[ { "path": "README.md", "content": "# 🖼️ HEIC Image Processing Tools\n\nA collection of Python tools for processing HEIC (High Efficiency Image Container) files, with a focus on HDR content extraction and EXR conversion.\n\n## 🛠️ Tools Overview\n\n### 1. gain_map_extract.py\nExtracts all components from HEIC files including:\n- Base images\n- HDR gain maps\n- Depth maps\n- Complete metadata (EXIF, XMP, ICC profiles)\n\n### 2. heic_to_exr.py\nConverts HEIC files to OpenEXR format:\n- Combines base image and gain map into HDR EXR using apples method\n- Preserves full dynamic range\n- Maintains metadata where possible\n- Supports batch processing\n\n### 3. merge_to_exr.sh\nShell script for batch processing:\n- Automates HEIC to EXR conversion\n- Handles multiple files\n- Provides progress feedback\n- Maintains directory structure\n\n## 🔧 Installation\n\n### Prerequisites\n- Python 3.8 or higher\n- pip (Python package manager)\n- Git (for cloning the repository)\n\n### macOS\n```bash\n# Install Homebrew if not already installed\n/bin/bash -c \"$(curl -fsSL https://raw.githubusercontent.com/Homebrew/install/HEAD/install.sh)\"\n\n# Install Python and OpenEXR dependencies\nbrew install python3 openexr\n\n# Clone the repository\ngit clone https://github.com/finnschi/heic-shenanigans.git\ncd heic-shenanigans\n\n# Create and activate virtual environment\npython3 -m venv venv\nsource venv/bin/activate\n\n# Install Python dependencies\npip install -r requirements.txt\n```\n\n### Linux (Ubuntu/Debian)\n```bash\n# Install system dependencies\nsudo apt-get update\nsudo apt-get install python3 python3-pip python3-venv openexr libopenexr-dev\n\n# Clone the repository\ngit clone https://github.com/finnschi/heic-shenanigans.git\ncd heic-shenanigans\n\n# Create and activate virtual environment\npython3 -m venv venv\nsource venv/bin/activate\n\n# Install Python dependencies\npip install -r requirements.txt\n```\n\n### Windows\n```powershell\n# Install Python from https://www.python.org/downloads/\n# Install Git from https://git-scm.com/download/win\n\n# Clone the repository\ngit clone https://github.com/finnschi/heic-shenanigans.git\ncd heic-shenanigans\n\n# Create and activate virtual environment\npython -m venv venv\n.\\venv\\Scripts\\activate\n\n# Install Python dependencies\npip install -r requirements.txt\n```\n\n## 📋 Requirements\nAll required Python packages are listed in requirements.txt:\n- Pillow: Image processing library\n- pillow-heif: HEIC file support\n- numpy: Numerical operations\n- defusedxml: Safe XML parsing\n\nSystem dependencies (installed via package manager):\n- OpenEXR and OpenImageIO (oiiotool) for EXR file handling\n\n## 💻 Usage\n\n### Gain Map Extraction\n```bash\npython gain_map_extract.py input.heic [--output-dir OUTPUT_DIR]\n```\n\n### HEIC to EXR Conversion\n```bash\npython heic_to_exr.py input.heic [--output-dir OUTPUT_DIR]\n```\n\n### Batch Processing\n```bash\n./merge_to_exr.sh input_directory output_directory\n```\n\n## 📁 Output Files\n\n### gain_map_extract.py outputs:\n- Base image: `{filename}_base.tiff`\n- Gain maps: `{filename}_gain_map_{id}.tiff`\n- Depth maps: `{filename}_depth_{index}.tiff`\n- Metadata: `{filename}_metadata.json`\n\n### heic_to_exr.py outputs:\n- HDR EXR file: `{filename}.exr`\n\n## 🔍 Advanced Usage\n\n### Metadata