\n name Grade1\n selected true\n xpos 724\n ypos 2638\n }\n Dot {\n name Dot33\n note_font_size 41\n xpos 758\n ypos 2835\n }\n Multiply {\n channels rgba\n value {{globalAmount}}\n name MultiplyGlobal2\n label \"\\[value value]\"\n xpos 297\n ypos 2828\n }\npush $N2c121600\n Dot {\n name Dot38\n note_font_size 41\n xpos 438\n ypos 725\n }\nset N2c310f00 [stack 0]\n Dot {\n name Dot2\n note_font_size 41\n xpos 439\n ypos 802\n }\nset N2c310800 [stack 0]\n Dot {\n name Dot17\n note_font_size 41\n xpos 334\n ypos 802\n }\n Dot {\n name Dot16\n note_font_size 41\n xpos 334\n ypos 1201\n }\npush $N2c310800\n Blur {\n size {{(width/13*parent.bleedColorSize*16*(ExponGlowWrapAll.aspectCalc.aspect.w/100))} {(height/13*parent.bleedColorSize*16*(ExponGlowWrapAll.aspectCalc.aspect.h/100))}}\n crop false\n name Blur6\n xpos 856\n ypos 874\n }\npush $N2c310800\n Blur {\n size {{(width/13*parent.bleedColorSize*8*(ExponGlowWrapAll.aspectCalc.aspect.w/100))} {(height/13*parent.bleedColorSize*8*(ExponGlowWrapAll.aspectCalc.aspect.h/100))}}\n crop false\n name Blur4\n xpos 743\n ypos 873\n }\npush $N2c310800\n Blur {\n size {{(width/15*parent.bleedColorSize*4*(ExponGlowWrapAll.aspectCalc.aspect.w/100))} {(height/15*parent.bleedColorSize*4*(ExponGlowWrapAll.aspectCalc.aspect.h/100))}}\n crop false\n name Blur3\n xpos 627\n ypos 874\n }\npush $N2c310800\n Blur {\n size {{(width/20*parent.bleedColorSize*2*(ExponGlowWrapAll.aspectCalc.aspect.w/100))} {(height/20*parent.bleedColorSize*2*(ExponGlowWrapAll.aspectCalc.aspect.h/100))}}\n crop false\n name Blur2\n xpos 515\n ypos 872\n }\npush $N2c310800\n Blur {\n size {{(width/25*parent.bleedColorSize*(ExponGlowWrapAll.aspectCalc.aspect.w/100))} {(height/25*parent.bleedColorSize*(ExponGlowWrapAll.aspectCalc.aspect.h/100))}}\n crop false\n name Blur1\n xpos 404\n ypos 871\n }\n Merge2 {\n inputs 2\n operation under\n bbox B\n name Merge2\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 404\n ypos 941\n }\n Merge2 {\n inputs 2\n operation under\n bbox B\n name Merge4\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 404\n ypos 999\n }\n Merge2 {\n inputs 2\n operation under\n bbox B\n name Merge8\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 404\n ypos 1049\n }\n Merge2 {\n inputs 2\n operation under\n bbox B\n name Merge12\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 404\n ypos 1087\n }\n Unpremult {\n name Unpremult2\n xpos 404\n ypos 1111\n }\n Blur {\n size {{(width/50*parent.bleedColorSize*10*(ExponGlowWrapAll.aspectCalc.aspect.w/100))} {(height/50*parent.bleedColorSize*10*(ExponGlowWrapAll.aspectCalc.aspect.h/100))}}\n crop false\n name Blur5\n xpos 404\n ypos 1151\n }\n CopyBBox {\n inputs 2\n name CopyBBox1\n xpos 404\n ypos 1198\n }\n Unpremult {\n name Unpremult5\n xpos 404\n ypos 2385\n }\n Colorspace {\n channels all\n colorspace_out HSV\n name Colorspace1\n xpos 404\n ypos 2456\n }\n Multiply {\n value {1 1 0 1}\n name Multiply5\n label \"\\[value value]\"\n xpos 404\n ypos 2532\n }\npush $N2c12c100\npush $N2c35b900\npush $N2c310f00\n Dot {\n name Dot10\n xpos 201\n ypos 725\n }\n Clamp {\n minimum 0.001\n maximum 100\n name Clamp1\n xpos 167\n ypos 996\n }\n Dot {\n name Dot24\n xpos 201\n ypos 1517\n }\n Multiply {\n channels rgba\n value {{globalAmount}}\n name MultiplyGlobal\n label \"\\[value value]\"\n xpos 19\n ypos 1507\n }\npush $N2c322400\n Colorspace {\n channels all\n colorspace_out HSV\n name Colorspace6\n xpos -13\n ypos 1267\n }\n Multiply {\n value {1 1 0 1}\n name Multiply4\n label \"\\[value value]\"\n xpos -123\n ypos 1262\n }\npush $N2cf0c100\n Remove {\n operation keep\n channels rgba\n name Remove1\n xpos -413\n ypos 594\n }\n Unpremult {\n channels all\n name Unpremult1\n xpos -407\n ypos 1094\n disable {{premultiplied*-1+1 x1 1}}\n }\nset N17dba400 [stack 0]\n Dot {\n name Dot12\n xpos -226\n ypos 1101\n }\n Colorspace {\n channels all\n colorspace_out HSV\n name Colorspace5\n xpos -260\n ypos 1140\n }\n Multiply {\n value {0 0 1 1}\n name Multiply3\n label \"\\[value value]\"\n xpos -260\n ypos 1188\n }\n Merge2 {\n inputs 2\n operation plus\n Achannels none\n Bchannels none\n output none\n also_merge all\n name Merge3\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos -260\n ypos 1267\n }\n Colorspace {\n channels all\n colorspace_in HSV\n name Colorspace7\n xpos -260\n ypos 1327\n }\n Dot {\n name Dot36\n label \"BLEND EDGES\"\n note_font_size 45\n xpos -226\n ypos 1408\n }\npush $N17dba400\n Dot {\n name Dot18\n note_font_size 41\n xpos -373\n ypos 1514\n }\nset N17d86b00 [stack 0]\n Merge2 {\n inputs 2+1\n operation copy\n bbox B\n Achannels none\n Bchannels none\n output none\n also_merge all\n mix {{blendEdgesAmount}}\n name Merge10\n xpos -260\n ypos 1507\n }\n Dot {\n name Dot22\n note_font_size 41\n xpos -226\n ypos 1588\n }\npush $N17d86b00\n Switch {\n inputs 2\n which {{\"blendEdgesAmount == 0 ? 0 : 1\"}}\n name Switch3\n xpos -407\n ypos 1585\n }\n Merge2 {\n inputs 2\n bbox B\n Achannels none\n Bchannels none\n output none\n also_merge all\n name Merge5\n xpos -407\n ypos 1685\n }\n Merge2 {\n inputs 2\n bbox B\n Achannels none\n Bchannels none\n output none\n also_merge all\n name Merge6\n xpos -407\n ypos 1791\n }\n Dot {\n name Dot34\n note_font_size 41\n xpos -373\n ypos 2417\n }\nset N17d84100 [stack 0]\n Colorspace {\n channels all\n colorspace_out HSV\n name Colorspace2\n xpos -81\n ypos 2410\n }\n Multiply {\n value {0 0 1 1}\n name Multiply6\n label \"\\[value value]\"\n xpos -81\n ypos 2458\n }\n Merge2 {\n inputs 2\n operation plus\n Achannels none\n Bchannels none\n output none\n also_merge all\n name Merge11\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos -81\n ypos 2537\n }\n Colorspace {\n channels all\n colorspace_in HSV\n name Colorspace8\n xpos -81\n ypos 2606\n }\npush $N17dba400\n Dot {\n name Dot13\n xpos -579\n ypos 1101\n }\n Dot {\n name Dot14\n xpos -579\n ypos 2559\n }\npush $N17d84100\n Copy {\n inputs 2\n from0 rgba.alpha\n to0 rgba.alpha\n name Copy1\n xpos -407\n ypos 2552\n }\n Dot {\n name Dot6\n note_font_size 41\n xpos -373\n ypos 2649\n }\nset N17d60100 [stack 0]\n Merge2 {\n inputs 2+1\n operation copy\n output {rgba.red rgba.green rgba.blue -rgba.alpha}\n mix {{bleedColorAmount}}\n name Merge9\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos -81\n ypos 2828\n }\npush $N17d60100\n Switch {\n inputs 2\n which {{\"parent.bleedColorAmount== 0 ? 0 : 1\"}}\n name Switch2\n xpos -407\n ypos 2832\n }\n Premult {\n name Premult3\n xpos -407\n ypos 2983\n disable {{premultiplied*-1+1 i}}\n }\n Dot {\n name Dot19\n xpos -373\n ypos 3396\n }\n Switch {\n inputs 5\n which {{\"\\[value ls parent.outputView]\"}}\n name Switch1\n xpos 1708\n ypos 3395\n }\npush $N2cee7200\n Dot {\n name Dot5\n note_font_size 41\n xpos -825\n ypos 3581\n }\n Merge2 {\n inputs 2+1\n operation copy\n also_merge all\n name MergeCopyLightWrapPro\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 1708\n ypos 3580\n }\n Output {\n name Output1\n xpos 1708\n ypos 3898\n }\nend_group\nDot {\n name Dot323\n selected true\n xpos -1000\n ypos 4254\n}\nDot {\n name Dot324\n note_font_size 41\n selected true\n xpos 5884\n ypos 4254\n}\nset N17d03900 [stack 0]\nRemove {\n operation keep\n channels rgba\n name Remove7\n selected true\n xpos 5994\n ypos 4250\n}\npush $N2f4eab00\nDot {\n name Dot121\n note_font_size 41\n selected true\n xpos -386\n ypos 1434\n}\nset N17d02b00 [stack 0]\nShuffle {\n in cleanplate\n name Shuffle1\n label \"\\[value in]\"\n selected true\n xpos -420\n ypos 1478\n}\nRemove {\n operation keep\n channels rgba\n name Remove3\n selected true\n xpos -420\n ypos 1516\n}\nNoOp {\n name Anchor_3d5fc4c58e\n help \"Stamps by Adrian Pueyo and Alexey Kuchinski.\\nUpdated Sep 27 2019\"\n onCreate \"if nuke.GUI:\\n try:\\n import stamps; stamps.anchorOnCreate()\\n except:\\n pass\"\n knobChanged stamps.anchorKnobChanged()\n autolabel \"nuke.thisNode().knob(\\\"title\\\").value()\"\n tile_color 0xffffff01\n note_font_size 20\n selected true\n xpos -420\n ypos 1568\n addUserKnob {20 anchor_tab l \"Anchor Stamp\"}\n addUserKnob {26 identifier -STARTLINE +HIDDEN T anchor}\n addUserKnob {1 title l Title: t \"Displayed name on the Node Graph for this Stamp and its Anchor.\\nIMPORTANT: This is only for display purposes, and is different from the real/internal name of the Stamps.\"}\n title \"GS cleanplate\"\n addUserKnob {26 prev_title l \"\" +STARTLINE +HIDDEN T cleanplate}\n addUserKnob {26 prev_name l \"\" +STARTLINE +HIDDEN T Anchor_3d5fc4c58e}\n addUserKnob {3 showing l \"\" +STARTLINE +HIDDEN}\n addUserKnob {1 tags l Tags t \"Comma-separated tags you can define for each Anchor, that will help you find it when invoking the Stamp Selector by pressing the Stamps shortkey with nothing selected.\"}\n tags 2D,\n addUserKnob {26 line1 l \"\" +STARTLINE}\n addUserKnob {26 stamps_label l Stamps: T \" \"}\n addUserKnob {22 createStamp l new t \"Create a new Stamp for this Anchor.\" -STARTLINE T stamps.stampCreateWired(nuke.thisNode())}\n addUserKnob {22 selectStamps l select t \"Reconnect all of this Anchor's Stamps.\" -STARTLINE T stamps.wiredSelectSimilar(nuke.thisNode().name())}\n addUserKnob {22 reconnectStamps l reconnect -STARTLINE T stamps.anchorReconnectWired()}\n addUserKnob {22 zoomNext l \"zoom next\" t \"Navigate to this Anchor's next Stamp on the Node Graph.\" -STARTLINE T stamps.wiredZoomNext(nuke.thisNode().name())}\n addUserKnob {26 line2 l \"\" +STARTLINE}\n addUserKnob {22 buttonHelp l Help -STARTLINE T stamps.showHelp()}\n addUserKnob {26 version l \" \" t \"Stamps by Adrian Pueyo and Alexey Kuchinski.\\nUpdated Sep 27 2019.\" -STARTLINE T \" Stamps v1.0\"}\n}\nNoOp {\n name Stamp33\n help \"Stamps by Adrian Pueyo and Alexey Kuchinski.\\nUpdated Sep 27 2019\"\n onCreate \"if nuke.GUI:\\n try:\\n import stamps; stamps.wiredOnCreate()\\n except:\\n pass\\n\"\n knobChanged \"import stamps; stamps.wiredKnobChanged()\"\n autolabel \"nuke.thisNode().knob(\\\"title\\\").value()\"\n tile_color 0x1000001\n note_font \"Bitstream Vera Sans\"\n note_font_size 20\n selected true\n xpos 6062\n ypos 3811\n hide_input true\n addUserKnob {20 wired_tab l \"Wired Stamp\"}\n addUserKnob {26 identifier -STARTLINE +HIDDEN T wired}\n addUserKnob {3 lockCallbacks l \"\" +STARTLINE +HIDDEN}\n addUserKnob {6 toReconnect -STARTLINE +HIDDEN}\n addUserKnob {1 title l Title: t \"Displayed name on the Node Graph for this Stamp and its Anchor.\\nIMPORTANT: This is only for display purposes, and is different from the real/internal name of the Stamps.\"}\n title \"GS cleanplate\"\n addUserKnob {26 prev_title l \"\" +STARTLINE +HIDDEN T \"GS cleanplate\"}\n addUserKnob {26 tags l Tags: t \"Tags of this stamp's Anchor, for information purpose only.\\nClick \\\"show anchor\\\" to change them.\" T 2D}\n addUserKnob {26 backdrops l Backdrops: t \"Labels of backdrop nodes which contain this stamp's Anchor.\" T \"Advanced Keying Template\"}\n addUserKnob {26 line1 l \"\" +STARTLINE}\n addUserKnob {26 anchor_label l Anchor: T \" \"}\n addUserKnob {22 show_anchor l \" show anchor \" t \"Show the properties panel for this Stamp's Anchor.\" -STARTLINE T stamps.wiredShowAnchor()}\n addUserKnob {22 zoom_anchor l \"zoom anchor\" t \"Navigate to this Stamp's Anchor on the Node Graph.\" -STARTLINE T stamps.wiredZoomAnchor()}\n addUserKnob {26 stamps_label l Stamps: T \" \"}\n addUserKnob {22 zoomNext l \" zoom next \" t \"Navigate to this Stamp's next sibling on the Node Graph.\" -STARTLINE T stamps.wiredZoomNext()}\n addUserKnob {22 selectSimilar l \" select similar \" t \"Select all similar Stamps to this one on the Node Graph.\" -STARTLINE T stamps.wiredSelectSimilar()}\n addUserKnob {26 space_1 l \"\" +STARTLINE T \" \"}\n addUserKnob {26 reconnect_label l Reconnect: t \"Reconnect by the stored Anchor name.\" T \" \"}\n addUserKnob {22 reconnect_this l this t \"Reconnect this Stamp to its Anchor, by its stored Anchor name.\" -STARTLINE T \"n = nuke.thisNode()\\ntry:\\n n.setInput(0,nuke.toNode(n.knob(\\\"anchor\\\").value()))\\nexcept:\\n nuke.message(\\\"Unable to reconnect.\\\")\\ntry:\\n import stamps\\n stamps.wiredGetStyle(n)\\nexcept:\\n pass\\n\"}\n addUserKnob {22 reconnect_similar l similar t \"Reconnect this Stamp and similar ones to their Anchor, by their stored anchor name.\" -STARTLINE T stamps.wiredReconnectSimilar()}\n addUserKnob {22 reconnect_all l all t \"Reconnect all the Stamps to their Anchors, by their stored anchor names.\" -STARTLINE T stamps.wiredReconnectAll()}\n addUserKnob {26 space_2 l \"\" +STARTLINE T \" \"}\n addUserKnob {20 advanced_reconnection l \"Advanced Reconnection\" n 2}\n addUserKnob {26 reconnect_by_title_label l \"By Title:\" t \"Reconnect by searching for a matching title.\" T \" \"}\n addUserKnob {22 reconnect_by_title_this l this t \"Look for an Anchor that shares this Stamp's title, and connect this Stamp to it.\\nIMPORTANT: Use this carefully, and only when the normal reconnection doesn't work.\" -STARTLINE T stamps.wiredReconnectByTitle()}\n addUserKnob {22 reconnect_by_title_similar l similar t \"Look for an Anchor that shares this Stamp's title, and connect this Stamp and similar ones to it.\\nIMPORTANT: Use this carefully, and only when the normal reconnection doesn't work.\" -STARTLINE T stamps.wiredReconnectByTitleSimilar()}\n addUserKnob {22 reconnect_by_title_selected l selected t \"For each Stamp selected, look for an Anchor that shares its title, and connect to it.\\nIMPORTANT: Use this carefully, and only when the normal reconnection doesn't work.\" -STARTLINE T stamps.wiredReconnectByTitleSelected()}\n addUserKnob {26 reconnect_by_selection_label l \"By Selection:\" t \"Force reconnect to a selected Anchor.\" T \" \"}\n addUserKnob {22 reconnect_by_selection_this l this t \"Force reconnect this Stamp to a selected Anchor, whatever its name or title.\\nIMPORTANT: Use this carefully, and only when the normal reconnection doesn't work.\" -STARTLINE T stamps.wiredReconnectBySelection()}\n addUserKnob {22 reconnect_by_selection_similar l similar t \"Force reconnect this Stamp and similar ones to a selected Anchor, whatever its name or title.\\nIMPORTANT: Use this carefully, and only when the normal reconnection doesn't work.\" -STARTLINE T stamps.wiredReconnectBySelectionSimilar()}\n addUserKnob {22 reconnect_by_selection_selected l selected t \"Force reconnect all selected Stamps to an also selected Anchor, whatever its name or title.\\nIMPORTANT: Use this carefully, and only when the normal reconnection doesn't work.\" -STARTLINE T stamps.wiredReconnectBySelectionSelected()}\n addUserKnob {1 anchor l Anchor}\n anchor Anchor_3d5fc4c58e\n addUserKnob {6 auto_reconnect_by_title l \"  auto-reconnect by title\" t \"When creating this stamp again (like on copy-paste), auto-reconnect it by title instead of doing it by the saved anchor's name, and auto-turn this off immediately.\\nIMPORTANT: Should be off by default. Only use this for setting up templates.\" +STARTLINE}\n addUserKnob {20 advanced_reconnection_1 l \"Advanced Reconnection\" +INVISIBLE n -1}\n addUserKnob {26 line2 l \"\" +STARTLINE}\n addUserKnob {22 buttonHelp l Help -STARTLINE T stamps.showHelp()}\n addUserKnob {26 version l \" \" t \"Stamps by Adrian Pueyo and Alexey Kuchinski.\\nUpdated Sep 27 2019.\" -STARTLINE T \" Stamps v1.0\"}\n}\nDot {\n name Dot325\n note_font_size 41\n selected true\n xpos 6096\n ypos 3890\n}\npush $N17d02b00\nDot {\n name Dot124\n note_font_size 41\n selected true\n xpos -238\n ypos 1434\n}\nShuffle {\n in GS_Plate\n name Shuffle25\n label \"\\[value in]\"\n selected true\n xpos -272\n ypos 1477\n}\nRemove {\n operation keep\n channels rgba\n name Remove4\n selected true\n xpos -272\n ypos 1515\n}\nNoOp {\n name Anchor_2bcb55a0c8\n help \"Stamps by Adrian Pueyo and Alexey Kuchinski.\\nUpdated Sep 27 2019\"\n onCreate \"if nuke.GUI:\\n try:\\n import stamps; stamps.anchorOnCreate()\\n except:\\n pass\"\n knobChanged stamps.anchorKnobChanged()\n autolabel \"nuke.thisNode().knob(\\\"title\\\").value()\"\n tile_color 0xffffff01\n note_font_size 20\n selected true\n xpos -272\n ypos 1571\n addUserKnob {20 anchor_tab l \"Anchor Stamp\"}\n addUserKnob {26 identifier -STARTLINE +HIDDEN T anchor}\n addUserKnob {1 title l Title: t \"Displayed name on the Node Graph for this Stamp and its Anchor.\\nIMPORTANT: This is only for display purposes, and is different from the real/internal name of the Stamps.\"}\n title \"GS Plate\"\n addUserKnob {26 prev_title l \"\" +STARTLINE +HIDDEN T \"GS Plate\"}\n addUserKnob {26 prev_name l \"\" +STARTLINE +HIDDEN T Anchor_2bcb55a0c8}\n addUserKnob {3 showing l \"\" +STARTLINE +HIDDEN}\n addUserKnob {1 tags l Tags t \"Comma-separated tags you can define for each Anchor, that will help you find it when invoking the Stamp Selector by pressing the Stamps shortkey with nothing selected.\"}\n tags 2D,\n addUserKnob {26 line1 l \"\" +STARTLINE}\n addUserKnob {26 stamps_label l Stamps: T \" \"}\n addUserKnob {22 createStamp l new t \"Create a new Stamp for this Anchor.\" -STARTLINE T stamps.stampCreateWired(nuke.thisNode())}\n addUserKnob {22 selectStamps l select t \"Reconnect all of this Anchor's Stamps.\" -STARTLINE T stamps.wiredSelectSimilar(nuke.thisNode().name())}\n addUserKnob {22 reconnectStamps l reconnect -STARTLINE T stamps.anchorReconnectWired()}\n addUserKnob {22 zoomNext l \"zoom next\" t \"Navigate to this Anchor's next Stamp on the Node Graph.\" -STARTLINE T stamps.wiredZoomNext(nuke.thisNode().name())}\n addUserKnob {26 line2 l \"\" +STARTLINE}\n addUserKnob {22 buttonHelp l Help -STARTLINE T stamps.showHelp()}\n addUserKnob {26 version l \" \" t \"Stamps by Adrian Pueyo and Alexey Kuchinski.\\nUpdated Sep 27 2019.\" -STARTLINE T \" Stamps v1.0\"}\n}\nNoOp {\n name Stamp34\n help \"Stamps by Adrian Pueyo and Alexey Kuchinski.\\nUpdated Sep 27 2019\"\n onCreate \"if nuke.GUI:\\n try:\\n import stamps; stamps.wiredOnCreate()\\n except:\\n pass\\n\"\n knobChanged \"import stamps; stamps.wiredKnobChanged()\"\n autolabel \"nuke.thisNode().knob(\\\"title\\\").value()\"\n tile_color 0x1000001\n note_font \"Bitstream Vera Sans\"\n note_font_size 20\n selected true\n xpos 5936\n ypos 3813\n hide_input true\n addUserKnob {20 wired_tab l \"Wired Stamp\"}\n addUserKnob {26 identifier -STARTLINE +HIDDEN T wired}\n addUserKnob {3 lockCallbacks l \"\" +STARTLINE +HIDDEN}\n addUserKnob {6 toReconnect -STARTLINE +HIDDEN}\n addUserKnob {1 title l Title: t \"Displayed name on the Node Graph for this Stamp and its Anchor.\\nIMPORTANT: This is only for display purposes, and is different from the real/internal name of the Stamps.\"}\n title \"GS Plate\"\n addUserKnob {26 prev_title l \"\" +STARTLINE +HIDDEN T \"GS Plate\"}\n addUserKnob {26 tags l Tags: t \"Tags of this stamp's Anchor, for information purpose only.\\nClick \\\"show anchor\\\" to change them.\" T 2D}\n addUserKnob {26 backdrops l Backdrops: t \"Labels of backdrop nodes which contain this stamp's Anchor.\" T \"Advanced Keying Template\"}\n addUserKnob {26 line1 l \"\" +STARTLINE}\n addUserKnob {26 anchor_label l Anchor: T \" \"}\n addUserKnob {22 show_anchor l \" show anchor \" t \"Show the properties panel for this Stamp's Anchor.\" -STARTLINE T stamps.wiredShowAnchor()}\n addUserKnob {22 zoom_anchor l \"zoom anchor\" t \"Navigate to this Stamp's Anchor on the Node Graph.\" -STARTLINE T stamps.wiredZoomAnchor()}\n addUserKnob {26 stamps_label l Stamps: T \" \"}\n addUserKnob {22 zoomNext l \" zoom next \" t \"Navigate to this Stamp's next sibling on the Node Graph.\" -STARTLINE T stamps.wiredZoomNext()}\n addUserKnob {22 selectSimilar l \" select similar \" t \"Select all similar Stamps to this one on the Node Graph.\" -STARTLINE T stamps.wiredSelectSimilar()}\n addUserKnob {26 space_1 l \"\" +STARTLINE T \" \"}\n addUserKnob {26 reconnect_label l Reconnect: t \"Reconnect by the stored Anchor name.\" T \" \"}\n addUserKnob {22 reconnect_this l this t \"Reconnect this Stamp to its Anchor, by its stored Anchor name.\" -STARTLINE T \"n = nuke.thisNode()\\ntry:\\n n.setInput(0,nuke.toNode(n.knob(\\\"anchor\\\").value()))\\nexcept:\\n nuke.message(\\\"Unable to reconnect.\\\")\\ntry:\\n import stamps\\n stamps.wiredGetStyle(n)\\nexcept:\\n pass\\n\"}\n addUserKnob {22 reconnect_similar l similar t \"Reconnect this Stamp and similar ones to their Anchor, by their stored anchor name.\" -STARTLINE T stamps.wiredReconnectSimilar()}\n addUserKnob {22 reconnect_all l all t \"Reconnect all the Stamps to their Anchors, by their stored anchor names.\" -STARTLINE T stamps.wiredReconnectAll()}\n addUserKnob {26 space_2 l \"\" +STARTLINE T \" \"}\n addUserKnob {20 advanced_reconnection l \"Advanced Reconnection\" n 2}\n addUserKnob {26 reconnect_by_title_label l \"By Title:\" t \"Reconnect by searching for a matching title.\" T \" \"}\n addUserKnob {22 reconnect_by_title_this l this t \"Look for an Anchor that shares this Stamp's title, and connect this Stamp to it.\\nIMPORTANT: Use this carefully, and only when the normal reconnection doesn't work.\" -STARTLINE T stamps.wiredReconnectByTitle()}\n addUserKnob {22 reconnect_by_title_similar l similar t \"Look for an Anchor that shares this Stamp's title, and connect this Stamp and similar ones to it.\\nIMPORTANT: Use this carefully, and only when the normal reconnection doesn't work.\" -STARTLINE T stamps.wiredReconnectByTitleSimilar()}\n addUserKnob {22 reconnect_by_title_selected l selected t \"For each Stamp selected, look for an Anchor that shares its title, and connect to it.\\nIMPORTANT: Use this carefully, and only when the normal reconnection doesn't work.\" -STARTLINE T stamps.wiredReconnectByTitleSelected()}\n addUserKnob {26 reconnect_by_selection_label l \"By Selection:\" t \"Force reconnect to a selected Anchor.\" T \" \"}\n addUserKnob {22 reconnect_by_selection_this l this t \"Force reconnect this Stamp to a selected Anchor, whatever its name or title.\\nIMPORTANT: Use this carefully, and only when the normal reconnection doesn't work.\" -STARTLINE T stamps.wiredReconnectBySelection()}\n addUserKnob {22 reconnect_by_selection_similar l similar t \"Force reconnect this Stamp and similar ones to a selected Anchor, whatever its name or title.\\nIMPORTANT: Use this carefully, and only when the normal reconnection doesn't work.\" -STARTLINE T stamps.wiredReconnectBySelectionSimilar()}\n addUserKnob {22 reconnect_by_selection_selected l selected t \"Force reconnect all selected Stamps to an also selected Anchor, whatever its name or title.\\nIMPORTANT: Use this carefully, and only when the normal reconnection doesn't work.\" -STARTLINE T stamps.wiredReconnectBySelectionSelected()}\n addUserKnob {1 anchor l Anchor}\n anchor Anchor_2bcb55a0c8\n addUserKnob {6 auto_reconnect_by_title l \"  auto-reconnect by title\" t \"When creating this stamp again (like on copy-paste), auto-reconnect it by title instead of doing it by the saved anchor's name, and auto-turn this off immediately.\\nIMPORTANT: Should be off by default. Only use this for setting up templates.\" +STARTLINE}\n addUserKnob {20 advanced_reconnection_1 l \"Advanced Reconnection\" +INVISIBLE n -1}\n addUserKnob {26 line2 l \"\" +STARTLINE}\n addUserKnob {22 buttonHelp l Help -STARTLINE T stamps.showHelp()}\n addUserKnob {26 version l \" \" t \"Stamps by Adrian Pueyo and Alexey Kuchinski.\\nUpdated Sep 27 2019.\" -STARTLINE T \" Stamps v1.0\"}\n}\nDot {\n name Dot328\n note_font_size 41\n selected true\n xpos 5970\n ypos 3937\n}\npush $N607a5d00\nDot {\n name Dot331\n note_font_size 41\n selected true\n xpos 6210\n ypos 3763\n}\nGroup {\n inputs 3\n name AdditiveKeyerPro\n tile_color 0x5200ff\n note_font \"Verdana Bold\"\n note_font_color 0xffffffff\n selected true\n xpos 6176\n ypos 3934\n disable true\n addUserKnob {20 AdditiveKeyer}\n addUserKnob {6 useSC l \"Use Screen Color as CleanPlate\" +STARTLINE}\n addUserKnob {41 screenColor l \"Screen Color\" T Keylight1.screenColour}\n addUserKnob {6 despillSat l \"Despill Screen Color from Saturation?\" +STARTLINE}\n despillSat true\n addUserKnob {26 \"\"}\n addUserKnob {7 DarkValue l \"Dark Value\" R 0 5}\n DarkValue 1\n addUserKnob {7 satDarks l \"Saturate Darks\"}\n satDarks 0.2\n addUserKnob {18 darkTint l \"Dark Tint\"}\n darkTint 1\n addUserKnob {6 darkTint_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 darkTint_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {26 \"\"}\n addUserKnob {6 lightTint_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {7 ExtraLightValue l \"Light Value Plus\" R 0 2}\n ExtraLightValue 1\n addUserKnob {7 satLights l \"Saturate Lights\"}\n satLights 0.2\n addUserKnob {18 lightTint l \"Light Tint\"}\n lightTint 1\n addUserKnob {6 lightTint_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 lightTint_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {7 LightValue l \"Light Value BG Mult\" R 0 5}\n LightValue 0.25\n addUserKnob {26 \"\"}\n addUserKnob {6 darkTint_panelDropped_1_1_1_1_1_1_1_1_1_1_1_1_1_1_1_1 l \"panel dropped state\" +HIDDEN +STARTLINE}\n addUserKnob {6 lightTint_panelDropped_1_1_1_1_1_1_1_1_1_1_1_1 l \"panel dropped state\" +HIDDEN +STARTLINE}\n addUserKnob {6 compositeSwitch l \"Output Difference to RGB\" +STARTLINE}\n addUserKnob {6 outputDiffAlpha l \"Output Difference Matte to Alpha\" +STARTLINE}\n addUserKnob {26 \"\"}\n addUserKnob {41 maskChannelMask l mask T MergeKeymix.maskChannelMask}\n addUserKnob {41 inject -STARTLINE T MergeKeymix.inject}\n addUserKnob {41 invert_mask l invert -STARTLINE T MergeKeymix.invert_mask}\n addUserKnob {41 fringe -STARTLINE T MergeKeymix.fringe}\n addUserKnob {41 mix T MergeKeymix.mix}\n addUserKnob {20 info l Info}\n addUserKnob {26 creator l \"Modified By:\" T \"Tony Lyons\"}\n addUserKnob {26 desc l Description: t \"adds the difference between cleanplate and key plate to the BG\\n\\nGood for hair details and shadows and sensitive edge treatment\" T AdditiveKeyer}\n addUserKnob {26 ver l Version: T v04}\n}\n Input {\n inputs 0\n name Inputmask\n xpos 685\n ypos 1141\n number 3\n }\n Dot {\n name Dot10\n label Mask\n note_font_size 41\n xpos 719\n ypos 1883\n }\n Dot {\n name Dot11\n note_font_size 41\n xpos 719\n ypos 1983\n }\n Input {\n inputs 0\n name fg\n label \"\\[value number]\"\n xpos -500\n ypos -221\n number 1\n }\n Remove {\n channels alpha\n name Remove2\n xpos -500\n ypos -147\n }\n AddChannels {\n channels rgba\n name AddChannels2\n xpos -500\n ypos -109\n }\n Dot {\n name Dot26\n note_font_size 41\n xpos -466\n ypos 5\n }\nset N17ab8800 [stack 0]\n OFXuk.co.thefoundry.keylight.keylight_v201 {\n show \"Final Result\"\n unPreMultiply false\n screenColour {0 0 0}\n screenGain 1\n screenBalance 0.5\n alphaBias {0.5 0.5 0.5}\n despillBias {0.5 0.5 0.5}\n gangBiases true\n preBlur 0\n \"Screen Matte\" 0\n screenClipMin 0\n screenClipMax 1\n screenClipRollback 0\n screenGrowShrink 0\n screenSoftness 0\n screenDespotBlack 0\n screenDespotWhite 0\n screenReplaceMethod \"Soft Colour\"\n screenReplaceColour {0.5 0.5 0.5}\n Tuning 0\n midPoint 0.5\n lowGain 1\n midGain 1\n highGain 1\n \"Inside Mask\" 0\n sourceAlphaHandling Ignore\n insideReplaceMethod \"Soft Colour\"\n insideReplaceColour {0.5 0.5 0.5}\n Crops 0\n SourceXMethod Colour\n SourceYMethod Colour\n SourceEdgeColour 0\n SourceCropL 0\n SourceCropR 1\n SourceCropB 0\n SourceCropT 1\n balanceSet false\n insideComponent None\n outsideComponent None\n cacheBreaker true\n name Keylight1\n xpos -500\n ypos 73\n }\nset N17ab8100 [stack 0]\npush $N17ab8800\n Dot {\n name Dot27\n note_font_size 41\n xpos -356\n ypos 5\n }\n Merge2 {\n inputs 2\n operation from\n name Merge3\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos -390\n ypos 73\n }\n Clamp {\n channels rgba\n name Clamp1\n xpos -390\n ypos 99\n }\n Saturation {\n saturation 0\n name Saturation4\n xpos -390\n ypos 125\n }\npush $N17ab8100\n Merge2 {\n inputs 2\n operation plus\n name Merge7\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos -500\n ypos 125\n }\npush $N17ab8800\n Dot {\n name Dot30\n note_font_size 41\n xpos -598\n ypos 5\n }\n Dot {\n name Dot31\n note_font_size 41\n xpos -598\n ypos 218\n }\n Switch {\n inputs 2\n which {{parent.despillSat}}\n name DespillSwitch1\n label \"\\[value which]\"\n xpos -500\n ypos 208\n }\n Dot {\n name Dot8\n xpos -466\n ypos 373\n }\nset N17a67200 [stack 0]\n Input {\n inputs 0\n name clean\n label \"\\[value number]\"\n xpos 126\n ypos -175\n number 2\n }\n Remove {\n channels alpha\n name Remove3\n xpos 126\n ypos -101\n }\n AddChannels {\n channels rgba\n name AddChannels1\n xpos 126\n ypos -63\n }\n Grade {\n multiply 0\n add {{parent.Keylight1.screenColour} {parent.Keylight1.screenColour} {parent.Keylight1.screenColour} {parent.Keylight1.screenColour}}\n name ScreenColor\n xpos 126\n ypos -14\n disable {{!parent.useSC}}\n }\n Dot {\n name Dot28\n note_font_size 41\n xpos 160\n ypos 50\n }\nset N17a55600 [stack 0]\n OFXuk.co.thefoundry.keylight.keylight_v201 {\n show \"Final Result\"\n unPreMultiply false\n screenColour {{parent.Keylight1.screenColour x1 0} {parent.Keylight1.screenColour x1 0} {parent.Keylight1.screenColour x1 0}}\n screenGain 1\n screenBalance 0.5\n alphaBias {0.5 0.5 0.5}\n despillBias {0.5 0.5 0.5}\n gangBiases true\n preBlur 0\n \"Screen Matte\" 0\n screenClipMin 0\n screenClipMax 1\n screenClipRollback 0\n screenGrowShrink 0\n screenSoftness 0\n screenDespotBlack 0\n screenDespotWhite 0\n screenReplaceMethod \"Soft Colour\"\n screenReplaceColour {0.5 0.5 0.5}\n Tuning 0\n midPoint 0.5\n lowGain 1\n midGain 1\n highGain 1\n \"Inside Mask\" 0\n sourceAlphaHandling Ignore\n insideReplaceMethod \"Soft Colour\"\n insideReplaceColour {0.5 0.5 0.5}\n Crops 0\n SourceXMethod Colour\n SourceYMethod Colour\n SourceEdgeColour 0\n SourceCropL 0\n SourceCropR 1\n SourceCropB 0\n SourceCropT 1\n balanceSet false\n insideComponent None\n outsideComponent None\n cacheBreaker true\n name Keylight2\n xpos 126\n ypos 118\n }\nset N17a54f00 [stack 0]\npush $N17a55600\n Dot {\n name Dot29\n note_font_size 41\n xpos 270\n ypos 50\n }\n Merge2 {\n inputs 2\n operation from\n name Merge8\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 236\n ypos 118\n }\n Clamp {\n channels rgba\n name Clamp2\n xpos 236\n ypos 144\n }\n Saturation {\n saturation 0\n name Saturation5\n xpos 236\n ypos 170\n }\npush $N17a54f00\n Merge2 {\n inputs 2\n operation plus\n name Merge9\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 126\n ypos 170\n }\npush $N17a55600\n Dot {\n name Dot33\n note_font_size 41\n xpos 28\n ypos 50\n }\n Dot {\n name Dot34\n note_font_size 41\n xpos 28\n ypos 230\n }\n Switch {\n inputs 2\n which {{parent.despillSat}}\n name DespillSwitch2\n label \"\\[value which]\"\n xpos 126\n ypos 223\n }\n Dot {\n name Dot35\n note_font_size 41\n xpos 160\n ypos 320\n }\nset N17a30100 [stack 0]\n Dot {\n name Dot6\n xpos 412\n ypos 320\n }\n Merge2 {\n inputs 2\n operation difference\n Achannels rgb\n Bchannels rgb\n name Merge6\n xpos 378\n ypos 370\n }\n Group {\n name ChannelControl_v3\n label \"\\[value channel_selector.in]\"\n note_font \"Bitstream Vera Sans\"\n xpos 378\n ypos 440\n mapsize {0.15 0.15}\n addUserKnob {20 channelControl}\n addUserKnob {41 Channel_Selection T channel_selector.in}\n addUserKnob {26 Description l \"\" +STARTLINE T \":Channel Control:\\n\\nChannel math with choice of merge operation\"}\n addUserKnob {26 \"\"}\n addUserKnob {7 redGain}\n redGain 0.3\n addUserKnob {7 greenGain}\n greenGain 0.59\n addUserKnob {7 blueGain}\n blueGain 0.11\n addUserKnob {7 alphaGain}\n addUserKnob {41 operation T Merge1.operation}\n }\n Input {\n inputs 0\n name Input1\n xpos 558\n ypos -694\n }\n Shuffle {\n name channel_selector\n label \"\\[value in]\"\n xpos 558\n ypos -668\n }\nset N17a05d00 [stack 0]\n Shuffle {\n green red\n blue red\n alpha red\n name Shuffle1\n xpos 386\n ypos -536\n }\n Grade {\n channels rgba\n white {{parent.redGain i}}\n name Grade12\n xpos 386\n ypos -492\n }\npush $N17a05d00\n Shuffle {\n red green\n blue green\n alpha green\n name Shuffle2\n xpos 499\n ypos -534\n }\n Grade {\n channels rgba\n white {{parent.greenGain i}}\n name Grade13\n xpos 499\n ypos -493\n }\n Merge2 {\n inputs 2\n operation plus\n name Merge1\n xpos 411\n ypos -428\n }\n set C17bd9600 [stack 0]\npush $N17a05d00\n Shuffle {\n red blue\n green blue\n alpha blue\n name Shuffle3\n xpos 610\n ypos -538\n }\n Grade {\n channels rgba\n white {{parent.blueGain i}}\n name Grade14\n xpos 610\n ypos -494\n }\nclone $C17bd9600 {\n inputs 2\n xpos 486\n ypos -369\n selected false\n }\npush $N17a05d00\n Shuffle {\n red alpha\n green alpha\n blue alpha\n name Shuffle4\n selected true\n xpos 725\n ypos -535\n }\n Grade {\n channels rgba\n white {{parent.alphaGain i}}\n name Grade15\n xpos 725\n ypos -494\n }\nclone $C17bd9600 {\n inputs 2\n xpos 580\n ypos -307\n selected false\n }\n Output {\n name Output1\n xpos 600\n ypos -210\n }\n end_group\n Dot {\n name Dot14\n note_font_size 41\n xpos 412\n ypos 1768\n }\n Input {\n inputs 0\n name bg\n label \"\\[value number]\"\n xpos -845\n ypos -242\n }\n AddChannels {\n channels rgba\n name AddChannels3\n xpos -845\n ypos -151\n }\n Dot {\n name Dot9\n note_font_size 41\n xpos -811\n ypos -78\n }\n Dot {\n name Dot4\n xpos -811\n ypos 1449\n }\nset N17b91600 [stack 0]\n Dot {\n name Dot13\n note_font_size 41\n xpos -811\n ypos 1688\n }\nset N17b90f00 [stack 0]\npush $N17a67200\n Dot {\n name Dot2\n note_font_size 41\n xpos -466\n ypos 421\n }\nset N17b90800 [stack 0]\n Saturation {\n saturation {{parent.satDarks}}\n name Saturation9\n xpos -378\n ypos 418\n }\npush $N17a30100\n Saturation {\n saturation {{parent.satDarks}}\n name Saturation8\n xpos -215\n ypos 317\n }\n Merge2 {\n inputs 2\n operation divide\n name Merge5\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos -215\n ypos 418\n }\n Dot {\n name Dot38\n note_font_size 41\n xpos -181\n ypos 674\n }\n Clamp {\n channels rgba\n minimum 1\n minimum_enable false\n name Clamp4\n xpos -215\n ypos 786\n }\n Add {\n channels rgba\n value -1\n name Add3\n xpos -215\n ypos 840\n }\n Multiply {\n channels rgb\n value {{parent.DarkValue} {parent.DarkValue} {parent.DarkValue} 0}\n name DARK_VALUE\n xpos -215\n ypos 892\n }\n Grade {\n multiply {{parent.darkTint} {parent.darkTint} {parent.darkTint} {parent.darkTint}}\n reverse true\n black_clamp false\n name DARK_TINT\n xpos -215\n ypos 931\n }\n Add {\n channels rgba\n value 1\n name Add4\n xpos -215\n ypos 988\n }\n Clamp {\n channels rgb\n name Clamp5\n xpos -215\n ypos 1065\n }\n Dot {\n name Dot39\n note_font_size 41\n xpos -181\n ypos 1257\n }\npush $N17b90800\n Dot {\n name Dot36\n note_font_size 41\n xpos -466\n ypos 577\n }\n Saturation {\n saturation {{parent.satLights}}\n name Saturation1\n xpos -101\n ypos 574\n }\nset N17b26b00 [stack 0]\npush $N17a30100\n Saturation {\n saturation {{parent.satLights}}\n name Saturation6\n xpos 126\n ypos 500\n }\nset N17b26400 [stack 0]\n Merge2 {\n inputs 2\n operation divide\n also_merge all\n name Merge10\n label all\n xpos 126\n ypos 568\n }\n Clamp {\n channels rgba\n minimum 1\n maximum_enable false\n name Clamp3\n xpos 126\n ypos 780\n }\n Add {\n channels rgba\n value -1\n name Add1\n xpos 126\n ypos 838\n }\n Multiply {\n channels rgb\n value {{parent.LightValue} {parent.LightValue} {parent.LightValue} 0}\n name LIGHT_VALUE\n xpos 126\n ypos 961\n }\n Multiply {\n channels rgb\n value {{parent.lightTint.r} {parent.lightTint.g} {parent.lightTint.b} 0}\n name LIGHT_TINT\n xpos 126\n ypos 1039\n }\n Add {\n channels rgba\n value 1\n name Add2\n xpos 126\n ypos 1120\n }\n Merge2 {\n inputs 2\n operation multiply\n Achannels rgb\n Bchannels rgb\n output rgb\n name __CONSTRAIN_DARKS__\n xpos 128\n ypos 1253\n }\n Dot {\n name Dot19\n note_font_size 41\n xpos 162\n ypos 1354\n }\nset N17ceb200 [stack 0]\n Dot {\n name Dot3\n xpos -8\n ypos 1354\n }\n Dot {\n name Dot16\n note_font_size 41\n xpos -8\n ypos 1611\n }\npush $N17b26400\n Dot {\n name Dot7\n note_font_size 41\n xpos 310\n ypos 503\n }\npush $N17b26b00\n Dot {\n name Dot5\n note_font_size 41\n xpos -67\n ypos 691\n }\n Merge2 {\n inputs 2\n operation from\n name Merge1\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 276\n ypos 688\n }\n Clamp {\n channels rgba\n maximum_enable false\n name Clamp6\n xpos 276\n ypos 781\n }\n Multiply {\n channels rgba\n value {{parent.ExtraLightValue}}\n name Multiply1\n label \"\\[value value]\"\n xpos 276\n ypos 899\n }\n Multiply {\n channels rgb\n value {{parent.lightTint.r} {parent.lightTint.g} {parent.lightTint.b} 0}\n name LIGHT_TINT1\n xpos 276\n ypos 1036\n }\n Dot {\n name Dot15\n note_font_size 41\n xpos 310\n ypos 1513\n }\npush $N17ceb200\n Dot {\n name Dot1\n note_font_size 41\n xpos 162\n ypos 1449\n }\npush $N17b91600\n Merge2 {\n inputs 2\n operation multiply\n Achannels rgb\n Bchannels rgb\n output rgb\n name CONSTRAIN_LIGHTS\n xpos 128\n ypos 1446\n }\n Merge2 {\n inputs 2\n operation plus\n output rgb\n name Merge2\n label \"\\[ expr \\{ \\[value mix] == 1 ? \\\" \\\" : \\[concat Mix: \\[value mix]] \\}]\"\n xpos 128\n ypos 1510\n }\n Switch {\n inputs 2\n which {{parent.compositeSwitch}}\n name Switch1\n label \"\\[value which]\"\n xpos 128\n ypos 1604\n }\n Copy {\n inputs 2\n from0 rgba.alpha\n to0 rgba.alpha\n name Copy1\n xpos 128\n ypos 1678\n disable {{parent.outputDiffAlpha}}\n }\n Copy {\n inputs 2\n from0 rgba.blue\n to0 rgba.alpha\n name __LUMA_INTO_ALPHA__\n xpos 128\n ypos 1758\n disable {{!parent.outputDiffAlpha}}\n }\n Dot {\n name Dot17\n label A\n note_font_size 41\n xpos 162\n ypos 1910\n }\npush $N17b90f00\n Dot {\n name Dot18\n label B\n note_font_size 41\n xpos -811\n ypos 1895\n }\n Dot {\n name Dot12\n note_font_size 41\n xpos -811\n ypos 1986\n }\n Merge2 {\n inputs 2+1\n operation copy\n bbox B\n Achannels none\n Bchannels none\n output none\n also_merge rgba\n name MergeKeymix\n xpos 128\n ypos 1973\n }\n Output {\n name Output1\n xpos 128\n ypos 2235\n }\nend_group\nMerge2 {\n inputs 2\n bbox B\n name Merge51\n selected true\n xpos 6176\n ypos 4250\n}\nDot {\n name Dot332\n selected true\n xpos 6210\n ypos 4774\n}\npush $N2f542b00\npush $N2f541d00\nMerge2 {\n inputs 2\n operation plus\n name Merge52\n label \"test lunimance match\"\n selected true\n xpos -732\n ypos -2744\n}\nDot {\n name Dot336\n label test\n note_font_size 31\n selected true\n xpos -698\n ypos -2615\n}\npush $N2f4eb200\nShuffle {\n in despill_RGB\n name Shuffle27\n label \"\\[value in]\"\n selected true\n xpos -770\n ypos 1478\n}\nRemove {\n operation keep\n channels rgba\n name Remove5\n selected true\n xpos -770\n ypos 1516\n}\nNoOp {\n name Anchor_35df505785\n help \"Stamps by Adrian Pueyo and Alexey Kuchinski.\\nUpdated Sep 27 2019\"\n onCreate \"if nuke.GUI:\\n try:\\n import stamps; stamps.anchorOnCreate()\\n except:\\n pass\"\n knobChanged stamps.anchorKnobChanged()\n autolabel \"nuke.thisNode().knob(\\\"title\\\").value()\"\n tile_color 0xffffff01\n note_font_size 20\n selected true\n xpos -770\n ypos 1571\n addUserKnob {20 anchor_tab l \"Anchor Stamp\"}\n addUserKnob {26 identifier -STARTLINE +HIDDEN T anchor}\n addUserKnob {1 title l Title: t \"Displayed name on the Node Graph for this Stamp and its Anchor.\\nIMPORTANT: This is only for display purposes, and is different from the real/internal name of the Stamps.\"}\n title \"despill RGB\"\n addUserKnob {26 prev_title l \"\" +STARTLINE +HIDDEN T \"despill RGB\"}\n addUserKnob {26 prev_name l \"\" +STARTLINE +HIDDEN T Anchor_35df505785}\n addUserKnob {3 showing l \"\" +STARTLINE +HIDDEN}\n addUserKnob {1 tags l Tags t \"Comma-separated tags you can define for each Anchor, that will help you find it when invoking the Stamp Selector by pressing the Stamps shortkey with nothing selected.\"}\n tags 2D,\n addUserKnob {26 line1 l \"\" +STARTLINE}\n addUserKnob {26 stamps_label l Stamps: T \" \"}\n addUserKnob {22 createStamp l new t \"Create a new Stamp for this Anchor.\" -STARTLINE T stamps.stampCreateWired(nuke.thisNode())}\n addUserKnob {22 selectStamps l select t \"Reconnect all of this Anchor's Stamps.\" -STARTLINE T stamps.wiredSelectSimilar(nuke.thisNode().name())}\n addUserKnob {22 reconnectStamps l reconnect -STARTLINE T stamps.anchorReconnectWired()}\n addUserKnob {22 zoomNext l \"zoom next\" t \"Navigate to this Anchor's next Stamp on the Node Graph.\" -STARTLINE T stamps.wiredZoomNext(nuke.thisNode().name())}\n addUserKnob {26 line2 l \"\" +STARTLINE}\n addUserKnob {22 buttonHelp l Help -STARTLINE T stamps.showHelp()}\n addUserKnob {26 version l \" \" t \"Stamps by Adrian Pueyo and Alexey Kuchinski.\\nUpdated Sep 27 2019.\" -STARTLINE T \" Stamps v1.0\"}\n}\nStickyNote {\n inputs 0\n name StickyNote1\n tile_color 0xff\n label \"<-- adjust \\nblackpoint/\\nwhitepoint\"\n note_font_size 41\n note_font_color 0xffffffff\n selected true\n xpos -228\n ypos 2159\n}\npush $N17d03900\nShuffle {\n in GS_Plate\n name Shuffle28\n label \"\\[value in]\"\n selected true\n xpos 5850\n ypos 4459\n}\nStickyNote {\n inputs 0\n name StickyNote21\n tile_color 0xff\n label \"Make or Generate\\ncleanplate if you can\"\n note_font_size 41\n note_font_color 0xffffffff\n selected true\n xpos 3659\n ypos -3429\n}\n" }, { "path": "NukeSurvivalToolkit/nk_files/NST_LightSwitchPuppet.nk", "content": "Group {\n name GradeLG01_\n knobChanged \"n = nuke.thisNode()\\nk = nuke.thisKnob()\\n\\nif k.name() == \\\"mute2\\\":\\n if k.getValue() == 1:\\n n\\[\\\"tile_color\\\"].setValue(4278190335)\\n elif k.getValue() == 0:\\n n\\[\\\"tile_color\\\"].setValue(55312639)\"\n tile_color 0x34c00ff\n note_font_color 0xffffffff\n selected true\n xpos 828\n ypos 455\n addUserKnob {20 GradeLG01}\n addUserKnob {6 mute1 l Mute +STARTLINE}\n mute1 true\n addUserKnob {41 solo1 l Solo -STARTLINE T LightSwitchPuppet.solo1}\n addUserKnob {41 bypass1 l Bypass -STARTLINE T LightSwitchPuppet.bypass1}\n addUserKnob {41 exp1 l Exposure T LightSwitchPuppet.exp1}\n addUserKnob {41 mult1 l Multiply T LightSwitchPuppet.mult1}\n}\n Input {\n inputs 0\n name Input\n xpos 0\n ypos -20\n }\nset N5e096400 [stack 0]\n EXPTool {\n mode Stops\n red {{parent.parent.LightSwitchPuppet.exp1}}\n green {{parent.parent.LightSwitchPuppet.exp1}}\n blue {{parent.parent.LightSwitchPuppet.exp1}}\n name Exposure\n label \"\\[value red]\"\n xpos -149\n ypos 33\n }\n Multiply {\n channels rgb\n value {{parent.parent.LightSwitchPuppet.mult1} {parent.parent.LightSwitchPuppet.mult1} {parent.parent.LightSwitchPuppet.mult1} {parent.parent.LightSwitchPuppet.mult1}}\n name MultiplyColor\n label \"\\[value value]\"\n xpos -149\n ypos 83\n }\npush $N5e096400\n Switch {\n inputs 2\n which {{!parent.parent.LightSwitchPuppet.bypass1}}\n name SwitchBypass\n xpos -149\n ypos 195\n }\n Multiply {\n value 0\n name MultiplyMute\n label \"\\[value value]\"\n xpos -149\n ypos 256\n disable {{!parent.mute1}}\n }\n Multiply {\n value 0\n name MultiplySolo\n label \"\\[value value]\"\n xpos -149\n ypos 317\n disable {{\"LightSwitchPuppet.solo1 + \\nLightSwitchPuppet.solo2 + \\nLightSwitchPuppet.solo3 + \\nLightSwitchPuppet.solo4 + \\nLightSwitchPuppet.solo5 + \\nLightSwitchPuppet.solo6 + \\nLightSwitchPuppet.solo7 + \\nLightSwitchPuppet.solo8 + \\nLightSwitchPuppet.solo9 \\n\\n== 0 ? 1 : LightSwitchPuppet.solo1\"}}\n }\npush $N5e096400\n Dissolve {\n inputs 2\n channels rgb\n which {{parent.parent.LightSwitchPuppet.mix}}\n name DissolveMix\n selected true\n xpos -149\n ypos 392\n }\npush $N5e096400\n Switch {\n inputs 2\n which {{\"LightSwitchPuppet.disable == 1 ? 0 : 1\"}}\n name SwitchDisable\n xpos 0\n ypos 392\n }\n Output {\n name Output1\n xpos 0\n ypos 537\n }\nend_group\npush $cut_paste_input\nGroup {\n name GradeLG02_\n knobChanged \"n = nuke.thisNode()\\nk = nuke.thisKnob()\\n\\nif k.name() == \\\"mute2\\\":\\n if k.getValue() == 1:\\n n\\[\\\"tile_color\\\"].setValue(4278190335)\\n elif k.getValue() == 0:\\n n\\[\\\"tile_color\\\"].setValue(55312639)\"\n tile_color 0x34c00ff\n label \"\\[expr \\{\\[value mute2] ? \\\"Mute\\\" : \\[]\\}]\"\n note_font_color 0xffffffff\n selected true\n xpos 983\n ypos 457\n addUserKnob {20 GradeLG02}\n addUserKnob {6 mute2 l Mute +STARTLINE}\n addUserKnob {41 solo2 l Solo -STARTLINE T LightSwitchPuppet.solo2}\n addUserKnob {41 bypass2 l Bypass -STARTLINE T LightSwitchPuppet.bypass2}\n addUserKnob {41 exp2 l Exposure T LightSwitchPuppet.exp2}\n addUserKnob {41 mult2 l Multiply T LightSwitchPuppet.mult2}\n}\n Input {\n inputs 0\n name Input\n xpos 0\n }\nset N5e023800 [stack 0]\n EXPTool {\n mode Stops\n red {{parent.parent.LightSwitchPuppet.exp2}}\n green {{parent.parent.LightSwitchPuppet.exp2}}\n blue {{parent.parent.LightSwitchPuppet.exp2}}\n name Exposure\n label \"\\[value red]\"\n xpos -163\n ypos 53\n }\n Multiply {\n channels rgb\n value {{parent.parent.LightSwitchPuppet.mult2} {parent.parent.LightSwitchPuppet.mult2} {parent.parent.LightSwitchPuppet.mult2} {parent.parent.LightSwitchPuppet.mult2}}\n name MultiplyColor\n label \"\\[value value]\"\n xpos -163\n ypos 85\n }\npush $N5e023800\n Switch {\n inputs 2\n which {{!parent.parent.LightSwitchPuppet.bypass2}}\n name SwitchBypass1\n xpos -163\n ypos 144\n }\n Multiply {\n value 0\n name MultiplyMute\n label \"\\[value value]\"\n xpos -163\n ypos 184\n disable {{!parent.mute2}}\n }\n Multiply {\n value 0\n name MultiplySolo\n label \"\\[value value]\"\n xpos -163\n ypos 226\n disable {{\"LightSwitchPuppet.solo1 + \\nLightSwitchPuppet.solo2 + \\nLightSwitchPuppet.solo3 + \\nLightSwitchPuppet.solo4 + \\nLightSwitchPuppet.solo5 + \\nLightSwitchPuppet.solo6 + \\nLightSwitchPuppet.solo7 + \\nLightSwitchPuppet.solo8 + \\nLightSwitchPuppet.solo9 \\n\\n== 0 ? 1 : LightSwitchPuppet.solo2\"}}\n }\npush $N5e023800\n Dissolve {\n inputs 2\n channels rgb\n which {{parent.parent.LightSwitchPuppet.mix}}\n name DissolveMix\n xpos -163\n ypos 311\n }\npush $N5e023800\n Switch {\n inputs 2\n which {{\"LightSwitchPuppet.disable == 1 ? 0 : 1\"}}\n name SwitchDisable\n xpos 0\n ypos 311\n }\n Output {\n name Output1\n xpos 0\n ypos 370\n }\nend_group\npush $cut_paste_input\nGroup {\n name GradeLG03_\n knobChanged \"n = nuke.thisNode()\\nk = nuke.thisKnob()\\n\\nif k.name() == \\\"mute3\\\":\\n if k.getValue() == 1:\\n n\\[\\\"tile_color\\\"].setValue(4278190335)\\n elif k.getValue() == 0:\\n n\\[\\\"tile_color\\\"].setValue(55312639)\"\n tile_color 0x34c00ff\n label \"\\[expr \\{\\[value mute3] ? \\\"Mute\\\" : \\[]\\}]\"\n selected true\n xpos 1153\n ypos 458\n addUserKnob {20 GradeLG03}\n addUserKnob {6 mute3 l Mute +STARTLINE}\n addUserKnob {41 solo3 l Solo -STARTLINE T LightSwitchPuppet.solo3}\n addUserKnob {41 bypass3 l Bypass -STARTLINE T LightSwitchPuppet.bypass3}\n addUserKnob {41 exp3 l Exposure T LightSwitchPuppet.exp3}\n addUserKnob {41 mult3 l Multiply T LightSwitchPuppet.mult3}\n}\n Input {\n inputs 0\n name Input\n xpos 0\n }\nset N5e021000 [stack 0]\n EXPTool {\n mode Stops\n red {{parent.parent.LightSwitchPuppet.exp3}}\n green {{parent.parent.LightSwitchPuppet.exp3}}\n blue {{parent.parent.LightSwitchPuppet.exp3}}\n name Exposure1\n label \"\\[value red]\"\n xpos -150\n ypos 95\n }\n Multiply {\n channels rgb\n value {{parent.parent.LightSwitchPuppet.mult3} {parent.parent.LightSwitchPuppet.mult3} {parent.parent.LightSwitchPuppet.mult3} {parent.parent.LightSwitchPuppet.mult3}}\n name MultiplyColor\n label \"\\[value value]\"\n xpos -150\n ypos 127\n }\npush $N5e021000\n Switch {\n inputs 2\n which {{!parent.parent.LightSwitchPuppet.bypass3}}\n name SwitchBypass\n xpos -150\n ypos 183\n }\n Multiply {\n value 0\n name MultiplyMute\n label \"\\[value value]\"\n xpos -150\n ypos 223\n disable {{!parent.mute3}}\n }\n Multiply {\n value 0\n name MultiplySolo\n label \"\\[value value]\"\n xpos -150\n ypos 265\n disable {{\"LightSwitchPuppet.solo1 + \\nLightSwitchPuppet.solo2 + \\nLightSwitchPuppet.solo3 + \\nLightSwitchPuppet.solo4 + \\nLightSwitchPuppet.solo5 + \\nLightSwitchPuppet.solo6 + \\nLightSwitchPuppet.solo7 + \\nLightSwitchPuppet.solo8 + \\nLightSwitchPuppet.solo9 \\n\\n== 0 ? 1 : LightSwitchPuppet.solo3\"}}\n }\npush $N5e021000\n Dissolve {\n inputs 2\n channels rgb\n which {{parent.parent.LightSwitchPuppet.mix}}\n name DissolveMix\n selected true\n xpos -150\n ypos 331\n }\npush $N5e021000\n Switch {\n inputs 2\n which {{\"LightSwitchPuppet.disable == 1 ? 0 : 1\"}}\n name SwitchDisable\n xpos 0\n ypos 331\n }\n Output {\n name Output1\n xpos 0\n ypos 438\n }\nend_group\npush $cut_paste_input\nGroup {\n name GradeLG04_\n knobChanged \"n = nuke.thisNode()\\nk = nuke.thisKnob()\\n\\nif k.name() == \\\"mute4\\\":\\n if k.getValue() == 1:\\n n\\[\\\"tile_color\\\"].setValue(4278190335)\\n elif k.getValue() == 0:\\n n\\[\\\"tile_color\\\"].setValue(55312639)\"\n tile_color 0x34c00ff\n label \"\\[expr \\{\\[value mute4] ? \\\"Mute\\\" : \\[]\\}]\"\n note_font_color 0xffffffff\n selected true\n xpos 1299\n ypos 457\n addUserKnob {20 GradeLG04}\n addUserKnob {6 mute4 l Mute +STARTLINE}\n addUserKnob {41 solo4 l Solo -STARTLINE T LightSwitchPuppet.solo4}\n addUserKnob {41 bypass4 l Bypass -STARTLINE T LightSwitchPuppet.bypass4}\n addUserKnob {41 exp4 l Exposure T LightSwitchPuppet.exp4}\n addUserKnob {41 mult4 l Multiply T LightSwitchPuppet.mult4}\n}\n Input {\n inputs 0\n name Input\n xpos 0\n }\nset N5dfaa400 [stack 0]\n EXPTool {\n mode Stops\n red {{parent.parent.LightSwitchPuppet.exp4}}\n green {{parent.parent.LightSwitchPuppet.exp4}}\n blue {{parent.parent.LightSwitchPuppet.exp4}}\n name Exposure\n label \"\\[value red]\"\n xpos -186\n ypos 77\n }\n Multiply {\n channels rgb\n value {{parent.parent.LightSwitchPuppet.mult4} {parent.parent.LightSwitchPuppet.mult4} {parent.parent.LightSwitchPuppet.mult4} {parent.parent.LightSwitchPuppet.mult4}}\n name MultiplyColor\n label \"\\[value value]\"\n xpos -186\n ypos 109\n }\npush $N5dfaa400\n Switch {\n inputs 2\n which {{!parent.parent.LightSwitchPuppet.bypass4}}\n name SwitchBypass\n xpos -186\n ypos 159\n }\n Multiply {\n value 0\n name MultiplyMute\n label \"\\[value value]\"\n xpos -186\n ypos 209\n disable {{!parent.mute4}}\n }\n Multiply {\n value 0\n name MultiplySolo\n label \"\\[value value]\"\n xpos -186\n ypos 251\n disable {{\"LightSwitchPuppet.solo1 + \\nLightSwitchPuppet.solo2 + \\nLightSwitchPuppet.solo3 + \\nLightSwitchPuppet.solo4 + \\nLightSwitchPuppet.solo5 + \\nLightSwitchPuppet.solo6 + \\nLightSwitchPuppet.solo7 + \\nLightSwitchPuppet.solo8 + \\nLightSwitchPuppet.solo9 \\n\\n== 0 ? 1 : LightSwitchPuppet.solo4\"}}\n }\npush $N5dfaa400\n Dissolve {\n inputs 2\n channels rgb\n which {{parent.parent.LightSwitchPuppet.mix}}\n name DissolveMix\n xpos -186\n ypos 354\n }\npush $N5dfaa400\n Switch {\n inputs 2\n which {{\"LightSwitchPuppet.disable == 1 ? 0 : 1\"}}\n name SwitchDisable\n xpos 0\n ypos 354\n }\n Output {\n name Output1\n xpos 0\n ypos 422\n }\nend_group\npush $cut_paste_input\nGroup {\n name GradeLG05_\n knobChanged \"n = nuke.thisNode()\\nk = nuke.thisKnob()\\n\\nif k.name() == \\\"mute5\\\":\\n if k.getValue() == 1:\\n n\\[\\\"tile_color\\\"].setValue(4278190335)\\n elif k.getValue() == 0:\\n n\\[\\\"tile_color\\\"].setValue(55312639)\"\n tile_color 0x34c00ff\n label \"\\[expr \\{\\[value mute5] ? \\\"Mute\\\" : \\[]\\}]\"\n note_font_color 0xffffffff\n selected true\n xpos 1442\n ypos 457\n addUserKnob {20 GradeLG05}\n addUserKnob {6 mute5 l Mute +STARTLINE}\n addUserKnob {41 solo5 l Solo -STARTLINE T LightSwitchPuppet.solo5}\n addUserKnob {41 bypass5 l Bypass -STARTLINE T LightSwitchPuppet.bypass5}\n addUserKnob {41 exp5 l Exposure T LightSwitchPuppet.exp5}\n addUserKnob {41 mult5 l Multiply T LightSwitchPuppet.mult5}\n}\n Input {\n inputs 0\n name Input\n xpos 0\n }\nset N5e33b800 [stack 0]\n EXPTool {\n mode Stops\n red {{parent.parent.LightSwitchPuppet.exp5}}\n green {{parent.parent.LightSwitchPuppet.exp5}}\n blue {{parent.parent.LightSwitchPuppet.exp5}}\n name Exposure\n label \"\\[value red]\"\n xpos -139\n ypos 84\n }\n Multiply {\n channels rgb\n value {{parent.parent.LightSwitchPuppet.mult5} {parent.parent.LightSwitchPuppet.mult5} {parent.parent.LightSwitchPuppet.mult5} {parent.parent.LightSwitchPuppet.mult5}}\n name MultiplyColor\n label \"\\[value value]\"\n xpos -139\n ypos 116\n }\npush $N5e33b800\n Switch {\n inputs 2\n which {{!parent.parent.LightSwitchPuppet.bypass5}}\n name SwitchBypass\n xpos -139\n ypos 164\n }\n Multiply {\n value 0\n name MultiplyMute\n label \"\\[value value]\"\n xpos -139\n ypos 208\n disable {{!parent.mute5}}\n }\n Multiply {\n value 0\n name MultiplySolo\n label \"\\[value value]\"\n xpos -139\n ypos 250\n disable {{\"LightSwitchPuppet.solo1 + \\nLightSwitchPuppet.solo2 + \\nLightSwitchPuppet.solo3 + \\nLightSwitchPuppet.solo4 + \\nLightSwitchPuppet.solo5 + \\nLightSwitchPuppet.solo6 + \\nLightSwitchPuppet.solo7 + \\nLightSwitchPuppet.solo8 + \\nLightSwitchPuppet.solo9 \\n\\n== 0 ? 1 : LightSwitchPuppet.solo5\"}}\n }\npush $N5e33b800\n Dissolve {\n inputs 2\n channels rgb\n which {{parent.parent.LightSwitchPuppet.mix}}\n name DissolveMix\n xpos -139\n ypos 318\n }\npush $N5e33b800\n Switch {\n inputs 2\n which {{\"LightSwitchPuppet.disable == 1 ? 0 : 1\"}}\n name SwitchDisable\n xpos 0\n ypos 318\n }\n Output {\n name Output1\n xpos 0\n ypos 367\n }\nend_group\npush $cut_paste_input\nGroup {\n name GradeLG06_\n knobChanged \"n = nuke.thisNode()\\nk = nuke.thisKnob()\\n\\nif k.name() == \\\"mute6\\\":\\n if k.getValue() == 1:\\n n\\[\\\"tile_color\\\"].setValue(4278190335)\\n elif k.getValue() == 0:\\n n\\[\\\"tile_color\\\"].setValue(55312639)\"\n tile_color 0x34c00ff\n label \"\\[expr \\{\\[value mute6] ? \\\"Mute\\\" : \\[]\\}]\"\n note_font_color 0xffffffff\n selected true\n xpos 1582\n ypos 457\n addUserKnob {20 GradeLG06}\n addUserKnob {6 mute6 l Mute +STARTLINE}\n addUserKnob {41 solo6 l Solo -STARTLINE T LightSwitchPuppet.solo6}\n addUserKnob {41 bypass6 l Bypass -STARTLINE T LightSwitchPuppet.bypass6}\n addUserKnob {41 exp6 l Exposure T LightSwitchPuppet.exp6}\n addUserKnob {41 mult6 l Multiply T LightSwitchPuppet.mult6}\n}\n Input {\n inputs 0\n name Input\n xpos 0\n }\nset N5e339000 [stack 0]\n EXPTool {\n mode Stops\n red {{parent.parent.LightSwitchPuppet.exp6}}\n green {{parent.parent.LightSwitchPuppet.exp6}}\n blue {{parent.parent.LightSwitchPuppet.exp6}}\n name Exposure1\n label \"\\[value red]\"\n xpos -130\n ypos 80\n }\n Multiply {\n value {{parent.parent.LightSwitchPuppet.mult6} {parent.parent.LightSwitchPuppet.mult6} {parent.parent.LightSwitchPuppet.mult6} {parent.parent.LightSwitchPuppet.mult6}}\n name MultiplyColor\n label \"\\[value value]\"\n xpos -130\n ypos 112\n }\npush $N5e339000\n Switch {\n inputs 2\n which {{!parent.parent.LightSwitchPuppet.bypass6}}\n name SwitchBypass\n xpos -130\n ypos 177\n }\n Multiply {\n value 0\n name MultiplyMute\n label \"\\[value value]\"\n xpos -130\n ypos 225\n disable {{!parent.mute6}}\n }\n Multiply {\n value 0\n name MultiplySolo\n label \"\\[value value]\"\n xpos -130\n ypos 267\n disable {{\"LightSwitchPuppet.solo1 + \\nLightSwitchPuppet.solo2 + \\nLightSwitchPuppet.solo3 + \\nLightSwitchPuppet.solo4 + \\nLightSwitchPuppet.solo5 + \\nLightSwitchPuppet.solo6 + \\nLightSwitchPuppet.solo7 + \\nLightSwitchPuppet.solo8 + \\nLightSwitchPuppet.solo9 \\n\\n== 0 ? 1 : LightSwitchPuppet.solo6\"}}\n }\npush $N5e339000\n Dissolve {\n inputs 2\n channels rgb\n which {{parent.parent.LightSwitchPuppet.mix}}\n name DissolveMix\n selected true\n xpos -130\n ypos 325\n }\npush $N5e339000\n Switch {\n inputs 2\n which {{\"LightSwitchPuppet.disable == 1 ? 0 : 1\"}}\n name SwitchDisable\n xpos 0\n ypos 325\n }\n Output {\n name Output1\n xpos 0\n ypos 419\n }\nend_group\npush $cut_paste_input\nGroup {\n name GradeLG07_\n knobChanged \"n = nuke.thisNode()\\nk = nuke.thisKnob()\\n\\nif k.name() == \\\"mute7\\\":\\n if k.getValue() == 1:\\n n\\[\\\"tile_color\\\"].setValue(4278190335)\\n elif k.getValue() == 0:\\n n\\[\\\"tile_color\\\"].setValue(55312639)\"\n tile_color 0x34c00ff\n label \"\\[expr \\{\\[value mute7] ? \\\"Mute\\\" : \\[]\\}]\"\n note_font_color 0xffffffff\n selected true\n xpos 1755\n ypos 457\n addUserKnob {20 GradeLG07}\n addUserKnob {6 mute7 l Mute +STARTLINE}\n addUserKnob {41 solo7 l Solo -STARTLINE T LightSwitchPuppet.solo7}\n addUserKnob {41 bypass7 l Bypass -STARTLINE T LightSwitchPuppet.bypass7}\n addUserKnob {41 exp7 l Exposure T LightSwitchPuppet.exp7}\n addUserKnob {41 mult7 l Multiply T LightSwitchPuppet.mult7}\n}\n Input {\n inputs 0\n name Input\n xpos 0\n }\nset N5e2be400 [stack 0]\n EXPTool {\n mode Stops\n red {{parent.parent.LightSwitchPuppet.exp7}}\n green {{parent.parent.LightSwitchPuppet.exp7}}\n blue {{parent.parent.LightSwitchPuppet.exp7}}\n name Exposure\n label \"\\[value red]\"\n xpos -151\n ypos 88\n }\n Multiply {\n channels rgb\n value {{parent.parent.LightSwitchPuppet.mult7} {parent.parent.LightSwitchPuppet.mult7} {parent.parent.LightSwitchPuppet.mult7} {parent.parent.LightSwitchPuppet.mult7}}\n name Multiply1\n label \"\\[value value]\"\n xpos -151\n ypos 120\n }\npush $N5e2be400\n Switch {\n inputs 2\n which {{!parent.parent.LightSwitchPuppet.bypass7}}\n name SwitchBypass\n xpos -151\n ypos 182\n }\n Multiply {\n value 0\n name MultiplyMute\n label \"\\[value value]\"\n xpos -151\n ypos 219\n disable {{!parent.mute7}}\n }\n Multiply {\n value 0\n name Multiply3\n label \"\\[value value]\"\n xpos -151\n ypos 261\n disable {{\"LightSwitchPuppet.solo1 + \\nLightSwitchPuppet.solo2 + \\nLightSwitchPuppet.solo3 + \\nLightSwitchPuppet.solo4 + \\nLightSwitchPuppet.solo5 + \\nLightSwitchPuppet.solo6 + \\nLightSwitchPuppet.solo7 + \\nLightSwitchPuppet.solo8 + \\nLightSwitchPuppet.solo9 \\n\\n== 0 ? 1 : LightSwitchPuppet.solo7\"}}\n }\npush $N5e2be400\n Dissolve {\n inputs 2\n channels rgb\n which {{parent.parent.LightSwitchPuppet.mix}}\n name DissolveMix\n xpos -151\n ypos 327\n }\npush $N5e2be400\n Switch {\n inputs 2\n which {{\"LightSwitchPuppet.disable == 1 ? 0 : 1\"}}\n name SwitchDisable\n xpos 0\n ypos 327\n }\n Output {\n name Output1\n xpos 0\n ypos 378\n }\nend_group\npush $cut_paste_input\nGroup {\n name GradeLG08_\n knobChanged \"n = nuke.thisNode()\\nk = nuke.thisKnob()\\n\\nif k.name() == \\\"mute8\\\":\\n if k.getValue() == 1:\\n n\\[\\\"tile_color\\\"].setValue(4278190335)\\n elif k.getValue() == 0:\\n n\\[\\\"tile_color\\\"].setValue(55312639)\"\n tile_color 0x34c00ff\n label \"\\[expr \\{\\[value mute8] ? \\\"Mute\\\" : \\[]\\}]\"\n note_font_color 0xffffffff\n selected true\n xpos 1944\n ypos 457\n addUserKnob {20 GradeLG08}\n addUserKnob {6 mute8 l Mute +STARTLINE}\n addUserKnob {41 solo8 l Solo -STARTLINE T LightSwitchPuppet.solo8}\n addUserKnob {41 bypass8 l Bypass -STARTLINE T LightSwitchPuppet.bypass8}\n addUserKnob {41 exp8 l Exposure T LightSwitchPuppet.exp8}\n addUserKnob {41 mult8 l Multiply T LightSwitchPuppet.mult8}\n}\n Input {\n inputs 0\n name Input\n xpos 0\n }\nset N5ebe3400 [stack 0]\n EXPTool {\n mode Stops\n red {{parent.parent.LightSwitchPuppet.exp8}}\n green {{parent.parent.LightSwitchPuppet.exp8}}\n blue {{parent.parent.LightSwitchPuppet.exp8}}\n name Exposure\n label \"\\[value red]\"\n xpos -147\n ypos 52\n }\n Multiply {\n channels rgb\n value {{parent.parent.LightSwitchPuppet.mult8} {parent.parent.LightSwitchPuppet.mult8} {parent.parent.LightSwitchPuppet.mult8} {parent.parent.LightSwitchPuppet.mult8}}\n name MultiplyColor\n label \"\\[value value]\"\n xpos -147\n ypos 84\n }\npush $N5ebe3400\n Switch {\n inputs 2\n which {{!parent.parent.LightSwitchPuppet.bypass8}}\n name SwitchBypass\n xpos -147\n ypos 140\n }\n Multiply {\n value 0\n name MultiplyMute\n label \"\\[value value]\"\n xpos -147\n ypos 186\n disable {{!parent.mute8}}\n }\n Multiply {\n value 0\n name MultiplySolo\n label \"\\[value value]\"\n xpos -147\n ypos 228\n disable {{\"LightSwitchPuppet.solo1 + \\nLightSwitchPuppet.solo2 + \\nLightSwitchPuppet.solo3 + \\nLightSwitchPuppet.solo4 + \\nLightSwitchPuppet.solo5 + \\nLightSwitchPuppet.solo6 + \\nLightSwitchPuppet.solo7 + \\nLightSwitchPuppet.solo8 + \\nLightSwitchPuppet.solo9 \\n\\n== 0 ? 1 : LightSwitchPuppet.solo8\"}}\n }\npush $N5ebe3400\n Dissolve {\n inputs 2\n channels rgb\n which {{parent.parent.LightSwitchPuppet.mix}}\n name DissolveMix\n selected true\n xpos -147\n ypos 309\n }\npush $N5ebe3400\n Switch {\n inputs 2\n which {{\"LightSwitchPuppet.disable == 1 ? 0 : 1\"}}\n name SwitchDisable\n xpos 0\n ypos 309\n }\n Output {\n name Output1\n xpos 0\n ypos 360\n }\nend_group\npush $cut_paste_input\nGroup {\n name GradeLG09_\n knobChanged \"n = nuke.thisNode()\\nk = nuke.thisKnob()\\n\\nif k.name() == \\\"mute9\\\":\\n if k.getValue() == 1:\\n n\\[\\\"tile_color\\\"].setValue(4278190335)\\n elif k.getValue() == 0:\\n n\\[\\\"tile_color\\\"].setValue(55312639)\"\n tile_color 0x34c00ff\n label \"\\[expr \\{\\[value mute9] ? \\\"Mute\\\" : \\[]\\}]\"\n note_font_color 0xffffffff\n selected true\n xpos 2090\n ypos 457\n addUserKnob {20 GradeLG09}\n addUserKnob {6 mute9 l Mute +STARTLINE}\n addUserKnob {41 solo9 l Solo -STARTLINE T LightSwitchPuppet.solo9}\n addUserKnob {41 bypass9 l Bypass -STARTLINE T LightSwitchPuppet.bypass9}\n addUserKnob {41 exp9 l Exposure T LightSwitchPuppet.exp9}\n addUserKnob {41 mult9 l Multiply T LightSwitchPuppet.mult9}\n}\n Input {\n inputs 0\n name Input\n xpos 0\n }\nset N5ebe0800 [stack 0]\n EXPTool {\n mode Stops\n red {{parent.parent.LightSwitchPuppet.exp9}}\n green {{parent.parent.LightSwitchPuppet.exp9}}\n blue {{parent.parent.LightSwitchPuppet.exp9}}\n name Exposure\n label \"\\[value red]\"\n xpos -139\n ypos 73\n }\n Multiply {\n channels rgb\n value {{parent.parent.LightSwitchPuppet.mult9} {parent.parent.LightSwitchPuppet.mult9} {parent.parent.LightSwitchPuppet.mult9} {parent.parent.LightSwitchPuppet.mult9}}\n name MultiplyColor\n label \"\\[value value]\"\n xpos -139\n ypos 105\n }\npush $N5ebe0800\n Switch {\n inputs 2\n which {{!parent.parent.LightSwitchPuppet.bypass9}}\n name SwitchBypass\n xpos -139\n ypos 164\n }\n Multiply {\n value 0\n name MultiplyMute\n label \"\\[value value]\"\n xpos -139\n ypos 213\n disable {{!parent.mute9}}\n }\n Multiply {\n value 0\n name MultiplySolo\n label \"\\[value value]\"\n xpos -139\n ypos 255\n disable {{\"LightSwitchPuppet.solo1 + \\nLightSwitchPuppet.solo2 + \\nLightSwitchPuppet.solo3 + \\nLightSwitchPuppet.solo4 + \\nLightSwitchPuppet.solo5 + \\nLightSwitchPuppet.solo6 + \\nLightSwitchPuppet.solo7 + \\nLightSwitchPuppet.solo8 + \\nLightSwitchPuppet.solo9 \\n\\n== 0 ? 1 : LightSwitchPuppet.solo9\"}}\n }\npush $N5ebe0800\n Dissolve {\n inputs 2\n channels rgb\n which {{parent.parent.LightSwitchPuppet.mix}}\n name DissolveMix\n xpos -139\n ypos 353\n }\npush $N5ebe0800\n Switch {\n inputs 2\n which {{\"LightSwitchPuppet.disable == 1 ? 0 : 1\"}}\n name SwitchDisable\n xpos 0\n ypos 353\n }\n Output {\n name Output1\n xpos 0\n ypos 420\n }\nend_group\npush $cut_paste_input\nGroup {\n name LightSwitchPuppet\n tile_color 0x34c00ff\n note_font Verdana\n selected true\n xpos 2349\n ypos 459\n addUserKnob {20 LightSwitchPuppet}\n addUserKnob {22 createNewLS l \"Create New LightSwitch from Values\" T \"thisNode = nuke.thisNode()\\nwith nuke.Root():\\n try: \\n # Create a new LightSwitch node\\n lightSwitch = nuke.createNode(\\\"NST_LightSwitch\\\")\\n \\n # Get the x and y position of the current node\\n x = thisNode.xpos()\\n y = thisNode.ypos()\\n \\n # Disconnect all inputs of the new node\\n lightSwitch.setInput(0, None)\\n \\n # Move the new node 100 units to the right of the selected node\\n lightSwitch.setXpos(x + 150)\\n lightSwitch.setYpos(y + 50)\\n \\n # Deselect all nodes\\n nuke.selectAll()\\n nuke.invertSelection()\\n \\n # Select Original LightSwitch\\n thisNode.setSelected(True)\\n \\n lightSwitch.knob(\\\"copyValuesFromLS\\\").execute()\\n \\n # Deselect all nodes\\n nuke.selectAll()\\n nuke.invertSelection()\\n \\n lightSwitch.setSelected(True)\\n \\n except:\\n nuke.message(\\\"No LightSwitch node installation found. Cannot Create new LightSwitch.\\\")\" +STARTLINE}\n addUserKnob {22 copyValuesFromLS l \"Copy Values from Selected LightSwitch\" T \"thisNode = nuke.thisNode()\\n\\nwith nuke.Root():\\n selectedNode = nuke.selectedNode()\\n\\nif selectedNode and selectedNode != thisNode and \\\"LightSwitch\\\" in selectedNode.name():\\n for knob in thisNode.knobs():\\n if knob in selectedNode.knobs() and knob not in \\[\\\"xpos\\\",\\\"ypos\\\",\\\"name\\\",\\\"knobChanged\\\", \\\"label\\\", \\\"note_font_size\\\", \\\"note_font_color\\\"]:\\n thisNode\\[knob].fromScript(selectedNode\\[knob].toScript())\\n \\nelse:\\n nuke.message(\\\"Please select another LightSwitch node to copy values from\\\")\" +STARTLINE}\n addUserKnob {22 reset l \"Reset\" -STARTLINE T \"node = nuke.thisNode()\\nexposures = \\[]\\nmultiplies = \\[]\\nmutes = \\[]\\nsolos = \\[]\\nbypasses = \\[]\\n\\nfor knob in node.knobs():\\n if \\\"panelDropped\\\" not in knob:\\n if \\\"exp\\\" in knob:\\n exposures.append(knob)\\n elif \\\"mult\\\" in knob:\\n multiplies.append(knob)\\n elif \\\"mute\\\" in knob:\\n mutes.append(knob)\\n elif \\\"solo\\\" in knob:\\n mutes.append(knob)\\n elif \\\"bypass\\\" in knob:\\n mutes.append(knob)\\n \\nexposures.sort()\\nmultiplies.sort()\\nmutes.sort()\\nsolos.sort()\\nbypasses.sort()\\n\\nfor exp in exposures:\\n node.knob(exp).setValue(0)\\n\\nfor mult in multiplies:\\n node.knob(mult).setValue(1, 0)\\n node.knob(mult).setValue(1, 1)\\n node.knob(mult).setValue(1, 2)\\n\\nfor mute in mutes:\\n node.knob(mute).setValue(0)\\n \\nfor solo in solos:\\n node.knob(solo).setValue(0)\\n\\nfor bypass in bypasses:\\n node.knob(bypass).setValue(0)\\n\\nnode.knob(\\\"mix\\\").setValue(1)\"}\n addUserKnob {26 \"\"}\n addUserKnob {26 LG01 l \"LightGroup 01\" T \" \"}\n addUserKnob {41 mute1 l Mute -STARTLINE T GradeLG01_.mute1}\n addUserKnob {6 solo1 l Solo -STARTLINE}\n addUserKnob {6 bypass1 l Bypass -STARTLINE}\n addUserKnob {7 exp1 l Exposure R -5 5}\n exp1 3.44\n addUserKnob {18 mult1 l Multiply}\n mult1 {1.3 1 1}\n addUserKnob {6 mult1_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {26 \"\"}\n addUserKnob {26 LG02 l \"LightGroup 02\" T \" \"}\n addUserKnob {41 mute2 l Mute -STARTLINE T GradeLG02_.mute2}\n addUserKnob {6 solo2 l Solo -STARTLINE}\n solo2 true\n addUserKnob {6 bypass2 l Bypass -STARTLINE}\n addUserKnob {7 exp2 l Exposure R -5 5}\n exp2 -5\n addUserKnob {18 mult2 l Multiply}\n mult2 {1.1 0.8 1.3}\n addUserKnob {6 mult2_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 color_rgb_panelDropped l \"panel dropped state\" +HIDDEN +STARTLINE}\n addUserKnob {6 color_rgb_1_panelDropped l \"panel dropped state\" +HIDDEN +STARTLINE}\n addUserKnob {26 \"\"}\n addUserKnob {26 LG03 l \"LightGroup 03\" T \" \"}\n addUserKnob {41 mute3 l Mute -STARTLINE T GradeLG03_.mute3}\n addUserKnob {6 solo3 l Solo -STARTLINE}\n addUserKnob {6 bypass3 l Bypass -STARTLINE}\n bypass3 true\n addUserKnob {7 exp3 l Exposure R -5 5}\n exp3 1.62\n addUserKnob {18 mult3 l Multiply}\n mult3 {1.2 1.2 1.1}\n addUserKnob {6 mult3_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {26 \"\"}\n addUserKnob {26 LG04 l \"LightGroup 04\" T \" \"}\n addUserKnob {41 mute4 l Mute -STARTLINE T GradeLG04_.mute4}\n addUserKnob {6 solo4 l Solo -STARTLINE}\n solo4 true\n addUserKnob {6 bypass4 l Bypass -STARTLINE}\n addUserKnob {7 exp4 l Exposure R -5 5}\n addUserKnob {18 mult4 l Multiply}\n mult4 {1.2 1 1}\n addUserKnob {6 mult4_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {26 \"\"}\n addUserKnob {26 LG05 l \"LightGroup 05\" T \" \"}\n addUserKnob {41 mute5 l Mute -STARTLINE T GradeLG05_.mute5}\n addUserKnob {6 solo5 l Solo -STARTLINE}\n addUserKnob {6 bypass5 l Bypass -STARTLINE}\n bypass5 true\n addUserKnob {7 exp5 l Exposure R -5 5}\n exp5 -4.32\n addUserKnob {18 mult5 l Multiply}\n mult5 {1.3 1.2 1}\n addUserKnob {6 mult5_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {26 \"\"}\n addUserKnob {26 LG06 l \"LightGroup 06\" T \" \"}\n addUserKnob {41 mute6 l Mute -STARTLINE T GradeLG06_.mute6}\n addUserKnob {6 solo6 l Solo -STARTLINE}\n addUserKnob {6 bypass6 l Bypass -STARTLINE}\n bypass6 true\n addUserKnob {7 exp6 l Exposure R -5 5}\n addUserKnob {18 mult6 l Multiply}\n mult6 {1 1.4 1.3}\n addUserKnob {6 mult6_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {26 \"\"}\n addUserKnob {26 LG07 l \"LightGroup 07\" T \" \"}\n addUserKnob {41 mute7 l Mute -STARTLINE T GradeLG07_.mute7}\n addUserKnob {6 solo7 l Solo -STARTLINE}\n addUserKnob {6 bypass7 l Bypass -STARTLINE}\n addUserKnob {7 exp7 l Exposure R -5 5}\n addUserKnob {18 mult7 l Multiply}\n mult7 {1.3 1 1.2}\n addUserKnob {6 mult7_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {26 \"\"}\n addUserKnob {26 LG08 l \"LightGroup 08\" T \" \"}\n addUserKnob {41 mute8 l Mute -STARTLINE T GradeLG08_.mute8}\n addUserKnob {6 solo8 l Solo -STARTLINE}\n addUserKnob {6 bypass8 l Bypass -STARTLINE}\n addUserKnob {7 exp8 l Exposure R -5 5}\n exp8 -4.1\n addUserKnob {18 mult8 l Multiply}\n mult8 {1 1.3 1}\n addUserKnob {6 mult8_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {26 \"\"}\n addUserKnob {26 LG09 l \"LightGroup 09\" T \" \"}\n addUserKnob {41 mute9 l Mute -STARTLINE T GradeLG09_.mute9}\n addUserKnob {6 solo9 l Solo -STARTLINE}\n solo9 true\n addUserKnob {6 bypass9 l Bypass -STARTLINE}\n addUserKnob {7 exp9 l Exposure R -5 5}\n exp9 -1.28\n addUserKnob {18 mult9 l Multiply}\n mult9 {1 1.3 1.3}\n addUserKnob {6 mult9_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {26 \"\"}\n addUserKnob {7 mix}\n mix 1\n}\n Input {\n inputs 0\n name Input\n xpos 0\n }\n Output {\n name Output1\n xpos 0\n ypos 300\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/nk_files/NST_Noise4D.nk", "content": "BlinkScript {\nProgramGroup 1\nKernelDescription \"1 \\\"Noise4D\\\" iterate pixelWise 6752f1b5993a387ea0d82fec10d191470cbd2c8493ee73ede687c94d9fe52ff5 2 \\\"src\\\" Read Point \\\"dst\\\" Write Point 3 \\\"octaves\\\" Int 1 CAAAAA== \\\"persistence\\\" Float 1 AAAAPw== \\\"scale\\\" Float 1 bxKDOg==\"\nkernelSource \"//Based on https://github.com/Draradech/csworldgen/blob/master/simplexnoise.cpp\\n//Ported by Mads Hagbarth Lund 2014\\n\\n/* Copyright (c) 2007-2012 Eliot Eshelman\\n *\\n * This program is free software: you can redistribute it and/or modify\\n * it under the terms of the GNU General Public License as published by\\n * the Free Software Foundation, either version 3 of the License, or\\n * (at your option) any later version.\\n *\\n * This program is distributed in the hope that it will be useful,\\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the\\n * GNU General Public License for more details.\\n *\\n * You should have received a copy of the GNU General Public License\\n * along with this program. If not, see .\\n *\\n */\\n\\n\\nint fastfloor( const float x ) \\{ return x > 0 ? (int) x : (int) x - 1; \\}\\ninline float raw_noise_4d( const float x, const float y, const float z, const float w ) \\n\\{\\nint simplex\\[64]\\[4] = \\{\\n \\{0,1,2,3\\},\\{0,1,3,2\\},\\{0,0,0,0\\},\\{0,2,3,1\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{1,2,3,0\\},\\n \\{0,2,1,3\\},\\{0,0,0,0\\},\\{0,3,1,2\\},\\{0,3,2,1\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{1,3,2,0\\},\\n \\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\n \\{1,2,0,3\\},\\{0,0,0,0\\},\\{1,3,0,2\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{2,3,0,1\\},\\{2,3,1,0\\},\\n \\{1,0,2,3\\},\\{1,0,3,2\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{2,0,3,1\\},\\{0,0,0,0\\},\\{2,1,3,0\\},\\n \\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\n \\{2,0,1,3\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{3,0,1,2\\},\\{3,0,2,1\\},\\{0,0,0,0\\},\\{3,1,2,0\\},\\n \\{2,1,0,3\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{0,0,0,0\\},\\{3,1,0,2\\},\\{0,0,0,0\\},\\{3,2,0,1\\},\\{3,2,1,0\\}\\n\\};\\n int perm\\[512] = \\{\\n 151,160,137,91,90,15,131,13,201,95,96,53,194,233,7,225,140,36,103,30,69,142,\\n 8,99,37,240,21,10,23,190,6,148,247,120,234,75,0,26,197,62,94,252,219,203,117,\\n 35,11,32,57,177,33,88,237,149,56,87,174,20,125,136,171,168,68,175,74,165,71,\\n 134,139,48,27,166,77,146,158,231,83,111,229,122,60,211,133,230,220,105,92,41,\\n 55,46,245,40,244,102,143,54,65,25,63,161,1,216,80,73,209,76,132,187,208, 89,\\n 18,169,200,196,135,130,116,188,159,86,164,100,109,198,173,186,3,64,52,217,226,\\n 250,124,123,5,202,38,147,118,126,255,82,85,212,207,206,59,227,47,16,58,17,182,\\n 189,28,42,223,183,170,213,119,248,152,2,44,154,163,70,221,153,101,155,167,43,\\n 172,9,129,22,39,253,19,98,108,110,79,113,224,232,178,185,112,104,218,246,97,\\n 228,251,34,242,193,238,210,144,12,191,179,162,241,81,51,145,235,249,14,239,\\n 107,49,192,214,31,181,199,106,157,184,84,204,176,115,121,50,45,127,4,150,254,\\n 138,236,205,93,222,114,67,29,24,72,243,141,128,195,78,66,215,61,156,180,\\n\\n 151,160,137,91,90,15,131,13,201,95,96,53,194,233,7,225,140,36,103,30,69,142,\\n 8,99,37,240,21,10,23,190,6,148,247,120,234,75,0,26,197,62,94,252,219,203,117,\\n 35,11,32,57,177,33,88,237,149,56,87,174,20,125,136,171,168,68,175,74,165,71,\\n 134,139,48,27,166,77,146,158,231,83,111,229,122,60,211,133,230,220,105,92,41,\\n 55,46,245,40,244,102,143,54,65,25,63,161,1,216,80,73,209,76,132,187,208, 89,\\n 18,169,200,196,135,130,116,188,159,86,164,100,109,198,173,186,3,64,52,217,226,\\n 250,124,123,5,202,38,147,118,126,255,82,85,212,207,206,59,227,47,16,58,17,182,\\n 189,28,42,223,183,170,213,119,248,152,2,44,154,163,70,221,153,101,155,167,43,\\n 172,9,129,22,39,253,19,98,108,110,79,113,224,232,178,185,112,104,218,246,97,\\n 228,251,34,242,193,238,210,144,12,191,179,162,241,81,51,145,235,249,14,239,\\n 107,49,192,214,31,181,199,106,157,184,84,204,176,115,121,50,45,127,4,150,254,\\n 138,236,205,93,222,114,67,29,24,72,243,141,128,195,78,66,215,61,156,180\\n \\};\\n int grad4\\[32]\\[4]= \\{\\n \\{0,1,1,1\\}, \\{0,1,1,-1\\}, \\{0,1,-1,1\\}, \\{0,1,-1,-1\\},\\n \\{0,-1,1,1\\}, \\{0,-1,1,-1\\}, \\{0,-1,-1,1\\}, \\{0,-1,-1,-1\\},\\n \\{1,0,1,1\\}, \\{1,0,1,-1\\}, \\{1,0,-1,1\\}, \\{1,0,-1,-1\\},\\n \\{-1,0,1,1\\}, \\{-1,0,1,-1\\}, \\{-1,0,-1,1\\}, \\{-1,0,-1,-1\\},\\n \\{1,1,0,1\\}, \\{1,1,0,-1\\}, \\{1,-1,0,1\\}, \\{1,-1,0,-1\\},\\n \\{-1,1,0,1\\}, \\{-1,1,0,-1\\}, \\{-1,-1,0,1\\}, \\{-1,-1,0,-1\\},\\n \\{1,1,1,0\\}, \\{1,1,-1,0\\}, \\{1,-1,1,0\\}, \\{1,-1,-1,0\\},\\n \\{-1,1,1,0\\}, \\{-1,1,-1,0\\}, \\{-1,-1,1,0\\}, \\{-1,-1,-1,0\\}\\n \\};\\n float F4 = (sqrt(5.0f)-1.0)/4.0;\\n float G4 = (5.0-sqrt(5.0f))/20.0;\\n float n0, n1, n2, n3, n4;\\n float s = (x + y + z + w) * F4;\\n int i = fastfloor(x + s);\\n int j = fastfloor(y + s);\\n int k = fastfloor(z + s);\\n int l = fastfloor(w + s);\\n float t = (i + j + k + l) * G4;\\n float X0 = i - t;\\n float Y0 = j - t;\\n float Z0 = k - t;\\n float W0 = l - t;\\n\\n float x0 = x - X0;\\n float y0 = y - Y0;\\n float z0 = z - Z0;\\n float w0 = w - W0;\\n int c1 = (x0 > y0) ? 32 : 0;\\n int c2 = (x0 > z0) ? 16 : 0;\\n int c3 = (y0 > z0) ? 8 : 0;\\n int c4 = (x0 > w0) ? 4 : 0;\\n int c5 = (y0 > w0) ? 2 : 0;\\n int c6 = (z0 > w0) ? 1 : 0;\\n int c = c1 + c2 + c3 + c4 + c5 + c6;\\n\\n int i1, j1, k1, l1;\\n int i2, j2, k2, l2;\\n int i3, j3, k3, l3;\\n i1 = simplex\\[c]\\[0]>=3 ? 1 : 0;\\n j1 = simplex\\[c]\\[1]>=3 ? 1 : 0;\\n k1 = simplex\\[c]\\[2]>=3 ? 1 : 0;\\n l1 = simplex\\[c]\\[3]>=3 ? 1 : 0;\\n i2 = simplex\\[c]\\[0]>=2 ? 1 : 0;\\n j2 = simplex\\[c]\\[1]>=2 ? 1 : 0;\\n k2 = simplex\\[c]\\[2]>=2 ? 1 : 0;\\n l2 = simplex\\[c]\\[3]>=2 ? 1 : 0;\\n i3 = simplex\\[c]\\[0]>=1 ? 1 : 0;\\n j3 = simplex\\[c]\\[1]>=1 ? 1 : 0;\\n k3 = simplex\\[c]\\[2]>=1 ? 1 : 0;\\n l3 = simplex\\[c]\\[3]>=1 ? 1 : 0;\\n float x1 = x0 - i1 + G4;\\n float y1 = y0 - j1 + G4;\\n float z1 = z0 - k1 + G4;\\n float w1 = w0 - l1 + G4;\\n float x2 = x0 - i2 + 2.0*G4;\\n float y2 = y0 - j2 + 2.0*G4;\\n float z2 = z0 - k2 + 2.0*G4;\\n float w2 = w0 - l2 + 2.0*G4;\\n float x3 = x0 - i3 + 3.0*G4;\\n float y3 = y0 - j3 + 3.0*G4;\\n float z3 = z0 - k3 + 3.0*G4;\\n float w3 = w0 - l3 + 3.0*G4;\\n float x4 = x0 - 1.0 + 4.0*G4;\\n float y4 = y0 - 1.0 + 4.0*G4;\\n float z4 = z0 - 1.0 + 4.0*G4;\\n float w4 = w0 - 1.0 + 4.0*G4;\\n int ii = i & 255;\\n int jj = j & 255;\\n int kk = k & 255;\\n int ll = l & 255;\\n int gi0 = perm\\[ii+perm\\[jj+perm\\[kk+perm\\[ll]]]] % 32;\\n int gi1 = perm\\[ii+i1+perm\\[jj+j1+perm\\[kk+k1+perm\\[ll+l1]]]] % 32;\\n int gi2 = perm\\[ii+i2+perm\\[jj+j2+perm\\[kk+k2+perm\\[ll+l2]]]] % 32;\\n int gi3 = perm\\[ii+i3+perm\\[jj+j3+perm\\[kk+k3+perm\\[ll+l3]]]] % 32;\\n int gi4 = perm\\[ii+1+perm\\[jj+1+perm\\[kk+1+perm\\[ll+1]]]] % 32;\\n float t0 = 0.6 - x0*x0 - y0*y0 - z0*z0 - w0*w0;\\n if(t0<0) n0 = 0.0;\\n else \\{\\n t0 *= t0;\\n n0 = t0 * t0 * dot(float4(grad4\\[gi0]\\[0],grad4\\[gi0]\\[2],grad4\\[gi0]\\[3],grad4\\[gi0]\\[3]), float4(x0, y0, z0, w0));\\n \\}\\n float t1 = 0.6 - x1*x1 - y1*y1 - z1*z1 - w1*w1;\\n if(t1<0) n1 = 0.0;\\n else \\{\\n t1 *= t1;\\n n1 = t1 * t1 * dot(float4(grad4\\[gi1]\\[0],grad4\\[gi1]\\[2],grad4\\[gi1]\\[3],grad4\\[gi1]\\[3]), float4(x1, y1, z1, w1));\\n \\}\\n float t2 = 0.6 - x2*x2 - y2*y2 - z2*z2 - w2*w2;\\n if(t2<0) n2 = 0.0;\\n else \\{\\n t2 *= t2;\\n n2 = t2 * t2 * dot(float4(grad4\\[gi2]\\[0],grad4\\[gi2]\\[2],grad4\\[gi2]\\[3],grad4\\[gi2]\\[3]), float4(x2, y2, z2, w2));\\n \\}\\n float t3 = 0.6 - x3*x3 - y3*y3 - z3*z3 - w3*w3;\\n if(t3<0) n3 = 0.0;\\n else \\{\\n t3 *= t3;\\n n3 = t3 * t3 * dot(float4(grad4\\[gi3]\\[0],grad4\\[gi3]\\[2],grad4\\[gi3]\\[3],grad4\\[gi3]\\[3]), float4(x3, y3, z3, w3));\\n \\}\\n float t4 = 0.6 - x4*x4 - y4*y4 - z4*z4 - w4*w4;\\n if(t4<0) n4 = 0.0;\\n else \\{\\n t4 *= t4;\\n n4 = t4 * t4 * dot(float4(grad4\\[gi4]\\[0],grad4\\[gi4]\\[2],grad4\\[gi4]\\[3],grad4\\[gi4]\\[3]), float4(x4, y4, z4, w4));\\n \\}\\n return 27.0 * (n0 + n1 + n2 + n3 + n4);\\n\\}\\ninline float octave_noise_4d( const float octaves, const float persistence, const float scale, const float x, const float y, const float z, const float w ) \\n\\{\\n float total = 0;\\n float frequency = scale;\\n float amplitude = 1;\\n float maxAmplitude = 0;\\n for( int i=0; i < octaves; i++ ) \\{\\n total += (float)raw_noise_4d( x * frequency, y * frequency, z * frequency, w * frequency ) * amplitude;\\n\\n frequency *= 2;\\n maxAmplitude += amplitude;\\n amplitude *= persistence;\\n \\}\\n return float(total / maxAmplitude);\\n\\}\\n\\nkernel Noise4D : ImageComputationKernel\\n\\{\\n Image src;\\n Image dst;\\nparam:\\n int octaves;\\n float persistence;\\n float scale;\\n void define() \\{\\n defineParam(octaves, \\\"octaves\\\", 8);\\n defineParam(persistence, \\\"persistence\\\", 0.5f);\\n defineParam(scale, \\\"scale\\\", 0.001f);\\n \\}\\n void process() \\{\\n float sample = (float)octave_noise_4d(float(octaves),persistence,scale,src(0),src(1),src(2),src(3));\\n dst() = float4(sample,sample,sample,sample);\\n\\}\\n\\};\"\nuseGPUIfAvailable false\nvectorize false\nrebuild \"\"\nNoise4D_octaves 7\nNoise4D_persistence 0.654\nNoise4D_scale 0.002\nrebuild_finalise \"\"\nname Noise4D\nselected true\n}\n" }, { "path": "NukeSurvivalToolkit/nk_files/NST_ParticleLights_ExampleScript.nk", "content": "BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0x388e8e00\n label \"THE MAIN NODE\"\n note_font \"Verdana Bold Bold Bold\"\n note_font_size 100\n selected true\n xpos -2252\n ypos 157\n bdwidth 869\n bdheight 293\n}\nBackdropNode {\n inputs 0\n name BackdropNode2\n tile_color 0x274427ff\n label 3d\n note_font_size 42\n selected true\n xpos -359\n ypos 480\n bdwidth 275\n bdheight 244\n}\nBackdropNode {\n inputs 0\n name BackdropNode3\n tile_color 0x3d426dff\n label EXAMPELS\n note_font \"Verdana Bold Bold Bold\"\n note_font_size 100\n selected true\n xpos -1318\n ypos 158\n bdwidth 2340\n bdheight 1258\n}\nStickyNote {\n inputs 0\n name StickyNote1\n tile_color 0x59a05dff\n label \" 02: SINGLE LIGHTS \"\n note_font_size 50\n selected true\n xpos 243\n ypos 434\n}\nStickyNote {\n inputs 0\n name StickyNote3\n tile_color 0x59a05dff\n label \" 01: BASIC PARTICLES \"\n note_font_size 50\n selected true\n xpos -1180\n ypos 441\n}\nStickyNote {\n inputs 0\n name StickyNote4\n tile_color 0x417544ff\n label \" This is the basic particle light in action. \"\n note_font_size 25\n selected true\n xpos -1189\n ypos 513\n}\nStickyNote {\n inputs 0\n name StickyNote2\n tile_color 0x417544ff\n label \" In this example we use single particles as \\n light sources, just like the regular Light node\\n This also shows the half-lambert light \\n that makes a softer fake light\\n\"\n note_font_size 25\n selected true\n xpos 238\n ypos 506\n}\nAxis2 {\n inputs 0\n rotate {0 {-6+(frame/4)} 0}\n name Axis2\n selected true\n xpos -194\n ypos 536\n}\nCamera2 {\n translate {11.15517521 -5.764003277 24.37641335}\n rotate {17.72198681 20.00005064 0}\n focal 36\n name Camera1\n selected true\n xpos -194\n ypos 602\n}\nDot {\n name Dot6\n selected true\n xpos -170\n ypos 697\n}\nDot {\n name Dot10\n selected true\n xpos -170\n ypos 872\n}\nset N4b7ad880 [stack 0]\nGroup {\n inputs 0\n name RandomGeo\n selected true\n xpos -339\n ypos 698\n}\n Sphere {\n inputs 0\n translate {6.159999847 0 0}\n name Sphere3\n xpos 462\n ypos 192\n }\n Cube {\n inputs 0\n rotate {45 45 0}\n name Cube1\n xpos 369\n ypos 199\n }\n Sphere {\n inputs 0\n translate {-6.099999905 0 0}\n name Sphere2\n xpos 279\n ypos 198\n }\n Scene {\n inputs 3\n name Scene1\n xpos 379\n ypos 233\n }\nset N4b7dd4b0 [stack 0]\npush $N4b7dd4b0\n TransformGeo {\n translate {0 5.079999924 0}\n name TransformGeo1\n xpos 369\n ypos 334\n }\n Scene {\n inputs 2\n name Scene2\n xpos 479\n ypos 313\n }\nset N4b7f3f00 [stack 0]\n TransformGeo {\n translate {0 0 -7.900000095}\n name TransformGeo2\n xpos 575\n ypos 334\n }\npush $N4b7f3f00\n Scene {\n inputs 2\n name Scene3\n xpos 585\n ypos 382\n }\nset N4d20e9a0 [stack 0]\npush $N4d20e9a0\n Scene {\n inputs 2\n name Scene4\n xpos 583\n ypos 458\n }\n Output {\n name Output1\n xpos 575\n ypos 555\n }\nend_group\nDot {\n name Dot8\n selected true\n xpos -229\n ypos 701\n}\nDot {\n name Dot9\n selected true\n xpos -229\n ypos 827\n}\nset N4d10eaf0 [stack 0]\nAxis2 {\n inputs 0\n translate {0 2 0}\n rotate {{frame*4} {frame*8} {frame*12}}\n name Axis3\n selected true\n xpos -1070\n ypos 599\n}\nSphere {\n inputs 0\n translate {4 2 0}\n uniform_scale 0.4\n name Sphere1\n selected true\n xpos -998\n ypos 596\n}\nTransformGeo {\n inputs 2\n name TransformGeo1\n selected true\n xpos -998\n ypos 620\n}\npush 0\nParticleEmitter {\n inputs 2\n rate 2\n lifetime 30\n velocity 0.017\n size 0.05\n size_variation 1\n name ParticleEmitter1\n selected true\n xpos -888\n ypos 620\n}\nParticleTurbulence {\n strength {0.01 {strength.x} {strength.x}}\n scale {0.5 {scale.x} {scale.x}}\n name ParticleTurbulence1\n selected true\n xpos -888\n ypos 644\n}\nParticleDrag {\n drag 0.4\n name ParticleDrag1\n selected true\n xpos -888\n ypos 680\n}\nParticleExpression {\n colexpr sin(pos)\n name ParticleExpression1\n selected true\n xpos -888\n ypos 716\n}\nParticleCurve {\n curves {r {}\n g {}\n b {}\n a {}\n size {curve 0.1251244545 -0.003482580185}\n mass {}}\n affect_rgb false\n affect_alpha false\n affect_size true\n name ParticleCurve1\n selected true\n xpos -888\n ypos 752\n}\nset N4d2547f0 [stack 0]\nScene {\n inputs 2\n name Scene1\n selected true\n xpos -989\n ypos 803\n}\npush 0\nScanlineRender {\n inputs 3\n motion_vectors_type distance\n name ScanlineRender1\n selected true\n xpos -993\n ypos 869\n}\npush $N4d10eaf0\nDot {\n name Dot13\n selected true\n xpos -229\n ypos 1047\n}\nset N4d27dea0 [stack 0]\npush $N4b7ad880\nDot {\n name Dot12\n selected true\n xpos -170\n ypos 1100\n}\nset N4d281db0 [stack 0]\npush $N4d2547f0\nGroup {\n inputs 3\n name Particle_Lights3\n selected true\n xpos -888\n ypos 1097\n addUserKnob {20 User}\n addUserKnob {26 info1 l \"\" +STARTLINE T \"Particle Lights v1.1\"}\n addUserKnob {26 info2 l \"\" +STARTLINE T \"by Mads Hagbarth Lund\"}\n addUserKnob {26 \"\"}\n addUserKnob {41 \"blinnShader_Diffuse Multiplier\" l \"Diffuse Multiplier\" T \"BlinkScript8.blinnShader_Diffuse Multiplier\"}\n addUserKnob {41 \"blinnShader_Specular Power\" l \"Specular Power\" T \"BlinkScript8.blinnShader_Specular Power\"}\n addUserKnob {41 \"blinnShader_Specular Hardness\" l \"Specular Hardness\" T \"BlinkScript8.blinnShader_Specular Hardness\"}\n addUserKnob {41 \"blinnShader_Half Lambert\" l \"Half Lambert\" T \"BlinkScript8.blinnShader_Half Lambert\"}\n}\n StickyNote {\n inputs 0\n name StickyNote1\n label \"A bug in the blink node means that the input size must be atleast 2x2. \\nSo we fake this by adding 2 null particles.\"\n xpos -847\n ypos 354\n }\n Group {\n inputs 0\n name Light2\n xpos -679\n ypos 487\n addUserKnob {20 User}\n addUserKnob {41 color T Point.color}\n addUserKnob {41 intensity T Point.intensity}\n addUserKnob {41 translate T Point.translate}\n }\n StickyNote {\n inputs 0\n name StickyNote1\n label \"Ensure that we can use axis nodes\\nto modify the position of the light.\"\n xpos -183\n ypos -299\n }\n StickyNote {\n inputs 0\n name StickyNote2\n label \"Dummy object to make it look like a regular light\"\n xpos -188\n ypos -235\n }\n StickyNote {\n inputs 0\n name StickyNote4\n label \"Link positions via the world matrix to get exact position\"\n xpos -300\n ypos -55\n }\n StickyNote {\n inputs 0\n name StickyNote3\n label \"Link RGB to color and Alpha to Intensity\"\n xpos -300\n ypos -131\n }\n Constant {\n inputs 0\n color {{parent.Point.color} {parent.Point.color} {parent.Point.color} {parent.Point.intensity/10}}\n format \"1 1 0 0 1 1 1 hg_light\"\n name Constant2\n xpos -399\n ypos -148\n }\n Sphere {\n display off\n render_mode off\n rows 1\n columns 1\n translate {{parent.Point.world_matrix.3 x1 11.42000103 x8 -18.5 2.000001907} {parent.Point.world_matrix.7 x1 1.620000005 x8 46.30000305 44.20000076} {parent.Point.world_matrix.11 x1 0.3999999762 x8 -50.79999924 -50.79999924}}\n uniform_scale 0.022\n name Lightx\n xpos -399\n ypos -52\n }\npush 0\n ParticleEmitter {\n inputs 2\n display off\n render_mode off\n start_frame -5\n emit_channels {b}\n emit_from bbox\n emit_order uniformly\n randomize_type \"randomize outwards\"\n rate 4\n lifetime 1\n velocity 0\n size 1\n size_channel rgba.alpha\n color_from_texture true\n name ParticleEmitter1\n selected true\n xpos -399\n ypos 46\n }\n Output {\n name Output1\n xpos -399\n ypos 150\n }\n Input {\n inputs 0\n name Input1\n xpos -276\n ypos -296\n }\n Light {\n color {0 0 0}\n intensity 0\n depthmap_slope_bias 0.01\n name Point\n xpos -266\n ypos -216\n }\n end_group\n Group {\n inputs 0\n name Light1\n xpos -684\n ypos 428\n addUserKnob {20 User}\n addUserKnob {41 color T Point.color}\n addUserKnob {41 intensity T Point.intensity}\n addUserKnob {41 translate T Point.translate}\n }\n StickyNote {\n inputs 0\n name StickyNote1\n label \"Ensure that we can use axis nodes\\nto modify the position of the light.\"\n xpos -183\n ypos -299\n }\n StickyNote {\n inputs 0\n name StickyNote2\n label \"Dummy object to make it look like a regular light\"\n xpos -188\n ypos -235\n }\n StickyNote {\n inputs 0\n name StickyNote4\n label \"Link positions via the world matrix to get exact position\"\n xpos -300\n ypos -55\n }\n StickyNote {\n inputs 0\n name StickyNote3\n label \"Link RGB to color and Alpha to Intensity\"\n xpos -300\n ypos -131\n }\n Constant {\n inputs 0\n color {{parent.Point.color} {parent.Point.color} {parent.Point.color} {parent.Point.intensity/10}}\n format \"1 1 0 0 1 1 1 hg_light\"\n name Constant2\n xpos -399\n ypos -148\n }\n Sphere {\n display off\n render_mode off\n rows 1\n columns 1\n translate {{parent.Point.world_matrix.3 x1 11.42000103 x8 -18.5 2.000001907} {parent.Point.world_matrix.7 x1 1.620000005 x8 46.30000305 44.20000076} {parent.Point.world_matrix.11 x1 0.3999999762 x8 -50.79999924 -50.79999924}}\n uniform_scale 0.022\n name Lightx\n xpos -399\n ypos -52\n }\npush 0\n ParticleEmitter {\n inputs 2\n display off\n render_mode off\n start_frame -5\n emit_channels {b}\n emit_from bbox\n emit_order uniformly\n randomize_type \"randomize outwards\"\n rate 4\n lifetime 1\n velocity 0\n size 1\n size_channel rgba.alpha\n color_from_texture true\n name ParticleEmitter1\n selected true\n xpos -399\n ypos 46\n }\n Output {\n name Output1\n xpos -399\n ypos 150\n }\n Input {\n inputs 0\n name Input1\n xpos -276\n ypos -296\n }\n Light {\n color {0 0 0}\n intensity 0\n depthmap_slope_bias 0.01\n name Point\n xpos -266\n ypos -216\n }\n end_group\npush 0\n Input {\n inputs 0\n name Particles\n xpos -452\n ypos 324\n }\n ParticleMerge {\n inputs 4\n name ParticleMerge1\n xpos -452\n ypos 428\n }\nadd_layer {hag_pos hag_pos.red hag_pos.green hag_pos.blue hag_pos.alpha}\nadd_layer {hag_active hag_active.a}\n ParticleToImage {\n pos hag_pos\n active hag_active.a\n name ParticleToImage1\n xpos -452\n ypos 511\n }\nset N4d456200 [stack 0]\n Shuffle {\n in hag_pos\n name light_pos\n xpos -329\n ypos 511\n }\n Dot {\n name Dot2\n xpos -295\n ypos 559\n }\npush $N4d456200\n Shuffle {\n in rgb\n in2 hag_active\n alpha red2\n name light_color\n xpos -452\n ypos 581\n }\n Input {\n inputs 0\n name Camera\n xpos -149\n ypos 282\n number 1\n }\n Camera2 {\n name Camera1\n xpos -136\n ypos 320\n }\n Dot {\n name Dot1\n xpos -112\n ypos 396\n }\n Input {\n inputs 0\n name Scene3D\n xpos -275\n ypos 323\n number 2\n }\npush 0\nadd_layer {P P.red P.green P.blue P.alpha}\nadd_layer {N N.red N.green N.blue N.alpha}\n ScanlineRender {\n inputs 3\n max_tessellation 2\n motion_vectors_type distance\n output_shader_vectors true\n P_channel P\n N_channel N\n name ScanlineRender2\n xpos -275\n ypos 393\n }\n Dot {\n name Dot10\n xpos -241\n ypos 421\n }\nset N4d4a9c50 [stack 0]\n Dot {\n name Dot3\n xpos -152\n ypos 421\n }\n Shuffle {\n in N\n in2 rgba\n alpha alpha2\n name NormalSplit\n xpos -186\n ypos 472\n }\npush $N4d4a9c50\n Shuffle {\n in P\n in2 rgba\n alpha alpha2\n name PointPosSplit\n xpos -275\n ypos 472\n }\n BlinkScript {\n inputs 4\n ProgramGroup 1\n KernelDescription \"1 \\\"blinnShader\\\" iterate pixelWise 4b6604ba5b4299095f03f9edf77da6dbf1f946c319dc7f6e6962ca67a375f9f8 5 \\\"pointPos\\\" Read Point \\\"normal\\\" Read Point \\\"light_color\\\" Read Random \\\"light_pos\\\" Read Random \\\"dst\\\" Write Point 5 \\\"Camera Position\\\" Float 3 AACAPwAAgD8AAIA/AAAAAA== \\\"Diffuse Multiplier\\\" Float 1 AACAPw== \\\"Specular Power\\\" Float 1 AAAgQQ== \\\"Specular Hardness\\\" Float 1 AADIQg== \\\"Half Lambert\\\" Bool 1 AQ==\"\n kernelSource \"kernel blinnShader : ImageComputationKernel\\n\\{\\n Image pointPos; //the input image\\n Image normal; //the input image\\n Image light_color; //the input image\\n Image light_pos; //the input image\\n\\n Image dst; //the output image\\n\\n param:\\n float3 cameraPosition;\\n float diffuseMultiplier;\\n float specularPower;\\n float specularHardness;\\n bool halfLambert;\\n\\n local:\\n float3 lightDir;\\n float3 viewDir;\\n\\n void define() \\{\\n defineParam(halfLambert,\\\"Half Lambert\\\",bool(1));\\n defineParam(cameraPosition, \\\"Camera Position\\\", float3(1.0f,1.0f,1.0f));\\n defineParam(diffuseMultiplier,\\\"Diffuse Multiplier\\\",float(1.0f));\\n defineParam(specularPower,\\\"Specular Power\\\",float(10.0f));\\n defineParam(specularHardness,\\\"Specular Hardness\\\",float(100.0f));\\n \\}\\n\\n void init() \\{\\n \\}\\n\\n void process() \\{\\n\\n SampleType(dst) sampleBase(0.0f);\\n\\n float newVal = 0;\\n for(int j = 0; j < light_pos.bounds.y2; j++) \\{\\n for(int i = 0; i < light_pos.bounds.x2; i++) \\{\\n if (light_color(i,j).w == 1) \\{ \\n\\n lightDir = (float3(light_pos(i,j).x,light_pos(i,j).y,light_pos(i,j).z)-float3(pointPos(0),pointPos(1),pointPos(2)));\\n float distance = length(lightDir);\\n lightDir = normalize(lightDir);\\n distance = distance * distance;\\n\\n viewDir = (cameraPosition-float3(pointPos(0),pointPos(1),pointPos(2)));\\n viewDir = normalize(viewDir);\\n\\n\\n //Calculating Diffuse\\n float NdotL = dot(float3(normal(0),normal(1),normal(2)),lightDir);\\n if (halfLambert) \\{ \\n NdotL = NdotL * 0.5 + 0.5; //Added option for half lambert\\n \\}\\n else\\n \\{\\n NdotL = min(1.0f,max(0.0f,NdotL));\\n \\}\\n\\n float diffuse = NdotL * (light_pos(i,j).w*diffuseMultiplier) / distance;\\n\\n\\n //Calculating Specular\\n float3 H = normalize(lightDir+viewDir);\\n float NdotH = dot(float3(normal(0),normal(1),normal(2)),H);\\n float intensity = pow(NdotH,specularHardness);\\n float specular = intensity * specularPower / distance;\\n\\n\\n SampleType(dst) sample(0.0f);\\n sample.x = max(0.0f,(diffuse+specular) * light_color(i,j).x);\\n sample.y = max(0.0f,(diffuse+specular) * light_color(i,j).y);\\n sample.z = max(0.0f, (diffuse+specular) * light_color(i,j).z);\\n sampleBase += sample;\\n \\}\\n \\}\\n \\}\\n\\n dst() = sampleBase+float4(0,0,0,pointPos(3)); //Reaplying Alpha\\n \\}\\n\\};\"\n useGPUIfAvailable false\n vectorize false\n rebuild \"\"\n \"blinnShader_Camera Position\" {{parent.Camera1.world_matrix.3} {parent.Camera1.world_matrix.7} {parent.Camera1.world_matrix.11}}\n \"blinnShader_Diffuse Multiplier\" 4\n \"blinnShader_Specular Power\" 0.45\n \"blinnShader_Specular Hardness\" 200\n \"blinnShader_Half Lambert\" false\n rebuild_finalise \"\"\n name BlinkScript8\n selected true\n xpos -186\n ypos 575\n }\n Premult {\n name Premult1\n xpos -186\n ypos 718\n }\n Output {\n name Output1\n xpos -186\n ypos 785\n }\nend_group\nMerge2 {\n inputs 2\n operation plus\n name Merge1\n selected true\n xpos -985\n ypos 1105\n}\nPostageStamp {\n name PostageStamp2\n selected true\n xpos -993\n ypos 1228\n postage_stamp true\n}\npush $N4d27dea0\npush $N4d281db0\npush $cut_paste_input\nAxis2 {\n translate {0.3803196549 1.175070047 -5.005373955}\n rotate {{frame} {frame*2} {frame/4}}\n name Axis1\n selected true\n xpos 523\n ypos 786\n}\nset N4d31eae0 [stack 0]\nGroup {\n name Light1\n selected true\n xpos 421\n ypos 904\n addUserKnob {20 User}\n addUserKnob {41 color T Point.color}\n addUserKnob {41 intensity T Point.intensity}\n addUserKnob {41 translate T Point.translate}\n}\n StickyNote {\n inputs 0\n name StickyNote1\n label \"Ensure that we can use axis nodes\\nto modify the position of the light.\"\n xpos -183\n ypos -299\n }\n StickyNote {\n inputs 0\n name StickyNote2\n label \"Dummy object to make it look like a regular light\"\n xpos -188\n ypos -235\n }\n StickyNote {\n inputs 0\n name StickyNote4\n label \"Link positions via the world matrix to get exact position\"\n xpos -300\n ypos -55\n }\n StickyNote {\n inputs 0\n name StickyNote3\n label \"Link RGB to color and Alpha to Intensity\"\n xpos -300\n ypos -131\n }\n Input {\n inputs 0\n name Input1\n xpos -276\n ypos -296\n }\n Light {\n color {0.24 0.805 0.235}\n color_panelDropped true\n intensity 8.8\n translate {-8 1 3}\n depthmap_slope_bias 0.01\n name Point\n xpos -266\n ypos -216\n }\n Constant {\n inputs 0\n color {{parent.Point.color} {parent.Point.color} {parent.Point.color} {parent.Point.intensity/10}}\n format \"1 1 0 0 1 1 1 hg_light\"\n name Constant2\n selected true\n xpos -399\n ypos -148\n }\n Sphere {\n display off\n render_mode off\n rows 1\n columns 1\n translate {{parent.Point.world_matrix.3 x1 11.42000103 x8 -18.5 2.000001907} {parent.Point.world_matrix.7 x1 1.620000005 x8 46.30000305 44.20000076} {parent.Point.world_matrix.11 x1 0.3999999762 x8 -50.79999924 -50.79999924}}\n uniform_scale 0.022\n name Lightx\n xpos -399\n ypos -52\n }\npush 0\n ParticleEmitter {\n inputs 2\n display off\n render_mode off\n emit_channels {b}\n emit_from bbox\n emit_order uniformly\n randomize_type \"randomize outwards\"\n rate 1\n lifetime 1\n velocity 0\n size 1\n size_channel rgba.alpha\n color_from_texture true\n name ParticleEmitter1\n xpos -399\n ypos 48\n }\n Output {\n name Output1\n xpos -399\n ypos 150\n }\nend_group\npush $N4d31eae0\nGroup {\n name Light2\n selected true\n xpos 513\n ypos 903\n addUserKnob {20 User}\n addUserKnob {41 color T Point.color}\n addUserKnob {41 intensity T Point.intensity}\n addUserKnob {41 translate T Point.translate}\n}\n StickyNote {\n inputs 0\n name StickyNote1\n label \"Ensure that we can use axis nodes\\nto modify the position of the light.\"\n xpos -183\n ypos -299\n }\n StickyNote {\n inputs 0\n name StickyNote2\n label \"Dummy object to make it look like a regular light\"\n xpos -188\n ypos -235\n }\n StickyNote {\n inputs 0\n name StickyNote4\n label \"Link positions via the world matrix to get exact position\"\n xpos -300\n ypos -55\n }\n StickyNote {\n inputs 0\n name StickyNote3\n label \"Link RGB to color and Alpha to Intensity\"\n xpos -300\n ypos -131\n }\n Input {\n inputs 0\n name Input1\n xpos -276\n ypos -296\n }\n Light {\n color {0.235 0.235 0.54}\n color_panelDropped true\n intensity 10\n translate {0 -8 3}\n depthmap_slope_bias 0.01\n name Point\n xpos -266\n ypos -216\n }\n Constant {\n inputs 0\n color {{parent.Point.color} {parent.Point.color} {parent.Point.color} {parent.Point.intensity/10}}\n format \"1 1 0 0 1 1 1 hg_light\"\n name Constant2\n selected true\n xpos -399\n ypos -148\n }\n Sphere {\n display off\n render_mode off\n rows 1\n columns 1\n translate {{parent.Point.world_matrix.3 x1 11.42000103 x8 -18.5 2.000001907} {parent.Point.world_matrix.7 x1 1.620000005 x8 46.30000305 44.20000076} {parent.Point.world_matrix.11 x1 0.3999999762 x8 -50.79999924 -50.79999924}}\n uniform_scale 0.022\n name Lightx\n xpos -399\n ypos -52\n }\npush 0\n ParticleEmitter {\n inputs 2\n display off\n render_mode off\n emit_channels {b}\n emit_from bbox\n emit_order uniformly\n randomize_type \"randomize outwards\"\n rate 1\n lifetime 1\n velocity 0\n size 1\n size_channel rgba.alpha\n color_from_texture true\n name ParticleEmitter1\n xpos -399\n ypos 48\n }\n Output {\n name Output1\n xpos -399\n ypos 150\n }\nend_group\npush $N4d31eae0\nGroup {\n name Light\n selected true\n xpos 607\n ypos 903\n addUserKnob {20 User}\n addUserKnob {41 color T Point.color}\n addUserKnob {41 intensity T Point.intensity}\n addUserKnob {41 translate T Point.translate}\n}\n StickyNote {\n inputs 0\n name StickyNote1\n label \"Ensure that we can use axis nodes\\nto modify the position of the light.\"\n xpos -183\n ypos -299\n }\n StickyNote {\n inputs 0\n name StickyNote2\n label \"Dummy object to make it look like a regular light\"\n xpos -188\n ypos -235\n }\n StickyNote {\n inputs 0\n name StickyNote4\n label \"Link positions via the world matrix to get exact position\"\n xpos -300\n ypos -55\n }\n StickyNote {\n inputs 0\n name StickyNote3\n label \"Link RGB to color and Alpha to Intensity\"\n xpos -300\n ypos -131\n }\n Constant {\n inputs 0\n color {{parent.Point.color} {parent.Point.color} {parent.Point.color} {parent.Point.intensity/10}}\n format \"1 1 0 0 1 1 1 hg_light\"\n name Constant2\n xpos -399\n ypos -148\n }\n Sphere {\n display off\n render_mode off\n rows 1\n columns 1\n translate {{parent.Point.world_matrix.3 x1 11.42000103 x8 -18.5 2.000001907} {parent.Point.world_matrix.7 x1 1.620000005 x8 46.30000305 44.20000076} {parent.Point.world_matrix.11 x1 0.3999999762 x8 -50.79999924 -50.79999924}}\n uniform_scale 0.022\n name Lightx\n xpos -399\n ypos -52\n }\npush 0\n ParticleEmitter {\n inputs 2\n display off\n render_mode off\n emit_channels {b}\n emit_from bbox\n emit_order uniformly\n randomize_type \"randomize outwards\"\n rate 1\n lifetime 1\n velocity 0\n size 1\n size_channel rgba.alpha\n color_from_texture true\n name ParticleEmitter1\n xpos -399\n ypos 48\n }\n Output {\n name Output1\n xpos -399\n ypos 150\n }\n Input {\n inputs 0\n name Input1\n xpos -276\n ypos -296\n }\n Light {\n color {0.85 0.235 0.235}\n intensity 10\n translate {5 2 15}\n depthmap_slope_bias 0.01\n name Point\n selected true\n xpos -266\n ypos -216\n }\nend_group\nParticleMerge {\n inputs 3\n name ParticleMerge1\n selected true\n xpos 513\n ypos 1001\n}\nGroup {\n inputs 3\n name Particle_Lights1\n selected true\n xpos 513\n ypos 1087\n addUserKnob {20 User}\n addUserKnob {26 info1 l \"\" +STARTLINE T \"Particle Lights v1.1\"}\n addUserKnob {26 info2 l \"\" +STARTLINE T \"by Mads Hagbarth Lund\"}\n addUserKnob {26 \"\"}\n addUserKnob {41 \"blinnShader_Diffuse Multiplier\" l \"Diffuse Multiplier\" T \"BlinkScript8.blinnShader_Diffuse Multiplier\"}\n addUserKnob {41 \"blinnShader_Specular Power\" l \"Specular Power\" T \"BlinkScript8.blinnShader_Specular Power\"}\n addUserKnob {41 \"blinnShader_Specular Hardness\" l \"Specular Hardness\" T \"BlinkScript8.blinnShader_Specular Hardness\"}\n addUserKnob {41 \"blinnShader_Half Lambert\" l \"Half Lambert\" T \"BlinkScript8.blinnShader_Half Lambert\"}\n}\n StickyNote {\n inputs 0\n name StickyNote1\n label \"A bug in the blink node means that the input size must be atleast 2x2. \\nSo we fake this by adding 2 null particles.\"\n xpos -847\n ypos 354\n }\n Group {\n inputs 0\n name Light2\n xpos -679\n ypos 487\n addUserKnob {20 User}\n addUserKnob {41 color T Point.color}\n addUserKnob {41 intensity T Point.intensity}\n addUserKnob {41 translate T Point.translate}\n }\n StickyNote {\n inputs 0\n name StickyNote1\n label \"Ensure that we can use axis nodes\\nto modify the position of the light.\"\n xpos -183\n ypos -299\n }\n StickyNote {\n inputs 0\n name StickyNote2\n label \"Dummy object to make it look like a regular light\"\n xpos -188\n ypos -235\n }\n StickyNote {\n inputs 0\n name StickyNote4\n label \"Link positions via the world matrix to get exact position\"\n xpos -300\n ypos -55\n }\n StickyNote {\n inputs 0\n name StickyNote3\n label \"Link RGB to color and Alpha to Intensity\"\n xpos -300\n ypos -131\n }\n Constant {\n inputs 0\n color {{parent.Point.color} {parent.Point.color} {parent.Point.color} {parent.Point.intensity/10}}\n format \"1 1 0 0 1 1 1 hg_light\"\n name Constant2\n xpos -399\n ypos -148\n }\n Sphere {\n display off\n render_mode off\n rows 1\n columns 1\n translate {{parent.Point.world_matrix.3 x1 11.42000103 x8 -18.5 2.000001907} {parent.Point.world_matrix.7 x1 1.620000005 x8 46.30000305 44.20000076} {parent.Point.world_matrix.11 x1 0.3999999762 x8 -50.79999924 -50.79999924}}\n uniform_scale 0.022\n name Lightx\n xpos -399\n ypos -52\n }\npush 0\n ParticleEmitter {\n inputs 2\n display off\n render_mode off\n start_frame -5\n emit_channels {b}\n emit_from bbox\n emit_order uniformly\n randomize_type \"randomize outwards\"\n rate 4\n lifetime 1\n velocity 0\n size 1\n size_channel rgba.alpha\n color_from_texture true\n name ParticleEmitter1\n selected true\n xpos -399\n ypos 46\n }\n Output {\n name Output1\n xpos -399\n ypos 150\n }\n Input {\n inputs 0\n name Input1\n xpos -276\n ypos -296\n }\n Light {\n color {0 0 0}\n intensity 0\n depthmap_slope_bias 0.01\n name Point\n xpos -266\n ypos -216\n }\n end_group\n Group {\n inputs 0\n name Light1\n xpos -684\n ypos 428\n addUserKnob {20 User}\n addUserKnob {41 color T Point.color}\n addUserKnob {41 intensity T Point.intensity}\n addUserKnob {41 translate T Point.translate}\n }\n StickyNote {\n inputs 0\n name StickyNote1\n label \"Ensure that we can use axis nodes\\nto modify the position of the light.\"\n xpos -183\n ypos -299\n }\n StickyNote {\n inputs 0\n name StickyNote2\n label \"Dummy object to make it look like a regular light\"\n xpos -188\n ypos -235\n }\n StickyNote {\n inputs 0\n name StickyNote4\n label \"Link positions via the world matrix to get exact position\"\n xpos -300\n ypos -55\n }\n StickyNote {\n inputs 0\n name StickyNote3\n label \"Link RGB to color and Alpha to Intensity\"\n xpos -300\n ypos -131\n }\n Constant {\n inputs 0\n color {{parent.Point.color} {parent.Point.color} {parent.Point.color} {parent.Point.intensity/10}}\n format \"1 1 0 0 1 1 1 hg_light\"\n name Constant2\n xpos -399\n ypos -148\n }\n Sphere {\n display off\n render_mode off\n rows 1\n columns 1\n translate {{parent.Point.world_matrix.3 x1 11.42000103 x8 -18.5 2.000001907} {parent.Point.world_matrix.7 x1 1.620000005 x8 46.30000305 44.20000076} {parent.Point.world_matrix.11 x1 0.3999999762 x8 -50.79999924 -50.79999924}}\n uniform_scale 0.022\n name Lightx\n xpos -399\n ypos -52\n }\npush 0\n ParticleEmitter {\n inputs 2\n display off\n render_mode off\n start_frame -5\n emit_channels {b}\n emit_from bbox\n emit_order uniformly\n randomize_type \"randomize outwards\"\n rate 4\n lifetime 1\n velocity 0\n size 1\n size_channel rgba.alpha\n color_from_texture true\n name ParticleEmitter1\n selected true\n xpos -399\n ypos 46\n }\n Output {\n name Output1\n xpos -399\n ypos 150\n }\n Input {\n inputs 0\n name Input1\n xpos -276\n ypos -296\n }\n Light {\n color {0 0 0}\n intensity 0\n depthmap_slope_bias 0.01\n name Point\n xpos -266\n ypos -216\n }\n end_group\npush 0\n Input {\n inputs 0\n name Particles\n xpos -452\n ypos 324\n }\n ParticleMerge {\n inputs 4\n name ParticleMerge1\n xpos -452\n ypos 428\n }\n ParticleToImage {\n pos hag_pos\n active hag_active.a\n name ParticleToImage1\n xpos -452\n ypos 511\n }\nset N4d7955b0 [stack 0]\n Shuffle {\n in hag_pos\n name light_pos\n xpos -329\n ypos 511\n }\n Dot {\n name Dot2\n xpos -295\n ypos 559\n }\npush $N4d7955b0\n Shuffle {\n in rgb\n in2 hag_active\n alpha red2\n name light_color\n xpos -452\n ypos 581\n }\n Input {\n inputs 0\n name Camera\n xpos -149\n ypos 282\n number 1\n }\n Camera2 {\n name Camera1\n xpos -136\n ypos 320\n }\n Dot {\n name Dot1\n xpos -112\n ypos 396\n }\n Input {\n inputs 0\n name Scene3D\n xpos -275\n ypos 323\n number 2\n }\npush 0\n ScanlineRender {\n inputs 3\n max_tessellation 2\n motion_vectors_type distance\n output_shader_vectors true\n P_channel point\n N_channel normal\n name ScanlineRender2\n xpos -275\n ypos 393\n }\n Dot {\n name Dot10\n xpos -241\n ypos 421\n }\nset N4d7e8eb0 [stack 0]\n Dot {\n name Dot3\n xpos -152\n ypos 421\n }\n Shuffle {\n in normal\n in2 rgba\n alpha alpha2\n name NormalSplit\n xpos -186\n ypos 472\n }\npush $N4d7e8eb0\n Shuffle {\n in point\n in2 rgba\n alpha alpha2\n name PointPosSplit\n xpos -275\n ypos 472\n }\n BlinkScript {\n inputs 4\n ProgramGroup 1\n KernelDescription \"1 \\\"blinnShader\\\" iterate pixelWise 4b6604ba5b4299095f03f9edf77da6dbf1f946c319dc7f6e6962ca67a375f9f8 5 \\\"pointPos\\\" Read Point \\\"normal\\\" Read Point \\\"light_color\\\" Read Random \\\"light_pos\\\" Read Random \\\"dst\\\" Write Point 5 \\\"Camera Position\\\" Float 3 AACAPwAAgD8AAIA/AAAAAA== \\\"Diffuse Multiplier\\\" Float 1 AACAPw== \\\"Specular Power\\\" Float 1 AAAgQQ== \\\"Specular Hardness\\\" Float 1 AADIQg== \\\"Half Lambert\\\" Bool 1 AQ==\"\n kernelSource \"kernel blinnShader : ImageComputationKernel\\n\\{\\n Image pointPos; //the input image\\n Image normal; //the input image\\n Image light_color; //the input image\\n Image light_pos; //the input image\\n\\n Image dst; //the output image\\n\\n param:\\n float3 cameraPosition;\\n float diffuseMultiplier;\\n float specularPower;\\n float specularHardness;\\n bool halfLambert;\\n\\n local:\\n float3 lightDir;\\n float3 viewDir;\\n\\n void define() \\{\\n defineParam(halfLambert,\\\"Half Lambert\\\",bool(1));\\n defineParam(cameraPosition, \\\"Camera Position\\\", float3(1.0f,1.0f,1.0f));\\n defineParam(diffuseMultiplier,\\\"Diffuse Multiplier\\\",float(1.0f));\\n defineParam(specularPower,\\\"Specular Power\\\",float(10.0f));\\n defineParam(specularHardness,\\\"Specular Hardness\\\",float(100.0f));\\n \\}\\n\\n void init() \\{\\n \\}\\n\\n void process() \\{\\n\\n SampleType(dst) sampleBase(0.0f);\\n\\n float newVal = 0;\\n for(int j = 0; j < light_pos.bounds.y2; j++) \\{\\n for(int i = 0; i < light_pos.bounds.x2; i++) \\{\\n if (light_color(i,j).w == 1) \\{ \\n\\n lightDir = (float3(light_pos(i,j).x,light_pos(i,j).y,light_pos(i,j).z)-float3(pointPos(0),pointPos(1),pointPos(2)));\\n float distance = length(lightDir);\\n lightDir = normalize(lightDir);\\n distance = distance * distance;\\n\\n viewDir = (cameraPosition-float3(pointPos(0),pointPos(1),pointPos(2)));\\n viewDir = normalize(viewDir);\\n\\n\\n //Calculating Diffuse\\n float NdotL = dot(float3(normal(0),normal(1),normal(2)),lightDir);\\n if (halfLambert) \\{ \\n NdotL = NdotL * 0.5 + 0.5; //Added option for half lambert\\n \\}\\n else\\n \\{\\n NdotL = min(1.0f,max(0.0f,NdotL));\\n \\}\\n\\n float diffuse = NdotL * (light_pos(i,j).w*diffuseMultiplier) / distance;\\n\\n\\n //Calculating Specular\\n float3 H = normalize(lightDir+viewDir);\\n float NdotH = dot(float3(normal(0),normal(1),normal(2)),H);\\n float intensity = pow(NdotH,specularHardness);\\n float specular = intensity * specularPower / distance;\\n\\n\\n SampleType(dst) sample(0.0f);\\n sample.x = max(0.0f,(diffuse+specular) * light_color(i,j).x);\\n sample.y = max(0.0f,(diffuse+specular) * light_color(i,j).y);\\n sample.z = max(0.0f, (diffuse+specular) * light_color(i,j).z);\\n sampleBase += sample;\\n \\}\\n \\}\\n \\}\\n\\n dst() = sampleBase+float4(0,0,0,pointPos(3)); //Reaplying Alpha\\n \\}\\n\\};\"\n useGPUIfAvailable false\n vectorize false\n rebuild \"\"\n \"blinnShader_Camera Position\" {{parent.Camera1.world_matrix.3} {parent.Camera1.world_matrix.7} {parent.Camera1.world_matrix.11}}\n \"blinnShader_Diffuse Multiplier\" 1.415\n \"blinnShader_Specular Power\" 15.15\n \"blinnShader_Specular Hardness\" 8.5\n rebuild_finalise \"\"\n name BlinkScript8\n selected true\n xpos -186\n ypos 575\n }\nset N4e00f9b0 [stack 0]\n Premult {\n name Premult1\n xpos -186\n ypos 718\n }\n Output {\n name Output1\n xpos -186\n ypos 785\n }\npush $N4e00f9b0\nend_group\nPostageStamp {\n name PostageStamp1\n selected true\n xpos 513\n ypos 1240\n postage_stamp true\n}\n" }, { "path": "NukeSurvivalToolkit/nk_files/NST_SSMesh_demo.nk", "content": "Root {\n inputs 0\n mapsize {0.03420523139 0.03513513514}\n frame 77\n format \"1280 720 0 0 1280 720 1 HD_720\"\n}\nBackdropNode {\n inputs 0\n name BackdropNode11\n tile_color 0x2a2a4bff\n label \"work with stabilized UV\"\n note_font_size 42\n xpos -1279\n ypos 1707\n bdwidth 2923\n bdheight 1592\n z_order 9\n}\nBackdropNode {\n inputs 0\n name BackdropNode15\n tile_color 0x2a2a4bff\n label \"use focus region\"\n note_font_size 42\n xpos -1272\n ypos 3537\n bdwidth 2905\n bdheight 1080\n z_order 9\n}\nBackdropNode {\n inputs 0\n name BackdropNode5\n tile_color 0x2a2a4bff\n label \"Data type supported\"\n note_font_size 42\n xpos -1273\n ypos -845\n bdwidth 2905\n bdheight 1080\n z_order 9\n}\nBackdropNode {\n inputs 0\n name BackdropNode8\n tile_color 0x2a2a4bff\n label \"distance clip\"\n note_font_size 42\n xpos -1272\n ypos 388\n bdwidth 2905\n bdheight 1080\n z_order 9\n}\nBackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0x7171c600\n label \"render with position world space\"\n note_font_size 42\n xpos -1112\n ypos -552\n bdwidth 606\n bdheight 615\n z_order 10\n}\nBackdropNode {\n inputs 0\n name BackdropNode10\n tile_color 0x7171c600\n label \"work with stabilized UV\\n(texturing / painting / mask)\"\n note_font_size 42\n xpos 151\n ypos 1847\n bdwidth 970\n bdheight 1257\n z_order 10\n}\nBackdropNode {\n inputs 0\n name BackdropNode14\n tile_color 0x7171c600\n note_font_size 42\n xpos -1114\n ypos 3717\n bdwidth 630\n bdheight 753\n z_order 10\n}\nBackdropNode {\n inputs 0\n name BackdropNode2\n tile_color 0x7171c600\n label \"render with position camera space\"\n note_font_size 42\n xpos -445\n ypos -549\n bdwidth 599\n bdheight 609\n z_order 10\n}\nBackdropNode {\n inputs 0\n name BackdropNode3\n tile_color 0x7171c600\n label \"render with zdepth\\n(normalized far=0, scanlineRender)\"\n note_font_size 42\n xpos 224\n ypos -548\n bdwidth 599\n bdheight 606\n z_order 10\n}\nBackdropNode {\n inputs 0\n name BackdropNode4\n tile_color 0x7171c600\n label \"render with deep / depth (direct)\"\n note_font_size 42\n xpos 907\n ypos -552\n bdwidth 599\n bdheight 606\n z_order 10\n}\nBackdropNode {\n inputs 0\n name BackdropNode6\n tile_color 0x7171c600\n label \"distance clip\\n(with color clipped)\"\n note_font_size 42\n xpos -1120\n ypos 657\n bdwidth 606\n bdheight 615\n z_order 10\n}\nBackdropNode {\n inputs 0\n name BackdropNode7\n tile_color 0x7171c600\n label \"distance clip\\n(without color clipped)\"\n note_font_size 42\n xpos -415\n ypos 658\n bdwidth 606\n bdheight 615\n z_order 10\n}\nBackdropNode {\n inputs 0\n name BackdropNode9\n tile_color 0x7171c600\n label \"work with stabilized UV\\n(texturing / painting / mask)\"\n note_font_size 42\n xpos -1118\n ypos 1839\n bdwidth 987\n bdheight 1243\n z_order 10\n}\nBackdropNode {\n inputs 0\n name BackdropNode12\n tile_color 0x373760ff\n label \"Do Texture work here\"\n note_font_size 42\n xpos -888\n ypos 2362\n bdwidth 408\n bdheight 311\n z_order 11\n}\nBackdropNode {\n inputs 0\n name BackdropNode13\n tile_color 0x373760ff\n label \"Do Texture work here\"\n note_font_size 42\n xpos 421\n ypos 2328\n bdwidth 397\n bdheight 345\n z_order 11\n}\nGroup {\n inputs 0\n name render_with_pworld\n xpos -816\n ypos -369\n postage_stamp true\n}\n Camera2 {\n inputs 0\n translate {{curve x1 -23.73355293 x50 1.828465939 x100 10.79810143} {curve x1 6.752248287 x50 13.82691669 x100 25.23773003} {curve x1 -3.158116341 x50 5.475767136 x100 -12.79232216}}\n rotate {{curve x1 30.63627052 x50 14.22963619 x100 -23.22279344} {curve x1 -44.94124796 x50 19.70681696 x100 76.6501109} {curve x1 0 x50 27.42004885 x100 13.36756642}}\n focal 24\n name Camera1\n xpos 241\n ypos -567\n }\n Dot {\n name Dot2\n xpos 351\n ypos -543\n }\nset N81983f90 [stack 0]\n Dot {\n name Dot3\n xpos 351\n ypos -428\n }\npush $N81983f90\n CheckerBoard2 {\n inputs 0\n name CheckerBoard1\n xpos 406\n ypos -928\n }\n Dot {\n name Dot1\n xpos 440\n ypos -814\n }\nset N8198ce40 [stack 0]\n Dot {\n name Dot5\n xpos 553\n ypos -814\n }\nset N8198f260 [stack 0]\n Dot {\n name Dot4\n xpos 693\n ypos -814\n }\n Multiply {\n channels rgb\n value {0 1 1 1}\n name Multiply3\n xpos 659\n ypos -756\n }\n Cube {\n rows 1\n columns 1\n separate_faces false\n translate {-7.849998951 18.14999962 -19.00000191}\n rotate {0 0 45.93192592}\n uniform_scale 7\n name Cube1\n xpos 659\n ypos -676\n }\npush $N8198f260\n Multiply {\n channels rgb\n value {1 0 1 1}\n name Multiply2\n xpos 519\n ypos -750\n }\n Sphere {\n translate {-15.00000191 16.45000076 -17.79999924}\n scaling {3.183291435 1 2.618715286}\n uniform_scale 2\n name Sphere1\n xpos 519\n ypos -670\n }\npush $N8198ce40\n Multiply {\n channels rgb\n value {1 1 0 1}\n name Multiply1\n xpos 406\n ypos -754\n }\n Cylinder {\n rows 1\n close_top true\n close_bottom true\n translate {-3.149999619 19.64999962 -13.89999866}\n rotate {52.26493538 0 32.53306187}\n scaling {1 4.216488838 1}\n uniform_scale 2\n name Cylinder1\n xpos 406\n ypos -673\n }\n Scene {\n inputs 4\n name Scene1\n xpos 416\n ypos -567\n }\n Reformat {\n inputs 0\n type \"to box\"\n box_width 1280\n box_height 720\n box_fixed true\n name Reformat1\n xpos 530\n ypos -431\n }\nadd_layer {pworld pworld.red pworld.green pworld.blue pworld.alpha}\n ScanlineRender {\n inputs 3\n conservative_shader_sampling false\n motion_vectors_type off\n MB_channel none\n output_shader_vectors true\n P_channel pworld\n name ScanlineRender1\n xpos 406\n ypos -431\n }\n Output {\n name Output1\n xpos 406\n ypos -331\n }\nend_group\nGroup {\n name SSMesh8\n tile_color 0x5c9e83ff\n label \"Geo Output\"\n xpos -816\n ypos -202\n addUserKnob {20 tab_general l General}\n addUserKnob {22 set_link l \"link to selected camera\" t \"Click to link selected camera by expression. This tool will get the focal, haperture and world matrix from selected camera to generate\" T \"def getLevel() :\\n\\t### level define ###\\n\\tif len(nuke.thisNode().fullName().split('.')) == 1 :\\n\\t\\t ggLevel = nuke.root()\\n\\telse :\\n\\t\\t nodePath = nuke.thisNode().fullName().split('.')\\n\\t\\t nodePath.pop()\\n\\t\\t ggLevel = nuke.toNode('.'.join(nodePath))\\n\\treturn ggLevel\\n\\nroot = getLevel()\\nthisGRP = nuke.thisGroup()\\n\\nmainKnobs = \\['world_matrix','cam_focal','cam_haperture','cam_win_translate','cam_win_scale','cam_winroll']\\ndefaultKnobs = \\{\\n\\t\\t\\t'world matrix' : 'world_matrix',\\n\\t\\t\\t'focal length' : 'focal',\\n\\t\\t\\t'horiz aperture' : 'haperture',\\n\\t\\t\\t'window translate' : 'win_translate',\\n\\t\\t\\t'window scale' : 'win_scale',\\n\\t\\t\\t'window roll' : 'winroll'\\n\\t\\t\\t\\}\\nselNodeKnobs = \\[]\\nmissingKnob = \\[]\\n\\ntry :\\n\\twith root :\\n\\t\\tselNode = nuke.selectedNode()\\n\\n\\tfor knob in selNode.knobs() :\\n\\t\\tselNodeKnobs.append( knob )\\n\\n\\tselNodeKnobs.sort()\\n\\n\\tfor key,value in defaultKnobs.items() :\\n\\t\\tif value not in selNodeKnobs :\\n\\t\\t\\tmissingKnob.append( key )\\n\\n\\tif not len(missingKnob) :\\n\\t\\twith root :\\n\\t\\t\\tCAMnode = selNode.name()\\n\\t\\t\\tthisGRP\\[mainKnobs\\[0]].setExpression('\\{0\\}.world_matrix'.format(CAMnode))\\n\\t\\t\\tthisGRP\\[mainKnobs\\[1]].setExpression('\\{0\\}.focal'.format(CAMnode))\\n\\t\\t\\tthisGRP\\[mainKnobs\\[2]].setExpression('\\{0\\}.haperture'.format(CAMnode))\\n\\t\\t\\tthisGRP\\[mainKnobs\\[3]].setExpression('\\{0\\}.win_translate'.format(CAMnode))\\n\\t\\t\\tthisGRP\\[mainKnobs\\[4]].setExpression('\\{0\\}.win_scale'.format(CAMnode))\\n\\t\\t\\tthisGRP\\[mainKnobs\\[5]].setExpression('\\{0\\}.winroll'.format(CAMnode))\\n\\telse :\\n\\t\\tp = nuke.Panel('Select knobs :')\\n\\t\\tp.addBooleanCheckBox( 'Unable to find the default knobs. Please use the pulldown menu below to define the knob manually.' , False)\\n\\t\\tfor rk in missingKnob :\\n\\t\\t\\tp.addEnumerationPulldown( rk, ' '.join( selNodeKnobs ) )\\n\\n\\t\\tif p.show() :\\n\\t\\t\\ttry :\\n\\t\\t\\t\\tfor key,value in defaultKnobs.items() :\\n\\t\\t\\t\\t\\tif p.value( key ) != None :\\n\\t\\t\\t\\t\\t\\tdefaultKnobs\\[key] = p.value( key )\\n\\t\\t\\texcept :\\n\\t\\t\\t\\tpass\\n\\n\\t\\t\\twith root :\\n\\t\\t\\t\\tCAMnode = selNode.name()\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[0]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['world matrix']))\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[1]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['focal length']))\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[2]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['horiz aperture']))\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[3]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['window translate']))\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[4]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['window scale']))\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[5]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['window roll']))\\nexcept :\\n\\tnuke.message('no node selected.')\" +STARTLINE}\n addUserKnob {22 remove_link l \"remove linked expression\" t \"Remove the linked camera expression but won't reset any data.\" -STARTLINE T \"thisGRP = nuke.thisGroup()\\nmainKnobs = \\['world_matrix','cam_focal','cam_haperture','cam_win_translate','cam_win_scale','cam_winroll']\\n\\nfor knob in thisGRP.knobs() :\\n\\tif mainKnobs.count(knob) != 0 :\\n\\t\\t thisGRP\\[knob].clearAnimated()\"}\n addUserKnob {20 cam_data_grp l \"CAMERA DATA\" n 1}\n cam_data_grp 0\n addUserKnob {7 cam_focal l \"focal length\" R 5 100}\n cam_focal {{Camera2.focal}}\n addUserKnob {7 cam_haperture l \"horiz aperture\" R 0.1 50}\n cam_haperture {{Camera2.haperture}}\n addUserKnob {30 cam_win_translate l \"window translate\"}\n cam_win_translate {{Camera2.win_translate} {Camera2.win_translate}}\n addUserKnob {30 cam_win_scale l \"window scale\"}\n cam_win_scale {{Camera2.win_scale} {Camera2.win_scale}}\n addUserKnob {7 cam_winroll l \"window roll\" R -45 45}\n cam_winroll {{Camera2.winroll}}\n addUserKnob {41 world_matrix l \"world matrix\" T cam_data.matrix}\n addUserKnob {20 endGroup_1 l endGroup n -1}\n addUserKnob {26 spacer_5 l \"\" +STARTLINE T
    }\n addUserKnob {26 title_basic l \"BASIC SETTING\"}\n addUserKnob {4 display l \"3D display\" t \"How to draw in 3D preview. The viewer can override this setting.\" M {off wireframe soild solid+wireframe textured textured+wireframe \"\" \"\" \"\"}}\n display textured\n addUserKnob {4 data_type l \"data type\" t \"data type\\nUsing one of these data to convert into 3D mesh.\\n\\nPosition\\nSupported world space or camera space position data.\\n\\nDepth (normalized far=0)\\nNormalized depth data, which is same as depth data output by ScanlineRender.\\n\\nDeep / Depth (direct)\\nRaw camera depth data. If using deep, need to convert DeepToImage first, and selected deep channel on 'channels' knob.\" M {\"position (world space)\" \"position (camera space)\" \"depth (normalized far=0)\" \"deep / depth (direct)\" \"\" \"\" \"\"}}\n addUserKnob {41 channels t \"Select which channel represented on selected data type.\" T shuffle_data.in}\n addUserKnob {6 unpm l unpremult t \"3D data pass should be unpremult with alpha before process.\" -STARTLINE}\n unpm true\n addUserKnob {26 spacer_4 l \"\" +STARTLINE T
    }\n addUserKnob {7 lod l \"mesh LOD\" t \"Level of Details\\n\\nIf this value set to 1.0, subdivision of the mesh 1:1 to the data available in the resolution. Which mean 1 face of the mesh equal to 1 pixel.\\n\\nIf this value set to 1.0, it will slow down the render process.\\n\\nHighly recommend to use 0.1 - 0.5 if high resolution mesh details is not concern.\"}\n lod 0.1\n addUserKnob {41 filter_size l \"filter size\" T DisplaceGeo.filter_size}\n addUserKnob {41 filter T DisplaceGeo.filter}\n addUserKnob {26 spacer_2 l \"\" +STARTLINE T
    }\n addUserKnob {26 title_drange l \"\" +STARTLINE T \"distance range\"}\n addUserKnob {7 drange_near l near t \"clip the mesh in the min value in terms of depth.\" R 0 10000}\n addUserKnob {7 drange_far l far t \"clip the mesh in the max value in terms of depth.\" R 0 10000}\n drange_far 30\n addUserKnob {6 clip_color l \"distance clip on color\" t \"Apply the distance clip on colored texture.\" +STARTLINE}\n clip_color true\n addUserKnob {26 spacer_3 l \"\" +STARTLINE T
    }\n addUserKnob {26 title_export l EXPORT}\n addUserKnob {41 file t \"only support *.abc file extension (alembric) .\" T WriteGeo.file}\n addUserKnob {22 export_geo l \"Export Geo\" T \"def exportGeo() :\\n\\twgeo = nuke.toNode('WriteGeo')\\n\\twgeo\\['Execute'].execute()\\n\\nthisGRP = nuke.thisGroup()\\nfilepath = thisGRP\\['file'].getValue()\\n\\nif not len(filepath) :\\n\\tnuke.message('file path is empty. Process denied.')\\nelif not filepath.split('.')\\[-1:]\\[0].lower() == 'abc' :\\n\\tif nuke.ask('File extension invalue. Only support render *.abc . Do you want this tool to fix it and process ?') :\\n\\t\\tthisGRP\\['file'].setValue( thisGRP\\['file'].getValue() + '.abc' )\\n\\t\\texportGeo()\\nelse :\\n\\texportGeo()\" +STARTLINE}\n addUserKnob {22 import_geo l \"Import Geo\" -STARTLINE T \"prefx = nuke.toNode('preferences')\\['GridWidth'].value()\\nthisGRP = nuke.thisGroup()\\ngoStore = nuke.toNode('store')\\ngoStore\\['fn'].execute()\\n\\nroot = getLevel()\\n\\nwith root :\\n\\trgeo = nuke.nodes.ReadGeo2( file=thisGRP\\['file'].getValue() )\\n\\trgeo.setXYpos( int( thisGRP\\['xpos'].getValue() + prefx ) , int( thisGRP\\['ypos'].getValue() ) )\"}\n addUserKnob {20 tab_misc l Miscellaneous}\n addUserKnob {26 title_focus_region l \"FOCUS REGION\"}\n addUserKnob {41 use_focus_region l \"use focus region\" t \"use focus region to generate SSMesh in specific area. Save resources and possible to work with high LOD mesh.\" T menu2.use_focus_region}\n addUserKnob {15 focus_region l \"focus region\" t \"Set focus region in screen space. These values are 2D coordinate.\" +DISABLED}\n focus_region {0 0 1280 720}\n addUserKnob {26 spacer_1 l \"\" +STARTLINE T
    }\n addUserKnob {3 fregion_ref_frame l \"ref frame\" t \"set reference frame for tracking focus region. 'focus region' & 'define z' will apply on this reference frame and process the tracking.\" +DISABLED}\n fregion_ref_frame 1\n addUserKnob {22 fregion_set_frame l \"set current frame\" t \"set current frame for focus region reference frame.\" -STARTLINE +DISABLED T \"nuke.thisGroup()\\['fregion_ref_frame'].setValue( nuke.frame() )\"}\n addUserKnob {12 sample_point l \"sample position\" t \"Toggle 'sample z' in 2D to enable this 2D sample coordinate.\" +DISABLED}\n addUserKnob {22 sample_z_toggle l \"sample z in 2D\" t \"'sample z' is only works for sample value purpose. After sample is done, must turn off sample function.\" -STARTLINE +DISABLED T \"thisGRP = nuke.thisGroup()\\nszstatus = thisGRP\\['sample_z_status'].value()\\n\\nstatus = \\['\\[ OFF ]','\\[ ON ]']\\n\\nif szstatus == status\\[0] :\\n\\tthisGRP\\['sample_z_status'].setValue( status\\[1] )\\n\\tthisGRP\\['sample_point'].setEnabled(True)\\n\\tthisGRP\\['updateUI'].setValue(\\\"goStore = nuke.toNode(\\\\'store\\\\')\\\\ngoStore\\[\\\\'fn\\\\'].execute()\\\\nsample2d()\\\")\\nelse :\\n\\tthisGRP\\['sample_z_status'].setValue( status\\[0] )\\n\\tthisGRP\\['sample_point'].setEnabled(False)\\n\\tthisGRP\\['updateUI'].setValue('')\"}\n addUserKnob {26 sample_z_status l \"\" -STARTLINE +DISABLED T \"\\[ OFF ]\"}\n addUserKnob {7 fregion_define_z l \"define z\" t \"Define the z value on reference frame. Can use 'sample z in 2D' to get this value.\" +DISABLED R 0 10000}\n addUserKnob {22 track_focus_region l \"\\[ track focus region ]\" t \"Use the set focus region on reference frame to track with camera in 3D space.\\n\\n* project setting need to be same as image resolution to get the correct result.\" +DISABLED T \"rootST = int( nuke.root()\\['first_frame'].getValue() )\\nrootED = int( nuke.root()\\['last_frame'].getValue() )\\n\\ngetFrame = nuke.getFramesAndViews( 'frame range', str( rootST ) + '-' + str( rootED ) )\\n\\ntry :\\n\\tframeST = int( getFrame\\[0].replace( ' ' , '' ).split('-')\\[0] )\\n\\tframeED = int( getFrame\\[0].replace( ' ' , '' ).split('-')\\[1] )\\n\\n\\tthisGRP = nuke.thisGroup()\\n\\trefframe = int( thisGRP\\['fregion_ref_frame'].getValue() )\\n\\tcam = nuke.toNode('cam_data')\\n\\tpt1 = nuke.toNode('left_pt')\\['translate'].getValue()\\n\\tpt2 = nuke.toNode('right_pt')\\['translate'].getValue()\\n\\n\\tct_hack = nuke.nodes.CurveTool()\\n\\n\\twith nuke.root() :\\n\\n\\t\\tif frameED - frameST != 0 :\\n\\t\\t\\tthisGRP\\['focus_region'].clearAnimated()\\n\\t\\t\\ttempbuffer1 = thisGRP\\['focus_region'].getValue()\\n\\t\\t\\tthisGRP\\['focus_region'].setAnimated()\\n\\t\\t\\tthisGRP\\['focus_region'].setValueAt( tempbuffer1\\[0] , refframe , 0 )\\n\\t\\t\\tthisGRP\\['focus_region'].setValueAt( tempbuffer1\\[1] , refframe , 1 )\\n\\t\\t\\tthisGRP\\['focus_region'].setValueAt( tempbuffer1\\[2] , refframe , 2 )\\n\\t\\t\\tthisGRP\\['focus_region'].setValueAt( tempbuffer1\\[3] , refframe , 3 )\\n\\n\\t\\tfor trackframe in range( frameST, frameED+1 , 1 ) :\\n\\t\\t\\tnuke.execute( ct_hack, trackframe, trackframe )\\n\\t\\t\\tthisGRP\\['focus_region'].setValueAt( nukescripts.snap3d.projectPoint( cam, pt1 )\\[0] , trackframe , 0 )\\n\\t\\t\\tthisGRP\\['focus_region'].setValueAt( nukescripts.snap3d.projectPoint( cam, pt1 )\\[1] , trackframe , 1 )\\n\\t\\t\\tthisGRP\\['focus_region'].setValueAt( nukescripts.snap3d.projectPoint( cam, pt2 )\\[0] , trackframe , 2 )\\n\\t\\t\\tthisGRP\\['focus_region'].setValueAt( nukescripts.snap3d.projectPoint( cam, pt2 )\\[1] , trackframe , 3 )\\n\\n\\tnuke.delete( ct_hack )\\nexcept :\\n pass\" +STARTLINE}\n addUserKnob {26 spacer_6 l \"\" +STARTLINE T
    }\n addUserKnob {20 grp_crop_preview l \"3D crop preview\" +DISABLED n 1}\n grp_crop_preview 0\n addUserKnob {6 show_crop l \"show crop point\" t \"It will show 2 spheres for the crop in 3D space. They set in the place which is where you set the focus region in screen space and defined by z.\" +DISABLED +STARTLINE}\n addUserKnob {7 crop_point_scale l scale t \"Scale the preview crop points (spheres).\" +DISABLED}\n crop_point_scale 0.3\n addUserKnob {18 crop_point_color l color t \"change color of the crop points (spheres).\" +DISABLED}\n crop_point_color 1\n addUserKnob {6 crop_point_color_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 crop_point_color_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 crop_point_color_panelDropped_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 crop_point_color_panelDropped_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 crop_point_color_panelDropped_1_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 crop_point_color_panelDropped_1_1_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 crop_point_color_panelDropped_1_1_1_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 crop_point_color_panelDropped_1_1_1_1_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 crop_point_color_panelDropped_1_1_1_1_1_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {20 endGroup n -1}\n addUserKnob {26 spacer l \"\" +STARTLINE T