Handling\n- Binary data is base64 encoded\n- ICC profiles are maintained\n- EXIF data is preserved where possible\n\n### HDR Processing\n- Gain maps are properly scaled\n- Linear color space is maintained\n- Full dynamic range is preserved in EXR output\n\n## ⚠️ Known Limitations\n- Some HEIC variants may not be fully supported\n- Depth map extraction is limited to supported devices\n- Windows OpenEXR support may require additional configuration\n\n## 🤝 Contributing\nContributions are welcome! Please feel free to submit a Pull Request.\n\n\n" }, { "path": "gain_map_extract.py", "content": "#!/usr/bin/env python3\n\nimport os\nfrom PIL import Image\nimport pillow_heif\nimport numpy as np\nfrom pathlib import Path\nimport json\nimport base64\n\ndef extract_all_images(input_path, output_dir=None):\n \"\"\"\n Extract all images from a HEIC file including base image, gain map, depth map, and all auxiliary images.\n Also dumps all metadata into a JSON file.\n \n Args:\n input_path (str): Path to input HDR image (HEIC or JPEG)\n output_dir (str, optional): Directory for output files. If None, will use input file's directory.\n \"\"\"\n input_path = Path(input_path)\n \n # Create output directory if not provided\n if output_dir is None:\n output_dir = input_path.parent\n else:\n output_dir = Path(output_dir)\n output_dir.mkdir(parents=True, exist_ok=True)\n \n # Read HEIC file\n heif_file = pillow_heif.read_heif(str(input_path))\n \n # Dictionary to store all extracted images and their paths\n extracted_images = {}\n \n # Get primary image\n base_image = Image.frombytes(\n heif_file.mode,\n heif_file.size,\n heif_file.data,\n \"raw\",\n heif_file.mode,\n heif_file.stride,\n )\n base_path = output_dir / f\"{input_path.stem}_base.tiff\"\n base_image.save(base_path, format='TIFF')\n extracted_images['base'] = str(base_path)\n \n # Extract all auxiliary images\n if 'aux' in heif_file.info:\n for aux_type, aux_ids in heif_file.info['aux'].items():\n for aux_id in aux_ids:\n try:\n aux_image = heif_file.get_aux_image(aux_id)\n aux_pil = Image.frombytes(\n aux_image.mode,\n aux_image.size,\n aux_image.data,\n \"raw\",\n aux_image.mode,\n aux_image.stride,\n )\n \n # Create a sanitized filename from the aux type\n aux_type_name = aux_type.split(':')[-1]\n aux_path = output_dir / f\"{input_path.stem}_{aux_type_name}_{aux_id}.tiff\"\n aux_pil.save(aux_path, format='TIFF')\n extracted_images[f\"{aux_type_name}_{aux_id}\"] = str(aux_path)\n except Exception as e:\n print(f\"Warning: Could not extract auxiliary image {aux_id} of type {aux_type}: {str(e)}\")\n \n # Extract depth images if available\n if 'depth_images' in heif_file.info and heif_file.info['depth_images']:\n for i, depth_image in enumerate(heif_file.info['depth_images']):\n depth_pil = Image.frombytes(\n depth_image.mode,\n depth_image.size,\n depth_image.data,\n \"raw\",\n depth_image.mode,\n depth_image.stride,\n )\n depth_path = output_dir / f\"{input_path.stem}_depth_{i}.tiff\"\n depth_pil.save(depth_path, format='TIFF')\n extracted_images[f\"depth_{i}\"] = str(depth_path)\n \n # Prepare metadata\n metadata = {\n 'info': {},\n 'aux_images': {},\n 'depth_images': [],\n 'icc_profile': None,\n 'exif': None,\n 'xmp': None,\n 'primary': {\n 'mode': heif_file.mode,\n 'size': heif_file.size,\n 'stride': heif_file.stride\n }\n }\n \n # Copy all info\n for key, value in heif_file.info.items():\n if isinstance(value, (str, int, float, bool, type(None))):\n metadata['info'][key] = value\n elif isinstance(value, bytes):\n # Convert bytes to base64 for JSON serialization\n metadata['info'][key] = base64.b64encode(value).decode('utf-8')\n elif isinstance(value, dict):\n metadata['info'][key] = {\n k: base64.b64encode(v).decode('utf-8') if isinstance(v, bytes) else v\n for k, v in value.items()\n }\n \n # Handle ICC profile\n if 'icc_profile' in heif_file.info:\n metadata['icc_profile'] = base64.b64encode(heif_file.info['icc_profile']).decode('utf-8')\n \n # Handle EXIF\n if 'exif' in heif_file.info:\n metadata['exif'] = base64.b64encode(heif_file.info['exif']).decode('utf-8')\n \n # Handle XMP\n if 'xmp' in heif_file.info:\n metadata['xmp'] = base64.b64encode(heif_file.info['xmp']).decode('utf-8')\n \n # Save metadata to file\n metadata_path = output_dir / f\"{input_path.stem}_metadata.json\"\n with open(metadata_path, 'w') as f:\n json.dump(metadata, f, indent=2)\n \n # Return paths and metadata\n result = {\n 'extracted_images': extracted_images,\n 'metadata_path': str(metadata_path)\n }\n \n return result\n\nif __name__ == \"__main__\":\n import argparse\n \n parser = argparse.ArgumentParser(description='Extract all images and metadata from HEIC files')\n parser.add_argument('input', help='Input HEIC image path')\n parser.add_argument('--output-dir', help='Output directory for extracted images')\n \n args = parser.parse_args()\n \n try:\n result = extract_all_images(args.input, args.output_dir)\n print(\"\\nExtracted images:\")\n for name, path in result['extracted_images'].items():\n print(f\"{name}: {path}\")\n print(f\"\\nMetadata saved to: {result['metadata_path']}\")\n except Exception as e:\n print(f\"Error: {str(e)}\")\n" }, { "path": "heic_to_exr.py", "content": "#!/usr/bin/env python3\n\nimport os\nimport sys\nimport tempfile\nimport shutil\nfrom pathlib import Path\nfrom PIL import Image\nimport pillow_heif\nimport numpy as np\nimport subprocess\nimport json\n\ndef extract_heic(input_path, output_dir):\n \"\"\"Extract all images from HEIC file to TIFFs.\"\"\"\n print(f\"\\nExtracting images from {input_path}...\")\n \n heif_file = pillow_heif.read_heif(str(input_path))\n print(f\"HEIC info: {heif_file.info}\")\n \n # Initialize paths\n base_path = None\n gain_map_path = None\n depth_path = None\n matte_paths = []\n headroom = None\n \n # Extract base image\n print(\"\\nExtracting base image...\")\n base_image = Image.frombytes(\n heif_file.mode,\n heif_file.size,\n heif_file.data,\n \"raw\",\n heif_file.mode,\n heif_file.stride,\n )\n base_path = output_dir / \"input_base.tiff\"\n base_image.save(base_path, format='TIFF')\n print(f\"Saved base image to {base_path}\")\n \n # Extract gain map\n print(\"\\nLooking for gain map...\")\n if 'aux' in heif_file.info:\n print(f\"Found aux data: {heif_file.info['aux']}\")\n if 'urn:com:apple:photo:2020:aux:hdrgainmap' in heif_file.info['aux']:\n try:\n aux_id = heif_file.info['aux']['urn:com:apple:photo:2020:aux:hdrgainmap'][0]\n print(f\"Found gain map aux ID: {aux_id}\")\n aux_image = heif_file.get_aux_image(aux_id)\n gain_map = Image.frombytes(\n aux_image.mode,\n aux_image.size,\n aux_image.data,\n \"raw\",\n aux_image.mode,\n aux_image.stride,\n )\n gain_map_path = output_dir / \"input_hdrgainmap_50.tiff\"\n gain_map.save(gain_map_path, format='TIFF')\n print(f\"Saved gain map to {gain_map_path}\")\n except Exception as e:\n print(f\"Warning: Could not extract gain map: {str(e)}\")\n else:\n print(\"No gain map found in aux data\")\n else:\n print(\"No aux data found in HEIC\")\n \n # Extract depth map\n print(\"\\nLooking for depth map...