    }\n addUserKnob {26 title_uv l UV}\n addUserKnob {41 uv_stabilize l \"uv stabilize\" t \"Turn this on if you need to stabilize in UV space. During UV stabilize on, the geo will not be animated. Set reference frame under 'mesh ref frame'.\" T menu1.uv_stabilize}\n addUserKnob {3 uv_ref_frame l \"mesh ref frame\" t \"Select the frame number that will have identity geo shaped for UV texturing.\" +DISABLED}\n uv_ref_frame 1001\n addUserKnob {22 uv_set_frame l \"set current frame\" -STARTLINE +DISABLED T \"nuke.thisGroup()\\['uv_ref_frame'].setValue( nuke.frame() )\"}\n addUserKnob {6 black_outside l \"black outside\" t \"black outside the UV texture.\" +DISABLED +STARTLINE}\n black_outside true\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T 1.3}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2019-11-08}\n addUserKnob {26 l_CHANGELOG l Changelog T \"1.3\\n- camera window supported\\n- anamophic project supported\\n- fix the conflict of 'force region' and 'UV stabilize'.\\n can use both at the same time now.\\n\\n1.2\\n- removed unuse camera link knobs\\n- added focus region, so mesh can be\\n form in specific area/object to save\\n resources for higher LOD\\n\\n1.1\\n- fix the missing line on 'Export Geo' \\n button\\n\\n1.0\\n- create mesh/geo in screen space\\n using position/depth/deep data\"}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n}\n BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0xff\n label \"don't touch\"\n note_font_size 32\n xpos -1142\n ypos -169\n bdwidth 202\n bdheight 478\n }\n BackdropNode {\n inputs 0\n name BackdropNode2\n tile_color 0x4c4c4cff\n label bin\n note_font_size 32\n xpos -899\n ypos -170\n bdwidth 200\n bdheight 280\n }\n Input {\n inputs 0\n name img\n xpos -100\n ypos -184\n }\n Dot {\n name img_dot\n xpos -66\n ypos -83\n }\nset N6a09e790 [stack 0]\n Dot {\n name Dot3\n xpos 758\n ypos -83\n }\nset N5a77e6c0 [stack 0]\n Shuffle {\n in pworld\n in2 alpha\n alpha red2\n name shuffle_data\n label \"\\[value in]\"\n xpos 724\n ypos -32\n }\n Unpremult {\n name Unpremult_data\n xpos 724\n ypos 62\n disable {{!parent.unpm}}\n }\n Dot {\n name Dot5\n xpos 758\n ypos 700\n }\nset N5022cf20 [stack 0]\n Dot {\n name Dot6\n xpos 928\n ypos 700\n }\nset N831fb820 [stack 0]\n Dot {\n name Dot7\n xpos 1106\n ypos 700\n }\nset N831832b0 [stack 0]\n Dot {\n name Dot8\n xpos 1260\n ypos 700\n }\n Expression {\n temp_name0 dvalue\n temp_expr0 red\n temp_name1 xpos\n temp_expr1 \"( ( x + 0.5 ) / input.width - 0.5 ) * \\[value global_math.hratio] * abs( dvalue )\"\n temp_name2 ypos\n temp_expr2 \"( ( y + 0.5 ) / input.height - 0.5 ) * ( \\[value global_math.hratio] * abs( dvalue ) * ( img_dot.height / img_dot.width ) ) * 1 / \\[value format.pixel_aspect]\"\n temp_name3 zpos\n temp_expr3 \"- dvalue\"\n expr0 \"( xpos * \\[value fb_data.world_matrix.0] + ypos * \\[value fb_data.world_matrix.1] ) * \\[value fb_data.win_scale.u] + ( \\[value global_math.hratio] * abs(zpos) * \\[value fb_data.win_translate.u] / 2 )\"\n expr1 \"( xpos * \\[value fb_data.world_matrix.4] + ypos * \\[value fb_data.world_matrix.5] ) * \\[value fb_data.win_scale.v] + ( \\[value global_math.hratio] * abs(zpos) * \\[value fb_data.win_translate.v] / 2 )\"\n expr2 zpos\n name Expression9\n xpos 1226\n ypos 774\n }\n Dot {\n name Dot16\n xpos 1260\n ypos 889\n }\npush $N831832b0\n Expression {\n temp_name0 dvalue\n temp_expr0 \"1 / red\"\n temp_name1 xpos\n temp_expr1 \"( ( x + 0.5 ) / input.width - 0.5 ) * \\[value global_math.hratio] * abs( dvalue )\"\n temp_name2 ypos\n temp_expr2 \"( ( y + 0.5 ) / input.height - 0.5 ) * ( \\[value global_math.hratio] * abs( dvalue ) * ( img_dot.height / img_dot.width ) ) * 1 / \\[value format.pixel_aspect]\"\n temp_name3 zpos\n temp_expr3 \"- dvalue\"\n expr0 \"( xpos * \\[value fb_data.world_matrix.0] + ypos * \\[value fb_data.world_matrix.1] ) * \\[value fb_data.win_scale.u] + ( \\[value global_math.hratio] * abs(zpos) * \\[value fb_data.win_translate.u] / 2 )\"\n expr1 \"( xpos * \\[value fb_data.world_matrix.4] + ypos * \\[value fb_data.world_matrix.5] ) * \\[value fb_data.win_scale.v] + ( \\[value global_math.hratio] * abs(zpos) * \\[value fb_data.win_translate.v] / 2 )\"\n expr2 zpos\n name Expression6\n xpos 1072\n ypos 774\n }\n Dot {\n name Dot17\n xpos 1106\n ypos 863\n }\npush $N831fb820\n Expression {\n expr2 -blue\n name Expression7\n label \"fix z\"\n xpos 894\n ypos 774\n }\n Dot {\n name Dot18\n xpos 928\n ypos 876\n }\npush $N5022cf20\n Expression {\n temp_name0 nx\n temp_expr0 \"red - cam_data.world_matrix.3\"\n temp_name1 ny\n temp_expr1 \"green - cam_data.world_matrix.7\"\n temp_name2 nz\n temp_expr2 \"blue - cam_data.world_matrix.11\"\n expr0 \"nx * \\[value inverseMatrix.invMatrix.0] + ny * \\[value inverseMatrix.invMatrix.1] + nz * \\[value inverseMatrix.invMatrix.2]\"\n expr1 \"nx * \\[value inverseMatrix.invMatrix.3] + ny * \\[value inverseMatrix.invMatrix.4] + nz * \\[value inverseMatrix.invMatrix.5]\"\n expr2 \"nx * \\[value inverseMatrix.invMatrix.6] + ny * \\[value inverseMatrix.invMatrix.7] + nz * \\[value inverseMatrix.invMatrix.8]\"\n name Expression3\n label \"position invert\"\n xpos 724\n ypos 774\n }\n Switch {\n inputs 4\n which {{parent.data_type}}\n name Switch1\n xpos 724\n ypos 984\n }\n Dot {\n name Dot13\n xpos 758\n ypos 1113\n }\nset N5a492f40 [stack 0]\n Dot {\n name sam_dot\n xpos 551\n ypos 1113\n }\n NoOp {\n inputs 0\n name menu1\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nif thisGRP\\['uv_stabilize'].getValue() == 1 :\\n thisGRP\\['uv_ref_frame'].setEnabled(True)\\n thisGRP\\['uv_set_frame'].setEnabled(True)\\n thisGRP\\['black_outside'].setEnabled(True)\\nelse :\\n thisGRP\\['uv_ref_frame'].setEnabled(False)\\n thisGRP\\['uv_set_frame'].setEnabled(False)\\n thisGRP\\['black_outside'].setEnabled(False)\\n\"\n xpos -1085\n ypos -42\n addUserKnob {20 User}\n addUserKnob {6 uv_stabilize l \"uv stabilize\" +STARTLINE}\n }\n NoOp {\n inputs 0\n name menu2\n onCreate \"\\nthisGRP = nuke.thisGroup()\\nfregion_knobs = \\['focus_region','fregion_define_z','sample_z_toggle','sample_z_status','sample_point','fregion_ref_frame','fregion_set_frame','track_focus_region','grp_crop_preview','show_crop','crop_point_scale','crop_point_color']\\n\\nthisGRP\\[fregion_knobs\\[4]].setEnabled(True)\\n\\nif thisGRP\\['use_focus_region'].getValue() == 0 :\\n for i in fregion_knobs :\\n thisGRP\\[i].setEnabled(False)\\n thisGRP\\[fregion_knobs\\[3]].setValue( '\\[ OFF ]' )\\n thisGRP\\['updateUI'].setValue('')\\n nuke.toNode('material_switch')\\['disable'].setValue(0)\\nelse :\\n for i in fregion_knobs :\\n if i != 'sample_point' :\\n thisGRP\\[i].setEnabled(True)\\n else :\\n thisGRP\\[i].setEnabled(False)\\n nuke.toNode('material_switch')\\['disable'].setValue(1)\\n\"\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nfregion_knobs = \\['focus_region','fregion_define_z','sample_z_toggle','sample_z_status','sample_point','fregion_ref_frame','fregion_set_frame','track_focus_region','grp_crop_preview','show_crop','crop_point_scale','crop_point_color']\\n\\nif thisGRP\\['use_focus_region'].getValue() == 0 :\\n for i in fregion_knobs :\\n thisGRP\\[i].setEnabled(False)\\n thisGRP\\[fregion_knobs\\[3]].setValue( '\\[ OFF ]' )\\n thisGRP\\['updateUI'].setValue('')\\n nuke.toNode('material_switch')\\['disable'].setValue(0)\\nelse :\\n for i in fregion_knobs :\\n if i != 'sample_point' :\\n thisGRP\\[i].setEnabled(True)\\n nuke.toNode('material_switch')\\['disable'].setValue(1)\\n\"\n xpos -1085\n ypos 25\n addUserKnob {20 User}\n addUserKnob {6 use_focus_region l \"use focus region\" +STARTLINE}\n }\n Camera {\n inputs 0\n display off\n selectable false\n useMatrix true\n matrix {\n {{Camera2.world_matrix} {Camera2.world_matrix} {Camera2.world_matrix} {Camera2.world_matrix}}\n {{Camera2.world_matrix} {Camera2.world_matrix} {Camera2.world_matrix} {Camera2.world_matrix}}\n {{Camera2.world_matrix} {Camera2.world_matrix} {Camera2.world_matrix} {Camera2.world_matrix}}\n {{Camera2.world_matrix} {Camera2.world_matrix} {Camera2.world_matrix} {Camera2.world_matrix}}\n }\n focal {{parent.cam_focal}}\n haperture {{cam_haperture}}\n name cam_data\n xpos -335\n ypos 2204\n }\npush $N5a492f40\n Expression {\n temp_name0 unpremultA\n temp_expr0 \"alpha * ( 1 / alpha )\"\n temp_name1 max\n temp_expr1 blue\n expr3 \"abs( max ) < \\[value parent.drange_near] || abs( max ) > \\[value parent.drange_far] ? 0 : isnan(unpremultA) ? 0 : unpremultA\"\n name Expression1\n label \"distance crop\"\n xpos 724\n ypos 1244\n }\n Premult {\n name Premult1\n xpos 724\n ypos 1332\n }\n Dot {\n name Dot9\n xpos 758\n ypos 1640\n }\nset N5a4a2a00 [stack 0]\npush $N6a09e790\n Dot {\n name Dot10\n xpos -66\n ypos 1552\n }\nset N6a5a4250 [stack 0]\n Unpremult {\n name Unpremult1\n xpos 48\n ypos 1549\n }\n Merge2 {\n inputs 2\n operation mask\n name Merge2\n xpos 48\n ypos 1637\n }\n Premult {\n name Premult3\n xpos 48\n ypos 1719\n }\npush $N6a5a4250\n Switch {\n inputs 2\n which {{parent.clip_color}}\n name Switch2\n xpos -100\n ypos 1828\n }\n Project3D2 {\n inputs 2\n crop {{parent.black_outside}}\n name Project3D2\n xpos -100\n ypos 2224\n }\npush $N5a77e6c0\n Dot {\n name Dot2\n xpos 1576\n ypos -84\n }\n Shuffle {\n red black\n green black\n blue black\n alpha black\n name Shuffle1\n label \"\\[value in]\"\n xpos 1542\n ypos 30\n }\n Remove {\n name Remove1\n xpos 1542\n ypos 118\n }\n Reformat {\n type scale\n black_outside true\n name Reformat1\n xpos 1542\n ypos 212\n }\n Expression {\n temp_name0 xpos\n temp_expr0 \"( ( x + 0.5 ) / input.width - 0.5) * \\[value global_math.hratio] * abs( \\[value parent.drange_far] )\"\n temp_name1 ypos\n temp_expr1 \"( ( y + 0.5 ) / input.height -0.5 ) * ( \\[value global_math.hratio] * abs( \\[value parent.drange_far] ) * ( img_dot.height / img_dot.width ) ) * 1 / \\[value format.pixel_aspect]\"\n temp_name2 zpos\n temp_expr2 \"-\\[value parent.drange_far]\"\n expr0 \"( xpos * \\[value fb_data.world_matrix.0] + ypos * \\[value fb_data.world_matrix.1] ) * \\[value fb_data.win_scale.u] + ( \\[value global_math.hratio] * abs(zpos) * \\[value fb_data.win_translate.u] / 2 )\"\n expr1 \"( xpos * \\[value fb_data.world_matrix.4] + ypos * \\[value fb_data.world_matrix.5] ) * \\[value fb_data.win_scale.v] + ( \\[value global_math.hratio] * abs(zpos) * \\[value fb_data.win_translate.v] / 2 )\"\n expr2 zpos\n name Expression8\n xpos 1542\n ypos 845\n }\n ColorMatrix {\n matrix {\n {{cam_data.world_matrix.0} {cam_data.world_matrix.1} {cam_data.world_matrix.2}}\n {{cam_data.world_matrix.4} {cam_data.world_matrix.5} {cam_data.world_matrix.6}}\n {{cam_data.world_matrix.8} {cam_data.world_matrix.9} {cam_data.world_matrix.10}}\n }\n name ColorMatrix1\n xpos 1542\n ypos 970\n }\n Add {\n channels rgb\n value {{cam_data.world_matrix.3} {cam_data.world_matrix.7} {cam_data.world_matrix.11} 0}\n name Add1\n xpos 1542\n ypos 1052\n }\n Crop {\n box {{store.fregion} {store.fregion} {store.fregion} {store.fregion}}\n reformat true\n crop false\n name Crop1\n xpos 1542\n ypos 1476\n disable {{!parent.use_focus_region}}\n }\n Dot {\n name Dot4\n xpos 1576\n ypos 2402\n }\npush $N5a4a2a00\n Crop {\n box {{store.fregion} {store.fregion} {store.fregion} {store.fregion}}\n reformat true\n crop false\n name Crop4\n selected true\n xpos 724\n ypos 1714\n disable {{!parent.use_focus_region}}\n }\n Unpremult {\n name Unpremult3\n xpos 724\n ypos 1851\n }\n Expression {\n temp_name0 nx\n temp_expr0 red\n temp_name1 ny\n temp_expr1 green\n temp_name2 nz\n temp_expr2 blue\n expr0 \"( nx * \\[value cam_data.world_matrix.0] + ny * \\[value cam_data.world_matrix.1] + nz * \\[value cam_data.world_matrix.2] ) + \\[value cam_data.world_matrix.3]\"\n expr1 \"( nx * \\[value cam_data.world_matrix.4] + ny * \\[value cam_data.world_matrix.5] + nz * \\[value cam_data.world_matrix.6] ) + \\[value cam_data.world_matrix.7]\"\n expr2 \"( nx * \\[value cam_data.world_matrix.8] + ny * \\[value cam_data.world_matrix.9] + nz * \\[value cam_data.world_matrix.10] ) + \\[value cam_data.world_matrix.11]\"\n name Expression4\n label \"position revert\"\n xpos 724\n ypos 1933\n }\n Premult {\n name Premult2\n xpos 724\n ypos 2027\n }\n Merge2 {\n inputs 2\n operation under\n name Merge1\n xpos 724\n ypos 2398\n }\n Card {\n inputs 0\n image_aspect false\n rows {{\"img_dot.height * parent.lod\"}}\n columns {{\"img_dot.width * parent.lod\"}}\n name ssmesh\n xpos 343\n ypos 2317\n }\n DisplaceGeo {\n inputs 2\n source \"rgb absolute\"\n scale 1\n filter_size 1\n name DisplaceGeo\n xpos 343\n ypos 2399\n }\n FrameHold {\n first_frame {{parent.uv_ref_frame}}\n name FrameHold\n xpos 343\n ypos 2479\n disable {{!parent.uv_stabilize}}\n }\n ApplyMaterial {\n inputs 2\n name ApplyMaterial1\n xpos -100\n ypos 2483\n }\n Scene {\n display {{parent.display}}\n name gl_scene\n xpos -90\n ypos 3072\n }\nset N50253b80 [stack 0]\n WriteGeo {\n file_type abc\n name WriteGeo\n xpos 120\n ypos 3093\n }\n Axis {\n inputs 0\n display off\n selectable false\n translate {{\"( global_math.pt2.x * cam_data.world_matrix.0(parent.fregion_ref_frame) + global_math.pt2.y * cam_data.world_matrix.1(parent.fregion_ref_frame) + global_math.pt2.z * cam_data.world_matrix.2(parent.fregion_ref_frame) ) + cam_data.world_matrix.3(parent.fregion_ref_frame)\"} {\"( global_math.pt2.x * cam_data.world_matrix.4(parent.fregion_ref_frame) + global_math.pt2.y * cam_data.world_matrix.5(parent.fregion_ref_frame) + global_math.pt2.z * cam_data.world_matrix.6(parent.fregion_ref_frame) ) + cam_data.world_matrix.7(parent.fregion_ref_frame)\"} {\"( global_math.pt2.x * cam_data.world_matrix.8(parent.fregion_ref_frame) + global_math.pt2.y * cam_data.world_matrix.9(parent.fregion_ref_frame) + global_math.pt2.z * cam_data.world_matrix.10(parent.fregion_ref_frame) ) + cam_data.world_matrix.11(parent.fregion_ref_frame)\"}}\n name right_pt\n xpos -600\n ypos 3218\n }\n CheckerBoard2 {\n inputs 0\n format \"256 256 0 0 256 256 1 square_256\"\n name CheckerBoard1\n xpos -789\n ypos 2694\n }\n Multiply {\n channels rgb\n value {{parent.crop_point_color.r} {parent.crop_point_color.g} {parent.crop_point_color.b} 1}\n name Multiply\n xpos -789\n ypos 2822\n }\n Clamp {\n channels rgba\n name Clamp1\n xpos -789\n ypos 2905\n }\n Sphere {\n selectable false\n cast_shadow false\n receive_shadow false\n rows 10\n columns 10\n uniform_scale {{parent.crop_point_scale}}\n name Sphere1\n xpos -789\n ypos 2987\n disable {{!show_crop}}\n }\n Dot {\n name Dot24\n xpos -755\n ypos 3065\n }\nset N4a72f9f0 [stack 0]\n Dot {\n name Dot25\n xpos -456\n ypos 3065\n }\n TransformGeo {\n inputs 2\n selectable false\n name TransformGeo2\n xpos -490\n ypos 3238\n }\n Axis {\n inputs 0\n display off\n selectable false\n translate {{\"( global_math.pt1.x * cam_data.world_matrix.0(parent.fregion_ref_frame) + global_math.pt1.y * cam_data.world_matrix.1(parent.fregion_ref_frame) + global_math.pt1.z * cam_data.world_matrix.2(parent.fregion_ref_frame) ) + cam_data.world_matrix.3(parent.fregion_ref_frame)\"} {\"( global_math.pt1.x * cam_data.world_matrix.4(parent.fregion_ref_frame) + global_math.pt1.y * cam_data.world_matrix.5(parent.fregion_ref_frame) + global_math.pt1.z * cam_data.world_matrix.6(parent.fregion_ref_frame) ) + cam_data.world_matrix.7(parent.fregion_ref_frame)\"} {\"( global_math.pt1.x * cam_data.world_matrix.8(parent.fregion_ref_frame) + global_math.pt1.y * cam_data.world_matrix.9(parent.fregion_ref_frame) + global_math.pt1.z * cam_data.world_matrix.10(parent.fregion_ref_frame) ) + cam_data.world_matrix.11(parent.fregion_ref_frame)\"}}\n name left_pt\n xpos -899\n ypos 3220\n }\npush $N4a72f9f0\n TransformGeo {\n inputs 2\n selectable false\n name TransformGeo1\n xpos -789\n ypos 3240\n }\n Scene {\n inputs 2\n selectable false\n name Scene1\n xpos -480\n ypos 3395\n }\n ApplyMaterial {\n display off\n selectable false\n render_mode off\n name material_switch\n xpos -490\n ypos 3523\n }\npush $N50253b80\n Scene {\n inputs 2\n name Scene2\n xpos -90\n ypos 3502\n }\n Output {\n name Output1\n xpos -100\n ypos 4030\n }\n Group {\n inputs 0\n name inverseMatrix\n tile_color 0x337f4cff\n xpos 576\n ypos 780\n addUserKnob {20 tab_general l General}\n addUserKnob {1 knob_path}\n knob_path cam_data.world_matrix\n addUserKnob {26 \"\"}\n addUserKnob {41 id T id_assign.matrix}\n addUserKnob {26 \"\"}\n addUserKnob {7 determinant}\n determinant {{\"\\[value \\[value knob_path].\\[value id.0]] * ((\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.8]]) - (\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.7]])) - \\[value \\[value knob_path].\\[value id.1]] * ((\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.8]]) - (\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.6]])) + \\[value \\[value knob_path].\\[value id.2]] * ((\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.7]])-(\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.6]]))\"}}\n addUserKnob {26 \"\"}\n addUserKnob {41 cofactor T mtx_cofactor.matrix}\n addUserKnob {26 \"\"}\n addUserKnob {41 invMatrix T matrix_output.matrix}\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T 1.0}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2011-11-28}\n addUserKnob {26 l_CHANGELOG l Changelog T \"v1.0\\n- reveal the calculate output of \\n inverse matrix which is c44matrix\\n and colormatrix doesn't show\\n \"}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n }\n Matrix {\n inputs 0\n matrix {\n {0 1 2}\n {4 5 6}\n {8 9 10}\n }\n name id_assign\n xpos -12\n ypos 33\n }\n Matrix {\n inputs 0\n matrix {\n {{\"(\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.8]]) - (\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.7]])\"} {\"(\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.2]]) - (\\[value \\[value knob_path].\\[value id.8]]*\\[value \\[value knob_path].\\[value id.1]])\"} {\"(\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.5]]) - (\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.4]])\"}}\n {{\"(\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.6]]) - (\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.8]])\"} {\"(\\[value \\[value knob_path].\\[value id.8]]*\\[value \\[value knob_path].\\[value id.0]]) - (\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.2]])\"} {\"(\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.3]]) - (\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.5]])\"}}\n {{\"(\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.7]]) - (\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.6]])\"} {\"(\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.1]]) - (\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.0]])\"} {\"(\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.4]]) - (\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.3]])\"}}\n }\n name mtx_cofactor\n xpos 86\n ypos 32\n }\n Matrix {\n inputs 0\n matrix {\n {{\"cofactor.0 == 0 || determinant == 0 ? 0 : cofactor.0/determinant\"} {\"cofactor.1 == 0 || determinant == 0 ? 0 : cofactor.1/determinant\"} {\"cofactor.2 == 0 || determinant == 0 ? 0 : cofactor.2/determinant\"}}\n {{\"cofactor.3 == 0 || determinant == 0 ? 0 : cofactor.3/determinant\"} {\"cofactor.4 == 0 || determinant == 0 ? 0 : cofactor.4/determinant\"} {\"cofactor.5 == 0 || determinant == 0 ? 0 : cofactor.5/determinant\"}}\n {{\"cofactor.6 == 0 || determinant == 0 ? 0 : cofactor.6/determinant\"} {\"cofactor.7 == 0 || determinant == 0 ? 0 : cofactor.7/determinant\"} {\"cofactor.8 == 0 || determinant == 0 ? 0 : cofactor.8/determinant\"}}\n }\n name matrix_output\n xpos 186\n ypos 33\n }\n end_group\n Camera {\n inputs 0\n rotate {0 0 {-parent.cam_winroll}}\n win_translate {{parent.cam_win_translate} {parent.cam_win_translate}}\n win_scale {{parent.cam_win_scale} {parent.cam_win_scale}}\n name fb_data\n xpos -340\n ypos 2087\n }\n NoOp {\n inputs 0\n name store\n xpos -843\n ypos 28\n addUserKnob {20 User}\n addUserKnob {22 fn T \"### level define ###\\n\\ndef getLevel() :\\n\\tif len(nuke.thisNode().fullName().split('.')) == 1 :\\n\\t\\tggLevel = nuke.root()\\n\\telse :\\n\\t\\tnodePath = nuke.thisNode().fullName().split('.')\\n\\t\\tnodePath.pop()\\n\\t\\tggLevel = nuke.toNode('.'.join(nodePath))\\n\\treturn ggLevel\\n\\n### sample z in 2D ###\\n\\ndef sample2d() :\\n\\tthisGRP = nuke.thisGroup()\\n\\tif thisGRP\\['sample_z_status'].value() == '\\[ ON ]' :\\n\\t\\tsam_co = thisGRP\\['sample_point'].getValue()\\n\\t\\tzdata = nuke.toNode('sam_dot').sample('blue', sam_co\\[0], sam_co\\[1]) * -1\\n\\t\\tthisGRP\\['fregion_define_z'].setValue( zdata )\" +STARTLINE}\n addUserKnob {15 fregion}\n fregion {{parent.focus_region} {parent.focus_region} {parent.focus_region} {parent.focus_region}}\n }\n NoOp {\n inputs 0\n name global_math\n xpos -842\n ypos -43\n addUserKnob {20 User}\n addUserKnob {7 hratio}\n hratio {{\"cam_data.haperture / cam_data.focal\"}}\n addUserKnob {7 maxwidth}\n maxwidth {{\"hratio * parent.fregion_define_z\"}}\n addUserKnob {7 maxheight}\n maxheight {{\"hratio * parent.fregion_define_z * ( img_dot.height / img_dot.width )\"}}\n addUserKnob {13 pt1}\n pt1 {{\"( ( ( maxwidth * ( parent.focus_region.x(parent.fregion_ref_frame) / img_dot.width) ) - ( maxwidth / 2 ) ) * fb_data.world_matrix.0 + ( ( ( maxheight * ( parent.focus_region.y(parent.fregion_ref_frame) / img_dot.height ) ) - ( maxheight / 2 ) ) * 1 / \\[value root.format.pixel_aspect] ) * fb_data.world_matrix.1 ) * fb_data.win_scale.u + ( hratio * abs(parent.fregion_define_z) * fb_data.win_translate.u /2 )\"} {\"( ( ( maxwidth * ( parent.focus_region.x(parent.fregion_ref_frame) / img_dot.width) ) - ( maxwidth / 2 ) ) * fb_data.world_matrix.4 + \\n( ( ( maxheight * ( parent.focus_region.y(parent.fregion_ref_frame) / img_dot.height ) ) - ( maxheight / 2 ) ) * 1 / \\[value root.format.pixel_aspect] ) * fb_data.world_matrix.5 ) * fb_data.win_scale.v + ( hratio * abs(parent.fregion_define_z) * fb_data.win_translate.v /2 )\"} {-parent.fregion_define_z}}\n addUserKnob {13 pt2}\n pt2 {{\"( ( ( maxwidth * ( parent.focus_region.r(parent.fregion_ref_frame) / img_dot.width) ) - ( maxwidth / 2 ) ) * fb_data.world_matrix.0 + ( ( ( maxheight * ( parent.focus_region.t(parent.fregion_ref_frame) / img_dot.height ) ) - ( maxheight / 2 ) ) * 1 / \\[value root.format.pixel_aspect] ) * fb_data.world_matrix.1 ) * fb_data.win_scale.u + ( hratio * abs(parent.fregion_define_z) * fb_data.win_translate.u /2 )\"} {\"( ( ( maxwidth * ( parent.focus_region.r(parent.fregion_ref_frame) / img_dot.width) ) - ( maxwidth / 2 ) ) * fb_data.world_matrix.4 + ( ( ( maxheight * ( parent.focus_region.t(parent.fregion_ref_frame) / img_dot.height ) ) - ( maxheight / 2 ) ) * 1 / \\[value root.format.pixel_aspect] ) * fb_data.world_matrix.5 ) * fb_data.win_scale.v + ( hratio * abs(parent.fregion_define_z) * fb_data.win_translate.v /2 )\"} {-parent.fregion_define_z}}\n }\nend_group\nCamera2 {\n inputs 0\n translate {{curve x1 -23.73355293 x50 1.828465939 x100 10.79810143} {curve x1 6.752248287 x50 13.82691669 x100 25.23773003} {curve x1 -3.158116341 x50 5.475767136 x100 -12.79232216}}\n rotate {{curve x1 30.63627052 x50 14.22963619 x100 -23.22279344} {curve x1 -44.94124796 x50 19.70681696 x100 76.6501109} {curve x1 0 x50 27.42004885 x100 13.36756642}}\n focal 24\n name Camera2\n xpos -983\n ypos -209\n}\nScene {\n inputs 2\n name Scene1\n xpos -806\n ypos -68\n}\nDot {\n name Dot1\n xpos -782\n ypos 119\n}\nGroup {\n inputs 0\n name render_with_pcam\n xpos -157\n ypos -375\n postage_stamp true\n}\n Camera2 {\n inputs 0\n translate {{curve x1 -23.73355293 x50 1.828465939 x100 10.79810143} {curve x1 6.752248287 x50 13.82691669 x100 25.23773003} {curve x1 -3.158116341 x50 5.475767136 x100 -12.79232216}}\n rotate {{curve x1 30.63627052 x50 14.22963619 x100 -23.22279344} {curve x1 -44.94124796 x50 19.70681696 x100 76.6501109} {curve x1 0 x50 27.42004885 x100 13.36756642}}\n focal 24\n name Camera1\n xpos 241\n ypos -567\n }\n Dot {\n name Dot2\n xpos 351\n ypos -543\n }\nset N818864f0 [stack 0]\n Dot {\n name Dot3\n xpos 351\n ypos -428\n }\npush $N818864f0\n CheckerBoard2 {\n inputs 0\n name CheckerBoard1\n xpos 406\n ypos -928\n }\n Dot {\n name Dot1\n xpos 440\n ypos -814\n }\nset N7ed45e80 [stack 0]\n Dot {\n name Dot5\n xpos 553\n ypos -814\n }\nset N7ed48200 [stack 0]\n Dot {\n name Dot4\n xpos 693\n ypos -814\n }\n Multiply {\n channels rgb\n value {0 1 1 1}\n name Multiply3\n xpos 659\n ypos -756\n }\n Cube {\n rows 1\n columns 1\n separate_faces false\n translate {-7.849998951 18.14999962 -19.00000191}\n rotate {0 0 45.93192592}\n uniform_scale 7\n name Cube1\n xpos 659\n ypos -676\n }\npush $N7ed48200\n Multiply {\n channels rgb\n value {1 0 1 1}\n name Multiply2\n xpos 519\n ypos -750\n }\n Sphere {\n translate {-15.00000191 16.45000076 -17.79999924}\n scaling {3.183291435 1 2.618715286}\n uniform_scale 2\n name Sphere1\n xpos 519\n ypos -670\n }\npush $N7ed45e80\n Multiply {\n channels rgb\n value {1 1 0 1}\n name Multiply1\n xpos 406\n ypos -754\n }\n Cylinder {\n rows 1\n close_top true\n close_bottom true\n translate {-3.149999619 19.64999962 -13.89999866}\n rotate {52.26493538 0 32.53306187}\n scaling {1 4.216488838 1}\n uniform_scale 2\n name Cylinder1\n xpos 406\n ypos -673\n }\n Scene {\n inputs 4\n name Scene1\n xpos 416\n ypos -567\n }\n Reformat {\n inputs 0\n type \"to box\"\n box_width 1280\n box_height 720\n box_fixed true\n name Reformat1\n xpos 530\n ypos -431\n }\nadd_layer {pcam pcam.red pcam.green pcam.blue pcam.alpha}\n ScanlineRender {\n inputs 3\n conservative_shader_sampling false\n motion_vectors_type off\n MB_channel none\n output_shader_vectors true\n P_channel pcam\n name ScanlineRender1\n xpos 406\n ypos -431\n }\n Add {\n channels pcam\n value {{-Camera1.world_matrix.3} {-Camera1.world_matrix.7} {-Camera1.world_matrix.11} {curve}}\n name Add1\n xpos 406\n ypos -351\n }\n ColorMatrix {\n channels pcam\n matrix {\n {{Camera1.world_matrix.0} {Camera1.world_matrix.1} {Camera1.world_matrix.2}}\n {{Camera1.world_matrix.4} {Camera1.world_matrix.5} {Camera1.world_matrix.6}}\n {{Camera1.world_matrix.8} {Camera1.world_matrix.9} {Camera1.world_matrix.10}}\n }\n invert true\n name ColorMatrix1\n xpos 406\n ypos -274\n }\n Expression {\n channel2 {-pcam.red -pcam.green pcam.blue pcam.alpha}\n expr2 abs(pcam.blue)\n name Expression1\n selected true\n xpos 406\n ypos -186\n }\n Output {\n name Output1\n xpos 406\n ypos -65\n }\nend_group\nGroup {\n name SSMesh9\n tile_color 0x5c9e83ff\n label \"Geo Output\"\n xpos -157\n ypos -205\n addUserKnob {20 tab_general l General}\n addUserKnob {22 set_link l \"link to selected camera\" t \"Click to link selected camera by expression. This tool will get the focal, haperture and world matrix from selected camera to generate\" T \"def getLevel() :\\n\\t### level define ###\\n\\tif len(nuke.thisNode().fullName().split('.')) == 1 :\\n\\t\\t ggLevel = nuke.root()\\n\\telse :\\n\\t\\t nodePath = nuke.thisNode().fullName().split('.')\\n\\t\\t nodePath.pop()\\n\\t\\t ggLevel = nuke.toNode('.'.join(nodePath))\\n\\treturn ggLevel\\n\\nroot = getLevel()\\nthisGRP = nuke.thisGroup()\\n\\nmainKnobs = \\['world_matrix','cam_focal','cam_haperture','cam_win_translate','cam_win_scale','cam_winroll']\\ndefaultKnobs = \\{\\n\\t\\t\\t'world matrix' : 'world_matrix',\\n\\t\\t\\t'focal length' : 'focal',\\n\\t\\t\\t'horiz aperture' : 'haperture',\\n\\t\\t\\t'window translate' : 'win_translate',\\n\\t\\t\\t'window scale' : 'win_scale',\\n\\t\\t\\t'window roll' : 'winroll'\\n\\t\\t\\t\\}\\nselNodeKnobs = \\[]\\nmissingKnob = \\[]\\n\\ntry :\\n\\twith root :\\n\\t\\tselNode = nuke.selectedNode()\\n\\n\\tfor knob in selNode.knobs() :\\n\\t\\tselNodeKnobs.append( knob )\\n\\n\\tselNodeKnobs.sort()\\n\\n\\tfor key,value in defaultKnobs.items() :\\n\\t\\tif value not in selNodeKnobs :\\n\\t\\t\\tmissingKnob.append( key )\\n\\n\\tif not len(missingKnob) :\\n\\t\\twith root :\\n\\t\\t\\tCAMnode = selNode.name()\\n\\t\\t\\tthisGRP\\[mainKnobs\\[0]].setExpression('\\{0\\}.world_matrix'.format(CAMnode))\\n\\t\\t\\tthisGRP\\[mainKnobs\\[1]].setExpression('\\{0\\}.focal'.format(CAMnode))\\n\\t\\t\\tthisGRP\\[mainKnobs\\[2]].setExpression('\\{0\\}.haperture'.format(CAMnode))\\n\\t\\t\\tthisGRP\\[mainKnobs\\[3]].setExpression('\\{0\\}.win_translate'.format(CAMnode))\\n\\t\\t\\tthisGRP\\[mainKnobs\\[4]].setExpression('\\{0\\}.win_scale'.format(CAMnode))\\n\\t\\t\\tthisGRP\\[mainKnobs\\[5]].setExpression('\\{0\\}.winroll'.format(CAMnode))\\n\\telse :\\n\\t\\tp = nuke.Panel('Select knobs :')\\n\\t\\tp.addBooleanCheckBox( 'Unable to find the default knobs. Please use the pulldown menu below to define the knob manually.' , False)\\n\\t\\tfor rk in missingKnob :\\n\\t\\t\\tp.addEnumerationPulldown( rk, ' '.join( selNodeKnobs ) )\\n\\n\\t\\tif p.show() :\\n\\t\\t\\ttry :\\n\\t\\t\\t\\tfor key,value in defaultKnobs.items() :\\n\\t\\t\\t\\t\\tif p.value( key ) != None :\\n\\t\\t\\t\\t\\t\\tdefaultKnobs\\[key] = p.value( key )\\n\\t\\t\\texcept :\\n\\t\\t\\t\\tpass\\n\\n\\t\\t\\twith root :\\n\\t\\t\\t\\tCAMnode = selNode.name()\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[0]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['world matrix']))\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[1]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['focal length']))\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[2]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['horiz aperture']))\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[3]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['window translate']))\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[4]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['window scale']))\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[5]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['window roll']))\\nexcept :\\n\\tnuke.message('no node selected.')\" +STARTLINE}\n addUserKnob {22 remove_link l \"remove linked expression\" t \"Remove the linked camera expression but won't reset any data.\" -STARTLINE T \"thisGRP = nuke.thisGroup()\\nmainKnobs = \\['world_matrix','cam_focal','cam_haperture','cam_win_translate','cam_win_scale','cam_winroll']\\n\\nfor knob in thisGRP.knobs() :\\n\\tif mainKnobs.count(knob) != 0 :\\n\\t\\t thisGRP\\[knob].clearAnimated()\"}\n addUserKnob {20 cam_data_grp l \"CAMERA DATA\" n 1}\n cam_data_grp 0\n addUserKnob {7 cam_focal l \"focal length\" R 5 100}\n cam_focal {{Camera1.focal}}\n addUserKnob {7 cam_haperture l \"horiz aperture\" R 0.1 50}\n cam_haperture {{Camera1.haperture}}\n addUserKnob {30 cam_win_translate l \"window translate\"}\n cam_win_translate {{Camera1.win_translate} {Camera1.win_translate}}\n addUserKnob {30 cam_win_scale l \"window scale\"}\n cam_win_scale {{Camera1.win_scale} {Camera1.win_scale}}\n addUserKnob {7 cam_winroll l \"window roll\" R -45 45}\n cam_winroll {{Camera1.winroll}}\n addUserKnob {41 world_matrix l \"world matrix\" T cam_data.matrix}\n addUserKnob {20 endGroup_1 l endGroup n -1}\n addUserKnob {26 spacer_5 l \"\" +STARTLINE T
    }\n addUserKnob {26 title_basic l \"BASIC SETTING\"}\n addUserKnob {4 display l \"3D display\" t \"How to draw in 3D preview. The viewer can override this setting.\" M {off wireframe soild solid+wireframe textured textured+wireframe \"\" \"\" \"\"}}\n display textured\n addUserKnob {4 data_type l \"data type\" t \"data type\\nUsing one of these data to convert into 3D mesh.\\n\\nPosition\\nSupported world space or camera space position data.\\n\\nDepth (normalized far=0)\\nNormalized depth data, which is same as depth data output by ScanlineRender.\\n\\nDeep / Depth (direct)\\nRaw camera depth data. If using deep, need to convert DeepToImage first, and selected deep channel on 'channels' knob.\" M {\"position (world space)\" \"position (camera space)\" \"depth (normalized far=0)\" \"deep / depth (direct)\" \"\" \"\" \"\"}}\n data_type \"position (camera space)\"\n addUserKnob {41 channels t \"Select which channel represented on selected data type.\" T shuffle_data.in}\n addUserKnob {6 unpm l unpremult t \"3D data pass should be unpremult with alpha before process.\" -STARTLINE}\n unpm true\n addUserKnob {26 spacer_4 l \"\" +STARTLINE T
    }\n addUserKnob {7 lod l \"mesh LOD\" t \"Level of Details\\n\\nIf this value set to 1.0, subdivision of the mesh 1:1 to the data available in the resolution. Which mean 1 face of the mesh equal to 1 pixel.\\n\\nIf this value set to 1.0, it will slow down the render process.\\n\\nHighly recommend to use 0.1 - 0.5 if high resolution mesh details is not concern.\"}\n lod 0.1\n addUserKnob {41 filter_size l \"filter size\" T DisplaceGeo.filter_size}\n addUserKnob {41 filter T DisplaceGeo.filter}\n addUserKnob {26 spacer_2 l \"\" +STARTLINE T
    }\n addUserKnob {26 title_drange l \"\" +STARTLINE T \"distance range\"}\n addUserKnob {7 drange_near l near t \"clip the mesh in the min value in terms of depth.\" R 0 10000}\n addUserKnob {7 drange_far l far t \"clip the mesh in the max value in terms of depth.\" R 0 10000}\n drange_far 30\n addUserKnob {6 clip_color l \"distance clip on color\" t \"Apply the distance clip on colored texture.\" +STARTLINE}\n clip_color true\n addUserKnob {26 spacer_3 l \"\" +STARTLINE T
    }\n addUserKnob {26 title_export l EXPORT}\n addUserKnob {41 file t \"only support *.abc file extension (alembric) .\" T WriteGeo.file}\n addUserKnob {22 export_geo l \"Export Geo\" T \"def exportGeo() :\\n\\twgeo = nuke.toNode('WriteGeo')\\n\\twgeo\\['Execute'].execute()\\n\\nthisGRP = nuke.thisGroup()\\nfilepath = thisGRP\\['file'].getValue()\\n\\nif not len(filepath) :\\n\\tnuke.message('file path is empty. Process denied.')\\nelif not filepath.split('.')\\[-1:]\\[0].lower() == 'abc' :\\n\\tif nuke.ask('File extension invalue. Only support render *.abc . Do you want this tool to fix it and process ?') :\\n\\t\\tthisGRP\\['file'].setValue( thisGRP\\['file'].getValue() + '.abc' )\\n\\t\\texportGeo()\\nelse :\\n\\texportGeo()\" +STARTLINE}\n addUserKnob {22 import_geo l \"Import Geo\" -STARTLINE T \"prefx = nuke.toNode('preferences')\\['GridWidth'].value()\\nthisGRP = nuke.thisGroup()\\ngoStore = nuke.toNode('store')\\ngoStore\\['fn'].execute()\\n\\nroot = getLevel()\\n\\nwith root :\\n\\trgeo = nuke.nodes.ReadGeo2( file=thisGRP\\['file'].getValue() )\\n\\trgeo.setXYpos( int( thisGRP\\['xpos'].getValue() + prefx ) , int( thisGRP\\['ypos'].getValue() ) )\"}\n addUserKnob {20 tab_misc l Miscellaneous}\n addUserKnob {26 title_focus_region l \"FOCUS REGION\"}\n addUserKnob {41 use_focus_region l \"use focus region\" t \"use focus region to generate SSMesh in specific area. Save resources and possible to work with high LOD mesh.\" T menu2.use_focus_region}\n addUserKnob {15 focus_region l \"focus region\" t \"Set focus region in screen space. These values are 2D coordinate.\" +DISABLED}\n focus_region {0 0 1280 720}\n addUserKnob {26 spacer_1 l \"\" +STARTLINE T
    }\n addUserKnob {3 fregion_ref_frame l \"ref frame\" t \"set reference frame for tracking focus region. 'focus region' & 'define z' will apply on this reference frame and process the tracking.\" +DISABLED}\n fregion_ref_frame 1\n addUserKnob {22 fregion_set_frame l \"set current frame\" t \"set current frame for focus region reference frame.\" -STARTLINE +DISABLED T \"nuke.thisGroup()\\['fregion_ref_frame'].setValue( nuke.frame() )\"}\n addUserKnob {12 sample_point l \"sample position\" t \"Toggle 'sample z' in 2D to enable this 2D sample coordinate.\" +DISABLED}\n addUserKnob {22 sample_z_toggle l \"sample z in 2D\" t \"'sample z' is only works for sample value purpose. After sample is done, must turn off sample function.\" -STARTLINE +DISABLED T \"thisGRP = nuke.thisGroup()\\nszstatus = thisGRP\\['sample_z_status'].value()\\n\\nstatus = \\['\\[ OFF ]','\\[ ON ]']\\n\\nif szstatus == status\\[0] :\\n\\tthisGRP\\['sample_z_status'].setValue( status\\[1] )\\n\\tthisGRP\\['sample_point'].setEnabled(True)\\n\\tthisGRP\\['updateUI'].setValue(\\\"goStore = nuke.toNode(\\\\'store\\\\')\\\\ngoStore\\[\\\\'fn\\\\'].execute()\\\\nsample2d()\\\")\\nelse :\\n\\tthisGRP\\['sample_z_status'].setValue( status\\[0] )\\n\\tthisGRP\\['sample_point'].setEnabled(False)\\n\\tthisGRP\\['updateUI'].setValue('')\"}\n addUserKnob {26 sample_z_status l \"\" -STARTLINE +DISABLED T \"\\[ OFF ]\"}\n addUserKnob {7 fregion_define_z l \"define z\" t \"Define the z value on reference frame. Can use 'sample z in 2D' to get this value.\" +DISABLED R 0 10000}\n addUserKnob {22 track_focus_region l \"\\[ track focus region ]\" t \"Use the set focus region on reference frame to track with camera in 3D space.\\n\\n* project setting need to be same as image resolution to get the correct result.\" +DISABLED T \"rootST = int( nuke.root()\\['first_frame'].getValue() )\\nrootED = int( nuke.root()\\['last_frame'].getValue() )\\n\\ngetFrame = nuke.getFramesAndViews( 'frame range', str( rootST ) + '-' + str( rootED ) )\\n\\ntry :\\n\\tframeST = int( getFrame\\[0].replace( ' ' , '' ).split('-')\\[0] )\\n\\tframeED = int( getFrame\\[0].replace( ' ' , '' ).split('-')\\[1] )\\n\\n\\tthisGRP = nuke.thisGroup()\\n\\trefframe = int( thisGRP\\['fregion_ref_frame'].getValue() )\\n\\tcam = nuke.toNode('cam_data')\\n\\tpt1 = nuke.toNode('left_pt')\\['translate'].getValue()\\n\\tpt2 = nuke.toNode('right_pt')\\['translate'].getValue()\\n\\n\\tct_hack = nuke.nodes.CurveTool()\\n\\n\\twith nuke.root() :\\n\\n\\t\\tif frameED - frameST != 0 :\\n\\t\\t\\tthisGRP\\['focus_region'].clearAnimated()\\n\\t\\t\\ttempbuffer1 = thisGRP\\['focus_region'].getValue()\\n\\t\\t\\tthisGRP\\['focus_region'].setAnimated()\\n\\t\\t\\tthisGRP\\['focus_region'].setValueAt( tempbuffer1\\[0] , refframe , 0 )\\n\\t\\t\\tthisGRP\\['focus_region'].setValueAt( tempbuffer1\\[1] , refframe , 1 )\\n\\t\\t\\tthisGRP\\['focus_region'].setValueAt( tempbuffer1\\[2] , refframe , 2 )\\n\\t\\t\\tthisGRP\\['focus_region'].setValueAt( tempbuffer1\\[3] , refframe , 3 )\\n\\n\\t\\tfor trackframe in range( frameST, frameED+1 , 1 ) :\\n\\t\\t\\tnuke.execute( ct_hack, trackframe, trackframe )\\n\\t\\t\\tthisGRP\\['focus_region'].setValueAt( nukescripts.snap3d.projectPoint( cam, pt1 )\\[0] , trackframe , 0 )\\n\\t\\t\\tthisGRP\\['focus_region'].setValueAt( nukescripts.snap3d.projectPoint( cam, pt1 )\\[1] , trackframe , 1 )\\n\\t\\t\\tthisGRP\\['focus_region'].setValueAt( nukescripts.snap3d.projectPoint( cam, pt2 )\\[0] , trackframe , 2 )\\n\\t\\t\\tthisGRP\\['focus_region'].setValueAt( nukescripts.snap3d.projectPoint( cam, pt2 )\\[1] , trackframe , 3 )\\n\\n\\tnuke.delete( ct_hack )\\nexcept :\\n pass\" +STARTLINE}\n addUserKnob {26 spacer_6 l \"\" +STARTLINE T
    }\n addUserKnob {20 grp_crop_preview l \"3D crop preview\" +DISABLED n 1}\n grp_crop_preview 0\n addUserKnob {6 show_crop l \"show crop point\" t \"It will show 2 spheres for the crop in 3D space. They set in the place which is where you set the focus region in screen space and defined by z.\" +DISABLED +STARTLINE}\n addUserKnob {7 crop_point_scale l scale t \"Scale the preview crop points (spheres).\" +DISABLED}\n crop_point_scale 0.3\n addUserKnob {18 crop_point_color l color t \"change color of the crop points (spheres).\" +DISABLED}\n crop_point_color 1\n addUserKnob {6 crop_point_color_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 crop_point_color_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 crop_point_color_panelDropped_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 crop_point_color_panelDropped_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 crop_point_color_panelDropped_1_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 crop_point_color_panelDropped_1_1_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 crop_point_color_panelDropped_1_1_1_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 crop_point_color_panelDropped_1_1_1_1_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 crop_point_color_panelDropped_1_1_1_1_1_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 crop_point_color_panelDropped_1_1_1_1_1_1_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {20 endGroup n -1}\n addUserKnob {26 spacer l \"\" +STARTLINE T
    }\n addUserKnob {26 title_uv l UV}\n addUserKnob {41 uv_stabilize l \"uv stabilize\" t \"Turn this on if you need to stabilize in UV space. During UV stabilize on, the geo will not be animated. Set reference frame under 'mesh ref frame'.\" T menu1.uv_stabilize}\n addUserKnob {3 uv_ref_frame l \"mesh ref frame\" t \"Select the frame number that will have identity geo shaped for UV texturing.\" +DISABLED}\n uv_ref_frame 1001\n addUserKnob {22 uv_set_frame l \"set current frame\" -STARTLINE +DISABLED T \"nuke.thisGroup()\\['uv_ref_frame'].setValue( nuke.frame() )\"}\n addUserKnob {6 black_outside l \"black outside\" t \"black outside the UV texture.\" +DISABLED +STARTLINE}\n black_outside true\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T 1.3}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2019-11-08}\n addUserKnob {26 l_CHANGELOG l Changelog T \"1.3\\n- camera window supported\\n- anamophic project supported\\n- fix the conflict of 'force region' and 'UV stabilize'.\\n can use both at the same time now.\\n\\n1.2\\n- removed unuse camera link knobs\\n- added focus region, so mesh can be\\n form in specific area/object to save\\n resources for higher LOD\\n\\n1.1\\n- fix the missing line on 'Export Geo' \\n button\\n\\n1.0\\n- create mesh/geo in screen space\\n using position/depth/deep data\"}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n}\n BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0xff\n label \"don't touch\"\n note_font_size 32\n xpos -1142\n ypos -169\n bdwidth 202\n bdheight 478\n }\n BackdropNode {\n inputs 0\n name BackdropNode2\n tile_color 0x4c4c4cff\n label bin\n note_font_size 32\n xpos -899\n ypos -170\n bdwidth 200\n bdheight 280\n }\n Input {\n inputs 0\n name img\n xpos -100\n ypos -184\n }\n Dot {\n name img_dot\n xpos -66\n ypos -83\n }\nset N4a7cfcf0 [stack 0]\n Dot {\n name Dot3\n xpos 758\n ypos -83\n }\nset N4a7d21b0 [stack 0]\n Shuffle {\n in pcam\n in2 alpha\n alpha red2\n name shuffle_data\n label \"\\[value in]\"\n xpos 724\n ypos -32\n }\n Unpremult {\n name Unpremult_data\n xpos 724\n ypos 62\n disable {{!parent.unpm}}\n }\n Dot {\n name Dot5\n xpos 758\n ypos 700\n }\nset N5a4b8090 [stack 0]\n Dot {\n name Dot6\n xpos 928\n ypos 700\n }\nset N5a476310 [stack 0]\n Dot {\n name Dot7\n xpos 1106\n ypos 700\n }\nset N4a7e0940 [stack 0]\n Dot {\n name Dot8\n xpos 1260\n ypos 700\n }\n Expression {\n temp_name0 dvalue\n temp_expr0 red\n temp_name1 xpos\n temp_expr1 \"( ( x + 0.5 ) / input.width - 0.5 ) * \\[value global_math.hratio] * abs( dvalue )\"\n temp_name2 ypos\n temp_expr2 \"( ( y + 0.5 ) / input.height - 0.5 ) * ( \\[value global_math.hratio] * abs( dvalue ) * ( img_dot.height / img_dot.width ) ) * 1 / \\[value format.pixel_aspect]\"\n temp_name3 zpos\n temp_expr3 \"- dvalue\"\n expr0 \"( xpos * \\[value fb_data.world_matrix.0] + ypos * \\[value fb_data.world_matrix.1] ) * \\[value fb_data.win_scale.u] + ( \\[value global_math.hratio] * abs(zpos) * \\[value fb_data.win_translate.u] / 2 )\"\n expr1 \"( xpos * \\[value fb_data.world_matrix.4] + ypos * \\[value fb_data.world_matrix.5] ) * \\[value fb_data.win_scale.v] + ( \\[value global_math.hratio] * abs(zpos) * \\[value fb_data.win_translate.v] / 2 )\"\n expr2 zpos\n name Expression9\n xpos 1226\n ypos 774\n }\n Dot {\n name Dot16\n xpos 1260\n ypos 889\n }\npush $N4a7e0940\n Expression {\n temp_name0 dvalue\n temp_expr0 \"1 / red\"\n temp_name1 xpos\n temp_expr1 \"( ( x + 0.5 ) / input.width - 0.5 ) * \\[value global_math.hratio] * abs( dvalue )\"\n temp_name2 ypos\n temp_expr2 \"( ( y + 0.5 ) / input.height - 0.5 ) * ( \\[value global_math.hratio] * abs( dvalue ) * ( img_dot.height / img_dot.width ) ) * 1 / \\[value format.pixel_aspect]\"\n temp_name3 zpos\n temp_expr3 \"- dvalue\"\n expr0 \"( xpos * \\[value fb_data.world_matrix.0] + ypos * \\[value fb_data.world_matrix.1] ) * \\[value fb_data.win_scale.u] + ( \\[value global_math.hratio] * abs(zpos) * \\[value fb_data.win_translate.u] / 2 )\"\n expr1 \"( xpos * \\[value fb_data.world_matrix.4] + ypos * \\[value fb_data.world_matrix.5] ) * \\[value fb_data.win_scale.v] + ( \\[value global_math.hratio] * abs(zpos) * \\[value fb_data.win_translate.v] / 2 )\"\n expr2 zpos\n name Expression6\n xpos 1072\n ypos 774\n }\n Dot {\n name Dot17\n xpos 1106\n ypos 863\n }\npush $N5a476310\n Expression {\n expr2 -blue\n name Expression7\n label \"fix z\"\n xpos 894\n ypos 774\n }\n Dot {\n name Dot18\n xpos 928\n ypos 876\n }\npush $N5a4b8090\n Expression {\n temp_name0 nx\n temp_expr0 \"red - cam_data.world_matrix.3\"\n temp_name1 ny\n temp_expr1 \"green - cam_data.world_matrix.7\"\n temp_name2 nz\n temp_expr2 \"blue - cam_data.world_matrix.11\"\n expr0 \"nx * \\[value inverseMatrix.invMatrix.0] + ny * \\[value inverseMatrix.invMatrix.1] + nz * \\[value inverseMatrix.invMatrix.2]\"\n expr1 \"nx * \\[value inverseMatrix.invMatrix.3] + ny * \\[value inverseMatrix.invMatrix.4] + nz * \\[value inverseMatrix.invMatrix.5]\"\n expr2 \"nx * \\[value inverseMatrix.invMatrix.6] + ny * \\[value inverseMatrix.invMatrix.7] + nz * \\[value inverseMatrix.invMatrix.8]\"\n name Expression3\n label \"position invert\"\n xpos 724\n ypos 774\n }\n Switch {\n inputs 4\n which {{parent.data_type}}\n name Switch1\n xpos 724\n ypos 984\n }\n Dot {\n name Dot13\n xpos 758\n ypos 1113\n }\nset N4a42c6c0 [stack 0]\n Dot {\n name sam_dot\n xpos 551\n ypos 1113\n }\n NoOp {\n inputs 0\n name menu1\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nif thisGRP\\['uv_stabilize'].getValue() == 1 :\\n thisGRP\\['uv_ref_frame'].setEnabled(True)\\n thisGRP\\['uv_set_frame'].setEnabled(True)\\n thisGRP\\['black_outside'].setEnabled(True)\\nelse :\\n thisGRP\\['uv_ref_frame'].setEnabled(False)\\n thisGRP\\['uv_set_frame'].setEnabled(False)\\n thisGRP\\['black_outside'].setEnabled(False)\\n\"\n xpos -1085\n ypos -42\n addUserKnob {20 User}\n addUserKnob {6 uv_stabilize l \"uv stabilize\" +STARTLINE}\n }\n NoOp {\n inputs 0\n name menu2\n onCreate \"\\nthisGRP = nuke.thisGroup()\\nfregion_knobs = \\['focus_region','fregion_define_z','sample_z_toggle','sample_z_status','sample_point','fregion_ref_frame','fregion_set_frame','track_focus_region','grp_crop_preview','show_crop','crop_point_scale','crop_point_color']\\n\\nthisGRP\\[fregion_knobs\\[4]].setEnabled(True)\\n\\nif thisGRP\\['use_focus_region'].getValue() == 0 :\\n for i in fregion_knobs :\\n thisGRP\\[i].setEnabled(False)\\n thisGRP\\[fregion_knobs\\[3]].setValue( '\\[ OFF ]' )\\n thisGRP\\['updateUI'].setValue('')\\n nuke.toNode('material_switch')\\['disable'].setValue(0)\\nelse :\\n for i in fregion_knobs :\\n if i != 'sample_point' :\\n thisGRP\\[i].setEnabled(True)\\n else :\\n thisGRP\\[i].setEnabled(False)\\n nuke.toNode('material_switch')\\['disable'].setValue(1)\\n\"\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nfregion_knobs = \\['focus_region','fregion_define_z','sample_z_toggle','sample_z_status','sample_point','fregion_ref_frame','fregion_set_frame','track_focus_region','grp_crop_preview','show_crop','crop_point_scale','crop_point_color']\\n\\nif thisGRP\\['use_focus_region'].getValue() == 0 :\\n for i in fregion_knobs :\\n thisGRP\\[i].setEnabled(False)\\n thisGRP\\[fregion_knobs\\[3]].setValue( '\\[ OFF ]' )\\n thisGRP\\['updateUI'].setValue('')\\n nuke.toNode('material_switch')\\['disable'].setValue(0)\\nelse :\\n for i in fregion_knobs :\\n if i != 'sample_point' :\\n thisGRP\\[i].setEnabled(True)\\n nuke.toNode('material_switch')\\['disable'].setValue(1)\\n\"\n xpos -1085\n ypos 25\n addUserKnob {20 User}\n addUserKnob {6 use_focus_region l \"use focus region\" +STARTLINE}\n }\n Camera {\n inputs 0\n display off\n selectable false\n useMatrix true\n matrix {\n {{Camera1.world_matrix} {Camera1.world_matrix} {Camera1.world_matrix} {Camera1.world_matrix}}\n {{Camera1.world_matrix} {Camera1.world_matrix} {Camera1.world_matrix} {Camera1.world_matrix}}\n {{Camera1.world_matrix} {Camera1.world_matrix} {Camera1.world_matrix} {Camera1.world_matrix}}\n {{Camera1.world_matrix} {Camera1.world_matrix} {Camera1.world_matrix} {Camera1.world_matrix}}\n }\n focal {{parent.cam_focal}}\n haperture {{cam_haperture}}\n name cam_data\n xpos -335\n ypos 2204\n }\npush $N4a42c6c0\n Expression {\n temp_name0 unpremultA\n temp_expr0 \"alpha * ( 1 / alpha )\"\n temp_name1 max\n temp_expr1 blue\n expr3 \"abs( max ) < \\[value parent.drange_near] || abs( max ) > \\[value parent.drange_far] ? 0 : isnan(unpremultA) ? 0 : unpremultA\"\n name Expression1\n label \"distance crop\"\n xpos 724\n ypos 1244\n }\n Premult {\n name Premult1\n xpos 724\n ypos 1332\n }\n Dot {\n name Dot9\n xpos 758\n ypos 1640\n }\nset N502bb410 [stack 0]\npush $N4a7cfcf0\n Dot {\n name Dot10\n xpos -66\n ypos 1552\n }\nset N501416a0 [stack 0]\n Unpremult {\n name Unpremult1\n xpos 48\n ypos 1549\n }\n Merge2 {\n inputs 2\n operation mask\n name Merge2\n xpos 48\n ypos 1637\n }\n Premult {\n name Premult3\n xpos 48\n ypos 1719\n }\npush $N501416a0\n Switch {\n inputs 2\n which {{parent.clip_color}}\n name Switch2\n xpos -100\n ypos 1828\n }\n Project3D2 {\n inputs 2\n crop {{parent.black_outside}}\n name Project3D2\n xpos -100\n ypos 2224\n }\npush $N4a7d21b0\n Dot {\n name Dot2\n xpos 1576\n ypos -84\n }\n Shuffle {\n red black\n green black\n blue black\n alpha black\n name Shuffle1\n label \"\\[value in]\"\n xpos 1542\n ypos 30\n }\n Remove {\n name Remove1\n xpos 1542\n ypos 118\n }\n Reformat {\n type scale\n black_outside true\n name Reformat1\n xpos 1542\n ypos 212\n }\n Expression {\n temp_name0 xpos\n temp_expr0 \"( ( x + 0.5 ) / input.width - 0.5) * \\[value global_math.hratio] * abs( \\[value parent.drange_far] )\"\n temp_name1 ypos\n temp_expr1 \"( ( y + 0.5 ) / input.height -0.5 ) * ( \\[value global_math.hratio] * abs( \\[value parent.drange_far] ) * ( img_dot.height / img_dot.width ) ) * 1 / \\[value format.pixel_aspect]\"\n temp_name2 zpos\n temp_expr2 \"-\\[value parent.drange_far]\"\n expr0 \"( xpos * \\[value fb_data.world_matrix.0] + ypos * \\[value fb_data.world_matrix.1] ) * \\[value fb_data.win_scale.u] + ( \\[value global_math.hratio] * abs(zpos) * \\[value fb_data.win_translate.u] / 2 )\"\n expr1 \"( xpos * \\[value fb_data.world_matrix.4] + ypos * \\[value fb_data.world_matrix.5] ) * \\[value fb_data.win_scale.v] + ( \\[value global_math.hratio] * abs(zpos) * \\[value fb_data.win_translate.v] / 2 )\"\n expr2 zpos\n name Expression8\n xpos 1542\n ypos 845\n }\n ColorMatrix {\n matrix {\n {{cam_data.world_matrix.0} {cam_data.world_matrix.1} {cam_data.world_matrix.2}}\n {{cam_data.world_matrix.4} {cam_data.world_matrix.5} {cam_data.world_matrix.6}}\n {{cam_data.world_matrix.8} {cam_data.world_matrix.9} {cam_data.world_matrix.10}}\n }\n name ColorMatrix1\n xpos 1542\n ypos 970\n }\n Add {\n channels rgb\n value {{cam_data.world_matrix.3} {cam_data.world_matrix.7} {cam_data.world_matrix.11} 0}\n name Add1\n xpos 1542\n ypos 1052\n }\n Crop {\n box {{store.fregion} {store.fregion} {store.fregion} {store.fregion}}\n reformat true\n crop false\n name Crop1\n xpos 1542\n ypos 1476\n disable {{!parent.use_focus_region}}\n }\n Dot {\n name Dot4\n xpos 1576\n ypos 2402\n }\npush $N502bb410\n Crop {\n box {{store.fregion} {store.fregion} {store.fregion} {store.fregion}}\n reformat true\n crop false\n name Crop4\n selected true\n xpos 724\n ypos 1714\n disable {{!parent.use_focus_region}}\n }\n Unpremult {\n name Unpremult3\n xpos 724\n ypos 1851\n }\n Expression {\n temp_name0 nx\n temp_expr0 red\n temp_name1 ny\n temp_expr1 green\n temp_name2 nz\n temp_expr2 blue\n expr0 \"( nx * \\[value cam_data.world_matrix.0] + ny * \\[value cam_data.world_matrix.1] + nz * \\[value cam_data.world_matrix.2] ) + \\[value cam_data.world_matrix.3]\"\n expr1 \"( nx * \\[value cam_data.world_matrix.4] + ny * \\[value cam_data.world_matrix.5] + nz * \\[value cam_data.world_matrix.6] ) + \\[value cam_data.world_matrix.7]\"\n expr2 \"( nx * \\[value cam_data.world_matrix.8] + ny * \\[value cam_data.world_matrix.9] + nz * \\[value cam_data.world_matrix.10] ) + \\[value cam_data.world_matrix.11]\"\n name Expression4\n label \"position revert\"\n xpos 724\n ypos 1933\n }\n Premult {\n name Premult2\n xpos 724\n ypos 2027\n }\n Merge2 {\n inputs 2\n operation under\n name Merge1\n xpos 724\n ypos 2398\n }\n Card {\n inputs 0\n image_aspect false\n rows {{\"img_dot.height * parent.lod\"}}\n columns {{\"img_dot.width * parent.lod\"}}\n name ssmesh\n xpos 343\n ypos 2317\n }\n DisplaceGeo {\n inputs 2\n source \"rgb absolute\"\n scale 1\n filter_size 1\n name DisplaceGeo\n xpos 343\n ypos 2399\n }\n FrameHold {\n first_frame {{parent.uv_ref_frame}}\n name FrameHold\n xpos 343\n ypos 2479\n disable {{!parent.uv_stabilize}}\n }\n ApplyMaterial {\n inputs 2\n name ApplyMaterial1\n xpos -100\n ypos 2483\n }\n Scene {\n display {{parent.display}}\n name gl_scene\n xpos -90\n ypos 3072\n }\nset N3a504b70 [stack 0]\n WriteGeo {\n file_type abc\n name WriteGeo\n xpos 120\n ypos 3093\n }\n Axis {\n inputs 0\n display off\n selectable false\n translate {{\"( global_math.pt2.x * cam_data.world_matrix.0(parent.fregion_ref_frame) + global_math.pt2.y * cam_data.world_matrix.1(parent.fregion_ref_frame) + global_math.pt2.z * cam_data.world_matrix.2(parent.fregion_ref_frame) ) + cam_data.world_matrix.3(parent.fregion_ref_frame)\"} {\"( global_math.pt2.x * cam_data.world_matrix.4(parent.fregion_ref_frame) + global_math.pt2.y * cam_data.world_matrix.5(parent.fregion_ref_frame) + global_math.pt2.z * cam_data.world_matrix.6(parent.fregion_ref_frame) ) + cam_data.world_matrix.7(parent.fregion_ref_frame)\"} {\"( global_math.pt2.x * cam_data.world_matrix.8(parent.fregion_ref_frame) + global_math.pt2.y * cam_data.world_matrix.9(parent.fregion_ref_frame) + global_math.pt2.z * cam_data.world_matrix.10(parent.fregion_ref_frame) ) + cam_data.world_matrix.11(parent.fregion_ref_frame)\"}}\n name right_pt\n xpos -600\n ypos 3218\n }\n CheckerBoard2 {\n inputs 0\n format \"256 256 0 0 256 256 1 square_256\"\n name CheckerBoard1\n xpos -789\n ypos 2694\n }\n Multiply {\n channels rgb\n value {{parent.crop_point_color.r} {parent.crop_point_color.g} {parent.crop_point_color.b} 1}\n name Multiply\n xpos -789\n ypos 2822\n }\n Clamp {\n channels rgba\n name Clamp1\n xpos -789\n ypos 2905\n }\n Sphere {\n selectable false\n cast_shadow false\n receive_shadow false\n rows 10\n columns 10\n uniform_scale {{parent.crop_point_scale}}\n name Sphere1\n xpos -789\n ypos 2987\n disable {{!show_crop}}\n }\n Dot {\n name Dot24\n xpos -755\n ypos 3065\n }\nset N3a52e0e0 [stack 0]\n Dot {\n name Dot25\n xpos -456\n ypos 3065\n }\n TransformGeo {\n inputs 2\n selectable false\n name TransformGeo2\n xpos -490\n ypos 3238\n }\n Axis {\n inputs 0\n display off\n selectable false\n translate {{\"( global_math.pt1.x * cam_data.world_matrix.0(parent.fregion_ref_frame) + global_math.pt1.y * cam_data.world_matrix.1(parent.fregion_ref_frame) + global_math.pt1.z * cam_data.world_matrix.2(parent.fregion_ref_frame) ) + cam_data.world_matrix.3(parent.fregion_ref_frame)\"} {\"( global_math.pt1.x * cam_data.world_matrix.4(parent.fregion_ref_frame) + global_math.pt1.y * cam_data.world_matrix.5(parent.fregion_ref_frame) + global_math.pt1.z * cam_data.world_matrix.6(parent.fregion_ref_frame) ) + cam_data.world_matrix.7(parent.fregion_ref_frame)\"} {\"( global_math.pt1.x * cam_data.world_matrix.8(parent.fregion_ref_frame) + global_math.pt1.y * cam_data.world_matrix.9(parent.fregion_ref_frame) + global_math.pt1.z * cam_data.world_matrix.10(parent.fregion_ref_frame) ) + cam_data.world_matrix.11(parent.fregion_ref_frame)\"}}\n name left_pt\n xpos -899\n ypos 3220\n }\npush $N3a52e0e0\n TransformGeo {\n inputs 2\n selectable false\n name TransformGeo1\n xpos -789\n ypos 3240\n }\n Scene {\n inputs 2\n selectable false\n name Scene1\n xpos -480\n ypos 3395\n }\n ApplyMaterial {\n display off\n selectable false\n render_mode off\n name material_switch\n xpos -490\n ypos 3523\n }\npush $N3a504b70\n Scene {\n inputs 2\n name Scene2\n xpos -90\n ypos 3502\n }\n Output {\n name Output1\n xpos -100\n ypos 4030\n }\n Group {\n inputs 0\n name inverseMatrix\n tile_color 0x337f4cff\n xpos 576\n ypos 780\n addUserKnob {20 tab_general l General}\n addUserKnob {1 knob_path}\n knob_path cam_data.world_matrix\n addUserKnob {26 \"\"}\n addUserKnob {41 id T id_assign.matrix}\n addUserKnob {26 \"\"}\n addUserKnob {7 determinant}\n determinant {{\"\\[value \\[value knob_path].\\[value id.0]] * ((\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.8]]) - (\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.7]])) - \\[value \\[value knob_path].\\[value id.1]] * ((\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.8]]) - (\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.6]])) + \\[value \\[value knob_path].\\[value id.2]] * ((\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.7]])-(\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.6]]))\"}}\n addUserKnob {26 \"\"}\n addUserKnob {41 cofactor T mtx_cofactor.matrix}\n addUserKnob {26 \"\"}\n addUserKnob {41 invMatrix T matrix_output.matrix}\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T 1.0}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2011-11-28}\n addUserKnob {26 l_CHANGELOG l Changelog T \"v1.0\\n- reveal the calculate output of \\n inverse matrix which is c44matrix\\n and colormatrix doesn't show\\n \"}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n }\n Matrix {\n inputs 0\n matrix {\n {0 1 2}\n {4 5 6}\n {8 9 10}\n }\n name id_assign\n xpos -12\n ypos 33\n }\n Matrix {\n inputs 0\n matrix {\n {{\"(\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.8]]) - (\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.7]])\"} {\"(\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.2]]) - (\\[value \\[value knob_path].\\[value id.8]]*\\[value \\[value knob_path].\\[value id.1]])\"} {\"(\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.5]]) - (\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.4]])\"}}\n {{\"(\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.6]]) - (\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.8]])\"} {\"(\\[value \\[value knob_path].\\[value id.8]]*\\[value \\[value knob_path].\\[value id.0]]) - (\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.2]])\"} {\"(\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.3]]) - (\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.5]])\"}}\n {{\"(\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.7]]) - (\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.6]])\"} {\"(\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.1]]) - (\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.0]])\"} {\"(\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.4]]) - (\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.3]])\"}}\n }\n name mtx_cofactor\n xpos 86\n ypos 32\n }\n Matrix {\n inputs 0\n matrix {\n {{\"cofactor.0 == 0 || determinant == 0 ? 0 : cofactor.0/determinant\"} {\"cofactor.1 == 0 || determinant == 0 ? 0 : cofactor.1/determinant\"} {\"cofactor.2 == 0 || determinant == 0 ? 0 : cofactor.2/determinant\"}}\n {{\"cofactor.3 == 0 || determinant == 0 ? 0 : cofactor.3/determinant\"} {\"cofactor.4 == 0 || determinant == 0 ? 0 : cofactor.4/determinant\"} {\"cofactor.5 == 0 || determinant == 0 ? 0 : cofactor.5/determinant\"}}\n {{\"cofactor.6 == 0 || determinant == 0 ? 0 : cofactor.6/determinant\"} {\"cofactor.7 == 0 || determinant == 0 ? 0 : cofactor.7/determinant\"} {\"cofactor.8 == 0 || determinant == 0 ? 0 : cofactor.8/determinant\"}}\n }\n name matrix_output\n xpos 186\n ypos 33\n }\n end_group\n Camera {\n inputs 0\n rotate {0 0 {-parent.cam_winroll}}\n win_translate {{parent.cam_win_translate} {parent.cam_win_translate}}\n win_scale {{parent.cam_win_scale} {parent.cam_win_scale}}\n name fb_data\n xpos -340\n ypos 2087\n }\n NoOp {\n inputs 0\n name store\n xpos -843\n ypos 28\n addUserKnob {20 User}\n addUserKnob {22 fn T \"### level define ###\\n\\ndef getLevel() :\\n\\tif len(nuke.thisNode().fullName().split('.')) == 1 :\\n\\t\\tggLevel = nuke.root()\\n\\telse :\\n\\t\\tnodePath = nuke.thisNode().fullName().split('.')\\n\\t\\tnodePath.pop()\\n\\t\\tggLevel = nuke.toNode('.'.join(nodePath))\\n\\treturn ggLevel\\n\\n### sample z in 2D ###\\n\\ndef sample2d() :\\n\\tthisGRP = nuke.thisGroup()\\n\\tif thisGRP\\['sample_z_status'].value() == '\\[ ON ]' :\\n\\t\\tsam_co = thisGRP\\['sample_point'].getValue()\\n\\t\\tzdata = nuke.toNode('sam_dot').sample('blue', sam_co\\[0], sam_co\\[1]) * -1\\n\\t\\tthisGRP\\['fregion_define_z'].setValue( zdata )\" +STARTLINE}\n addUserKnob {15 fregion}\n fregion {{parent.focus_region} {parent.focus_region} {parent.focus_region} {parent.focus_region}}\n }\n NoOp {\n inputs 0\n name global_math\n xpos -842\n ypos -43\n addUserKnob {20 User}\n addUserKnob {7 hratio}\n hratio {{\"cam_data.haperture / cam_data.focal\"}}\n addUserKnob {7 maxwidth}\n maxwidth {{\"hratio * parent.fregion_define_z\"}}\n addUserKnob {7 maxheight}\n maxheight {{\"hratio * parent.fregion_define_z * ( img_dot.height / img_dot.width )\"}}\n addUserKnob {13 pt1}\n pt1 {{\"( ( ( maxwidth * ( parent.focus_region.x(parent.fregion_ref_frame) / img_dot.width) ) - ( maxwidth / 2 ) ) * fb_data.world_matrix.0 + ( ( ( maxheight * ( parent.focus_region.y(parent.fregion_ref_frame) / img_dot.height ) ) - ( maxheight / 2 ) ) * 1 / \\[value root.format.pixel_aspect] ) * fb_data.world_matrix.1 ) * fb_data.win_scale.u + ( hratio * abs(parent.fregion_define_z) * fb_data.win_translate.u /2 )\"} {\"( ( ( maxwidth * ( parent.focus_region.x(parent.fregion_ref_frame) / img_dot.width) ) - ( maxwidth / 2 ) ) * fb_data.world_matrix.4 + \\n( ( ( maxheight * ( parent.focus_region.y(parent.fregion_ref_frame) / img_dot.height ) ) - ( maxheight / 2 ) ) * 1 / \\[value root.format.pixel_aspect] ) * fb_data.world_matrix.5 ) * fb_data.win_scale.v + ( hratio * abs(parent.fregion_define_z) * fb_data.win_translate.v /2 )\"} {-parent.fregion_define_z}}\n addUserKnob {13 pt2}\n pt2 {{\"( ( ( maxwidth * ( parent.focus_region.r(parent.fregion_ref_frame) / img_dot.width) ) - ( maxwidth / 2 ) ) * fb_data.world_matrix.0 + ( ( ( maxheight * ( parent.focus_region.t(parent.fregion_ref_frame) / img_dot.height ) ) - ( maxheight / 2 ) ) * 1 / \\[value root.format.pixel_aspect] ) * fb_data.world_matrix.1 ) * fb_data.win_scale.u + ( hratio * abs(parent.fregion_define_z) * fb_data.win_translate.u /2 )\"} {\"( ( ( maxwidth * ( parent.focus_region.r(parent.fregion_ref_frame) / img_dot.width) ) - ( maxwidth / 2 ) ) * fb_data.world_matrix.4 + ( ( ( maxheight * ( parent.focus_region.t(parent.fregion_ref_frame) / img_dot.height ) ) - ( maxheight / 2 ) ) * 1 / \\[value root.format.pixel_aspect] ) * fb_data.world_matrix.5 ) * fb_data.win_scale.v + ( hratio * abs(parent.fregion_define_z) * fb_data.win_translate.v /2 )\"} {-parent.fregion_define_z}}\n }\nend_group\nCamera2 {\n inputs 0\n translate {{curve x1 -23.73355293 x50 1.828465939 x100 10.79810143} {curve x1 6.752248287 x50 13.82691669 x100 25.23773003} {curve x1 -3.158116341 x50 5.475767136 x100 -12.79232216}}\n rotate {{curve x1 30.63627052 x50 14.22963619 x100 -23.22279344} {curve x1 -44.94124796 x50 19.70681696 x100 76.6501109} {curve x1 0 x50 27.42004885 x100 13.36756642}}\n focal 24\n name Camera1\n xpos -326\n ypos -217\n}\nScene {\n inputs 2\n name Scene2\n xpos -147\n ypos -76\n}\nDot {\n name Dot2\n xpos -123\n ypos 114\n}\nGroup {\n inputs 0\n name render_with_zdepth_normalized\n xpos 512\n ypos -374\n postage_stamp true\n}\n Camera2 {\n inputs 0\n translate {{curve x1 -23.73355293 x50 1.828465939 x100 10.79810143} {curve x1 6.752248287 x50 13.82691669 x100 25.23773003} {curve x1 -3.158116341 x50 5.475767136 x100 -12.79232216}}\n rotate {{curve x1 30.63627052 x50 14.22963619 x100 -23.22279344} {curve x1 -44.94124796 x50 19.70681696 x100 76.6501109} {curve x1 0 x50 27.42004885 x100 13.36756642}}\n focal 24\n name Camera1\n xpos 241\n ypos -567\n }\n Dot {\n name Dot2\n xpos 351\n ypos -543\n }\nset N81a16c80 [stack 0]\n Dot {\n name Dot3\n xpos 351\n ypos -428\n }\npush $N81a16c80\n CheckerBoard2 {\n inputs 0\n name CheckerBoard1\n xpos 406\n ypos -928\n }\n Dot {\n name Dot1\n xpos 440\n ypos -814\n }\nset N81a1fb30 [stack 0]\n Dot {\n name Dot5\n xpos 553\n ypos -814\n }\nset N81a21eb0 [stack 0]\n Dot {\n name Dot4\n xpos 693\n ypos -814\n }\n Multiply {\n channels rgb\n value {0 1 1 1}\n name Multiply3\n xpos 659\n ypos -756\n }\n Cube {\n rows 1\n columns 1\n separate_faces false\n translate {-7.849998951 18.14999962 -19.00000191}\n rotate {0 0 45.93192592}\n uniform_scale 7\n name Cube1\n xpos 659\n ypos -676\n }\npush $N81a21eb0\n Multiply {\n channels rgb\n value {1 0 1 1}\n name Multiply2\n xpos 519\n ypos -750\n }\n Sphere {\n translate {-15.00000191 16.45000076 -17.79999924}\n scaling {3.183291435 1 2.618715286}\n uniform_scale 2\n name Sphere1\n xpos 519\n ypos -670\n }\npush $N81a1fb30\n Multiply {\n channels rgb\n value {1 1 0 1}\n name Multiply1\n xpos 406\n ypos -754\n }\n Cylinder {\n rows 1\n close_top true\n close_bottom true\n translate {-3.149999619 19.64999962 -13.89999866}\n rotate {52.26493538 0 32.53306187}\n scaling {1 4.216488838 1}\n uniform_scale 2\n name Cylinder1\n xpos 406\n ypos -673\n }\n Scene {\n inputs 4\n name Scene1\n xpos 416\n ypos -567\n }\n Reformat {\n inputs 0\n type \"to box\"\n box_width 1280\n box_height 720\n box_fixed true\n name Reformat1\n xpos 530\n ypos -431\n }\n ScanlineRender {\n inputs 3\n conservative_shader_sampling false\n motion_vectors_type off\n MB_channel none\n name ScanlineRender1\n xpos 406\n ypos -431\n }\n Output {\n name Output1\n xpos 406\n ypos -296\n }\nend_group\nGroup {\n name SSMesh2\n tile_color 0x5c9e83ff\n label \"Geo Output\"\n xpos 512\n ypos -209\n addUserKnob {20 tab_general l General}\n addUserKnob {22 set_link l \"link to selected camera\" t \"Click to link selected camera by expression. This tool will get the focal, haperture and world matrix from selected camera to generate\" T \"def getLevel() :\\n\\t### level define ###\\n\\tif len(nuke.thisNode().fullName().split('.')) == 1 :\\n\\t\\t ggLevel = nuke.root()\\n\\telse :\\n\\t\\t nodePath = nuke.thisNode().fullName().split('.')\\n\\t\\t nodePath.pop()\\n\\t\\t ggLevel = nuke.toNode('.'.join(nodePath))\\n\\treturn ggLevel\\n\\nroot = getLevel()\\nthisGRP = nuke.thisGroup()\\n\\nmainKnobs = \\['world_matrix','cam_focal','cam_haperture','cam_win_translate','cam_win_scale','cam_winroll']\\ndefaultKnobs = \\{\\n\\t\\t\\t'world matrix' : 'world_matrix',\\n\\t\\t\\t'focal length' : 'focal',\\n\\t\\t\\t'horiz aperture' : 'haperture',\\n\\t\\t\\t'window translate' : 'win_translate',\\n\\t\\t\\t'window scale' : 'win_scale',\\n\\t\\t\\t'window roll' : 'winroll'\\n\\t\\t\\t\\}\\nselNodeKnobs = \\[]\\nmissingKnob = \\[]\\n\\ntry :\\n\\twith root :\\n\\t\\tselNode = nuke.selectedNode()\\n\\n\\tfor knob in selNode.knobs() :\\n\\t\\tselNodeKnobs.append( knob )\\n\\n\\tselNodeKnobs.sort()\\n\\n\\tfor key,value in defaultKnobs.items() :\\n\\t\\tif value not in selNodeKnobs :\\n\\t\\t\\tmissingKnob.append( key )\\n\\n\\tif not len(missingKnob) :\\n\\t\\twith root :\\n\\t\\t\\tCAMnode = selNode.name()\\n\\t\\t\\tthisGRP\\[mainKnobs\\[0]].setExpression('\\{0\\}.world_matrix'.format(CAMnode))\\n\\t\\t\\tthisGRP\\[mainKnobs\\[1]].setExpression('\\{0\\}.focal'.format(CAMnode))\\n\\t\\t\\tthisGRP\\[mainKnobs\\[2]].setExpression('\\{0\\}.haperture'.format(CAMnode))\\n\\t\\t\\tthisGRP\\[mainKnobs\\[3]].setExpression('\\{0\\}.win_translate'.format(CAMnode))\\n\\t\\t\\tthisGRP\\[mainKnobs\\[4]].setExpression('\\{0\\}.win_scale'.format(CAMnode))\\n\\t\\t\\tthisGRP\\[mainKnobs\\[5]].setExpression('\\{0\\}.winroll'.format(CAMnode))\\n\\telse :\\n\\t\\tp = nuke.Panel('Select knobs :')\\n\\t\\tp.addBooleanCheckBox( 'Unable to find the default knobs. Please use the pulldown menu below to define the knob manually.' , False)\\n\\t\\tfor rk in missingKnob :\\n\\t\\t\\tp.addEnumerationPulldown( rk, ' '.join( selNodeKnobs ) )\\n\\n\\t\\tif p.show() :\\n\\t\\t\\ttry :\\n\\t\\t\\t\\tfor key,value in defaultKnobs.items() :\\n\\t\\t\\t\\t\\tif p.value( key ) != None :\\n\\t\\t\\t\\t\\t\\tdefaultKnobs\\[key] = p.value( key )\\n\\t\\t\\texcept :\\n\\t\\t\\t\\tpass\\n\\n\\t\\t\\twith root :\\n\\t\\t\\t\\tCAMnode = selNode.name()\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[0]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['world matrix']))\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[1]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['focal length']))\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[2]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['horiz aperture']))\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[3]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['window translate']))\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[4]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['window scale']))\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[5]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['window roll']))\\nexcept :\\n\\tnuke.message('no node selected.')\" +STARTLINE}\n addUserKnob {22 remove_link l \"remove linked expression\" t \"Remove the linked camera expression but won't reset any data.\" -STARTLINE T \"thisGRP = nuke.thisGroup()\\nmainKnobs = \\['world_matrix','cam_focal','cam_haperture','cam_win_translate','cam_win_scale','cam_winroll']\\n\\nfor knob in thisGRP.knobs() :\\n\\tif mainKnobs.count(knob) != 0 :\\n\\t\\t thisGRP\\[knob].clearAnimated()\"}\n addUserKnob {20 cam_data_grp l \"CAMERA DATA\" n 1}\n cam_data_grp 0\n addUserKnob {7 cam_focal l \"focal length\" R 5 100}\n cam_focal {{Camera3.focal}}\n addUserKnob {7 cam_haperture l \"horiz aperture\" R 0.1 50}\n cam_haperture {{Camera3.haperture}}\n addUserKnob {30 cam_win_translate l \"window translate\"}\n cam_win_translate {{Camera3.win_translate} {Camera3.win_translate}}\n addUserKnob {30 cam_win_scale l \"window scale\"}\n cam_win_scale {{Camera3.win_scale} {Camera3.win_scale}}\n addUserKnob {7 cam_winroll l \"window roll\" R -45 45}\n cam_winroll {{Camera3.winroll}}\n addUserKnob {41 world_matrix l \"world matrix\" T cam_data.matrix}\n addUserKnob {20 endGroup_1 l endGroup n -1}\n addUserKnob {26 spacer_5 l \"\" +STARTLINE T
    }\n addUserKnob {26 title_basic l \"BASIC SETTING\"}\n addUserKnob {4 display l \"3D display\" t \"How to draw in 3D preview. The viewer can override this setting.\" M {off wireframe soild solid+wireframe textured textured+wireframe \"\" \"\" \"\"}}\n display textured\n addUserKnob {4 data_type l \"data type\" t \"data type\\nUsing one of these data to convert into 3D mesh.\\n\\nPosition\\nSupported world space or camera space position data.\\n\\nDepth (normalized far=0)\\nNormalized depth data, which is same as depth data output by ScanlineRender.\\n\\nDeep / Depth (direct)\\nRaw camera depth data. If using deep, need to convert DeepToImage first, and selected deep channel on 'channels' knob.\" M {\"position (world space)\" \"position (camera space)\" \"depth (normalized far=0)\" \"deep / depth (direct)\" \"\" \"\" \"\"}}\n data_type \"depth (normalized far=0)\"\n addUserKnob {41 channels t \"Select which channel represented on selected data type.\" T shuffle_data.in}\n addUserKnob {6 unpm l unpremult t \"3D data pass should be unpremult with alpha before process.\" -STARTLINE}\n unpm true\n addUserKnob {26 spacer_4 l \"\" +STARTLINE T
    }\n addUserKnob {7 lod l \"mesh LOD\" t \"Level of Details\\n\\nIf this value set to 1.0, subdivision of the mesh 1:1 to the data available in the resolution. Which mean 1 face of the mesh equal to 1 pixel.\\n\\nIf this value set to 1.0, it will slow down the render process.\\n\\nHighly recommend to use 0.1 - 0.5 if high resolution mesh details is not concern.\"}\n lod 0.1\n addUserKnob {41 filter_size l \"filter size\" T DisplaceGeo.filter_size}\n addUserKnob {41 filter T DisplaceGeo.filter}\n addUserKnob {26 spacer_2 l \"\" +STARTLINE T
    }\n addUserKnob {26 title_drange l \"\" +STARTLINE T \"distance range\"}\n addUserKnob {7 drange_near l near t \"clip the mesh in the min value in terms of depth.\" R 0 10000}\n addUserKnob {7 drange_far l far t \"clip the mesh in the max value in terms of depth.\" R 0 10000}\n drange_far 30\n addUserKnob {6 clip_color l \"distance clip on color\" t \"Apply the distance clip on colored texture.\" +STARTLINE}\n clip_color true\n addUserKnob {26 spacer_3 l \"\" +STARTLINE T
    }\n addUserKnob {26 title_export l EXPORT}\n addUserKnob {41 file t \"only support *.abc file extension (alembric) .\" T WriteGeo.file}\n addUserKnob {22 export_geo l \"Export Geo\" T \"def exportGeo() :\\n\\twgeo = nuke.toNode('WriteGeo')\\n\\twgeo\\['Execute'].execute()\\n\\nthisGRP = nuke.thisGroup()\\nfilepath = thisGRP\\['file'].getValue()\\n\\nif not len(filepath) :\\n\\tnuke.message('file path is empty. Process denied.')\\nelif not filepath.split('.')\\[-1:]\\[0].lower() == 'abc' :\\n\\tif nuke.ask('File extension invalue. Only support render *.abc . Do you want this tool to fix it and process ?') :\\n\\t\\tthisGRP\\['file'].setValue( thisGRP\\['file'].getValue() + '.abc' )\\n\\t\\texportGeo()\\nelse :\\n\\texportGeo()\" +STARTLINE}\n addUserKnob {22 import_geo l \"Import Geo\" -STARTLINE T \"prefx = nuke.toNode('preferences')\\['GridWidth'].value()\\nthisGRP = nuke.thisGroup()\\ngoStore = nuke.toNode('store')\\ngoStore\\['fn'].execute()\\n\\nroot = getLevel()\\n\\nwith root :\\n\\trgeo = nuke.nodes.ReadGeo2( file=thisGRP\\['file'].getValue() )\\n\\trgeo.setXYpos( int( thisGRP\\['xpos'].getValue() + prefx ) , int( thisGRP\\['ypos'].getValue() ) )\"}\n addUserKnob {20 tab_misc l Miscellaneous}\n addUserKnob {26 title_focus_region l \"FOCUS REGION\"}\n addUserKnob {41 use_focus_region l \"use focus region\" t \"use focus region to generate SSMesh in specific area. Save resources and possible to work with high LOD mesh.\" T menu2.use_focus_region}\n addUserKnob {15 focus_region l \"focus region\" t \"Set focus region in screen space. These values are 2D coordinate.\" +DISABLED}\n focus_region {0 0 1280 720}\n addUserKnob {26 spacer_1 l \"\" +STARTLINE T
    }\n addUserKnob {3 fregion_ref_frame l \"ref frame\" t \"set reference frame for tracking focus region. 'focus region' & 'define z' will apply on this reference frame and process the tracking.\" +DISABLED}\n fregion_ref_frame 1\n addUserKnob {22 fregion_set_frame l \"set current frame\" t \"set current frame for focus region reference frame.\" -STARTLINE +DISABLED T \"nuke.thisGroup()\\['fregion_ref_frame'].setValue( nuke.frame() )\"}\n addUserKnob {12 sample_point l \"sample position\" t \"Toggle 'sample z' in 2D to enable this 2D sample coordinate.\" +DISABLED}\n addUserKnob {22 sample_z_toggle l \"sample z in 2D\" t \"'sample z' is only works for sample value purpose. After sample is done, must turn off sample function.\" -STARTLINE +DISABLED T \"thisGRP = nuke.thisGroup()\\nszstatus = thisGRP\\['sample_z_status'].value()\\n\\nstatus = \\['\\[ OFF ]','\\[ ON ]']\\n\\nif szstatus == status\\[0] :\\n\\tthisGRP\\['sample_z_status'].setValue( status\\[1] )\\n\\tthisGRP\\['sample_point'].setEnabled(True)\\n\\tthisGRP\\['updateUI'].setValue(\\\"goStore = nuke.toNode(\\\\'store\\\\')\\\\ngoStore\\[\\\\'fn\\\\'].execute()\\\\nsample2d()\\\")\\nelse :\\n\\tthisGRP\\['sample_z_status'].setValue( status\\[0] )\\n\\tthisGRP\\['sample_point'].setEnabled(False)\\n\\tthisGRP\\['updateUI'].setValue('')\"}\n addUserKnob {26 sample_z_status l \"\" -STARTLINE +DISABLED T \"\\[ OFF ]\"}\n addUserKnob {7 fregion_define_z l \"define z\" t \"Define the z value on reference frame. Can use 'sample z in 2D' to get this value.\" +DISABLED R 0 10000}\n addUserKnob {22 track_focus_region l \"\\[ track focus region ]\" t \"Use the set focus region on reference frame to track with camera in 3D space.\\n\\n* project setting need to be same as image resolution to get the correct result.\" +DISABLED T \"rootST = int( nuke.root()\\['first_frame'].getValue() )\\nrootED = int( nuke.root()\\['last_frame'].getValue() )\\n\\ngetFrame = nuke.getFramesAndViews( 'frame range', str( rootST ) + '-' + str( rootED ) )\\n\\ntry :\\n\\tframeST = int( getFrame\\[0].replace( ' ' , '' ).split('-')\\[0] )\\n\\tframeED = int( getFrame\\[0].replace( ' ' , '' ).split('-')\\[1] )\\n\\n\\tthisGRP = nuke.thisGroup()\\n\\trefframe = int( thisGRP\\['fregion_ref_frame'].getValue() )\\n\\tcam = nuke.toNode('cam_data')\\n\\tpt1 = nuke.toNode('left_pt')\\['translate'].getValue()\\n\\tpt2 = nuke.toNode('right_pt')\\['translate'].getValue()\\n\\n\\tct_hack = nuke.nodes.CurveTool()\\n\\n\\twith nuke.root() :\\n\\n\\t\\tif frameED - frameST != 0 :\\n\\t\\t\\tthisGRP\\['focus_region'].clearAnimated()\\n\\t\\t\\ttempbuffer1 = thisGRP\\['focus_region'].getValue()\\n\\t\\t\\tthisGRP\\['focus_region'].setAnimated()\\n\\t\\t\\tthisGRP\\['focus_region'].setValueAt( tempbuffer1\\[0] , refframe , 0 )\\n\\t\\t\\tthisGRP\\['focus_region'].setValueAt( tempbuffer1\\[1] , refframe , 1 )\\n\\t\\t\\tthisGRP\\['focus_region'].setValueAt( tempbuffer1\\[2] , refframe , 2 )\\n\\t\\t\\tthisGRP\\['focus_region'].setValueAt( tempbuffer1\\[3] , refframe , 3 )\\n\\n\\t\\tfor trackframe in range( frameST, frameED+1 , 1 ) :\\n\\t\\t\\tnuke.execute( ct_hack, trackframe, trackframe )\\n\\t\\t\\tthisGRP\\['focus_region'].setValueAt( nukescripts.snap3d.projectPoint( cam, pt1 )\\[0] , trackframe , 0 )\\n\\t\\t\\tthisGRP\\['focus_region'].setValueAt( nukescripts.snap3d.projectPoint( cam, pt1 )\\[1] , trackframe , 1 )\\n\\t\\t\\tthisGRP\\['focus_region'].setValueAt( nukescripts.snap3d.projectPoint( cam, pt2 )\\[0] , trackframe , 2 )\\n\\t\\t\\tthisGRP\\['focus_region'].setValueAt( nukescripts.snap3d.projectPoint( cam, pt2 )\\[1] , trackframe , 3 )\\n\\n\\tnuke.delete( ct_hack )\\nexcept :\\n pass\" +STARTLINE}\n addUserKnob {26 spacer_6 l \"\" +STARTLINE T
    }\n addUserKnob {20 grp_crop_preview l \"3D crop preview\" +DISABLED n 1}\n grp_crop_preview 0\n addUserKnob {6 show_crop l \"show crop point\" t \"It will show 2 spheres for the crop in 3D space. They set in the place which is where you set the focus region in screen space and defined by z.\" +DISABLED +STARTLINE}\n addUserKnob {7 crop_point_scale l scale t \"Scale the preview crop points (spheres).\" +DISABLED}\n crop_point_scale 0.3\n addUserKnob {18 crop_point_color l color t \"change color of the crop points (spheres).\" +DISABLED}\n crop_point_color 1\n addUserKnob {6 crop_point_color_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 crop_point_color_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 crop_point_color_panelDropped_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 crop_point_color_panelDropped_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 crop_point_color_panelDropped_1_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 crop_point_color_panelDropped_1_1_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 crop_point_color_panelDropped_1_1_1_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 crop_point_color_panelDropped_1_1_1_1_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 crop_point_color_panelDropped_1_1_1_1_1_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 crop_point_color_panelDropped_1_1_1_1_1_1_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 crop_point_color_panelDropped_1_1_1_1_1_1_1_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {20 endGroup n -1}\n addUserKnob {26 spacer l \"\" +STARTLINE T
    }\n addUserKnob {26 title_uv l UV}\n addUserKnob {41 uv_stabilize l \"uv stabilize\" t \"Turn this on if you need to stabilize in UV space. During UV stabilize on, the geo will not be animated. Set reference frame under 'mesh ref frame'.\" T menu1.uv_stabilize}\n addUserKnob {3 uv_ref_frame l \"mesh ref frame\" t \"Select the frame number that will have identity geo shaped for UV texturing.\" +DISABLED}\n uv_ref_frame 1001\n addUserKnob {22 uv_set_frame l \"set current frame\" -STARTLINE +DISABLED T \"nuke.thisGroup()\\['uv_ref_frame'].setValue( nuke.frame() )\"}\n addUserKnob {6 black_outside l \"black outside\" t \"black outside the UV texture.\" +DISABLED +STARTLINE}\n black_outside true\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T 1.3}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2019-11-08}\n addUserKnob {26 l_CHANGELOG l Changelog T \"1.3\\n- camera window supported\\n- anamophic project supported\\n- fix the conflict of 'force region' and 'UV stabilize'.\\n can use both at the same time now.\\n\\n1.2\\n- removed unuse camera link knobs\\n- added focus region, so mesh can be\\n form in specific area/object to save\\n resources for higher LOD\\n\\n1.1\\n- fix the missing line on 'Export Geo' \\n button\\n\\n1.0\\n- create mesh/geo in screen space\\n using position/depth/deep data\"}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n}\n BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0xff\n label \"don't touch\"\n note_font_size 32\n xpos -1142\n ypos -169\n bdwidth 202\n bdheight 478\n }\n BackdropNode {\n inputs 0\n name BackdropNode2\n tile_color 0x4c4c4cff\n label bin\n note_font_size 32\n xpos -899\n ypos -170\n bdwidth 200\n bdheight 280\n }\n Input {\n inputs 0\n name img\n xpos -100\n ypos -184\n }\n Dot {\n name img_dot\n xpos -66\n ypos -83\n }\nset N3a443300 [stack 0]\n Dot {\n name Dot3\n xpos 758\n ypos -83\n }\nset N3a437660 [stack 0]\n Shuffle {\n in depth\n in2 alpha\n alpha red2\n name shuffle_data\n label \"\\[value in]\"\n xpos 724\n ypos -32\n }\n Unpremult {\n name Unpremult_data\n xpos 724\n ypos 62\n disable {{!parent.unpm}}\n }\n Dot {\n name Dot5\n xpos 758\n ypos 700\n }\nset N5029f720 [stack 0]\n Dot {\n name Dot6\n xpos 928\n ypos 700\n }\nset N502a1be0 [stack 0]\n Dot {\n name Dot7\n xpos 1106\n ypos 700\n }\nset N502cf910 [stack 0]\n Dot {\n name Dot8\n xpos 1260\n ypos 700\n }\n Expression {\n temp_name0 dvalue\n temp_expr0 red\n temp_name1 xpos\n temp_expr1 \"( ( x + 0.5 ) / input.width - 0.5 ) * \\[value global_math.hratio] * abs( dvalue )\"\n temp_name2 ypos\n temp_expr2 \"( ( y + 0.5 ) / input.height - 0.5 ) * ( \\[value global_math.hratio] * abs( dvalue ) * ( img_dot.height / img_dot.width ) ) * 1 / \\[value format.pixel_aspect]\"\n temp_name3 zpos\n temp_expr3 \"- dvalue\"\n expr0 \"( xpos * \\[value fb_data.world_matrix.0] + ypos * \\[value fb_data.world_matrix.1] ) * \\[value fb_data.win_scale.u] + ( \\[value global_math.hratio] * abs(zpos) * \\[value fb_data.win_translate.u] / 2 )\"\n expr1 \"( xpos * \\[value fb_data.world_matrix.4] + ypos * \\[value fb_data.world_matrix.5] ) * \\[value fb_data.win_scale.v] + ( \\[value global_math.hratio] * abs(zpos) * \\[value fb_data.win_translate.v] / 2 )\"\n expr2 zpos\n name Expression9\n xpos 1226\n ypos 774\n }\n Dot {\n name Dot16\n xpos 1260\n ypos 889\n }\npush $N502cf910\n Expression {\n temp_name0 dvalue\n temp_expr0 \"1 / red\"\n temp_name1 xpos\n temp_expr1 \"( ( x + 0.5 ) / input.width - 0.5 ) * \\[value global_math.hratio] * abs( dvalue )\"\n temp_name2 ypos\n temp_expr2 \"( ( y + 0.5 ) / input.height - 0.5 ) * ( \\[value global_math.hratio] * abs( dvalue ) * ( img_dot.height / img_dot.width ) ) * 1 / \\[value format.pixel_aspect]\"\n temp_name3 zpos\n temp_expr3 \"- dvalue\"\n expr0 \"( xpos * \\[value fb_data.world_matrix.0] + ypos * \\[value fb_data.world_matrix.1] ) * \\[value fb_data.win_scale.u] + ( \\[value global_math.hratio] * abs(zpos) * \\[value fb_data.win_translate.u] / 2 )\"\n expr1 \"( xpos * \\[value fb_data.world_matrix.4] + ypos * \\[value fb_data.world_matrix.5] ) * \\[value fb_data.win_scale.v] + ( \\[value global_math.hratio] * abs(zpos) * \\[value fb_data.win_translate.v] / 2 )\"\n expr2 zpos\n name Expression6\n xpos 1072\n ypos 774\n }\n Dot {\n name Dot17\n xpos 1106\n ypos 863\n }\npush $N502a1be0\n Expression {\n expr2 -blue\n name Expression7\n label \"fix z\"\n xpos 894\n ypos 774\n }\n Dot {\n name Dot18\n xpos 928\n ypos 876\n }\npush $N5029f720\n Expression {\n temp_name0 nx\n temp_expr0 \"red - cam_data.world_matrix.3\"\n temp_name1 ny\n temp_expr1 \"green - cam_data.world_matrix.7\"\n temp_name2 nz\n temp_expr2 \"blue - cam_data.world_matrix.11\"\n expr0 \"nx * \\[value inverseMatrix.invMatrix.0] + ny * \\[value inverseMatrix.invMatrix.1] + nz * \\[value inverseMatrix.invMatrix.2]\"\n expr1 \"nx * \\[value inverseMatrix.invMatrix.3] + ny * \\[value inverseMatrix.invMatrix.4] + nz * \\[value inverseMatrix.invMatrix.5]\"\n expr2 \"nx * \\[value inverseMatrix.invMatrix.6] + ny * \\[value inverseMatrix.invMatrix.7] + nz * \\[value inverseMatrix.invMatrix.8]\"\n name Expression3\n label \"position invert\"\n xpos 724\n ypos 774\n }\n Switch {\n inputs 4\n which {{parent.data_type}}\n name Switch1\n xpos 724\n ypos 984\n }\n Dot {\n name Dot13\n xpos 758\n ypos 1113\n }\nset N3a46d740 [stack 0]\n Dot {\n name sam_dot\n xpos 551\n ypos 1113\n }\n NoOp {\n inputs 0\n name menu1\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nif thisGRP\\['uv_stabilize'].getValue() == 1 :\\n thisGRP\\['uv_ref_frame'].setEnabled(True)\\n thisGRP\\['uv_set_frame'].setEnabled(True)\\n thisGRP\\['black_outside'].setEnabled(True)\\nelse :\\n thisGRP\\['uv_ref_frame'].setEnabled(False)\\n thisGRP\\['uv_set_frame'].setEnabled(False)\\n thisGRP\\['black_outside'].setEnabled(False)\\n\"\n xpos -1085\n ypos -42\n addUserKnob {20 User}\n addUserKnob {6 uv_stabilize l \"uv stabilize\" +STARTLINE}\n }\n NoOp {\n inputs 0\n name menu2\n onCreate \"\\nthisGRP = nuke.thisGroup()\\nfregion_knobs = \\['focus_region','fregion_define_z','sample_z_toggle','sample_z_status','sample_point','fregion_ref_frame','fregion_set_frame','track_focus_region','grp_crop_preview','show_crop','crop_point_scale','crop_point_color']\\n\\nthisGRP\\[fregion_knobs\\[4]].setEnabled(True)\\n\\nif thisGRP\\['use_focus_region'].getValue() == 0 :\\n for i in fregion_knobs :\\n thisGRP\\[i].setEnabled(False)\\n thisGRP\\[fregion_knobs\\[3]].setValue( '\\[ OFF ]' )\\n thisGRP\\['updateUI'].setValue('')\\n nuke.toNode('material_switch')\\['disable'].setValue(0)\\nelse :\\n for i in fregion_knobs :\\n if i != 'sample_point' :\\n thisGRP\\[i].setEnabled(True)\\n else :\\n thisGRP\\[i].setEnabled(False)\\n nuke.toNode('material_switch')\\['disable'].setValue(1)\\n\"\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nfregion_knobs = \\['focus_region','fregion_define_z','sample_z_toggle','sample_z_status','sample_point','fregion_ref_frame','fregion_set_frame','track_focus_region','grp_crop_preview','show_crop','crop_point_scale','crop_point_color']\\n\\nif thisGRP\\['use_focus_region'].getValue() == 0 :\\n for i in fregion_knobs :\\n thisGRP\\[i].setEnabled(False)\\n thisGRP\\[fregion_knobs\\[3]].setValue( '\\[ OFF ]' )\\n thisGRP\\['updateUI'].setValue('')\\n nuke.toNode('material_switch')\\['disable'].setValue(0)\\nelse :\\n for i in fregion_knobs :\\n if i != 'sample_point' :\\n thisGRP\\[i].setEnabled(True)\\n nuke.toNode('material_switch')\\['disable'].setValue(1)\\n\"\n xpos -1085\n ypos 25\n addUserKnob {20 User}\n addUserKnob {6 use_focus_region l \"use focus region\" +STARTLINE}\n }\n Camera {\n inputs 0\n display off\n selectable false\n useMatrix true\n matrix {\n {{Camera3.world_matrix} {Camera3.world_matrix} {Camera3.world_matrix} {Camera3.world_matrix}}\n {{Camera3.world_matrix} {Camera3.world_matrix} {Camera3.world_matrix} {Camera3.world_matrix}}\n {{Camera3.world_matrix} {Camera3.world_matrix} {Camera3.world_matrix} {Camera3.world_matrix}}\n {{Camera3.world_matrix} {Camera3.world_matrix} {Camera3.world_matrix} {Camera3.world_matrix}}\n }\n focal {{parent.cam_focal}}\n haperture {{cam_haperture}}\n name cam_data\n xpos -335\n ypos 2204\n }\npush $N3a46d740\n Expression {\n temp_name0 unpremultA\n temp_expr0 \"alpha * ( 1 / alpha )\"\n temp_name1 max\n temp_expr1 blue\n expr3 \"abs( max ) < \\[value parent.drange_near] || abs( max ) > \\[value parent.drange_far] ? 0 : isnan(unpremultA) ? 0 : unpremultA\"\n name Expression1\n label \"distance crop\"\n xpos 724\n ypos 1244\n }\n Premult {\n name Premult1\n xpos 724\n ypos 1332\n }\n Dot {\n name Dot9\n xpos 758\n ypos 1640\n }\nset N3a5d9ce0 [stack 0]\npush $N3a443300\n Dot {\n name Dot10\n xpos -66\n ypos 1552\n }\nset N5a4d4730 [stack 0]\n Unpremult {\n name Unpremult1\n xpos 48\n ypos 1549\n }\n Merge2 {\n inputs 2\n operation mask\n name Merge2\n xpos 48\n ypos 1637\n }\n Premult {\n name Premult3\n xpos 48\n ypos 1719\n }\npush $N5a4d4730\n Switch {\n inputs 2\n which {{parent.clip_color}}\n name Switch2\n xpos -100\n ypos 1828\n }\n Project3D2 {\n inputs 2\n crop {{parent.black_outside}}\n name Project3D2\n xpos -100\n ypos 2224\n }\npush $N3a437660\n Dot {\n name Dot2\n xpos 1576\n ypos -84\n }\n Shuffle {\n red black\n green black\n blue black\n alpha black\n name Shuffle1\n label \"\\[value in]\"\n xpos 1542\n ypos 30\n }\n Remove {\n name Remove1\n xpos 1542\n ypos 118\n }\n Reformat {\n type scale\n black_outside true\n name Reformat1\n xpos 1542\n ypos 212\n }\n Expression {\n temp_name0 xpos\n temp_expr0 \"( ( x + 0.5 ) / input.width - 0.5) * \\[value global_math.hratio] * abs( \\[value parent.drange_far] )\"\n temp_name1 ypos\n temp_expr1 \"( ( y + 0.5 ) / input.height -0.5 ) * ( \\[value global_math.hratio] * abs( \\[value parent.drange_far] ) * ( img_dot.height / img_dot.width ) ) * 1 / \\[value format.pixel_aspect]\"\n temp_name2 zpos\n temp_expr2 \"-\\[value parent.drange_far]\"\n expr0 \"( xpos * \\[value fb_data.world_matrix.0] + ypos * \\[value fb_data.world_matrix.1] ) * \\[value fb_data.win_scale.u] + ( \\[value global_math.hratio] * abs(zpos) * \\[value fb_data.win_translate.u] / 2 )\"\n expr1 \"( xpos * \\[value fb_data.world_matrix.4] + ypos * \\[value fb_data.world_matrix.5] ) * \\[value fb_data.win_scale.v] + ( \\[value global_math.hratio] * abs(zpos) * \\[value fb_data.win_translate.v] / 2 )\"\n expr2 zpos\n name Expression8\n xpos 1542\n ypos 845\n }\n ColorMatrix {\n matrix {\n {{cam_data.world_matrix.0} {cam_data.world_matrix.1} {cam_data.world_matrix.2}}\n {{cam_data.world_matrix.4} {cam_data.world_matrix.5} {cam_data.world_matrix.6}}\n {{cam_data.world_matrix.8} {cam_data.world_matrix.9} {cam_data.world_matrix.10}}\n }\n name ColorMatrix1\n xpos 1542\n ypos 970\n }\n Add {\n channels rgb\n value {{cam_data.world_matrix.3} {cam_data.world_matrix.7} {cam_data.world_matrix.11} 0}\n name Add1\n xpos 1542\n ypos 1052\n }\n Crop {\n box {{store.fregion} {store.fregion} {store.fregion} {store.fregion}}\n reformat true\n crop false\n name Crop1\n xpos 1542\n ypos 1476\n disable {{!parent.use_focus_region}}\n }\n Dot {\n name Dot4\n xpos 1576\n ypos 2402\n }\npush $N3a5d9ce0\n Crop {\n box {{store.fregion} {store.fregion} {store.fregion} {store.fregion}}\n reformat true\n crop false\n name Crop4\n selected true\n xpos 724\n ypos 1714\n disable {{!parent.use_focus_region}}\n }\n Unpremult {\n name Unpremult3\n xpos 724\n ypos 1851\n }\n Expression {\n temp_name0 nx\n temp_expr0 red\n temp_name1 ny\n temp_expr1 green\n temp_name2 nz\n temp_expr2 blue\n expr0 \"( nx * \\[value cam_data.world_matrix.0] + ny * \\[value cam_data.world_matrix.1] + nz * \\[value cam_data.world_matrix.2] ) + \\[value cam_data.world_matrix.3]\"\n expr1 \"( nx * \\[value cam_data.world_matrix.4] + ny * \\[value cam_data.world_matrix.5] + nz * \\[value cam_data.world_matrix.6] ) + \\[value cam_data.world_matrix.7]\"\n expr2 \"( nx * \\[value cam_data.world_matrix.8] + ny * \\[value cam_data.world_matrix.9] + nz * \\[value cam_data.world_matrix.10] ) + \\[value cam_data.world_matrix.11]\"\n name Expression4\n label \"position revert\"\n xpos 724\n ypos 1933\n }\n Premult {\n name Premult2\n xpos 724\n ypos 2027\n }\n Merge2 {\n inputs 2\n operation under\n name Merge1\n xpos 724\n ypos 2398\n }\n Card {\n inputs 0\n image_aspect false\n rows {{\"img_dot.height * parent.lod\"}}\n columns {{\"img_dot.width * parent.lod\"}}\n name ssmesh\n xpos 343\n ypos 2317\n }\n DisplaceGeo {\n inputs 2\n source \"rgb absolute\"\n scale 1\n filter_size 1\n name DisplaceGeo\n xpos 343\n ypos 2399\n }\n FrameHold {\n first_frame {{parent.uv_ref_frame}}\n name FrameHold\n xpos 343\n ypos 2479\n disable {{!parent.uv_stabilize}}\n }\n ApplyMaterial {\n inputs 2\n name ApplyMaterial1\n xpos -100\n ypos 2483\n }\n Scene {\n display {{parent.display}}\n name gl_scene\n xpos -90\n ypos 3072\n }\nset N3a5b5740 [stack 0]\n WriteGeo {\n file_type abc\n name WriteGeo\n xpos 120\n ypos 3093\n }\n Axis {\n inputs 0\n display off\n selectable false\n translate {{\"( global_math.pt2.x * cam_data.world_matrix.0(parent.fregion_ref_frame) + global_math.pt2.y * cam_data.world_matrix.1(parent.fregion_ref_frame) + global_math.pt2.z * cam_data.world_matrix.2(parent.fregion_ref_frame) ) + cam_data.world_matrix.3(parent.fregion_ref_frame)\"} {\"( global_math.pt2.x * cam_data.world_matrix.4(parent.fregion_ref_frame) + global_math.pt2.y * cam_data.world_matrix.5(parent.fregion_ref_frame) + global_math.pt2.z * cam_data.world_matrix.6(parent.fregion_ref_frame) ) + cam_data.world_matrix.7(parent.fregion_ref_frame)\"} {\"( global_math.pt2.x * cam_data.world_matrix.8(parent.fregion_ref_frame) + global_math.pt2.y * cam_data.world_matrix.9(parent.fregion_ref_frame) + global_math.pt2.z * cam_data.world_matrix.10(parent.fregion_ref_frame) ) + cam_data.world_matrix.11(parent.fregion_ref_frame)\"}}\n name right_pt\n xpos -600\n ypos 3218\n }\n CheckerBoard2 {\n inputs 0\n format \"256 256 0 0 256 256 1 square_256\"\n name CheckerBoard1\n xpos -789\n ypos 2694\n }\n Multiply {\n channels rgb\n value {{parent.crop_point_color.r} {parent.crop_point_color.g} {parent.crop_point_color.b} 1}\n name Multiply\n xpos -789\n ypos 2822\n }\n Clamp {\n channels rgba\n name Clamp1\n xpos -789\n ypos 2905\n }\n Sphere {\n selectable false\n cast_shadow false\n receive_shadow false\n rows 10\n columns 10\n uniform_scale {{parent.crop_point_scale}}\n name Sphere1\n xpos -789\n ypos 2987\n disable {{!show_crop}}\n }\n Dot {\n name Dot24\n xpos -755\n ypos 3065\n }\nset N3a5ed430 [stack 0]\n Dot {\n name Dot25\n xpos -456\n ypos 3065\n }\n TransformGeo {\n inputs 2\n selectable false\n name TransformGeo2\n xpos -490\n ypos 3238\n }\n Axis {\n inputs 0\n display off\n selectable false\n translate {{\"( global_math.pt1.x * cam_data.world_matrix.0(parent.fregion_ref_frame) + global_math.pt1.y * cam_data.world_matrix.1(parent.fregion_ref_frame) + global_math.pt1.z * cam_data.world_matrix.2(parent.fregion_ref_frame) ) + cam_data.world_matrix.3(parent.fregion_ref_frame)\"} {\"( global_math.pt1.x * cam_data.world_matrix.4(parent.fregion_ref_frame) + global_math.pt1.y * cam_data.world_matrix.5(parent.fregion_ref_frame) + global_math.pt1.z * cam_data.world_matrix.6(parent.fregion_ref_frame) ) + cam_data.world_matrix.7(parent.fregion_ref_frame)\"} {\"( global_math.pt1.x * cam_data.world_matrix.8(parent.fregion_ref_frame) + global_math.pt1.y * cam_data.world_matrix.9(parent.fregion_ref_frame) + global_math.pt1.z * cam_data.world_matrix.10(parent.fregion_ref_frame) ) + cam_data.world_matrix.11(parent.fregion_ref_frame)\"}}\n name left_pt\n xpos -899\n ypos 3220\n }\npush $N3a5ed430\n TransformGeo {\n inputs 2\n selectable false\n name TransformGeo1\n xpos -789\n ypos 3240\n }\n Scene {\n inputs 2\n selectable false\n name Scene1\n xpos -480\n ypos 3395\n }\n ApplyMaterial {\n display off\n selectable false\n render_mode off\n name material_switch\n xpos -490\n ypos 3523\n }\npush $N3a5b5740\n Scene {\n inputs 2\n name Scene2\n xpos -90\n ypos 3502\n }\n Output {\n name Output1\n xpos -100\n ypos 4030\n }\n Group {\n inputs 0\n name inverseMatrix\n tile_color 0x337f4cff\n xpos 576\n ypos 780\n addUserKnob {20 tab_general l General}\n addUserKnob {1 knob_path}\n knob_path cam_data.world_matrix\n addUserKnob {26 \"\"}\n addUserKnob {41 id T id_assign.matrix}\n addUserKnob {26 \"\"}\n addUserKnob {7 determinant}\n determinant {{\"\\[value \\[value knob_path].\\[value id.0]] * ((\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.8]]) - (\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.7]])) - \\[value \\[value knob_path].\\[value id.1]] * ((\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.8]]) - (\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.6]])) + \\[value \\[value knob_path].\\[value id.2]] * ((\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.7]])-(\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.6]]))\"}}\n addUserKnob {26 \"\"}\n addUserKnob {41 cofactor T mtx_cofactor.matrix}\n addUserKnob {26 \"\"}\n addUserKnob {41 invMatrix T matrix_output.matrix}\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T 1.0}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2011-11-28}\n addUserKnob {26 l_CHANGELOG l Changelog T \"v1.0\\n- reveal the calculate output of \\n inverse matrix which is c44matrix\\n and colormatrix doesn't show\\n \"}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n }\n Matrix {\n inputs 0\n matrix {\n {0 1 2}\n {4 5 6}\n {8 9 10}\n }\n name id_assign\n xpos -12\n ypos 33\n }\n Matrix {\n inputs 0\n matrix {\n {{\"(\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.8]]) - (\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.7]])\"} {\"(\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.2]]) - (\\[value \\[value knob_path].\\[value id.8]]*\\[value \\[value knob_path].\\[value id.1]])\"} {\"(\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.5]]) - (\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.4]])\"}}\n {{\"(\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.6]]) - (\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.8]])\"} {\"(\\[value \\[value knob_path].\\[value id.8]]*\\[value \\[value knob_path].\\[value id.0]]) - (\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.2]])\"} {\"(\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.3]]) - (\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.5]])\"}}\n {{\"(\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.7]]) - (\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.6]])\"} {\"(\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.1]]) - (\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.0]])\"} {\"(\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.4]]) - (\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.3]])\"}}\n }\n name mtx_cofactor\n xpos 86\n ypos 32\n }\n Matrix {\n inputs 0\n matrix {\n {{\"cofactor.0 == 0 || determinant == 0 ? 0 : cofactor.0/determinant\"} {\"cofactor.1 == 0 || determinant == 0 ? 0 : cofactor.1/determinant\"} {\"cofactor.2 == 0 || determinant == 0 ? 0 : cofactor.2/determinant\"}}\n {{\"cofactor.3 == 0 || determinant == 0 ? 0 : cofactor.3/determinant\"} {\"cofactor.4 == 0 || determinant == 0 ? 0 : cofactor.4/determinant\"} {\"cofactor.5 == 0 || determinant == 0 ? 0 : cofactor.5/determinant\"}}\n {{\"cofactor.6 == 0 || determinant == 0 ? 0 : cofactor.6/determinant\"} {\"cofactor.7 == 0 || determinant == 0 ? 0 : cofactor.7/determinant\"} {\"cofactor.8 == 0 || determinant == 0 ? 0 : cofactor.8/determinant\"}}\n }\n name matrix_output\n xpos 186\n ypos 33\n }\n end_group\n Camera {\n inputs 0\n rotate {0 0 {-parent.cam_winroll}}\n win_translate {{parent.cam_win_translate} {parent.cam_win_translate}}\n win_scale {{parent.cam_win_scale} {parent.cam_win_scale}}\n name fb_data\n xpos -340\n ypos 2087\n }\n NoOp {\n inputs 0\n name store\n xpos -843\n ypos 28\n addUserKnob {20 User}\n addUserKnob {22 fn T \"### level define ###\\n\\ndef getLevel() :\\n\\tif len(nuke.thisNode().fullName().split('.')) == 1 :\\n\\t\\tggLevel = nuke.root()\\n\\telse :\\n\\t\\tnodePath = nuke.thisNode().fullName().split('.')\\n\\t\\tnodePath.pop()\\n\\t\\tggLevel = nuke.toNode('.'.join(nodePath))\\n\\treturn ggLevel\\n\\n### sample z in 2D ###\\n\\ndef sample2d() :\\n\\tthisGRP = nuke.thisGroup()\\n\\tif thisGRP\\['sample_z_status'].value() == '\\[ ON ]' :\\n\\t\\tsam_co = thisGRP\\['sample_point'].getValue()\\n\\t\\tzdata = nuke.toNode('sam_dot').sample('blue', sam_co\\[0], sam_co\\[1]) * -1\\n\\t\\tthisGRP\\['fregion_define_z'].setValue( zdata )\" +STARTLINE}\n addUserKnob {15 fregion}\n fregion {{parent.focus_region} {parent.focus_region} {parent.focus_region} {parent.focus_region}}\n }\n NoOp {\n inputs 0\n name global_math\n xpos -842\n ypos -43\n addUserKnob {20 User}\n addUserKnob {7 hratio}\n hratio {{\"cam_data.haperture / cam_data.focal\"}}\n addUserKnob {7 maxwidth}\n maxwidth {{\"hratio * parent.fregion_define_z\"}}\n addUserKnob {7 maxheight}\n maxheight {{\"hratio * parent.fregion_define_z * ( img_dot.height / img_dot.width )\"}}\n addUserKnob {13 pt1}\n pt1 {{\"( ( ( maxwidth * ( parent.focus_region.x(parent.fregion_ref_frame) / img_dot.width) ) - ( maxwidth / 2 ) ) * fb_data.world_matrix.0 + ( ( ( maxheight * ( parent.focus_region.y(parent.fregion_ref_frame) / img_dot.height ) ) - ( maxheight / 2 ) ) * 1 / \\[value root.format.pixel_aspect] ) * fb_data.world_matrix.1 ) * fb_data.win_scale.u + ( hratio * abs(parent.fregion_define_z) * fb_data.win_translate.u /2 )\"} {\"( ( ( maxwidth * ( parent.focus_region.x(parent.fregion_ref_frame) / img_dot.width) ) - ( maxwidth / 2 ) ) * fb_data.world_matrix.4 + \\n( ( ( maxheight * ( parent.focus_region.y(parent.fregion_ref_frame) / img_dot.height ) ) - ( maxheight / 2 ) ) * 1 / \\[value root.format.pixel_aspect] ) * fb_data.world_matrix.5 ) * fb_data.win_scale.v + ( hratio * abs(parent.fregion_define_z) * fb_data.win_translate.v /2 )\"} {-parent.fregion_define_z}}\n addUserKnob {13 pt2}\n pt2 {{\"( ( ( maxwidth * ( parent.focus_region.r(parent.fregion_ref_frame) / img_dot.width) ) - ( maxwidth / 2 ) ) * fb_data.world_matrix.0 + ( ( ( maxheight * ( parent.focus_region.t(parent.fregion_ref_frame) / img_dot.height ) ) - ( maxheight / 2 ) ) * 1 / \\[value root.format.pixel_aspect] ) * fb_data.world_matrix.1 ) * fb_data.win_scale.u + ( hratio * abs(parent.fregion_define_z) * fb_data.win_translate.u /2 )\"} {\"( ( ( maxwidth * ( parent.focus_region.r(parent.fregion_ref_frame) / img_dot.width) ) - ( maxwidth / 2 ) ) * fb_data.world_matrix.4 + ( ( ( maxheight * ( parent.focus_region.t(parent.fregion_ref_frame) / img_dot.height ) ) - ( maxheight / 2 ) ) * 1 / \\[value root.format.pixel_aspect] ) * fb_data.world_matrix.5 ) * fb_data.win_scale.v + ( hratio * abs(parent.fregion_define_z) * fb_data.win_translate.v /2 )\"} {-parent.fregion_define_z}}\n }\nend_group\nCamera2 {\n inputs 0\n translate {{curve x1 -23.73355293 x50 1.828465939 x100 10.79810143} {curve x1 6.752248287 x50 13.82691669 x100 25.23773003} {curve x1 -3.158116341 x50 5.475767136 x100 -12.79232216}}\n rotate {{curve x1 30.63627052 x50 14.22963619 x100 -23.22279344} {curve x1 -44.94124796 x50 19.70681696 x100 76.6501109} {curve x1 0 x50 27.42004885 x100 13.36756642}}\n focal 24\n name Camera3\n xpos 342\n ypos -217\n}\nScene {\n inputs 2\n name Scene3\n xpos 522\n ypos -75\n}\nDot {\n name Dot3\n xpos 546\n ypos 114\n}\nGroup {\n inputs 0\n name render_with_deep\n xpos 1191\n ypos -374\n postage_stamp true\n}\n Camera2 {\n inputs 0\n translate {{curve x1 -23.73355293 x50 1.828465939 x100 10.79810143} {curve x1 6.752248287 x50 13.82691669 x100 25.23773003} {curve x1 -3.158116341 x50 5.475767136 x100 -12.79232216}}\n rotate {{curve x1 30.63627052 x50 14.22963619 x100 -23.22279344} {curve x1 -44.94124796 x50 19.70681696 x100 76.6501109} {curve x1 0 x50 27.42004885 x100 13.36756642}}\n focal 24\n name Camera1\n xpos 241\n ypos -567\n }\n Dot {\n name Dot2\n xpos 351\n ypos -543\n }\nset N81bc0180 [stack 0]\n Dot {\n name Dot3\n xpos 351\n ypos -428\n }\npush $N81bc0180\n CheckerBoard2 {\n inputs 0\n name CheckerBoard1\n xpos 406\n ypos -928\n }\n Dot {\n name Dot1\n xpos 440\n ypos -814\n }\nset N81bc9030 [stack 0]\n Dot {\n name Dot5\n xpos 553\n ypos -814\n }\nset N81bcb3b0 [stack 0]\n Dot {\n name Dot4\n xpos 693\n ypos -814\n }\n Multiply {\n channels rgb\n value {0 1 1 1}\n name Multiply3\n xpos 659\n ypos -756\n }\n Cube {\n rows 1\n columns 1\n separate_faces false\n translate {-7.849998951 18.14999962 -19.00000191}\n rotate {0 0 45.93192592}\n uniform_scale 7\n name Cube1\n xpos 659\n ypos -676\n }\npush $N81bcb3b0\n Multiply {\n channels rgb\n value {1 0 1 1}\n name Multiply2\n xpos 519\n ypos -750\n }\n Sphere {\n translate {-15.00000191 16.45000076 -17.79999924}\n scaling {3.183291435 1 2.618715286}\n uniform_scale 2\n name Sphere1\n xpos 519\n ypos -670\n }\npush $N81bc9030\n Multiply {\n channels rgb\n value {1 1 0 1}\n name Multiply1\n xpos 406\n ypos -754\n }\n Cylinder {\n rows 1\n close_top true\n close_bottom true\n translate {-3.149999619 19.64999962 -13.89999866}\n rotate {52.26493538 0 32.53306187}\n scaling {1 4.216488838 1}\n uniform_scale 2\n name Cylinder1\n xpos 406\n ypos -673\n }\n Scene {\n inputs 4\n name Scene1\n xpos 416\n ypos -567\n }\n Reformat {\n inputs 0\n type \"to box\"\n box_width 1280\n box_height 720\n box_fixed true\n name Reformat1\n xpos 530\n ypos -431\n }\n ScanlineRender {\n inputs 3\n conservative_shader_sampling false\n motion_vectors_type off\n MB_channel none\n name ScanlineRender1\n xpos 406\n ypos -431\n }\n DeepFromImage {\n name DeepFromImage1\n selected true\n xpos 406\n ypos -351\n }\n Output {\n name Output1\n xpos 406\n ypos -215\n }\nend_group\nDeepToImage {\n name DeepToImage1\n xpos 1191\n ypos -265\n}\nGroup {\n name SSMesh4\n tile_color 0x5c9e83ff\n label \"Geo Output\"\n xpos 1191\n ypos -207\n addUserKnob {20 tab_general l General}\n addUserKnob {22 set_link l \"link to selected camera\" t \"Click to link selected camera by expression. This tool will get the focal, haperture and world matrix from selected camera to generate\" T \"def getLevel() :\\n\\t### level define ###\\n\\tif len(nuke.thisNode().fullName().split('.')) == 1 :\\n\\t\\t ggLevel = nuke.root()\\n\\telse :\\n\\t\\t nodePath = nuke.thisNode().fullName().split('.')\\n\\t\\t nodePath.pop()\\n\\t\\t ggLevel = nuke.toNode('.'.join(nodePath))\\n\\treturn ggLevel\\n\\nroot = getLevel()\\nthisGRP = nuke.thisGroup()\\n\\nmainKnobs = \\['world_matrix','cam_focal','cam_haperture','cam_win_translate','cam_win_scale','cam_winroll']\\ndefaultKnobs = \\{\\n\\t\\t\\t'world matrix' : 'world_matrix',\\n\\t\\t\\t'focal length' : 'focal',\\n\\t\\t\\t'horiz aperture' : 'haperture',\\n\\t\\t\\t'window translate' : 'win_translate',\\n\\t\\t\\t'window scale' : 'win_scale',\\n\\t\\t\\t'window roll' : 'winroll'\\n\\t\\t\\t\\}\\nselNodeKnobs = \\[]\\nmissingKnob = \\[]\\n\\ntry :\\n\\twith root :\\n\\t\\tselNode = nuke.selectedNode()\\n\\n\\tfor knob in selNode.knobs() :\\n\\t\\tselNodeKnobs.append( knob )\\n\\n\\tselNodeKnobs.sort()\\n\\n\\tfor key,value in defaultKnobs.items() :\\n\\t\\tif value not in selNodeKnobs :\\n\\t\\t\\tmissingKnob.append( key )\\n\\n\\tif not len(missingKnob) :\\n\\t\\twith root :\\n\\t\\t\\tCAMnode = selNode.name()\\n\\t\\t\\tthisGRP\\[mainKnobs\\[0]].setExpression('\\{0\\}.world_matrix'.format(CAMnode))\\n\\t\\t\\tthisGRP\\[mainKnobs\\[1]].setExpression('\\{0\\}.focal'.format(CAMnode))\\n\\t\\t\\tthisGRP\\[mainKnobs\\[2]].setExpression('\\{0\\}.haperture'.format(CAMnode))\\n\\t\\t\\tthisGRP\\[mainKnobs\\[3]].setExpression('\\{0\\}.win_translate'.format(CAMnode))\\n\\t\\t\\tthisGRP\\[mainKnobs\\[4]].setExpression('\\{0\\}.win_scale'.format(CAMnode))\\n\\t\\t\\tthisGRP\\[mainKnobs\\[5]].setExpression('\\{0\\}.winroll'.format(CAMnode))\\n\\telse :\\n\\t\\tp = nuke.Panel('Select knobs :')\\n\\t\\tp.addBooleanCheckBox( 'Unable to find the default knobs. Please use the pulldown menu below to define the knob manually.' , False)\\n\\t\\tfor rk in missingKnob :\\n\\t\\t\\tp.addEnumerationPulldown( rk, ' '.join( selNodeKnobs ) )\\n\\n\\t\\tif p.show() :\\n\\t\\t\\ttry :\\n\\t\\t\\t\\tfor key,value in defaultKnobs.items() :\\n\\t\\t\\t\\t\\tif p.value( key ) != None :\\n\\t\\t\\t\\t\\t\\tdefaultKnobs\\[key] = p.value( key )\\n\\t\\t\\texcept :\\n\\t\\t\\t\\tpass\\n\\n\\t\\t\\twith root :\\n\\t\\t\\t\\tCAMnode = selNode.name()\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[0]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['world matrix']))\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[1]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['focal length']))\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[2]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['horiz aperture']))\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[3]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['window translate']))\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[4]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['window scale']))\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[5]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['window roll']))\\nexcept :\\n\\tnuke.message('no node selected.')\" +STARTLINE}\n addUserKnob {22 remove_link l \"remove linked expression\" t \"Remove the linked camera expression but won't reset any data.\" -STARTLINE T \"thisGRP = nuke.thisGroup()\\nmainKnobs = \\['world_matrix','cam_focal','cam_haperture','cam_win_translate','cam_win_scale','cam_winroll']\\n\\nfor knob in thisGRP.knobs() :\\n\\tif mainKnobs.count(knob) != 0 :\\n\\t\\t thisGRP\\[knob].clearAnimated()\"}\n addUserKnob {20 cam_data_grp l \"CAMERA DATA\" n 1}\n cam_data_grp 0\n addUserKnob {7 cam_focal l \"focal length\" R 5 100}\n cam_focal {{Camera4.focal}}\n addUserKnob {7 cam_haperture l \"horiz aperture\" R 0.1 50}\n cam_haperture {{Camera4.haperture}}\n addUserKnob {30 cam_win_translate l \"window translate\"}\n cam_win_translate {{Camera4.win_translate} {Camera4.win_translate}}\n addUserKnob {30 cam_win_scale l \"window scale\"}\n cam_win_scale {{Camera4.win_scale} {Camera4.win_scale}}\n addUserKnob {7 cam_winroll l \"window roll\" R -45 45}\n cam_winroll {{Camera4.winroll}}\n addUserKnob {41 world_matrix l \"world matrix\" T cam_data.matrix}\n addUserKnob {20 endGroup_1 l endGroup n -1}\n addUserKnob {26 spacer_5 l \"\" +STARTLINE T
    }\n addUserKnob {26 title_basic l \"BASIC SETTING\"}\n addUserKnob {4 display l \"3D display\" t \"How to draw in 3D preview. The viewer can override this setting.\" M {off wireframe soild solid+wireframe textured textured+wireframe \"\" \"\" \"\"}}\n display textured\n addUserKnob {4 data_type l \"data type\" t \"data type\\nUsing one of these data to convert into 3D mesh.\\n\\nPosition\\nSupported world space or camera space position data.\\n\\nDepth (normalized far=0)\\nNormalized depth data, which is same as depth data output by ScanlineRender.\\n\\nDeep / Depth (direct)\\nRaw camera depth data. If using deep, need to convert DeepToImage first, and selected deep channel on 'channels' knob.\" M {\"position (world space)\" \"position (camera space)\" \"depth (normalized far=0)\" \"deep / depth (direct)\" \"\" \"\" \"\"}}\n data_type \"deep / depth (direct)\"\n addUserKnob {41 channels t \"Select which channel represented on selected data type.\" T shuffle_data.in}\n addUserKnob {6 unpm l unpremult t \"3D data pass should be unpremult with alpha before process.\" -STARTLINE}\n unpm true\n addUserKnob {26 spacer_4 l \"\" +STARTLINE T
    }\n addUserKnob {7 lod l \"mesh LOD\" t \"Level of Details\\n\\nIf this value set to 1.0, subdivision of the mesh 1:1 to the data available in the resolution. Which mean 1 face of the mesh equal to 1 pixel.\\n\\nIf this value set to 1.0, it will slow down the render process.\\n\\nHighly recommend to use 0.1 - 0.5 if high resolution mesh details is not concern.\"}\n lod 0.1\n addUserKnob {41 filter_size l \"filter size\" T DisplaceGeo.filter_size}\n addUserKnob {41 filter T DisplaceGeo.filter}\n addUserKnob {26 spacer_2 l \"\" +STARTLINE T
    }\n addUserKnob {26 title_drange l \"\" +STARTLINE T \"distance range\"}\n addUserKnob {7 drange_near l near t \"clip the mesh in the min value in terms of depth.\" R 0 10000}\n addUserKnob {7 drange_far l far t \"clip the mesh in the max value in terms of depth.\" R 0 10000}\n drange_far 30\n addUserKnob {6 clip_color l \"distance clip on color\" t \"Apply the distance clip on colored texture.\" +STARTLINE}\n clip_color true\n addUserKnob {26 spacer_3 l \"\" +STARTLINE T
    }\n addUserKnob {26 title_export l EXPORT}\n addUserKnob {41 file t \"only support *.abc file extension (alembric) .\" T WriteGeo.file}\n addUserKnob {22 export_geo l \"Export Geo\" T \"def exportGeo() :\\n\\twgeo = nuke.toNode('WriteGeo')\\n\\twgeo\\['Execute'].execute()\\n\\nthisGRP = nuke.thisGroup()\\nfilepath = thisGRP\\['file'].getValue()\\n\\nif not len(filepath) :\\n\\tnuke.message('file path is empty. Process denied.')\\nelif not filepath.split('.')\\[-1:]\\[0].lower() == 'abc' :\\n\\tif nuke.ask('File extension invalue. Only support render *.abc . Do you want this tool to fix it and process ?') :\\n\\t\\tthisGRP\\['file'].setValue( thisGRP\\['file'].getValue() + '.abc' )\\n\\t\\texportGeo()\\nelse :\\n\\texportGeo()\" +STARTLINE}\n addUserKnob {22 import_geo l \"Import Geo\" -STARTLINE T \"prefx = nuke.toNode('preferences')\\['GridWidth'].value()\\nthisGRP = nuke.thisGroup()\\ngoStore = nuke.toNode('store')\\ngoStore\\['fn'].execute()\\n\\nroot = getLevel()\\n\\nwith root :\\n\\trgeo = nuke.nodes.ReadGeo2( file=thisGRP\\['file'].getValue() )\\n\\trgeo.setXYpos( int( thisGRP\\['xpos'].getValue() + prefx ) , int( thisGRP\\['ypos'].getValue() ) )\"}\n addUserKnob {20 tab_misc l Miscellaneous}\n addUserKnob {26 title_focus_region l \"FOCUS REGION\"}\n addUserKnob {41 use_focus_region l \"use focus region\" t \"use focus region to generate SSMesh in specific area. Save resources and possible to work with high LOD mesh.\" T menu2.use_focus_region}\n addUserKnob {15 focus_region l \"focus region\" t \"Set focus region in screen space. These values are 2D coordinate.\" +DISABLED}\n focus_region {0 0 1280 720}\n addUserKnob {26 spacer_1 l \"\" +STARTLINE T
    }\n addUserKnob {3 fregion_ref_frame l \"ref frame\" t \"set reference frame for tracking focus region. 'focus region' & 'define z' will apply on this reference frame and process the tracking.\" +DISABLED}\n fregion_ref_frame 1\n addUserKnob {22 fregion_set_frame l \"set current frame\" t \"set current frame for focus region reference frame.\" -STARTLINE +DISABLED T \"nuke.thisGroup()\\['fregion_ref_frame'].setValue( nuke.frame() )\"}\n addUserKnob {12 sample_point l \"sample position\" t \"Toggle 'sample z' in 2D to enable this 2D sample coordinate.\" +DISABLED}\n addUserKnob {22 sample_z_toggle l \"sample z in 2D\" t \"'sample z' is only works for sample value purpose. After sample is done, must turn off sample function.\" -STARTLINE +DISABLED T \"thisGRP = nuke.thisGroup()\\nszstatus = thisGRP\\['sample_z_status'].value()\\n\\nstatus = \\['\\[ OFF ]','\\[ ON ]']\\n\\nif szstatus == status\\[0] :\\n\\tthisGRP\\['sample_z_status'].setValue( status\\[1] )\\n\\tthisGRP\\['sample_point'].setEnabled(True)\\n\\tthisGRP\\['updateUI'].setValue(\\\"goStore = nuke.toNode(\\\\'store\\\\')\\\\ngoStore\\[\\\\'fn\\\\'].execute()\\\\nsample2d()\\\")\\nelse :\\n\\tthisGRP\\['sample_z_status'].setValue( status\\[0] )\\n\\tthisGRP\\['sample_point'].setEnabled(False)\\n\\tthisGRP\\['updateUI'].setValue('')\"}\n addUserKnob {26 sample_z_status l \"\" -STARTLINE +DISABLED T \"\\[ OFF ]\"}\n addUserKnob {7 fregion_define_z l \"define z\" t \"Define the z value on reference frame. Can use 'sample z in 2D' to get this value.\" +DISABLED R 0 10000}\n addUserKnob {22 track_focus_region l \"\\[ track focus region ]\" t \"Use the set focus region on reference frame to track with camera in 3D space.\\n\\n* project setting need to be same as image resolution to get the correct result.\" +DISABLED T \"rootST = int( nuke.root()\\['first_frame'].getValue() )\\nrootED = int( nuke.root()\\['last_frame'].getValue() )\\n\\ngetFrame = nuke.getFramesAndViews( 'frame range', str( rootST ) + '-' + str( rootED ) )\\n\\ntry :\\n\\tframeST = int( getFrame\\[0].replace( ' ' , '' ).split('-')\\[0] )\\n\\tframeED = int( getFrame\\[0].replace( ' ' , '' ).split('-')\\[1] )\\n\\n\\tthisGRP = nuke.thisGroup()\\n\\trefframe = int( thisGRP\\['fregion_ref_frame'].getValue() )\\n\\tcam = nuke.toNode('cam_data')\\n\\tpt1 = nuke.toNode('left_pt')\\['translate'].getValue()\\n\\tpt2 = nuke.toNode('right_pt')\\['translate'].getValue()\\n\\n\\tct_hack = nuke.nodes.CurveTool()\\n\\n\\twith nuke.root() :\\n\\n\\t\\tif frameED - frameST != 0 :\\n\\t\\t\\tthisGRP\\['focus_region'].clearAnimated()\\n\\t\\t\\ttempbuffer1 = thisGRP\\['focus_region'].getValue()\\n\\t\\t\\tthisGRP\\['focus_region'].setAnimated()\\n\\t\\t\\tthisGRP\\['focus_region'].setValueAt( tempbuffer1\\[0] , refframe , 0 )\\n\\t\\t\\tthisGRP\\['focus_region'].setValueAt( tempbuffer1\\[1] , refframe , 1 )\\n\\t\\t\\tthisGRP\\['focus_region'].setValueAt( tempbuffer1\\[2] , refframe , 2 )\\n\\t\\t\\tthisGRP\\['focus_region'].setValueAt( tempbuffer1\\[3] , refframe , 3 )\\n\\n\\t\\tfor trackframe in range( frameST, frameED+1 , 1 ) :\\n\\t\\t\\tnuke.execute( ct_hack, trackframe, trackframe )\\n\\t\\t\\tthisGRP\\['focus_region'].setValueAt( nukescripts.snap3d.projectPoint( cam, pt1 )\\[0] , trackframe , 0 )\\n\\t\\t\\tthisGRP\\['focus_region'].setValueAt( nukescripts.snap3d.projectPoint( cam, pt1 )\\[1] , trackframe , 1 )\\n\\t\\t\\tthisGRP\\['focus_region'].setValueAt( nukescripts.snap3d.projectPoint( cam, pt2 )\\[0] , trackframe , 2 )\\n\\t\\t\\tthisGRP\\['focus_region'].setValueAt( nukescripts.snap3d.projectPoint( cam, pt2 )\\[1] , trackframe , 3 )\\n\\n\\tnuke.delete( ct_hack )\\nexcept :\\n pass\" +STARTLINE}\n addUserKnob {26 spacer_6 l \"\" +STARTLINE T
    }\n addUserKnob {20 grp_crop_preview l \"3D crop preview\" +DISABLED n 1}\n grp_crop_preview 0\n addUserKnob {6 show_crop l \"show crop point\" t \"It will show 2 spheres for the crop in 3D space. They set in the place which is where you set the focus region in screen space and defined by z.\" +DISABLED +STARTLINE}\n addUserKnob {7 crop_point_scale l scale t \"Scale the preview crop points (spheres).\" +DISABLED}\n crop_point_scale 0.3\n addUserKnob {18 crop_point_color l color t \"change color of the crop points (spheres).\" +DISABLED}\n crop_point_color 1\n addUserKnob {6 crop_point_color_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 crop_point_color_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 crop_point_color_panelDropped_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 crop_point_color_panelDropped_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 crop_point_color_panelDropped_1_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 crop_point_color_panelDropped_1_1_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 crop_point_color_panelDropped_1_1_1_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 crop_point_color_panelDropped_1_1_1_1_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 crop_point_color_panelDropped_1_1_1_1_1_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 crop_point_color_panelDropped_1_1_1_1_1_1_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 crop_point_color_panelDropped_1_1_1_1_1_1_1_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 crop_point_color_panelDropped_1_1_1_1_1_1_1_1_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {20 endGroup n -1}\n addUserKnob {26 spacer l \"\" +STARTLINE T
    }\n addUserKnob {26 title_uv l UV}\n addUserKnob {41 uv_stabilize l \"uv stabilize\" t \"Turn this on if you need to stabilize in UV space. During UV stabilize on, the geo will not be animated. Set reference frame under 'mesh ref frame'.\" T menu1.uv_stabilize}\n addUserKnob {3 uv_ref_frame l \"mesh ref frame\" t \"Select the frame number that will have identity geo shaped for UV texturing.\" +DISABLED}\n uv_ref_frame 1001\n addUserKnob {22 uv_set_frame l \"set current frame\" -STARTLINE +DISABLED T \"nuke.thisGroup()\\['uv_ref_frame'].setValue( nuke.frame() )\"}\n addUserKnob {6 black_outside l \"black outside\" t \"black outside the UV texture.\" +DISABLED +STARTLINE}\n black_outside true\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T 1.3}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2019-11-08}\n addUserKnob {26 l_CHANGELOG l Changelog T \"1.3\\n- camera window supported\\n- anamophic project supported\\n- fix the conflict of 'force region' and 'UV stabilize'.\\n can use both at the same time now.\\n\\n1.2\\n- removed unuse camera link knobs\\n- added focus region, so mesh can be\\n form in specific area/object to save\\n resources for higher LOD\\n\\n1.1\\n- fix the missing line on 'Export Geo' \\n button\\n\\n1.0\\n- create mesh/geo in screen space\\n using position/depth/deep data\"}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n}\n BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0xff\n label \"don't touch\"\n note_font_size 32\n xpos -1142\n ypos -169\n bdwidth 202\n bdheight 478\n }\n BackdropNode {\n inputs 0\n name BackdropNode2\n tile_color 0x4c4c4cff\n label bin\n note_font_size 32\n xpos -899\n ypos -170\n bdwidth 200\n bdheight 280\n }\n Input {\n inputs 0\n name img\n xpos -100\n ypos -184\n }\n Dot {\n name img_dot\n xpos -66\n ypos -83\n }\nset N3e819330 [stack 0]\n Dot {\n name Dot3\n xpos 758\n ypos -83\n }\nset N3e81b8f0 [stack 0]\n Shuffle {\n in deep\n in2 alpha\n alpha red2\n name shuffle_data\n label \"\\[value in]\"\n xpos 724\n ypos -32\n }\n Unpremult {\n name Unpremult_data\n xpos 724\n ypos 62\n disable {{!parent.unpm}}\n }\n Dot {\n name Dot5\n xpos 758\n ypos 700\n }\nset N3e82a040 [stack 0]\n Dot {\n name Dot6\n xpos 928\n ypos 700\n }\nset N3e82c500 [stack 0]\n Dot {\n name Dot7\n xpos 1106\n ypos 700\n }\nset N3e82e9c0 [stack 0]\n Dot {\n name Dot8\n xpos 1260\n ypos 700\n }\n Expression {\n temp_name0 dvalue\n temp_expr0 red\n temp_name1 xpos\n temp_expr1 \"( ( x + 0.5 ) / input.width - 0.5 ) * \\[value global_math.hratio] * abs( dvalue )\"\n temp_name2 ypos\n temp_expr2 \"( ( y + 0.5 ) / input.height - 0.5 ) * ( \\[value global_math.hratio] * abs( dvalue ) * ( img_dot.height / img_dot.width ) ) * 1 / \\[value format.pixel_aspect]\"\n temp_name3 zpos\n temp_expr3 \"- dvalue\"\n expr0 \"( xpos * \\[value fb_data.world_matrix.0] + ypos * \\[value fb_data.world_matrix.1] ) * \\[value fb_data.win_scale.u] + ( \\[value global_math.hratio] * abs(zpos) * \\[value fb_data.win_translate.u] / 2 )\"\n expr1 \"( xpos * \\[value fb_data.world_matrix.4] + ypos * \\[value fb_data.world_matrix.5] ) * \\[value fb_data.win_scale.v] + ( \\[value global_math.hratio] * abs(zpos) * \\[value fb_data.win_translate.v] / 2 )\"\n expr2 zpos\n name Expression9\n xpos 1226\n ypos 774\n }\n Dot {\n name Dot16\n xpos 1260\n ypos 889\n }\npush $N3e82e9c0\n Expression {\n temp_name0 dvalue\n temp_expr0 \"1 / red\"\n temp_name1 xpos\n temp_expr1 \"( ( x + 0.5 ) / input.width - 0.5 ) * \\[value global_math.hratio] * abs( dvalue )\"\n temp_name2 ypos\n temp_expr2 \"( ( y + 0.5 ) / input.height - 0.5 ) * ( \\[value global_math.hratio] * abs( dvalue ) * ( img_dot.height / img_dot.width ) ) * 1 / \\[value format.pixel_aspect]\"\n temp_name3 zpos\n temp_expr3 \"- dvalue\"\n expr0 \"( xpos * \\[value fb_data.world_matrix.0] + ypos * \\[value fb_data.world_matrix.1] ) * \\[value fb_data.win_scale.u] + ( \\[value global_math.hratio] * abs(zpos) * \\[value fb_data.win_translate.u] / 2 )\"\n expr1 \"( xpos * \\[value fb_data.world_matrix.4] + ypos * \\[value fb_data.world_matrix.5] ) * \\[value fb_data.win_scale.v] + ( \\[value global_math.hratio] * abs(zpos) * \\[value fb_data.win_translate.v] / 2 )\"\n expr2 zpos\n name Expression6\n xpos 1072\n ypos 774\n }\n Dot {\n name Dot17\n xpos 1106\n ypos 863\n }\npush $N3e82c500\n Expression {\n expr2 -blue\n name Expression7\n label \"fix z\"\n xpos 894\n ypos 774\n }\n Dot {\n name Dot18\n xpos 928\n ypos 876\n }\npush $N3e82a040\n Expression {\n temp_name0 nx\n temp_expr0 \"red - cam_data.world_matrix.3\"\n temp_name1 ny\n temp_expr1 \"green - cam_data.world_matrix.7\"\n temp_name2 nz\n temp_expr2 \"blue - cam_data.world_matrix.11\"\n expr0 \"nx * \\[value inverseMatrix.invMatrix.0] + ny * \\[value inverseMatrix.invMatrix.1] + nz * \\[value inverseMatrix.invMatrix.2]\"\n expr1 \"nx * \\[value inverseMatrix.invMatrix.3] + ny * \\[value inverseMatrix.invMatrix.4] + nz * \\[value inverseMatrix.invMatrix.5]\"\n expr2 \"nx * \\[value inverseMatrix.invMatrix.6] + ny * \\[value inverseMatrix.invMatrix.7] + nz * \\[value inverseMatrix.invMatrix.8]\"\n name Expression3\n label \"position invert\"\n xpos 724\n ypos 774\n }\n Switch {\n inputs 4\n which {{parent.data_type}}\n name Switch1\n xpos 724\n ypos 984\n }\n Dot {\n name Dot13\n xpos 758\n ypos 1113\n }\nset N3a63aad0 [stack 0]\n Dot {\n name sam_dot\n xpos 551\n ypos 1113\n }\n NoOp {\n inputs 0\n name menu1\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nif thisGRP\\['uv_stabilize'].getValue() == 1 :\\n thisGRP\\['uv_ref_frame'].setEnabled(True)\\n thisGRP\\['uv_set_frame'].setEnabled(True)\\n thisGRP\\['black_outside'].setEnabled(True)\\nelse :\\n thisGRP\\['uv_ref_frame'].setEnabled(False)\\n thisGRP\\['uv_set_frame'].setEnabled(False)\\n thisGRP\\['black_outside'].setEnabled(False)\\n\"\n xpos -1085\n ypos -42\n addUserKnob {20 User}\n addUserKnob {6 uv_stabilize l \"uv stabilize\" +STARTLINE}\n }\n NoOp {\n inputs 0\n name menu2\n onCreate \"\\nthisGRP = nuke.thisGroup()\\nfregion_knobs = \\['focus_region','fregion_define_z','sample_z_toggle','sample_z_status','sample_point','fregion_ref_frame','fregion_set_frame','track_focus_region','grp_crop_preview','show_crop','crop_point_scale','crop_point_color']\\n\\nthisGRP\\[fregion_knobs\\[4]].setEnabled(True)\\n\\nif thisGRP\\['use_focus_region'].getValue() == 0 :\\n for i in fregion_knobs :\\n thisGRP\\[i].setEnabled(False)\\n thisGRP\\[fregion_knobs\\[3]].setValue( '\\[ OFF ]' )\\n thisGRP\\['updateUI'].setValue('')\\n nuke.toNode('material_switch')\\['disable'].setValue(0)\\nelse :\\n for i in fregion_knobs :\\n if i != 'sample_point' :\\n thisGRP\\[i].setEnabled(True)\\n else :\\n thisGRP\\[i].setEnabled(False)\\n nuke.toNode('material_switch')\\['disable'].setValue(1)\\n\"\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nfregion_knobs = \\['focus_region','fregion_define_z','sample_z_toggle','sample_z_status','sample_point','fregion_ref_frame','fregion_set_frame','track_focus_region','grp_crop_preview','show_crop','crop_point_scale','crop_point_color']\\n\\nif thisGRP\\['use_focus_region'].getValue() == 0 :\\n for i in fregion_knobs :\\n thisGRP\\[i].setEnabled(False)\\n thisGRP\\[fregion_knobs\\[3]].setValue( '\\[ OFF ]' )\\n thisGRP\\['updateUI'].setValue('')\\n nuke.toNode('material_switch')\\['disable'].setValue(0)\\nelse :\\n for i in fregion_knobs :\\n if i != 'sample_point' :\\n thisGRP\\[i].setEnabled(True)\\n nuke.toNode('material_switch')\\['disable'].setValue(1)\\n\"\n xpos -1085\n ypos 25\n addUserKnob {20 User}\n addUserKnob {6 use_focus_region l \"use focus region\" +STARTLINE}\n }\n Camera {\n inputs 0\n display off\n selectable false\n useMatrix true\n matrix {\n {{Camera4.world_matrix} {Camera4.world_matrix} {Camera4.world_matrix} {Camera4.world_matrix}}\n {{Camera4.world_matrix} {Camera4.world_matrix} {Camera4.world_matrix} {Camera4.world_matrix}}\n {{Camera4.world_matrix} {Camera4.world_matrix} {Camera4.world_matrix} {Camera4.world_matrix}}\n {{Camera4.world_matrix} {Camera4.world_matrix} {Camera4.world_matrix} {Camera4.world_matrix}}\n }\n focal {{parent.cam_focal}}\n haperture {{cam_haperture}}\n name cam_data\n xpos -335\n ypos 2204\n }\npush $N3a63aad0\n Expression {\n temp_name0 unpremultA\n temp_expr0 \"alpha * ( 1 / alpha )\"\n temp_name1 max\n temp_expr1 blue\n expr3 \"abs( max ) < \\[value parent.drange_near] || abs( max ) > \\[value parent.drange_far] ? 0 : isnan(unpremultA) ? 0 : unpremultA\"\n name Expression1\n label \"distance crop\"\n xpos 724\n ypos 1244\n }\n Premult {\n name Premult1\n xpos 724\n ypos 1332\n }\n Dot {\n name Dot9\n xpos 758\n ypos 1640\n }\nset N3a669ca0 [stack 0]\npush $N3e819330\n Dot {\n name Dot10\n xpos -66\n ypos 1552\n }\nset N3a66c160 [stack 0]\n Unpremult {\n name Unpremult1\n xpos 48\n ypos 1549\n }\n Merge2 {\n inputs 2\n operation mask\n name Merge2\n xpos 48\n ypos 1637\n }\n Premult {\n name Premult3\n xpos 48\n ypos 1719\n }\npush $N3a66c160\n Switch {\n inputs 2\n which {{parent.clip_color}}\n name Switch2\n xpos -100\n ypos 1828\n }\n Project3D2 {\n inputs 2\n crop {{parent.black_outside}}\n name Project3D2\n xpos -100\n ypos 2224\n }\npush $N3e81b8f0\n Dot {\n name Dot2\n xpos 1576\n ypos -84\n }\n Shuffle {\n red black\n green black\n blue black\n alpha black\n name Shuffle1\n label \"\\[value in]\"\n xpos 1542\n ypos 30\n }\n Remove {\n name Remove1\n xpos 1542\n ypos 118\n }\n Reformat {\n type scale\n black_outside true\n name Reformat1\n xpos 1542\n ypos 212\n }\n Expression {\n temp_name0 xpos\n temp_expr0 \"( ( x + 0.5 ) / input.width - 0.5) * \\[value global_math.hratio] * abs( \\[value parent.drange_far] )\"\n temp_name1 ypos\n temp_expr1 \"( ( y + 0.5 ) / input.height -0.5 ) * ( \\[value global_math.hratio] * abs( \\[value parent.drange_far] ) * ( img_dot.height / img_dot.width ) ) * 1 / \\[value format.pixel_aspect]\"\n temp_name2 zpos\n temp_expr2 \"-\\[value parent.drange_far]\"\n expr0 \"( xpos * \\[value fb_data.world_matrix.0] + ypos * \\[value fb_data.world_matrix.1] ) * \\[value fb_data.win_scale.u] + ( \\[value global_math.hratio] * abs(zpos) * \\[value fb_data.win_translate.u] / 2 )\"\n expr1 \"( xpos * \\[value fb_data.world_matrix.4] + ypos * \\[value fb_data.world_matrix.5] ) * \\[value fb_data.win_scale.v] + ( \\[value global_math.hratio] * abs(zpos) * \\[value fb_data.win_translate.v] / 2 )\"\n expr2 zpos\n name Expression8\n xpos 1542\n ypos 845\n }\n ColorMatrix {\n matrix {\n {{cam_data.world_matrix.0} {cam_data.world_matrix.1} {cam_data.world_matrix.2}}\n {{cam_data.world_matrix.4} {cam_data.world_matrix.5} {cam_data.world_matrix.6}}\n {{cam_data.world_matrix.8} {cam_data.world_matrix.9} {cam_data.world_matrix.10}}\n }\n name ColorMatrix1\n xpos 1542\n ypos 970\n }\n Add {\n channels rgb\n value {{cam_data.world_matrix.3} {cam_data.world_matrix.7} {cam_data.world_matrix.11} 0}\n name Add1\n xpos 1542\n ypos 1052\n }\n Crop {\n box {{store.fregion} {store.fregion} {store.fregion} {store.fregion}}\n reformat true\n crop false\n name Crop1\n xpos 1542\n ypos 1476\n disable {{!parent.use_focus_region}}\n }\n Dot {\n name Dot4\n xpos 1576\n ypos 2402\n }\npush $N3a669ca0\n Crop {\n box {{store.fregion} {store.fregion} {store.fregion} {store.fregion}}\n reformat true\n crop false\n name Crop4\n selected true\n xpos 724\n ypos 1714\n disable {{!parent.use_focus_region}}\n }\n Unpremult {\n name Unpremult3\n xpos 724\n ypos 1851\n }\n Expression {\n temp_name0 nx\n temp_expr0 red\n temp_name1 ny\n temp_expr1 green\n temp_name2 nz\n temp_expr2 blue\n expr0 \"( nx * \\[value cam_data.world_matrix.0] + ny * \\[value cam_data.world_matrix.1] + nz * \\[value cam_data.world_matrix.2] ) + \\[value cam_data.world_matrix.3]\"\n expr1 \"( nx * \\[value cam_data.world_matrix.4] + ny * \\[value cam_data.world_matrix.5] + nz * \\[value cam_data.world_matrix.6] ) + \\[value cam_data.world_matrix.7]\"\n expr2 \"( nx * \\[value cam_data.world_matrix.8] + ny * \\[value cam_data.world_matrix.9] + nz * \\[value cam_data.world_matrix.10] ) + \\[value cam_data.world_matrix.11]\"\n name Expression4\n label \"position revert\"\n xpos 724\n ypos 1933\n }\n Premult {\n name Premult2\n xpos 724\n ypos 2027\n }\n Merge2 {\n inputs 2\n operation under\n name Merge1\n xpos 724\n ypos 2398\n }\n Card {\n inputs 0\n image_aspect false\n rows {{\"img_dot.height * parent.lod\"}}\n columns {{\"img_dot.width * parent.lod\"}}\n name ssmesh\n xpos 343\n ypos 2317\n }\n DisplaceGeo {\n inputs 2\n source \"rgb absolute\"\n scale 1\n filter_size 1\n name DisplaceGeo\n xpos 343\n ypos 2399\n }\n FrameHold {\n first_frame {{parent.uv_ref_frame}}\n name FrameHold\n xpos 343\n ypos 2479\n disable {{!parent.uv_stabilize}}\n }\n ApplyMaterial {\n inputs 2\n name ApplyMaterial1\n xpos -100\n ypos 2483\n }\n Scene {\n display {{parent.display}}\n name gl_scene\n xpos -90\n ypos 3072\n }\nset N3a6ec9e0 [stack 0]\n WriteGeo {\n file_type abc\n name WriteGeo\n xpos 120\n ypos 3093\n }\n Axis {\n inputs 0\n display off\n selectable false\n translate {{\"( global_math.pt2.x * cam_data.world_matrix.0(parent.fregion_ref_frame) + global_math.pt2.y * cam_data.world_matrix.1(parent.fregion_ref_frame) + global_math.pt2.z * cam_data.world_matrix.2(parent.fregion_ref_frame) ) + cam_data.world_matrix.3(parent.fregion_ref_frame)\"} {\"( global_math.pt2.x * cam_data.world_matrix.4(parent.fregion_ref_frame) + global_math.pt2.y * cam_data.world_matrix.5(parent.fregion_ref_frame) + global_math.pt2.z * cam_data.world_matrix.6(parent.fregion_ref_frame) ) + cam_data.world_matrix.7(parent.fregion_ref_frame)\"} {\"( global_math.pt2.x * cam_data.world_matrix.8(parent.fregion_ref_frame) + global_math.pt2.y * cam_data.world_matrix.9(parent.fregion_ref_frame) + global_math.pt2.z * cam_data.world_matrix.10(parent.fregion_ref_frame) ) + cam_data.world_matrix.11(parent.fregion_ref_frame)\"}}\n name right_pt\n xpos -600\n ypos 3218\n }\n CheckerBoard2 {\n inputs 0\n format \"256 256 0 0 256 256 1 square_256\"\n name CheckerBoard1\n xpos -789\n ypos 2694\n }\n Multiply {\n channels rgb\n value {{parent.crop_point_color.r} {parent.crop_point_color.g} {parent.crop_point_color.b} 1}\n name Multiply\n xpos -789\n ypos 2822\n }\n Clamp {\n channels rgba\n name Clamp1\n xpos -789\n ypos 2905\n }\n Sphere {\n selectable false\n cast_shadow false\n receive_shadow false\n rows 10\n columns 10\n uniform_scale {{parent.crop_point_scale}}\n name Sphere1\n xpos -789\n ypos 2987\n disable {{!show_crop}}\n }\n Dot {\n name Dot24\n xpos -755\n ypos 3065\n }\nset N3e919d00 [stack 0]\n Dot {\n name Dot25\n xpos -456\n ypos 3065\n }\n TransformGeo {\n inputs 2\n selectable false\n name TransformGeo2\n xpos -490\n ypos 3238\n }\n Axis {\n inputs 0\n display off\n selectable false\n translate {{\"( global_math.pt1.x * cam_data.world_matrix.0(parent.fregion_ref_frame) + global_math.pt1.y * cam_data.world_matrix.1(parent.fregion_ref_frame) + global_math.pt1.z * cam_data.world_matrix.2(parent.fregion_ref_frame) ) + cam_data.world_matrix.3(parent.fregion_ref_frame)\"} {\"( global_math.pt1.x * cam_data.world_matrix.4(parent.fregion_ref_frame) + global_math.pt1.y * cam_data.world_matrix.5(parent.fregion_ref_frame) + global_math.pt1.z * cam_data.world_matrix.6(parent.fregion_ref_frame) ) + cam_data.world_matrix.7(parent.fregion_ref_frame)\"} {\"( global_math.pt1.x * cam_data.world_matrix.8(parent.fregion_ref_frame) + global_math.pt1.y * cam_data.world_matrix.9(parent.fregion_ref_frame) + global_math.pt1.z * cam_data.world_matrix.10(parent.fregion_ref_frame) ) + cam_data.world_matrix.11(parent.fregion_ref_frame)\"}}\n name left_pt\n xpos -899\n ypos 3220\n }\npush $N3e919d00\n TransformGeo {\n inputs 2\n selectable false\n name TransformGeo1\n xpos -789\n ypos 3240\n }\n Scene {\n inputs 2\n selectable false\n name Scene1\n xpos -480\n ypos 3395\n }\n ApplyMaterial {\n display off\n selectable false\n render_mode off\n name material_switch\n xpos -490\n ypos 3523\n }\npush $N3a6ec9e0\n Scene {\n inputs 2\n name Scene2\n xpos -90\n ypos 3502\n }\n Output {\n name Output1\n xpos -100\n ypos 4030\n }\n Group {\n inputs 0\n name inverseMatrix\n tile_color 0x337f4cff\n xpos 576\n ypos 780\n addUserKnob {20 tab_general l General}\n addUserKnob {1 knob_path}\n knob_path cam_data.world_matrix\n addUserKnob {26 \"\"}\n addUserKnob {41 id T id_assign.matrix}\n addUserKnob {26 \"\"}\n addUserKnob {7 determinant}\n determinant {{\"\\[value \\[value knob_path].\\[value id.0]] * ((\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.8]]) - (\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.7]])) - \\[value \\[value knob_path].\\[value id.1]] * ((\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.8]]) - (\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.6]])) + \\[value \\[value knob_path].\\[value id.2]] * ((\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.7]])-(\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.6]]))\"}}\n addUserKnob {26 \"\"}\n addUserKnob {41 cofactor T mtx_cofactor.matrix}\n addUserKnob {26 \"\"}\n addUserKnob {41 invMatrix T matrix_output.matrix}\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T 1.0}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2011-11-28}\n addUserKnob {26 l_CHANGELOG l Changelog T \"v1.0\\n- reveal the calculate output of \\n inverse matrix which is c44matrix\\n and colormatrix doesn't show\\n \"}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n }\n Matrix {\n inputs 0\n matrix {\n {0 1 2}\n {4 5 6}\n {8 9 10}\n }\n name id_assign\n xpos -12\n ypos 33\n }\n Matrix {\n inputs 0\n matrix {\n {{\"(\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.8]]) - (\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.7]])\"} {\"(\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.2]]) - (\\[value \\[value knob_path].\\[value id.8]]*\\[value \\[value knob_path].\\[value id.1]])\"} {\"(\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.5]]) - (\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.4]])\"}}\n {{\"(\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.6]]) - (\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.8]])\"} {\"(\\[value \\[value knob_path].\\[value id.8]]*\\[value \\[value knob_path].\\[value id.0]]) - (\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.2]])\"} {\"(\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.3]]) - (\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.5]])\"}}\n {{\"(\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.7]]) - (\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.6]])\"} {\"(\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.1]]) - (\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.0]])\"} {\"(\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.4]]) - (\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.3]])\"}}\n }\n name mtx_cofactor\n xpos 86\n ypos 32\n }\n Matrix {\n inputs 0\n matrix {\n {{\"cofactor.0 == 0 || determinant == 0 ? 0 : cofactor.0/determinant\"} {\"cofactor.1 == 0 || determinant == 0 ? 0 : cofactor.1/determinant\"} {\"cofactor.2 == 0 || determinant == 0 ? 0 : cofactor.2/determinant\"}}\n {{\"cofactor.3 == 0 || determinant == 0 ? 0 : cofactor.3/determinant\"} {\"cofactor.4 == 0 || determinant == 0 ? 0 : cofactor.4/determinant\"} {\"cofactor.5 == 0 || determinant == 0 ? 0 : cofactor.5/determinant\"}}\n {{\"cofactor.6 == 0 || determinant == 0 ? 0 : cofactor.6/determinant\"} {\"cofactor.7 == 0 || determinant == 0 ? 0 : cofactor.7/determinant\"} {\"cofactor.8 == 0 || determinant == 0 ? 0 : cofactor.8/determinant\"}}\n }\n name matrix_output\n xpos 186\n ypos 33\n }\n end_group\n Camera {\n inputs 0\n rotate {0 0 {-parent.cam_winroll}}\n win_translate {{parent.cam_win_translate} {parent.cam_win_translate}}\n win_scale {{parent.cam_win_scale} {parent.cam_win_scale}}\n name fb_data\n xpos -340\n ypos 2087\n }\n NoOp {\n inputs 0\n name store\n xpos -843\n ypos 28\n addUserKnob {20 User}\n addUserKnob {22 fn T \"### level define ###\\n\\ndef getLevel() :\\n\\tif len(nuke.thisNode().fullName().split('.')) == 1 :\\n\\t\\tggLevel = nuke.root()\\n\\telse :\\n\\t\\tnodePath = nuke.thisNode().fullName().split('.')\\n\\t\\tnodePath.pop()\\n\\t\\tggLevel = nuke.toNode('.'.join(nodePath))\\n\\treturn ggLevel\\n\\n### sample z in 2D ###\\n\\ndef sample2d() :\\n\\tthisGRP = nuke.thisGroup()\\n\\tif thisGRP\\['sample_z_status'].value() == '\\[ ON ]' :\\n\\t\\tsam_co = thisGRP\\['sample_point'].getValue()\\n\\t\\tzdata = nuke.toNode('sam_dot').sample('blue', sam_co\\[0], sam_co\\[1]) * -1\\n\\t\\tthisGRP\\['fregion_define_z'].setValue( zdata )\" +STARTLINE}\n addUserKnob {15 fregion}\n fregion {{parent.focus_region} {parent.focus_region} {parent.focus_region} {parent.focus_region}}\n }\n NoOp {\n inputs 0\n name global_math\n xpos -842\n ypos -43\n addUserKnob {20 User}\n addUserKnob {7 hratio}\n hratio {{\"cam_data.haperture / cam_data.focal\"}}\n addUserKnob {7 maxwidth}\n maxwidth {{\"hratio * parent.fregion_define_z\"}}\n addUserKnob {7 maxheight}\n maxheight {{\"hratio * parent.fregion_define_z * ( img_dot.height / img_dot.width )\"}}\n addUserKnob {13 pt1}\n pt1 {{\"( ( ( maxwidth * ( parent.focus_region.x(parent.fregion_ref_frame) / img_dot.width) ) - ( maxwidth / 2 ) ) * fb_data.world_matrix.0 + ( ( ( maxheight * ( parent.focus_region.y(parent.fregion_ref_frame) / img_dot.height ) ) - ( maxheight / 2 ) ) * 1 / \\[value root.format.pixel_aspect] ) * fb_data.world_matrix.1 ) * fb_data.win_scale.u + ( hratio * abs(parent.fregion_define_z) * fb_data.win_translate.u /2 )\"} {\"( ( ( maxwidth * ( parent.focus_region.x(parent.fregion_ref_frame) / img_dot.width) ) - ( maxwidth / 2 ) ) * fb_data.world_matrix.4 + \\n( ( ( maxheight * ( parent.focus_region.y(parent.fregion_ref_frame) / img_dot.height ) ) - ( maxheight / 2 ) ) * 1 / \\[value root.format.pixel_aspect] ) * fb_data.world_matrix.5 ) * fb_data.win_scale.v + ( hratio * abs(parent.fregion_define_z) * fb_data.win_translate.v /2 )\"} {-parent.fregion_define_z}}\n addUserKnob {13 pt2}\n pt2 {{\"( ( ( maxwidth * ( parent.focus_region.r(parent.fregion_ref_frame) / img_dot.width) ) - ( maxwidth / 2 ) ) * fb_data.world_matrix.0 + ( ( ( maxheight * ( parent.focus_region.t(parent.fregion_ref_frame) / img_dot.height ) ) - ( maxheight / 2 ) ) * 1 / \\[value root.format.pixel_aspect] ) * fb_data.world_matrix.1 ) * fb_data.win_scale.u + ( hratio * abs(parent.fregion_define_z) * fb_data.win_translate.u /2 )\"} {\"( ( ( maxwidth * ( parent.focus_region.r(parent.fregion_ref_frame) / img_dot.width) ) - ( maxwidth / 2 ) ) * fb_data.world_matrix.4 + ( ( ( maxheight * ( parent.focus_region.t(parent.fregion_ref_frame) / img_dot.height ) ) - ( maxheight / 2 ) ) * 1 / \\[value root.format.pixel_aspect] ) * fb_data.world_matrix.5 ) * fb_data.win_scale.v + ( hratio * abs(parent.fregion_define_z) * fb_data.win_translate.v /2 )\"} {-parent.fregion_define_z}}\n }\nend_group\nCamera2 {\n inputs 0\n translate {{curve x1 -23.73355293 x50 1.828465939 x100 10.79810143} {curve x1 6.752248287 x50 13.82691669 x100 25.23773003} {curve x1 -3.158116341 x50 5.475767136 x100 -12.79232216}}\n rotate {{curve x1 30.63627052 x50 14.22963619 x100 -23.22279344} {curve x1 -44.94124796 x50 19.70681696 x100 76.6501109} {curve x1 0 x50 27.42004885 x100 13.36756642}}\n focal 24\n name Camera4\n xpos 1021\n ypos -217\n}\nScene {\n inputs 2\n name Scene4\n xpos 1201\n ypos -75\n}\nDot {\n name Dot4\n xpos 1225\n ypos 114\n}\nGroup {\n inputs 0\n name render_with_pworld1\n xpos -824\n ypos 836\n postage_stamp true\n}\n Camera2 {\n inputs 0\n translate {{curve x1 -23.73355293 x50 1.828465939 x100 10.79810143} {curve x1 6.752248287 x50 13.82691669 x100 25.23773003} {curve x1 -3.158116341 x50 5.475767136 x100 -12.79232216}}\n rotate {{curve x1 30.63627052 x50 14.22963619 x100 -23.22279344} {curve x1 -44.94124796 x50 19.70681696 x100 76.6501109} {curve x1 0 x50 27.42004885 x100 13.36756642}}\n focal 24\n name Camera1\n xpos 241\n ypos -567\n }\n Dot {\n name Dot2\n xpos 351\n ypos -543\n }\nset N81f00770 [stack 0]\n Dot {\n name Dot3\n xpos 351\n ypos -428\n }\npush $N81f00770\n CheckerBoard2 {\n inputs 0\n name CheckerBoard1\n xpos 406\n ypos -928\n }\n Dot {\n name Dot1\n xpos 440\n ypos -814\n }\nset N81f09620 [stack 0]\n Dot {\n name Dot5\n xpos 553\n ypos -814\n }\nset N81f0b9a0 [stack 0]\n Dot {\n name Dot4\n xpos 693\n ypos -814\n }\n Multiply {\n channels rgb\n value {0 1 1 1}\n name Multiply3\n xpos 659\n ypos -756\n }\n Cube {\n rows 1\n columns 1\n separate_faces false\n translate {-7.849998951 18.14999962 -19.00000191}\n rotate {0 0 45.93192592}\n uniform_scale 7\n name Cube1\n xpos 659\n ypos -676\n }\npush $N81f0b9a0\n Multiply {\n channels rgb\n value {1 0 1 1}\n name Multiply2\n xpos 519\n ypos -750\n }\n Sphere {\n translate {-15.00000191 16.45000076 -17.79999924}\n scaling {3.183291435 1 2.618715286}\n uniform_scale 2\n name Sphere1\n xpos 519\n ypos -670\n }\npush $N81f09620\n Multiply {\n channels rgb\n value {1 1 0 1}\n name Multiply1\n xpos 406\n ypos -754\n }\n Cylinder {\n rows 1\n close_top true\n close_bottom true\n translate {-3.149999619 19.64999962 -13.89999866}\n rotate {52.26493538 0 32.53306187}\n scaling {1 4.216488838 1}\n uniform_scale 2\n name Cylinder1\n xpos 406\n ypos -673\n }\n Scene {\n inputs 4\n name Scene1\n xpos 416\n ypos -567\n }\n Reformat {\n inputs 0\n type \"to box\"\n box_width 1280\n box_height 720\n box_fixed true\n name Reformat1\n xpos 530\n ypos -431\n }\n ScanlineRender {\n inputs 3\n conservative_shader_sampling false\n motion_vectors_type off\n MB_channel none\n output_shader_vectors true\n P_channel pworld\n name ScanlineRender1\n xpos 406\n ypos -431\n }\n Output {\n name Output1\n xpos 406\n ypos -331\n }\nend_group\nGroup {\n name SSMesh1\n tile_color 0x5c9e83ff\n label \"Geo Output\"\n xpos -824\n ypos 1008\n addUserKnob {20 tab_general l General}\n addUserKnob {22 set_link l \"link to selected camera\" t \"Click to link selected camera by expression. This tool will get the focal, haperture and world matrix from selected camera to generate\" T \"def getLevel() :\\n\\t### level define ###\\n\\tif len(nuke.thisNode().fullName().split('.')) == 1 :\\n\\t\\t ggLevel = nuke.root()\\n\\telse :\\n\\t\\t nodePath = nuke.thisNode().fullName().split('.')\\n\\t\\t nodePath.pop()\\n\\t\\t ggLevel = nuke.toNode('.'.join(nodePath))\\n\\treturn ggLevel\\n\\nroot = getLevel()\\nthisGRP = nuke.thisGroup()\\n\\nmainKnobs = \\['world_matrix','cam_focal','cam_haperture','cam_win_translate','cam_win_scale','cam_winroll']\\ndefaultKnobs = \\{\\n\\t\\t\\t'world matrix' : 'world_matrix',\\n\\t\\t\\t'focal length' : 'focal',\\n\\t\\t\\t'horiz aperture' : 'haperture',\\n\\t\\t\\t'window translate' : 'win_translate',\\n\\t\\t\\t'window scale' : 'win_scale',\\n\\t\\t\\t'window roll' : 'winroll'\\n\\t\\t\\t\\}\\nselNodeKnobs = \\[]\\nmissingKnob = \\[]\\n\\ntry :\\n\\twith root :\\n\\t\\tselNode = nuke.selectedNode()\\n\\n\\tfor knob in selNode.knobs() :\\n\\t\\tselNodeKnobs.append( knob )\\n\\n\\tselNodeKnobs.sort()\\n\\n\\tfor key,value in defaultKnobs.items() :\\n\\t\\tif value not in selNodeKnobs :\\n\\t\\t\\tmissingKnob.append( key )\\n\\n\\tif not len(missingKnob) :\\n\\t\\twith root :\\n\\t\\t\\tCAMnode = selNode.name()\\n\\t\\t\\tthisGRP\\[mainKnobs\\[0]].setExpression('\\{0\\}.world_matrix'.format(CAMnode))\\n\\t\\t\\tthisGRP\\[mainKnobs\\[1]].setExpression('\\{0\\}.focal'.format(CAMnode))\\n\\t\\t\\tthisGRP\\[mainKnobs\\[2]].setExpression('\\{0\\}.haperture'.format(CAMnode))\\n\\t\\t\\tthisGRP\\[mainKnobs\\[3]].setExpression('\\{0\\}.win_translate'.format(CAMnode))\\n\\t\\t\\tthisGRP\\[mainKnobs\\[4]].setExpression('\\{0\\}.win_scale'.format(CAMnode))\\n\\t\\t\\tthisGRP\\[mainKnobs\\[5]].setExpression('\\{0\\}.winroll'.format(CAMnode))\\n\\telse :\\n\\t\\tp = nuke.Panel('Select knobs :')\\n\\t\\tp.addBooleanCheckBox( 'Unable to find the default knobs. Please use the pulldown menu below to define the knob manually.' , False)\\n\\t\\tfor rk in missingKnob :\\n\\t\\t\\tp.addEnumerationPulldown( rk, ' '.join( selNodeKnobs ) )\\n\\n\\t\\tif p.show() :\\n\\t\\t\\ttry :\\n\\t\\t\\t\\tfor key,value in defaultKnobs.items() :\\n\\t\\t\\t\\t\\tif p.value( key ) != None :\\n\\t\\t\\t\\t\\t\\tdefaultKnobs\\[key] = p.value( key )\\n\\t\\t\\texcept :\\n\\t\\t\\t\\tpass\\n\\n\\t\\t\\twith root :\\n\\t\\t\\t\\tCAMnode = selNode.name()\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[0]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['world matrix']))\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[1]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['focal length']))\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[2]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['horiz aperture']))\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[3]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['window translate']))\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[4]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['window scale']))\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[5]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['window roll']))\\nexcept :\\n\\tnuke.message('no node selected.')\" +STARTLINE}\n addUserKnob {22 remove_link l \"remove linked expression\" t \"Remove the linked camera expression but won't reset any data.\" -STARTLINE T \"thisGRP = nuke.thisGroup()\\nmainKnobs = \\['world_matrix','cam_focal','cam_haperture','cam_win_translate','cam_win_scale','cam_winroll']\\n\\nfor knob in thisGRP.knobs() :\\n\\tif mainKnobs.count(knob) != 0 :\\n\\t\\t thisGRP\\[knob].clearAnimated()\"}\n addUserKnob {20 cam_data_grp l \"CAMERA DATA\" n 1}\n cam_data_grp 0\n addUserKnob {7 cam_focal l \"focal length\" R 5 100}\n cam_focal {{Camera5.focal}}\n addUserKnob {7 cam_haperture l \"horiz aperture\" R 0.1 50}\n cam_haperture {{Camera5.haperture}}\n addUserKnob {30 cam_win_translate l \"window translate\"}\n cam_win_translate {{Camera5.win_translate} {Camera5.win_translate}}\n addUserKnob {30 cam_win_scale l \"window scale\"}\n cam_win_scale {{Camera5.win_scale} {Camera5.win_scale}}\n addUserKnob {7 cam_winroll l \"window roll\" R -45 45}\n cam_winroll {{Camera5.winroll}}\n addUserKnob {41 world_matrix l \"world matrix\" T cam_data.matrix}\n addUserKnob {20 endGroup_1 l endGroup n -1}\n addUserKnob {26 spacer_5 l \"\" +STARTLINE T
    }\n addUserKnob {26 title_basic l \"BASIC SETTING\"}\n addUserKnob {4 display l \"3D display\" t \"How to draw in 3D preview. The viewer can override this setting.\" M {off wireframe soild solid+wireframe textured textured+wireframe \"\" \"\" \"\"}}\n display textured\n addUserKnob {4 data_type l \"data type\" t \"data type\\nUsing one of these data to convert into 3D mesh.\\n\\nPosition\\nSupported world space or camera space position data.\\n\\nDepth (normalized far=0)\\nNormalized depth data, which is same as depth data output by ScanlineRender.\\n\\nDeep / Depth (direct)\\nRaw camera depth data. If using deep, need to convert DeepToImage first, and selected deep channel on 'channels' knob.\" M {\"position (world space)\" \"position (camera space)\" \"depth (normalized far=0)\" \"deep / depth (direct)\" \"\" \"\" \"\"}}\n addUserKnob {41 channels t \"Select which channel represented on selected data type.\" T shuffle_data.in}\n addUserKnob {6 unpm l unpremult t \"3D data pass should be unpremult with alpha before process.\" -STARTLINE}\n unpm true\n addUserKnob {26 spacer_4 l \"\" +STARTLINE T
    }\n addUserKnob {7 lod l \"mesh LOD\" t \"Level of Details\\n\\nIf this value set to 1.0, subdivision of the mesh 1:1 to the data available in the resolution. Which mean 1 face of the mesh equal to 1 pixel.\\n\\nIf this value set to 1.0, it will slow down the render process.\\n\\nHighly recommend to use 0.1 - 0.5 if high resolution mesh details is not concern.\"}\n lod 0.1\n addUserKnob {41 filter_size l \"filter size\" T DisplaceGeo.filter_size}\n addUserKnob {41 filter T DisplaceGeo.filter}\n addUserKnob {26 spacer_2 l \"\" +STARTLINE T
    }\n addUserKnob {26 title_drange l \"\" +STARTLINE T \"distance range\"}\n addUserKnob {7 drange_near l near t \"clip the mesh in the min value in terms of depth.\" R 0 10000}\n drange_near 14\n addUserKnob {7 drange_far l far t \"clip the mesh in the max value in terms of depth.\" R 0 10000}\n drange_far 17\n addUserKnob {6 clip_color l \"distance clip on color\" t \"Apply the distance clip on colored texture.\" +STARTLINE}\n clip_color true\n addUserKnob {26 spacer_3 l \"\" +STARTLINE T
    }\n addUserKnob {26 title_export l EXPORT}\n addUserKnob {41 file t \"only support *.abc file extension (alembric) .\" T WriteGeo.file}\n addUserKnob {22 export_geo l \"Export Geo\" T \"def exportGeo() :\\n\\twgeo = nuke.toNode('WriteGeo')\\n\\twgeo\\['Execute'].execute()\\n\\nthisGRP = nuke.thisGroup()\\nfilepath = thisGRP\\['file'].getValue()\\n\\nif not len(filepath) :\\n\\tnuke.message('file path is empty. Process denied.')\\nelif not filepath.split('.')\\[-1:]\\[0].lower() == 'abc' :\\n\\tif nuke.ask('File extension invalue. Only support render *.abc . Do you want this tool to fix it and process ?') :\\n\\t\\tthisGRP\\['file'].setValue( thisGRP\\['file'].getValue() + '.abc' )\\n\\t\\texportGeo()\\nelse :\\n\\texportGeo()\" +STARTLINE}\n addUserKnob {22 import_geo l \"Import Geo\" -STARTLINE T \"prefx = nuke.toNode('preferences')\\['GridWidth'].value()\\nthisGRP = nuke.thisGroup()\\ngoStore = nuke.toNode('store')\\ngoStore\\['fn'].execute()\\n\\nroot = getLevel()\\n\\nwith root :\\n\\trgeo = nuke.nodes.ReadGeo2( file=thisGRP\\['file'].getValue() )\\n\\trgeo.setXYpos( int( thisGRP\\['xpos'].getValue() + prefx ) , int( thisGRP\\['ypos'].getValue() ) )\"}\n addUserKnob {20 tab_misc l Miscellaneous}\n addUserKnob {26 title_focus_region l \"FOCUS REGION\"}\n addUserKnob {41 use_focus_region l \"use focus region\" t \"use focus region to generate SSMesh in specific area. Save resources and possible to work with high LOD mesh.\" T menu2.use_focus_region}\n addUserKnob {15 focus_region l \"focus region\" t \"Set focus region in screen space. These values are 2D coordinate.\" +DISABLED}\n focus_region {0 0 1280 720}\n addUserKnob {26 spacer_1 l \"\" +STARTLINE T
    }\n addUserKnob {3 fregion_ref_frame l \"ref frame\" t \"set reference frame for tracking focus region. 'focus region' & 'define z' will apply on this reference frame and process the tracking.\" +DISABLED}\n fregion_ref_frame 1\n addUserKnob {22 fregion_set_frame l \"set current frame\" t \"set current frame for focus region reference frame.\" -STARTLINE +DISABLED T \"nuke.thisGroup()\\['fregion_ref_frame'].setValue( nuke.frame() )\"}\n addUserKnob {12 sample_point l \"sample position\" t \"Toggle 'sample z' in 2D to enable this 2D sample coordinate.\" +DISABLED}\n addUserKnob {22 sample_z_toggle l \"sample z in 2D\" t \"'sample z' is only works for sample value purpose. After sample is done, must turn off sample function.\" -STARTLINE +DISABLED T \"thisGRP = nuke.thisGroup()\\nszstatus = thisGRP\\['sample_z_status'].value()\\n\\nstatus = \\['\\[ OFF ]','\\[ ON ]']\\n\\nif szstatus == status\\[0] :\\n\\tthisGRP\\['sample_z_status'].setValue( status\\[1] )\\n\\tthisGRP\\['sample_point'].setEnabled(True)\\n\\tthisGRP\\['updateUI'].setValue(\\\"goStore = nuke.toNode(\\\\'store\\\\')\\\\ngoStore\\[\\\\'fn\\\\'].execute()\\\\nsample2d()\\\")\\nelse :\\n\\tthisGRP\\['sample_z_status'].setValue( status\\[0] )\\n\\tthisGRP\\['sample_point'].setEnabled(False)\\n\\tthisGRP\\['updateUI'].setValue('')\"}\n addUserKnob {26 sample_z_status l \"\" -STARTLINE +DISABLED T \"\\[ OFF ]\"}\n addUserKnob {7 fregion_define_z l \"define z\" t \"Define the z value on reference frame. Can use 'sample z in 2D' to get this value.\" +DISABLED R 0 10000}\n addUserKnob {22 track_focus_region l \"\\[ track focus region ]\" t \"Use the set focus region on reference frame to track with camera in 3D space.\\n\\n* project setting need to be same as image resolution to get the correct result.\" +DISABLED T \"rootST = int( nuke.root()\\['first_frame'].getValue() )\\nrootED = int( nuke.root()\\['last_frame'].getValue() )\\n\\ngetFrame = nuke.getFramesAndViews( 'frame range', str( rootST ) + '-' + str( rootED ) )\\n\\ntry :\\n\\tframeST = int( getFrame\\[0].replace( ' ' , '' ).split('-')\\[0] )\\n\\tframeED = int( getFrame\\[0].replace( ' ' , '' ).split('-')\\[1] )\\n\\n\\tthisGRP = nuke.thisGroup()\\n\\trefframe = int( thisGRP\\['fregion_ref_frame'].getValue() )\\n\\tcam = nuke.toNode('cam_data')\\n\\tpt1 = nuke.toNode('left_pt')\\['translate'].getValue()\\n\\tpt2 = nuke.toNode('right_pt')\\['translate'].getValue()\\n\\n\\tct_hack = nuke.nodes.CurveTool()\\n\\n\\twith nuke.root() :\\n\\n\\t\\tif frameED - frameST != 0 :\\n\\t\\t\\tthisGRP\\['focus_region'].clearAnimated()\\n\\t\\t\\ttempbuffer1 = thisGRP\\['focus_region'].getValue()\\n\\t\\t\\tthisGRP\\['focus_region'].setAnimated()\\n\\t\\t\\tthisGRP\\['focus_region'].setValueAt( tempbuffer1\\[0] , refframe , 0 )\\n\\t\\t\\tthisGRP\\['focus_region'].setValueAt( tempbuffer1\\[1] , refframe , 1 )\\n\\t\\t\\tthisGRP\\['focus_region'].setValueAt( tempbuffer1\\[2] , refframe , 2 )\\n\\t\\t\\tthisGRP\\['focus_region'].setValueAt( tempbuffer1\\[3] , refframe , 3 )\\n\\n\\t\\tfor trackframe in range( frameST, frameED+1 , 1 ) :\\n\\t\\t\\tnuke.execute( ct_hack, trackframe, trackframe )\\n\\t\\t\\tthisGRP\\['focus_region'].setValueAt( nukescripts.snap3d.projectPoint( cam, pt1 )\\[0] , trackframe , 0 )\\n\\t\\t\\tthisGRP\\['focus_region'].setValueAt( nukescripts.snap3d.projectPoint( cam, pt1 )\\[1] , trackframe , 1 )\\n\\t\\t\\tthisGRP\\['focus_region'].setValueAt( nukescripts.snap3d.projectPoint( cam, pt2 )\\[0] , trackframe , 2 )\\n\\t\\t\\tthisGRP\\['focus_region'].setValueAt( nukescripts.snap3d.projectPoint( cam, pt2 )\\[1] , trackframe , 3 )\\n\\n\\tnuke.delete( ct_hack )\\nexcept :\\n pass\" +STARTLINE}\n addUserKnob {26 spacer_6 l \"\" +STARTLINE T
    }\n addUserKnob {20 grp_crop_preview l \"3D crop preview\" +DISABLED n 1}\n grp_crop_preview 0\n addUserKnob {6 show_crop l \"show crop point\" t \"It will show 2 spheres for the crop in 3D space. They set in the place which is where you set the focus region in screen space and defined by z.\" +DISABLED +STARTLINE}\n addUserKnob {7 crop_point_scale l scale t \"Scale the preview crop points (spheres).\" +DISABLED}\n crop_point_scale 0.3\n addUserKnob {18 crop_point_color l color t \"change color of the crop points (spheres).\" +DISABLED}\n crop_point_color 1\n addUserKnob {6 crop_point_color_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 crop_point_color_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 crop_point_color_panelDropped_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 crop_point_color_panelDropped_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 crop_point_color_panelDropped_1_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 crop_point_color_panelDropped_1_1_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 crop_point_color_panelDropped_1_1_1_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {20 endGroup n -1}\n addUserKnob {26 spacer l \"\" +STARTLINE T
    }\n addUserKnob {26 title_uv l UV}\n addUserKnob {41 uv_stabilize l \"uv stabilize\" t \"Turn this on if you need to stabilize in UV space. During UV stabilize on, the geo will not be animated. Set reference frame under 'mesh ref frame'.\" T menu1.uv_stabilize}\n addUserKnob {3 uv_ref_frame l \"mesh ref frame\" t \"Select the frame number that will have identity geo shaped for UV texturing.\" +DISABLED}\n uv_ref_frame 1001\n addUserKnob {22 uv_set_frame l \"set current frame\" -STARTLINE +DISABLED T \"nuke.thisGroup()\\['uv_ref_frame'].setValue( nuke.frame() )\"}\n addUserKnob {6 black_outside l \"black outside\" t \"black outside the UV texture.\" +DISABLED +STARTLINE}\n black_outside true\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T 1.3}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2019-11-08}\n addUserKnob {26 l_CHANGELOG l Changelog T \"1.3\\n- camera window supported\\n- anamophic project supported\\n- fix the conflict of 'force region' and 'UV stabilize'.\\n can use both at the same time now.\\n\\n1.2\\n- removed unuse camera link knobs\\n- added focus region, so mesh can be\\n form in specific area/object to save\\n resources for higher LOD\\n\\n1.1\\n- fix the missing line on 'Export Geo' \\n button\\n\\n1.0\\n- create mesh/geo in screen space\\n using position/depth/deep data\"}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n}\n BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0xff\n label \"don't touch\"\n note_font_size 32\n xpos -1142\n ypos -169\n bdwidth 202\n bdheight 478\n }\n BackdropNode {\n inputs 0\n name BackdropNode2\n tile_color 0x4c4c4cff\n label bin\n note_font_size 32\n xpos -899\n ypos -170\n bdwidth 200\n bdheight 280\n }\n Input {\n inputs 0\n name img\n xpos -100\n ypos -184\n }\n Dot {\n name img_dot\n xpos -66\n ypos -83\n }\nset N5a5ad900 [stack 0]\n Dot {\n name Dot3\n xpos 758\n ypos -83\n }\nset N5a5afdc0 [stack 0]\n Shuffle {\n in pworld\n in2 alpha\n alpha red2\n name shuffle_data\n label \"\\[value in]\"\n xpos 724\n ypos -32\n }\n Unpremult {\n name Unpremult_data\n xpos 724\n ypos 62\n disable {{!parent.unpm}}\n }\n Dot {\n name Dot5\n xpos 758\n ypos 700\n }\nset N5a6112f0 [stack 0]\n Dot {\n name Dot6\n xpos 928\n ypos 700\n }\nset N5a613520 [stack 0]\n Dot {\n name Dot7\n xpos 1106\n ypos 700\n }\nset N5a6159e0 [stack 0]\n Dot {\n name Dot8\n xpos 1260\n ypos 700\n }\n Expression {\n temp_name0 dvalue\n temp_expr0 red\n temp_name1 xpos\n temp_expr1 \"( ( x + 0.5 ) / input.width - 0.5 ) * \\[value global_math.hratio] * abs( dvalue )\"\n temp_name2 ypos\n temp_expr2 \"( ( y + 0.5 ) / input.height - 0.5 ) * ( \\[value global_math.hratio] * abs( dvalue ) * ( img_dot.height / img_dot.width ) ) * 1 / \\[value format.pixel_aspect]\"\n temp_name3 zpos\n temp_expr3 \"- dvalue\"\n expr0 \"( xpos * \\[value fb_data.world_matrix.0] + ypos * \\[value fb_data.world_matrix.1] ) * \\[value fb_data.win_scale.u] + ( \\[value global_math.hratio] * abs(zpos) * \\[value fb_data.win_translate.u] / 2 )\"\n expr1 \"( xpos * \\[value fb_data.world_matrix.4] + ypos * \\[value fb_data.world_matrix.5] ) * \\[value fb_data.win_scale.v] + ( \\[value global_math.hratio] * abs(zpos) * \\[value fb_data.win_translate.v] / 2 )\"\n expr2 zpos\n name Expression9\n xpos 1226\n ypos 774\n }\n Dot {\n name Dot16\n xpos 1260\n ypos 889\n }\npush $N5a6159e0\n Expression {\n temp_name0 dvalue\n temp_expr0 \"1 / red\"\n temp_name1 xpos\n temp_expr1 \"( ( x + 0.5 ) / input.width - 0.5 ) * \\[value global_math.hratio] * abs( dvalue )\"\n temp_name2 ypos\n temp_expr2 \"( ( y + 0.5 ) / input.height - 0.5 ) * ( \\[value global_math.hratio] * abs( dvalue ) * ( img_dot.height / img_dot.width ) ) * 1 / \\[value format.pixel_aspect]\"\n temp_name3 zpos\n temp_expr3 \"- dvalue\"\n expr0 \"( xpos * \\[value fb_data.world_matrix.0] + ypos * \\[value fb_data.world_matrix.1] ) * \\[value fb_data.win_scale.u] + ( \\[value global_math.hratio] * abs(zpos) * \\[value fb_data.win_translate.u] / 2 )\"\n expr1 \"( xpos * \\[value fb_data.world_matrix.4] + ypos * \\[value fb_data.world_matrix.5] ) * \\[value fb_data.win_scale.v] + ( \\[value global_math.hratio] * abs(zpos) * \\[value fb_data.win_translate.v] / 2 )\"\n expr2 zpos\n name Expression6\n xpos 1072\n ypos 774\n }\n Dot {\n name Dot17\n xpos 1106\n ypos 863\n }\npush $N5a613520\n Expression {\n expr2 -blue\n name Expression7\n label \"fix z\"\n xpos 894\n ypos 774\n }\n Dot {\n name Dot18\n xpos 928\n ypos 876\n }\npush $N5a6112f0\n Expression {\n temp_name0 nx\n temp_expr0 \"red - cam_data.world_matrix.3\"\n temp_name1 ny\n temp_expr1 \"green - cam_data.world_matrix.7\"\n temp_name2 nz\n temp_expr2 \"blue - cam_data.world_matrix.11\"\n expr0 \"nx * \\[value inverseMatrix.invMatrix.0] + ny * \\[value inverseMatrix.invMatrix.1] + nz * \\[value inverseMatrix.invMatrix.2]\"\n expr1 \"nx * \\[value inverseMatrix.invMatrix.3] + ny * \\[value inverseMatrix.invMatrix.4] + nz * \\[value inverseMatrix.invMatrix.5]\"\n expr2 \"nx * \\[value inverseMatrix.invMatrix.6] + ny * \\[value inverseMatrix.invMatrix.7] + nz * \\[value inverseMatrix.invMatrix.8]\"\n name Expression3\n label \"position invert\"\n xpos 724\n ypos 774\n }\n Switch {\n inputs 4\n which {{parent.data_type}}\n name Switch1\n xpos 724\n ypos 984\n }\n Dot {\n name Dot13\n xpos 758\n ypos 1113\n }\nset N6a7cda20 [stack 0]\n Dot {\n name sam_dot\n xpos 551\n ypos 1113\n }\n NoOp {\n inputs 0\n name menu1\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nif thisGRP\\['uv_stabilize'].getValue() == 1 :\\n thisGRP\\['uv_ref_frame'].setEnabled(True)\\n thisGRP\\['uv_set_frame'].setEnabled(True)\\n thisGRP\\['black_outside'].setEnabled(True)\\nelse :\\n thisGRP\\['uv_ref_frame'].setEnabled(False)\\n thisGRP\\['uv_set_frame'].setEnabled(False)\\n thisGRP\\['black_outside'].setEnabled(False)\\n\"\n xpos -1085\n ypos -42\n addUserKnob {20 User}\n addUserKnob {6 uv_stabilize l \"uv stabilize\" +STARTLINE}\n }\n NoOp {\n inputs 0\n name menu2\n onCreate \"\\nthisGRP = nuke.thisGroup()\\nfregion_knobs = \\['focus_region','fregion_define_z','sample_z_toggle','sample_z_status','sample_point','fregion_ref_frame','fregion_set_frame','track_focus_region','grp_crop_preview','show_crop','crop_point_scale','crop_point_color']\\n\\nthisGRP\\[fregion_knobs\\[4]].setEnabled(True)\\n\\nif thisGRP\\['use_focus_region'].getValue() == 0 :\\n for i in fregion_knobs :\\n thisGRP\\[i].setEnabled(False)\\n thisGRP\\[fregion_knobs\\[3]].setValue( '\\[ OFF ]' )\\n thisGRP\\['updateUI'].setValue('')\\n nuke.toNode('material_switch')\\['disable'].setValue(0)\\nelse :\\n for i in fregion_knobs :\\n if i != 'sample_point' :\\n thisGRP\\[i].setEnabled(True)\\n else :\\n thisGRP\\[i].setEnabled(False)\\n nuke.toNode('material_switch')\\['disable'].setValue(1)\\n\"\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nfregion_knobs = \\['focus_region','fregion_define_z','sample_z_toggle','sample_z_status','sample_point','fregion_ref_frame','fregion_set_frame','track_focus_region','grp_crop_preview','show_crop','crop_point_scale','crop_point_color']\\n\\nif thisGRP\\['use_focus_region'].getValue() == 0 :\\n for i in fregion_knobs :\\n thisGRP\\[i].setEnabled(False)\\n thisGRP\\[fregion_knobs\\[3]].setValue( '\\[ OFF ]' )\\n thisGRP\\['updateUI'].setValue('')\\n nuke.toNode('material_switch')\\['disable'].setValue(0)\\nelse :\\n for i in fregion_knobs :\\n if i != 'sample_point' :\\n thisGRP\\[i].setEnabled(True)\\n nuke.toNode('material_switch')\\['disable'].setValue(1)\\n\"\n xpos -1085\n ypos 25\n addUserKnob {20 User}\n addUserKnob {6 use_focus_region l \"use focus region\" +STARTLINE}\n }\n Camera {\n inputs 0\n display off\n selectable false\n useMatrix true\n matrix {\n {{Camera5.world_matrix} {Camera5.world_matrix} {Camera5.world_matrix} {Camera5.world_matrix}}\n {{Camera5.world_matrix} {Camera5.world_matrix} {Camera5.world_matrix} {Camera5.world_matrix}}\n {{Camera5.world_matrix} {Camera5.world_matrix} {Camera5.world_matrix} {Camera5.world_matrix}}\n {{Camera5.world_matrix} {Camera5.world_matrix} {Camera5.world_matrix} {Camera5.world_matrix}}\n }\n focal {{parent.cam_focal}}\n haperture {{cam_haperture}}\n name cam_data\n xpos -335\n ypos 2204\n }\npush $N6a7cda20\n Expression {\n temp_name0 unpremultA\n temp_expr0 \"alpha * ( 1 / alpha )\"\n temp_name1 max\n temp_expr1 blue\n expr3 \"abs( max ) < \\[value parent.drange_near] || abs( max ) > \\[value parent.drange_far] ? 0 : isnan(unpremultA) ? 0 : unpremultA\"\n name Expression1\n label \"distance crop\"\n xpos 724\n ypos 1244\n }\n Premult {\n name Premult1\n xpos 724\n ypos 1332\n }\n Dot {\n name Dot9\n xpos 758\n ypos 1640\n }\nset N50059f30 [stack 0]\npush $N5a5ad900\n Dot {\n name Dot10\n xpos -66\n ypos 1552\n }\nset N5a5d2510 [stack 0]\n Unpremult {\n name Unpremult1\n xpos 48\n ypos 1549\n }\n Merge2 {\n inputs 2\n operation mask\n name Merge2\n xpos 48\n ypos 1637\n }\n Premult {\n name Premult3\n xpos 48\n ypos 1719\n }\npush $N5a5d2510\n Switch {\n inputs 2\n which {{parent.clip_color}}\n name Switch2\n xpos -100\n ypos 1828\n }\n Project3D2 {\n inputs 2\n crop {{parent.black_outside}}\n name Project3D2\n xpos -100\n ypos 2224\n }\npush $N5a5afdc0\n Dot {\n name Dot2\n xpos 1576\n ypos -84\n }\n Shuffle {\n red black\n green black\n blue black\n alpha black\n name Shuffle1\n label \"\\[value in]\"\n xpos 1542\n ypos 30\n }\n Remove {\n name Remove1\n xpos 1542\n ypos 118\n }\n Reformat {\n type scale\n black_outside true\n name Reformat1\n xpos 1542\n ypos 212\n }\n Expression {\n temp_name0 xpos\n temp_expr0 \"( ( x + 0.5 ) / input.width - 0.5) * \\[value global_math.hratio] * abs( \\[value parent.drange_far] )\"\n temp_name1 ypos\n temp_expr1 \"( ( y + 0.5 ) / input.height -0.5 ) * ( \\[value global_math.hratio] * abs( \\[value parent.drange_far] ) * ( img_dot.height / img_dot.width ) ) * 1 / \\[value format.pixel_aspect]\"\n temp_name2 zpos\n temp_expr2 \"-\\[value parent.drange_far]\"\n expr0 \"( xpos * \\[value fb_data.world_matrix.0] + ypos * \\[value fb_data.world_matrix.1] ) * \\[value fb_data.win_scale.u] + ( \\[value global_math.hratio] * abs(zpos) * \\[value fb_data.win_translate.u] / 2 )\"\n expr1 \"( xpos * \\[value fb_data.world_matrix.4] + ypos * \\[value fb_data.world_matrix.5] ) * \\[value fb_data.win_scale.v] + ( \\[value global_math.hratio] * abs(zpos) * \\[value fb_data.win_translate.v] / 2 )\"\n expr2 zpos\n name Expression8\n xpos 1542\n ypos 845\n }\n ColorMatrix {\n matrix {\n {{cam_data.world_matrix.0} {cam_data.world_matrix.1} {cam_data.world_matrix.2}}\n {{cam_data.world_matrix.4} {cam_data.world_matrix.5} {cam_data.world_matrix.6}}\n {{cam_data.world_matrix.8} {cam_data.world_matrix.9} {cam_data.world_matrix.10}}\n }\n name ColorMatrix1\n xpos 1542\n ypos 970\n }\n Add {\n channels rgb\n value {{cam_data.world_matrix.3} {cam_data.world_matrix.7} {cam_data.world_matrix.11} 0}\n name Add1\n xpos 1542\n ypos 1052\n }\n Crop {\n box {{store.fregion} {store.fregion} {store.fregion} {store.fregion}}\n reformat true\n crop false\n name Crop1\n xpos 1542\n ypos 1476\n disable {{!parent.use_focus_region}}\n }\n Dot {\n name Dot4\n xpos 1576\n ypos 2402\n }\npush $N50059f30\n Crop {\n box {{store.fregion} {store.fregion} {store.fregion} {store.fregion}}\n reformat true\n crop false\n name Crop4\n selected true\n xpos 724\n ypos 1714\n disable {{!parent.use_focus_region}}\n }\n Unpremult {\n name Unpremult3\n xpos 724\n ypos 1851\n }\n Expression {\n temp_name0 nx\n temp_expr0 red\n temp_name1 ny\n temp_expr1 green\n temp_name2 nz\n temp_expr2 blue\n expr0 \"( nx * \\[value cam_data.world_matrix.0] + ny * \\[value cam_data.world_matrix.1] + nz * \\[value cam_data.world_matrix.2] ) + \\[value cam_data.world_matrix.3]\"\n expr1 \"( nx * \\[value cam_data.world_matrix.4] + ny * \\[value cam_data.world_matrix.5] + nz * \\[value cam_data.world_matrix.6] ) + \\[value cam_data.world_matrix.7]\"\n expr2 \"( nx * \\[value cam_data.world_matrix.8] + ny * \\[value cam_data.world_matrix.9] + nz * \\[value cam_data.world_matrix.10] ) + \\[value cam_data.world_matrix.11]\"\n name Expression4\n label \"position revert\"\n xpos 724\n ypos 1933\n }\n Premult {\n name Premult2\n xpos 724\n ypos 2027\n }\n Merge2 {\n inputs 2\n operation under\n name Merge1\n xpos 724\n ypos 2398\n }\n Card {\n inputs 0\n image_aspect false\n rows {{\"img_dot.height * parent.lod\"}}\n columns {{\"img_dot.width * parent.lod\"}}\n name ssmesh\n xpos 343\n ypos 2317\n }\n DisplaceGeo {\n inputs 2\n source \"rgb absolute\"\n scale 1\n filter_size 1\n name DisplaceGeo\n xpos 343\n ypos 2399\n }\n FrameHold {\n first_frame {{parent.uv_ref_frame}}\n name FrameHold\n xpos 343\n ypos 2479\n disable {{!parent.uv_stabilize}}\n }\n ApplyMaterial {\n inputs 2\n name ApplyMaterial1\n xpos -100\n ypos 2483\n }\n Scene {\n display {{parent.display}}\n name gl_scene\n xpos -90\n ypos 3072\n }\nset N5a6c1bb0 [stack 0]\n WriteGeo {\n file_type abc\n name WriteGeo\n xpos 120\n ypos 3093\n }\n Axis {\n inputs 0\n display off\n selectable false\n translate {{\"( global_math.pt2.x * cam_data.world_matrix.0(parent.fregion_ref_frame) + global_math.pt2.y * cam_data.world_matrix.1(parent.fregion_ref_frame) + global_math.pt2.z * cam_data.world_matrix.2(parent.fregion_ref_frame) ) + cam_data.world_matrix.3(parent.fregion_ref_frame)\"} {\"( global_math.pt2.x * cam_data.world_matrix.4(parent.fregion_ref_frame) + global_math.pt2.y * cam_data.world_matrix.5(parent.fregion_ref_frame) + global_math.pt2.z * cam_data.world_matrix.6(parent.fregion_ref_frame) ) + cam_data.world_matrix.7(parent.fregion_ref_frame)\"} {\"( global_math.pt2.x * cam_data.world_matrix.8(parent.fregion_ref_frame) + global_math.pt2.y * cam_data.world_matrix.9(parent.fregion_ref_frame) + global_math.pt2.z * cam_data.world_matrix.10(parent.fregion_ref_frame) ) + cam_data.world_matrix.11(parent.fregion_ref_frame)\"}}\n name right_pt\n xpos -600\n ypos 3218\n }\n CheckerBoard2 {\n inputs 0\n format \"256 256 0 0 256 256 1 square_256\"\n name CheckerBoard1\n xpos -789\n ypos 2694\n }\n Multiply {\n channels rgb\n value {{parent.crop_point_color.r} {parent.crop_point_color.g} {parent.crop_point_color.b} 1}\n name Multiply\n xpos -789\n ypos 2822\n }\n Clamp {\n channels rgba\n name Clamp1\n xpos -789\n ypos 2905\n }\n Sphere {\n selectable false\n cast_shadow false\n receive_shadow false\n rows 10\n columns 10\n uniform_scale {{parent.crop_point_scale}}\n name Sphere1\n xpos -789\n ypos 2987\n disable {{!show_crop}}\n }\n Dot {\n name Dot24\n xpos -755\n ypos 3065\n }\nset N5a6dc200 [stack 0]\n Dot {\n name Dot25\n xpos -456\n ypos 3065\n }\n TransformGeo {\n inputs 2\n selectable false\n name TransformGeo2\n xpos -490\n ypos 3238\n }\n Axis {\n inputs 0\n display off\n selectable false\n translate {{\"( global_math.pt1.x * cam_data.world_matrix.0(parent.fregion_ref_frame) + global_math.pt1.y * cam_data.world_matrix.1(parent.fregion_ref_frame) + global_math.pt1.z * cam_data.world_matrix.2(parent.fregion_ref_frame) ) + cam_data.world_matrix.3(parent.fregion_ref_frame)\"} {\"( global_math.pt1.x * cam_data.world_matrix.4(parent.fregion_ref_frame) + global_math.pt1.y * cam_data.world_matrix.5(parent.fregion_ref_frame) + global_math.pt1.z * cam_data.world_matrix.6(parent.fregion_ref_frame) ) + cam_data.world_matrix.7(parent.fregion_ref_frame)\"} {\"( global_math.pt1.x * cam_data.world_matrix.8(parent.fregion_ref_frame) + global_math.pt1.y * cam_data.world_matrix.9(parent.fregion_ref_frame) + global_math.pt1.z * cam_data.world_matrix.10(parent.fregion_ref_frame) ) + cam_data.world_matrix.11(parent.fregion_ref_frame)\"}}\n name left_pt\n xpos -899\n ypos 3220\n }\npush $N5a6dc200\n TransformGeo {\n inputs 2\n selectable false\n name TransformGeo1\n xpos -789\n ypos 3240\n }\n Scene {\n inputs 2\n selectable false\n name Scene1\n xpos -480\n ypos 3395\n }\n ApplyMaterial {\n display off\n selectable false\n render_mode off\n name material_switch\n xpos -490\n ypos 3523\n }\npush $N5a6c1bb0\n Scene {\n inputs 2\n name Scene2\n xpos -90\n ypos 3502\n }\n Output {\n name Output1\n xpos -100\n ypos 4030\n }\n Group {\n inputs 0\n name inverseMatrix\n tile_color 0x337f4cff\n xpos 576\n ypos 780\n addUserKnob {20 tab_general l General}\n addUserKnob {1 knob_path}\n knob_path cam_data.world_matrix\n addUserKnob {26 \"\"}\n addUserKnob {41 id T id_assign.matrix}\n addUserKnob {26 \"\"}\n addUserKnob {7 determinant}\n determinant {{\"\\[value \\[value knob_path].\\[value id.0]] * ((\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.8]]) - (\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.7]])) - \\[value \\[value knob_path].\\[value id.1]] * ((\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.8]]) - (\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.6]])) + \\[value \\[value knob_path].\\[value id.2]] * ((\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.7]])-(\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.6]]))\"}}\n addUserKnob {26 \"\"}\n addUserKnob {41 cofactor T mtx_cofactor.matrix}\n addUserKnob {26 \"\"}\n addUserKnob {41 invMatrix T matrix_output.matrix}\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T 1.0}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2011-11-28}\n addUserKnob {26 l_CHANGELOG l Changelog T \"v1.0\\n- reveal the calculate output of \\n inverse matrix which is c44matrix\\n and colormatrix doesn't show\\n \"}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n }\n Matrix {\n inputs 0\n matrix {\n {0 1 2}\n {4 5 6}\n {8 9 10}\n }\n name id_assign\n xpos -12\n ypos 33\n }\n Matrix {\n inputs 0\n matrix {\n {{\"(\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.8]]) - (\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.7]])\"} {\"(\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.2]]) - (\\[value \\[value knob_path].\\[value id.8]]*\\[value \\[value knob_path].\\[value id.1]])\"} {\"(\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.5]]) - (\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.4]])\"}}\n {{\"(\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.6]]) - (\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.8]])\"} {\"(\\[value \\[value knob_path].\\[value id.8]]*\\[value \\[value knob_path].\\[value id.0]]) - (\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.2]])\"} {\"(\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.3]]) - (\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.5]])\"}}\n {{\"(\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.7]]) - (\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.6]])\"} {\"(\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.1]]) - (\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.0]])\"} {\"(\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.4]]) - (\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.3]])\"}}\n }\n name mtx_cofactor\n xpos 86\n ypos 32\n }\n Matrix {\n inputs 0\n matrix {\n {{\"cofactor.0 == 0 || determinant == 0 ? 0 : cofactor.0/determinant\"} {\"cofactor.1 == 0 || determinant == 0 ? 0 : cofactor.1/determinant\"} {\"cofactor.2 == 0 || determinant == 0 ? 0 : cofactor.2/determinant\"}}\n {{\"cofactor.3 == 0 || determinant == 0 ? 0 : cofactor.3/determinant\"} {\"cofactor.4 == 0 || determinant == 0 ? 0 : cofactor.4/determinant\"} {\"cofactor.5 == 0 || determinant == 0 ? 0 : cofactor.5/determinant\"}}\n {{\"cofactor.6 == 0 || determinant == 0 ? 0 : cofactor.6/determinant\"} {\"cofactor.7 == 0 || determinant == 0 ? 0 : cofactor.7/determinant\"} {\"cofactor.8 == 0 || determinant == 0 ? 0 : cofactor.8/determinant\"}}\n }\n name matrix_output\n xpos 186\n ypos 33\n }\n end_group\n Camera {\n inputs 0\n rotate {0 0 {-parent.cam_winroll}}\n win_translate {{parent.cam_win_translate} {parent.cam_win_translate}}\n win_scale {{parent.cam_win_scale} {parent.cam_win_scale}}\n name fb_data\n xpos -340\n ypos 2087\n }\n NoOp {\n inputs 0\n name store\n xpos -843\n ypos 28\n addUserKnob {20 User}\n addUserKnob {22 fn T \"### level define ###\\n\\ndef getLevel() :\\n\\tif len(nuke.thisNode().fullName().split('.')) == 1 :\\n\\t\\tggLevel = nuke.root()\\n\\telse :\\n\\t\\tnodePath = nuke.thisNode().fullName().split('.')\\n\\t\\tnodePath.pop()\\n\\t\\tggLevel = nuke.toNode('.'.join(nodePath))\\n\\treturn ggLevel\\n\\n### sample z in 2D ###\\n\\ndef sample2d() :\\n\\tthisGRP = nuke.thisGroup()\\n\\tif thisGRP\\['sample_z_status'].value() == '\\[ ON ]' :\\n\\t\\tsam_co = thisGRP\\['sample_point'].getValue()\\n\\t\\tzdata = nuke.toNode('sam_dot').sample('blue', sam_co\\[0], sam_co\\[1]) * -1\\n\\t\\tthisGRP\\['fregion_define_z'].setValue( zdata )\" +STARTLINE}\n addUserKnob {15 fregion}\n fregion {{parent.focus_region} {parent.focus_region} {parent.focus_region} {parent.focus_region}}\n }\n NoOp {\n inputs 0\n name global_math\n xpos -842\n ypos -43\n addUserKnob {20 User}\n addUserKnob {7 hratio}\n hratio {{\"cam_data.haperture / cam_data.focal\"}}\n addUserKnob {7 maxwidth}\n maxwidth {{\"hratio * parent.fregion_define_z\"}}\n addUserKnob {7 maxheight}\n maxheight {{\"hratio * parent.fregion_define_z * ( img_dot.height / img_dot.width )\"}}\n addUserKnob {13 pt1}\n pt1 {{\"( ( ( maxwidth * ( parent.focus_region.x(parent.fregion_ref_frame) / img_dot.width) ) - ( maxwidth / 2 ) ) * fb_data.world_matrix.0 + ( ( ( maxheight * ( parent.focus_region.y(parent.fregion_ref_frame) / img_dot.height ) ) - ( maxheight / 2 ) ) * 1 / \\[value root.format.pixel_aspect] ) * fb_data.world_matrix.1 ) * fb_data.win_scale.u + ( hratio * abs(parent.fregion_define_z) * fb_data.win_translate.u /2 )\"} {\"( ( ( maxwidth * ( parent.focus_region.x(parent.fregion_ref_frame) / img_dot.width) ) - ( maxwidth / 2 ) ) * fb_data.world_matrix.4 + \\n( ( ( maxheight * ( parent.focus_region.y(parent.fregion_ref_frame) / img_dot.height ) ) - ( maxheight / 2 ) ) * 1 / \\[value root.format.pixel_aspect] ) * fb_data.world_matrix.5 ) * fb_data.win_scale.v + ( hratio * abs(parent.fregion_define_z) * fb_data.win_translate.v /2 )\"} {-parent.fregion_define_z}}\n addUserKnob {13 pt2}\n pt2 {{\"( ( ( maxwidth * ( parent.focus_region.r(parent.fregion_ref_frame) / img_dot.width) ) - ( maxwidth / 2 ) ) * fb_data.world_matrix.0 + ( ( ( maxheight * ( parent.focus_region.t(parent.fregion_ref_frame) / img_dot.height ) ) - ( maxheight / 2 ) ) * 1 / \\[value root.format.pixel_aspect] ) * fb_data.world_matrix.1 ) * fb_data.win_scale.u + ( hratio * abs(parent.fregion_define_z) * fb_data.win_translate.u /2 )\"} {\"( ( ( maxwidth * ( parent.focus_region.r(parent.fregion_ref_frame) / img_dot.width) ) - ( maxwidth / 2 ) ) * fb_data.world_matrix.4 + ( ( ( maxheight * ( parent.focus_region.t(parent.fregion_ref_frame) / img_dot.height ) ) - ( maxheight / 2 ) ) * 1 / \\[value root.format.pixel_aspect] ) * fb_data.world_matrix.5 ) * fb_data.win_scale.v + ( hratio * abs(parent.fregion_define_z) * fb_data.win_translate.v /2 )\"} {-parent.fregion_define_z}}\n }\nend_group\nCamera2 {\n inputs 0\n translate {-23.73355293 6.752248287 -3.158116341}\n rotate {30.63627052 -44.94124796 0}\n focal 24\n name Camera5\n xpos -993\n ypos 999\n}\nScene {\n inputs 2\n name Scene5\n xpos -814\n ypos 1141\n}\nDot {\n name Dot5\n xpos -790\n ypos 1328\n}\nGroup {\n inputs 0\n name render_with_pworld2\n xpos -119\n ypos 837\n postage_stamp true\n}\n Camera2 {\n inputs 0\n translate {{curve x1 -23.73355293 x50 1.828465939 x100 10.79810143} {curve x1 6.752248287 x50 13.82691669 x100 25.23773003} {curve x1 -3.158116341 x50 5.475767136 x100 -12.79232216}}\n rotate {{curve x1 30.63627052 x50 14.22963619 x100 -23.22279344} {curve x1 -44.94124796 x50 19.70681696 x100 76.6501109} {curve x1 0 x50 27.42004885 x100 13.36756642}}\n focal 24\n name Camera1\n xpos 241\n ypos -567\n }\n Dot {\n name Dot2\n xpos 351\n ypos -543\n }\nset N7ee71cb0 [stack 0]\n Dot {\n name Dot3\n xpos 351\n ypos -428\n }\npush $N7ee71cb0\n CheckerBoard2 {\n inputs 0\n name CheckerBoard1\n xpos 406\n ypos -928\n }\n Dot {\n name Dot1\n xpos 440\n ypos -814\n }\nset N7ee7ab60 [stack 0]\n Dot {\n name Dot5\n xpos 553\n ypos -814\n }\nset N7ee7cee0 [stack 0]\n Dot {\n name Dot4\n xpos 693\n ypos -814\n }\n Multiply {\n channels rgb\n value {0 1 1 1}\n name Multiply3\n xpos 659\n ypos -756\n }\n Cube {\n rows 1\n columns 1\n separate_faces false\n translate {-7.849998951 18.14999962 -19.00000191}\n rotate {0 0 45.93192592}\n uniform_scale 7\n name Cube1\n xpos 659\n ypos -676\n }\npush $N7ee7cee0\n Multiply {\n channels rgb\n value {1 0 1 1}\n name Multiply2\n xpos 519\n ypos -750\n }\n Sphere {\n translate {-15.00000191 16.45000076 -17.79999924}\n scaling {3.183291435 1 2.618715286}\n uniform_scale 2\n name Sphere1\n xpos 519\n ypos -670\n }\npush $N7ee7ab60\n Multiply {\n channels rgb\n value {1 1 0 1}\n name Multiply1\n xpos 406\n ypos -754\n }\n Cylinder {\n rows 1\n close_top true\n close_bottom true\n translate {-3.149999619 19.64999962 -13.89999866}\n rotate {52.26493538 0 32.53306187}\n scaling {1 4.216488838 1}\n uniform_scale 2\n name Cylinder1\n xpos 406\n ypos -673\n }\n Scene {\n inputs 4\n name Scene1\n xpos 416\n ypos -567\n }\n Reformat {\n inputs 0\n type \"to box\"\n box_width 1280\n box_height 720\n box_fixed true\n name Reformat1\n xpos 530\n ypos -431\n }\n ScanlineRender {\n inputs 3\n conservative_shader_sampling false\n motion_vectors_type off\n MB_channel none\n output_shader_vectors true\n P_channel pworld\n name ScanlineRender1\n xpos 406\n ypos -431\n }\n Output {\n name Output1\n xpos 406\n ypos -331\n }\nend_group\nGroup {\n name SSMesh6\n tile_color 0x5c9e83ff\n label \"Geo Output\"\n xpos -119\n ypos 1004\n addUserKnob {20 tab_general l General}\n addUserKnob {22 set_link l \"link to selected camera\" t \"Click to link selected camera by expression. This tool will get the focal, haperture and world matrix from selected camera to generate\" T \"def getLevel() :\\n\\t### level define ###\\n\\tif len(nuke.thisNode().fullName().split('.')) == 1 :\\n\\t\\t ggLevel = nuke.root()\\n\\telse :\\n\\t\\t nodePath = nuke.thisNode().fullName().split('.')\\n\\t\\t nodePath.pop()\\n\\t\\t ggLevel = nuke.toNode('.'.join(nodePath))\\n\\treturn ggLevel\\n\\nroot = getLevel()\\nthisGRP = nuke.thisGroup()\\n\\nmainKnobs = \\['world_matrix','cam_focal','cam_haperture','cam_win_translate','cam_win_scale','cam_winroll']\\ndefaultKnobs = \\{\\n\\t\\t\\t'world matrix' : 'world_matrix',\\n\\t\\t\\t'focal length' : 'focal',\\n\\t\\t\\t'horiz aperture' : 'haperture',\\n\\t\\t\\t'window translate' : 'win_translate',\\n\\t\\t\\t'window scale' : 'win_scale',\\n\\t\\t\\t'window roll' : 'winroll'\\n\\t\\t\\t\\}\\nselNodeKnobs = \\[]\\nmissingKnob = \\[]\\n\\ntry :\\n\\twith root :\\n\\t\\tselNode = nuke.selectedNode()\\n\\n\\tfor knob in selNode.knobs() :\\n\\t\\tselNodeKnobs.append( knob )\\n\\n\\tselNodeKnobs.sort()\\n\\n\\tfor key,value in defaultKnobs.items() :\\n\\t\\tif value not in selNodeKnobs :\\n\\t\\t\\tmissingKnob.append( key )\\n\\n\\tif not len(missingKnob) :\\n\\t\\twith root :\\n\\t\\t\\tCAMnode = selNode.name()\\n\\t\\t\\tthisGRP\\[mainKnobs\\[0]].setExpression('\\{0\\}.world_matrix'.format(CAMnode))\\n\\t\\t\\tthisGRP\\[mainKnobs\\[1]].setExpression('\\{0\\}.focal'.format(CAMnode))\\n\\t\\t\\tthisGRP\\[mainKnobs\\[2]].setExpression('\\{0\\}.haperture'.format(CAMnode))\\n\\t\\t\\tthisGRP\\[mainKnobs\\[3]].setExpression('\\{0\\}.win_translate'.format(CAMnode))\\n\\t\\t\\tthisGRP\\[mainKnobs\\[4]].setExpression('\\{0\\}.win_scale'.format(CAMnode))\\n\\t\\t\\tthisGRP\\[mainKnobs\\[5]].setExpression('\\{0\\}.winroll'.format(CAMnode))\\n\\telse :\\n\\t\\tp = nuke.Panel('Select knobs :')\\n\\t\\tp.addBooleanCheckBox( 'Unable to find the default knobs. Please use the pulldown menu below to define the knob manually.' , False)\\n\\t\\tfor rk in missingKnob :\\n\\t\\t\\tp.addEnumerationPulldown( rk, ' '.join( selNodeKnobs ) )\\n\\n\\t\\tif p.show() :\\n\\t\\t\\ttry :\\n\\t\\t\\t\\tfor key,value in defaultKnobs.items() :\\n\\t\\t\\t\\t\\tif p.value( key ) != None :\\n\\t\\t\\t\\t\\t\\tdefaultKnobs\\[key] = p.value( key )\\n\\t\\t\\texcept :\\n\\t\\t\\t\\tpass\\n\\n\\t\\t\\twith root :\\n\\t\\t\\t\\tCAMnode = selNode.name()\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[0]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['world matrix']))\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[1]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['focal length']))\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[2]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['horiz aperture']))\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[3]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['window translate']))\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[4]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['window scale']))\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[5]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['window roll']))\\nexcept :\\n\\tnuke.message('no node selected.')\" +STARTLINE}\n addUserKnob {22 remove_link l \"remove linked expression\" t \"Remove the linked camera expression but won't reset any data.\" -STARTLINE T \"thisGRP = nuke.thisGroup()\\nmainKnobs = \\['world_matrix','cam_focal','cam_haperture','cam_win_translate','cam_win_scale','cam_winroll']\\n\\nfor knob in thisGRP.knobs() :\\n\\tif mainKnobs.count(knob) != 0 :\\n\\t\\t thisGRP\\[knob].clearAnimated()\"}\n addUserKnob {20 cam_data_grp l \"CAMERA DATA\" n 1}\n cam_data_grp 0\n addUserKnob {7 cam_focal l \"focal length\" R 5 100}\n cam_focal {{Camera6.focal}}\n addUserKnob {7 cam_haperture l \"horiz aperture\" R 0.1 50}\n cam_haperture {{Camera6.haperture}}\n addUserKnob {30 cam_win_translate l \"window translate\"}\n cam_win_translate {{Camera6.win_translate} {Camera6.win_translate}}\n addUserKnob {30 cam_win_scale l \"window scale\"}\n cam_win_scale {{Camera6.win_scale} {Camera6.win_scale}}\n addUserKnob {7 cam_winroll l \"window roll\" R -45 45}\n cam_winroll {{Camera6.winroll}}\n addUserKnob {41 world_matrix l \"world matrix\" T cam_data.matrix}\n addUserKnob {20 endGroup_1 l endGroup n -1}\n addUserKnob {26 spacer_5 l \"\" +STARTLINE T
    }\n addUserKnob {26 title_basic l \"BASIC SETTING\"}\n addUserKnob {4 display l \"3D display\" t \"How to draw in 3D preview. The viewer can override this setting.\" M {off wireframe soild solid+wireframe textured textured+wireframe \"\" \"\" \"\"}}\n display textured\n addUserKnob {4 data_type l \"data type\" t \"data type\\nUsing one of these data to convert into 3D mesh.\\n\\nPosition\\nSupported world space or camera space position data.\\n\\nDepth (normalized far=0)\\nNormalized depth data, which is same as depth data output by ScanlineRender.\\n\\nDeep / Depth (direct)\\nRaw camera depth data. If using deep, need to convert DeepToImage first, and selected deep channel on 'channels' knob.\" M {\"position (world space)\" \"position (camera space)\" \"depth (normalized far=0)\" \"deep / depth (direct)\" \"\" \"\" \"\"}}\n addUserKnob {41 channels t \"Select which channel represented on selected data type.\" T shuffle_data.in}\n addUserKnob {6 unpm l unpremult t \"3D data pass should be unpremult with alpha before process.\" -STARTLINE}\n unpm true\n addUserKnob {26 spacer_4 l \"\" +STARTLINE T
    }\n addUserKnob {7 lod l \"mesh LOD\" t \"Level of Details\\n\\nIf this value set to 1.0, subdivision of the mesh 1:1 to the data available in the resolution. Which mean 1 face of the mesh equal to 1 pixel.\\n\\nIf this value set to 1.0, it will slow down the render process.\\n\\nHighly recommend to use 0.1 - 0.5 if high resolution mesh details is not concern.\"}\n lod 0.1\n addUserKnob {41 filter_size l \"filter size\" T DisplaceGeo.filter_size}\n addUserKnob {41 filter T DisplaceGeo.filter}\n addUserKnob {26 spacer_2 l \"\" +STARTLINE T
    }\n addUserKnob {26 title_drange l \"\" +STARTLINE T \"distance range\"}\n addUserKnob {7 drange_near l near t \"clip the mesh in the min value in terms of depth.\" R 0 10000}\n drange_near 14\n addUserKnob {7 drange_far l far t \"clip the mesh in the max value in terms of depth.\" R 0 10000}\n drange_far 17\n addUserKnob {6 clip_color l \"distance clip on color\" t \"Apply the distance clip on colored texture.\" +STARTLINE}\n addUserKnob {26 spacer_3 l \"\" +STARTLINE T
    }\n addUserKnob {26 title_export l EXPORT}\n addUserKnob {41 file t \"only support *.abc file extension (alembric) .\" T WriteGeo.file}\n addUserKnob {22 export_geo l \"Export Geo\" T \"def exportGeo() :\\n\\twgeo = nuke.toNode('WriteGeo')\\n\\twgeo\\['Execute'].execute()\\n\\nthisGRP = nuke.thisGroup()\\nfilepath = thisGRP\\['file'].getValue()\\n\\nif not len(filepath) :\\n\\tnuke.message('file path is empty. Process denied.')\\nelif not filepath.split('.')\\[-1:]\\[0].lower() == 'abc' :\\n\\tif nuke.ask('File extension invalue. Only support render *.abc . Do you want this tool to fix it and process ?') :\\n\\t\\tthisGRP\\['file'].setValue( thisGRP\\['file'].getValue() + '.abc' )\\n\\t\\texportGeo()\\nelse :\\n\\texportGeo()\" +STARTLINE}\n addUserKnob {22 import_geo l \"Import Geo\" -STARTLINE T \"prefx = nuke.toNode('preferences')\\['GridWidth'].value()\\nthisGRP = nuke.thisGroup()\\ngoStore = nuke.toNode('store')\\ngoStore\\['fn'].execute()\\n\\nroot = getLevel()\\n\\nwith root :\\n\\trgeo = nuke.nodes.ReadGeo2( file=thisGRP\\['file'].getValue() )\\n\\trgeo.setXYpos( int( thisGRP\\['xpos'].getValue() + prefx ) , int( thisGRP\\['ypos'].getValue() ) )\"}\n addUserKnob {20 tab_misc l Miscellaneous}\n addUserKnob {26 title_focus_region l \"FOCUS REGION\"}\n addUserKnob {41 use_focus_region l \"use focus region\" t \"use focus region to generate SSMesh in specific area. Save resources and possible to work with high LOD mesh.\" T menu2.use_focus_region}\n addUserKnob {15 focus_region l \"focus region\" t \"Set focus region in screen space. These values are 2D coordinate.\" +DISABLED}\n focus_region {0 0 1280 720}\n addUserKnob {26 spacer_1 l \"\" +STARTLINE T
    }\n addUserKnob {3 fregion_ref_frame l \"ref frame\" t \"set reference frame for tracking focus region. 'focus region' & 'define z' will apply on this reference frame and process the tracking.\" +DISABLED}\n fregion_ref_frame 1\n addUserKnob {22 fregion_set_frame l \"set current frame\" t \"set current frame for focus region reference frame.\" -STARTLINE +DISABLED T \"nuke.thisGroup()\\['fregion_ref_frame'].setValue( nuke.frame() )\"}\n addUserKnob {12 sample_point l \"sample position\" t \"Toggle 'sample z' in 2D to enable this 2D sample coordinate.\" +DISABLED}\n addUserKnob {22 sample_z_toggle l \"sample z in 2D\" t \"'sample z' is only works for sample value purpose. After sample is done, must turn off sample function.\" -STARTLINE +DISABLED T \"thisGRP = nuke.thisGroup()\\nszstatus = thisGRP\\['sample_z_status'].value()\\n\\nstatus = \\['\\[ OFF ]','\\[ ON ]']\\n\\nif szstatus == status\\[0] :\\n\\tthisGRP\\['sample_z_status'].setValue( status\\[1] )\\n\\tthisGRP\\['sample_point'].setEnabled(True)\\n\\tthisGRP\\['updateUI'].setValue(\\\"goStore = nuke.toNode(\\\\'store\\\\')\\\\ngoStore\\[\\\\'fn\\\\'].execute()\\\\nsample2d()\\\")\\nelse :\\n\\tthisGRP\\['sample_z_status'].setValue( status\\[0] )\\n\\tthisGRP\\['sample_point'].setEnabled(False)\\n\\tthisGRP\\['updateUI'].setValue('')\"}\n addUserKnob {26 sample_z_status l \"\" -STARTLINE +DISABLED T \"\\[ OFF ]\"}\n addUserKnob {7 fregion_define_z l \"define z\" t \"Define the z value on reference frame. Can use 'sample z in 2D' to get this value.\" +DISABLED R 0 10000}\n addUserKnob {22 track_focus_region l \"\\[ track focus region ]\" t \"Use the set focus region on reference frame to track with camera in 3D space.\\n\\n* project setting need to be same as image resolution to get the correct result.\" +DISABLED T \"rootST = int( nuke.root()\\['first_frame'].getValue() )\\nrootED = int( nuke.root()\\['last_frame'].getValue() )\\n\\ngetFrame = nuke.getFramesAndViews( 'frame range', str( rootST ) + '-' + str( rootED ) )\\n\\ntry :\\n\\tframeST = int( getFrame\\[0].replace( ' ' , '' ).split('-')\\[0] )\\n\\tframeED = int( getFrame\\[0].replace( ' ' , '' ).split('-')\\[1] )\\n\\n\\tthisGRP = nuke.thisGroup()\\n\\trefframe = int( thisGRP\\['fregion_ref_frame'].getValue() )\\n\\tcam = nuke.toNode('cam_data')\\n\\tpt1 = nuke.toNode('left_pt')\\['translate'].getValue()\\n\\tpt2 = nuke.toNode('right_pt')\\['translate'].getValue()\\n\\n\\tct_hack = nuke.nodes.CurveTool()\\n\\n\\twith nuke.root() :\\n\\n\\t\\tif frameED - frameST != 0 :\\n\\t\\t\\tthisGRP\\['focus_region'].clearAnimated()\\n\\t\\t\\ttempbuffer1 = thisGRP\\['focus_region'].getValue()\\n\\t\\t\\tthisGRP\\['focus_region'].setAnimated()\\n\\t\\t\\tthisGRP\\['focus_region'].setValueAt( tempbuffer1\\[0] , refframe , 0 )\\n\\t\\t\\tthisGRP\\['focus_region'].setValueAt( tempbuffer1\\[1] , refframe , 1 )\\n\\t\\t\\tthisGRP\\['focus_region'].setValueAt( tempbuffer1\\[2] , refframe , 2 )\\n\\t\\t\\tthisGRP\\['focus_region'].setValueAt( tempbuffer1\\[3] , refframe , 3 )\\n\\n\\t\\tfor trackframe in range( frameST, frameED+1 , 1 ) :\\n\\t\\t\\tnuke.execute( ct_hack, trackframe, trackframe )\\n\\t\\t\\tthisGRP\\['focus_region'].setValueAt( nukescripts.snap3d.projectPoint( cam, pt1 )\\[0] , trackframe , 0 )\\n\\t\\t\\tthisGRP\\['focus_region'].setValueAt( nukescripts.snap3d.projectPoint( cam, pt1 )\\[1] , trackframe , 1 )\\n\\t\\t\\tthisGRP\\['focus_region'].setValueAt( nukescripts.snap3d.projectPoint( cam, pt2 )\\[0] , trackframe , 2 )\\n\\t\\t\\tthisGRP\\['focus_region'].setValueAt( nukescripts.snap3d.projectPoint( cam, pt2 )\\[1] , trackframe , 3 )\\n\\n\\tnuke.delete( ct_hack )\\nexcept :\\n pass\" +STARTLINE}\n addUserKnob {26 spacer_6 l \"\" +STARTLINE T
    }\n addUserKnob {20 grp_crop_preview l \"3D crop preview\" +DISABLED n 1}\n grp_crop_preview 0\n addUserKnob {6 show_crop l \"show crop point\" t \"It will show 2 spheres for the crop in 3D space. They set in the place which is where you set the focus region in screen space and defined by z.\" +DISABLED +STARTLINE}\n addUserKnob {7 crop_point_scale l scale t \"Scale the preview crop points (spheres).\" +DISABLED}\n crop_point_scale 0.3\n addUserKnob {18 crop_point_color l color t \"change color of the crop points (spheres).\" +DISABLED}\n crop_point_color 1\n addUserKnob {6 crop_point_color_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 crop_point_color_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 crop_point_color_panelDropped_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 crop_point_color_panelDropped_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 crop_point_color_panelDropped_1_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 crop_point_color_panelDropped_1_1_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 crop_point_color_panelDropped_1_1_1_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 crop_point_color_panelDropped_1_1_1_1_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {20 endGroup n -1}\n addUserKnob {26 spacer l \"\" +STARTLINE T
    }\n addUserKnob {26 title_uv l UV}\n addUserKnob {41 uv_stabilize l \"uv stabilize\" t \"Turn this on if you need to stabilize in UV space. During UV stabilize on, the geo will not be animated. Set reference frame under 'mesh ref frame'.\" T menu1.uv_stabilize}\n addUserKnob {3 uv_ref_frame l \"mesh ref frame\" t \"Select the frame number that will have identity geo shaped for UV texturing.\" +DISABLED}\n uv_ref_frame 1001\n addUserKnob {22 uv_set_frame l \"set current frame\" -STARTLINE +DISABLED T \"nuke.thisGroup()\\['uv_ref_frame'].setValue( nuke.frame() )\"}\n addUserKnob {6 black_outside l \"black outside\" t \"black outside the UV texture.\" +DISABLED +STARTLINE}\n black_outside true\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T 1.3}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2019-11-08}\n addUserKnob {26 l_CHANGELOG l Changelog T \"1.3\\n- camera window supported\\n- anamophic project supported\\n- fix the conflict of 'force region' and 'UV stabilize'.\\n can use both at the same time now.\\n\\n1.2\\n- removed unuse camera link knobs\\n- added focus region, so mesh can be\\n form in specific area/object to save\\n resources for higher LOD\\n\\n1.1\\n- fix the missing line on 'Export Geo' \\n button\\n\\n1.0\\n- create mesh/geo in screen space\\n using position/depth/deep data\"}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n}\n BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0xff\n label \"don't touch\"\n note_font_size 32\n xpos -1142\n ypos -169\n bdwidth 202\n bdheight 478\n }\n BackdropNode {\n inputs 0\n name BackdropNode2\n tile_color 0x4c4c4cff\n label bin\n note_font_size 32\n xpos -899\n ypos -170\n bdwidth 200\n bdheight 280\n }\n Input {\n inputs 0\n name img\n xpos -100\n ypos -184\n }\n Dot {\n name img_dot\n xpos -66\n ypos -83\n }\nset N82af5df0 [stack 0]\n Dot {\n name Dot3\n xpos 758\n ypos -83\n }\nset N5a449eb0 [stack 0]\n Shuffle {\n in pworld\n in2 alpha\n alpha red2\n name shuffle_data\n label \"\\[value in]\"\n xpos 724\n ypos -32\n }\n Unpremult {\n name Unpremult_data\n xpos 724\n ypos 62\n disable {{!parent.unpm}}\n }\n Dot {\n name Dot5\n xpos 758\n ypos 700\n }\nset N4a722520 [stack 0]\n Dot {\n name Dot6\n xpos 928\n ypos 700\n }\nset N5a74dc00 [stack 0]\n Dot {\n name Dot7\n xpos 1106\n ypos 700\n }\nset N4a753940 [stack 0]\n Dot {\n name Dot8\n xpos 1260\n ypos 700\n }\n Expression {\n temp_name0 dvalue\n temp_expr0 red\n temp_name1 xpos\n temp_expr1 \"( ( x + 0.5 ) / input.width - 0.5 ) * \\[value global_math.hratio] * abs( dvalue )\"\n temp_name2 ypos\n temp_expr2 \"( ( y + 0.5 ) / input.height - 0.5 ) * ( \\[value global_math.hratio] * abs( dvalue ) * ( img_dot.height / img_dot.width ) ) * 1 / \\[value format.pixel_aspect]\"\n temp_name3 zpos\n temp_expr3 \"- dvalue\"\n expr0 \"( xpos * \\[value fb_data.world_matrix.0] + ypos * \\[value fb_data.world_matrix.1] ) * \\[value fb_data.win_scale.u] + ( \\[value global_math.hratio] * abs(zpos) * \\[value fb_data.win_translate.u] / 2 )\"\n expr1 \"( xpos * \\[value fb_data.world_matrix.4] + ypos * \\[value fb_data.world_matrix.5] ) * \\[value fb_data.win_scale.v] + ( \\[value global_math.hratio] * abs(zpos) * \\[value fb_data.win_translate.v] / 2 )\"\n expr2 zpos\n name Expression9\n xpos 1226\n ypos 774\n }\n Dot {\n name Dot16\n xpos 1260\n ypos 889\n }\npush $N4a753940\n Expression {\n temp_name0 dvalue\n temp_expr0 \"1 / red\"\n temp_name1 xpos\n temp_expr1 \"( ( x + 0.5 ) / input.width - 0.5 ) * \\[value global_math.hratio] * abs( dvalue )\"\n temp_name2 ypos\n temp_expr2 \"( ( y + 0.5 ) / input.height - 0.5 ) * ( \\[value global_math.hratio] * abs( dvalue ) * ( img_dot.height / img_dot.width ) ) * 1 / \\[value format.pixel_aspect]\"\n temp_name3 zpos\n temp_expr3 \"- dvalue\"\n expr0 \"( xpos * \\[value fb_data.world_matrix.0] + ypos * \\[value fb_data.world_matrix.1] ) * \\[value fb_data.win_scale.u] + ( \\[value global_math.hratio] * abs(zpos) * \\[value fb_data.win_translate.u] / 2 )\"\n expr1 \"( xpos * \\[value fb_data.world_matrix.4] + ypos * \\[value fb_data.world_matrix.5] ) * \\[value fb_data.win_scale.v] + ( \\[value global_math.hratio] * abs(zpos) * \\[value fb_data.win_translate.v] / 2 )\"\n expr2 zpos\n name Expression6\n xpos 1072\n ypos 774\n }\n Dot {\n name Dot17\n xpos 1106\n ypos 863\n }\npush $N5a74dc00\n Expression {\n expr2 -blue\n name Expression7\n label \"fix z\"\n xpos 894\n ypos 774\n }\n Dot {\n name Dot18\n xpos 928\n ypos 876\n }\npush $N4a722520\n Expression {\n temp_name0 nx\n temp_expr0 \"red - cam_data.world_matrix.3\"\n temp_name1 ny\n temp_expr1 \"green - cam_data.world_matrix.7\"\n temp_name2 nz\n temp_expr2 \"blue - cam_data.world_matrix.11\"\n expr0 \"nx * \\[value inverseMatrix.invMatrix.0] + ny * \\[value inverseMatrix.invMatrix.1] + nz * \\[value inverseMatrix.invMatrix.2]\"\n expr1 \"nx * \\[value inverseMatrix.invMatrix.3] + ny * \\[value inverseMatrix.invMatrix.4] + nz * \\[value inverseMatrix.invMatrix.5]\"\n expr2 \"nx * \\[value inverseMatrix.invMatrix.6] + ny * \\[value inverseMatrix.invMatrix.7] + nz * \\[value inverseMatrix.invMatrix.8]\"\n name Expression3\n label \"position invert\"\n xpos 724\n ypos 774\n }\n Switch {\n inputs 4\n which {{parent.data_type}}\n name Switch1\n xpos 724\n ypos 984\n }\n Dot {\n name Dot13\n xpos 758\n ypos 1113\n }\nset N50100680 [stack 0]\n Dot {\n name sam_dot\n xpos 551\n ypos 1113\n }\n NoOp {\n inputs 0\n name menu1\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nif thisGRP\\['uv_stabilize'].getValue() == 1 :\\n thisGRP\\['uv_ref_frame'].setEnabled(True)\\n thisGRP\\['uv_set_frame'].setEnabled(True)\\n thisGRP\\['black_outside'].setEnabled(True)\\nelse :\\n thisGRP\\['uv_ref_frame'].setEnabled(False)\\n thisGRP\\['uv_set_frame'].setEnabled(False)\\n thisGRP\\['black_outside'].setEnabled(False)\\n\"\n xpos -1085\n ypos -42\n addUserKnob {20 User}\n addUserKnob {6 uv_stabilize l \"uv stabilize\" +STARTLINE}\n }\n NoOp {\n inputs 0\n name menu2\n onCreate \"\\nthisGRP = nuke.thisGroup()\\nfregion_knobs = \\['focus_region','fregion_define_z','sample_z_toggle','sample_z_status','sample_point','fregion_ref_frame','fregion_set_frame','track_focus_region','grp_crop_preview','show_crop','crop_point_scale','crop_point_color']\\n\\nthisGRP\\[fregion_knobs\\[4]].setEnabled(True)\\n\\nif thisGRP\\['use_focus_region'].getValue() == 0 :\\n for i in fregion_knobs :\\n thisGRP\\[i].setEnabled(False)\\n thisGRP\\[fregion_knobs\\[3]].setValue( '\\[ OFF ]' )\\n thisGRP\\['updateUI'].setValue('')\\n nuke.toNode('material_switch')\\['disable'].setValue(0)\\nelse :\\n for i in fregion_knobs :\\n if i != 'sample_point' :\\n thisGRP\\[i].setEnabled(True)\\n else :\\n thisGRP\\[i].setEnabled(False)\\n nuke.toNode('material_switch')\\['disable'].setValue(1)\\n\"\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nfregion_knobs = \\['focus_region','fregion_define_z','sample_z_toggle','sample_z_status','sample_point','fregion_ref_frame','fregion_set_frame','track_focus_region','grp_crop_preview','show_crop','crop_point_scale','crop_point_color']\\n\\nif thisGRP\\['use_focus_region'].getValue() == 0 :\\n for i in fregion_knobs :\\n thisGRP\\[i].setEnabled(False)\\n thisGRP\\[fregion_knobs\\[3]].setValue( '\\[ OFF ]' )\\n thisGRP\\['updateUI'].setValue('')\\n nuke.toNode('material_switch')\\['disable'].setValue(0)\\nelse :\\n for i in fregion_knobs :\\n if i != 'sample_point' :\\n thisGRP\\[i].setEnabled(True)\\n nuke.toNode('material_switch')\\['disable'].setValue(1)\\n\"\n xpos -1085\n ypos 25\n addUserKnob {20 User}\n addUserKnob {6 use_focus_region l \"use focus region\" +STARTLINE}\n }\n Camera {\n inputs 0\n display off\n selectable false\n useMatrix true\n matrix {\n {{Camera6.world_matrix} {Camera6.world_matrix} {Camera6.world_matrix} {Camera6.world_matrix}}\n {{Camera6.world_matrix} {Camera6.world_matrix} {Camera6.world_matrix} {Camera6.world_matrix}}\n {{Camera6.world_matrix} {Camera6.world_matrix} {Camera6.world_matrix} {Camera6.world_matrix}}\n {{Camera6.world_matrix} {Camera6.world_matrix} {Camera6.world_matrix} {Camera6.world_matrix}}\n }\n focal {{parent.cam_focal}}\n haperture {{cam_haperture}}\n name cam_data\n xpos -335\n ypos 2204\n }\npush $N50100680\n Expression {\n temp_name0 unpremultA\n temp_expr0 \"alpha * ( 1 / alpha )\"\n temp_name1 max\n temp_expr1 blue\n expr3 \"abs( max ) < \\[value parent.drange_near] || abs( max ) > \\[value parent.drange_far] ? 0 : isnan(unpremultA) ? 0 : unpremultA\"\n name Expression1\n label \"distance crop\"\n xpos 724\n ypos 1244\n }\n Premult {\n name Premult1\n xpos 724\n ypos 1332\n }\n Dot {\n name Dot9\n xpos 758\n ypos 1640\n }\nset N50018fb0 [stack 0]\npush $N82af5df0\n Dot {\n name Dot10\n xpos -66\n ypos 1552\n }\nset N6a0cc380 [stack 0]\n Unpremult {\n name Unpremult1\n xpos 48\n ypos 1549\n }\n Merge2 {\n inputs 2\n operation mask\n name Merge2\n xpos 48\n ypos 1637\n }\n Premult {\n name Premult3\n xpos 48\n ypos 1719\n }\npush $N6a0cc380\n Switch {\n inputs 2\n which {{parent.clip_color}}\n name Switch2\n xpos -100\n ypos 1828\n }\n Project3D2 {\n inputs 2\n crop {{parent.black_outside}}\n name Project3D2\n xpos -100\n ypos 2224\n }\npush $N5a449eb0\n Dot {\n name Dot2\n xpos 1576\n ypos -84\n }\n Shuffle {\n red black\n green black\n blue black\n alpha black\n name Shuffle1\n label \"\\[value in]\"\n xpos 1542\n ypos 30\n }\n Remove {\n name Remove1\n xpos 1542\n ypos 118\n }\n Reformat {\n type scale\n black_outside true\n name Reformat1\n xpos 1542\n ypos 212\n }\n Expression {\n temp_name0 xpos\n temp_expr0 \"( ( x + 0.5 ) / input.width - 0.5) * \\[value global_math.hratio] * abs( \\[value parent.drange_far] )\"\n temp_name1 ypos\n temp_expr1 \"( ( y + 0.5 ) / input.height -0.5 ) * ( \\[value global_math.hratio] * abs( \\[value parent.drange_far] ) * ( img_dot.height / img_dot.width ) ) * 1 / \\[value format.pixel_aspect]\"\n temp_name2 zpos\n temp_expr2 \"-\\[value parent.drange_far]\"\n expr0 \"( xpos * \\[value fb_data.world_matrix.0] + ypos * \\[value fb_data.world_matrix.1] ) * \\[value fb_data.win_scale.u] + ( \\[value global_math.hratio] * abs(zpos) * \\[value fb_data.win_translate.u] / 2 )\"\n expr1 \"( xpos * \\[value fb_data.world_matrix.4] + ypos * \\[value fb_data.world_matrix.5] ) * \\[value fb_data.win_scale.v] + ( \\[value global_math.hratio] * abs(zpos) * \\[value fb_data.win_translate.v] / 2 )\"\n expr2 zpos\n name Expression8\n xpos 1542\n ypos 845\n }\n ColorMatrix {\n matrix {\n {{cam_data.world_matrix.0} {cam_data.world_matrix.1} {cam_data.world_matrix.2}}\n {{cam_data.world_matrix.4} {cam_data.world_matrix.5} {cam_data.world_matrix.6}}\n {{cam_data.world_matrix.8} {cam_data.world_matrix.9} {cam_data.world_matrix.10}}\n }\n name ColorMatrix1\n xpos 1542\n ypos 970\n }\n Add {\n channels rgb\n value {{cam_data.world_matrix.3} {cam_data.world_matrix.7} {cam_data.world_matrix.11} 0}\n name Add1\n xpos 1542\n ypos 1052\n }\n Crop {\n box {{store.fregion} {store.fregion} {store.fregion} {store.fregion}}\n reformat true\n crop false\n name Crop1\n xpos 1542\n ypos 1476\n disable {{!parent.use_focus_region}}\n }\n Dot {\n name Dot4\n xpos 1576\n ypos 2402\n }\npush $N50018fb0\n Crop {\n box {{store.fregion} {store.fregion} {store.fregion} {store.fregion}}\n reformat true\n crop false\n name Crop4\n selected true\n xpos 724\n ypos 1714\n disable {{!parent.use_focus_region}}\n }\n Unpremult {\n name Unpremult3\n xpos 724\n ypos 1851\n }\n Expression {\n temp_name0 nx\n temp_expr0 red\n temp_name1 ny\n temp_expr1 green\n temp_name2 nz\n temp_expr2 blue\n expr0 \"( nx * \\[value cam_data.world_matrix.0] + ny * \\[value cam_data.world_matrix.1] + nz * \\[value cam_data.world_matrix.2] ) + \\[value cam_data.world_matrix.3]\"\n expr1 \"( nx * \\[value cam_data.world_matrix.4] + ny * \\[value cam_data.world_matrix.5] + nz * \\[value cam_data.world_matrix.6] ) + \\[value cam_data.world_matrix.7]\"\n expr2 \"( nx * \\[value cam_data.world_matrix.8] + ny * \\[value cam_data.world_matrix.9] + nz * \\[value cam_data.world_matrix.10] ) + \\[value cam_data.world_matrix.11]\"\n name Expression4\n label \"position revert\"\n xpos 724\n ypos 1933\n }\n Premult {\n name Premult2\n xpos 724\n ypos 2027\n }\n Merge2 {\n inputs 2\n operation under\n name Merge1\n xpos 724\n ypos 2398\n }\n Card {\n inputs 0\n image_aspect false\n rows {{\"img_dot.height * parent.lod\"}}\n columns {{\"img_dot.width * parent.lod\"}}\n name ssmesh\n xpos 343\n ypos 2317\n }\n DisplaceGeo {\n inputs 2\n source \"rgb absolute\"\n scale 1\n filter_size 1\n name DisplaceGeo\n xpos 343\n ypos 2399\n }\n FrameHold {\n first_frame {{parent.uv_ref_frame}}\n name FrameHold\n xpos 343\n ypos 2479\n disable {{!parent.uv_stabilize}}\n }\n ApplyMaterial {\n inputs 2\n name ApplyMaterial1\n xpos -100\n ypos 2483\n }\n Scene {\n display {{parent.display}}\n name gl_scene\n xpos -90\n ypos 3072\n }\nset N500a2570 [stack 0]\n WriteGeo {\n file_type abc\n name WriteGeo\n xpos 120\n ypos 3093\n }\n Axis {\n inputs 0\n display off\n selectable false\n translate {{\"( global_math.pt2.x * cam_data.world_matrix.0(parent.fregion_ref_frame) + global_math.pt2.y * cam_data.world_matrix.1(parent.fregion_ref_frame) + global_math.pt2.z * cam_data.world_matrix.2(parent.fregion_ref_frame) ) + cam_data.world_matrix.3(parent.fregion_ref_frame)\"} {\"( global_math.pt2.x * cam_data.world_matrix.4(parent.fregion_ref_frame) + global_math.pt2.y * cam_data.world_matrix.5(parent.fregion_ref_frame) + global_math.pt2.z * cam_data.world_matrix.6(parent.fregion_ref_frame) ) + cam_data.world_matrix.7(parent.fregion_ref_frame)\"} {\"( global_math.pt2.x * cam_data.world_matrix.8(parent.fregion_ref_frame) + global_math.pt2.y * cam_data.world_matrix.9(parent.fregion_ref_frame) + global_math.pt2.z * cam_data.world_matrix.10(parent.fregion_ref_frame) ) + cam_data.world_matrix.11(parent.fregion_ref_frame)\"}}\n name right_pt\n xpos -600\n ypos 3218\n }\n CheckerBoard2 {\n inputs 0\n format \"256 256 0 0 256 256 1 square_256\"\n name CheckerBoard1\n xpos -789\n ypos 2694\n }\n Multiply {\n channels rgb\n value {{parent.crop_point_color.r} {parent.crop_point_color.g} {parent.crop_point_color.b} 1}\n name Multiply\n xpos -789\n ypos 2822\n }\n Clamp {\n channels rgba\n name Clamp1\n xpos -789\n ypos 2905\n }\n Sphere {\n selectable false\n cast_shadow false\n receive_shadow false\n rows 10\n columns 10\n uniform_scale {{parent.crop_point_scale}}\n name Sphere1\n xpos -789\n ypos 2987\n disable {{!show_crop}}\n }\n Dot {\n name Dot24\n xpos -755\n ypos 3065\n }\nset N500cbae0 [stack 0]\n Dot {\n name Dot25\n xpos -456\n ypos 3065\n }\n TransformGeo {\n inputs 2\n selectable false\n name TransformGeo2\n xpos -490\n ypos 3238\n }\n Axis {\n inputs 0\n display off\n selectable false\n translate {{\"( global_math.pt1.x * cam_data.world_matrix.0(parent.fregion_ref_frame) + global_math.pt1.y * cam_data.world_matrix.1(parent.fregion_ref_frame) + global_math.pt1.z * cam_data.world_matrix.2(parent.fregion_ref_frame) ) + cam_data.world_matrix.3(parent.fregion_ref_frame)\"} {\"( global_math.pt1.x * cam_data.world_matrix.4(parent.fregion_ref_frame) + global_math.pt1.y * cam_data.world_matrix.5(parent.fregion_ref_frame) + global_math.pt1.z * cam_data.world_matrix.6(parent.fregion_ref_frame) ) + cam_data.world_matrix.7(parent.fregion_ref_frame)\"} {\"( global_math.pt1.x * cam_data.world_matrix.8(parent.fregion_ref_frame) + global_math.pt1.y * cam_data.world_matrix.9(parent.fregion_ref_frame) + global_math.pt1.z * cam_data.world_matrix.10(parent.fregion_ref_frame) ) + cam_data.world_matrix.11(parent.fregion_ref_frame)\"}}\n name left_pt\n xpos -899\n ypos 3220\n }\npush $N500cbae0\n TransformGeo {\n inputs 2\n selectable false\n name TransformGeo1\n xpos -789\n ypos 3240\n }\n Scene {\n inputs 2\n selectable false\n name Scene1\n xpos -480\n ypos 3395\n }\n ApplyMaterial {\n display off\n selectable false\n render_mode off\n name material_switch\n xpos -490\n ypos 3523\n }\npush $N500a2570\n Scene {\n inputs 2\n name Scene2\n xpos -90\n ypos 3502\n }\n Output {\n name Output1\n xpos -100\n ypos 4030\n }\n Group {\n inputs 0\n name inverseMatrix\n tile_color 0x337f4cff\n xpos 576\n ypos 780\n addUserKnob {20 tab_general l General}\n addUserKnob {1 knob_path}\n knob_path cam_data.world_matrix\n addUserKnob {26 \"\"}\n addUserKnob {41 id T id_assign.matrix}\n addUserKnob {26 \"\"}\n addUserKnob {7 determinant}\n determinant {{\"\\[value \\[value knob_path].\\[value id.0]] * ((\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.8]]) - (\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.7]])) - \\[value \\[value knob_path].\\[value id.1]] * ((\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.8]]) - (\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.6]])) + \\[value \\[value knob_path].\\[value id.2]] * ((\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.7]])-(\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.6]]))\"}}\n addUserKnob {26 \"\"}\n addUserKnob {41 cofactor T mtx_cofactor.matrix}\n addUserKnob {26 \"\"}\n addUserKnob {41 invMatrix T matrix_output.matrix}\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T 1.0}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2011-11-28}\n addUserKnob {26 l_CHANGELOG l Changelog T \"v1.0\\n- reveal the calculate output of \\n inverse matrix which is c44matrix\\n and colormatrix doesn't show\\n \"}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n }\n Matrix {\n inputs 0\n matrix {\n {0 1 2}\n {4 5 6}\n {8 9 10}\n }\n name id_assign\n xpos -12\n ypos 33\n }\n Matrix {\n inputs 0\n matrix {\n {{\"(\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.8]]) - (\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.7]])\"} {\"(\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.2]]) - (\\[value \\[value knob_path].\\[value id.8]]*\\[value \\[value knob_path].\\[value id.1]])\"} {\"(\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.5]]) - (\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.4]])\"}}\n {{\"(\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.6]]) - (\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.8]])\"} {\"(\\[value \\[value knob_path].\\[value id.8]]*\\[value \\[value knob_path].\\[value id.0]]) - (\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.2]])\"} {\"(\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.3]]) - (\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.5]])\"}}\n {{\"(\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.7]]) - (\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.6]])\"} {\"(\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.1]]) - (\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.0]])\"} {\"(\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.4]]) - (\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.3]])\"}}\n }\n name mtx_cofactor\n xpos 86\n ypos 32\n }\n Matrix {\n inputs 0\n matrix {\n {{\"cofactor.0 == 0 || determinant == 0 ? 0 : cofactor.0/determinant\"} {\"cofactor.1 == 0 || determinant == 0 ? 0 : cofactor.1/determinant\"} {\"cofactor.2 == 0 || determinant == 0 ? 0 : cofactor.2/determinant\"}}\n {{\"cofactor.3 == 0 || determinant == 0 ? 0 : cofactor.3/determinant\"} {\"cofactor.4 == 0 || determinant == 0 ? 0 : cofactor.4/determinant\"} {\"cofactor.5 == 0 || determinant == 0 ? 0 : cofactor.5/determinant\"}}\n {{\"cofactor.6 == 0 || determinant == 0 ? 0 : cofactor.6/determinant\"} {\"cofactor.7 == 0 || determinant == 0 ? 0 : cofactor.7/determinant\"} {\"cofactor.8 == 0 || determinant == 0 ? 0 : cofactor.8/determinant\"}}\n }\n name matrix_output\n xpos 186\n ypos 33\n }\n end_group\n Camera {\n inputs 0\n rotate {0 0 {-parent.cam_winroll}}\n win_translate {{parent.cam_win_translate} {parent.cam_win_translate}}\n win_scale {{parent.cam_win_scale} {parent.cam_win_scale}}\n name fb_data\n xpos -340\n ypos 2087\n }\n NoOp {\n inputs 0\n name store\n xpos -843\n ypos 28\n addUserKnob {20 User}\n addUserKnob {22 fn T \"### level define ###\\n\\ndef getLevel() :\\n\\tif len(nuke.thisNode().fullName().split('.')) == 1 :\\n\\t\\tggLevel = nuke.root()\\n\\telse :\\n\\t\\tnodePath = nuke.thisNode().fullName().split('.')\\n\\t\\tnodePath.pop()\\n\\t\\tggLevel = nuke.toNode('.'.join(nodePath))\\n\\treturn ggLevel\\n\\n### sample z in 2D ###\\n\\ndef sample2d() :\\n\\tthisGRP = nuke.thisGroup()\\n\\tif thisGRP\\['sample_z_status'].value() == '\\[ ON ]' :\\n\\t\\tsam_co = thisGRP\\['sample_point'].getValue()\\n\\t\\tzdata = nuke.toNode('sam_dot').sample('blue', sam_co\\[0], sam_co\\[1]) * -1\\n\\t\\tthisGRP\\['fregion_define_z'].setValue( zdata )\" +STARTLINE}\n addUserKnob {15 fregion}\n fregion {{parent.focus_region} {parent.focus_region} {parent.focus_region} {parent.focus_region}}\n }\n NoOp {\n inputs 0\n name global_math\n xpos -842\n ypos -43\n addUserKnob {20 User}\n addUserKnob {7 hratio}\n hratio {{\"cam_data.haperture / cam_data.focal\"}}\n addUserKnob {7 maxwidth}\n maxwidth {{\"hratio * parent.fregion_define_z\"}}\n addUserKnob {7 maxheight}\n maxheight {{\"hratio * parent.fregion_define_z * ( img_dot.height / img_dot.width )\"}}\n addUserKnob {13 pt1}\n pt1 {{\"( ( ( maxwidth * ( parent.focus_region.x(parent.fregion_ref_frame) / img_dot.width) ) - ( maxwidth / 2 ) ) * fb_data.world_matrix.0 + ( ( ( maxheight * ( parent.focus_region.y(parent.fregion_ref_frame) / img_dot.height ) ) - ( maxheight / 2 ) ) * 1 / \\[value root.format.pixel_aspect] ) * fb_data.world_matrix.1 ) * fb_data.win_scale.u + ( hratio * abs(parent.fregion_define_z) * fb_data.win_translate.u /2 )\"} {\"( ( ( maxwidth * ( parent.focus_region.x(parent.fregion_ref_frame) / img_dot.width) ) - ( maxwidth / 2 ) ) * fb_data.world_matrix.4 + \\n( ( ( maxheight * ( parent.focus_region.y(parent.fregion_ref_frame) / img_dot.height ) ) - ( maxheight / 2 ) ) * 1 / \\[value root.format.pixel_aspect] ) * fb_data.world_matrix.5 ) * fb_data.win_scale.v + ( hratio * abs(parent.fregion_define_z) * fb_data.win_translate.v /2 )\"} {-parent.fregion_define_z}}\n addUserKnob {13 pt2}\n pt2 {{\"( ( ( maxwidth * ( parent.focus_region.r(parent.fregion_ref_frame) / img_dot.width) ) - ( maxwidth / 2 ) ) * fb_data.world_matrix.0 + ( ( ( maxheight * ( parent.focus_region.t(parent.fregion_ref_frame) / img_dot.height ) ) - ( maxheight / 2 ) ) * 1 / \\[value root.format.pixel_aspect] ) * fb_data.world_matrix.1 ) * fb_data.win_scale.u + ( hratio * abs(parent.fregion_define_z) * fb_data.win_translate.u /2 )\"} {\"( ( ( maxwidth * ( parent.focus_region.r(parent.fregion_ref_frame) / img_dot.width) ) - ( maxwidth / 2 ) ) * fb_data.world_matrix.4 + ( ( ( maxheight * ( parent.focus_region.t(parent.fregion_ref_frame) / img_dot.height ) ) - ( maxheight / 2 ) ) * 1 / \\[value root.format.pixel_aspect] ) * fb_data.world_matrix.5 ) * fb_data.win_scale.v + ( hratio * abs(parent.fregion_define_z) * fb_data.win_translate.v /2 )\"} {-parent.fregion_define_z}}\n }\nend_group\nCamera2 {\n inputs 0\n translate {-23.73355293 6.752248287 -3.158116341}\n rotate {30.63627052 -44.94124796 0}\n focal 24\n name Camera6\n xpos -291\n ypos 999\n}\nScene {\n inputs 2\n name Scene6\n xpos -109\n ypos 1142\n}\nDot {\n name Dot6\n xpos -85\n ypos 1329\n}\nCamera2 {\n inputs 0\n translate {{curve x1 -23.73355293 x50 1.828465939 x100 10.79810143} {curve x1 6.752248287 x50 13.82691669 x100 25.23773003} {curve x1 -3.158116341 x50 5.475767136 x100 -12.79232216}}\n rotate {{curve x1 30.63627052 x50 14.22963619 x100 -23.22279344} {curve x1 -44.94124796 x50 19.70681696 x100 76.6501109} {curve x1 0 x50 27.42004885 x100 13.36756642}}\n focal 24\n name Camera7\n xpos -1083\n ypos 2091\n}\nDot {\n name Dot7\n xpos -1059\n ypos 2798\n}\nGroup {\n inputs 0\n name render_with_pworld3\n xpos -400\n ypos 1992\n postage_stamp true\n}\n Camera2 {\n inputs 0\n translate {{curve x1 -23.73355293 x50 1.828465939 x100 10.79810143} {curve x1 6.752248287 x50 13.82691669 x100 25.23773003} {curve x1 -3.158116341 x50 5.475767136 x100 -12.79232216}}\n rotate {{curve x1 30.63627052 x50 14.22963619 x100 -23.22279344} {curve x1 -44.94124796 x50 19.70681696 x100 76.6501109} {curve x1 0 x50 27.42004885 x100 13.36756642}}\n focal 24\n name Camera1\n selected true\n xpos 241\n ypos -567\n }\n Dot {\n name Dot2\n xpos 351\n ypos -543\n }\nset N829b9130 [stack 0]\n Dot {\n name Dot3\n xpos 351\n ypos -428\n }\npush $N829b9130\n CheckerBoard2 {\n inputs 0\n name CheckerBoard1\n xpos 406\n ypos -928\n }\n Dot {\n name Dot1\n xpos 440\n ypos -814\n }\nset N829c1fe0 [stack 0]\n Dot {\n name Dot5\n xpos 553\n ypos -814\n }\nset N829c4360 [stack 0]\n Dot {\n name Dot4\n xpos 693\n ypos -814\n }\n Multiply {\n channels rgb\n value {0 1 1 1}\n name Multiply3\n xpos 659\n ypos -756\n }\n Cube {\n rows 1\n columns 1\n separate_faces false\n translate {-7.849998951 18.14999962 -19.00000191}\n rotate {0 0 45.93192592}\n uniform_scale 7\n name Cube1\n xpos 659\n ypos -676\n }\npush $N829c4360\n Multiply {\n channels rgb\n value {1 0 1 1}\n name Multiply2\n xpos 519\n ypos -750\n }\n Sphere {\n translate {-15.00000191 16.45000076 -17.79999924}\n scaling {3.183291435 1 2.618715286}\n uniform_scale 2\n name Sphere1\n xpos 519\n ypos -670\n }\npush $N829c1fe0\n Multiply {\n channels rgb\n value {1 1 0 1}\n name Multiply1\n xpos 406\n ypos -754\n }\n Cylinder {\n rows 1\n close_top true\n close_bottom true\n translate {-3.149999619 19.64999962 -13.89999866}\n rotate {52.26493538 0 32.53306187}\n scaling {1 4.216488838 1}\n uniform_scale 2\n name Cylinder1\n xpos 406\n ypos -673\n }\n Scene {\n inputs 4\n name Scene1\n xpos 416\n ypos -567\n }\n Reformat {\n inputs 0\n type \"to box\"\n box_width 1280\n box_height 720\n box_fixed true\n name Reformat1\n xpos 530\n ypos -431\n }\n ScanlineRender {\n inputs 3\n conservative_shader_sampling false\n motion_vectors_type off\n MB_channel none\n output_shader_vectors true\n P_channel pworld\n name ScanlineRender1\n xpos 406\n ypos -431\n }\n Output {\n name Output1\n xpos 406\n ypos -331\n }\nend_group\nDot {\n name Dot14\n xpos -366\n ypos 2120\n}\nset N82b0bfa0 [stack 0]\nGroup {\n name SSMesh5\n tile_color 0x5c9e83ff\n label \"Geo Output\"\n xpos -992\n ypos 2103\n addUserKnob {20 tab_general l General}\n addUserKnob {22 set_link l \"link to selected camera\" t \"Click to link selected camera by expression. This tool will get the focal, haperture and world matrix from selected camera to generate\" T \"def getLevel() :\\n\\t### level define ###\\n\\tif len(nuke.thisNode().fullName().split('.')) == 1 :\\n\\t\\t ggLevel = nuke.root()\\n\\telse :\\n\\t\\t nodePath = nuke.thisNode().fullName().split('.')\\n\\t\\t nodePath.pop()\\n\\t\\t ggLevel = nuke.toNode('.'.join(nodePath))\\n\\treturn ggLevel\\n\\nroot = getLevel()\\nthisGRP = nuke.thisGroup()\\n\\nmainKnobs = \\['world_matrix','cam_focal','cam_haperture','cam_win_translate','cam_win_scale','cam_winroll']\\ndefaultKnobs = \\{\\n\\t\\t\\t'world matrix' : 'world_matrix',\\n\\t\\t\\t'focal length' : 'focal',\\n\\t\\t\\t'horiz aperture' : 'haperture',\\n\\t\\t\\t'window translate' : 'win_translate',\\n\\t\\t\\t'window scale' : 'win_scale',\\n\\t\\t\\t'window roll' : 'winroll'\\n\\t\\t\\t\\}\\nselNodeKnobs = \\[]\\nmissingKnob = \\[]\\n\\ntry :\\n\\twith root :\\n\\t\\tselNode = nuke.selectedNode()\\n\\n\\tfor knob in selNode.knobs() :\\n\\t\\tselNodeKnobs.append( knob )\\n\\n\\tselNodeKnobs.sort()\\n\\n\\tfor key,value in defaultKnobs.items() :\\n\\t\\tif value not in selNodeKnobs :\\n\\t\\t\\tmissingKnob.append( key )\\n\\n\\tif not len(missingKnob) :\\n\\t\\twith root :\\n\\t\\t\\tCAMnode = selNode.name()\\n\\t\\t\\tthisGRP\\[mainKnobs\\[0]].setExpression('\\{0\\}.world_matrix'.format(CAMnode))\\n\\t\\t\\tthisGRP\\[mainKnobs\\[1]].setExpression('\\{0\\}.focal'.format(CAMnode))\\n\\t\\t\\tthisGRP\\[mainKnobs\\[2]].setExpression('\\{0\\}.haperture'.format(CAMnode))\\n\\t\\t\\tthisGRP\\[mainKnobs\\[3]].setExpression('\\{0\\}.win_translate'.format(CAMnode))\\n\\t\\t\\tthisGRP\\[mainKnobs\\[4]].setExpression('\\{0\\}.win_scale'.format(CAMnode))\\n\\t\\t\\tthisGRP\\[mainKnobs\\[5]].setExpression('\\{0\\}.winroll'.format(CAMnode))\\n\\telse :\\n\\t\\tp = nuke.Panel('Select knobs :')\\n\\t\\tp.addBooleanCheckBox( 'Unable to find the default knobs. Please use the pulldown menu below to define the knob manually.' , False)\\n\\t\\tfor rk in missingKnob :\\n\\t\\t\\tp.addEnumerationPulldown( rk, ' '.join( selNodeKnobs ) )\\n\\n\\t\\tif p.show() :\\n\\t\\t\\ttry :\\n\\t\\t\\t\\tfor key,value in defaultKnobs.items() :\\n\\t\\t\\t\\t\\tif p.value( key ) != None :\\n\\t\\t\\t\\t\\t\\tdefaultKnobs\\[key] = p.value( key )\\n\\t\\t\\texcept :\\n\\t\\t\\t\\tpass\\n\\n\\t\\t\\twith root :\\n\\t\\t\\t\\tCAMnode = selNode.name()\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[0]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['world matrix']))\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[1]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['focal length']))\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[2]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['horiz aperture']))\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[3]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['window translate']))\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[4]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['window scale']))\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[5]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['window roll']))\\nexcept :\\n\\tnuke.message('no node selected.')\" +STARTLINE}\n addUserKnob {22 remove_link l \"remove linked expression\" t \"Remove the linked camera expression but won't reset any data.\" -STARTLINE T \"thisGRP = nuke.thisGroup()\\nmainKnobs = \\['world_matrix','cam_focal','cam_haperture','cam_win_translate','cam_win_scale','cam_winroll']\\n\\nfor knob in thisGRP.knobs() :\\n\\tif mainKnobs.count(knob) != 0 :\\n\\t\\t thisGRP\\[knob].clearAnimated()\"}\n addUserKnob {20 cam_data_grp l \"CAMERA DATA\" n 1}\n cam_data_grp 0\n addUserKnob {7 cam_focal l \"focal length\" R 5 100}\n cam_focal {{Camera7.focal}}\n addUserKnob {7 cam_haperture l \"horiz aperture\" R 0.1 50}\n cam_haperture {{Camera7.haperture}}\n addUserKnob {30 cam_win_translate l \"window translate\"}\n cam_win_translate {{Camera7.win_translate} {Camera7.win_translate}}\n addUserKnob {30 cam_win_scale l \"window scale\"}\n cam_win_scale {{Camera7.win_scale} {Camera7.win_scale}}\n addUserKnob {7 cam_winroll l \"window roll\" R -45 45}\n cam_winroll {{Camera7.winroll}}\n addUserKnob {41 world_matrix l \"world matrix\" T cam_data.matrix}\n addUserKnob {20 endGroup_1 l endGroup n -1}\n addUserKnob {26 spacer_5 l \"\" +STARTLINE T
    }\n addUserKnob {26 title_basic l \"BASIC SETTING\"}\n addUserKnob {4 display l \"3D display\" t \"How to draw in 3D preview. The viewer can override this setting.\" M {off wireframe soild solid+wireframe textured textured+wireframe \"\" \"\" \"\"}}\n display textured\n addUserKnob {4 data_type l \"data type\" t \"data type\\nUsing one of these data to convert into 3D mesh.\\n\\nPosition\\nSupported world space or camera space position data.\\n\\nDepth (normalized far=0)\\nNormalized depth data, which is same as depth data output by ScanlineRender.\\n\\nDeep / Depth (direct)\\nRaw camera depth data. If using deep, need to convert DeepToImage first, and selected deep channel on 'channels' knob.\" M {\"position (world space)\" \"position (camera space)\" \"depth (normalized far=0)\" \"deep / depth (direct)\" \"\" \"\" \"\"}}\n addUserKnob {41 channels t \"Select which channel represented on selected data type.\" T shuffle_data.in}\n addUserKnob {6 unpm l unpremult t \"3D data pass should be unpremult with alpha before process.\" -STARTLINE}\n unpm true\n addUserKnob {26 spacer_4 l \"\" +STARTLINE T
    }\n addUserKnob {7 lod l \"mesh LOD\" t \"Level of Details\\n\\nIf this value set to 1.0, subdivision of the mesh 1:1 to the data available in the resolution. Which mean 1 face of the mesh equal to 1 pixel.\\n\\nIf this value set to 1.0, it will slow down the render process.\\n\\nHighly recommend to use 0.1 - 0.5 if high resolution mesh details is not concern.\"}\n lod 0.5\n addUserKnob {41 filter_size l \"filter size\" T DisplaceGeo.filter_size}\n addUserKnob {41 filter T DisplaceGeo.filter}\n addUserKnob {26 spacer_2 l \"\" +STARTLINE T
    }\n addUserKnob {26 title_drange l \"\" +STARTLINE T \"distance range\"}\n addUserKnob {7 drange_near l near t \"clip the mesh in the min value in terms of depth.\" R 0 10000}\n addUserKnob {7 drange_far l far t \"clip the mesh in the max value in terms of depth.\" R 0 10000}\n drange_far 30\n addUserKnob {6 clip_color l \"distance clip on color\" t \"Apply the distance clip on colored texture.\" +STARTLINE}\n clip_color true\n addUserKnob {26 spacer_3 l \"\" +STARTLINE T
    }\n addUserKnob {26 title_export l EXPORT}\n addUserKnob {41 file t \"only support *.abc file extension (alembric) .\" T WriteGeo.file}\n addUserKnob {22 export_geo l \"Export Geo\" T \"def exportGeo() :\\n\\twgeo = nuke.toNode('WriteGeo')\\n\\twgeo\\['Execute'].execute()\\n\\nthisGRP = nuke.thisGroup()\\nfilepath = thisGRP\\['file'].getValue()\\n\\nif not len(filepath) :\\n\\tnuke.message('file path is empty. Process denied.')\\nelif not filepath.split('.')\\[-1:]\\[0].lower() == 'abc' :\\n\\tif nuke.ask('File extension invalue. Only support render *.abc . Do you want this tool to fix it and process ?') :\\n\\t\\tthisGRP\\['file'].setValue( thisGRP\\['file'].getValue() + '.abc' )\\n\\t\\texportGeo()\\nelse :\\n\\texportGeo()\" +STARTLINE}\n addUserKnob {22 import_geo l \"Import Geo\" -STARTLINE T \"prefx = nuke.toNode('preferences')\\['GridWidth'].value()\\nthisGRP = nuke.thisGroup()\\ngoStore = nuke.toNode('store')\\ngoStore\\['fn'].execute()\\n\\nroot = getLevel()\\n\\nwith root :\\n\\trgeo = nuke.nodes.ReadGeo2( file=thisGRP\\['file'].getValue() )\\n\\trgeo.setXYpos( int( thisGRP\\['xpos'].getValue() + prefx ) , int( thisGRP\\['ypos'].getValue() ) )\"}\n addUserKnob {20 tab_misc l Miscellaneous}\n addUserKnob {26 title_focus_region l \"FOCUS REGION\"}\n addUserKnob {41 use_focus_region l \"use focus region\" t \"use focus region to generate SSMesh in specific area. Save resources and possible to work with high LOD mesh.\" T menu2.use_focus_region}\n addUserKnob {15 focus_region l \"focus region\" t \"Set focus region in screen space. These values are 2D coordinate.\" +DISABLED}\n focus_region {0 0 1280 720}\n addUserKnob {26 spacer_1 l \"\" +STARTLINE T
    }\n addUserKnob {3 fregion_ref_frame l \"ref frame\" t \"set reference frame for tracking focus region. 'focus region' & 'define z' will apply on this reference frame and process the tracking.\" +DISABLED}\n fregion_ref_frame 1\n addUserKnob {22 fregion_set_frame l \"set current frame\" t \"set current frame for focus region reference frame.\" -STARTLINE +DISABLED T \"nuke.thisGroup()\\['fregion_ref_frame'].setValue( nuke.frame() )\"}\n addUserKnob {12 sample_point l \"sample position\" t \"Toggle 'sample z' in 2D to enable this 2D sample coordinate.\" +DISABLED}\n addUserKnob {22 sample_z_toggle l \"sample z in 2D\" t \"'sample z' is only works for sample value purpose. After sample is done, must turn off sample function.\" -STARTLINE +DISABLED T \"thisGRP = nuke.thisGroup()\\nszstatus = thisGRP\\['sample_z_status'].value()\\n\\nstatus = \\['\\[ OFF ]','\\[ ON ]']\\n\\nif szstatus == status\\[0] :\\n\\tthisGRP\\['sample_z_status'].setValue( status\\[1] )\\n\\tthisGRP\\['sample_point'].setEnabled(True)\\n\\tthisGRP\\['updateUI'].setValue(\\\"goStore = nuke.toNode(\\\\'store\\\\')\\\\ngoStore\\[\\\\'fn\\\\'].execute()\\\\nsample2d()\\\")\\nelse :\\n\\tthisGRP\\['sample_z_status'].setValue( status\\[0] )\\n\\tthisGRP\\['sample_point'].setEnabled(False)\\n\\tthisGRP\\['updateUI'].setValue('')\"}\n addUserKnob {26 sample_z_status l \"\" -STARTLINE +DISABLED T \"\\[ OFF ]\"}\n addUserKnob {7 fregion_define_z l \"define z\" t \"Define the z value on reference frame. Can use 'sample z in 2D' to get this value.\" +DISABLED R 0 10000}\n addUserKnob {22 track_focus_region l \"\\[ track focus region ]\" t \"Use the set focus region on reference frame to track with camera in 3D space.\\n\\n* project setting need to be same as image resolution to get the correct result.\" +DISABLED T \"rootST = int( nuke.root()\\['first_frame'].getValue() )\\nrootED = int( nuke.root()\\['last_frame'].getValue() )\\n\\ngetFrame = nuke.getFramesAndViews( 'frame range', str( rootST ) + '-' + str( rootED ) )\\n\\ntry :\\n\\tframeST = int( getFrame\\[0].replace( ' ' , '' ).split('-')\\[0] )\\n\\tframeED = int( getFrame\\[0].replace( ' ' , '' ).split('-')\\[1] )\\n\\n\\tthisGRP = nuke.thisGroup()\\n\\trefframe = int( thisGRP\\['fregion_ref_frame'].getValue() )\\n\\tcam = nuke.toNode('cam_data')\\n\\tpt1 = nuke.toNode('left_pt')\\['translate'].getValue()\\n\\tpt2 = nuke.toNode('right_pt')\\['translate'].getValue()\\n\\n\\tct_hack = nuke.nodes.CurveTool()\\n\\n\\twith nuke.root() :\\n\\n\\t\\tif frameED - frameST != 0 :\\n\\t\\t\\tthisGRP\\['focus_region'].clearAnimated()\\n\\t\\t\\ttempbuffer1 = thisGRP\\['focus_region'].getValue()\\n\\t\\t\\tthisGRP\\['focus_region'].setAnimated()\\n\\t\\t\\tthisGRP\\['focus_region'].setValueAt( tempbuffer1\\[0] , refframe , 0 )\\n\\t\\t\\tthisGRP\\['focus_region'].setValueAt( tempbuffer1\\[1] , refframe , 1 )\\n\\t\\t\\tthisGRP\\['focus_region'].setValueAt( tempbuffer1\\[2] , refframe , 2 )\\n\\t\\t\\tthisGRP\\['focus_region'].setValueAt( tempbuffer1\\[3] , refframe , 3 )\\n\\n\\t\\tfor trackframe in range( frameST, frameED+1 , 1 ) :\\n\\t\\t\\tnuke.execute( ct_hack, trackframe, trackframe )\\n\\t\\t\\tthisGRP\\['focus_region'].setValueAt( nukescripts.snap3d.projectPoint( cam, pt1 )\\[0] , trackframe , 0 )\\n\\t\\t\\tthisGRP\\['focus_region'].setValueAt( nukescripts.snap3d.projectPoint( cam, pt1 )\\[1] , trackframe , 1 )\\n\\t\\t\\tthisGRP\\['focus_region'].setValueAt( nukescripts.snap3d.projectPoint( cam, pt2 )\\[0] , trackframe , 2 )\\n\\t\\t\\tthisGRP\\['focus_region'].setValueAt( nukescripts.snap3d.projectPoint( cam, pt2 )\\[1] , trackframe , 3 )\\n\\n\\tnuke.delete( ct_hack )\\nexcept :\\n pass\" +STARTLINE}\n addUserKnob {26 spacer_6 l \"\" +STARTLINE T
    }\n addUserKnob {20 grp_crop_preview l \"3D crop preview\" +DISABLED n 1}\n grp_crop_preview 0\n addUserKnob {6 show_crop l \"show crop point\" t \"It will show 2 spheres for the crop in 3D space. They set in the place which is where you set the focus region in screen space and defined by z.\" +DISABLED +STARTLINE}\n addUserKnob {7 crop_point_scale l scale t \"Scale the preview crop points (spheres).\" +DISABLED}\n crop_point_scale 0.3\n addUserKnob {18 crop_point_color l color t \"change color of the crop points (spheres).\" +DISABLED}\n crop_point_color 1\n addUserKnob {6 crop_point_color_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 crop_point_color_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 crop_point_color_panelDropped_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 crop_point_color_panelDropped_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 crop_point_color_panelDropped_1_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 crop_point_color_panelDropped_1_1_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 crop_point_color_panelDropped_1_1_1_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 crop_point_color_panelDropped_1_1_1_1_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 crop_point_color_panelDropped_1_1_1_1_1_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 crop_point_color_panelDropped_1_1_1_1_1_1_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {20 endGroup n -1}\n addUserKnob {26 spacer l \"\" +STARTLINE T
    }\n addUserKnob {26 title_uv l UV}\n addUserKnob {41 uv_stabilize l \"uv stabilize\" t \"Turn this on if you need to stabilize in UV space. During UV stabilize on, the geo will not be animated. Set reference frame under 'mesh ref frame'.\" T menu1.uv_stabilize}\n addUserKnob {3 uv_ref_frame l \"mesh ref frame\" t \"Select the frame number that will have identity geo shaped for UV texturing.\"}\n uv_ref_frame 64\n addUserKnob {22 uv_set_frame l \"set current frame\" -STARTLINE T \"nuke.thisGroup()\\['uv_ref_frame'].setValue( nuke.frame() )\"}\n addUserKnob {6 black_outside l \"black outside\" t \"black outside the UV texture.\" +STARTLINE}\n black_outside true\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T 1.3}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2019-11-08}\n addUserKnob {26 l_CHANGELOG l Changelog T \"1.3\\n- camera window supported\\n- anamophic project supported\\n- fix the conflict of 'force region' and 'UV stabilize'.\\n can use both at the same time now.\\n\\n1.2\\n- removed unuse camera link knobs\\n- added focus region, so mesh can be\\n form in specific area/object to save\\n resources for higher LOD\\n\\n1.1\\n- fix the missing line on 'Export Geo' \\n button\\n\\n1.0\\n- create mesh/geo in screen space\\n using position/depth/deep data\"}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n}\n BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0xff\n label \"don't touch\"\n note_font_size 32\n xpos -1142\n ypos -169\n bdwidth 202\n bdheight 478\n }\n BackdropNode {\n inputs 0\n name BackdropNode2\n tile_color 0x4c4c4cff\n label bin\n note_font_size 32\n xpos -899\n ypos -170\n bdwidth 200\n bdheight 280\n }\n Input {\n inputs 0\n name img\n xpos -100\n ypos -184\n }\n Dot {\n name img_dot\n xpos -66\n ypos -83\n }\nset N5012ddb0 [stack 0]\n Dot {\n name Dot3\n xpos 758\n ypos -83\n }\nset N831ba3d0 [stack 0]\n Shuffle {\n in pworld\n in2 alpha\n alpha red2\n name shuffle_data\n label \"\\[value in]\"\n xpos 724\n ypos -32\n }\n Unpremult {\n name Unpremult_data\n xpos 724\n ypos 62\n disable {{!parent.unpm}}\n }\n Dot {\n name Dot5\n xpos 758\n ypos 700\n }\nset N3e85ff50 [stack 0]\n Dot {\n name Dot6\n xpos 928\n ypos 700\n }\nset N3e862410 [stack 0]\n Dot {\n name Dot7\n xpos 1106\n ypos 700\n }\nset N3e8648d0 [stack 0]\n Dot {\n name Dot8\n xpos 1260\n ypos 700\n }\n Expression {\n temp_name0 dvalue\n temp_expr0 red\n temp_name1 xpos\n temp_expr1 \"( ( x + 0.5 ) / input.width - 0.5 ) * \\[value global_math.hratio] * abs( dvalue )\"\n temp_name2 ypos\n temp_expr2 \"( ( y + 0.5 ) / input.height - 0.5 ) * ( \\[value global_math.hratio] * abs( dvalue ) * ( img_dot.height / img_dot.width ) ) * 1 / \\[value format.pixel_aspect]\"\n temp_name3 zpos\n temp_expr3 \"- dvalue\"\n expr0 \"( xpos * \\[value fb_data.world_matrix.0] + ypos * \\[value fb_data.world_matrix.1] ) * \\[value fb_data.win_scale.u] + ( \\[value global_math.hratio] * abs(zpos) * \\[value fb_data.win_translate.u] / 2 )\"\n expr1 \"( xpos * \\[value fb_data.world_matrix.4] + ypos * \\[value fb_data.world_matrix.5] ) * \\[value fb_data.win_scale.v] + ( \\[value global_math.hratio] * abs(zpos) * \\[value fb_data.win_translate.v] / 2 )\"\n expr2 zpos\n name Expression9\n xpos 1226\n ypos 774\n }\n Dot {\n name Dot16\n xpos 1260\n ypos 889\n }\npush $N3e8648d0\n Expression {\n temp_name0 dvalue\n temp_expr0 \"1 / red\"\n temp_name1 xpos\n temp_expr1 \"( ( x + 0.5 ) / input.width - 0.5 ) * \\[value global_math.hratio] * abs( dvalue )\"\n temp_name2 ypos\n temp_expr2 \"( ( y + 0.5 ) / input.height - 0.5 ) * ( \\[value global_math.hratio] * abs( dvalue ) * ( img_dot.height / img_dot.width ) ) * 1 / \\[value format.pixel_aspect]\"\n temp_name3 zpos\n temp_expr3 \"- dvalue\"\n expr0 \"( xpos * \\[value fb_data.world_matrix.0] + ypos * \\[value fb_data.world_matrix.1] ) * \\[value fb_data.win_scale.u] + ( \\[value global_math.hratio] * abs(zpos) * \\[value fb_data.win_translate.u] / 2 )\"\n expr1 \"( xpos * \\[value fb_data.world_matrix.4] + ypos * \\[value fb_data.world_matrix.5] ) * \\[value fb_data.win_scale.v] + ( \\[value global_math.hratio] * abs(zpos) * \\[value fb_data.win_translate.v] / 2 )\"\n expr2 zpos\n name Expression6\n xpos 1072\n ypos 774\n }\n Dot {\n name Dot17\n xpos 1106\n ypos 863\n }\npush $N3e862410\n Expression {\n expr2 -blue\n name Expression7\n label \"fix z\"\n xpos 894\n ypos 774\n }\n Dot {\n name Dot18\n xpos 928\n ypos 876\n }\npush $N3e85ff50\n Expression {\n temp_name0 nx\n temp_expr0 \"red - cam_data.world_matrix.3\"\n temp_name1 ny\n temp_expr1 \"green - cam_data.world_matrix.7\"\n temp_name2 nz\n temp_expr2 \"blue - cam_data.world_matrix.11\"\n expr0 \"nx * \\[value inverseMatrix.invMatrix.0] + ny * \\[value inverseMatrix.invMatrix.1] + nz * \\[value inverseMatrix.invMatrix.2]\"\n expr1 \"nx * \\[value inverseMatrix.invMatrix.3] + ny * \\[value inverseMatrix.invMatrix.4] + nz * \\[value inverseMatrix.invMatrix.5]\"\n expr2 \"nx * \\[value inverseMatrix.invMatrix.6] + ny * \\[value inverseMatrix.invMatrix.7] + nz * \\[value inverseMatrix.invMatrix.8]\"\n name Expression3\n label \"position invert\"\n xpos 724\n ypos 774\n }\n Switch {\n inputs 4\n which {{parent.data_type}}\n name Switch1\n xpos 724\n ypos 984\n }\n Dot {\n name Dot13\n xpos 758\n ypos 1113\n }\nset N3e891b90 [stack 0]\n Dot {\n name sam_dot\n xpos 551\n ypos 1113\n }\n NoOp {\n inputs 0\n name menu1\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nif thisGRP\\['uv_stabilize'].getValue() == 1 :\\n thisGRP\\['uv_ref_frame'].setEnabled(True)\\n thisGRP\\['uv_set_frame'].setEnabled(True)\\n thisGRP\\['black_outside'].setEnabled(True)\\nelse :\\n thisGRP\\['uv_ref_frame'].setEnabled(False)\\n thisGRP\\['uv_set_frame'].setEnabled(False)\\n thisGRP\\['black_outside'].setEnabled(False)\\n\"\n xpos -1085\n ypos -42\n addUserKnob {20 User}\n addUserKnob {6 uv_stabilize l \"uv stabilize\" +STARTLINE}\n uv_stabilize true\n }\n NoOp {\n inputs 0\n name menu2\n onCreate \"\\nthisGRP = nuke.thisGroup()\\nfregion_knobs = \\['focus_region','fregion_define_z','sample_z_toggle','sample_z_status','sample_point','fregion_ref_frame','fregion_set_frame','track_focus_region','grp_crop_preview','show_crop','crop_point_scale','crop_point_color']\\n\\nthisGRP\\[fregion_knobs\\[4]].setEnabled(True)\\n\\nif thisGRP\\['use_focus_region'].getValue() == 0 :\\n for i in fregion_knobs :\\n thisGRP\\[i].setEnabled(False)\\n thisGRP\\[fregion_knobs\\[3]].setValue( '\\[ OFF ]' )\\n thisGRP\\['updateUI'].setValue('')\\n nuke.toNode('material_switch')\\['disable'].setValue(0)\\nelse :\\n for i in fregion_knobs :\\n if i != 'sample_point' :\\n thisGRP\\[i].setEnabled(True)\\n else :\\n thisGRP\\[i].setEnabled(False)\\n nuke.toNode('material_switch')\\['disable'].setValue(1)\\n\"\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nfregion_knobs = \\['focus_region','fregion_define_z','sample_z_toggle','sample_z_status','sample_point','fregion_ref_frame','fregion_set_frame','track_focus_region','grp_crop_preview','show_crop','crop_point_scale','crop_point_color']\\n\\nif thisGRP\\['use_focus_region'].getValue() == 0 :\\n for i in fregion_knobs :\\n thisGRP\\[i].setEnabled(False)\\n thisGRP\\[fregion_knobs\\[3]].setValue( '\\[ OFF ]' )\\n thisGRP\\['updateUI'].setValue('')\\n nuke.toNode('material_switch')\\['disable'].setValue(0)\\nelse :\\n for i in fregion_knobs :\\n if i != 'sample_point' :\\n thisGRP\\[i].setEnabled(True)\\n nuke.toNode('material_switch')\\['disable'].setValue(1)\\n\"\n xpos -1085\n ypos 25\n addUserKnob {20 User}\n addUserKnob {6 use_focus_region l \"use focus region\" +STARTLINE}\n }\n Camera {\n inputs 0\n display off\n selectable false\n useMatrix true\n matrix {\n {{Camera7.world_matrix} {Camera7.world_matrix} {Camera7.world_matrix} {Camera7.world_matrix}}\n {{Camera7.world_matrix} {Camera7.world_matrix} {Camera7.world_matrix} {Camera7.world_matrix}}\n {{Camera7.world_matrix} {Camera7.world_matrix} {Camera7.world_matrix} {Camera7.world_matrix}}\n {{Camera7.world_matrix} {Camera7.world_matrix} {Camera7.world_matrix} {Camera7.world_matrix}}\n }\n focal {{parent.cam_focal}}\n haperture {{cam_haperture}}\n name cam_data\n xpos -335\n ypos 2204\n }\npush $N3e891b90\n Expression {\n temp_name0 unpremultA\n temp_expr0 \"alpha * ( 1 / alpha )\"\n temp_name1 max\n temp_expr1 blue\n expr3 \"abs( max ) < \\[value parent.drange_near] || abs( max ) > \\[value parent.drange_far] ? 0 : isnan(unpremultA) ? 0 : unpremultA\"\n name Expression1\n label \"distance crop\"\n xpos 724\n ypos 1244\n }\n Premult {\n name Premult1\n xpos 724\n ypos 1332\n }\n Dot {\n name Dot9\n xpos 758\n ypos 1640\n }\nset N3e8b5b60 [stack 0]\npush $N5012ddb0\n Dot {\n name Dot10\n xpos -66\n ypos 1552\n }\nset N3e8b8020 [stack 0]\n Unpremult {\n name Unpremult1\n xpos 48\n ypos 1549\n }\n Merge2 {\n inputs 2\n operation mask\n name Merge2\n xpos 48\n ypos 1637\n }\n Premult {\n name Premult3\n xpos 48\n ypos 1719\n }\npush $N3e8b8020\n Switch {\n inputs 2\n which {{parent.clip_color}}\n name Switch2\n xpos -100\n ypos 1828\n }\n Project3D2 {\n inputs 2\n crop {{parent.black_outside}}\n name Project3D2\n xpos -100\n ypos 2224\n }\npush $N831ba3d0\n Dot {\n name Dot2\n xpos 1576\n ypos -84\n }\n Shuffle {\n red black\n green black\n blue black\n alpha black\n name Shuffle1\n label \"\\[value in]\"\n xpos 1542\n ypos 30\n }\n Remove {\n name Remove1\n xpos 1542\n ypos 118\n }\n Reformat {\n type scale\n black_outside true\n name Reformat1\n xpos 1542\n ypos 212\n }\n Expression {\n temp_name0 xpos\n temp_expr0 \"( ( x + 0.5 ) / input.width - 0.5) * \\[value global_math.hratio] * abs( \\[value parent.drange_far] )\"\n temp_name1 ypos\n temp_expr1 \"( ( y + 0.5 ) / input.height -0.5 ) * ( \\[value global_math.hratio] * abs( \\[value parent.drange_far] ) * ( img_dot.height / img_dot.width ) ) * 1 / \\[value format.pixel_aspect]\"\n temp_name2 zpos\n temp_expr2 \"-\\[value parent.drange_far]\"\n expr0 \"( xpos * \\[value fb_data.world_matrix.0] + ypos * \\[value fb_data.world_matrix.1] ) * \\[value fb_data.win_scale.u] + ( \\[value global_math.hratio] * abs(zpos) * \\[value fb_data.win_translate.u] / 2 )\"\n expr1 \"( xpos * \\[value fb_data.world_matrix.4] + ypos * \\[value fb_data.world_matrix.5] ) * \\[value fb_data.win_scale.v] + ( \\[value global_math.hratio] * abs(zpos) * \\[value fb_data.win_translate.v] / 2 )\"\n expr2 zpos\n name Expression8\n xpos 1542\n ypos 845\n }\n ColorMatrix {\n matrix {\n {{cam_data.world_matrix.0} {cam_data.world_matrix.1} {cam_data.world_matrix.2}}\n {{cam_data.world_matrix.4} {cam_data.world_matrix.5} {cam_data.world_matrix.6}}\n {{cam_data.world_matrix.8} {cam_data.world_matrix.9} {cam_data.world_matrix.10}}\n }\n name ColorMatrix1\n xpos 1542\n ypos 970\n }\n Add {\n channels rgb\n value {{cam_data.world_matrix.3} {cam_data.world_matrix.7} {cam_data.world_matrix.11} 0}\n name Add1\n xpos 1542\n ypos 1052\n }\n Crop {\n box {{store.fregion} {store.fregion} {store.fregion} {store.fregion}}\n reformat true\n crop false\n name Crop1\n xpos 1542\n ypos 1476\n disable {{!parent.use_focus_region}}\n }\n Dot {\n name Dot4\n xpos 1576\n ypos 2402\n }\npush $N3e8b5b60\n Crop {\n box {{store.fregion} {store.fregion} {store.fregion} {store.fregion}}\n reformat true\n crop false\n name Crop4\n selected true\n xpos 724\n ypos 1714\n disable {{!parent.use_focus_region}}\n }\n Unpremult {\n name Unpremult3\n xpos 724\n ypos 1851\n }\n Expression {\n temp_name0 nx\n temp_expr0 red\n temp_name1 ny\n temp_expr1 green\n temp_name2 nz\n temp_expr2 blue\n expr0 \"( nx * \\[value cam_data.world_matrix.0] + ny * \\[value cam_data.world_matrix.1] + nz * \\[value cam_data.world_matrix.2] ) + \\[value cam_data.world_matrix.3]\"\n expr1 \"( nx * \\[value cam_data.world_matrix.4] + ny * \\[value cam_data.world_matrix.5] + nz * \\[value cam_data.world_matrix.6] ) + \\[value cam_data.world_matrix.7]\"\n expr2 \"( nx * \\[value cam_data.world_matrix.8] + ny * \\[value cam_data.world_matrix.9] + nz * \\[value cam_data.world_matrix.10] ) + \\[value cam_data.world_matrix.11]\"\n name Expression4\n label \"position revert\"\n xpos 724\n ypos 1933\n }\n Premult {\n name Premult2\n xpos 724\n ypos 2027\n }\n Merge2 {\n inputs 2\n operation under\n name Merge1\n xpos 724\n ypos 2398\n }\n Card {\n inputs 0\n image_aspect false\n rows {{\"img_dot.height * parent.lod\"}}\n columns {{\"img_dot.width * parent.lod\"}}\n name ssmesh\n xpos 343\n ypos 2317\n }\n DisplaceGeo {\n inputs 2\n source \"rgb absolute\"\n scale 1\n filter_size 1\n name DisplaceGeo\n xpos 343\n ypos 2399\n }\n FrameHold {\n first_frame {{parent.uv_ref_frame}}\n name FrameHold\n xpos 343\n ypos 2479\n disable {{!parent.uv_stabilize}}\n }\n ApplyMaterial {\n inputs 2\n name ApplyMaterial1\n xpos -100\n ypos 2483\n }\n Scene {\n display {{parent.display}}\n name gl_scene\n xpos -90\n ypos 3072\n }\nset N3e977a90 [stack 0]\n WriteGeo {\n file_type abc\n name WriteGeo\n xpos 120\n ypos 3093\n }\n Axis {\n inputs 0\n display off\n selectable false\n translate {{\"( global_math.pt2.x * cam_data.world_matrix.0(parent.fregion_ref_frame) + global_math.pt2.y * cam_data.world_matrix.1(parent.fregion_ref_frame) + global_math.pt2.z * cam_data.world_matrix.2(parent.fregion_ref_frame) ) + cam_data.world_matrix.3(parent.fregion_ref_frame)\"} {\"( global_math.pt2.x * cam_data.world_matrix.4(parent.fregion_ref_frame) + global_math.pt2.y * cam_data.world_matrix.5(parent.fregion_ref_frame) + global_math.pt2.z * cam_data.world_matrix.6(parent.fregion_ref_frame) ) + cam_data.world_matrix.7(parent.fregion_ref_frame)\"} {\"( global_math.pt2.x * cam_data.world_matrix.8(parent.fregion_ref_frame) + global_math.pt2.y * cam_data.world_matrix.9(parent.fregion_ref_frame) + global_math.pt2.z * cam_data.world_matrix.10(parent.fregion_ref_frame) ) + cam_data.world_matrix.11(parent.fregion_ref_frame)\"}}\n name right_pt\n xpos -600\n ypos 3218\n }\n CheckerBoard2 {\n inputs 0\n format \"256 256 0 0 256 256 1 square_256\"\n name CheckerBoard1\n xpos -789\n ypos 2694\n }\n Multiply {\n channels rgb\n value {{parent.crop_point_color.r} {parent.crop_point_color.g} {parent.crop_point_color.b} 1}\n name Multiply\n xpos -789\n ypos 2822\n }\n Clamp {\n channels rgba\n name Clamp1\n xpos -789\n ypos 2905\n }\n Sphere {\n selectable false\n cast_shadow false\n receive_shadow false\n rows 10\n columns 10\n uniform_scale {{parent.crop_point_scale}}\n name Sphere1\n xpos -789\n ypos 2987\n disable {{!show_crop}}\n }\n Dot {\n name Dot24\n xpos -755\n ypos 3065\n }\nset N3e9d65e0 [stack 0]\n Dot {\n name Dot25\n xpos -456\n ypos 3065\n }\n TransformGeo {\n inputs 2\n selectable false\n name TransformGeo2\n xpos -490\n ypos 3238\n }\n Axis {\n inputs 0\n display off\n selectable false\n translate {{\"( global_math.pt1.x * cam_data.world_matrix.0(parent.fregion_ref_frame) + global_math.pt1.y * cam_data.world_matrix.1(parent.fregion_ref_frame) + global_math.pt1.z * cam_data.world_matrix.2(parent.fregion_ref_frame) ) + cam_data.world_matrix.3(parent.fregion_ref_frame)\"} {\"( global_math.pt1.x * cam_data.world_matrix.4(parent.fregion_ref_frame) + global_math.pt1.y * cam_data.world_matrix.5(parent.fregion_ref_frame) + global_math.pt1.z * cam_data.world_matrix.6(parent.fregion_ref_frame) ) + cam_data.world_matrix.7(parent.fregion_ref_frame)\"} {\"( global_math.pt1.x * cam_data.world_matrix.8(parent.fregion_ref_frame) + global_math.pt1.y * cam_data.world_matrix.9(parent.fregion_ref_frame) + global_math.pt1.z * cam_data.world_matrix.10(parent.fregion_ref_frame) ) + cam_data.world_matrix.11(parent.fregion_ref_frame)\"}}\n name left_pt\n xpos -899\n ypos 3220\n }\npush $N3e9d65e0\n TransformGeo {\n inputs 2\n selectable false\n name TransformGeo1\n xpos -789\n ypos 3240\n }\n Scene {\n inputs 2\n selectable false\n name Scene1\n xpos -480\n ypos 3395\n }\n ApplyMaterial {\n display off\n selectable false\n render_mode off\n name material_switch\n xpos -490\n ypos 3523\n }\npush $N3e977a90\n Scene {\n inputs 2\n name Scene2\n xpos -90\n ypos 3502\n }\n Output {\n name Output1\n xpos -100\n ypos 4030\n }\n Group {\n inputs 0\n name inverseMatrix\n tile_color 0x337f4cff\n xpos 576\n ypos 780\n addUserKnob {20 tab_general l General}\n addUserKnob {1 knob_path}\n knob_path cam_data.world_matrix\n addUserKnob {26 \"\"}\n addUserKnob {41 id T id_assign.matrix}\n addUserKnob {26 \"\"}\n addUserKnob {7 determinant}\n determinant {{\"\\[value \\[value knob_path].\\[value id.0]] * ((\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.8]]) - (\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.7]])) - \\[value \\[value knob_path].\\[value id.1]] * ((\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.8]]) - (\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.6]])) + \\[value \\[value knob_path].\\[value id.2]] * ((\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.7]])-(\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.6]]))\"}}\n addUserKnob {26 \"\"}\n addUserKnob {41 cofactor T mtx_cofactor.matrix}\n addUserKnob {26 \"\"}\n addUserKnob {41 invMatrix T matrix_output.matrix}\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T 1.0}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2011-11-28}\n addUserKnob {26 l_CHANGELOG l Changelog T \"v1.0\\n- reveal the calculate output of \\n inverse matrix which is c44matrix\\n and colormatrix doesn't show\\n \"}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n }\n Matrix {\n inputs 0\n matrix {\n {0 1 2}\n {4 5 6}\n {8 9 10}\n }\n name id_assign\n xpos -12\n ypos 33\n }\n Matrix {\n inputs 0\n matrix {\n {{\"(\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.8]]) - (\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.7]])\"} {\"(\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.2]]) - (\\[value \\[value knob_path].\\[value id.8]]*\\[value \\[value knob_path].\\[value id.1]])\"} {\"(\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.5]]) - (\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.4]])\"}}\n {{\"(\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.6]]) - (\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.8]])\"} {\"(\\[value \\[value knob_path].\\[value id.8]]*\\[value \\[value knob_path].\\[value id.0]]) - (\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.2]])\"} {\"(\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.3]]) - (\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.5]])\"}}\n {{\"(\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.7]]) - (\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.6]])\"} {\"(\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.1]]) - (\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.0]])\"} {\"(\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.4]]) - (\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.3]])\"}}\n }\n name mtx_cofactor\n xpos 86\n ypos 32\n }\n Matrix {\n inputs 0\n matrix {\n {{\"cofactor.0 == 0 || determinant == 0 ? 0 : cofactor.0/determinant\"} {\"cofactor.1 == 0 || determinant == 0 ? 0 : cofactor.1/determinant\"} {\"cofactor.2 == 0 || determinant == 0 ? 0 : cofactor.2/determinant\"}}\n {{\"cofactor.3 == 0 || determinant == 0 ? 0 : cofactor.3/determinant\"} {\"cofactor.4 == 0 || determinant == 0 ? 0 : cofactor.4/determinant\"} {\"cofactor.5 == 0 || determinant == 0 ? 0 : cofactor.5/determinant\"}}\n {{\"cofactor.6 == 0 || determinant == 0 ? 0 : cofactor.6/determinant\"} {\"cofactor.7 == 0 || determinant == 0 ? 0 : cofactor.7/determinant\"} {\"cofactor.8 == 0 || determinant == 0 ? 0 : cofactor.8/determinant\"}}\n }\n name matrix_output\n xpos 186\n ypos 33\n }\n end_group\n Camera {\n inputs 0\n rotate {0 0 {-parent.cam_winroll}}\n win_translate {{parent.cam_win_translate} {parent.cam_win_translate}}\n win_scale {{parent.cam_win_scale} {parent.cam_win_scale}}\n name fb_data\n xpos -340\n ypos 2087\n }\n NoOp {\n inputs 0\n name store\n xpos -843\n ypos 28\n addUserKnob {20 User}\n addUserKnob {22 fn T \"### level define ###\\n\\ndef getLevel() :\\n\\tif len(nuke.thisNode().fullName().split('.')) == 1 :\\n\\t\\tggLevel = nuke.root()\\n\\telse :\\n\\t\\tnodePath = nuke.thisNode().fullName().split('.')\\n\\t\\tnodePath.pop()\\n\\t\\tggLevel = nuke.toNode('.'.join(nodePath))\\n\\treturn ggLevel\\n\\n### sample z in 2D ###\\n\\ndef sample2d() :\\n\\tthisGRP = nuke.thisGroup()\\n\\tif thisGRP\\['sample_z_status'].value() == '\\[ ON ]' :\\n\\t\\tsam_co = thisGRP\\['sample_point'].getValue()\\n\\t\\tzdata = nuke.toNode('sam_dot').sample('blue', sam_co\\[0], sam_co\\[1]) * -1\\n\\t\\tthisGRP\\['fregion_define_z'].setValue( zdata )\" +STARTLINE}\n addUserKnob {15 fregion}\n fregion {{parent.focus_region} {parent.focus_region} {parent.focus_region} {parent.focus_region}}\n }\n NoOp {\n inputs 0\n name global_math\n xpos -842\n ypos -43\n addUserKnob {20 User}\n addUserKnob {7 hratio}\n hratio {{\"cam_data.haperture / cam_data.focal\"}}\n addUserKnob {7 maxwidth}\n maxwidth {{\"hratio * parent.fregion_define_z\"}}\n addUserKnob {7 maxheight}\n maxheight {{\"hratio * parent.fregion_define_z * ( img_dot.height / img_dot.width )\"}}\n addUserKnob {13 pt1}\n pt1 {{\"( ( ( maxwidth * ( parent.focus_region.x(parent.fregion_ref_frame) / img_dot.width) ) - ( maxwidth / 2 ) ) * fb_data.world_matrix.0 + ( ( ( maxheight * ( parent.focus_region.y(parent.fregion_ref_frame) / img_dot.height ) ) - ( maxheight / 2 ) ) * 1 / \\[value root.format.pixel_aspect] ) * fb_data.world_matrix.1 ) * fb_data.win_scale.u + ( hratio * abs(parent.fregion_define_z) * fb_data.win_translate.u /2 )\"} {\"( ( ( maxwidth * ( parent.focus_region.x(parent.fregion_ref_frame) / img_dot.width) ) - ( maxwidth / 2 ) ) * fb_data.world_matrix.4 + \\n( ( ( maxheight * ( parent.focus_region.y(parent.fregion_ref_frame) / img_dot.height ) ) - ( maxheight / 2 ) ) * 1 / \\[value root.format.pixel_aspect] ) * fb_data.world_matrix.5 ) * fb_data.win_scale.v + ( hratio * abs(parent.fregion_define_z) * fb_data.win_translate.v /2 )\"} {-parent.fregion_define_z}}\n addUserKnob {13 pt2}\n pt2 {{\"( ( ( maxwidth * ( parent.focus_region.r(parent.fregion_ref_frame) / img_dot.width) ) - ( maxwidth / 2 ) ) * fb_data.world_matrix.0 + ( ( ( maxheight * ( parent.focus_region.t(parent.fregion_ref_frame) / img_dot.height ) ) - ( maxheight / 2 ) ) * 1 / \\[value root.format.pixel_aspect] ) * fb_data.world_matrix.1 ) * fb_data.win_scale.u + ( hratio * abs(parent.fregion_define_z) * fb_data.win_translate.u /2 )\"} {\"( ( ( maxwidth * ( parent.focus_region.r(parent.fregion_ref_frame) / img_dot.width) ) - ( maxwidth / 2 ) ) * fb_data.world_matrix.4 + ( ( ( maxheight * ( parent.focus_region.t(parent.fregion_ref_frame) / img_dot.height ) ) - ( maxheight / 2 ) ) * 1 / \\[value root.format.pixel_aspect] ) * fb_data.world_matrix.5 ) * fb_data.win_scale.v + ( hratio * abs(parent.fregion_define_z) * fb_data.win_translate.v /2 )\"} {-parent.fregion_define_z}}\n }\nend_group\nDot {\n name Dot17\n xpos -958\n ypos 2214\n}\nset N82a638e0 [stack 0]\npush 0\nScanlineRender {\n inputs 2\n conservative_shader_sampling false\n projection_mode uv\n motion_vectors_type off\n MB_channel none\n name ScanlineRender1\n xpos -869\n ypos 2211\n}\nFrameHold {\n first_frame 64\n name FrameHold1\n xpos -869\n ypos 2278\n}\nDot {\n name Dot8\n xpos -835\n ypos 2485\n}\nset N82a73560 [stack 0]\nShuffle {\n red black\n green black\n blue black\n alpha black\n name Shuffle1\n xpos -759\n ypos 2482\n}\nRoto {\n output alpha\n curves {{{v x3f99999a}\n {f 0}\n {n\n {layer Root\n {f 2097152}\n {t x44200000 x43b40000}\n {a pt1x 0 pt1y 0 pt2x 0 pt2y 0 pt3x 0 pt3y 0 pt4x 0 pt4y 0 ptex00 0 ptex01 0 ptex02 0 ptex03 0 ptex10 0 ptex11 0 ptex12 0 ptex13 0 ptex20 0 ptex21 0 ptex22 0 ptex23 0 ptex30 0 ptex31 0 ptex32 0 ptex33 0 ptof1x 0 ptof1y 0 ptof2x 0 ptof2y 0 ptof3x 0 ptof3y 0 ptof4x 0 ptof4y 0 pterr 0 ptrefset 0 ptmot x40800000 ptref 0}\n {curvegroup Bezier1 512 bezier\n {{cc\n {f 8192}\n {p\n {x41680000 x3fc00000}\n {x43ea8000 x43c30000}\n {xc1680000 xbfc00000}\n {xc1100000 x41280000}\n {x43dec000 x43bc4000}\n {x41100000 xc1280000}\n {xc0200000 x41500000}\n {x43fec000 x439c8000}\n {x40200000 xc1500000}\n {x41080000 x40a00000}\n {x43f88000 x43800000}\n {xc1080000 xc0a00000}\n {xc1580000 x40d00000}\n {x43f67000 x43698001}\n {x41580000 xc0d00000}\n {xc0900000 xc1a80000}\n {x440d2000 x43844000}\n {x40900000 x41a80000}\n {x41200000 xc1880000}\n {x440ae000 x43a78000}\n {xc1200000 x41880000}\n {x41480000 xc0c00000}\n {x44006000 x43bc0000}\n {xc1480000 x40c00000}}}\n {cc\n {f 8192}\n {p\n {x41680000 x3fc00000}\n {}\n {xc1680000 xbfc00000}\n {xc1100000 x41280000}\n {xc1ee6340 xc08c30c0}\n {x41100000 xc1280000}\n {xc0200000 x41500000}\n {xc21bed08 xc0efe200}\n {x40200000 xc1500000}\n {x41080000 x40a00000}\n {xc210b930 x3f98f900}\n {xc1080000 xc0a00000}\n {xc1580000 x40d00000}\n {xc123f5c0 xc1aa44d8}\n {x41580000 xc0d00000}\n {xc0900000 xc1a80000}\n {x41dc7300 xc0bcf6e0}\n {x40900000 x41a80000}\n {x41200000 xc1880000}\n {x41db6220 x41810c50}\n {xc1200000 x41880000}\n {x41480000 xc0c00000}\n {x418ba580 x41b91720}\n {xc1480000 x40c00000}}}}\n {t x43fd0000 x439e4000}\n {a osw x41200000 osf 0 str 1 spx x44200000 spy x43b40000 sb 1 ltn x42840000 ltm x42840000 tt x40800000}}}}}}\n toolbox {selectAll {\n { selectAll str 1 ssx 1 ssy 1 sf 1 }\n { createBezier str 1 ssx 1 ssy 1 sf 1 sb 1 tt 4 }\n { createBezierCusped str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createBSpline str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createEllipse str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createRectangle str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createRectangleCusped str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { brush str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { eraser src 2 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { clone src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { reveal src 3 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { dodge src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { burn src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { blur src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { sharpen src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { smear src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n} }\n toolbar_brush_hardness 0.200000003\n toolbar_source_transform_scale {1 1}\n toolbar_source_transform_center {640 360}\n colorOverlay {0 0 0 0}\n lifetime_type \"all frames\"\n lifetime_start 66\n lifetime_end 66\n motionblur_shutter_offset_type centred\n source_black_outside true\n name Roto1\n xpos -759\n ypos 2561\n}\npush $N82a73560\nShuffleCopy {\n inputs 2\n in alpha\n red red\n out mask\n name ShuffleCopy1\n xpos -869\n ypos 2565\n}\npush $N82a638e0\nFrameHold {\n first_frame 64\n name FrameHold3\n xpos -992\n ypos 2288\n}\nDot {\n name Dot18\n xpos -958\n ypos 2741\n}\nApplyMaterial {\n inputs 2\n name ApplyMaterial1\n xpos -869\n ypos 2738\n}\nReformat {\n inputs 0\n type \"to box\"\n box_width 1280\n box_height 720\n box_fixed true\n name Reformat1\n xpos -759\n ypos 2795\n}\nScanlineRender {\n inputs 3\n conservative_shader_sampling false\n motion_vectors_type off\n MB_channel none\n name ScanlineRender2\n xpos -869\n ypos 2795\n}\nPremult {\n channels rgba\n alpha mask.a\n name Premult1\n xpos -869\n ypos 2875\n}\npush $N82b0bfa0\nGrade {\n inputs 1+1\n white 0.14\n name Grade1\n xpos -400\n ypos 2879\n}\nDot {\n name Dot15\n xpos -366\n ypos 3135\n}\nCamera2 {\n inputs 0\n translate {{curve x1 -23.73355293 x50 1.828465939 x100 10.79810143} {curve x1 6.752248287 x50 13.82691669 x100 25.23773003} {curve x1 -3.158116341 x50 5.475767136 x100 -12.79232216}}\n rotate {{curve x1 30.63627052 x50 14.22963619 x100 -23.22279344} {curve x1 -44.94124796 x50 19.70681696 x100 76.6501109} {curve x1 0 x50 27.42004885 x100 13.36756642}}\n focal 24\n name Camera8\n xpos 211\n ypos 2099\n}\nDot {\n name Dot9\n xpos 235\n ypos 2789\n}\nColorWheel {\n inputs 0\n gamma 0.45\n name ColorWheel1\n xpos 599\n ypos 2425\n}\nTransform {\n translate {-70 -60}\n scale 0.3\n center {640 360}\n name Transform1\n xpos 599\n ypos 2518\n}\nDot {\n name Dot10\n xpos 633\n ypos 2558\n}\nset N82cc6220 [stack 0]\nDot {\n name Dot11\n xpos 633\n ypos 2638\n}\npush $N82cc6220\nGroup {\n inputs 0\n name render_with_pworld4\n xpos 903\n ypos 1995\n postage_stamp true\n}\n Camera2 {\n inputs 0\n translate {{curve x1 -23.73355293 x50 1.828465939 x100 10.79810143} {curve x1 6.752248287 x50 13.82691669 x100 25.23773003} {curve x1 -3.158116341 x50 5.475767136 x100 -12.79232216}}\n rotate {{curve x1 30.63627052 x50 14.22963619 x100 -23.22279344} {curve x1 -44.94124796 x50 19.70681696 x100 76.6501109} {curve x1 0 x50 27.42004885 x100 13.36756642}}\n focal 24\n name Camera1\n xpos 241\n ypos -567\n }\n Dot {\n name Dot2\n xpos 351\n ypos -543\n }\nset N82cd9c60 [stack 0]\n Dot {\n name Dot3\n xpos 351\n ypos -428\n }\npush $N82cd9c60\n CheckerBoard2 {\n inputs 0\n name CheckerBoard1\n xpos 406\n ypos -928\n }\n Dot {\n name Dot1\n xpos 440\n ypos -814\n }\nset N82ce2b10 [stack 0]\n Dot {\n name Dot5\n xpos 553\n ypos -814\n }\nset N82ce4e90 [stack 0]\n Dot {\n name Dot4\n xpos 693\n ypos -814\n }\n Multiply {\n channels rgb\n value {0 1 1 1}\n name Multiply3\n xpos 659\n ypos -756\n }\n Cube {\n rows 1\n columns 1\n separate_faces false\n translate {-7.849998951 18.14999962 -19.00000191}\n rotate {0 0 45.93192592}\n uniform_scale 7\n name Cube1\n xpos 659\n ypos -676\n }\npush $N82ce4e90\n Multiply {\n channels rgb\n value {1 0 1 1}\n name Multiply2\n xpos 519\n ypos -750\n }\n Sphere {\n translate {-15.00000191 16.45000076 -17.79999924}\n scaling {3.183291435 1 2.618715286}\n uniform_scale 2\n name Sphere1\n xpos 519\n ypos -670\n }\npush $N82ce2b10\n Multiply {\n channels rgb\n value {1 1 0 1}\n name Multiply1\n xpos 406\n ypos -754\n }\n Cylinder {\n rows 1\n close_top true\n close_bottom true\n translate {-3.149999619 19.64999962 -13.89999866}\n rotate {52.26493538 0 32.53306187}\n scaling {1 4.216488838 1}\n uniform_scale 2\n name Cylinder1\n xpos 406\n ypos -673\n }\n Scene {\n inputs 4\n name Scene1\n xpos 416\n ypos -567\n }\n Reformat {\n inputs 0\n type \"to box\"\n box_width 1280\n box_height 720\n box_fixed true\n name Reformat1\n xpos 530\n ypos -431\n }\n ScanlineRender {\n inputs 3\n conservative_shader_sampling false\n motion_vectors_type off\n MB_channel none\n output_shader_vectors true\n P_channel pworld\n name ScanlineRender1\n xpos 406\n ypos -431\n }\n Output {\n name Output1\n xpos 406\n ypos -331\n }\nend_group\nDot {\n name Dot12\n xpos 937\n ypos 2123\n}\nset N82d2c920 [stack 0]\nGroup {\n name SSMesh10\n tile_color 0x5c9e83ff\n label \"Geo Output\"\n xpos 309\n ypos 2104\n addUserKnob {20 tab_general l General}\n addUserKnob {22 set_link l \"link to selected camera\" t \"Click to link selected camera by expression. This tool will get the focal, haperture and world matrix from selected camera to generate\" T \"def getLevel() :\\n\\t### level define ###\\n\\tif len(nuke.thisNode().fullName().split('.')) == 1 :\\n\\t\\t ggLevel = nuke.root()\\n\\telse :\\n\\t\\t nodePath = nuke.thisNode().fullName().split('.')\\n\\t\\t nodePath.pop()\\n\\t\\t ggLevel = nuke.toNode('.'.join(nodePath))\\n\\treturn ggLevel\\n\\nroot = getLevel()\\nthisGRP = nuke.thisGroup()\\n\\nmainKnobs = \\['world_matrix','cam_focal','cam_haperture','cam_win_translate','cam_win_scale','cam_winroll']\\ndefaultKnobs = \\{\\n\\t\\t\\t'world matrix' : 'world_matrix',\\n\\t\\t\\t'focal length' : 'focal',\\n\\t\\t\\t'horiz aperture' : 'haperture',\\n\\t\\t\\t'window translate' : 'win_translate',\\n\\t\\t\\t'window scale' : 'win_scale',\\n\\t\\t\\t'window roll' : 'winroll'\\n\\t\\t\\t\\}\\nselNodeKnobs = \\[]\\nmissingKnob = \\[]\\n\\ntry :\\n\\twith root :\\n\\t\\tselNode = nuke.selectedNode()\\n\\n\\tfor knob in selNode.knobs() :\\n\\t\\tselNodeKnobs.append( knob )\\n\\n\\tselNodeKnobs.sort()\\n\\n\\tfor key,value in defaultKnobs.items() :\\n\\t\\tif value not in selNodeKnobs :\\n\\t\\t\\tmissingKnob.append( key )\\n\\n\\tif not len(missingKnob) :\\n\\t\\twith root :\\n\\t\\t\\tCAMnode = selNode.name()\\n\\t\\t\\tthisGRP\\[mainKnobs\\[0]].setExpression('\\{0\\}.world_matrix'.format(CAMnode))\\n\\t\\t\\tthisGRP\\[mainKnobs\\[1]].setExpression('\\{0\\}.focal'.format(CAMnode))\\n\\t\\t\\tthisGRP\\[mainKnobs\\[2]].setExpression('\\{0\\}.haperture'.format(CAMnode))\\n\\t\\t\\tthisGRP\\[mainKnobs\\[3]].setExpression('\\{0\\}.win_translate'.format(CAMnode))\\n\\t\\t\\tthisGRP\\[mainKnobs\\[4]].setExpression('\\{0\\}.win_scale'.format(CAMnode))\\n\\t\\t\\tthisGRP\\[mainKnobs\\[5]].setExpression('\\{0\\}.winroll'.format(CAMnode))\\n\\telse :\\n\\t\\tp = nuke.Panel('Select knobs :')\\n\\t\\tp.addBooleanCheckBox( 'Unable to find the default knobs. Please use the pulldown menu below to define the knob manually.' , False)\\n\\t\\tfor rk in missingKnob :\\n\\t\\t\\tp.addEnumerationPulldown( rk, ' '.join( selNodeKnobs ) )\\n\\n\\t\\tif p.show() :\\n\\t\\t\\ttry :\\n\\t\\t\\t\\tfor key,value in defaultKnobs.items() :\\n\\t\\t\\t\\t\\tif p.value( key ) != None :\\n\\t\\t\\t\\t\\t\\tdefaultKnobs\\[key] = p.value( key )\\n\\t\\t\\texcept :\\n\\t\\t\\t\\tpass\\n\\n\\t\\t\\twith root :\\n\\t\\t\\t\\tCAMnode = selNode.name()\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[0]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['world matrix']))\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[1]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['focal length']))\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[2]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['horiz aperture']))\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[3]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['window translate']))\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[4]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['window scale']))\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[5]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['window roll']))\\nexcept :\\n\\tnuke.message('no node selected.')\" +STARTLINE}\n addUserKnob {22 remove_link l \"remove linked expression\" t \"Remove the linked camera expression but won't reset any data.\" -STARTLINE T \"thisGRP = nuke.thisGroup()\\nmainKnobs = \\['world_matrix','cam_focal','cam_haperture','cam_win_translate','cam_win_scale','cam_winroll']\\n\\nfor knob in thisGRP.knobs() :\\n\\tif mainKnobs.count(knob) != 0 :\\n\\t\\t thisGRP\\[knob].clearAnimated()\"}\n addUserKnob {20 cam_data_grp l \"CAMERA DATA\" n 1}\n cam_data_grp 0\n addUserKnob {7 cam_focal l \"focal length\" R 5 100}\n cam_focal {{Camera8.focal}}\n addUserKnob {7 cam_haperture l \"horiz aperture\" R 0.1 50}\n cam_haperture {{Camera8.haperture}}\n addUserKnob {30 cam_win_translate l \"window translate\"}\n cam_win_translate {{Camera8.win_translate} {Camera8.win_translate}}\n addUserKnob {30 cam_win_scale l \"window scale\"}\n cam_win_scale {{Camera8.win_scale} {Camera8.win_scale}}\n addUserKnob {7 cam_winroll l \"window roll\" R -45 45}\n cam_winroll {{Camera8.winroll}}\n addUserKnob {41 world_matrix l \"world matrix\" T cam_data.matrix}\n addUserKnob {20 endGroup_1 l endGroup n -1}\n addUserKnob {26 spacer_5 l \"\" +STARTLINE T
    }\n addUserKnob {26 title_basic l \"BASIC SETTING\"}\n addUserKnob {4 display l \"3D display\" t \"How to draw in 3D preview. The viewer can override this setting.\" M {off wireframe soild solid+wireframe textured textured+wireframe \"\" \"\" \"\"}}\n display textured\n addUserKnob {4 data_type l \"data type\" t \"data type\\nUsing one of these data to convert into 3D mesh.\\n\\nPosition\\nSupported world space or camera space position data.\\n\\nDepth (normalized far=0)\\nNormalized depth data, which is same as depth data output by ScanlineRender.\\n\\nDeep / Depth (direct)\\nRaw camera depth data. If using deep, need to convert DeepToImage first, and selected deep channel on 'channels' knob.\" M {\"position (world space)\" \"position (camera space)\" \"depth (normalized far=0)\" \"deep / depth (direct)\" \"\" \"\" \"\"}}\n addUserKnob {41 channels t \"Select which channel represented on selected data type.\" T shuffle_data.in}\n addUserKnob {6 unpm l unpremult t \"3D data pass should be unpremult with alpha before process.\" -STARTLINE}\n unpm true\n addUserKnob {26 spacer_4 l \"\" +STARTLINE T
    }\n addUserKnob {7 lod l \"mesh LOD\" t \"Level of Details\\n\\nIf this value set to 1.0, subdivision of the mesh 1:1 to the data available in the resolution. Which mean 1 face of the mesh equal to 1 pixel.\\n\\nIf this value set to 1.0, it will slow down the render process.\\n\\nHighly recommend to use 0.1 - 0.5 if high resolution mesh details is not concern.\"}\n lod 0.5\n addUserKnob {41 filter_size l \"filter size\" T DisplaceGeo.filter_size}\n addUserKnob {41 filter T DisplaceGeo.filter}\n addUserKnob {26 spacer_2 l \"\" +STARTLINE T
    }\n addUserKnob {26 title_drange l \"\" +STARTLINE T \"distance range\"}\n addUserKnob {7 drange_near l near t \"clip the mesh in the min value in terms of depth.\" R 0 10000}\n addUserKnob {7 drange_far l far t \"clip the mesh in the max value in terms of depth.\" R 0 10000}\n drange_far 30\n addUserKnob {6 clip_color l \"distance clip on color\" t \"Apply the distance clip on colored texture.\" +STARTLINE}\n clip_color true\n addUserKnob {26 spacer_3 l \"\" +STARTLINE T