\")\n if 'depth_images' in heif_file.info and heif_file.info['depth_images']:\n try:\n depth_image = heif_file.info['depth_images'][0]\n depth_map = Image.frombytes(\n depth_image.mode,\n depth_image.size,\n depth_image.data,\n \"raw\",\n depth_image.mode,\n depth_image.stride,\n )\n depth_path = output_dir / \"input_depth_0.tiff\"\n depth_map.save(depth_path, format='TIFF')\n print(f\"Saved depth map to {depth_path}\")\n except Exception as e:\n print(f\"Warning: Could not extract depth map: {str(e)}\")\n else:\n print(\"No depth map found\")\n \n # Extract mattes\n print(\"\\nLooking for mattes...\")\n if 'aux' in heif_file.info:\n for aux_type, aux_ids in heif_file.info['aux'].items():\n if 'matte' in aux_type.lower():\n print(f\"Found matte type: {aux_type}\")\n for aux_id in aux_ids:\n try:\n aux_image = heif_file.get_aux_image(aux_id)\n aux_pil = Image.frombytes(\n aux_image.mode,\n aux_image.size,\n aux_image.data,\n \"raw\",\n aux_image.mode,\n aux_image.stride,\n )\n aux_type_name = aux_type.split(':')[-1]\n aux_path = output_dir / f\"input_{aux_type_name}_{aux_id}.tiff\"\n aux_pil.save(aux_path, format='TIFF')\n matte_paths.append(aux_path)\n print(f\"Saved matte {aux_id} to {aux_path}\")\n except Exception as e:\n print(f\"Warning: Could not extract matte {aux_id}: {str(e)}\")\n else:\n print(\"No mattes found\")\n \n # Get HDR headroom\n if 'HDRGainMapHeadroom' in heif_file.info:\n headroom = heif_file.info['HDRGainMapHeadroom']\n print(f\"\\nFound HDR headroom: {headroom}\")\n else:\n print(\"\\nNo HDR headroom found in HEIC info\")\n \n return base_path, gain_map_path, depth_path, matte_paths, headroom\n\ndef merge_to_exr(input_dir, original_heic, output_path):\n \"\"\"Merge extracted TIFFs into a multilayer EXR.\"\"\"\n print(\"\\nMerging to EXR...\")\n \n # Get dimensions from base image\n print(\"Getting image dimensions...\")\n base_info = subprocess.check_output(['oiiotool', '--info', str(input_dir / \"input_base.tiff\")]).decode()\n print(f\"Base image info: {base_info}\")\n width = int(base_info.split()[2])\n height = int(base_info.split()[4].rstrip(','))\n print(f\"Image dimensions: {width}x{height}\")\n\n # Process base image (RGB) - Convert from sRGB curve through Linear P3 to ACEScg\n print(\"\\nProcessing base image...\")\n subprocess.run([\n 'oiiotool', str(input_dir / \"input_base.tiff\"),\n '--ch', 'R,G,B',\n '--chnames', 'sdr.R,sdr.G,sdr.B',\n '--colorconfig', 'studio-config-v1.0.0_aces-v1.3_ocio-v2.1.ocio',\n '--colorconvert', 'sRGB - Texture', 'Linear Rec.709 (sRGB)',\n '--colorconvert', 'Linear P3-D65', 'ACES - ACEScg',\n '-o', str(input_dir / \"base.exr\")\n ], check=True)\n print(\"Base image processed\")\n\n # Process gain map if it exists\n gain_map_path = input_dir / \"input_hdrgainmap_50.tiff\"\n if gain_map_path.exists():\n print(\"\\nProcessing gain map...