    }\n addUserKnob {26 title_export l EXPORT}\n addUserKnob {41 file t \"only support *.abc file extension (alembric) .\" T WriteGeo.file}\n addUserKnob {22 export_geo l \"Export Geo\" T \"def exportGeo() :\\n\\twgeo = nuke.toNode('WriteGeo')\\n\\twgeo\\['Execute'].execute()\\n\\nthisGRP = nuke.thisGroup()\\nfilepath = thisGRP\\['file'].getValue()\\n\\nif not len(filepath) :\\n\\tnuke.message('file path is empty. Process denied.')\\nelif not filepath.split('.')\\[-1:]\\[0].lower() == 'abc' :\\n\\tif nuke.ask('File extension invalue. Only support render *.abc . Do you want this tool to fix it and process ?') :\\n\\t\\tthisGRP\\['file'].setValue( thisGRP\\['file'].getValue() + '.abc' )\\n\\t\\texportGeo()\\nelse :\\n\\texportGeo()\" +STARTLINE}\n addUserKnob {22 import_geo l \"Import Geo\" -STARTLINE T \"prefx = nuke.toNode('preferences')\\['GridWidth'].value()\\nthisGRP = nuke.thisGroup()\\ngoStore = nuke.toNode('store')\\ngoStore\\['fn'].execute()\\n\\nroot = getLevel()\\n\\nwith root :\\n\\trgeo = nuke.nodes.ReadGeo2( file=thisGRP\\['file'].getValue() )\\n\\trgeo.setXYpos( int( thisGRP\\['xpos'].getValue() + prefx ) , int( thisGRP\\['ypos'].getValue() ) )\"}\n addUserKnob {20 tab_misc l Miscellaneous}\n addUserKnob {26 title_focus_region l \"FOCUS REGION\"}\n addUserKnob {41 use_focus_region l \"use focus region\" t \"use focus region to generate SSMesh in specific area. Save resources and possible to work with high LOD mesh.\" T menu2.use_focus_region}\n addUserKnob {15 focus_region l \"focus region\" t \"Set focus region in screen space. These values are 2D coordinate.\" +DISABLED}\n focus_region {0 0 1280 720}\n addUserKnob {26 spacer_1 l \"\" +STARTLINE T
    }\n addUserKnob {3 fregion_ref_frame l \"ref frame\" t \"set reference frame for tracking focus region. 'focus region' & 'define z' will apply on this reference frame and process the tracking.\" +DISABLED}\n fregion_ref_frame 1\n addUserKnob {22 fregion_set_frame l \"set current frame\" t \"set current frame for focus region reference frame.\" -STARTLINE +DISABLED T \"nuke.thisGroup()\\['fregion_ref_frame'].setValue( nuke.frame() )\"}\n addUserKnob {12 sample_point l \"sample position\" t \"Toggle 'sample z' in 2D to enable this 2D sample coordinate.\" +DISABLED}\n addUserKnob {22 sample_z_toggle l \"sample z in 2D\" t \"'sample z' is only works for sample value purpose. After sample is done, must turn off sample function.\" -STARTLINE +DISABLED T \"thisGRP = nuke.thisGroup()\\nszstatus = thisGRP\\['sample_z_status'].value()\\n\\nstatus = \\['\\[ OFF ]','\\[ ON ]']\\n\\nif szstatus == status\\[0] :\\n\\tthisGRP\\['sample_z_status'].setValue( status\\[1] )\\n\\tthisGRP\\['sample_point'].setEnabled(True)\\n\\tthisGRP\\['updateUI'].setValue(\\\"goStore = nuke.toNode(\\\\'store\\\\')\\\\ngoStore\\[\\\\'fn\\\\'].execute()\\\\nsample2d()\\\")\\nelse :\\n\\tthisGRP\\['sample_z_status'].setValue( status\\[0] )\\n\\tthisGRP\\['sample_point'].setEnabled(False)\\n\\tthisGRP\\['updateUI'].setValue('')\"}\n addUserKnob {26 sample_z_status l \"\" -STARTLINE +DISABLED T \"\\[ OFF ]\"}\n addUserKnob {7 fregion_define_z l \"define z\" t \"Define the z value on reference frame. Can use 'sample z in 2D' to get this value.\" +DISABLED R 0 10000}\n addUserKnob {22 track_focus_region l \"\\[ track focus region ]\" t \"Use the set focus region on reference frame to track with camera in 3D space.\\n\\n* project setting need to be same as image resolution to get the correct result.\" +DISABLED T \"rootST = int( nuke.root()\\['first_frame'].getValue() )\\nrootED = int( nuke.root()\\['last_frame'].getValue() )\\n\\ngetFrame = nuke.getFramesAndViews( 'frame range', str( rootST ) + '-' + str( rootED ) )\\n\\ntry :\\n\\tframeST = int( getFrame\\[0].replace( ' ' , '' ).split('-')\\[0] )\\n\\tframeED = int( getFrame\\[0].replace( ' ' , '' ).split('-')\\[1] )\\n\\n\\tthisGRP = nuke.thisGroup()\\n\\trefframe = int( thisGRP\\['fregion_ref_frame'].getValue() )\\n\\tcam = nuke.toNode('cam_data')\\n\\tpt1 = nuke.toNode('left_pt')\\['translate'].getValue()\\n\\tpt2 = nuke.toNode('right_pt')\\['translate'].getValue()\\n\\n\\tct_hack = nuke.nodes.CurveTool()\\n\\n\\twith nuke.root() :\\n\\n\\t\\tif frameED - frameST != 0 :\\n\\t\\t\\tthisGRP\\['focus_region'].clearAnimated()\\n\\t\\t\\ttempbuffer1 = thisGRP\\['focus_region'].getValue()\\n\\t\\t\\tthisGRP\\['focus_region'].setAnimated()\\n\\t\\t\\tthisGRP\\['focus_region'].setValueAt( tempbuffer1\\[0] , refframe , 0 )\\n\\t\\t\\tthisGRP\\['focus_region'].setValueAt( tempbuffer1\\[1] , refframe , 1 )\\n\\t\\t\\tthisGRP\\['focus_region'].setValueAt( tempbuffer1\\[2] , refframe , 2 )\\n\\t\\t\\tthisGRP\\['focus_region'].setValueAt( tempbuffer1\\[3] , refframe , 3 )\\n\\n\\t\\tfor trackframe in range( frameST, frameED+1 , 1 ) :\\n\\t\\t\\tnuke.execute( ct_hack, trackframe, trackframe )\\n\\t\\t\\tthisGRP\\['focus_region'].setValueAt( nukescripts.snap3d.projectPoint( cam, pt1 )\\[0] , trackframe , 0 )\\n\\t\\t\\tthisGRP\\['focus_region'].setValueAt( nukescripts.snap3d.projectPoint( cam, pt1 )\\[1] , trackframe , 1 )\\n\\t\\t\\tthisGRP\\['focus_region'].setValueAt( nukescripts.snap3d.projectPoint( cam, pt2 )\\[0] , trackframe , 2 )\\n\\t\\t\\tthisGRP\\['focus_region'].setValueAt( nukescripts.snap3d.projectPoint( cam, pt2 )\\[1] , trackframe , 3 )\\n\\n\\tnuke.delete( ct_hack )\\nexcept :\\n pass\" +STARTLINE}\n addUserKnob {26 spacer_6 l \"\" +STARTLINE T
    }\n addUserKnob {20 grp_crop_preview l \"3D crop preview\" +DISABLED n 1}\n grp_crop_preview 0\n addUserKnob {6 show_crop l \"show crop point\" t \"It will show 2 spheres for the crop in 3D space. They set in the place which is where you set the focus region in screen space and defined by z.\" +DISABLED +STARTLINE}\n addUserKnob {7 crop_point_scale l scale t \"Scale the preview crop points (spheres).\" +DISABLED}\n crop_point_scale 0.3\n addUserKnob {18 crop_point_color l color t \"change color of the crop points (spheres).\" +DISABLED}\n crop_point_color 1\n addUserKnob {6 crop_point_color_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 crop_point_color_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 crop_point_color_panelDropped_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 crop_point_color_panelDropped_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 crop_point_color_panelDropped_1_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 crop_point_color_panelDropped_1_1_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 crop_point_color_panelDropped_1_1_1_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 crop_point_color_panelDropped_1_1_1_1_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 crop_point_color_panelDropped_1_1_1_1_1_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 crop_point_color_panelDropped_1_1_1_1_1_1_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 crop_point_color_panelDropped_1_1_1_1_1_1_1_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {20 endGroup n -1}\n addUserKnob {26 spacer l \"\" +STARTLINE T
    }\n addUserKnob {26 title_uv l UV}\n addUserKnob {41 uv_stabilize l \"uv stabilize\" t \"Turn this on if you need to stabilize in UV space. During UV stabilize on, the geo will not be animated. Set reference frame under 'mesh ref frame'.\" T menu1.uv_stabilize}\n addUserKnob {3 uv_ref_frame l \"mesh ref frame\" t \"Select the frame number that will have identity geo shaped for UV texturing.\"}\n uv_ref_frame 64\n addUserKnob {22 uv_set_frame l \"set current frame\" -STARTLINE T \"nuke.thisGroup()\\['uv_ref_frame'].setValue( nuke.frame() )\"}\n addUserKnob {6 black_outside l \"black outside\" t \"black outside the UV texture.\" +STARTLINE}\n black_outside true\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T 1.3}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2019-11-08}\n addUserKnob {26 l_CHANGELOG l Changelog T \"1.3\\n- camera window supported\\n- anamophic project supported\\n- fix the conflict of 'force region' and 'UV stabilize'.\\n can use both at the same time now.\\n\\n1.2\\n- removed unuse camera link knobs\\n- added focus region, so mesh can be\\n form in specific area/object to save\\n resources for higher LOD\\n\\n1.1\\n- fix the missing line on 'Export Geo' \\n button\\n\\n1.0\\n- create mesh/geo in screen space\\n using position/depth/deep data\"}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n}\n BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0xff\n label \"don't touch\"\n note_font_size 32\n xpos -1142\n ypos -169\n bdwidth 202\n bdheight 478\n }\n BackdropNode {\n inputs 0\n name BackdropNode2\n tile_color 0x4c4c4cff\n label bin\n note_font_size 32\n xpos -899\n ypos -170\n bdwidth 200\n bdheight 280\n }\n Input {\n inputs 0\n name img\n xpos -100\n ypos -184\n }\n Dot {\n name img_dot\n xpos -66\n ypos -83\n }\nset N3eb06b40 [stack 0]\n Dot {\n name Dot3\n xpos 758\n ypos -83\n }\nset N3eb08ec0 [stack 0]\n Shuffle {\n in pworld\n in2 alpha\n alpha red2\n name shuffle_data\n label \"\\[value in]\"\n xpos 724\n ypos -32\n }\n Unpremult {\n name Unpremult_data\n xpos 724\n ypos 62\n disable {{!parent.unpm}}\n }\n Dot {\n name Dot5\n xpos 758\n ypos 700\n }\nset N5a4ecc00 [stack 0]\n Dot {\n name Dot6\n xpos 928\n ypos 700\n }\nset N4a76bb30 [stack 0]\n Dot {\n name Dot7\n xpos 1106\n ypos 700\n }\nset N3ea89990 [stack 0]\n Dot {\n name Dot8\n xpos 1260\n ypos 700\n }\n Expression {\n temp_name0 dvalue\n temp_expr0 red\n temp_name1 xpos\n temp_expr1 \"( ( x + 0.5 ) / input.width - 0.5 ) * \\[value global_math.hratio] * abs( dvalue )\"\n temp_name2 ypos\n temp_expr2 \"( ( y + 0.5 ) / input.height - 0.5 ) * ( \\[value global_math.hratio] * abs( dvalue ) * ( img_dot.height / img_dot.width ) ) * 1 / \\[value format.pixel_aspect]\"\n temp_name3 zpos\n temp_expr3 \"- dvalue\"\n expr0 \"( xpos * \\[value fb_data.world_matrix.0] + ypos * \\[value fb_data.world_matrix.1] ) * \\[value fb_data.win_scale.u] + ( \\[value global_math.hratio] * abs(zpos) * \\[value fb_data.win_translate.u] / 2 )\"\n expr1 \"( xpos * \\[value fb_data.world_matrix.4] + ypos * \\[value fb_data.world_matrix.5] ) * \\[value fb_data.win_scale.v] + ( \\[value global_math.hratio] * abs(zpos) * \\[value fb_data.win_translate.v] / 2 )\"\n expr2 zpos\n name Expression9\n xpos 1226\n ypos 774\n }\n Dot {\n name Dot16\n xpos 1260\n ypos 889\n }\npush $N3ea89990\n Expression {\n temp_name0 dvalue\n temp_expr0 \"1 / red\"\n temp_name1 xpos\n temp_expr1 \"( ( x + 0.5 ) / input.width - 0.5 ) * \\[value global_math.hratio] * abs( dvalue )\"\n temp_name2 ypos\n temp_expr2 \"( ( y + 0.5 ) / input.height - 0.5 ) * ( \\[value global_math.hratio] * abs( dvalue ) * ( img_dot.height / img_dot.width ) ) * 1 / \\[value format.pixel_aspect]\"\n temp_name3 zpos\n temp_expr3 \"- dvalue\"\n expr0 \"( xpos * \\[value fb_data.world_matrix.0] + ypos * \\[value fb_data.world_matrix.1] ) * \\[value fb_data.win_scale.u] + ( \\[value global_math.hratio] * abs(zpos) * \\[value fb_data.win_translate.u] / 2 )\"\n expr1 \"( xpos * \\[value fb_data.world_matrix.4] + ypos * \\[value fb_data.world_matrix.5] ) * \\[value fb_data.win_scale.v] + ( \\[value global_math.hratio] * abs(zpos) * \\[value fb_data.win_translate.v] / 2 )\"\n expr2 zpos\n name Expression6\n xpos 1072\n ypos 774\n }\n Dot {\n name Dot17\n xpos 1106\n ypos 863\n }\npush $N4a76bb30\n Expression {\n expr2 -blue\n name Expression7\n label \"fix z\"\n xpos 894\n ypos 774\n }\n Dot {\n name Dot18\n xpos 928\n ypos 876\n }\npush $N5a4ecc00\n Expression {\n temp_name0 nx\n temp_expr0 \"red - cam_data.world_matrix.3\"\n temp_name1 ny\n temp_expr1 \"green - cam_data.world_matrix.7\"\n temp_name2 nz\n temp_expr2 \"blue - cam_data.world_matrix.11\"\n expr0 \"nx * \\[value inverseMatrix.invMatrix.0] + ny * \\[value inverseMatrix.invMatrix.1] + nz * \\[value inverseMatrix.invMatrix.2]\"\n expr1 \"nx * \\[value inverseMatrix.invMatrix.3] + ny * \\[value inverseMatrix.invMatrix.4] + nz * \\[value inverseMatrix.invMatrix.5]\"\n expr2 \"nx * \\[value inverseMatrix.invMatrix.6] + ny * \\[value inverseMatrix.invMatrix.7] + nz * \\[value inverseMatrix.invMatrix.8]\"\n name Expression3\n label \"position invert\"\n xpos 724\n ypos 774\n }\n Switch {\n inputs 4\n which {{parent.data_type}}\n name Switch1\n xpos 724\n ypos 984\n }\n Dot {\n name Dot13\n xpos 758\n ypos 1113\n }\nset N3ea40e20 [stack 0]\n Dot {\n name sam_dot\n xpos 551\n ypos 1113\n }\n NoOp {\n inputs 0\n name menu1\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nif thisGRP\\['uv_stabilize'].getValue() == 1 :\\n thisGRP\\['uv_ref_frame'].setEnabled(True)\\n thisGRP\\['uv_set_frame'].setEnabled(True)\\n thisGRP\\['black_outside'].setEnabled(True)\\nelse :\\n thisGRP\\['uv_ref_frame'].setEnabled(False)\\n thisGRP\\['uv_set_frame'].setEnabled(False)\\n thisGRP\\['black_outside'].setEnabled(False)\\n\"\n xpos -1085\n ypos -42\n addUserKnob {20 User}\n addUserKnob {6 uv_stabilize l \"uv stabilize\" +STARTLINE}\n uv_stabilize true\n }\n NoOp {\n inputs 0\n name menu2\n onCreate \"\\nthisGRP = nuke.thisGroup()\\nfregion_knobs = \\['focus_region','fregion_define_z','sample_z_toggle','sample_z_status','sample_point','fregion_ref_frame','fregion_set_frame','track_focus_region','grp_crop_preview','show_crop','crop_point_scale','crop_point_color']\\n\\nthisGRP\\[fregion_knobs\\[4]].setEnabled(True)\\n\\nif thisGRP\\['use_focus_region'].getValue() == 0 :\\n for i in fregion_knobs :\\n thisGRP\\[i].setEnabled(False)\\n thisGRP\\[fregion_knobs\\[3]].setValue( '\\[ OFF ]' )\\n thisGRP\\['updateUI'].setValue('')\\n nuke.toNode('material_switch')\\['disable'].setValue(0)\\nelse :\\n for i in fregion_knobs :\\n if i != 'sample_point' :\\n thisGRP\\[i].setEnabled(True)\\n else :\\n thisGRP\\[i].setEnabled(False)\\n nuke.toNode('material_switch')\\['disable'].setValue(1)\\n\"\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nfregion_knobs = \\['focus_region','fregion_define_z','sample_z_toggle','sample_z_status','sample_point','fregion_ref_frame','fregion_set_frame','track_focus_region','grp_crop_preview','show_crop','crop_point_scale','crop_point_color']\\n\\nif thisGRP\\['use_focus_region'].getValue() == 0 :\\n for i in fregion_knobs :\\n thisGRP\\[i].setEnabled(False)\\n thisGRP\\[fregion_knobs\\[3]].setValue( '\\[ OFF ]' )\\n thisGRP\\['updateUI'].setValue('')\\n nuke.toNode('material_switch')\\['disable'].setValue(0)\\nelse :\\n for i in fregion_knobs :\\n if i != 'sample_point' :\\n thisGRP\\[i].setEnabled(True)\\n nuke.toNode('material_switch')\\['disable'].setValue(1)\\n\"\n xpos -1085\n ypos 25\n addUserKnob {20 User}\n addUserKnob {6 use_focus_region l \"use focus region\" +STARTLINE}\n }\n Camera {\n inputs 0\n display off\n selectable false\n useMatrix true\n matrix {\n {{Camera8.world_matrix} {Camera8.world_matrix} {Camera8.world_matrix} {Camera8.world_matrix}}\n {{Camera8.world_matrix} {Camera8.world_matrix} {Camera8.world_matrix} {Camera8.world_matrix}}\n {{Camera8.world_matrix} {Camera8.world_matrix} {Camera8.world_matrix} {Camera8.world_matrix}}\n {{Camera8.world_matrix} {Camera8.world_matrix} {Camera8.world_matrix} {Camera8.world_matrix}}\n }\n focal {{parent.cam_focal}}\n haperture {{cam_haperture}}\n name cam_data\n xpos -335\n ypos 2204\n }\npush $N3ea40e20\n Expression {\n temp_name0 unpremultA\n temp_expr0 \"alpha * ( 1 / alpha )\"\n temp_name1 max\n temp_expr1 blue\n expr3 \"abs( max ) < \\[value parent.drange_near] || abs( max ) > \\[value parent.drange_far] ? 0 : isnan(unpremultA) ? 0 : unpremultA\"\n name Expression1\n label \"distance crop\"\n xpos 724\n ypos 1244\n }\n Premult {\n name Premult1\n xpos 724\n ypos 1332\n }\n Dot {\n name Dot9\n xpos 758\n ypos 1640\n }\nset N3ea9cf00 [stack 0]\npush $N3eb06b40\n Dot {\n name Dot10\n xpos -66\n ypos 1552\n }\nset N3ea9f3c0 [stack 0]\n Unpremult {\n name Unpremult1\n xpos 48\n ypos 1549\n }\n Merge2 {\n inputs 2\n operation mask\n name Merge2\n xpos 48\n ypos 1637\n }\n Premult {\n name Premult3\n xpos 48\n ypos 1719\n }\npush $N3ea9f3c0\n Switch {\n inputs 2\n which {{parent.clip_color}}\n name Switch2\n xpos -100\n ypos 1828\n }\n Project3D2 {\n inputs 2\n crop {{parent.black_outside}}\n name Project3D2\n xpos -100\n ypos 2224\n }\npush $N3eb08ec0\n Dot {\n name Dot2\n xpos 1576\n ypos -84\n }\n Shuffle {\n red black\n green black\n blue black\n alpha black\n name Shuffle1\n label \"\\[value in]\"\n xpos 1542\n ypos 30\n }\n Remove {\n name Remove1\n xpos 1542\n ypos 118\n }\n Reformat {\n type scale\n black_outside true\n name Reformat1\n xpos 1542\n ypos 212\n }\n Expression {\n temp_name0 xpos\n temp_expr0 \"( ( x + 0.5 ) / input.width - 0.5) * \\[value global_math.hratio] * abs( \\[value parent.drange_far] )\"\n temp_name1 ypos\n temp_expr1 \"( ( y + 0.5 ) / input.height -0.5 ) * ( \\[value global_math.hratio] * abs( \\[value parent.drange_far] ) * ( img_dot.height / img_dot.width ) ) * 1 / \\[value format.pixel_aspect]\"\n temp_name2 zpos\n temp_expr2 \"-\\[value parent.drange_far]\"\n expr0 \"( xpos * \\[value fb_data.world_matrix.0] + ypos * \\[value fb_data.world_matrix.1] ) * \\[value fb_data.win_scale.u] + ( \\[value global_math.hratio] * abs(zpos) * \\[value fb_data.win_translate.u] / 2 )\"\n expr1 \"( xpos * \\[value fb_data.world_matrix.4] + ypos * \\[value fb_data.world_matrix.5] ) * \\[value fb_data.win_scale.v] + ( \\[value global_math.hratio] * abs(zpos) * \\[value fb_data.win_translate.v] / 2 )\"\n expr2 zpos\n name Expression8\n xpos 1542\n ypos 845\n }\n ColorMatrix {\n matrix {\n {{cam_data.world_matrix.0} {cam_data.world_matrix.1} {cam_data.world_matrix.2}}\n {{cam_data.world_matrix.4} {cam_data.world_matrix.5} {cam_data.world_matrix.6}}\n {{cam_data.world_matrix.8} {cam_data.world_matrix.9} {cam_data.world_matrix.10}}\n }\n name ColorMatrix1\n xpos 1542\n ypos 970\n }\n Add {\n channels rgb\n value {{cam_data.world_matrix.3} {cam_data.world_matrix.7} {cam_data.world_matrix.11} 0}\n name Add1\n xpos 1542\n ypos 1052\n }\n Crop {\n box {{store.fregion} {store.fregion} {store.fregion} {store.fregion}}\n reformat true\n crop false\n name Crop1\n xpos 1542\n ypos 1476\n disable {{!parent.use_focus_region}}\n }\n Dot {\n name Dot4\n xpos 1576\n ypos 2402\n }\npush $N3ea9cf00\n Crop {\n box {{store.fregion} {store.fregion} {store.fregion} {store.fregion}}\n reformat true\n crop false\n name Crop4\n selected true\n xpos 724\n ypos 1714\n disable {{!parent.use_focus_region}}\n }\n Unpremult {\n name Unpremult3\n xpos 724\n ypos 1851\n }\n Expression {\n temp_name0 nx\n temp_expr0 red\n temp_name1 ny\n temp_expr1 green\n temp_name2 nz\n temp_expr2 blue\n expr0 \"( nx * \\[value cam_data.world_matrix.0] + ny * \\[value cam_data.world_matrix.1] + nz * \\[value cam_data.world_matrix.2] ) + \\[value cam_data.world_matrix.3]\"\n expr1 \"( nx * \\[value cam_data.world_matrix.4] + ny * \\[value cam_data.world_matrix.5] + nz * \\[value cam_data.world_matrix.6] ) + \\[value cam_data.world_matrix.7]\"\n expr2 \"( nx * \\[value cam_data.world_matrix.8] + ny * \\[value cam_data.world_matrix.9] + nz * \\[value cam_data.world_matrix.10] ) + \\[value cam_data.world_matrix.11]\"\n name Expression4\n label \"position revert\"\n xpos 724\n ypos 1933\n }\n Premult {\n name Premult2\n xpos 724\n ypos 2027\n }\n Merge2 {\n inputs 2\n operation under\n name Merge1\n xpos 724\n ypos 2398\n }\n Card {\n inputs 0\n image_aspect false\n rows {{\"img_dot.height * parent.lod\"}}\n columns {{\"img_dot.width * parent.lod\"}}\n name ssmesh\n xpos 343\n ypos 2317\n }\n DisplaceGeo {\n inputs 2\n source \"rgb absolute\"\n scale 1\n filter_size 1\n name DisplaceGeo\n xpos 343\n ypos 2399\n }\n FrameHold {\n first_frame {{parent.uv_ref_frame}}\n name FrameHold\n xpos 343\n ypos 2479\n disable {{!parent.uv_stabilize}}\n }\n ApplyMaterial {\n inputs 2\n name ApplyMaterial1\n xpos -100\n ypos 2483\n }\n Scene {\n display {{parent.display}}\n name gl_scene\n xpos -90\n ypos 3072\n }\nset N3eb93730 [stack 0]\n WriteGeo {\n file_type abc\n name WriteGeo\n xpos 120\n ypos 3093\n }\n Axis {\n inputs 0\n display off\n selectable false\n translate {{\"( global_math.pt2.x * cam_data.world_matrix.0(parent.fregion_ref_frame) + global_math.pt2.y * cam_data.world_matrix.1(parent.fregion_ref_frame) + global_math.pt2.z * cam_data.world_matrix.2(parent.fregion_ref_frame) ) + cam_data.world_matrix.3(parent.fregion_ref_frame)\"} {\"( global_math.pt2.x * cam_data.world_matrix.4(parent.fregion_ref_frame) + global_math.pt2.y * cam_data.world_matrix.5(parent.fregion_ref_frame) + global_math.pt2.z * cam_data.world_matrix.6(parent.fregion_ref_frame) ) + cam_data.world_matrix.7(parent.fregion_ref_frame)\"} {\"( global_math.pt2.x * cam_data.world_matrix.8(parent.fregion_ref_frame) + global_math.pt2.y * cam_data.world_matrix.9(parent.fregion_ref_frame) + global_math.pt2.z * cam_data.world_matrix.10(parent.fregion_ref_frame) ) + cam_data.world_matrix.11(parent.fregion_ref_frame)\"}}\n name right_pt\n xpos -600\n ypos 3218\n }\n CheckerBoard2 {\n inputs 0\n format \"256 256 0 0 256 256 1 square_256\"\n name CheckerBoard1\n xpos -789\n ypos 2694\n }\n Multiply {\n channels rgb\n value {{parent.crop_point_color.r} {parent.crop_point_color.g} {parent.crop_point_color.b} 1}\n name Multiply\n xpos -789\n ypos 2822\n }\n Clamp {\n channels rgba\n name Clamp1\n xpos -789\n ypos 2905\n }\n Sphere {\n selectable false\n cast_shadow false\n receive_shadow false\n rows 10\n columns 10\n uniform_scale {{parent.crop_point_scale}}\n name Sphere1\n xpos -789\n ypos 2987\n disable {{!show_crop}}\n }\n Dot {\n name Dot24\n xpos -755\n ypos 3065\n }\nset N3a702900 [stack 0]\n Dot {\n name Dot25\n xpos -456\n ypos 3065\n }\n TransformGeo {\n inputs 2\n selectable false\n name TransformGeo2\n xpos -490\n ypos 3238\n }\n Axis {\n inputs 0\n display off\n selectable false\n translate {{\"( global_math.pt1.x * cam_data.world_matrix.0(parent.fregion_ref_frame) + global_math.pt1.y * cam_data.world_matrix.1(parent.fregion_ref_frame) + global_math.pt1.z * cam_data.world_matrix.2(parent.fregion_ref_frame) ) + cam_data.world_matrix.3(parent.fregion_ref_frame)\"} {\"( global_math.pt1.x * cam_data.world_matrix.4(parent.fregion_ref_frame) + global_math.pt1.y * cam_data.world_matrix.5(parent.fregion_ref_frame) + global_math.pt1.z * cam_data.world_matrix.6(parent.fregion_ref_frame) ) + cam_data.world_matrix.7(parent.fregion_ref_frame)\"} {\"( global_math.pt1.x * cam_data.world_matrix.8(parent.fregion_ref_frame) + global_math.pt1.y * cam_data.world_matrix.9(parent.fregion_ref_frame) + global_math.pt1.z * cam_data.world_matrix.10(parent.fregion_ref_frame) ) + cam_data.world_matrix.11(parent.fregion_ref_frame)\"}}\n name left_pt\n xpos -899\n ypos 3220\n }\npush $N3a702900\n TransformGeo {\n inputs 2\n selectable false\n name TransformGeo1\n xpos -789\n ypos 3240\n }\n Scene {\n inputs 2\n selectable false\n name Scene1\n xpos -480\n ypos 3395\n }\n ApplyMaterial {\n display off\n selectable false\n render_mode off\n name material_switch\n xpos -490\n ypos 3523\n }\npush $N3eb93730\n Scene {\n inputs 2\n name Scene2\n xpos -90\n ypos 3502\n }\n Output {\n name Output1\n xpos -100\n ypos 4030\n }\n Group {\n inputs 0\n name inverseMatrix\n tile_color 0x337f4cff\n xpos 576\n ypos 780\n addUserKnob {20 tab_general l General}\n addUserKnob {1 knob_path}\n knob_path cam_data.world_matrix\n addUserKnob {26 \"\"}\n addUserKnob {41 id T id_assign.matrix}\n addUserKnob {26 \"\"}\n addUserKnob {7 determinant}\n determinant {{\"\\[value \\[value knob_path].\\[value id.0]] * ((\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.8]]) - (\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.7]])) - \\[value \\[value knob_path].\\[value id.1]] * ((\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.8]]) - (\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.6]])) + \\[value \\[value knob_path].\\[value id.2]] * ((\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.7]])-(\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.6]]))\"}}\n addUserKnob {26 \"\"}\n addUserKnob {41 cofactor T mtx_cofactor.matrix}\n addUserKnob {26 \"\"}\n addUserKnob {41 invMatrix T matrix_output.matrix}\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T 1.0}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2011-11-28}\n addUserKnob {26 l_CHANGELOG l Changelog T \"v1.0\\n- reveal the calculate output of \\n inverse matrix which is c44matrix\\n and colormatrix doesn't show\\n \"}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n }\n Matrix {\n inputs 0\n matrix {\n {0 1 2}\n {4 5 6}\n {8 9 10}\n }\n name id_assign\n xpos -12\n ypos 33\n }\n Matrix {\n inputs 0\n matrix {\n {{\"(\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.8]]) - (\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.7]])\"} {\"(\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.2]]) - (\\[value \\[value knob_path].\\[value id.8]]*\\[value \\[value knob_path].\\[value id.1]])\"} {\"(\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.5]]) - (\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.4]])\"}}\n {{\"(\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.6]]) - (\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.8]])\"} {\"(\\[value \\[value knob_path].\\[value id.8]]*\\[value \\[value knob_path].\\[value id.0]]) - (\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.2]])\"} {\"(\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.3]]) - (\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.5]])\"}}\n {{\"(\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.7]]) - (\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.6]])\"} {\"(\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.1]]) - (\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.0]])\"} {\"(\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.4]]) - (\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.3]])\"}}\n }\n name mtx_cofactor\n xpos 86\n ypos 32\n }\n Matrix {\n inputs 0\n matrix {\n {{\"cofactor.0 == 0 || determinant == 0 ? 0 : cofactor.0/determinant\"} {\"cofactor.1 == 0 || determinant == 0 ? 0 : cofactor.1/determinant\"} {\"cofactor.2 == 0 || determinant == 0 ? 0 : cofactor.2/determinant\"}}\n {{\"cofactor.3 == 0 || determinant == 0 ? 0 : cofactor.3/determinant\"} {\"cofactor.4 == 0 || determinant == 0 ? 0 : cofactor.4/determinant\"} {\"cofactor.5 == 0 || determinant == 0 ? 0 : cofactor.5/determinant\"}}\n {{\"cofactor.6 == 0 || determinant == 0 ? 0 : cofactor.6/determinant\"} {\"cofactor.7 == 0 || determinant == 0 ? 0 : cofactor.7/determinant\"} {\"cofactor.8 == 0 || determinant == 0 ? 0 : cofactor.8/determinant\"}}\n }\n name matrix_output\n xpos 186\n ypos 33\n }\n end_group\n Camera {\n inputs 0\n rotate {0 0 {-parent.cam_winroll}}\n win_translate {{parent.cam_win_translate} {parent.cam_win_translate}}\n win_scale {{parent.cam_win_scale} {parent.cam_win_scale}}\n name fb_data\n xpos -340\n ypos 2087\n }\n NoOp {\n inputs 0\n name store\n xpos -843\n ypos 28\n addUserKnob {20 User}\n addUserKnob {22 fn T \"### level define ###\\n\\ndef getLevel() :\\n\\tif len(nuke.thisNode().fullName().split('.')) == 1 :\\n\\t\\tggLevel = nuke.root()\\n\\telse :\\n\\t\\tnodePath = nuke.thisNode().fullName().split('.')\\n\\t\\tnodePath.pop()\\n\\t\\tggLevel = nuke.toNode('.'.join(nodePath))\\n\\treturn ggLevel\\n\\n### sample z in 2D ###\\n\\ndef sample2d() :\\n\\tthisGRP = nuke.thisGroup()\\n\\tif thisGRP\\['sample_z_status'].value() == '\\[ ON ]' :\\n\\t\\tsam_co = thisGRP\\['sample_point'].getValue()\\n\\t\\tzdata = nuke.toNode('sam_dot').sample('blue', sam_co\\[0], sam_co\\[1]) * -1\\n\\t\\tthisGRP\\['fregion_define_z'].setValue( zdata )\" +STARTLINE}\n addUserKnob {15 fregion}\n fregion {{parent.focus_region} {parent.focus_region} {parent.focus_region} {parent.focus_region}}\n }\n NoOp {\n inputs 0\n name global_math\n xpos -842\n ypos -43\n addUserKnob {20 User}\n addUserKnob {7 hratio}\n hratio {{\"cam_data.haperture / cam_data.focal\"}}\n addUserKnob {7 maxwidth}\n maxwidth {{\"hratio * parent.fregion_define_z\"}}\n addUserKnob {7 maxheight}\n maxheight {{\"hratio * parent.fregion_define_z * ( img_dot.height / img_dot.width )\"}}\n addUserKnob {13 pt1}\n pt1 {{\"( ( ( maxwidth * ( parent.focus_region.x(parent.fregion_ref_frame) / img_dot.width) ) - ( maxwidth / 2 ) ) * fb_data.world_matrix.0 + ( ( ( maxheight * ( parent.focus_region.y(parent.fregion_ref_frame) / img_dot.height ) ) - ( maxheight / 2 ) ) * 1 / \\[value root.format.pixel_aspect] ) * fb_data.world_matrix.1 ) * fb_data.win_scale.u + ( hratio * abs(parent.fregion_define_z) * fb_data.win_translate.u /2 )\"} {\"( ( ( maxwidth * ( parent.focus_region.x(parent.fregion_ref_frame) / img_dot.width) ) - ( maxwidth / 2 ) ) * fb_data.world_matrix.4 + \\n( ( ( maxheight * ( parent.focus_region.y(parent.fregion_ref_frame) / img_dot.height ) ) - ( maxheight / 2 ) ) * 1 / \\[value root.format.pixel_aspect] ) * fb_data.world_matrix.5 ) * fb_data.win_scale.v + ( hratio * abs(parent.fregion_define_z) * fb_data.win_translate.v /2 )\"} {-parent.fregion_define_z}}\n addUserKnob {13 pt2}\n pt2 {{\"( ( ( maxwidth * ( parent.focus_region.r(parent.fregion_ref_frame) / img_dot.width) ) - ( maxwidth / 2 ) ) * fb_data.world_matrix.0 + ( ( ( maxheight * ( parent.focus_region.t(parent.fregion_ref_frame) / img_dot.height ) ) - ( maxheight / 2 ) ) * 1 / \\[value root.format.pixel_aspect] ) * fb_data.world_matrix.1 ) * fb_data.win_scale.u + ( hratio * abs(parent.fregion_define_z) * fb_data.win_translate.u /2 )\"} {\"( ( ( maxwidth * ( parent.focus_region.r(parent.fregion_ref_frame) / img_dot.width) ) - ( maxwidth / 2 ) ) * fb_data.world_matrix.4 + ( ( ( maxheight * ( parent.focus_region.t(parent.fregion_ref_frame) / img_dot.height ) ) - ( maxheight / 2 ) ) * 1 / \\[value root.format.pixel_aspect] ) * fb_data.world_matrix.5 ) * fb_data.win_scale.v + ( hratio * abs(parent.fregion_define_z) * fb_data.win_translate.v /2 )\"} {-parent.fregion_define_z}}\n }\nend_group\nDot {\n name Dot20\n xpos 343\n ypos 2212\n}\nset N82dad460 [stack 0]\npush 0\nScanlineRender {\n inputs 2\n conservative_shader_sampling false\n projection_mode uv\n motion_vectors_type off\n MB_channel none\n name ScanlineRender3\n xpos 453\n ypos 2209\n}\nFrameHold {\n first_frame 64\n name FrameHold2\n xpos 452\n ypos 2278\n}\nMerge2 {\n inputs 2\n name Merge1\n xpos 452\n ypos 2555\n}\nShuffleCopy {\n inputs 2\n in alpha\n red red\n out mask\n name ShuffleCopy3\n xpos 452\n ypos 2635\n}\npush $N82dad460\nFrameHold {\n first_frame 64\n name FrameHold4\n xpos 309\n ypos 2271\n}\nDot {\n name Dot19\n xpos 342\n ypos 2721\n}\nApplyMaterial {\n inputs 2\n name ApplyMaterial2\n xpos 452\n ypos 2718\n}\nReformat {\n inputs 0\n type \"to box\"\n box_width 1280\n box_height 720\n box_fixed true\n name Reformat2\n xpos 580\n ypos 2786\n}\nScanlineRender {\n inputs 3\n conservative_shader_sampling false\n motion_vectors_type off\n MB_channel none\n name ScanlineRender4\n xpos 452\n ypos 2786\n}\nPremult {\n channels rgba\n alpha mask.a\n name Premult2\n xpos 452\n ypos 2866\n}\nDot {\n name Dot13\n xpos 486\n ypos 2954\n}\npush $N82d2c920\nMerge2 {\n inputs 2\n name Merge2\n xpos 903\n ypos 2951\n}\nDot {\n name Dot16\n xpos 937\n ypos 3143\n}\nStickyNote {\n inputs 0\n name StickyNote1\n label \"view here to :\\nanimated the crop in SSMesh's focus region\\nor\\nset crop & sample z in SSMesh's focus region\"\n note_font_size 24\n xpos -690\n ypos 3796\n}\nStickyNote {\n inputs 0\n name StickyNote2\n label \"check 3D crop preview in 2D or 3D here after SSMesh\"\n note_font_size 24\n xpos -705\n ypos 4294\n}\nCamera2 {\n inputs 0\n translate {{curve x1 33 x100 62.93263245} {curve x1 26.39999962 x100 34.79999924} {curve x1 34.59999847 x100 11.96562004}}\n rotate {{curve x1 0 x100 -15.51148426} {curve x1 0 x100 46.58225214} {curve x1 0 x100 0.5831401536}}\n focal 30\n name Camera10\n xpos -1029\n ypos 4184\n}\nDot {\n name Dot22\n xpos -901\n ypos 4208\n}\nset N82f0ce40 [stack 0]\nDot {\n name Dot23\n xpos -901\n ypos 4309\n}\npush $N82f0ce40\nGroup {\n inputs 0\n name Group1\n xpos -831\n ypos 3829\n postage_stamp true\n}\n Camera2 {\n inputs 0\n translate {{curve x1 33 x100 62.93263245} {curve x1 26.39999962 x100 34.79999924} {curve x1 34.59999847 x100 11.96562004}}\n rotate {{curve x1 0 x100 -15.51148426} {curve x1 0 x100 46.58225214} {curve x1 0 x100 0.5831401536}}\n focal 30\n name Camera1\n xpos 425\n ypos -536\n }\n Axis2 {\n inputs 0\n translate {37.5 26.25 0}\n name Axis1\n xpos 430\n ypos -734\n }\n Axis {\n inputs 0\n display off\n selectable false\n translate {2.679637267 -1.884568013 5.423575904}\n pivot {-2.679637267 1.884568013 -5.423575904}\n name GG_Axis984_0009\n xpos 2805\n ypos -1508\n }\n CheckerBoard2 {\n inputs 0\n format \"512 512 0 0 512 512 1 square_512\"\n name CheckerBoard1\n xpos 600\n ypos -1983\n }\n Shuffle {\n green black\n blue black\n name Shuffle1\n xpos 600\n ypos -1820\n }\n HueShift {\n hue_rotation {{frame*10}}\n name HueShift1\n xpos 600\n ypos -1740\n }\n Dot {\n name dot_spacer01_984\n xpos 634\n ypos -1554\n }\nset N82f3f8c0 [stack 0]\n FrameHold {\n first_frame 1024\n name GG_Framehold984_0009\n xpos 1590\n ypos -1480\n }\n Clamp {\n name GG_Clamp984_0009\n xpos 1590\n ypos -1392\n }\n Sphere {\n name GG_Sphere984_0009\n xpos 1590\n ypos -1304\n }\n TransformGeo {\n inputs 2\n name GG_TransformGeo984_0009\n xpos 1590\n ypos -1093\n }\n Axis {\n inputs 0\n display off\n selectable false\n translate {-8.874522276 3.548102203 1.948912169}\n pivot {8.874522276 -3.548102203 -1.948912169}\n name GG_Axis984_0008\n xpos 2705\n ypos -1508\n }\npush $N82f3f8c0\n FrameHold {\n first_frame 1070\n name GG_Framehold984_0008\n xpos 1480\n ypos -1480\n }\n Clamp {\n name GG_Clamp984_0008\n xpos 1480\n ypos -1392\n }\n Sphere {\n name GG_Sphere984_0008\n xpos 1480\n ypos -1304\n }\n TransformGeo {\n inputs 2\n name GG_TransformGeo984_0008\n xpos 1480\n ypos -1093\n }\n Axis {\n inputs 0\n display off\n selectable false\n translate {6.313467354 -2.632137413 -1.309742931}\n pivot {-6.313467354 2.632137413 1.309742931}\n name GG_Axis984_0007\n xpos 2605\n ypos -1508\n }\npush $N82f3f8c0\n FrameHold {\n first_frame 1019\n name GG_Framehold984_0007\n xpos 1370\n ypos -1480\n }\n Clamp {\n name GG_Clamp984_0007\n xpos 1370\n ypos -1392\n }\n Sphere {\n name GG_Sphere984_0007\n xpos 1370\n ypos -1304\n }\n TransformGeo {\n inputs 2\n name GG_TransformGeo984_0007\n xpos 1370\n ypos -1093\n }\n Axis {\n inputs 0\n display off\n selectable false\n translate {-13.12676241 -0.4082311155 -1.952071942}\n pivot {13.12676241 0.4082311155 1.952071942}\n name GG_Axis984_0006\n xpos 2505\n ypos -1508\n }\npush $N82f3f8c0\n FrameHold {\n first_frame 1046\n name GG_Framehold984_0006\n xpos 1260\n ypos -1480\n }\n Clamp {\n name GG_Clamp984_0006\n xpos 1260\n ypos -1392\n }\n Sphere {\n name GG_Sphere984_0006\n xpos 1260\n ypos -1304\n }\n TransformGeo {\n inputs 2\n name GG_TransformGeo984_0006\n xpos 1260\n ypos -1093\n }\n Axis {\n inputs 0\n display off\n selectable false\n translate {-6.206141649 -1.363666429 2.6093192}\n pivot {6.206141649 1.363666429 -2.6093192}\n name GG_Axis984_0005\n xpos 2405\n ypos -1508\n }\npush $N82f3f8c0\n FrameHold {\n first_frame 1010\n name GG_Framehold984_0005\n xpos 1150\n ypos -1480\n }\n Clamp {\n name GG_Clamp984_0005\n xpos 1150\n ypos -1392\n }\n Sphere {\n name GG_Sphere984_0005\n xpos 1150\n ypos -1304\n }\n TransformGeo {\n inputs 2\n name GG_TransformGeo984_0005\n xpos 1150\n ypos -1093\n }\n Axis {\n inputs 0\n display off\n selectable false\n translate {3.576542504 2.684284256 2.047008002}\n pivot {-3.576542504 -2.684284256 -2.047008002}\n name GG_Axis984_0004\n xpos 2305\n ypos -1508\n }\npush $N82f3f8c0\n FrameHold {\n first_frame 1056\n name GG_Framehold984_0004\n xpos 1040\n ypos -1480\n }\n Clamp {\n name GG_Clamp984_0004\n xpos 1040\n ypos -1392\n }\n Sphere {\n name GG_Sphere984_0004\n xpos 1040\n ypos -1304\n }\n TransformGeo {\n inputs 2\n name GG_TransformGeo984_0004\n xpos 1040\n ypos -1093\n }\n Axis {\n inputs 0\n display off\n selectable false\n translate {6.259842546 1.604622218 -1.604947836}\n pivot {-6.259842546 -1.604622218 1.604947836}\n name GG_Axis984_0003\n xpos 2205\n ypos -1508\n }\npush $N82f3f8c0\n FrameHold {\n first_frame 1086\n name GG_Framehold984_0003\n xpos 930\n ypos -1480\n }\n Clamp {\n name GG_Clamp984_0003\n xpos 930\n ypos -1392\n }\n Sphere {\n name GG_Sphere984_0003\n xpos 930\n ypos -1304\n }\n TransformGeo {\n inputs 2\n name GG_TransformGeo984_0003\n xpos 930\n ypos -1093\n }\n Axis {\n inputs 0\n display off\n selectable false\n translate {-1.711193772 1.393878945 0.5224952546}\n pivot {1.711193772 -1.393878945 -0.5224952546}\n name GG_Axis984_0002\n xpos 2105\n ypos -1508\n }\npush $N82f3f8c0\n FrameHold {\n first_frame 1074\n name GG_Framehold984_0002\n xpos 820\n ypos -1480\n }\n Clamp {\n name GG_Clamp984_0002\n xpos 820\n ypos -1392\n }\n Sphere {\n name GG_Sphere984_0002\n xpos 820\n ypos -1304\n }\n TransformGeo {\n inputs 2\n name GG_TransformGeo984_0002\n xpos 820\n ypos -1093\n }\n Axis {\n inputs 0\n display off\n translate {-0.5500000119 -2.650000095 0.1599481702}\n pivot {-0.6229833555 0.8497041464 -0.1599481756}\n name GG_Axis984_0001\n xpos 1998\n ypos -1514\n }\npush $N82f3f8c0\n FrameHold {\n first_frame 1051\n name GG_Framehold984_0001\n xpos 710\n ypos -1480\n }\n Clamp {\n name GG_Clamp984_0001\n xpos 710\n ypos -1392\n }\n Sphere {\n name GG_Sphere984_0001\n xpos 710\n ypos -1304\n }\n TransformGeo {\n inputs 2\n name GG_TransformGeo984_0001\n xpos 710\n ypos -1093\n }\n Axis {\n inputs 0\n display off\n selectable false\n name GG_Axis984_0000\n xpos 1902\n ypos -1505\n }\npush $N82f3f8c0\n FrameHold {\n first_frame 1019\n name GG_Framehold984_0000\n xpos 600\n ypos -1480\n }\n Clamp {\n name GG_Clamp984_0000\n xpos 600\n ypos -1392\n }\n Sphere {\n name GG_Sphere984_0000\n xpos 600\n ypos -1304\n }\n TransformGeo {\n inputs 2\n name GG_TransformGeo984_0000\n xpos 600\n ypos -1093\n }\n MergeGeo {\n inputs 10\n display textured\n name GG_MergeGeo_984\n xpos 600\n ypos -793\n }\n TransformGeo {\n inputs 2\n name TransformGeo1\n xpos 600\n ypos -713\n }\n Reformat {\n inputs 0\n type \"to box\"\n box_width 1280\n box_height 720\n box_fixed true\n name Reformat1\n xpos 747\n ypos -515\n }\n ScanlineRender {\n inputs 3\n conservative_shader_sampling false\n motion_vectors_type off\n MB_channel none\n output_shader_vectors true\n P_channel pworld\n name ScanlineRender1\n xpos 600\n ypos -515\n }\n Output {\n name Output1\n xpos 600\n ypos -415\n }\nend_group\nGroup {\n name SSMesh7\n tile_color 0x5c9e83ff\n label \"Geo Output\"\n xpos -831\n ypos 4024\n addUserKnob {20 tab_general l General}\n addUserKnob {22 set_link l \"link to selected camera\" t \"Click to link selected camera by expression. This tool will get the focal, haperture and world matrix from selected camera to generate\" T \"def getLevel() :\\n\\t### level define ###\\n\\tif len(nuke.thisNode().fullName().split('.')) == 1 :\\n\\t\\t ggLevel = nuke.root()\\n\\telse :\\n\\t\\t nodePath = nuke.thisNode().fullName().split('.')\\n\\t\\t nodePath.pop()\\n\\t\\t ggLevel = nuke.toNode('.'.join(nodePath))\\n\\treturn ggLevel\\n\\nroot = getLevel()\\nthisGRP = nuke.thisGroup()\\n\\nmainKnobs = \\['world_matrix','cam_focal','cam_haperture','cam_win_translate','cam_win_scale','cam_winroll']\\ndefaultKnobs = \\{\\n\\t\\t\\t'world matrix' : 'world_matrix',\\n\\t\\t\\t'focal length' : 'focal',\\n\\t\\t\\t'horiz aperture' : 'haperture',\\n\\t\\t\\t'window translate' : 'win_translate',\\n\\t\\t\\t'window scale' : 'win_scale',\\n\\t\\t\\t'window roll' : 'winroll'\\n\\t\\t\\t\\}\\nselNodeKnobs = \\[]\\nmissingKnob = \\[]\\n\\ntry :\\n\\twith root :\\n\\t\\tselNode = nuke.selectedNode()\\n\\n\\tfor knob in selNode.knobs() :\\n\\t\\tselNodeKnobs.append( knob )\\n\\n\\tselNodeKnobs.sort()\\n\\n\\tfor key,value in defaultKnobs.items() :\\n\\t\\tif value not in selNodeKnobs :\\n\\t\\t\\tmissingKnob.append( key )\\n\\n\\tif not len(missingKnob) :\\n\\t\\twith root :\\n\\t\\t\\tCAMnode = selNode.name()\\n\\t\\t\\tthisGRP\\[mainKnobs\\[0]].setExpression('\\{0\\}.world_matrix'.format(CAMnode))\\n\\t\\t\\tthisGRP\\[mainKnobs\\[1]].setExpression('\\{0\\}.focal'.format(CAMnode))\\n\\t\\t\\tthisGRP\\[mainKnobs\\[2]].setExpression('\\{0\\}.haperture'.format(CAMnode))\\n\\t\\t\\tthisGRP\\[mainKnobs\\[3]].setExpression('\\{0\\}.win_translate'.format(CAMnode))\\n\\t\\t\\tthisGRP\\[mainKnobs\\[4]].setExpression('\\{0\\}.win_scale'.format(CAMnode))\\n\\t\\t\\tthisGRP\\[mainKnobs\\[5]].setExpression('\\{0\\}.winroll'.format(CAMnode))\\n\\telse :\\n\\t\\tp = nuke.Panel('Select knobs :')\\n\\t\\tp.addBooleanCheckBox( 'Unable to find the default knobs. Please use the pulldown menu below to define the knob manually.' , False)\\n\\t\\tfor rk in missingKnob :\\n\\t\\t\\tp.addEnumerationPulldown( rk, ' '.join( selNodeKnobs ) )\\n\\n\\t\\tif p.show() :\\n\\t\\t\\ttry :\\n\\t\\t\\t\\tfor key,value in defaultKnobs.items() :\\n\\t\\t\\t\\t\\tif p.value( key ) != None :\\n\\t\\t\\t\\t\\t\\tdefaultKnobs\\[key] = p.value( key )\\n\\t\\t\\texcept :\\n\\t\\t\\t\\tpass\\n\\n\\t\\t\\twith root :\\n\\t\\t\\t\\tCAMnode = selNode.name()\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[0]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['world matrix']))\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[1]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['focal length']))\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[2]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['horiz aperture']))\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[3]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['window translate']))\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[4]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['window scale']))\\n\\t\\t\\t\\tthisGRP\\[mainKnobs\\[5]].setExpression('\\{0\\}.\\{1\\}'.format(CAMnode, defaultKnobs\\['window roll']))\\nexcept :\\n\\tnuke.message('no node selected.')\" +STARTLINE}\n addUserKnob {22 remove_link l \"remove linked expression\" t \"Remove the linked camera expression but won't reset any data.\" -STARTLINE T \"thisGRP = nuke.thisGroup()\\nmainKnobs = \\['world_matrix','cam_focal','cam_haperture','cam_win_translate','cam_win_scale','cam_winroll']\\n\\nfor knob in thisGRP.knobs() :\\n\\tif mainKnobs.count(knob) != 0 :\\n\\t\\t thisGRP\\[knob].clearAnimated()\"}\n addUserKnob {20 cam_data_grp l \"CAMERA DATA\" n 1}\n cam_data_grp 0\n addUserKnob {7 cam_focal l \"focal length\" R 5 100}\n cam_focal {{Camera10.focal}}\n addUserKnob {7 cam_haperture l \"horiz aperture\" R 0.1 50}\n cam_haperture {{Camera10.haperture}}\n addUserKnob {30 cam_win_translate l \"window translate\"}\n cam_win_translate {{Camera10.win_translate} {Camera10.win_translate}}\n addUserKnob {30 cam_win_scale l \"window scale\"}\n cam_win_scale {{Camera10.win_scale} {Camera10.win_scale}}\n addUserKnob {7 cam_winroll l \"window roll\" R -45 45}\n cam_winroll {{Camera10.winroll}}\n addUserKnob {41 world_matrix l \"world matrix\" T cam_data.matrix}\n addUserKnob {20 endGroup_1 l endGroup n -1}\n addUserKnob {26 spacer_5 l \"\" +STARTLINE T
    }\n addUserKnob {26 title_basic l \"BASIC SETTING\"}\n addUserKnob {4 display l \"3D display\" t \"How to draw in 3D preview. The viewer can override this setting.\" M {off wireframe soild solid+wireframe textured textured+wireframe \"\" \"\" \"\"}}\n display textured\n addUserKnob {4 data_type l \"data type\" t \"data type\\nUsing one of these data to convert into 3D mesh.\\n\\nPosition\\nSupported world space or camera space position data.\\n\\nDepth (normalized far=0)\\nNormalized depth data, which is same as depth data output by ScanlineRender.\\n\\nDeep / Depth (direct)\\nRaw camera depth data. If using deep, need to convert DeepToImage first, and selected deep channel on 'channels' knob.\" M {\"position (world space)\" \"position (camera space)\" \"depth (normalized far=0)\" \"deep / depth (direct)\" \"\" \"\" \"\"}}\n addUserKnob {41 channels t \"Select which channel represented on selected data type.\" T shuffle_data.in}\n addUserKnob {6 unpm l unpremult t \"3D data pass should be unpremult with alpha before process.\" -STARTLINE}\n unpm true\n addUserKnob {26 spacer_4 l \"\" +STARTLINE T
    }\n addUserKnob {7 lod l \"mesh LOD\" t \"Level of Details\\n\\nIf this value set to 1.0, subdivision of the mesh 1:1 to the data available in the resolution. Which mean 1 face of the mesh equal to 1 pixel.\\n\\nIf this value set to 1.0, it will slow down the render process.\\n\\nHighly recommend to use 0.1 - 0.5 if high resolution mesh details is not concern.\"}\n lod 0.5\n addUserKnob {41 filter_size l \"filter size\" T DisplaceGeo.filter_size}\n addUserKnob {41 filter T DisplaceGeo.filter}\n addUserKnob {26 spacer_2 l \"\" +STARTLINE T
    }\n addUserKnob {26 title_drange l \"\" +STARTLINE T \"distance range\"}\n addUserKnob {7 drange_near l near t \"clip the mesh in the min value in terms of depth.\" R 0 10000}\n addUserKnob {7 drange_far l far t \"clip the mesh in the max value in terms of depth.\" R 0 10000}\n drange_far 40\n addUserKnob {6 clip_color l \"distance clip on color\" t \"Apply the distance clip on colored texture.\" +STARTLINE}\n clip_color true\n addUserKnob {26 spacer_3 l \"\" +STARTLINE T
    }\n addUserKnob {26 title_export l EXPORT}\n addUserKnob {41 file t \"only support *.abc file extension (alembric) .\" T WriteGeo.file}\n addUserKnob {22 export_geo l \"Export Geo\" T \"def exportGeo() :\\n\\twgeo = nuke.toNode('WriteGeo')\\n\\twgeo\\['Execute'].execute()\\n\\nthisGRP = nuke.thisGroup()\\nfilepath = thisGRP\\['file'].getValue()\\n\\nif not len(filepath) :\\n\\tnuke.message('file path is empty. Process denied.')\\nelif not filepath.split('.')\\[-1:]\\[0].lower() == 'abc' :\\n\\tif nuke.ask('File extension invalue. Only support render *.abc . Do you want this tool to fix it and process ?') :\\n\\t\\tthisGRP\\['file'].setValue( thisGRP\\['file'].getValue() + '.abc' )\\n\\t\\texportGeo()\\nelse :\\n\\texportGeo()\" +STARTLINE}\n addUserKnob {22 import_geo l \"Import Geo\" -STARTLINE T \"prefx = nuke.toNode('preferences')\\['GridWidth'].value()\\nthisGRP = nuke.thisGroup()\\ngoStore = nuke.toNode('store')\\ngoStore\\['fn'].execute()\\n\\nroot = getLevel()\\n\\nwith root :\\n\\trgeo = nuke.nodes.ReadGeo2( file=thisGRP\\['file'].getValue() )\\n\\trgeo.setXYpos( int( thisGRP\\['xpos'].getValue() + prefx ) , int( thisGRP\\['ypos'].getValue() ) )\"}\n addUserKnob {20 tab_misc l Miscellaneous}\n addUserKnob {26 title_focus_region l \"FOCUS REGION\"}\n addUserKnob {41 use_focus_region l \"use focus region\" t \"use focus region to generate SSMesh in specific area. Save resources and possible to work with high LOD mesh.\" T menu2.use_focus_region}\n addUserKnob {15 focus_region l \"focus region\" t \"Set focus region in screen space. These values are 2D coordinate.\"}\n focus_region {{curve x1 233.5207062 497.8091125 494.2871094 490.5583496 486.6227112 482.4801941 478.1316223 473.5766907 468.8161316 463.8508301 458.6824646 453.3103333 447.7382507 441.9660339 435.9968567 429.8322449 423.4750671 416.9274902 410.1922913 403.2732849 396.1737671 388.8970032 381.447998 373.8299866 366.0475769 358.1063843 350.0110779 341.7667236 333.3794861 324.854187 316.1987 307.4177246 298.5187073 289.5086365 280.3937378 271.182312 261.8818359 252.4991913 243.0432434 233.5207062 223.9414215 214.3127136 204.6440887 194.9425507 185.2186279 175.4802246 165.7357635 155.9950867 146.2666626 136.5593872 126.8825073 117.2451859 107.6561279 98.12382507 88.65762329 79.26589203 69.95688629 60.73909378 51.62180328 42.61193466 33.71819687 24.9479351 16.30883789 7.808671951 -0.5459617376 -8.74853611 -16.79135513 -24.66836739 -32.37460327 -39.90288162 -47.24801636 -54.40490723 -61.36901093 -68.13480377 -74.69895935 -81.05633545 -87.20454407 -93.13911438 -98.85650635 -104.3555374 -109.6317444 -114.6851883 -119.5113983 -124.1103897 -128.480423 -132.6210938 -136.5300446 -140.2077789 -143.6538849 -146.8681793 -149.8506775 -152.6027069 -155.123764 -157.4156494 -159.4779816 -161.3143463 -162.9235687 -164.3097229 -165.4726562 -166.4156647} {curve x1 157.4579773 214.1690063 213.2086792 212.1981964 211.1391754 210.0319061 208.8781433 207.6791077 206.4360809 205.1501007 203.82341 202.4568634 201.0526886 199.6125793 198.1383514 196.6322174 195.0958099 193.5317688 191.9420624 190.3292542 188.6951599 187.0426941 185.3750763 183.6937408 182.0026703 180.303833 178.6006622 176.8956146 175.1918335 173.4927673 171.8010559 170.1205902 168.4539642 166.8043671 165.1757507 163.5709686 161.9935608 160.4465332 158.9336548 157.4579773 156.023468 154.6329651 153.2897186 151.9969788 150.758667 149.5775299 148.4563141 147.3991089 146.408371 145.4872284 144.6382141 143.8647461 143.1698608 142.5553131 142.023819 141.5784149 141.220871 140.9538727 140.7787323 140.6987762 140.7147522 140.8284912 141.041687 141.3562775 141.7730255 142.2937469 142.9190521 143.6502533 144.4872284 145.4320679 146.4837036 147.6437683 148.9120483 150.2889557 151.773407 153.3664703 155.0676575 156.8766632 158.7926178 160.815033 162.9429016 165.1763611 167.5137024 169.9541779 172.4965057 175.1397552 177.8824921 180.7233276 183.661087 186.693924 189.8207245 193.0394592 196.3488007 199.7467194 203.2320709 206.8022766 210.4560699 214.1911774 218.0061188 221.8986664} {curve x1 407.3132629 632.9698486 630.8667603 628.5549316 626.0327759 623.298645 620.3521118 617.1916504 613.8161621 610.2250366 606.418457 602.3939209 598.1537476 593.696228 589.0222168 584.1320801 579.0261841 573.7053833 568.1705322 562.423645 556.4656982 550.298584 543.9248047 537.3465576 530.565918 523.5864868 516.4117432 509.044281 501.4887695 493.7480164 485.8283691 477.7326355 469.4665833 461.0358276 452.4449463 443.7006226 434.809082 425.776001 416.6088257 407.3132629 397.8980103 388.3695374 378.7364807 369.005188 359.1854858 349.2848511 339.3110352 329.274231 319.1820679 309.0441284 298.8691711 288.6670837 278.4466553 268.217041 257.9882812 247.7691956 237.5692902 227.3978271 217.2652893 207.1797485 197.1512299 187.1884918 177.3011169 167.4981384 157.7879639 148.1790771 138.6807556 129.3011169 120.0474625 110.9286194 101.9519806 93.12505341 84.45433807 75.9477005 67.61076355 59.4508934 51.47251511 43.68294525 36.08748627 28.6897316 21.49653053 14.50977325 7.736446857 1.178515553 -5.159889221 -11.27678871 -17.16728783 -22.83028221 -28.26292801 -33.4636879 -38.43037415 -43.16260147 -47.65843582 -51.91768265 -55.93866348 -59.72333908 -63.26909256 -66.57868195 -69.65059662 -72.48701477} {curve x1 323.3641968 354.7592773 354.8156738 354.8145752 354.7564697 354.6416931 354.4703369 354.2427063 353.9594116 353.6203003 353.2267151 352.7784119 352.2769165 351.7224426 351.1160278 350.4587708 349.7514648 348.9953613 348.1914368 347.3412781 346.4457703 345.5065613 344.5258484 343.5041504 342.4444885 341.3478394 340.2164001 339.0519409 337.8566895 336.6329346 335.3825684 334.1089478 332.813446 331.4989624 330.1681519 328.8237305 327.4683228 326.1046753 324.7355957 323.3641968 321.9935608 320.6267395 319.2663574 317.9155884 316.5777893 315.2562561 313.9532776 312.6731567 311.4185791 310.1926575 308.9984131 307.8394165 306.7189636 305.6393738 304.6039734 303.6160889 302.6785889 301.7942505 300.9658813 300.1967163 299.4889526 298.8451843 298.2681274 297.760376 297.3241272 296.9620361 296.6756592 296.4677124 296.3391724 296.2930603 296.3299255 296.4519653 296.6607056 296.9576416 297.3430176 297.8189697 298.3862 299.0457153 299.7979126 300.6434631 301.5828247 302.6166687 303.7449951 304.9680176 306.2857666 307.6982422 309.2050171 310.8058777 312.5005493 314.2882385 316.1691284 318.1416016 320.2055664 322.3596497 324.6036072 326.93573 329.3555603 331.8613892 334.4525452 337.1275024}}\n addUserKnob {26 spacer_1 l \"\" +STARTLINE T
    }\n addUserKnob {3 fregion_ref_frame l \"ref frame\" t \"set reference frame for tracking focus region. 'focus region' & 'define z' will apply on this reference frame and process the tracking.\"}\n fregion_ref_frame 40\n addUserKnob {22 fregion_set_frame l \"set current frame\" t \"set current frame for focus region reference frame.\" -STARTLINE T \"nuke.thisGroup()\\['fregion_ref_frame'].setValue( nuke.frame() )\"}\n addUserKnob {12 sample_point l \"sample position\" t \"Toggle 'sample z' in 2D to enable this 2D sample coordinate.\" +DISABLED}\n addUserKnob {22 sample_z_toggle l \"sample z in 2D\" t \"'sample z' is only works for sample value purpose. After sample is done, must turn off sample function.\" -STARTLINE T \"thisGRP = nuke.thisGroup()\\nszstatus = thisGRP\\['sample_z_status'].value()\\n\\nstatus = \\['\\[ OFF ]','\\[ ON ]']\\n\\nif szstatus == status\\[0] :\\n\\tthisGRP\\['sample_z_status'].setValue( status\\[1] )\\n\\tthisGRP\\['sample_point'].setEnabled(True)\\n\\tthisGRP\\['updateUI'].setValue(\\\"goStore = nuke.toNode(\\\\'store\\\\')\\\\ngoStore\\[\\\\'fn\\\\'].execute()\\\\nsample2d()\\\")\\nelse :\\n\\tthisGRP\\['sample_z_status'].setValue( status\\[0] )\\n\\tthisGRP\\['sample_point'].setEnabled(False)\\n\\tthisGRP\\['updateUI'].setValue('')\"}\n addUserKnob {26 sample_z_status l \"\" -STARTLINE T \"\\[ OFF ]\"}\n addUserKnob {7 fregion_define_z l \"define z\" t \"Define the z value on reference frame. Can use 'sample z in 2D' to get this value.\" R 0 10000}\n fregion_define_z 26.2365181\n addUserKnob {22 track_focus_region l \"\\[ track focus region ]\" t \"Use the set focus region on reference frame to track with camera in 3D space.\\n\\n* project setting need to be same as image resolution to get the correct result.\" T \"rootST = int( nuke.root()\\['first_frame'].getValue() )\\nrootED = int( nuke.root()\\['last_frame'].getValue() )\\n\\ngetFrame = nuke.getFramesAndViews( 'frame range', str( rootST ) + '-' + str( rootED ) )\\n\\ntry :\\n\\tframeST = int( getFrame\\[0].replace( ' ' , '' ).split('-')\\[0] )\\n\\tframeED = int( getFrame\\[0].replace( ' ' , '' ).split('-')\\[1] )\\n\\n\\tthisGRP = nuke.thisGroup()\\n\\trefframe = int( thisGRP\\['fregion_ref_frame'].getValue() )\\n\\tcam = nuke.toNode('cam_data')\\n\\tpt1 = nuke.toNode('left_pt')\\['translate'].getValue()\\n\\tpt2 = nuke.toNode('right_pt')\\['translate'].getValue()\\n\\n\\tct_hack = nuke.nodes.CurveTool()\\n\\n\\twith nuke.root() :\\n\\n\\t\\tif frameED - frameST != 0 :\\n\\t\\t\\tthisGRP\\['focus_region'].clearAnimated()\\n\\t\\t\\ttempbuffer1 = thisGRP\\['focus_region'].getValue()\\n\\t\\t\\tthisGRP\\['focus_region'].setAnimated()\\n\\t\\t\\tthisGRP\\['focus_region'].setValueAt( tempbuffer1\\[0] , refframe , 0 )\\n\\t\\t\\tthisGRP\\['focus_region'].setValueAt( tempbuffer1\\[1] , refframe , 1 )\\n\\t\\t\\tthisGRP\\['focus_region'].setValueAt( tempbuffer1\\[2] , refframe , 2 )\\n\\t\\t\\tthisGRP\\['focus_region'].setValueAt( tempbuffer1\\[3] , refframe , 3 )\\n\\n\\t\\tfor trackframe in range( frameST, frameED+1 , 1 ) :\\n\\t\\t\\tnuke.execute( ct_hack, trackframe, trackframe )\\n\\t\\t\\tthisGRP\\['focus_region'].setValueAt( nukescripts.snap3d.projectPoint( cam, pt1 )\\[0] , trackframe , 0 )\\n\\t\\t\\tthisGRP\\['focus_region'].setValueAt( nukescripts.snap3d.projectPoint( cam, pt1 )\\[1] , trackframe , 1 )\\n\\t\\t\\tthisGRP\\['focus_region'].setValueAt( nukescripts.snap3d.projectPoint( cam, pt2 )\\[0] , trackframe , 2 )\\n\\t\\t\\tthisGRP\\['focus_region'].setValueAt( nukescripts.snap3d.projectPoint( cam, pt2 )\\[1] , trackframe , 3 )\\n\\n\\tnuke.delete( ct_hack )\\nexcept :\\n pass\" +STARTLINE}\n addUserKnob {26 spacer_6 l \"\" +STARTLINE T
    }\n addUserKnob {20 grp_crop_preview l \"3D crop preview\" n 1}\n grp_crop_preview 0\n addUserKnob {6 show_crop l \"show crop point\" t \"It will show 2 spheres for the crop in 3D space. They set in the place which is where you set the focus region in screen space and defined by z.\" +STARTLINE}\n addUserKnob {7 crop_point_scale l scale t \"Scale the preview crop points (spheres).\"}\n crop_point_scale 0.3\n addUserKnob {18 crop_point_color l color t \"change color of the crop points (spheres).\"}\n crop_point_color 1\n addUserKnob {6 crop_point_color_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 crop_point_color_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 crop_point_color_panelDropped_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 crop_point_color_panelDropped_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 crop_point_color_panelDropped_1_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 crop_point_color_panelDropped_1_1_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 crop_point_color_panelDropped_1_1_1_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 crop_point_color_panelDropped_1_1_1_1_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 crop_point_color_panelDropped_1_1_1_1_1_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 crop_point_color_panelDropped_1_1_1_1_1_1_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 crop_point_color_panelDropped_1_1_1_1_1_1_1_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {20 endGroup n -1}\n addUserKnob {26 spacer l \"\" +STARTLINE T
    }\n addUserKnob {26 title_uv l UV}\n addUserKnob {41 uv_stabilize l \"uv stabilize\" t \"Turn this on if you need to stabilize in UV space. During UV stabilize on, the geo will not be animated. Set reference frame under 'mesh ref frame'.\" T menu1.uv_stabilize}\n addUserKnob {3 uv_ref_frame l \"mesh ref frame\" t \"Select the frame number that will have identity geo shaped for UV texturing.\" +DISABLED}\n uv_ref_frame 1001\n addUserKnob {22 uv_set_frame l \"set current frame\" -STARTLINE +DISABLED T \"nuke.thisGroup()\\['uv_ref_frame'].setValue( nuke.frame() )\"}\n addUserKnob {6 black_outside l \"black outside\" t \"black outside the UV texture.\" +DISABLED +STARTLINE}\n black_outside true\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T 1.3}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2019-11-08}\n addUserKnob {26 l_CHANGELOG l Changelog T \"1.3\\n- camera window supported\\n- anamophic project supported\\n- fix the conflict of 'force region' and 'UV stabilize'.\\n can use both at the same time now.\\n\\n1.2\\n- removed unuse camera link knobs\\n- added focus region, so mesh can be\\n form in specific area/object to save\\n resources for higher LOD\\n\\n1.1\\n- fix the missing line on 'Export Geo' \\n button\\n\\n1.0\\n- create mesh/geo in screen space\\n using position/depth/deep data\"}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n}\n BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0xff\n label \"don't touch\"\n note_font_size 32\n xpos -1142\n ypos -169\n bdwidth 202\n bdheight 478\n }\n BackdropNode {\n inputs 0\n name BackdropNode2\n tile_color 0x4c4c4cff\n label bin\n note_font_size 32\n xpos -899\n ypos -170\n bdwidth 200\n bdheight 280\n }\n Input {\n inputs 0\n name img\n xpos -100\n ypos -184\n }\n Dot {\n name img_dot\n xpos -66\n ypos -83\n }\nset N3ec285d0 [stack 0]\n Dot {\n name Dot3\n xpos 758\n ypos -83\n }\nset N3ea5e7a0 [stack 0]\n Shuffle {\n in pworld\n in2 alpha\n alpha red2\n name shuffle_data\n label \"\\[value in]\"\n xpos 724\n ypos -32\n }\n Unpremult {\n name Unpremult_data\n xpos 724\n ypos 62\n disable {{!parent.unpm}}\n }\n Dot {\n name Dot5\n xpos 758\n ypos 700\n }\nset N3ec5fec0 [stack 0]\n Dot {\n name Dot6\n xpos 928\n ypos 700\n }\nset N3ec62380 [stack 0]\n Dot {\n name Dot7\n xpos 1106\n ypos 700\n }\nset N5015d780 [stack 0]\n Dot {\n name Dot8\n xpos 1260\n ypos 700\n }\n Expression {\n temp_name0 dvalue\n temp_expr0 red\n temp_name1 xpos\n temp_expr1 \"( ( x + 0.5 ) / input.width - 0.5 ) * \\[value global_math.hratio] * abs( dvalue )\"\n temp_name2 ypos\n temp_expr2 \"( ( y + 0.5 ) / input.height - 0.5 ) * ( \\[value global_math.hratio] * abs( dvalue ) * ( img_dot.height / img_dot.width ) ) * 1 / \\[value format.pixel_aspect]\"\n temp_name3 zpos\n temp_expr3 \"- dvalue\"\n expr0 \"( xpos * \\[value fb_data.world_matrix.0] + ypos * \\[value fb_data.world_matrix.1] ) * \\[value fb_data.win_scale.u] + ( \\[value global_math.hratio] * abs(zpos) * \\[value fb_data.win_translate.u] / 2 )\"\n expr1 \"( xpos * \\[value fb_data.world_matrix.4] + ypos * \\[value fb_data.world_matrix.5] ) * \\[value fb_data.win_scale.v] + ( \\[value global_math.hratio] * abs(zpos) * \\[value fb_data.win_translate.v] / 2 )\"\n expr2 zpos\n name Expression9\n xpos 1226\n ypos 774\n }\n Dot {\n name Dot16\n xpos 1260\n ypos 889\n }\npush $N5015d780\n Expression {\n temp_name0 dvalue\n temp_expr0 \"1 / red\"\n temp_name1 xpos\n temp_expr1 \"( ( x + 0.5 ) / input.width - 0.5 ) * \\[value global_math.hratio] * abs( dvalue )\"\n temp_name2 ypos\n temp_expr2 \"( ( y + 0.5 ) / input.height - 0.5 ) * ( \\[value global_math.hratio] * abs( dvalue ) * ( img_dot.height / img_dot.width ) ) * 1 / \\[value format.pixel_aspect]\"\n temp_name3 zpos\n temp_expr3 \"- dvalue\"\n expr0 \"( xpos * \\[value fb_data.world_matrix.0] + ypos * \\[value fb_data.world_matrix.1] ) * \\[value fb_data.win_scale.u] + ( \\[value global_math.hratio] * abs(zpos) * \\[value fb_data.win_translate.u] / 2 )\"\n expr1 \"( xpos * \\[value fb_data.world_matrix.4] + ypos * \\[value fb_data.world_matrix.5] ) * \\[value fb_data.win_scale.v] + ( \\[value global_math.hratio] * abs(zpos) * \\[value fb_data.win_translate.v] / 2 )\"\n expr2 zpos\n name Expression6\n xpos 1072\n ypos 774\n }\n Dot {\n name Dot17\n xpos 1106\n ypos 863\n }\npush $N3ec62380\n Expression {\n expr2 -blue\n name Expression7\n label \"fix z\"\n xpos 894\n ypos 774\n }\n Dot {\n name Dot18\n xpos 928\n ypos 876\n }\npush $N3ec5fec0\n Expression {\n temp_name0 nx\n temp_expr0 \"red - cam_data.world_matrix.3\"\n temp_name1 ny\n temp_expr1 \"green - cam_data.world_matrix.7\"\n temp_name2 nz\n temp_expr2 \"blue - cam_data.world_matrix.11\"\n expr0 \"nx * \\[value inverseMatrix.invMatrix.0] + ny * \\[value inverseMatrix.invMatrix.1] + nz * \\[value inverseMatrix.invMatrix.2]\"\n expr1 \"nx * \\[value inverseMatrix.invMatrix.3] + ny * \\[value inverseMatrix.invMatrix.4] + nz * \\[value inverseMatrix.invMatrix.5]\"\n expr2 \"nx * \\[value inverseMatrix.invMatrix.6] + ny * \\[value inverseMatrix.invMatrix.7] + nz * \\[value inverseMatrix.invMatrix.8]\"\n name Expression3\n label \"position invert\"\n xpos 724\n ypos 774\n }\n Switch {\n inputs 4\n which {{parent.data_type}}\n name Switch1\n xpos 724\n ypos 984\n }\n Dot {\n name Dot13\n xpos 758\n ypos 1113\n }\nset N2a401a80 [stack 0]\n Dot {\n name sam_dot\n xpos 551\n ypos 1113\n }\n NoOp {\n inputs 0\n name menu1\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nif thisGRP\\['uv_stabilize'].getValue() == 1 :\\n thisGRP\\['uv_ref_frame'].setEnabled(True)\\n thisGRP\\['uv_set_frame'].setEnabled(True)\\n thisGRP\\['black_outside'].setEnabled(True)\\nelse :\\n thisGRP\\['uv_ref_frame'].setEnabled(False)\\n thisGRP\\['uv_set_frame'].setEnabled(False)\\n thisGRP\\['black_outside'].setEnabled(False)\\n\"\n xpos -1085\n ypos -42\n addUserKnob {20 User}\n addUserKnob {6 uv_stabilize l \"uv stabilize\" +STARTLINE}\n }\n NoOp {\n inputs 0\n name menu2\n onCreate \"\\nthisGRP = nuke.thisGroup()\\nfregion_knobs = \\['focus_region','fregion_define_z','sample_z_toggle','sample_z_status','sample_point','fregion_ref_frame','fregion_set_frame','track_focus_region','grp_crop_preview','show_crop','crop_point_scale','crop_point_color']\\n\\nthisGRP\\[fregion_knobs\\[4]].setEnabled(True)\\n\\nif thisGRP\\['use_focus_region'].getValue() == 0 :\\n for i in fregion_knobs :\\n thisGRP\\[i].setEnabled(False)\\n thisGRP\\[fregion_knobs\\[3]].setValue( '\\[ OFF ]' )\\n thisGRP\\['updateUI'].setValue('')\\n nuke.toNode('material_switch')\\['disable'].setValue(0)\\nelse :\\n for i in fregion_knobs :\\n if i != 'sample_point' :\\n thisGRP\\[i].setEnabled(True)\\n else :\\n thisGRP\\[i].setEnabled(False)\\n nuke.toNode('material_switch')\\['disable'].setValue(1)\\n\"\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nfregion_knobs = \\['focus_region','fregion_define_z','sample_z_toggle','sample_z_status','sample_point','fregion_ref_frame','fregion_set_frame','track_focus_region','grp_crop_preview','show_crop','crop_point_scale','crop_point_color']\\n\\nif thisGRP\\['use_focus_region'].getValue() == 0 :\\n for i in fregion_knobs :\\n thisGRP\\[i].setEnabled(False)\\n thisGRP\\[fregion_knobs\\[3]].setValue( '\\[ OFF ]' )\\n thisGRP\\['updateUI'].setValue('')\\n nuke.toNode('material_switch')\\['disable'].setValue(0)\\nelse :\\n for i in fregion_knobs :\\n if i != 'sample_point' :\\n thisGRP\\[i].setEnabled(True)\\n nuke.toNode('material_switch')\\['disable'].setValue(1)\\n\"\n xpos -1085\n ypos 25\n addUserKnob {20 User}\n addUserKnob {6 use_focus_region l \"use focus region\" +STARTLINE}\n use_focus_region true\n }\n Camera {\n inputs 0\n display off\n selectable false\n useMatrix true\n matrix {\n {{Camera10.world_matrix} {Camera10.world_matrix} {Camera10.world_matrix} {Camera10.world_matrix}}\n {{Camera10.world_matrix} {Camera10.world_matrix} {Camera10.world_matrix} {Camera10.world_matrix}}\n {{Camera10.world_matrix} {Camera10.world_matrix} {Camera10.world_matrix} {Camera10.world_matrix}}\n {{Camera10.world_matrix} {Camera10.world_matrix} {Camera10.world_matrix} {Camera10.world_matrix}}\n }\n focal {{parent.cam_focal}}\n haperture {{cam_haperture}}\n name cam_data\n xpos -335\n ypos 2204\n }\npush $N2a401a80\n Expression {\n temp_name0 unpremultA\n temp_expr0 \"alpha * ( 1 / alpha )\"\n temp_name1 max\n temp_expr1 blue\n expr3 \"abs( max ) < \\[value parent.drange_near] || abs( max ) > \\[value parent.drange_far] ? 0 : isnan(unpremultA) ? 0 : unpremultA\"\n name Expression1\n label \"distance crop\"\n xpos 724\n ypos 1244\n }\n Premult {\n name Premult1\n xpos 724\n ypos 1332\n }\n Dot {\n name Dot9\n xpos 758\n ypos 1640\n }\nset N2a425a50 [stack 0]\npush $N3ec285d0\n Dot {\n name Dot10\n xpos -66\n ypos 1552\n }\nset N2a427f10 [stack 0]\n Unpremult {\n name Unpremult1\n xpos 48\n ypos 1549\n }\n Merge2 {\n inputs 2\n operation mask\n name Merge2\n xpos 48\n ypos 1637\n }\n Premult {\n name Premult3\n xpos 48\n ypos 1719\n }\npush $N2a427f10\n Switch {\n inputs 2\n which {{parent.clip_color}}\n name Switch2\n selected true\n xpos -100\n ypos 1828\n }\n Project3D2 {\n inputs 2\n crop {{parent.black_outside}}\n name Project3D2\n xpos -100\n ypos 2224\n }\npush $N3ea5e7a0\n Dot {\n name Dot2\n xpos 1576\n ypos -84\n }\n Shuffle {\n red black\n green black\n blue black\n alpha black\n name Shuffle1\n label \"\\[value in]\"\n xpos 1542\n ypos 30\n }\n Remove {\n name Remove1\n xpos 1542\n ypos 118\n }\n Reformat {\n type scale\n black_outside true\n name Reformat1\n xpos 1542\n ypos 212\n }\n Expression {\n temp_name0 xpos\n temp_expr0 \"( ( x + 0.5 ) / input.width - 0.5) * \\[value global_math.hratio] * abs( \\[value parent.drange_far] )\"\n temp_name1 ypos\n temp_expr1 \"( ( y + 0.5 ) / input.height -0.5 ) * ( \\[value global_math.hratio] * abs( \\[value parent.drange_far] ) * ( img_dot.height / img_dot.width ) ) * 1 / \\[value format.pixel_aspect]\"\n temp_name2 zpos\n temp_expr2 \"-\\[value parent.drange_far]\"\n expr0 \"( xpos * \\[value fb_data.world_matrix.0] + ypos * \\[value fb_data.world_matrix.1] ) * \\[value fb_data.win_scale.u] + ( \\[value global_math.hratio] * abs(zpos) * \\[value fb_data.win_translate.u] / 2 )\"\n expr1 \"( xpos * \\[value fb_data.world_matrix.4] + ypos * \\[value fb_data.world_matrix.5] ) * \\[value fb_data.win_scale.v] + ( \\[value global_math.hratio] * abs(zpos) * \\[value fb_data.win_translate.v] / 2 )\"\n expr2 zpos\n name Expression8\n xpos 1542\n ypos 845\n }\n ColorMatrix {\n matrix {\n {{cam_data.world_matrix.0} {cam_data.world_matrix.1} {cam_data.world_matrix.2}}\n {{cam_data.world_matrix.4} {cam_data.world_matrix.5} {cam_data.world_matrix.6}}\n {{cam_data.world_matrix.8} {cam_data.world_matrix.9} {cam_data.world_matrix.10}}\n }\n name ColorMatrix1\n xpos 1542\n ypos 970\n }\n Add {\n channels rgb\n value {{cam_data.world_matrix.3} {cam_data.world_matrix.7} {cam_data.world_matrix.11} 0}\n name Add1\n xpos 1542\n ypos 1052\n }\n Crop {\n box {{store.fregion} {store.fregion} {store.fregion} {store.fregion}}\n reformat true\n crop false\n name Crop1\n xpos 1542\n ypos 1476\n disable {{!parent.use_focus_region}}\n }\n Dot {\n name Dot4\n xpos 1576\n ypos 2402\n }\npush $N2a425a50\n Crop {\n box {{store.fregion} {store.fregion} {store.fregion} {store.fregion}}\n reformat true\n crop false\n name Crop4\n xpos 724\n ypos 1771\n disable {{!parent.use_focus_region}}\n }\n Unpremult {\n name Unpremult3\n xpos 724\n ypos 1851\n }\n Expression {\n temp_name0 nx\n temp_expr0 red\n temp_name1 ny\n temp_expr1 green\n temp_name2 nz\n temp_expr2 blue\n expr0 \"( nx * \\[value cam_data.world_matrix.0] + ny * \\[value cam_data.world_matrix.1] + nz * \\[value cam_data.world_matrix.2] ) + \\[value cam_data.world_matrix.3]\"\n expr1 \"( nx * \\[value cam_data.world_matrix.4] + ny * \\[value cam_data.world_matrix.5] + nz * \\[value cam_data.world_matrix.6] ) + \\[value cam_data.world_matrix.7]\"\n expr2 \"( nx * \\[value cam_data.world_matrix.8] + ny * \\[value cam_data.world_matrix.9] + nz * \\[value cam_data.world_matrix.10] ) + \\[value cam_data.world_matrix.11]\"\n name Expression4\n label \"position revert\"\n xpos 724\n ypos 1933\n }\n Premult {\n name Premult2\n xpos 724\n ypos 2027\n }\n Merge2 {\n inputs 2\n operation under\n name Merge1\n xpos 724\n ypos 2398\n }\n Card {\n inputs 0\n image_aspect false\n rows {{\"img_dot.height * parent.lod\"}}\n columns {{\"img_dot.width * parent.lod\"}}\n name ssmesh\n xpos 343\n ypos 2317\n }\n DisplaceGeo {\n inputs 2\n source \"rgb absolute\"\n scale 1\n filter_size 1\n name DisplaceGeo\n xpos 343\n ypos 2399\n }\n FrameHold {\n first_frame {{parent.uv_ref_frame}}\n name FrameHold\n xpos 343\n ypos 2479\n disable {{!parent.uv_stabilize}}\n }\n ApplyMaterial {\n inputs 2\n name ApplyMaterial1\n xpos -100\n ypos 2483\n }\n Scene {\n display {{parent.display}}\n name gl_scene\n xpos -90\n ypos 3072\n }\nset N3ec94f70 [stack 0]\n WriteGeo {\n file_type abc\n name WriteGeo\n xpos 120\n ypos 3093\n }\n Axis {\n inputs 0\n display off\n selectable false\n translate {{\"( global_math.pt2.x * cam_data.world_matrix.0(parent.fregion_ref_frame) + global_math.pt2.y * cam_data.world_matrix.1(parent.fregion_ref_frame) + global_math.pt2.z * cam_data.world_matrix.2(parent.fregion_ref_frame) ) + cam_data.world_matrix.3(parent.fregion_ref_frame)\"} {\"( global_math.pt2.x * cam_data.world_matrix.4(parent.fregion_ref_frame) + global_math.pt2.y * cam_data.world_matrix.5(parent.fregion_ref_frame) + global_math.pt2.z * cam_data.world_matrix.6(parent.fregion_ref_frame) ) + cam_data.world_matrix.7(parent.fregion_ref_frame)\"} {\"( global_math.pt2.x * cam_data.world_matrix.8(parent.fregion_ref_frame) + global_math.pt2.y * cam_data.world_matrix.9(parent.fregion_ref_frame) + global_math.pt2.z * cam_data.world_matrix.10(parent.fregion_ref_frame) ) + cam_data.world_matrix.11(parent.fregion_ref_frame)\"}}\n name right_pt\n xpos -600\n ypos 3218\n }\n CheckerBoard2 {\n inputs 0\n format \"256 256 0 0 256 256 1 square_256\"\n name CheckerBoard1\n xpos -789\n ypos 2694\n }\n Multiply {\n channels rgb\n value {{parent.crop_point_color.r} {parent.crop_point_color.g} {parent.crop_point_color.b} 1}\n name Multiply\n xpos -789\n ypos 2822\n }\n Clamp {\n channels rgba\n name Clamp1\n xpos -789\n ypos 2905\n }\n Sphere {\n selectable false\n cast_shadow false\n receive_shadow false\n rows 10\n columns 10\n uniform_scale {{parent.crop_point_scale}}\n name Sphere1\n xpos -789\n ypos 2987\n disable {{!show_crop}}\n }\n Dot {\n name Dot24\n xpos -755\n ypos 3065\n }\nset N3ecbe4e0 [stack 0]\n Dot {\n name Dot25\n xpos -456\n ypos 3065\n }\n TransformGeo {\n inputs 2\n selectable false\n name TransformGeo2\n xpos -490\n ypos 3238\n }\n Axis {\n inputs 0\n display off\n selectable false\n translate {{\"( global_math.pt1.x * cam_data.world_matrix.0(parent.fregion_ref_frame) + global_math.pt1.y * cam_data.world_matrix.1(parent.fregion_ref_frame) + global_math.pt1.z * cam_data.world_matrix.2(parent.fregion_ref_frame) ) + cam_data.world_matrix.3(parent.fregion_ref_frame)\"} {\"( global_math.pt1.x * cam_data.world_matrix.4(parent.fregion_ref_frame) + global_math.pt1.y * cam_data.world_matrix.5(parent.fregion_ref_frame) + global_math.pt1.z * cam_data.world_matrix.6(parent.fregion_ref_frame) ) + cam_data.world_matrix.7(parent.fregion_ref_frame)\"} {\"( global_math.pt1.x * cam_data.world_matrix.8(parent.fregion_ref_frame) + global_math.pt1.y * cam_data.world_matrix.9(parent.fregion_ref_frame) + global_math.pt1.z * cam_data.world_matrix.10(parent.fregion_ref_frame) ) + cam_data.world_matrix.11(parent.fregion_ref_frame)\"}}\n name left_pt\n xpos -899\n ypos 3220\n }\npush $N3ecbe4e0\n TransformGeo {\n inputs 2\n selectable false\n name TransformGeo1\n xpos -789\n ypos 3240\n }\n Scene {\n inputs 2\n selectable false\n name Scene1\n xpos -480\n ypos 3395\n }\n ApplyMaterial {\n display off\n selectable false\n render_mode off\n name material_switch\n xpos -490\n ypos 3523\n disable true\n }\npush $N3ec94f70\n Scene {\n inputs 2\n name Scene2\n xpos -90\n ypos 3502\n }\n Output {\n name Output1\n xpos -100\n ypos 4030\n }\n Group {\n inputs 0\n name inverseMatrix\n tile_color 0x337f4cff\n xpos 576\n ypos 780\n addUserKnob {20 tab_general l General}\n addUserKnob {1 knob_path}\n knob_path cam_data.world_matrix\n addUserKnob {26 \"\"}\n addUserKnob {41 id T id_assign.matrix}\n addUserKnob {26 \"\"}\n addUserKnob {7 determinant}\n determinant {{\"\\[value \\[value knob_path].\\[value id.0]] * ((\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.8]]) - (\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.7]])) - \\[value \\[value knob_path].\\[value id.1]] * ((\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.8]]) - (\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.6]])) + \\[value \\[value knob_path].\\[value id.2]] * ((\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.7]])-(\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.6]]))\"}}\n addUserKnob {26 \"\"}\n addUserKnob {41 cofactor T mtx_cofactor.matrix}\n addUserKnob {26 \"\"}\n addUserKnob {41 invMatrix T matrix_output.matrix}\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T 1.0}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2011-11-28}\n addUserKnob {26 l_CHANGELOG l Changelog T \"v1.0\\n- reveal the calculate output of \\n inverse matrix which is c44matrix\\n and colormatrix doesn't show\\n \"}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n }\n Matrix {\n inputs 0\n matrix {\n {0 1 2}\n {4 5 6}\n {8 9 10}\n }\n name id_assign\n xpos -12\n ypos 33\n }\n Matrix {\n inputs 0\n matrix {\n {{\"(\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.8]]) - (\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.7]])\"} {\"(\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.2]]) - (\\[value \\[value knob_path].\\[value id.8]]*\\[value \\[value knob_path].\\[value id.1]])\"} {\"(\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.5]]) - (\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.4]])\"}}\n {{\"(\\[value \\[value knob_path].\\[value id.5]]*\\[value \\[value knob_path].\\[value id.6]]) - (\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.8]])\"} {\"(\\[value \\[value knob_path].\\[value id.8]]*\\[value \\[value knob_path].\\[value id.0]]) - (\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.2]])\"} {\"(\\[value \\[value knob_path].\\[value id.2]]*\\[value \\[value knob_path].\\[value id.3]]) - (\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.5]])\"}}\n {{\"(\\[value \\[value knob_path].\\[value id.3]]*\\[value \\[value knob_path].\\[value id.7]]) - (\\[value \\[value knob_path].\\[value id.4]]*\\[value \\[value knob_path].\\[value id.6]])\"} {\"(\\[value \\[value knob_path].\\[value id.6]]*\\[value \\[value knob_path].\\[value id.1]]) - (\\[value \\[value knob_path].\\[value id.7]]*\\[value \\[value knob_path].\\[value id.0]])\"} {\"(\\[value \\[value knob_path].\\[value id.0]]*\\[value \\[value knob_path].\\[value id.4]]) - (\\[value \\[value knob_path].\\[value id.1]]*\\[value \\[value knob_path].\\[value id.3]])\"}}\n }\n name mtx_cofactor\n xpos 86\n ypos 32\n }\n Matrix {\n inputs 0\n matrix {\n {{\"cofactor.0 == 0 || determinant == 0 ? 0 : cofactor.0/determinant\"} {\"cofactor.1 == 0 || determinant == 0 ? 0 : cofactor.1/determinant\"} {\"cofactor.2 == 0 || determinant == 0 ? 0 : cofactor.2/determinant\"}}\n {{\"cofactor.3 == 0 || determinant == 0 ? 0 : cofactor.3/determinant\"} {\"cofactor.4 == 0 || determinant == 0 ? 0 : cofactor.4/determinant\"} {\"cofactor.5 == 0 || determinant == 0 ? 0 : cofactor.5/determinant\"}}\n {{\"cofactor.6 == 0 || determinant == 0 ? 0 : cofactor.6/determinant\"} {\"cofactor.7 == 0 || determinant == 0 ? 0 : cofactor.7/determinant\"} {\"cofactor.8 == 0 || determinant == 0 ? 0 : cofactor.8/determinant\"}}\n }\n name matrix_output\n xpos 186\n ypos 33\n }\n end_group\n Camera {\n inputs 0\n rotate {0 0 {-parent.cam_winroll}}\n win_translate {{parent.cam_win_translate} {parent.cam_win_translate}}\n win_scale {{parent.cam_win_scale} {parent.cam_win_scale}}\n name fb_data\n xpos -340\n ypos 2087\n }\n NoOp {\n inputs 0\n name store\n xpos -843\n ypos 28\n addUserKnob {20 User}\n addUserKnob {22 fn T \"### level define ###\\n\\ndef getLevel() :\\n\\tif len(nuke.thisNode().fullName().split('.')) == 1 :\\n\\t\\tggLevel = nuke.root()\\n\\telse :\\n\\t\\tnodePath = nuke.thisNode().fullName().split('.')\\n\\t\\tnodePath.pop()\\n\\t\\tggLevel = nuke.toNode('.'.join(nodePath))\\n\\treturn ggLevel\\n\\n### sample z in 2D ###\\n\\ndef sample2d() :\\n\\tthisGRP = nuke.thisGroup()\\n\\tif thisGRP\\['sample_z_status'].value() == '\\[ ON ]' :\\n\\t\\tsam_co = thisGRP\\['sample_point'].getValue()\\n\\t\\tzdata = nuke.toNode('sam_dot').sample('blue', sam_co\\[0], sam_co\\[1]) * -1\\n\\t\\tthisGRP\\['fregion_define_z'].setValue( zdata )\" +STARTLINE}\n addUserKnob {15 fregion}\n fregion {{parent.focus_region} {parent.focus_region} {parent.focus_region} {parent.focus_region}}\n }\n NoOp {\n inputs 0\n name global_math\n xpos -842\n ypos -43\n addUserKnob {20 User}\n addUserKnob {7 hratio}\n hratio {{\"cam_data.haperture / cam_data.focal\"}}\n addUserKnob {7 maxwidth}\n maxwidth {{\"hratio * parent.fregion_define_z\"}}\n addUserKnob {7 maxheight}\n maxheight {{\"hratio * parent.fregion_define_z * ( img_dot.height / img_dot.width )\"}}\n addUserKnob {13 pt1}\n pt1 {{\"( ( ( maxwidth * ( parent.focus_region.x(parent.fregion_ref_frame) / img_dot.width) ) - ( maxwidth / 2 ) ) * fb_data.world_matrix.0 + ( ( ( maxheight * ( parent.focus_region.y(parent.fregion_ref_frame) / img_dot.height ) ) - ( maxheight / 2 ) ) * 1 / \\[value root.format.pixel_aspect] ) * fb_data.world_matrix.1 ) * fb_data.win_scale.u + ( hratio * abs(parent.fregion_define_z) * fb_data.win_translate.u /2 )\"} {\"( ( ( maxwidth * ( parent.focus_region.x(parent.fregion_ref_frame) / img_dot.width) ) - ( maxwidth / 2 ) ) * fb_data.world_matrix.4 + \\n( ( ( maxheight * ( parent.focus_region.y(parent.fregion_ref_frame) / img_dot.height ) ) - ( maxheight / 2 ) ) * 1 / \\[value root.format.pixel_aspect] ) * fb_data.world_matrix.5 ) * fb_data.win_scale.v + ( hratio * abs(parent.fregion_define_z) * fb_data.win_translate.v /2 )\"} {-parent.fregion_define_z}}\n addUserKnob {13 pt2}\n pt2 {{\"( ( ( maxwidth * ( parent.focus_region.r(parent.fregion_ref_frame) / img_dot.width) ) - ( maxwidth / 2 ) ) * fb_data.world_matrix.0 + ( ( ( maxheight * ( parent.focus_region.t(parent.fregion_ref_frame) / img_dot.height ) ) - ( maxheight / 2 ) ) * 1 / \\[value root.format.pixel_aspect] ) * fb_data.world_matrix.1 ) * fb_data.win_scale.u + ( hratio * abs(parent.fregion_define_z) * fb_data.win_translate.u /2 )\"} {\"( ( ( maxwidth * ( parent.focus_region.r(parent.fregion_ref_frame) / img_dot.width) ) - ( maxwidth / 2 ) ) * fb_data.world_matrix.4 + ( ( ( maxheight * ( parent.focus_region.t(parent.fregion_ref_frame) / img_dot.height ) ) - ( maxheight / 2 ) ) * 1 / \\[value root.format.pixel_aspect] ) * fb_data.world_matrix.5 ) * fb_data.win_scale.v + ( hratio * abs(parent.fregion_define_z) * fb_data.win_translate.v /2 )\"} {-parent.fregion_define_z}}\n }\nend_group\nScene {\n inputs 2\n name Scene8\n xpos -821\n ypos 4184\n}\npush 0\nScanlineRender {\n inputs 3\n conservative_shader_sampling false\n motion_vectors_type off\n MB_channel none\n name ScanlineRender5\n xpos -831\n ypos 4306\n}\nDot {\n name Dot25\n selected true\n xpos -797\n ypos 4543\n}\n" }, { "path": "NukeSurvivalToolkit/nk_files/NST_STMap_Keying_Setup.nk", "content": "set cut_paste_input [stack 0]\nColorBars {\n inputs 0\n name ColorBars1\n selected true\n xpos 2\n ypos -334\n}\nBlur {\n size 150\n name Blur1\n label \"size \\[value size]\"\n selected true\n xpos 2\n ypos -262\n}\nDot {\n name Dot2\n tile_color 0xcc804e00\n label plate\n note_font_size 30\n selected true\n xpos 36\n ypos -184\n}\nset N12350460 [stack 0]\nColorspace {\n colorspace_out YCbCr\n name Colorspace1\n label \"input \\[value colorspace_in]\\noutput \\[value colorspace_out]\"\n selected true\n xpos 2\n ypos -121\n}\nShuffle {\n red green\n green blue\n blue black\n name Shuffle1\n label \"in \\[value in]-->out \\[value out]\"\n selected true\n xpos 2\n ypos -73\n}\nDot {\n name Dot3\n tile_color 0x9e3c6300\n selected true\n xpos 36\n ypos -10\n}\nset N1456efa0 [stack 0]\nDot {\n name Dot4\n tile_color 0x9e3c6300\n selected true\n xpos 264\n ypos -10\n}\npush $N1456efa0\npush $N12350460\nDot {\n name Dot1\n tile_color 0xcc804e00\n selected true\n xpos -110\n ypos -60\n}\nBlinkScript {\n inputs 2\n recompileCount 1\n ProgramGroup 1\n KernelDescription \"2 \\\"InverseSTKernel\\\" iterate pixelWise 79737837f0b8f5ef5ba9dd8c86c9e76f184ef0da76c94577b5431d3e3e08b063 3 \\\"src\\\" Read Point \\\"stmap\\\" Read Point \\\"dst\\\" Write Random 1 \\\"resolution\\\" Float 2 AAAAAAAAAAA= 1 \\\"resolution\\\" 2 1 0\"\n kernelSource \"// Original Kernel by Mads Hagbarth, modified to use STMaps by Erwan Leroy\\n\\nkernel InverseSTKernel : ImageComputationKernel\\n\\{\\n Image src;\\n Image stmap;\\n Image dst;\\n\\n param:\\n float2 resolution;\\n\\n void process() \\{\\n float2 uv;\\n uv.x = stmap().x * resolution.x - 0.5f;\\n uv.y = stmap().y * resolution.y - 0.5f;\\n //always make sure that you don't write outside bounds\\n //as it will usually crash nuke.\\n if (dst.bounds.inside(uv.x,uv.y)) \\{ \\n dst(uv.x,uv.y) = src(); \\n \\}\\n \\}\\n\\};\"\n useGPUIfAvailable false\n rebuild \"\"\n InverseSTKernel_resolution {{width} {height}}\n rebuild_finalise \"\"\n name BlinkScript1\n selected true\n xpos 2\n ypos 60\n}\nRoto {\n output alpha\n cliptype none\n replace true\n curves {{{v x3f99999a}\n {f 0}\n {n\n {layer Root\n {f 2097152}\n {t x44800000 x44428000}\n {a pt1x 0 pt1y 0 pt2x 0 pt2y 0 pt3x 0 pt3y 0 pt4x 0 pt4y 0 ptex00 0 ptex01 0 ptex02 0 ptex03 0 ptex10 0 ptex11 0 ptex12 0 ptex13 0 ptex20 0 ptex21 0 ptex22 0 ptex23 0 ptex30 0 ptex31 0 ptex32 0 ptex33 0 ptof1x 0 ptof1y 0 ptof2x 0 ptof2y 0 ptof3x 0 ptof3y 0 ptof4x 0 ptof4y 0 pterr 0 ptrefset 0 ptmot x40800000 ptref 0}\n {curvegroup Bezier1 512 bezier\n {{cc\n {f 8192}\n {px 1\n {xc0000000 0}\n {x440d8000 x44024000}\n {x40000000 0}\n {xc1a80000 x41000000}\n {x442ec000 x43f70000}\n {x41a80000 xc1000000}\n {xc0800000 x41d80000}\n {x4440c667 x43bf0000}\n {x40800000 xc1d80000}\n {x40a00000 x41400000}\n {x4441c000 x43928000}\n {xc0a00000 xc1400000}\n {x41b80000 x40000000}\n {x442b0000 x43750000}\n {xc1b80000 xc0000000}\n {x41500000 xc1500000}\n {x440c0000 x438d8000}\n {xc1500000 x41500000}\n {0 xc1700000}\n {x43f60000 x43b48000}\n {0 x41700000}\n {0 0}\n {x43fe8000 x43dc8000}\n {0 0}}}\n {cc\n {f 8192}\n {px 1\n {xc0000000 0}\n {0 0}\n {x40000000 0}\n {xc1a80000 x41000000}\n {x421903f0 x42c8da30}\n {x41a80000 xc1000000}\n {xc0800000 x41d80000}\n {x431a824c x41b71e70}\n {x40800000 xc1d80000}\n {x40a00000 x41400000}\n {x433eb874 xc29ef132}\n {xc0a00000 xc1400000}\n {x41b80000 x40000000}\n {0 0}\n {xc1b80000 xc0000000}\n {x41500000 xc1500000}\n {0 0}\n {xc1500000 x41500000}\n {0 xc1700000}\n {0 0}\n {0 x41700000}\n {0 0}\n {0 0}\n {0 0}}}}\n {tx 1 x441e1000 x43bcc000}\n {a osw x41200000 osf 0 str 1 spx x44800000 spy x44428000 sb 1 tt x40800000}}}}}}\n toolbox {selectAll {\n { selectAll str 1 ssx 1 ssy 1 sf 1 }\n { createBezier str 1 ssx 1 ssy 1 sf 1 sb 1 tt 4 }\n { createBezierCusped str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createBSpline str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createEllipse str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createRectangle str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createRectangleCusped str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { brush str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { eraser src 2 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { clone src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { reveal src 3 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { dodge src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { burn src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { blur src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { sharpen src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { smear src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n} }\n toolbar_brush_hardness 0.200000003\n toolbar_source_transform_scale {1 1}\n toolbar_source_transform_center {1024 778}\n colorOverlay {0 0 0 0}\n lifetime_type \"all frames\"\n motionblur_shutter_offset_type centred\n source_black_outside true\n link_output false\n name Roto1\n selected true\n xpos 2\n ypos 138\n}\nShuffle {\n red alpha\n green alpha\n blue alpha\n name Shuffle2\n label \"in \\[value in]-->out \\[value out]\"\n selected true\n xpos 2\n ypos 174\n}\nSTMap {\n inputs 2\n uv rgb\n name STMap1\n selected true\n xpos 230\n ypos 174\n}\npush $N12350460\nDot {\n name Dot5\n tile_color 0xcc804e00\n selected true\n xpos 419\n ypos -184\n}\nMerge2 {\n inputs 2\n operation mask\n bbox B\n name Merge1\n selected true\n xpos 385\n ypos 231\n}" }, { "path": "NukeSurvivalToolkit/nk_files/NST_SparkyExampleScene.nk", "content": "BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0x7171c600\n label \"Cam/Axis setup. \\nDeep compatible!\"\n note_font \"Verdana Bold Italic Bold Italic\"\n note_font_size 80\n selected true\n xpos -2908\n ypos -539\n bdwidth 1592\n bdheight 1334\n}\nBackdropNode {\n inputs 0\n name BackdropNode2\n tile_color 0x8e8e3800\n label \"2D Setup\"\n note_font_size 80\n selected true\n xpos -3529\n ypos -534\n bdwidth 428\n bdheight 366\n}\npush $cut_paste_input\nCamera2 {\n translate {{curve x1001 930 x1098 524.2270508 x1200 9.730261803} {curve x1001 520 x1098 895.1622314 x1200 1183.430542} {curve x1001 3504 x1098 1449.996826 x1200 1276.928467}}\n rotate {{curve x1001 4.3 x1098 19.60003662 x1200 9.119994164} {curve x1001 30.2 x1098 84.99999237 x1200 132.1900024} {curve x1001 0 x1098 -3.398572801e-07 x1200 -8.647048162e-07}}\n focal 24\n haperture 36\n vaperture 24\n near 1\n far 100000\n name Camera1\n selected true\n xpos -2521\n ypos -35\n}\nDot {\n name Dot3\n selected true\n xpos -2497\n ypos 85\n}\nset N4aa30170 [stack 0]\nDot {\n name Dot4\n selected true\n xpos -2135\n ypos 85\n}\nset N49cf22b0 [stack 0]\nDot {\n name Dot2\n selected true\n xpos -2135\n ypos 253\n}\nset N49c97eb0 [stack 0]\nRotoPaint {\n inputs 0\n curves {{{v x3f99999a}\n {f 0}\n {n\n {layer Root\n {f 2097152}\n {t x44700000 x44070000}\n {a pt1x 0 pt1y 0 pt2x 0 pt2y 0 pt3x 0 pt3y 0 pt4x 0 pt4y 0 ptex00 0 ptex01 0 ptex02 0 ptex03 0 ptex10 0 ptex11 0 ptex12 0 ptex13 0 ptex20 0 ptex21 0 ptex22 0 ptex23 0 ptex30 0 ptex31 0 ptex32 0 ptex33 0 ptof1x 0 ptof1y 0 ptof2x 0 ptof2y 0 ptof3x 0 ptof3y 0 ptof4x 0 ptof4y 0 pterr 0 ptrefset 0 ptmot x40800000 ptref 0}\n {cubiccurve Brush3 512 catmullrom\n {cc\n {f 2080}\n {px x4494e000\n {x41b00000 x43dc0000 1}\n {x41c80000 x43dc0000 1}\n {x42100000 x43dc0000 1}\n {x427c0000 x43dc0000 1}\n {x42dc0000 x43da8000 1}\n {x43320000 x43d90000 1}\n {x437a0000 x43d58000 1}\n {x439f0000 x43d58000 1}\n {x43ce8000 x43d58000 1}\n {x43f58000 x43d58000 1}\n {x4405c000 x43d58000 1}\n {x44110000 x43d58000 1}\n {x44210000 x43d58000 1}\n {x44330000 x43d38000 1}\n {x4444c000 x43d38000 1}\n {x44518000 x43d38000 1}\n {x445e4000 x43d38000 1}\n {x44688000 x43d38000 1}\n {x44744000 x43d38000 1}\n {x4481e000 x43d38000 1}\n {x44862000 x43d38000 1}\n {x44868000 x43d38000 1}\n {x4486e000 x43d38000 1}\n {x448ce000 x43d38000 1}\n {x4493a000 x43d38000 1}\n {x44942000 x43d38000 1}\n {x449a8000 x43d38000 1}\n {x44a06000 x43d38000 1}\n {x44a82000 x43d38000 1}\n {x44b02000 x43d38000 1}\n {x44b62000 x43d38000 1}\n {x44bac000 x43d38000 1}\n {x44c12000 x43d38000 1}\n {x44c8c000 x43d38000 1}\n {x44cfa000 x43d38000 1}\n {x44d74000 x43d38000 1}\n {x44df6000 x43d58000 1}\n {x44dfc000 x43d58000 1}\n {x44e68000 x43d58000 1}\n {x44ec8000 x43d58000 1}\n {x44ece000 x43d58000 1}\n {x44f12000 x43d58000 1}\n {x44f50000 x43d58000 1}\n {x44f94000 x43d58000 1}\n {x44fbc000 x43d58000 1}\n {x44fd2000 x43d58000 1}}}\n {tx x4494e000 x448917a7 x43d54000}\n {a r x3e99999a g x3dd29ebb b x3bc8a0e7 ro 0 go 0 bo 0 ao 0 bs x4402c000 bu 1 str 1 spx x44700000 spy x44070000 sb 1 ltn x447a4000 ltm x447a4000 tt x41880000}}\n {cubiccurve Brush2 512 catmullrom\n {cc\n {f 2080}\n {px x4494e000\n {x41980000 x43700000 1}\n {x41e80000 x436c0000 1}\n {x42000000 x43690000 1}\n {x42a00000 x43620000 1}\n {x433d0000 x43550000 1}\n {x439d0000 x43510000 1}\n {x43fc8000 x43510000 1}\n {x4438c000 x43510000 1}\n {x443b8000 x43510000 1}\n {x447cc000 x43580000 1}\n {x44a4a000 x435b0000 1}\n {x44b5a000 x435b0000 1}\n {x44b7c000 x435b0000 1}\n {x44d14000 x43580000 1}\n {x44d88000 x43580000 1}\n {x44d82000 x43580000 1}\n {x44d74000 x43580000 1}\n {x44cde000 x43510000 1}\n {x44a88000 x434e0000 1}\n {x44304000 x43400000 1}\n {xc1000000 x431e0000 1}\n {xc405c000 x42e40000 1}\n {xc4484000 x429a0000 1}\n {xc4524000 x428c0000 1}\n {xc44f0000 x428c0000 1}\n {xc4440000 x428c0000 1}\n {xc42f8000 x428c0000 1}\n {xc40bc000 x428c0000 1}\n {xc3b18000 x428c0000 1}\n {xc2d60000 x42a00000 1}\n {xc2bc0000 x42a00000 1}\n {x43430000 x42b40000 1}\n {x445e4000 x430a0000 1}\n {x44c72000 x43360000 1}\n {x450ee000 x434a0000 1}\n {x452a5000 x434e0000 1}\n {x4532a000 x43470000 1}\n {x45330000 x43400000 1}\n {x4532a000 x43400000 1}\n {x4530e000 x43400000 1}\n {x452d5000 x43400000 1}\n {x45272000 x43390000 1}\n {x45264000 x43390000 1}\n {x451f8000 x432f0000 1}\n {x4514a000 x43250000 1}\n {x45060000 x43170000 1}\n {x44e70000 x43110000 1}\n {x44bf0000 x430d0000 1}\n {x4449c000 x43030000 1}\n {x435b0000 x42d00000 1}\n {x43510000 x42d00000 1}\n {xc2840000 x42a60000 1}\n {xc3030000 x42920000 1}\n {xc30d0000 x42920000 1}\n {xc31b0000 x428c0000 1}\n {xc3250000 x428c0000 1}}}\n {tx x4494e000 x44640c92 x431ee000}\n {a r x3e000080 b 0 ro 0 go 0 bo 0 ao 0 bs x4402c000 bu 1 str 1 spx x44700000 spy x44070000 sb 1 ltn x447a4000 ltm x447a4000 tt x41880000}}\n {cubiccurve Brush1 512 catmullrom\n {cc\n {f 2080}\n {px x4494e000\n {xc2f20000 x4481e000 1}\n {xc2ea0000 x4481e000 1}\n {xc2dc0000 x44816000 1}\n {xc1e80000 x44802000 1}\n {xc1b00000 x44802000 1}\n {x43220000 x447cc000 1}\n {x432c0000 x447cc000 1}\n {x43d88000 x44788000 1}\n {x44138000 x4477c000 1}\n {x4417c000 x4477c000 1}\n {x44374000 x44770000 1}\n {x44832000 x44788000 1}\n {x449d8000 x447a4000 1}\n {x44b38000 x447cc000 1}\n {x44b46000 x447cc000 1}\n {x44c6a000 x447f8000 1}\n {x44d60000 x44810000 1}\n {x44e40000 x44816000 1}\n {x44ef8000 x447f8000 1}\n {x44f50000 x447dc000 1}\n {x44f50000 x447cc000 1}\n {x44f4a000 x447cc000 1}\n {x44f2e000 x447b4000 1}\n {x44e02000 x44770000 1}\n {x44aa4000 x4472c000 1}\n {x44210000 x446a4000 1}\n {xc27c0000 x445ac000 1}\n {xc3eb8000 x44528000 1}\n {xc3ef0000 x44528000 1}\n {xc3fc8000 x44518000 1}\n {xc40bc000 x444fc000 1}\n {xc4078000 x444f0000 1}\n {xc3fa8000 x444e0000 1}\n {xc3d58000 x444d4000 1}\n {xc3c78000 x444c8000 1}\n {xc3950000 x444b8000 1}\n {xc3870000 x444b8000 1}\n {xc3838000 x444b8000 1}\n {xc2e40000 x444a0000 1}\n {xc2980000 x444a0000 1}\n {x42fe0000 x444a0000 1}\n {x44320000 x444d4000 1}\n {x44ad2000 x4450c000 1}\n {x44b02000 x4450c000 1}\n {x44f28000 x44518000 1}\n {x450a7000 x44518000 1}\n {x450e1000 x444fc000 1}\n {x450e1000 x444f0000 1}\n {x450a0000 x444c8000 1}\n {x45041000 x444b8000 1}\n {x44f4a000 x444ac000 1}\n {x44d74000 x444ac000 1}\n {x44d2a000 x444ac000 1}\n {x44b92000 x444c8000 1}\n {x44b62000 x444c8000 1}\n {x44a88000 x444e0000 1}\n {x43dc0000 x44534000 1}\n {xc3540000 x44540000 1}\n {xc3730000 x44540000 1}\n {xc4154000 x444fc000 1}\n {xc41cc000 x444f0000 1}\n {xc41cc000 x444e0000 1}\n {xc40f4000 x444d4000 1}\n {xc3b68000 x444ac000 1}\n {xc3b00000 x444ac000 1}\n {xc39d8000 x444a0000 1}\n {xc33d0000 x44490000 1}\n {x42100000 x44490000 1}\n {x43a78000 x444a0000 1}\n {x4461c000 x444a0000 1}\n {x44bb4000 x44468000 1}\n {x44e62000 x44430000 1}\n {x44f86000 x443fc000 1}\n {x44fc4000 x443e0000 1}\n {x44fd2000 x443d0000 1}\n {x45022000 x44380000 1}\n {x45033000 x44364000 1}\n {x45011000 x44364000 1}\n {x44d36000 x44374000 1}\n {x445e4000 x44374000 1}\n {x43c10000 x4433c000 1}\n {x43ba0000 x44330000 1}\n {x41980000 x442f8000 1}\n {xc2a60000 x442dc000 1}\n {xc2dc0000 x442dc000 1}\n {xc3030000 x442dc000 1}\n {xc34a0000 x442f8000 1}\n {xc3580000 x442f8000 1}\n {xc3540000 x442f8000 1}\n {xc3510000 x442f8000 1}\n {xc34a0000 x442f8000 1}\n {xc33d0000 x442ec000 1}\n {xc2b40000 x442d0000 1}\n {x43820000 x44298000 1}\n {x444ac000 x4427c000 1}\n {x444e0000 x4427c000 1}\n {x44a66000 x442a8000 1}\n {x44d36000 x442a8000 1}\n {x44e5c000 x44298000 1}\n {x44e70000 x4428c000 1}}}\n {tx x4494e000 x44319333 x44519148}\n {a r x3ea96ec8 g x3f24a226 ro 0 go 0 bo 0 ao 0 bs x4402c000 bu 1 str 1 spx x44700000 spy x44070000 sb 1 ltn x447a4000 ltm x447a4000 tt x41880000}}}}}}\n toolbox {brush {\n { selectAll r 0.3 g 0.102842 b 0.0061227 bs 523 str 1 ssx 1 ssy 1 sf 1 }\n { createBezier str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createBezierCusped str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createBSpline str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createEllipse str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createRectangle str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createRectangleCusped str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { brush r 0.3 g 0.102842 b 0.0061227 bs 523 str 1 ssx 1 ssy 1 sf 1 sb 1 ltn 1191 ltm 1191 tt 17 }\n { eraser src 2 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { clone src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { reveal src 3 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { dodge src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { burn src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { blur src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { sharpen src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { smear src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n} }\n toolbar_paint_color {0.3000000119 0.1028420031 0.006122699939 1}\n toolbar_brush_size 523\n toolbar_brush_hardness 0.200000003\n toolbar_lifetime_type single\n toolbar_lifetime_start 1191\n toolbar_lifetime_end 1191\n toolbar_source_transform_scale {1 1}\n toolbar_source_transform_center {960 540}\n color {0.3000000119 0.1028418168 0.006122696679 1}\n colorOverlay {0 0 0 0}\n lifetime_type \"all frames\"\n lifetime_start 1001\n lifetime_end 1001\n brush_size 523\n brush_spacing 0.05000000075\n brush_hardness 0.200000003\n source_black_outside true\n name RotoPaint1\n tile_color 0xff\n selected true\n xpos -1541\n ypos -111\n}\nSphere {\n translate {57.00060513 560.261795 1277.047357}\n scaling {1 0.6 1}\n uniform_scale 9000\n name Sphere1\n tile_color 0xff\n selected true\n xpos -1541\n ypos 81\n}\npush $N49cf22b0\nCheckerBoard2 {\n inputs 0\n boxsize {120 60}\n name CheckerBoard2\n selected true\n xpos -2193\n ypos -288\n postage_stamp false\n}\nCard2 {\n rows 1\n columns 1\n rotate {90 0 0}\n scaling {6 24 1}\n uniform_scale 2000\n control_points {3 3 3 6\n\n1 {-0.5 -0.5 0} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0.1666666865 0} 0 {0 0 0} 0 {0 0 0}\n1 {0 -0.5 0} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0.1666666865 0} 0 {0 0 0} 0 {0.5 0 0}\n1 {0.5 -0.5 0} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0.1666666865 0} 0 {0 0 0} 0 {1 0 0}\n1 {-0.5 0 0} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0.1666666716 0} 0 {0 -0.1666666716 0} 0 {0 0.5 0}\n1 {0 0 0} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0.1666666716 0} 0 {0 -0.1666666716 0} 0 {0.5 0.5 0}\n1 {0.5 0 0} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0.1666666716 0} 0 {0 -0.1666666716 0} 0 {1 0.5 0}\n1 {-0.5 0.5 0} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0 0} 0 {0 -0.1666666865 0} 0 {0 1 0}\n1 {0 0.5 0} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0 0} 0 {0 -0.1666666865 0} 0 {0.5 1 0}\n1 {0.5 0.5 0} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0 0} 0 {0 -0.1666666865 0} 0 {1 1 0} }\n name Card1\n tile_color 0xff\n selected true\n xpos -2193\n ypos -114\n}\nCheckerBoard2 {\n inputs 0\n boxsize {130 108}\n centerlinewidth 0\n name CheckerBoard1\n selected true\n xpos -1981\n ypos -291\n postage_stamp false\n}\nReflection {\n reflection_value 0.1\n name Reflection1\n tile_color 0xff\n selected true\n xpos -1981\n ypos -207\n}\nset N34df3520 [stack 0]\nCube {\n translate {-368 465 166}\n scaling {0.5 1 1}\n uniform_scale 1000\n name Cube3\n tile_color 0xff\n selected true\n xpos -2089\n ypos -111\n}\npush $N34df3520\nCube {\n rows 1\n columns 1\n separate_faces false\n translate {-700 504 2040}\n scaling {0.6 0.7 0.7}\n uniform_scale 2000\n name Cube1\n tile_color 0xff\n selected true\n xpos -1857\n ypos -116\n}\npush $N34df3520\nCube {\n rows 1\n columns 1\n translate {-540 332 1010}\n scaling {0.6 0.7 0.7}\n uniform_scale 1000\n name Cube2\n tile_color 0xff\n selected true\n xpos -1981\n ypos -111\n}\nScene {\n inputs 6\n display textured+wireframe\n name Scene1\n tile_color 0xff\n selected true\n xpos -1971\n ypos 61\n}\nset N34de79f0 [stack 0]\npush 0\nadd_layer {reflection reflection.red reflection.green reflection.blue reflection.alpha}\nRayRender {\n inputs 3\n output_shader_vectors true\n AOV_Reflection reflection\n name RayRender1\n tile_color 0xff\n selected true\n xpos -1761\n ypos 249\n}\nset N49e28390 [stack 0]\npush $N49e28390\nBlur {\n size 55\n maskChannelInput -rgba.alpha\n name Blur1\n tile_color 0xff\n selected true\n xpos -1761\n ypos 291\n}\nShuffle {\n in reflection\n name Shuffle1\n label \"\\[value in] \\[ expr \\{ \\[value out2] == \\\"none\\\" ? \\\" \\\" : \\[concat -> \\[value out2]] \\}]\"\n note_font_size 21\n note_font_color 0xffffffff\n selected true\n xpos -1761\n ypos 355\n}\nMerge2 {\n inputs 2\n operation plus\n name Merge3\n tile_color 0xff\n selected true\n xpos -1541\n ypos 369\n}\nDot {\n name Dot1\n selected true\n xpos -1507\n ypos 469\n}\nEXPTool {\n mode Stops\n red -1\n green -1\n blue -1\n name Exposure2\n tile_color 0xff\n selected true\n xpos -1761\n ypos 465\n}\npush $N49c97eb0\npush $N34de79f0\npush 0\nScanlineRender {\n inputs 3\n conservative_shader_sampling false\n motion_vectors_type distance\n name ScanlineRender1\n selected true\n xpos -1981\n ypos 249\n}\nDeepRecolor {\n inputs 2\n name DeepRecolor1\n tile_color 0xff\n selected true\n xpos -1981\n ypos 465\n}\nAxis2 {\n inputs 0\n translate {-92 1202 1345}\n name Axis1\n selected true\n xpos -2851\n ypos 229\n}\npush $N4aa30170\nGroup {\n inputs 2\n name Sparky3D\n tile_color 0xbd4600ff\n label \"\\[if \\{\\[value ROrP]==false\\} \\{return \\\"Render Mode\\\"\\} \\{return \\\"!! PARTICLE MODE !! \\\\nENABLED\\\"\\}]\"\n note_font \"Bitstream Vera Sans Bold Bold\"\n selected true\n xpos -2531\n ypos 243\n addUserKnob {20 SparkTab l \"Sparky Settings\"}\n addUserKnob {41 start_frame l \"Initial Frame\" T SparkEmit.start_frame}\n addUserKnob {7 EmissionRate l \"Emission Amount\" R 0 100}\n EmissionRate {{curve(((frame-1001)%(1015-1001+1))+1001) K x1001 0 S 400 x1004 0 x1005 12 175 x1008 20 x1012 0 x1015 0}}\n addUserKnob {22 Refresh l \"Refresh Sim\" T \"import random\\n\\ni = int(nuke.expression('random()')*1000)\\nn = nuke.thisNode()\\nhs = n\\['HiddenSeed'].value()\\n\\nif hs == i:\\n n\\['HiddenSeed'].setValue(hs+1)\\nelse :\\n n\\['HiddenSeed'].setValue(i)\" +STARTLINE}\n addUserKnob {26 text l \"\" +STARTLINE T \"\\t\\tClick Refresh if modifying values doesn't show any changes.\"}\n addUserKnob {3 HiddenSeed +INVISIBLE}\n HiddenSeed 816\n addUserKnob {26 \"\"}\n addUserKnob {26 emittertext l \"\" +STARTLINE T \"Emitter Settings\"}\n addUserKnob {13 Direction t \"Set the initial velocity applied to the particles. This will orient the sparks in 3D space.\"}\n Direction {100 50 0}\n addUserKnob {7 MaxLife l \"Particle Life\" t \"Maximum amount of frames the particles will live for.\" R 10 100}\n MaxLife 60\n addUserKnob {7 LifeRange l \"Life Range\" t \"Randomizes the Life Range of the particles.\" R 0 2}\n LifeRange 0.75\n addUserKnob {3 seed l \"Particle Seed\" t \"Randomizes the simulation.\"}\n seed 123\n addUserKnob {26 \"\"}\n addUserKnob {7 ParticleSize l \"Particle Size\" t \"Change Particle Size\" R 1 5}\n ParticleSize 2\n addUserKnob {7 Explosivity t \"Changes how much influence the initial force has on the particles.\" R 0 100}\n Explosivity 55\n addUserKnob {7 Scatter t \"Adds some randomness between particles.\" R 0 100}\n Scatter 100\n addUserKnob {41 Softness l \"Particle Softness\" T CustomKnobs.Softness}\n addUserKnob {26 \"\"}\n addUserKnob {4 ROption l \"Render Options\" t \"Multi Scanline: Output is a ScanlineRender with motionblur enabled. Can be DeepMerged\\nVectorBlur: 2D motionblur added post-render. Can get rid of sample issues, but is not Deep compatible.\" M {\"Multi Scanline\" VectorBlur \"\" \"\"}}\n addUserKnob {41 format l Format T RootFormatSetup.format}\n addUserKnob {14 Overscan R 0 100}\n Overscan 100\n addUserKnob {6 ROrP l \"Output As Particles\" t \"Check this to output Particles instead of a 2D render.\\nIt can then be plugged into a 3D scene.\" +STARTLINE}\n addUserKnob {6 OutputDeep l \"Output Deep\" t \"Warning: Will output in Multi-Scanlinde mode only. Doesn't have any effect if \\\"Output As Particles is selected\\\".\" -STARTLINE}\n addUserKnob {20 Presets}\n addUserKnob {4 AnimPreset l \"Animation Presets\" t \"None: This wont do anything. Serves as safety to not enable a preset accidentally\\nSingle Hit Heavy: Heavy hit with a double pop.\\nSingle Hit Light : Light pop of sparks.\\nWelding : Expression that will mimic a natural welding feeling.\\nWavy : Constant sim with some strong variation in birth rate.\\nConstant : Softer variation than the Wavy preset.\\nLoopy : Loops the same pop of Sparks.\" M {None \"Single Hit Heavy\" \"Single Hit Light\" Welding Wavy Constant Loopy \"\" \"\" \"\" \"\" \"\"}}\n AnimPreset Loopy\n addUserKnob {22 Apply l \"Apply Preset\" t \" \" T \"def checkPreset():\\n preset = int(nuke.thisNode()\\['AnimPreset'].getValue())\\n if preset ==0:\\n return False\\n else:\\n return preset\\n\\ndef checkFrame():\\n InitFrame = nuke.getInput(\\\"Enter Initial Frame\\\", '1001')\\n if InitFrame:\\n try:\\n InitFrame = int(InitFrame)\\n return InitFrame\\n except ValueError:\\n nuke.message(\\\"Not a valid frame number\\\")\\n return False\\n\\n\\nif checkPreset() == False:\\n nuke.ask(\\\"No preset selected\\\")\\nelse:\\n n=nuke.thisNode()\\['EmissionRate']\\n s=int(nuke.thisNode()\\['AnimPreset'].getValue())\\n cf=checkFrame()\\n if cf!=False and cf!=None:\\n if s == 1: \\n nuke.thisNode()\\['start_frame'].setValue(cf)\\n n.clearAnimated()\\n n.setAnimated()\\n sCurve = '\\{curve K x%v1 0 S 400 x%v2 0 12 x%v3 175 x%v4 20 0\\}'\\n sCurve=sCurve.replace(\\\"%v1\\\",str(cf))\\n sCurve=sCurve.replace(\\\"%v2\\\",str(cf+3))\\n sCurve=sCurve.replace(\\\"%v3\\\",str(cf+6))\\n sCurve=sCurve.replace(\\\"%v4\\\",str(cf+12))\\n n.fromScript(sCurve)\\n nuke.message(\\\"Applied Single Hit Heavy Preset\\\")\\n elif s == 2:\\n nuke.thisNode()\\['start_frame'].setValue(cf)\\n n.clearAnimated()\\n n.setAnimated()\\n sCurve = '\\{curve K x%v1 0 S 140 x%v2 0\\}'\\n sCurve=sCurve.replace(\\\"%v1\\\",str(cf))\\n sCurve=sCurve.replace(\\\"%v2\\\",str(cf+3))\\n n.fromScript(sCurve)\\n nuke.message(\\\"Applied Single Hit Light Preset\\\")\\n elif s == 3:\\n nuke.thisNode()\\['start_frame'].setValue(cf)\\n n.clearAnimated()\\n n.setExpression(\\\"max(0,(random(frame+seed)*120*((sin(frame+seed)+1)*0.5)-12))*3\\\")\\n nuke.message(\\\"Applied Welding Preset\\\")\\n elif s == 4:\\n nuke.thisNode()\\['start_frame'].setValue(cf)\\n n.clearAnimated()\\n n.setExpression(\\\"random(frame+seed)*120*((sin(frame+seed)+1)*0.5)\\\")\\n nuke.message(\\\"Applied Wavy Preset\\\")\\n elif s == 5:\\n nuke.thisNode()\\['start_frame'].setValue(cf)\\n n.clearAnimated()\\n n.setExpression(\\\"random(frame/5+seed)*100+60\\\")\\n nuke.message(\\\"Applied Constant Preset\\\")\\n else:\\n nuke.thisNode()\\['start_frame'].setValue(cf)\\n n.clearAnimated()\\n n.setAnimated()\\n sCurve = '\\{curve(((frame-%v1)%(%v6-%v1+1))+%v1) K x%v1 0 S 400 x%v2 0 x%v3 12 175 x%v4 20 x%v5 0 x%v6 0\\}'\\n sCurve=sCurve.replace(\\\"%v1\\\",str(cf))\\n sCurve=sCurve.replace(\\\"%v2\\\",str(cf+3))\\n sCurve=sCurve.replace(\\\"%v3\\\",str(cf+4))\\n sCurve=sCurve.replace(\\\"%v4\\\",str(cf+7))\\n sCurve=sCurve.replace(\\\"%v5\\\",str(cf+11))\\n sCurve=sCurve.replace(\\\"%v6\\\",str(cf+14))\\n n.fromScript(sCurve)\\n nuke.message(\\\"Applied Loopy Preset\\\")\\n\\n\" +STARTLINE}\n addUserKnob {20 Advanced l \"Advanced Settings\"}\n addUserKnob {7 TVelocity l \"Transfer Velocity\"}\n TVelocity 0.5\n addUserKnob {7 TWindow l \"Transfer window\" R 0 5}\n TWindow 2\n addUserKnob {7 Spread l \"Emission Spread\"}\n Spread 0.1\n addUserKnob {26 \"\"}\n addUserKnob {41 samples l \"Scanline Samples\" T MultiSampleRender.samples}\n addUserKnob {7 Shutter}\n Shutter 0.5\n addUserKnob {41 shutteroffset l \"Shutter Offset\" T MultiSampleRender.shutteroffset}\n addUserKnob {41 shuttercustomoffset l \"\" -STARTLINE T MultiSampleRender.shuttercustomoffset}\n addUserKnob {20 Instructions}\n addUserKnob {26 info l \"\" +STARTLINE T \"Sparky v1.2\\n\\nEasy to use particle setup for Sparks.\\n\\nOutputs an image by default, but can be configured to be rendered through a specific Camera or\\nto output as particles, which allows you to plug Sparky into a 3D scene.\\n\\nIf you wish to use the 3D version of this Gizmo, simply plug your Camera and plug an Axis to \\nmove and place the sparks where you need them.\\n\\nFor more information about presets and changelogs, head to the Nukepedia page!\"}\n}\n BackdropNode {\n inputs 0\n name BackdropNode9\n tile_color 0x557fffff\n label \"Welcome Curious Comper!\\n\\nI hope you'll find answers\\nto what you are looking for\\ninside here! \"\n note_font \"Bitstream Vera Sans\"\n note_font_size 111\n xpos -2486\n ypos -861\n bdwidth 2780\n bdheight 1970\n }\n ColorWheel {\n inputs 0\n format \"256 256 0 0 256 256 1 square_256\"\n gamma 0.45\n name ColorWheel1\n xpos -1170\n ypos -537\n }\n Saturation {\n saturation 0\n mode Maximum\n name Saturation1\n xpos -1170\n ypos -427\n }\n FilterErode {\n channels all\n size {{abs(parent.CustomKnobs.Softness)}}\n filter gaussian\n name ErodeSoft\n xpos -1170\n ypos -384\n }\n Reformat {\n type scale\n scale 0.125\n resize distort\n black_outside true\n name Reformat2\n xpos -1170\n ypos -325\n }\n Grade {\n white {0.9 0.35 0.085 1}\n name Grade1\n xpos -1170\n ypos -267\n }\n BlendMat {\n operation max\n surfaceblend modulate\n name BlendMat1\n xpos -971\n ypos -267\n }\n Noise {\n inputs 0\n size 750\n zoffset {{frame/5+CustomKnobs.time_offset}}\n octaves 6\n lacunarity 1.45\n gain 0.6\n center {1440 810}\n name Noise6\n xpos -676\n ypos -548\n }\nset N49e114c0 [stack 0]\n Sphere {\n name Sphere1\n xpos -770\n ypos -456\n }\npush $N49e114c0\n Sphere {\n translate {{parent.input1.translate} {parent.input1.translate} {parent.input1.translate}}\n rotate {{parent.input1.rotate} {parent.input1.rotate} {parent.input1.rotate}}\n scaling {{parent.input1.scaling} {parent.input1.scaling} {parent.input1.scaling}}\n name Sphere2\n xpos -575\n ypos -460\n }\n Switch {\n inputs 2\n which {{\"!\\[exists parent.input1]\"}}\n name Switch3\n xpos -676\n ypos -342\n }\npush 0\n ParticleEmitter {\n inputs 3\n start_frame 1001\n emit_from faces\n randomize_type \"randomized direction\"\n rate {{parent.EmissionRate}}\n rate_variation 0.5\n rate_channel rgba.red\n lifetime {{parent.MaxLife}}\n lifetime_variation {{parent.LifeRange}}\n halflife {{lifetime/2.5}}\n velocity {{\"!\\[exists parent.input1]?7.5+(10*Explosivity/100):7.5+(10*Explosivity/100)*((parent.input1.uniform_scale-1)*0.25+1)\"}}\n velocity_variation {{0.125+abs((min(100,parent.Scatter)*0.035))}}\n size {{\"!\\[exists parent.input1]?max(0.1,parent.ParticleSize):max(0.01,parent.ParticleSize)*((parent.input1.uniform_scale-1)*0.25+1)\"}}\n size_variation 1.6\n mass {{\"!\\[exists parent.input1]?0.5+(1-(clamp(parent.Explosivity,0,100))/100)*3.5:(0.5+((1-(clamp(parent.Explosivity,0,100))/100)*3.5))*(((parent.input1.uniform_scale-1)*0.25)+1)\"}}\n mass_variation {{1.5*(clamp(parent.Scatter,0,100))/100}}\n transfer_velocity {{parent.TVelocity}}\n transfer_window {{parent.TWindow}}\n spread {{parent.Spread}}\n color {0.9 0.35 0.085 1}\n seed {{CustomKnobs.time_offset}}\n name SparkEmit\n xpos -676\n ypos -267\n }\n ParticleDirectionalForce {\n strength {{\"parent.Direction*(\\[exists parent.input1]?1+(parent.input1.uniform_scale-1)*0.85:1)\"} {\"parent.Direction*(\\[exists parent.input1]?1+(parent.input1.uniform_scale-1)*0.85:1)\"} {\"parent.Direction*(\\[exists parent.input1]?1+(parent.input1.uniform_scale-1)*0.85:1)\"}}\n max_age {{1/(max(1,parent.SparkEmit.lifetime*1.25))}}\n name ParticleDirectionalForce\n selected true\n xpos -676\n ypos -120\n }\n ParticleDrag {\n drag 0.6\n name ParticleDrag\n xpos -676\n ypos -36\n }\n ParticleTurbulence {\n strength {2 0.85 4}\n scale {5 10 20}\n name ParticleTurbulence\n xpos -676\n ypos 22\n }\n ParticleDrag {\n drag 0.1\n name ParticleDrag2\n xpos -676\n ypos 86\n }\n ParticleGravity {\n to {0 {\"!\\[exists parent.input1]?-3:-1-(2*(parent.input1.uniform_scale))\"} 0}\n min_age 0.1\n name ParticleGravity\n xpos -676\n ypos 148\n }\n ParticleCurve {\n curves {r {curve L x0.04740819708 1 S l x0.4987964034 0.7955223322 x1 0}\n g {curve L x0.04740819708 1 S l x0.4987964034 0.7955223322 x1 0}\n b {curve L x0.04740819708 1 S l x1 0}\n a {curve L x0.04740819708 1 S l x0.4939824343 0.7353233099 x1 0}\n size {}\n mass {}}\n seed {{HiddenSeed}}\n name FadeOut\n xpos -676\n ypos 201\n }\n ParticleSettings {\n name ParticleSettings1\n xpos -676\n ypos 265\n }\nset N37869af0 [stack 0]\n Dot {\n name Dot2\n xpos -924\n ypos 711\n }\n Dot {\n name Dot1\n xpos -924\n ypos 831\n }\n Input {\n inputs 0\n name Camera\n xpos -1457\n ypos 312\n }\n Dot {\n name Dot3\n xpos -1423\n ypos 551\n }\n Camera2 {\n inputs 0\n translate {0 -100 1200}\n focal 20\n haperture 24\n vaperture 13.5\n near 1\n far 1000000\n name Default2DCam\n xpos -1217\n ypos 210\n }\n Switch {\n inputs 2\n which {{\"\\[exists parent.input0]\"}}\n name Switch1\n xpos -1227\n ypos 548\n }\nset N37891e70 [stack 0]\npush $N37869af0\n Dot {\n name Dot6\n xpos -642\n ypos 516\n }\nset N37898940 [stack 0]\n Constant {\n inputs 0\n name Constant1\n xpos -161\n ypos 316\n }\n Reformat {\n resize none\n name RootFormatSetup\n xpos -161\n ypos 406\n addUserKnob {20 User}\n addUserKnob {14 Overscan R 0 100}\n Overscan {{parent.Overscan}}\n }\n Dot {\n name Dot4\n xpos -127\n ypos 551\n }\nset N378b0eb0 [stack 0]\n ScanlineRender {\n inputs 3\n conservative_shader_sampling false\n antialiasing high\n overscan {{parent.RootFormatSetup.Overscan}}\n spatial_jitter 0.1\n motion_vectors_type velocity\n name NO_Motionblur\n xpos -449\n ypos 548\n }\n VectorBlur2 {\n channels rgba\n uv forward\n alpha -rgba.alpha\n scale 0.5\n motion_falloff 0.65\n offset 0\n grow_bbox 40\n normalize false\n name MBlur\n xpos -448\n ypos 708\n }\npush $N37891e70\n Dot {\n name Dot48\n xpos -1192\n ypos 640\n }\npush $N37898940\npush $N378b0eb0\n Dot {\n name Dot5\n xpos -126\n ypos 640\n }\n ScanlineRender {\n inputs 3\n conservative_shader_sampling false\n antialiasing high\n ambient {{parent.RootFormatSetup.Overscan}}\n samples 30\n shutter {{parent.Shutter}}\n spatial_jitter 0.025\n motion_vectors_type velocity\n name MultiSampleRender\n xpos -676\n ypos 637\n }\n Switch {\n inputs 2\n which {{OutputDeep==1?0:ROption}}\n name Switch2\n xpos -677\n ypos 712\n }\n Switch {\n inputs 2\n which {{parent.ROrP}}\n name RorP\n xpos -677\n ypos 827\n }\n Output {\n name Output\n xpos -677\n ypos 1014\n }\n NoOp {\n inputs 0\n name CustomKnobs\n tile_color 0xff9fff\n xpos -90\n ypos -264\n addUserKnob {20 User}\n addUserKnob {7 Softness R 0 100}\n Softness 10\n addUserKnob {3 time_offset l Seed}\n time_offset {{parent.seed}}\n }\n Input {\n inputs 0\n name Axis\n xpos -358\n ypos -541\n number 1\n }\n Dot {\n name Dot7\n xpos -324\n ypos -479\n }\nend_group\nDeepColorCorrect2 {\n gain 3\n name DeepColorCorrect1\n tile_color 0xff\n selected true\n xpos -2531\n ypos 369\n}\nDeepMerge {\n inputs 2\n name DeepMerge2\n selected true\n xpos -2531\n ypos 465\n}\nDeepToImage {\n name DeepToImage2\n selected true\n xpos -2531\n ypos 561\n}\nNoOp {\n name LookAtMe\n tile_color 0xe955ffff\n note_font \"Verdana Bold Italic Bold Italic\"\n note_font_size 70\n selected true\n xpos -2531\n ypos 640\n}\npush $cut_paste_input\nAxis2 {\n translate {-100 0 0}\n name Axis2\n selected true\n xpos -3440\n ypos -463\n}\npush 0\nGroup {\n inputs 2\n name Sparky2D\n tile_color 0xbd4600ff\n label \"\\[if \\{\\[value ROrP]==false\\} \\{return \\\"Render Mode\\\"\\} \\{return \\\"!! PARTICLE MODE !! \\\\nENABLED\\\"\\}]\"\n note_font \"Bitstream Vera Sans Bold Bold\"\n selected true\n xpos -3450\n ypos -361\n addUserKnob {20 SparkTab l \"Sparky Settings\"}\n addUserKnob {41 start_frame l \"Initial Frame\" T SparkEmit.start_frame}\n addUserKnob {7 EmissionRate l \"Emission Amount\" R 0 100}\n EmissionRate {{curve(((frame-1001)%(1015-1001+1))+1001) K x1001 0 S 400 x1004 0 x1005 12 175 x1008 20 x1012 0 x1015 0}}\n addUserKnob {22 Refresh l \"Refresh Sim\" T \"import random\\n\\ni = int(nuke.expression('random()')*1000)\\nn = nuke.thisNode()\\nhs = n\\['HiddenSeed'].value()\\n\\nif hs == i:\\n n\\['HiddenSeed'].setValue(hs+1)\\nelse :\\n n\\['HiddenSeed'].setValue(i)\" +STARTLINE}\n addUserKnob {26 text l \"\" +STARTLINE T \"\\t\\tClick Refresh if modifying values doesn't show any changes.\"}\n addUserKnob {3 HiddenSeed +INVISIBLE}\n HiddenSeed 816\n addUserKnob {26 \"\"}\n addUserKnob {26 emittertext l \"\" +STARTLINE T \"Emitter Settings\"}\n addUserKnob {13 Direction t \"Set the initial velocity applied to the particles. This will orient the sparks in 3D space.\"}\n Direction {200 50 0}\n addUserKnob {7 MaxLife l \"Particle Life\" t \"Maximum amount of frames the particles will live for.\" R 10 100}\n MaxLife 60\n addUserKnob {7 LifeRange l \"Life Range\" t \"Randomizes the Life Range of the particles.\" R 0 2}\n LifeRange 0.75\n addUserKnob {3 seed l \"Particle Seed\" t \"Randomizes the simulation.\"}\n seed 223\n addUserKnob {26 \"\"}\n addUserKnob {7 ParticleSize l \"Particle Size\" t \"Change Particle Size\" R 1 5}\n ParticleSize 2\n addUserKnob {7 Explosivity t \"Changes how much influence the initial force has on the particles.\" R 0 100}\n Explosivity 55\n addUserKnob {7 Scatter t \"Adds some randomness between particles.\" R 0 100}\n Scatter 100\n addUserKnob {41 Softness l \"Particle Softness\" T CustomKnobs.Softness}\n addUserKnob {26 \"\"}\n addUserKnob {4 ROption l \"Render Options\" t \"Multi Scanline: Output is a ScanlineRender with motionblur enabled. Can be DeepMerged\\nVectorBlur: 2D motionblur added post-render. Can get rid of sample issues, but is not Deep compatible.\" M {\"Multi Scanline\" VectorBlur \"\" \"\"}}\n addUserKnob {41 format l Format T RootFormatSetup.format}\n addUserKnob {14 Overscan R 0 100}\n Overscan 100\n addUserKnob {6 ROrP l \"Output As Particles\" t \"Check this to output Particles instead of a 2D render.\\nIt can then be plugged into a 3D scene.\" +STARTLINE}\n addUserKnob {6 OutputDeep l \"Output Deep\" t \"Warning: Will output in Multi-Scanlinde mode only. Doesn't have any effect if \\\"Output As Particles is selected\\\".\" -STARTLINE}\n addUserKnob {20 Presets}\n addUserKnob {4 AnimPreset l \"Animation Presets\" t \"None: This wont do anything. Serves as safety to not enable a preset accidentally\\nSingle Hit Heavy: Heavy hit with a double pop.\\nSingle Hit Light : Light pop of sparks.\\nWelding : Expression that will mimic a natural welding feeling.\\nWavy : Constant sim with some strong variation in birth rate.\\nConstant : Softer variation than the Wavy preset.\\nLoopy : Loops the same pop of Sparks.\" M {None \"Single Hit Heavy\" \"Single Hit Light\" Welding Wavy Constant Loopy \"\" \"\" \"\" \"\" \"\"}}\n AnimPreset Loopy\n addUserKnob {22 Apply l \"Apply Preset\" t \" \" T \"def checkPreset():\\n preset = int(nuke.thisNode()\\['AnimPreset'].getValue())\\n if preset ==0:\\n return False\\n else:\\n return preset\\n\\ndef checkFrame():\\n InitFrame = nuke.getInput(\\\"Enter Initial Frame\\\", '1001')\\n if InitFrame:\\n try:\\n InitFrame = int(InitFrame)\\n return InitFrame\\n except ValueError:\\n nuke.message(\\\"Not a valid frame number\\\")\\n return False\\n\\n\\nif checkPreset() == False:\\n nuke.ask(\\\"No preset selected\\\")\\nelse:\\n n=nuke.thisNode()\\['EmissionRate']\\n s=int(nuke.thisNode()\\['AnimPreset'].getValue())\\n cf=checkFrame()\\n if cf!=False and cf!=None:\\n if s == 1: \\n nuke.thisNode()\\['start_frame'].setValue(cf)\\n n.clearAnimated()\\n n.setAnimated()\\n sCurve = '\\{curve K x%v1 0 S 400 x%v2 0 12 x%v3 175 x%v4 20 0\\}'\\n sCurve=sCurve.replace(\\\"%v1\\\",str(cf))\\n sCurve=sCurve.replace(\\\"%v2\\\",str(cf+3))\\n sCurve=sCurve.replace(\\\"%v3\\\",str(cf+6))\\n sCurve=sCurve.replace(\\\"%v4\\\",str(cf+12))\\n n.fromScript(sCurve)\\n nuke.message(\\\"Applied Single Hit Heavy Preset\\\")\\n elif s == 2:\\n nuke.thisNode()\\['start_frame'].setValue(cf)\\n n.clearAnimated()\\n n.setAnimated()\\n sCurve = '\\{curve K x%v1 0 S 140 x%v2 0\\}'\\n sCurve=sCurve.replace(\\\"%v1\\\",str(cf))\\n sCurve=sCurve.replace(\\\"%v2\\\",str(cf+3))\\n n.fromScript(sCurve)\\n nuke.message(\\\"Applied Single Hit Light Preset\\\")\\n elif s == 3:\\n nuke.thisNode()\\['start_frame'].setValue(cf)\\n n.clearAnimated()\\n n.setExpression(\\\"max(0,(random(frame+seed)*120*((sin(frame+seed)+1)*0.5)-12))*3\\\")\\n nuke.message(\\\"Applied Welding Preset\\\")\\n elif s == 4:\\n nuke.thisNode()\\['start_frame'].setValue(cf)\\n n.clearAnimated()\\n n.setExpression(\\\"random(frame+seed)*120*((sin(frame+seed)+1)*0.5)\\\")\\n nuke.message(\\\"Applied Wavy Preset\\\")\\n elif s == 5:\\n nuke.thisNode()\\['start_frame'].setValue(cf)\\n n.clearAnimated()\\n n.setExpression(\\\"random(frame/5+seed)*100+60\\\")\\n nuke.message(\\\"Applied Constant Preset\\\")\\n else:\\n nuke.thisNode()\\['start_frame'].setValue(cf)\\n n.clearAnimated()\\n n.setAnimated()\\n sCurve = '\\{curve(((frame-%v1)%(%v6-%v1+1))+%v1) K x%v1 0 S 400 x%v2 0 x%v3 12 175 x%v4 20 x%v5 0 x%v6 0\\}'\\n sCurve=sCurve.replace(\\\"%v1\\\",str(cf))\\n sCurve=sCurve.replace(\\\"%v2\\\",str(cf+3))\\n sCurve=sCurve.replace(\\\"%v3\\\",str(cf+4))\\n sCurve=sCurve.replace(\\\"%v4\\\",str(cf+7))\\n sCurve=sCurve.replace(\\\"%v5\\\",str(cf+11))\\n sCurve=sCurve.replace(\\\"%v6\\\",str(cf+14))\\n n.fromScript(sCurve)\\n nuke.message(\\\"Applied Loopy Preset\\\")\\n\\n\" +STARTLINE}\n addUserKnob {20 Advanced l \"Advanced Settings\"}\n addUserKnob {7 TVelocity l \"Transfer Velocity\"}\n TVelocity 0.5\n addUserKnob {7 TWindow l \"Transfer window\" R 0 5}\n TWindow 2\n addUserKnob {7 Spread l \"Emission Spread\"}\n Spread 0.1\n addUserKnob {26 \"\"}\n addUserKnob {41 samples l \"Scanline Samples\" T MultiSampleRender.samples}\n addUserKnob {7 Shutter}\n Shutter 0.5\n addUserKnob {41 shutteroffset l \"Shutter Offset\" T MultiSampleRender.shutteroffset}\n addUserKnob {41 shuttercustomoffset l \"\" -STARTLINE T MultiSampleRender.shuttercustomoffset}\n addUserKnob {20 Instructions}\n addUserKnob {26 info l \"\" +STARTLINE T \"Sparky v1.2\\n\\nEasy to use particle setup for Sparks.\\n\\nOutputs an image by default, but can be configured to be rendered through a specific Camera or\\nto output as particles, which allows you to plug Sparky into a 3D scene.\\n\\nIf you wish to use the 3D version of this Gizmo, simply plug your Camera and plug an Axis to \\nmove and place the sparks where you need them.\\n\\nFor more information about presets and changelogs, head to the Nukepedia page!\"}\n}\n BackdropNode {\n inputs 0\n name BackdropNode9\n tile_color 0x557fffff\n label \"Welcome Curious Comper!\\n\\nI hope you'll find answers\\nto what you are looking for\\ninside here! \"\n note_font \"Bitstream Vera Sans\"\n note_font_size 111\n xpos -2486\n ypos -861\n bdwidth 2780\n bdheight 1970\n }\n ColorWheel {\n inputs 0\n format \"256 256 0 0 256 256 1 square_256\"\n gamma 0.45\n name ColorWheel1\n xpos -1170\n ypos -537\n }\n Saturation {\n saturation 0\n mode Maximum\n name Saturation1\n xpos -1170\n ypos -427\n }\n FilterErode {\n channels all\n size {{abs(parent.CustomKnobs.Softness)}}\n filter gaussian\n name ErodeSoft\n xpos -1170\n ypos -384\n }\n Reformat {\n type scale\n scale 0.125\n resize distort\n black_outside true\n name Reformat2\n xpos -1170\n ypos -325\n }\n Grade {\n white {0.9 0.35 0.085 1}\n name Grade1\n xpos -1170\n ypos -267\n }\n BlendMat {\n operation max\n surfaceblend modulate\n name BlendMat1\n xpos -971\n ypos -267\n }\n Noise {\n inputs 0\n size 750\n zoffset {{frame/5+CustomKnobs.time_offset}}\n octaves 6\n lacunarity 1.45\n gain 0.6\n center {1440 810}\n name Noise6\n xpos -676\n ypos -548\n }\nset N4aba6030 [stack 0]\n Sphere {\n name Sphere1\n xpos -770\n ypos -456\n }\npush $N4aba6030\n Sphere {\n translate {{parent.input1.translate} {parent.input1.translate} {parent.input1.translate}}\n rotate {{parent.input1.rotate} {parent.input1.rotate} {parent.input1.rotate}}\n scaling {{parent.input1.scaling} {parent.input1.scaling} {parent.input1.scaling}}\n name Sphere2\n xpos -575\n ypos -460\n }\n Switch {\n inputs 2\n which {{\"!\\[exists parent.input1]\"}}\n name Switch3\n xpos -676\n ypos -342\n }\npush 0\n ParticleEmitter {\n inputs 3\n start_frame 1001\n emit_from faces\n randomize_type \"randomized direction\"\n rate {{parent.EmissionRate}}\n rate_variation 0.5\n rate_channel rgba.red\n lifetime {{parent.MaxLife}}\n lifetime_variation {{parent.LifeRange}}\n halflife {{lifetime/2.5}}\n velocity {{\"!\\[exists parent.input1]?7.5+(10*Explosivity/100):7.5+(10*Explosivity/100)*((parent.input1.uniform_scale-1)*0.25+1)\"}}\n velocity_variation {{0.125+abs((min(100,parent.Scatter)*0.035))}}\n size {{\"!\\[exists parent.input1]?max(0.1,parent.ParticleSize):max(0.01,parent.ParticleSize)*((parent.input1.uniform_scale-1)*0.25+1)\"}}\n size_variation 1.6\n mass {{\"!\\[exists parent.input1]?0.5+(1-(clamp(parent.Explosivity,0,100))/100)*3.5:(0.5+((1-(clamp(parent.Explosivity,0,100))/100)*3.5))*(((parent.input1.uniform_scale-1)*0.25)+1)\"}}\n mass_variation {{1.5*(clamp(parent.Scatter,0,100))/100}}\n transfer_velocity {{parent.TVelocity}}\n transfer_window {{parent.TWindow}}\n spread {{parent.Spread}}\n color {0.9 0.35 0.085 1}\n seed {{CustomKnobs.time_offset}}\n name SparkEmit\n xpos -676\n ypos -267\n }\n ParticleDirectionalForce {\n strength {{\"parent.Direction*(\\[exists parent.input1]?1+(parent.input1.uniform_scale-1)*0.85:1)\"} {\"parent.Direction*(\\[exists parent.input1]?1+(parent.input1.uniform_scale-1)*0.85:1)\"} {\"parent.Direction*(\\[exists parent.input1]?1+(parent.input1.uniform_scale-1)*0.85:1)\"}}\n max_age {{1/(max(1,parent.SparkEmit.lifetime*1.25))}}\n name ParticleDirectionalForce\n selected true\n xpos -676\n ypos -120\n }\n ParticleDrag {\n drag 0.6\n name ParticleDrag\n xpos -676\n ypos -36\n }\n ParticleTurbulence {\n strength {2 0.85 4}\n scale {5 10 20}\n name ParticleTurbulence\n xpos -676\n ypos 22\n }\n ParticleDrag {\n drag 0.1\n name ParticleDrag2\n xpos -676\n ypos 86\n }\n ParticleGravity {\n to {0 {\"!\\[exists parent.input1]?-3:-1-(2*(parent.input1.uniform_scale))\"} 0}\n min_age 0.1\n name ParticleGravity\n xpos -676\n ypos 148\n }\n ParticleCurve {\n curves {r {curve L x0.04740819708 1 S l x0.4987964034 0.7955223322 x1 0}\n g {curve L x0.04740819708 1 S l x0.4987964034 0.7955223322 x1 0}\n b {curve L x0.04740819708 1 S l x1 0}\n a {curve L x0.04740819708 1 S l x0.4939824343 0.7353233099 x1 0}\n size {}\n mass {}}\n seed {{HiddenSeed}}\n name FadeOut\n xpos -676\n ypos 201\n }\n ParticleSettings {\n name ParticleSettings1\n xpos -676\n ypos 265\n }\nset N37cd0d90 [stack 0]\n Dot {\n name Dot2\n xpos -924\n ypos 711\n }\n Dot {\n name Dot1\n xpos -924\n ypos 831\n }\n Input {\n inputs 0\n name Camera\n xpos -1457\n ypos 312\n }\n Dot {\n name Dot3\n xpos -1423\n ypos 551\n }\n Camera2 {\n inputs 0\n translate {0 -100 1200}\n focal 20\n haperture 24\n vaperture 13.5\n near 1\n far 1000000\n name Default2DCam\n xpos -1217\n ypos 210\n }\n Switch {\n inputs 2\n which {{\"\\[exists parent.input0]\"}}\n name Switch1\n xpos -1227\n ypos 548\n }\nset N37cf9110 [stack 0]\npush $N37cd0d90\n Dot {\n name Dot6\n xpos -642\n ypos 516\n }\nset N37d03b60 [stack 0]\n Constant {\n inputs 0\n name Constant1\n xpos -161\n ypos 316\n }\n Reformat {\n resize none\n name RootFormatSetup\n xpos -161\n ypos 406\n addUserKnob {20 User}\n addUserKnob {14 Overscan R 0 100}\n Overscan {{parent.Overscan}}\n }\n Dot {\n name Dot4\n xpos -127\n ypos 551\n }\nset N37d1c0d0 [stack 0]\n ScanlineRender {\n inputs 3\n conservative_shader_sampling false\n antialiasing high\n overscan {{parent.RootFormatSetup.Overscan}}\n spatial_jitter 0.1\n motion_vectors_type velocity\n name NO_Motionblur\n xpos -449\n ypos 548\n }\n VectorBlur2 {\n channels rgba\n uv forward\n alpha -rgba.alpha\n scale 0.5\n motion_falloff 0.65\n offset 0\n grow_bbox 40\n normalize false\n name MBlur\n xpos -448\n ypos 708\n }\npush $N37cf9110\n Dot {\n name Dot48\n xpos -1192\n ypos 640\n }\npush $N37d03b60\npush $N37d1c0d0\n Dot {\n name Dot5\n xpos -126\n ypos 640\n }\n ScanlineRender {\n inputs 3\n conservative_shader_sampling false\n antialiasing high\n ambient {{parent.RootFormatSetup.Overscan}}\n samples 30\n shutter {{parent.Shutter}}\n spatial_jitter 0.025\n motion_vectors_type velocity\n name MultiSampleRender\n xpos -676\n ypos 637\n }\n Switch {\n inputs 2\n which {{OutputDeep==1?0:ROption}}\n name Switch2\n xpos -677\n ypos 712\n }\n Switch {\n inputs 2\n which {{parent.ROrP}}\n name RorP\n xpos -677\n ypos 827\n }\n Output {\n name Output\n xpos -677\n ypos 1014\n }\n NoOp {\n inputs 0\n name CustomKnobs\n tile_color 0xff9fff\n xpos -90\n ypos -264\n addUserKnob {20 User}\n addUserKnob {7 Softness R 0 100}\n Softness 10\n addUserKnob {3 time_offset l Seed}\n time_offset {{parent.seed}}\n }\n Input {\n inputs 0\n name Axis\n xpos -358\n ypos -541\n number 1\n }\n Dot {\n name Dot7\n xpos -324\n ypos -479\n }\nend_group\nGrade {\n white 2\n name Grade1\n selected true\n xpos -3450\n ypos -286\n}\nGlow2 {\n brightness 3\n size 3\n name Glow1\n selected true\n xpos -3450\n ypos -229\n}\nCheckerBoard2 {\n inputs 0\n name CheckerBoard3\n selected true\n xpos -3244\n ypos -385\n}\nGrade {\n white 0.125\n name Grade2\n selected true\n xpos -3244\n ypos -313\n}\nMerge2 {\n inputs 2\n name Merge1\n selected true\n xpos -3244\n ypos -229\n}\n" }, { "path": "NukeSurvivalToolkit/nk_files/NST_UVEditor_demo_clean.nk", "content": "#write_info Write1 file:\"\" format:\"256 256 1\" chans:\":rgba.red:rgba.green:rgba.blue:\" framerange:\"1001 1050\" fps:\"0\" colorspace:\"default\" datatype:\"unknown\" transfer:\"unknown\" views:\"main\" colorManagement:\"Nuke\"\nRoot {\n inputs 0\n frame 1027\n first_frame 1001\n last_frame 1050\n format \"2048 1556 0 0 2048 1556 1 2K_Super_35(full-ap)\"\n proxy_type scale\n proxy_format \"1024 778 0 0 1024 778 1 1K_Super_35(full-ap)\"\n}\nBackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0x354c4cff\n label \"preview in uv space\"\n note_font_size 42\n xpos -383\n ypos -672\n bdwidth 469\n bdheight 698\n}\nBackdropNode {\n inputs 0\n name BackdropNode2\n tile_color 0x354c4cff\n label \"udim - modify / export\"\n note_font_size 42\n xpos 200\n ypos -670\n bdwidth 622\n bdheight 696\n}\nBackdropNode {\n inputs 0\n name BackdropNode3\n tile_color 0x354c4cff\n label \"uvtile - map to geo directly\"\n note_font_size 42\n xpos 992\n ypos -668\n bdwidth 646\n bdheight 689\n}\nBackdropNode {\n inputs 0\n name BackdropNode4\n tile_color 0x354c4cff\n label \"UV pass - for STmap\"\n note_font_size 42\n xpos 1762\n ypos -527\n bdwidth 594\n bdheight 558\n}\nAxis2 {\n inputs 0\n rotate {0 {curve x1001 -20 x1050 20} 0}\n name Axis2\n xpos 228\n ypos -546\n}\nCamera2 {\n translate {66.90603638 35.25645828 -5.300000668}\n rotate {-24.62797338 90.0000025 0}\n name Camera4\n xpos 228\n ypos -424\n}\nDot {\n name Dot5\n xpos 252\n ypos -240\n}\nset N8decb800 [stack 0]\nFrameHold {\n first_frame 1001\n name FrameHold2\n xpos 305\n ypos -250\n}\nCheckerBoard2 {\n inputs 0\n name CheckerBoard2\n xpos 415\n ypos -372\n}\nProject3D2 {\n inputs 2\n name Project3D2\n xpos 415\n ypos -244\n}\nReadGeo2 {\n inputs 0\n file ./Trex_UVtile_skin.abc\n localizationPolicy off\n version 2\n use_geometry_colors false\n range_first 0\n range_last 0\n scene_view {{0} imported: 0 selected: 0 items: /root/Trex_UVtile:Skin/Trex_UVtile:SkinShape}\n name ReadGeo8\n xpos 531\n ypos -243\n}\nGroup {\n inputs 2\n name UVEditor3\n onCreate \"\\nthisGRP = nuke.thisGroup()\\nif not thisGRP\\['disable_error'].getValue() :\\n import os\\n import re\\n\\n fontpath = re.split( '/|\\\"\\\"' , nuke.EXE_PATH )\\n fontpath.pop()\\n fontpath += \\['plugins','fonts']\\n \\n if os.path.isfile( '/'.join( fontpath + \\['UtopiaBold.pfa'] ) ) :\\n thisGRP\\['font'].setValue( '/'.join( fontpath + \\['UtopiaBold.pfa'] ) )\\n elif os.path.isfile( '/'.join( fontpath + \\['CourierBold.pfa'] ) ) :\\n thisGRP\\['font'].setValue( '/'.join( fontpath + \\['CourierBold.pfa'] ) )\\n elif os.path.isfile( '/'.join( fontpath + \\['Courier10PitchBold.pfb'] ) ) :\\n thisGRP\\['font'].setValue( '/'.join( fontpath + \\['Courier10PitchBold.pfb'] ) )\\n else :\\n thisGRP\\['font'].setValue( '/'.join( fontpath + \\['BitstreamCharterBold.pfb'] ) )\\n\"\n tile_color 0x6666ff\n xpos 466\n ypos -154\n addUserKnob {20 tab_general l General}\n addUserKnob {3 texSize l \"texture size\"}\n texSize 256\n addUserKnob {41 filter T SR.filter}\n addUserKnob {41 antialiasing T SR.antialiasing}\n addUserKnob {26 \"\"}\n addUserKnob {41 view_wireframe l \"view wireframe\" T menu02.view_wireframe}\n addUserKnob {7 wireframe_size l \"wireframe size\" +DISABLED R 0.1 10}\n wireframe_size 0.1\n addUserKnob {26 \"\"}\n addUserKnob {41 output T menu01.output}\n addUserKnob {30 uv_shift l INVISIBLE +INVISIBLE}\n addUserKnob {41 scanRes +INVISIBLE T store.scanRes}\n addUserKnob {22 udim_export l export T \"thisGRP = nuke.thisGroup()\\ndataCheckNode = nuke.toNode('dataCheck')\\n\\n########################################################\\n\\nusrUV = thisGRP\\['uv_shift'].getValue()\\ndataReturn = \\[]\\n\\nprogBar = nuke.ProgressTask('Checking UV')\\njobCount = 0\\n\\nfor v in range (0, 10) :\\n for u in range (0, 10) :\\n\\n ### progress bar\\n jobCount += 1\\n progShow = int(jobCount/100 * 100)\\n if progBar.isCancelled() :\\n break;\\n progBar.setProgress(progShow)\\n #################\\n\\n thisGRP\\['uv_shift'].setValue(\\[u,v])\\n nuke.execute(dataCheckNode, nuke.frame(), nuke.frame())\\n if dataCheckNode\\['maxlumapixvalue'].getValue() != \\[0.0, 0.0, 0.0] :\\n dataReturn.append(1)\\n else :\\n dataReturn.append(0)\\n\\ndel progBar\\n\\ndataCheckNode\\['maxlumapixdata'].clearAnimated()\\ndataCheckNode\\['maxlumapixvalue'].clearAnimated()\\ndataCheckNode\\['minlumapixdata'].clearAnimated()\\ndataCheckNode\\['minlumapixvalue'].clearAnimated()\\n\\nif len(dataReturn) == 100 :\\n\\tfor i in range (0, 100) :\\n\\t if dataReturn\\[i] == 1 :\\n\\t uvMax = i\\n\\n\\tthisGRP\\['uv_shift'].setValue(usrUV)\\n\\n\\t########################################################\\n\\n\\tgoStore = nuke.toNode('store')\\n\\tgoStore\\['fn'].execute()\\n\\n\\troot = getLevel()\\n\\n\\troot.begin()\\n\\toutFR = nuke.nodes.FrameRange()\\n\\toutFR\\['first_frame'].setValue(1001)\\n\\toutFR\\['last_frame'].setValue(1001 + uvMax)\\n\\toutFR\\['label'].setValue( 'udim range : 1001 - \\{0\\}'.format( str(1001 + uvMax) ) )\\n\\toutFR.setInput(0, thisGRP)\\n\\toutFR.setXYpos(int(thisGRP\\['xpos'].value()), int(thisGRP\\['ypos'].value()+80))\\n\\n\\texpDot = nuke.nodes.Dot()\\n\\texpDot\\['label'].setValue('Texture modify here : swap the paint/patch texture into udim frame')\\n\\texpDot.setInput(0, outFR)\\n\\n\\tyDot = nuke.nodes.Dot()\\n\\tyDot.setInput(0, expDot)\\n\\n\\tuvGRP = nuke.nodes.Group()\\n\\tuvGRP\\['label'].setValue('udim stitch for nuke')\\n\\n\\tnDot = nuke.nodes.Dot()\\n\\tnDot\\['label'].setValue('Connect to Geo')\\n\\troot.end()\\n\\n\\tuvGRP.begin()\\n\\tinNode = nuke.nodes.Input(name='udim')\\n\\tcropNode = nuke.nodes.Crop()\\n\\tcropNode\\['crop'].setValue(1)\\n\\tcropNode.setInput(0, inNode)\\n\\tallDot = nuke.nodes.Dot()\\n\\tallDot.setInput(0, cropNode)\\n\\n\\tuvMerge = nuke.nodes.Merge2()\\n\\toutNode = nuke.nodes.Output()\\n\\toutNode.setInput(0, uvMerge)\\n\\n\\tfor i in range (0, uvMax+1) :\\n\\t uDimHold = nuke.nodes.FrameHold()\\n\\t uDimHold\\['first_frame'].setValue(1001+i)\\n\\t uDimHold.setInput(0, allDot)\\n\\t \\n\\t uvTran = nuke.nodes.Transform()\\n\\t uvTran.addKnob(nuke.UV_Knob('uv_offset'))\\n\\t if i < 10 :\\n\\t u = i\\n\\t v = 0\\n\\t else :\\n\\t if i < 100 :\\n\\t u = int(str(i)\\[1])\\n\\t v = int(str(i)\\[0])\\n\\t uvTran\\['uv_offset'].setValue(\\[u, v])\\n\\t uvTran\\['translate'].setExpression('input.width*uv_offset.u', 0)\\n\\t uvTran\\['translate'].setExpression('input.height*uv_offset.v', 1)\\n\\t uvTran.setInput(0, uDimHold)\\n\\n\\t uvMerge.setInput(i+3, uvTran)\\n\\n\\n\\tuvGRP.end()\\n\\n\\tuvGRP.setInput(0, yDot)\\n\\tnDot.setInput(0, uvGRP)\\n\\n\\troot.begin()\\n\\texWrite = nuke.nodes.Write()\\n\\texWrite.setInput(0, yDot)\\n\\texWrite\\['label'].setValue('export udim
    render range : \\[value input.first_frame] - \\[value input.last_frame]')\\n\\troot.end()\\n\\n\\tdel uvMax\\nelse :\\n\\tnuke.message('Scan process terminated by user.')\\n\\ndel dataReturn\" +STARTLINE}\n addUserKnob {26 \"\"}\n addUserKnob {41 font T store.font}\n addUserKnob {6 disable_error l \"disable text\" +STARTLINE}\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T 1.4}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2020-04-24}\n addUserKnob {22 btn_CHANGELOG l Changelog T \"log = \\\"1.4
    - fix misspelling of knob's label
    - fix not working disable text knob

    1.3
    - fix font issue
      works on linux, mac & windows

    1.2
    - preview in uv space set limited 
      in 1024 resolution for not drag 
      down speed purpose.
    - added show tile number
    - changed uv combine to uv stitch
      in export group
    - code update
    - scan size reduce, speed up process\\\"\\nnuke.message( log )\" +STARTLINE}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n}\n BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0xff\n label \"dont touch\"\n note_font_size 42\n xpos -1755\n ypos 302\n bdwidth 263\n bdheight 296\n }\n BackdropNode {\n inputs 0\n name BackdropNode2\n tile_color 0x424242ff\n label \"UV preview\"\n note_font_size 42\n xpos -824\n ypos 451\n bdwidth 343\n bdheight 672\n }\n BackdropNode {\n inputs 0\n name BackdropNode3\n tile_color 0x424242ff\n label udim\n note_font_size 42\n xpos -328\n ypos 451\n bdwidth 354\n bdheight 675\n }\n BackdropNode {\n inputs 0\n name BackdropNode4\n tile_color 0x424242ff\n label uvtile\n note_font_size 42\n xpos 109\n ypos 451\n bdwidth 354\n bdheight 675\n }\n Input {\n inputs 0\n name tex\n xpos -1000\n ypos 83\n number 1\n }\n Wireframe {\n inputs 0\n line_width {{wireframe_size}}\n name Wireframe1\n xpos -866\n ypos 207\n }\n Switch {\n inputs 2\n which {{!view_wireframe}}\n name Switch2\n xpos -1000\n ypos 207\n }\n Input {\n inputs 0\n name geo\n xpos -1171\n ypos 82\n }\n ApplyMaterial {\n inputs 2\n name ApplyMaterial1\n xpos -1171\n ypos 207\n }\n Dot {\n name Dot6\n xpos -1137\n ypos 287\n }\n Dot {\n name Dot1\n xpos -1137\n ypos 384\n }\nset Na6c8e000 [stack 0]\n Reformat {\n inputs 0\n type \"to box\"\n box_width {{store.scanRes}}\n box_height {{box_width}}\n box_fixed true\n name scanRes\n xpos -1061\n ypos 595\n }\n ScanlineRender {\n inputs 2\n conservative_shader_sampling false\n transparency false\n ztest_enabled false\n projection_mode uv\n overscan {{store.scanRes*10}}\n shutteroffset centred\n motion_vectors_type off\n MB_channel none\n name SR1\n xpos -1171\n ypos 595\n }\n Remove {\n operation keep\n channels rgb\n name Remove1\n xpos -1171\n ypos 675\n }\n Transform {\n translate {{store.scanRes*uv_offset.u*-1} {store.scanRes*uv_offset*-1}}\n shutteroffset centred\n name pos_shift\n xpos -1171\n ypos 740\n addUserKnob {20 User}\n addUserKnob {30 uv_offset}\n uv_offset {{uv_shift} {uv_shift}}\n }\n Crop {\n box {0 0 {store.scanRes} {store.scanRes}}\n reformat true\n crop false\n name Crop1\n xpos -1171\n ypos 801\n }\n CurveTool {\n operation \"Max Luma Pixel\"\n ROI {0 0 {store.scanRes} {store.scanRes}}\n intensitydata {0 0 0 0}\n maxlumapixvalue {0 0 0}\n minlumapixvalue {0 0 0}\n name dataCheck\n xpos -1171\n ypos 881\n }\n NoOp {\n inputs 0\n name menu01\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nif thisGRP\\['output'].getValue() == 1 :\\n thisGRP\\['udim_export'].setEnabled(True)\\nelse :\\n thisGRP\\['udim_export'].setEnabled(False)\\n\"\n xpos -1669\n ypos 392\n addUserKnob {20 User}\n addUserKnob {4 output M {\"preview in uv space\" udim \"uv tile\" \"uv pass\"}}\n output udim\n }\n Reformat {\n inputs 0\n type \"to box\"\n box_width {{texSize*10}}\n box_height {{texSize*10}}\n box_fixed true\n resize none\n name Reformat4\n xpos 719\n ypos 638\n }\n Expression {\n expr0 x/width\n expr1 y/height\n channel2 none\n channel3 none\n name uv\n xpos 719\n ypos 720\n }\n Multiply {\n channels rgb\n value {10 10 1 1}\n name Multiply1\n xpos 719\n ypos 798\n }\n Reformat {\n type \"to box\"\n box_width {{texSize}}\n box_height {{texSize}}\n box_fixed true\n resize none\n center false\n pbb true\n name Reformat3\n xpos 719\n ypos 878\n }\n Dot {\n name Dot8\n xpos 753\n ypos 1225\n }\npush $Na6c8e000\n Dot {\n name Dot4\n xpos -780\n ypos 384\n }\nset Na68b0000 [stack 0]\n Reformat {\n inputs 0\n type \"to box\"\n box_width {{texSize}}\n box_height {{box_width}}\n box_fixed true\n name res\n xpos 5\n ypos 381\n }\n ScanlineRender {\n inputs 2\n conservative_shader_sampling false\n transparency false\n ztest_enabled false\n filter Impulse\n projection_mode uv\n overscan {{texSize*10 x1009 1948}}\n shutteroffset centred\n motion_vectors_type off\n MB_channel none\n name SR\n xpos -154\n ypos 381\n }\n Dot {\n name Dot2\n xpos -120\n ypos 628\n }\nset Na5309000 [stack 0]\n Shuffle {\n red black\n green black\n blue black\n alpha black\n name Shuffle1\n xpos -292\n ypos 625\n }\n Text {\n output rgb\n cliptype none\n message \" 91 92 93 94 95 96 97 98 99 00\\n 81 82 83 84 85 86 87 88 89 90\\n 71 72 73 74 75 76 77 78 79 80\\n 61 62 63 64 65 66 67 68 69 70\\n 51 52 53 54 55 56 57 58 59 60\\n 41 42 43 44 45 46 47 48 49 50\\n 31 32 33 34 35 36 37 38 39 40\\n 21 22 23 24 25 26 27 28 29 30\\n 11 12 13 14 15 16 17 18 19 20\\n 01 02 03 04 05 06 07 08 09 10\"\n font \"\\[value store.font]\"\n kerning 0.236\n leading 1.051\n yjustify bottom\n Transform 1\n box {0 0 1024 999}\n translate {0 {\"( ( texSize * 10 ) / 1024 ) *25\"}}\n scale {{\"( texSize * 10 ) / 1024\"}}\n name Text2\n xpos -292\n ypos 707\n disable {{disable_error}}\n }\n Multiply {\n channels rgb\n value {0 0.05 0.05 1}\n name Multiply3\n xpos -292\n ypos 769\n }\n Dot {\n name Dot13\n xpos -258\n ypos 821\n }\n Dot {\n name Dot11\n xpos -178\n ypos 821\n }\nset Naa775800 [stack 0]\n Dot {\n name Dot12\n xpos 221\n ypos 821\n }\npush $Na5309000\n Dot {\n name Dot5\n xpos 281\n ypos 628\n }\n Merge2 {\n inputs 2\n operation under\n Achannels {rgba.red rgba.green rgba.blue -rgba.alpha}\n name Merge4\n xpos 247\n ypos 879\n }\n Crop {\n box {0 0 {texSize*10} {texSize*10}}\n crop false\n name Crop4\n xpos 247\n ypos 961\n }\n Dot {\n name Dot7\n xpos 281\n ypos 1204\n }\npush $Naa775800\npush $Na5309000\n Merge2 {\n inputs 2\n operation under\n Achannels {rgba.red rgba.green rgba.blue -rgba.alpha}\n name Merge3\n xpos -154\n ypos 879\n }\n Transform {\n translate {{texSize*uv_offset.u*-1 i} {texSize*uv_offset*-1 i}}\n shutteroffset centred\n name pos_shift1\n xpos -154\n ypos 961\n addUserKnob {20 User}\n addUserKnob {30 uv_offset}\n uv_offset {{\"frame <=1001 ? 0 : (frame-1)%10\"} {\"frame < 1000 ? 0 : int(((frame-1)/10)-100)\"}}\n }\n Dot {\n name Dot3\n xpos -120\n ypos 1202\n }\n Reformat {\n inputs 0\n format \"1024 1024 0 0 1024 1024 1 square_1K\"\n name Reformat2\n xpos -693\n ypos 712\n }\n Dot {\n name Dot9\n xpos -659\n ypos 770\n }\nset Na6c60c00 [stack 0]\n Dot {\n name Dot10\n xpos -533\n ypos 770\n }\n Text {\n output rgb\n message \" 91 92 93 94 95 96 97 98 99 00\\n 81 82 83 84 85 86 87 88 89 90\\n 71 72 73 74 75 76 77 78 79 80\\n 61 62 63 64 65 66 67 68 69 70\\n 51 52 53 54 55 56 57 58 59 60\\n 41 42 43 44 45 46 47 48 49 50\\n 31 32 33 34 35 36 37 38 39 40\\n 21 22 23 24 25 26 27 28 29 30\\n 11 12 13 14 15 16 17 18 19 20\\n 01 02 03 04 05 06 07 08 09 10\"\n font \"\\[value store.font]\"\n kerning 0.236\n leading 1.051\n yjustify bottom\n Transform 1\n box {0 0 1024 999}\n translate {0 25}\n name Text1\n xpos -567\n ypos 818\n disable {{disable_error}}\n }\n Multiply {\n channels rgb\n value {0 0.05 0.05 1}\n name Multiply2\n xpos -567\n ypos 887\n }\npush $Na6c60c00\n Grid {\n name Grid1\n xpos -693\n ypos 814\n }\n Merge2 {\n inputs 2\n name Merge2\n xpos -693\n ypos 887\n }\npush $Na68b0000\n Reformat {\n inputs 0\n format \"1024 1024 0 0 1024 1024 1 square_1K\"\n name Reformat5\n xpos -689\n ypos 531\n }\n Reformat {\n type scale\n scale 0.1\n resize none\n name Reformat6\n xpos -689\n ypos 594\n }\n ScanlineRender {\n inputs 2\n conservative_shader_sampling false\n transparency false\n ztest_enabled false\n projection_mode uv\n overscan 2560\n shutteroffset centred\n motion_vectors_type off\n MB_channel none\n name SR2\n xpos -814\n ypos 594\n }\n Merge2 {\n inputs 2\n operation under\n name Merge1\n xpos -814\n ypos 887\n }\n Crop {\n box {0 0 1024 1024}\n reformat true\n crop false\n name Crop2\n xpos -814\n ypos 969\n }\n Switch {\n inputs 4\n which {{output}}\n name Switch1\n xpos -814\n ypos 1412\n }\n Output {\n name Output1\n xpos -814\n ypos 1597\n }\n NoOp {\n inputs 0\n name menu02\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nif thisGRP\\['view_wireframe'].getValue() == 1 :\\n thisGRP\\['wireframe_size'].setEnabled(True)\\nelse :\\n thisGRP\\['wireframe_size'].setEnabled(False)\\n\"\n xpos -1668\n ypos 484\n addUserKnob {20 User}\n addUserKnob {6 view_wireframe l \"view wireframe\" +STARTLINE}\n }\n NoOp {\n inputs 0\n name store\n xpos -1419\n ypos 388\n addUserKnob {20 User}\n addUserKnob {22 fn T \"def getLevel() :\\n\\t### level define ###\\n\\tif len(nuke.thisNode().fullName().split('.')) == 1 :\\n\\t\\t ggLevel = nuke.root()\\n\\telse :\\n\\t\\t nodePath = nuke.thisNode().fullName().split('.')\\n\\t\\t nodePath.pop()\\n\\t\\t ggLevel = nuke.toNode('.'.join(nodePath))\\n\\treturn ggLevel\" +STARTLINE}\n addUserKnob {3 scanRes}\n scanRes 64\n addUserKnob {2 font}\n font \"C:/Program Files/Nuke12.0v3/plugins/fonts/UtopiaBold.pfa\"\n }\nend_group\nFrameRange {\n first_frame 1001\n last_frame 1022\n time \"\"\n name FrameRange1\n label \"udim range : 1001 - 1022\"\n xpos 466\n ypos -90\n}\nDot {\n name Dot2\n label \"Texture modify here : swap the paint/patch texture into udim frame\"\n xpos 500\n ypos -10\n}\nRotoPaint {\n curves {{{v x3f99999a}\n {f 0}\n {n\n {layer Root\n {f 2097152}\n {t x44800000 x44428000}\n {a pt1x 0 pt1y 0 pt2x 0 pt2y 0 pt3x 0 pt3y 0 pt4x 0 pt4y 0 ptex00 0 ptex01 0 ptex02 0 ptex03 0 ptex10 0 ptex11 0 ptex12 0 ptex13 0 ptex20 0 ptex21 0 ptex22 0 ptex23 0 ptex30 0 ptex31 0 ptex32 0 ptex33 0 ptof1x 0 ptof1y 0 ptof2x 0 ptof2y 0 ptof3x 0 ptof3y 0 ptof4x 0 ptof4y 0 pterr 0 ptrefset 0 ptmot x40800000 ptref 0}\n {cubiccurve Brush2 512 catmullrom\n {cc\n {f 2080}\n {p\n {x42e40000 x435e0000 x3d904090}\n {x42e50000 x435f0000 x3e044084}\n {x42e40000 x43600000 x3ea24ca2}\n {x42e20000 x43600000 x3eb458b4}\n {x42e00000 x435f8000 x3eb458b4}\n {x42de0000 x435f0000 x3eb658b6}\n {x42dd0000 x435d8000 x3eb658b6}\n {x42da0000 x435c8000 x3eb658b6}\n {x42d80000 x435b8000 x3eb658b6}\n {x42d40000 x435a0000 x3eba58ba}\n {x42d20000 x43580000 x3eb958b9}\n {x42cf0000 x43568000 x3eba58ba}\n {x42cc0000 x43550000 x3eb958b9}\n {x42ca0000 x43538000 x3eba58ba}\n {x42c90000 x43528000 x3eba58ba}\n {x42c90000 x43518000 x3eb958b9}\n {x42ca0000 x43508000 x3eb958b9}\n {x42cc0000 x43500000 x3eb958b9}\n {x42cf0000 x434e8000 x3eb958b9}\n {x42d30000 x434e0000 x3eba58ba}\n {x42d80000 x434d0000 x3eba58ba}\n {x42dc0000 x434c8000 x3eba58ba}\n {x42e00000 x434b8000 x3eb958b9}\n {x42e50000 x434b0000 x3eba58ba}\n {x42e80000 x43498000 x3eb958b9}\n {x42ec0000 x43490000 x3eb958b9}\n {x42ef0000 x43488000 x3eba58ba}\n {x42f20000 x43478000 x3eba58ba}\n {x42f20000 x43460000 x3ebb5cbb}\n {x42f20000 x43448000 x3ebc5cbc}\n {x42f10000 x43438000 x3ebe5cbe}\n {x42ef0000 x43420000 x3ebe5cbe}\n {x42ec0000 x43410000 x3ebd5cbd}\n {x42e80000 x433f0000 x3ebf5cbf}\n {x42e40000 x433d8000 x3ebf5cbf}\n {x42e00000 x433c8000 x3ebf5cbf}\n {x42de0000 x433b0000 x3ec15cc1}\n {x42db0000 x433a0000 x3ebe5cbe}\n {x42da0000 x43390000 x3ebe5cbe}\n {x42dc0000 x43388000 x3ebf5cbf}\n {x42de0000 x43380000 x3ebf5cbf}\n {x42e30000 x43378000 x3ebf5cbf}\n {x42e70000 x43370000 x3ec25cc2}\n {x42ec0000 x43360000 x3ec360c3}\n {x42ef0000 x43350000 x3ec360c3}\n {x42f30000 x43348000 x3ec360c3}\n {x42f70000 x43338000 x3ec360c3}\n {x42fa0000 x43320000 x3ec25cc2}\n {x42fc0000 x43308000 x3ec560c5}\n {x42fe0000 x432f8000 x3ec660c6}\n {x42fe0000 x432e0000 x3ec960c9}\n {x42fe0000 x432c0000 x3ecc64cc}\n {x42fd0000 x432a8000 x3ecd64cd}\n {x42fa0000 x43290000 x3ecd64cd}\n {x42f70000 x43268000 x3ed064d0}\n {x42f30000 x43250000 x3ecd64cd}\n {x42ef0000 x43238000 x3ecf64cf}\n {x42e90000 x43220000 x3ed064d0}\n {x42e50000 x43210000 x3ed064d0}\n {x42e20000 x43208000 x3ed064d0}\n {x42df0000 x43200000 x3ecf64cf}\n {x42e30000 x43208000 x3ed264d2}\n {x42e60000 x43210000 x3ed468d4}\n {x42ea0000 x43218000 x3ed264d2}\n {x42f00000 x43218000 x3ed468d4}\n {x42f60000 x43218000 x3ed264d2}\n {x42fc0000 x43208000 x3ed568d5}\n {x43020000 x431f8000 x3edc6cdc}\n {x43060000 x431e0000 x3ee970e9}\n {x430a8000 x431b8000 x3eef74ef}\n {x430d0000 x43198000 x3ef074f0}\n {x430f8000 x43170000 x3ef274f2}\n {x43100000 x43150000 x3ef374f3}\n {x43100000 x43128000 x3ef678f6}\n {x430f8000 x43110000 x3ef778f7}\n {x430d8000 x43100000 x3efa78fa}\n {x430b8000 x430f0000 x3efb78fb}\n {x43088000 x430f0000 x3efa78fa}\n {x43060000 x43100000 x3efb78fb}\n {x43028000 x43118000 x3efc7cfc}\n {x43000000 x43148000 x3efc7cfc}\n {x42f20000 x431b8000 x3efa78fa}\n {x42ed0000 x43200000 x3ef778f7}\n {x42e70000 x43248000 x3ef478f4}\n {x42e40000 x43298000 x3ee970e9}\n {x42e00000 x432e8000 x3ee570e5}\n {x42df0000 x43328000 x3ee06ce0}\n {x42df0000 x43360000 x3ee06ce0}\n {x42df0000 x43390000 x3ee06ce0}\n {x42e00000 x433b0000 x3edd6cdd}\n {x42e30000 x433d0000 x3edf6cdf}\n {x42e50000 x433e8000 x3edd6cdd}\n {x42e80000 x433f8000 x3ede6cde}\n {x42ea0000 x43410000 x3edd6cdd}\n {x42ee0000 x43410000 x3ede6cde}\n {x42f10000 x43418000 x3ede6cde}\n {x42f30000 x43418000 x3edd6cdd}\n {x42f70000 x43410000 x3edb6cdb}\n {x42fa0000 x43400000 x3ed968d9}\n {x42fc0000 x433f8000 x3ed668d6}\n {x42fe0000 x433f0000 x3ed568d5}\n {x43008000 x433e8000 x3ed768d7}\n {x43018000 x433e8000 x3ed668d6}\n {x43028000 x43410000 x3ed968d9}\n {x43030000 x43428000 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{x430b8000 x43648000 x3ef074f0}\n {x430d0000 x43648000 x3ef074f0}\n {x430f8000 x43628000 x3eef74ef}\n {x43118000 x43608000 x3eef74ef}\n {x43150000 x435c8000 x3eef74ef}\n {x43180000 x43580000 x3ef174f1}\n {x431b8000 x43530000 x3ef678f6}\n {x431f0000 x434e0000 x3ef578f5}\n {x43210000 x43490000 x3ef878f8}\n {x43238000 x43440000 x3ef878f8}\n {x43240000 x433f0000 x3ef778f7}\n {x43240000 x433a0000 x3ef878f8}\n {x43230000 x43358000 x3ef778f7}\n {x43208000 x43320000 x3ef878f8}\n {x431e0000 x432f0000 x3ef878f8}\n {x431a8000 x432d8000 x3ef678f6}\n {x43168000 x432b8000 x3eec74ec}\n {x43128000 x432b8000 x3ee670e6}\n {x43090000 x432d0000 x3ee470e4}\n {x43050000 x432e8000 x3ee16ce1}\n {x43008000 x43310000 x3ee16ce1}\n {x42fa0000 x43348000 x3ee26ce2}\n {x42f20000 x433d8000 x3ee16ce1}\n {x42f10000 x433f8000 x3ee26ce2}\n {x42f10000 x43418000 x3ee16ce1}\n {x42f20000 x43430000 x3ee16ce1}\n {x42f30000 x43440000 x3ee26ce2}\n {x42f70000 x43450000 x3ee16ce1}\n {x42f90000 x43450000 x3ee26ce2}\n {x42fe0000 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x3efc7cfc}\n {x42740000 x433f8000 x3efd7cfd}\n {x42850000 x43468000 x3efd7cfd}\n {x42930000 x434c0000 x3efd7cfd}\n {x42a20000 x43508000 x3efc7cfc}\n {x42b40000 x43538000 x3efd7cfd}\n {x42c70000 x43560000 x3efc7cfc}\n {x42da0000 x43570000 x3efc7cfc}\n {x42ee0000 x43570000 x3efc7cfc}\n {x430b8000 x43518000 x3efc7cfc}\n {x43160000 x434d0000 x3efd7cfd}\n {x431f8000 x43470000 x3efa78fa}\n {x43280000 x433f8000 x3efa78fa}\n {x432e8000 x43388000 x3efb78fb}\n {x43330000 x43308000 x3ef878f8}\n {x43358000 x43288000 x3efb78fb}\n {x43360000 x43210000 x3ef778f7}\n {x43360000 x43198000 x3efb78fb}\n {x43348000 x43120000 x3efb78fb}\n {x43308000 x430b0000 x3efc7cfc}\n {x432b0000 x43040000 x3efc7cfc}\n {x43240000 x42fb0000 x3efc7cfc}\n {x431b0000 x42f00000 x3efd7cfd}\n {x43070000 x42de0000 x3efd7cfd}\n {x42fa0000 x42d90000 x3efc7cfc}\n {x42e70000 x42d60000 x3efe7cfe}\n {x42d50000 x42d60000 x3efc7cfc}\n {x42c50000 x42db0000 x3eff7cff}\n {x42b60000 x42e30000 x3efc7cfc}\n {x42a90000 x42ee0000 x3efd7cfd}\n {x429e0000 x42fc0000 x3efd7cfd}\n {x42950000 x43060000 x3efc7cfc}\n {x42900000 x430f0000 x3ef678f6}\n {x42900000 x43170000 x3ef074f0}\n {x42950000 x431e0000 x3eea70ea}\n {x429e0000 x43238000 x3ee970e9}\n {x42ac0000 x43270000 x3ee970e9}\n {x42bd0000 x43298000 x3ee670e6}\n {x42d10000 x432b0000 x3ee670e6}\n {x42e70000 x432b0000 x3ee770e7}\n {x43008000 x43298000 x3ee670e6}\n {x430d0000 x43260000 x3ee770e7}\n {x431b0000 x43230000 x3ee670e6}\n {x43290000 x431e0000 x3ee770e7}\n {x43358000 x43190000 x3ee770e7}\n {x43400000 x43130000 x3ee970e9}\n {x43480000 x430d0000 x3eeb70eb}\n {x434d0000 x43060000 x3ef274f2}\n {x434f0000 x42fc0000 x3ef478f4}\n {x434f0000 x42ec0000 x3ef578f5}\n {x434d0000 x42dc0000 x3ef678f6}\n {x43430000 x42bd0000 x3ef678f6}\n {x433d0000 x42b00000 x3ef878f8}\n {x43350000 x42a20000 x3efa78fa}\n {x432d0000 x42950000 x3ef878f8}\n {x43238000 x42880000 x3efc7cfc}\n {x43198000 x42760000 x3efa78fa}\n {x43100000 x42600000 x3efa78fa}\n {x43068000 x424c0000 x3efd7cfd}\n {x42fc0000 x423c0000 x3efd7cfd}\n {x42ee0000 x42300000 x3efd7cfd}\n {x42dd0000 x42240000 x3efc7cfc}\n {x42db0000 x42240000 x3efc7cfc}\n {x42dc0000 x422c0000 x3ef778f7}\n {x42e20000 x42340000 x3ef374f3}\n {x42ea0000 x42400000 x3ef274f2}\n {x42f70000 x424a0000 x3ef174f1}\n {x43028000 x42540000 x3ef174f1}\n {x430b8000 x42580000 x3ef174f1}\n {x43150000 x42580000 x3ef174f1}\n {x431f0000 x42560000 x3ef174f1}\n {x43288000 x424e0000 x3ef174f1}\n {x43310000 x42440000 x3ef174f1}\n {x43390000 x42380000 x3ef274f2}\n {x433e8000 x42280000 x3ef274f2}\n {x43420000 x421a0000 x3ef174f1}\n {x43430000 x420a0000 x3ef778f7}\n {x43420000 x41f40000 x3efb78fb}\n {x433e8000 x41d00000 x3efc7cfc}\n {x43398000 x41b00000 x3efd7cfd}\n {x43328000 x41940000 x3efd7cfd}\n {x432a8000 x41700000 x3eff7cff}\n {x43210000 x41500000 x3eff7cff}\n {x43170000 x41280000 x3efe7cfe}\n {x430c8000 x41180000 x3eff7cff}\n {x43018000 x41180000 x3f00be81}\n {x42ed0000 x41180000 x3f00be81}\n {x42d80000 x41300000 x3f003e80}\n {x42c20000 x41580000 x3f00be81}\n {x42ae0000 x41840000 x3f00be81}\n {x429d0000 x41a00000 x3f003e80}\n {x428e0000 x41c00000 x3f00be81}\n {x42850000 x41d80000 x3f03c084}\n {x427e0000 x41f00000 x3f054085}\n {x42780000 x42040000 x3f05c086}\n {x42760000 x420a0000 x3f064286}\n {x42740000 x420e0000 x3f05c086}\n {x42740000 x42120000 x3f064286}\n {x42720000 x42180000 x3f064286}\n {x426e0000 x421c0000 x3f05c086}\n {x42680000 x421e0000 x3f064286}\n {x425e0000 x42220000 x3f064286}\n {x42560000 x42260000 x3f064286}\n {x424c0000 x422c0000 x3f05c086}\n {x42440000 x42300000 x3f064286}\n {x423a0000 x42340000 x3f064286}\n {x42340000 x42360000 x3f064286}\n {x422e0000 x42380000 x3f05c086}\n {x42280000 x423a0000 x3f05c086}\n {x422c0000 x423a0000 x3f044084}\n {x42380000 x42400000 x3f03c084}\n {x42420000 x42440000 x3f03c084}\n {x424e0000 x424a0000 x3f044084}\n {x42600000 x42540000 x3f03c084}\n {x42760000 x425e0000 x3f044084}\n {x428a0000 x426a0000 x3f024082}\n {x429a0000 x42780000 x3f03c084}\n {x42b00000 x42830000 x3f03c084}\n {x42c80000 x428a0000 x3f044084}\n {x42e20000 x428f0000 x3f03c084}\n {x42fd0000 x42940000 x3f03c084}\n {x430c8000 x42960000 x3f054085}\n {x431a8000 x42970000 x3f04c085}\n {x43268000 x42960000 x3f03c084}\n {x43310000 x42930000 x3f03c084}\n {x43398000 x428f0000 x3f04c085}\n {x433f8000 x428a0000 x3f03c084}\n {x43430000 x42830000 x3f013e81}\n {x43450000 x42780000 x3eef74ef}\n {x43450000 x426a0000 x3ed468d4}\n {x43448000 x425e0000 x3e9d4c9d}\n {x43430000 x42500000 x3db050b0}}}\n {t x42f794e9 x42d3d07a}\n {a r 0 g x3f395810 ro 0 go 0 bo 0 ao 0 bs x40e00000 bu 1 str 1 spx x44800000 spy x44428000 sb 1 ltn x447d8000 ltm x447d8000 ltt x40000000 tt x41880000}}}}}}\n toolbox {brush {\n { selectAll r 0.404 g 0 bs 7 str 1 ssx 1 ssy 1 sf 1 }\n { createBezier str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createBezierCusped str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createBSpline str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createEllipse str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createRectangle str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createRectangleCusped str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { brush r 0.404 g 0 bs 7 str 1 ssx 1 ssy 1 sf 1 sb 1 ltn 1001 ltm 1001 tt 17 }\n { eraser src 2 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { clone src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { reveal src 3 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { dodge src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { burn src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { blur src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { sharpen src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { smear src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n} }\n toolbar_paint_color {0.4040002823 0 1 1}\n toolbar_brush_size 7\n toolbar_brush_hardness 0.200000003\n toolbar_lifetime_type single\n toolbar_lifetime_start 1001\n toolbar_lifetime_end 1001\n toolbar_source_transform_scale {1 1}\n toolbar_source_transform_center {1024 778}\n color {0.4040002823 0 1 1}\n colorOverlay {0 0 0 0}\n lifetime_start 1001\n lifetime_end 1001\n motionblur_on true\n brush_size 7\n brush_spacing 0.05000000075\n brush_hardness 0.200000003\n source_black_outside true\n name RotoPaint1\n xpos 466\n ypos 137\n}\nDot {\n name Dot3\n xpos 500\n ypos 270\n}\nset Na052a000 [stack 0]\nWrite {\n name Write1\n label \"export udim
    render range : \\[value input.first_frame] - \\[value input.last_frame]\"\n xpos 576\n ypos 344\n}\nStickyNote {\n inputs 0\n name StickyNote1\n label \"Texture painted on frame 1001 and 1014 = udim 1001 and 1014\"\n xpos 566\n ypos 135\n}\nStickyNote {\n inputs 0\n name StickyNote2\n label \"3D view cant display uvtile, have to check through scanlineRender\"\n xpos 568\n ypos 529\n}\nAxis2 {\n inputs 0\n rotate {0 {curve x1001 -20 x1050 20} 0}\n name Axis3\n xpos 1852\n ypos 509\n}\nCamera2 {\n translate {66.90603638 35.25645828 -5.300000668}\n rotate {-24.62797338 90.0000025 0}\n name Camera2\n xpos 1852\n ypos 631\n}\nReadGeo2 {\n inputs 0\n file ./Trex_UVtile_skin.abc\n localizationPolicy off\n version 2\n use_geometry_colors false\n range_first 0\n range_last 0\n scene_view {{0} imported: 0 selected: 0 items: /root/Trex_UVtile:Skin/Trex_UVtile:SkinShape}\n name ReadGeo5\n xpos 2011\n ypos -279\n}\nGroup {\n name UVEditor5\n onCreate \"\\nthisGRP = nuke.thisGroup()\\nif not thisGRP\\['disable_error'].getValue() :\\n import os\\n import re\\n\\n fontpath = re.split( '/|\\\"\\\"' , nuke.EXE_PATH )\\n fontpath.pop()\\n fontpath += \\['plugins','fonts']\\n \\n if os.path.isfile( '/'.join( fontpath + \\['UtopiaBold.pfa'] ) ) :\\n thisGRP\\['font'].setValue( '/'.join( fontpath + \\['UtopiaBold.pfa'] ) )\\n elif os.path.isfile( '/'.join( fontpath + \\['CourierBold.pfa'] ) ) :\\n thisGRP\\['font'].setValue( '/'.join( fontpath + \\['CourierBold.pfa'] ) )\\n elif os.path.isfile( '/'.join( fontpath + \\['Courier10PitchBold.pfb'] ) ) :\\n thisGRP\\['font'].setValue( '/'.join( fontpath + \\['Courier10PitchBold.pfb'] ) )\\n else :\\n thisGRP\\['font'].setValue( '/'.join( fontpath + \\['BitstreamCharterBold.pfb'] ) )\\n\"\n tile_color 0x6666ff\n xpos 2011\n ypos -171\n addUserKnob {20 tab_general l General}\n addUserKnob {3 texSize l \"texture size\"}\n texSize 256\n addUserKnob {41 filter T SR.filter}\n addUserKnob {41 antialiasing T SR.antialiasing}\n addUserKnob {26 \"\"}\n addUserKnob {41 view_wireframe l \"view wireframe\" T menu02.view_wireframe}\n addUserKnob {7 wireframe_size l \"wireframe size\" +DISABLED R 0.1 10}\n wireframe_size 0.1\n addUserKnob {26 \"\"}\n addUserKnob {41 output T menu01.output}\n addUserKnob {30 uv_shift l INVISIBLE +INVISIBLE}\n addUserKnob {41 scanRes +INVISIBLE T store.scanRes}\n addUserKnob {22 udim_export l export +DISABLED T \"thisGRP = nuke.thisGroup()\\ndataCheckNode = nuke.toNode('dataCheck')\\n\\n########################################################\\n\\nusrUV = thisGRP\\['uv_shift'].getValue()\\ndataReturn = \\[]\\n\\nprogBar = nuke.ProgressTask('Checking UV')\\njobCount = 0\\n\\nfor v in range (0, 10) :\\n for u in range (0, 10) :\\n\\n ### progress bar\\n jobCount += 1\\n progShow = int(jobCount/100 * 100)\\n if progBar.isCancelled() :\\n break;\\n progBar.setProgress(progShow)\\n #################\\n\\n thisGRP\\['uv_shift'].setValue(\\[u,v])\\n nuke.execute(dataCheckNode, nuke.frame(), nuke.frame())\\n if dataCheckNode\\['maxlumapixvalue'].getValue() != \\[0.0, 0.0, 0.0] :\\n dataReturn.append(1)\\n else :\\n dataReturn.append(0)\\n\\ndel progBar\\n\\ndataCheckNode\\['maxlumapixdata'].clearAnimated()\\ndataCheckNode\\['maxlumapixvalue'].clearAnimated()\\ndataCheckNode\\['minlumapixdata'].clearAnimated()\\ndataCheckNode\\['minlumapixvalue'].clearAnimated()\\n\\nif len(dataReturn) == 100 :\\n\\tfor i in range (0, 100) :\\n\\t if dataReturn\\[i] == 1 :\\n\\t uvMax = i\\n\\n\\tthisGRP\\['uv_shift'].setValue(usrUV)\\n\\n\\t########################################################\\n\\n\\tgoStore = nuke.toNode('store')\\n\\tgoStore\\['fn'].execute()\\n\\n\\troot = getLevel()\\n\\n\\troot.begin()\\n\\toutFR = nuke.nodes.FrameRange()\\n\\toutFR\\['first_frame'].setValue(1001)\\n\\toutFR\\['last_frame'].setValue(1001 + uvMax)\\n\\toutFR\\['label'].setValue( 'udim range : 1001 - \\{0\\}'.format( str(1001 + uvMax) ) )\\n\\toutFR.setInput(0, thisGRP)\\n\\toutFR.setXYpos(int(thisGRP\\['xpos'].value()), int(thisGRP\\['ypos'].value()+80))\\n\\n\\texpDot = nuke.nodes.Dot()\\n\\texpDot\\['label'].setValue('Texture modify here : swap the paint/patch texture into udim frame')\\n\\texpDot.setInput(0, outFR)\\n\\n\\tyDot = nuke.nodes.Dot()\\n\\tyDot.setInput(0, expDot)\\n\\n\\tuvGRP = nuke.nodes.Group()\\n\\tuvGRP\\['label'].setValue('udim stitch for nuke')\\n\\n\\tnDot = nuke.nodes.Dot()\\n\\tnDot\\['label'].setValue('Connect to Geo')\\n\\troot.end()\\n\\n\\tuvGRP.begin()\\n\\tinNode = nuke.nodes.Input(name='udim')\\n\\tcropNode = nuke.nodes.Crop()\\n\\tcropNode\\['crop'].setValue(1)\\n\\tcropNode.setInput(0, inNode)\\n\\tallDot = nuke.nodes.Dot()\\n\\tallDot.setInput(0, cropNode)\\n\\n\\tuvMerge = nuke.nodes.Merge2()\\n\\toutNode = nuke.nodes.Output()\\n\\toutNode.setInput(0, uvMerge)\\n\\n\\tfor i in range (0, uvMax+1) :\\n\\t uDimHold = nuke.nodes.FrameHold()\\n\\t uDimHold\\['first_frame'].setValue(1001+i)\\n\\t uDimHold.setInput(0, allDot)\\n\\t \\n\\t uvTran = nuke.nodes.Transform()\\n\\t uvTran.addKnob(nuke.UV_Knob('uv_offset'))\\n\\t if i < 10 :\\n\\t u = i\\n\\t v = 0\\n\\t else :\\n\\t if i < 100 :\\n\\t u = int(str(i)\\[1])\\n\\t v = int(str(i)\\[0])\\n\\t uvTran\\['uv_offset'].setValue(\\[u, v])\\n\\t uvTran\\['translate'].setExpression('input.width*uv_offset.u', 0)\\n\\t uvTran\\['translate'].setExpression('input.height*uv_offset.v', 1)\\n\\t uvTran.setInput(0, uDimHold)\\n\\n\\t uvMerge.setInput(i+3, uvTran)\\n\\n\\n\\tuvGRP.end()\\n\\n\\tuvGRP.setInput(0, yDot)\\n\\tnDot.setInput(0, uvGRP)\\n\\n\\troot.begin()\\n\\texWrite = nuke.nodes.Write()\\n\\texWrite.setInput(0, yDot)\\n\\texWrite\\['label'].setValue('export udim
    render range : \\[value input.first_frame] - \\[value input.last_frame]')\\n\\troot.end()\\n\\n\\tdel uvMax\\nelse :\\n\\tnuke.message('Scan process terminated by user.')\\n\\ndel dataReturn\" +STARTLINE}\n addUserKnob {26 \"\"}\n addUserKnob {41 font T store.font}\n addUserKnob {6 disable_error l \"disable text\" +STARTLINE}\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T 1.4}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2020-04-24}\n addUserKnob {22 btn_CHANGELOG l Changelog T \"log = \\\"1.4
    - fix misspelling of knob's label
    - fix not working disable text knob

    1.3
    - fix font issue
      works on linux, mac & windows

    1.2
    - preview in uv space set limited 
      in 1024 resolution for not drag 
      down speed purpose.
    - added show tile number
    - changed uv combine to uv stitch
      in export group
    - code update
    - scan size reduce, speed up process\\\"\\nnuke.message( log )\" +STARTLINE}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n}\n BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0xff\n label \"dont touch\"\n note_font_size 42\n xpos -1755\n ypos 302\n bdwidth 263\n bdheight 296\n }\n BackdropNode {\n inputs 0\n name BackdropNode2\n tile_color 0x424242ff\n label \"UV preview\"\n note_font_size 42\n xpos -824\n ypos 451\n bdwidth 343\n bdheight 672\n }\n BackdropNode {\n inputs 0\n name BackdropNode3\n tile_color 0x424242ff\n label udim\n note_font_size 42\n xpos -328\n ypos 451\n bdwidth 354\n bdheight 675\n }\n BackdropNode {\n inputs 0\n name BackdropNode4\n tile_color 0x424242ff\n label uvtile\n note_font_size 42\n xpos 109\n ypos 451\n bdwidth 354\n bdheight 675\n }\n Input {\n inputs 0\n name tex\n xpos -1000\n ypos 83\n number 1\n }\n Wireframe {\n inputs 0\n line_width {{wireframe_size}}\n name Wireframe1\n xpos -866\n ypos 207\n }\n Switch {\n inputs 2\n which {{!view_wireframe}}\n name Switch2\n xpos -1000\n ypos 207\n }\n Input {\n inputs 0\n name geo\n xpos -1171\n ypos 82\n }\n ApplyMaterial {\n inputs 2\n name ApplyMaterial1\n xpos -1171\n ypos 207\n }\n Dot {\n name Dot6\n xpos -1137\n ypos 287\n }\n Dot {\n name Dot1\n xpos -1137\n ypos 384\n }\nset Nb3efa400 [stack 0]\n Reformat {\n inputs 0\n type \"to box\"\n box_width {{store.scanRes}}\n box_height {{box_width}}\n box_fixed true\n name scanRes\n xpos -1061\n ypos 595\n }\n ScanlineRender {\n inputs 2\n conservative_shader_sampling false\n transparency false\n ztest_enabled false\n projection_mode uv\n overscan {{store.scanRes*10}}\n shutteroffset centred\n motion_vectors_type off\n MB_channel none\n name SR1\n xpos -1171\n ypos 595\n }\n Remove {\n operation keep\n channels rgb\n name Remove1\n xpos -1171\n ypos 675\n }\n Transform {\n translate {{store.scanRes*uv_offset.u*-1} {store.scanRes*uv_offset*-1}}\n shutteroffset centred\n name pos_shift\n xpos -1171\n ypos 740\n addUserKnob {20 User}\n addUserKnob {30 uv_offset}\n uv_offset {{uv_shift} {uv_shift}}\n }\n Crop {\n box {0 0 {store.scanRes} {store.scanRes}}\n reformat true\n crop false\n name Crop1\n xpos -1171\n ypos 801\n }\n CurveTool {\n operation \"Max Luma Pixel\"\n ROI {0 0 {store.scanRes} {store.scanRes}}\n intensitydata {0 0 0 0}\n maxlumapixvalue {0 0 0}\n minlumapixvalue {0 0 0}\n name dataCheck\n xpos -1171\n ypos 881\n }\n NoOp {\n inputs 0\n name menu01\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nif thisGRP\\['output'].getValue() == 1 :\\n thisGRP\\['udim_export'].setEnabled(True)\\nelse :\\n thisGRP\\['udim_export'].setEnabled(False)\\n\"\n xpos -1669\n ypos 392\n addUserKnob {20 User}\n addUserKnob {4 output M {\"preview in uv space\" udim \"uv tile\" \"uv pass\"}}\n output \"uv pass\"\n }\n Reformat {\n inputs 0\n type \"to box\"\n box_width {{texSize*10}}\n box_height {{texSize*10}}\n box_fixed true\n resize none\n name Reformat4\n xpos 719\n ypos 638\n }\n Expression {\n expr0 x/width\n expr1 y/height\n channel2 none\n channel3 none\n name uv\n xpos 719\n ypos 720\n }\n Multiply {\n channels rgb\n value {10 10 1 1}\n name Multiply1\n xpos 719\n ypos 798\n }\n Reformat {\n type \"to box\"\n box_width {{texSize}}\n box_height {{texSize}}\n box_fixed true\n resize none\n center false\n pbb true\n name Reformat3\n xpos 719\n ypos 878\n }\n Dot {\n name Dot8\n xpos 753\n ypos 1225\n }\npush $Nb3efa400\n Dot {\n name Dot4\n xpos -780\n ypos 384\n }\nset Nb7288400 [stack 0]\n Reformat {\n inputs 0\n type \"to box\"\n box_width {{texSize}}\n box_height {{box_width}}\n box_fixed true\n name res\n xpos 5\n ypos 381\n }\n ScanlineRender {\n inputs 2\n conservative_shader_sampling false\n transparency false\n ztest_enabled false\n filter Impulse\n projection_mode uv\n overscan {{texSize*10 x1009 1948}}\n shutteroffset centred\n motion_vectors_type off\n MB_channel none\n name SR\n xpos -154\n ypos 381\n }\n Dot {\n name Dot2\n xpos -120\n ypos 628\n }\nset Nb2983400 [stack 0]\n Shuffle {\n red black\n green black\n blue black\n alpha black\n name Shuffle1\n xpos -292\n ypos 625\n }\n Text {\n output rgb\n cliptype none\n message \" 91 92 93 94 95 96 97 98 99 00\\n 81 82 83 84 85 86 87 88 89 90\\n 71 72 73 74 75 76 77 78 79 80\\n 61 62 63 64 65 66 67 68 69 70\\n 51 52 53 54 55 56 57 58 59 60\\n 41 42 43 44 45 46 47 48 49 50\\n 31 32 33 34 35 36 37 38 39 40\\n 21 22 23 24 25 26 27 28 29 30\\n 11 12 13 14 15 16 17 18 19 20\\n 01 02 03 04 05 06 07 08 09 10\"\n font \"\\[value store.font]\"\n kerning 0.236\n leading 1.051\n yjustify bottom\n Transform 1\n box {0 0 1024 999}\n translate {0 {\"( ( texSize * 10 ) / 1024 ) *25\"}}\n scale {{\"( texSize * 10 ) / 1024\"}}\n name Text2\n selected true\n xpos -292\n ypos 707\n disable {{disable_error}}\n }\n Multiply {\n channels rgb\n value {0 0.05 0.05 1}\n name Multiply3\n xpos -292\n ypos 769\n }\n Dot {\n name Dot13\n xpos -258\n ypos 821\n }\n Dot {\n name Dot11\n xpos -178\n ypos 821\n }\nset Nb392dc00 [stack 0]\n Dot {\n name Dot12\n xpos 221\n ypos 821\n }\npush $Nb2983400\n Dot {\n name Dot5\n xpos 281\n ypos 628\n }\n Merge2 {\n inputs 2\n operation under\n Achannels {rgba.red rgba.green rgba.blue -rgba.alpha}\n name Merge4\n xpos 247\n ypos 879\n }\n Crop {\n box {0 0 {texSize*10} {texSize*10}}\n crop false\n name Crop4\n xpos 247\n ypos 961\n }\n Dot {\n name Dot7\n xpos 281\n ypos 1204\n }\npush $Nb392dc00\npush $Nb2983400\n Merge2 {\n inputs 2\n operation under\n Achannels {rgba.red rgba.green rgba.blue -rgba.alpha}\n name Merge3\n xpos -154\n ypos 879\n }\n Transform {\n translate {{texSize*uv_offset.u*-1 i} {texSize*uv_offset*-1 i}}\n shutteroffset centred\n name pos_shift1\n xpos -154\n ypos 961\n addUserKnob {20 User}\n addUserKnob {30 uv_offset}\n uv_offset {{\"frame <=1001 ? 0 : (frame-1)%10\"} {\"frame < 1000 ? 0 : int(((frame-1)/10)-100)\"}}\n }\n Dot {\n name Dot3\n xpos -120\n ypos 1202\n }\n Reformat {\n inputs 0\n format \"1024 1024 0 0 1024 1024 1 square_1K\"\n name Reformat2\n xpos -693\n ypos 712\n }\n Dot {\n name Dot9\n xpos -659\n ypos 770\n }\nset Nb7ce1000 [stack 0]\n Dot {\n name Dot10\n xpos -533\n ypos 770\n }\n Text {\n output rgb\n message \" 91 92 93 94 95 96 97 98 99 00\\n 81 82 83 84 85 86 87 88 89 90\\n 71 72 73 74 75 76 77 78 79 80\\n 61 62 63 64 65 66 67 68 69 70\\n 51 52 53 54 55 56 57 58 59 60\\n 41 42 43 44 45 46 47 48 49 50\\n 31 32 33 34 35 36 37 38 39 40\\n 21 22 23 24 25 26 27 28 29 30\\n 11 12 13 14 15 16 17 18 19 20\\n 01 02 03 04 05 06 07 08 09 10\"\n font \"\\[value store.font]\"\n kerning 0.236\n leading 1.051\n yjustify bottom\n Transform 1\n box {0 0 1024 999}\n translate {0 25}\n name Text1\n xpos -567\n ypos 818\n disable {{disable_error}}\n }\n Multiply {\n channels rgb\n value {0 0.05 0.05 1}\n name Multiply2\n xpos -567\n ypos 887\n }\npush $Nb7ce1000\n Grid {\n name Grid1\n xpos -693\n ypos 814\n }\n Merge2 {\n inputs 2\n name Merge2\n xpos -693\n ypos 887\n }\npush $Nb7288400\n Reformat {\n inputs 0\n format \"1024 1024 0 0 1024 1024 1 square_1K\"\n name Reformat5\n xpos -689\n ypos 531\n }\n Reformat {\n type scale\n scale 0.1\n resize none\n name Reformat6\n xpos -689\n ypos 594\n }\n ScanlineRender {\n inputs 2\n conservative_shader_sampling false\n transparency false\n ztest_enabled false\n projection_mode uv\n overscan 2560\n shutteroffset centred\n motion_vectors_type off\n MB_channel none\n name SR2\n xpos -814\n ypos 594\n }\n Merge2 {\n inputs 2\n operation under\n name Merge1\n xpos -814\n ypos 887\n }\n Crop {\n box {0 0 1024 1024}\n reformat true\n crop false\n name Crop2\n xpos -814\n ypos 969\n }\n Switch {\n inputs 4\n which {{output}}\n name Switch1\n xpos -814\n ypos 1412\n }\n Output {\n name Output1\n xpos -814\n ypos 1597\n }\n NoOp {\n inputs 0\n name menu02\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nif thisGRP\\['view_wireframe'].getValue() == 1 :\\n thisGRP\\['wireframe_size'].setEnabled(True)\\nelse :\\n thisGRP\\['wireframe_size'].setEnabled(False)\\n\"\n xpos -1668\n ypos 484\n addUserKnob {20 User}\n addUserKnob {6 view_wireframe l \"view wireframe\" +STARTLINE}\n }\n NoOp {\n inputs 0\n name store\n xpos -1419\n ypos 388\n addUserKnob {20 User}\n addUserKnob {22 fn T \"def getLevel() :\\n\\t### level define ###\\n\\tif len(nuke.thisNode().fullName().split('.')) == 1 :\\n\\t\\t ggLevel = nuke.root()\\n\\telse :\\n\\t\\t nodePath = nuke.thisNode().fullName().split('.')\\n\\t\\t nodePath.pop()\\n\\t\\t ggLevel = nuke.toNode('.'.join(nodePath))\\n\\treturn ggLevel\" +STARTLINE}\n addUserKnob {3 scanRes}\n scanRes 64\n addUserKnob {2 font}\n font \"C:/Program Files/Nuke12.0v3/plugins/fonts/UtopiaBold.pfa\"\n }\nend_group\nReadGeo2 {\n file ./Trex_UVtile_skin.abc\n localizationPolicy off\n version 2\n use_geometry_colors false\n range_first 0\n range_last 0\n scene_view {{0} imported: 0 selected: 0 items: /root/Trex_UVtile:Skin/Trex_UVtile:SkinShape}\n name ReadGeo9\n xpos 2011\n ypos 509\n}\nReformat {\n inputs 0\n format \"1280 720 0 0 1280 720 1 HD_720\"\n name Reformat3\n xpos 2141\n ypos 647\n}\nScanlineRender {\n inputs 3\n conservative_shader_sampling false\n motion_vectors_type off\n MB_channel none\n name ScanlineRender3\n xpos 2011\n ypos 651\n}\nAxis2 {\n inputs 0\n rotate {0 {curve x1001 -20 x1050 20} 0}\n name Axis1\n xpos 1065\n ypos -503\n}\nCamera2 {\n translate {66.90603638 35.25645828 -5.300000668}\n rotate {-24.62797338 90.0000025 0}\n name Camera1\n xpos 1065\n ypos -381\n}\nDot {\n name Dot7\n xpos 1089\n ypos -259\n}\nset Na172b400 [stack 0]\nDot {\n name Dot8\n xpos 1089\n ypos 665\n}\npush $Na172b400\nFrameHold {\n first_frame 1001\n name FrameHold1\n xpos 1155\n ypos -269\n}\nCheckerBoard2 {\n inputs 0\n name CheckerBoard1\n xpos 1265\n ypos -391\n}\nProject3D2 {\n inputs 2\n name Project3D1\n xpos 1265\n ypos -263\n}\nReadGeo2 {\n inputs 0\n file ./Trex_UVtile_skin.abc\n localizationPolicy off\n version 2\n use_geometry_colors false\n range_first 0\n range_last 0\n scene_view {{0} imported: 0 selected: 0 items: /root/Trex_UVtile:Skin/Trex_UVtile:SkinShape}\n name ReadGeo3\n xpos 1382\n ypos -267\n}\nGroup {\n inputs 2\n name UVEditor4\n onCreate \"\\nthisGRP = nuke.thisGroup()\\nif not thisGRP\\['disable_error'].getValue() :\\n import os\\n import re\\n\\n fontpath = re.split( '/|\\\"\\\"' , nuke.EXE_PATH )\\n fontpath.pop()\\n fontpath += \\['plugins','fonts']\\n \\n if os.path.isfile( '/'.join( fontpath + \\['UtopiaBold.pfa'] ) ) :\\n thisGRP\\['font'].setValue( '/'.join( fontpath + \\['UtopiaBold.pfa'] ) )\\n elif os.path.isfile( '/'.join( fontpath + \\['CourierBold.pfa'] ) ) :\\n thisGRP\\['font'].setValue( '/'.join( fontpath + \\['CourierBold.pfa'] ) )\\n elif os.path.isfile( '/'.join( fontpath + \\['Courier10PitchBold.pfb'] ) ) :\\n thisGRP\\['font'].setValue( '/'.join( fontpath + \\['Courier10PitchBold.pfb'] ) )\\n else :\\n thisGRP\\['font'].setValue( '/'.join( fontpath + \\['BitstreamCharterBold.pfb'] ) )\\n\"\n tile_color 0x6666ff\n xpos 1316\n ypos -176\n addUserKnob {20 tab_general l General}\n addUserKnob {3 texSize l \"texture size\"}\n texSize 256\n addUserKnob {41 filter T SR.filter}\n addUserKnob {41 antialiasing T SR.antialiasing}\n addUserKnob {26 \"\"}\n addUserKnob {41 view_wireframe l \"view wireframe\" T menu02.view_wireframe}\n addUserKnob {7 wireframe_size l \"wireframe size\" +DISABLED R 0.1 10}\n wireframe_size 0.1\n addUserKnob {26 \"\"}\n addUserKnob {41 output T menu01.output}\n addUserKnob {30 uv_shift l INVISIBLE +INVISIBLE}\n addUserKnob {41 scanRes +INVISIBLE T store.scanRes}\n addUserKnob {22 udim_export l export +DISABLED T \"thisGRP = nuke.thisGroup()\\ndataCheckNode = nuke.toNode('dataCheck')\\n\\n########################################################\\n\\nusrUV = thisGRP\\['uv_shift'].getValue()\\ndataReturn = \\[]\\n\\nprogBar = nuke.ProgressTask('Checking UV')\\njobCount = 0\\n\\nfor v in range (0, 10) :\\n for u in range (0, 10) :\\n\\n ### progress bar\\n jobCount += 1\\n progShow = int(jobCount/100 * 100)\\n if progBar.isCancelled() :\\n break;\\n progBar.setProgress(progShow)\\n #################\\n\\n thisGRP\\['uv_shift'].setValue(\\[u,v])\\n nuke.execute(dataCheckNode, nuke.frame(), nuke.frame())\\n if dataCheckNode\\['maxlumapixvalue'].getValue() != \\[0.0, 0.0, 0.0] :\\n dataReturn.append(1)\\n else :\\n dataReturn.append(0)\\n\\ndel progBar\\n\\ndataCheckNode\\['maxlumapixdata'].clearAnimated()\\ndataCheckNode\\['maxlumapixvalue'].clearAnimated()\\ndataCheckNode\\['minlumapixdata'].clearAnimated()\\ndataCheckNode\\['minlumapixvalue'].clearAnimated()\\n\\nif len(dataReturn) == 100 :\\n\\tfor i in range (0, 100) :\\n\\t if dataReturn\\[i] == 1 :\\n\\t uvMax = i\\n\\n\\tthisGRP\\['uv_shift'].setValue(usrUV)\\n\\n\\t########################################################\\n\\n\\tgoStore = nuke.toNode('store')\\n\\tgoStore\\['fn'].execute()\\n\\n\\troot = getLevel()\\n\\n\\troot.begin()\\n\\toutFR = nuke.nodes.FrameRange()\\n\\toutFR\\['first_frame'].setValue(1001)\\n\\toutFR\\['last_frame'].setValue(1001 + uvMax)\\n\\toutFR\\['label'].setValue( 'udim range : 1001 - \\{0\\}'.format( str(1001 + uvMax) ) )\\n\\toutFR.setInput(0, thisGRP)\\n\\toutFR.setXYpos(int(thisGRP\\['xpos'].value()), int(thisGRP\\['ypos'].value()+80))\\n\\n\\texpDot = nuke.nodes.Dot()\\n\\texpDot\\['label'].setValue('Texture modify here : swap the paint/patch texture into udim frame')\\n\\texpDot.setInput(0, outFR)\\n\\n\\tyDot = nuke.nodes.Dot()\\n\\tyDot.setInput(0, expDot)\\n\\n\\tuvGRP = nuke.nodes.Group()\\n\\tuvGRP\\['label'].setValue('udim stitch for nuke')\\n\\n\\tnDot = nuke.nodes.Dot()\\n\\tnDot\\['label'].setValue('Connect to Geo')\\n\\troot.end()\\n\\n\\tuvGRP.begin()\\n\\tinNode = nuke.nodes.Input(name='udim')\\n\\tcropNode = nuke.nodes.Crop()\\n\\tcropNode\\['crop'].setValue(1)\\n\\tcropNode.setInput(0, inNode)\\n\\tallDot = nuke.nodes.Dot()\\n\\tallDot.setInput(0, cropNode)\\n\\n\\tuvMerge = nuke.nodes.Merge2()\\n\\toutNode = nuke.nodes.Output()\\n\\toutNode.setInput(0, uvMerge)\\n\\n\\tfor i in range (0, uvMax+1) :\\n\\t uDimHold = nuke.nodes.FrameHold()\\n\\t uDimHold\\['first_frame'].setValue(1001+i)\\n\\t uDimHold.setInput(0, allDot)\\n\\t \\n\\t uvTran = nuke.nodes.Transform()\\n\\t uvTran.addKnob(nuke.UV_Knob('uv_offset'))\\n\\t if i < 10 :\\n\\t u = i\\n\\t v = 0\\n\\t else :\\n\\t if i < 100 :\\n\\t u = int(str(i)\\[1])\\n\\t v = int(str(i)\\[0])\\n\\t uvTran\\['uv_offset'].setValue(\\[u, v])\\n\\t uvTran\\['translate'].setExpression('input.width*uv_offset.u', 0)\\n\\t uvTran\\['translate'].setExpression('input.height*uv_offset.v', 1)\\n\\t uvTran.setInput(0, uDimHold)\\n\\n\\t uvMerge.setInput(i+3, uvTran)\\n\\n\\n\\tuvGRP.end()\\n\\n\\tuvGRP.setInput(0, yDot)\\n\\tnDot.setInput(0, uvGRP)\\n\\n\\troot.begin()\\n\\texWrite = nuke.nodes.Write()\\n\\texWrite.setInput(0, yDot)\\n\\texWrite\\['label'].setValue('export udim
    render range : \\[value input.first_frame] - \\[value input.last_frame]')\\n\\troot.end()\\n\\n\\tdel uvMax\\nelse :\\n\\tnuke.message('Scan process terminated by user.')\\n\\ndel dataReturn\" +STARTLINE}\n addUserKnob {26 \"\"}\n addUserKnob {41 font T store.font}\n addUserKnob {6 disable_error l \"disable text\" +STARTLINE}\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T 1.4}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2020-04-24}\n addUserKnob {22 btn_CHANGELOG l Changelog T \"log = \\\"1.4
    - fix misspelling of knob's label
    - fix not working disable text knob

    1.3
    - fix font issue
      works on linux, mac & windows

    1.2
    - preview in uv space set limited 
      in 1024 resolution for not drag 
      down speed purpose.
    - added show tile number
    - changed uv combine to uv stitch
      in export group
    - code update
    - scan size reduce, speed up process\\\"\\nnuke.message( log )\" +STARTLINE}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n}\n BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0xff\n label \"dont touch\"\n note_font_size 42\n xpos -1755\n ypos 302\n bdwidth 263\n bdheight 296\n }\n BackdropNode {\n inputs 0\n name BackdropNode2\n tile_color 0x424242ff\n label \"UV preview\"\n note_font_size 42\n xpos -824\n ypos 451\n bdwidth 343\n bdheight 672\n }\n BackdropNode {\n inputs 0\n name BackdropNode3\n tile_color 0x424242ff\n label udim\n note_font_size 42\n xpos -328\n ypos 451\n bdwidth 354\n bdheight 675\n }\n BackdropNode {\n inputs 0\n name BackdropNode4\n tile_color 0x424242ff\n label uvtile\n note_font_size 42\n xpos 109\n ypos 451\n bdwidth 354\n bdheight 675\n }\n Input {\n inputs 0\n name tex\n xpos -1000\n ypos 83\n number 1\n }\n Wireframe {\n inputs 0\n line_width {{wireframe_size}}\n name Wireframe1\n xpos -866\n ypos 207\n }\n Switch {\n inputs 2\n which {{!view_wireframe}}\n name Switch2\n xpos -1000\n ypos 207\n }\n Input {\n inputs 0\n name geo\n xpos -1171\n ypos 82\n }\n ApplyMaterial {\n inputs 2\n name ApplyMaterial1\n xpos -1171\n ypos 207\n }\n Dot {\n name Dot6\n xpos -1137\n ypos 287\n }\n Dot {\n name Dot1\n xpos -1137\n ypos 384\n }\nset Nbcb69c00 [stack 0]\n Reformat {\n inputs 0\n type \"to box\"\n box_width {{store.scanRes}}\n box_height {{box_width}}\n box_fixed true\n name scanRes\n xpos -1061\n ypos 595\n }\n ScanlineRender {\n inputs 2\n conservative_shader_sampling false\n transparency false\n ztest_enabled false\n projection_mode uv\n overscan {{store.scanRes*10}}\n shutteroffset centred\n motion_vectors_type off\n MB_channel none\n name SR1\n xpos -1171\n ypos 595\n }\n Remove {\n operation keep\n channels rgb\n name Remove1\n xpos -1171\n ypos 675\n }\n Transform {\n translate {{store.scanRes*uv_offset.u*-1} {store.scanRes*uv_offset*-1}}\n shutteroffset centred\n name pos_shift\n xpos -1171\n ypos 740\n addUserKnob {20 User}\n addUserKnob {30 uv_offset}\n uv_offset {{uv_shift} {uv_shift}}\n }\n Crop {\n box {0 0 {store.scanRes} {store.scanRes}}\n reformat true\n crop false\n name Crop1\n xpos -1171\n ypos 801\n }\n CurveTool {\n operation \"Max Luma Pixel\"\n ROI {0 0 {store.scanRes} {store.scanRes}}\n intensitydata {0 0 0 0}\n maxlumapixvalue {0 0 0}\n minlumapixvalue {0 0 0}\n name dataCheck\n xpos -1171\n ypos 881\n }\n NoOp {\n inputs 0\n name menu01\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nif thisGRP\\['output'].getValue() == 1 :\\n thisGRP\\['udim_export'].setEnabled(True)\\nelse :\\n thisGRP\\['udim_export'].setEnabled(False)\\n\"\n xpos -1669\n ypos 392\n addUserKnob {20 User}\n addUserKnob {4 output M {\"preview in uv space\" udim \"uv tile\" \"uv pass\"}}\n output \"uv tile\"\n }\n Reformat {\n inputs 0\n type \"to box\"\n box_width {{texSize*10}}\n box_height {{texSize*10}}\n box_fixed true\n resize none\n name Reformat4\n xpos 719\n ypos 638\n }\n Expression {\n expr0 x/width\n expr1 y/height\n channel2 none\n channel3 none\n name uv\n xpos 719\n ypos 720\n }\n Multiply {\n channels rgb\n value {10 10 1 1}\n name Multiply1\n xpos 719\n ypos 798\n }\n Reformat {\n type \"to box\"\n box_width {{texSize}}\n box_height {{texSize}}\n box_fixed true\n resize none\n center false\n pbb true\n name Reformat3\n xpos 719\n ypos 878\n }\n Dot {\n name Dot8\n xpos 753\n ypos 1225\n }\npush $Nbcb69c00\n Dot {\n name Dot4\n xpos -780\n ypos 384\n }\nset Nbcbc7c00 [stack 0]\n Reformat {\n inputs 0\n type \"to box\"\n box_width {{texSize}}\n box_height {{box_width}}\n box_fixed true\n name res\n xpos 5\n ypos 381\n }\n ScanlineRender {\n inputs 2\n conservative_shader_sampling false\n transparency false\n ztest_enabled false\n filter Impulse\n projection_mode uv\n overscan {{texSize*10 x1009 1948}}\n shutteroffset centred\n motion_vectors_type off\n MB_channel none\n name SR\n xpos -154\n ypos 381\n }\n Dot {\n name Dot2\n xpos -120\n ypos 628\n }\nset Nbcbc6c00 [stack 0]\n Shuffle {\n red black\n green black\n blue black\n alpha black\n name Shuffle1\n xpos -292\n ypos 625\n }\n Text {\n output rgb\n cliptype none\n message \" 91 92 93 94 95 96 97 98 99 00\\n 81 82 83 84 85 86 87 88 89 90\\n 71 72 73 74 75 76 77 78 79 80\\n 61 62 63 64 65 66 67 68 69 70\\n 51 52 53 54 55 56 57 58 59 60\\n 41 42 43 44 45 46 47 48 49 50\\n 31 32 33 34 35 36 37 38 39 40\\n 21 22 23 24 25 26 27 28 29 30\\n 11 12 13 14 15 16 17 18 19 20\\n 01 02 03 04 05 06 07 08 09 10\"\n font \"\\[value store.font]\"\n kerning 0.236\n leading 1.051\n yjustify bottom\n Transform 1\n box {0 0 1024 999}\n translate {0 {\"( ( texSize * 10 ) / 1024 ) *25\"}}\n scale {{\"( texSize * 10 ) / 1024\"}}\n name Text2\n selected true\n xpos -292\n ypos 707\n disable {{disable_error}}\n }\n Multiply {\n channels rgb\n value {0 0.05 0.05 1}\n name Multiply3\n xpos -292\n ypos 769\n }\n Dot {\n name Dot13\n xpos -258\n ypos 821\n }\n Dot {\n name Dot11\n xpos -178\n ypos 821\n }\nset Nbcbf1400 [stack 0]\n Dot {\n name Dot12\n xpos 221\n ypos 821\n }\npush $Nbcbc6c00\n Dot {\n name Dot5\n xpos 281\n ypos 628\n }\n Merge2 {\n inputs 2\n operation under\n Achannels {rgba.red rgba.green rgba.blue -rgba.alpha}\n name Merge4\n xpos 247\n ypos 879\n }\n Crop {\n box {0 0 {texSize*10} {texSize*10}}\n crop false\n name Crop4\n xpos 247\n ypos 961\n }\n Dot {\n name Dot7\n xpos 281\n ypos 1204\n }\npush $Nbcbf1400\npush $Nbcbc6c00\n Merge2 {\n inputs 2\n operation under\n Achannels {rgba.red rgba.green rgba.blue -rgba.alpha}\n name Merge3\n xpos -154\n ypos 879\n }\n Transform {\n translate {{texSize*uv_offset.u*-1 i} {texSize*uv_offset*-1 i}}\n shutteroffset centred\n name pos_shift1\n xpos -154\n ypos 961\n addUserKnob {20 User}\n addUserKnob {30 uv_offset}\n uv_offset {{\"frame <=1001 ? 0 : (frame-1)%10\"} {\"frame < 1000 ? 0 : int(((frame-1)/10)-100)\"}}\n }\n Dot {\n name Dot3\n xpos -120\n ypos 1202\n }\n Reformat {\n inputs 0\n format \"1024 1024 0 0 1024 1024 1 square_1K\"\n name Reformat2\n xpos -693\n ypos 712\n }\n Dot {\n name Dot9\n xpos -659\n ypos 770\n }\nset Nbcc12800 [stack 0]\n Dot {\n name Dot10\n xpos -533\n ypos 770\n }\n Text {\n output rgb\n message \" 91 92 93 94 95 96 97 98 99 00\\n 81 82 83 84 85 86 87 88 89 90\\n 71 72 73 74 75 76 77 78 79 80\\n 61 62 63 64 65 66 67 68 69 70\\n 51 52 53 54 55 56 57 58 59 60\\n 41 42 43 44 45 46 47 48 49 50\\n 31 32 33 34 35 36 37 38 39 40\\n 21 22 23 24 25 26 27 28 29 30\\n 11 12 13 14 15 16 17 18 19 20\\n 01 02 03 04 05 06 07 08 09 10\"\n font \"\\[value store.font]\"\n kerning 0.236\n leading 1.051\n yjustify bottom\n Transform 1\n box {0 0 1024 999}\n translate {0 25}\n name Text1\n xpos -567\n ypos 818\n disable {{disable_error}}\n }\n Multiply {\n channels rgb\n value {0 0.05 0.05 1}\n name Multiply2\n xpos -567\n ypos 887\n }\npush $Nbcc12800\n Grid {\n name Grid1\n xpos -693\n ypos 814\n }\n Merge2 {\n inputs 2\n name Merge2\n xpos -693\n ypos 887\n }\npush $Nbcbc7c00\n Reformat {\n inputs 0\n format \"1024 1024 0 0 1024 1024 1 square_1K\"\n name Reformat5\n xpos -689\n ypos 531\n }\n Reformat {\n type scale\n scale 0.1\n resize none\n name Reformat6\n xpos -689\n ypos 594\n }\n ScanlineRender {\n inputs 2\n conservative_shader_sampling false\n transparency false\n ztest_enabled false\n projection_mode uv\n overscan 2560\n shutteroffset centred\n motion_vectors_type off\n MB_channel none\n name SR2\n xpos -814\n ypos 594\n }\n Merge2 {\n inputs 2\n operation under\n name Merge1\n xpos -814\n ypos 887\n }\n Crop {\n box {0 0 1024 1024}\n reformat true\n crop false\n name Crop2\n xpos -814\n ypos 969\n }\n Switch {\n inputs 4\n which {{output}}\n name Switch1\n xpos -814\n ypos 1412\n }\n Output {\n name Output1\n xpos -814\n ypos 1597\n }\n NoOp {\n inputs 0\n name menu02\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nif thisGRP\\['view_wireframe'].getValue() == 1 :\\n thisGRP\\['wireframe_size'].setEnabled(True)\\nelse :\\n thisGRP\\['wireframe_size'].setEnabled(False)\\n\"\n xpos -1668\n ypos 484\n addUserKnob {20 User}\n addUserKnob {6 view_wireframe l \"view wireframe\" +STARTLINE}\n }\n NoOp {\n inputs 0\n name store\n xpos -1419\n ypos 388\n addUserKnob {20 User}\n addUserKnob {22 fn T \"def getLevel() :\\n\\t### level define ###\\n\\tif len(nuke.thisNode().fullName().split('.')) == 1 :\\n\\t\\t ggLevel = nuke.root()\\n\\telse :\\n\\t\\t nodePath = nuke.thisNode().fullName().split('.')\\n\\t\\t nodePath.pop()\\n\\t\\t ggLevel = nuke.toNode('.'.join(nodePath))\\n\\treturn ggLevel\" +STARTLINE}\n addUserKnob {3 scanRes}\n scanRes 64\n addUserKnob {2 font}\n font \"C:/Program Files/Nuke12.0v3/plugins/fonts/UtopiaBold.pfa\"\n }\nend_group\nReadGeo2 {\n file ./Trex_UVtile_skin.abc\n localizationPolicy off\n version 2\n use_geometry_colors false\n range_first 0\n range_last 0\n scene_view {{0} imported: 0 selected: 0 items: /root/Trex_UVtile:Skin/Trex_UVtile:SkinShape}\n name ReadGeo4\n xpos 1316\n ypos 521\n}\nReformat {\n inputs 0\n format \"1280 720 0 0 1280 720 1 HD_720\"\n name Reformat2\n xpos 1446\n ypos 657\n}\nScanlineRender {\n inputs 3\n conservative_shader_sampling false\n motion_vectors_type off\n MB_channel none\n name ScanlineRender2\n xpos 1316\n ypos 661\n}\npush $N8decb800\nDot {\n name Dot6\n xpos 252\n ypos 647\n}\npush $Na052a000\nGroup {\n name Group1\n label \"udim stitch for nuke\"\n xpos 466\n ypos 344\n}\n Input {\n inputs 0\n name udim\n }\n Crop {\n name Crop1\n }\n Dot {\n name Dot1\n }\nset Na18e7800 [stack 0]\n FrameHold {\n first_frame 1022\n name FrameHold22\n }\n Transform {\n translate {{input.width*uv_offset.u} {input.height*uv_offset.v}}\n name Transform22\n addUserKnob {20 User}\n addUserKnob {30 uv_offset}\n uv_offset {1 2}\n }\npush $Na18e7800\n FrameHold {\n first_frame 1021\n name FrameHold21\n }\n Transform {\n translate {{input.width*uv_offset.u} {input.height*uv_offset.v}}\n name Transform21\n addUserKnob {20 User}\n addUserKnob {30 uv_offset}\n uv_offset {0 2}\n }\npush $Na18e7800\n FrameHold {\n first_frame 1020\n name FrameHold20\n }\n Transform {\n translate {{input.width*uv_offset.u} {input.height*uv_offset.v}}\n name Transform20\n addUserKnob {20 User}\n addUserKnob {30 uv_offset}\n uv_offset {9 1}\n }\npush $Na18e7800\n FrameHold {\n first_frame 1019\n name FrameHold19\n }\n Transform {\n translate {{input.width*uv_offset.u} {input.height*uv_offset.v}}\n name Transform19\n addUserKnob {20 User}\n addUserKnob {30 uv_offset}\n uv_offset {8 1}\n }\npush $Na18e7800\n FrameHold {\n first_frame 1018\n name FrameHold18\n }\n Transform {\n translate {{input.width*uv_offset.u} {input.height*uv_offset.v}}\n name Transform18\n addUserKnob {20 User}\n addUserKnob {30 uv_offset}\n uv_offset {7 1}\n }\npush $Na18e7800\n FrameHold {\n first_frame 1017\n name FrameHold17\n }\n Transform {\n translate {{input.width*uv_offset.u} {input.height*uv_offset.v}}\n name Transform17\n addUserKnob {20 User}\n addUserKnob {30 uv_offset}\n uv_offset {6 1}\n }\npush $Na18e7800\n FrameHold {\n first_frame 1016\n name FrameHold16\n }\n Transform {\n translate {{input.width*uv_offset.u} {input.height*uv_offset.v}}\n name Transform16\n addUserKnob {20 User}\n addUserKnob {30 uv_offset}\n uv_offset {5 1}\n }\npush $Na18e7800\n FrameHold {\n first_frame 1015\n name FrameHold15\n }\n Transform {\n translate {{input.width*uv_offset.u} {input.height*uv_offset.v}}\n name Transform15\n addUserKnob {20 User}\n addUserKnob {30 uv_offset}\n uv_offset {4 1}\n }\npush $Na18e7800\n FrameHold {\n first_frame 1014\n name FrameHold14\n }\n Transform {\n translate {{input.width*uv_offset.u} {input.height*uv_offset.v}}\n name Transform14\n addUserKnob {20 User}\n addUserKnob {30 uv_offset}\n uv_offset {3 1}\n }\npush $Na18e7800\n FrameHold {\n first_frame 1013\n name FrameHold13\n }\n Transform {\n translate {{input.width*uv_offset.u} {input.height*uv_offset.v}}\n name Transform13\n addUserKnob {20 User}\n addUserKnob {30 uv_offset}\n uv_offset {2 1}\n }\npush $Na18e7800\n FrameHold {\n first_frame 1012\n name FrameHold12\n }\n Transform {\n translate {{input.width*uv_offset.u} {input.height*uv_offset.v}}\n name Transform12\n addUserKnob {20 User}\n addUserKnob {30 uv_offset}\n uv_offset {1 1}\n }\npush $Na18e7800\n FrameHold {\n first_frame 1011\n name FrameHold11\n }\n Transform {\n translate {{input.width*uv_offset.u} {input.height*uv_offset.v}}\n name Transform11\n addUserKnob {20 User}\n addUserKnob {30 uv_offset}\n uv_offset {0 1}\n }\npush $Na18e7800\n FrameHold {\n first_frame 1010\n name FrameHold10\n }\n Transform {\n translate {{input.width*uv_offset.u} {input.height*uv_offset.v}}\n name Transform10\n addUserKnob {20 User}\n addUserKnob {30 uv_offset}\n uv_offset {9 0}\n }\npush $Na18e7800\n FrameHold {\n first_frame 1009\n name FrameHold9\n }\n Transform {\n translate {{input.width*uv_offset.u} {input.height*uv_offset.v}}\n name Transform9\n addUserKnob {20 User}\n addUserKnob {30 uv_offset}\n uv_offset {8 0}\n }\npush $Na18e7800\n FrameHold {\n first_frame 1008\n name FrameHold8\n }\n Transform {\n translate {{input.width*uv_offset.u} {input.height*uv_offset.v}}\n name Transform8\n addUserKnob {20 User}\n addUserKnob {30 uv_offset}\n uv_offset {7 0}\n }\npush $Na18e7800\n FrameHold {\n first_frame 1007\n name FrameHold7\n }\n Transform {\n translate {{input.width*uv_offset.u} {input.height*uv_offset.v}}\n name Transform7\n addUserKnob {20 User}\n addUserKnob {30 uv_offset}\n uv_offset {6 0}\n }\npush $Na18e7800\n FrameHold {\n first_frame 1006\n name FrameHold6\n }\n Transform {\n translate {{input.width*uv_offset.u} {input.height*uv_offset.v}}\n name Transform6\n addUserKnob {20 User}\n addUserKnob {30 uv_offset}\n uv_offset {5 0}\n }\npush $Na18e7800\n FrameHold {\n first_frame 1005\n name FrameHold5\n }\n Transform {\n translate {{input.width*uv_offset.u} {input.height*uv_offset.v}}\n name Transform5\n addUserKnob {20 User}\n addUserKnob {30 uv_offset}\n uv_offset {4 0}\n }\npush $Na18e7800\n FrameHold {\n first_frame 1004\n name FrameHold4\n }\n Transform {\n translate {{input.width*uv_offset.u} {input.height*uv_offset.v}}\n name Transform4\n addUserKnob {20 User}\n addUserKnob {30 uv_offset}\n uv_offset {3 0}\n }\npush $Na18e7800\n FrameHold {\n first_frame 1003\n name FrameHold3\n }\n Transform {\n translate {{input.width*uv_offset.u} {input.height*uv_offset.v}}\n name Transform3\n addUserKnob {20 User}\n addUserKnob {30 uv_offset}\n uv_offset {2 0}\n }\npush $Na18e7800\n FrameHold {\n first_frame 1002\n name FrameHold2\n }\n Transform {\n translate {{input.width*uv_offset.u} {input.height*uv_offset.v}}\n name Transform2\n addUserKnob {20 User}\n addUserKnob {30 uv_offset}\n uv_offset {1 0}\n }\npush $Na18e7800\n FrameHold {\n first_frame 1001\n name FrameHold1\n }\n Transform {\n translate {{input.width*uv_offset.u} {input.height*uv_offset.v}}\n name Transform1\n addUserKnob {20 User}\n addUserKnob {30 uv_offset}\n }\npush 0\npush 0\npush 0\n Merge2 {\n inputs 24+1\n name Merge1\n }\n Output {\n name Output1\n }\nend_group\nDot {\n name Dot4\n label \"Connect to Geo\"\n xpos 500\n ypos 424\n}\nReadGeo2 {\n file ./Trex_UVtile_skin.abc\n localizationPolicy off\n version 2\n use_geometry_colors false\n range_first 0\n range_last 0\n scene_view {{0} imported: 0 selected: 0 items: /root/Trex_UVtile:Skin/Trex_UVtile:SkinShape}\n name ReadGeo1\n xpos 466\n ypos 524\n}\nReformat {\n inputs 0\n format \"1280 720 0 0 1280 720 1 HD_720\"\n name Reformat1\n xpos 596\n ypos 639\n}\nScanlineRender {\n inputs 3\n conservative_shader_sampling false\n motion_vectors_type off\n MB_channel none\n name ScanlineRender1\n xpos 466\n ypos 643\n}\nReadGeo2 {\n inputs 0\n file ./Trex_UVtile_skin.abc\n localizationPolicy off\n version 2\n use_geometry_colors false\n range_first 0\n range_last 0\n scene_view {{0} imported: 0 selected: 0 items: /root/Trex_UVtile:Skin/Trex_UVtile:SkinShape}\n name ReadGeo2\n xpos -157\n ypos -276\n}\nGroup {\n name UVEditor2\n onCreate \"\\nthisGRP = nuke.thisGroup()\\nif not thisGRP\\['disable_error'].getValue() :\\n import os\\n import re\\n\\n fontpath = re.split( '/|\\\"\\\"' , nuke.EXE_PATH )\\n fontpath.pop()\\n fontpath += \\['plugins','fonts']\\n \\n if os.path.isfile( '/'.join( fontpath + \\['UtopiaBold.pfa'] ) ) :\\n thisGRP\\['font'].setValue( '/'.join( fontpath + \\['UtopiaBold.pfa'] ) )\\n elif os.path.isfile( '/'.join( fontpath + \\['CourierBold.pfa'] ) ) :\\n thisGRP\\['font'].setValue( '/'.join( fontpath + \\['CourierBold.pfa'] ) )\\n elif os.path.isfile( '/'.join( fontpath + \\['Courier10PitchBold.pfb'] ) ) :\\n thisGRP\\['font'].setValue( '/'.join( fontpath + \\['Courier10PitchBold.pfb'] ) )\\n else :\\n thisGRP\\['font'].setValue( '/'.join( fontpath + \\['BitstreamCharterBold.pfb'] ) )\\n\"\n tile_color 0x6666ff\n xpos -157\n ypos -170\n addUserKnob {20 tab_general l General}\n addUserKnob {3 texSize l \"texture size\"}\n texSize 1024\n addUserKnob {41 filter T SR.filter}\n addUserKnob {41 antialiasing T SR.antialiasing}\n addUserKnob {26 \"\"}\n addUserKnob {41 view_wireframe l \"view wireframe\" T menu02.view_wireframe}\n addUserKnob {7 wireframe_size l \"wireframe size\" R 0.1 10}\n wireframe_size 0.1\n addUserKnob {26 \"\"}\n addUserKnob {41 output T menu01.output}\n addUserKnob {30 uv_shift l INVISIBLE +INVISIBLE}\n addUserKnob {41 scanRes +INVISIBLE T store.scanRes}\n addUserKnob {22 udim_export l export +DISABLED T \"thisGRP = nuke.thisGroup()\\ndataCheckNode = nuke.toNode('dataCheck')\\n\\n########################################################\\n\\nusrUV = thisGRP\\['uv_shift'].getValue()\\ndataReturn = \\[]\\n\\nprogBar = nuke.ProgressTask('Checking UV')\\njobCount = 0\\n\\nfor v in range (0, 10) :\\n for u in range (0, 10) :\\n\\n ### progress bar\\n jobCount += 1\\n progShow = int(jobCount/100 * 100)\\n if progBar.isCancelled() :\\n break;\\n progBar.setProgress(progShow)\\n #################\\n\\n thisGRP\\['uv_shift'].setValue(\\[u,v])\\n nuke.execute(dataCheckNode, nuke.frame(), nuke.frame())\\n if dataCheckNode\\['maxlumapixvalue'].getValue() != \\[0.0, 0.0, 0.0] :\\n dataReturn.append(1)\\n else :\\n dataReturn.append(0)\\n\\ndel progBar\\n\\ndataCheckNode\\['maxlumapixdata'].clearAnimated()\\ndataCheckNode\\['maxlumapixvalue'].clearAnimated()\\ndataCheckNode\\['minlumapixdata'].clearAnimated()\\ndataCheckNode\\['minlumapixvalue'].clearAnimated()\\n\\nif len(dataReturn) == 100 :\\n\\tfor i in range (0, 100) :\\n\\t if dataReturn\\[i] == 1 :\\n\\t uvMax = i\\n\\n\\tthisGRP\\['uv_shift'].setValue(usrUV)\\n\\n\\t########################################################\\n\\n\\tgoStore = nuke.toNode('store')\\n\\tgoStore\\['fn'].execute()\\n\\n\\troot = getLevel()\\n\\n\\troot.begin()\\n\\toutFR = nuke.nodes.FrameRange()\\n\\toutFR\\['first_frame'].setValue(1001)\\n\\toutFR\\['last_frame'].setValue(1001 + uvMax)\\n\\toutFR\\['label'].setValue( 'udim range : 1001 - \\{0\\}'.format( str(1001 + uvMax) ) )\\n\\toutFR.setInput(0, thisGRP)\\n\\toutFR.setXYpos(int(thisGRP\\['xpos'].value()), int(thisGRP\\['ypos'].value()+80))\\n\\n\\texpDot = nuke.nodes.Dot()\\n\\texpDot\\['label'].setValue('Texture modify here : swap the paint/patch texture into udim frame')\\n\\texpDot.setInput(0, outFR)\\n\\n\\tyDot = nuke.nodes.Dot()\\n\\tyDot.setInput(0, expDot)\\n\\n\\tuvGRP = nuke.nodes.Group()\\n\\tuvGRP\\['label'].setValue('udim stitch for nuke')\\n\\n\\tnDot = nuke.nodes.Dot()\\n\\tnDot\\['label'].setValue('Connect to Geo')\\n\\troot.end()\\n\\n\\tuvGRP.begin()\\n\\tinNode = nuke.nodes.Input(name='udim')\\n\\tcropNode = nuke.nodes.Crop()\\n\\tcropNode\\['crop'].setValue(1)\\n\\tcropNode.setInput(0, inNode)\\n\\tallDot = nuke.nodes.Dot()\\n\\tallDot.setInput(0, cropNode)\\n\\n\\tuvMerge = nuke.nodes.Merge2()\\n\\toutNode = nuke.nodes.Output()\\n\\toutNode.setInput(0, uvMerge)\\n\\n\\tfor i in range (0, uvMax+1) :\\n\\t uDimHold = nuke.nodes.FrameHold()\\n\\t uDimHold\\['first_frame'].setValue(1001+i)\\n\\t uDimHold.setInput(0, allDot)\\n\\t \\n\\t uvTran = nuke.nodes.Transform()\\n\\t uvTran.addKnob(nuke.UV_Knob('uv_offset'))\\n\\t if i < 10 :\\n\\t u = i\\n\\t v = 0\\n\\t else :\\n\\t if i < 100 :\\n\\t u = int(str(i)\\[1])\\n\\t v = int(str(i)\\[0])\\n\\t uvTran\\['uv_offset'].setValue(\\[u, v])\\n\\t uvTran\\['translate'].setExpression('input.width*uv_offset.u', 0)\\n\\t uvTran\\['translate'].setExpression('input.height*uv_offset.v', 1)\\n\\t uvTran.setInput(0, uDimHold)\\n\\n\\t uvMerge.setInput(i+3, uvTran)\\n\\n\\n\\tuvGRP.end()\\n\\n\\tuvGRP.setInput(0, yDot)\\n\\tnDot.setInput(0, uvGRP)\\n\\n\\troot.begin()\\n\\texWrite = nuke.nodes.Write()\\n\\texWrite.setInput(0, yDot)\\n\\texWrite\\['label'].setValue('export udim
    render range : \\[value input.first_frame] - \\[value input.last_frame]')\\n\\troot.end()\\n\\n\\tdel uvMax\\nelse :\\n\\tnuke.message('Scan process terminated by user.')\\n\\ndel dataReturn\" +STARTLINE}\n addUserKnob {26 \"\"}\n addUserKnob {41 font T store.font}\n addUserKnob {6 disable_error l \"disable text\" +STARTLINE}\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T 1.4}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2020-04-24}\n addUserKnob {22 btn_CHANGELOG l Changelog T \"log = \\\"1.4
    - fix misspelling of knob's label
    - fix not working disable text knob

    1.3
    - fix font issue
      works on linux, mac & windows

    1.2
    - preview in uv space set limited 
      in 1024 resolution for not drag 
      down speed purpose.
    - added show tile number
    - changed uv combine to uv stitch
      in export group
    - code update
    - scan size reduce, speed up process\\\"\\nnuke.message( log )\" +STARTLINE}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n}\n BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0xff\n label \"dont touch\"\n note_font_size 42\n xpos -1755\n ypos 302\n bdwidth 263\n bdheight 296\n }\n BackdropNode {\n inputs 0\n name BackdropNode2\n tile_color 0x424242ff\n label \"UV preview\"\n note_font_size 42\n xpos -824\n ypos 451\n bdwidth 343\n bdheight 672\n }\n BackdropNode {\n inputs 0\n name BackdropNode3\n tile_color 0x424242ff\n label udim\n note_font_size 42\n xpos -328\n ypos 451\n bdwidth 354\n bdheight 675\n }\n BackdropNode {\n inputs 0\n name BackdropNode4\n tile_color 0x424242ff\n label uvtile\n note_font_size 42\n xpos 109\n ypos 451\n bdwidth 354\n bdheight 675\n }\n Input {\n inputs 0\n name tex\n xpos -1000\n ypos 83\n number 1\n }\n Wireframe {\n inputs 0\n line_width {{wireframe_size}}\n name Wireframe1\n xpos -866\n ypos 207\n }\n Switch {\n inputs 2\n which {{!view_wireframe}}\n name Switch2\n xpos -1000\n ypos 207\n }\n Input {\n inputs 0\n name geo\n xpos -1171\n ypos 82\n }\n ApplyMaterial {\n inputs 2\n name ApplyMaterial1\n xpos -1171\n ypos 207\n }\n Dot {\n name Dot6\n xpos -1137\n ypos 287\n }\n Dot {\n name Dot1\n xpos -1137\n ypos 384\n }\nset Nb4b16c00 [stack 0]\n Reformat {\n inputs 0\n type \"to box\"\n box_width {{store.scanRes}}\n box_height {{box_width}}\n box_fixed true\n name scanRes\n xpos -1061\n ypos 595\n }\n ScanlineRender {\n inputs 2\n conservative_shader_sampling false\n transparency false\n ztest_enabled false\n projection_mode uv\n overscan {{store.scanRes*10}}\n shutteroffset centred\n motion_vectors_type off\n MB_channel none\n name SR1\n xpos -1171\n ypos 595\n }\n Remove {\n operation keep\n channels rgb\n name Remove1\n xpos -1171\n ypos 675\n }\n Transform {\n translate {{store.scanRes*uv_offset.u*-1} {store.scanRes*uv_offset*-1}}\n shutteroffset centred\n name pos_shift\n xpos -1171\n ypos 740\n addUserKnob {20 User}\n addUserKnob {30 uv_offset}\n uv_offset {{uv_shift} {uv_shift}}\n }\n Crop {\n box {0 0 {store.scanRes} {store.scanRes}}\n reformat true\n crop false\n name Crop1\n xpos -1171\n ypos 801\n }\n CurveTool {\n operation \"Max Luma Pixel\"\n ROI {0 0 {store.scanRes} {store.scanRes}}\n intensitydata {0 0 0 0}\n maxlumapixvalue {0 0 0}\n minlumapixvalue {0 0 0}\n name dataCheck\n xpos -1171\n ypos 881\n }\n NoOp {\n inputs 0\n name menu01\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nif thisGRP\\['output'].getValue() == 1 :\\n thisGRP\\['udim_export'].setEnabled(True)\\nelse :\\n thisGRP\\['udim_export'].setEnabled(False)\\n\"\n xpos -1669\n ypos 392\n addUserKnob {20 User}\n addUserKnob {4 output M {\"preview in uv space\" udim \"uv tile\" \"uv pass\"}}\n }\n Reformat {\n inputs 0\n type \"to box\"\n box_width {{texSize*10}}\n box_height {{texSize*10}}\n box_fixed true\n resize none\n name Reformat4\n xpos 719\n ypos 638\n }\n Expression {\n expr0 x/width\n expr1 y/height\n channel2 none\n channel3 none\n name uv\n xpos 719\n ypos 720\n }\n Multiply {\n channels rgb\n value {10 10 1 1}\n name Multiply1\n xpos 719\n ypos 798\n }\n Reformat {\n type \"to box\"\n box_width {{texSize}}\n box_height {{texSize}}\n box_fixed true\n resize none\n center false\n pbb true\n name Reformat3\n xpos 719\n ypos 878\n }\n Dot {\n name Dot8\n xpos 753\n ypos 1225\n }\npush $Nb4b16c00\n Dot {\n name Dot4\n xpos -780\n ypos 384\n }\nset Nb4b72c00 [stack 0]\n Reformat {\n inputs 0\n type \"to box\"\n box_width {{texSize}}\n box_height {{box_width}}\n box_fixed true\n name res\n xpos 5\n ypos 381\n }\n ScanlineRender {\n inputs 2\n conservative_shader_sampling false\n transparency false\n ztest_enabled false\n filter Impulse\n projection_mode uv\n overscan {{texSize*10 x1009 1948}}\n shutteroffset centred\n motion_vectors_type off\n MB_channel none\n name SR\n xpos -154\n ypos 381\n }\n Dot {\n name Dot2\n xpos -120\n ypos 628\n }\nset Nb4ba5c00 [stack 0]\n Shuffle {\n red black\n green black\n blue black\n alpha black\n name Shuffle1\n xpos -292\n ypos 625\n }\n Text {\n output rgb\n cliptype none\n message \" 91 92 93 94 95 96 97 98 99 00\\n 81 82 83 84 85 86 87 88 89 90\\n 71 72 73 74 75 76 77 78 79 80\\n 61 62 63 64 65 66 67 68 69 70\\n 51 52 53 54 55 56 57 58 59 60\\n 41 42 43 44 45 46 47 48 49 50\\n 31 32 33 34 35 36 37 38 39 40\\n 21 22 23 24 25 26 27 28 29 30\\n 11 12 13 14 15 16 17 18 19 20\\n 01 02 03 04 05 06 07 08 09 10\"\n font \"\\[value store.font]\"\n kerning 0.236\n leading 1.051\n yjustify bottom\n Transform 1\n box {0 0 1024 999}\n translate {0 {\"( ( texSize * 10 ) / 1024 ) *25\"}}\n scale {{\"( texSize * 10 ) / 1024\"}}\n name Text2\n selected true\n xpos -292\n ypos 707\n disable {{disable_error}}\n }\n Multiply {\n channels rgb\n value {0 0.05 0.05 1}\n name Multiply3\n xpos -292\n ypos 769\n }\n Dot {\n name Dot13\n xpos -258\n ypos 821\n }\n Dot {\n name Dot11\n xpos -178\n ypos 821\n }\nset Nb4ba4400 [stack 0]\n Dot {\n name Dot12\n xpos 221\n ypos 821\n }\npush $Nb4ba5c00\n Dot {\n name Dot5\n xpos 281\n ypos 628\n }\n Merge2 {\n inputs 2\n operation under\n Achannels {rgba.red rgba.green rgba.blue -rgba.alpha}\n name Merge4\n xpos 247\n ypos 879\n }\n Crop {\n box {0 0 {texSize*10} {texSize*10}}\n crop false\n name Crop4\n xpos 247\n ypos 961\n }\n Dot {\n name Dot7\n xpos 281\n ypos 1204\n }\npush $Nb4ba4400\npush $Nb4ba5c00\n Merge2 {\n inputs 2\n operation under\n Achannels {rgba.red rgba.green rgba.blue -rgba.alpha}\n name Merge3\n xpos -154\n ypos 879\n }\n Transform {\n translate {{texSize*uv_offset.u*-1 i} {texSize*uv_offset*-1 i}}\n shutteroffset centred\n name pos_shift1\n xpos -154\n ypos 961\n addUserKnob {20 User}\n addUserKnob {30 uv_offset}\n uv_offset {{\"frame <=1001 ? 0 : (frame-1)%10\"} {\"frame < 1000 ? 0 : int(((frame-1)/10)-100)\"}}\n }\n Dot {\n name Dot3\n xpos -120\n ypos 1202\n }\n Reformat {\n inputs 0\n format \"1024 1024 0 0 1024 1024 1 square_1K\"\n name Reformat2\n xpos -693\n ypos 712\n }\n Dot {\n name Dot9\n xpos -659\n ypos 770\n }\nset Na365d800 [stack 0]\n Dot {\n name Dot10\n xpos -533\n ypos 770\n }\n Text {\n output rgb\n message \" 91 92 93 94 95 96 97 98 99 00\\n 81 82 83 84 85 86 87 88 89 90\\n 71 72 73 74 75 76 77 78 79 80\\n 61 62 63 64 65 66 67 68 69 70\\n 51 52 53 54 55 56 57 58 59 60\\n 41 42 43 44 45 46 47 48 49 50\\n 31 32 33 34 35 36 37 38 39 40\\n 21 22 23 24 25 26 27 28 29 30\\n 11 12 13 14 15 16 17 18 19 20\\n 01 02 03 04 05 06 07 08 09 10\"\n font \"\\[value store.font]\"\n kerning 0.236\n leading 1.051\n yjustify bottom\n Transform 1\n box {0 0 1024 999}\n translate {0 25}\n name Text1\n xpos -567\n ypos 818\n disable {{disable_error}}\n }\n Multiply {\n channels rgb\n value {0 0.05 0.05 1}\n name Multiply2\n xpos -567\n ypos 887\n }\npush $Na365d800\n Grid {\n name Grid1\n xpos -693\n ypos 814\n }\n Merge2 {\n inputs 2\n name Merge2\n xpos -693\n ypos 887\n }\npush $Nb4b72c00\n Reformat {\n inputs 0\n format \"1024 1024 0 0 1024 1024 1 square_1K\"\n name Reformat5\n xpos -689\n ypos 531\n }\n Reformat {\n type scale\n scale 0.1\n resize none\n name Reformat6\n xpos -689\n ypos 594\n }\n ScanlineRender {\n inputs 2\n conservative_shader_sampling false\n transparency false\n ztest_enabled false\n projection_mode uv\n overscan 2560\n shutteroffset centred\n motion_vectors_type off\n MB_channel none\n name SR2\n xpos -814\n ypos 594\n }\n Merge2 {\n inputs 2\n operation under\n name Merge1\n xpos -814\n ypos 887\n }\n Crop {\n box {0 0 1024 1024}\n reformat true\n crop false\n name Crop2\n xpos -814\n ypos 969\n }\n Switch {\n inputs 4\n which {{output}}\n name Switch1\n xpos -814\n ypos 1412\n }\n Output {\n name Output1\n xpos -814\n ypos 1597\n }\n NoOp {\n inputs 0\n name menu02\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nif thisGRP\\['view_wireframe'].getValue() == 1 :\\n thisGRP\\['wireframe_size'].setEnabled(True)\\nelse :\\n thisGRP\\['wireframe_size'].setEnabled(False)\\n\"\n xpos -1668\n ypos 484\n addUserKnob {20 User}\n addUserKnob {6 view_wireframe l \"view wireframe\" +STARTLINE}\n view_wireframe true\n }\n NoOp {\n inputs 0\n name store\n xpos -1419\n ypos 388\n addUserKnob {20 User}\n addUserKnob {22 fn T \"def getLevel() :\\n\\t### level define ###\\n\\tif len(nuke.thisNode().fullName().split('.')) == 1 :\\n\\t\\t ggLevel = nuke.root()\\n\\telse :\\n\\t\\t nodePath = nuke.thisNode().fullName().split('.')\\n\\t\\t nodePath.pop()\\n\\t\\t ggLevel = nuke.toNode('.'.join(nodePath))\\n\\treturn ggLevel\" +STARTLINE}\n addUserKnob {3 scanRes}\n scanRes 64\n addUserKnob {2 font}\n font \"C:/Program Files/Nuke12.0v3/plugins/fonts/UtopiaBold.pfa\"\n }\nend_group\nDot {\n name Dot1\n xpos -123\n ypos 637\n}\n" }, { "path": "NukeSurvivalToolkit/nk_files/NST_WaterLens_sampleScript.nk", "content": "BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0x8e8e3800\n label \"default node\"\n note_font_size 42\n xpos 64\n ypos -724\n bdwidth 243\n bdheight 195\n}\nBackdropNode {\n inputs 0\n name BackdropNode2\n tile_color 0x3c30ff\n label \"different droplet in different shape with DOF\\n\\n- DOF inside the node with recommend setting\"\n note_font_size 42\n xpos 27\n ypos -381\n bdwidth 1025\n bdheight 1561\n}\nBackdropNode {\n inputs 0\n name BackdropNode3\n tile_color 0x3c30ff\n label \"different droplet in different shape with DOF\\n\\n- can use DOF(zDefocus) precedural in a single node.\\n- when defocus value is 1 or 0 inside the gizmo, the node will be disable to avoid drag down the speed.\"\n note_font_size 42\n xpos 1200\n ypos -389\n bdwidth 1493\n bdheight 1552\n}\nBackdropNode {\n inputs 0\n name BackdropNode4\n tile_color 0x3c30ff\n label \"different droplet in different shape in focus\"\n note_font_size 42\n xpos 2954\n ypos -408\n bdwidth 1493\n bdheight 1552\n}\nBackdropNode {\n inputs 0\n name BackdropNode5\n tile_color 0x3c30ff\n label \"droplet in jiggle motion\\n\\n- like windshield in motion car (I use expression to generate a random motion on 'center' knob)\"\n note_font_size 42\n xpos 4650\n ypos -397\n bdwidth 1493\n bdheight 1552\n}\nBackdropNode {\n inputs 0\n name BackdropNode6\n tile_color 0x3c30ff\n label \"droplet pop in on lens\\n\\n- I set the lifetime in rotopaint, but it can be any kind of animated matte.\"\n note_font_size 42\n xpos 6431\n ypos -398\n bdwidth 1701\n bdheight 1542\n}\nRotoPaint {\n inputs 0\n curves {{{v x3f99999a}\n {f 0}\n {n\n {layer Root\n {f 2097664}\n {t x44200000 x43b40000}\n {a pt1x 0 pt1y 0 pt2x 0 pt2y 0 pt3x 0 pt3y 0 pt4x 0 pt4y 0 ptex00 0 ptex01 0 ptex02 0 ptex03 0 ptex10 0 ptex11 0 ptex12 0 ptex13 0 ptex20 0 ptex21 0 ptex22 0 ptex23 0 ptex30 0 ptex31 0 ptex32 0 ptex33 0 ptof1x 0 ptof1y 0 ptof2x 0 ptof2y 0 ptof3x 0 ptof3y 0 ptof4x 0 ptof4y 0 pterr 0 ptrefset 0 ptmot x40800000 ptref 0}\n {cubiccurve Brush1 512 catmullrom\n {cc\n {f 2080}\n {p\n {x44614000 x438b0000 x3b800080}\n {x44614000 x438a8000 x3e4c60cc}\n {x44614000 x438a0000 x3e5260d2}\n {x44618000 x43890000 x3e6068e0}\n {x44618000 x43888000 x3e6670e6}\n {x44618000 x43880000 x3e6a70ea}\n {x44620000 x43880000 x3e6c70ec}\n {x44620000 x43868000 x3e7270f2}\n {x44620000 x43860000 x3e6e70ee}\n {x44624000 x43860000 x3e7678f6}}}\n {t x4461a666 x4388599a}\n {a ro 0 go 0 bo 0 ao 0 bs x42000000 bu 1 str 1 spx x44200000 spy x43b40000 sb 1 tt x41880000 ltm x41300000 ltn x41000000 ltt x40400000}}}}}}\n toolbox {brush {\n { selectAll bs 32 str 1 ssx 1 ssy 1 sf 1 }\n { createBezier str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createBezierCusped str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createBSpline str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createEllipse str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createRectangle str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createRectangleCusped str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { brush bs 32 str 1 ssx 1 ssy 1 sf 1 sb 1 ltt 0 tt 17 }\n { eraser src 2 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { clone src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { reveal src 3 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { dodge src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { burn src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { blur src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { sharpen src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { smear src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n} }\n toolbar_brush_size 32\n toolbar_brush_hardness 0.200000003\n toolbar_source_transform_scale {1 1}\n toolbar_source_transform_center {640 360}\n colorOverlay {0 0 0 0}\n lifetime_type \"frame to end\"\n lifetime_start 8\n lifetime_end 11\n motionblur_on true\n brush_size 32\n brush_spacing 0.05000000075\n brush_hardness 0.200000003\n source_black_outside true\n name RotoPaint14\n label \"x8 to the end\"\n xpos 6593\n ypos 803\n}\nRead {\n inputs 0\n file_type jpeg\n file <<>>/images/waterLensExampleBG.jpg\n format \"1280 720 0 0 1280 720 1 HD_720\"\n origset true\n name Read5\n xpos 7779\n ypos 27\n}\nDot {\n name Dot21\n xpos 7813\n ypos 290\n}\nset N28da0c90 [stack 0]\nDot {\n name Dot22\n xpos 7642\n ypos 290\n}\nset N28da1700 [stack 0]\nDot {\n name Dot23\n xpos 7354\n ypos 290\n}\nset N28da3bc0 [stack 0]\nDot {\n name Dot24\n xpos 7095\n ypos 290\n}\nset N28da6080 [stack 0]\nDot {\n name Dot25\n xpos 6782\n ypos 290\n}\nGroup {\n inputs 2\n name WaterLens14\n tile_color 0xffccff\n note_font Verdana\n xpos 6748\n ypos 800\n addUserKnob {20 tab_general l General}\n addUserKnob {12 center}\n center {902.5 274}\n addUserKnob {26 \"\"}\n addUserKnob {7 zdistortion l \"z distortion\"}\n zdistortion 0.96\n addUserKnob {7 edgeScale l \"edge scale\" R 0 4}\n edgeScale 1\n addUserKnob {7 bend R -1 1}\n addUserKnob {41 filter l \"distortion filter\" T IDistort1.filter}\n addUserKnob {7 matte_filter l \"matte filter\"}\n matte_filter 1\n addUserKnob {26 \"\"}\n addUserKnob {41 abberation T killPanel.abberation}\n addUserKnob {26 \"\"}\n addUserKnob {20 grp_cc l \"color correction\" n 1}\n grp_cc 0\n addUserKnob {41 saturation T ColorCorrect.saturation}\n addUserKnob {41 contrast T ColorCorrect.contrast}\n addUserKnob {41 gamma T ColorCorrect.gamma}\n addUserKnob {41 gain T ColorCorrect.gain}\n addUserKnob {41 offset T ColorCorrect.offset}\n addUserKnob {20 endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {4 output M {composite element}}\n output element\n addUserKnob {20 tab_defocus l Defocus}\n addUserKnob {7 defocus_value l \"defocus value\" R 0 100}\n addUserKnob {26 \"\"}\n addUserKnob {41 auto_layer_spacing l \"automatic layer spacing\" T dof_setting2.auto_layer_spacing}\n addUserKnob {3 depth_layers l \"depth layers\" +DISABLED}\n depth_layers 50\n addUserKnob {7 layer_curve +DISABLED R 0 5}\n layer_curve 1\n addUserKnob {26 \"\"}\n addUserKnob {41 filter_type l \"filter type\" T ZDefocus.filter_type}\n addUserKnob {7 filter_shape l \"filter shape\"}\n filter_shape 1\n addUserKnob {7 aspect_ratio l \"aspect ratio\" R 0.5 2}\n aspect_ratio 1\n addUserKnob {3 blades +HIDDEN}\n blades 5\n addUserKnob {7 roundness +HIDDEN R -1 1}\n roundness 0.2\n addUserKnob {7 rotation +HIDDEN R 0 360}\n addUserKnob {7 inner_size l \"inner size\" +HIDDEN}\n inner_size 0.8\n addUserKnob {7 inner_feather l \"inner feather\" +HIDDEN}\n inner_feather 1\n addUserKnob {7 inner_brightness l \"inner brightness\" +HIDDEN}\n inner_brightness 0.8\n addUserKnob {7 catadioptric_size l \"catadioptric size\" +HIDDEN}\n catadioptric_size 0.3\n addUserKnob {6 catadioptric -STARTLINE +HIDDEN}\n addUserKnob {20 grp_image l \"image filter\" n 1}\n grp_image 0\n addUserKnob {41 filter_channel l \"filter channel\" T ZDefocus.filter_channel}\n addUserKnob {41 use_input_channels l \"use input channels\" -STARTLINE T ZDefocus.use_input_channels}\n addUserKnob {41 image_filter l \"image filter\" T ZDefocus.image_filter}\n addUserKnob {41 clamp_image_filter l \"clamp image filter\" -STARTLINE T ZDefocus.clamp_image_filter}\n addUserKnob {20 endGroup_1 l endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {6 gamma_correction l \"gamma correction\" +STARTLINE}\n addUserKnob {41 bloom -STARTLINE T dof_setting.bloom}\n addUserKnob {7 bloom_threshold l \"bloom threshold\"}\n bloom_threshold 0.8\n addUserKnob {7 bloom_gain l \"bloom gain\" R 1 4}\n bloom_gain 7\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T 1.1}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2019-04-17}\n addUserKnob {26 l_CHANGELOG l Changelog T \"1.1\\n- soften abberation\\n\\n1.0\\n- create water droplet\"}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n}\n BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0xff\n label \"dont touch\"\n note_font_size 42\n xpos -424\n ypos 1127\n bdwidth 353\n bdheight 281\n }\n Input {\n inputs 0\n name filter\n xpos -812\n ypos 1264\n number 2\n }\n Input {\n inputs 0\n name mask\n xpos -1138\n ypos -508\n number 1\n }\n Shuffle {\n red alpha\n green alpha\n blue alpha\n name Shuffle1\n xpos -1138\n ypos -421\n }\n Dot {\n name Dot2\n xpos -1104\n ypos -213\n }\nset Nfec08420 [stack 0]\n Histogram {\n in {{0.2-(parent.matte_filter/10)} 1 {0.2+(parent.matte_filter/10)}}\n name Histogram1\n xpos -1138\n ypos 46\n }\n Shuffle {\n red black\n green black\n blue black\n alpha red\n name Shuffle3\n xpos -1138\n ypos 126\n }\n Dot {\n name Dot7\n xpos -1104\n ypos 814\n }\npush $Nfec08420\n Input {\n inputs 0\n name img\n xpos 221\n ypos -515\n }\n Dot {\n name Dot1\n xpos 255\n ypos -348\n }\nset Nfec3f360 [stack 0]\n Remove {\n operation keep\n channels rgb\n name Remove2\n xpos 38\n ypos -351\n }\n Dot {\n name Dot5\n xpos -326\n ypos -348\n }\nset Nfec45ee0 [stack 0]\n Remove {\n name Remove1\n xpos -552\n ypos -355\n }\n Dot {\n name Dot4\n xpos -647\n ypos -348\n }\nset Nfec4c920 [stack 0]\n Dot {\n name Dot3\n xpos -866\n ypos -348\n }\n Merge2 {\n inputs 2\n name Merge1\n xpos -900\n ypos -216\n }\n FilterErode {\n size {{1000-(parent.zdistortion*1000)} {1000-(parent.zdistortion*1000)}}\n filter gaussian\n name FilterErode1\n xpos -900\n ypos -136\n }\n Invert {\n channels alpha\n name Invert1\n xpos -900\n ypos -25\n }\n Shuffle {\n red black\n green black\n blue alpha\n alpha black\n name Shuffle2\n xpos -900\n ypos 54\n }\npush $Nfec4c920\n Expression {\n expr0 \"(x-\\[value center.x])/width\"\n expr1 \"(y-\\[value center.y])/height\"\n name Expression1\n xpos -681\n ypos -26\n addUserKnob {20 User}\n addUserKnob {12 center}\n center {{parent.center} {parent.center}}\n }\n Merge2 {\n inputs 2\n operation plus\n name Merge2\n xpos -681\n ypos 54\n }\n Grade {\n channels {rgba.red rgba.green -rgba.blue none}\n blackpoint {{parent.bend*0.5}}\n white {{parent.zdistortion/10}}\n gamma {{parent.edgeScale}}\n black_clamp false\n maskChannelInput rgba.blue\n name Grade1\n xpos -681\n ypos 144\n }\n Dot {\n name Dot6\n xpos -647\n ypos 498\n }\npush $Nfec45ee0\n Crop {\n box {0 0 {input.width} {input.height}}\n crop false\n name Crop1\n xpos -360\n ypos -274\n }\n Dot {\n name Dot8\n xpos -326\n ypos -77\n }\nset Nfec82590 [stack 0]\n Dot {\n name Dot10\n xpos -215\n ypos -77\n }\nset Nfec84910 [stack 0]\n Dot {\n name Dot9\n xpos -106\n ypos -77\n }\n Shuffle {\n red black\n green black\n alpha black\n name blue\n tile_color 0xffff\n xpos -140\n ypos -3\n }\n Transform {\n scale {{1+(parent.abberation.b/10)}}\n center {{parent.center} {parent.center}}\n invert_matrix true\n black_outside false\n name Transform2\n xpos -140\n ypos 77\n }\n Blur {\n channels {-rgba.red -rgba.green rgba.blue none}\n size {{abs(parent.abberation.b*10)}}\n name Blur3\n xpos -140\n ypos 147\n }\n Dot {\n name Dot12\n xpos -106\n ypos 320\n }\npush $Nfec84910\n Shuffle {\n red black\n blue black\n alpha black\n name green\n tile_color 0xff00ff\n xpos -249\n ypos -3\n }\n Transform {\n scale {{1+(parent.abberation.g/10)}}\n center {{parent.center} {parent.center}}\n invert_matrix true\n black_outside false\n name Transform4\n xpos -249\n ypos 77\n }\n Blur {\n channels {-rgba.red rgba.green -rgba.blue none}\n size {{abs(parent.abberation.g*10)}}\n name Blur2\n xpos -249\n ypos 147\n }\n Dot {\n name Dot11\n xpos -215\n ypos 240\n }\npush $Nfec82590\n Shuffle {\n green black\n blue black\n alpha black\n name red\n tile_color 0xff0000ff\n xpos -360\n ypos -3\n }\n Transform {\n scale {{1+(parent.abberation.r/10)}}\n center {{parent.center} {parent.center}}\n invert_matrix true\n black_outside false\n name Transform1\n xpos -360\n ypos 77\n }\n Blur {\n channels {rgba.red -rgba.green -rgba.blue none}\n size {{abs(parent.abberation.r*10)}}\n name Blur1\n xpos -360\n ypos 149\n }\n Merge2 {\n inputs 2\n operation max\n name Merge5\n xpos -360\n ypos 237\n }\n Merge2 {\n inputs 2\n operation max\n name Merge6\n xpos -360\n ypos 317\n }\n ShuffleCopy {\n inputs 2\n red red\n green green\n out forward\n name ShuffleCopy1\n xpos -360\n ypos 495\n }\n IDistort {\n channels rgb\n uv forward\n uv_scale -4750\n name IDistort1\n xpos -360\n ypos 575\n }\n Shuffle {\n alpha white\n name Shuffle4\n xpos -360\n ypos 655\n }\n ColorCorrect {\n contrast 1.1\n name ColorCorrect\n xpos -360\n ypos 735\n }\n Merge2 {\n inputs 2\n operation mask\n name Merge3\n xpos -360\n ypos 811\n }\n Shuffle {\n red black\n green black\n blue black\n alpha black\n out depth\n name Shuffle5\n xpos -360\n ypos 933\n }\n ZDefocus2 {\n inputs 2\n channels rgba\n focal_point {10000 10000}\n size {{parent.defocus_value}}\n max_size {{parent.defocus_value}}\n autoLayerSpacing {{parent.auto_layer_spacing}}\n layers {{parent.depth_layers}}\n layerCurve {{parent.layer_curve}}\n legacy_resize_mode false\n show_legacy_resize_mode false\n shape {{parent.filter_shape}}\n aspect {{parent.aspect_ratio}}\n blades {{parent.blades}}\n roundness {{parent.roundness}}\n rotation {{parent.rotation}}\n inner_size {{parent.inner_size}}\n inner_feather {{parent.inner_feather}}\n inner_brightness {{parent.inner_brightness}}\n catadioptric_size {{parent.catadioptric_size}}\n catadioptric {{parent.catadioptric}}\n bloom_gamma {{parent.gamma_correction}}\n bloom {{parent.bloom}}\n bloom_threshold {{parent.bloom_threshold}}\n bloom_gain {{parent.bloom_gain}}\n name ZDefocus\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nknob_ls = \\['filter_shape','aspect_ratio','blades','roundness','rotation','inner_size','inner_feather','inner_brightness','catadioptric_size','catadioptric']\\nfor i in range( len(knob_ls) ) :\\n if thisGRP\\['filter_type'].getValue() == 0 :\\n if i < 2 :\\n thisGRP\\[knob_ls\\[i]].setVisible(True)\\n else :\\n thisGRP\\[knob_ls\\[i]].setVisible(False)\\n elif thisGRP\\['filter_type'].getValue() == 1 :\\n if i != 0 :\\n thisGRP\\[knob_ls\\[i]].setVisible(True)\\n else :\\n thisGRP\\[knob_ls\\[i]].setVisible(False)\\n else :\\n thisGRP\\[knob_ls\\[i]].setVisible(False)\\n\"\n xpos -360\n ypos 1260\n disable {{\"parent.defocus_value <= 1 ? 1 : 0\"}}\n }\n Remove {\n operation keep\n channels rgba\n name Remove3\n xpos -360\n ypos 1562\n }\n Dot {\n name Dot13\n xpos -326\n ypos 1642\n }\nset Nfed1e630 [stack 0]\npush $Nfed1e630\npush $Nfec3f360\n Merge2 {\n inputs 2\n bbox B\n name Merge4\n xpos 221\n ypos 1639\n }\n Switch {\n inputs 2\n which {{output}}\n name Switch1\n xpos 221\n ypos 1865\n }\n Output {\n name Output1\n xpos 221\n ypos 2076\n }\n NoOp {\n inputs 0\n name killPanel\n knobChanged \"\\nthisNODE = nuke.thisNode()\\nfor knob in thisNODE.knobs() :\\n if knob\\[:11] == 'abberation_' :\\n thisNODE.removeKnob(thisNODE\\[knob])\\n\"\n xpos -203\n ypos 1199\n addUserKnob {20 User}\n addUserKnob {18 abberation}\n abberation {0.5 0 -0.5}\n addUserKnob {6 abberation_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 abberation_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 abberation_panelDropped_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n }\n NoOp {\n inputs 0\n name dof_setting\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nknob_ls = \\['bloom_threshold','bloom_gain']\\nfor i in range( len(knob_ls) ) :\\n if thisGRP\\['bloom'].getValue() == 0 :\\n thisGRP\\[knob_ls\\[i]].setEnabled(False)\\n else :\\n thisGRP\\[knob_ls\\[i]].setEnabled(True)\\n\"\n xpos -202\n ypos 1258\n addUserKnob {20 User}\n addUserKnob {6 bloom +STARTLINE}\n bloom true\n }\n NoOp {\n inputs 0\n name dof_setting2\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nknob_ls = \\['depth_layers','layer_curve']\\nfor i in range( len(knob_ls) ) :\\n if thisGRP\\['auto_layer_spacing'].getValue() == 0 :\\n thisGRP\\[knob_ls\\[i]].setEnabled(True)\\n else :\\n thisGRP\\[knob_ls\\[i]].setEnabled(False)\\n\"\n xpos -203\n ypos 1322\n addUserKnob {20 User}\n addUserKnob {6 auto_layer_spacing l \"automatic layer spacing\" +STARTLINE}\n auto_layer_spacing true\n }\nend_group\nRotoPaint {\n inputs 0\n curves {{{v x3f99999a}\n {f 0}\n {n\n {layer Root\n {f 2097664}\n {t x44800000 x44428000}\n {a pt1x 0 pt1y 0 pt2x 0 pt2y 0 pt3x 0 pt3y 0 pt4x 0 pt4y 0 ptex00 0 ptex01 0 ptex02 0 ptex03 0 ptex10 0 ptex11 0 ptex12 0 ptex13 0 ptex20 0 ptex21 0 ptex22 0 ptex23 0 ptex30 0 ptex31 0 ptex32 0 ptex33 0 ptof1x 0 ptof1y 0 ptof2x 0 ptof2y 0 ptof3x 0 ptof3y 0 ptof4x 0 ptof4y 0 pterr 0 ptrefset 0 ptmot x40800000 ptref 0}\n {cubiccurve Brush1 512 catmullrom\n {cc\n {f 2080}\n {p\n {x42d20000 x43ae8000 x3c904090}\n {x42d40000 x43ae8000 x3e2248a2}\n {x42d80000 x43ae8000 x3e5868d8}\n {x42dc0000 x43af0000 x3e6a70ea}\n {x42e20000 x43af8000 x3e7e78fe}\n {x42e60000 x43b08000 x3e864086}\n {x42ec0000 x43b18000 x3e8b448b}\n {x42f40000 x43b30000 x3e8d448d}\n {x42fc0000 x43b50000 x3e8f448f}\n {x43030000 x43b70000 x3e914491}\n {x43070000 x43b88000 x3e914491}\n {x430c0000 x43ba8000 x3e954895}\n {x43110000 x43bc8000 x3e944894}\n {x43150000 x43be8000 x3e954895}\n {x43190000 x43c08000 x3e954895}\n {x431c0000 x43c18000 x3e944894}\n {x431f0000 x43c30000 x3e944894}\n {x43200000 x43c40000 x3e964896}\n {x43230000 x43c50000 x3e974897}\n {x43230000 x43c58000 x3e974897}\n {x43240000 x43c60000 x3e984898}\n {x43250000 x43c70000 x3e994899}\n {x43250000 x43c78000 x3e9b4c9b}\n {x43270000 x43c80000 x3e9f4c9f}\n {x43270000 x43c88000 x3e9f4c9f}\n {x43270000 x43c80000 x3e9b4c9b}\n {x43270000 x43c78000 x3e9b4c9b}\n {x43250000 x43c60000 x3e9d4c9d}\n {x43250000 x43c58000 x3e9d4c9d}\n {x43240000 x43c40000 x3e9d4c9d}\n {x43240000 x43c30000 x3e9d4c9d}\n {x43240000 x43c18000 x3e9d4c9d}\n {x43240000 x43bf8000 x3e9e4c9e}\n {x43240000 x43be0000 x3e9d4c9d}\n {x43240000 x43bc0000 x3e9d4c9d}\n {x43240000 x43b98000 x3e9e4c9e}\n {x43240000 x43b78000 x3e9e4c9e}\n {x43240000 x43b50000 x3e9d4c9d}\n {x43240000 x43b30000 x3e9d4c9d}\n {x43250000 x43b08000 x3e9d4c9d}\n {x43270000 x43ae8000 x3e9d4c9d}\n {x43280000 x43ac0000 x3e9d4c9d}\n {x43290000 x43aa0000 x3e9d4c9d}\n {x432b0000 x43a78000 x3e9f4c9f}\n {x432c0000 x43a58000 x3ea04ca0}\n {x432e0000 x43a38000 x3e9f4c9f}\n {x43300000 x43a18000 x3ea04ca0}\n {x43320000 x439f8000 x3ea04ca0}\n {x43340000 x439e0000 x3e9f4c9f}\n {x43360000 x439c0000 x3ea04ca0}\n {x43370000 x439a8000 x3e9f4c9f}\n {x43390000 x43998000 x3e9f4c9f}\n {x433b0000 x43988000 x3e9f4c9f}\n {x433d0000 x43978000 x3ea04ca0}\n {x433e0000 x43968000 x3e9f4c9f}\n {x433f0000 x43960000 x3e9f4c9f}\n {x43400000 x43960000 x3ea04ca0}\n {x43420000 x43958000 x3e9f4c9f}\n {x43420000 x43950000 x3e9f4c9f}\n {x43430000 x43950000 x3ea04ca0}\n {x43440000 x43940000 x3e9f4c9f}\n {x43460000 x43940000 x3ea04ca0}\n {x43470000 x43938000 x3e9c4c9c}\n {x43480000 x43938000 x3e844084}\n {x43490000 x43938000 x3ddc60dc}}}\n {t x43232762 x43b001f8}\n {a ro 0 go 0 bo 0 ao 0 bs x43300000 bu 1 str 1 spx x44800000 spy x44428000 sb 1 tt x41880000 ltm x41300000 ltn x40a00000 ltt x40400000}}}}}}\n toolbox {brush {\n { selectAll bs 176 str 1 ssx 1 ssy 1 sf 1 }\n { createBezier str 1 ssx 1 ssy 1 sf 1 sb 1 tt 4 }\n { createBezierCusped str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createBSpline str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createEllipse str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createRectangle str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createRectangleCusped str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createOpenSpline str 1 ssx 1 ssy 1 sf 1 tt 10 }\n { addPoints str 1 ssx 1 ssy 1 sf 1 }\n { brush bs 176 str 1 ssx 1 ssy 1 sf 1 sb 1 ltt 0 tt 17 }\n { eraser src 2 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { clone src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { reveal src 3 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { dodge src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { burn src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { blur src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { sharpen src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { smear src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n} }\n toolbar_brush_size 176\n toolbar_brush_hardness 0.200000003\n toolbar_openspline_width 1\n toolbar_source_transform_scale {1 1}\n toolbar_source_transform_center {640 360}\n colorOverlay {0 0 0 0}\n lifetime_type \"frame to end\"\n lifetime_start 5\n lifetime_end 11\n motionblur_on true\n motionblur_shutter_offset_type centred\n openspline_width 1\n brush_size 176\n brush_spacing 0.05000000075\n brush_hardness 0.200000003\n source_black_outside true\n name RotoPaint15\n label \"x5 to the end\"\n xpos 6911\n ypos 696\n}\npush $N28da6080\nGroup {\n inputs 2\n name WaterLens15\n tile_color 0xffccff\n note_font Verdana\n xpos 7061\n ypos 693\n addUserKnob {20 tab_general l General}\n addUserKnob {12 center}\n center {183 331}\n addUserKnob {26 \"\"}\n addUserKnob {7 zdistortion l \"z distortion\"}\n zdistortion 0.96\n addUserKnob {7 edgeScale l \"edge scale\" R 0 4}\n edgeScale 0.8\n addUserKnob {7 bend R -1 1}\n bend -0.49\n addUserKnob {41 filter l \"distortion filter\" T IDistort1.filter}\n addUserKnob {7 matte_filter l \"matte filter\"}\n matte_filter 0.3\n addUserKnob {26 \"\"}\n addUserKnob {41 abberation T killPanel.abberation}\n addUserKnob {26 \"\"}\n addUserKnob {20 grp_cc l \"color correction\" n 1}\n grp_cc 0\n addUserKnob {41 saturation T ColorCorrect.saturation}\n addUserKnob {41 contrast T ColorCorrect.contrast}\n addUserKnob {41 gamma T ColorCorrect.gamma}\n addUserKnob {41 gain T ColorCorrect.gain}\n addUserKnob {41 offset T ColorCorrect.offset}\n addUserKnob {20 endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {4 output M {composite element}}\n output element\n addUserKnob {20 tab_defocus l Defocus}\n addUserKnob {7 defocus_value l \"defocus value\" R 0 100}\n addUserKnob {26 \"\"}\n addUserKnob {41 auto_layer_spacing l \"automatic layer spacing\" T dof_setting2.auto_layer_spacing}\n addUserKnob {3 depth_layers l \"depth layers\" +DISABLED}\n depth_layers 50\n addUserKnob {7 layer_curve +DISABLED R 0 5}\n layer_curve 1\n addUserKnob {26 \"\"}\n addUserKnob {41 filter_type l \"filter type\" T ZDefocus.filter_type}\n addUserKnob {7 filter_shape l \"filter shape\"}\n filter_shape 1\n addUserKnob {7 aspect_ratio l \"aspect ratio\" R 0.5 2}\n aspect_ratio 1\n addUserKnob {3 blades +HIDDEN}\n blades 5\n addUserKnob {7 roundness +HIDDEN R -1 1}\n roundness 0.2\n addUserKnob {7 rotation +HIDDEN R 0 360}\n addUserKnob {7 inner_size l \"inner size\" +HIDDEN}\n inner_size 0.8\n addUserKnob {7 inner_feather l \"inner feather\" +HIDDEN}\n inner_feather 1\n addUserKnob {7 inner_brightness l \"inner brightness\" +HIDDEN}\n inner_brightness 0.8\n addUserKnob {7 catadioptric_size l \"catadioptric size\" +HIDDEN}\n catadioptric_size 0.3\n addUserKnob {6 catadioptric -STARTLINE +HIDDEN}\n addUserKnob {20 grp_image l \"image filter\" n 1}\n grp_image 0\n addUserKnob {41 filter_channel l \"filter channel\" T ZDefocus.filter_channel}\n addUserKnob {41 use_input_channels l \"use input channels\" -STARTLINE T ZDefocus.use_input_channels}\n addUserKnob {41 image_filter l \"image filter\" T ZDefocus.image_filter}\n addUserKnob {41 clamp_image_filter l \"clamp image filter\" -STARTLINE T ZDefocus.clamp_image_filter}\n addUserKnob {20 endGroup_1 l endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {6 gamma_correction l \"gamma correction\" +STARTLINE}\n addUserKnob {41 bloom -STARTLINE T dof_setting.bloom}\n addUserKnob {7 bloom_threshold l \"bloom threshold\"}\n bloom_threshold 0.8\n addUserKnob {7 bloom_gain l \"bloom gain\" R 1 4}\n bloom_gain 7\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T 1.1}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2019-04-17}\n addUserKnob {26 l_CHANGELOG l Changelog T \"1.1\\n- soften abberation\\n\\n1.0\\n- create water droplet\"}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n}\n BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0xff\n label \"dont touch\"\n note_font_size 42\n xpos -424\n ypos 1127\n bdwidth 353\n bdheight 281\n }\n Input {\n inputs 0\n name filter\n xpos -812\n ypos 1264\n number 2\n }\n Input {\n inputs 0\n name mask\n xpos -1138\n ypos -508\n number 1\n }\n Shuffle {\n red alpha\n green alpha\n blue alpha\n name Shuffle1\n xpos -1138\n ypos -421\n }\n Dot {\n name Dot2\n xpos -1104\n ypos -213\n }\nset Nfed41a60 [stack 0]\n Histogram {\n in {{0.2-(parent.matte_filter/10)} 1 {0.2+(parent.matte_filter/10)}}\n name Histogram1\n xpos -1138\n ypos 46\n }\n Shuffle {\n red black\n green black\n blue black\n alpha red\n name Shuffle3\n xpos -1138\n ypos 126\n }\n Dot {\n name Dot7\n xpos -1104\n ypos 814\n }\npush $Nfed41a60\n Input {\n inputs 0\n name img\n xpos 221\n ypos -515\n }\n Dot {\n name Dot1\n xpos 255\n ypos -348\n }\nset Nfed56980 [stack 0]\n Remove {\n operation keep\n channels rgb\n name Remove2\n xpos 38\n ypos -351\n }\n Dot {\n name Dot5\n xpos -326\n ypos -348\n }\nset Nfed5d500 [stack 0]\n Remove {\n name Remove1\n xpos -552\n ypos -355\n }\n Dot {\n name Dot4\n xpos -647\n ypos -348\n }\nset Nfed63f40 [stack 0]\n Dot {\n name Dot3\n xpos -866\n ypos -348\n }\n Merge2 {\n inputs 2\n name Merge1\n xpos -900\n ypos -216\n }\n FilterErode {\n size {{1000-(parent.zdistortion*1000)} {1000-(parent.zdistortion*1000)}}\n filter gaussian\n name FilterErode1\n xpos -900\n ypos -136\n }\n Invert {\n channels alpha\n name Invert1\n xpos -900\n ypos -25\n }\n Shuffle {\n red black\n green black\n blue alpha\n alpha black\n name Shuffle2\n xpos -900\n ypos 54\n }\npush $Nfed63f40\n Expression {\n expr0 \"(x-\\[value center.x])/width\"\n expr1 \"(y-\\[value center.y])/height\"\n name Expression1\n xpos -681\n ypos -26\n addUserKnob {20 User}\n addUserKnob {12 center}\n center {{parent.center} {parent.center}}\n }\n Merge2 {\n inputs 2\n operation plus\n name Merge2\n xpos -681\n ypos 54\n }\n Grade {\n channels {rgba.red rgba.green -rgba.blue none}\n blackpoint {{parent.bend*0.5}}\n white {{parent.zdistortion/10}}\n gamma {{parent.edgeScale}}\n black_clamp false\n maskChannelInput rgba.blue\n name Grade1\n xpos -681\n ypos 144\n }\n Dot {\n name Dot6\n xpos -647\n ypos 498\n }\npush $Nfed5d500\n Crop {\n box {0 0 {input.width} {input.height}}\n crop false\n name Crop1\n xpos -360\n ypos -274\n }\n Dot {\n name Dot8\n xpos -326\n ypos -77\n }\nset Nfeda17f0 [stack 0]\n Dot {\n name Dot10\n xpos -215\n ypos -77\n }\nset Nfeda3cb0 [stack 0]\n Dot {\n name Dot9\n xpos -106\n ypos -77\n }\n Shuffle {\n red black\n green black\n alpha black\n name blue\n tile_color 0xffff\n xpos -140\n ypos -3\n }\n Transform {\n scale {{1+(parent.abberation.b/10)}}\n center {{parent.center} {parent.center}}\n invert_matrix true\n black_outside false\n name Transform2\n xpos -140\n ypos 77\n }\n Blur {\n channels {-rgba.red -rgba.green rgba.blue none}\n size {{abs(parent.abberation.b*10)}}\n name Blur3\n xpos -140\n ypos 147\n }\n Dot {\n name Dot12\n xpos -106\n ypos 320\n }\npush $Nfeda3cb0\n Shuffle {\n red black\n blue black\n alpha black\n name green\n tile_color 0xff00ff\n xpos -249\n ypos -3\n }\n Transform {\n scale {{1+(parent.abberation.g/10)}}\n center {{parent.center} {parent.center}}\n invert_matrix true\n black_outside false\n name Transform4\n xpos -249\n ypos 77\n }\n Blur {\n channels {-rgba.red rgba.green -rgba.blue none}\n size {{abs(parent.abberation.g*10)}}\n name Blur2\n xpos -249\n ypos 147\n }\n Dot {\n name Dot11\n xpos -215\n ypos 240\n }\npush $Nfeda17f0\n Shuffle {\n green black\n blue black\n alpha black\n name red\n tile_color 0xff0000ff\n xpos -360\n ypos -3\n }\n Transform {\n scale {{1+(parent.abberation.r/10)}}\n center {{parent.center} {parent.center}}\n invert_matrix true\n black_outside false\n name Transform1\n xpos -360\n ypos 77\n }\n Blur {\n channels {rgba.red -rgba.green -rgba.blue none}\n size {{abs(parent.abberation.r*10)}}\n name Blur1\n xpos -360\n ypos 149\n }\n Merge2 {\n inputs 2\n operation max\n name Merge5\n xpos -360\n ypos 237\n }\n Merge2 {\n inputs 2\n operation max\n name Merge6\n xpos -360\n ypos 317\n }\n ShuffleCopy {\n inputs 2\n red red\n green green\n out forward\n name ShuffleCopy1\n xpos -360\n ypos 495\n }\n IDistort {\n channels rgb\n uv forward\n uv_scale -4750\n name IDistort1\n xpos -360\n ypos 575\n }\n Shuffle {\n alpha white\n name Shuffle4\n xpos -360\n ypos 655\n }\n ColorCorrect {\n contrast 1.1\n name ColorCorrect\n xpos -360\n ypos 735\n }\n Merge2 {\n inputs 2\n operation mask\n name Merge3\n xpos -360\n ypos 811\n }\n Shuffle {\n red black\n green black\n blue black\n alpha black\n out depth\n name Shuffle5\n xpos -360\n ypos 933\n }\n ZDefocus2 {\n inputs 2\n channels rgba\n focal_point {10000 10000}\n size {{parent.defocus_value}}\n max_size {{parent.defocus_value}}\n autoLayerSpacing {{parent.auto_layer_spacing}}\n layers {{parent.depth_layers}}\n layerCurve {{parent.layer_curve}}\n legacy_resize_mode false\n show_legacy_resize_mode false\n shape {{parent.filter_shape}}\n aspect {{parent.aspect_ratio}}\n blades {{parent.blades}}\n roundness {{parent.roundness}}\n rotation {{parent.rotation}}\n inner_size {{parent.inner_size}}\n inner_feather {{parent.inner_feather}}\n inner_brightness {{parent.inner_brightness}}\n catadioptric_size {{parent.catadioptric_size}}\n catadioptric {{parent.catadioptric}}\n bloom_gamma {{parent.gamma_correction}}\n bloom {{parent.bloom}}\n bloom_threshold {{parent.bloom_threshold}}\n bloom_gain {{parent.bloom_gain}}\n name ZDefocus\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nknob_ls = \\['filter_shape','aspect_ratio','blades','roundness','rotation','inner_size','inner_feather','inner_brightness','catadioptric_size','catadioptric']\\nfor i in range( len(knob_ls) ) :\\n if thisGRP\\['filter_type'].getValue() == 0 :\\n if i < 2 :\\n thisGRP\\[knob_ls\\[i]].setVisible(True)\\n else :\\n thisGRP\\[knob_ls\\[i]].setVisible(False)\\n elif thisGRP\\['filter_type'].getValue() == 1 :\\n if i != 0 :\\n thisGRP\\[knob_ls\\[i]].setVisible(True)\\n else :\\n thisGRP\\[knob_ls\\[i]].setVisible(False)\\n else :\\n thisGRP\\[knob_ls\\[i]].setVisible(False)\\n\"\n xpos -360\n ypos 1260\n disable {{\"parent.defocus_value <= 1 ? 1 : 0\"}}\n }\n Remove {\n operation keep\n channels rgba\n name Remove3\n xpos -360\n ypos 1562\n }\n Dot {\n name Dot13\n xpos -326\n ypos 1642\n }\nset Nfef3d610 [stack 0]\npush $Nfef3d610\npush $Nfed56980\n Merge2 {\n inputs 2\n bbox B\n name Merge4\n xpos 221\n ypos 1639\n }\n Switch {\n inputs 2\n which {{output}}\n name Switch1\n xpos 221\n ypos 1865\n }\n Output {\n name Output1\n xpos 221\n ypos 2076\n }\n NoOp {\n inputs 0\n name killPanel\n knobChanged \"\\nthisNODE = nuke.thisNode()\\nfor knob in thisNODE.knobs() :\\n if knob\\[:11] == 'abberation_' :\\n thisNODE.removeKnob(thisNODE\\[knob])\\n\"\n xpos -203\n ypos 1199\n addUserKnob {20 User}\n addUserKnob {18 abberation}\n abberation {0.5 0 -0.5}\n addUserKnob {6 abberation_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 abberation_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 abberation_panelDropped_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n }\n NoOp {\n inputs 0\n name dof_setting\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nknob_ls = \\['bloom_threshold','bloom_gain']\\nfor i in range( len(knob_ls) ) :\\n if thisGRP\\['bloom'].getValue() == 0 :\\n thisGRP\\[knob_ls\\[i]].setEnabled(False)\\n else :\\n thisGRP\\[knob_ls\\[i]].setEnabled(True)\\n\"\n xpos -202\n ypos 1258\n addUserKnob {20 User}\n addUserKnob {6 bloom +STARTLINE}\n bloom true\n }\n NoOp {\n inputs 0\n name dof_setting2\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nknob_ls = \\['depth_layers','layer_curve']\\nfor i in range( len(knob_ls) ) :\\n if thisGRP\\['auto_layer_spacing'].getValue() == 0 :\\n thisGRP\\[knob_ls\\[i]].setEnabled(True)\\n else :\\n thisGRP\\[knob_ls\\[i]].setEnabled(False)\\n\"\n xpos -203\n ypos 1322\n addUserKnob {20 User}\n addUserKnob {6 auto_layer_spacing l \"automatic layer spacing\" +STARTLINE}\n auto_layer_spacing true\n }\nend_group\nRotoPaint {\n inputs 0\n curves {{{v x3f99999a}\n {f 0}\n {n\n {layer Root\n {f 2097664}\n {t x44800000 x44428000}\n {a pt1x 0 pt1y 0 pt2x 0 pt2y 0 pt3x 0 pt3y 0 pt4x 0 pt4y 0 ptex00 0 ptex01 0 ptex02 0 ptex03 0 ptex10 0 ptex11 0 ptex12 0 ptex13 0 ptex20 0 ptex21 0 ptex22 0 ptex23 0 ptex30 0 ptex31 0 ptex32 0 ptex33 0 ptof1x 0 ptof1y 0 ptof2x 0 ptof2y 0 ptof3x 0 ptof3y 0 ptof4x 0 ptof4y 0 pterr 0 ptrefset 0 ptmot x40800000 ptref 0}\n {curvegroup OpenSpline1 1049088 bezier\n {{cc\n {f 1056800}\n {p\n {}\n {{a osw 1 osf 0}\tx44028000 x44220000}\n {x41400000 xc2180000}\n {xc0aa7400 x427fe970}\n {{a osw 1 osf x409c5a65}\tx440d54e8 x43cf82d2}\n {x410a7900 xc2cfe580}\n {xc1200000 x42580000}\n {{a osw 1 osf x40fbe1c8}\tx44060000 x43300000}\n {x41200000 xc2580000}\n {xc0d00000 x41280000}\n {{a osw 1 osf x421e6637}\tx440f0000 x42b40000}\n {x40a87080 xc1080ae8}}}\n {cc\n {f 1056800}\n {p\n {}\n {}\n {x41400000 xc2180000}\n {xc0aa7400 x427fe970}\n {}\n {x410a7900 xc2cfe580}\n {xc1200000 x42580000}\n {}\n {x41200000 xc2580000}\n {xc0d00000 x41280000}\n {}\n {x40a87080 xc1080ae8}}}}\n {t x440a4000 x43a74000}\n {a osbe 0 osee 0 osw 1 osf 0 str 1 tt x41200000 ft x40400000 a\n {{x41300000 0 0 1 1 1}\n {x41400000 1 1 1 0 1}} b\n {{x41300000 0 0 1 1 1}\n {x41400000 1 1 1 0 1}} g\n {{x41300000 0 0 1 1 1}\n {x41400000 1 1 1 0 1}} r\n {{x41300000 0 0 1 1 1}\n {x41400000 1 1 1 0 1}}}}}}}}\n toolbox {selectAll {\n { selectAll str 1 ssx 1 ssy 1 sf 1 }\n { createBezier str 1 ssx 1 ssy 1 sf 1 sb 1 tt 4 }\n { createBezierCusped str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createBSpline str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createEllipse str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createRectangle str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createRectangleCusped str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createOpenSpline str 1 ssx 1 ssy 1 sf 1 tt 10 }\n { addPoints str 1 ssx 1 ssy 1 sf 1 }\n { brush str 1 ssx 1 ssy 1 sf 1 sb 1 ltt 0 tt 17 }\n { eraser src 2 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { clone src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { reveal src 3 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { dodge src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { burn src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { blur src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { sharpen src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { smear src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n} }\n toolbar_brush_hardness 0.200000003\n toolbar_openspline_width 1\n toolbar_source_transform_scale {1 1}\n toolbar_source_transform_center {320 240}\n color {{curve x11 0 1}}\n colorOverlay {0 0 0 0}\n lifetime_type \"all frames\"\n motionblur_shutter_offset_type centred\n feather_type smooth\n openspline_width 1\n brush_spacing 0.05000000075\n brush_hardness 0.200000003\n name RotoPaint16\n label \"x11 to the end\"\n xpos 7181\n ypos 564\n}\npush $N28da3bc0\nGroup {\n inputs 2\n name WaterLens16\n tile_color 0xffccff\n note_font Verdana\n xpos 7320\n ypos 561\n addUserKnob {20 tab_general l General}\n addUserKnob {12 center}\n center {517 118}\n addUserKnob {26 \"\"}\n addUserKnob {7 zdistortion l \"z distortion\"}\n zdistortion 0.975\n addUserKnob {7 edgeScale l \"edge scale\" R 0 4}\n edgeScale 0.8\n addUserKnob {7 bend R -1 1}\n addUserKnob {41 filter l \"distortion filter\" T IDistort1.filter}\n addUserKnob {7 matte_filter l \"matte filter\"}\n matte_filter 1\n addUserKnob {26 \"\"}\n addUserKnob {41 abberation T killPanel.abberation}\n addUserKnob {26 \"\"}\n addUserKnob {20 grp_cc l \"color correction\" n 1}\n grp_cc 0\n addUserKnob {41 saturation T ColorCorrect.saturation}\n addUserKnob {41 contrast T ColorCorrect.contrast}\n addUserKnob {41 gamma T ColorCorrect.gamma}\n addUserKnob {41 gain T ColorCorrect.gain}\n addUserKnob {41 offset T ColorCorrect.offset}\n addUserKnob {20 endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {4 output M {composite element}}\n output element\n addUserKnob {20 tab_defocus l Defocus}\n addUserKnob {7 defocus_value l \"defocus value\" R 0 100}\n addUserKnob {26 \"\"}\n addUserKnob {41 auto_layer_spacing l \"automatic layer spacing\" T dof_setting2.auto_layer_spacing}\n addUserKnob {3 depth_layers l \"depth layers\" +DISABLED}\n depth_layers 50\n addUserKnob {7 layer_curve +DISABLED R 0 5}\n layer_curve 1\n addUserKnob {26 \"\"}\n addUserKnob {41 filter_type l \"filter type\" T ZDefocus.filter_type}\n addUserKnob {7 filter_shape l \"filter shape\"}\n filter_shape 1\n addUserKnob {7 aspect_ratio l \"aspect ratio\" R 0.5 2}\n aspect_ratio 1\n addUserKnob {3 blades +HIDDEN}\n blades 5\n addUserKnob {7 roundness +HIDDEN R -1 1}\n roundness 0.2\n addUserKnob {7 rotation +HIDDEN R 0 360}\n addUserKnob {7 inner_size l \"inner size\" +HIDDEN}\n inner_size 0.8\n addUserKnob {7 inner_feather l \"inner feather\" +HIDDEN}\n inner_feather 1\n addUserKnob {7 inner_brightness l \"inner brightness\" +HIDDEN}\n inner_brightness 0.8\n addUserKnob {7 catadioptric_size l \"catadioptric size\" +HIDDEN}\n catadioptric_size 0.3\n addUserKnob {6 catadioptric -STARTLINE +HIDDEN}\n addUserKnob {20 grp_image l \"image filter\" n 1}\n grp_image 0\n addUserKnob {41 filter_channel l \"filter channel\" T ZDefocus.filter_channel}\n addUserKnob {41 use_input_channels l \"use input channels\" -STARTLINE T ZDefocus.use_input_channels}\n addUserKnob {41 image_filter l \"image filter\" T ZDefocus.image_filter}\n addUserKnob {41 clamp_image_filter l \"clamp image filter\" -STARTLINE T ZDefocus.clamp_image_filter}\n addUserKnob {20 endGroup_1 l endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {6 gamma_correction l \"gamma correction\" +STARTLINE}\n addUserKnob {41 bloom -STARTLINE T dof_setting.bloom}\n addUserKnob {7 bloom_threshold l \"bloom threshold\"}\n bloom_threshold 0.8\n addUserKnob {7 bloom_gain l \"bloom gain\" R 1 4}\n bloom_gain 7\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T 1.1}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2019-04-17}\n addUserKnob {26 l_CHANGELOG l Changelog T \"1.1\\n- soften abberation\\n\\n1.0\\n- create water droplet\"}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n}\n BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0xff\n label \"dont touch\"\n note_font_size 42\n xpos -424\n ypos 1127\n bdwidth 353\n bdheight 281\n }\n Input {\n inputs 0\n name filter\n xpos -812\n ypos 1264\n number 2\n }\n Input {\n inputs 0\n name mask\n xpos -1138\n ypos -508\n number 1\n }\n Shuffle {\n red alpha\n green alpha\n blue alpha\n name Shuffle1\n xpos -1138\n ypos -421\n }\n Dot {\n name Dot2\n xpos -1104\n ypos -213\n }\nset N28df8100 [stack 0]\n Histogram {\n in {{0.2-(parent.matte_filter/10)} 1 {0.2+(parent.matte_filter/10)}}\n name Histogram1\n xpos -1138\n ypos 46\n }\n Shuffle {\n red black\n green black\n blue black\n alpha red\n name Shuffle3\n xpos -1138\n ypos 126\n }\n Dot {\n name Dot7\n xpos -1104\n ypos 814\n }\npush $N28df8100\n Input {\n inputs 0\n name img\n xpos 221\n ypos -515\n }\n Dot {\n name Dot1\n xpos 255\n ypos -348\n }\nset Nb8110a0 [stack 0]\n Remove {\n operation keep\n channels rgb\n name Remove2\n xpos 38\n ypos -351\n }\n Dot {\n name Dot5\n xpos -326\n ypos -348\n }\nset Nb817c20 [stack 0]\n Remove {\n name Remove1\n xpos -552\n ypos -355\n }\n Dot {\n name Dot4\n xpos -647\n ypos -348\n }\nset Nb81e660 [stack 0]\n Dot {\n name Dot3\n xpos -866\n ypos -348\n }\n Merge2 {\n inputs 2\n name Merge1\n xpos -900\n ypos -216\n }\n FilterErode {\n size {{1000-(parent.zdistortion*1000)} {1000-(parent.zdistortion*1000)}}\n filter gaussian\n name FilterErode1\n xpos -900\n ypos -136\n }\n Invert {\n channels alpha\n name Invert1\n xpos -900\n ypos -25\n }\n Shuffle {\n red black\n green black\n blue alpha\n alpha black\n name Shuffle2\n xpos -900\n ypos 54\n }\npush $Nb81e660\n Expression {\n expr0 \"(x-\\[value center.x])/width\"\n expr1 \"(y-\\[value center.y])/height\"\n name Expression1\n xpos -681\n ypos -26\n addUserKnob {20 User}\n addUserKnob {12 center}\n center {{parent.center} {parent.center}}\n }\n Merge2 {\n inputs 2\n operation plus\n name Merge2\n xpos -681\n ypos 54\n }\n Grade {\n channels {rgba.red rgba.green -rgba.blue none}\n blackpoint {{parent.bend*0.5}}\n white {{parent.zdistortion/10}}\n gamma {{parent.edgeScale}}\n black_clamp false\n maskChannelInput rgba.blue\n name Grade1\n xpos -681\n ypos 144\n }\n Dot {\n name Dot6\n xpos -647\n ypos 498\n }\npush $Nb817c20\n Crop {\n box {0 0 {input.width} {input.height}}\n crop false\n name Crop1\n xpos -360\n ypos -274\n }\n Dot {\n name Dot8\n xpos -326\n ypos -77\n }\nset Nb85bf10 [stack 0]\n Dot {\n name Dot10\n xpos -215\n ypos -77\n }\nset Nb85e3d0 [stack 0]\n Dot {\n name Dot9\n xpos -106\n ypos -77\n }\n Shuffle {\n red black\n green black\n alpha black\n name blue\n tile_color 0xffff\n xpos -140\n ypos -3\n }\n Transform {\n scale {{1+(parent.abberation.b/10)}}\n center {{parent.center} {parent.center}}\n invert_matrix true\n black_outside false\n name Transform2\n xpos -140\n ypos 77\n }\n Blur {\n channels {-rgba.red -rgba.green rgba.blue none}\n size {{abs(parent.abberation.b*10)}}\n name Blur3\n xpos -140\n ypos 147\n }\n Dot {\n name Dot12\n xpos -106\n ypos 320\n }\npush $Nb85e3d0\n Shuffle {\n red black\n blue black\n alpha black\n name green\n tile_color 0xff00ff\n xpos -249\n ypos -3\n }\n Transform {\n scale {{1+(parent.abberation.g/10)}}\n center {{parent.center} {parent.center}}\n invert_matrix true\n black_outside false\n name Transform4\n xpos -249\n ypos 77\n }\n Blur {\n channels {-rgba.red rgba.green -rgba.blue none}\n size {{abs(parent.abberation.g*10)}}\n name Blur2\n xpos -249\n ypos 147\n }\n Dot {\n name Dot11\n xpos -215\n ypos 240\n }\npush $Nb85bf10\n Shuffle {\n green black\n blue black\n alpha black\n name red\n tile_color 0xff0000ff\n xpos -360\n ypos -3\n }\n Transform {\n scale {{1+(parent.abberation.r/10)}}\n center {{parent.center} {parent.center}}\n invert_matrix true\n black_outside false\n name Transform1\n xpos -360\n ypos 77\n }\n Blur {\n channels {rgba.red -rgba.green -rgba.blue none}\n size {{abs(parent.abberation.r*10)}}\n name Blur1\n xpos -360\n ypos 149\n }\n Merge2 {\n inputs 2\n operation max\n name Merge5\n xpos -360\n ypos 237\n }\n Merge2 {\n inputs 2\n operation max\n name Merge6\n xpos -360\n ypos 317\n }\n ShuffleCopy {\n inputs 2\n red red\n green green\n out forward\n name ShuffleCopy1\n xpos -360\n ypos 495\n }\n IDistort {\n channels rgb\n uv forward\n uv_scale -4750\n name IDistort1\n xpos -360\n ypos 575\n }\n Shuffle {\n alpha white\n name Shuffle4\n xpos -360\n ypos 655\n }\n ColorCorrect {\n contrast 1.12\n name ColorCorrect\n xpos -360\n ypos 735\n }\n Merge2 {\n inputs 2\n operation mask\n name Merge3\n xpos -360\n ypos 811\n }\n Shuffle {\n red black\n green black\n blue black\n alpha black\n out depth\n name Shuffle5\n xpos -360\n ypos 933\n }\n ZDefocus2 {\n inputs 2\n channels rgba\n focal_point {10000 10000}\n size {{parent.defocus_value}}\n max_size {{parent.defocus_value}}\n autoLayerSpacing {{parent.auto_layer_spacing}}\n layers {{parent.depth_layers}}\n layerCurve {{parent.layer_curve}}\n legacy_resize_mode false\n show_legacy_resize_mode false\n shape {{parent.filter_shape}}\n aspect {{parent.aspect_ratio}}\n blades {{parent.blades}}\n roundness {{parent.roundness}}\n rotation {{parent.rotation}}\n inner_size {{parent.inner_size}}\n inner_feather {{parent.inner_feather}}\n inner_brightness {{parent.inner_brightness}}\n catadioptric_size {{parent.catadioptric_size}}\n catadioptric {{parent.catadioptric}}\n bloom_gamma {{parent.gamma_correction}}\n bloom {{parent.bloom}}\n bloom_threshold {{parent.bloom_threshold}}\n bloom_gain {{parent.bloom_gain}}\n name ZDefocus\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nknob_ls = \\['filter_shape','aspect_ratio','blades','roundness','rotation','inner_size','inner_feather','inner_brightness','catadioptric_size','catadioptric']\\nfor i in range( len(knob_ls) ) :\\n if thisGRP\\['filter_type'].getValue() == 0 :\\n if i < 2 :\\n thisGRP\\[knob_ls\\[i]].setVisible(True)\\n else :\\n thisGRP\\[knob_ls\\[i]].setVisible(False)\\n elif thisGRP\\['filter_type'].getValue() == 1 :\\n if i != 0 :\\n thisGRP\\[knob_ls\\[i]].setVisible(True)\\n else :\\n thisGRP\\[knob_ls\\[i]].setVisible(False)\\n else :\\n thisGRP\\[knob_ls\\[i]].setVisible(False)\\n\"\n xpos -360\n ypos 1260\n disable {{\"parent.defocus_value <= 1 ? 1 : 0\"}}\n }\n Remove {\n operation keep\n channels rgba\n name Remove3\n xpos -360\n ypos 1562\n }\n Dot {\n name Dot13\n xpos -326\n ypos 1642\n }\nset Nfefe1630 [stack 0]\npush $Nfefe1630\npush $Nb8110a0\n Merge2 {\n inputs 2\n bbox B\n name Merge4\n xpos 221\n ypos 1639\n }\n Switch {\n inputs 2\n which {{output}}\n name Switch1\n xpos 221\n ypos 1865\n }\n Output {\n name Output1\n xpos 221\n ypos 2076\n }\n NoOp {\n inputs 0\n name killPanel\n knobChanged \"\\nthisNODE = nuke.thisNode()\\nfor knob in thisNODE.knobs() :\\n if knob\\[:11] == 'abberation_' :\\n thisNODE.removeKnob(thisNODE\\[knob])\\n\"\n xpos -203\n ypos 1199\n addUserKnob {20 User}\n addUserKnob {18 abberation}\n abberation {0.2 0 -0.2}\n addUserKnob {6 abberation_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 abberation_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 abberation_panelDropped_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 abberation_panelDropped_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 abberation_panelDropped_1_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n }\n NoOp {\n inputs 0\n name dof_setting\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nknob_ls = \\['bloom_threshold','bloom_gain']\\nfor i in range( len(knob_ls) ) :\\n if thisGRP\\['bloom'].getValue() == 0 :\\n thisGRP\\[knob_ls\\[i]].setEnabled(False)\\n else :\\n thisGRP\\[knob_ls\\[i]].setEnabled(True)\\n\"\n xpos -202\n ypos 1258\n addUserKnob {20 User}\n addUserKnob {6 bloom +STARTLINE}\n bloom true\n }\n NoOp {\n inputs 0\n name dof_setting2\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nknob_ls = \\['depth_layers','layer_curve']\\nfor i in range( len(knob_ls) ) :\\n if thisGRP\\['auto_layer_spacing'].getValue() == 0 :\\n thisGRP\\[knob_ls\\[i]].setEnabled(True)\\n else :\\n thisGRP\\[knob_ls\\[i]].setEnabled(False)\\n\"\n xpos -203\n ypos 1322\n addUserKnob {20 User}\n addUserKnob {6 auto_layer_spacing l \"automatic layer spacing\" +STARTLINE}\n auto_layer_spacing true\n }\nend_group\nRotoPaint {\n inputs 0\n curves {{{v x3f99999a}\n {f 0}\n {n\n {layer Root\n {f 2097664}\n {t x44800000 x44428000}\n {a pt1x 0 pt1y 0 pt2x 0 pt2y 0 pt3x 0 pt3y 0 pt4x 0 pt4y 0 ptex00 0 ptex01 0 ptex02 0 ptex03 0 ptex10 0 ptex11 0 ptex12 0 ptex13 0 ptex20 0 ptex21 0 ptex22 0 ptex23 0 ptex30 0 ptex31 0 ptex32 0 ptex33 0 ptof1x 0 ptof1y 0 ptof2x 0 ptof2y 0 ptof3x 0 ptof3y 0 ptof4x 0 ptof4y 0 pterr 0 ptrefset 0 ptmot x40800000 ptref 0}\n {cubiccurve Brush1 512 catmullrom\n {cc\n {f 2080}\n {p\n {x44780000 x43b60000 x3d4860c8}\n {x44780000 x43b50000 x3e874087}\n {x44780000 x43b40000 x3e944894}\n {x44780000 x43b30000 x3e9e4c9e}\n {x44788000 x43b10000 x3ead54ad}\n {x44790000 x43b00000 x3eb254b2}\n {x44790000 x43ae0000 x3eb658b6}\n {x44798000 x43ab0000 x3eb958b9}\n {x447a0000 x43a90000 x3ebb5cbb}\n {x447a8000 x43a60000 x3ebe5cbe}\n {x447b0000 x43a40000 x3ec15cc1}\n {x447b0000 x43a20000 x3ec15cc1}\n {x447b8000 x43a00000 x3ec360c3}\n {x447b8000 x439e0000 x3ebf5cbf}\n {x447c0000 x439d0000 x3ec25cc2}\n {x447c0000 x439c0000 x3ec25cc2}\n {x447c0000 x439b0000 x3ec25cc2}\n {x447c0000 x439a0000 x3ec25cc2}}}\n {t x447a1555 x43a7d555}\n {a ro 0 go 0 bo 0 ao 0 bs x42d80000 bu 1 str 1 spx x44800000 spy x44428000 sb 1 tt x41880000 ltm x41c80000 ltn x40400000 ltt x40400000}}}}}}\n toolbox {brush {\n { selectAll bs 108 str 1 ssx 1 ssy 1 sf 1 }\n { createBezier str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createBezierCusped str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createBSpline str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createEllipse str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createRectangle str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createRectangleCusped str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { brush bs 108 str 1 ssx 1 ssy 1 sf 1 sb 1 ltt 0 tt 17 }\n { eraser src 2 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { clone src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { reveal src 3 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { dodge src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { burn src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { blur src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { sharpen src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { smear src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n} }\n toolbar_brush_size 108\n toolbar_brush_hardness 0.200000003\n toolbar_source_transform_scale {1 1}\n toolbar_source_transform_center {640 360}\n colorOverlay {0 0 0 0}\n lifetime_type \"frame to end\"\n lifetime_start 3\n lifetime_end 25\n motionblur_on true\n brush_size 108\n brush_spacing 0.05000000075\n brush_hardness 0.200000003\n source_black_outside true\n name RotoPaint17\n label \"x3 to the end\"\n xpos 7465\n ypos 456\n}\npush $N28da1700\nGroup {\n inputs 2\n name WaterLens17\n tile_color 0xffccff\n note_font Verdana\n xpos 7608\n ypos 453\n addUserKnob {20 tab_general l General}\n addUserKnob {12 center}\n center {1002 334}\n addUserKnob {26 \"\"}\n addUserKnob {7 zdistortion l \"z distortion\"}\n zdistortion 0.99\n addUserKnob {7 edgeScale l \"edge scale\" R 0 4}\n edgeScale 1.5\n addUserKnob {7 bend R -1 1}\n bend -0.07\n addUserKnob {41 filter l \"distortion filter\" T IDistort1.filter}\n addUserKnob {7 matte_filter l \"matte filter\"}\n matte_filter 0.2\n addUserKnob {26 \"\"}\n addUserKnob {41 abberation T killPanel.abberation}\n addUserKnob {26 \"\"}\n addUserKnob {20 grp_cc l \"color correction\" n 1}\n grp_cc 0\n addUserKnob {41 saturation T ColorCorrect.saturation}\n addUserKnob {41 contrast T ColorCorrect.contrast}\n addUserKnob {41 gamma T ColorCorrect.gamma}\n addUserKnob {41 gain T ColorCorrect.gain}\n addUserKnob {41 offset T ColorCorrect.offset}\n addUserKnob {20 endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {4 output M {composite element}}\n output element\n addUserKnob {20 tab_defocus l Defocus}\n addUserKnob {7 defocus_value l \"defocus value\" R 0 100}\n addUserKnob {26 \"\"}\n addUserKnob {41 auto_layer_spacing l \"automatic layer spacing\" T dof_setting2.auto_layer_spacing}\n addUserKnob {3 depth_layers l \"depth layers\" +DISABLED}\n depth_layers 50\n addUserKnob {7 layer_curve +DISABLED R 0 5}\n layer_curve 1\n addUserKnob {26 \"\"}\n addUserKnob {41 filter_type l \"filter type\" T ZDefocus.filter_type}\n addUserKnob {7 filter_shape l \"filter shape\"}\n filter_shape 1\n addUserKnob {7 aspect_ratio l \"aspect ratio\" R 0.5 2}\n aspect_ratio 1\n addUserKnob {3 blades +HIDDEN}\n blades 5\n addUserKnob {7 roundness +HIDDEN R -1 1}\n roundness 0.2\n addUserKnob {7 rotation +HIDDEN R 0 360}\n addUserKnob {7 inner_size l \"inner size\" +HIDDEN}\n inner_size 0.8\n addUserKnob {7 inner_feather l \"inner feather\" +HIDDEN}\n inner_feather 1\n addUserKnob {7 inner_brightness l \"inner brightness\" +HIDDEN}\n inner_brightness 0.8\n addUserKnob {7 catadioptric_size l \"catadioptric size\" +HIDDEN}\n catadioptric_size 0.3\n addUserKnob {6 catadioptric -STARTLINE +HIDDEN}\n addUserKnob {20 grp_image l \"image filter\" n 1}\n grp_image 0\n addUserKnob {41 filter_channel l \"filter channel\" T ZDefocus.filter_channel}\n addUserKnob {41 use_input_channels l \"use input channels\" -STARTLINE T ZDefocus.use_input_channels}\n addUserKnob {41 image_filter l \"image filter\" T ZDefocus.image_filter}\n addUserKnob {41 clamp_image_filter l \"clamp image filter\" -STARTLINE T ZDefocus.clamp_image_filter}\n addUserKnob {20 endGroup_1 l endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {6 gamma_correction l \"gamma correction\" +STARTLINE}\n addUserKnob {41 bloom -STARTLINE T dof_setting.bloom}\n addUserKnob {7 bloom_threshold l \"bloom threshold\"}\n bloom_threshold 0.8\n addUserKnob {7 bloom_gain l \"bloom gain\" R 1 4}\n bloom_gain 7\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T 1.1}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2019-04-17}\n addUserKnob {26 l_CHANGELOG l Changelog T \"1.1\\n- soften abberation\\n\\n1.0\\n- create water droplet\"}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n}\n BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0xff\n label \"dont touch\"\n note_font_size 42\n xpos -424\n ypos 1127\n bdwidth 353\n bdheight 281\n }\n Input {\n inputs 0\n name filter\n xpos -812\n ypos 1264\n number 2\n }\n Input {\n inputs 0\n name mask\n xpos -1138\n ypos -508\n number 1\n }\n Shuffle {\n red alpha\n green alpha\n blue alpha\n name Shuffle1\n xpos -1138\n ypos -421\n }\n Dot {\n name Dot2\n xpos -1104\n ypos -213\n }\nset Nfee96b90 [stack 0]\n Histogram {\n in {{0.2-(parent.matte_filter/10)} 1 {0.2+(parent.matte_filter/10)}}\n name Histogram1\n xpos -1138\n ypos 46\n }\n Shuffle {\n red black\n green black\n blue black\n alpha red\n name Shuffle3\n xpos -1138\n ypos 126\n }\n Dot {\n name Dot7\n xpos -1104\n ypos 814\n }\npush $Nfee96b90\n Input {\n inputs 0\n name img\n xpos 221\n ypos -515\n }\n Dot {\n name Dot1\n xpos 255\n ypos -348\n }\nset Nb910350 [stack 0]\n Remove {\n operation keep\n channels rgb\n name Remove2\n xpos 38\n ypos -351\n }\n Dot {\n name Dot5\n xpos -326\n ypos -348\n }\nset Nb916ed0 [stack 0]\n Remove {\n name Remove1\n xpos -552\n ypos -355\n }\n Dot {\n name Dot4\n xpos -647\n ypos -348\n }\nset Nb91d910 [stack 0]\n Dot {\n name Dot3\n xpos -866\n ypos -348\n }\n Merge2 {\n inputs 2\n name Merge1\n xpos -900\n ypos -216\n }\n FilterErode {\n size {{1000-(parent.zdistortion*1000)} {1000-(parent.zdistortion*1000)}}\n filter gaussian\n name FilterErode1\n xpos -900\n ypos -136\n }\n Invert {\n channels alpha\n name Invert1\n xpos -900\n ypos -25\n }\n Shuffle {\n red black\n green black\n blue alpha\n alpha black\n name Shuffle2\n xpos -900\n ypos 54\n }\npush $Nb91d910\n Expression {\n expr0 \"(x-\\[value center.x])/width\"\n expr1 \"(y-\\[value center.y])/height\"\n name Expression1\n xpos -681\n ypos -26\n addUserKnob {20 User}\n addUserKnob {12 center}\n center {{parent.center} {parent.center}}\n }\n Merge2 {\n inputs 2\n operation plus\n name Merge2\n xpos -681\n ypos 54\n }\n Grade {\n channels {rgba.red rgba.green -rgba.blue none}\n blackpoint {{parent.bend*0.5}}\n white {{parent.zdistortion/10}}\n gamma {{parent.edgeScale}}\n black_clamp false\n maskChannelInput rgba.blue\n name Grade1\n xpos -681\n ypos 144\n }\n Dot {\n name Dot6\n xpos -647\n ypos 498\n }\npush $Nb916ed0\n Crop {\n box {0 0 {input.width} {input.height}}\n crop false\n name Crop1\n xpos -360\n ypos -274\n }\n Dot {\n name Dot8\n xpos -326\n ypos -77\n }\nset Nb88f110 [stack 0]\n Dot {\n name Dot10\n xpos -215\n ypos -77\n }\nset Nb8915d0 [stack 0]\n Dot {\n name Dot9\n xpos -106\n ypos -77\n }\n Shuffle {\n red black\n green black\n alpha black\n name blue\n tile_color 0xffff\n xpos -140\n ypos -3\n }\n Transform {\n scale {{1+(parent.abberation.b/10)}}\n center {{parent.center} {parent.center}}\n invert_matrix true\n black_outside false\n name Transform2\n xpos -140\n ypos 77\n }\n Blur {\n channels {-rgba.red -rgba.green rgba.blue none}\n size {{abs(parent.abberation.b*10)}}\n name Blur3\n xpos -140\n ypos 147\n }\n Dot {\n name Dot12\n xpos -106\n ypos 320\n }\npush $Nb8915d0\n Shuffle {\n red black\n blue black\n alpha black\n name green\n tile_color 0xff00ff\n xpos -249\n ypos -3\n }\n Transform {\n scale {{1+(parent.abberation.g/10)}}\n center {{parent.center} {parent.center}}\n invert_matrix true\n black_outside false\n name Transform4\n xpos -249\n ypos 77\n }\n Blur {\n channels {-rgba.red rgba.green -rgba.blue none}\n size {{abs(parent.abberation.g*10)}}\n name Blur2\n xpos -249\n ypos 147\n }\n Dot {\n name Dot11\n xpos -215\n ypos 240\n }\npush $Nb88f110\n Shuffle {\n green black\n blue black\n alpha black\n name red\n tile_color 0xff0000ff\n xpos -360\n ypos -3\n }\n Transform {\n scale {{1+(parent.abberation.r/10)}}\n center {{parent.center} {parent.center}}\n invert_matrix true\n black_outside false\n name Transform1\n xpos -360\n ypos 77\n }\n Blur {\n channels {rgba.red -rgba.green -rgba.blue none}\n size {{abs(parent.abberation.r*10)}}\n name Blur1\n xpos -360\n ypos 149\n }\n Merge2 {\n inputs 2\n operation max\n name Merge5\n xpos -360\n ypos 237\n }\n Merge2 {\n inputs 2\n operation max\n name Merge6\n xpos -360\n ypos 317\n }\n ShuffleCopy {\n inputs 2\n red red\n green green\n out forward\n name ShuffleCopy1\n xpos -360\n ypos 495\n }\n IDistort {\n channels rgb\n uv forward\n uv_scale -4750\n name IDistort1\n xpos -360\n ypos 575\n }\n Shuffle {\n alpha white\n name Shuffle4\n xpos -360\n ypos 655\n }\n ColorCorrect {\n gain 1.1\n name ColorCorrect\n xpos -360\n ypos 735\n }\n Merge2 {\n inputs 2\n operation mask\n name Merge3\n xpos -360\n ypos 811\n }\n Shuffle {\n red black\n green black\n blue black\n alpha black\n out depth\n name Shuffle5\n xpos -360\n ypos 933\n }\n ZDefocus2 {\n inputs 2\n channels rgba\n focal_point {10000 10000}\n size {{parent.defocus_value}}\n max_size {{parent.defocus_value}}\n autoLayerSpacing {{parent.auto_layer_spacing}}\n layers {{parent.depth_layers}}\n layerCurve {{parent.layer_curve}}\n legacy_resize_mode false\n show_legacy_resize_mode false\n shape {{parent.filter_shape}}\n aspect {{parent.aspect_ratio}}\n blades {{parent.blades}}\n roundness {{parent.roundness}}\n rotation {{parent.rotation}}\n inner_size {{parent.inner_size}}\n inner_feather {{parent.inner_feather}}\n inner_brightness {{parent.inner_brightness}}\n catadioptric_size {{parent.catadioptric_size}}\n catadioptric {{parent.catadioptric}}\n bloom_gamma {{parent.gamma_correction}}\n bloom {{parent.bloom}}\n bloom_threshold {{parent.bloom_threshold}}\n bloom_gain {{parent.bloom_gain}}\n name ZDefocus\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nknob_ls = \\['filter_shape','aspect_ratio','blades','roundness','rotation','inner_size','inner_feather','inner_brightness','catadioptric_size','catadioptric']\\nfor i in range( len(knob_ls) ) :\\n if thisGRP\\['filter_type'].getValue() == 0 :\\n if i < 2 :\\n thisGRP\\[knob_ls\\[i]].setVisible(True)\\n else :\\n thisGRP\\[knob_ls\\[i]].setVisible(False)\\n elif thisGRP\\['filter_type'].getValue() == 1 :\\n if i != 0 :\\n thisGRP\\[knob_ls\\[i]].setVisible(True)\\n else :\\n thisGRP\\[knob_ls\\[i]].setVisible(False)\\n else :\\n thisGRP\\[knob_ls\\[i]].setVisible(False)\\n\"\n xpos -360\n ypos 1260\n disable {{\"parent.defocus_value <= 1 ? 