\")\n # Process gain map (Y) - Convert from Rec709 curve to Linear\n subprocess.run([\n 'oiiotool', str(gain_map_path),\n '--ch', 'Y',\n '--chnames', 'gainmap.Y',\n '--resize', f\"{width}x{height}\",\n '--colorconfig', 'studio-config-v1.0.0_aces-v1.3_ocio-v2.1.ocio',\n '--ocionamedtransform', 'Rec.709 - Curve',\n '-o', str(input_dir / \"gainmap.exr\")\n ], check=True)\n print(\"Gain map processed\")\n\n # Create 3-channel gainmap by duplicating Y to RGB\n subprocess.run([\n 'oiiotool', str(input_dir / \"gainmap.exr\"),\n '--ch', 'gainmap.Y,gainmap.Y,gainmap.Y',\n '--chnames', 'gainmap.R,gainmap.G,gainmap.B',\n '-o', str(input_dir / \"gainmap_rgb.exr\")\n ], check=True)\n print(\"Gain map converted to RGB\")\n\n # Calculate HDR: first multiply gainmap by (headroom - 1.0)\n headroom = float(subprocess.check_output(['exiftool', '-HDRGainMapHeadroom', '-b', str(original_heic)]).decode())\n print(f\"Using HDR headroom: {headroom}\")\n subprocess.run([\n 'oiiotool', str(input_dir / \"gainmap_rgb.exr\"),\n '--mulc', str(headroom - 1.0),\n '--addc', '1.0',\n '-o', str(input_dir / \"gainmap_scaled.exr\")\n ], check=True)\n print(\"Gain map scaled\")\n\n # Then multiply base image by scaled gainmap\n subprocess.run([\n 'oiiotool', str(input_dir / \"base.exr\"),\n str(input_dir / \"gainmap_scaled.exr\"),\n '--mul',\n '--chnames', 'R,G,B',\n '-o', str(input_dir / \"hdr_base.exr\")\n ], check=True)\n print(\"HDR base created\")\n else:\n print(\"\\nNo gain map found, using base image as HDR base\")\n shutil.copy(str(input_dir / \"base.exr\"), str(input_dir / \"hdr_base.exr\"))\n\n # Process depth if it exists\n depth_path = input_dir / \"input_depth_0.tiff\"\n if depth_path.exists():\n print(\"\\nProcessing depth map...\")\n subprocess.run([\n 'oiiotool', str(depth_path),\n '--ch', 'Y',\n '--chnames', 'depth.Y',\n '--resize', f\"{width}x{height}\",\n '-o', str(input_dir / \"depth.exr\")\n ], check=True)\n print(\"Depth map processed\")\n else:\n print(\"\\nNo depth map found\")\n\n # Process mattes\n print(\"\\nProcessing mattes...\")\n for matte in input_dir.glob(\"input_*matte_*.tiff\"):\n if matte.exists():\n clean_name = matte.stem.replace(\"input_\", \"\").replace(\"matte_\", \"\")\n print(f\"Processing matte: {clean_name}\")\n subprocess.run([\n 'oiiotool', str(matte),\n '--ch', 'Y',\n '--chnames', f\"mattes.{clean_name}.Y\",\n '--resize', f\"{width}x{height}\",\n '-o', str(input_dir / f\"{clean_name}.exr\")\n ], check=True)\n print(f\"Matte {clean_name} processed\")\n else:\n print(\"No mattes found\")\n\n # Create final EXR with HDR as main RGB\n print(\"\\nCreating final EXR...\")\n subprocess.run([\n 'oiiotool', str(input_dir / \"hdr_base.exr\"),\n '--ch', 'R,G,B',\n '-o', str(input_dir / \"final.exr\")\n ], check=True)\n print(\"Base layer created\")\n\n # Add SDR layer\n print(\"Adding SDR layer...\")\n subprocess.run([\n 'oiiotool', str(input_dir / \"final.exr\"),\n str(input_dir / \"base.exr\"),\n '--ch', 'sdr.R,sdr.G,sdr.B',\n '--siappend',\n '-o', str(input_dir / \"final.exr\")\n ], check=True)\n print(\"SDR layer added\")\n\n # Add gainmap layer if it exists\n if gain_map_path.exists():\n print(\"Adding gainmap layer...\")\n subprocess.run([\n 'oiiotool', str(input_dir / \"final.exr\"),\n str(input_dir / \"gainmap_rgb.exr\"),\n '--ch', 'gainmap.R,gainmap.G,gainmap.B',\n '--siappend',\n '-o', str(input_dir / \"final.exr\")\n ], check=True)\n print(\"Gainmap layer added\")\n\n # Add depth layer if it exists\n if depth_path.exists():\n print(\"Adding depth layer...