1 : 0\"}}\n }\n Remove {\n operation keep\n channels rgba\n name Remove3\n xpos -360\n ypos 1562\n }\n Dot {\n name Dot13\n xpos -326\n ypos 1642\n }\nset Nba2b200 [stack 0]\npush $Nba2b200\npush $Nb910350\n Merge2 {\n inputs 2\n bbox B\n name Merge4\n xpos 221\n ypos 1639\n }\n Switch {\n inputs 2\n which {{output}}\n name Switch1\n xpos 221\n ypos 1865\n }\n Output {\n name Output1\n xpos 221\n ypos 2076\n }\n NoOp {\n inputs 0\n name killPanel\n knobChanged \"\\nthisNODE = nuke.thisNode()\\nfor knob in thisNODE.knobs() :\\n if knob\\[:11] == 'abberation_' :\\n thisNODE.removeKnob(thisNODE\\[knob])\\n\"\n xpos -203\n ypos 1199\n addUserKnob {20 User}\n addUserKnob {18 abberation}\n abberation {0.5 0 -0.5}\n addUserKnob {6 abberation_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 abberation_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 abberation_panelDropped_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n }\n NoOp {\n inputs 0\n name dof_setting\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nknob_ls = \\['bloom_threshold','bloom_gain']\\nfor i in range( len(knob_ls) ) :\\n if thisGRP\\['bloom'].getValue() == 0 :\\n thisGRP\\[knob_ls\\[i]].setEnabled(False)\\n else :\\n thisGRP\\[knob_ls\\[i]].setEnabled(True)\\n\"\n xpos -202\n ypos 1258\n addUserKnob {20 User}\n addUserKnob {6 bloom +STARTLINE}\n bloom true\n }\n NoOp {\n inputs 0\n name dof_setting2\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nknob_ls = \\['depth_layers','layer_curve']\\nfor i in range( len(knob_ls) ) :\\n if thisGRP\\['auto_layer_spacing'].getValue() == 0 :\\n thisGRP\\[knob_ls\\[i]].setEnabled(True)\\n else :\\n thisGRP\\[knob_ls\\[i]].setEnabled(False)\\n\"\n xpos -203\n ypos 1322\n addUserKnob {20 User}\n addUserKnob {6 auto_layer_spacing l \"automatic layer spacing\" +STARTLINE}\n auto_layer_spacing true\n }\nend_group\nMerge2 {\n inputs 2\n name Merge10\n xpos 7608\n ypos 568\n}\nMerge2 {\n inputs 2\n name Merge11\n xpos 7608\n ypos 700\n}\nMerge2 {\n inputs 2\n name Merge12\n xpos 7608\n ypos 807\n}\npush $N28da0c90\nZDefocus2 {\n size 25\n max_size 50\n legacy_resize_mode false\n show_legacy_resize_mode false\n bloom true\n bloom_gain 5\n name ZDefocus4\n xpos 7779\n ypos 505\n}\nReformat {\n black_outside true\n name Reformat4\n xpos 7779\n ypos 593\n}\nMerge2 {\n inputs 2\n bbox B\n name Merge13\n xpos 7779\n ypos 807\n}\nDot {\n name Dot26\n xpos 7813\n ypos 1336\n}\nRotoPaint {\n inputs 0\n curves {{{v x3f99999a}\n {f 0}\n {n\n {layer Root\n {f 2097664}\n {t x44800000 x44428000}\n {a pt1x 0 pt1y 0 pt2x 0 pt2y 0 pt3x 0 pt3y 0 pt4x 0 pt4y 0 ptex00 0 ptex01 0 ptex02 0 ptex03 0 ptex10 0 ptex11 0 ptex12 0 ptex13 0 ptex20 0 ptex21 0 ptex22 0 ptex23 0 ptex30 0 ptex31 0 ptex32 0 ptex33 0 ptof1x 0 ptof1y 0 ptof2x 0 ptof2y 0 ptof3x 0 ptof3y 0 ptof4x 0 ptof4y 0 pterr 0 ptrefset 0 ptmot x40800000 ptref 0}\n {cubiccurve Brush1 512 catmullrom\n {cc\n {f 2080}\n {p\n {x44780000 x43b60000 x3d4860c8}\n {x44780000 x43b50000 x3e874087}\n {x44780000 x43b40000 x3e944894}\n {x44780000 x43b30000 x3e9e4c9e}\n {x44788000 x43b10000 x3ead54ad}\n {x44790000 x43b00000 x3eb254b2}\n {x44790000 x43ae0000 x3eb658b6}\n {x44798000 x43ab0000 x3eb958b9}\n {x447a0000 x43a90000 x3ebb5cbb}\n {x447a8000 x43a60000 x3ebe5cbe}\n {x447b0000 x43a40000 x3ec15cc1}\n {x447b0000 x43a20000 x3ec15cc1}\n {x447b8000 x43a00000 x3ec360c3}\n {x447b8000 x439e0000 x3ebf5cbf}\n {x447c0000 x439d0000 x3ec25cc2}\n {x447c0000 x439c0000 x3ec25cc2}\n {x447c0000 x439b0000 x3ec25cc2}\n {x447c0000 x439a0000 x3ec25cc2}}}\n {t x447a1555 x43a7d555 0 xc3870000}\n {a ro 0 go 0 bo 0 ao 0 bs x435a0000 bu 1 str 1 spx x44800000 spy x44428000 sb 1 tt x41880000}}}}}}\n toolbox {brush {\n { selectAll bs 108 str 1 ssx 1 ssy 1 sf 1 }\n { createBezier str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createBezierCusped str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createBSpline str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createEllipse str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createRectangle str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createRectangleCusped str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { brush bs 108 str 1 ssx 1 ssy 1 sf 1 sb 1 ltt 0 tt 17 }\n { eraser src 2 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { clone src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { reveal src 3 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { dodge src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { burn src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { blur src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { sharpen src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { smear src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n} }\n toolbar_brush_size 108\n toolbar_brush_hardness 0.200000003\n toolbar_source_transform_scale {1 1}\n toolbar_source_transform_center {640 360}\n colorOverlay {0 0 0 0}\n lifetime_type \"all frames\"\n motionblur_on true\n brush_size 218\n brush_spacing 0.05000000075\n brush_hardness 0.200000003\n source_black_outside true\n name RotoPaint9\n xpos 5095\n ypos 827\n}\nRead {\n inputs 0\n file_type jpeg\n file <<>>/images/waterLensExampleBG.jpg\n format \"1280 720 0 0 1280 720 1 HD_720\"\n origset true\n name Read2\n xpos 5409\n ypos 47\n}\nDot {\n name Dot12\n xpos 5443\n ypos 400\n}\nset N2784c1a0 [stack 0]\nDot {\n name Dot13\n xpos 5272\n ypos 400\n}\nGroup {\n inputs 2\n name WaterLens9\n tile_color 0xffccff\n note_font Verdana\n xpos 5238\n ypos 820\n addUserKnob {20 tab_general l General}\n addUserKnob {12 center}\n center {{\"curve + (random(0,frame)*3)-1.5\" x1 735} {\"curve + (random(1,frame)*3)-1.5\" x1 338}}\n addUserKnob {26 \"\"}\n addUserKnob {7 zdistortion l \"z distortion\"}\n zdistortion 0.99\n addUserKnob {7 edgeScale l \"edge scale\" R 0 4}\n edgeScale 1.5\n addUserKnob {7 bend R -1 1}\n bend -0.14\n addUserKnob {41 filter l \"distortion filter\" T IDistort1.filter}\n addUserKnob {7 matte_filter l \"matte filter\"}\n matte_filter 0.2\n addUserKnob {26 \"\"}\n addUserKnob {41 abberation T killPanel.abberation}\n addUserKnob {26 \"\"}\n addUserKnob {20 grp_cc l \"color correction\" n 1}\n grp_cc 0\n addUserKnob {41 saturation T ColorCorrect.saturation}\n addUserKnob {41 contrast T ColorCorrect.contrast}\n addUserKnob {41 gamma T ColorCorrect.gamma}\n addUserKnob {41 gain T ColorCorrect.gain}\n addUserKnob {41 offset T ColorCorrect.offset}\n addUserKnob {20 endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {4 output M {composite element}}\n output element\n addUserKnob {20 tab_defocus l Defocus}\n addUserKnob {7 defocus_value l \"defocus value\" R 0 100}\n addUserKnob {26 \"\"}\n addUserKnob {41 auto_layer_spacing l \"automatic layer spacing\" T dof_setting2.auto_layer_spacing}\n addUserKnob {3 depth_layers l \"depth layers\" +DISABLED}\n depth_layers 50\n addUserKnob {7 layer_curve +DISABLED R 0 5}\n layer_curve 1\n addUserKnob {26 \"\"}\n addUserKnob {41 filter_type l \"filter type\" T ZDefocus.filter_type}\n addUserKnob {7 filter_shape l \"filter shape\"}\n filter_shape 1\n addUserKnob {7 aspect_ratio l \"aspect ratio\" R 0.5 2}\n aspect_ratio 1\n addUserKnob {3 blades +HIDDEN}\n blades 5\n addUserKnob {7 roundness +HIDDEN R -1 1}\n roundness 0.2\n addUserKnob {7 rotation +HIDDEN R 0 360}\n addUserKnob {7 inner_size l \"inner size\" +HIDDEN}\n inner_size 0.8\n addUserKnob {7 inner_feather l \"inner feather\" +HIDDEN}\n inner_feather 1\n addUserKnob {7 inner_brightness l \"inner brightness\" +HIDDEN}\n inner_brightness 0.8\n addUserKnob {7 catadioptric_size l \"catadioptric size\" +HIDDEN}\n catadioptric_size 0.3\n addUserKnob {6 catadioptric -STARTLINE +HIDDEN}\n addUserKnob {20 grp_image l \"image filter\" n 1}\n grp_image 0\n addUserKnob {41 filter_channel l \"filter channel\" T ZDefocus.filter_channel}\n addUserKnob {41 use_input_channels l \"use input channels\" -STARTLINE T ZDefocus.use_input_channels}\n addUserKnob {41 image_filter l \"image filter\" T ZDefocus.image_filter}\n addUserKnob {41 clamp_image_filter l \"clamp image filter\" -STARTLINE T ZDefocus.clamp_image_filter}\n addUserKnob {20 endGroup_1 l endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {6 gamma_correction l \"gamma correction\" +STARTLINE}\n addUserKnob {41 bloom -STARTLINE T dof_setting.bloom}\n addUserKnob {7 bloom_threshold l \"bloom threshold\"}\n bloom_threshold 0.8\n addUserKnob {7 bloom_gain l \"bloom gain\" R 1 4}\n bloom_gain 7\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T 1.1}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2019-04-17}\n addUserKnob {26 l_CHANGELOG l Changelog T \"1.1\\n- soften abberation\\n\\n1.0\\n- create water droplet\"}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n}\n BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0xff\n label \"dont touch\"\n note_font_size 42\n xpos -424\n ypos 1127\n bdwidth 353\n bdheight 281\n }\n Input {\n inputs 0\n name filter\n xpos -812\n ypos 1264\n number 2\n }\n Input {\n inputs 0\n name mask\n xpos -1138\n ypos -508\n number 1\n }\n Shuffle {\n red alpha\n green alpha\n blue alpha\n name Shuffle1\n xpos -1138\n ypos -421\n }\n Dot {\n name Dot2\n xpos -1104\n ypos -213\n }\nset N27af5580 [stack 0]\n Histogram {\n in {{0.2-(parent.matte_filter/10)} 1 {0.2+(parent.matte_filter/10)}}\n name Histogram1\n xpos -1138\n ypos 46\n }\n Shuffle {\n red black\n green black\n blue black\n alpha red\n name Shuffle3\n xpos -1138\n ypos 126\n }\n Dot {\n name Dot7\n xpos -1104\n ypos 814\n }\npush $N27af5580\n Input {\n inputs 0\n name img\n xpos 221\n ypos -515\n }\n Dot {\n name Dot1\n xpos 255\n ypos -348\n }\nset N27b0e430 [stack 0]\n Remove {\n operation keep\n channels rgb\n name Remove2\n xpos 38\n ypos -351\n }\n Dot {\n name Dot5\n xpos -326\n ypos -348\n }\nset N27b14fb0 [stack 0]\n Remove {\n name Remove1\n xpos -552\n ypos -355\n }\n Dot {\n name Dot4\n xpos -647\n ypos -348\n }\nset N27b1b9f0 [stack 0]\n Dot {\n name Dot3\n xpos -866\n ypos -348\n }\n Merge2 {\n inputs 2\n name Merge1\n xpos -900\n ypos -216\n }\n FilterErode {\n size {{1000-(parent.zdistortion*1000)} {1000-(parent.zdistortion*1000)}}\n filter gaussian\n name FilterErode1\n xpos -900\n ypos -136\n }\n Invert {\n channels alpha\n name Invert1\n xpos -900\n ypos -25\n }\n Shuffle {\n red black\n green black\n blue alpha\n alpha black\n name Shuffle2\n xpos -900\n ypos 54\n }\npush $N27b1b9f0\n Expression {\n expr0 \"(x-\\[value center.x])/width\"\n expr1 \"(y-\\[value center.y])/height\"\n name Expression1\n xpos -681\n ypos -26\n addUserKnob {20 User}\n addUserKnob {12 center}\n center {{parent.center} {parent.center}}\n }\n Merge2 {\n inputs 2\n operation plus\n name Merge2\n xpos -681\n ypos 54\n }\n Grade {\n channels {rgba.red rgba.green -rgba.blue none}\n blackpoint {{parent.bend*0.5}}\n white {{parent.zdistortion/10}}\n gamma {{parent.edgeScale}}\n black_clamp false\n maskChannelInput rgba.blue\n name Grade1\n xpos -681\n ypos 144\n }\n Dot {\n name Dot6\n xpos -647\n ypos 498\n }\npush $N27b14fb0\n Crop {\n box {0 0 {input.width} {input.height}}\n crop false\n name Crop1\n xpos -360\n ypos -274\n }\n Dot {\n name Dot8\n xpos -326\n ypos -77\n }\nset N27b58e60 [stack 0]\n Dot {\n name Dot10\n xpos -215\n ypos -77\n }\nset N27b5b320 [stack 0]\n Dot {\n name Dot9\n xpos -106\n ypos -77\n }\n Shuffle {\n red black\n green black\n alpha black\n name blue\n tile_color 0xffff\n xpos -140\n ypos -3\n }\n Transform {\n scale {{1+(parent.abberation.b/10)}}\n center {{parent.center} {parent.center}}\n invert_matrix true\n black_outside false\n name Transform2\n xpos -140\n ypos 77\n }\n Blur {\n channels {-rgba.red -rgba.green rgba.blue none}\n size {{abs(parent.abberation.b*10)}}\n name Blur3\n xpos -140\n ypos 147\n }\n Dot {\n name Dot12\n xpos -106\n ypos 320\n }\npush $N27b5b320\n Shuffle {\n red black\n blue black\n alpha black\n name green\n tile_color 0xff00ff\n xpos -249\n ypos -3\n }\n Transform {\n scale {{1+(parent.abberation.g/10)}}\n center {{parent.center} {parent.center}}\n invert_matrix true\n black_outside false\n name Transform4\n xpos -249\n ypos 77\n }\n Blur {\n channels {-rgba.red rgba.green -rgba.blue none}\n size {{abs(parent.abberation.g*10)}}\n name Blur2\n xpos -249\n ypos 147\n }\n Dot {\n name Dot11\n xpos -215\n ypos 240\n }\npush $N27b58e60\n Shuffle {\n green black\n blue black\n alpha black\n name red\n tile_color 0xff0000ff\n xpos -360\n ypos -3\n }\n Transform {\n scale {{1+(parent.abberation.r/10)}}\n center {{parent.center} {parent.center}}\n invert_matrix true\n black_outside false\n name Transform1\n xpos -360\n ypos 77\n }\n Blur {\n channels {rgba.red -rgba.green -rgba.blue none}\n size {{abs(parent.abberation.r*10)}}\n name Blur1\n xpos -360\n ypos 149\n }\n Merge2 {\n inputs 2\n operation max\n name Merge5\n xpos -360\n ypos 237\n }\n Merge2 {\n inputs 2\n operation max\n name Merge6\n xpos -360\n ypos 317\n }\n ShuffleCopy {\n inputs 2\n red red\n green green\n out forward\n name ShuffleCopy1\n xpos -360\n ypos 495\n }\n IDistort {\n channels rgb\n uv forward\n uv_scale -4750\n name IDistort1\n xpos -360\n ypos 575\n }\n Shuffle {\n alpha white\n name Shuffle4\n xpos -360\n ypos 655\n }\n ColorCorrect {\n gain 1.1\n name ColorCorrect\n xpos -360\n ypos 735\n }\n Merge2 {\n inputs 2\n operation mask\n name Merge3\n xpos -360\n ypos 811\n }\n Shuffle {\n red black\n green black\n blue black\n alpha black\n out depth\n name Shuffle5\n xpos -360\n ypos 933\n }\n ZDefocus2 {\n inputs 2\n channels rgba\n focal_point {10000 10000}\n size {{parent.defocus_value}}\n max_size {{parent.defocus_value}}\n autoLayerSpacing {{parent.auto_layer_spacing}}\n layers {{parent.depth_layers}}\n layerCurve {{parent.layer_curve}}\n legacy_resize_mode false\n show_legacy_resize_mode false\n shape {{parent.filter_shape}}\n aspect {{parent.aspect_ratio}}\n blades {{parent.blades}}\n roundness {{parent.roundness}}\n rotation {{parent.rotation}}\n inner_size {{parent.inner_size}}\n inner_feather {{parent.inner_feather}}\n inner_brightness {{parent.inner_brightness}}\n catadioptric_size {{parent.catadioptric_size}}\n catadioptric {{parent.catadioptric}}\n bloom_gamma {{parent.gamma_correction}}\n bloom {{parent.bloom}}\n bloom_threshold {{parent.bloom_threshold}}\n bloom_gain {{parent.bloom_gain}}\n name ZDefocus\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nknob_ls = \\['filter_shape','aspect_ratio','blades','roundness','rotation','inner_size','inner_feather','inner_brightness','catadioptric_size','catadioptric']\\nfor i in range( len(knob_ls) ) :\\n if thisGRP\\['filter_type'].getValue() == 0 :\\n if i < 2 :\\n thisGRP\\[knob_ls\\[i]].setVisible(True)\\n else :\\n thisGRP\\[knob_ls\\[i]].setVisible(False)\\n elif thisGRP\\['filter_type'].getValue() == 1 :\\n if i != 0 :\\n thisGRP\\[knob_ls\\[i]].setVisible(True)\\n else :\\n thisGRP\\[knob_ls\\[i]].setVisible(False)\\n else :\\n thisGRP\\[knob_ls\\[i]].setVisible(False)\\n\"\n xpos -360\n ypos 1260\n disable {{\"parent.defocus_value <= 1 ? 1 : 0\"}}\n }\n Remove {\n operation keep\n channels rgba\n name Remove3\n xpos -360\n ypos 1562\n }\n Dot {\n name Dot13\n xpos -326\n ypos 1642\n }\nset N27bf0450 [stack 0]\npush $N27bf0450\npush $N27b0e430\n Merge2 {\n inputs 2\n bbox B\n name Merge4\n xpos 221\n ypos 1639\n }\n Switch {\n inputs 2\n which {{output}}\n name Switch1\n xpos 221\n ypos 1865\n }\n Output {\n name Output1\n xpos 221\n ypos 2076\n }\n NoOp {\n inputs 0\n name killPanel\n knobChanged \"\\nthisNODE = nuke.thisNode()\\nfor knob in thisNODE.knobs() :\\n if knob\\[:11] == 'abberation_' :\\n thisNODE.removeKnob(thisNODE\\[knob])\\n\"\n xpos -203\n ypos 1199\n addUserKnob {20 User}\n addUserKnob {18 abberation}\n abberation {0.2 0 -0.2}\n addUserKnob {6 abberation_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 abberation_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n }\n NoOp {\n inputs 0\n name dof_setting\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nknob_ls = \\['bloom_threshold','bloom_gain']\\nfor i in range( len(knob_ls) ) :\\n if thisGRP\\['bloom'].getValue() == 0 :\\n thisGRP\\[knob_ls\\[i]].setEnabled(False)\\n else :\\n thisGRP\\[knob_ls\\[i]].setEnabled(True)\\n\"\n xpos -202\n ypos 1258\n addUserKnob {20 User}\n addUserKnob {6 bloom +STARTLINE}\n bloom true\n }\n NoOp {\n inputs 0\n name dof_setting2\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nknob_ls = \\['depth_layers','layer_curve']\\nfor i in range( len(knob_ls) ) :\\n if thisGRP\\['auto_layer_spacing'].getValue() == 0 :\\n thisGRP\\[knob_ls\\[i]].setEnabled(True)\\n else :\\n thisGRP\\[knob_ls\\[i]].setEnabled(False)\\n\"\n xpos -203\n ypos 1322\n addUserKnob {20 User}\n addUserKnob {6 auto_layer_spacing l \"automatic layer spacing\" +STARTLINE}\n auto_layer_spacing true\n }\nend_group\npush $N2784c1a0\nZDefocus2 {\n size 25\n max_size 50\n legacy_resize_mode false\n show_legacy_resize_mode false\n bloom true\n bloom_gain 5\n name ZDefocus2\n xpos 5409\n ypos 574\n}\nReformat {\n black_outside true\n name Reformat1\n xpos 5409\n ypos 662\n}\nMerge2 {\n inputs 2\n bbox B\n name Merge5\n xpos 5409\n ypos 827\n}\nDot {\n name Dot27\n xpos 5443\n ypos 1390\n}\nRotoPaint {\n inputs 0\n curves {{{v x3f99999a}\n {f 0}\n {n\n {layer Root\n {f 2097152}\n {t x44200000 x43b40000}\n {a pt1x 0 pt1y 0 pt2x 0 pt2y 0 pt3x 0 pt3y 0 pt4x 0 pt4y 0 ptex00 0 ptex01 0 ptex02 0 ptex03 0 ptex10 0 ptex11 0 ptex12 0 ptex13 0 ptex20 0 ptex21 0 ptex22 0 ptex23 0 ptex30 0 ptex31 0 ptex32 0 ptex33 0 ptof1x 0 ptof1y 0 ptof2x 0 ptof2y 0 ptof3x 0 ptof3y 0 ptof4x 0 ptof4y 0 pterr 0 ptrefset 0 ptmot x40800000 ptref 0}\n {cubiccurve Brush1 512 catmullrom\n {cc\n {f 2080}\n {p\n {x44614000 x438b0000 x3b800080}\n {x44614000 x438a8000 x3e4c60cc}\n {x44614000 x438a0000 x3e5260d2}\n {x44618000 x43890000 x3e6068e0}\n {x44618000 x43888000 x3e6670e6}\n {x44618000 x43880000 x3e6a70ea}\n {x44620000 x43880000 x3e6c70ec}\n {x44620000 x43868000 x3e7270f2}\n {x44620000 x43860000 x3e6e70ee}\n {x44624000 x43860000 x3e7678f6}}}\n {t x4461a666 x4388599a}\n {a ro 0 go 0 bo 0 ao 0 bs x42000000 bu 1 str 1 spx x44200000 spy x43b40000 sb 1 tt x41880000}}}}}}\n toolbox {brush {\n { selectAll bs 32 str 1 ssx 1 ssy 1 sf 1 }\n { createBezier str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createBezierCusped str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createBSpline str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createEllipse str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createRectangle str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createRectangleCusped str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { brush bs 32 str 1 ssx 1 ssy 1 sf 1 sb 1 ltt 0 tt 17 }\n { eraser src 2 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { clone src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { reveal src 3 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { dodge src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { burn src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { blur src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { sharpen src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { smear src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n} }\n toolbar_brush_size 32\n toolbar_brush_hardness 0.200000003\n toolbar_source_transform_scale {1 1}\n toolbar_source_transform_center {640 360}\n colorOverlay {0 0 0 0}\n lifetime_type \"all frames\"\n motionblur_on true\n brush_size 32\n brush_spacing 0.05000000075\n brush_hardness 0.200000003\n source_black_outside true\n name RotoPaint8\n xpos 3045\n ypos 795\n}\nRead {\n inputs 0\n file_type jpeg\n file <<>>/images/waterLensExampleBG.jpg\n format \"1280 720 0 0 1280 720 1 HD_720\"\n origset true\n name Read1\n xpos 4229\n ypos 15\n}\nDot {\n name Dot8\n xpos 4263\n ypos 278\n}\nset N26de1520 [stack 0]\nDot {\n name Dot7\n xpos 4092\n ypos 278\n}\nset N26de71a0 [stack 0]\nDot {\n name Dot19\n xpos 3804\n ypos 278\n}\nset N26de9660 [stack 0]\nDot {\n name Dot20\n xpos 3545\n ypos 278\n}\nset N26debb20 [stack 0]\nDot {\n name Dot11\n xpos 3232\n ypos 278\n}\nGroup {\n inputs 2\n name WaterLens8\n tile_color 0xffccff\n note_font Verdana\n xpos 3198\n ypos 788\n addUserKnob {20 tab_general l General}\n addUserKnob {12 center}\n center {902.5 274}\n addUserKnob {26 \"\"}\n addUserKnob {7 zdistortion l \"z distortion\"}\n zdistortion 0.96\n addUserKnob {7 edgeScale l \"edge scale\" R 0 4}\n edgeScale 1\n addUserKnob {7 bend R -1 1}\n addUserKnob {41 filter l \"distortion filter\" T IDistort1.filter}\n addUserKnob {7 matte_filter l \"matte filter\"}\n matte_filter 1\n addUserKnob {26 \"\"}\n addUserKnob {41 abberation T killPanel.abberation}\n addUserKnob {26 \"\"}\n addUserKnob {20 grp_cc l \"color correction\" n 1}\n grp_cc 0\n addUserKnob {41 saturation T ColorCorrect.saturation}\n addUserKnob {41 contrast T ColorCorrect.contrast}\n addUserKnob {41 gamma T ColorCorrect.gamma}\n addUserKnob {41 gain T ColorCorrect.gain}\n addUserKnob {41 offset T ColorCorrect.offset}\n addUserKnob {20 endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {4 output M {composite element}}\n output element\n addUserKnob {20 tab_defocus l Defocus}\n addUserKnob {7 defocus_value l \"defocus value\" R 0 100}\n addUserKnob {26 \"\"}\n addUserKnob {41 auto_layer_spacing l \"automatic layer spacing\" T dof_setting2.auto_layer_spacing}\n addUserKnob {3 depth_layers l \"depth layers\" +DISABLED}\n depth_layers 50\n addUserKnob {7 layer_curve +DISABLED R 0 5}\n layer_curve 1\n addUserKnob {26 \"\"}\n addUserKnob {41 filter_type l \"filter type\" T ZDefocus.filter_type}\n addUserKnob {7 filter_shape l \"filter shape\"}\n filter_shape 1\n addUserKnob {7 aspect_ratio l \"aspect ratio\" R 0.5 2}\n aspect_ratio 1\n addUserKnob {3 blades +HIDDEN}\n blades 5\n addUserKnob {7 roundness +HIDDEN R -1 1}\n roundness 0.2\n addUserKnob {7 rotation +HIDDEN R 0 360}\n addUserKnob {7 inner_size l \"inner size\" +HIDDEN}\n inner_size 0.8\n addUserKnob {7 inner_feather l \"inner feather\" +HIDDEN}\n inner_feather 1\n addUserKnob {7 inner_brightness l \"inner brightness\" +HIDDEN}\n inner_brightness 0.8\n addUserKnob {7 catadioptric_size l \"catadioptric size\" +HIDDEN}\n catadioptric_size 0.3\n addUserKnob {6 catadioptric -STARTLINE +HIDDEN}\n addUserKnob {20 grp_image l \"image filter\" n 1}\n grp_image 0\n addUserKnob {41 filter_channel l \"filter channel\" T ZDefocus.filter_channel}\n addUserKnob {41 use_input_channels l \"use input channels\" -STARTLINE T ZDefocus.use_input_channels}\n addUserKnob {41 image_filter l \"image filter\" T ZDefocus.image_filter}\n addUserKnob {41 clamp_image_filter l \"clamp image filter\" -STARTLINE T ZDefocus.clamp_image_filter}\n addUserKnob {20 endGroup_1 l endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {6 gamma_correction l \"gamma correction\" +STARTLINE}\n addUserKnob {41 bloom -STARTLINE T dof_setting.bloom}\n addUserKnob {7 bloom_threshold l \"bloom threshold\"}\n bloom_threshold 0.8\n addUserKnob {7 bloom_gain l \"bloom gain\" R 1 4}\n bloom_gain 7\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T 1.1}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2019-04-17}\n addUserKnob {26 l_CHANGELOG l Changelog T \"1.1\\n- soften abberation\\n\\n1.0\\n- create water droplet\"}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n}\n BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0xff\n label \"dont touch\"\n note_font_size 42\n xpos -424\n ypos 1127\n bdwidth 353\n bdheight 281\n }\n Input {\n inputs 0\n name filter\n xpos -812\n ypos 1264\n number 2\n }\n Input {\n inputs 0\n name mask\n xpos -1138\n ypos -508\n number 1\n }\n Shuffle {\n red alpha\n green alpha\n blue alpha\n name Shuffle1\n xpos -1138\n ypos -421\n }\n Dot {\n name Dot2\n xpos -1104\n ypos -213\n }\nset N26e0bb80 [stack 0]\n Histogram {\n in {{0.2-(parent.matte_filter/10)} 1 {0.2+(parent.matte_filter/10)}}\n name Histogram1\n xpos -1138\n ypos 46\n }\n Shuffle {\n red black\n green black\n blue black\n alpha red\n name Shuffle3\n xpos -1138\n ypos 126\n }\n Dot {\n name Dot7\n xpos -1104\n ypos 814\n }\npush $N26e0bb80\n Input {\n inputs 0\n name img\n xpos 221\n ypos -515\n }\n Dot {\n name Dot1\n xpos 255\n ypos -348\n }\nset N26e20aa0 [stack 0]\n Remove {\n operation keep\n channels rgb\n name Remove2\n xpos 38\n ypos -351\n }\n Dot {\n name Dot5\n xpos -326\n ypos -348\n }\nset N26e27620 [stack 0]\n Remove {\n name Remove1\n xpos -552\n ypos -355\n }\n Dot {\n name Dot4\n xpos -647\n ypos -348\n }\nset N26e2e060 [stack 0]\n Dot {\n name Dot3\n xpos -866\n ypos -348\n }\n Merge2 {\n inputs 2\n name Merge1\n xpos -900\n ypos -216\n }\n FilterErode {\n size {{1000-(parent.zdistortion*1000)} {1000-(parent.zdistortion*1000)}}\n filter gaussian\n name FilterErode1\n xpos -900\n ypos -136\n }\n Invert {\n channels alpha\n name Invert1\n xpos -900\n ypos -25\n }\n Shuffle {\n red black\n green black\n blue alpha\n alpha black\n name Shuffle2\n xpos -900\n ypos 54\n }\npush $N26e2e060\n Expression {\n expr0 \"(x-\\[value center.x])/width\"\n expr1 \"(y-\\[value center.y])/height\"\n name Expression1\n xpos -681\n ypos -26\n addUserKnob {20 User}\n addUserKnob {12 center}\n center {{parent.center} {parent.center}}\n }\n Merge2 {\n inputs 2\n operation plus\n name Merge2\n xpos -681\n ypos 54\n }\n Grade {\n channels {rgba.red rgba.green -rgba.blue none}\n blackpoint {{parent.bend*0.5}}\n white {{parent.zdistortion/10}}\n gamma {{parent.edgeScale}}\n black_clamp false\n maskChannelInput rgba.blue\n name Grade1\n xpos -681\n ypos 144\n }\n Dot {\n name Dot6\n xpos -647\n ypos 498\n }\npush $N26e27620\n Crop {\n box {0 0 {input.width} {input.height}}\n crop false\n name Crop1\n xpos -360\n ypos -274\n }\n Dot {\n name Dot8\n xpos -326\n ypos -77\n }\nset N26e6b910 [stack 0]\n Dot {\n name Dot10\n xpos -215\n ypos -77\n }\nset N26e6ddd0 [stack 0]\n Dot {\n name Dot9\n xpos -106\n ypos -77\n }\n Shuffle {\n red black\n green black\n alpha black\n name blue\n tile_color 0xffff\n xpos -140\n ypos -3\n }\n Transform {\n scale {{1+(parent.abberation.b/10)}}\n center {{parent.center} {parent.center}}\n invert_matrix true\n black_outside false\n name Transform2\n xpos -140\n ypos 77\n }\n Blur {\n channels {-rgba.red -rgba.green rgba.blue none}\n size {{abs(parent.abberation.b*10)}}\n name Blur3\n xpos -140\n ypos 147\n }\n Dot {\n name Dot12\n xpos -106\n ypos 320\n }\npush $N26e6ddd0\n Shuffle {\n red black\n blue black\n alpha black\n name green\n tile_color 0xff00ff\n xpos -249\n ypos -3\n }\n Transform {\n scale {{1+(parent.abberation.g/10)}}\n center {{parent.center} {parent.center}}\n invert_matrix true\n black_outside false\n name Transform4\n xpos -249\n ypos 77\n }\n Blur {\n channels {-rgba.red rgba.green -rgba.blue none}\n size {{abs(parent.abberation.g*10)}}\n name Blur2\n xpos -249\n ypos 147\n }\n Dot {\n name Dot11\n xpos -215\n ypos 240\n }\npush $N26e6b910\n Shuffle {\n green black\n blue black\n alpha black\n name red\n tile_color 0xff0000ff\n xpos -360\n ypos -3\n }\n Transform {\n scale {{1+(parent.abberation.r/10)}}\n center {{parent.center} {parent.center}}\n invert_matrix true\n black_outside false\n name Transform1\n xpos -360\n ypos 77\n }\n Blur {\n channels {rgba.red -rgba.green -rgba.blue none}\n size {{abs(parent.abberation.r*10)}}\n name Blur1\n xpos -360\n ypos 149\n }\n Merge2 {\n inputs 2\n operation max\n name Merge5\n xpos -360\n ypos 237\n }\n Merge2 {\n inputs 2\n operation max\n name Merge6\n xpos -360\n ypos 317\n }\n ShuffleCopy {\n inputs 2\n red red\n green green\n out forward\n name ShuffleCopy1\n xpos -360\n ypos 495\n }\n IDistort {\n channels rgb\n uv forward\n uv_scale -4750\n name IDistort1\n xpos -360\n ypos 575\n }\n Shuffle {\n alpha white\n name Shuffle4\n xpos -360\n ypos 655\n }\n ColorCorrect {\n contrast 1.1\n name ColorCorrect\n xpos -360\n ypos 735\n }\n Merge2 {\n inputs 2\n operation mask\n name Merge3\n xpos -360\n ypos 811\n }\n Shuffle {\n red black\n green black\n blue black\n alpha black\n out depth\n name Shuffle5\n xpos -360\n ypos 933\n }\n ZDefocus2 {\n inputs 2\n channels rgba\n focal_point {10000 10000}\n size {{parent.defocus_value}}\n max_size {{parent.defocus_value}}\n autoLayerSpacing {{parent.auto_layer_spacing}}\n layers {{parent.depth_layers}}\n layerCurve {{parent.layer_curve}}\n legacy_resize_mode false\n show_legacy_resize_mode false\n shape {{parent.filter_shape}}\n aspect {{parent.aspect_ratio}}\n blades {{parent.blades}}\n roundness {{parent.roundness}}\n rotation {{parent.rotation}}\n inner_size {{parent.inner_size}}\n inner_feather {{parent.inner_feather}}\n inner_brightness {{parent.inner_brightness}}\n catadioptric_size {{parent.catadioptric_size}}\n catadioptric {{parent.catadioptric}}\n bloom_gamma {{parent.gamma_correction}}\n bloom {{parent.bloom}}\n bloom_threshold {{parent.bloom_threshold}}\n bloom_gain {{parent.bloom_gain}}\n name ZDefocus\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nknob_ls = \\['filter_shape','aspect_ratio','blades','roundness','rotation','inner_size','inner_feather','inner_brightness','catadioptric_size','catadioptric']\\nfor i in range( len(knob_ls) ) :\\n if thisGRP\\['filter_type'].getValue() == 0 :\\n if i < 2 :\\n thisGRP\\[knob_ls\\[i]].setVisible(True)\\n else :\\n thisGRP\\[knob_ls\\[i]].setVisible(False)\\n elif thisGRP\\['filter_type'].getValue() == 1 :\\n if i != 0 :\\n thisGRP\\[knob_ls\\[i]].setVisible(True)\\n else :\\n thisGRP\\[knob_ls\\[i]].setVisible(False)\\n else :\\n thisGRP\\[knob_ls\\[i]].setVisible(False)\\n\"\n xpos -360\n ypos 1260\n disable {{\"parent.defocus_value <= 1 ? 1 : 0\"}}\n }\n Remove {\n operation keep\n channels rgba\n name Remove3\n xpos -360\n ypos 1562\n }\n Dot {\n name Dot13\n xpos -326\n ypos 1642\n }\nset N26b7c6a0 [stack 0]\npush $N26b7c6a0\npush $N26e20aa0\n Merge2 {\n inputs 2\n bbox B\n name Merge4\n xpos 221\n ypos 1639\n }\n Switch {\n inputs 2\n which {{output}}\n name Switch1\n xpos 221\n ypos 1865\n }\n Output {\n name Output1\n xpos 221\n ypos 2076\n }\n NoOp {\n inputs 0\n name killPanel\n knobChanged \"\\nthisNODE = nuke.thisNode()\\nfor knob in thisNODE.knobs() :\\n if knob\\[:11] == 'abberation_' :\\n thisNODE.removeKnob(thisNODE\\[knob])\\n\"\n xpos -203\n ypos 1199\n addUserKnob {20 User}\n addUserKnob {18 abberation}\n abberation {0.5 0 -0.5}\n addUserKnob {6 abberation_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 abberation_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n }\n NoOp {\n inputs 0\n name dof_setting\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nknob_ls = \\['bloom_threshold','bloom_gain']\\nfor i in range( len(knob_ls) ) :\\n if thisGRP\\['bloom'].getValue() == 0 :\\n thisGRP\\[knob_ls\\[i]].setEnabled(False)\\n else :\\n thisGRP\\[knob_ls\\[i]].setEnabled(True)\\n\"\n xpos -202\n ypos 1258\n addUserKnob {20 User}\n addUserKnob {6 bloom +STARTLINE}\n bloom true\n }\n NoOp {\n inputs 0\n name dof_setting2\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nknob_ls = \\['depth_layers','layer_curve']\\nfor i in range( len(knob_ls) ) :\\n if thisGRP\\['auto_layer_spacing'].getValue() == 0 :\\n thisGRP\\[knob_ls\\[i]].setEnabled(True)\\n else :\\n thisGRP\\[knob_ls\\[i]].setEnabled(False)\\n\"\n xpos -203\n ypos 1322\n addUserKnob {20 User}\n addUserKnob {6 auto_layer_spacing l \"automatic layer spacing\" +STARTLINE}\n auto_layer_spacing true\n }\nend_group\nRotoPaint {\n inputs 0\n curves {{{v x3f99999a}\n {f 0}\n {n\n {layer Root\n {f 2097664}\n {t x44800000 x44428000}\n {a pt1x 0 pt1y 0 pt2x 0 pt2y 0 pt3x 0 pt3y 0 pt4x 0 pt4y 0 ptex00 0 ptex01 0 ptex02 0 ptex03 0 ptex10 0 ptex11 0 ptex12 0 ptex13 0 ptex20 0 ptex21 0 ptex22 0 ptex23 0 ptex30 0 ptex31 0 ptex32 0 ptex33 0 ptof1x 0 ptof1y 0 ptof2x 0 ptof2y 0 ptof3x 0 ptof3y 0 ptof4x 0 ptof4y 0 pterr 0 ptrefset 0 ptmot x40800000 ptref 0}\n {cubiccurve Brush1 512 catmullrom\n {cc\n {f 2080}\n {p\n {x42d20000 x43ae8000 x3c904090}\n {x42d40000 x43ae8000 x3e2248a2}\n {x42d80000 x43ae8000 x3e5868d8}\n {x42dc0000 x43af0000 x3e6a70ea}\n {x42e20000 x43af8000 x3e7e78fe}\n {x42e60000 x43b08000 x3e864086}\n {x42ec0000 x43b18000 x3e8b448b}\n {x42f40000 x43b30000 x3e8d448d}\n {x42fc0000 x43b50000 x3e8f448f}\n {x43030000 x43b70000 x3e914491}\n {x43070000 x43b88000 x3e914491}\n {x430c0000 x43ba8000 x3e954895}\n {x43110000 x43bc8000 x3e944894}\n {x43150000 x43be8000 x3e954895}\n {x43190000 x43c08000 x3e954895}\n {x431c0000 x43c18000 x3e944894}\n {x431f0000 x43c30000 x3e944894}\n {x43200000 x43c40000 x3e964896}\n {x43230000 x43c50000 x3e974897}\n {x43230000 x43c58000 x3e974897}\n {x43240000 x43c60000 x3e984898}\n {x43250000 x43c70000 x3e994899}\n {x43250000 x43c78000 x3e9b4c9b}\n {x43270000 x43c80000 x3e9f4c9f}\n {x43270000 x43c88000 x3e9f4c9f}\n {x43270000 x43c80000 x3e9b4c9b}\n {x43270000 x43c78000 x3e9b4c9b}\n {x43250000 x43c60000 x3e9d4c9d}\n {x43250000 x43c58000 x3e9d4c9d}\n {x43240000 x43c40000 x3e9d4c9d}\n {x43240000 x43c30000 x3e9d4c9d}\n {x43240000 x43c18000 x3e9d4c9d}\n {x43240000 x43bf8000 x3e9e4c9e}\n {x43240000 x43be0000 x3e9d4c9d}\n {x43240000 x43bc0000 x3e9d4c9d}\n {x43240000 x43b98000 x3e9e4c9e}\n {x43240000 x43b78000 x3e9e4c9e}\n {x43240000 x43b50000 x3e9d4c9d}\n {x43240000 x43b30000 x3e9d4c9d}\n {x43250000 x43b08000 x3e9d4c9d}\n {x43270000 x43ae8000 x3e9d4c9d}\n {x43280000 x43ac0000 x3e9d4c9d}\n {x43290000 x43aa0000 x3e9d4c9d}\n {x432b0000 x43a78000 x3e9f4c9f}\n {x432c0000 x43a58000 x3ea04ca0}\n {x432e0000 x43a38000 x3e9f4c9f}\n {x43300000 x43a18000 x3ea04ca0}\n {x43320000 x439f8000 x3ea04ca0}\n {x43340000 x439e0000 x3e9f4c9f}\n {x43360000 x439c0000 x3ea04ca0}\n {x43370000 x439a8000 x3e9f4c9f}\n {x43390000 x43998000 x3e9f4c9f}\n {x433b0000 x43988000 x3e9f4c9f}\n {x433d0000 x43978000 x3ea04ca0}\n {x433e0000 x43968000 x3e9f4c9f}\n {x433f0000 x43960000 x3e9f4c9f}\n {x43400000 x43960000 x3ea04ca0}\n {x43420000 x43958000 x3e9f4c9f}\n {x43420000 x43950000 x3e9f4c9f}\n {x43430000 x43950000 x3ea04ca0}\n {x43440000 x43940000 x3e9f4c9f}\n {x43460000 x43940000 x3ea04ca0}\n {x43470000 x43938000 x3e9c4c9c}\n {x43480000 x43938000 x3e844084}\n {x43490000 x43938000 x3ddc60dc}}}\n {t x43232762 x43b001f8}\n {a ro 0 go 0 bo 0 ao 0 bs x43300000 bu 1 str 1 spx x44800000 spy x44428000 sb 1 tt x41880000}}}}}}\n toolbox {brush {\n { selectAll bs 176 str 1 ssx 1 ssy 1 sf 1 }\n { createBezier str 1 ssx 1 ssy 1 sf 1 sb 1 tt 4 }\n { createBezierCusped str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createBSpline str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createEllipse str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createRectangle str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createRectangleCusped str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createOpenSpline str 1 ssx 1 ssy 1 sf 1 tt 10 }\n { addPoints str 1 ssx 1 ssy 1 sf 1 }\n { brush bs 176 str 1 ssx 1 ssy 1 sf 1 sb 1 ltt 0 tt 17 }\n { eraser src 2 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { clone src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { reveal src 3 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { dodge src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { burn src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { blur src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { sharpen src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { smear src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n} }\n toolbar_brush_size 176\n toolbar_brush_hardness 0.200000003\n toolbar_openspline_width 1\n toolbar_source_transform_scale {1 1}\n toolbar_source_transform_center {1024 778}\n colorOverlay {0 0 0 0}\n lifetime_type \"all frames\"\n motionblur_on true\n motionblur_shutter_offset_type centred\n openspline_width 1\n brush_size 176\n brush_spacing 0.05000000075\n brush_hardness 0.200000003\n source_black_outside true\n name RotoPaint4\n xpos 3365\n ypos 688\n}\npush $N26debb20\nGroup {\n inputs 2\n name WaterLens7\n tile_color 0xffccff\n note_font Verdana\n xpos 3511\n ypos 681\n addUserKnob {20 tab_general l General}\n addUserKnob {12 center}\n center {183 331}\n addUserKnob {26 \"\"}\n addUserKnob {7 zdistortion l \"z distortion\"}\n zdistortion 0.96\n addUserKnob {7 edgeScale l \"edge scale\" R 0 4}\n edgeScale 0.8\n addUserKnob {7 bend R -1 1}\n bend -0.49\n addUserKnob {41 filter l \"distortion filter\" T IDistort1.filter}\n addUserKnob {7 matte_filter l \"matte filter\"}\n matte_filter 0.3\n addUserKnob {26 \"\"}\n addUserKnob {41 abberation T killPanel.abberation}\n addUserKnob {26 \"\"}\n addUserKnob {20 grp_cc l \"color correction\" n 1}\n grp_cc 0\n addUserKnob {41 saturation T ColorCorrect.saturation}\n addUserKnob {41 contrast T ColorCorrect.contrast}\n addUserKnob {41 gamma T ColorCorrect.gamma}\n addUserKnob {41 gain T ColorCorrect.gain}\n addUserKnob {41 offset T ColorCorrect.offset}\n addUserKnob {20 endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {4 output M {composite element}}\n output element\n addUserKnob {20 tab_defocus l Defocus}\n addUserKnob {7 defocus_value l \"defocus value\" R 0 100}\n addUserKnob {26 \"\"}\n addUserKnob {41 auto_layer_spacing l \"automatic layer spacing\" T dof_setting2.auto_layer_spacing}\n addUserKnob {3 depth_layers l \"depth layers\" +DISABLED}\n depth_layers 50\n addUserKnob {7 layer_curve +DISABLED R 0 5}\n layer_curve 1\n addUserKnob {26 \"\"}\n addUserKnob {41 filter_type l \"filter type\" T ZDefocus.filter_type}\n addUserKnob {7 filter_shape l \"filter shape\"}\n filter_shape 1\n addUserKnob {7 aspect_ratio l \"aspect ratio\" R 0.5 2}\n aspect_ratio 1\n addUserKnob {3 blades +HIDDEN}\n blades 5\n addUserKnob {7 roundness +HIDDEN R -1 1}\n roundness 0.2\n addUserKnob {7 rotation +HIDDEN R 0 360}\n addUserKnob {7 inner_size l \"inner size\" +HIDDEN}\n inner_size 0.8\n addUserKnob {7 inner_feather l \"inner feather\" +HIDDEN}\n inner_feather 1\n addUserKnob {7 inner_brightness l \"inner brightness\" +HIDDEN}\n inner_brightness 0.8\n addUserKnob {7 catadioptric_size l \"catadioptric size\" +HIDDEN}\n catadioptric_size 0.3\n addUserKnob {6 catadioptric -STARTLINE +HIDDEN}\n addUserKnob {20 grp_image l \"image filter\" n 1}\n grp_image 0\n addUserKnob {41 filter_channel l \"filter channel\" T ZDefocus.filter_channel}\n addUserKnob {41 use_input_channels l \"use input channels\" -STARTLINE T ZDefocus.use_input_channels}\n addUserKnob {41 image_filter l \"image filter\" T ZDefocus.image_filter}\n addUserKnob {41 clamp_image_filter l \"clamp image filter\" -STARTLINE T ZDefocus.clamp_image_filter}\n addUserKnob {20 endGroup_1 l endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {6 gamma_correction l \"gamma correction\" +STARTLINE}\n addUserKnob {41 bloom -STARTLINE T dof_setting.bloom}\n addUserKnob {7 bloom_threshold l \"bloom threshold\"}\n bloom_threshold 0.8\n addUserKnob {7 bloom_gain l \"bloom gain\" R 1 4}\n bloom_gain 7\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T 1.1}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2019-04-17}\n addUserKnob {26 l_CHANGELOG l Changelog T \"1.1\\n- soften abberation\\n\\n1.0\\n- create water droplet\"}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n}\n BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0xff\n label \"dont touch\"\n note_font_size 42\n xpos -424\n ypos 1127\n bdwidth 353\n bdheight 281\n }\n Input {\n inputs 0\n name filter\n xpos -812\n ypos 1264\n number 2\n }\n Input {\n inputs 0\n name mask\n xpos -1138\n ypos -508\n number 1\n }\n Shuffle {\n red alpha\n green alpha\n blue alpha\n name Shuffle1\n xpos -1138\n ypos -421\n }\n Dot {\n name Dot2\n xpos -1104\n ypos -213\n }\nset N26be4440 [stack 0]\n Histogram {\n in {{0.2-(parent.matte_filter/10)} 1 {0.2+(parent.matte_filter/10)}}\n name Histogram1\n xpos -1138\n ypos 46\n }\n Shuffle {\n red black\n green black\n blue black\n alpha red\n name Shuffle3\n xpos -1138\n ypos 126\n }\n Dot {\n name Dot7\n xpos -1104\n ypos 814\n }\npush $N26be4440\n Input {\n inputs 0\n name img\n xpos 221\n ypos -515\n }\n Dot {\n name Dot1\n xpos 255\n ypos -348\n }\nset N235135f0 [stack 0]\n Remove {\n operation keep\n channels rgb\n name Remove2\n xpos 38\n ypos -351\n }\n Dot {\n name Dot5\n xpos -326\n ypos -348\n }\nset N23519f10 [stack 0]\n Remove {\n name Remove1\n xpos -552\n ypos -355\n }\n Dot {\n name Dot4\n xpos -647\n ypos -348\n }\nset N23520950 [stack 0]\n Dot {\n name Dot3\n xpos -866\n ypos -348\n }\n Merge2 {\n inputs 2\n name Merge1\n xpos -900\n ypos -216\n }\n FilterErode {\n size {{1000-(parent.zdistortion*1000)} {1000-(parent.zdistortion*1000)}}\n filter gaussian\n name FilterErode1\n xpos -900\n ypos -136\n }\n Invert {\n channels alpha\n name Invert1\n xpos -900\n ypos -25\n }\n Shuffle {\n red black\n green black\n blue alpha\n alpha black\n name Shuffle2\n xpos -900\n ypos 54\n }\npush $N23520950\n Expression {\n expr0 \"(x-\\[value center.x])/width\"\n expr1 \"(y-\\[value center.y])/height\"\n name Expression1\n xpos -681\n ypos -26\n addUserKnob {20 User}\n addUserKnob {12 center}\n center {{parent.center} {parent.center}}\n }\n Merge2 {\n inputs 2\n operation plus\n name Merge2\n xpos -681\n ypos 54\n }\n Grade {\n channels {rgba.red rgba.green -rgba.blue none}\n blackpoint {{parent.bend*0.5}}\n white {{parent.zdistortion/10}}\n gamma {{parent.edgeScale}}\n black_clamp false\n maskChannelInput rgba.blue\n name Grade1\n xpos -681\n ypos 144\n }\n Dot {\n name Dot6\n xpos -647\n ypos 498\n }\npush $N23519f10\n Crop {\n box {0 0 {input.width} {input.height}}\n crop false\n name Crop1\n xpos -360\n ypos -274\n }\n Dot {\n name Dot8\n xpos -326\n ypos -77\n }\nset N26f1d500 [stack 0]\n Dot {\n name Dot10\n xpos -215\n ypos -77\n }\nset N26f1f9c0 [stack 0]\n Dot {\n name Dot9\n xpos -106\n ypos -77\n }\n Shuffle {\n red black\n green black\n alpha black\n name blue\n tile_color 0xffff\n xpos -140\n ypos -3\n }\n Transform {\n scale {{1+(parent.abberation.b/10)}}\n center {{parent.center} {parent.center}}\n invert_matrix true\n black_outside false\n name Transform2\n xpos -140\n ypos 77\n }\n Blur {\n channels {-rgba.red -rgba.green rgba.blue none}\n size {{abs(parent.abberation.b*10)}}\n name Blur3\n xpos -140\n ypos 147\n }\n Dot {\n name Dot12\n xpos -106\n ypos 320\n }\npush $N26f1f9c0\n Shuffle {\n red black\n blue black\n alpha black\n name green\n tile_color 0xff00ff\n xpos -249\n ypos -3\n }\n Transform {\n scale {{1+(parent.abberation.g/10)}}\n center {{parent.center} {parent.center}}\n invert_matrix true\n black_outside false\n name Transform4\n xpos -249\n ypos 77\n }\n Blur {\n channels {-rgba.red rgba.green -rgba.blue none}\n size {{abs(parent.abberation.g*10)}}\n name Blur2\n xpos -249\n ypos 147\n }\n Dot {\n name Dot11\n xpos -215\n ypos 240\n }\npush $N26f1d500\n Shuffle {\n green black\n blue black\n alpha black\n name red\n tile_color 0xff0000ff\n xpos -360\n ypos -3\n }\n Transform {\n scale {{1+(parent.abberation.r/10)}}\n center {{parent.center} {parent.center}}\n invert_matrix true\n black_outside false\n name Transform1\n xpos -360\n ypos 77\n }\n Blur {\n channels {rgba.red -rgba.green -rgba.blue none}\n size {{abs(parent.abberation.r*10)}}\n name Blur1\n xpos -360\n ypos 149\n }\n Merge2 {\n inputs 2\n operation max\n name Merge5\n xpos -360\n ypos 237\n }\n Merge2 {\n inputs 2\n operation max\n name Merge6\n xpos -360\n ypos 317\n }\n ShuffleCopy {\n inputs 2\n red red\n green green\n out forward\n name ShuffleCopy1\n xpos -360\n ypos 495\n }\n IDistort {\n channels rgb\n uv forward\n uv_scale -4750\n name IDistort1\n xpos -360\n ypos 575\n }\n Shuffle {\n alpha white\n name Shuffle4\n xpos -360\n ypos 655\n }\n ColorCorrect {\n contrast 1.1\n name ColorCorrect\n xpos -360\n ypos 735\n }\n Merge2 {\n inputs 2\n operation mask\n name Merge3\n xpos -360\n ypos 811\n }\n Shuffle {\n red black\n green black\n blue black\n alpha black\n out depth\n name Shuffle5\n xpos -360\n ypos 933\n }\n ZDefocus2 {\n inputs 2\n channels rgba\n focal_point {10000 10000}\n size {{parent.defocus_value}}\n max_size {{parent.defocus_value}}\n autoLayerSpacing {{parent.auto_layer_spacing}}\n layers {{parent.depth_layers}}\n layerCurve {{parent.layer_curve}}\n legacy_resize_mode false\n show_legacy_resize_mode false\n shape {{parent.filter_shape}}\n aspect {{parent.aspect_ratio}}\n blades {{parent.blades}}\n roundness {{parent.roundness}}\n rotation {{parent.rotation}}\n inner_size {{parent.inner_size}}\n inner_feather {{parent.inner_feather}}\n inner_brightness {{parent.inner_brightness}}\n catadioptric_size {{parent.catadioptric_size}}\n catadioptric {{parent.catadioptric}}\n bloom_gamma {{parent.gamma_correction}}\n bloom {{parent.bloom}}\n bloom_threshold {{parent.bloom_threshold}}\n bloom_gain {{parent.bloom_gain}}\n name ZDefocus\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nknob_ls = \\['filter_shape','aspect_ratio','blades','roundness','rotation','inner_size','inner_feather','inner_brightness','catadioptric_size','catadioptric']\\nfor i in range( len(knob_ls) ) :\\n if thisGRP\\['filter_type'].getValue() == 0 :\\n if i < 2 :\\n thisGRP\\[knob_ls\\[i]].setVisible(True)\\n else :\\n thisGRP\\[knob_ls\\[i]].setVisible(False)\\n elif thisGRP\\['filter_type'].getValue() == 1 :\\n if i != 0 :\\n thisGRP\\[knob_ls\\[i]].setVisible(True)\\n else :\\n thisGRP\\[knob_ls\\[i]].setVisible(False)\\n else :\\n thisGRP\\[knob_ls\\[i]].setVisible(False)\\n\"\n xpos -360\n ypos 1260\n disable {{\"parent.defocus_value <= 1 ? 1 : 0\"}}\n }\n Remove {\n operation keep\n channels rgba\n name Remove3\n xpos -360\n ypos 1562\n }\n Dot {\n name Dot13\n xpos -326\n ypos 1642\n }\nset N26fb42e0 [stack 0]\npush $N26fb42e0\npush $N235135f0\n Merge2 {\n inputs 2\n bbox B\n name Merge4\n xpos 221\n ypos 1639\n }\n Switch {\n inputs 2\n which {{output}}\n name Switch1\n xpos 221\n ypos 1865\n }\n Output {\n name Output1\n xpos 221\n ypos 2076\n }\n NoOp {\n inputs 0\n name killPanel\n knobChanged \"\\nthisNODE = nuke.thisNode()\\nfor knob in thisNODE.knobs() :\\n if knob\\[:11] == 'abberation_' :\\n thisNODE.removeKnob(thisNODE\\[knob])\\n\"\n xpos -203\n ypos 1199\n addUserKnob {20 User}\n addUserKnob {18 abberation}\n abberation {0.5 0 -0.5}\n addUserKnob {6 abberation_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 abberation_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n }\n NoOp {\n inputs 0\n name dof_setting\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nknob_ls = \\['bloom_threshold','bloom_gain']\\nfor i in range( len(knob_ls) ) :\\n if thisGRP\\['bloom'].getValue() == 0 :\\n thisGRP\\[knob_ls\\[i]].setEnabled(False)\\n else :\\n thisGRP\\[knob_ls\\[i]].setEnabled(True)\\n\"\n xpos -202\n ypos 1258\n addUserKnob {20 User}\n addUserKnob {6 bloom +STARTLINE}\n bloom true\n }\n NoOp {\n inputs 0\n name dof_setting2\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nknob_ls = \\['depth_layers','layer_curve']\\nfor i in range( len(knob_ls) ) :\\n if thisGRP\\['auto_layer_spacing'].getValue() == 0 :\\n thisGRP\\[knob_ls\\[i]].setEnabled(True)\\n else :\\n thisGRP\\[knob_ls\\[i]].setEnabled(False)\\n\"\n xpos -203\n ypos 1322\n addUserKnob {20 User}\n addUserKnob {6 auto_layer_spacing l \"automatic layer spacing\" +STARTLINE}\n auto_layer_spacing true\n }\nend_group\nRotoPaint {\n inputs 0\n curves {{{v x3f99999a}\n {f 0}\n {n\n {layer Root\n {f 2097152}\n {t x44800000 x44428000}\n {a pt1x 0 pt1y 0 pt2x 0 pt2y 0 pt3x 0 pt3y 0 pt4x 0 pt4y 0 ptex00 0 ptex01 0 ptex02 0 ptex03 0 ptex10 0 ptex11 0 ptex12 0 ptex13 0 ptex20 0 ptex21 0 ptex22 0 ptex23 0 ptex30 0 ptex31 0 ptex32 0 ptex33 0 ptof1x 0 ptof1y 0 ptof2x 0 ptof2y 0 ptof3x 0 ptof3y 0 ptof4x 0 ptof4y 0 pterr 0 ptrefset 0 ptmot x40800000 ptref 0}\n {curvegroup OpenSpline1 1049088 bezier\n {{cc\n {f 1056800}\n {p\n {}\n {{a osw 1 osf 0} x44028000 x44220000}\n {x41400000 xc2180000}\n {xc0aa7400 x427fe970}\n {{a osw 1 osf x409c5a65} x440d54e8 x43cf82d2}\n {x410a7900 xc2cfe580}\n {xc1200000 x42580000}\n {{a osw 1 osf x40fbe1c8} x44060000 x43300000}\n {x41200000 xc2580000}\n {xc0d00000 x41280000}\n {{a osw 1 osf x421e6637} x440f0000 x42b40000}\n {x40a87080 xc1080ae8}}}\n {cc\n {f 1056800}\n {p\n {}\n {}\n {x41400000 xc2180000}\n {xc0aa7400 x427fe970}\n {}\n {x410a7900 xc2cfe580}\n {xc1200000 x42580000}\n {}\n {x41200000 xc2580000}\n {xc0d00000 x41280000}\n {}\n {x40a87080 xc1080ae8}}}}\n {t x440a4000 x43a74000}\n {a osbe 0 osee 0 osw 1 osf 0 str 1 tt x41200000 ft x40400000}}}}}}\n toolbox {selectAll {\n { selectAll str 1 ssx 1 ssy 1 sf 1 }\n { createBezier str 1 ssx 1 ssy 1 sf 1 sb 1 tt 4 }\n { createBezierCusped str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createBSpline str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createEllipse str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createRectangle str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createRectangleCusped str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createOpenSpline str 1 ssx 1 ssy 1 sf 1 tt 10 }\n { addPoints str 1 ssx 1 ssy 1 sf 1 }\n { brush str 1 ssx 1 ssy 1 sf 1 sb 1 ltt 0 tt 17 }\n { eraser src 2 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { clone src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { reveal src 3 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { dodge src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { burn src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { blur src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { sharpen src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { smear src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n} }\n toolbar_brush_hardness 0.200000003\n toolbar_openspline_width 1\n toolbar_source_transform_scale {1 1}\n toolbar_source_transform_center {320 240}\n colorOverlay {0 0 0 0}\n lifetime_type \"all frames\"\n motionblur_shutter_offset_type centred\n feather_type smooth\n openspline_width 1\n brush_spacing 0.05000000075\n brush_hardness 0.200000003\n name RotoPaint5\n xpos 3634\n ypos 556\n}\npush $N26de9660\nGroup {\n inputs 2\n name WaterLens6\n tile_color 0xffccff\n note_font Verdana\n xpos 3770\n ypos 549\n addUserKnob {20 tab_general l General}\n addUserKnob {12 center}\n center {517 118}\n addUserKnob {26 \"\"}\n addUserKnob {7 zdistortion l \"z distortion\"}\n zdistortion 0.975\n addUserKnob {7 edgeScale l \"edge scale\" R 0 4}\n edgeScale 0.8\n addUserKnob {7 bend R -1 1}\n addUserKnob {41 filter l \"distortion filter\" T IDistort1.filter}\n addUserKnob {7 matte_filter l \"matte filter\"}\n matte_filter 1\n addUserKnob {26 \"\"}\n addUserKnob {41 abberation T killPanel.abberation}\n addUserKnob {26 \"\"}\n addUserKnob {20 grp_cc l \"color correction\" n 1}\n grp_cc 0\n addUserKnob {41 saturation T ColorCorrect.saturation}\n addUserKnob {41 contrast T ColorCorrect.contrast}\n addUserKnob {41 gamma T ColorCorrect.gamma}\n addUserKnob {41 gain T ColorCorrect.gain}\n addUserKnob {41 offset T ColorCorrect.offset}\n addUserKnob {20 endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {4 output M {composite element}}\n output element\n addUserKnob {20 tab_defocus l Defocus}\n addUserKnob {7 defocus_value l \"defocus value\" R 0 100}\n addUserKnob {26 \"\"}\n addUserKnob {41 auto_layer_spacing l \"automatic layer spacing\" T dof_setting2.auto_layer_spacing}\n addUserKnob {3 depth_layers l \"depth layers\" +DISABLED}\n depth_layers 50\n addUserKnob {7 layer_curve +DISABLED R 0 5}\n layer_curve 1\n addUserKnob {26 \"\"}\n addUserKnob {41 filter_type l \"filter type\" T ZDefocus.filter_type}\n addUserKnob {7 filter_shape l \"filter shape\"}\n filter_shape 1\n addUserKnob {7 aspect_ratio l \"aspect ratio\" R 0.5 2}\n aspect_ratio 1\n addUserKnob {3 blades +HIDDEN}\n blades 5\n addUserKnob {7 roundness +HIDDEN R -1 1}\n roundness 0.2\n addUserKnob {7 rotation +HIDDEN R 0 360}\n addUserKnob {7 inner_size l \"inner size\" +HIDDEN}\n inner_size 0.8\n addUserKnob {7 inner_feather l \"inner feather\" +HIDDEN}\n inner_feather 1\n addUserKnob {7 inner_brightness l \"inner brightness\" +HIDDEN}\n inner_brightness 0.8\n addUserKnob {7 catadioptric_size l \"catadioptric size\" +HIDDEN}\n catadioptric_size 0.3\n addUserKnob {6 catadioptric -STARTLINE +HIDDEN}\n addUserKnob {20 grp_image l \"image filter\" n 1}\n grp_image 0\n addUserKnob {41 filter_channel l \"filter channel\" T ZDefocus.filter_channel}\n addUserKnob {41 use_input_channels l \"use input channels\" -STARTLINE T ZDefocus.use_input_channels}\n addUserKnob {41 image_filter l \"image filter\" T ZDefocus.image_filter}\n addUserKnob {41 clamp_image_filter l \"clamp image filter\" -STARTLINE T ZDefocus.clamp_image_filter}\n addUserKnob {20 endGroup_1 l endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {6 gamma_correction l \"gamma correction\" +STARTLINE}\n addUserKnob {41 bloom -STARTLINE T dof_setting.bloom}\n addUserKnob {7 bloom_threshold l \"bloom threshold\"}\n bloom_threshold 0.8\n addUserKnob {7 bloom_gain l \"bloom gain\" R 1 4}\n bloom_gain 7\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T 1.1}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2019-04-17}\n addUserKnob {26 l_CHANGELOG l Changelog T \"1.1\\n- soften abberation\\n\\n1.0\\n- create water droplet\"}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n}\n BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0xff\n label \"dont touch\"\n note_font_size 42\n xpos -424\n ypos 1127\n bdwidth 353\n bdheight 281\n }\n Input {\n inputs 0\n name filter\n xpos -812\n ypos 1264\n number 2\n }\n Input {\n inputs 0\n name mask\n xpos -1138\n ypos -508\n number 1\n }\n Shuffle {\n red alpha\n green alpha\n blue alpha\n name Shuffle1\n xpos -1138\n ypos -421\n }\n Dot {\n name Dot2\n xpos -1104\n ypos -213\n }\nset N26ebcc30 [stack 0]\n Histogram {\n in {{0.2-(parent.matte_filter/10)} 1 {0.2+(parent.matte_filter/10)}}\n name Histogram1\n xpos -1138\n ypos 46\n }\n Shuffle {\n red black\n green black\n blue black\n alpha red\n name Shuffle3\n xpos -1138\n ypos 126\n }\n Dot {\n name Dot7\n xpos -1104\n ypos 814\n }\npush $N26ebcc30\n Input {\n inputs 0\n name img\n xpos 221\n ypos -515\n }\n Dot {\n name Dot1\n xpos 255\n ypos -348\n }\nset N26ed1b50 [stack 0]\n Remove {\n operation keep\n channels rgb\n name Remove2\n xpos 38\n ypos -351\n }\n Dot {\n name Dot5\n xpos -326\n ypos -348\n }\nset N26ed86d0 [stack 0]\n Remove {\n name Remove1\n xpos -552\n ypos -355\n }\n Dot {\n name Dot4\n xpos -647\n ypos -348\n }\nset N26edf110 [stack 0]\n Dot {\n name Dot3\n xpos -866\n ypos -348\n }\n Merge2 {\n inputs 2\n name Merge1\n xpos -900\n ypos -216\n }\n FilterErode {\n size {{1000-(parent.zdistortion*1000)} {1000-(parent.zdistortion*1000)}}\n filter gaussian\n name FilterErode1\n xpos -900\n ypos -136\n }\n Invert {\n channels alpha\n name Invert1\n xpos -900\n ypos -25\n }\n Shuffle {\n red black\n green black\n blue alpha\n alpha black\n name Shuffle2\n xpos -900\n ypos 54\n }\npush $N26edf110\n Expression {\n expr0 \"(x-\\[value center.x])/width\"\n expr1 \"(y-\\[value center.y])/height\"\n name Expression1\n xpos -681\n ypos -26\n addUserKnob {20 User}\n addUserKnob {12 center}\n center {{parent.center} {parent.center}}\n }\n Merge2 {\n inputs 2\n operation plus\n name Merge2\n xpos -681\n ypos 54\n }\n Grade {\n channels {rgba.red rgba.green -rgba.blue none}\n blackpoint {{parent.bend*0.5}}\n white {{parent.zdistortion/10}}\n gamma {{parent.edgeScale}}\n black_clamp false\n maskChannelInput rgba.blue\n name Grade1\n xpos -681\n ypos 144\n }\n Dot {\n name Dot6\n xpos -647\n ypos 498\n }\npush $N26ed86d0\n Crop {\n box {0 0 {input.width} {input.height}}\n crop false\n name Crop1\n xpos -360\n ypos -274\n }\n Dot {\n name Dot8\n xpos -326\n ypos -77\n }\nset N279209d0 [stack 0]\n Dot {\n name Dot10\n xpos -215\n ypos -77\n }\nset N27922e90 [stack 0]\n Dot {\n name Dot9\n xpos -106\n ypos -77\n }\n Shuffle {\n red black\n green black\n alpha black\n name blue\n tile_color 0xffff\n xpos -140\n ypos -3\n }\n Transform {\n scale {{1+(parent.abberation.b/10)}}\n center {{parent.center} {parent.center}}\n invert_matrix true\n black_outside false\n name Transform2\n xpos -140\n ypos 77\n }\n Blur {\n channels {-rgba.red -rgba.green rgba.blue none}\n size {{abs(parent.abberation.b*10)}}\n name Blur3\n xpos -140\n ypos 147\n }\n Dot {\n name Dot12\n xpos -106\n ypos 320\n }\npush $N27922e90\n Shuffle {\n red black\n blue black\n alpha black\n name green\n tile_color 0xff00ff\n xpos -249\n ypos -3\n }\n Transform {\n scale {{1+(parent.abberation.g/10)}}\n center {{parent.center} {parent.center}}\n invert_matrix true\n black_outside false\n name Transform4\n xpos -249\n ypos 77\n }\n Blur {\n channels {-rgba.red rgba.green -rgba.blue none}\n size {{abs(parent.abberation.g*10)}}\n name Blur2\n xpos -249\n ypos 147\n }\n Dot {\n name Dot11\n xpos -215\n ypos 240\n }\npush $N279209d0\n Shuffle {\n green black\n blue black\n alpha black\n name red\n tile_color 0xff0000ff\n xpos -360\n ypos -3\n }\n Transform {\n scale {{1+(parent.abberation.r/10)}}\n center {{parent.center} {parent.center}}\n invert_matrix true\n black_outside false\n name Transform1\n xpos -360\n ypos 77\n }\n Blur {\n channels {rgba.red -rgba.green -rgba.blue none}\n size {{abs(parent.abberation.r*10)}}\n name Blur1\n xpos -360\n ypos 149\n }\n Merge2 {\n inputs 2\n operation max\n name Merge5\n xpos -360\n ypos 237\n }\n Merge2 {\n inputs 2\n operation max\n name Merge6\n xpos -360\n ypos 317\n }\n ShuffleCopy {\n inputs 2\n red red\n green green\n out forward\n name ShuffleCopy1\n xpos -360\n ypos 495\n }\n IDistort {\n channels rgb\n uv forward\n uv_scale -4750\n name IDistort1\n xpos -360\n ypos 575\n }\n Shuffle {\n alpha white\n name Shuffle4\n xpos -360\n ypos 655\n }\n ColorCorrect {\n contrast 1.12\n name ColorCorrect\n xpos -360\n ypos 735\n }\n Merge2 {\n inputs 2\n operation mask\n name Merge3\n xpos -360\n ypos 811\n }\n Shuffle {\n red black\n green black\n blue black\n alpha black\n out depth\n name Shuffle5\n xpos -360\n ypos 933\n }\n ZDefocus2 {\n inputs 2\n channels rgba\n focal_point {10000 10000}\n size {{parent.defocus_value}}\n max_size {{parent.defocus_value}}\n autoLayerSpacing {{parent.auto_layer_spacing}}\n layers {{parent.depth_layers}}\n layerCurve {{parent.layer_curve}}\n legacy_resize_mode false\n show_legacy_resize_mode false\n shape {{parent.filter_shape}}\n aspect {{parent.aspect_ratio}}\n blades {{parent.blades}}\n roundness {{parent.roundness}}\n rotation {{parent.rotation}}\n inner_size {{parent.inner_size}}\n inner_feather {{parent.inner_feather}}\n inner_brightness {{parent.inner_brightness}}\n catadioptric_size {{parent.catadioptric_size}}\n catadioptric {{parent.catadioptric}}\n bloom_gamma {{parent.gamma_correction}}\n bloom {{parent.bloom}}\n bloom_threshold {{parent.bloom_threshold}}\n bloom_gain {{parent.bloom_gain}}\n name ZDefocus\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nknob_ls = \\['filter_shape','aspect_ratio','blades','roundness','rotation','inner_size','inner_feather','inner_brightness','catadioptric_size','catadioptric']\\nfor i in range( len(knob_ls) ) :\\n if thisGRP\\['filter_type'].getValue() == 0 :\\n if i < 2 :\\n thisGRP\\[knob_ls\\[i]].setVisible(True)\\n else :\\n thisGRP\\[knob_ls\\[i]].setVisible(False)\\n elif thisGRP\\['filter_type'].getValue() == 1 :\\n if i != 0 :\\n thisGRP\\[knob_ls\\[i]].setVisible(True)\\n else :\\n thisGRP\\[knob_ls\\[i]].setVisible(False)\\n else :\\n thisGRP\\[knob_ls\\[i]].setVisible(False)\\n\"\n xpos -360\n ypos 1260\n disable {{\"parent.defocus_value <= 1 ? 1 : 0\"}}\n }\n Remove {\n operation keep\n channels rgba\n name Remove3\n xpos -360\n ypos 1562\n }\n Dot {\n name Dot13\n xpos -326\n ypos 1642\n }\nset N279b85f0 [stack 0]\npush $N279b85f0\npush $N26ed1b50\n Merge2 {\n inputs 2\n bbox B\n name Merge4\n xpos 221\n ypos 1639\n }\n Switch {\n inputs 2\n which {{output}}\n name Switch1\n xpos 221\n ypos 1865\n }\n Output {\n name Output1\n xpos 221\n ypos 2076\n }\n NoOp {\n inputs 0\n name killPanel\n knobChanged \"\\nthisNODE = nuke.thisNode()\\nfor knob in thisNODE.knobs() :\\n if knob\\[:11] == 'abberation_' :\\n thisNODE.removeKnob(thisNODE\\[knob])\\n\"\n xpos -203\n ypos 1199\n addUserKnob {20 User}\n addUserKnob {18 abberation}\n abberation {0.2 0 -0.2}\n addUserKnob {6 abberation_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 abberation_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 abberation_panelDropped_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 abberation_panelDropped_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n }\n NoOp {\n inputs 0\n name dof_setting\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nknob_ls = \\['bloom_threshold','bloom_gain']\\nfor i in range( len(knob_ls) ) :\\n if thisGRP\\['bloom'].getValue() == 0 :\\n thisGRP\\[knob_ls\\[i]].setEnabled(False)\\n else :\\n thisGRP\\[knob_ls\\[i]].setEnabled(True)\\n\"\n xpos -202\n ypos 1258\n addUserKnob {20 User}\n addUserKnob {6 bloom +STARTLINE}\n bloom true\n }\n NoOp {\n inputs 0\n name dof_setting2\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nknob_ls = \\['depth_layers','layer_curve']\\nfor i in range( len(knob_ls) ) :\\n if thisGRP\\['auto_layer_spacing'].getValue() == 0 :\\n thisGRP\\[knob_ls\\[i]].setEnabled(True)\\n else :\\n thisGRP\\[knob_ls\\[i]].setEnabled(False)\\n\"\n xpos -203\n ypos 1322\n addUserKnob {20 User}\n addUserKnob {6 auto_layer_spacing l \"automatic layer spacing\" +STARTLINE}\n auto_layer_spacing true\n }\nend_group\nRotoPaint {\n inputs 0\n curves {{{v x3f99999a}\n {f 0}\n {n\n {layer Root\n {f 2097152}\n {t x44800000 x44428000}\n {a pt1x 0 pt1y 0 pt2x 0 pt2y 0 pt3x 0 pt3y 0 pt4x 0 pt4y 0 ptex00 0 ptex01 0 ptex02 0 ptex03 0 ptex10 0 ptex11 0 ptex12 0 ptex13 0 ptex20 0 ptex21 0 ptex22 0 ptex23 0 ptex30 0 ptex31 0 ptex32 0 ptex33 0 ptof1x 0 ptof1y 0 ptof2x 0 ptof2y 0 ptof3x 0 ptof3y 0 ptof4x 0 ptof4y 0 pterr 0 ptrefset 0 ptmot x40800000 ptref 0}\n {cubiccurve Brush1 512 catmullrom\n {cc\n {f 2080}\n {p\n {x44780000 x43b60000 x3d4860c8}\n {x44780000 x43b50000 x3e874087}\n {x44780000 x43b40000 x3e944894}\n {x44780000 x43b30000 x3e9e4c9e}\n {x44788000 x43b10000 x3ead54ad}\n {x44790000 x43b00000 x3eb254b2}\n {x44790000 x43ae0000 x3eb658b6}\n {x44798000 x43ab0000 x3eb958b9}\n {x447a0000 x43a90000 x3ebb5cbb}\n {x447a8000 x43a60000 x3ebe5cbe}\n {x447b0000 x43a40000 x3ec15cc1}\n {x447b0000 x43a20000 x3ec15cc1}\n {x447b8000 x43a00000 x3ec360c3}\n {x447b8000 x439e0000 x3ebf5cbf}\n {x447c0000 x439d0000 x3ec25cc2}\n {x447c0000 x439c0000 x3ec25cc2}\n {x447c0000 x439b0000 x3ec25cc2}\n {x447c0000 x439a0000 x3ec25cc2}}}\n {t x447a1555 x43a7d555}\n {a ro 0 go 0 bo 0 ao 0 bs x42d80000 bu 1 str 1 spx x44800000 spy x44428000 sb 1 tt x41880000}}}}}}\n toolbox {brush {\n { selectAll bs 108 str 1 ssx 1 ssy 1 sf 1 }\n { createBezier str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createBezierCusped str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createBSpline str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createEllipse str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createRectangle str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createRectangleCusped str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { brush bs 108 str 1 ssx 1 ssy 1 sf 1 sb 1 ltt 0 tt 17 }\n { eraser src 2 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { clone src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { reveal src 3 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { dodge src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { burn src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { blur src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { sharpen src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { smear src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n} }\n toolbar_brush_size 108\n toolbar_brush_hardness 0.200000003\n toolbar_source_transform_scale {1 1}\n toolbar_source_transform_center {1024 778}\n colorOverlay {0 0 0 0}\n lifetime_type \"all frames\"\n motionblur_on true\n brush_size 108\n brush_spacing 0.05000000075\n brush_hardness 0.200000003\n source_black_outside true\n name RotoPaint6\n xpos 3923\n ypos 448\n}\npush $N26de71a0\nGroup {\n inputs 2\n name WaterLens5\n tile_color 0xffccff\n note_font Verdana\n xpos 4058\n ypos 441\n addUserKnob {20 tab_general l General}\n addUserKnob {12 center}\n center {1002 334}\n addUserKnob {26 \"\"}\n addUserKnob {7 zdistortion l \"z distortion\"}\n zdistortion 0.99\n addUserKnob {7 edgeScale l \"edge scale\" R 0 4}\n edgeScale 1.5\n addUserKnob {7 bend R -1 1}\n bend -0.07\n addUserKnob {41 filter l \"distortion filter\" T IDistort1.filter}\n addUserKnob {7 matte_filter l \"matte filter\"}\n matte_filter 0.2\n addUserKnob {26 \"\"}\n addUserKnob {41 abberation T killPanel.abberation}\n addUserKnob {26 \"\"}\n addUserKnob {20 grp_cc l \"color correction\" n 1}\n grp_cc 0\n addUserKnob {41 saturation T ColorCorrect.saturation}\n addUserKnob {41 contrast T ColorCorrect.contrast}\n addUserKnob {41 gamma T ColorCorrect.gamma}\n addUserKnob {41 gain T ColorCorrect.gain}\n addUserKnob {41 offset T ColorCorrect.offset}\n addUserKnob {20 endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {4 output M {composite element}}\n output element\n addUserKnob {20 tab_defocus l Defocus}\n addUserKnob {7 defocus_value l \"defocus value\" R 0 100}\n addUserKnob {26 \"\"}\n addUserKnob {41 auto_layer_spacing l \"automatic layer spacing\" T dof_setting2.auto_layer_spacing}\n addUserKnob {3 depth_layers l \"depth layers\" +DISABLED}\n depth_layers 50\n addUserKnob {7 layer_curve +DISABLED R 0 5}\n layer_curve 1\n addUserKnob {26 \"\"}\n addUserKnob {41 filter_type l \"filter type\" T ZDefocus.filter_type}\n addUserKnob {7 filter_shape l \"filter shape\"}\n filter_shape 1\n addUserKnob {7 aspect_ratio l \"aspect ratio\" R 0.5 2}\n aspect_ratio 1\n addUserKnob {3 blades +HIDDEN}\n blades 5\n addUserKnob {7 roundness +HIDDEN R -1 1}\n roundness 0.2\n addUserKnob {7 rotation +HIDDEN R 0 360}\n addUserKnob {7 inner_size l \"inner size\" +HIDDEN}\n inner_size 0.8\n addUserKnob {7 inner_feather l \"inner feather\" +HIDDEN}\n inner_feather 1\n addUserKnob {7 inner_brightness l \"inner brightness\" +HIDDEN}\n inner_brightness 0.8\n addUserKnob {7 catadioptric_size l \"catadioptric size\" +HIDDEN}\n catadioptric_size 0.3\n addUserKnob {6 catadioptric -STARTLINE +HIDDEN}\n addUserKnob {20 grp_image l \"image filter\" n 1}\n grp_image 0\n addUserKnob {41 filter_channel l \"filter channel\" T ZDefocus.filter_channel}\n addUserKnob {41 use_input_channels l \"use input channels\" -STARTLINE T ZDefocus.use_input_channels}\n addUserKnob {41 image_filter l \"image filter\" T ZDefocus.image_filter}\n addUserKnob {41 clamp_image_filter l \"clamp image filter\" -STARTLINE T ZDefocus.clamp_image_filter}\n addUserKnob {20 endGroup_1 l endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {6 gamma_correction l \"gamma correction\" +STARTLINE}\n addUserKnob {41 bloom -STARTLINE T dof_setting.bloom}\n addUserKnob {7 bloom_threshold l \"bloom threshold\"}\n bloom_threshold 0.8\n addUserKnob {7 bloom_gain l \"bloom gain\" R 1 4}\n bloom_gain 7\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T 1.1}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2019-04-17}\n addUserKnob {26 l_CHANGELOG l Changelog T \"1.1\\n- soften abberation\\n\\n1.0\\n- create water droplet\"}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n}\n BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0xff\n label \"dont touch\"\n note_font_size 42\n xpos -424\n ypos 1127\n bdwidth 353\n bdheight 281\n }\n Input {\n inputs 0\n name filter\n xpos -812\n ypos 1264\n number 2\n }\n Input {\n inputs 0\n name mask\n xpos -1138\n ypos -508\n number 1\n }\n Shuffle {\n red alpha\n green alpha\n blue alpha\n name Shuffle1\n xpos -1138\n ypos -421\n }\n Dot {\n name Dot2\n xpos -1104\n ypos -213\n }\nset N27a0cf10 [stack 0]\n Histogram {\n in {{0.2-(parent.matte_filter/10)} 1 {0.2+(parent.matte_filter/10)}}\n name Histogram1\n xpos -1138\n ypos 46\n }\n Shuffle {\n red black\n green black\n blue black\n alpha red\n name Shuffle3\n xpos -1138\n ypos 126\n }\n Dot {\n name Dot7\n xpos -1104\n ypos 814\n }\npush $N27a0cf10\n Input {\n inputs 0\n name img\n xpos 221\n ypos -515\n }\n Dot {\n name Dot1\n xpos 255\n ypos -348\n }\nset N27a21e30 [stack 0]\n Remove {\n operation keep\n channels rgb\n name Remove2\n xpos 38\n ypos -351\n }\n Dot {\n name Dot5\n xpos -326\n ypos -348\n }\nset N27a289b0 [stack 0]\n Remove {\n name Remove1\n xpos -552\n ypos -355\n }\n Dot {\n name Dot4\n xpos -647\n ypos -348\n }\nset N27a2f3f0 [stack 0]\n Dot {\n name Dot3\n xpos -866\n ypos -348\n }\n Merge2 {\n inputs 2\n name Merge1\n xpos -900\n ypos -216\n }\n FilterErode {\n size {{1000-(parent.zdistortion*1000)} {1000-(parent.zdistortion*1000)}}\n filter gaussian\n name FilterErode1\n xpos -900\n ypos -136\n }\n Invert {\n channels alpha\n name Invert1\n xpos -900\n ypos -25\n }\n Shuffle {\n red black\n green black\n blue alpha\n alpha black\n name Shuffle2\n xpos -900\n ypos 54\n }\npush $N27a2f3f0\n Expression {\n expr0 \"(x-\\[value center.x])/width\"\n expr1 \"(y-\\[value center.y])/height\"\n name Expression1\n xpos -681\n ypos -26\n addUserKnob {20 User}\n addUserKnob {12 center}\n center {{parent.center} {parent.center}}\n }\n Merge2 {\n inputs 2\n operation plus\n name Merge2\n xpos -681\n ypos 54\n }\n Grade {\n channels {rgba.red rgba.green -rgba.blue none}\n blackpoint {{parent.bend*0.5}}\n white {{parent.zdistortion/10}}\n gamma {{parent.edgeScale}}\n black_clamp false\n maskChannelInput rgba.blue\n name Grade1\n xpos -681\n ypos 144\n }\n Dot {\n name Dot6\n xpos -647\n ypos 498\n }\npush $N27a289b0\n Crop {\n box {0 0 {input.width} {input.height}}\n crop false\n name Crop1\n xpos -360\n ypos -274\n }\n Dot {\n name Dot8\n xpos -326\n ypos -77\n }\nset N26ca9920 [stack 0]\n Dot {\n name Dot10\n xpos -215\n ypos -77\n }\nset N26cabde0 [stack 0]\n Dot {\n name Dot9\n xpos -106\n ypos -77\n }\n Shuffle {\n red black\n green black\n alpha black\n name blue\n tile_color 0xffff\n xpos -140\n ypos -3\n }\n Transform {\n scale {{1+(parent.abberation.b/10)}}\n center {{parent.center} {parent.center}}\n invert_matrix true\n black_outside false\n name Transform2\n xpos -140\n ypos 77\n }\n Blur {\n channels {-rgba.red -rgba.green rgba.blue none}\n size {{abs(parent.abberation.b*10)}}\n name Blur3\n xpos -140\n ypos 147\n }\n Dot {\n name Dot12\n xpos -106\n ypos 320\n }\npush $N26cabde0\n Shuffle {\n red black\n blue black\n alpha black\n name green\n tile_color 0xff00ff\n xpos -249\n ypos -3\n }\n Transform {\n scale {{1+(parent.abberation.g/10)}}\n center {{parent.center} {parent.center}}\n invert_matrix true\n black_outside false\n name Transform4\n xpos -249\n ypos 77\n }\n Blur {\n channels {-rgba.red rgba.green -rgba.blue none}\n size {{abs(parent.abberation.g*10)}}\n name Blur2\n xpos -249\n ypos 147\n }\n Dot {\n name Dot11\n xpos -215\n ypos 240\n }\npush $N26ca9920\n Shuffle {\n green black\n blue black\n alpha black\n name red\n tile_color 0xff0000ff\n xpos -360\n ypos -3\n }\n Transform {\n scale {{1+(parent.abberation.r/10)}}\n center {{parent.center} {parent.center}}\n invert_matrix true\n black_outside false\n name Transform1\n xpos -360\n ypos 77\n }\n Blur {\n channels {rgba.red -rgba.green -rgba.blue none}\n size {{abs(parent.abberation.r*10)}}\n name Blur1\n xpos -360\n ypos 149\n }\n Merge2 {\n inputs 2\n operation max\n name Merge5\n xpos -360\n ypos 237\n }\n Merge2 {\n inputs 2\n operation max\n name Merge6\n xpos -360\n ypos 317\n }\n ShuffleCopy {\n inputs 2\n red red\n green green\n out forward\n name ShuffleCopy1\n xpos -360\n ypos 495\n }\n IDistort {\n channels rgb\n uv forward\n uv_scale -4750\n name IDistort1\n xpos -360\n ypos 575\n }\n Shuffle {\n alpha white\n name Shuffle4\n xpos -360\n ypos 655\n }\n ColorCorrect {\n gain 1.1\n name ColorCorrect\n xpos -360\n ypos 735\n }\n Merge2 {\n inputs 2\n operation mask\n name Merge3\n xpos -360\n ypos 811\n }\n Shuffle {\n red black\n green black\n blue black\n alpha black\n out depth\n name Shuffle5\n xpos -360\n ypos 933\n }\n ZDefocus2 {\n inputs 2\n channels rgba\n focal_point {10000 10000}\n size {{parent.defocus_value}}\n max_size {{parent.defocus_value}}\n autoLayerSpacing {{parent.auto_layer_spacing}}\n layers {{parent.depth_layers}}\n layerCurve {{parent.layer_curve}}\n legacy_resize_mode false\n show_legacy_resize_mode false\n shape {{parent.filter_shape}}\n aspect {{parent.aspect_ratio}}\n blades {{parent.blades}}\n roundness {{parent.roundness}}\n rotation {{parent.rotation}}\n inner_size {{parent.inner_size}}\n inner_feather {{parent.inner_feather}}\n inner_brightness {{parent.inner_brightness}}\n catadioptric_size {{parent.catadioptric_size}}\n catadioptric {{parent.catadioptric}}\n bloom_gamma {{parent.gamma_correction}}\n bloom {{parent.bloom}}\n bloom_threshold {{parent.bloom_threshold}}\n bloom_gain {{parent.bloom_gain}}\n name ZDefocus\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nknob_ls = \\['filter_shape','aspect_ratio','blades','roundness','rotation','inner_size','inner_feather','inner_brightness','catadioptric_size','catadioptric']\\nfor i in range( len(knob_ls) ) :\\n if thisGRP\\['filter_type'].getValue() == 0 :\\n if i < 2 :\\n thisGRP\\[knob_ls\\[i]].setVisible(True)\\n else :\\n thisGRP\\[knob_ls\\[i]].setVisible(False)\\n elif thisGRP\\['filter_type'].getValue() == 1 :\\n if i != 0 :\\n thisGRP\\[knob_ls\\[i]].setVisible(True)\\n else :\\n thisGRP\\[knob_ls\\[i]].setVisible(False)\\n else :\\n thisGRP\\[knob_ls\\[i]].setVisible(False)\\n\"\n xpos -360\n ypos 1260\n disable {{\"parent.defocus_value <= 1 ? 1 : 0\"}}\n }\n Remove {\n operation keep\n channels rgba\n name Remove3\n xpos -360\n ypos 1562\n }\n Dot {\n name Dot13\n xpos -326\n ypos 1642\n }\nset N27ac6450 [stack 0]\npush $N27ac6450\npush $N27a21e30\n Merge2 {\n inputs 2\n bbox B\n name Merge4\n xpos 221\n ypos 1639\n }\n Switch {\n inputs 2\n which {{output}}\n name Switch1\n xpos 221\n ypos 1865\n }\n Output {\n name Output1\n xpos 221\n ypos 2076\n }\n NoOp {\n inputs 0\n name killPanel\n knobChanged \"\\nthisNODE = nuke.thisNode()\\nfor knob in thisNODE.knobs() :\\n if knob\\[:11] == 'abberation_' :\\n thisNODE.removeKnob(thisNODE\\[knob])\\n\"\n xpos -203\n ypos 1199\n addUserKnob {20 User}\n addUserKnob {18 abberation}\n abberation {0.5 0 -0.5}\n addUserKnob {6 abberation_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 abberation_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n }\n NoOp {\n inputs 0\n name dof_setting\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nknob_ls = \\['bloom_threshold','bloom_gain']\\nfor i in range( len(knob_ls) ) :\\n if thisGRP\\['bloom'].getValue() == 0 :\\n thisGRP\\[knob_ls\\[i]].setEnabled(False)\\n else :\\n thisGRP\\[knob_ls\\[i]].setEnabled(True)\\n\"\n xpos -202\n ypos 1258\n addUserKnob {20 User}\n addUserKnob {6 bloom +STARTLINE}\n bloom true\n }\n NoOp {\n inputs 0\n name dof_setting2\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nknob_ls = \\['depth_layers','layer_curve']\\nfor i in range( len(knob_ls) ) :\\n if thisGRP\\['auto_layer_spacing'].getValue() == 0 :\\n thisGRP\\[knob_ls\\[i]].setEnabled(True)\\n else :\\n thisGRP\\[knob_ls\\[i]].setEnabled(False)\\n\"\n xpos -203\n ypos 1322\n addUserKnob {20 User}\n addUserKnob {6 auto_layer_spacing l \"automatic layer spacing\" +STARTLINE}\n auto_layer_spacing true\n }\nend_group\nMerge2 {\n inputs 2\n name Merge1\n xpos 4058\n ypos 556\n}\nMerge2 {\n inputs 2\n name Merge2\n xpos 4058\n ypos 688\n}\nMerge2 {\n inputs 2\n name Merge4\n xpos 4058\n ypos 795\n}\npush $N26de1520\nZDefocus2 {\n size 25\n max_size 50\n legacy_resize_mode false\n show_legacy_resize_mode false\n bloom true\n bloom_gain 5\n name ZDefocus1\n xpos 4229\n ypos 493\n}\nReformat {\n black_outside true\n name Reformat3\n xpos 4229\n ypos 581\n}\nMerge2 {\n inputs 2\n bbox B\n name Merge3\n xpos 4229\n ypos 795\n}\nDot {\n name Dot28\n xpos 4263\n ypos 1357\n}\nRotoPaint {\n inputs 0\n curves {{{v x3f99999a}\n {f 0}\n {n\n {layer Root\n {f 2097152}\n {t x44200000 x43b40000}\n {a pt1x 0 pt1y 0 pt2x 0 pt2y 0 pt3x 0 pt3y 0 pt4x 0 pt4y 0 ptex00 0 ptex01 0 ptex02 0 ptex03 0 ptex10 0 ptex11 0 ptex12 0 ptex13 0 ptex20 0 ptex21 0 ptex22 0 ptex23 0 ptex30 0 ptex31 0 ptex32 0 ptex33 0 ptof1x 0 ptof1y 0 ptof2x 0 ptof2y 0 ptof3x 0 ptof3y 0 ptof4x 0 ptof4y 0 pterr 0 ptrefset 0 ptmot x40800000 ptref 0}\n {cubiccurve Brush1 512 catmullrom\n {cc\n {f 2080}\n {p\n {x44614000 x438b0000 x3b800080}\n {x44614000 x438a8000 x3e4c60cc}\n {x44614000 x438a0000 x3e5260d2}\n {x44618000 x43890000 x3e6068e0}\n {x44618000 x43888000 x3e6670e6}\n {x44618000 x43880000 x3e6a70ea}\n {x44620000 x43880000 x3e6c70ec}\n {x44620000 x43868000 x3e7270f2}\n {x44620000 x43860000 x3e6e70ee}\n {x44624000 x43860000 x3e7678f6}}}\n {t x4461a666 x4388599a}\n {a ro 0 go 0 bo 0 ao 0 bs x42000000 bu 1 str 1 spx x44200000 spy x43b40000 sb 1 tt x41880000}}}}}}\n toolbox {brush {\n { selectAll bs 32 str 1 ssx 1 ssy 1 sf 1 }\n { createBezier str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createBezierCusped str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createBSpline str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createEllipse str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createRectangle str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createRectangleCusped str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { brush bs 32 str 1 ssx 1 ssy 1 sf 1 sb 1 ltt 0 tt 17 }\n { eraser src 2 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { clone src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { reveal src 3 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { dodge src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { burn src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { blur src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { sharpen src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { smear src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n} }\n toolbar_brush_size 32\n toolbar_brush_hardness 0.200000003\n toolbar_source_transform_scale {1 1}\n toolbar_source_transform_center {640 360}\n colorOverlay {0 0 0 0}\n lifetime_type \"all frames\"\n motionblur_on true\n brush_size 32\n brush_spacing 0.05000000075\n brush_hardness 0.200000003\n source_black_outside true\n name RotoPaint10\n xpos 1296\n ypos 745\n}\nRead {\n inputs 0\n file_type jpeg\n file <<>>/images/waterLensExampleBG.jpg\n format \"1280 720 0 0 1280 720 1 HD_720\"\n origset true\n name Read4\n xpos 2480\n ypos -35\n}\nDot {\n name Dot14\n xpos 2514\n ypos 228\n}\nset N232b47c0 [stack 0]\nDot {\n name Dot15\n xpos 2343\n ypos 228\n}\nset N232b55b0 [stack 0]\nDot {\n name Dot16\n xpos 2055\n ypos 228\n}\nset N232b7940 [stack 0]\nDot {\n name Dot17\n xpos 1796\n ypos 228\n}\nset N232b9cd0 [stack 0]\nDot {\n name Dot18\n xpos 1483\n ypos 228\n}\nGroup {\n inputs 2\n name WaterLens10\n tile_color 0xffccff\n note_font Verdana\n xpos 1449\n ypos 738\n addUserKnob {20 tab_general l General}\n addUserKnob {12 center}\n center {902.5 274}\n addUserKnob {26 \"\"}\n addUserKnob {7 zdistortion l \"z distortion\"}\n zdistortion 0.96\n addUserKnob {7 edgeScale l \"edge scale\" R 0 4}\n edgeScale 1\n addUserKnob {7 bend R -1 1}\n addUserKnob {41 filter l \"distortion filter\" T IDistort1.filter}\n addUserKnob {7 matte_filter l \"matte filter\"}\n matte_filter 1\n addUserKnob {26 \"\"}\n addUserKnob {41 abberation T killPanel.abberation}\n addUserKnob {26 \"\"}\n addUserKnob {20 grp_cc l \"color correction\" n 1}\n grp_cc 0\n addUserKnob {41 saturation T ColorCorrect.saturation}\n addUserKnob {41 contrast T ColorCorrect.contrast}\n addUserKnob {41 gamma T ColorCorrect.gamma}\n addUserKnob {41 gain T ColorCorrect.gain}\n addUserKnob {41 offset T ColorCorrect.offset}\n addUserKnob {20 endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {4 output M {composite element}}\n output element\n addUserKnob {20 tab_defocus l Defocus}\n addUserKnob {7 defocus_value l \"defocus value\" R 0 100}\n addUserKnob {26 \"\"}\n addUserKnob {41 auto_layer_spacing l \"automatic layer spacing\" T dof_setting2.auto_layer_spacing}\n addUserKnob {3 depth_layers l \"depth layers\" +DISABLED}\n depth_layers 50\n addUserKnob {7 layer_curve +DISABLED R 0 5}\n layer_curve 1\n addUserKnob {26 \"\"}\n addUserKnob {41 filter_type l \"filter type\" T ZDefocus.filter_type}\n addUserKnob {7 filter_shape l \"filter shape\"}\n filter_shape 1\n addUserKnob {7 aspect_ratio l \"aspect ratio\" R 0.5 2}\n aspect_ratio 1\n addUserKnob {3 blades +HIDDEN}\n blades 5\n addUserKnob {7 roundness +HIDDEN R -1 1}\n roundness 0.2\n addUserKnob {7 rotation +HIDDEN R 0 360}\n addUserKnob {7 inner_size l \"inner size\" +HIDDEN}\n inner_size 0.8\n addUserKnob {7 inner_feather l \"inner feather\" +HIDDEN}\n inner_feather 1\n addUserKnob {7 inner_brightness l \"inner brightness\" +HIDDEN}\n inner_brightness 0.8\n addUserKnob {7 catadioptric_size l \"catadioptric size\" +HIDDEN}\n catadioptric_size 0.3\n addUserKnob {6 catadioptric -STARTLINE +HIDDEN}\n addUserKnob {20 grp_image l \"image filter\" n 1}\n grp_image 0\n addUserKnob {41 filter_channel l \"filter channel\" T ZDefocus.filter_channel}\n addUserKnob {41 use_input_channels l \"use input channels\" -STARTLINE T ZDefocus.use_input_channels}\n addUserKnob {41 image_filter l \"image filter\" T ZDefocus.image_filter}\n addUserKnob {41 clamp_image_filter l \"clamp image filter\" -STARTLINE T ZDefocus.clamp_image_filter}\n addUserKnob {20 endGroup_1 l endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {6 gamma_correction l \"gamma correction\" +STARTLINE}\n addUserKnob {41 bloom -STARTLINE T dof_setting.bloom}\n addUserKnob {7 bloom_threshold l \"bloom threshold\"}\n bloom_threshold 0.8\n addUserKnob {7 bloom_gain l \"bloom gain\" R 1 4}\n bloom_gain 7\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T 1.1}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2019-04-17}\n addUserKnob {26 l_CHANGELOG l Changelog T \"1.1\\n- soften abberation\\n\\n1.0\\n- create water droplet\"}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n}\n BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0xff\n label \"dont touch\"\n note_font_size 42\n xpos -424\n ypos 1127\n bdwidth 353\n bdheight 281\n }\n Input {\n inputs 0\n name filter\n xpos -812\n ypos 1264\n number 2\n }\n Input {\n inputs 0\n name mask\n xpos -1138\n ypos -508\n number 1\n }\n Shuffle {\n red alpha\n green alpha\n blue alpha\n name Shuffle1\n xpos -1138\n ypos -421\n }\n Dot {\n name Dot2\n xpos -1104\n ypos -213\n }\nset N2361c2f0 [stack 0]\n Histogram {\n in {{0.2-(parent.matte_filter/10)} 1 {0.2+(parent.matte_filter/10)}}\n name Histogram1\n xpos -1138\n ypos 46\n }\n Shuffle {\n red black\n green black\n blue black\n alpha red\n name Shuffle3\n xpos -1138\n ypos 126\n }\n Dot {\n name Dot7\n xpos -1104\n ypos 814\n }\npush $N2361c2f0\n Input {\n inputs 0\n name img\n xpos 221\n ypos -515\n }\n Dot {\n name Dot1\n xpos 255\n ypos -348\n }\nset N23631210 [stack 0]\n Remove {\n operation keep\n channels rgb\n name Remove2\n xpos 38\n ypos -351\n }\n Dot {\n name Dot5\n xpos -326\n ypos -348\n }\nset N1ecf3a20 [stack 0]\n Remove {\n name Remove1\n xpos -552\n ypos -355\n }\n Dot {\n name Dot4\n xpos -647\n ypos -348\n }\nset N1ecf70d0 [stack 0]\n Dot {\n name Dot3\n xpos -866\n ypos -348\n }\n Merge2 {\n inputs 2\n name Merge1\n xpos -900\n ypos -216\n }\n FilterErode {\n size {{1000-(parent.zdistortion*1000)} {1000-(parent.zdistortion*1000)}}\n filter gaussian\n name FilterErode1\n xpos -900\n ypos -136\n }\n Invert {\n channels alpha\n name Invert1\n xpos -900\n ypos -25\n }\n Shuffle {\n red black\n green black\n blue alpha\n alpha black\n name Shuffle2\n xpos -900\n ypos 54\n }\npush $N1ecf70d0\n Expression {\n expr0 \"(x-\\[value center.x])/width\"\n expr1 \"(y-\\[value center.y])/height\"\n name Expression1\n xpos -681\n ypos -26\n addUserKnob {20 User}\n addUserKnob {12 center}\n center {{parent.center} {parent.center}}\n }\n Merge2 {\n inputs 2\n operation plus\n name Merge2\n xpos -681\n ypos 54\n }\n Grade {\n channels {rgba.red rgba.green -rgba.blue none}\n blackpoint {{parent.bend*0.5}}\n white {{parent.zdistortion/10}}\n gamma {{parent.edgeScale}}\n black_clamp false\n maskChannelInput rgba.blue\n name Grade1\n xpos -681\n ypos 144\n }\n Dot {\n name Dot6\n xpos -647\n ypos 498\n }\npush $N1ecf3a20\n Crop {\n box {0 0 {input.width} {input.height}}\n crop false\n name Crop1\n xpos -360\n ypos -274\n }\n Dot {\n name Dot8\n xpos -326\n ypos -77\n }\nset N234068e0 [stack 0]\n Dot {\n name Dot10\n xpos -215\n ypos -77\n }\nset N23408b10 [stack 0]\n Dot {\n name Dot9\n xpos -106\n ypos -77\n }\n Shuffle {\n red black\n green black\n alpha black\n name blue\n tile_color 0xffff\n xpos -140\n ypos -3\n }\n Transform {\n scale {{1+(parent.abberation.b/10)}}\n center {{parent.center} {parent.center}}\n invert_matrix true\n black_outside false\n name Transform2\n xpos -140\n ypos 77\n }\n Blur {\n channels {-rgba.red -rgba.green rgba.blue none}\n size {{abs(parent.abberation.b*10)}}\n name Blur3\n xpos -140\n ypos 147\n }\n Dot {\n name Dot12\n xpos -106\n ypos 320\n }\npush $N23408b10\n Shuffle {\n red black\n blue black\n alpha black\n name green\n tile_color 0xff00ff\n xpos -249\n ypos -3\n }\n Transform {\n scale {{1+(parent.abberation.g/10)}}\n center {{parent.center} {parent.center}}\n invert_matrix true\n black_outside false\n name Transform4\n xpos -249\n ypos 77\n }\n Blur {\n channels {-rgba.red rgba.green -rgba.blue none}\n size {{abs(parent.abberation.g*10)}}\n name Blur2\n xpos -249\n ypos 147\n }\n Dot {\n name Dot11\n xpos -215\n ypos 240\n }\npush $N234068e0\n Shuffle {\n green black\n blue black\n alpha black\n name red\n tile_color 0xff0000ff\n xpos -360\n ypos -3\n }\n Transform {\n scale {{1+(parent.abberation.r/10)}}\n center {{parent.center} {parent.center}}\n invert_matrix true\n black_outside false\n name Transform1\n xpos -360\n ypos 77\n }\n Blur {\n channels {rgba.red -rgba.green -rgba.blue none}\n size {{abs(parent.abberation.r*10)}}\n name Blur1\n xpos -360\n ypos 149\n }\n Merge2 {\n inputs 2\n operation max\n name Merge5\n xpos -360\n ypos 237\n }\n Merge2 {\n inputs 2\n operation max\n name Merge6\n xpos -360\n ypos 317\n }\n ShuffleCopy {\n inputs 2\n red red\n green green\n out forward\n name ShuffleCopy1\n xpos -360\n ypos 495\n }\n IDistort {\n channels rgb\n uv forward\n uv_scale -4750\n name IDistort1\n xpos -360\n ypos 575\n }\n Shuffle {\n alpha white\n name Shuffle4\n xpos -360\n ypos 655\n }\n ColorCorrect {\n contrast 1.1\n name ColorCorrect\n xpos -360\n ypos 735\n }\n Merge2 {\n inputs 2\n operation mask\n name Merge3\n xpos -360\n ypos 811\n }\n Shuffle {\n red black\n green black\n blue black\n alpha black\n out depth\n name Shuffle5\n xpos -360\n ypos 933\n }\n ZDefocus2 {\n inputs 2\n channels rgba\n focal_point {10000 10000}\n size {{parent.defocus_value}}\n max_size {{parent.defocus_value}}\n autoLayerSpacing {{parent.auto_layer_spacing}}\n layers {{parent.depth_layers}}\n layerCurve {{parent.layer_curve}}\n legacy_resize_mode false\n show_legacy_resize_mode false\n shape {{parent.filter_shape}}\n aspect {{parent.aspect_ratio}}\n blades {{parent.blades}}\n roundness {{parent.roundness}}\n rotation {{parent.rotation}}\n inner_size {{parent.inner_size}}\n inner_feather {{parent.inner_feather}}\n inner_brightness {{parent.inner_brightness}}\n catadioptric_size {{parent.catadioptric_size}}\n catadioptric {{parent.catadioptric}}\n bloom_gamma {{parent.gamma_correction}}\n bloom {{parent.bloom}}\n bloom_threshold {{parent.bloom_threshold}}\n bloom_gain {{parent.bloom_gain}}\n name ZDefocus\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nknob_ls = \\['filter_shape','aspect_ratio','blades','roundness','rotation','inner_size','inner_feather','inner_brightness','catadioptric_size','catadioptric']\\nfor i in range( len(knob_ls) ) :\\n if thisGRP\\['filter_type'].getValue() == 0 :\\n if i < 2 :\\n thisGRP\\[knob_ls\\[i]].setVisible(True)\\n else :\\n thisGRP\\[knob_ls\\[i]].setVisible(False)\\n elif thisGRP\\['filter_type'].getValue() == 1 :\\n if i != 0 :\\n thisGRP\\[knob_ls\\[i]].setVisible(True)\\n else :\\n thisGRP\\[knob_ls\\[i]].setVisible(False)\\n else :\\n thisGRP\\[knob_ls\\[i]].setVisible(False)\\n\"\n xpos -360\n ypos 1260\n disable {{\"parent.defocus_value <= 1 ? 1 : 0\"}}\n }\n Remove {\n operation keep\n channels rgba\n name Remove3\n xpos -360\n ypos 1562\n }\n Dot {\n name Dot13\n xpos -326\n ypos 1642\n }\nset N268a0390 [stack 0]\npush $N268a0390\npush $N23631210\n Merge2 {\n inputs 2\n bbox B\n name Merge4\n xpos 221\n ypos 1639\n }\n Switch {\n inputs 2\n which {{output}}\n name Switch1\n xpos 221\n ypos 1865\n }\n Output {\n name Output1\n xpos 221\n ypos 2076\n }\n NoOp {\n inputs 0\n name killPanel\n knobChanged \"\\nthisNODE = nuke.thisNode()\\nfor knob in thisNODE.knobs() :\\n if knob\\[:11] == 'abberation_' :\\n thisNODE.removeKnob(thisNODE\\[knob])\\n\"\n xpos -203\n ypos 1199\n addUserKnob {20 User}\n addUserKnob {18 abberation}\n abberation {0.5 0 -0.5}\n addUserKnob {6 abberation_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 abberation_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 abberation_panelDropped_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n }\n NoOp {\n inputs 0\n name dof_setting\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nknob_ls = \\['bloom_threshold','bloom_gain']\\nfor i in range( len(knob_ls) ) :\\n if thisGRP\\['bloom'].getValue() == 0 :\\n thisGRP\\[knob_ls\\[i]].setEnabled(False)\\n else :\\n thisGRP\\[knob_ls\\[i]].setEnabled(True)\\n\"\n xpos -202\n ypos 1258\n addUserKnob {20 User}\n addUserKnob {6 bloom +STARTLINE}\n bloom true\n }\n NoOp {\n inputs 0\n name dof_setting2\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nknob_ls = \\['depth_layers','layer_curve']\\nfor i in range( len(knob_ls) ) :\\n if thisGRP\\['auto_layer_spacing'].getValue() == 0 :\\n thisGRP\\[knob_ls\\[i]].setEnabled(True)\\n else :\\n thisGRP\\[knob_ls\\[i]].setEnabled(False)\\n\"\n xpos -203\n ypos 1322\n addUserKnob {20 User}\n addUserKnob {6 auto_layer_spacing l \"automatic layer spacing\" +STARTLINE}\n auto_layer_spacing true\n }\nend_group\nRotoPaint {\n inputs 0\n curves {{{v x3f99999a}\n {f 0}\n {n\n {layer Root\n {f 2097664}\n {t x44800000 x44428000}\n {a pt1x 0 pt1y 0 pt2x 0 pt2y 0 pt3x 0 pt3y 0 pt4x 0 pt4y 0 ptex00 0 ptex01 0 ptex02 0 ptex03 0 ptex10 0 ptex11 0 ptex12 0 ptex13 0 ptex20 0 ptex21 0 ptex22 0 ptex23 0 ptex30 0 ptex31 0 ptex32 0 ptex33 0 ptof1x 0 ptof1y 0 ptof2x 0 ptof2y 0 ptof3x 0 ptof3y 0 ptof4x 0 ptof4y 0 pterr 0 ptrefset 0 ptmot x40800000 ptref 0}\n {cubiccurve Brush1 512 catmullrom\n {cc\n {f 2080}\n {p\n {x42d20000 x43ae8000 x3c904090}\n {x42d40000 x43ae8000 x3e2248a2}\n {x42d80000 x43ae8000 x3e5868d8}\n {x42dc0000 x43af0000 x3e6a70ea}\n {x42e20000 x43af8000 x3e7e78fe}\n {x42e60000 x43b08000 x3e864086}\n {x42ec0000 x43b18000 x3e8b448b}\n {x42f40000 x43b30000 x3e8d448d}\n {x42fc0000 x43b50000 x3e8f448f}\n {x43030000 x43b70000 x3e914491}\n {x43070000 x43b88000 x3e914491}\n {x430c0000 x43ba8000 x3e954895}\n {x43110000 x43bc8000 x3e944894}\n {x43150000 x43be8000 x3e954895}\n {x43190000 x43c08000 x3e954895}\n {x431c0000 x43c18000 x3e944894}\n {x431f0000 x43c30000 x3e944894}\n {x43200000 x43c40000 x3e964896}\n {x43230000 x43c50000 x3e974897}\n {x43230000 x43c58000 x3e974897}\n {x43240000 x43c60000 x3e984898}\n {x43250000 x43c70000 x3e994899}\n {x43250000 x43c78000 x3e9b4c9b}\n {x43270000 x43c80000 x3e9f4c9f}\n {x43270000 x43c88000 x3e9f4c9f}\n {x43270000 x43c80000 x3e9b4c9b}\n {x43270000 x43c78000 x3e9b4c9b}\n {x43250000 x43c60000 x3e9d4c9d}\n {x43250000 x43c58000 x3e9d4c9d}\n {x43240000 x43c40000 x3e9d4c9d}\n {x43240000 x43c30000 x3e9d4c9d}\n {x43240000 x43c18000 x3e9d4c9d}\n {x43240000 x43bf8000 x3e9e4c9e}\n {x43240000 x43be0000 x3e9d4c9d}\n {x43240000 x43bc0000 x3e9d4c9d}\n {x43240000 x43b98000 x3e9e4c9e}\n {x43240000 x43b78000 x3e9e4c9e}\n {x43240000 x43b50000 x3e9d4c9d}\n {x43240000 x43b30000 x3e9d4c9d}\n {x43250000 x43b08000 x3e9d4c9d}\n {x43270000 x43ae8000 x3e9d4c9d}\n {x43280000 x43ac0000 x3e9d4c9d}\n {x43290000 x43aa0000 x3e9d4c9d}\n {x432b0000 x43a78000 x3e9f4c9f}\n {x432c0000 x43a58000 x3ea04ca0}\n {x432e0000 x43a38000 x3e9f4c9f}\n {x43300000 x43a18000 x3ea04ca0}\n {x43320000 x439f8000 x3ea04ca0}\n {x43340000 x439e0000 x3e9f4c9f}\n {x43360000 x439c0000 x3ea04ca0}\n {x43370000 x439a8000 x3e9f4c9f}\n {x43390000 x43998000 x3e9f4c9f}\n {x433b0000 x43988000 x3e9f4c9f}\n {x433d0000 x43978000 x3ea04ca0}\n {x433e0000 x43968000 x3e9f4c9f}\n {x433f0000 x43960000 x3e9f4c9f}\n {x43400000 x43960000 x3ea04ca0}\n {x43420000 x43958000 x3e9f4c9f}\n {x43420000 x43950000 x3e9f4c9f}\n {x43430000 x43950000 x3ea04ca0}\n {x43440000 x43940000 x3e9f4c9f}\n {x43460000 x43940000 x3ea04ca0}\n {x43470000 x43938000 x3e9c4c9c}\n {x43480000 x43938000 x3e844084}\n {x43490000 x43938000 x3ddc60dc}}}\n {t x43232762 x43b001f8}\n {a ro 0 go 0 bo 0 ao 0 bs x43300000 bu 1 str 1 spx x44800000 spy x44428000 sb 1 tt x41880000}}}}}}\n toolbox {brush {\n { selectAll bs 176 str 1 ssx 1 ssy 1 sf 1 }\n { createBezier str 1 ssx 1 ssy 1 sf 1 sb 1 tt 4 }\n { createBezierCusped str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createBSpline str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createEllipse str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createRectangle str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createRectangleCusped str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createOpenSpline str 1 ssx 1 ssy 1 sf 1 tt 10 }\n { addPoints str 1 ssx 1 ssy 1 sf 1 }\n { brush bs 176 str 1 ssx 1 ssy 1 sf 1 sb 1 ltt 0 tt 17 }\n { eraser src 2 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { clone src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { reveal src 3 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { dodge src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { burn src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { blur src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { sharpen src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { smear src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n} }\n toolbar_brush_size 176\n toolbar_brush_hardness 0.200000003\n toolbar_openspline_width 1\n toolbar_source_transform_scale {1 1}\n toolbar_source_transform_center {1024 778}\n colorOverlay {0 0 0 0}\n lifetime_type \"all frames\"\n motionblur_on true\n motionblur_shutter_offset_type centred\n openspline_width 1\n brush_size 176\n brush_spacing 0.05000000075\n brush_hardness 0.200000003\n source_black_outside true\n name RotoPaint11\n xpos 1616\n ypos 638\n}\npush $N232b9cd0\nGroup {\n inputs 2\n name WaterLens11\n tile_color 0xffccff\n note_font Verdana\n xpos 1762\n ypos 631\n addUserKnob {20 tab_general l General}\n addUserKnob {12 center}\n center {183 331}\n addUserKnob {26 \"\"}\n addUserKnob {7 zdistortion l \"z distortion\"}\n zdistortion 0.96\n addUserKnob {7 edgeScale l \"edge scale\" R 0 4}\n edgeScale 0.8\n addUserKnob {7 bend R -1 1}\n bend -0.49\n addUserKnob {41 filter l \"distortion filter\" T IDistort1.filter}\n addUserKnob {7 matte_filter l \"matte filter\"}\n matte_filter 0.3\n addUserKnob {26 \"\"}\n addUserKnob {41 abberation T killPanel.abberation}\n addUserKnob {26 \"\"}\n addUserKnob {20 grp_cc l \"color correction\" n 1}\n grp_cc 0\n addUserKnob {41 saturation T ColorCorrect.saturation}\n addUserKnob {41 contrast T ColorCorrect.contrast}\n addUserKnob {41 gamma T ColorCorrect.gamma}\n addUserKnob {41 gain T ColorCorrect.gain}\n addUserKnob {41 offset T ColorCorrect.offset}\n addUserKnob {20 endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {4 output M {composite element}}\n output element\n addUserKnob {20 tab_defocus l Defocus}\n addUserKnob {7 defocus_value l \"defocus value\" R 0 100}\n addUserKnob {26 \"\"}\n addUserKnob {41 auto_layer_spacing l \"automatic layer spacing\" T dof_setting2.auto_layer_spacing}\n addUserKnob {3 depth_layers l \"depth layers\" +DISABLED}\n depth_layers 50\n addUserKnob {7 layer_curve +DISABLED R 0 5}\n layer_curve 1\n addUserKnob {26 \"\"}\n addUserKnob {41 filter_type l \"filter type\" T ZDefocus.filter_type}\n addUserKnob {7 filter_shape l \"filter shape\"}\n filter_shape 1\n addUserKnob {7 aspect_ratio l \"aspect ratio\" R 0.5 2}\n aspect_ratio 1\n addUserKnob {3 blades +HIDDEN}\n blades 5\n addUserKnob {7 roundness +HIDDEN R -1 1}\n roundness 0.2\n addUserKnob {7 rotation +HIDDEN R 0 360}\n addUserKnob {7 inner_size l \"inner size\" +HIDDEN}\n inner_size 0.8\n addUserKnob {7 inner_feather l \"inner feather\" +HIDDEN}\n inner_feather 1\n addUserKnob {7 inner_brightness l \"inner brightness\" +HIDDEN}\n inner_brightness 0.8\n addUserKnob {7 catadioptric_size l \"catadioptric size\" +HIDDEN}\n catadioptric_size 0.3\n addUserKnob {6 catadioptric -STARTLINE +HIDDEN}\n addUserKnob {20 grp_image l \"image filter\" n 1}\n grp_image 0\n addUserKnob {41 filter_channel l \"filter channel\" T ZDefocus.filter_channel}\n addUserKnob {41 use_input_channels l \"use input channels\" -STARTLINE T ZDefocus.use_input_channels}\n addUserKnob {41 image_filter l \"image filter\" T ZDefocus.image_filter}\n addUserKnob {41 clamp_image_filter l \"clamp image filter\" -STARTLINE T ZDefocus.clamp_image_filter}\n addUserKnob {20 endGroup_1 l endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {6 gamma_correction l \"gamma correction\" +STARTLINE}\n addUserKnob {41 bloom -STARTLINE T dof_setting.bloom}\n addUserKnob {7 bloom_threshold l \"bloom threshold\"}\n bloom_threshold 0.8\n addUserKnob {7 bloom_gain l \"bloom gain\" R 1 4}\n bloom_gain 7\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T 1.1}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2019-04-17}\n addUserKnob {26 l_CHANGELOG l Changelog T \"1.1\\n- soften abberation\\n\\n1.0\\n- create water droplet\"}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n}\n BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0xff\n label \"dont touch\"\n note_font_size 42\n xpos -424\n ypos 1127\n bdwidth 353\n bdheight 281\n }\n Input {\n inputs 0\n name filter\n xpos -812\n ypos 1264\n number 2\n }\n Input {\n inputs 0\n name mask\n xpos -1138\n ypos -508\n number 1\n }\n Shuffle {\n red alpha\n green alpha\n blue alpha\n name Shuffle1\n xpos -1138\n ypos -421\n }\n Dot {\n name Dot2\n xpos -1104\n ypos -213\n }\nset N236c0a80 [stack 0]\n Histogram {\n in {{0.2-(parent.matte_filter/10)} 1 {0.2+(parent.matte_filter/10)}}\n name Histogram1\n xpos -1138\n ypos 46\n }\n Shuffle {\n red black\n green black\n blue black\n alpha red\n name Shuffle3\n xpos -1138\n ypos 126\n }\n Dot {\n name Dot7\n xpos -1104\n ypos 814\n }\npush $N236c0a80\n Input {\n inputs 0\n name img\n xpos 221\n ypos -515\n }\n Dot {\n name Dot1\n xpos 255\n ypos -348\n }\nset N236d59a0 [stack 0]\n Remove {\n operation keep\n channels rgb\n name Remove2\n xpos 38\n ypos -351\n }\n Dot {\n name Dot5\n xpos -326\n ypos -348\n }\nset N236dc520 [stack 0]\n Remove {\n name Remove1\n xpos -552\n ypos -355\n }\n Dot {\n name Dot4\n xpos -647\n ypos -348\n }\nset N236e2f60 [stack 0]\n Dot {\n name Dot3\n xpos -866\n ypos -348\n }\n Merge2 {\n inputs 2\n name Merge1\n xpos -900\n ypos -216\n }\n FilterErode {\n size {{1000-(parent.zdistortion*1000)} {1000-(parent.zdistortion*1000)}}\n filter gaussian\n name FilterErode1\n xpos -900\n ypos -136\n }\n Invert {\n channels alpha\n name Invert1\n xpos -900\n ypos -25\n }\n Shuffle {\n red black\n green black\n blue alpha\n alpha black\n name Shuffle2\n xpos -900\n ypos 54\n }\npush $N236e2f60\n Expression {\n expr0 \"(x-\\[value center.x])/width\"\n expr1 \"(y-\\[value center.y])/height\"\n name Expression1\n xpos -681\n ypos -26\n addUserKnob {20 User}\n addUserKnob {12 center}\n center {{parent.center} {parent.center}}\n }\n Merge2 {\n inputs 2\n operation plus\n name Merge2\n xpos -681\n ypos 54\n }\n Grade {\n channels {rgba.red rgba.green -rgba.blue none}\n blackpoint {{parent.bend*0.5}}\n white {{parent.zdistortion/10}}\n gamma {{parent.edgeScale}}\n black_clamp false\n maskChannelInput rgba.blue\n name Grade1\n xpos -681\n ypos 144\n }\n Dot {\n name Dot6\n xpos -647\n ypos 498\n }\npush $N236dc520\n Crop {\n box {0 0 {input.width} {input.height}}\n crop false\n name Crop1\n xpos -360\n ypos -274\n }\n Dot {\n name Dot8\n xpos -326\n ypos -77\n }\nset N2349d220 [stack 0]\n Dot {\n name Dot10\n xpos -215\n ypos -77\n }\nset N2349f6e0 [stack 0]\n Dot {\n name Dot9\n xpos -106\n ypos -77\n }\n Shuffle {\n red black\n green black\n alpha black\n name blue\n tile_color 0xffff\n xpos -140\n ypos -3\n }\n Transform {\n scale {{1+(parent.abberation.b/10)}}\n center {{parent.center} {parent.center}}\n invert_matrix true\n black_outside false\n name Transform2\n xpos -140\n ypos 77\n }\n Blur {\n channels {-rgba.red -rgba.green rgba.blue none}\n size {{abs(parent.abberation.b*10)}}\n name Blur3\n xpos -140\n ypos 147\n }\n Dot {\n name Dot12\n xpos -106\n ypos 320\n }\npush $N2349f6e0\n Shuffle {\n red black\n blue black\n alpha black\n name green\n tile_color 0xff00ff\n xpos -249\n ypos -3\n }\n Transform {\n scale {{1+(parent.abberation.g/10)}}\n center {{parent.center} {parent.center}}\n invert_matrix true\n black_outside false\n name Transform4\n xpos -249\n ypos 77\n }\n Blur {\n channels {-rgba.red rgba.green -rgba.blue none}\n size {{abs(parent.abberation.g*10)}}\n name Blur2\n xpos -249\n ypos 147\n }\n Dot {\n name Dot11\n xpos -215\n ypos 240\n }\npush $N2349d220\n Shuffle {\n green black\n blue black\n alpha black\n name red\n tile_color 0xff0000ff\n xpos -360\n ypos -3\n }\n Transform {\n scale {{1+(parent.abberation.r/10)}}\n center {{parent.center} {parent.center}}\n invert_matrix true\n black_outside false\n name Transform1\n xpos -360\n ypos 77\n }\n Blur {\n channels {rgba.red -rgba.green -rgba.blue none}\n size {{abs(parent.abberation.r*10)}}\n name Blur1\n xpos -360\n ypos 149\n }\n Merge2 {\n inputs 2\n operation max\n name Merge5\n xpos -360\n ypos 237\n }\n Merge2 {\n inputs 2\n operation max\n name Merge6\n xpos -360\n ypos 317\n }\n ShuffleCopy {\n inputs 2\n red red\n green green\n out forward\n name ShuffleCopy1\n xpos -360\n ypos 495\n }\n IDistort {\n channels rgb\n uv forward\n uv_scale -4750\n name IDistort1\n xpos -360\n ypos 575\n }\n Shuffle {\n alpha white\n name Shuffle4\n xpos -360\n ypos 655\n }\n ColorCorrect {\n contrast 1.1\n name ColorCorrect\n xpos -360\n ypos 735\n }\n Merge2 {\n inputs 2\n operation mask\n name Merge3\n xpos -360\n ypos 811\n }\n Shuffle {\n red black\n green black\n blue black\n alpha black\n out depth\n name Shuffle5\n xpos -360\n ypos 933\n }\n ZDefocus2 {\n inputs 2\n channels rgba\n focal_point {10000 10000}\n size {{parent.defocus_value}}\n max_size {{parent.defocus_value}}\n autoLayerSpacing {{parent.auto_layer_spacing}}\n layers {{parent.depth_layers}}\n layerCurve {{parent.layer_curve}}\n legacy_resize_mode false\n show_legacy_resize_mode false\n shape {{parent.filter_shape}}\n aspect {{parent.aspect_ratio}}\n blades {{parent.blades}}\n roundness {{parent.roundness}}\n rotation {{parent.rotation}}\n inner_size {{parent.inner_size}}\n inner_feather {{parent.inner_feather}}\n inner_brightness {{parent.inner_brightness}}\n catadioptric_size {{parent.catadioptric_size}}\n catadioptric {{parent.catadioptric}}\n bloom_gamma {{parent.gamma_correction}}\n bloom {{parent.bloom}}\n bloom_threshold {{parent.bloom_threshold}}\n bloom_gain {{parent.bloom_gain}}\n name ZDefocus\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nknob_ls = \\['filter_shape','aspect_ratio','blades','roundness','rotation','inner_size','inner_feather','inner_brightness','catadioptric_size','catadioptric']\\nfor i in range( len(knob_ls) ) :\\n if thisGRP\\['filter_type'].getValue() == 0 :\\n if i < 2 :\\n thisGRP\\[knob_ls\\[i]].setVisible(True)\\n else :\\n thisGRP\\[knob_ls\\[i]].setVisible(False)\\n elif thisGRP\\['filter_type'].getValue() == 1 :\\n if i != 0 :\\n thisGRP\\[knob_ls\\[i]].setVisible(True)\\n else :\\n thisGRP\\[knob_ls\\[i]].setVisible(False)\\n else :\\n thisGRP\\[knob_ls\\[i]].setVisible(False)\\n\"\n xpos -360\n ypos 1260\n disable {{\"parent.defocus_value <= 1 ? 1 : 0\"}}\n }\n Remove {\n operation keep\n channels rgba\n name Remove3\n xpos -360\n ypos 1562\n }\n Dot {\n name Dot13\n xpos -326\n ypos 1642\n }\nset N26a30d50 [stack 0]\npush $N26a30d50\npush $N236d59a0\n Merge2 {\n inputs 2\n bbox B\n name Merge4\n xpos 221\n ypos 1639\n }\n Switch {\n inputs 2\n which {{output}}\n name Switch1\n xpos 221\n ypos 1865\n }\n Output {\n name Output1\n xpos 221\n ypos 2076\n }\n NoOp {\n inputs 0\n name killPanel\n knobChanged \"\\nthisNODE = nuke.thisNode()\\nfor knob in thisNODE.knobs() :\\n if knob\\[:11] == 'abberation_' :\\n thisNODE.removeKnob(thisNODE\\[knob])\\n\"\n xpos -203\n ypos 1199\n addUserKnob {20 User}\n addUserKnob {18 abberation}\n abberation {0.5 0 -0.5}\n addUserKnob {6 abberation_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 abberation_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 abberation_panelDropped_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n }\n NoOp {\n inputs 0\n name dof_setting\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nknob_ls = \\['bloom_threshold','bloom_gain']\\nfor i in range( len(knob_ls) ) :\\n if thisGRP\\['bloom'].getValue() == 0 :\\n thisGRP\\[knob_ls\\[i]].setEnabled(False)\\n else :\\n thisGRP\\[knob_ls\\[i]].setEnabled(True)\\n\"\n xpos -202\n ypos 1258\n addUserKnob {20 User}\n addUserKnob {6 bloom +STARTLINE}\n bloom true\n }\n NoOp {\n inputs 0\n name dof_setting2\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nknob_ls = \\['depth_layers','layer_curve']\\nfor i in range( len(knob_ls) ) :\\n if thisGRP\\['auto_layer_spacing'].getValue() == 0 :\\n thisGRP\\[knob_ls\\[i]].setEnabled(True)\\n else :\\n thisGRP\\[knob_ls\\[i]].setEnabled(False)\\n\"\n xpos -203\n ypos 1322\n addUserKnob {20 User}\n addUserKnob {6 auto_layer_spacing l \"automatic layer spacing\" +STARTLINE}\n auto_layer_spacing true\n }\nend_group\nRotoPaint {\n inputs 0\n curves {{{v x3f99999a}\n {f 0}\n {n\n {layer Root\n {f 2097152}\n {t x44800000 x44428000}\n {a pt1x 0 pt1y 0 pt2x 0 pt2y 0 pt3x 0 pt3y 0 pt4x 0 pt4y 0 ptex00 0 ptex01 0 ptex02 0 ptex03 0 ptex10 0 ptex11 0 ptex12 0 ptex13 0 ptex20 0 ptex21 0 ptex22 0 ptex23 0 ptex30 0 ptex31 0 ptex32 0 ptex33 0 ptof1x 0 ptof1y 0 ptof2x 0 ptof2y 0 ptof3x 0 ptof3y 0 ptof4x 0 ptof4y 0 pterr 0 ptrefset 0 ptmot x40800000 ptref 0}\n {curvegroup OpenSpline1 1049088 bezier\n {{cc\n {f 1056800}\n {p\n {}\n {{a osw 1 osf 0} x44028000 x44220000}\n {x41400000 xc2180000}\n {xc0aa7400 x427fe970}\n {{a osw 1 osf x409c5a65} x440d54e8 x43cf82d2}\n {x410a7900 xc2cfe580}\n {xc1200000 x42580000}\n {{a osw 1 osf x40fbe1c8} x44060000 x43300000}\n {x41200000 xc2580000}\n {xc0d00000 x41280000}\n {{a osw 1 osf x421e6637} x440f0000 x42b40000}\n {x40a87080 xc1080ae8}}}\n {cc\n {f 1056800}\n {p\n {}\n {}\n {x41400000 xc2180000}\n {xc0aa7400 x427fe970}\n {}\n {x410a7900 xc2cfe580}\n {xc1200000 x42580000}\n {}\n {x41200000 xc2580000}\n {xc0d00000 x41280000}\n {}\n {x40a87080 xc1080ae8}}}}\n {t x440a4000 x43a74000}\n {a osbe 0 osee 0 osw 1 osf 0 str 1 tt x41200000 ft x40400000}}}}}}\n toolbox {selectAll {\n { selectAll str 1 ssx 1 ssy 1 sf 1 }\n { createBezier str 1 ssx 1 ssy 1 sf 1 sb 1 tt 4 }\n { createBezierCusped str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createBSpline str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createEllipse str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createRectangle str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createRectangleCusped str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createOpenSpline str 1 ssx 1 ssy 1 sf 1 tt 10 }\n { addPoints str 1 ssx 1 ssy 1 sf 1 }\n { brush str 1 ssx 1 ssy 1 sf 1 sb 1 ltt 0 tt 17 }\n { eraser src 2 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { clone src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { reveal src 3 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { dodge src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { burn src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { blur src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { sharpen src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { smear src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n} }\n toolbar_brush_hardness 0.200000003\n toolbar_openspline_width 1\n toolbar_source_transform_scale {1 1}\n toolbar_source_transform_center {320 240}\n colorOverlay {0 0 0 0}\n lifetime_type \"all frames\"\n motionblur_shutter_offset_type centred\n feather_type smooth\n openspline_width 1\n brush_spacing 0.05000000075\n brush_hardness 0.200000003\n name RotoPaint12\n xpos 1885\n ypos 506\n}\npush $N232b7940\nGroup {\n inputs 2\n name WaterLens12\n tile_color 0xffccff\n note_font Verdana\n xpos 2021\n ypos 499\n addUserKnob {20 tab_general l General}\n addUserKnob {12 center}\n center {517 118}\n addUserKnob {26 \"\"}\n addUserKnob {7 zdistortion l \"z distortion\"}\n zdistortion 0.975\n addUserKnob {7 edgeScale l \"edge scale\" R 0 4}\n edgeScale 0.8\n addUserKnob {7 bend R -1 1}\n addUserKnob {41 filter l \"distortion filter\" T IDistort1.filter}\n addUserKnob {7 matte_filter l \"matte filter\"}\n matte_filter 1\n addUserKnob {26 \"\"}\n addUserKnob {41 abberation T killPanel.abberation}\n addUserKnob {26 \"\"}\n addUserKnob {20 grp_cc l \"color correction\" n 1}\n grp_cc 0\n addUserKnob {41 saturation T ColorCorrect.saturation}\n addUserKnob {41 contrast T ColorCorrect.contrast}\n addUserKnob {41 gamma T ColorCorrect.gamma}\n addUserKnob {41 gain T ColorCorrect.gain}\n addUserKnob {41 offset T ColorCorrect.offset}\n addUserKnob {20 endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {4 output M {composite element}}\n output element\n addUserKnob {20 tab_defocus l Defocus}\n addUserKnob {7 defocus_value l \"defocus value\" R 0 100}\n addUserKnob {26 \"\"}\n addUserKnob {41 auto_layer_spacing l \"automatic layer spacing\" T dof_setting2.auto_layer_spacing}\n addUserKnob {3 depth_layers l \"depth layers\" +DISABLED}\n depth_layers 50\n addUserKnob {7 layer_curve +DISABLED R 0 5}\n layer_curve 1\n addUserKnob {26 \"\"}\n addUserKnob {41 filter_type l \"filter type\" T ZDefocus.filter_type}\n addUserKnob {7 filter_shape l \"filter shape\"}\n filter_shape 1\n addUserKnob {7 aspect_ratio l \"aspect ratio\" R 0.5 2}\n aspect_ratio 1\n addUserKnob {3 blades +HIDDEN}\n blades 5\n addUserKnob {7 roundness +HIDDEN R -1 1}\n roundness 0.2\n addUserKnob {7 rotation +HIDDEN R 0 360}\n addUserKnob {7 inner_size l \"inner size\" +HIDDEN}\n inner_size 0.8\n addUserKnob {7 inner_feather l \"inner feather\" +HIDDEN}\n inner_feather 1\n addUserKnob {7 inner_brightness l \"inner brightness\" +HIDDEN}\n inner_brightness 0.8\n addUserKnob {7 catadioptric_size l \"catadioptric size\" +HIDDEN}\n catadioptric_size 0.3\n addUserKnob {6 catadioptric -STARTLINE +HIDDEN}\n addUserKnob {20 grp_image l \"image filter\" n 1}\n grp_image 0\n addUserKnob {41 filter_channel l \"filter channel\" T ZDefocus.filter_channel}\n addUserKnob {41 use_input_channels l \"use input channels\" -STARTLINE T ZDefocus.use_input_channels}\n addUserKnob {41 image_filter l \"image filter\" T ZDefocus.image_filter}\n addUserKnob {41 clamp_image_filter l \"clamp image filter\" -STARTLINE T ZDefocus.clamp_image_filter}\n addUserKnob {20 endGroup_1 l endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {6 gamma_correction l \"gamma correction\" +STARTLINE}\n addUserKnob {41 bloom -STARTLINE T dof_setting.bloom}\n addUserKnob {7 bloom_threshold l \"bloom threshold\"}\n bloom_threshold 0.8\n addUserKnob {7 bloom_gain l \"bloom gain\" R 1 4}\n bloom_gain 7\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T 1.1}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2019-04-17}\n addUserKnob {26 l_CHANGELOG l Changelog T \"1.1\\n- soften abberation\\n\\n1.0\\n- create water droplet\"}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n}\n BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0xff\n label \"dont touch\"\n note_font_size 42\n xpos -424\n ypos 1127\n bdwidth 353\n bdheight 281\n }\n Input {\n inputs 0\n name filter\n xpos -812\n ypos 1264\n number 2\n }\n Input {\n inputs 0\n name mask\n xpos -1138\n ypos -508\n number 1\n }\n Shuffle {\n red alpha\n green alpha\n blue alpha\n name Shuffle1\n xpos -1138\n ypos -421\n }\n Dot {\n name Dot2\n xpos -1104\n ypos -213\n }\nset N2690b680 [stack 0]\n Histogram {\n in {{0.2-(parent.matte_filter/10)} 1 {0.2+(parent.matte_filter/10)}}\n name Histogram1\n xpos -1138\n ypos 46\n }\n Shuffle {\n red black\n green black\n blue black\n alpha red\n name Shuffle3\n xpos -1138\n ypos 126\n }\n Dot {\n name Dot7\n xpos -1104\n ypos 814\n }\npush $N2690b680\n Input {\n inputs 0\n name img\n xpos 221\n ypos -515\n }\n Dot {\n name Dot1\n xpos 255\n ypos -348\n }\nset N269205a0 [stack 0]\n Remove {\n operation keep\n channels rgb\n name Remove2\n xpos 38\n ypos -351\n }\n Dot {\n name Dot5\n xpos -326\n ypos -348\n }\nset N26927120 [stack 0]\n Remove {\n name Remove1\n xpos -552\n ypos -355\n }\n Dot {\n name Dot4\n xpos -647\n ypos -348\n }\nset N2692db60 [stack 0]\n Dot {\n name Dot3\n xpos -866\n ypos -348\n }\n Merge2 {\n inputs 2\n name Merge1\n xpos -900\n ypos -216\n }\n FilterErode {\n size {{1000-(parent.zdistortion*1000)} {1000-(parent.zdistortion*1000)}}\n filter gaussian\n name FilterErode1\n xpos -900\n ypos -136\n }\n Invert {\n channels alpha\n name Invert1\n xpos -900\n ypos -25\n }\n Shuffle {\n red black\n green black\n blue alpha\n alpha black\n name Shuffle2\n xpos -900\n ypos 54\n }\npush $N2692db60\n Expression {\n expr0 \"(x-\\[value center.x])/width\"\n expr1 \"(y-\\[value center.y])/height\"\n name Expression1\n xpos -681\n ypos -26\n addUserKnob {20 User}\n addUserKnob {12 center}\n center {{parent.center} {parent.center}}\n }\n Merge2 {\n inputs 2\n operation plus\n name Merge2\n xpos -681\n ypos 54\n }\n Grade {\n channels {rgba.red rgba.green -rgba.blue none}\n blackpoint {{parent.bend*0.5}}\n white {{parent.zdistortion/10}}\n gamma {{parent.edgeScale}}\n black_clamp false\n maskChannelInput rgba.blue\n name Grade1\n xpos -681\n ypos 144\n }\n Dot {\n name Dot6\n xpos -647\n ypos 498\n }\npush $N26927120\n Crop {\n box {0 0 {input.width} {input.height}}\n crop false\n name Crop1\n xpos -360\n ypos -274\n }\n Dot {\n name Dot8\n xpos -326\n ypos -77\n }\nset N26aa5060 [stack 0]\n Dot {\n name Dot10\n xpos -215\n ypos -77\n }\nset N26aa7520 [stack 0]\n Dot {\n name Dot9\n xpos -106\n ypos -77\n }\n Shuffle {\n red black\n green black\n alpha black\n name blue\n tile_color 0xffff\n xpos -140\n ypos -3\n }\n Transform {\n scale {{1+(parent.abberation.b/10)}}\n center {{parent.center} {parent.center}}\n invert_matrix true\n black_outside false\n name Transform2\n xpos -140\n ypos 77\n }\n Blur {\n channels {-rgba.red -rgba.green rgba.blue none}\n size {{abs(parent.abberation.b*10)}}\n name Blur3\n xpos -140\n ypos 147\n }\n Dot {\n name Dot12\n xpos -106\n ypos 320\n }\npush $N26aa7520\n Shuffle {\n red black\n blue black\n alpha black\n name green\n tile_color 0xff00ff\n xpos -249\n ypos -3\n }\n Transform {\n scale {{1+(parent.abberation.g/10)}}\n center {{parent.center} {parent.center}}\n invert_matrix true\n black_outside false\n name Transform4\n xpos -249\n ypos 77\n }\n Blur {\n channels {-rgba.red rgba.green -rgba.blue none}\n size {{abs(parent.abberation.g*10)}}\n name Blur2\n xpos -249\n ypos 147\n }\n Dot {\n name Dot11\n xpos -215\n ypos 240\n }\npush $N26aa5060\n Shuffle {\n green black\n blue black\n alpha black\n name red\n tile_color 0xff0000ff\n xpos -360\n ypos -3\n }\n Transform {\n scale {{1+(parent.abberation.r/10)}}\n center {{parent.center} {parent.center}}\n invert_matrix true\n black_outside false\n name Transform1\n xpos -360\n ypos 77\n }\n Blur {\n channels {rgba.red -rgba.green -rgba.blue none}\n size {{abs(parent.abberation.r*10)}}\n name Blur1\n xpos -360\n ypos 149\n }\n Merge2 {\n inputs 2\n operation max\n name Merge5\n xpos -360\n ypos 237\n }\n Merge2 {\n inputs 2\n operation max\n name Merge6\n xpos -360\n ypos 317\n }\n ShuffleCopy {\n inputs 2\n red red\n green green\n out forward\n name ShuffleCopy1\n xpos -360\n ypos 495\n }\n IDistort {\n channels rgb\n uv forward\n uv_scale -4750\n name IDistort1\n xpos -360\n ypos 575\n }\n Shuffle {\n alpha white\n name Shuffle4\n xpos -360\n ypos 655\n }\n ColorCorrect {\n contrast 1.12\n name ColorCorrect\n xpos -360\n ypos 735\n }\n Merge2 {\n inputs 2\n operation mask\n name Merge3\n xpos -360\n ypos 811\n }\n Shuffle {\n red black\n green black\n blue black\n alpha black\n out depth\n name Shuffle5\n xpos -360\n ypos 933\n }\n ZDefocus2 {\n inputs 2\n channels rgba\n focal_point {10000 10000}\n size {{parent.defocus_value}}\n max_size {{parent.defocus_value}}\n autoLayerSpacing {{parent.auto_layer_spacing}}\n layers {{parent.depth_layers}}\n layerCurve {{parent.layer_curve}}\n legacy_resize_mode false\n show_legacy_resize_mode false\n shape {{parent.filter_shape}}\n aspect {{parent.aspect_ratio}}\n blades {{parent.blades}}\n roundness {{parent.roundness}}\n rotation {{parent.rotation}}\n inner_size {{parent.inner_size}}\n inner_feather {{parent.inner_feather}}\n inner_brightness {{parent.inner_brightness}}\n catadioptric_size {{parent.catadioptric_size}}\n catadioptric {{parent.catadioptric}}\n bloom_gamma {{parent.gamma_correction}}\n bloom {{parent.bloom}}\n bloom_threshold {{parent.bloom_threshold}}\n bloom_gain {{parent.bloom_gain}}\n name ZDefocus\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nknob_ls = \\['filter_shape','aspect_ratio','blades','roundness','rotation','inner_size','inner_feather','inner_brightness','catadioptric_size','catadioptric']\\nfor i in range( len(knob_ls) ) :\\n if thisGRP\\['filter_type'].getValue() == 0 :\\n if i < 2 :\\n thisGRP\\[knob_ls\\[i]].setVisible(True)\\n else :\\n thisGRP\\[knob_ls\\[i]].setVisible(False)\\n elif thisGRP\\['filter_type'].getValue() == 1 :\\n if i != 0 :\\n thisGRP\\[knob_ls\\[i]].setVisible(True)\\n else :\\n thisGRP\\[knob_ls\\[i]].setVisible(False)\\n else :\\n thisGRP\\[knob_ls\\[i]].setVisible(False)\\n\"\n xpos -360\n ypos 1260\n disable {{\"parent.defocus_value <= 1 ? 1 : 0\"}}\n }\n Remove {\n operation keep\n channels rgba\n name Remove3\n xpos -360\n ypos 1562\n }\n Dot {\n name Dot13\n xpos -326\n ypos 1642\n }\nset N2696b790 [stack 0]\npush $N2696b790\npush $N269205a0\n Merge2 {\n inputs 2\n bbox B\n name Merge4\n xpos 221\n ypos 1639\n }\n Switch {\n inputs 2\n which {{output}}\n name Switch1\n xpos 221\n ypos 1865\n }\n Output {\n name Output1\n xpos 221\n ypos 2076\n }\n NoOp {\n inputs 0\n name killPanel\n knobChanged \"\\nthisNODE = nuke.thisNode()\\nfor knob in thisNODE.knobs() :\\n if knob\\[:11] == 'abberation_' :\\n thisNODE.removeKnob(thisNODE\\[knob])\\n\"\n xpos -203\n ypos 1199\n addUserKnob {20 User}\n addUserKnob {18 abberation}\n abberation {0.2 0 -0.2}\n addUserKnob {6 abberation_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 abberation_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 abberation_panelDropped_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 abberation_panelDropped_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 abberation_panelDropped_1_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n }\n NoOp {\n inputs 0\n name dof_setting\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nknob_ls = \\['bloom_threshold','bloom_gain']\\nfor i in range( len(knob_ls) ) :\\n if thisGRP\\['bloom'].getValue() == 0 :\\n thisGRP\\[knob_ls\\[i]].setEnabled(False)\\n else :\\n thisGRP\\[knob_ls\\[i]].setEnabled(True)\\n\"\n xpos -202\n ypos 1258\n addUserKnob {20 User}\n addUserKnob {6 bloom +STARTLINE}\n bloom true\n }\n NoOp {\n inputs 0\n name dof_setting2\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nknob_ls = \\['depth_layers','layer_curve']\\nfor i in range( len(knob_ls) ) :\\n if thisGRP\\['auto_layer_spacing'].getValue() == 0 :\\n thisGRP\\[knob_ls\\[i]].setEnabled(True)\\n else :\\n thisGRP\\[knob_ls\\[i]].setEnabled(False)\\n\"\n xpos -203\n ypos 1322\n addUserKnob {20 User}\n addUserKnob {6 auto_layer_spacing l \"automatic layer spacing\" +STARTLINE}\n auto_layer_spacing true\n }\nend_group\nRotoPaint {\n inputs 0\n curves {{{v x3f99999a}\n {f 0}\n {n\n {layer Root\n {f 2097152}\n {t x44800000 x44428000}\n {a pt1x 0 pt1y 0 pt2x 0 pt2y 0 pt3x 0 pt3y 0 pt4x 0 pt4y 0 ptex00 0 ptex01 0 ptex02 0 ptex03 0 ptex10 0 ptex11 0 ptex12 0 ptex13 0 ptex20 0 ptex21 0 ptex22 0 ptex23 0 ptex30 0 ptex31 0 ptex32 0 ptex33 0 ptof1x 0 ptof1y 0 ptof2x 0 ptof2y 0 ptof3x 0 ptof3y 0 ptof4x 0 ptof4y 0 pterr 0 ptrefset 0 ptmot x40800000 ptref 0}\n {cubiccurve Brush1 512 catmullrom\n {cc\n {f 2080}\n {p\n {x44780000 x43b60000 x3d4860c8}\n {x44780000 x43b50000 x3e874087}\n {x44780000 x43b40000 x3e944894}\n {x44780000 x43b30000 x3e9e4c9e}\n {x44788000 x43b10000 x3ead54ad}\n {x44790000 x43b00000 x3eb254b2}\n {x44790000 x43ae0000 x3eb658b6}\n {x44798000 x43ab0000 x3eb958b9}\n {x447a0000 x43a90000 x3ebb5cbb}\n {x447a8000 x43a60000 x3ebe5cbe}\n {x447b0000 x43a40000 x3ec15cc1}\n {x447b0000 x43a20000 x3ec15cc1}\n {x447b8000 x43a00000 x3ec360c3}\n {x447b8000 x439e0000 x3ebf5cbf}\n {x447c0000 x439d0000 x3ec25cc2}\n {x447c0000 x439c0000 x3ec25cc2}\n {x447c0000 x439b0000 x3ec25cc2}\n {x447c0000 x439a0000 x3ec25cc2}}}\n {t x447a1555 x43a7d555}\n {a ro 0 go 0 bo 0 ao 0 bs x42d80000 bu 1 str 1 spx x44800000 spy x44428000 sb 1 tt x41880000}}}}}}\n toolbox {brush {\n { selectAll bs 108 str 1 ssx 1 ssy 1 sf 1 }\n { createBezier str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createBezierCusped str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createBSpline str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createEllipse str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createRectangle str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createRectangleCusped str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { brush bs 108 str 1 ssx 1 ssy 1 sf 1 sb 1 ltt 0 tt 17 }\n { eraser src 2 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { clone src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { reveal src 3 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { dodge src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { burn src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { blur src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { sharpen src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { smear src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n} }\n toolbar_brush_size 108\n toolbar_brush_hardness 0.200000003\n toolbar_source_transform_scale {1 1}\n toolbar_source_transform_center {1024 778}\n colorOverlay {0 0 0 0}\n lifetime_type \"all frames\"\n motionblur_on true\n brush_size 108\n brush_spacing 0.05000000075\n brush_hardness 0.200000003\n source_black_outside true\n name RotoPaint13\n xpos 2174\n ypos 398\n}\npush $N232b55b0\nGroup {\n inputs 2\n name WaterLens13\n tile_color 0xffccff\n note_font Verdana\n xpos 2309\n ypos 391\n addUserKnob {20 tab_general l General}\n addUserKnob {12 center}\n center {1002 334}\n addUserKnob {26 \"\"}\n addUserKnob {7 zdistortion l \"z distortion\"}\n zdistortion 0.99\n addUserKnob {7 edgeScale l \"edge scale\" R 0 4}\n edgeScale 1.5\n addUserKnob {7 bend R -1 1}\n bend -0.07\n addUserKnob {41 filter l \"distortion filter\" T IDistort1.filter}\n addUserKnob {7 matte_filter l \"matte filter\"}\n matte_filter 0.2\n addUserKnob {26 \"\"}\n addUserKnob {41 abberation T killPanel.abberation}\n addUserKnob {26 \"\"}\n addUserKnob {20 grp_cc l \"color correction\" n 1}\n grp_cc 0\n addUserKnob {41 saturation T ColorCorrect.saturation}\n addUserKnob {41 contrast T ColorCorrect.contrast}\n addUserKnob {41 gamma T ColorCorrect.gamma}\n addUserKnob {41 gain T ColorCorrect.gain}\n addUserKnob {41 offset T ColorCorrect.offset}\n addUserKnob {20 endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {4 output M {composite element}}\n output element\n addUserKnob {20 tab_defocus l Defocus}\n addUserKnob {7 defocus_value l \"defocus value\" R 0 100}\n addUserKnob {26 \"\"}\n addUserKnob {41 auto_layer_spacing l \"automatic layer spacing\" T dof_setting2.auto_layer_spacing}\n addUserKnob {3 depth_layers l \"depth layers\" +DISABLED}\n depth_layers 50\n addUserKnob {7 layer_curve +DISABLED R 0 5}\n layer_curve 1\n addUserKnob {26 \"\"}\n addUserKnob {41 filter_type l \"filter type\" T ZDefocus.filter_type}\n addUserKnob {7 filter_shape l \"filter shape\"}\n filter_shape 1\n addUserKnob {7 aspect_ratio l \"aspect ratio\" R 0.5 2}\n aspect_ratio 1\n addUserKnob {3 blades +HIDDEN}\n blades 5\n addUserKnob {7 roundness +HIDDEN R -1 1}\n roundness 0.2\n addUserKnob {7 rotation +HIDDEN R 0 360}\n addUserKnob {7 inner_size l \"inner size\" +HIDDEN}\n inner_size 0.8\n addUserKnob {7 inner_feather l \"inner feather\" +HIDDEN}\n inner_feather 1\n addUserKnob {7 inner_brightness l \"inner brightness\" +HIDDEN}\n inner_brightness 0.8\n addUserKnob {7 catadioptric_size l \"catadioptric size\" +HIDDEN}\n catadioptric_size 0.3\n addUserKnob {6 catadioptric -STARTLINE +HIDDEN}\n addUserKnob {20 grp_image l \"image filter\" n 1}\n grp_image 0\n addUserKnob {41 filter_channel l \"filter channel\" T ZDefocus.filter_channel}\n addUserKnob {41 use_input_channels l \"use input channels\" -STARTLINE T ZDefocus.use_input_channels}\n addUserKnob {41 image_filter l \"image filter\" T ZDefocus.image_filter}\n addUserKnob {41 clamp_image_filter l \"clamp image filter\" -STARTLINE T ZDefocus.clamp_image_filter}\n addUserKnob {20 endGroup_1 l endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {6 gamma_correction l \"gamma correction\" +STARTLINE}\n addUserKnob {41 bloom -STARTLINE T dof_setting.bloom}\n addUserKnob {7 bloom_threshold l \"bloom threshold\"}\n bloom_threshold 0.8\n addUserKnob {7 bloom_gain l \"bloom gain\" R 1 4}\n bloom_gain 7\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T 1.1}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2019-04-17}\n addUserKnob {26 l_CHANGELOG l Changelog T \"1.1\\n- soften abberation\\n\\n1.0\\n- create water droplet\"}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n}\n BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0xff\n label \"dont touch\"\n note_font_size 42\n xpos -424\n ypos 1127\n bdwidth 353\n bdheight 281\n }\n Input {\n inputs 0\n name filter\n xpos -812\n ypos 1264\n number 2\n }\n Input {\n inputs 0\n name mask\n xpos -1138\n ypos -508\n number 1\n }\n Shuffle {\n red alpha\n green alpha\n blue alpha\n name Shuffle1\n xpos -1138\n ypos -421\n }\n Dot {\n name Dot2\n xpos -1104\n ypos -213\n }\nset N26c3b610 [stack 0]\n Histogram {\n in {{0.2-(parent.matte_filter/10)} 1 {0.2+(parent.matte_filter/10)}}\n name Histogram1\n xpos -1138\n ypos 46\n }\n Shuffle {\n red black\n green black\n blue black\n alpha red\n name Shuffle3\n xpos -1138\n ypos 126\n }\n Dot {\n name Dot7\n xpos -1104\n ypos 814\n }\npush $N26c3b610\n Input {\n inputs 0\n name img\n xpos 221\n ypos -515\n }\n Dot {\n name Dot1\n xpos 255\n ypos -348\n }\nset N26988790 [stack 0]\n Remove {\n operation keep\n channels rgb\n name Remove2\n xpos 38\n ypos -351\n }\n Dot {\n name Dot5\n xpos -326\n ypos -348\n }\nset N2698c430 [stack 0]\n Remove {\n name Remove1\n xpos -552\n ypos -355\n }\n Dot {\n name Dot4\n xpos -647\n ypos -348\n }\nset N26997210 [stack 0]\n Dot {\n name Dot3\n xpos -866\n ypos -348\n }\n Merge2 {\n inputs 2\n name Merge1\n xpos -900\n ypos -216\n }\n FilterErode {\n size {{1000-(parent.zdistortion*1000)} {1000-(parent.zdistortion*1000)}}\n filter gaussian\n name FilterErode1\n xpos -900\n ypos -136\n }\n Invert {\n channels alpha\n name Invert1\n xpos -900\n ypos -25\n }\n Shuffle {\n red black\n green black\n blue alpha\n alpha black\n name Shuffle2\n xpos -900\n ypos 54\n }\npush $N26997210\n Expression {\n expr0 \"(x-\\[value center.x])/width\"\n expr1 \"(y-\\[value center.y])/height\"\n name Expression1\n xpos -681\n ypos -26\n addUserKnob {20 User}\n addUserKnob {12 center}\n center {{parent.center} {parent.center}}\n }\n Merge2 {\n inputs 2\n operation plus\n name Merge2\n xpos -681\n ypos 54\n }\n Grade {\n channels {rgba.red rgba.green -rgba.blue none}\n blackpoint {{parent.bend*0.5}}\n white {{parent.zdistortion/10}}\n gamma {{parent.edgeScale}}\n black_clamp false\n maskChannelInput rgba.blue\n name Grade1\n xpos -681\n ypos 144\n }\n Dot {\n name Dot6\n xpos -647\n ypos 498\n }\npush $N2698c430\n Crop {\n box {0 0 {input.width} {input.height}}\n crop false\n name Crop1\n xpos -360\n ypos -274\n }\n Dot {\n name Dot8\n xpos -326\n ypos -77\n }\nset N269d4180 [stack 0]\n Dot {\n name Dot10\n xpos -215\n ypos -77\n }\nset N269d6640 [stack 0]\n Dot {\n name Dot9\n xpos -106\n ypos -77\n }\n Shuffle {\n red black\n green black\n alpha black\n name blue\n tile_color 0xffff\n xpos -140\n ypos -3\n }\n Transform {\n scale {{1+(parent.abberation.b/10)}}\n center {{parent.center} {parent.center}}\n invert_matrix true\n black_outside false\n name Transform2\n xpos -140\n ypos 77\n }\n Blur {\n channels {-rgba.red -rgba.green rgba.blue none}\n size {{abs(parent.abberation.b*10)}}\n name Blur3\n xpos -140\n ypos 147\n }\n Dot {\n name Dot12\n xpos -106\n ypos 320\n }\npush $N269d6640\n Shuffle {\n red black\n blue black\n alpha black\n name green\n tile_color 0xff00ff\n xpos -249\n ypos -3\n }\n Transform {\n scale {{1+(parent.abberation.g/10)}}\n center {{parent.center} {parent.center}}\n invert_matrix true\n black_outside false\n name Transform4\n xpos -249\n ypos 77\n }\n Blur {\n channels {-rgba.red rgba.green -rgba.blue none}\n size {{abs(parent.abberation.g*10)}}\n name Blur2\n xpos -249\n ypos 147\n }\n Dot {\n name Dot11\n xpos -215\n ypos 240\n }\npush $N269d4180\n Shuffle {\n green black\n blue black\n alpha black\n name red\n tile_color 0xff0000ff\n xpos -360\n ypos -3\n }\n Transform {\n scale {{1+(parent.abberation.r/10)}}\n center {{parent.center} {parent.center}}\n invert_matrix true\n black_outside false\n name Transform1\n xpos -360\n ypos 77\n }\n Blur {\n channels {rgba.red -rgba.green -rgba.blue none}\n size {{abs(parent.abberation.r*10)}}\n name Blur1\n xpos -360\n ypos 149\n }\n Merge2 {\n inputs 2\n operation max\n name Merge5\n xpos -360\n ypos 237\n }\n Merge2 {\n inputs 2\n operation max\n name Merge6\n xpos -360\n ypos 317\n }\n ShuffleCopy {\n inputs 2\n red red\n green green\n out forward\n name ShuffleCopy1\n xpos -360\n ypos 495\n }\n IDistort {\n channels rgb\n uv forward\n uv_scale -4750\n name IDistort1\n xpos -360\n ypos 575\n }\n Shuffle {\n alpha white\n name Shuffle4\n xpos -360\n ypos 655\n }\n ColorCorrect {\n gain 1.1\n name ColorCorrect\n xpos -360\n ypos 735\n }\n Merge2 {\n inputs 2\n operation mask\n name Merge3\n xpos -360\n ypos 811\n }\n Shuffle {\n red black\n green black\n blue black\n alpha black\n out depth\n name Shuffle5\n xpos -360\n ypos 933\n }\n ZDefocus2 {\n inputs 2\n channels rgba\n focal_point {10000 10000}\n size {{parent.defocus_value}}\n max_size {{parent.defocus_value}}\n autoLayerSpacing {{parent.auto_layer_spacing}}\n layers {{parent.depth_layers}}\n layerCurve {{parent.layer_curve}}\n legacy_resize_mode false\n show_legacy_resize_mode false\n shape {{parent.filter_shape}}\n aspect {{parent.aspect_ratio}}\n blades {{parent.blades}}\n roundness {{parent.roundness}}\n rotation {{parent.rotation}}\n inner_size {{parent.inner_size}}\n inner_feather {{parent.inner_feather}}\n inner_brightness {{parent.inner_brightness}}\n catadioptric_size {{parent.catadioptric_size}}\n catadioptric {{parent.catadioptric}}\n bloom_gamma {{parent.gamma_correction}}\n bloom {{parent.bloom}}\n bloom_threshold {{parent.bloom_threshold}}\n bloom_gain {{parent.bloom_gain}}\n name ZDefocus\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nknob_ls = \\['filter_shape','aspect_ratio','blades','roundness','rotation','inner_size','inner_feather','inner_brightness','catadioptric_size','catadioptric']\\nfor i in range( len(knob_ls) ) :\\n if thisGRP\\['filter_type'].getValue() == 0 :\\n if i < 2 :\\n thisGRP\\[knob_ls\\[i]].setVisible(True)\\n else :\\n thisGRP\\[knob_ls\\[i]].setVisible(False)\\n elif thisGRP\\['filter_type'].getValue() == 1 :\\n if i != 0 :\\n thisGRP\\[knob_ls\\[i]].setVisible(True)\\n else :\\n thisGRP\\[knob_ls\\[i]].setVisible(False)\\n else :\\n thisGRP\\[knob_ls\\[i]].setVisible(False)\\n\"\n xpos -360\n ypos 1260\n disable {{\"parent.defocus_value <= 1 ? 1 : 0\"}}\n }\n Remove {\n operation keep\n channels rgba\n name Remove3\n xpos -360\n ypos 1562\n }\n Dot {\n name Dot13\n xpos -326\n ypos 1642\n }\nset N26d57e30 [stack 0]\npush $N26d57e30\npush $N26988790\n Merge2 {\n inputs 2\n bbox B\n name Merge4\n xpos 221\n ypos 1639\n }\n Switch {\n inputs 2\n which {{output}}\n name Switch1\n xpos 221\n ypos 1865\n }\n Output {\n name Output1\n xpos 221\n ypos 2076\n }\n NoOp {\n inputs 0\n name killPanel\n knobChanged \"\\nthisNODE = nuke.thisNode()\\nfor knob in thisNODE.knobs() :\\n if knob\\[:11] == 'abberation_' :\\n thisNODE.removeKnob(thisNODE\\[knob])\\n\"\n xpos -203\n ypos 1199\n addUserKnob {20 User}\n addUserKnob {18 abberation}\n abberation {0.5 0 -0.5}\n addUserKnob {6 abberation_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 abberation_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 abberation_panelDropped_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n }\n NoOp {\n inputs 0\n name dof_setting\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nknob_ls = \\['bloom_threshold','bloom_gain']\\nfor i in range( len(knob_ls) ) :\\n if thisGRP\\['bloom'].getValue() == 0 :\\n thisGRP\\[knob_ls\\[i]].setEnabled(False)\\n else :\\n thisGRP\\[knob_ls\\[i]].setEnabled(True)\\n\"\n xpos -202\n ypos 1258\n addUserKnob {20 User}\n addUserKnob {6 bloom +STARTLINE}\n bloom true\n }\n NoOp {\n inputs 0\n name dof_setting2\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nknob_ls = \\['depth_layers','layer_curve']\\nfor i in range( len(knob_ls) ) :\\n if thisGRP\\['auto_layer_spacing'].getValue() == 0 :\\n thisGRP\\[knob_ls\\[i]].setEnabled(True)\\n else :\\n thisGRP\\[knob_ls\\[i]].setEnabled(False)\\n\"\n xpos -203\n ypos 1322\n addUserKnob {20 User}\n addUserKnob {6 auto_layer_spacing l \"automatic layer spacing\" +STARTLINE}\n auto_layer_spacing true\n }\nend_group\nMerge2 {\n inputs 2\n name Merge6\n xpos 2309\n ypos 506\n}\nMerge2 {\n inputs 2\n name Merge7\n xpos 2309\n ypos 638\n}\nMerge2 {\n inputs 2\n name Merge8\n xpos 2309\n ypos 745\n}\nZDefocus2 {\n size 10\n legacy_resize_mode false\n show_legacy_resize_mode false\n bloom true\n bloom_gain 7\n name ZDefocus3\n xpos 2309\n ypos 906\n}\nReformat {\n black_outside true\n name Reformat2\n xpos 2309\n ypos 994\n}\npush $N232b47c0\nMerge2 {\n inputs 2\n bbox B\n name Merge9\n xpos 2480\n ypos 994\n}\nDot {\n name Dot29\n xpos 2514\n ypos 1383\n}\nRead {\n inputs 0\n file_type jpeg\n file <<>>/images/waterLensExampleBG.jpg\n format \"1280 720 0 0 1280 720 1 HD_720\"\n origset true\n name Read3\n xpos 757\n ypos -9\n}\nDot {\n name Dot2\n xpos 791\n ypos 260\n}\nset N278d4390 [stack 0]\nDot {\n name Dot1\n xpos 615\n ypos 260\n}\nset N278d6850 [stack 0]\nDot {\n name Dot3\n xpos 478\n ypos 260\n}\nset N278d8d10 [stack 0]\nDot {\n name Dot5\n xpos 328\n ypos 260\n}\nset N278db1d0 [stack 0]\nDot {\n name Dot9\n xpos 178\n ypos 260\n}\nRotoPaint {\n curves {{{v x3f99999a}\n {f 0}\n {n\n {layer Root\n {f 2097152}\n {t x44200000 x43b40000}\n {a pt1x 0 pt1y 0 pt2x 0 pt2y 0 pt3x 0 pt3y 0 pt4x 0 pt4y 0 ptex00 0 ptex01 0 ptex02 0 ptex03 0 ptex10 0 ptex11 0 ptex12 0 ptex13 0 ptex20 0 ptex21 0 ptex22 0 ptex23 0 ptex30 0 ptex31 0 ptex32 0 ptex33 0 ptof1x 0 ptof1y 0 ptof2x 0 ptof2y 0 ptof3x 0 ptof3y 0 ptof4x 0 ptof4y 0 pterr 0 ptrefset 0 ptmot x40800000 ptref 0}\n {cubiccurve Brush1 512 catmullrom\n {cc\n {f 2080}\n {p\n {x44614000 x438b0000 x3b800080}\n {x44614000 x438a8000 x3e4c60cc}\n {x44614000 x438a0000 x3e5260d2}\n {x44618000 x43890000 x3e6068e0}\n {x44618000 x43888000 x3e6670e6}\n {x44618000 x43880000 x3e6a70ea}\n {x44620000 x43880000 x3e6c70ec}\n {x44620000 x43868000 x3e7270f2}\n {x44620000 x43860000 x3e6e70ee}\n {x44624000 x43860000 x3e7678f6}}}\n {t x4461a666 x4388599a}\n {a ro 0 go 0 bo 0 ao 0 bs x42000000 bu 1 str 1 spx x44200000 spy x43b40000 sb 1 tt x41880000}}}}}}\n toolbox {brush {\n { selectAll bs 32 str 1 ssx 1 ssy 1 sf 1 }\n { createBezier str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createBezierCusped str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createBSpline str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createEllipse str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createRectangle str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createRectangleCusped str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { brush bs 32 str 1 ssx 1 ssy 1 sf 1 sb 1 ltt 0 tt 17 }\n { eraser src 2 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { clone src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { reveal src 3 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { dodge src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { burn src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { blur src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { sharpen src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { smear src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n} }\n toolbar_brush_size 32\n toolbar_brush_hardness 0.200000003\n toolbar_source_transform_scale {1 1}\n toolbar_source_transform_center {640 360}\n colorOverlay {0 0 0 0}\n lifetime_type \"all frames\"\n motionblur_on true\n brush_size 32\n brush_spacing 0.05000000075\n brush_hardness 0.200000003\n source_black_outside true\n name RotoPaint7\n xpos 144\n ypos 355\n}\nDot {\n name Dot10\n xpos 178\n ypos 776\n}\npush $N278db1d0\nRotoPaint {\n curves {{{v x3f99999a}\n {f 0}\n {n\n {layer Root\n {f 2097664}\n {t x44800000 x44428000}\n {a pt1x 0 pt1y 0 pt2x 0 pt2y 0 pt3x 0 pt3y 0 pt4x 0 pt4y 0 ptex00 0 ptex01 0 ptex02 0 ptex03 0 ptex10 0 ptex11 0 ptex12 0 ptex13 0 ptex20 0 ptex21 0 ptex22 0 ptex23 0 ptex30 0 ptex31 0 ptex32 0 ptex33 0 ptof1x 0 ptof1y 0 ptof2x 0 ptof2y 0 ptof3x 0 ptof3y 0 ptof4x 0 ptof4y 0 pterr 0 ptrefset 0 ptmot x40800000 ptref 0}\n {cubiccurve Brush1 512 catmullrom\n {cc\n {f 2080}\n {p\n {x42d20000 x43ae8000 x3c904090}\n {x42d40000 x43ae8000 x3e2248a2}\n {x42d80000 x43ae8000 x3e5868d8}\n {x42dc0000 x43af0000 x3e6a70ea}\n {x42e20000 x43af8000 x3e7e78fe}\n {x42e60000 x43b08000 x3e864086}\n {x42ec0000 x43b18000 x3e8b448b}\n {x42f40000 x43b30000 x3e8d448d}\n {x42fc0000 x43b50000 x3e8f448f}\n {x43030000 x43b70000 x3e914491}\n {x43070000 x43b88000 x3e914491}\n {x430c0000 x43ba8000 x3e954895}\n {x43110000 x43bc8000 x3e944894}\n {x43150000 x43be8000 x3e954895}\n {x43190000 x43c08000 x3e954895}\n {x431c0000 x43c18000 x3e944894}\n {x431f0000 x43c30000 x3e944894}\n {x43200000 x43c40000 x3e964896}\n {x43230000 x43c50000 x3e974897}\n {x43230000 x43c58000 x3e974897}\n {x43240000 x43c60000 x3e984898}\n {x43250000 x43c70000 x3e994899}\n {x43250000 x43c78000 x3e9b4c9b}\n {x43270000 x43c80000 x3e9f4c9f}\n {x43270000 x43c88000 x3e9f4c9f}\n {x43270000 x43c80000 x3e9b4c9b}\n {x43270000 x43c78000 x3e9b4c9b}\n {x43250000 x43c60000 x3e9d4c9d}\n {x43250000 x43c58000 x3e9d4c9d}\n {x43240000 x43c40000 x3e9d4c9d}\n {x43240000 x43c30000 x3e9d4c9d}\n {x43240000 x43c18000 x3e9d4c9d}\n {x43240000 x43bf8000 x3e9e4c9e}\n {x43240000 x43be0000 x3e9d4c9d}\n {x43240000 x43bc0000 x3e9d4c9d}\n {x43240000 x43b98000 x3e9e4c9e}\n {x43240000 x43b78000 x3e9e4c9e}\n {x43240000 x43b50000 x3e9d4c9d}\n {x43240000 x43b30000 x3e9d4c9d}\n {x43250000 x43b08000 x3e9d4c9d}\n {x43270000 x43ae8000 x3e9d4c9d}\n {x43280000 x43ac0000 x3e9d4c9d}\n {x43290000 x43aa0000 x3e9d4c9d}\n {x432b0000 x43a78000 x3e9f4c9f}\n {x432c0000 x43a58000 x3ea04ca0}\n {x432e0000 x43a38000 x3e9f4c9f}\n {x43300000 x43a18000 x3ea04ca0}\n {x43320000 x439f8000 x3ea04ca0}\n {x43340000 x439e0000 x3e9f4c9f}\n {x43360000 x439c0000 x3ea04ca0}\n {x43370000 x439a8000 x3e9f4c9f}\n {x43390000 x43998000 x3e9f4c9f}\n {x433b0000 x43988000 x3e9f4c9f}\n {x433d0000 x43978000 x3ea04ca0}\n {x433e0000 x43968000 x3e9f4c9f}\n {x433f0000 x43960000 x3e9f4c9f}\n {x43400000 x43960000 x3ea04ca0}\n {x43420000 x43958000 x3e9f4c9f}\n {x43420000 x43950000 x3e9f4c9f}\n {x43430000 x43950000 x3ea04ca0}\n {x43440000 x43940000 x3e9f4c9f}\n {x43460000 x43940000 x3ea04ca0}\n {x43470000 x43938000 x3e9c4c9c}\n {x43480000 x43938000 x3e844084}\n {x43490000 x43938000 x3ddc60dc}}}\n {t x43232762 x43b001f8}\n {a ro 0 go 0 bo 0 ao 0 bs x43300000 bu 1 str 1 spx x44800000 spy x44428000 sb 1 tt x41880000}}}}}}\n toolbox {brush {\n { selectAll bs 176 str 1 ssx 1 ssy 1 sf 1 }\n { createBezier str 1 ssx 1 ssy 1 sf 1 sb 1 tt 4 }\n { createBezierCusped str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createBSpline str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createEllipse str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createRectangle str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createRectangleCusped str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createOpenSpline str 1 ssx 1 ssy 1 sf 1 tt 10 }\n { addPoints str 1 ssx 1 ssy 1 sf 1 }\n { brush bs 176 str 1 ssx 1 ssy 1 sf 1 sb 1 ltt 0 tt 17 }\n { eraser src 2 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { clone src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { reveal src 3 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { dodge src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { burn src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { blur src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { sharpen src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { smear src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n} }\n toolbar_brush_size 176\n toolbar_brush_hardness 0.200000003\n toolbar_openspline_width 1\n toolbar_source_transform_scale {1 1}\n toolbar_source_transform_center {1024 778}\n colorOverlay {0 0 0 0}\n lifetime_type \"all frames\"\n motionblur_on true\n motionblur_shutter_offset_type centred\n openspline_width 1\n brush_size 176\n brush_spacing 0.05000000075\n brush_hardness 0.200000003\n source_black_outside true\n name RotoPaint3\n xpos 294\n ypos 357\n}\nDot {\n name Dot6\n xpos 328\n ypos 632\n}\npush $N278d8d10\nRotoPaint {\n curves {{{v x3f99999a}\n {f 0}\n {n\n {layer Root\n {f 2097152}\n {t x44800000 x44428000}\n {a pt1x 0 pt1y 0 pt2x 0 pt2y 0 pt3x 0 pt3y 0 pt4x 0 pt4y 0 ptex00 0 ptex01 0 ptex02 0 ptex03 0 ptex10 0 ptex11 0 ptex12 0 ptex13 0 ptex20 0 ptex21 0 ptex22 0 ptex23 0 ptex30 0 ptex31 0 ptex32 0 ptex33 0 ptof1x 0 ptof1y 0 ptof2x 0 ptof2y 0 ptof3x 0 ptof3y 0 ptof4x 0 ptof4y 0 pterr 0 ptrefset 0 ptmot x40800000 ptref 0}\n {curvegroup OpenSpline1 1049088 bezier\n {{cc\n {f 1056800}\n {p\n {}\n {{a osw 1 osf 0} x44028000 x44220000}\n {x41400000 xc2180000}\n {xc0aa7400 x427fe970}\n {{a osw 1 osf x409c5a65} x440d54e8 x43cf82d2}\n {x410a7900 xc2cfe580}\n {xc1200000 x42580000}\n {{a osw 1 osf x40fbe1c8} x44060000 x43300000}\n {x41200000 xc2580000}\n {xc0d00000 x41280000}\n {{a osw 1 osf x421e6637} x440f0000 x42b40000}\n {x40a87080 xc1080ae8}}}\n {cc\n {f 1056800}\n {p\n {}\n {}\n {x41400000 xc2180000}\n {xc0aa7400 x427fe970}\n {}\n {x410a7900 xc2cfe580}\n {xc1200000 x42580000}\n {}\n {x41200000 xc2580000}\n {xc0d00000 x41280000}\n {}\n {x40a87080 xc1080ae8}}}}\n {t x440a4000 x43a74000}\n {a osbe 0 osee 0 osw 1 osf 0 str 1 tt x41200000 ft x40400000}}}}}}\n toolbox {selectAll {\n { selectAll str 1 ssx 1 ssy 1 sf 1 }\n { createBezier str 1 ssx 1 ssy 1 sf 1 sb 1 tt 4 }\n { createBezierCusped str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createBSpline str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createEllipse str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createRectangle str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createRectangleCusped str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createOpenSpline str 1 ssx 1 ssy 1 sf 1 tt 10 }\n { addPoints str 1 ssx 1 ssy 1 sf 1 }\n { brush str 1 ssx 1 ssy 1 sf 1 sb 1 ltt 0 tt 17 }\n { eraser src 2 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { clone src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { reveal src 3 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { dodge src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { burn src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { blur src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { sharpen src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { smear src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n} }\n toolbar_brush_hardness 0.200000003\n toolbar_openspline_width 1\n toolbar_source_transform_scale {1 1}\n toolbar_source_transform_center {320 240}\n colorOverlay {0 0 0 0}\n lifetime_type \"all frames\"\n motionblur_shutter_offset_type centred\n feather_type smooth\n openspline_width 1\n brush_spacing 0.05000000075\n brush_hardness 0.200000003\n name RotoPaint2\n xpos 444\n ypos 356\n}\nDot {\n name Dot4\n xpos 478\n ypos 493\n}\npush $N278d6850\nRotoPaint {\n curves {{{v x3f99999a}\n {f 0}\n {n\n {layer Root\n {f 2097152}\n {t x44800000 x44428000}\n {a pt1x 0 pt1y 0 pt2x 0 pt2y 0 pt3x 0 pt3y 0 pt4x 0 pt4y 0 ptex00 0 ptex01 0 ptex02 0 ptex03 0 ptex10 0 ptex11 0 ptex12 0 ptex13 0 ptex20 0 ptex21 0 ptex22 0 ptex23 0 ptex30 0 ptex31 0 ptex32 0 ptex33 0 ptof1x 0 ptof1y 0 ptof2x 0 ptof2y 0 ptof3x 0 ptof3y 0 ptof4x 0 ptof4y 0 pterr 0 ptrefset 0 ptmot x40800000 ptref 0}\n {cubiccurve Brush1 512 catmullrom\n {cc\n {f 2080}\n {p\n {x44780000 x43b60000 x3d4860c8}\n {x44780000 x43b50000 x3e874087}\n {x44780000 x43b40000 x3e944894}\n {x44780000 x43b30000 x3e9e4c9e}\n {x44788000 x43b10000 x3ead54ad}\n {x44790000 x43b00000 x3eb254b2}\n {x44790000 x43ae0000 x3eb658b6}\n {x44798000 x43ab0000 x3eb958b9}\n {x447a0000 x43a90000 x3ebb5cbb}\n {x447a8000 x43a60000 x3ebe5cbe}\n {x447b0000 x43a40000 x3ec15cc1}\n {x447b0000 x43a20000 x3ec15cc1}\n {x447b8000 x43a00000 x3ec360c3}\n {x447b8000 x439e0000 x3ebf5cbf}\n {x447c0000 x439d0000 x3ec25cc2}\n {x447c0000 x439c0000 x3ec25cc2}\n {x447c0000 x439b0000 x3ec25cc2}\n {x447c0000 x439a0000 x3ec25cc2}}}\n {t x447a1555 x43a7d555}\n {a ro 0 go 0 bo 0 ao 0 bs x42d80000 bu 1 str 1 spx x44800000 spy x44428000 sb 1 tt x41880000}}}}}}\n toolbox {brush {\n { selectAll bs 108 str 1 ssx 1 ssy 1 sf 1 }\n { createBezier str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createBezierCusped str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createBSpline str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createEllipse str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createRectangle str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createRectangleCusped str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { brush bs 108 str 1 ssx 1 ssy 1 sf 1 sb 1 ltt 0 tt 17 }\n { eraser src 2 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { clone src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { reveal src 3 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { dodge src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { burn src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { blur src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { sharpen src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { smear src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n} }\n toolbar_brush_size 108\n toolbar_brush_hardness 0.200000003\n toolbar_source_transform_scale {1 1}\n toolbar_source_transform_center {1024 778}\n colorOverlay {0 0 0 0}\n lifetime_type \"all frames\"\n motionblur_on true\n brush_size 108\n brush_spacing 0.05000000075\n brush_hardness 0.200000003\n source_black_outside true\n name RotoPaint1\n xpos 581\n ypos 356\n}\npush $N278d4390\nGroup {\n inputs 2\n name WaterLens1\n tile_color 0xffccff\n note_font Verdana\n xpos 757\n ypos 349\n addUserKnob {20 tab_general l General}\n addUserKnob {12 center}\n center {1002 334}\n addUserKnob {26 \"\"}\n addUserKnob {7 zdistortion l \"z distortion\"}\n zdistortion 0.99\n addUserKnob {7 edgeScale l \"edge scale\" R 0 4}\n edgeScale 1.5\n addUserKnob {7 bend R -1 1}\n bend -0.07\n addUserKnob {41 filter l \"distortion filter\" T IDistort1.filter}\n addUserKnob {7 matte_filter l \"matte filter\"}\n matte_filter 0.2\n addUserKnob {26 \"\"}\n addUserKnob {41 abberation T killPanel.abberation}\n addUserKnob {26 \"\"}\n addUserKnob {20 grp_cc l \"color correction\" n 1}\n grp_cc 0\n addUserKnob {41 saturation T ColorCorrect.saturation}\n addUserKnob {41 contrast T ColorCorrect.contrast}\n addUserKnob {41 gamma T ColorCorrect.gamma}\n addUserKnob {41 gain T ColorCorrect.gain}\n addUserKnob {41 offset T ColorCorrect.offset}\n addUserKnob {20 endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {4 output M {composite element}}\n addUserKnob {20 tab_defocus l Defocus}\n addUserKnob {7 defocus_value l \"defocus value\" R 0 100}\n defocus_value 10\n addUserKnob {26 \"\"}\n addUserKnob {41 auto_layer_spacing l \"automatic layer spacing\" T dof_setting2.auto_layer_spacing}\n addUserKnob {3 depth_layers l \"depth layers\" +DISABLED}\n depth_layers 50\n addUserKnob {7 layer_curve +DISABLED R 0 5}\n layer_curve 1\n addUserKnob {26 \"\"}\n addUserKnob {41 filter_type l \"filter type\" T ZDefocus.filter_type}\n addUserKnob {7 filter_shape l \"filter shape\"}\n filter_shape 1\n addUserKnob {7 aspect_ratio l \"aspect ratio\" R 0.5 2}\n aspect_ratio 1\n addUserKnob {3 blades +HIDDEN}\n blades 5\n addUserKnob {7 roundness +HIDDEN R -1 1}\n roundness 0.2\n addUserKnob {7 rotation +HIDDEN R 0 360}\n addUserKnob {7 inner_size l \"inner size\" +HIDDEN}\n inner_size 0.8\n addUserKnob {7 inner_feather l \"inner feather\" +HIDDEN}\n inner_feather 1\n addUserKnob {7 inner_brightness l \"inner brightness\" +HIDDEN}\n inner_brightness 0.8\n addUserKnob {7 catadioptric_size l \"catadioptric size\" +HIDDEN}\n catadioptric_size 0.3\n addUserKnob {6 catadioptric -STARTLINE +HIDDEN}\n addUserKnob {20 grp_image l \"image filter\" n 1}\n grp_image 0\n addUserKnob {41 filter_channel l \"filter channel\" T ZDefocus.filter_channel}\n addUserKnob {41 use_input_channels l \"use input channels\" -STARTLINE T ZDefocus.use_input_channels}\n addUserKnob {41 image_filter l \"image filter\" T ZDefocus.image_filter}\n addUserKnob {41 clamp_image_filter l \"clamp image filter\" -STARTLINE T ZDefocus.clamp_image_filter}\n addUserKnob {20 endGroup_1 l endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {6 gamma_correction l \"gamma correction\" +STARTLINE}\n addUserKnob {41 bloom -STARTLINE T dof_setting.bloom}\n addUserKnob {7 bloom_threshold l \"bloom threshold\"}\n bloom_threshold 0.8\n addUserKnob {7 bloom_gain l \"bloom gain\" R 1 4}\n bloom_gain 7\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T 1.1}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2019-04-17}\n addUserKnob {26 l_CHANGELOG l Changelog T \"1.1\\n- soften abberation\\n\\n1.0\\n- create water droplet\"}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n}\n BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0xff\n label \"dont touch\"\n note_font_size 42\n xpos -424\n ypos 1127\n bdwidth 353\n bdheight 281\n }\n Input {\n inputs 0\n name filter\n xpos -812\n ypos 1264\n number 2\n }\n Input {\n inputs 0\n name mask\n xpos -1138\n ypos -508\n number 1\n }\n Shuffle {\n red alpha\n green alpha\n blue alpha\n name Shuffle1\n xpos -1138\n ypos -421\n }\n Dot {\n name Dot2\n xpos -1104\n ypos -213\n }\nset N27d20b10 [stack 0]\n Histogram {\n in {{0.2-(parent.matte_filter/10)} 1 {0.2+(parent.matte_filter/10)}}\n name Histogram1\n xpos -1138\n ypos 46\n }\n Shuffle {\n red black\n green black\n blue black\n alpha red\n name Shuffle3\n xpos -1138\n ypos 126\n }\n Dot {\n name Dot7\n xpos -1104\n ypos 814\n }\npush $N27d20b10\n Input {\n inputs 0\n name img\n xpos 221\n ypos -515\n }\n Dot {\n name Dot1\n xpos 255\n ypos -348\n }\nset N27d35a30 [stack 0]\n Remove {\n operation keep\n channels rgb\n name Remove2\n xpos 38\n ypos -351\n }\n Dot {\n name Dot5\n xpos -326\n ypos -348\n }\nset N27d3c5b0 [stack 0]\n Remove {\n name Remove1\n xpos -552\n ypos -355\n }\n Dot {\n name Dot4\n xpos -647\n ypos -348\n }\nset N27d42ff0 [stack 0]\n Dot {\n name Dot3\n xpos -866\n ypos -348\n }\n Merge2 {\n inputs 2\n name Merge1\n xpos -900\n ypos -216\n }\n FilterErode {\n size {{1000-(parent.zdistortion*1000)} {1000-(parent.zdistortion*1000)}}\n filter gaussian\n name FilterErode1\n xpos -900\n ypos -136\n }\n Invert {\n channels alpha\n name Invert1\n xpos -900\n ypos -25\n }\n Shuffle {\n red black\n green black\n blue alpha\n alpha black\n name Shuffle2\n xpos -900\n ypos 54\n }\npush $N27d42ff0\n Expression {\n expr0 \"(x-\\[value center.x])/width\"\n expr1 \"(y-\\[value center.y])/height\"\n name Expression1\n xpos -681\n ypos -26\n addUserKnob {20 User}\n addUserKnob {12 center}\n center {{parent.center} {parent.center}}\n }\n Merge2 {\n inputs 2\n operation plus\n name Merge2\n xpos -681\n ypos 54\n }\n Grade {\n channels {rgba.red rgba.green -rgba.blue none}\n blackpoint {{parent.bend*0.5}}\n white {{parent.zdistortion/10}}\n gamma {{parent.edgeScale}}\n black_clamp false\n maskChannelInput rgba.blue\n name Grade1\n xpos -681\n ypos 144\n }\n Dot {\n name Dot6\n xpos -647\n ypos 498\n }\npush $N27d3c5b0\n Crop {\n box {0 0 {input.width} {input.height}}\n crop false\n name Crop1\n xpos -360\n ypos -274\n }\n Dot {\n name Dot8\n xpos -326\n ypos -77\n }\nset N27d808a0 [stack 0]\n Dot {\n name Dot10\n xpos -215\n ypos -77\n }\nset N27d82d60 [stack 0]\n Dot {\n name Dot9\n xpos -106\n ypos -77\n }\n Shuffle {\n red black\n green black\n alpha black\n name blue\n tile_color 0xffff\n xpos -140\n ypos -3\n }\n Transform {\n scale {{1+(parent.abberation.b/10)}}\n center {{parent.center} {parent.center}}\n invert_matrix true\n black_outside false\n name Transform2\n xpos -140\n ypos 77\n }\n Blur {\n channels {-rgba.red -rgba.green rgba.blue none}\n size {{abs(parent.abberation.b*10)}}\n name Blur3\n xpos -140\n ypos 147\n }\n Dot {\n name Dot12\n xpos -106\n ypos 320\n }\npush $N27d82d60\n Shuffle {\n red black\n blue black\n alpha black\n name green\n tile_color 0xff00ff\n xpos -249\n ypos -3\n }\n Transform {\n scale {{1+(parent.abberation.g/10)}}\n center {{parent.center} {parent.center}}\n invert_matrix true\n black_outside false\n name Transform4\n xpos -249\n ypos 77\n }\n Blur {\n channels {-rgba.red rgba.green -rgba.blue none}\n size {{abs(parent.abberation.g*10)}}\n name Blur2\n xpos -249\n ypos 147\n }\n Dot {\n name Dot11\n xpos -215\n ypos 240\n }\npush $N27d808a0\n Shuffle {\n green black\n blue black\n alpha black\n name red\n tile_color 0xff0000ff\n xpos -360\n ypos -3\n }\n Transform {\n scale {{1+(parent.abberation.r/10)}}\n center {{parent.center} {parent.center}}\n invert_matrix true\n black_outside false\n name Transform1\n xpos -360\n ypos 77\n }\n Blur {\n channels {rgba.red -rgba.green -rgba.blue none}\n size {{abs(parent.abberation.r*10)}}\n name Blur1\n xpos -360\n ypos 149\n }\n Merge2 {\n inputs 2\n operation max\n name Merge5\n xpos -360\n ypos 237\n }\n Merge2 {\n inputs 2\n operation max\n name Merge6\n xpos -360\n ypos 317\n }\n ShuffleCopy {\n inputs 2\n red red\n green green\n out forward\n name ShuffleCopy1\n xpos -360\n ypos 495\n }\n IDistort {\n channels rgb\n uv forward\n uv_scale -4750\n name IDistort1\n xpos -360\n ypos 575\n }\n Shuffle {\n alpha white\n name Shuffle4\n xpos -360\n ypos 655\n }\n ColorCorrect {\n gain 1.1\n name ColorCorrect\n xpos -360\n ypos 735\n }\n Merge2 {\n inputs 2\n operation mask\n name Merge3\n xpos -360\n ypos 811\n }\n Shuffle {\n red black\n green black\n blue black\n alpha black\n out depth\n name Shuffle5\n xpos -360\n ypos 933\n }\n ZDefocus2 {\n inputs 2\n channels rgba\n focal_point {10000 10000}\n size {{parent.defocus_value}}\n max_size {{parent.defocus_value}}\n autoLayerSpacing {{parent.auto_layer_spacing}}\n layers {{parent.depth_layers}}\n layerCurve {{parent.layer_curve}}\n legacy_resize_mode false\n show_legacy_resize_mode false\n shape {{parent.filter_shape}}\n aspect {{parent.aspect_ratio}}\n blades {{parent.blades}}\n roundness {{parent.roundness}}\n rotation {{parent.rotation}}\n inner_size {{parent.inner_size}}\n inner_feather {{parent.inner_feather}}\n inner_brightness {{parent.inner_brightness}}\n catadioptric_size {{parent.catadioptric_size}}\n catadioptric {{parent.catadioptric}}\n bloom_gamma {{parent.gamma_correction}}\n bloom {{parent.bloom}}\n bloom_threshold {{parent.bloom_threshold}}\n bloom_gain {{parent.bloom_gain}}\n name ZDefocus\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nknob_ls = \\['filter_shape','aspect_ratio','blades','roundness','rotation','inner_size','inner_feather','inner_brightness','catadioptric_size','catadioptric']\\nfor i in range( len(knob_ls) ) :\\n if thisGRP\\['filter_type'].getValue() == 0 :\\n if i < 2 :\\n thisGRP\\[knob_ls\\[i]].setVisible(True)\\n else :\\n thisGRP\\[knob_ls\\[i]].setVisible(False)\\n elif thisGRP\\['filter_type'].getValue() == 1 :\\n if i != 0 :\\n thisGRP\\[knob_ls\\[i]].setVisible(True)\\n else :\\n thisGRP\\[knob_ls\\[i]].setVisible(False)\\n else :\\n thisGRP\\[knob_ls\\[i]].setVisible(False)\\n\"\n xpos -360\n ypos 1260\n disable {{\"parent.defocus_value <= 1 ? 1 : 0\"}}\n }\n Remove {\n operation keep\n channels rgba\n name Remove3\n xpos -360\n ypos 1562\n }\n Dot {\n name Dot13\n xpos -326\n ypos 1642\n }\nset N27dc3c40 [stack 0]\npush $N27dc3c40\npush $N27d35a30\n Merge2 {\n inputs 2\n bbox B\n name Merge4\n xpos 221\n ypos 1639\n }\n Switch {\n inputs 2\n which {{output}}\n name Switch1\n xpos 221\n ypos 1865\n }\n Output {\n name Output1\n xpos 221\n ypos 2076\n }\n NoOp {\n inputs 0\n name killPanel\n knobChanged \"\\nthisNODE = nuke.thisNode()\\nfor knob in thisNODE.knobs() :\\n if knob\\[:11] == 'abberation_' :\\n thisNODE.removeKnob(thisNODE\\[knob])\\n\"\n xpos -203\n ypos 1199\n addUserKnob {20 User}\n addUserKnob {18 abberation}\n abberation {0.5 0 -0.5}\n addUserKnob {6 abberation_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 abberation_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n }\n NoOp {\n inputs 0\n name dof_setting\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nknob_ls = \\['bloom_threshold','bloom_gain']\\nfor i in range( len(knob_ls) ) :\\n if thisGRP\\['bloom'].getValue() == 0 :\\n thisGRP\\[knob_ls\\[i]].setEnabled(False)\\n else :\\n thisGRP\\[knob_ls\\[i]].setEnabled(True)\\n\"\n xpos -202\n ypos 1258\n addUserKnob {20 User}\n addUserKnob {6 bloom +STARTLINE}\n bloom true\n }\n NoOp {\n inputs 0\n name dof_setting2\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nknob_ls = \\['depth_layers','layer_curve']\\nfor i in range( len(knob_ls) ) :\\n if thisGRP\\['auto_layer_spacing'].getValue() == 0 :\\n thisGRP\\[knob_ls\\[i]].setEnabled(True)\\n else :\\n thisGRP\\[knob_ls\\[i]].setEnabled(False)\\n\"\n xpos -203\n ypos 1322\n addUserKnob {20 User}\n addUserKnob {6 auto_layer_spacing l \"automatic layer spacing\" +STARTLINE}\n auto_layer_spacing true\n }\nend_group\nGroup {\n inputs 2\n name WaterLens2\n tile_color 0xffccff\n note_font Verdana\n xpos 757\n ypos 483\n addUserKnob {20 tab_general l General}\n addUserKnob {12 center}\n center {517 118}\n addUserKnob {26 \"\"}\n addUserKnob {7 zdistortion l \"z distortion\"}\n zdistortion 0.975\n addUserKnob {7 edgeScale l \"edge scale\" R 0 4}\n edgeScale 0.8\n addUserKnob {7 bend R -1 1}\n addUserKnob {41 filter l \"distortion filter\" T IDistort1.filter}\n addUserKnob {7 matte_filter l \"matte filter\"}\n matte_filter 1\n addUserKnob {26 \"\"}\n addUserKnob {41 abberation T killPanel.abberation}\n addUserKnob {26 \"\"}\n addUserKnob {20 grp_cc l \"color correction\" n 1}\n grp_cc 0\n addUserKnob {41 saturation T ColorCorrect.saturation}\n addUserKnob {41 contrast T ColorCorrect.contrast}\n addUserKnob {41 gamma T ColorCorrect.gamma}\n addUserKnob {41 gain T ColorCorrect.gain}\n addUserKnob {41 offset T ColorCorrect.offset}\n addUserKnob {20 endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {4 output M {composite element}}\n addUserKnob {20 tab_defocus l Defocus}\n addUserKnob {7 defocus_value l \"defocus value\" R 0 100}\n defocus_value 10\n addUserKnob {26 \"\"}\n addUserKnob {41 auto_layer_spacing l \"automatic layer spacing\" T dof_setting2.auto_layer_spacing}\n addUserKnob {3 depth_layers l \"depth layers\" +DISABLED}\n depth_layers 50\n addUserKnob {7 layer_curve +DISABLED R 0 5}\n layer_curve 1\n addUserKnob {26 \"\"}\n addUserKnob {41 filter_type l \"filter type\" T ZDefocus.filter_type}\n addUserKnob {7 filter_shape l \"filter shape\"}\n filter_shape 1\n addUserKnob {7 aspect_ratio l \"aspect ratio\" R 0.5 2}\n aspect_ratio 1\n addUserKnob {3 blades +HIDDEN}\n blades 5\n addUserKnob {7 roundness +HIDDEN R -1 1}\n roundness 0.2\n addUserKnob {7 rotation +HIDDEN R 0 360}\n addUserKnob {7 inner_size l \"inner size\" +HIDDEN}\n inner_size 0.8\n addUserKnob {7 inner_feather l \"inner feather\" +HIDDEN}\n inner_feather 1\n addUserKnob {7 inner_brightness l \"inner brightness\" +HIDDEN}\n inner_brightness 0.8\n addUserKnob {7 catadioptric_size l \"catadioptric size\" +HIDDEN}\n catadioptric_size 0.3\n addUserKnob {6 catadioptric -STARTLINE +HIDDEN}\n addUserKnob {20 grp_image l \"image filter\" n 1}\n grp_image 0\n addUserKnob {41 filter_channel l \"filter channel\" T ZDefocus.filter_channel}\n addUserKnob {41 use_input_channels l \"use input channels\" -STARTLINE T ZDefocus.use_input_channels}\n addUserKnob {41 image_filter l \"image filter\" T ZDefocus.image_filter}\n addUserKnob {41 clamp_image_filter l \"clamp image filter\" -STARTLINE T ZDefocus.clamp_image_filter}\n addUserKnob {20 endGroup_1 l endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {6 gamma_correction l \"gamma correction\" +STARTLINE}\n addUserKnob {41 bloom -STARTLINE T dof_setting.bloom}\n addUserKnob {7 bloom_threshold l \"bloom threshold\"}\n bloom_threshold 0.8\n addUserKnob {7 bloom_gain l \"bloom gain\" R 1 4}\n bloom_gain 7\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T 1.1}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2019-04-17}\n addUserKnob {26 l_CHANGELOG l Changelog T \"1.1\\n- soften abberation\\n\\n1.0\\n- create water droplet\"}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n}\n BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0xff\n label \"dont touch\"\n note_font_size 42\n xpos -424\n ypos 1127\n bdwidth 353\n bdheight 281\n }\n Input {\n inputs 0\n name filter\n xpos -812\n ypos 1264\n number 2\n }\n Input {\n inputs 0\n name mask\n xpos -1138\n ypos -508\n number 1\n }\n Shuffle {\n red alpha\n green alpha\n blue alpha\n name Shuffle1\n xpos -1138\n ypos -421\n }\n Dot {\n name Dot2\n xpos -1104\n ypos -213\n }\nset N27f93e60 [stack 0]\n Histogram {\n in {{0.2-(parent.matte_filter/10)} 1 {0.2+(parent.matte_filter/10)}}\n name Histogram1\n xpos -1138\n ypos 46\n }\n Shuffle {\n red black\n green black\n blue black\n alpha red\n name Shuffle3\n xpos -1138\n ypos 126\n }\n Dot {\n name Dot7\n xpos -1104\n ypos 814\n }\npush $N27f93e60\n Input {\n inputs 0\n name img\n xpos 221\n ypos -515\n }\n Dot {\n name Dot1\n xpos 255\n ypos -348\n }\nset N27fa8d80 [stack 0]\n Remove {\n operation keep\n channels rgb\n name Remove2\n xpos 38\n ypos -351\n }\n Dot {\n name Dot5\n xpos -326\n ypos -348\n }\nset N27faf900 [stack 0]\n Remove {\n name Remove1\n xpos -552\n ypos -355\n }\n Dot {\n name Dot4\n xpos -647\n ypos -348\n }\nset N27fb6340 [stack 0]\n Dot {\n name Dot3\n xpos -866\n ypos -348\n }\n Merge2 {\n inputs 2\n name Merge1\n xpos -900\n ypos -216\n }\n FilterErode {\n size {{1000-(parent.zdistortion*1000)} {1000-(parent.zdistortion*1000)}}\n filter gaussian\n name FilterErode1\n xpos -900\n ypos -136\n }\n Invert {\n channels alpha\n name Invert1\n xpos -900\n ypos -25\n }\n Shuffle {\n red black\n green black\n blue alpha\n alpha black\n name Shuffle2\n xpos -900\n ypos 54\n }\npush $N27fb6340\n Expression {\n expr0 \"(x-\\[value center.x])/width\"\n expr1 \"(y-\\[value center.y])/height\"\n name Expression1\n xpos -681\n ypos -26\n addUserKnob {20 User}\n addUserKnob {12 center}\n center {{parent.center} {parent.center}}\n }\n Merge2 {\n inputs 2\n operation plus\n name Merge2\n xpos -681\n ypos 54\n }\n Grade {\n channels {rgba.red rgba.green -rgba.blue none}\n blackpoint {{parent.bend*0.5}}\n white {{parent.zdistortion/10}}\n gamma {{parent.edgeScale}}\n black_clamp false\n maskChannelInput rgba.blue\n name Grade1\n xpos -681\n ypos 144\n }\n Dot {\n name Dot6\n xpos -647\n ypos 498\n }\npush $N27faf900\n Crop {\n box {0 0 {input.width} {input.height}}\n crop false\n name Crop1\n xpos -360\n ypos -274\n }\n Dot {\n name Dot8\n xpos -326\n ypos -77\n }\nset N27ff3660 [stack 0]\n Dot {\n name Dot10\n xpos -215\n ypos -77\n }\nset N27ff5b20 [stack 0]\n Dot {\n name Dot9\n xpos -106\n ypos -77\n }\n Shuffle {\n red black\n green black\n alpha black\n name blue\n tile_color 0xffff\n xpos -140\n ypos -3\n }\n Transform {\n scale {{1+(parent.abberation.b/10)}}\n center {{parent.center} {parent.center}}\n invert_matrix true\n black_outside false\n name Transform2\n xpos -140\n ypos 77\n }\n Blur {\n channels {-rgba.red -rgba.green rgba.blue none}\n size {{abs(parent.abberation.b*10)}}\n name Blur3\n xpos -140\n ypos 147\n }\n Dot {\n name Dot12\n xpos -106\n ypos 320\n }\npush $N27ff5b20\n Shuffle {\n red black\n blue black\n alpha black\n name green\n tile_color 0xff00ff\n xpos -249\n ypos -3\n }\n Transform {\n scale {{1+(parent.abberation.g/10)}}\n center {{parent.center} {parent.center}}\n invert_matrix true\n black_outside false\n name Transform4\n xpos -249\n ypos 77\n }\n Blur {\n channels {-rgba.red rgba.green -rgba.blue none}\n size {{abs(parent.abberation.g*10)}}\n name Blur2\n xpos -249\n ypos 147\n }\n Dot {\n name Dot11\n xpos -215\n ypos 240\n }\npush $N27ff3660\n Shuffle {\n green black\n blue black\n alpha black\n name red\n tile_color 0xff0000ff\n xpos -360\n ypos -3\n }\n Transform {\n scale {{1+(parent.abberation.r/10)}}\n center {{parent.center} {parent.center}}\n invert_matrix true\n black_outside false\n name Transform1\n xpos -360\n ypos 77\n }\n Blur {\n channels {rgba.red -rgba.green -rgba.blue none}\n size {{abs(parent.abberation.r*10)}}\n name Blur1\n xpos -360\n ypos 149\n }\n Merge2 {\n inputs 2\n operation max\n name Merge5\n xpos -360\n ypos 237\n }\n Merge2 {\n inputs 2\n operation max\n name Merge6\n xpos -360\n ypos 317\n }\n ShuffleCopy {\n inputs 2\n red red\n green green\n out forward\n name ShuffleCopy1\n xpos -360\n ypos 495\n }\n IDistort {\n channels rgb\n uv forward\n uv_scale -4750\n name IDistort1\n xpos -360\n ypos 575\n }\n Shuffle {\n alpha white\n name Shuffle4\n xpos -360\n ypos 655\n }\n ColorCorrect {\n contrast 1.12\n name ColorCorrect\n xpos -360\n ypos 735\n }\n Merge2 {\n inputs 2\n operation mask\n name Merge3\n xpos -360\n ypos 811\n }\n Shuffle {\n red black\n green black\n blue black\n alpha black\n out depth\n name Shuffle5\n xpos -360\n ypos 933\n }\n ZDefocus2 {\n inputs 2\n channels rgba\n focal_point {10000 10000}\n size {{parent.defocus_value}}\n max_size {{parent.defocus_value}}\n autoLayerSpacing {{parent.auto_layer_spacing}}\n layers {{parent.depth_layers}}\n layerCurve {{parent.layer_curve}}\n legacy_resize_mode false\n show_legacy_resize_mode false\n shape {{parent.filter_shape}}\n aspect {{parent.aspect_ratio}}\n blades {{parent.blades}}\n roundness {{parent.roundness}}\n rotation {{parent.rotation}}\n inner_size {{parent.inner_size}}\n inner_feather {{parent.inner_feather}}\n inner_brightness {{parent.inner_brightness}}\n catadioptric_size {{parent.catadioptric_size}}\n catadioptric {{parent.catadioptric}}\n bloom_gamma {{parent.gamma_correction}}\n bloom {{parent.bloom}}\n bloom_threshold {{parent.bloom_threshold}}\n bloom_gain {{parent.bloom_gain}}\n name ZDefocus\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nknob_ls = \\['filter_shape','aspect_ratio','blades','roundness','rotation','inner_size','inner_feather','inner_brightness','catadioptric_size','catadioptric']\\nfor i in range( len(knob_ls) ) :\\n if thisGRP\\['filter_type'].getValue() == 0 :\\n if i < 2 :\\n thisGRP\\[knob_ls\\[i]].setVisible(True)\\n else :\\n thisGRP\\[knob_ls\\[i]].setVisible(False)\\n elif thisGRP\\['filter_type'].getValue() == 1 :\\n if i != 0 :\\n thisGRP\\[knob_ls\\[i]].setVisible(True)\\n else :\\n thisGRP\\[knob_ls\\[i]].setVisible(False)\\n else :\\n thisGRP\\[knob_ls\\[i]].setVisible(False)\\n\"\n xpos -360\n ypos 1260\n disable {{\"parent.defocus_value <= 1 ? 1 : 0\"}}\n }\n Remove {\n operation keep\n channels rgba\n name Remove3\n xpos -360\n ypos 1562\n }\n Dot {\n name Dot13\n xpos -326\n ypos 1642\n }\nset N28879440 [stack 0]\npush $N28879440\npush $N27fa8d80\n Merge2 {\n inputs 2\n bbox B\n name Merge4\n xpos 221\n ypos 1639\n }\n Switch {\n inputs 2\n which {{output}}\n name Switch1\n xpos 221\n ypos 1865\n }\n Output {\n name Output1\n xpos 221\n ypos 2076\n }\n NoOp {\n inputs 0\n name killPanel\n knobChanged \"\\nthisNODE = nuke.thisNode()\\nfor knob in thisNODE.knobs() :\\n if knob\\[:11] == 'abberation_' :\\n thisNODE.removeKnob(thisNODE\\[knob])\\n\"\n xpos -203\n ypos 1199\n addUserKnob {20 User}\n addUserKnob {18 abberation}\n abberation {0.2 0 -0.2}\n addUserKnob {6 abberation_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 abberation_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 abberation_panelDropped_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 abberation_panelDropped_1_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n }\n NoOp {\n inputs 0\n name dof_setting\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nknob_ls = \\['bloom_threshold','bloom_gain']\\nfor i in range( len(knob_ls) ) :\\n if thisGRP\\['bloom'].getValue() == 0 :\\n thisGRP\\[knob_ls\\[i]].setEnabled(False)\\n else :\\n thisGRP\\[knob_ls\\[i]].setEnabled(True)\\n\"\n xpos -202\n ypos 1258\n addUserKnob {20 User}\n addUserKnob {6 bloom +STARTLINE}\n bloom true\n }\n NoOp {\n inputs 0\n name dof_setting2\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nknob_ls = \\['depth_layers','layer_curve']\\nfor i in range( len(knob_ls) ) :\\n if thisGRP\\['auto_layer_spacing'].getValue() == 0 :\\n thisGRP\\[knob_ls\\[i]].setEnabled(True)\\n else :\\n thisGRP\\[knob_ls\\[i]].setEnabled(False)\\n\"\n xpos -203\n ypos 1322\n addUserKnob {20 User}\n addUserKnob {6 auto_layer_spacing l \"automatic layer spacing\" +STARTLINE}\n auto_layer_spacing true\n }\nend_group\nGroup {\n inputs 2\n name WaterLens3\n tile_color 0xffccff\n note_font Verdana\n xpos 757\n ypos 622\n addUserKnob {20 tab_general l General}\n addUserKnob {12 center}\n center {183 331}\n addUserKnob {26 \"\"}\n addUserKnob {7 zdistortion l \"z distortion\"}\n zdistortion 0.96\n addUserKnob {7 edgeScale l \"edge scale\" R 0 4}\n edgeScale 0.8\n addUserKnob {7 bend R -1 1}\n bend -0.49\n addUserKnob {41 filter l \"distortion filter\" T IDistort1.filter}\n addUserKnob {7 matte_filter l \"matte filter\"}\n matte_filter 0.3\n addUserKnob {26 \"\"}\n addUserKnob {41 abberation T killPanel.abberation}\n addUserKnob {26 \"\"}\n addUserKnob {20 grp_cc l \"color correction\" n 1}\n grp_cc 0\n addUserKnob {41 saturation T ColorCorrect.saturation}\n addUserKnob {41 contrast T ColorCorrect.contrast}\n addUserKnob {41 gamma T ColorCorrect.gamma}\n addUserKnob {41 gain T ColorCorrect.gain}\n addUserKnob {41 offset T ColorCorrect.offset}\n addUserKnob {20 endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {4 output M {composite element}}\n addUserKnob {20 tab_defocus l Defocus}\n addUserKnob {7 defocus_value l \"defocus value\" R 0 100}\n defocus_value 10\n addUserKnob {26 \"\"}\n addUserKnob {41 auto_layer_spacing l \"automatic layer spacing\" T dof_setting2.auto_layer_spacing}\n addUserKnob {3 depth_layers l \"depth layers\" +DISABLED}\n depth_layers 50\n addUserKnob {7 layer_curve +DISABLED R 0 5}\n layer_curve 1\n addUserKnob {26 \"\"}\n addUserKnob {41 filter_type l \"filter type\" T ZDefocus.filter_type}\n addUserKnob {7 filter_shape l \"filter shape\"}\n filter_shape 1\n addUserKnob {7 aspect_ratio l \"aspect ratio\" R 0.5 2}\n aspect_ratio 1\n addUserKnob {3 blades +HIDDEN}\n blades 5\n addUserKnob {7 roundness +HIDDEN R -1 1}\n roundness 0.2\n addUserKnob {7 rotation +HIDDEN R 0 360}\n addUserKnob {7 inner_size l \"inner size\" +HIDDEN}\n inner_size 0.8\n addUserKnob {7 inner_feather l \"inner feather\" +HIDDEN}\n inner_feather 1\n addUserKnob {7 inner_brightness l \"inner brightness\" +HIDDEN}\n inner_brightness 0.8\n addUserKnob {7 catadioptric_size l \"catadioptric size\" +HIDDEN}\n catadioptric_size 0.3\n addUserKnob {6 catadioptric -STARTLINE +HIDDEN}\n addUserKnob {20 grp_image l \"image filter\" n 1}\n grp_image 0\n addUserKnob {41 filter_channel l \"filter channel\" T ZDefocus.filter_channel}\n addUserKnob {41 use_input_channels l \"use input channels\" -STARTLINE T ZDefocus.use_input_channels}\n addUserKnob {41 image_filter l \"image filter\" T ZDefocus.image_filter}\n addUserKnob {41 clamp_image_filter l \"clamp image filter\" -STARTLINE T ZDefocus.clamp_image_filter}\n addUserKnob {20 endGroup_1 l endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {6 gamma_correction l \"gamma correction\" +STARTLINE}\n addUserKnob {41 bloom -STARTLINE T dof_setting.bloom}\n addUserKnob {7 bloom_threshold l \"bloom threshold\"}\n bloom_threshold 0.8\n addUserKnob {7 bloom_gain l \"bloom gain\" R 1 4}\n bloom_gain 7\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T 1.1}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2019-04-17}\n addUserKnob {26 l_CHANGELOG l Changelog T \"1.1\\n- soften abberation\\n\\n1.0\\n- create water droplet\"}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n}\n BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0xff\n label \"dont touch\"\n note_font_size 42\n xpos -424\n ypos 1127\n bdwidth 353\n bdheight 281\n }\n Input {\n inputs 0\n name filter\n xpos -812\n ypos 1264\n number 2\n }\n Input {\n inputs 0\n name mask\n xpos -1138\n ypos -508\n number 1\n }\n Shuffle {\n red alpha\n green alpha\n blue alpha\n name Shuffle1\n xpos -1138\n ypos -421\n }\n Dot {\n name Dot2\n xpos -1104\n ypos -213\n }\nset N288a8a60 [stack 0]\n Histogram {\n in {{0.2-(parent.matte_filter/10)} 1 {0.2+(parent.matte_filter/10)}}\n name Histogram1\n xpos -1138\n ypos 46\n }\n Shuffle {\n red black\n green black\n blue black\n alpha red\n name Shuffle3\n xpos -1138\n ypos 126\n }\n Dot {\n name Dot7\n xpos -1104\n ypos 814\n }\npush $N288a8a60\n Input {\n inputs 0\n name img\n xpos 221\n ypos -515\n }\n Dot {\n name Dot1\n xpos 255\n ypos -348\n }\nset N288bd980 [stack 0]\n Remove {\n operation keep\n channels rgb\n name Remove2\n xpos 38\n ypos -351\n }\n Dot {\n name Dot5\n xpos -326\n ypos -348\n }\nset N288c4500 [stack 0]\n Remove {\n name Remove1\n xpos -552\n ypos -355\n }\n Dot {\n name Dot4\n xpos -647\n ypos -348\n }\nset N27dda450 [stack 0]\n Dot {\n name Dot3\n xpos -866\n ypos -348\n }\n Merge2 {\n inputs 2\n name Merge1\n xpos -900\n ypos -216\n }\n FilterErode {\n size {{1000-(parent.zdistortion*1000)} {1000-(parent.zdistortion*1000)}}\n filter gaussian\n name FilterErode1\n xpos -900\n ypos -136\n }\n Invert {\n channels alpha\n name Invert1\n xpos -900\n ypos -25\n }\n Shuffle {\n red black\n green black\n blue alpha\n alpha black\n name Shuffle2\n xpos -900\n ypos 54\n }\npush $N27dda450\n Expression {\n expr0 \"(x-\\[value center.x])/width\"\n expr1 \"(y-\\[value center.y])/height\"\n name Expression1\n xpos -681\n ypos -26\n addUserKnob {20 User}\n addUserKnob {12 center}\n center {{parent.center} {parent.center}}\n }\n Merge2 {\n inputs 2\n operation plus\n name Merge2\n xpos -681\n ypos 54\n }\n Grade {\n channels {rgba.red rgba.green -rgba.blue none}\n blackpoint {{parent.bend*0.5}}\n white {{parent.zdistortion/10}}\n gamma {{parent.edgeScale}}\n black_clamp false\n maskChannelInput rgba.blue\n name Grade1\n xpos -681\n ypos 144\n }\n Dot {\n name Dot6\n xpos -647\n ypos 498\n }\npush $N288c4500\n Crop {\n box {0 0 {input.width} {input.height}}\n crop false\n name Crop1\n xpos -360\n ypos -274\n }\n Dot {\n name Dot8\n xpos -326\n ypos -77\n }\nset N288e1c60 [stack 0]\n Dot {\n name Dot10\n xpos -215\n ypos -77\n }\nset N288e4120 [stack 0]\n Dot {\n name Dot9\n xpos -106\n ypos -77\n }\n Shuffle {\n red black\n green black\n alpha black\n name blue\n tile_color 0xffff\n xpos -140\n ypos -3\n }\n Transform {\n scale {{1+(parent.abberation.b/10)}}\n center {{parent.center} {parent.center}}\n invert_matrix true\n black_outside false\n name Transform2\n xpos -140\n ypos 77\n }\n Blur {\n channels {-rgba.red -rgba.green rgba.blue none}\n size {{abs(parent.abberation.b*10)}}\n name Blur3\n xpos -140\n ypos 147\n }\n Dot {\n name Dot12\n xpos -106\n ypos 320\n }\npush $N288e4120\n Shuffle {\n red black\n blue black\n alpha black\n name green\n tile_color 0xff00ff\n xpos -249\n ypos -3\n }\n Transform {\n scale {{1+(parent.abberation.g/10)}}\n center {{parent.center} {parent.center}}\n invert_matrix true\n black_outside false\n name Transform4\n xpos -249\n ypos 77\n }\n Blur {\n channels {-rgba.red rgba.green -rgba.blue none}\n size {{abs(parent.abberation.g*10)}}\n name Blur2\n xpos -249\n ypos 147\n }\n Dot {\n name Dot11\n xpos -215\n ypos 240\n }\npush $N288e1c60\n Shuffle {\n green black\n blue black\n alpha black\n name red\n tile_color 0xff0000ff\n xpos -360\n ypos -3\n }\n Transform {\n scale {{1+(parent.abberation.r/10)}}\n center {{parent.center} {parent.center}}\n invert_matrix true\n black_outside false\n name Transform1\n xpos -360\n ypos 77\n }\n Blur {\n channels {rgba.red -rgba.green -rgba.blue none}\n size {{abs(parent.abberation.r*10)}}\n name Blur1\n xpos -360\n ypos 149\n }\n Merge2 {\n inputs 2\n operation max\n name Merge5\n xpos -360\n ypos 237\n }\n Merge2 {\n inputs 2\n operation max\n name Merge6\n xpos -360\n ypos 317\n }\n ShuffleCopy {\n inputs 2\n red red\n green green\n out forward\n name ShuffleCopy1\n xpos -360\n ypos 495\n }\n IDistort {\n channels rgb\n uv forward\n uv_scale -4750\n name IDistort1\n xpos -360\n ypos 575\n }\n Shuffle {\n alpha white\n name Shuffle4\n xpos -360\n ypos 655\n }\n ColorCorrect {\n contrast 1.1\n name ColorCorrect\n xpos -360\n ypos 735\n }\n Merge2 {\n inputs 2\n operation mask\n name Merge3\n xpos -360\n ypos 811\n }\n Shuffle {\n red black\n green black\n blue black\n alpha black\n out depth\n name Shuffle5\n xpos -360\n ypos 933\n }\n ZDefocus2 {\n inputs 2\n channels rgba\n focal_point {10000 10000}\n size {{parent.defocus_value}}\n max_size {{parent.defocus_value}}\n autoLayerSpacing {{parent.auto_layer_spacing}}\n layers {{parent.depth_layers}}\n layerCurve {{parent.layer_curve}}\n legacy_resize_mode false\n show_legacy_resize_mode false\n shape {{parent.filter_shape}}\n aspect {{parent.aspect_ratio}}\n blades {{parent.blades}}\n roundness {{parent.roundness}}\n rotation {{parent.rotation}}\n inner_size {{parent.inner_size}}\n inner_feather {{parent.inner_feather}}\n inner_brightness {{parent.inner_brightness}}\n catadioptric_size {{parent.catadioptric_size}}\n catadioptric {{parent.catadioptric}}\n bloom_gamma {{parent.gamma_correction}}\n bloom {{parent.bloom}}\n bloom_threshold {{parent.bloom_threshold}}\n bloom_gain {{parent.bloom_gain}}\n name ZDefocus\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nknob_ls = \\['filter_shape','aspect_ratio','blades','roundness','rotation','inner_size','inner_feather','inner_brightness','catadioptric_size','catadioptric']\\nfor i in range( len(knob_ls) ) :\\n if thisGRP\\['filter_type'].getValue() == 0 :\\n if i < 2 :\\n thisGRP\\[knob_ls\\[i]].setVisible(True)\\n else :\\n thisGRP\\[knob_ls\\[i]].setVisible(False)\\n elif thisGRP\\['filter_type'].getValue() == 1 :\\n if i != 0 :\\n thisGRP\\[knob_ls\\[i]].setVisible(True)\\n else :\\n thisGRP\\[knob_ls\\[i]].setVisible(False)\\n else :\\n thisGRP\\[knob_ls\\[i]].setVisible(False)\\n\"\n xpos -360\n ypos 1260\n disable {{\"parent.defocus_value <= 1 ? 1 : 0\"}}\n }\n Remove {\n operation keep\n channels rgba\n name Remove3\n xpos -360\n ypos 1562\n }\n Dot {\n name Dot13\n xpos -326\n ypos 1642\n }\nset N28a7de30 [stack 0]\npush $N28a7de30\npush $N288bd980\n Merge2 {\n inputs 2\n bbox B\n name Merge4\n xpos 221\n ypos 1639\n }\n Switch {\n inputs 2\n which {{output}}\n name Switch1\n xpos 221\n ypos 1865\n }\n Output {\n name Output1\n xpos 221\n ypos 2076\n }\n NoOp {\n inputs 0\n name killPanel\n knobChanged \"\\nthisNODE = nuke.thisNode()\\nfor knob in thisNODE.knobs() :\\n if knob\\[:11] == 'abberation_' :\\n thisNODE.removeKnob(thisNODE\\[knob])\\n\"\n xpos -203\n ypos 1199\n addUserKnob {20 User}\n addUserKnob {18 abberation}\n abberation {0.5 0 -0.5}\n addUserKnob {6 abberation_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 abberation_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n }\n NoOp {\n inputs 0\n name dof_setting\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nknob_ls = \\['bloom_threshold','bloom_gain']\\nfor i in range( len(knob_ls) ) :\\n if thisGRP\\['bloom'].getValue() == 0 :\\n thisGRP\\[knob_ls\\[i]].setEnabled(False)\\n else :\\n thisGRP\\[knob_ls\\[i]].setEnabled(True)\\n\"\n xpos -202\n ypos 1258\n addUserKnob {20 User}\n addUserKnob {6 bloom +STARTLINE}\n bloom true\n }\n NoOp {\n inputs 0\n name dof_setting2\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nknob_ls = \\['depth_layers','layer_curve']\\nfor i in range( len(knob_ls) ) :\\n if thisGRP\\['auto_layer_spacing'].getValue() == 0 :\\n thisGRP\\[knob_ls\\[i]].setEnabled(True)\\n else :\\n thisGRP\\[knob_ls\\[i]].setEnabled(False)\\n\"\n xpos -203\n ypos 1322\n addUserKnob {20 User}\n addUserKnob {6 auto_layer_spacing l \"automatic layer spacing\" +STARTLINE}\n auto_layer_spacing true\n }\nend_group\nGroup {\n inputs 2\n name WaterLens4\n tile_color 0xffccff\n note_font Verdana\n xpos 757\n ypos 766\n addUserKnob {20 tab_general l General}\n addUserKnob {12 center}\n center {902.5 274}\n addUserKnob {26 \"\"}\n addUserKnob {7 zdistortion l \"z distortion\"}\n zdistortion 0.96\n addUserKnob {7 edgeScale l \"edge scale\" R 0 4}\n edgeScale 1\n addUserKnob {7 bend R -1 1}\n addUserKnob {41 filter l \"distortion filter\" T IDistort1.filter}\n addUserKnob {7 matte_filter l \"matte filter\"}\n matte_filter 1\n addUserKnob {26 \"\"}\n addUserKnob {41 abberation T killPanel.abberation}\n addUserKnob {26 \"\"}\n addUserKnob {20 grp_cc l \"color correction\" n 1}\n grp_cc 0\n addUserKnob {41 saturation T ColorCorrect.saturation}\n addUserKnob {41 contrast T ColorCorrect.contrast}\n addUserKnob {41 gamma T ColorCorrect.gamma}\n addUserKnob {41 gain T ColorCorrect.gain}\n addUserKnob {41 offset T ColorCorrect.offset}\n addUserKnob {20 endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {4 output M {composite element}}\n addUserKnob {20 tab_defocus l Defocus}\n addUserKnob {7 defocus_value l \"defocus value\" R 0 100}\n defocus_value 10\n addUserKnob {26 \"\"}\n addUserKnob {41 auto_layer_spacing l \"automatic layer spacing\" T dof_setting2.auto_layer_spacing}\n addUserKnob {3 depth_layers l \"depth layers\" +DISABLED}\n depth_layers 50\n addUserKnob {7 layer_curve +DISABLED R 0 5}\n layer_curve 1\n addUserKnob {26 \"\"}\n addUserKnob {41 filter_type l \"filter type\" T ZDefocus.filter_type}\n addUserKnob {7 filter_shape l \"filter shape\"}\n filter_shape 1\n addUserKnob {7 aspect_ratio l \"aspect ratio\" R 0.5 2}\n aspect_ratio 1\n addUserKnob {3 blades +HIDDEN}\n blades 5\n addUserKnob {7 roundness +HIDDEN R -1 1}\n roundness 0.2\n addUserKnob {7 rotation +HIDDEN R 0 360}\n addUserKnob {7 inner_size l \"inner size\" +HIDDEN}\n inner_size 0.8\n addUserKnob {7 inner_feather l \"inner feather\" +HIDDEN}\n inner_feather 1\n addUserKnob {7 inner_brightness l \"inner brightness\" +HIDDEN}\n inner_brightness 0.8\n addUserKnob {7 catadioptric_size l \"catadioptric size\" +HIDDEN}\n catadioptric_size 0.3\n addUserKnob {6 catadioptric -STARTLINE +HIDDEN}\n addUserKnob {20 grp_image l \"image filter\" n 1}\n grp_image 0\n addUserKnob {41 filter_channel l \"filter channel\" T ZDefocus.filter_channel}\n addUserKnob {41 use_input_channels l \"use input channels\" -STARTLINE T ZDefocus.use_input_channels}\n addUserKnob {41 image_filter l \"image filter\" T ZDefocus.image_filter}\n addUserKnob {41 clamp_image_filter l \"clamp image filter\" -STARTLINE T ZDefocus.clamp_image_filter}\n addUserKnob {20 endGroup_1 l endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {6 gamma_correction l \"gamma correction\" +STARTLINE}\n addUserKnob {41 bloom -STARTLINE T dof_setting.bloom}\n addUserKnob {7 bloom_threshold l \"bloom threshold\"}\n bloom_threshold 0.8\n addUserKnob {7 bloom_gain l \"bloom gain\" R 1 4}\n bloom_gain 7\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T 1.1}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2019-04-17}\n addUserKnob {26 l_CHANGELOG l Changelog T \"1.1\\n- soften abberation\\n\\n1.0\\n- create water droplet\"}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n}\n BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0xff\n label \"dont touch\"\n note_font_size 42\n xpos -424\n ypos 1127\n bdwidth 353\n bdheight 281\n }\n Input {\n inputs 0\n name filter\n xpos -812\n ypos 1264\n number 2\n }\n Input {\n inputs 0\n name mask\n xpos -1138\n ypos -508\n number 1\n }\n Shuffle {\n red alpha\n green alpha\n blue alpha\n name Shuffle1\n xpos -1138\n ypos -421\n }\n Dot {\n name Dot2\n xpos -1104\n ypos -213\n }\nset N23581e10 [stack 0]\n Histogram {\n in {{0.2-(parent.matte_filter/10)} 1 {0.2+(parent.matte_filter/10)}}\n name Histogram1\n xpos -1138\n ypos 46\n }\n Shuffle {\n red black\n green black\n blue black\n alpha red\n name Shuffle3\n xpos -1138\n ypos 126\n }\n Dot {\n name Dot7\n xpos -1104\n ypos 814\n }\npush $N23581e10\n Input {\n inputs 0\n name img\n xpos 221\n ypos -515\n }\n Dot {\n name Dot1\n xpos 255\n ypos -348\n }\nset N23596e70 [stack 0]\n Remove {\n operation keep\n channels rgb\n name Remove2\n xpos 38\n ypos -351\n }\n Dot {\n name Dot5\n xpos -326\n ypos -348\n }\nset N2359d9f0 [stack 0]\n Remove {\n name Remove1\n xpos -552\n ypos -355\n }\n Dot {\n name Dot4\n xpos -647\n ypos -348\n }\nset N235a4430 [stack 0]\n Dot {\n name Dot3\n xpos -866\n ypos -348\n }\n Merge2 {\n inputs 2\n name Merge1\n xpos -900\n ypos -216\n }\n FilterErode {\n size {{1000-(parent.zdistortion*1000)} {1000-(parent.zdistortion*1000)}}\n filter gaussian\n name FilterErode1\n xpos -900\n ypos -136\n }\n Invert {\n channels alpha\n name Invert1\n xpos -900\n ypos -25\n }\n Shuffle {\n red black\n green black\n blue alpha\n alpha black\n name Shuffle2\n xpos -900\n ypos 54\n }\npush $N235a4430\n Expression {\n expr0 \"(x-\\[value center.x])/width\"\n expr1 \"(y-\\[value center.y])/height\"\n name Expression1\n xpos -681\n ypos -26\n addUserKnob {20 User}\n addUserKnob {12 center}\n center {{parent.center} {parent.center}}\n }\n Merge2 {\n inputs 2\n operation plus\n name Merge2\n xpos -681\n ypos 54\n }\n Grade {\n channels {rgba.red rgba.green -rgba.blue none}\n blackpoint {{parent.bend*0.5}}\n white {{parent.zdistortion/10}}\n gamma {{parent.edgeScale}}\n black_clamp false\n maskChannelInput rgba.blue\n name Grade1\n xpos -681\n ypos 144\n }\n Dot {\n name Dot6\n xpos -647\n ypos 498\n }\npush $N2359d9f0\n Crop {\n box {0 0 {input.width} {input.height}}\n crop false\n name Crop1\n xpos -360\n ypos -274\n }\n Dot {\n name Dot8\n xpos -326\n ypos -77\n }\nset N27e5dc70 [stack 0]\n Dot {\n name Dot10\n xpos -215\n ypos -77\n }\nset N27e60130 [stack 0]\n Dot {\n name Dot9\n xpos -106\n ypos -77\n }\n Shuffle {\n red black\n green black\n alpha black\n name blue\n tile_color 0xffff\n xpos -140\n ypos -3\n }\n Transform {\n scale {{1+(parent.abberation.b/10)}}\n center {{parent.center} {parent.center}}\n invert_matrix true\n black_outside false\n name Transform2\n xpos -140\n ypos 77\n }\n Blur {\n channels {-rgba.red -rgba.green rgba.blue none}\n size {{abs(parent.abberation.b*10)}}\n name Blur3\n xpos -140\n ypos 147\n }\n Dot {\n name Dot12\n xpos -106\n ypos 320\n }\npush $N27e60130\n Shuffle {\n red black\n blue black\n alpha black\n name green\n tile_color 0xff00ff\n xpos -249\n ypos -3\n }\n Transform {\n scale {{1+(parent.abberation.g/10)}}\n center {{parent.center} {parent.center}}\n invert_matrix true\n black_outside false\n name Transform4\n xpos -249\n ypos 77\n }\n Blur {\n channels {-rgba.red rgba.green -rgba.blue none}\n size {{abs(parent.abberation.g*10)}}\n name Blur2\n xpos -249\n ypos 147\n }\n Dot {\n name Dot11\n xpos -215\n ypos 240\n }\npush $N27e5dc70\n Shuffle {\n green black\n blue black\n alpha black\n name red\n tile_color 0xff0000ff\n xpos -360\n ypos -3\n }\n Transform {\n scale {{1+(parent.abberation.r/10)}}\n center {{parent.center} {parent.center}}\n invert_matrix true\n black_outside false\n name Transform1\n xpos -360\n ypos 77\n }\n Blur {\n channels {rgba.red -rgba.green -rgba.blue none}\n size {{abs(parent.abberation.r*10)}}\n name Blur1\n xpos -360\n ypos 149\n }\n Merge2 {\n inputs 2\n operation max\n name Merge5\n xpos -360\n ypos 237\n }\n Merge2 {\n inputs 2\n operation max\n name Merge6\n xpos -360\n ypos 317\n }\n ShuffleCopy {\n inputs 2\n red red\n green green\n out forward\n name ShuffleCopy1\n xpos -360\n ypos 495\n }\n IDistort {\n channels rgb\n uv forward\n uv_scale -4750\n name IDistort1\n xpos -360\n ypos 575\n }\n Shuffle {\n alpha white\n name Shuffle4\n xpos -360\n ypos 655\n }\n ColorCorrect {\n contrast 1.1\n name ColorCorrect\n xpos -360\n ypos 735\n }\n Merge2 {\n inputs 2\n operation mask\n name Merge3\n xpos -360\n ypos 811\n }\n Shuffle {\n red black\n green black\n blue black\n alpha black\n out depth\n name Shuffle5\n xpos -360\n ypos 933\n }\n ZDefocus2 {\n inputs 2\n channels rgba\n focal_point {10000 10000}\n size {{parent.defocus_value}}\n max_size {{parent.defocus_value}}\n autoLayerSpacing {{parent.auto_layer_spacing}}\n layers {{parent.depth_layers}}\n layerCurve {{parent.layer_curve}}\n legacy_resize_mode false\n show_legacy_resize_mode false\n shape {{parent.filter_shape}}\n aspect {{parent.aspect_ratio}}\n blades {{parent.blades}}\n roundness {{parent.roundness}}\n rotation {{parent.rotation}}\n inner_size {{parent.inner_size}}\n inner_feather {{parent.inner_feather}}\n inner_brightness {{parent.inner_brightness}}\n catadioptric_size {{parent.catadioptric_size}}\n catadioptric {{parent.catadioptric}}\n bloom_gamma {{parent.gamma_correction}}\n bloom {{parent.bloom}}\n bloom_threshold {{parent.bloom_threshold}}\n bloom_gain {{parent.bloom_gain}}\n name ZDefocus\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nknob_ls = \\['filter_shape','aspect_ratio','blades','roundness','rotation','inner_size','inner_feather','inner_brightness','catadioptric_size','catadioptric']\\nfor i in range( len(knob_ls) ) :\\n if thisGRP\\['filter_type'].getValue() == 0 :\\n if i < 2 :\\n thisGRP\\[knob_ls\\[i]].setVisible(True)\\n else :\\n thisGRP\\[knob_ls\\[i]].setVisible(False)\\n elif thisGRP\\['filter_type'].getValue() == 1 :\\n if i != 0 :\\n thisGRP\\[knob_ls\\[i]].setVisible(True)\\n else :\\n thisGRP\\[knob_ls\\[i]].setVisible(False)\\n else :\\n thisGRP\\[knob_ls\\[i]].setVisible(False)\\n\"\n xpos -360\n ypos 1260\n disable {{\"parent.defocus_value <= 1 ? 1 : 0\"}}\n }\n Remove {\n operation keep\n channels rgba\n name Remove3\n xpos -360\n ypos 1562\n }\n Dot {\n name Dot13\n xpos -326\n ypos 1642\n }\nset N28b221a0 [stack 0]\npush $N28b221a0\npush $N23596e70\n Merge2 {\n inputs 2\n bbox B\n name Merge4\n xpos 221\n ypos 1639\n }\n Switch {\n inputs 2\n which {{output}}\n name Switch1\n xpos 221\n ypos 1865\n }\n Output {\n name Output1\n xpos 221\n ypos 2076\n }\n NoOp {\n inputs 0\n name killPanel\n knobChanged \"\\nthisNODE = nuke.thisNode()\\nfor knob in thisNODE.knobs() :\\n if knob\\[:11] == 'abberation_' :\\n thisNODE.removeKnob(thisNODE\\[knob])\\n\"\n xpos -203\n ypos 1199\n addUserKnob {20 User}\n addUserKnob {18 abberation}\n abberation {0.5 0 -0.5}\n addUserKnob {6 abberation_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 abberation_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n }\n NoOp {\n inputs 0\n name dof_setting\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nknob_ls = \\['bloom_threshold','bloom_gain']\\nfor i in range( len(knob_ls) ) :\\n if thisGRP\\['bloom'].getValue() == 0 :\\n thisGRP\\[knob_ls\\[i]].setEnabled(False)\\n else :\\n thisGRP\\[knob_ls\\[i]].setEnabled(True)\\n\"\n xpos -202\n ypos 1258\n addUserKnob {20 User}\n addUserKnob {6 bloom +STARTLINE}\n bloom true\n }\n NoOp {\n inputs 0\n name dof_setting2\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nknob_ls = \\['depth_layers','layer_curve']\\nfor i in range( len(knob_ls) ) :\\n if thisGRP\\['auto_layer_spacing'].getValue() == 0 :\\n thisGRP\\[knob_ls\\[i]].setEnabled(True)\\n else :\\n thisGRP\\[knob_ls\\[i]].setEnabled(False)\\n\"\n xpos -203\n ypos 1322\n addUserKnob {20 User}\n addUserKnob {6 auto_layer_spacing l \"automatic layer spacing\" +STARTLINE}\n auto_layer_spacing true\n }\nend_group\nDot {\n name Dot30\n xpos 791\n ypos 1412\n}\nGroup {\n inputs 0\n name WaterLens\n tile_color 0xffccff\n xpos 143\n ypos -619\n addUserKnob {20 tab_general l General}\n addUserKnob {12 center}\n addUserKnob {26 \"\"}\n addUserKnob {7 zdistortion l \"z distortion\"}\n zdistortion 1\n addUserKnob {7 edgeScale l \"edge scale\" R 0 4}\n edgeScale 1\n addUserKnob {7 bend R -1 1}\n addUserKnob {41 filter l \"distortion filter\" T IDistort1.filter}\n addUserKnob {7 matte_filter l \"matte filter\"}\n matte_filter 0.2\n addUserKnob {26 \"\"}\n addUserKnob {41 abberation T killPanel.abberation}\n addUserKnob {26 \"\"}\n addUserKnob {20 grp_cc l \"color correction\" n 1}\n grp_cc 0\n addUserKnob {41 saturation T ColorCorrect.saturation}\n addUserKnob {41 contrast T ColorCorrect.contrast}\n addUserKnob {41 gamma T ColorCorrect.gamma}\n addUserKnob {41 gain T ColorCorrect.gain}\n addUserKnob {41 offset T ColorCorrect.offset}\n addUserKnob {20 endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {4 output M {composite element}}\n addUserKnob {20 tab_defocus l Defocus}\n addUserKnob {7 defocus_value l \"defocus value\" R 0 100}\n addUserKnob {26 \"\"}\n addUserKnob {41 auto_layer_spacing l \"automatic layer spacing\" T dof_setting2.auto_layer_spacing}\n addUserKnob {3 depth_layers l \"depth layers\" +DISABLED}\n depth_layers 50\n addUserKnob {7 layer_curve +DISABLED R 0 5}\n layer_curve 1\n addUserKnob {26 \"\"}\n addUserKnob {41 filter_type l \"filter type\" T ZDefocus.filter_type}\n addUserKnob {7 filter_shape l \"filter shape\"}\n filter_shape 1\n addUserKnob {7 aspect_ratio l \"aspect ratio\" R 0.5 2}\n aspect_ratio 1\n addUserKnob {3 blades +HIDDEN}\n blades 5\n addUserKnob {7 roundness +HIDDEN R -1 1}\n roundness 0.2\n addUserKnob {7 rotation +HIDDEN R 0 360}\n addUserKnob {7 inner_size l \"inner size\" +HIDDEN}\n inner_size 0.8\n addUserKnob {7 inner_feather l \"inner feather\" +HIDDEN}\n inner_feather 1\n addUserKnob {7 inner_brightness l \"inner brightness\" +HIDDEN}\n inner_brightness 0.8\n addUserKnob {7 catadioptric_size l \"catadioptric size\" +HIDDEN}\n catadioptric_size 0.3\n addUserKnob {6 catadioptric -STARTLINE +HIDDEN}\n addUserKnob {20 grp_image l \"image filter\" n 1}\n grp_image 0\n addUserKnob {41 filter_channel l \"filter channel\" T ZDefocus.filter_channel}\n addUserKnob {41 use_input_channels l \"use input channels\" -STARTLINE T ZDefocus.use_input_channels}\n addUserKnob {41 image_filter l \"image filter\" T ZDefocus.image_filter}\n addUserKnob {41 clamp_image_filter l \"clamp image filter\" -STARTLINE T ZDefocus.clamp_image_filter}\n addUserKnob {20 endGroup_1 l endGroup n -1}\n addUserKnob {26 \"\"}\n addUserKnob {6 gamma_correction l \"gamma correction\" +STARTLINE}\n addUserKnob {41 bloom -STARTLINE T dof_setting.bloom}\n addUserKnob {7 bloom_threshold l \"bloom threshold\"}\n bloom_threshold 0.8\n addUserKnob {7 bloom_gain l \"bloom gain\" R 1 4}\n bloom_gain 2\n addUserKnob {20 t_VERSION l Version}\n addUserKnob {26 l_VERSION l Version T 1.1}\n addUserKnob {26 l_DATE l \"Date Modified\" T 2019-04-17}\n addUserKnob {26 l_CHANGELOG l Changelog T \"1.1\\n- soften abberation\\n\\n1.0\\n- create water droplet\"}\n addUserKnob {26 l_DEV l \"Developed by\" T \"Mark Joey Tang\"}\n}\n BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0xff\n label \"dont touch\"\n note_font_size 42\n xpos -424\n ypos 1127\n bdwidth 353\n bdheight 281\n }\n Input {\n inputs 0\n name filter\n xpos -812\n ypos 1264\n number 2\n }\n Input {\n inputs 0\n name mask\n xpos -1138\n ypos -508\n number 1\n }\n Shuffle {\n red alpha\n green alpha\n blue alpha\n name Shuffle1\n xpos -1138\n ypos -421\n }\n Dot {\n name Dot2\n xpos -1104\n ypos -213\n }\nset N27c12c40 [stack 0]\n Histogram {\n in {{0.2-(parent.matte_filter/10)} 1 {0.2+(parent.matte_filter/10)}}\n name Histogram1\n xpos -1138\n ypos 46\n }\n Shuffle {\n red black\n green black\n blue black\n alpha red\n name Shuffle3\n xpos -1138\n ypos 126\n }\n Dot {\n name Dot7\n xpos -1104\n ypos 814\n }\npush $N27c12c40\n Input {\n inputs 0\n name img\n xpos 221\n ypos -515\n }\n Dot {\n name Dot1\n xpos 255\n ypos -348\n }\nset N27c27b60 [stack 0]\n Remove {\n operation keep\n channels rgb\n name Remove2\n xpos 38\n ypos -351\n }\n Dot {\n name Dot5\n xpos -326\n ypos -348\n }\nset N27c2e6e0 [stack 0]\n Remove {\n name Remove1\n xpos -552\n ypos -355\n }\n Dot {\n name Dot4\n xpos -647\n ypos -348\n }\nset N27c35120 [stack 0]\n Dot {\n name Dot3\n xpos -866\n ypos -348\n }\n Merge2 {\n inputs 2\n name Merge1\n xpos -900\n ypos -216\n }\n FilterErode {\n size {{1000-(parent.zdistortion*1000)} {1000-(parent.zdistortion*1000)}}\n filter gaussian\n name FilterErode1\n xpos -900\n ypos -136\n }\n Invert {\n channels alpha\n name Invert1\n xpos -900\n ypos -25\n }\n Shuffle {\n red black\n green black\n blue alpha\n alpha black\n name Shuffle2\n xpos -900\n ypos 54\n }\npush $N27c35120\n Expression {\n expr0 \"(x-\\[value center.x])/width\"\n expr1 \"(y-\\[value center.y])/height\"\n name Expression1\n xpos -681\n ypos -26\n addUserKnob {20 User}\n addUserKnob {12 center}\n center {{parent.center} {parent.center}}\n }\n Merge2 {\n inputs 2\n operation plus\n name Merge2\n xpos -681\n ypos 54\n }\n Grade {\n channels {rgba.red rgba.green -rgba.blue none}\n blackpoint {{parent.bend*0.5}}\n white {{parent.zdistortion/10}}\n gamma {{parent.edgeScale}}\n black_clamp false\n maskChannelInput rgba.blue\n name Grade1\n xpos -681\n ypos 144\n }\n Dot {\n name Dot6\n xpos -647\n ypos 498\n }\npush $N27c2e6e0\n Crop {\n box {0 0 {input.width} {input.height}}\n crop false\n name Crop1\n xpos -360\n ypos -274\n }\n Dot {\n name Dot8\n xpos -326\n ypos -77\n }\nset N27c729d0 [stack 0]\n Dot {\n name Dot10\n xpos -215\n ypos -77\n }\nset N27c74e90 [stack 0]\n Dot {\n name Dot9\n xpos -106\n ypos -77\n }\n Shuffle {\n red black\n green black\n alpha black\n name blue\n tile_color 0xffff\n xpos -140\n ypos -3\n }\n Transform {\n scale {{1+(parent.abberation.b/10)}}\n center {{parent.center} {parent.center}}\n invert_matrix true\n black_outside false\n name Transform2\n xpos -140\n ypos 77\n }\n Blur {\n channels {-rgba.red -rgba.green rgba.blue none}\n size {{abs(parent.abberation.b*10)}}\n name Blur3\n xpos -140\n ypos 147\n }\n Dot {\n name Dot12\n xpos -106\n ypos 320\n }\npush $N27c74e90\n Shuffle {\n red black\n blue black\n alpha black\n name green\n tile_color 0xff00ff\n xpos -249\n ypos -3\n }\n Transform {\n scale {{1+(parent.abberation.g/10)}}\n center {{parent.center} {parent.center}}\n invert_matrix true\n black_outside false\n name Transform4\n xpos -249\n ypos 77\n }\n Blur {\n channels {-rgba.red rgba.green -rgba.blue none}\n size {{abs(parent.abberation.g*10)}}\n name Blur2\n xpos -249\n ypos 147\n }\n Dot {\n name Dot11\n xpos -215\n ypos 240\n }\npush $N27c729d0\n Shuffle {\n green black\n blue black\n alpha black\n name red\n tile_color 0xff0000ff\n xpos -360\n ypos -3\n }\n Transform {\n scale {{1+(parent.abberation.r/10)}}\n center {{parent.center} {parent.center}}\n invert_matrix true\n black_outside false\n name Transform1\n xpos -360\n ypos 77\n }\n Blur {\n channels {rgba.red -rgba.green -rgba.blue none}\n size {{abs(parent.abberation.r*10)}}\n name Blur1\n xpos -360\n ypos 149\n }\n Merge2 {\n inputs 2\n operation max\n name Merge5\n xpos -360\n ypos 237\n }\n Merge2 {\n inputs 2\n operation max\n name Merge6\n xpos -360\n ypos 317\n }\n ShuffleCopy {\n inputs 2\n red red\n green green\n out forward\n name ShuffleCopy1\n xpos -360\n ypos 495\n }\n IDistort {\n channels rgb\n uv forward\n uv_scale -4750\n name IDistort1\n xpos -360\n ypos 575\n }\n Shuffle {\n alpha white\n name Shuffle4\n xpos -360\n ypos 655\n }\n ColorCorrect {\n name ColorCorrect\n xpos -360\n ypos 735\n }\n Merge2 {\n inputs 2\n operation mask\n name Merge3\n xpos -360\n ypos 811\n }\n Shuffle {\n red black\n green black\n blue black\n alpha black\n out depth\n name Shuffle5\n xpos -360\n ypos 933\n }\n ZDefocus2 {\n inputs 2\n channels rgba\n focal_point {10000 10000}\n size {{parent.defocus_value}}\n max_size {{parent.defocus_value}}\n autoLayerSpacing {{parent.auto_layer_spacing}}\n layers {{parent.depth_layers}}\n layerCurve {{parent.layer_curve}}\n legacy_resize_mode false\n show_legacy_resize_mode false\n shape {{parent.filter_shape}}\n aspect {{parent.aspect_ratio}}\n blades {{parent.blades}}\n roundness {{parent.roundness}}\n rotation {{parent.rotation}}\n inner_size {{parent.inner_size}}\n inner_feather {{parent.inner_feather}}\n inner_brightness {{parent.inner_brightness}}\n catadioptric_size {{parent.catadioptric_size}}\n catadioptric {{parent.catadioptric}}\n bloom_gamma {{parent.gamma_correction}}\n bloom {{parent.bloom}}\n bloom_threshold {{parent.bloom_threshold}}\n bloom_gain {{parent.bloom_gain}}\n name ZDefocus\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nknob_ls = \\['filter_shape','aspect_ratio','blades','roundness','rotation','inner_size','inner_feather','inner_brightness','catadioptric_size','catadioptric']\\nfor i in range( len(knob_ls) ) :\\n if thisGRP\\['filter_type'].getValue() == 0 :\\n if i < 2 :\\n thisGRP\\[knob_ls\\[i]].setVisible(True)\\n else :\\n thisGRP\\[knob_ls\\[i]].setVisible(False)\\n elif thisGRP\\['filter_type'].getValue() == 1 :\\n if i != 0 :\\n thisGRP\\[knob_ls\\[i]].setVisible(True)\\n else :\\n thisGRP\\[knob_ls\\[i]].setVisible(False)\\n else :\\n thisGRP\\[knob_ls\\[i]].setVisible(False)\\n\"\n xpos -360\n ypos 1260\n disable {{\"parent.defocus_value <= 1 ? 1 : 0\"}}\n }\n Remove {\n operation keep\n channels rgba\n name Remove3\n xpos -360\n ypos 1562\n }\n Dot {\n name Dot13\n xpos -326\n ypos 1642\n }\nset N278b2140 [stack 0]\npush $N278b2140\npush $N27c27b60\n Merge2 {\n inputs 2\n bbox B\n name Merge4\n xpos 221\n ypos 1639\n }\n Switch {\n inputs 2\n which {{output}}\n name Switch1\n xpos 221\n ypos 1865\n }\n Output {\n name Output1\n xpos 221\n ypos 2076\n }\n NoOp {\n inputs 0\n name killPanel\n knobChanged \"\\nthisNODE = nuke.thisNode()\\nfor knob in thisNODE.knobs() :\\n if knob\\[:11] == 'abberation_' :\\n thisNODE.removeKnob(thisNODE\\[knob])\\n\"\n xpos -203\n ypos 1199\n addUserKnob {20 User}\n addUserKnob {18 abberation}\n abberation {0.2 0 -0.2}\n addUserKnob {6 abberation_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 abberation_panelDropped_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {6 abberation_panelDropped_1_1 l \"panel dropped state\" -STARTLINE +HIDDEN}\n }\n NoOp {\n inputs 0\n name dof_setting\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nknob_ls = \\['bloom_threshold','bloom_gain']\\nfor i in range( len(knob_ls) ) :\\n if thisGRP\\['bloom'].getValue() == 0 :\\n thisGRP\\[knob_ls\\[i]].setEnabled(False)\\n else :\\n thisGRP\\[knob_ls\\[i]].setEnabled(True)\\n\"\n xpos -202\n ypos 1258\n addUserKnob {20 User}\n addUserKnob {6 bloom +STARTLINE}\n bloom true\n }\n NoOp {\n inputs 0\n name dof_setting2\n knobChanged \"\\nthisGRP = nuke.thisGroup()\\nknob_ls = \\['depth_layers','layer_curve']\\nfor i in range( len(knob_ls) ) :\\n if thisGRP\\['auto_layer_spacing'].getValue() == 0 :\\n thisGRP\\[knob_ls\\[i]].setEnabled(True)\\n else :\\n thisGRP\\[knob_ls\\[i]].setEnabled(False)\\n\"\n xpos -203\n ypos 1322\n addUserKnob {20 User}\n addUserKnob {6 auto_layer_spacing l \"automatic layer spacing\" +STARTLINE}\n auto_layer_spacing true\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/nk_files/NST_X_Aton_Examples.nk", "content": "BackdropNode {\n inputs 0\n name BackdropNode1\n label WORDART\n note_font_size 72\n note_font_color 0xffffffff\n xpos 1371\n ypos -847\n bdwidth 828\n bdheight 20\n}\nBackdropNode {\n inputs 0\n name BackdropNode2\n label BACKLIT\n note_font_size 72\n note_font_color 0xffffffff\n xpos -93\n ypos -853\n bdwidth 828\n bdheight 20\n}\nBackdropNode {\n inputs 0\n name BackdropNode3\n label HOLOGRAM\n note_font_size 72\n note_font_color 0xffffffff\n xpos 2646\n ypos -870\n bdwidth 828\n bdheight 20\n}\nAxis2 {\n inputs 0\n rotate {{curve x1 -7.904351676 x100 -7.785} {curve x1 -38.0573257 x100 23.01} {curve x1 6.145020451 x100 -25.775}}\n name Axis1\n xpos 408\n ypos -462\n}\nCamera2 {\n translate {0 {curve x1 0 x100 0.175} {curve x1 1.5 x100 1.25}}\n focal 23.8\n name Camera1\n xpos 408\n ypos -396\n}\nset N656ab000 [stack 0]\nLight2 {\n inputs 0\n light_type spot\n color_panelDropped true\n cone_angle 120\n cone_penumbra_angle 180\n cone_falloff 15\n falloff_type Quadratic\n translate {0.04599991813 0.1635388732 -0.8183040619}\n rotate {-13.71810454 -179.9999913 -179.9999913}\n cast_shadows true\n shadow_mode \"clipped alpha\"\n filter Impulse\n scene_epsilon 0.114\n depthmap_slope_bias 0.218\n clipping_threshold 0.84\n shadow_jitter_scale 0\n depthmap_width 512\n name Light1\n xpos 262\n ypos -428\n}\nset N656aac00 [stack 0]\npush $N656ab000\npush $N656aac00\nBasicMaterial {\n inputs 0\n name BasicMaterial1\n xpos -23\n ypos -546\n}\nCard2 {\n orientation ZX\n image_aspect false\n uniform_scale 2\n control_points {3 3 3 6\n\n1 {-0.5 0 -0.5} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0 0.1666666865} 0 {0 0 0} 0 {0 0 0}\n1 {0 0 -0.5} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0 0.1666666865} 0 {0 0 0} 0 {0.5 0 0}\n1 {0.5 0 -0.5} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0 0.1666666865} 0 {0 0 0} 0 {1 0 0}\n1 {-0.5 0 0} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0 0.1666666716} 0 {0 0 -0.1666666716} 0 {0 0.5 0}\n1 {0 0 0} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0 0.1666666716} 0 {0 0 -0.1666666716} 0 {0.5 0.5 0}\n1 {0.5 0 0} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0 0.1666666716} 0 {0 0 -0.1666666716} 0 {1 0.5 0}\n1 {-0.5 0 0.5} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0 0} 0 {0 0 -0.1666666865} 0 {0 1 0}\n1 {0 0 0.5} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0 0} 0 {0 0 -0.1666666865} 0 {0.5 1 0}\n1 {0.5 0 0.5} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0 0} 0 {0 0 -0.1666666865} 0 {1 1 0} }\n name Card2\n xpos -23\n ypos -520\n}\nText2 {\n inputs 0\n font_size_toolbar 500\n font_width_toolbar 100\n font_height_toolbar 100\n kerning_toolbar 0.5\n output {-rgba.red -rgba.green -rgba.blue rgba.alpha}\n message BACKLIT\n old_message {{66 65 67 75 76 73 84}\n }\n box {68.5 279.5 1859.5 780.5}\n transforms {{0 2}\n }\n font_size_values {{0 500 1 500 2 500 3 500 4 500 5 500 6 500 0 96 1 96 2 96 3 96 4 96 5 96 6 96}\n }\n font_width_values {{0 100 1 100 2 100 3 100 4 100 5 100 6 100 0 101 1 101 2 101 3 101 4 101 5 101 6 101}\n }\n kern_values {{0 0.5 1 0.5 2 0.5 3 0.5 4 0.5 5 0.5 6 0.5 0 0.006 1 0.006 2 0.006 3 0.006 4 0.006 5 0.006 6 0.006}\n }\n font {{ Impact : Regular : impact.ttf : 0 }}\n font_size 500\n kerning 0.5\n scale {1 1}\n center {960 540}\n cursor_initialised true\n initial_cursor_position {{68.5 780.5}\n }\n group_animations {{0} imported: 0 selected: 0 items: \"root transform/\"}\n animation_layers {{1 11 960 540 0 0 1 1 0 0 0 0}\n }\n name Text1\n xpos 270\n ypos -681\n}\nCard2 {\n translate {0 0.08900000155 0}\n control_points {3 3 3 6\n\n1 {-0.5 -0.5 0} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0.1666666865 0} 0 {0 0 0} 0 {0 0 0}\n1 {0 -0.5 0} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0.1666666865 0} 0 {0 0 0} 0 {0.5 0 0}\n1 {0.5 -0.5 0} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0.1666666865 0} 0 {0 0 0} 0 {1 0 0}\n1 {-0.5 0 0} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0.1666666716 0} 0 {0 -0.1666666716 0} 0 {0 0.5 0}\n1 {0 0 0} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0.1666666716 0} 0 {0 -0.1666666716 0} 0 {0.5 0.5 0}\n1 {0.5 0 0} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0.1666666716 0} 0 {0 -0.1666666716 0} 0 {1 0.5 0}\n1 {-0.5 0.5 0} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0 0} 0 {0 -0.1666666865 0} 0 {0 1 0}\n1 {0 0.5 0} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0 0} 0 {0 -0.1666666865 0} 0 {0.5 1 0}\n1 {0.5 0.5 0} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0 0} 0 {0 -0.1666666865 0} 0 {1 1 0} }\n name Card1\n xpos 270\n ypos -594\n}\nset N6571b800 [stack 0]\nScene {\n inputs 3\n name Scene1\n xpos 117\n ypos -482\n}\npush 0\nScanlineRender {\n inputs 3\n conservative_shader_sampling false\n ztest_enabled false\n filter Impulse\n max_tessellation 1\n motion_vectors_type off\n MB_channel none\n name ScanlineRender1\n xpos 107\n ypos -298\n}\nZDefocus2 {\n channels rgb\n center {{curve x1 0.7172219157 x50 0.7677050233 x100 0.8260945082}}\n focal_point {962 402}\n blur_dof false\n size 40\n max_size 50\n autoLayerSpacing false\n layers 5\n layerCurve 2\n legacy_resize_mode false\n show_legacy_resize_mode false\n name ZDefocus1\n xpos 107\n ypos -194\n}\nGrade {\n white {1.44 1.1 1 1}\n white_panelDropped true\n multiply 0.5\n gamma {0.6 0.6 0.74 0.6}\n gamma_panelDropped true\n name Grade1\n xpos 107\n ypos -158\n}\nset N6571a400 [stack 0]\npush $N656ab000\nNoise {\n inputs 0\n zoffset {{frame/300}}\n octaves 6\n gain 0.425\n gamma 0.635\n center {960 540}\n name Noise1\n xpos 581\n ypos -723\n}\nIDistort {\n channels {rgba.red -rgba.green -rgba.blue none}\n uv rgb\n uv_offset 0.5\n uv_scale -100\n filter Impulse\n name IDistort1\n xpos 581\n ypos -695\n disable true\n}\nIDistort {\n channels {-rgba.red -rgba.green rgba.blue none}\n uv rgb\n uv_offset 0.5\n uv_scale 100\n filter Impulse\n name IDistort2\n xpos 581\n ypos -658\n disable true\n}\nSaturation {\n name Saturation1\n xpos 581\n ypos -632\n disable true\n}\nRadial {\n invert true\n area {12 -2 1944 1094}\n color 0\n name Radial1\n xpos 581\n ypos -594\n}\nCard2 {\n translate {{parent.Light1.translate} {parent.Light1.translate} {parent.Light1.translate}}\n uniform_scale 2\n control_points {3 3 3 6\n\n1 {-0.5 -0.5 0} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0.1666666865 0} 0 {0 0 0} 0 {0 0 0}\n1 {0 -0.5 0} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0.1666666865 0} 0 {0 0 0} 0 {0.5 0 0}\n1 {0.5 -0.5 0} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0.1666666865 0} 0 {0 0 0} 0 {1 0 0}\n1 {-0.5 0 0} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0.1666666716 0} 0 {0 -0.1666666716 0} 0 {0 0.5 0}\n1 {0 0 0} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0.1666666716 0} 0 {0 -0.1666666716 0} 0 {0.5 0.5 0}\n1 {0.5 0 0} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0.1666666716 0} 0 {0 -0.1666666716 0} 0 {1 0.5 0}\n1 {-0.5 0.5 0} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0 0} 0 {0 -0.1666666865 0} 0 {0 1 0}\n1 {0 0.5 0} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0 0} 0 {0 -0.1666666865 0} 0 {0.5 1 0}\n1 {0.5 0.5 0} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0 0} 0 {0 -0.1666666865 0} 0 {1 1 0} }\n name Card3\n xpos 581\n ypos -529\n}\npush $N6571b800\nScene {\n inputs 2\n name Scene2\n xpos 591\n ypos -483\n}\npush 0\nScanlineRender {\n inputs 3\n conservative_shader_sampling false\n ztest_enabled false\n filter Impulse\n max_tessellation 1\n motion_vectors_type off\n MB_channel none\n name ScanlineRender2\n xpos 581\n ypos -274\n}\nMerge2 {\n inputs 2\n operation screen\n name Merge1\n xpos 581\n ypos -158\n}\nNST_X_Aton_Volumetrics {\n inputs 3\n name X_Aton1\n xpos 581\n ypos -39\n use_3d true\n mode Diffuse\n gamma 1.5\n iterations 40\n}\npush $N6571a400\nMerge2 {\n inputs 2\n operation screen\n name Merge2\n xpos 107\n ypos 29\n}\nGrade {\n white 3.95\n multiply {1.38 0.52 0.16 1}\n multiply_panelDropped true\n add {0.025 0.01 0.035 0}\n add_panelDropped true\n gamma {0.96 0.79 0.82 1}\n gamma_panelDropped true\n name Grade3\n xpos 107\n ypos 158\n}\nReformat {\n type \"to box\"\n box_width 1920\n box_height 811\n box_fixed true\n name Reformat1\n xpos 107\n ypos 224\n}\nGrain2 {\n name Grain2_1\n label \"Kodak 5218\"\n xpos 107\n ypos 248\n red_size 0.1\n green_size 1.6\n blue_size 1.91\n green_i 0.86\n blue_i 0.73\n red_m 0.38\n green_m 0.17\n blue_m 0.87\n black {0 0 0}\n minimum {0 0 0}\n}\nGroup {\n name CC1\n xpos 107\n ypos 309\n}\n Input {\n inputs 0\n name Input1\n xpos 510\n ypos 91\n }\n ColorCorrect {\n highlights.gain 5\n lookup {shadow {}\n midtone {}\n highlight {curve x-0.008459195495 0 s0 x0.3823549747 0.1056844592 x2.526475906 1 s0}}\n name ColorCorrect1\n xpos 510\n ypos 131\n }\n Expression {\n expr0 r/(r+1)\n expr1 g/(g+1)\n expr2 b/(b+1)\n name Expression1\n xpos 510\n ypos 157\n }\n Grade {\n multiply 1.62\n gamma 0.76\n mix_luminance 1\n name Grade2\n xpos 510\n ypos 183\n }\n Output {\n name Output1\n xpos 510\n ypos 283\n }\nend_group\nCamera2 {\n inputs 0\n translate {0 0 2.266000032}\n name Camera2\n xpos 1534\n ypos -384\n}\nset N6548b000 [stack 0]\nLight2 {\n inputs 0\n translate {{curve x1 0.1260000169 x31 0.2119999826 x60 0.0120000001 x100 0.5440000892} {curve x1 -0.3319999874 x31 0.2619999945 x60 -0.3099999726 x100 -0.3240000308} {curve x1 -1 x31 -1 x60 -0.9999999404 x100 -1}}\n rotate {{curve x1 -22.44072312 x31 23.1059494 x60 -18.7450068 x100 -18.09145503} {curve x1 -9.586705816 x31 -16.4712983 x60 0.1313750468 x100 -40.04410137} {curve x1 1.04731346 x31 -15.92444262 x60 -20.64958627 x100 26.71281691}}\n depthmap_slope_bias 0.01\n name Light2\n xpos 1887\n ypos -447\n}\nset N6548ac00 [stack 0]\npush $N6548b000\npush $N6548ac00\nRamp {\n inputs 0\n invert true\n p0 {1816 196}\n name Ramp1\n xpos 1591\n ypos -629\n}\nShuffle {\n green white\n blue white\n name Shuffle1\n xpos 1591\n ypos -603\n}\nColorspace {\n colorspace_in HSV\n name Colorspace1\n xpos 1591\n ypos -577\n}\nText2 {\n inputs 0\n font_size_toolbar 500\n font_width_toolbar 100\n font_height_toolbar 100\n message WordArt\n old_message {{87 111 114 100 65 114 116}\n }\n box {109.5 281.5 1806.5 782.5}\n transforms {{0 2}\n }\n font_size_values {{0 500 1 500 2 500 3 500 4 500 5 500 6 500 0 500 1 500 2 500 3 500 4 500 5 500 6 500}\n }\n font {{ Impact : Regular : impact.ttf : 0 }}\n font_size 500\n scale {1 1}\n center {960 540}\n cursor_initialised true\n initial_cursor_position {{109.5 782.5}\n }\n group_animations {{0} imported: 0 selected: 0 items: \"root transform/\"}\n animation_layers {{1 11 960 540 0 0 1 1 0 0 0 0}\n }\n name Text2\n xpos 1715\n ypos -657\n}\nTransform {\n skewY -0.1\n center {960 540}\n name Transform1\n xpos 1715\n ypos -631\n}\nExpression {\n channel0 rgba\n expr0 a>.1\n name Expression1\n xpos 1715\n ypos -592\n}\nMerge2 {\n inputs 2\n operation multiply\n bbox B\n Achannels {rgba.red rgba.green rgba.blue -rgba.alpha}\n Bchannels {rgba.red rgba.green rgba.blue -rgba.alpha}\n output {rgba.red rgba.green rgba.blue -rgba.alpha}\n name Merge3\n xpos 1715\n ypos -566\n}\nCard2 {\n control_points {3 3 3 6\n\n1 {-0.5 -0.5 0} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0.1666666865 0} 0 {0 0 0} 0 {0 0 0}\n1 {0 -0.5 0} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0.1666666865 0} 0 {0 0 0} 0 {0.5 0 0}\n1 {0.5 -0.5 0} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0.1666666865 0} 0 {0 0 0} 0 {1 0 0}\n1 {-0.5 0 0} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0.1666666716 0} 0 {0 -0.1666666716 0} 0 {0 0.5 0}\n1 {0 0 0} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0.1666666716 0} 0 {0 -0.1666666716 0} 0 {0.5 0.5 0}\n1 {0.5 0 0} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0.1666666716 0} 0 {0 -0.1666666716 0} 0 {1 0.5 0}\n1 {-0.5 0.5 0} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0 0} 0 {0 -0.1666666865 0} 0 {0 1 0}\n1 {0 0.5 0} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0 0} 0 {0 -0.1666666865 0} 0 {0.5 1 0}\n1 {0.5 0.5 0} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0 0} 0 {0 -0.1666666865 0} 0 {1 1 0} }\n name Card4\n xpos 1715\n ypos -453\n}\nTransformGeo {\n inputs 2\n translate {0 0 1}\n name TransformGeo1\n xpos 1715\n ypos -427\n}\npush 0\nScanlineRender {\n inputs 3\n conservative_shader_sampling false\n ztest_enabled false\n filter Impulse\n motion_vectors_type off\n MB_channel none\n name ScanlineRender3\n xpos 1715\n ypos -364\n}\nCrop {\n box {0 0 1920 1080}\n name Crop1\n xpos 1715\n ypos -328\n}\nNST_X_Aton_Volumetrics {\n inputs 3\n name X_Aton2\n xpos 1715\n ypos -276\n use_3d true\n length -0.35\n mode Brightest\n decay 5\n gamma 0.86\n iterations 100\n}\nUnpremult {\n name Unpremult1\n xpos 1715\n ypos -205\n}\nExpression {\n expr3 a>0\n name Expression2\n xpos 1715\n ypos -179\n}\nConstant {\n inputs 0\n channels rgb\n color 1\n name Constant1\n xpos 1954\n ypos -218\n}\nGrid {\n opacity 0.1\n number {32.14 17.6}\n size 5\n translate {234 158}\n color 0\n name Grid1\n xpos 1954\n ypos -146\n}\nGrid {\n opacity 0.1\n number {6.428 3.52}\n size 7\n translate {234 158}\n color 0\n name Grid2\n xpos 1954\n ypos -120\n}\nMerge2 {\n inputs 2\n name Merge4\n xpos 1715\n ypos -86\n}\nRadial {\n inputs 0\n area {-1061 -738 3021 1902}\n name Radial3\n xpos 3155\n ypos 622\n}\nGroup {\n inputs 0\n name Lens_Dust\n xpos 3246\n ypos 414\n}\n Noise {\n inputs 0\n size 135\n gain 1\n center {960 540}\n name Noise7\n xpos -581\n ypos 136\n }\n Grade {\n blackpoint 0.98\n white 0.02\n gamma 0.77\n name Grade11\n xpos -581\n ypos 162\n }\n Defocus {\n defocus 20\n name Defocus1\n xpos -581\n ypos 188\n }\n Sharpen {\n size 15.5\n name Sharpen1\n xpos -581\n ypos 226\n }\n TransformMasked {\n channels {-rgba.red rgba.green -rgba.blue -rgba.alpha}\n translate {0 -5}\n scale 1.02\n center {960 540}\n filter Sinc4\n name Transform4\n xpos -581\n ypos 264\n }\n Output {\n name Output1\n xpos -581\n ypos 364\n }\nend_group\nCamera2 {\n inputs 0\n translate {{curve x1 -0.18 x50 0.02 x100 0.12} {curve x1 -0.04 x50 0.02 x100 -0.02} 3}\n rotate {{curve x1 -5.999998093 x50 5.515254021 x101 -2.181924343} {curve x1 17.20000648 x50 -4.985045433 x101 -17.09903526} {curve x1 2.146191065e-007 x50 2.144360991e-007 x101 1.601986526e-007}}\n pivot {0 0 -3.5}\n focal 70\n name Camera4\n xpos 2867\n ypos 65\n}\nset N36b9800 [stack 0]\nDot {\n name Dot2\n xpos 3120\n ypos 232\n}\nset N36b9400 [stack 0]\nLight2 {\n inputs 0\n translate {0.4850000143 0.3149999976 -3.549999952}\n depthmap_slope_bias 0.01\n name Light4\n xpos 3288\n ypos -20\n}\nDot {\n name Dot3\n xpos 3212\n ypos 227\n}\nset N36b8c00 [stack 0]\npush $N36b9800\nGrid {\n inputs 0\n opacity {{abs(sin(frame*180))}}\n number {1 100}\n translate {0 {frame}}\n name Grid4\n xpos 3143\n ypos -253\n}\nText2 {\n inputs 0\n font_size_toolbar 500\n font_width_toolbar 100\n font_height_toolbar 100\n output {rgba.red -rgba.green -rgba.blue -rgba.alpha}\n message POWER\n old_message {{80 79 87 69 82}\n }\n box {257.5 251.5 1666.5 752.5}\n transforms {{0 2}\n }\n font_size_values {{0 500 1 500 2 500 3 500 4 500 0 500 1 500 2 500 3 500 4 500}\n }\n cursor_position 2\n font {{ Impact : Regular : impact.ttf : 0 }}\n font_size 500\n scale {1 1}\n cursor_initialised true\n initial_cursor_position {{257.5 752.5}\n }\n group_animations {{0} imported: 0 selected: items: \"root transform/\"}\n animation_layers {{1 11 960 540 0 0 1 1 0 0 0 0}\n }\n name Text4\n xpos 3025\n ypos -717\n}\nCrop {\n box {0 0 1920 1080}\n name Crop2\n xpos 3025\n ypos -600\n}\nset N36b9c00 [stack 0]\nEdgeDetectWrapper {\n channels {rgba.red -rgba.green -rgba.blue none}\n name EdgeDetect2\n xpos 2860\n ypos -606\n}\nShuffle {\n red alpha\n green alpha\n blue alpha\n name Shuffle2\n xpos 2860\n ypos -568\n}\nMultiply {\n value {{abs(sin(frame*11))*.2}}\n name Multiply1\n xpos 2860\n ypos -542\n}\nDot {\n name Dot4\n xpos 2894\n ypos -249\n}\npush $N36b9c00\nNoise {\n output {rgba.red -rgba.green -rgba.blue -rgba.alpha}\n replace true\n maskChannelInput rgba.red\n type turbulence\n size 1200\n zoffset {{frame/8}}\n octaves 8\n lacunarity 2.3\n gain 0.51\n gamma 0.165\n translate {{curve x1 9176.75 x38 9469.2 x39 9350.85 x48 9417.9 x51 9470 x57 9286.25 x59 8987.4 x91 8987.4 x92 9687.4 x97 8860.77963 x98 8987.4} {curve x1 -497.25 x38 -436.1 x48 -188.75 x51 -210 x91 -210 x97 0}}\n rotate 61\n center {960 540}\n name Noise3\n xpos 3025\n ypos -574\n}\nEdgeDetectWrapper {\n channels {rgba.red -rgba.green -rgba.blue none}\n name EdgeDetect1\n xpos 3025\n ypos -536\n}\nFilterErode {\n size -10\n filter triangle\n mix 0.5\n name FilterErode1\n xpos 3025\n ypos -498\n}\nLaplacian {\n channels alpha\n size 164\n quality 5\n name Laplacian1\n xpos 3025\n ypos -465\n}\nGrade {\n channels alpha\n white 2\n gamma 0.2\n name Grade5\n xpos 3025\n ypos -427\n}\nTimeEcho {\n mode Plus\n framesbehind 10\n frmaesfade 10\n name TimeEcho1\n xpos 3025\n ypos -383\n}\nNoise {\n output {-rgba.red -rgba.green rgba.blue -rgba.alpha}\n zoffset {{frame}}\n octaves 4\n center {960 540}\n name Noise4\n xpos 3025\n ypos -357\n}\nNoise {\n output {-rgba.red rgba.green -rgba.blue -rgba.alpha}\n type turbulence\n size 200\n zoffset {{frame}}\n octaves 6\n gain 0.625\n center {960 540}\n name Noise5\n xpos 3025\n ypos -331\n}\nNoise {\n output {rgba.red -rgba.green -rgba.blue -rgba.alpha}\n type turbulence\n size 9.8\n zoffset {{frame}}\n octaves 2\n gain 0.625\n center {960 540}\n name Noise6\n xpos 3025\n ypos -305\n}\nPremult {\n name Premult1\n xpos 3025\n ypos -279\n}\nMerge2 {\n inputs 2+1\n mix 0.1\n name Merge8\n xpos 3025\n ypos -253\n}\nGrid {\n opacity {{abs(sin(frame*180))}}\n maskChannelInput rgba.alpha\n number {1 200}\n size 0.7\n translate {0 {frame}}\n name Grid3\n xpos 3025\n ypos -219\n}\nSaturation {\n saturation 0.5\n mode Average\n name Saturation3\n xpos 3025\n ypos -181\n}\nGrade {\n multiply {0.66 1.02 3.2 1}\n multiply_panelDropped true\n gamma {0.89 1.1 1.42 1}\n gamma_panelDropped true\n name Grade6\n xpos 3025\n ypos -155\n}\nTransformMasked {\n channels {-rgba.red rgba.green -rgba.blue none}\n translate {1 {sin(frame*111)*.5}}\n center {960 540}\n filter Sinc4\n name Transform2\n xpos 3025\n ypos -129\n}\nDot {\n name Dot5\n xpos 3059\n ypos -44\n}\nset Nf90e1400 [stack 0]\nTimeOffset {\n time_offset 1\n time \"\"\n name TimeOffset1\n xpos 3134\n ypos -48\n}\nMultiply {\n value 0.25\n name Multiply2\n xpos 3134\n ypos -22\n}\nCard2 {\n cast_shadow false\n receive_shadow false\n control_points {3 3 3 6\n\n1 {-0.5 -0.5 0} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0.1666666865 0} 0 {0 0 0} 0 {0 0 0}\n1 {0 -0.5 0} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0.1666666865 0} 0 {0 0 0} 0 {0.5 0 0}\n1 {0.5 -0.5 0} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0.1666666865 0} 0 {0 0 0} 0 {1 0 0}\n1 {-0.5 0 0} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0.1666666716 0} 0 {0 -0.1666666716 0} 0 {0 0.5 0}\n1 {0 0 0} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0.1666666716 0} 0 {0 -0.1666666716 0} 0 {0.5 0.5 0}\n1 {0.5 0 0} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0.1666666716 0} 0 {0 -0.1666666716 0} 0 {1 0.5 0}\n1 {-0.5 0.5 0} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0 0} 0 {0 -0.1666666865 0} 0 {0 1 0}\n1 {0 0.5 0} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0 0} 0 {0 -0.1666666865 0} 0 {0.5 1 0}\n1 {0.5 0.5 0} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0 0} 0 {0 -0.1666666865 0} 0 {1 1 0} }\n name Card9\n xpos 3134\n ypos 19\n}\nTransformGeo {\n uniform_scale 0.98\n pivot {0.4850000143 0.3149999976 -3.549999952}\n name TransformGeo2\n xpos 3134\n ypos 72\n}\npush $Nf90e1400\nCard2 {\n cast_shadow false\n receive_shadow false\n control_points {3 3 3 6\n\n1 {-0.5 -0.5 0} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0.1666666865 0} 0 {0 0 0} 0 {0 0 0}\n1 {0 -0.5 0} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0.1666666865 0} 0 {0 0 0} 0 {0.5 0 0}\n1 {0.5 -0.5 0} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0.1666666865 0} 0 {0 0 0} 0 {1 0 0}\n1 {-0.5 0 0} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0.1666666716 0} 0 {0 -0.1666666716 0} 0 {0 0.5 0}\n1 {0 0 0} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0.1666666716 0} 0 {0 -0.1666666716 0} 0 {0.5 0.5 0}\n1 {0.5 0 0} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0.1666666716 0} 0 {0 -0.1666666716 0} 0 {1 0.5 0}\n1 {-0.5 0.5 0} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0 0} 0 {0 -0.1666666865 0} 0 {0 1 0}\n1 {0 0.5 0} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0 0} 0 {0 -0.1666666865 0} 0 {0.5 1 0}\n1 {0.5 0.5 0} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0 0} 0 {0 -0.1666666865 0} 0 {1 1 0} }\n name Card8\n xpos 3025\n ypos 23\n}\nMergeGeo {\n inputs 2\n name MergeGeo1\n xpos 3025\n ypos 72\n}\npush 0\nScanlineRender {\n inputs 3\n conservative_shader_sampling false\n motion_vectors_type off\n MB_channel none\n name ScanlineRender6\n xpos 3025\n ypos 148\n}\nCrop {\n box {0 0 1920 1080}\n name Crop3\n xpos 3025\n ypos 174\n}\nDot {\n name Dot1\n xpos 3059\n ypos 249\n}\nset N51f83400 [stack 0]\nNST_X_Aton_Volumetrics {\n inputs 3\n name X_Aton4\n xpos 3025\n ypos 278\n center {1758 880}\n use_3d true\n length 4\n diffuse 0\n multiply 10\n iterations 250\n maxGPUMemory 70\n}\npush $N36b9400\npush $N36b8c00\npush $N51f83400\nNST_X_Aton_Volumetrics {\n inputs 3\n name X_Aton5\n xpos 3154\n ypos 269\n center {{parent.X_Aton4.center} {parent.X_Aton4.center}}\n use_3d true\n length -1\n diffuse 0\n multiply 10\n iterations 150\n}\nMerge2 {\n inputs 2\n name Merge7\n xpos 3025\n ypos 314\n}\nGrade {\n gamma 0.75\n name Grade7\n xpos 3025\n ypos 340\n}\nGroup {\n name Glow\n xpos 3025\n ypos 456\n}\n Input {\n inputs 0\n name Input1\n xpos -581\n ypos 17\n }\n Blur {\n size {100 5}\n mix 0.1\n name Blur1\n xpos -581\n ypos 57\n }\n Blur {\n size {300 5}\n mix 0.1\n name Blur2\n xpos -581\n ypos 95\n }\n Blur {\n size {5 100}\n mix 0.1\n name Blur4\n xpos -581\n ypos 133\n }\n Blur {\n size {500 500}\n mix 0.06\n name Blur3\n xpos -581\n ypos 172\n }\n Blur {\n size {200 200}\n mix 0.1\n name Blur5\n xpos -581\n ypos 210\n }\n Blur {\n size {50 50}\n mix 0.1\n name Blur6\n xpos -581\n ypos 248\n }\n Output {\n name Output1\n xpos -581\n ypos 348\n }\nend_group\nset N630b1a80 [stack 0]\nBlur {\n size 500\n name Blur7\n xpos 3135\n ypos 450\n}\nMerge2 {\n inputs 2\n operation multiply\n name Merge9\n xpos 3246\n ypos 521\n}\npush $N630b1a80\nMerge2 {\n inputs 2\n operation plus\n Achannels {rgba.red rgba.green rgba.blue -rgba.alpha}\n Bchannels {rgba.red rgba.green rgba.blue -rgba.alpha}\n output {rgba.red rgba.green rgba.blue -rgba.alpha}\n name Merge10\n xpos 3025\n ypos 521\n}\nGrade {\n black {0 0 0 0}\n black_panelDropped true\n multiply {1.2 1 1 1}\n multiply_panelDropped true\n gamma {0.9 1 1 1}\n gamma_panelDropped true\n name Grade8\n xpos 3025\n ypos 564\n}\nGrade {\n black {0.01 0.002 0.05 0}\n black_panelDropped true\n name Grade10\n xpos 3025\n ypos 590\n}\nGrade {\n inputs 1+1\n multiply 0.26\n gamma 0.83\n invert_mask true\n name Grade9\n xpos 3025\n ypos 616\n}\nTransformMasked {\n channels {-rgba.red rgba.green -rgba.blue -rgba.alpha}\n translate {0 -1}\n scale 1.005\n center {960 540}\n filter Lanczos4\n name Transform3\n xpos 3025\n ypos 642\n}\nGrain2 {\n name Grain2_3\n label \"Kodak 5218\"\n xpos 3025\n ypos 694\n red_size 0.1\n green_size 1.6\n blue_size 1.91\n green_i 0.86\n blue_i 0.73\n red_m 2\n green_m 0.39\n blue_m 1\n black {0 0 0}\n minimum {0 0 0}\n maskgrain false\n}\nGroup {\n name CC3\n xpos 3025\n ypos 732\n}\n Input {\n inputs 0\n name Input1\n xpos 510\n ypos 91\n }\n ColorCorrect {\n highlights.gain 5\n lookup {shadow {}\n midtone {}\n highlight {curve x-0.008459195495 0 s0 x0.3823549747 0.1056844592 x2.526475906 1 s0}}\n name ColorCorrect1\n xpos 510\n ypos 131\n }\n Expression {\n expr0 r/(r+1)\n expr1 g/(g+1)\n expr2 b/(b+1)\n name Expression1\n xpos 510\n ypos 157\n }\n Grade {\n multiply 1.62\n gamma 0.76\n mix_luminance 1\n name Grade2\n xpos 510\n ypos 183\n }\n Output {\n name Output1\n xpos 510\n ypos 283\n }\nend_group\nReformat {\n type \"to box\"\n box_width 1920\n box_height 811\n box_fixed true\n name Reformat3\n xpos 3025\n ypos 758\n}\n" }, { "path": "NukeSurvivalToolkit/nk_files/Noise.nk", "content": "set cut_paste_input [stack 0]\nversion 10.5 v2\npush $cut_paste_input\nExpression {\n temp_name0 value\n temp_expr0 5\n expr0 noise(value)\n expr1 noise(value)\n expr2 noise(value)\n expr3 noise(r,g,b)\n name Noise_expression\n selected true\n xpos 97\n ypos -53\n}\n" }, { "path": "NukeSurvivalToolkit/nk_files/Random_colors.nk", "content": "set cut_paste_input [stack 0]\nversion 10.5 v2\npush $cut_paste_input\nExpression {\n expr0 random(r)\n expr1 random(g)\n expr2 random(b)\n expr3 random(a)\n name Random_every_pixel\n selected true\n xpos 166\n ypos 78\n}\n" }, { "path": "NukeSurvivalToolkit/nk_files/Random_every_frame.nk", "content": "set cut_paste_input [stack 0]\nversion 10.5 v2\npush $cut_paste_input\nExpression {\n expr0 random(frame)*random\n expr1 random(frame)*random\n expr2 random(frame)*random\n expr3 random(frame)*random\n name Random_every_frame\n selected true\n xpos 166\n ypos 78\n}\n" }, { "path": "NukeSurvivalToolkit/nk_files/Random_every_pixel.nk", "content": "set cut_paste_input [stack 0]\nversion 10.5 v2\npush $cut_paste_input\nExpression {\n expr0 random\n expr1 random\n expr2 random\n expr3 random\n name Random_every_pixel\n selected true\n xpos 216\n ypos -63\n}\n" }, { "path": "NukeSurvivalToolkit/nk_files/STMap_invert.nk", "content": "set cut_paste_input [stack 0]\nversion 10.5 v2\npush $cut_paste_input\nExpression {\n expr0 ((x+0.5)/width)-r+((x+0.5)/width)\n expr1 ((y+0.5)/height)-g+((y+0.5)/height)\n name ST_invert\n selected true\n xpos 1179\n ypos 52\n}\n" }, { "path": "NukeSurvivalToolkit/nk_files/Trunc.nk", "content": "ColorWheel {\n inputs 0\n gamma 0.45\n name ColorWheel1\n selected true\n xpos 107\n ypos -172\n}\nExpression {\n expr0 trunc(r*scale)/scale\n expr1 trunc(g*scale)/scale\n expr2 trunc(b*scale)/scale\n name Trunc\n selected true\n xpos 107\n ypos -55\n addUserKnob {20 User}\n addUserKnob {7 scale R 0 5}\n scale 1\n}\n" }, { "path": "NukeSurvivalToolkit/nk_files/UV_to_Vector.nk", "content": "Expression {\n expr0 (r-(x+0.5)/width)*width\n expr1 (g-(y+0.5)/height)*height\n expr2 0\n name UV_to_Vector\n selected true\n xpos 80\n ypos 4\n}\n" }, { "path": "NukeSurvivalToolkit/nk_files/Vector_to_UV.nk", "content": "Expression {\n expr0 (r+x+0.5)/width\n expr1 (g+y+0.5)/height\n expr2 0\n name Vector_to_UV\n selected true\n xpos 204\n ypos 33\n}\n" }, { "path": "NukeSurvivalToolkit/nk_files/abs.nk", "content": "set cut_paste_input [stack 0]\nversion 10.5 v2\nBackdropNode {\n inputs 0\n name BackdropNode3\n tile_color 0x7171c600\n label ABS\n note_font_size 42\n selected true\n xpos 1234\n ypos -326\n bdwidth 274\n bdheight 394\n}\nStickyNote {\n inputs 0\n name StickyNote1\n label \"Return the Absolute value (always positive values)\"\n selected true\n xpos 1255\n ypos 24\n}\nConstant {\n inputs 0\n color 1\n name Constant2\n selected true\n xpos 1327\n ypos -217\n}\nMultiply {\n channels rgba\n value -1\n name Multiply1\n label -1\n selected true\n xpos 1327\n ypos -104\n}\nExpression {\n expr0 abs(r)\n expr1 abs(g)\n expr2 abs(b)\n expr3 abs(a)\n name ABS\n selected true\n xpos 1327\n ypos -27\n}\n" }, { "path": "NukeSurvivalToolkit/nk_files/alpha_binary.nk", "content": "set cut_paste_input [stack 0]\nversion 10.5 v2\npush $cut_paste_input\nExpression {\n expr3 \"(r || b || g) > 0 ? 1 : 0\"\n name ifColorThenAlpha\n selected true\n xpos 2846\n ypos 504\n}\n" }, { "path": "NukeSurvivalToolkit/nk_files/alpha_comparison.nk", "content": "set cut_paste_input [stack 0]\nversion 10.5 v2\nBackdropNode {\n inputs 0\n name BackdropNode4\n tile_color 0xc69871ff\n label \"a < 0.1\"\n note_font_size 42\n selected true\n xpos 1595\n ypos -323\n bdwidth 274\n bdheight 394\n}\npush $cut_paste_input\nNoise {\n center {1181 558}\n name Noise1\n selected true\n xpos 1703\n ypos -165\n}\nExpression {\n temp_name0 number\n temp_expr0 0.1\n expr0 a-1\"}}\n}\n" }, { "path": "NukeSurvivalToolkit/nk_files/alpha_sum.nk", "content": "set cut_paste_input [stack 0]\nversion 10.5 v2\npush $cut_paste_input\nExpression {\n temp_name0 clamp\n temp_expr0 1\n expr3 \"clamp==1 ? clamp(r+g+b) : r+g+b\"\n name r_plus_g_plus_b\n selected true\n xpos 267\n ypos -9\n}\n" }, { "path": "NukeSurvivalToolkit/nk_files/bricks.nk", "content": "Reformat {\n inputs 0\n format \"1920 1080 0 0 1920 1080 1 HD_1080\"\n name Reformat1\n xpos 131\n ypos -105\n}\nExpression {\n temp_name0 dimension_width\n temp_expr0 size*width_brick\n temp_name1 difference_size\n temp_expr1 size\n temp_name2 dimension_height\n temp_expr2 size\n expr0 \"floor(y/size)%2 == 0? (x%(dimension_width*scale))/(difference_size*width_brick*scale) : ((x+offset)%dimension_width)/(difference_size*width_brick)\"\n expr1 \"floor(y/size)%2 == 0? (y%dimension_height)/(difference_size) : ((y)%dimension_height)/(difference_size)\"\n name bricks\n xpos 131\n ypos -64\n addUserKnob {20 User}\n addUserKnob {7 size R 0 200}\n size 216\n addUserKnob {7 offset R 0 100}\n offset 132\n addUserKnob {7 scale R 0 6}\n scale 1\n addUserKnob {26 \"\"}\n addUserKnob {7 width_brick R 0 5}\n width_brick 1.3\n addUserKnob {3 random_value l INVISIBLE +INVISIBLE}\n random_value 61\n}\nColorWheel {\n inputs 0\n gamma 0.45\n name ColorWheel1\n xpos 7\n ypos -37\n}\nSTMap {\n inputs 2\n channels rgba\n uv rgba\n name STMap1\n xpos 131\n ypos -13\n}\n" }, { "path": "NukeSurvivalToolkit/nk_files/check_nan_inf.nk", "content": "set cut_paste_input [stack 0]\nversion 10.5 v2\nBackdropNode {\n inputs 0\n name BackdropNode17\n tile_color 0x7190c6ff\n label check\n note_font_size 42\n selected true\n xpos 492\n ypos 65\n bdwidth 247\n bdheight 213\n z_order 1\n}\npush $cut_paste_input\nDot {\n name Dot1\n selected true\n xpos 614\n ypos 145\n}\nset N1863380 [stack 0]\nExpression {\n expr0 isinf(r)?1000:0\n expr1 isinf(g)?1000:0\n expr2 isinf(b)?1000:0\n expr3 isinf(a)?1000:0\n name Expression17\n label INF\n selected true\n xpos 502\n ypos 195\n}\nBlur {\n channels rgba\n size 20\n name Blur204\n label \"\\[value size]\"\n selected true\n xpos 502\n ypos 233\n}\npush $N1863380\nExpression {\n expr0 isnan(r)?1000:0\n expr1 isnan(g)?1000:0\n expr2 isnan(b)?1000:0\n expr3 isnan(a)?1000:0\n name Expression16\n label NAN\n selected true\n xpos 649\n ypos 190\n}\nBlur {\n channels rgba\n size 20\n name Blur205\n label \"\\[value size]\"\n selected true\n xpos 649\n ypos 236\n}\n" }, { "path": "NukeSurvivalToolkit/nk_files/check_negative.nk", "content": "set cut_paste_input [stack 0]\nversion 10.5 v2\npush $cut_paste_input\nExpression {\n expr0 \"r < 0 ? 1000 : 0\"\n expr1 \"g < 0 ? 1000 : 0\"\n expr2 \"b < 0 ? 1000 : 0\"\n expr3 \"a < 0 ? 1000 : 0\"\n name Expression3\n label NEGATIVE\n selected true\n xpos 2976\n ypos -519\n}\nBlur {\n channels rgba\n size 20\n name Blur3\n label \"\\[value size]\"\n selected true\n xpos 2976\n ypos -487\n}\n" }, { "path": "NukeSurvivalToolkit/nk_files/circles.nk", "content": "set cut_paste_input [stack 0]\nversion 10.5 v2\npush $cut_paste_input\nExpression {\n expr0 \"sin(sqrt(x * x + y * y ))\"\n expr1 \"sin(sqrt(x * x + y * y ))\"\n expr2 \"sin(sqrt(x * x + y * y ))\"\n expr3 \"sin(sqrt(x * x + y * y ))\"\n name Circles\n selected true\n xpos 1203\n ypos 221\n}\n" }, { "path": "NukeSurvivalToolkit/nk_files/circles_user.nk", "content": "set cut_paste_input [stack 0]\nversion 10.5 v2\nStickyNote {\n inputs 0\n name StickyNote3\n label \"Hypot: calculate the pythagora's theorem\"\n selected true\n xpos 1151\n ypos 344\n}\npush $cut_paste_input\nExpression {\n expr0 \"sin(hypot(x-center.x, y-center.y ) / size)\"\n expr1 \"sin(hypot(x-center.x, y-center.y ) / size)\"\n expr2 \"sin(hypot(x-center.x, y-center.y ) / size)\"\n expr3 \"sin(hypot(x-center.x, y-center.y ) / size)\"\n name Circles_User\n selected true\n xpos 1204\n ypos 317\n addUserKnob {20 User}\n addUserKnob {7 size R 0 10}\n size 5.8\n addUserKnob {12 center}\n center {1161 547}\n}\n" }, { "path": "NukeSurvivalToolkit/nk_files/coordinates.nk", "content": "BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0x3d7c8401\n note_font \"Helvetica bold Bold\"\n note_font_size 100\n xpos 79\n ypos -222\n bookmark false\n bdwidth 355\n bdheight 365\n}\nNoise {\n inputs 0\n output {-rgba.red -rgba.green rgba.blue rgba.alpha}\n center {1024 778}\n name Noise1\n xpos 328\n ypos -36\n disable true\n}\nColorWheel {\n inputs 0\n gamma 0.45\n name ColorWheel1\n xpos 110\n ypos -141\n}\nset Na8e2fa0 [stack 0]\nExpression {\n expr0 cx\n expr1 cy\n expr2 0\n name Expression1\n xpos 280\n ypos -117\n}\nDot {\n name Dot1\n tile_color 0xcccccc00\n xpos 314\n ypos 58\n}\npush $Na8e2fa0\nPositionToPoints2 {\n inputs 2\n display textured\n render_mode textured\n name PositionToPoints1\n xpos 110\n ypos 55\n}\nStickyNote {\n inputs 0\n name StickyNote1\n label \"Insert Noise on Blue channel\\nto apply DIsplacement\"\n xpos 332\n ypos 23\n}\n" }, { "path": "NukeSurvivalToolkit/nk_files/create_inf.nk", "content": "set cut_paste_input [stack 0]\nversion 10.5 v2\npush $cut_paste_input\nRotoPaint {\n curves {{{v x3f99999a}\n {f 0}\n {n\n {layer Root\n {f 2097664}\n {t x4493a000 x440b8000}\n {a pt1x 0 pt1y 0 pt2x 0 pt2y 0 pt3x 0 pt3y 0 pt4x 0 pt4y 0 ptex00 0 ptex01 0 ptex02 0 ptex03 0 ptex10 0 ptex11 0 ptex12 0 ptex13 0 ptex20 0 ptex21 0 ptex22 0 ptex23 0 ptex30 0 ptex31 0 ptex32 0 ptex33 0 ptof1x 0 ptof1y 0 ptof2x 0 ptof2y 0 ptof3x 0 ptof3y 0 ptof4x 0 ptof4y 0 pterr 0 ptrefset 0 ptmot x40800000 ptref 0}\n {curvegroup Bezier2 512 bezier\n {{cc\n {f 8192}\n {px x44872000\n {0 0}\n {x449dedc6 x445c9c0d}\n {0 0}\n {0 0}\n {x449e088f x445ca874}\n {0 0}}} idem}\n {tx x44872000 x449dbb34 x445c8b86}\n {a osw x41200000 osf 0 str 1 spx x4493a000 spy x440b8000 sb 1 ltn x44872000 ltm x44872000 tt x40800000}}}}}}\n toolbox {selectAll {\n { selectAll str 1 ssx 1 ssy 1 sf 1 }\n { createBezier str 1 ssx 1 ssy 1 sf 1 sb 1 tt 4 }\n { createBezierCusped str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createBSpline str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createEllipse str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createRectangle str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createRectangleCusped str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { brush bs 1 h 1 str 1 ssx 1 ssy 1 sf 1 sb 1 ltn 1081 ltm 1081 tt 17 }\n { eraser src 2 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { clone opc 0.1 src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 tt 19 }\n { reveal src 3 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { dodge src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { burn src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { blur src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 ep1 5 }\n { sharpen src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { smear opc 0.5 src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n} }\n toolbar_brush_hardness 0.200000003\n toolbar_source_transform_scale {1 1}\n toolbar_source_transform_center {1181 558}\n colorOverlay {0 0 0 0}\n lifetime_type \"all frames\"\n lifetime_start 1081\n lifetime_end 1081\n motionblur_shutter_offset_type centred\n brush_size 1\n brush_spacing 0.05000000075\n brush_hardness 0\n source_black_outside true\n name RotoPaint6\n selected true\n xpos 627\n ypos -198\n}\nExpression {\n expr0 r!=0?1*exp(500)/0.0000000001:0\n expr1 g!=0?1*exp(500)/0.0000000001:0\n expr2 b!=0?1*exp(500)/0.0000000001:0\n expr3 a!=0?1*exp(500)/0.0000000001:0\n name Create_inf_pixel\n selected true\n xpos 627\n ypos -118\n}\n" }, { "path": "NukeSurvivalToolkit/nk_files/create_nan.nk", "content": "set cut_paste_input [stack 0]\nversion 10.5 v2\npush $cut_paste_input\nRotoPaint {\n curves {{{v x3f99999a}\n {f 0}\n {n\n {layer Root\n {f 2097664}\n {t x4493a000 x440b8000}\n {a pt1x 0 pt1y 0 pt2x 0 pt2y 0 pt3x 0 pt3y 0 pt4x 0 pt4y 0 ptex00 0 ptex01 0 ptex02 0 ptex03 0 ptex10 0 ptex11 0 ptex12 0 ptex13 0 ptex20 0 ptex21 0 ptex22 0 ptex23 0 ptex30 0 ptex31 0 ptex32 0 ptex33 0 ptof1x 0 ptof1y 0 ptof2x 0 ptof2y 0 ptof3x 0 ptof3y 0 ptof4x 0 ptof4y 0 pterr 0 ptrefset 0 ptmot x40800000 ptref 0}\n {curvegroup Bezier2 512 bezier\n {{cc\n {f 8192}\n {px x44872000\n {0 0}\n {x449dedc6 x445c9c0d}\n {0 0}\n {0 0}\n {x449e088f x445ca874}\n {0 0}}} idem}\n {tx x44872000 x449dbb34 x445c8b86}\n {a osw x41200000 osf 0 str 1 spx x4493a000 spy x440b8000 sb 1 ltn x44872000 ltm x44872000 tt x40800000}}}}}}\n toolbox {selectAll {\n { selectAll str 1 ssx 1 ssy 1 sf 1 }\n { createBezier str 1 ssx 1 ssy 1 sf 1 sb 1 tt 4 }\n { createBezierCusped str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createBSpline str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createEllipse str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createRectangle str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createRectangleCusped str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { brush bs 1 h 1 str 1 ssx 1 ssy 1 sf 1 sb 1 ltn 1081 ltm 1081 tt 17 }\n { eraser src 2 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { clone opc 0.1 src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 tt 19 }\n { reveal src 3 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { dodge src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { burn src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { blur src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 ep1 5 }\n { sharpen src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { smear opc 0.5 src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n} }\n toolbar_brush_hardness 0.200000003\n toolbar_source_transform_scale {1 1}\n toolbar_source_transform_center {1181 558}\n colorOverlay {0 0 0 0}\n lifetime_type \"all frames\"\n lifetime_start 1081\n lifetime_end 1081\n motionblur_shutter_offset_type centred\n brush_size 1\n brush_spacing 0.05000000075\n brush_hardness 0\n source_black_outside true\n name RotoPaint6\n selected true\n xpos 502\n ypos -225\n}\nExpression {\n expr0 r!=0?sqrt(-1):0\n expr1 g!=0?sqrt(-1):0\n expr2 b!=0?sqrt(-1):0\n expr3 a!=0?sqrt(-1):0\n name Create_nan_pixel\n selected true\n xpos 502\n ypos -118\n}\n" }, { "path": "NukeSurvivalToolkit/nk_files/deepThickness.nk", "content": "DeepExpression {\n temp_name3 t\n temp_expr3 \"\\[value thickness]/2\"\n chans1 deep\n deep.front deep.front-t\n deep.back deep.back+t\n name DeepThickness\n selected true\n addUserKnob {20 Thickness}\n addUserKnob {7 thickness R 0 100}\n}\n" }, { "path": "NukeSurvivalToolkit/nk_files/deepToDepth.nk", "content": "set cut_paste_input [stack 0]\nversion 10.5 v2\npush $cut_paste_input\nDeepToImage {\n name DeepToImage1\n selected true\n xpos 150\n ypos -47\n}\nAddChannels {\n channels depth\n name AddChannels1\n selected true\n xpos 150\n}\nExpression {\n channel3 depth\n expr3 \"deep.r == 0 ? inf : deep.r\"\n name DeepToDepth\n selected true\n xpos 150\n ypos 59\n}\n" }, { "path": "NukeSurvivalToolkit/nk_files/depth_normalize.nk", "content": "set cut_paste_input [stack 0]\nversion 10.5 v2\npush $cut_paste_input\nExpression {\n channel0 depth\n expr0 z==0?0:1/z\n name Expression1\n label \"NORMALIZED DEPTH\"\n selected true\n xpos -584\n ypos 440\n}\n" }, { "path": "NukeSurvivalToolkit/nk_files/despill_blue.nk", "content": "set cut_paste_input [stack 0]\nversion 10.5 v2\nColorWheel {\n inputs 0\n gamma 0.45\n name ColorWheel1\n selected true\n xpos 2124\n ypos 80\n}\nExpression {\n temp_name0 key\n temp_expr0 max(0,b-(r+g)/2)\n expr2 b-key\n expr3 key\n name Blue_Despill\n tile_color 0x3d3f8e00\n selected true\n xpos 2124\n ypos 233\n}\n" }, { "path": "NukeSurvivalToolkit/nk_files/despill_blue_list.nk", "content": "set cut_paste_input [stack 0]\nversion 10.5 v2\nColorWheel {\n inputs 0\n gamma 0.45\n name ColorWheel1\n selected true\n xpos 178\n ypos -400\n}\nDot {\n name Dot1\n selected true\n xpos 212\n ypos -287\n}\nset N2ea1fe80 [stack 0]\nExpression {\n expr2 b>(g+2*r)/2*LimitPercentage?(g+2*r)/2*LimitPercentage:b\n expr3 b-(2*r+g)*LimitPercentage/2\n name DoubleRedAve2\n tile_color 0xff01\n selected true\n xpos 400\n ypos -158\n addUserKnob {20 User}\n addUserKnob {7 LimitPercentage l \"fine tune\" R 0.5 1.5}\n LimitPercentage 1\n}\npush $N2ea1fe80\nExpression {\n expr2 b>(g+r)/2*LimitPercentage?(g+r)/2*LimitPercentage:b\n expr3 b-(r+g)*LimitPercentage/2\n name Average\n tile_color 0xff01\n selected true\n xpos 288\n ypos -157\n addUserKnob {20 User}\n addUserKnob {7 LimitPercentage l \"fine tune\" R 0.5 1.5}\n LimitPercentage 1\n}\npush $N2ea1fe80\nExpression {\n expr2 b>(2*g+r)/2*LimitPercentage?(2*g+r)/2*LimitPercentage:b\n expr3 b-(r+2*g)*LimitPercentage/2\n name DoubleGreenAve\n tile_color 0xff01\n selected true\n xpos 178\n ypos -158\n addUserKnob {20 User}\n addUserKnob {7 LimitPercentage l \"fine tune\" R 0.5 1.5}\n LimitPercentage 1\n}\npush $N2ea1fe80\nExpression {\n expr2 b>g*LimitPercentage?g*LimitPercentage:b\n expr3 b-g*LimitPercentage\n name GreenLimitsBlue\n tile_color 0xff01\n selected true\n xpos 66\n ypos -158\n addUserKnob {20 User}\n addUserKnob {7 LimitPercentage l \"fine tune\" R 0.5 1.5}\n LimitPercentage 1\n}\npush $N2ea1fe80\nExpression {\n expr2 b>r*LimitPercentage?r*LimitPercentage:b\n expr3 b-r*LimitPercentage\n name RedLimitsBlue\n tile_color 0xff01\n selected true\n xpos -42\n ypos -158\n addUserKnob {20 User}\n addUserKnob {7 LimitPercentage l \"fine tune\" R 0.5 1.5}\n LimitPercentage 1\n}\n" }, { "path": "NukeSurvivalToolkit/nk_files/despill_green.nk", "content": "set cut_paste_input [stack 0]\nversion 10.5 v2\nColorWheel {\n inputs 0\n gamma 0.45\n name ColorWheel1\n selected true\n xpos 1974\n ypos 80\n}\nExpression {\n temp_name0 key\n temp_expr0 max(0,g-(r+b)/2)\n expr1 g-key\n expr3 key\n name Green_Despill\n tile_color 0x3f633800\n selected true\n xpos 1974\n ypos 236\n}\n" }, { "path": "NukeSurvivalToolkit/nk_files/despill_green_list.nk", "content": "set cut_paste_input [stack 0]\nversion 10.5 v2\nColorWheel {\n inputs 0\n gamma 0.45\n name ColorWheel2\n selected true\n xpos -480\n ypos -423\n}\nDot {\n name Dot2\n selected true\n xpos -446\n ypos -307\n}\nset N2ef0ab80 [stack 0]\nExpression {\n expr1 g>(b+2*r)/3*LimitPercentage?(b+2*r)/3*LimitPercentage:g\n expr3 g-(r+b)*LimitPercentage/2\n name DoubleRedAve\n tile_color 0xff0001\n selected true\n xpos -258\n ypos -153\n addUserKnob {20 User}\n addUserKnob {7 LimitPercentage l \"fine tune\" R 0.5 1.5}\n LimitPercentage 1\n}\npush $N2ef0ab80\nExpression {\n expr1 g>(2*b+r)/3*LimitPercentage?(2*b+r)/3*LimitPercentage:g\n expr3 g-(r+b)*LimitPercentage/2\n name DoubleBlueAve\n tile_color 0xff0001\n selected true\n xpos -370\n ypos -153\n addUserKnob {20 User}\n addUserKnob {7 LimitPercentage l \"fine tune\" R 0.5 1.5}\n LimitPercentage 1\n}\npush $N2ef0ab80\nExpression {\n expr1 g>(b+r)/2*LimitPercentage?(b+r)/2*LimitPercentage:g\n expr3 g-(r+b)*LimitPercentage/2\n name AverageGreen\n tile_color 0xff0001\n selected true\n xpos -480\n ypos -153\n addUserKnob {20 User}\n addUserKnob {7 LimitPercentage l \"fine tune\" R 0.5 1.5}\n LimitPercentage 1\n}\npush $N2ef0ab80\nExpression {\n expr1 g>b*LimitPercentage?b*LimitPercentage:g\n expr3 g-b*LimitPercentage\n name BlueLimitsGreen\n tile_color 0xff0001\n selected true\n xpos -590\n ypos -153\n addUserKnob {20 User}\n addUserKnob {7 LimitPercentage l \"fine tune\" R 0.5 1.5}\n LimitPercentage 1\n}\npush $N2ef0ab80\nExpression {\n expr1 g>r*LimitPercentage?r*LimitPercentage:g\n expr3 g-r*LimitPercentage\n name RedLimitsGreen\n tile_color 0xff0001\n selected true\n xpos -699\n ypos -153\n addUserKnob {20 User}\n addUserKnob {7 LimitPercentage l \"fine tune\" R 0.5 1.5}\n LimitPercentage 1\n}\n" }, { "path": "NukeSurvivalToolkit/nk_files/differenceKey.nk", "content": "set cut_paste_input [stack 0]\nversion 10.5 v2\npush $cut_paste_input\nGroup {\n name differenceKey\n tile_color 0xffff0001\n selected true\n xpos 159\n ypos -87\n addUserKnob {20 DifferenceKey}\n addUserKnob {41 tolerance T MergeExpression1.tolerance}\n}\n Input {\n inputs 0\n name Input2\n xpos -189\n ypos -333\n number 1\n }\n Input {\n inputs 0\n name Input1\n xpos 9\n ypos -333\n }\n MergeExpression {\n inputs 2\n expr3 \"abs(Br-Ar) > tolerance || abs(Bg-Ag) > tolerance || abs(Bb-Ab)\\n > tolerance?1:0\"\n name MergeExpression1\n xpos -98\n ypos -270\n addUserKnob {20 User}\n addUserKnob {7 tolerance R 0 0.1}\n }\n Shuffle {\n red alpha\n green alpha\n blue alpha\n name Shuffle2\n tile_color 0xffffffff\n xpos -98\n ypos -239\n }\n Clamp {\n name Clamp1\n xpos -98\n ypos -208\n }\n Output {\n name Output1\n xpos -98\n ypos -99\n }\nend_group\n" }, { "path": "NukeSurvivalToolkit/nk_files/fBm.nk", "content": "add_layer {Pref Pref.red Pref.green Pref.blue Pref.alpha}\nadd_layer {ID01 ID01.red ID01.green ID01.blue ID01.alpha}\nShuffle {\n in Pref\n in2 ID01\n alpha red2\n name Shuffle9\n label \"\\[value in]\"\n selected true\n xpos 82\n ypos -145\n}\nUnpremult {\n name Unpremult1\n selected true\n xpos 82\n ypos -83\n}\nadd_layer {noise01 noise01.red noise01.green noise01.blue noise01.alpha}\nExpression {\n channel0 noise01\n expr0 random(r,g,b)+offset\n name Expression6\n label lacunarity\n selected true\n xpos 82\n ypos -40\n addUserKnob {20 User}\n addUserKnob {7 offset l Offset}\n offset 0.365\n}\nExpression {\n temp_name0 octaves\n temp_expr0 10\n temp_name1 gain\n temp_expr1 1\n channel0 rgb\n expr0 fBm(r,g,b,octaves,noise01.red,gain)\n name Expression5\n label fBm\n selected true\n xpos 82\n ypos -8\n}\nPremult {\n name Premult1\n selected true\n xpos 82\n ypos 34\n}\n" }, { "path": "NukeSurvivalToolkit/nk_files/gradient_horizontal.nk", "content": "set cut_paste_input [stack 0]\nversion 10.5 v2\npush $cut_paste_input\nExpression {\n expr0 \"x / width\"\n expr1 \"x / width\"\n expr2 \"x / width\"\n expr3 \"x / width\"\n name gradient_horizontal\n selected true\n xpos 1426\n ypos 448\n}\n" }, { "path": "NukeSurvivalToolkit/nk_files/gradient_horizontal_invert.nk", "content": "set cut_paste_input [stack 0]\nversion 10.5 v2\npush $cut_paste_input\nExpression {\n expr0 \"1-(x / width)\"\n expr1 \"1-(x / width)\"\n expr2 \"1-(x / width)\"\n expr3 \"1-(x / width)\"\n name gradient_horizontal_invert\n selected true\n xpos 1426\n ypos 448\n}\n" }, { "path": "NukeSurvivalToolkit/nk_files/gradient_vertical.nk", "content": "set cut_paste_input [stack 0]\nversion 10.5 v2\npush $cut_paste_input\nExpression {\n expr0 \"y / height\"\n expr1 \"y / height\"\n expr2 \"y / height\"\n expr3 \"y / height\"\n name gradient_vertical\n selected true\n xpos 1443\n ypos 516\n}\n" }, { "path": "NukeSurvivalToolkit/nk_files/gradient_vertical_invert.nk", "content": "set cut_paste_input [stack 0]\nversion 10.5 v2\npush $cut_paste_input\nExpression {\n expr0 \"1-(y / height)\"\n expr1 \"1-(y / height)\"\n expr2 \"1-(y / height)\"\n expr3 \"1-(y / height)\"\n name gradient_vertical_invert\n selected true\n xpos 1443\n ypos 516\n}\n" }, { "path": "NukeSurvivalToolkit/nk_files/keying.nk", "content": "Expression {\n inputs 0\n temp_name0 strip_low_r\n temp_expr0 \"parent.Expression_Keying.thresh_low * parent.Expression_Keying.pick.r/(parent.Expression_Keying.pick.r + parent.Expression_Keying.pick.g + parent.Expression_Keying.pick.b)\"\n temp_name1 strip_low_g\n temp_expr1 \"parent.Expression_Keying.thresh_low * parent.Expression_Keying.pick.g/(parent.Expression_Keying.pick.r + parent.Expression_Keying.pick.g + parent.Expression_Keying.pick.b)\"\n temp_name2 strip_low_b\n temp_expr2 \"parent.Expression_Keying.thresh_low * parent.Expression_Keying.pick.b/(parent.Expression_Keying.pick.r + parent.Expression_Keying.pick.g + parent.Expression_Keying.pick.b)\"\n expr0 \"r > strip_low_r ? r : 0\"\n expr1 \"g > strip_low_g ? g : 0\"\n expr2 \"b > strip_low_b ? b : 0\"\n name Expression_Tweaking\n xpos 615\n ypos -48\n}\nExpression {\n temp_name0 r_ratio\n temp_expr0 \"abs(pick.r/(pick.r + pick.g + pick.b) - r/(r+g+b))\\ng\"\n temp_name1 g_ratio\n temp_expr1 \"abs(pick.g/(pick.r + pick.g + pick.b) - g/(r+g+b))\"\n temp_name2 b_ratio\n temp_expr2 \"abs(pick.b/(pick.r + pick.g + pick.b) - b/(r+g+b))\"\n temp_name3 valid\n temp_expr3 \"r_ratio < ratio.r && g_ratio < ratio.g && b_ratio < ratio.b\"\n expr3 \"valid ? 1 - (r_ratio + g_ratio + b_ratio)/(ratio.r + ratio.g + ratio.b) : 0\\n\"\n name Expression_Keying\n xpos 615\n ypos -3\n addUserKnob {20 Keying}\n addUserKnob {26 instructions l \"\" +STARTLINE T \"Pick the color you want to Key.
    This is telling us is how similar the colour’s ratio is to the target’s ratio.
    If it’s the exact same, we’ll have 0, and the further away it is, the greater the number it will be.
    Valid = This simply checks if our calculated similarity is less than the ratio for each channel\"}\n addUserKnob {6 ratio_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {18 pick t \"It's comparing the picked colour against every pixel, and as long as the ratio r, g and b is within the specified range.\\nIt returns a single value between 0 and 1 of it’s similarity\"}\n pick {0 0 0}\n addUserKnob {6 pick_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {18 ratio}\n ratio {0 0 0}\n addUserKnob {6 ratio_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n addUserKnob {26 \"\"}\n addUserKnob {7 thresh_low l \"Low Threshold\"}\n addUserKnob {26 \"\" +STARTLINE}\n addUserKnob {26 tutorial l \"\" +STARTLINE T \"From the tutorial:
    \\nhttps://gizmosandgames.com/2016/02/15/colour-keying-with-expressions/
    \\nThank you Matthew \\\"Rick\\\" Shaw\"}\n}\n" }, { "path": "NukeSurvivalToolkit/nk_files/kill_inf.nk", "content": "set cut_paste_input [stack 0]\nversion 10.5 v2\npush $cut_paste_input\nRotoPaint {\n curves {{{v x3f99999a}\n {f 0}\n {n\n {layer Root\n {f 2097664}\n {t x4493a000 x440b8000}\n {a pt1x 0 pt1y 0 pt2x 0 pt2y 0 pt3x 0 pt3y 0 pt4x 0 pt4y 0 ptex00 0 ptex01 0 ptex02 0 ptex03 0 ptex10 0 ptex11 0 ptex12 0 ptex13 0 ptex20 0 ptex21 0 ptex22 0 ptex23 0 ptex30 0 ptex31 0 ptex32 0 ptex33 0 ptof1x 0 ptof1y 0 ptof2x 0 ptof2y 0 ptof3x 0 ptof3y 0 ptof4x 0 ptof4y 0 pterr 0 ptrefset 0 ptmot x40800000 ptref 0}\n {curvegroup Bezier2 512 bezier\n {{cc\n {f 8192}\n {px x44872000\n {0 0}\n {x449dedc6 x445c9c0d}\n {0 0}\n {0 0}\n {x449e088f x445ca874}\n {0 0}}} idem}\n {tx x44872000 x449dbb34 x445c8b86}\n {a osw x41200000 osf 0 str 1 spx x4493a000 spy x440b8000 sb 1 ltn x44872000 ltm x44872000 tt x40800000}}}}}}\n toolbox {selectAll {\n { selectAll str 1 ssx 1 ssy 1 sf 1 }\n { createBezier str 1 ssx 1 ssy 1 sf 1 sb 1 tt 4 }\n { createBezierCusped str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createBSpline str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createEllipse str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createRectangle str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createRectangleCusped str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { brush bs 1 h 1 str 1 ssx 1 ssy 1 sf 1 sb 1 ltn 1081 ltm 1081 tt 17 }\n { eraser src 2 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { clone opc 0.1 src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 tt 19 }\n { reveal src 3 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { dodge src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { burn src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { blur src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 ep1 5 }\n { sharpen src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { smear opc 0.5 src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n} }\n toolbar_brush_hardness 0.200000003\n toolbar_source_transform_scale {1 1}\n toolbar_source_transform_center {1181 558}\n colorOverlay {0 0 0 0}\n lifetime_type \"all frames\"\n lifetime_start 1081\n lifetime_end 1081\n motionblur_shutter_offset_type centred\n brush_size 1\n brush_spacing 0.05000000075\n brush_hardness 0\n source_black_outside true\n name RotoPaint6\n selected true\n xpos 627\n ypos -189\n}\nExpression {\n expr0 r!=0?1*exp(500)/0.0000000001:0\n expr1 g!=0?1*exp(500)/0.0000000001:0\n expr2 b!=0?1*exp(500)/0.0000000001:0\n expr3 a!=0?1*exp(500)/0.0000000001:0\n name Create_inf_pixel\n selected true\n xpos 627\n ypos -118\n disable true\n}\nExpression {\n expr0 isinf(r)?r(x+x_offset,y+y_offset):r\n expr1 isinf(g)?g(x+x_offset,y+y_offset):g\n expr2 isinf(b)?b(x+x_offset,y+y_offset):b\n expr3 isinf(a)?a(x+x_offset,y+y_offset):a\n name Kill_inf_pixel\n selected true\n xpos 627\n ypos -65\n addUserKnob {20 User}\n addUserKnob {3 x_offset l \"x clone offset\"}\n addUserKnob {3 y_offset l \"y clone offset\"}\n}\n" }, { "path": "NukeSurvivalToolkit/nk_files/kill_nan.nk", "content": "set cut_paste_input [stack 0]\nversion 10.5 v2\npush $cut_paste_input\nRotoPaint {\n curves {{{v x3f99999a}\n {f 0}\n {n\n {layer Root\n {f 2097664}\n {t x4493a000 x440b8000}\n {a pt1x 0 pt1y 0 pt2x 0 pt2y 0 pt3x 0 pt3y 0 pt4x 0 pt4y 0 ptex00 0 ptex01 0 ptex02 0 ptex03 0 ptex10 0 ptex11 0 ptex12 0 ptex13 0 ptex20 0 ptex21 0 ptex22 0 ptex23 0 ptex30 0 ptex31 0 ptex32 0 ptex33 0 ptof1x 0 ptof1y 0 ptof2x 0 ptof2y 0 ptof3x 0 ptof3y 0 ptof4x 0 ptof4y 0 pterr 0 ptrefset 0 ptmot x40800000 ptref 0}\n {curvegroup Bezier2 512 bezier\n {{cc\n {f 8192}\n {px x44872000\n {0 0}\n {x449dedc6 x445c9c0d}\n {0 0}\n {0 0}\n {x449e088f x445ca874}\n {0 0}}} idem}\n {tx x44872000 x449dbb34 x445c8b86}\n {a osw x41200000 osf 0 str 1 spx x4493a000 spy x440b8000 sb 1 ltn x44872000 ltm x44872000 tt x40800000}}}}}}\n toolbox {selectAll {\n { selectAll str 1 ssx 1 ssy 1 sf 1 }\n { createBezier str 1 ssx 1 ssy 1 sf 1 sb 1 tt 4 }\n { createBezierCusped str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createBSpline str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createEllipse str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createRectangle str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { createRectangleCusped str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { brush bs 1 h 1 str 1 ssx 1 ssy 1 sf 1 sb 1 ltn 1081 ltm 1081 tt 17 }\n { eraser src 2 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { clone opc 0.1 src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 tt 19 }\n { reveal src 3 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { dodge src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { burn src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { blur src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 ep1 5 }\n { sharpen src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n { smear opc 0.5 src 1 str 1 ssx 1 ssy 1 sf 1 sb 1 }\n} }\n toolbar_brush_hardness 0.200000003\n toolbar_source_transform_scale {1 1}\n toolbar_source_transform_center {1181 558}\n colorOverlay {0 0 0 0}\n lifetime_type \"all frames\"\n lifetime_start 1081\n lifetime_end 1081\n motionblur_shutter_offset_type centred\n brush_size 1\n brush_spacing 0.05000000075\n brush_hardness 0\n source_black_outside true\n name RotoPaint6\n selected true\n xpos 502\n ypos -185\n}\nExpression {\n expr0 r!=0?sqrt(-1):0\n expr1 g!=0?sqrt(-1):0\n expr2 b!=0?sqrt(-1):0\n expr3 a!=0?sqrt(-1):0\n name Create_nan_pixel\n selected true\n xpos 502\n ypos -118\n disable true\n}\nExpression {\n expr0 isnan(r)?r(x+x_offset,y+y_offset):r\n expr1 isnan(g)?g(x+x_offset,y+y_offset):g\n expr2 isnan(b)?b(x+x_offset,y+y_offset):b\n expr3 isnan(a)?a(x+x_offset,y+y_offset):a\n name Kill_nan_pixel\n selected true\n xpos 502\n ypos -64\n addUserKnob {20 User}\n addUserKnob {3 x_offset l \"x clone offset\"}\n addUserKnob {3 y_offset l \"y clone offset\"}\n}\n" }, { "path": "NukeSurvivalToolkit/nk_files/normalPass_relight.nk", "content": "add_layer {N N.red N.green N.blue N.alpha}\nShuffle {\n in N\n name Shuffle1\n label \"\\[value in]\"\n selected true\n xpos 225\n ypos -175\n}\nExpression {\n expr3 max((r*norm.r)+(g*norm.g)+(b*norm.b),0)\n name Expression\n label RELIGHT\n selected true\n xpos 225\n ypos -121\n addUserKnob {20 User}\n addUserKnob {7 round l left/right R -100 100}\n round 1\n addUserKnob {7 around l up/down R -100 100}\n around 1\n addUserKnob {26 \"\"}\n addUserKnob {7 rad}\n rad {{cos(radians(around))}}\n addUserKnob {7 lx}\n lx {{rad*cos(radians(round))}}\n addUserKnob {7 ly}\n ly {{sin(radians(around))}}\n addUserKnob {7 lz}\n lz {{rad*sin(radians(round))}}\n addUserKnob {18 norm}\n norm {{lx/sqrt(pow2(lx)+pow2(ly)+pow2(lz))} {ly/sqrt(pow2(lx)+pow2(ly)+pow2(lz))} {lz/sqrt(pow2(lx)+pow2(ly)+pow2(lz))}}\n addUserKnob {6 norm_panelDropped l \"panel dropped state\" -STARTLINE +HIDDEN}\n}\n" }, { "path": "NukeSurvivalToolkit/nk_files/points.nk", "content": "Flare {\n inputs 0\n position {288 240}\n size_mult 0.7\n inner_color 1\n outer_falloff 0.1\n inner_falloff 0.1\n vis_mask_size 1\n corners 6\n flattening 1\n sharpness 0.99\n name Flare1\n xpos 1365\n ypos 200\n}\nShuffle {\n green red\n blue red\n alpha red\n name Shuffle1\n tile_color 0x93000000\n xpos 1365\n ypos 224\n}\nCrop {\n box {198.5 168 378.5 312}\n reformat true\n crop false\n name Crop1\n xpos 1365\n ypos 248\n}\nDot {\n name Dot1\n xpos 1399\n ypos 296\n}\nReformat {\n inputs 0\n format \"3840 2160 0 0 3840 2160 1 UHD_4K\"\n name Reformat1\n xpos 1489\n ypos 133\n}\nExpression {\n expr0 fmod(x,offsetX)==0?fmod(y,offsetY)==0?random_colors?random:value:0:0\n expr1 fmod(x,offsetX)==0?fmod(y,offsetY)==0?random_colors?random:value:0:0\n expr2 fmod(x,offsetX)==0?fmod(y,offsetY)==0?random_colors?random:value:0:0\n expr3 fmod(x,offsetX)==0?fmod(y,offsetY)==0?random_colors?1:value:0:0\n name Points\n xpos 1489\n ypos 165\n addUserKnob {20 User}\n addUserKnob {7 value}\n value 1\n addUserKnob {6 random_colors l \"random colors\" -STARTLINE}\n random_colors true\n addUserKnob {7 offsetX R 0 100}\n offsetX 200\n addUserKnob {7 offsetY R 0 100}\n offsetY 200\n}\nDilate {\n size 25\n name Dilate1\n label \"\\[value size]\"\n xpos 1489\n ypos 189\n}\nGrade {\n white 6\n name Grade1\n xpos 1489\n ypos 231\n}\nConvolve2 {\n inputs 2\n name Convolve1\n xpos 1489\n ypos 289\n}\nExpression {\n inputs 0\n expr0 fmod(x,offsetX)==0?fmod(y,offsetY)==0?random_colors?random:value:0:0\n expr1 fmod(x,offsetX)==0?fmod(y,offsetY)==0?random_colors?random:value:0:0\n expr2 fmod(x,offsetX)==0?fmod(y,offsetY)==0?random_colors?random:value:0:0\n expr3 fmod(x,offsetX)==0?fmod(y,offsetY)==0?random_colors?1:value:0:0\n name Points1\n selected true\n xpos 1705\n ypos 194\n addUserKnob {20 User}\n addUserKnob {7 value}\n value 1\n addUserKnob {6 random_colors l \"random colors\" -STARTLINE}\n random_colors true\n addUserKnob {7 offsetX R 0 100}\n offsetX 200\n addUserKnob {7 offsetY R 0 100}\n offsetY 200\n}\n" }, { "path": "NukeSurvivalToolkit/nk_files/points_advanced.nk", "content": "BackdropNode {\n inputs 0\n name BackdropNode1\n tile_color 0x71c67100\n note_font_size 42\n xpos -210\n ypos -380\n bdwidth 204\n bdheight 257\n}\nFlare {\n inputs 0\n position {288 240}\n size_mult 0.7\n inner_color 1\n outer_falloff 0.1\n inner_falloff 0.1\n vis_mask_size 1\n corners 6\n flattening 1\n sharpness 0.99\n corners_angle 30\n name Flare1\n xpos -220\n ypos -61\n}\nShuffle {\n green red\n blue red\n alpha red\n name Shuffle1\n tile_color 0x93000000\n xpos -220\n ypos -37\n}\nCrop {\n box {212 154 365 326}\n reformat true\n crop false\n name Crop1\n xpos -220\n ypos -13\n}\nDot {\n name Dot1\n xpos -186\n ypos 35\n}\nExpression {\n inputs 0\n expr0 \"fmod(y/rows,offsetX) == 0 ? floor(y/offsetX)%2 == 0 ? ((x+offset)%offsetY)/offsetY == 0 ? random_points==1 && random_every_frame == 0 ? gain*random(x,y,1) : random_points == 1 && random_every_frame == 1?random(x*y, 1, frame)*gain:random_points==0 && random_every_frame==1?random(frame,1)*gain:gain :0:0:0\"\n expr1 \"fmod(y/rows,offsetX) == 0 ? floor(y/offsetX)%2 == 0 ? ((x+offset)%offsetY)/offsetY == 0 ? random_points==1 && random_every_frame == 0 ? gain*random(x,y,2) : random_points == 1 && random_every_frame == 1?random(x*y, 2, frame)*gain:random_points==0 && random_every_frame==1?random(frame,2)*gain:gain :0:0:0\"\n expr2 \"fmod(y/rows,offsetX) == 0 ? floor(y/offsetX)%2 == 0 ? ((x+offset)%offsetY)/offsetY == 0 ? random_points==1 && random_every_frame == 0 ? gain*random(x,y,3) : random_points == 1 && random_every_frame == 1?random(x*y, 3, frame)*gain:random_points==0 && random_every_frame==1?random(frame,3)*gain:gain :0:0:0\"\n expr3 \"fmod(y/rows,offsetX) == 0 ? floor(y/offsetX)%2 == 0 ? ((x+offset)%offsetY)/offsetY == 0 ? 1 :0:0:0\"\n name Expression4\n xpos -96\n ypos -211\n addUserKnob {20 User}\n addUserKnob {7 offsetX R 0 200}\n offsetX {{parent.MASTER_POINTS.offsetX}}\n addUserKnob {7 offsetY R 0 200}\n offsetY {{parent.MASTER_POINTS.offsetY}}\n addUserKnob {3 rows l INVISIBLE +INVISIBLE}\n rows {{parent.MASTER_POINTS.rows}}\n addUserKnob {3 columns l INVISIBLE +INVISIBLE}\n columns {{parent.MASTER_POINTS.columns}}\n addUserKnob {3 offset}\n offset {{parent.MASTER_POINTS.offset}}\n addUserKnob {7 gain R 0 4}\n gain {{parent.MASTER_POINTS.gain}}\n addUserKnob {6 random_points l \"random points\" +STARTLINE}\n random_points {{parent.MASTER_POINTS.random_points}}\n addUserKnob {6 random_every_frame l \"random every frame\" -STARTLINE}\n random_every_frame {{parent.MASTER_POINTS.random_every_frame}}\n}\nExpression {\n inputs 0\n expr0 \"fmod((y+1)/rows,offsetX) == 0 ? floor(y/offsetX)%2 == 0 ? ((x)%offsetY)/offsetY == 0 ? random_points==1 && random_every_frame == 0 ? gain*random(x,y,1) : random_points == 1 && random_every_frame == 1?random(x*y, 1, frame)*gain:random_points==0 && random_every_frame==1?random(frame,1)*gain:gain :0:0:0\"\n expr1 \"fmod((y+1)/rows,offsetX) == 0 ? floor(y/offsetX)%2 == 0 ? ((x)%offsetY)/offsetY == 0 ? random_points==1 && random_every_frame == 0 ? gain*random(x,y,2) : random_points == 1 && random_every_frame == 1?random(x*y, 2, frame)*gain:random_points==0 && random_every_frame==1?random(frame,2)*gain:gain :0:0:0\"\n expr2 \"fmod((y+1)/rows,offsetX) == 0 ? floor(y/offsetX)%2 == 0 ? ((x)%offsetY)/offsetY == 0 ? random_points==1 && random_every_frame == 0 ? gain*random(x,y,3) : random_points == 1 && random_every_frame == 1?random(x*y, 3, frame)*gain:random_points==0 && random_every_frame==1?random(frame,3)*gain:gain :0:0:0\"\n expr3 \"fmod((y+1)/rows,offsetX) == 0 ? floor(y/offsetX)%2 == 0 ? ((x)%offsetY)/offsetY == 0 ? 1 :0:0:0\"\n name Expression11\n xpos -200\n ypos -210\n addUserKnob {20 User}\n addUserKnob {7 offsetX R 0 200}\n offsetX {{parent.MASTER_POINTS.offsetX}}\n addUserKnob {7 offsetY R 0 200}\n offsetY {{parent.MASTER_POINTS.offsetY}}\n addUserKnob {3 rows l INVISIBLE +INVISIBLE}\n rows {{parent.MASTER_POINTS.rows}}\n addUserKnob {3 columns l INVISIBLE +INVISIBLE}\n columns {{parent.MASTER_POINTS.columns}}\n addUserKnob {3 offset}\n offset {{parent.MASTER_POINTS.offset}}\n addUserKnob {7 gain R 0 4}\n gain {{parent.MASTER_POINTS.gain}}\n addUserKnob {6 random_points l \"random points\" +STARTLINE}\n random_points {{parent.MASTER_POINTS.random_points}}\n addUserKnob {6 random_every_frame l \"random every frame\" -STARTLINE}\n random_every_frame {{parent.MASTER_POINTS.random_every_frame}}\n}\nDot {\n name Dot6\n xpos -166\n ypos -148\n}\nMerge2 {\n inputs 2\n name Merge4\n xpos -96\n ypos -151\n}\nDilate {\n size 10\n name Dilate10\n label \"\\[value size]\"\n xpos -96\n ypos -107\n}\nGrade {\n white 50\n name Grade1\n xpos -96\n ypos -30\n}\nConvolve2 {\n inputs 2\n name Convolve1\n xpos -96\n ypos 28\n}\nExpression {\n inputs 0\n name MASTER_POINTS\n tile_color 0xff500001\n note_font \"Verdana Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold Bold\"\n xpos -139\n ypos -300\n addUserKnob {20 User}\n addUserKnob {3 offsetX}\n offsetX 135\n addUserKnob {3 offsetY}\n offsetY 181\n addUserKnob {3 rows l INVISIBLE +INVISIBLE}\n rows 1\n addUserKnob {3 columns l INVISIBLE +INVISIBLE}\n columns 1\n addUserKnob {26 \"\"}\n addUserKnob {3 offset}\n offset 87\n addUserKnob {26 \"\"}\n addUserKnob {20 Color n 1}\n addUserKnob {7 gain R 0 4}\n gain 1\n addUserKnob {6 random_points l \"random points\" +STARTLINE}\n random_points true\n addUserKnob {6 random_every_frame l \"random every frame\" -STARTLINE}\n random_every_frame true\n addUserKnob {20 endGroup n -1}\n}\n" }, { "path": "NukeSurvivalToolkit/nk_files/radial.nk", "content": "set cut_paste_input [stack 0]\nversion 10.5 v2\npush $cut_paste_input\nExpression {\n temp_name0 size\n temp_expr0 600\n expr0 \"size - sqrt(x * x + y * y )\"\n expr1 \"\\nsize - sqrt(x * x + y * y )\"\n expr2 \"\\nsize - sqrt(x * x + y * y )\"\n expr3 \"\\nsize - sqrt(x * x + y * y )\"\n name Radial\n selected true\n xpos 923\n ypos 541\n}\n" }, { "path": "NukeSurvivalToolkit/nk_files/radial_gradient.nk", "content": "set cut_paste_input [stack 0]\nversion 10.5 v2\npush $cut_paste_input\nExpression {\n expr0 \"(size - sqrt( (x-center.x) * (x-center.x) + (y-center.y) * (y-center.y) ) ) / gradient\"\n expr1 \"(size - sqrt( (x-center.x) * (x-center.x) + (y-center.y) * (y-center.y) ) ) / gradient\"\n expr2 \"(size - sqrt( (x-center.x) * (x-center.x) + (y-center.y) * (y-center.y) ) ) / gradient\"\n expr3 \"(size - sqrt( (x-center.x) * (x-center.x) + (y-center.y) * (y-center.y) ) ) / gradient\"\n name RadialGradient\n selected true\n xpos 925\n ypos 634\n addUserKnob {20 User}\n addUserKnob {12 center}\n center {908 374}\n addUserKnob {7 size R 0 1000}\n size 300\n addUserKnob {7 gradient R 0 1000}\n gradient 300\n}\n" }, { "path": "NukeSurvivalToolkit/nk_files/radial_rays.nk", "content": "set cut_paste_input [stack 0]\nversion 10.5 v2\npush $cut_paste_input\nExpression {\n expr0 \"sin( ( atan(x - center.x, y - center.y) + offset) * size)\"\n expr1 \"sin( ( atan(x - center.x, y - center.y) + offset) * size)\"\n expr2 \"sin( ( atan(x - center.x, y - center.y) + offset) * size)\"\n expr3 \"sin( ( atan(x - center.x, y - center.y) + offset) * size)\"\n name Radial_Rays\n selected true\n xpos 1198\n ypos 540\n addUserKnob {20 User}\n addUserKnob {3 offset}\n offset 4\n addUserKnob {7 size R 0 10}\n size 9.3\n addUserKnob {12 center}\n center {868 444}\n}\n" }, { "path": "NukeSurvivalToolkit/nk_files/transform.nk", "content": "set cut_paste_input [stack 0]\nversion 10.5 v2\npush $cut_paste_input\nExpression {\n temp_name0 fx\n temp_expr0 \"( x - translate.x ) * scale\"\n temp_name1 fy\n temp_expr1 \"( y - translate.y ) * scale\"\n expr0 r(fx,fy)\n expr1 r(fx,fy)\n expr2 r(fx,fy)\n name Transform\n selected true\n xpos 2227\n ypos -466\n addUserKnob {20 User}\n addUserKnob {12 translate}\n translate {410 440}\n addUserKnob {7 scale R 0 10}\n scale 2\n}\n" }, { "path": "NukeSurvivalToolkit/nk_files/transform_advanced.nk", "content": "set cut_paste_input [stack 0]\nversion 10.5 v2\npush $cut_paste_input\nExpression {\n temp_name0 fx\n temp_expr0 \"(cos(rotationRad) * (x-translate.x) - sin(rotationRad) * (y - translate.y)+center.x)*scale\"\n temp_name1 fy\n temp_expr1 \"(sin(rotationRad) * (x-translate.x) + cos(rotationRad) * (y-translate.y) + center.y)*scale\"\n expr0 r(fx,fy)\n expr1 g(fx,fy)\n expr2 b(fx,fy)\n name Transform\n selected true\n xpos 79\n ypos -30\n addUserKnob {20 Parameters}\n addUserKnob {12 translate}\n addUserKnob {7 rotation R -360 360}\n addUserKnob {7 rotationRad l \"rotation Rad\" t \"Radiant Rotation\\n\"}\n rotationRad {{radians(rotation)}}\n addUserKnob {7 scale R 0 10}\n scale 1\n addUserKnob {12 center}\n}\n" }, { "path": "NukeSurvivalToolkit/nk_files/turbulence.nk", "content": "add_layer {Pref Pref.red Pref.green Pref.blue Pref.alpha}\nadd_layer {ID01 ID01.red ID01.green ID01.blue ID01.alpha}\nShuffle {\n in Pref\n in2 ID01\n alpha red2\n name Shuffle9\n label \"\\[value in]\"\n selected true\n xpos 82\n ypos -145\n}\nUnpremult {\n name Unpremult1\n selected true\n xpos 82\n ypos -83\n}\nadd_layer {noise01 noise01.red noise01.green noise01.blue noise01.alpha}\nExpression {\n channel0 noise01\n expr0 random(r,g,b)+offset\n name Expression6\n label lacunarity\n selected true\n xpos 82\n ypos -40\n addUserKnob {20 User}\n addUserKnob {7 offset l Offset}\n offset 0.365\n}\nExpression {\n temp_name0 octaves\n temp_expr0 10\n temp_name1 gain\n temp_expr1 1\n channel0 rgb\n expr0 turbulence(r,g,b,octaves,noise01.red,gain)\n name Expression5\n label turbulence\n selected true\n xpos 82\n ypos -8\n}\nPremult {\n name Premult1\n selected true\n xpos 82\n ypos 34\n}\n" }, { "path": "NukeSurvivalToolkit/nk_files/twist.nk", "content": "set cut_paste_input [stack 0]\nversion 10.5 v2\npush $cut_paste_input\nExpression {\n temp_name0 fx\n temp_expr0 abs(Posx+(x-Posx)*cos(angleD*pow((clamp(1-sqrt(pow(x-Posx,2)+pow(y-Posy,2))*Mag)),map))+(y-Posy)*sin(angleD*pow((clamp(1-sqrt(pow(x-Posx,2)+pow(y-Posy,2))*Mag)),map)))\n temp_name1 fy\n temp_expr1 abs(Posy-(x-Posx)*sin(angleD*pow((clamp(1-sqrt(pow(x-Posx,2)+pow(y-Posy,2))*Mag)),map))+(y-Posy)*cos(angleD*pow((clamp(1-sqrt(pow(x-Posx,2)+pow(y-Posy,2))*Mag)),map)))\n expr0 r(fx,fy)\n expr1 r(fx,fy)\n expr2 r(fx,fy)\n name Twist\n selected true\n xpos 2435\n ypos -437\n addUserKnob {20 User}\n addUserKnob {7 map}\n map 5\n addUserKnob {7 angle R -500 500}\n addUserKnob {7 angleD}\n angleD {{radians(angle)}}\n addUserKnob {7 Mag R 0 0.01}\n Mag 0.00115\n addUserKnob {7 Posx R 0 720}\n Posx 1010\n addUserKnob {7 Posy R 0 576}\n Posy 688\n}\n" }, { "path": "NukeSurvivalToolkit/python/ColorGradientUi.py", "content": "#(C) Copyright Mads Hagbarth Damsbo 2016 -- Not for redistribution.\n# Version 1.1\n# Updated for Nuke 14.1 and above\n\nimport sys, math, os\nimport nuke, nukescripts\nfrom nukescripts import panels\nimport datetime\nimport operator\nfrom functools import partial\n\nfrom PySide6 import QtGui, QtCore, QtWidgets\nfrom PySide6.QtWidgets import QWidget, QLabel, QSlider, QComboBox, QMenu, QToolButton, QGridLayout, QHBoxLayout, QWidgetAction, QPushButton\nfrom PySide6.QtGui import QColor, QPainter, QLinearGradient, QAction\nfrom PySide6.QtCore import Qt\n\ntry:\n import ConfigParser\nexcept:\n import configparser as ConfigParser\n\nPresetsFile = os.path.join(os.path.dirname(os.path.dirname(os.path.realpath(__file__))), 'python/GradientPresets.cfg')\nconfig = ConfigParser.RawConfigParser()\nconfig.read(PresetsFile)\n\n#nuke.toNode(inputNode.name()+\".HueVsHue\").knob(\"lut\").editCurve(\"amount\",myCurve.replace(\"amount\",\"curve\")[10:-1])\n\n\ndef saveTemplate(_curves):\n \"\"\"\n Save the current color gradient curves to a configuration file.\n \"\"\"\n global PresetsFile\n global config\n p = SectionPanel()\n if p.showModalDialog():\n # Ensure the section exists or create it if it doesn't\n if not config.has_section(p.category.value()):\n config.add_section(p.category.value())\n \n config.read(PresetsFile)\n config.set(p.category.value(), p.name.value(), _curves)\n\n try:\n # Writing the configuration file in text mode\n with open(PresetsFile, 'w') as configfile:\n config.write(configfile)\n except Exception as e:\n print(f\"Error writing to presets file: {e}\")\n\n\ndef setColorCurve(node, colorlist, parent, _object):\n \"\"\"\n Set the color curve for a given node based on the provided color list.\n\n This function modifies the LUT (Look-Up Table) of a color lookup node by applying\n a gradient curve based on the input color list. The gradient is constructed for\n each channel (Red, Green, Blue, Alpha) and applied to the node.\n \"\"\"\n interpolation_map = {\n \"Constant\": \"K\",\n \"Linear\": \"L\",\n \"Smooth\": \"C\", # Cubic interpolation\n \"Catmull-Rom\": \"R\",\n \"Horizontal\": \"s0\", # Step interpolation for horizontal\n }\n Interpolation = _object.interpolationMenu.currentText()\n interp = interpolation_map.get(Interpolation, \"C\") # Default to Cubic\n interpB = interp # Boundary interpolation matches the main interpolation\n\n # Helper function to construct curve strings\n def build_curve_string(color_index):\n curve = \"curve \"\n for x, item in enumerate(colorlist):\n if x == len(colorlist) - 1: # Last point\n curve += \"%s x%s %s %s\" % (\"L\", item[-1], item[color_index], interpB)\n elif x == 0: # First point\n curve += \"%s x%s %s\" % (interpB, item[-1], item[color_index])\n else: # Middle points\n curve += \"%s x%s %s\" % (interp, item[-1], item[color_index])\n return curve\n\n # Build curves for each channel\n curveR = build_curve_string(0) # Red channel\n curveG = build_curve_string(1) # Green channel\n curveB = build_curve_string(2) # Blue channel\n curveA = build_curve_string(3) # Alpha channel\n\n # Apply the curves to the node\n node['lut'].editCurve(\"red\", curveR)\n node['lut'].editCurve(\"green\", curveG)\n node['lut'].editCurve(\"blue\", curveB)\n node['lut'].editCurve(\"alpha\", curveA)\n node['chek'].execute() # Force update the node\n\n\ndef LoadCurveDataX(_curves):\n \"\"\"\n Load the curve data from a string and return a list of color values.\n \"\"\"\n # Split the input into lines and extract channel data\n curves = _curves.splitlines()\n channels = {\n \"red\": curves[1][10:-1].split(\" \"),\n \"green\": curves[2][12:-1].split(\" \"),\n \"blue\": curves[3][11:-1].split(\" \"),\n \"alpha\": curves[4][12:-1].split(\" \"),\n }\n\n colorlist = []\n interpolation = \"\"\n index = -1.0\n\n # Iterate through the red channel (assuming uniform lengths for all channels)\n for x, item in enumerate(channels[\"red\"]):\n if item[0:1].isdigit(): # Check if the item starts with a digit\n if index == -1.0: # Handle missing index for the first/last entry\n index = 0 if x <= 2 else 1\n colorlist.append([\n float(channels[\"red\"][x]),\n float(channels[\"green\"][x]),\n float(channels[\"blue\"][x]),\n float(channels[\"alpha\"][x]),\n interpolation,\n float(index),\n ])\n interpolation = \"\"\n index = -1.0\n else: # Handle interpolation or index\n if item[1:]:\n index = item[1:]\n elif item[0:1] == \"k\":\n index = 0\n else:\n interpolation = item\n\n return colorlist\n\n\nclass SectionPanel(nukescripts.PythonPanel):\n def __init__(self):\n nukescripts.PythonPanel.__init__(self, 'Add Custom Gradient Preset')\n self.category = nuke.String_Knob('cat', 'Preset Category')\n self.name = nuke.String_Knob('name', 'Preset Name')\n self.addKnob(self.category)\n self.addKnob(self.name)\n\n\nclass ColorValue:\n def __init__(self):\n self.position = 0 #Position is a value between 0 and 1\n self.color = QColor.fromRgbF(1, 1, 1, 1)\n self.distance = 1\n self.selected = False\n\n\nclass GradientWidget(QWidget):\n def __init__(self, parent=None, mainDiameter=138, outerRingWidth=10,my_node=\"None\"):\n super(GradientWidget, self).__init__(parent)\n self._parent = parent\n self.myTimer = QtCore.QElapsedTimer() # Used to limit the trigger times of mousemove events\n self.colorLookupNode = my_node.node(\"ColorLookup1\")\n self.thisNode = my_node\n self.colorList = [] #Used to store all the colors\n self.selectedHandle = False\n self.selectedHandels = []\n # this is the pixel diameter of the actual color wheel, without the extra decorations drawn as part of this widget\n #self.testPointsSetup()\n self.initCurve()\n\n def initCurve(self,fromNode=True,_data=\"\"): #This function is used when you load the toolset/gizmo. It will fetch data from the colorlookup node\n self.colorList = []\n if fromNode: #Should we read the data from a node or some input\n colorlist = LoadCurveDataX(self.colorLookupNode[\"lut\"].toScript())\n else:\n colorlist = LoadCurveDataX(_data)\n if len(colorlist) <= 1:\n self.testPointsSetup()\n else:\n for item in colorlist:\n ReturnItem = ColorValue()\n ReturnItem.position = item[-1]\n ReturnItem.color = QColor.fromRgbF(item[0], item[1], item[2], item[3])\n self.colorList.append(ReturnItem)\n self._update()\n\n def sliderUpdate(self,_color):\n for item in self.colorList:\n if item.selected:\n item.color = _color\n self._update()\n break\n\n def _update(self):\n self.colorNodeUpdate()\n self.repaint()\n\n def paintEvent(self, evt):\n painter = QtGui.QPainter(self)\n painter.setRenderHint(QtGui.QPainter.Antialiasing)\n #painter.begin(self)\n self.drawRectangles(painter)\n #painter.end()\n\n def setSelection(self,_item):\n for item in self.colorList:\n item.selected = False\n _item.selected = True\n self._parent.updateSlider(_item.color)\n self._update()\n\n def testPointsSetup(self): #DEPRICATED!!\n self.colorList.append(ColorValue())\n self.colorList.append(ColorValue())\n self.colorList[1].position = 1\n self.colorList[1].color = QColor.fromRgbF(0, 0, 0, 1)\n\n\n def getColorAtOffset(self,posx):\n #Get the points last and next point.\n sorted_x = sorted(self.colorList,key=operator.attrgetter('position'))\n current_index = len(sorted_x)\n for x,item in enumerate(sorted_x):\n if posx > item.position:\n pass\n else:\n current_index = x\n break\n\n if current_index == 0:\n itemA = sorted_x[0]\n itemB = sorted_x[0]\n elif current_index == len(sorted_x):\n itemA = sorted_x[-1]\n itemB = sorted_x[-1]\n else:\n itemA = sorted_x[current_index-1]\n itemB = sorted_x[current_index]\n\n #Calcualte how far between the two we are and get a color value\n _dist = itemB.position-itemA.position\n _distP = posx-itemA.position\n if _dist == 0.0:\n _distT = 0.0\n else:\n _distT = _distP/_dist\n _red = _distT*itemA.color.getRgbF()[0] + (1-_distT)*itemB.color.getRgbF()[0]\n _green = _distT*itemA.color.getRgbF()[1] + (1-_distT)*itemB.color.getRgbF()[1]\n _blue = _distT*itemA.color.getRgbF()[2] + (1-_distT)*itemB.color.getRgbF()[2]\n _alpha = _distT*itemA.color.getRgbF()[3] + (1-_distT)*itemB.color.getRgbF()[3]\n return QColor.fromRgbF(_green, _blue,_alpha,_red).rgba() #MUST BE A NUKE BUG THAT ITS GREEN BLUE ALPHA RED!!!\n\n def drawRectangles(self, painter):\n self.widget_offset = 10\n self.widget_width = self.width()-(self.widget_offset*2)\n self.widget_height = 40\n self.widget_top = 15\n self.handle_width = 7\n\n color = QtGui.QColor(0, 0, 0)\n color.setNamedColor('#008080')\n painter.setPen(color)\n gradient = QLinearGradient(self.widget_width+(self.widget_offset*2), 0, 0, 0)\n\n painter.setBrush(Qt.CrossPattern)\n painter.drawRect(self.widget_offset, self.widget_top+10, self.widget_width-1, self.widget_height)\n\n for item in self.colorList:\n if item.selected:\n painter.drawEllipse(QtCore.QPoint((item.position*self.widget_width)+self.widget_offset,self.widget_top) , 10, 10 ) #DRAW THE OUTER BLACK CIRCLE\n gradient.setColorAt(1-item.position, item.color)\n painter.setBrush(item.color)\n painter.drawEllipse(QtCore.QPoint((item.position*self.widget_width)+self.widget_offset,self.widget_top) , 7, 7 ) #DRAW THE OUTER BLACK CIRCLE\n painter.drawRect((item.position*self.widget_width)-self.handle_width+self.widget_offset,self.widget_top+15+self.widget_height , self.handle_width*2, self.handle_width*2 ) #DRAW THE OUTER BLACK CIRCLE\n\n painter.setBrush(gradient)\n painter.drawRect(self.widget_offset, self.widget_top+10, self.widget_width-1, self.widget_height)\n\n\n def getNearestHandle(self,posx,posy,dc=False):\n for item in self.colorList:\n item.distance = abs(posx-item.position)\n sorted_x = sorted(self.colorList,key=operator.attrgetter('distance'))\n if sorted_x[0].distance <= self.handle_width/float(self.widget_width):\n if abs(posy-(self.widget_top)) <= self.handle_width: #The Main Color Handle\n if dc:\n #This part is triggered when you click a allready exsisting color chip (hence you want to edit the color)\n _tempcol = sorted_x[0].color.getRgbF()\n V = nuke.getColor(QColor.fromRgbF(_tempcol[1], _tempcol[2],_tempcol[3],_tempcol[0]).rgba() )\n if V:\n R = (255 & V >> 24) / 255.0\n G = (255 & V >> 16) / 255.0\n B = (255 & V >> 8) / 255.0\n A = (255 & V >> 0) / 255.0\n sorted_x[0].color = QColor.fromRgbF(R, G, B, A)\n self._update()\n self.setSelection(sorted_x[0])\n return sorted_x[0]\n elif abs(posy-(self.widget_top+15+self.widget_height+self.handle_width)) <= self.handle_width: #The Deletion Handle\n self.colorList.remove(sorted_x[0])\n self._update()\n return False\n else:\n return False\n else:\n if dc: #If the user double clicks, we add a new handle\n #This part is triggered when you click to create a new color chip\n ReturnItem = ColorValue()\n ReturnItem.position = posx\n #print self.getColorAtOffset(posx)\n V = nuke.getColor(self.getColorAtOffset(posx))\n if V:\n R = (255 & V >> 24) / 255.0\n G = (255 & V >> 16) / 255.0\n B = (255 & V >> 8) / 255.0\n A = (255 & V >> 0) / 255.0\n ReturnItem.color = QColor.fromRgbF(R, G, B, A)\n self.colorList.append(ReturnItem)\n self._update()\n self.setSelection(ReturnItem)\n return ReturnItem\n else:\n return False\n\n def mousePressEvent(self, evt):\n self.myTimer.start()\n self.selectedHandle = self.getNearestHandle(max(0,min(1,(evt.x()-(self.widget_offset))/float(self.widget_width))),evt.y())\n if not self.selectedHandle:\n #We should not do anything...\n pass\n else:\n pass\n\n def mouseReleaseEvent(self,evt):\n if not self.selectedHandle:\n #We should not do anything...\n pass\n else:\n self.colorNodeUpdate()\n\n def mouseDoubleClickEvent(self, evt):\n self.myTimer.start()\n self.selectedHandle = self.getNearestHandle(max(0,min(1,(evt.x()-(self.widget_offset))/float(self.widget_width))),evt.y(),True)\n if not self.selectedHandle:\n #We should not do anything...\n pass\n\n def mouseMoveEvent(self, evt):\n self.setstate = 1\n if not self.selectedHandle:\n pass\n else:\n nMilliseconds = self.myTimer.elapsed()\n if nMilliseconds < 1:\n pass\n else:\n self.selectedHandle.position = max(0,min(1,(evt.x()-(self.widget_offset))/float(self.widget_width)))\n self._update()\n self.myTimer.restart()\n\n def colorNodeUpdate(self):\n colorList = []\n for item in self.colorList:\n color = item.color.getRgbF()\n colorList.append([color[0],color[1],color[2],color[3],item.position])\n colorList = sorted(colorList, key=lambda x: x[-1], reverse=False)\n setColorCurve(self.colorLookupNode,colorList,self.thisNode,self._parent)\n\n\nclass GradientLabel(QLabel):\n masterSignal = QtCore.Signal(object)\n def __init__(self, _gradient=\"\",name=\"\"):\n super(GradientLabel, self).__init__()\n self.setFixedHeight(30)\n self.GradientData = _gradient\n self.Name = name\n self.colorList = []\n self.ExtractColorData()\n\n def mouseReleaseEvent(self, ev):\n self.masterSignal.emit(self.GradientData)\n\n def ExtractColorData(self):\n colorlist = LoadCurveDataX(self.GradientData)\n for item in colorlist:\n ReturnItem = ColorValue()\n ReturnItem.position = item[-1]\n ReturnItem.color = QColor.fromRgbF(item[0], item[1], item[2], item[3])\n self.colorList.append(ReturnItem)\n\n def paintEvent(self, evt):\n painter = QtGui.QPainter(self)\n painter.setRenderHint(QtGui.QPainter.Antialiasing)\n #painter.begin(self)\n self.drawRectangles(painter)\n #painter.end()\n\n def drawRectangles(self, painter):\n self.widget_offset = 0\n self.widget_width = self.width()-(self.widget_offset*2)\n self.widget_height = 28\n self.widget_top = 0\n\n gradient = QLinearGradient(self.widget_width+(self.widget_offset*2), 0, 0, 0)\n for item in self.colorList:\n gradient.setColorAt(1-item.position, item.color)\n painter.setBrush(gradient)\n painter.drawRect(self.widget_offset, self.widget_top, self.widget_width, self.widget_height)\n\n\n\nclass MyToolButton(QToolButton):\n def __init__(self, *args):\n super(MyToolButton, self).__init__(*args)\n\n def eventFilter(self, menu, event):\n if event.type() == QtCore.QEvent.MouseButtonRelease:\n if self.underMouse():\n menu.menu().close()\n return True\n return False\n\n\nclass Example(QWidget):\n def __init__(self, parent=None,myNode=\"none\"):\n global config\n super(Example, self).__init__(parent)\n self.setGeometry(900, 900, 800, 600)\n #self.setWindowTitle('ColorBars')\n self.baseNode = myNode\n self.setMinimumHeight(160)\n self.setMinimumWidth(200)\n\n self.interpolationLabel = QLabel(\"Interpolation\")\n self.interpolationMenu = QComboBox()\n self.interpolationMenu.addItem(\"Constant\")\n self.interpolationMenu.addItem(\"Linear\")\n self.interpolationMenu.addItem(\"Smooth\")\n self.interpolationMenu.addItem(\"Catmull-Rom\")\n self.interpolationMenu.addItem(\"Cubic\")\n self.interpolationMenu.addItem(\"Horizontal\")\n self.interpolationMenu.setCurrentIndex(int(myNode['Interpolation'].getValue()))\n\n self.presetMenu = MyToolButton()\n self.presetMenu.setText(\"Gradient Presets \")\n self.menu = QMenu('Presets') # Updated to use QMenu from QtWidgets\n\n self.UpdatePresetList()\n self.presetMenu.setMenu(self.menu)\n\n self.presetMenu.installEventFilter(self.presetMenu)\n self.gradientUI = GradientWidget(self, 138, 10,myNode)\n self.hue = QSlider(Qt.Horizontal)\n self.sat = QSlider(Qt.Horizontal)\n self.lum = QSlider(Qt.Horizontal)\n self.interpolationMenu.currentIndexChanged.connect(self.gradientUI.colorNodeUpdate)\n self.hue.valueChanged.connect(self.sliderUpdate)\n self.sat.valueChanged.connect(self.sliderUpdate)\n self.lum.valueChanged.connect(self.sliderUpdate)\n self.hue.setRange(0,255)\n self.sat.setRange(0,255)\n self.lum.setRange(0,255)\n\n layout = QGridLayout() \n sub_layout = QHBoxLayout()\n dropdown_layout = QHBoxLayout()\n dropdown_layout.addWidget(self.presetMenu)\n dropdown_layout.addWidget(self.interpolationLabel)\n dropdown_layout.addWidget(self.interpolationMenu)\n dropdown_layout.addStretch()\n layout.addLayout(dropdown_layout,0,0)\n layout.addWidget(self.gradientUI,1,0)\n layout.addLayout(sub_layout,2,0)\n sub_layout.addWidget(self.hue)\n sub_layout.addWidget(self.sat)\n sub_layout.addWidget(self.lum)\n #layout.setRowStretch(0,0)\n self.setLayout(layout)\n self.UpdateStylesheet()\n self.show()\n\n @QtCore.Slot(object)\n def gradientClicked(self, values):\n self.gradientUI.initCurve(False,values)\n\n def addPreset(self):\n saveTemplate(self.baseNode.node(\"ColorLookup1\")[\"lut\"].toScript())\n self.UpdatePresetList()\n\n def removePreset(self, section, preset_name):\n # Remove the preset from the config\n if config.has_section(section):\n config.remove_option(section, preset_name)\n # If the section is empty, remove the section\n if not config.items(section):\n config.remove_section(section)\n # Write the updated config back to the file\n with open(PresetsFile, 'w') as configfile:\n config.write(configfile)\n # Refresh the menu\n self.UpdatePresetList()\n \n def UpdatePresetList(self):\n for item in self.menu.actions():\n self.menu.removeAction(item)\n \n #Read the presets. Look for all the sections\n config.read(PresetsFile)\n sections = config.sections()\n for section in sections:\n gradients = config.items(section)\n submenu = QMenu(section)\n submenu.setMinimumWidth(300)\n self.menu.addMenu(submenu)\n for gradient in gradients:\n # Create a container widget for the gradient and the remove button\n container = QWidget()\n layout = QHBoxLayout(container)\n layout.setContentsMargins(0, 0, 0, 0) # Remove margins for compact alignment\n\n # Create the gradient label\n qle = GradientLabel(gradient[1], gradient[0])\n qle.masterSignal.connect(self.gradientClicked)\n layout.addWidget(qle)\n\n # Create the \"Remove Preset\" button\n removeButton = QPushButton(\"Remove\")\n removeButton.setFixedSize(60, 25) # Set a fixed size for the button\n removeButton.clicked.connect(partial(self.removePreset, section, gradient[0]))\n layout.addWidget(removeButton)\n\n # Add the container widget to the submenu\n wac = QWidgetAction(submenu)\n wac.setDefaultWidget(container)\n submenu.addAction(wac)\n\n addAction = QAction('+ Add Preset', self)\n addAction.triggered.connect(self.addPreset)\n self.menu.addAction(addAction)\n \n # Close the dropdown menu\n self.menu.close() #self.menu.update() #self.menu.repaint()\n\n def updateSlider(self,_color):\n self.hue.setValue(_color.hsvHueF()*255 )\n self.sat.setValue(_color.hsvSaturationF()*255)\n self.lum.setValue(_color.valueF()*255)\n\n def sliderUpdate(self):\n self.gradientUI.sliderUpdate(QColor.fromHsvF(self.hue.value()/255.0,self.sat.value()/255.0,self.lum.value()/255.0,1.0))\n\n def updateValue(self):\n pass\n\n def UpdateStylesheet(self):\n self.hue.setStyleSheet(self.hue.styleSheet()+\"\"\"QSlider::groove:horizontal {\n border: 1px solid #999999;\n height: 8px; /* the groove expands to the size of the slider by default. by giving it a height, it has a fixed size */\n background: qlineargradient(x1:0, y1:0, x2:1, y2:0,\n stop: 0.000 rgb(255, 0, 0),\n stop: 0.167 rgb(255, 255, 0),\n stop: 0.333 rgb(0, 255, 0),\n stop: 0.500 rgb(0, 255, 255),\n stop: 0.667 rgb(0, 0, 255),\n stop: 0.833 rgb(255, 0, 255),\n stop: 1.0 rgb(255, 0, 0));\n margin: 2px 0;\n }\n QSlider::handle:horizontal {\n background: qlineargradient(x1:0, y1:0, x2:1, y2:1, stop:0 #b4b4b4, stop:1 #5f5f5f);\n border: 1px solid #008080;\n width: 18px;\n margin: -2px 0; /* handle is placed by default on the contents rect of the groove. Expand outside the groove */\n border-radius: 3px;\n }\"\"\")\n self.sat.setStyleSheet(self.sat.styleSheet()+\"\"\"QSlider::groove:horizontal {\n border: 1px solid #999999;\n height: 8px; /* the groove expands to the size of the slider by default. by giving it a height, it has a fixed size */\n background: qlineargradient(x1:0, y1:0, x2:1, y2:0,\n stop: 0.000 rgb(0, 0, 0),\n stop: 1.0 rgb(255, 0, 0));\n margin: 2px 0;\n }\n QSlider::handle:horizontal {\n background: qlineargradient(x1:0, y1:0, x2:1, y2:1, stop:0 #b4b4b4, stop:1 #5f5f5f);\n border: 1px solid #008080;\n width: 18px;\n margin: -2px 0; /* handle is placed by default on the contents rect of the groove. Expand outside the groove */\n border-radius: 3px;\n }\"\"\")\n self.lum.setStyleSheet(self.lum.styleSheet()+\"\"\"QSlider::groove:horizontal {\n border: 1px solid #999999;\n height: 8px; /* the groove expands to the size of the slider by default. by giving it a height, it has a fixed size */\n background: qlineargradient(x1:0, y1:0, x2:1, y2:0,\n stop: 0.000 rgb(0, 0, 0),\n stop: 1.0 rgb(255, 255, 255));\n margin: 2px 0;\n }\n QSlider::handle:horizontal {\n background: qlineargradient(x1:0, y1:0, x2:1, y2:1, stop:0 #b4b4b4, stop:1 #5f5f5f);\n border: 1px solid #008080;\n width: 18px;\n margin: -2px 0; /* handle is placed by default on the contents rect of the groove. Expand outside the groove */\n border-radius: 3px;\n }\"\"\")\n\n\nclass ColorWheelKnob_GRADIENT:\n def __init__( self ):\n self.instance = 0\n return None\n\n def makeUI( self ):\n self.instance = Example(None,nuke.thisNode())\n return self.instance\n\ndefined = 1\n" }, { "path": "NukeSurvivalToolkit/python/GradientPresets.cfg", "content": "[Fire]\nflatfire = master {}\n\tred {curve 0 x0.4897959232 0.7577935454 x1 1}\n\tgreen {curve 0 x0.4897959232 0.6538948653 x1 1}\n\tblue {curve 0 x0.4897959232 0.2382848859 x1 1}\n\talpha {curve 1 x0.4897959232 1 x1 1}\nsimplefire = master {}\n\tred {curve 0 x0.2925170064 1 x0.702947855 1 x1 1}\n\tgreen {curve 0 x0.2925170064 0.1137254902 x0.702947855 0.8196078431 x1 1}\n\tblue {curve 0 x0.2925170064 0.1137254902 x0.702947855 0.09803921569 x1 1}\n\talpha {curve 1 x0.2925170064 1 x0.702947855 1 x1 1}\nyellowfire = master {}\n\tred {curve 0 x0.4943310618 0.8039215686 x1 1}\n\tgreen {curve 0 x0.4943310618 0.4029297322 x1 0.8795605402}\n\tblue {curve 0 x0.4943310618 0.1607843137 x1 0.3176470588}\n\talpha {curve 1 x0.4943310618 1 x1 1}\nember = master {}\n\tred {curve 0 x0.1587301642 0.275288014 x0.1859410405 0.9960784314 x0.297052145 0.9960784314 x0.6417233348 0.7424887465 x1 0}\n\tgreen {curve 0 x0.1587301642 0.1388876173 x0.1859410405 0.2344090944 x0.297052145 0.7500419623 x0.6417233348 0.6943160143 x1 0}\n\tblue {curve 0 x0.1587301642 0.124711986 x0.1859410405 0 x0.297052145 0 x0.6417233348 0.5908445869 x1 0}\n\talpha {curve 1 x0.1587301642 1 x0.1859410405 1 x0.297052145 1 x0.6417233348 1 x1 1}\nashfire = master {}\n\tred {curve 0 x0.1352380961 0.1098039216 x0.2761904895 0.2235294118 x0.4609523714 0.4078431373 x0.6304761767 0.9098039216 x0.792380929 1 x1 1}\n\tgreen {curve 0 x0.1352380961 0.1098039216 x0.2761904895 0.2235294118 x0.4609523714 0.04798962387 x0.6304761767 0.3425345235 x0.792380929 0.8635233082 x1 0.9019455253}\n\tblue {curve 0 x0.1352380961 0.1098039216 x0.2761904895 0.2235294118 x0.4609523714 0 x0.6304761767 0 x0.792380929 0.3176470588 x1 0.6666666667}\n\talpha {curve 1 x0.1352380961 1 x0.2761904895 1 x0.4609523714 1 x0.6304761767 1 x0.792380929 1 x1 1}\n\n[Motion]\ndesign01 = master {}\n\tred {curve 0 x0.4965986311 0.662745098 x1 1}\n\tgreen {curve 0.4650186923 x0.4965986311 1 x1 0.8795605402}\n\tblue {curve 0.8235294118 x0.4965986311 0.8690928511 x1 0.3176470588}\n\talpha {curve 1 x0.4965986311 1 x1 1}\ndesign02 = master {}\n\tred {curve 0.9960784314 1}\n\tgreen {curve 0 0.8666666667}\n\tblue {curve 0.3750209812 0.3176470588}\n\talpha {curve 1 1}\ndesign03 = master {}\n\tred {curve 0.9960784314 0}\n\tgreen {curve 0 0}\n\tblue {curve 0.3750209812 0.3137254902}\n\talpha {curve 1 1}\ndesign04 = master {}\n\tred {curve 0 x0.4897959232 0 x1 0.2380407416}\n\tgreen {curve 0.7030594339 x0.4897959232 0 x1 0}\n\tblue {curve 0.9960784314 x0.4897959232 0.3137254902 x1 0.337254902}\n\talpha {curve 1 x0.4897959232 1 x1 1}\ndeepbpp = master {}\n\tred {curve 0 x0.2883549035 0.4 x0.6136783957 1 x1 1}\n\tgreen {curve 0.04373235676 x0.2883549035 0 x0.6136783957 0.3568627451 x1 0}\n\tblue {curve 0.3098039216 x0.2883549035 1 x0.6136783957 0.9772793164 x1 0.4}\n\talpha {curve 1 x0.2883549035 1 x0.6136783957 1 x1 1}\noceanic = master {}\n\tred {curve 0.2415655756 x0.2975970507 0.09945830472 x0.6728280783 1 x1 1}\n\tgreen {curve 0 x0.2975970507 0.8745098039 x0.6728280783 0.3568627451 x1 0.5646601053}\n\tblue {curve 0.6039215686 x0.2975970507 0.8106965743 x0.6728280783 0.3568627451 x1 0}\n\talpha {curve 1 x0.2975970507 1 x0.6728280783 1 x1 1}\npachific = master {}\n\tred {curve 0 0.04705882353}\n\tgreen {curve 0.8352941176 0.1710688945}\n\tblue {curve 0.4716563668 0.2666666667}\n\talpha {curve 1 1}\n\n[Basic]\nwhiteblack = master {}\n\tred {curve 1 0}\n\tgreen {curve 1 0}\n\tblue {curve 1 0}\n\talpha {curve 1 1}\nblackwhite = master {}\n\tred {curve 0 1}\n\tgreen {curve 0 1}\n\tblue {curve 0 1}\n\talpha {curve 1 1}\nbwb = master {}\n\tred {curve 0 x0.4739229083 0.9960784314 x1 0}\n\tgreen {curve 0 x0.4739229083 0.9960784314 x1 0}\n\tblue {curve 0 x0.4739229083 0.9960784314 x1 0}\n\talpha {curve 1 x0.4739229083 1 x1 1}\nwbw = master {}\n\tred {curve 0.9960784314 x0.537414968 0 x1 1}\n\tgreen {curve 0.9960784314 x0.537414968 0 x1 1}\n\tblue {curve 0.9960784314 x0.537414968 0 x1 1}\n\talpha {curve 1 x0.537414968 1 x1 1}\nspectrum = master {}\n\tred {curve 1 x0.2653061152 1 x0.5102040768 0.03529411765 x0.7732426524 0 x1 0}\n\tgreen {curve 0.1137254902 x0.2653061152 0.9686884871 x0.5102040768 1 x0.7732426524 0.9960784314 x1 0.04681467918}\n\tblue {curve 0.1137254902 x0.2653061152 0.1137254902 x0.5102040768 0.03529411765 x0.7732426524 0.9842984665 x1 0.9960784314}\n\talpha {curve 1 x0.2653061152 1 x0.5102040768 1 x0.7732426524 1 x1 1}\nrainbow = master {}\n\tred {curve 1 x0.1609977335 1 x0.3197278976 0.03529411765 x0.4739229083 0 x0.646258533 0 x0.8276643753 0.9374685283 x1 0.9960784314}\n\tgreen {curve 0.1137254902 x0.1609977335 0.9270313573 x0.3197278976 1 x0.4739229083 0.9960784314 x0.646258533 0.04681467918 x0.8276643753 0 x1 0}\n\tblue {curve 0.1137254902 x0.1609977335 0.1137254902 x0.3197278976 0.03529411765 x0.4739229083 0.9140611887 x0.646258533 0.9960784314 x0.8276643753 0.9960784314 x1 0}\n\talpha {curve 1 x0.1609977335 1 x0.3197278976 1 x0.4739229083 1 x0.646258533 1 x0.8276643753 1 x1 1}\nlightspectrum = master {}\n\tred {curve 0 x0.2176870704 0 x0.3650793731 0 x0.5215419531 0.03529411765 x0.6643990874 1 x0.8095238209 1 x1 0}\n\tgreen {curve 0 x0.2176870704 0.04681467918 x0.3650793731 0.9960784314 x0.5215419531 1 x0.6643990874 0.9294117647 x0.8095238209 0.1137254902 x1 0}\n\tblue {curve 0 x0.2176870704 0.9960784314 x0.3650793731 0.9140611887 x0.5215419531 0.03529411765 x0.6643990874 0.1137254902 x0.8095238209 0.1137254902 x1 0}\n\talpha {curve 1 x0.2176870704 1 x0.3650793731 1 x0.5215419531 1 x0.6643990874 1 x0.8095238209 1 x1 1}\ncenterchromatic = master {}\n\tred {curve 0 x0.1541950107 0 x0.3083900213 0.6470588235 x0.4671201706 1 x0.6598639488 1 x0.8253968358 1 x1 0}\n\tgreen {curve 0 x0.1541950107 0.04681467918 x0.3083900213 1 x0.4671201706 1 x0.6598639488 0.9399404898 x0.8253968358 0.1137254902 x1 0}\n\tblue {curve 0 x0.1541950107 0.9960784314 x0.3083900213 0.9709468223 x0.4671201706 1 x0.6598639488 0.2705882353 x0.8253968358 0.1137254902 x1 0}\n\talpha {curve 1 x0.1541950107 1 x0.3083900213 1 x0.4671201706 1 x0.6598639488 1 x0.8253968358 1 x1 1}\n\n[Horizon]\nhorizon01 = master {}\n\tred {curve 0 x0.1587301642 0.275288014 x0.1859410405 0.9960784314 x0.297052145 0.9960784314 x0.6575963497 0.58954757 x1 0}\n\tgreen {curve 0 x0.1587301642 0.1388876173 x0.1859410405 0.2344090944 x0.297052145 0.7500419623 x0.6575963497 0.7201953155 x1 0.2081483177}\n\tblue {curve 0 x0.1587301642 0.124711986 x0.1859410405 0 x0.297052145 0 x0.6575963497 0.7437857633 x1 0.368627451}\n\talpha {curve 1 x0.1587301642 1 x0.1859410405 1 x0.297052145 1 x0.6575963497 1 x1 1}\nhorizon02 = master {}\n\tred {curve 0 x0.1587301642 0.4252231632 x0.1859410405 1 x0.2993197143 1 x0.6575963497 0.58954757 x1 0}\n\tgreen {curve 0 x0.1587301642 0.2161287861 x0.1859410405 0.4782330053 x0.2993197143 0.8663309682 x0.6575963497 0.7201953155 x1 0.4030212863}\n\tblue {curve 0 x0.1587301642 0.1943846799 x0.1859410405 0.3176470588 x0.2993197143 0.4588235294 x0.6575963497 0.7437857633 x1 0.7137254902}\n\talpha {curve 1 x0.1587301642 1 x0.1859410405 1 x0.2993197143 1 x0.6575963497 1 x1 1}\nhorizon03 = master {}\n\tred {curve 0.2600595102 x0.1451247185 0.9261768521 x0.1836734712 1 x0.2993197143 1 x0.6575963497 0.8068360418 x1 0.1921568627}\n\tgreen {curve 0.3438010224 x0.1451247185 0.8467841611 x0.1836734712 0.7600976577 x0.2993197143 0.938002594 x0.6575963497 0.8683299001 x1 0.6483253223}\n\tblue {curve 0.4379797055 x0.1451247185 0.8385290303 x0.1836734712 0.6862745098 x0.2993197143 0.7490196078 x0.6575963497 0.879438468 x1 1}\n\talpha {curve 1 x0.1451247185 1 x0.1836734712 1 x0.2993197143 1 x0.6575963497 1 x1 1}\n\n[Plasma]\nplasma01 = master {}\n\tred {curve 0 x0.1315192729 0 x0.2766439915 0 x1 0.2222018769}\n\tgreen {curve 0 x0.1315192729 0 x0.2766439915 0.7030594339 x1 0}\n\tblue {curve 0 x0.1315192729 0.3137254902 x0.2766439915 0.9960784314 x1 0.337254902}\n\talpha {curve 1 x0.1315192729 1 x0.2766439915 1 x1 1}\nplasma02 = master {}\n\tred {curve 0 x0.15646258 0.968627451 x0.2857142985 1 x0.396825403 1 x0.5487528443 0.6817273213 x0.7505668998 0.1172045472 x0.8979591727 0.1055619135 x0.9977324009 0}\n\tgreen {curve 0 x0.15646258 0.9951934081 x0.2857142985 0.9183184558 x0.396825403 0.6481879912 x0.5487528443 0.07905699245 x0.7505668998 0 x0.8979591727 0 x0.9977324009 0}\n\tblue {curve 0 x0.15646258 1 x0.2857142985 0.537254902 x0.396825403 0.2705882353 x0.5487528443 0.1641412985 x0.7505668998 0.9960784314 x0.8979591727 0.2039215686 x0.9977324009 0}\n\talpha {curve 1 x0.15646258 1 x0.2857142985 1 x0.396825403 1 x0.5487528443 1 x0.7505668998 1 x0.8979591727 1 x0.9977324009 1}\n\n[Remapping]\nbluepeach = master {}\n\tred {curve 0 x0.1441774517 0.1072251469 x0.4750462174 0.7016861219 x0.76709795 1 x0.8853974342 1 x1 1}\n\tgreen {curve 0 x0.1441774517 0.2099488823 x0.4750462174 0.726115816 x0.76709795 0.7843289845 x0.8853974342 0.9210650797 x1 1}\n\tblue {curve 0 x0.1441774517 0.3254901961 x0.4750462174 0.7882352941 x0.76709795 0.6666666667 x0.8853974342 0.768627451 x1 1}\n\talpha {curve 1 x0.1441774517 1 x0.4750462174 1 x0.76709795 1 x0.8853974342 1 x1 1}\noldphoto = master {}\n\tred {curve 0 x0.2902033329 0.4078431373 x0.6173752546 0.7294117647 x1 1}\n\tgreen {curve 0 x0.2902033329 0.2546272984 x0.6173752546 0.5875944152 x1 1}\n\tblue {curve 0 x0.2902033329 0.1871213855 x0.6173752546 0.4834210727 x1 1}\n\talpha {curve 1 x0.2902033329 1 x0.6173752546 1 x1 1}\n\n" }, { "path": "NukeSurvivalToolkit/python/NST_ID_Extractor.py", "content": "import nuke\nimport nukescripts\n\ndef set():\n\tn = nuke.thisNode()\n\tredName = n.knob('Red').value()\n\tgreenName = n.knob('Green').value()\n\tblueName = n.knob('Blue').value()\n\tnewName_list = [redName,greenName,blueName]\n\n\tfor node in n.dependent():\n\t if node.Class() == 'Shuffle':\n\t for newName in newName_list:\n\t if newName != \"\":\n\t matte = newName_list.index(newName) + 1\n\t if node.knob('red').getValue() == matte and node.knob('green').getValue() == matte and node.knob('blue').getValue() == matte and node.knob('alpha').getValue() == matte:\n\t shuffle = nuke.toNode(node.name())\n\t shuffle.setName(newName)\n\t nextDep = node.dependent()\n\t \n\t for anchor in nextDep:\n\t if anchor.Class() == 'NoOp':\n\t if anchor.input(0).Class() == \"Shuffle\":\n\t if 'title' in anchor.knobs():\n\t anchorTitle = anchor.knob('title')\n\t if anchorTitle.value() != newName:\n\t anchorTitle.setValue(newName)\n\n\ndef extractRed():\n\tn = nuke.thisNode()\n\tnxpos = n.xpos()\n\tnypos = n.ypos()\n\tchannelName = n['Red'].value()\n\tchannelNameNoSpace = channelName.replace(\" \", \"_\")\n\n\tif channelName != '':\n\t n.end()\n\t n.setSelected(True)\n\t \n\t dependents = n.dependent()\n\t shuffles = []\n\t for node in dependents:\n\t if node.Class() == \"Shuffle\":\n\t shuffles.append(node)\n\t \n\t shuffleNames = []\n\t for shuffle in shuffles:\n\t shuffleNames.append(shuffle.name())\n\n\t if channelNameNoSpace not in shuffleNames:\n\t s = nuke.nodes.Shuffle(name=channelNameNoSpace)\n\t s.setXYpos(int(nxpos-100),int(nypos+110))\n\t s.autoplace()\n\t s.setInput(0,n)##################\n\t matte = 1\n\t s['tile_color'].setValue(2466250752)\n\t s['red'].setValue(matte)\n\t s['green'].setValue(matte)\n\t s['blue'].setValue(matte)\n\t s['alpha'].setValue(matte)\n\t s['note_font_size'].setValue(12)\n\t s['note_font_color'].setValue(4294967040)\n\t \n\t try:\n\t import stamps\n\t n.setSelected(False)\n\t s.setSelected(True)\n\t \n\t stamps.anchor(title = channelName, tags = \"ID\", input_node = \"\", node_type = \"2D\")\n\t \n\t except:\n\t pass\n\t \n\tnukescripts.clear_selection_recursive()\n\tn.setSelected(True)\n\ndef extractGreen():\n\tn = nuke.thisNode()\n\tnxpos = n.xpos()\n\tnypos = n.ypos()\n\tchannelName = n['Green'].value()\n\tchannelNameNoSpace = channelName.replace(\" \", \"_\")\n\n\tif channelName != '':\n\t n.end()\n\t n.setSelected(True)\n\t \n\t dependents = n.dependent()\n\t shuffles = []\n\t for node in dependents:\n\t if node.Class() == \"Shuffle\":\n\t shuffles.append(node)\n\t \n\t shuffleNames = []\n\t for shuffle in shuffles:\n\t shuffleNames.append(shuffle.name())\n\n\t if channelNameNoSpace not in shuffleNames:\n\t s = nuke.nodes.Shuffle(name=channelNameNoSpace)\n\t s.setXYpos(int(nxpos),int(nypos+110))\n\t s.autoplace()\n\t s.setInput(0,n)##################\n\t matte = 2\n\t s['tile_color'].setValue(1063467008)\n\t s['red'].setValue(matte)\n\t s['green'].setValue(matte)\n\t s['blue'].setValue(matte)\n\t s['alpha'].setValue(matte)\n\t s['note_font_size'].setValue(12)\n\t s['note_font_color'].setValue(4294967040)\n\t \n\t try:\n\t import stamps\n\t n.setSelected(False)\n\t s.setSelected(True)\n\t \n\t stamps.anchor(title = channelName, tags = \"ID\", input_node = \"\", node_type = \"2D\")\n\t \n\t except:\n\t pass\n\t \n\tnukescripts.clear_selection_recursive()\n\tn.setSelected(True)\n\ndef extractBlue():\n\tn = nuke.thisNode()\n\tnxpos = n.xpos()\n\tnypos = n.ypos()\n\tchannelName = n['Blue'].value()\n\tchannelNameNoSpace = channelName.replace(\" \", \"_\")\n\n\tif channelName != '':\n\t n.end()\n\t n.setSelected(True)\n\t \n\t dependents = n.dependent()\n\t shuffles = []\n\t for node in dependents:\n\t if node.Class() == \"Shuffle\":\n\t shuffles.append(node)\n\t \n\t shuffleNames = []\n\t for shuffle in shuffles:\n\t shuffleNames.append(shuffle.name())\n\n\t if channelNameNoSpace not in shuffleNames:\n\t s = nuke.nodes.Shuffle(name=channelNameNoSpace)\n\t s.setXYpos(int(nxpos+100),int(nypos+110))\n\t s.autoplace()\n\t s.setInput(0,n)##################\n\t matte = 3\n\t s['tile_color'].setValue(1027575296)\n\t s['red'].setValue(matte)\n\t s['green'].setValue(matte)\n\t s['blue'].setValue(matte)\n\t s['alpha'].setValue(matte)\n\t s['note_font_size'].setValue(12)\n\t s['note_font_color'].setValue(4294967040)\n\t \n\t try:\n\t import stamps\n\t n.setSelected(False)\n\t s.setSelected(True)\n\t \n\t stamps.anchor(title = channelName, tags = \"ID\", input_node = \"\", node_type = \"2D\")\n\t \n\t except:\n\t pass\n\n\tnukescripts.clear_selection_recursive()\n\tn.setSelected(True)\n\ndef extractAll():\n\tn = nuke.thisNode()\n\tred = n.knob('Red')\n\tredName = red.value()\n\tgreen = n.knob('Green')\n\tgreenName = green.value()\n\tblue = n.knob('Blue')\n\tblueName = blue.value()\n\n\tif redName != \"\" and greenName != \"\" and blueName != \"\":\n\t dependents = n.dependent()\n\t shuffles = []\n\t for node in dependents:\n\t if node.Class() == \"Shuffle\":\n\t shuffles.append(node)\n\t \n\t shuffleNames = []\n\t for shuffle in shuffles:\n\t shuffleNames.append(shuffle.name())\n\t \n\t if redName != \"\":\n\t if redName.replace(\" \", \"_\") not in shuffleNames:\n\t n.knob(\"extractRed\").execute()\n\t if greenName != \"\":\n\t if greenName.replace(\" \", \"_\") not in shuffleNames:\n\t n.knob(\"extractGreen\").execute()\n\t if blue.value() != \"\":\n\t if blueName.replace(\" \", \"_\") not in shuffleNames:\n\t n.knob(\"extractBlue\").execute()\n\t \n\t nukescripts.clear_selection_recursive()\n\t n.setSelected(True)\n\ndef reset():\n\tn = nuke.thisNode()\n\tn.knob('Red').setValue('')\n\tn.knob('Green').setValue('')\n\tn.knob('Blue').setValue('')\n" }, { "path": "NukeSurvivalToolkit/python/NST_VectorTracker.py", "content": "'''\nVectorTracker v1.0 by Jorrit Schulte\n\nAdd this to menu.py:\nnuke.load('VectorTracker.py')\nnuke.menu(\"Nodes\").addCommand('user/VectorTracker', \"nuke.createNode('VectorTracker.gizmo')\")\n'''\n\ndef allScriptNodes():\n #collect all nodes in the root node graph\n nodes = nuke.allNodes()\n groups = [node for node in nodes if node.Class() == 'Group' ]\n\n #first collect groups inside groups\n for group in groups:\n for i in group.nodes():\n if i.Class() == 'Group':\n groups.append(i)\n #then append nodes inside groups to the nodes list\n for group in groups:\n for node in group.nodes():\n nodes.append(node)\n #return all nodes on all levels\n return nodes\n\ndef J_VTT_Track(first, last, pb = True):\n node = nuke.thisNode()\n vectors = node.input(1)\n\n #bool to check track direction\n forward = last > first\n\n #get number of frames\n totalFrames = int(max(first, last) - min(first, last))\n\n #check vector type\n if vectors is not None:\n layers = list( set([channel.split('.')[0] for channel in vectors.channels()]) )\n else:\n layers = []\n\n if 'smartvector' in layers:\n if forward:\n u = 'smartvector.fn1vp0_u'\n v = 'smartvector.fn1vp0_v'\n else:\n u = 'smartvector.fp1vp0_u'\n v = 'smartvector.fp1vp0_v'\n run = True\n elif 'forward' in layers and forward:\n u = 'forward.u'\n v = 'forward.v'\n run = True\n elif 'backward' in layers and not forward:\n u = 'backward.u'\n v = 'backward.v'\n run = True\n else:\n run = False\n\n #check if there are vectors\n if run:\n #collect existing trackers\n trackers = [i.name() for i in node.allKnobs() if i.Class() == 'XY_Knob' and 'tracker' in i.name()]\n #remove inactive trackers\n trackers = [i for i in trackers if node['enable_' + i].value()]\n\n #lists where tracker position data get stored\n xpos = []\n ypos = []\n xsize = []\n ysize = []\n for tracker in trackers:\n #Append initial positions\n trackerVal = node[tracker].valueAt(first)\n xpos.append(trackerVal[0])\n ypos.append(trackerVal[1])\n #append sample area sizes\n xsize.append(node['sampleArea_'+tracker].value(0))\n ysize.append(node['sampleArea_'+tracker].value(1))\n\n #make tracker knobs keyable\n node[tracker].setAnimated()\n\n #set frame list\n if forward:\n rangeList = range(first, last+1)\n else:\n rangeList = reversed(range(last, first+1))\n\n #set up pogress window\n if pb:\n task = nuke.ProgressTask(\"VectorTracker\")\n count = 0\n\n #cycle through frames\n for frame in rangeList:\n\n #stop tracking if process is cancelled\n if pb:\n if task.isCancelled():\n break\n\n #update process window\n if frame != last and pb:\n count += 1\n task.setMessage(\"sampling frame \" + str(frame) + ' (frame ' + str(count) +' of ' + str(totalFrames) + ')')\n task.setProgress(count*100/totalFrames)\n\n #execute for each tracker\n for i, tracker in enumerate(trackers):\n #get current position from list\n curx = xpos[i]\n cury = ypos[i]\n\n #set keyframe\n node[tracker].animations()[0].setKey(frame, curx)\n node[tracker].animations()[1].setKey(frame, cury)\n\n if frame != last:\n #sample vectors\n x = vectors.sample(u, curx+.5, cury+.5, xsize[i],ysize[i], frame)\n y = vectors.sample(v, curx+.5, cury+.5, xsize[i],ysize[i], frame)\n\n #set new position\n xpos[i] = curx + x\n ypos[i] = cury + y\n\n #jump to frame\n nuke.frame(frame)\n if pb:\n del task\n #message when there is no vector data\n else:\n nuke.message('No vectors found!')\n\ndef J_VTT_AddTracker():\n node = nuke.thisNode()\n\n trackerCount = int(node['count'].value() + 1)\n node['count'].setValue(trackerCount)\n\n name = 'tracker' + str(trackerCount)\n\n #enable knob\n enableKnob = nuke.nuke.Boolean_Knob('enable_' + name, '')\n enableKnob.setValue(True)\n enableKnob.setFlag(nuke.STARTLINE)\n enableKnob.setTooltip('Enable this tracker for tracking')\n node.addKnob( enableKnob )\n\n #position knob\n posKnob = nuke.nuke.XY_Knob(name, name)\n posKnob.clearFlag(nuke.STARTLINE)\n node.addKnob( posKnob )\n\n #area size knob\n areaKnob = nuke.nuke.WH_Knob('sampleArea_' + name, 'area')\n areaKnob.setValue(1)\n areaKnob.setRange(1,50)\n areaKnob.clearFlag(nuke.STARTLINE)\n areaKnob.clearFlag(0x00000004) #clear LOG_SLIDER flag\n areaKnob.setFlag(0x00000010) #set FORCE_RANGE flag\n areaKnob.setTooltip('Size of the area that will get sampled in the vector channels')\n node.addKnob( areaKnob )\n\n #remove knob\n removeKnob = nuke.PyScript_Knob('remove_' + name, '@ColorMult', \"node = nuke.thisNode()\\nname = '\" + name + \"'\\n\\nknobs = ['', 'sampleArea_', 'enable_', 'remove_' ]\\n\\nfor i in knobs:\\n try:\\n node.removeKnob(node.knobs()[i + name])\\n except:\\n pass\")\n removeKnob.setTooltip('Remove this tracker')\n node.addKnob( removeKnob )\n\ndef J_VTT_Export():\n node = nuke.thisNode()\n\n #deselect nodes\n an = allScriptNodes()\n selnodes = [i for i in an if i['selected'].value()]\n for snode in selnodes:\n snode['selected'].setValue(False)\n #select VectorTracker node\n node['selected'].setValue(True)\n\n #find group name if node is in group\n fnn = node.fullName().split('.')\n groupName = 'root.'\n for i in range(len(fnn)-1):\n groupName += fnn[i] + '.'\n #get parent\n if groupName != 'root.':\n parent = nuke.toNode(groupName[:-1])\n else:\n parent = nuke.root()\n\n #create node in parent root\n with parent:\n #create tracker node\n trackerNode = nuke.nodes.Tracker4()\n trackerNode['xpos'].setValue(node['xpos'].value()+100)\n trackerNode['ypos'].setValue(node['ypos'].value()+50)\n trackerNode.showControlPanel()\n\n #define tracks container knob\n container = trackerNode['tracks']\n\n #collect existing trackers\n trackers = [i.name() for i in node.allKnobs() if i.Class() == 'XY_Knob' and 'tracker' in i.name()]\n\n #copy keyframes for each tracker\n for i, tracker in enumerate(trackers):\n #add tracker to container\n trackerNode['add_track'].execute()\n\n #remove auto made keys\n for inx in [0,2,3,4,5,9]:\n container.removeKey(i*31 + inx)\n container.setValue(False, i*31 + 6)\n\n #define some stuff\n trackerKnob = node[tracker].value()\n tracker = node[tracker]\n\n #set keys for x and y curves\n for curve in [0,1]:\n animcheck = tracker.animation(0+curve) is not None\n\n #set value if there is no animation\n if not animcheck:\n container.setValue(trackerKnob[0+curve], i*31 + 2+curve)\n\n #if there are keyframes on original tracker knob\n if animcheck:\n #set x y knobs animated\n container.setAnimated(i*31 + 2+curve)\n\n #find frame numbers of first and last keyframe\n keys = tracker.animation(0+curve).keys()\n first = int(keys[0].x)\n last = int(keys[len(keys)-1].x)\n\n #set value at each frame\n framerange = range(first, last+1)\n for frame in framerange:\n #check if current frame is tracked before setting key\n if tracker.isKeyAt(frame):\n pos = tracker.getValueAt(frame)\n #set key\n container.setValueAt(pos[0+curve],frame,i*31+2+curve)\n\n #remove key at frame 0 if not used\n if 0 not in framerange:\n container.removeKeyAt(0,i*31 + 2+curve)\n\n #reselect nodes\n trackerNode['selected'].setValue(False)\n for snode in selnodes:\n snode['selected'].setValue(True)\n #deselect VectorTracker node\n if node not in selnodes:\n node['selected'].setValue(False)\n\n" }, { "path": "NukeSurvivalToolkit/python/NST_cardToTrack.py", "content": "import nuke\n\ndef setRefFrame():\n n = nuke.thisGroup()\n n.begin()\n nuke.toNode(\"Switch1\")['disable'].setValue(0)\n nuke.toNode(\"ScanlineRender1\")['disable'].setValue(0)\n nuke.toNode(\"StabFrameHold\")['first_frame'].setValue(n['refFrame'].value())\n\n if n['S'].value() == 1:\n n['Stabilize'].execute()\n n = a.input(1) \n ss = n.input(1)\n n.end() \n topnode_name = nuke.tcl(\"full_name [topnode %s]\" % ss.name()) \n cam = nuke.toNode(topnode_name)\n cam['near'].clearAnimated()\n cam['far'].clearAnimated()\n cam['near'].setValue(0.01)\n cam['far'].setValue(10000)\n\n ss=n['scene'].value()\n n.begin()\n\n nuke.toNode(\"NoOp1\")['pick'].execute()\n n['refFrame'].setValue(nuke.frame())\n nuke.toNode(\"Switch\")['which'].setValue(0)\n\n r=nuke.toNode(\"Perspective\")\n r.setSelected(False)\n r.hideControlPanel()\n r['rotate'].setValue(0)\n r['translate'].setValue(0)\n r['scaling'].setValue(1)\n r['uniform_scale'].setValue(ss)\n n.end()\n \n if n['extraHelper'].value() in [0,1,2]:\n n['findZ'].clearFlag(1)\n n['happyGroup'].setFlag(1)\n n['goGroup'].setFlag(1)\n if n['extraHelper'].value() in [1,2,5]:\n n['Adjust'].execute()\n\ndef stabilize():\n node = nuke.thisGroup() \n t = node['S']\n h = node['HighPass']\n\n if t.value() == 0:\n nuke.thisKnob().setLabel('Stabilized')\n t.setValue(1)\n nuke.toNode(\"StabFrameHold\")['disable'].setValue(0)\n nuke.toNode(\"StabFrameHold\")['first_frame'].setValue(node['refFrame'].value())\n nuke.toNode(\"StabRef\")['first_frame'].setValue(node['refFrame'].value())\n nuke.toNode(\"StabSwitch\")['disable'].setValue(0)\n else:\n nuke.thisKnob().setLabel('Stabilize')\n t.setValue(0)\n h.setValue(0)\n nuke.toNode(\"StabFrameHold\")['disable'].setValue(1)\n nuke.toNode(\"StabSwitch\")['disable'].setValue(1)\n\ndef consolidateAnimatedNodeTransforms():\n # This is based on Ivan B's consolidateNodeTransforms().\n # Added support for animated Axis/Camera nodes. Also, if it's\n # a Camera being concatenated, then projection settings get copied.\n # -Ean C 24/Feb/2011\n import math\n import nuke\n axisNode = nuke.toNode('Z_finder')\n m = nuke.math.Matrix4()\n\n nuke.toNode(\"Switch\")['which'].setValue(1)\n n = nuke.toNode('Perspective')\n n['scaling'].setExpression('curve')\n n['rotate'].setExpression('curve')\n n['translate'].setExpression('curve')\n\n first_frame_v = nuke.root()['first_frame'].value()\n last_frame_v = nuke.root()['last_frame'].value()\n scale_anim = n['scaling'].animations()\n rotate_anim = n['rotate'].animations()\n translate_anim = n['translate'].animations()\n\n for i in range(int(first_frame_v), int(last_frame_v+1)):\n k = axisNode['world_matrix']\n k_time_aware = axisNode['world_matrix'].getValueAt(i)\n for y in range(k.height()):\n for x in range(k.width()):\n m[x+(y*k.width())] = k_time_aware[y + k.width()*x]\n transM =nuke.math.Matrix4(m)\n transM.translationOnly()\n rotM = nuke.math.Matrix4(m)\n rotM.rotationOnly()\n scaleM = nuke.math.Matrix4(m)\n scaleM.scaleOnly()\n scale = (scaleM.xAxis().x, scaleM.yAxis().y, scaleM.zAxis().z)\n rot = rotM.rotationsZXY()\n rotDegrees = ( math.degrees(rot[0]), math.degrees(rot[1]), math.degrees(rot[2]) )\n trans = (transM[12], transM[13], transM[14])\n\n for s in range(3):\n scale_anim[s].setKey(i, scale[s])\n rotate_anim[s].setKey(i, rotDegrees[s])\n translate_anim[s].setKey(i, trans[s])\n n['translate'].clearAnimated()\n n['rotate'].clearAnimated()\n n['scaling'].clearAnimated()\n n['uniform_scale'].setValue(nuke.toNode(\"Card1\")['uniform_scale'].value())\n #nuke.show((n), True)\n n.setSelected(True)\n r=nuke.toNode(\"look_at_Axis\")\n r.setSelected(False)\n r.hideControlPanel() \n\ndef happy():\n consolidateAnimatedNodeTransforms()\n a=nuke.thisNode()\n if a['S'].value() == 1:\n a['Stabilize'].execute()\n\n n=a\n if n['extraHelper'].value() in [0,1,2,5]:\n n['findZ'].setFlag(1)\n n['happyGroup'].clearFlag(1)\n n['goGroup'].clearFlag(1)\n\ndef go():\n import nuke\n axisCase = 0\n a=nuke.thisNode()\n C2Tgroup = nuke.thisNode()\n\n #check if camera has animation and if yes collect first and last frame of it\n with nuke.Root():\n try:\n n = a.input(1)\n topnode_name = nuke.tcl(\"full_name [topnode %s]\" % n.name()) \n topnode = nuke.toNode(topnode_name)\n n = topnode\n f,l=[],[]\n print (topnode.name())\n tr = n['translate'].getKeyList()\n first_frame_v = min(tr)\n last_frame_v = max(tr)\n except:\n first_frame_v = int(nuke.toNode('root')['first_frame'].value())\n last_frame_v = int(nuke.toNode('root')['last_frame'].value())\n\n\n if a['S'].value() == 1: \n a['Stabilize'].execute()\n\n\n\n a.begin()\n x=int(a['xpos'].value())\n y=int(a['ypos'].value())\n p = nuke.toNode(\"Perspective\")\n t=p['translate'].value()\n r=p['rotate'].value()\n s=p['scaling'].value()\n us=p['uniform_scale'].value()\n nuke.toNode(\"Switch\")['which'].setValue(1)\n a.end()\n\n\n for node in nuke.allNodes():\n node.setSelected(False)\n try: \n a.input(1).setSelected(True)\n except:\n nuke.message(\"please connect your Camera\")\n try:\n a.input(0).setSelected(True)\n except:\n nuke.message(\"please connect your footage to BG input\")\n\n #Card case\n if a['extraHelper'].value()==3:\n crd = a.input(2)\n crd.setSelected(True)\n crd.setXYpos(x,y+50)\n axisCase = 2\n \n #Axises case\n elif a['extraHelper'].value()==4:\n axisCase = 1\n \n import math\n import nuke\n \n axisNode = a.input(2)\n nuke.thisGroup().end()\n m = nuke.math.Matrix4()\n n = nuke.nodes.Card2()\n n['scaling'].setExpression('curve')\n n['rotate'].setExpression('curve')\n n['translate'].setExpression('curve')\n n['name'].setValue(\"consolidate of \"+axisNode.name())\n n['xpos'].setValue(int(x))\n n['ypos'].setValue(int(y+50))\n scale_anim = n['scaling'].animations()\n rotate_anim = n['rotate'].animations()\n translate_anim = n['translate'].animations()\n \n for i in range(int(first_frame_v), int(last_frame_v+1)):\n k = axisNode['world_matrix']\n k_time_aware = axisNode['world_matrix'].getValueAt(i)\n for y in range(k.height()):\n for x in range(k.width()):\n m[x+(y*k.width())] = k_time_aware[y + k.width()*x]\n \n transM =nuke.math.Matrix4(m)\n transM.translationOnly()\n rotM = nuke.math.Matrix4(m)\n rotM.rotationOnly()\n scaleM = nuke.math.Matrix4(m)\n scaleM.scaleOnly()\n scale = (scaleM.xAxis().x, scaleM.yAxis().y, scaleM.zAxis().z)\n rot = rotM.rotationsZXY()\n rotDegrees = ( math.degrees(rot[0]), math.degrees(rot[1]), math.degrees(rot[2]) )\n trans = (transM[12], transM[13], transM[14])\n for s in range(3):\n scale_anim[s].setKey(i, scale[s])\n rotate_anim[s].setKey(i, rotDegrees[s])\n translate_anim[s].setKey(i, trans[s])\n a.input(1).setSelected(True)\n a.input(0).setSelected(True) \n n.setSelected(True)\n a.setInput(2,n)\n \n #Deep input case \n else:\n n = nuke.nodes.Card2()\n n.setXYpos(x,y+100)\n n['translate'].setValue(t)\n n['rotate'].setValue(r)\n n['scaling'].setValue(s)\n n['uniform_scale'].setValue(us)\n n.setSelected(True)\n\n with nuke.Root():\n try:\n import thread, threading, time, nuke, math, nukescripts\n except:\n import _thread, threading, time, nuke, math, nukescripts\n def execRC(first,last):\n runMe = True\n while runMe == True:\n nuke.execute('r1',first,last) \n nuke.execute('r2',first,last) \n nuke.execute('r3',first,last) \n nuke.execute('r4',first,last) \n stop_event.set()\n runMe = False\n break\n\n def getCamera():\n n = a.input(1) \n topnode_name = nuke.tcl(\"full_name [topnode %s]\" % n.name()) \n topnode = nuke.toNode(topnode_name)\n cam = topnode\n return cam\n\n def BGdetect():\n for n in nuke.selectedNodes():\n if 'xform_order' not in n.knobs():\n Name = n.name()\n Width = n.width()\n Height = n.height()\n Aspect = n.pixelAspect()\n form = str(Width)+\" \"+str(Height)+\" \"+str(Aspect)\n bg = nuke.nodes.Constant(postage_stamp = False)\n bg['format'].setValue(nuke.addFormat(form))\n return bg\n\n def C2T(dialog):\n\n\n #card\n card = None\n for n in nuke.selectedNodes():\n if \"Card\" in n.Class() or \"Axis\" in n.Class():\n card = n\n break\n if card == None:\n nuke.message('no card selected?')\n return\n\n # initialize tool values for auto-creation\n label = card['label'].value()\n ref = int(nuke.frame())\n first = first_frame_v\n last = last_frame_v\n bg = BGdetect() \n cam = getCamera()\n rootAspect = nuke.Root()['format'].value().pixelAspect()\n x = card.xpos() \n y = card.ypos()\n \n bg.setXYpos(x,y+50)\n \n if dialog == True:\n #panel\n panel = nuke.Panel(\"C2T\")\n panel.addSingleLineInput(\"label:\", card['label'].value())\n panel.addSingleLineInput(\"firstFrame:\", str(first))\n panel.addSingleLineInput(\"lastFrame:\", str(last))\n panel.addSingleLineInput(\"ref frame:\", str(ref))\n if panel.show():\n first = int(panel.value(\"firstFrame:\"))\n last = int(panel.value(\"lastFrame:\"))\n ref = int(panel.value(\"ref frame:\"))\n if ref>last or ref ref: ##### kill tail X\n if curveXDown == 1: ##### curve X is going down####################################################################################FIXEDforEnd\n lastGoodX= k.valueAt(valsx.index(minX)+first,0)\n prelastGoodX= k.valueAt(valsx.index(minX)+first-1,0)\n diffX= abs(lastGoodX) - abs(prelastGoodX)\n offsetX = abs(lastGoodX)+maxX+diffX*2\n for i in range(valsx.index(maxX)+first,last+1):\n val = k.valueAt(i)[0]\n k.setValueAt(val-offsetX,i,0)\n if curveXUp == 1: ##### curve X is going up####################################################################################FIXEDforEnd\n lastGoodX = k.valueAt(valsx.index(maxX)+first,0) \n prelastGoodX= k.valueAt(valsx.index(maxX)+first-1,0) \n diffX= abs(lastGoodX)- abs(prelastGoodX)\n offsetX= maxX+abs(minX)+diffX*2\n for i in range(valsx.index(minX)+first,last+1):\n val = k.valueAt(i)[0]\n k.setValueAt(val+offsetX,i,0)\n if valsy.index(maxY)+first > ref: ##### kill tail Y\n if curveYDown == 1: ##### curve Y is going down#####################################################################################FIXEDforEnd\n lastGoodY= k.valueAt(valsy.index(minY)+first,1)\n prelastGoodY= k.valueAt(valsy.index(minY)+first-1,1)\n diffY= abs(lastGoodY) - abs(prelastGoodY) \n offsetY = abs(lastGoodY)+maxY+diffY*2\n for i in range(valsy.index(maxY)+first,last+1):\n val = k.valueAt(i)[1]\n k.setValueAt(val-offsetY,i,1)\n if curveYUp == 1: ##### curve Y is going up####################################################################################FIXEDforEnd\n lastGoodY = k.valueAt(valsy.index(maxY)+first,1) \n prelastGoodY= k.valueAt(valsy.index(maxY)+first-1,1) \n diffY=abs(lastGoodY) - abs(prelastGoodY) \n offsetY= maxY+abs(minY)+diffY*2\n for i in range(valsy.index(minY)+first,last+1):\n val = k.valueAt(i)[1]\n k.setValueAt(val+offsetY,i,1)\n if valsx.index(maxX)+first < ref: ##### kill head X-------------------------------------------------------------------------------------\n if curveXDown == 1: ##### curve X is going down#####################################################################################FIXEDforBeginning\n firstGoodX= k.valueAt(valsx.index(maxX)+first,0)\n prefirstGoodX= k.valueAt(valsx.index(maxX)+first+1,0)\n diffX= abs(firstGoodX) - abs(prefirstGoodX) \n offsetX = abs(firstGoodX)+abs(minX)+diffX*2\n for i in range(first,valsx.index(maxX)+first):\n val = k.valueAt(i)[0]\n k.setValueAt(val+offsetX,i,0)\n if curveXUp == 1: ##### curve X is going up#####################################################################################FIXEDforBeginning\n firstGoodX = k.valueAt(valsx.index(minX)+first,0) \n prefirstGoodX= k.valueAt(valsx.index(minX)+first+1,0) \n diffX= abs(firstGoodX) - abs(prefirstGoodX) \n offsetX= abs(firstGoodX)+maxX+diffX*2\n for i in range(first,valsx.index(minX)+first):\n val = k.valueAt(i)[0]\n k.setValueAt(val-offsetX,i,0)\n if valsy.index(maxY)+first < ref: ##### kill head Y\n if curveYDown == 1: ##### curve Y is going down#####################################################################################FIXEDforBeginning\n firstGoodY = k.valueAt(valsy.index(maxY)+first,1)\n prefirstGoodY = k.valueAt(valsy.index(maxY)+first+1,1)\n diffY = abs(firstGoodY) - abs(prefirstGoodY)\n offsetY = abs(firstGoodY)+abs(minY)+diffY*2\n for i in range(first,valsy.index(maxY)+first):\n val = k.valueAt(i)[1]\n k.setValueAt(val+offsetY,i,1)\n if curveYUp == 1: ##### curve Y is going up#####################################################################################FIXEDforBeginning\n firstGoodY = k.valueAt(valsy.index(minY)+first,1)\n prefirstGoodY = k.valueAt(valsy.index(minY)+first+1,1)\n diffY = abs(firstGoodY) - abs(prefirstGoodY)\n offsetY = abs(firstGoodY)+maxY+diffY*2\n for i in range(first,valsy.index(minY)+first):\n val = k.valueAt(i)[1]\n k.setValueAt(val-offsetY,i,1)\n\n last = lastB\n first = firstB\n else:\n pass\n\n\n\n\n # corner pin normal or NST_CProject\n try :\n cp = nuke.nodes.NST_CProject(xpos = x+110, ypos = y)\n cp['camera'].setValue(cam.name())\n cp['translate'].setValue(card['translate'].value())\n cp['rotation'].setValue(card['rotate'].value())\n cp['element'].setValue(label)\n cp.setName(\"CP_\"+label)\n cp['refFrame'].setValue(ref)\n except:\n cp = nuke.nodes.CornerPin2D(label = label +' ('+str(ref)+')', xpos = x+110, ypos = y) \n cp['to1'].copyAnimations(r1['output'].animations())\n cp['to2'].copyAnimations(r2['output'].animations())\n cp['to3'].copyAnimations(r3['output'].animations())\n cp['to4'].copyAnimations(r4['output'].animations())\n cp['from1'].setValue(r1['output'].getValueAt(ref))\n cp['from2'].setValue(r2['output'].getValueAt(ref))\n cp['from3'].setValue(r3['output'].getValueAt(ref))\n cp['from4'].setValue(r4['output'].getValueAt(ref))\n\n #transform normal or NST_TProject\n try:\n tr = nuke.nodes.NST_TProject(xpos = x+330, ypos = y)\n tr.setName(\"TP_\"+label)\n tr['translate'].setAnimated() \n except:\n tr = nuke.nodes.Transform(label = label+' transform ('+str(ref)+')',xpos = x+330, ypos = y)\n tr['translate'].setAnimated()\n\n\n # corner pin matrix & roto & transform \n if C2Tgroup[\"Matrix\"].value() == True or C2Tgroup[\"Roto\"].value() == True or C2Tgroup[\"Transform\"].value() == True:\n cpm = nuke.nodes.CornerPin2D(label = label+' matrix ('+str(ref)+')', xpos = x+440, ypos = y) \n cpm['transform_matrix'].setAnimated()\n\n\n\n roto = nuke.nodes.Roto( xpos = x+220, ypos = y) \n roto.setName(roto['name'].value().replace('Roto','R')+\"_\"+label)\n roto_transform = roto['curves'].rootLayer.getTransform() # transform of root layer in roto\n nuke.show(roto)\n\n projectionMatrixTo = nuke.math.Matrix4()\n projectionMatrixFrom = nuke.math.Matrix4()\n frame = first\n while frame 15)\n\ndef _undo_disable():\n if hasattr(nuke, 'Undo'):\n nuke.Undo.disable()\n\ndef _undo_enable():\n if hasattr(nuke, 'Undo'):\n nuke.Undo.enable()\n\n# -------------------------------------------------------------------------------------\n# OPTIMIZATION HELPERS\n# -------------------------------------------------------------------------------------\n\ndef set_anim_curve_from_data(knob, data_list_per_channel):\n \"\"\"\n Constructs a Nuke animation and applies it to the knob.\n Nuke 16+: uses fromScript for speed. Nuke 15 and lower: uses setKey per channel.\n \"\"\"\n if NUKE_16_PLUS and hasattr(knob, 'fromScript'):\n full_script = \"\"\n for channel_data in data_list_per_channel:\n if channel_data:\n curve_str = \"{curve \"\n keys_str = \" \".join([f\"x{int(f)} {val:.6f}\" for f, val in channel_data])\n curve_str += keys_str + \"} \"\n else:\n curve_str = \"{curve} \"\n full_script += curve_str\n if full_script.strip():\n knob.fromScript(full_script)\n return\n # Nuke 15 and lower: setKey per channel (avoid isAnimated(ch_idx) for API compatibility)\n aSize = 1 if knob.singleValue() else knob.arraySize()\n for ch_idx in range(min(len(data_list_per_channel), aSize)):\n channel_data = data_list_per_channel[ch_idx]\n if not channel_data:\n continue\n try:\n knob.setAnimated(ch_idx)\n except Exception:\n pass\n anim = knob.animation(ch_idx)\n if anim is not None:\n for f, val in channel_data:\n anim.setKey(f, val)\n\n\ndef kill_animation(knobs):\n '''\n Kill animation in knobs if knobs are animated but animation is constant.\n '''\n for knob in knobs:\n if knob.isAnimated():\n aSize = 1 if knob.singleValue() else knob.arraySize()\n for index in range(aSize):\n anim = knob.animation(index)\n if anim and anim.constant():\n knob.clearAnimated(index)\n\ndef offset_nodes(x,y):\n '''\n find how far newly created node should be created.\n '''\n allNodes = nuke.allNodes()\n for step in range(1,10):\n step = abs(10-step)\n for node in allNodes:\n if node['xpos'].value() == x+110*step and node['ypos'].value() == y:\n x = x+110*step\n break\n return x\n\ndef check_first_last_frame(C2Tgroup):\n '''\n check if camera has animation and if yes collect first and last frame of it\n '''\n with nuke.Root():\n how = C2Tgroup['extraHelper'].value()\n try:\n with C2Tgroup:\n tr = nuke.toNode('DummyCam')['translate'].getKeyList()\n first_frame_v = min(tr)\n last_frame_v = max(tr)\n\n if how == 1:\n translateKeys = C2Tgroup.input(2)['translate'].getKeyList()\n first_frame_v = min([first_frame_v,min(translateKeys)])\n last_frame_v = max([last_frame_v,max(translateKeys)])\n except:\n first_frame_v = int(nuke.toNode('root')['first_frame'].value())\n last_frame_v = int(nuke.toNode('root')['last_frame'].value())\n\n if C2Tgroup['S'].value() == 1:\n C2Tgroup['Stabilize'].execute()\n\n return first_frame_v, last_frame_v\n\ndef check_curve(knob,first,last,ref):\n '''\n Check if a curve has Euler flip issue\n '''\n import math\n problem = False\n vals = [knob.valueAt(i,0) for i in range(first, last+1)]\n if not vals: return False\n\n valSort = sorted(vals)\n minX = valSort[0]\n maxX = valSort[-1]\n\n if abs(vals.index(maxX) - vals.index(minX)) == 1:\n problem = True\n return problem\n\ndef fix_curves(one,first,last,ref):\n import math\n timeline = [\"beginning\",\"end\"]\n lastB = last\n firstB = first\n for side in timeline:\n if side == \"beginning\":\n last = ref\n if side == \"end\":\n first = ref\n last = lastB\n\n curveXDown = curveXUp = curveYDown = curveYUp = 0\n valsx = [one.valueAt(i,0) for i in range(first,last+1)]\n valsy = [one.valueAt(i,1) for i in range(first,last+1)]\n\n if not valsx or not valsy: continue\n\n valSortx = sorted(valsx)\n valSorty = sorted(valsy)\n\n minX = valSortx[0]; maxX = valSortx[-1]\n minY = valSorty[0]; maxY = valSorty[-1]\n\n if math.fabs(valsx.index(maxX)-valsx.index(minX)) == 1:\n if valsx.index(maxX)-valsx.index(minX) < 0: curveXUp = 1\n else: curveXDown = 1\n if valsy.index(maxY)-valsy.index(minY) < 0: curveYUp = 1\n else: curveYDown = 1\n\n if valsx.index(maxX)+first > ref:\n if curveXDown == 1:\n lastGoodX= one.valueAt(valsx.index(minX)+first,0)\n prelastGoodX= one.valueAt(valsx.index(minX)+first-1,0)\n offsetX = abs(lastGoodX)+maxX+(abs(lastGoodX) - abs(prelastGoodX))*2\n for i in range(valsx.index(maxX)+first,last+1): one.setValueAt(one.valueAt(i)[0]-offsetX,i,0)\n if curveXUp == 1:\n lastGoodX = one.valueAt(valsx.index(maxX)+first,0)\n prelastGoodX= one.valueAt(valsx.index(maxX)+first-1,0)\n offsetX= maxX+abs(minX)+(abs(lastGoodX)- abs(prelastGoodX))*2\n for i in range(valsx.index(minX)+first,last+1): one.setValueAt(one.valueAt(i)[0]+offsetX,i,0)\n\n if valsy.index(maxY)+first > ref:\n if curveYDown == 1:\n lastGoodY= one.valueAt(valsy.index(minY)+first,1)\n prelastGoodY= one.valueAt(valsy.index(minY)+first-1,1)\n offsetY = abs(lastGoodY)+maxY+(abs(lastGoodY) - abs(prelastGoodY))*2\n for i in range(valsy.index(maxY)+first,last+1): one.setValueAt(one.valueAt(i)[1]-offsetY,i,1)\n if curveYUp == 1:\n lastGoodY = one.valueAt(valsy.index(maxY)+first,1)\n prelastGoodY= one.valueAt(valsy.index(maxY)+first-1,1)\n offsetY= maxY+abs(minY)+(abs(lastGoodY) - abs(prelastGoodY))*2\n for i in range(valsy.index(minY)+first,last+1): one.setValueAt(one.valueAt(i)[1]+offsetY,i,1)\n\ndef delete_tab():\n if nuke.ask(\"This will delete currect Tab and all nodes inside of it\\nAre you very sure you want to do so?\\n\"):\n node = nuke.thisGroup()\n tab_knob_name = nuke.thisKnob().name().replace('Delete','')\n to_remove = []\n\n for n in range(node.numKnobs()):\n cur_knob = node.knob(n)\n if tab_knob_name in cur_knob.name():\n to_remove.append(cur_knob)\n\n for element in to_remove:\n if isinstance(element, nuke.Tab_Knob):\n to_remove.remove(element)\n to_remove.append(element)\n\n for k in to_remove:\n node.removeKnob(k)\n\n if 'card_to_track' in node.knobs():\n node['card_to_track'].setFlag(1)\n\n# -------------------------------------------------------------------------------------\n# MAIN FUNCTIONS\n# -------------------------------------------------------------------------------------\n\ndef set_ref_frame():\n C2Tgroup = nuke.thisGroup()\n C2Tgroup['Zfind'].setValue(0)\n\n if NUKE_16_PLUS:\n with C2Tgroup:\n nuke.toNode(\"ScanlineRender1\")['disable'].setValue(0)\n nuke.toNode(\"StabFrameHold\")['first_frame'].setValue(C2Tgroup['refFrame'].value())\n if C2Tgroup['S'].value() == 1:\n C2Tgroup['Stabilize'].execute()\n\n if not C2Tgroup.input(1): nuke.message('Could you please connect some Camera if you do not mind.')\n if not C2Tgroup.input(0): nuke.message('No connectd BG footage, will use the project resolution instead')\n\n nuke.toNode(\"NoOp1\")['pick'].execute()\n C2Tgroup['refFrame'].setValue(nuke.frame())\n nuke.toNode(\"Switch\")['which'].setValue(0)\n\n r=nuke.toNode(\"Perspective\")\n r.setSelected(False); r.hideControlPanel()\n r['rotate'].setValue(0); r['translate'].setValue(0); r['scaling'].setValue(1)\n r['uniform_scale'].setValue(C2Tgroup['scene'].value())\n else:\n C2Tgroup.begin()\n try:\n nuke.toNode(\"ScanlineRender1\")['disable'].setValue(0)\n nuke.toNode(\"StabFrameHold\")['first_frame'].setValue(C2Tgroup['refFrame'].value())\n if C2Tgroup['S'].value() == 1:\n C2Tgroup['Stabilize'].execute()\n\n if not C2Tgroup.input(1): nuke.message('Could you please connect some Camera if you do not mind.')\n if not C2Tgroup.input(0): nuke.message('No connectd BG footage, will use the project resolution instead')\n\n nuke.toNode(\"NoOp1\")['pick'].execute()\n C2Tgroup['refFrame'].setValue(nuke.frame())\n nuke.toNode(\"Switch\")['which'].setValue(0)\n\n r=nuke.toNode(\"Perspective\")\n r.setSelected(False); r.hideControlPanel()\n r['rotate'].setValue(0); r['translate'].setValue(0); r['scaling'].setValue(1)\n r['uniform_scale'].setValue(C2Tgroup['scene'].value())\n finally:\n C2Tgroup.end()\n\n if C2Tgroup['extraHelper'].value() in [0]:\n C2Tgroup['findZ'].clearFlag(1)\n for one in ['happyGroup','goGroup','goGroup']: C2Tgroup[one].setFlag(1)\n if C2Tgroup['extraHelper'].value() in [1,2,3,4]:\n C2Tgroup['Adjust'].execute()\n\ndef stabilize():\n '''\n add stabilization to card in order to find its position in 3d space in easier way\n '''\n node = nuke.thisGroup() \n t = node['S']\n \n with node:\n if t.value() == 0:\n nuke.thisKnob().setLabel('Stabilized')\n t.setValue(1)\n nuke.toNode(\"StabFrameHold\")['disable'].setValue(0)\n nuke.toNode(\"StabFrameHold\")['first_frame'].setValue(node['refFrame'].value())\n nuke.toNode(\"StabRef\")['first_frame'].setValue(node['refFrame'].value())\n nuke.toNode(\"StabSwitch\")['disable'].setValue(0)\n else:\n nuke.thisKnob().setLabel('Stabilize')\n t.setValue(0)\n node['HighPass'].setValue(0)\n node['HighPass_1'].setValue(0)\n nuke.toNode(\"StabFrameHold\")['disable'].setValue(1)\n nuke.toNode(\"StabSwitch\")['disable'].setValue(1)\n\ndef happy():\n ''' \n bake position we did find in previous step in temporary Axis, this axis will be later used\n to get corner pin from 3d position.\n '''\n C2Tgroup=nuke.thisNode()\n \n with C2Tgroup:\n nuke.toNode(\"Switch\")['which'].setValue(1)\n axisNode = nuke.toNode('Z_finder')\n perspective_axis = nuke.toNode('Perspective')\n refFrame = C2Tgroup['refFrame'].value()\n matrixVal = axisNode['world_matrix'].valueAt(refFrame)\n\n perspective_axis['translate'].setValue([matrixVal[3],matrixVal[7],matrixVal[11]])\n perspective_axis.setSelected(True)\n r=nuke.toNode(\"look_at_Axis\")\n r.setSelected(False)\n r.hideControlPanel() \n\n if C2Tgroup['S'].value() == 1:\n C2Tgroup['Stabilize'].execute()\n C2Tgroup['HighPass'].setValue(0)\n if C2Tgroup['extraHelper'].value() in [0,2,3,4]:\n C2Tgroup['findZ'].setFlag(1)\n C2Tgroup['happyGroup'].clearFlag(1)\n C2Tgroup['goGroup'].clearFlag(1)\n C2Tgroup['setGroup'].setFlag(1)\n\ndef show_grid_axis():\n C2Tgroup=nuke.thisNode()\n with C2Tgroup:\n perspective_axis = nuke.toNode('Perspective')\n perspective_axis.setSelected(True) \n nuke.show(perspective_axis)\n\ndef go():\n C2Tgroup=nuke.thisNode()\n modes = ['MatchMove','3D Locator(card or axis)','Geometry',\"WorldPosition\",\"Deep\"]\n mode = modes[int(C2Tgroup['extraHelper'].value())]\n \n if mode == '3D Locator(card or axis)':\n if C2Tgroup.input(2):\n axisNode = C2Tgroup.input(2)\n try:\n if 'world_matrix' not in axisNode.knobs() and 'matrix' not in axisNode.knobs(): raise Exception\n except:\n nuke.message(\"Supported nodes are an Axis,Card or any Other 3D node with world_matrix\")\n return\n else:\n nuke.message(\"It looks like you did not connect an Axis or a Card to the Extra input.\")\n return\n\n if C2Tgroup['S'].value() == 1:\n C2Tgroup['Stabilize'].execute()\n C2Tgroup['HighPass'].setValue(0)\n for one in ['happyGroup','C2T','scene_settings','cameraExchange','goGroup','findZ']:\n C2Tgroup[one].setFlag(1)\n \n # THIS WAS THE MISSING FUNCTION CALL IN THE PREVIOUS VERSION\n first_frame_v, last_frame_v = check_first_last_frame(C2Tgroup)\n \n x=int(C2Tgroup['xpos'].value())\n y=int(C2Tgroup['ypos'].value())\n\n with C2Tgroup:\n nuke.toNode(\"Perspective\").setSelected(False)\n\n with nuke.Root():\n def C2T(dialog):\n ref = int(nuke.frame())\n first = first_frame_v\n last = last_frame_v\n bg = C2Tgroup.input(0)\n recalculate = False\n\n if dialog == True:\n panel = nuke.Panel(\"C2T\")\n panel.addSingleLineInput(\"label:\", \"\")\n panel.addSingleLineInput(\"firstFrame:\", str(first))\n panel.addSingleLineInput(\"lastFrame:\", str(last))\n panel.addSingleLineInput(\"ref frame:\", str(ref))\n if panel.show():\n first = int(panel.value(\"firstFrame:\"))\n last = int(panel.value(\"lastFrame:\"))\n ref = int(panel.value(\"ref frame:\"))\n if ref>last or refDelete Tab\")\n\n flags = [card, corner, roto, transform]\n for one in flags: one.clearFlag(nuke.STARTLINE)\n card.setFlag(nuke.STARTLINE)\n\n knobs = [tab_knob, refFrame, firstFrame, lastFrame, card, corner, roto, transform, baked,\n bGCard, translate, rotate, scale, uniform_scale, eGCard, \n bGCorner, to1, to2, to3, to4, eGCorner,\n bGTransform, translateT, centerT, eGTransform , \n bGMatrix, matrix, eGMatrix, delete]\n\n for one in knobs: C2Tgroup.addKnob(one)\n\n # Set Values & Scripts\n C2Tgroup['ReferenceFrame_X_'+label].setValue(ref)\n C2Tgroup['FirstFrame_X_'+label].setValue(int(first))\n C2Tgroup['LastFrame_X_'+label].setValue(int(last))\n C2Tgroup['Card_X_'+label].setValue('import NST_cardToTrack_v9; NST_cardToTrack_v9.card_code()')\n C2Tgroup['CornerPin_X_'+label].setValue('import NST_cardToTrack_v9; NST_cardToTrack_v9.corner_code()')\n C2Tgroup['Roto_X_'+label].setValue('import NST_cardToTrack_v9; NST_cardToTrack_v9.roto_code()')\n C2Tgroup['Transform_X_'+label].setValue('import NST_cardToTrack_v9; NST_cardToTrack_v9.transform_code()')\n C2Tgroup['Delete_X_'+label].setValue('import NST_cardToTrack_v9; NST_cardToTrack_v9.delete_tab()')\n\n # Calculation Call\n import time as time_module\n start_time = time_module.time()\n print(f\"\\n[CardToTrack] Starting calculation for '{label}'...\")\n \n # This calls the function that includes the UNDO FIX and STRING INJECTION\n calculate_corner_pin(C2Tgroup, label, recalculate)\n \n calc_time = time_module.time() - start_time\n print(f\"[CardToTrack] Calculation completed in {calc_time:.3f} seconds\")\n\n # Clean up Internal Connections\n with C2Tgroup:\n am = nuke.toNode('aM')\n am['translate'].setExpression('parent.Perspective.translate')\n am['rotate'].setExpression('parent.Perspective.rotate')\n # Revert internal helpers to default expressions\n scale_x_expr = '-0.5*Perspective.uniform_scale*Perspective.scaling.x'\n scale_y_expr = 'input0.pixel_aspect*-0.5*Perspective.uniform_scale*Perspective.scaling.y'\n nuke.toNode('a1')['translate'].setExpression(scale_x_expr,0)\n \n toes = [C2Tgroup['to1_X_'+label], C2Tgroup['to2_X_'+label], C2Tgroup['to3_X_'+label], C2Tgroup['to4_X_'+label]]\n cardknobs = [C2Tgroup['Translate_X_'+label], C2Tgroup['Rotate_X_'+label], C2Tgroup['Scale_X_'+label], C2Tgroup['Uniform_scale_X_'+label]]\n kill_animation(toes + cardknobs)\n\n issues = []\n for one in toes:\n issues.append(check_curve(one,first,last,ref))\n\n if True in issues:\n if nuke.ask(\"Perspective problem detected! Fix it?\"):\n for i, issue in enumerate(issues):\n if issue: fix_curves(toes[i],first,last,ref)\n \n if '_X_'+label in C2Tgroup.knobs(): C2Tgroup['_X_'+label].setFlag(0)\n\n C2T(True)\n\ndef recalculate_camera():\n C2Tgroup=nuke.thisNode()\n cardTabs = [k.rpartition('_X_')[2] for k in C2Tgroup.knobs() if k.startswith('_X_')]\n iterations = len(cardTabs)\n \n if iterations > 1: progress_bar = nuke.ProgressTask(\"Processing Tabs\")\n\n for i, label in enumerate(cardTabs):\n if iterations > 1 and progress_bar.isCancelled(): break\n \n calculate_corner_pin(C2Tgroup, label, True)\n \n if C2Tgroup['TranslateT_X_'+label].isAnimated():\n calculate_translate(C2Tgroup, label)\n \n if C2Tgroup['matrix_X_'+label].isAnimated():\n calculate_matrix(C2Tgroup, label)\n \n with C2Tgroup:\n nuke.toNode('aM')['translate'].setExpression('parent.Perspective.translate')\n nuke.toNode('aM')['rotate'].setExpression('parent.Perspective.rotate')\n\n if iterations > 1:\n progress_bar.setProgress(int(100*(i / float(iterations))))\n progress_bar.setMessage(\"Processing Tab: \"+label)\n \n if iterations > 1: del progress_bar\n\ndef select_associated_nodes():\n '''\n Select all nodes created by this Group.\n '''\n C2Tgroup = nuke.thisGroup()\n group_name = C2Tgroup.name()\n cardTabs = []\n\n for label in C2Tgroup.knobs():\n if label.startswith('_X_'):\n cardTabs.append(label.rpartition('_X_')[2])\n\n with nuke.Root():\n nan = nuke.allNodes()\n\n for node in nan:\n node.setSelected(False)\n\n for node in nan:\n if 'card_to_track' in node.knobs() and \"CardToTrack\" not in node.name():\n if group_name+\":\" in node['card_to_track'].value():\n node.setSelected(True)\n\ndef update_baked():\n '''\n Recalculate selected nodes to match updated camera.\n '''\n C2Tgroup = nuke.thisGroup()\n group_name = C2Tgroup.name()\n cardTabs = []\n\n for label in C2Tgroup.knobs():\n if label.startswith('_X_'):\n cardTabs.append(label.rpartition('_X_')[2])\n\n with nuke.Root():\n c2t_nodes = nuke.selectedNodes()\n for node in c2t_nodes:\n identificator = node['card_to_track'].value()\n label = identificator.rpartition(\": \")[2]\n nodetype = identificator.split(':')[1]\n\n if '_X_'+label not in C2Tgroup.knobs():\n nuke.message('looks like '+node.name() +\" is not a part of the \" +C2Tgroup.name()+\" anymore.\\nCould be you erased the tab with it?\\nPlease deselect this node and run Update Selected Nodes again.\")\n return\n if nodetype == 'card':\n if C2Tgroup['Translate_X_'+label].isAnimated():\n node['translate'].copyAnimations(C2Tgroup['Translate_X_'+label].animations())\n else:\n node['translate'].setValue(C2Tgroup['Translate_X_'+label].value())\n\n if C2Tgroup['Rotate_X_'+label].isAnimated():\n node['rotate'].copyAnimations(C2Tgroup['Rotate_X_'+label].animations())\n else:\n node['rotate'].setValue(C2Tgroup['Rotate_X_'+label].value())\n\n if C2Tgroup['Scale_X_'+label].isAnimated():\n node['scaling'].copyAnimations(C2Tgroup['Scale_X_'+label].animations())\n else:\n node['scaling'].setValue(C2Tgroup['Scale_X_'+label].value())\n\n if C2Tgroup['Uniform_scale_X_'+label].isAnimated():\n node['uniform_scale'].copyAnimations(C2Tgroup['Uniform_scale_X_'+label].animations())\n else:\n node['uniform_scale'].setValue(C2Tgroup['Uniform_scale_X_'+label].value())\n\n elif nodetype == 'cornerpin':\n node['to1'].copyAnimations(C2Tgroup['to1_X_'+label].animations())\n node['to2'].copyAnimations(C2Tgroup['to2_X_'+label].animations())\n node['to3'].copyAnimations(C2Tgroup['to3_X_'+label].animations())\n node['to4'].copyAnimations(C2Tgroup['to4_X_'+label].animations())\n\n elif nodetype == 'transform':\n if C2Tgroup['TranslateT_X_'+label].isAnimated():\n node['translate'].copyAnimations(C2Tgroup['TranslateT_X_'+label].animations())\n else:\n node['translate'].setValue(C2Tgroup['TranslateT_X_'+label].value())\n node['center'].setValue(C2Tgroup['centerT_X_'+label].value())\n\n elif nodetype == 'roto':\n nuke.show(node)\n node['transform_matrix'].copyAnimations(C2Tgroup['matrix_X_'+label].animations())\n node['curves'].changed()\n\n# -------------------------------------------------------------------------------------\n# CORE CALCULATION FUNCTIONS (WITH FIXES)\n# -------------------------------------------------------------------------------------\n\ndef calculate_corner_pin(C2Tgroup,label,recalculate):\n import time as time_module\n start_time = time_module.time()\n \n modes = ['MatchMove','3D Locator(card or axis)','Geometry',\"WorldPosition\",\"Deep\"]\n mode = modes[int(C2Tgroup['extraHelper'].value())]\n\n first = int(C2Tgroup['FirstFrame_X_'+label].value())\n last = int(C2Tgroup['LastFrame_X_'+label].value())\n frame_count = last - first + 1\n print(f\" [calculate_corner_pin] Processing {frame_count} frames ({first}-{last}), mode: {mode}\")\n \n translate = C2Tgroup['Translate_X_'+label]\n rotate = C2Tgroup['Rotate_X_'+label]\n scale = C2Tgroup['Scale_X_'+label]\n uniform_scale = C2Tgroup['Uniform_scale_X_'+label]\n toes = [C2Tgroup['to1_X_'+label], C2Tgroup['to2_X_'+label], C2Tgroup['to3_X_'+label], C2Tgroup['to4_X_'+label]]\n cardknobs = [translate, rotate, scale, uniform_scale]\n\n task = nuke.ProgressTask(\"Calculating Corner Pin Data\")\n progress_step = 30\n \n # --- UNDO DISABLE (CRITICAL FOR SPEED) ---\n _undo_disable()\n\n try:\n if recalculate:\n recalc_start = time_module.time()\n with C2Tgroup:\n am = nuke.toNode('aM')\n am['translate'].setExpression('parent.'+'Translate_X_'+label)\n am['rotate'].setExpression('parent.'+'Rotate_X_'+label)\n expr_x = '0.5*parent.Scale_X_'+label+'.x*parent.Uniform_scale_X_'+label\n expr_y = 'input0.pixel_aspect*0.5*parent.Scale_X_'+label+'.y*parent.Uniform_scale_X_'+label\n nuke.toNode('a1')['translate'].setExpression('-'+expr_x, 0); nuke.toNode('a1')['translate'].setExpression('-'+expr_y, 1)\n nuke.toNode('a2')['translate'].setExpression(expr_x, 0); nuke.toNode('a2')['translate'].setExpression('-'+expr_y, 1)\n nuke.toNode('a3')['translate'].setExpression(expr_x, 0); nuke.toNode('a3')['translate'].setExpression(expr_y, 1)\n nuke.toNode('a4')['translate'].setExpression('-'+expr_x, 0); nuke.toNode('a4')['translate'].setExpression(expr_y, 1)\n print(f\" [calculate_corner_pin] Recalculate expressions set in {time_module.time() - recalc_start:.3f}s\")\n else:\n if mode == '3D Locator(card or axis)':\n matrix_start = time_module.time()\n axisNode = C2Tgroup.input(2)\n axis_matrix = axisNode['world_matrix'] if 'world_matrix' in axisNode.knobs() else axisNode['matrix']\n math_matrix = nuke.math.Matrix4()\n \n for k in cardknobs: k.setExpression('curve')\n \n frames = range(int(first), int(last+1))\n scale_data, rotate_data, translate_data = [[],[],[]], [[],[],[]], [[],[],[]]\n\n for idx, i in enumerate(frames):\n if task.isCancelled(): break\n if idx % progress_step == 0:\n task.setMessage(f\"Reading 3D Data frame {i}\")\n task.setProgress(int((idx / len(frames)) * 30))\n \n k_vals = axis_matrix.getValueAt(i)\n for y in range(4):\n for x in range(4): math_matrix[x+(y*4)] = k_vals[y + 4*x]\n \n transM = nuke.math.Matrix4(math_matrix); transM.translationOnly()\n rotM = nuke.math.Matrix4(math_matrix); rotM.rotationOnly()\n scaleM = nuke.math.Matrix4(math_matrix); scaleM.scaleOnly()\n \n s = (scaleM.xAxis().x, scaleM.yAxis().y, scaleM.zAxis().z)\n r = rotM.rotationsZXY()\n t = (transM[12], transM[13], transM[14])\n \n for ch in range(3):\n scale_data[ch].append((i, s[ch]))\n rotate_data[ch].append((i, math.degrees(r[ch])))\n translate_data[ch].append((i, t[ch]))\n\n print(f\" [calculate_corner_pin] Matrix decomposition completed in {time_module.time() - matrix_start:.3f}s\")\n \n # --- BATCH INJECT STRINGS (FIXES SLOWDOWN) ---\n inject_start = time_module.time()\n set_anim_curve_from_data(scale, scale_data)\n set_anim_curve_from_data(rotate, rotate_data)\n set_anim_curve_from_data(translate, translate_data)\n uniform_scale.setValue(1)\n print(f\" [calculate_corner_pin] Animation injection completed in {time_module.time() - inject_start:.3f}s\")\n\n with C2Tgroup:\n am = nuke.toNode('aM')\n am['translate'].setExpression('parent.'+'Translate_X_'+label)\n am['rotate'].setExpression('parent.'+'Rotate_X_'+label)\n expr_x = '0.5*parent.Scale_X_'+label+'.x'; expr_y = 'input0.pixel_aspect*0.5*parent.Scale_X_'+label+'.y'\n nuke.toNode('a1')['translate'].setExpression('-'+expr_x, 0); nuke.toNode('a1')['translate'].setExpression('-'+expr_y, 1)\n nuke.toNode('a2')['translate'].setExpression(expr_x, 0); nuke.toNode('a2')['translate'].setExpression('-'+expr_y, 1)\n nuke.toNode('a3')['translate'].setExpression(expr_x, 0); nuke.toNode('a3')['translate'].setExpression(expr_y, 1)\n nuke.toNode('a4')['translate'].setExpression('-'+expr_x, 0); nuke.toNode('a4')['translate'].setExpression(expr_y, 1)\n else:\n translate.setExpression('Perspective.translate.x',0); translate.setExpression('Perspective.translate.y',1); translate.setExpression('Perspective.translate.z',2)\n rotate.setExpression('Perspective.rotate.x',0); rotate.setExpression('Perspective.rotate.y',1); rotate.setExpression('Perspective.rotate.z',2)\n scale.setExpression('Perspective.scaling.x',0); scale.setExpression('Perspective.scaling.y',1); scale.setExpression('Perspective.scaling.z',2)\n uniform_scale.setExpression('Perspective.uniform_scale')\n\n # Internal Expressions for CornerPin\n for one in toes:\n idx = \"a\" + str(toes.index(one) + 1)\n ratio = \"input0.width*DummyCam.focal/DummyCam.haperture\"\n one.setExpression(f\"({idx}.world_matrix.3/-{idx}.world_matrix.11) * {ratio}+input0.width/2 - DummyCam.win_translate.u*input0.width/2\", 0)\n one.setExpression(f\"({idx}.world_matrix.7/-{idx}.world_matrix.11)*input0.pixel_aspect*{ratio}+input0.height/2-DummyCam.win_translate.v*input0.width/2\", 1)\n\n # Bake Focal Length (Fast enough with standard loop)\n with C2Tgroup:\n focal_knob = nuke.toNode(\"DummyCam\")['focal']\n if focal_knob.isAnimated() and not focal_knob.animation(0).constant():\n f_anim = focal_knob.animation(0)\n f_data = [(f, f_anim.evaluate(f)) for f in range(first, last+1)]\n for f, v in f_data: f_anim.setKey(f, v)\n focal_knob.setExpression('curve')\n\n # --- BATCH BAKE CORNER PINS AND CARD KNOBS ---\n # Must bake both toes (corner pins) and cardknobs (translate, rotate, scale)\n bake_start = time_module.time()\n knobs_to_bake = toes + cardknobs\n for k_idx, knob in enumerate(knobs_to_bake):\n if task.isCancelled(): break\n task.setMessage(f\"Baking {knob.name()}\")\n task.setProgress(40 + int((k_idx/len(knobs_to_bake))*50))\n\n if knob.isAnimated():\n aSize = 1 if knob.singleValue() else knob.arraySize()\n k_data = [[] for _ in range(aSize)]\n \n for f in range(first, last+1):\n for ch in range(aSize):\n anim = knob.animation(ch)\n if anim and not anim.noExpression():\n k_data[ch].append((f, anim.evaluate(f)))\n \n # Only apply if we have data\n if any(k_data):\n # Filter out empty channels\n non_empty_data = [ch_data for ch_data in k_data if ch_data]\n if non_empty_data:\n set_anim_curve_from_data(knob, k_data)\n\n print(f\" [calculate_corner_pin] Baking knobs completed in {time_module.time() - bake_start:.3f}s\")\n\n with C2Tgroup:\n focal_knob.setExpression(\"[expression [value the_cam]focal([value the_frame])]\")\n\n except Exception as e:\n print(f\"Error in calculate_corner_pin: {e}\")\n finally:\n _undo_enable()\n del task\n total_time = time_module.time() - start_time\n print(f\" [calculate_corner_pin] Total time: {total_time:.3f}s\")\n\ndef calculate_translate(C2Tgroup,label):\n import time as time_module\n start_time = time_module.time()\n \n bg = C2Tgroup.input(0)\n first = int(C2Tgroup['FirstFrame_X_'+label].value())\n last = int(C2Tgroup['LastFrame_X_'+label].value())\n frame_count = last - first + 1\n print(f\" [calculate_translate] Processing {frame_count} frames ({first}-{last})\")\n \n to1,to2,to3,to4 = C2Tgroup['to1_X_'+label], C2Tgroup['to2_X_'+label], C2Tgroup['to3_X_'+label], C2Tgroup['to4_X_'+label]\n \n task = nuke.ProgressTask(\"Calculating Translate\")\n progress_step = 30 \n _undo_disable()\n \n try:\n translateT_knob = C2Tgroup['TranslateT_X_'+label]\n bg_width_half = bg.width() / 2\n bg_height_half = bg.height() / 2\n \n data_x, data_y = [], []\n frames = range(first, last+1)\n \n read_start = time_module.time()\n for idx, f in enumerate(frames):\n if task.isCancelled(): break\n if idx % progress_step == 0:\n task.setMessage(f\"Processing frame {f}\")\n task.setProgress(int((idx / len(frames)) * 100))\n \n t1 = to1.getValueAt(f); t2 = to2.getValueAt(f); t3 = to3.getValueAt(f); t4 = to4.getValueAt(f)\n avg_x = (t1[0]+t2[0]+t3[0]+t4[0])/4 - bg_width_half\n avg_y = (t1[1]+t2[1]+t3[1]+t4[1])/4 - bg_height_half\n data_x.append((f, avg_x)); data_y.append((f, avg_y))\n \n print(f\" [calculate_translate] Data collection completed in {time_module.time() - read_start:.3f}s\")\n \n set_anim_curve_from_data(translateT_knob, [data_x, data_y])\n C2Tgroup['centerT_X_'+label].setValue([bg.width()/2, bg.height()/2])\n \n finally:\n _undo_enable()\n del task\n total_time = time_module.time() - start_time\n print(f\" [calculate_translate] Total time: {total_time:.3f}s\")\n\ndef calculate_matrix(C2Tgroup,label):\n import time as time_module\n start_time = time_module.time()\n \n to1 = C2Tgroup['to1_X_'+label]; to2 = C2Tgroup['to2_X_'+label]\n to3 = C2Tgroup['to3_X_'+label]; to4 = C2Tgroup['to4_X_'+label]\n matrix = C2Tgroup['matrix_X_'+label]\n width = C2Tgroup.input(0).width()\n height = C2Tgroup.input(0).height()\n\n first = int(C2Tgroup['FirstFrame_X_'+label].value())\n last = int(C2Tgroup['LastFrame_X_'+label].value())\n frame_count = last - first + 1\n print(f\" [calculate_matrix] Processing {frame_count} frames ({first}-{last})\")\n \n task = nuke.ProgressTask(\"Calculating Matrix\")\n progress_step = 30 \n _undo_disable()\n \n try:\n matrix_data = [[] for _ in range(16)]\n projFrom = nuke.math.Matrix4()\n projFrom.mapUnitSquareToQuad(0, 0, width, 0, width, height, 0, height)\n projFromInv = projFrom.inverse()\n projTo = nuke.math.Matrix4()\n \n calc_start = time_module.time()\n frames = range(first, last+1)\n for idx, f in enumerate(frames):\n if task.isCancelled(): break\n if idx % progress_step == 0:\n task.setMessage(f\"Matrix frame {f}\")\n task.setProgress(int((idx / len(frames)) * 100))\n \n t1 = to1.getValueAt(f); t2 = to2.getValueAt(f); t3 = to3.getValueAt(f); t4 = to4.getValueAt(f)\n projTo.mapUnitSquareToQuad(t1[0], t1[1], t2[0], t2[1], t3[0], t3[1], t4[0], t4[1])\n resM = projTo * projFromInv\n resM.transpose()\n \n for i in range(16): matrix_data[i].append((f, resM[i]))\n \n print(f\" [calculate_matrix] Matrix computation completed in {time_module.time() - calc_start:.3f}s\")\n \n inject_start = time_module.time()\n set_anim_curve_from_data(matrix, matrix_data)\n print(f\" [calculate_matrix] Animation injection completed in {time_module.time() - inject_start:.3f}s\")\n\n finally:\n _undo_enable()\n del task\n total_time = time_module.time() - start_time\n print(f\" [calculate_matrix] Total time: {total_time:.3f}s\")\n\n# -------------------------------------------------------------------------------------\n# OBJECT CREATION\n# -------------------------------------------------------------------------------------\n\ndef card_code():\n _create_object_helper('Card')\ndef corner_code():\n _create_object_helper('CornerPin')\ndef transform_code():\n _create_object_helper('Transform')\ndef roto_code():\n _create_object_helper('Roto')\n\ndef _create_object_helper(type):\n if type == 'Card': _card_impl()\n elif type == 'CornerPin': _cp_impl()\n elif type == 'Transform': _tr_impl()\n elif type == 'Roto': _roto_impl()\n\ndef _card_impl():\n import time as time_module\n start_time = time_module.time()\n \n panel = nuke.Panel(\"Choose your 3D object\")\n panel.addEnumerationPulldown(\"objects:\", \"Card Axis Cube Sphere Cylinder Light TransformGeo Camera2\")\n if panel.show(): \n object_3d = panel.value(\"objects:\")\n if object_3d in ['Card','Camera']: object_3d += '2'\n C2Tgroup = nuke.thisNode()\n label = nuke.thisKnob().name().rpartition('_X_')[2]\n print(f\"\\n[CardToTrack] Creating 3D object '{object_3d}' for '{label}'...\")\n x = C2Tgroup['xpos'].value(); y = C2Tgroup['ypos'].value()\n with nuke.Root():\n x = offset_nodes(x,y)\n card = nuke.createNode(object_3d)\n card.setInput(0,None); card.setXYpos(int(x+110), int(y))\n card.setName(panel.value(\"objects:\")+\"_\"+label)\n knob = nuke.Text_Knob('card_to_track', ''); knob.setValue(C2Tgroup.name()+\":card: \"+label); card.addKnob(knob)\n if object_3d == 'Card2': card['image_aspect'].setValue(0)\n \n if C2Tgroup['Baked_X_'+label].value():\n for k, src in [('translate','Translate'),('rotate','Rotate'),('scaling','Scale'),('uniform_scale','Uniform_scale')]:\n if C2Tgroup[src+'_X_'+label].isAnimated(): card[k].copyAnimations(C2Tgroup[src+'_X_'+label].animations())\n else: card[k].setValue(C2Tgroup[src+'_X_'+label].value())\n else:\n card['translate'].setExpression(\"parent.\"+C2Tgroup.name()+'.Translate_X_'+label)\n card['rotate'].setExpression(\"parent.\"+C2Tgroup.name()+'.Rotate_X_'+label)\n card['scaling'].setExpression(\"parent.\"+C2Tgroup.name()+'.Scale_X_'+label)\n card['uniform_scale'].setExpression(\"parent.\"+C2Tgroup.name()+'.Uniform_scale_X_'+label) \n card.showControlPanel()\n \n elapsed = time_module.time() - start_time\n print(f\"[CardToTrack] 3D object creation completed in {elapsed:.3f} seconds\")\n\ndef _cp_impl():\n import time as time_module\n start_time = time_module.time()\n \n C2Tgroup = nuke.thisNode()\n label = nuke.thisKnob().name().rpartition('_X_')[2]\n print(f\"\\n[CardToTrack] Creating CornerPin for '{label}'...\")\n ref = int(C2Tgroup['ReferenceFrame_X_'+label].value())\n x = C2Tgroup['xpos'].value(); y = C2Tgroup['ypos'].value()\n with nuke.Root():\n x = offset_nodes(x,y)\n try:\n cp = nuke.nodes.NST_CProject2(xpos = x+110, ypos = y)\n cp.setName(\"CP_\"+label); cp['refFrame'].setValue(ref); cp['label'].setValue(\"Matchmove\\n\"+str(ref))\n cp['card_to_track'].setValue(C2Tgroup.name()+\":cornerpin: \"+label)\n except:\n cp = nuke.nodes.CornerPin2D(label=label, xpos=x+110, ypos=y)\n \n if C2Tgroup['Baked_X_'+label].value():\n for i in range(1,5):\n cp[f'to{i}'].copyAnimations(C2Tgroup[f'to{i}_X_'+label].animations())\n cp[f'from{i}'].setValue(C2Tgroup[f'to{i}_X_'+label].getValueAt(float(ref)))\n else:\n for i in range(1,5):\n cp[f'to{i}'].setExpression(f\"parent.parent.{C2Tgroup.name()}.to{i}_X_{label}\")\n cp[f'from{i}'].setValue(C2Tgroup[f'to{i}_X_'+label].getValueAt(ref))\n cp.showControlPanel()\n \n elapsed = time_module.time() - start_time\n print(f\"[CardToTrack] CornerPin creation completed in {elapsed:.3f} seconds\")\n\ndef _tr_impl():\n import time as time_module\n start_time = time_module.time()\n \n C2Tgroup = nuke.thisNode()\n label = nuke.thisKnob().name().rpartition('_X_')[2]\n print(f\"\\n[CardToTrack] Creating Transform for '{label}'...\")\n \n calc_start = time_module.time()\n calculate_translate(C2Tgroup, label)\n print(f\" [_tr_impl] calculate_translate took {time_module.time() - calc_start:.3f}s\")\n \n ref = str(int(C2Tgroup['ReferenceFrame_X_'+label].value()))\n x = C2Tgroup['xpos'].value(); y = C2Tgroup['ypos'].value()\n with nuke.Root():\n x = offset_nodes(x,y)\n try:\n tr = nuke.nodes.NST_TProject2(xpos=x+110, ypos=y)\n tr.setName(\"TP_\"+label); tr['label'].setValue(\"Matchmove\\n\"+ref)\n tr['card_to_track'].setValue(C2Tgroup.name()+\":transform: \"+label)\n except:\n tr = nuke.nodes.Transform(label=label, xpos=x+110, ypos=y)\n \n if C2Tgroup['Baked_X_'+label].value():\n tr['translate'].copyAnimations(C2Tgroup['TranslateT_X_'+label].animations())\n tr['center'].setValue(C2Tgroup['centerT_X_'+label].value())\n else:\n tr['translate'].setExpression(f\"parent.parent.{C2Tgroup.name()}.TranslateT_X_{label}\")\n tr['center'].setExpression(f\"parent.parent.{C2Tgroup.name()}.centerT_X_{label}\")\n tr.showControlPanel()\n if 'setCurrentAsRefFrame' in tr.knobs(): tr['setCurrentAsRefFrame'].execute()\n \n elapsed = time_module.time() - start_time\n print(f\"[CardToTrack] Transform creation completed in {elapsed:.3f} seconds\")\n\ndef _roto_impl():\n import time as time_module\n start_time = time_module.time()\n \n message = '''Looks like Nuke does not support linking of the transformation matrix in roto nodes - please bake instead.\n\n Since we are able to recalculate nodes if camera is updated - i will generally recommend to bake and not to link nodes while using CardToTrack.'''\n \n C2Tgroup = nuke.thisNode()\n label = nuke.thisKnob().name().rpartition('_X_')[2]\n ask = C2Tgroup['Baked_X_'+label].value()\n \n if ask:\n print(f\"\\n[CardToTrack] Creating Roto for '{label}'...\")\n \n ref = C2Tgroup['ReferenceFrame_X_'+label].value()\n x = C2Tgroup['xpos'].value()\n y = C2Tgroup['ypos'].value()\n first = C2Tgroup['FirstFrame_X_'+label].value()\n last = C2Tgroup['LastFrame_X_'+label].value()\n \n to1 = C2Tgroup['to1_X_'+label]\n to2 = C2Tgroup['to2_X_'+label]\n to3 = C2Tgroup['to3_X_'+label]\n to4 = C2Tgroup['to4_X_'+label]\n matrix = C2Tgroup['matrix_X_'+label]\n \n # CRITICAL: Must set animated before calculating matrix\n matrix.setAnimated()\n \n calc_start = time_module.time()\n calculate_matrix(C2Tgroup, label)\n print(f\" [_roto_impl] calculate_matrix took {time_module.time() - calc_start:.3f}s\")\n \n # Create roto node and copy animation from matrix to roto root matrix\n with nuke.Root():\n panel = nuke.Panel(\"Roto or RotoPaint\")\n panel.addEnumerationPulldown(\"Roto Type:\", \"Roto RotoPaint\")\n if panel.show():\n rototype = panel.value(\"Roto Type:\")\n x = offset_nodes(x, y)\n if rototype == \"Roto\":\n roto = nuke.nodes.Roto(xpos=x+110, ypos=y)\n else:\n roto = nuke.nodes.RotoPaint(xpos=x+110, ypos=y)\n roto.setName(roto['name'].value().replace('Roto', 'R')+\"_\"+label)\n roto['cliptype'].setValue(\"no clip\")\n nuke.show(roto)\n knob = nuke.Text_Knob('card_to_track', '')\n knob.setValue(C2Tgroup.name()+\":roto: \"+label)\n roto.addKnob(knob)\n \n # Copy matrix animation to roto\n roto['transform_matrix'].copyAnimations(C2Tgroup['matrix_X_'+label].animations())\n roto['curves'].changed()\n \n # Apply format to the roto node\n group_format = C2Tgroup.format()\n name = group_format.name()\n if name:\n roto['format'].setValue(name)\n else:\n width = str(group_format.width())\n height = str(group_format.height())\n aspect = str(group_format.pixelAspect())\n name = \"temp_\"+width+\"x\"+height\n new_format = width+\" \"+height+\" \"+aspect+\" \"+name\n nuke.addFormat(new_format)\n roto['format'].setValue(name)\n \n elapsed = time_module.time() - start_time\n print(f\"[CardToTrack] Roto creation completed in {elapsed:.3f} seconds\")\n else:\n nuke.message(message)\n\ndef object_only():\n C2Tgroup=nuke.thisGroup()\n t = C2Tgroup['translate'].value(); r = C2Tgroup['rotate'].value()\n s = C2Tgroup['scaling'].value(); u = C2Tgroup['uniform_scale'].value()\n panel = nuke.Panel(\"object\")\n panel.addSingleLineInput(\"Object Name:\",\"\")\n panel.addEnumerationPulldown(\"objects:\", \"Card Axis Cube Sphere Cylinder Light TransformGeo Camera\")\n if panel.show(): \n ob = panel.value(\"objects:\"); name = panel.value(\"Object Name:\")\n obj = nuke.createNode(ob); x = C2Tgroup['xpos'].value(); y = C2Tgroup['ypos'].value()\n obj.setInput(0,None); obj['xpos'].setValue(int(x)); obj['ypos'].setValue(int(y+100))\n obj['translate'].setValue(t); obj['rotate'].setValue(r)\n obj['scaling'].setValue(s); obj['uniform_scale'].setValue(u)\n obj.setName(name)\n\n\n# -------------------------------------------------------------------------------------\n# CProject and TProject Functions\n# -------------------------------------------------------------------------------------\n\ndef set_ref_frame_cp(frame, node):\n '''\n Set reference frame for corner pin node (CProject/TProject)\n '''\n ntn = nuke.thisNode()\n if node == 'cornerpin':\n set_to_input_label_toggle(ntn, unset=True)\n for one in range(1, 5):\n ntn['from'+str(one)].setValue(ntn['to'+str(one)].valueAt(frame))\n elif node == 'translate':\n with ntn:\n pall = nuke.toNode(\"refPall\")\n papa = nuke.toNode(\"Transform1\")\n pall['disable'].setValue(False)\n knobs = [\"translate\", \"rotate\", \"scale\", \"center\"]\n for one in knobs:\n pall[one].setValue(papa[one].value())\n\n ntn['label'].setValue(ntn['mode_toggle'].label().rpartition(\">\")[2]+\"\\n\"+str(frame))\n ntn['refFrame'].setValue(frame)\n with ntn:\n nuke.toNode(\"FHold\")['first_frame'].setValue(frame)\n\n\nstored = []\ndef recurseUpSelect(node):\n '''\n Recursively select upstream nodes\n '''\n global stored\n if node != None and node not in stored:\n for i in range(node.inputs()):\n recurseUpSelect(node.input(i))\n stored.append(node.input(i))\n return stored\n\n\ndef toggle_matchmove_stabilise(node):\n '''\n Toggle matchmove vs stabilise in CProject or TProject\n '''\n ntn = nuke.thisNode()\n ntk = nuke.thisKnob()\n ref_frame = str(int(ntn['refFrame'].value()))\n lab = ntk.label()\n\n mm = \"

    Matchmove\"\n stab = \"

    Stabilize\"\n\n if lab == mm:\n ntk.setLabel(stab)\n ntn['invert'].setValue(True)\n ntn['tile_color'].setValue(1834205695)\n\n if node == 'translate':\n ntn['label'].setValue(\"Stabilize\\n\"+ref_frame)\n with ntn:\n nuke.toNode('refPall')['disable'].setValue(False)\n else:\n if ntn['set_to_input_1'].label() == \"

    Set To Input\":\n ntn['label'].setValue(\"Stabilize\\ninput\")\n else:\n ntn['label'].setValue(\"Stabilize\\n\"+ref_frame)\n\n elif lab == stab:\n ntk.setLabel(mm)\n ntn['invert'].setValue(False)\n ntn['tile_color'].setValue(2051246591)\n\n if node == 'translate':\n ntn['label'].setValue(\"Matchmove\\n\"+ref_frame)\n with ntn:\n nuke.toNode('refPall')['disable'].setValue(True)\n else:\n if ntn['set_to_input_1'].label() == \"

    Set To Input\":\n ntn['label'].setValue(\"Matchmove\\ninput\")\n else:\n ntn['label'].setValue(\"Matchmove\\n\"+ref_frame)\n\n if node != 'translate':\n # Auto toggle for second CProject to check input/output aspect checkboxes\n global stored\n stored = []\n upstreamNodes = recurseUpSelect(ntn.input(0))\n for one in upstreamNodes:\n if one:\n if 'card_to_track' in one.knobs():\n image_aspect = one['image_aspect'].value()\n image_aspect_out = one['image_aspect_out'].value()\n if image_aspect_out:\n ntn['image_aspect'].setValue(True)\n ntn['image_aspect_out'].setValue(False)\n break\n elif image_aspect:\n ntn['image_aspect_out'].setValue(True)\n ntn['image_aspect'].setValue(False)\n break\n else:\n ntn['image_aspect_out'].setValue(False)\n ntn['image_aspect'].setValue(False)\n break\n else:\n ntn['image_aspect_out'].setValue(False)\n ntn['image_aspect'].setValue(False)\n\n\ndef set_to_input_label_toggle(ntn, unset):\n '''\n Toggle the set-to-input label state\n '''\n ntk = ntn['set_to_input_1']\n lab = ntk.label()\n input_set = \"

    Set To Input\"\n ref_frame_set = \"Set To Input\"\n if unset:\n ntk.setLabel(ref_frame_set)\n return\n if lab == input_set:\n ntk.setLabel(ref_frame_set)\n else:\n ntk.setLabel(input_set)\n\n\ndef set_to_input_cp():\n '''\n Set 'From' values of the Corner pin to the input footage canvas.\n '''\n ntn = nuke.thisNode()\n set_to_input_label_toggle(ntn, unset=False)\n with ntn:\n nuke.toNode(\"CornerPin2D2\")[\"set_to_input\"].execute()\n ntn['label'].setValue(ntn['mode_toggle'].label().rpartition(\">\")[2]+\"\\ninput\")\n\n\ndef knob_changed_cp():\n '''\n Handle knob changes in CProject/TProject nodes\n '''\n nn = nuke.thisNode()\n k = nuke.thisKnob()\n kn = k.name()\n\n if kn == \"cropP\":\n if nn['cropP'].value() in [\"Hard Crop\"]:\n nn[\"growBbox\"].setVisible(False)\n nn[\"text\"].setValue(\"Image is cropped to Input, Concatenation preserved.\")\n\n elif nn['cropP'].value() in [\"Adjustable Crop\"]:\n nn[\"growBbox\"].setVisible(True)\n nn[\"text\"].setValue(\"Adjust your Bbox , Downward Concatenation is broken.\")\n\n elif nn['cropP'].value() in [\"No Crop\"]:\n nn[\"growBbox\"].setVisible(False)\n nn[\"text\"].setValue(\"No Crop applied, Concatenation preserved.\")\n" }, { "path": "NukeSurvivalToolkit/python/NST_helper.py", "content": "\n##############################################################################################\n\n# NST helper utilities:\n# - Fixes file paths on created nodes that contain the <<>> token.\n# - Handles Documentation menu behavior (Auto, Online, Offline, PDF).\n# - Applies docs fallback order: Online -> Offline -> PDF with clear user messages.\n\nimport functools\nimport http.server\nimport nuke\nimport nukescripts\nimport socketserver\nimport ssl\nimport threading\nimport urllib.error\nimport urllib.request\nimport webbrowser\nfrom pathlib import Path\n\n##############################################################################################\n\n\n# Use Path.as_posix() to ensure forward slashes on all platforms (fixes Windows path issues)\nNST_FolderPath = Path(__file__).parent.parent.as_posix()\n\n# Defining a function to replace filepaths on tools importing files on creation\n\ndef filepathCreateNode(gizmoName):\n if '.nk' in gizmoName:\n nukescripts.clear_selection_recursive()\n nuke.nodePaste(gizmoName)\n fileNodes = nuke.selectedNodes()\n else:\n newGizmo = nuke.createNode(gizmoName)\n fileNodes = newGizmo.nodes()\n for i in fileNodes:\n if i.Class() in (\"Read\", \"DeepRead\", \"ReadGeo\", \"ReadGeo2\", \"Camera2\", \"Axis2\"):\n filepath = i.knob(\"file\").getValue()\n if \"<<>>\" in filepath:\n newFilepath = filepath.replace(\"<<>>\", NST_FolderPath)\n i.knob(\"file\").setValue(newFilepath)\n\n##############################################################################################\n##############################################################################################\n### Documentation configuration\n# Values are configured in menu.py and assigned onto this module:\n# - NST_DOCS_ONLINE_URL\n# - NST_DOCS_ONLINE_TIMEOUT_SECONDS\n# - NST_DOCS_PDF_NAME\n# - NST_DOCS_OFFLINE_INDEX\n\n##############################################################################################\n##############################################################################################\n\n# Section to Handle Documentation Logic: Online -> Offline -> PDF\n\ndef _toolkit_root():\n return Path(NST_FolderPath)\n\n\ndef find_offline_index():\n # Offline wiki is installed in one canonical location.\n # Checking if it's available.\n doc_path = _toolkit_root() / NST_DOCS_OFFLINE_INDEX\n if doc_path.is_file():\n return doc_path\n return None\n\n\ndef find_pdf_doc():\n # PDF path is explicit; when docs release changes, update NST_DOCS_PDF_NAME.\n # Checking if it's available.\n pdf_path = _toolkit_root() / NST_DOCS_PDF_NAME\n if pdf_path.is_file():\n return pdf_path\n\n return None\n\n\n# Local HTTP server for offline MkDocs (Material search / workers do not work reliably on file://).\n_httpd = None\n_httpd_thread = None\n_served_root = None\n\n\nclass _ReusableThreadingTCPServer(socketserver.ThreadingTCPServer):\n allow_reuse_address = True\n\n\nclass _QuietStaticHTTPRequestHandler(http.server.SimpleHTTPRequestHandler):\n \"\"\"Same as SimpleHTTPRequestHandler but does not print one line per request to stderr.\"\"\"\n\n def log_message(self, format, *args):\n pass\n\n\ndef _shutdown_offline_http_server():\n \"\"\"Stop the background http.server if it was started.\"\"\"\n global _httpd, _httpd_thread, _served_root\n if _httpd is None:\n return\n httpd = _httpd\n thread = _httpd_thread\n _httpd = None\n _httpd_thread = None\n _served_root = None\n try:\n httpd.shutdown()\n except Exception:\n pass\n if thread is not None and thread.is_alive():\n thread.join(timeout=2.0)\n\n\ndef _ensure_local_http_server(root):\n \"\"\"Serve root on 127.0.0.1 with an ephemeral port; reuse if already serving same path.\"\"\"\n global _httpd, _httpd_thread, _served_root\n root = Path(root).resolve()\n if (\n _httpd is not None\n and _httpd_thread is not None\n and _httpd_thread.is_alive()\n and _served_root == root\n ):\n return _httpd.server_address[1]\n _shutdown_offline_http_server()\n handler = functools.partial(_QuietStaticHTTPRequestHandler, directory=str(root))\n _httpd_local = _ReusableThreadingTCPServer((\"127.0.0.1\", 0), handler)\n thread = threading.Thread(target=_httpd_local.serve_forever, daemon=True)\n thread.start()\n _httpd = _httpd_local\n _httpd_thread = thread\n _served_root = root\n return _httpd.server_address[1]\n\n\ndef _open_url_in_browser_async(url):\n \"\"\"\n Open the system browser without blocking Nuke's main thread. webbrowser.open can stall\n the UI while the OS launches or hands off to the browser.\n \"\"\"\n\n def _run():\n try:\n webbrowser.open(url)\n except Exception:\n pass\n\n threading.Thread(target=_run, daemon=True).start()\n\n\ndef _open_offline_index_in_browser(offline_index):\n \"\"\"\n Open offline wiki in the default browser. Prefer http://127.0.0.1 so MkDocs search works;\n fall back to file:// if the local server cannot start.\n \"\"\"\n try:\n port = _ensure_local_http_server(offline_index.parent)\n _open_url_in_browser_async(f\"http://127.0.0.1:{port}/\")\n except Exception:\n _open_url_in_browser_async(offline_index.as_uri())\n\n\ndef is_online_wiki_reachable(timeout=None):\n if timeout is None:\n timeout = globals().get(\"NST_DOCS_ONLINE_TIMEOUT_SECONDS\", 1.5)\n # Short preflight check prevents dead-clicks when the site is blocked/unreachable.\n # Some environments/proxies reject HEAD while allowing GET, so always fall back to GET\n # before returning False.\n # If Python's SSL trust store cannot validate certs, treat as reachable and let the\n # user's browser handle HTTPS trust (avoids false PDF fallback in Nuke environments).\n for method in (\"HEAD\", \"GET\"):\n request = urllib.request.Request(\n NST_DOCS_ONLINE_URL,\n headers={\"User-Agent\": \"NukeSurvivalToolkit\"},\n method=method,\n )\n try:\n with urllib.request.urlopen(request, timeout=timeout):\n return True\n except urllib.error.HTTPError:\n if method == \"HEAD\":\n continue\n return False\n except urllib.error.URLError as error:\n if isinstance(getattr(error, \"reason\", None), ssl.SSLCertVerificationError):\n return True\n if method == \"HEAD\":\n continue\n return False\n except ValueError:\n if method == \"HEAD\":\n continue\n return False\n return False\n\n\ndef openNSTDocumentationDefault():\n # Auto fallback order: Online -> Offline -> PDF\n # Note: this runs HTTPS reachability checks first (can block up to ~timeout per attempt).\n # Use \"Wiki (Offline)\" when you have no network to skip that step.\n if is_online_wiki_reachable():\n webbrowser.open(NST_DOCS_ONLINE_URL)\n return\n\n offline_index = find_offline_index()\n if offline_index:\n _open_offline_index_in_browser(offline_index)\n return\n\n pdf_doc = find_pdf_doc()\n if pdf_doc:\n webbrowser.open(pdf_doc.as_uri())\n return\n\n nuke.message(\n \"No documentation source was found.\\n\"\n \"Use 'Wiki (Online)', or unzip NST_Documentation_Release_x.y.z.zip into \"\n \"NukeSurvivalToolkit/NST_Documentation, or place a documentation PDF in the toolkit root.\"\n )\n\n\ndef openNSTDocumentationOnline():\n # Online command stays direct: no fallback, just clear guidance if unreachable.\n if is_online_wiki_reachable():\n webbrowser.open(NST_DOCS_ONLINE_URL)\n return\n\n nuke.message(\n \"Online wiki is not reachable right now.\\n\"\n \"Try 'Wiki (Offline)' or 'Docs (PDF)'.\"\n )\n\n\ndef openNSTDocumentationOffline():\n # Offline command opens canonical local index only.\n offline_index = find_offline_index()\n if offline_index:\n _open_offline_index_in_browser(offline_index)\n return\n\n nuke.message(\n \"Offline wiki not found.\\n\"\n \"Unzip NST_Documentation_Release_x.y.z.zip into NukeSurvivalToolkit so \"\n \"NST_Documentation/index.html exists.\"\n )\n\n\ndef openNSTDocumentationPDF():\n # PDF command opens one explicit release PDF path.\n pdf_doc = find_pdf_doc()\n if pdf_doc:\n webbrowser.open(pdf_doc.as_uri())\n return\n\n nuke.message(\n \"Documentation PDF not found in toolkit root.\\n\"\n \"Try 'Wiki (Online)' or install the optional offline docs release ZIP.\"\n )\n\n##############################################################################################\n" }, { "path": "NukeSurvivalToolkit/python/NST_stickit.py", "content": "# stickit.py\n# Copyright (c) 2017 Mads Hagbarth Damsbo. All Rights Reserved.\n# Not for redistribution.\n\nimport nuke\nimport nuke.splinewarp as sw \nimport string #This is used by the code. Include!\nimport math\nimport struct\nimport time\n\n'''\nREAL TODO:\n\nGeneral Feedback:\nIn regards to assist its hard to figure if something have been sucessfully been applied or not.\n This could be fixed by making a green label with \"Roto Node Assisted\", then fade to grey using a timer.\n\nMUST HAVE:\n -Hook up the \"Output\" options to their respective nodes\n in that regard remove the \"hide source\" option\n -Check the buttons in the buttom of the advanced tab and remove the ones that we no longer need.\n -Test the heck out of different formats and what not to enure that we don't get bounding issues.\n -option to invert input mask!\n -The ST map should source its X and Y from the Source image, not the overlay image!\n --Add a option to only source the alpha from the Overlay (so that if the source have a alpha it won't carry through.)\n Add another ST frame offset for calculating center motionblur. (or should it be hacked using offset?)\n\nNICE TO HAVE:\n Add a button for the ref frame called \"Current Frame\"\n Add a status that show if the shot have been tracked and solved (solve range aswell).\n This should also highlight if the \"Disable Warp\" have been toggeled\n Add some Analyze/Tracking presets (ie; Full Frame, Medium Object, Small Object)\n Add a button that generates a ST-Map node and a vectorblur node outside the node. (Create ST Setup)\n\n\n\nDONE\n +Make sure that the ST map matches. (check again!) \n\n\nFOR CONSIDERATION:\nConsider a workflow to work with fully obscured regions (guides maybe)\nPost filter that takes all the keyframes created and does eighter smoothing or reduces the number of keyframes to the bare minimum (based on a threshold)\n Calculate the length of the vector\n Devide each axis by the length to get a normalized vector\n First do a check to ensure that the vector is shorter than the threshold\n Then comput a direction that is the averaged normalized vector from the frames that we inspect\n If the computed direction is within the threshhold then...\n one thing that there is to consider is that you may want to not write down the keyframes first.\n for example in a roto or rotopaint workflow, it might be smart to gther the keyframes, filter, then apply them to the spline.\n\n\nSave the animation curve.\n Add a interpolate range feature. \n -You set the in and out point.\n -You hit interpolate (it will do a linear interpolation between the points)\n -Now the user can retrack forward\n\n\n\n'''\n\n'''\n#Todo:\n-Get all points from the CameraTracker and put them into a list\n-Create a initial set of points, this could be all points on a certain frame or a general set of points.\n If we take from a certain frame we need to get a list of all points that are on the specified frame\n-For every source object we put in a single value that is the XY pos of the object in the specified frame\n\n-For every target object we triangulate the nearby points and get a new position, we do that for all the frames in the framerange specified.\n-For every target object we bake animation calculated in the step above\n\n\nRemember that we must save the new calculated position into a new list or modify the exsisting to get perfect results\n'''\n\n'''================================================================================\n; Function: CreateWarpPinPair(myNode):\n; Description: Create a Splinewarp pin pair.\n; Parameter(s): node - The node create pin in\n; Return(s): Returns a pair of pin objects (_curveknob.Stroke objects) [source,target]\n; specified - Only take knobs with this tag (like \"UserTrack\" from a cameratracker)\n; Note(s): N/A\n;=================================================================================='''\ndef CreateWarpPinPair(myNode,pointlist,refframe):\n ItemX = pointlist\n\n #First we want to clear the current splinewarp.\n #As there is no build-in function to do this, we just purge it with default data\n warpCurve = myNode['curves'] \n warpRoot = warpCurve.rootLayer\n Header = \"\"\"AddMode 0 0 1 0 {{v x3f99999a}\n {f 0}\n {n\n {layer Root\n {f 0}\n {t x44800000 x44428000}\n {a pt1x 0 pt1y 0 pt2x 0 pt2y 0 pt3x 0 pt3y 0 pt4x 0 pt4y 0 ptex00 0 ptex01 0 ptex02 0 ptex03 0 ptex10 0 ptex11 0 ptex12 0 ptex13 0 ptex20 0 ptex21 0 ptex22 0 ptex23 0 ptex30 0 ptex31 0 ptex32 0 ptex33 0 ptof1x 0 ptof1y 0 ptof2x 0 ptof2y 0 ptof3x 0 ptof3y 0 ptof4x 0 ptof4y 0 pterr 0 ptrefset 0 ptmot x40800000 ptref 0}}}}\n \"\"\"\n warpCurve.fromScript(Header)\n warpCurve.changed()\n\n #As we just cleared the curves knob we need to re-fetch it. \n #If we don't do this Nuke will crash in some cases.\n #This should be reported to TheFoundry.\n warpCurve = myNode['curves'] \n warpRoot = warpCurve.rootLayer\n\n #We start off by creating all the pins that we need.\n #We do this in 2 steps. First we create the src then the dst\n for i in range(0, len(ItemX)):\n PinSource = sw.Shape(warpCurve, type=\"bezier\") #single point distortion \n newpoint = sw.ShapeControlPoint() #create point \n ConvertedX = float(pointlist[i][int(refframe-float(pointlist[i][0][0]))][1])\n ConvertedY = float(pointlist[i][int(refframe-float(pointlist[i][0][0]))][2])\n newpoint.center = (ConvertedX,ConvertedY) #set center position\n newpoint.leftTangent = (0,0) #set left tangent relative to center\n newpoint.rightTangent = (0,0) #set right tangent relative to center\n PinSource.append(newpoint) #add point to shape \n PinTarget = sw.Shape(warpCurve, type=\"bezier\") #single point distortion \n newpointB = sw.ShapeControlPoint() #create point\n newpointB.center = (ConvertedX,ConvertedY) #set center position\n newpointB.leftTangent = (0,0) #set left tangent relative to center\n newpointB.rightTangent = (0,0) #set right tangent relative to center\n PinTarget.append(newpointB) #add point to shape \n warpRoot.append(PinSource) #add to the rootLayer \n warpRoot.append(PinTarget) #add to the rootLayer \n warpCurve.defaultJoin(PinSource,PinTarget) \n warpCurve.changed() #Update the curve\n\n PinSource.getTransform().getTranslationAnimCurve(0).removeAllKeys()\n PinSource.getTransform().getTranslationAnimCurve(1).removeAllKeys()\n PinTarget.getTransform().getTranslationAnimCurve(0).removeAllKeys()\n PinTarget.getTransform().getTranslationAnimCurve(1).removeAllKeys()\n PinSource.getTransform().addTranslationKey(refframe,0,0,100.0)\n for ix in range(0, len(pointlist[i])):\n\n PinTarget.getTransform().getTranslationAnimCurve(0).addKey(pointlist[i][ix][0],float(pointlist[i][ix][1])-float(pointlist[i][int(refframe-float(pointlist[i][0][0]))][1]))\n PinTarget.getTransform().getTranslationAnimCurve(1).addKey(pointlist[i][ix][0],float(pointlist[i][ix][2])-float(pointlist[i][int(refframe-float(pointlist[i][0][0]))][2]))\n #print pointlist[i][ix][0]\n warpCurve.changed() #Update the curve\n\n CurrentData = warpCurve.toScript().replace('{f 8192}','{f 8224}') #Convert to splinewarp pins\n warpCurve.fromScript(CurrentData)\n\n\n'''================================================================================\n; Function: ExportCameraTrack(myNode):\n; Description: Extracts all 2D Tracking Featrures from a 3D CameraTracker node (not usertracks).\n; Parameter(s): myNode - A CameraTracker node containing tracking features\n; Return: Output - A list of points formated [ [[Frame,X,Y][...]] [[...][...]] ]\n; \n; Note(s): N/A\n;=================================================================================='''\ndef ExportCameraTrack(myNode):\n myKnob = myNode.knob(\"serializeKnob\")\n myLines = myKnob.toScript() \n DataItems = string.split(myLines, '\\n')\n Output = []\n for index,line in enumerate(DataItems):\n tempSplit = string.split(line, ' ')\n if (len(tempSplit) > 4 and tempSplit[ len(tempSplit)-1] == \"10\") or (len(tempSplit) > 6 and tempSplit[len(tempSplit)-1] == \"10\"): #Header\n #The first object always have 2 unknown ints, lets just fix it the easy way by offsetting by 2\n if len(tempSplit) > 6 and tempSplit[6] == \"10\":\n offsetKey = 2\n offsetItem = 0\n else:\n offsetKey = 0\n offsetItem = 0\n #For some wierd reason the header is located at the first index after the first item. So we go one step down and look for the header data.\n itemHeader = DataItems[index+1]\n itemHeadersplit = string.split(itemHeader, ' ')\n itemHeader_UniqueID = itemHeadersplit[1]\n\n #So this one is rather wierd but after a certain ammount of items the structure will change again.\n backofs = 0\n lastofs = 0\n firstOffset = 0\n secondOffset = 0\n secondItem = DataItems[index+2]\n secondSplit = string.split(secondItem, ' ')\n if len(secondSplit) == 7:\n firstOffset = 0\n\n if len(itemHeadersplit) == 3:\n itemHeader = DataItems[index+2]\n itemHeadersplit = string.split(itemHeader, ' ')\n offsetKey = 2\n offsetItem = 2\n if len(secondSplit) == 11:\n firstOffset = 1 #In this case the 2nd item will be +1 \n backofs = 1 \n elif len(secondSplit) == 7:\n firstOffset = 1\n else:\n firstOffset = 0 #In this case the 2nd item will be +0\n\n\n itemHeader_FirstItem = itemHeadersplit[3+offsetItem]\n itemHeader_NumberOfKeys = itemHeadersplit[4+offsetKey]\n \n #Here we extract the individual XY coordinates\n PositionList =[]\n PositionList.append([LastFrame+(0),float(string.split(DataItems[index+0], ' ')[2]) ,float(string.split(DataItems[index+0], ' ')[3])])\n for x in range(2,int(itemHeader_NumberOfKeys)+1):\n if len(string.split(DataItems[index+x+firstOffset-1], ' '))>7 and len(string.split(DataItems[index+x+firstOffset-1], ' '))<10 and int(string.split(DataItems[index+x+firstOffset-1], ' ')[5]) > 0:\n Offset = int(string.split(DataItems[index+x+firstOffset-1], ' ')[7])\n PositionList.append([LastFrame+(x-1),float(string.split(DataItems[Offset+1], ' ')[2]) ,float(string.split(DataItems[Offset+1], ' ')[3])]) \n secondOffset = 1\n else:\n \n if x==(int(itemHeader_NumberOfKeys)) and backofs == 1:\n PositionList.append([LastFrame+(x-1),float(string.split(DataItems[int(lastofs)], ' ')[2] ) ,float(string.split(DataItems[int(lastofs)], ' ')[3])]) \n else:\n PositionList.append([LastFrame+(x-1),float(string.split(DataItems[index+x+firstOffset-secondOffset], ' ')[2] ) ,float(string.split(DataItems[index+x+firstOffset-secondOffset], ' ')[3])]) \n if len(string.split(DataItems[index+x+firstOffset+secondOffset], ' ')) > 5 and len(string.split(DataItems[index+x+firstOffset+secondOffset], ' ')) < 16:\n lastofs = str(string.split(DataItems[index+x+firstOffset+secondOffset], ' ')[5])\n else:\n lastofs = index+x+1\n\n Output.append(PositionList)\n elif (len(tempSplit) > 8 and tempSplit[1] == \"0\" and tempSplit[2] == \"1\"):\n LastFrame = int(tempSplit[3])\n else: #Content\n pass\n return Output\n\n'''================================================================================\n; Function: GetAnimtionList(myList,myFrame):\n; Description: Returns a list of points that contain animation between myFrame and the following frame\n; Parameter(s): myList - A list of points formated [ [[Frame,X,Y][...]] [[...][...]] ]\n myFrame - The frame to take into consideration \n; Return: Output - A list of points formated [ [[Frame,X,Y][...]] [[...][...]] ]\n; \n; Note(s): N/A\n;=================================================================================='''\ndef GetAnimtionList(myList,nestedPoints,myFrame,_rev=False,_ofs=False): \n Output = []\n thisFrame = int(myFrame)\n try:\n if _rev: #This will reverse the output\n for i,item in enumerate(nestedPoints[thisFrame]):\n if nestedPoints[thisFrame][i][4]>thisFrame: \n outThisframe = myList[nestedPoints[thisFrame][i][2]][(thisFrame-nestedPoints[thisFrame][i][3])]\n outNextframe = myList[nestedPoints[thisFrame][i][2]][(thisFrame-nestedPoints[thisFrame][i][3])+1]\n Output.append([outNextframe,outThisframe])\n elif _ofs: #This is a temporary fix to the strange offset bug\n for i,item in enumerate(nestedPoints[thisFrame]):\n if nestedPoints[thisFrame][i][4]>thisFrame: \n outThisframe = myList[nestedPoints[thisFrame][i][2]][(thisFrame-nestedPoints[thisFrame][i][3])]\n outNextframe = myList[nestedPoints[thisFrame][i][2]][(thisFrame-nestedPoints[thisFrame][i][3])+1]\n outThisframe = [outThisframe[0],outThisframe[1]+1,outThisframe[2]+0.01]\n outNextframe = [outNextframe[0],outNextframe[1]+1,outNextframe[2]+0.01]\n Output.append([outNextframe,outThisframe]) \n else:\n for i,item in enumerate(nestedPoints[thisFrame]):\n if nestedPoints[thisFrame][i][4]>thisFrame: \n outThisframe = myList[nestedPoints[thisFrame][i][2]][(thisFrame-nestedPoints[thisFrame][i][3])]\n outNextframe = myList[nestedPoints[thisFrame][i][2]][(thisFrame-nestedPoints[thisFrame][i][3])+1]\n Output.append([outThisframe,outNextframe])\n except:\n pass #No points on this frame!\n return Output\n\n'''================================================================================\n; Function: GetNearestPoints(myList,myFrame):\n; Note(s): N/A\n;=================================================================================='''\ndef GetNearestPoints(refpoint,pointList,_rev=False):\n if len(pointList) < 3:\n xOffset = 0.0\n yOffset = 0.0\n else:\n #Distance Calculation\n x1 = refpoint[1]\n y1 = refpoint[2]\n distancelist = []\n #Check if there is more than 3 points at the current frame.\n for item in pointList: #Does it read from the same frame or a new one?\n #print item\n x2 = item[0][1]\n y2 = item[0][2]\n dist = math.hypot(x2-x1, y2-y1)\n distancelist.append(dist+1)\n\n sorted_lookup = sorted(enumerate(distancelist), key=lambda i:i[1])\n\n index0 = sorted_lookup[0][0]\n index1 = sorted_lookup[1][0]\n index2 = sorted_lookup[2][0]\n\n perc0 = 1 / (sorted_lookup[0][1])\n perc1 = 1 / (sorted_lookup[1][1])\n perc2 = 1 / (sorted_lookup[2][1])\n\n if perc0 == 1:\n perc1 = 0\n perc2 = 0\n perctotal = perc0+perc1+perc2\n\n Percent0 = perc0 if perctotal == 0 else perc0 / (perctotal)\n Percent1 = perc1 if perctotal == 0 else perc1 / (perctotal)\n Percent2 = perc2 if perctotal == 0 else perc2 / (perctotal)\n x02 = pointList[index0][1][1]\n y02 = pointList[index0][1][2]\n x12 = pointList[index1][1][1]\n y12 = pointList[index1][1][2]\n x22 = pointList[index2][1][1]\n y22 = pointList[index2][1][2]\n x01 = pointList[index0][0][1]\n y01 = pointList[index0][0][2]\n x11 = pointList[index1][0][1]\n y11 = pointList[index1][0][2]\n x21 = pointList[index2][0][1]\n y21 = pointList[index2][0][2]\n xOffset = (((x02-x01) * Percent0) + (( x12-x11) * Percent1) + (( x22-x21) * Percent2))\n yOffset = (((y02-y01) * Percent0) + (( y12-y11) * Percent1) + ((y22-y21) * Percent2))\n return [xOffset, yOffset]\n\ndef GrabListData():\n Node = nuke.toNode(\"si_ct\") #change this to your tracker node!\n #01: Get all points from the cameratracker node.\n _return = ExportCameraTrack(Node)\n\n #02: To optimize the lookups we index all the data into frame lists containing [x,y,index,firstframe,lastframe]\n # this will give a 40+ times performence boost.\n item_dict = {}\n for list_index, big_lst in enumerate(_return):\n for lst in big_lst:\n if lst[0] in item_dict:\n item_dict[lst[0]] += [lst[1:]+[list_index]+[_return[list_index][0][0], _return[list_index][len(_return[list_index])-1][0]],] # Append\n else:\n item_dict[lst[0]] = [lst[1:]+[list_index]+[_return[list_index][0][0], _return[list_index][len(_return[list_index])-1][0]],] # Initialize\n return [_return,item_dict]\n\n'''================================================================================\nSimple median.\n;=================================================================================='''\ndef median(lst):\n sortedLst = sorted(lst)\n lstLen = len(lst)\n index = (lstLen - 1) // 2\n if (lstLen % 2):\n return sortedLst[index]\n else:\n return (sortedLst[index] + sortedLst[index + 1])/2.0\n\n'''================================================================================\nRangeKeeper, use to store and calculate frame ranges.\n;=================================================================================='''\nclass rangeKeeper():\n def __init__(self,_type):\n self.frameForRef = 0\n self.StartFrame = 0\n self.EndFrame = 0\n self.type = _type\n self.appendAnimation = False\n self.initvalues()\n\n def initvalues(self):\n self.appendAnimation = nuke.thisNode().knob(\"appendAnimation\").value()\n\n if nuke.thisNode().knob(\"assistStep\").value(): #We only run \"x\" number of frames\n _thisFrame = nuke.frame()\n _startFrame = _thisFrame - int(nuke.thisNode().knob(\"AssistStepSize\").value())\n _endFrame = _thisFrame + int(nuke.thisNode().knob(\"AssistStepSize\").value())\n else: #We run the full range\n _thisFrame = nuke.frame()\n _startFrame = int(nuke.thisNode().knob(\"InputFrom\").value())\n _endFrame = int(nuke.thisNode().knob(\"InputTo\").value()) \n if self.type == 0: #Both Ways\n self.frameForRef = _thisFrame\n self.StartFrame = _startFrame\n self.EndFrame = _endFrame \n elif self.type == 1: #Only forward\n self.frameForRef = _thisFrame\n self.StartFrame = _thisFrame\n self.EndFrame = _endFrame \n elif self.type == 2: #Only Backwards\n self.frameForRef = _thisFrame\n self.StartFrame = _startFrame\n self.EndFrame = _thisFrame\n\n\n'''================================================================================\n; Function: KeyframeReducer():\n; Description: Removes unwanted keyframes based on a threshold\n; \n; Note(s): _method #0 = Local, 1 = Median, 2 = Average\n;=================================================================================='''\ndef KeyframeReducer(knob):\n myKnob = knob\n threshold = 1.5\n firstFrame = 1\n lastFrame = 99\n reduce = False\n for frame in range(firstFrame,lastFrame):\n xd = myKnob.getValueAt(frame)[0]-myKnob.getValueAt(frame+1)[0]\n yd = myKnob.getValueAt(frame)[1]-myKnob.getValueAt(frame+1)[1]\n delta = math.sqrt(xd*xd+yd*yd)\n if delta < threshold:\n if reduce:\n print (\"Reduce this\",frame)\n if myKnob.isAnimated():\n myKnob.removeKeyAt(frame)\n else:\n print (help(myKnob.setValueAt))\n #myKnob.removeKeyAt(frame)\n #myKnob.setValueAt(myKnob.getValueAt(frame)[0],frame,0)\n #myKnob.setValueAt(myKnob.getValueAt(frame)[1],frame,1)\n reduce = True\n print (frame, delta)\n else:\n reduce = False\n\n'''================================================================================\n; Function: Solve2DTransform():\n; Description: Used to solve the trackers in a 2dtracker node.\n; \n; Note(s): _method #0 = Local, 1 = Median, 2 = Average\n;=================================================================================='''\ndef CalculatePositionDelta(_method,_refpointList,temp_pos=[0,0]):\n if _method == 0: #If we use local interpolation\n newOffset = GetNearestPoints([0,temp_pos[0],temp_pos[1]],_refpointList)\n _x3 = newOffset[0]\n _y3 = newOffset[1]\n\n elif _method == 1: #If we use global median interpolation\n xlist = [] #Init the lists\n ylist = []\n for items in _refpointList:\n xlist.append(float(items[1][1])-float(items[0][1])) #Add the motion delta to the list\n ylist.append(float(items[1][2])-float(items[0][2])) \n _x3 = median(xlist) #Calculate median\n _y3 = median(ylist)\n\n else: #If we use global average interpolcation\n _x3 = 0 #Init the value\n _y3 = 0\n for items in _refpointList:\n _x3 += float(items[1][1])-float(items[0][1]) #Calculate motion delta\n _y3 += float(items[1][2])-float(items[0][2])\n _x3 = _x3/(len(_refpointList)+0.00001) #Devide by item cound to get average\n _y3 = _y3/(len(_refpointList)+0.00001) \n return [_x3,_y3]\n\n\n\n'''\n\nthisFrame = nuke.frame()\nmyNode =nuke.toNode(\"Transform15\")\nmyKnob = myNode[\"translate\"]\n\nanimationsX = myKnob.animation(0) #X-axis animations\nanimationsY = myKnob.animation(1) #Y-axis animations\nanimationList = [] #List to contain the animationnlist\n\npreProcessList = [] \npostProcessList = [] \nfor x,keys in enumerate(animationsX.keys()):\n if keys.x=0 and useExsistingKeyframes:\n if frame == preProcessList[frameindex][0]:\n tempX = preProcessList[frameindex][1]\n tempY = preProcessList[frameindex][2]\n print (\"Reached keyframe\",preProcessList[frameindex][0],preProcessList[frameindex][1],preProcessList[frameindex][2])\n print (\"Dif:\", tempX-(temp_pos[0]-center_pos[0]),tempY-(temp_pos[1]-center_pos[1]))\n frameindex -= 1\n\n #-------------------------\n #Resolve forwards [----->]\n temp_pos = init_pos\n for frame in range(frameForRef,EndFrame):\n RefPointList = GetAnimtionList(PointData[0],PointData[1],frame)\n _xy = CalculatePositionDelta(solve_method,RefPointList,temp_pos)\n temp_pos = [temp_pos[0]+_xy[0],temp_pos[1]+_xy[1]] #Add our calculated motion delta to the current position\n myKnob.setValueAt(temp_pos[0]-center_pos[0],frame+1,0)\n myKnob.setValueAt(temp_pos[1]-center_pos[1],frame+1,1)\n\n'''================================================================================\n; Function: SolveCornerpin():\n; Description: Used to solve the points of a cornerpin\n; \n; Note(s): N/A\n;=================================================================================='''\ndef SolveCornerpin(_node):\n #Define Variables\n solve_method = int(nuke.thisNode().knob(\"AssistType\").getValue()) #0 = Local, 1 = Median, 2 = Average\n frameForRef = nuke.frame()\n StartFrame = int(nuke.thisNode().knob(\"InputFrom\").value())\n EndFrame = int(nuke.thisNode().knob(\"InputTo\").value())\n myNode = _node\n myKnob = myNode.knob(\"translate\")\n myKnobCenter = myNode.knob(\"center\")\n\n #Set some initial defaults\n init_pos = [0,0]\n center_pos = [0,0]\n temp_pos = [0,0]\n _xy = [0,0]\n\n #Read data from the knobs\n knobs = [myNode['to1'],myNode['to2'],myNode['to3'],myNode['to4']]\n RefPointList = []\n for myKnob in knobs:\n init_pos = myKnob.getValue()\n RefPointList.append([init_pos,myKnob])\n myKnob.clearAnimated() #Only if overwrite!!\n myKnob.setAnimated(0)\n myKnob.setAnimated(1) \n myKnob.setValueAt(init_pos[0],frameForRef,0)\n myKnob.setValueAt(init_pos[1],frameForRef,1)\n\n\n PointData = GrabListData()\n\n for item in RefPointList:\n temp_pos = item[0]\n myKnob = item[1]\n #--------------------------\n #Resolve backwards [<-----]\n for frame in reversed(range(StartFrame,frameForRef)):\n RefPointList = GetAnimtionList(PointData[0],PointData[1],frame,True)\n _xy = CalculatePositionDelta(solve_method,RefPointList,temp_pos)\n temp_pos = [temp_pos[0]+_xy[0],temp_pos[1]+_xy[1]] #Add our calculated motion delta to the current position\n myKnob.setValueAt(temp_pos[0]-center_pos[0],frame,0) #Add a keyframe with the values\n myKnob.setValueAt(temp_pos[1]-center_pos[1],frame,1)\n\n #-------------------------\n #Resolve forwards [----->]\n temp_pos = item[0]\n for frame in range(frameForRef,EndFrame):\n RefPointList = GetAnimtionList(PointData[0],PointData[1],frame)\n _xy = CalculatePositionDelta(solve_method,RefPointList,temp_pos)\n temp_pos = [temp_pos[0]+_xy[0],temp_pos[1]+_xy[1]] #Add our calculated motion delta to the current position\n myKnob.setValueAt(temp_pos[0]-center_pos[0],frame+1,0)\n myKnob.setValueAt(temp_pos[1]-center_pos[1],frame+1,1)\n\n'''================================================================================\n; Function: SolveCurves():\n; Description: Used to solve the curves knobs (like roto, rotopaint and splinewarps)\n; \n; Note(s): N/A\n;=================================================================================='''\ndef SolveCurves(_node,_isSplineWarp=False):\n #Define Variables\n solve_method = int(nuke.thisNode().knob(\"AssistType\").getValue()) #0 = Local, 1 = Median, 2 = Average\n frameForRef = nuke.frame()\n StartFrame = int(nuke.thisNode().knob(\"InputFrom\").value())\n EndFrame = int(nuke.thisNode().knob(\"InputTo\").value())\n myNode = _node\n myKnob = myNode.knob(\"translate\")\n myKnobCenter = myNode.knob(\"center\")\n\n #Set some initial defaults\n init_pos = [0,0]\n center_pos = [0,0]\n temp_pos = [0,0]\n _xy = [0,0]\n\n #Read data from the knobs\n\n RefPointListInt=[]\n for item in _node[\"curves\"].getSelected(): #Only apply to selected roto items\n for subitem in item:\n try:\n RefPointListInt.append([subitem.center.getPosition(frameForRef)[0],subitem.center.getPosition(frameForRef)[1],subitem.center]) \n except:\n RefPointListInt.append([subitem.getPosition(frameForRef)[0],subitem.getPosition(frameForRef)[1],subitem])\n \n PointData = GrabListData()\n\n for item in RefPointListInt:\n temp_pos = [item[0],item[1]]\n print (\"tempbos:\",temp_pos)\n centerPoint = item[2]\n #--------------------------\n #Resolve backwards [<-----]\n for frame in reversed(range(StartFrame,frameForRef)):\n RefPointList = GetAnimtionList(PointData[0],PointData[1],frame,True)\n _xy = CalculatePositionDelta(solve_method,RefPointList,temp_pos)\n temp_pos = [temp_pos[0]+_xy[0],temp_pos[1]+_xy[1]] #Add our calculated motion delta to the current position\n centerPoint.addPositionKey(frame,[temp_pos[0],temp_pos[1] ]) #Add a keyframe with the values\n\n #-------------------------\n #Resolve forwards [----->]\n temp_pos = [item[0],item[1]]\n for frame in range(frameForRef,EndFrame):\n RefPointList = GetAnimtionList(PointData[0],PointData[1],frame)\n _xy = CalculatePositionDelta(solve_method,RefPointList,temp_pos)\n temp_pos = [temp_pos[0]+_xy[0],temp_pos[1]+_xy[1]] #Add our calculated motion delta to the current position\n centerPoint.addPositionKey(frame+1,[temp_pos[0],temp_pos[1] ]) #Add a keyframe with the values\n\n\n\n\n'''================================================================================\n; Function: Solve2DTracker():\n; Description: Used to solve the trackers in a 2dtracker node.\n; \n; Note(s): N/A\n;=================================================================================='''\ndef Solve2DTracker(_node):\n #Define Variables\n solve_method = int(nuke.thisNode().knob(\"AssistType\").getValue()) #0 = Local, 1 = Median, 2 = Average\n frameForRef = nuke.frame()\n StartFrame = int(nuke.thisNode().knob(\"InputFrom\").value())\n EndFrame = int(nuke.thisNode().knob(\"InputTo\").value())\n\n #Grap the number of trackers.\n n_tracks = int(_node[\"tracks\"].toScript().split(\" \")[3])\n\n #Constants etc.\n numColumns = 31\n colTrackX = 2\n colTrackY = 3\n RefPointList = []\n\n for x in range(0,n_tracks):\n track_a = [float(_node.knob(\"tracks\").getValue(numColumns*x + colTrackX)),float(_node.knob(\"tracks\").getValue(numColumns*x + colTrackY))]\n RefPointList.append(track_a)\n print (\"the ref point list:\",RefPointList)\n\n #Grap data from the camera tracker and convert it into a format we can use.\n PointData = GrabListData()\n\n print (\"--Initializing Main Loop--\")\n trackIdx = 0\n for item in RefPointList:\n temp_pos = item\n #--------------------------\n #Resolve backwards [<-----]\n for frame in reversed(range(StartFrame,frameForRef)):\n RefPointList = GetAnimtionList(PointData[0],PointData[1],frame,True)\n _xy = CalculatePositionDelta(solve_method,RefPointList,temp_pos)\n temp_pos = [temp_pos[0]+_xy[0],temp_pos[1]+_xy[1]] #Add our calculated motion delta to the current position\n _node.knob(\"tracks\").setValueAt(temp_pos[0],frame,numColumns*trackIdx + colTrackX)\n _node.knob(\"tracks\").setValueAt(temp_pos[1],frame,numColumns*trackIdx + colTrackY) \n\n #-------------------------\n #Resolve forwards [----->]\n temp_pos = item\n for frame in range(frameForRef,EndFrame):\n RefPointList = GetAnimtionList(PointData[0],PointData[1],frame)\n _xy = CalculatePositionDelta(solve_method,RefPointList,temp_pos)\n temp_pos = [temp_pos[0]+_xy[0],temp_pos[1]+_xy[1]] #Add our calculated motion delta to the current position\n _node.knob(\"tracks\").setValueAt(temp_pos[0],frame+1,numColumns*trackIdx + colTrackX)\n _node.knob(\"tracks\").setValueAt(temp_pos[1],frame+1,numColumns*trackIdx + colTrackY) \n trackIdx += 1\n\n\n\n\ndef Initializer(_method):\n global RangeKeeper\n RangeKeeper = rangeKeeper(_method)\n ResolveSelectedNodes()\n\n\n'''================================================================================\n; Function: ResolveSelectedNodes():\n; Description: Used to find what functions to run for the given nodes.\n; \n; Note(s): N/A\n;=================================================================================='''\ndef ResolveSelectedNodes():\n frameForRef = int(nuke.thisNode().knob(\"RefrenceFrameInput\").value()) #Not used here... yet\n StartFrame = int(nuke.thisNode().knob(\"InputFrom\").value())\n EndFrame = int(nuke.thisNode().knob(\"InputTo\").value())\n selectedNodes = nuke.root().selectedNodes()\n sucess = False\n for item in selectedNodes:\n itemclass = item.Class()\n if itemclass == \"CornerPin2D\":\n sucess = True\n SolveCornerpin(item)\n print (\"Cornerpin\")\n\n elif itemclass == \"Transform\" or itemclass == \"TransformMasked\":\n sucess = True\n Solve2DTransform(item)\n print (\"Transform\")\n\n elif itemclass == \"Roto\" or itemclass == \"RotoPaint\":\n sucess = True\n if nuke.thisNode().knob(\"assist_rototransform\").value():\n Solve2DTransform(item)\n else:\n SolveCurves(item)\n print (\"roto or paint\")\n\n elif itemclass == \"SplineWarp3\":\n sucess = True\n SolveCurves(item,True)\n print (\"SplineWarp3\")\n\n elif itemclass == \"Tracker4\":\n sucess = True\n Solve2DTracker(item)\n print (\"Tracker\")\n\n else:\n print (\"selected node not supported:\",itemclass)\n if not sucess:\n nuke.message(\"Please select a assistable node in the nodegraph.\")\n\n'''================================================================================\n; Function: StickIT():\n; Description: Used to solve the base build-in warping module\n; \n; Note(s): N/A\n;=================================================================================='''\ndef StickIT():\n #Define Variables\n frameForRef = int(nuke.thisNode().knob(\"RefrenceFrameInput\").value())\n StartFrame = int(nuke.thisNode().knob(\"InputFrom\").value())\n EndFrame = int(nuke.thisNode().knob(\"InputTo\").value())\n\n if frameForRef > EndFrame or frameForRef < StartFrame:\n nuke.message(\"You must set a reference frame inside the active range\")\n else:\n taskB = nuke.ProgressTask('Calculating Solve, please wait...') \n\n NodePin = nuke.toNode(\"si_sw\") #change this to your tracker node!\n\n #Grap data from the camera tracker and convert it into a format we can use.\n PointData = GrabListData()\n\n #03: Get a set of reference points. This is the points we want to move.\n RefPointList = GetAnimtionList(PointData[0],PointData[1],frameForRef,False,True)\n #04: Go through all of the frames and triangulate best points to move the refpoints with.\n start = time.clock()\n\n finalAnimation = []\n for item in RefPointList:\n zx = item[0][1]\n zy = item[0][2]\n tempAnimation = []\n tempAnimation.append([frameForRef,item[0][1],item[0][2]]) #Add a keyframe on the reference frame\n #Now start from the ref frame and move back\n for frame in reversed(range(StartFrame,frameForRef)):\n newOffset = GetNearestPoints(item[0],GetAnimtionList(PointData[0],PointData[1],frame,True))\n tempAnimation.append([frame,item[0][1]+newOffset[0],item[0][2]+newOffset[1]])\n item[0][1] = item[0][1]+newOffset[0]\n item[0][2] = item[0][2]+newOffset[1]\n #Now start from the ref frame and move forward\n for frame in range(frameForRef,EndFrame):\n newOffset = GetNearestPoints([0,zx,zy],GetAnimtionList(PointData[0],PointData[1],frame))\n tempAnimation.append([frame+1,zx+newOffset[0],zy+newOffset[1]])\n zx = zx+newOffset[0]\n zy = zy+newOffset[1]\n #Now add the animation created to the animation list\n finalAnimation.append(sorted(tempAnimation)) \n\n #print finalAnimation\n end = time.clock()\n print (\"%.2gs\" % (end-start))\n CreateWarpPinPair(NodePin,finalAnimation,frameForRef)\n del(taskB)\n\n\n#GLOBALS:\n\nRangeKeeper = 0\n" }, { "path": "README.md", "content": "\n![NukeSurvivalToolkit-TonyLyons](https://user-images.githubusercontent.com/46404545/93950690-76be2e00-fd44-11ea-96a6-07070b28df81.jpg)\n\n# Nuke Survival Toolkit\n\n[Intro and Installation Video](https://youtu.be/MQq9GH3SekA)\n\nThe Nuke Survival Toolkit is a portable tool menu for the Foundry’s Nuke with a hand-picked selection of nuke gizmos collected from all over the web, organized into 1 easy to install toolbar.\n\n## Installation\n\nHere’s how to install and use the Nuke Survival Toolkit:\n\n1. Download the .zip folder from the Nuke Survival Toolkit github website.\n\nhttps://github.com/CreativeLyons/NukeSurvivalToolkit_publicRelease/releases/latest\n\nThis github will have all of the up to date changes, bug fixes, tweaks, additions, etc. So feel free to watch or star the github, and check back regularly if you’d like to stay up to date.\n\n2. Copy or move the NukeSurvivalToolkit Folder either in your User/.nuke/ folder for personal use, or for use in a pipeline or to share with multiple artists, place the folder in any shared and accessible network folder.\n\n3. Open your init.py file in your /.nuke/ folder into any text editor (or create a new init.py in your User/.nuke/ directory if one doesn’t already exist)\n\n4. Copy the following code into your init.py file:\n\n```\nnuke.pluginAddPath(\"Your/NukeSurvivalToolkit/FolderPath/Here\")\n```\n\n5. Copy the filepath location of where you placed your NukeSurvivalToolkit. Replace the\nYour/NukeSurvivalToolkit/FolderPath/Here text with your NukeSurvivalToolkit filepath location, making sure to keep quotation marks around the filepath.\n\n6. Save your init.py file, and restart your Nuke session\n\n7. That’s it! Congrats, you will now see a little red multi-tool in your nuke toolbar.\n\n\n## Online Wiki\nFor full online documentation and tool index Wiki, visit:\n\n[Nuke Survival Toolkit Online Wiki](https://creativelyons.github.io/NukeSurvivalToolkit_Wiki/) (live site)\n\n[Wiki GitHub repository](https://github.com/CreativeLyons/NukeSurvivalToolkit_Wiki) — source, issues, and [wiki releases](https://github.com/CreativeLyons/NukeSurvivalToolkit_Wiki/releases/)\n\n## Offline Documentation (optional)\nYou can install local wiki docs for offline use.\n\n1. Download the documentation ZIP release from either location:\n\n[Nuke Survival Toolkit Releases (latest)](https://github.com/CreativeLyons/NukeSurvivalToolkit_publicRelease/releases/latest)\n\n[Nuke Survival Toolkit Wiki Releases](https://github.com/CreativeLyons/NukeSurvivalToolkit_Wiki/releases/)\n\n2. Unzip `NST_Documentation_Release_x.y.z.zip` directly into the toolkit root so this file exists:\n\n`NukeSurvivalToolkit/NST_Documentation/index.html`\n\n3. In Nuke, open `NukeSurvivalToolkit > Documentation` and use:\n\n- `Wiki/Docs (Auto)` which falls back in this order: `Wiki (Online)` -> `Wiki (Offline)` -> `Docs (PDF)`.\n- `Wiki (Online)` for the live wiki (checked first for reachability).\n- `Wiki (Offline)` for local HTML docs.\n- `Docs (PDF)` for local PDF docs.\n\n## Development\n\nFor a more in-depth look into the repo and menu structure, check the development guide.\n\n[View the Development Guide](DEVELOPMENT.md)\n\n\n## Changelog\n\nView recent updates, tools additions, bug fixes, etc.\n\n[View the Changelog](CHANGELOG.md)\n" } ]