\")\n subprocess.run([\n 'oiiotool', str(input_dir / \"final.exr\"),\n str(input_dir / \"depth.exr\"),\n '--ch', 'depth.Y',\n '--siappend',\n '-o', str(input_dir / \"final.exr\")\n ], check=True)\n print(\"Depth layer added\")\n\n # Add matte layers\n print(\"Adding matte layers...\")\n for matte in input_dir.glob(\"*.exr\"):\n if matte.stem.startswith(\"semantic\"):\n clean_name = matte.stem\n print(f\"Adding matte layer: {clean_name}\")\n subprocess.run([\n 'oiiotool', str(input_dir / \"final.exr\"),\n str(matte),\n '--ch', f\"mattes.{clean_name}.Y\",\n '--siappend',\n '-o', str(input_dir / \"final.exr\")\n ], check=True)\n print(f\"Matte layer {clean_name} added\")\n\n # Move to final destination\n print(f\"\\nMoving final EXR to {output_path}\")\n shutil.move(str(input_dir / \"final.exr\"), str(output_path))\n print(\"Done!\")\n\ndef main():\n if len(sys.argv) != 2:\n print(\"Usage: python heic_to_exr.py \")\n sys.exit(1)\n\n input_path = Path(sys.argv[1])\n if not input_path.exists():\n print(f\"Error: Input file {input_path} does not exist\")\n sys.exit(1)\n\n # Create output path next to input file\n output_path = input_path.parent / f\"{input_path.stem}_acesCG.exr\"\n\n # Create temporary directory\n with tempfile.TemporaryDirectory() as temp_dir:\n temp_dir = Path(temp_dir)\n print(f\"Using temporary directory: {temp_dir}\")\n \n # Extract images from HEIC\n base_path, gain_map_path, depth_path, matte_paths, headroom = extract_heic(input_path, temp_dir)\n \n # Merge to EXR\n merge_to_exr(temp_dir, input_path, output_path)\n\n print(f\"\\nSuccessfully created: {output_path}\")\n\nif __name__ == \"__main__\":\n main() " }, { "path": "merge_to_exr.sh", "content": "#!/bin/bash\n\nif [ $# -lt 2 ]; then\n echo \"Usage: ./merge_to_exr.sh [output.exr]\"\n exit 1\nfi\n\ninput_folder=\"$1\"\noriginal_heic=\"$2\"\noutput_path=\"${3:-output_acesCG.exr}\"\n\n# Create a temporary directory for intermediate files\ntemp_dir=$(mktemp -d)\necho \"Using temporary directory: $temp_dir\"\n\n# Get dimensions from base image\nbase_info=$(oiiotool --info \"$input_folder/input_base.tiff\" | head -n1)\nwidth=$(echo \"$base_info\" | cut -d' ' -f3)\nheight=$(echo \"$base_info\" | cut -d' ' -f5 | tr -d ',')\n\nif [ -z \"$width\" ] || [ -z \"$height\" ]; then\n echo \"Error: Could not determine image dimensions\"\n echo \"Debug info: $base_info\"\n exit 1\nfi\necho \"Image dimensions: ${width}x${height}\"\n\n# Extract headroom from original HEIC\nheadroom=$(exiftool -HDRGainMapHeadroom -b \"$original_heic\")\nif [ -z \"$headroom\" ]; then\n echo \"Error: Could not extract HDR headroom\"\n exit 1\nfi\necho \"Extracted HDR headroom: $headroom\"\n\n# List all input files\necho \"Input files found:\"\nls -1 \"$input_folder\"/*.tiff\n\n# Process base image (RGB) - Convert from sRGB curve through Linear P3 to ACEScg\necho \"Processing base image...\"\noiiotool \"$input_folder/input_base.tiff\" \\\n --ch R,G,B \\\n --chnames sdr.R,sdr.G,sdr.B \\\n --colorconfig studio-config-v1.0.0_aces-v1.3_ocio-v2.1.ocio \\\n --colorconvert \"sRGB - Texture\" \"Linear Rec.709 (sRGB)\" \\\n --colorconvert \"Linear P3-D65\" \"ACES - ACEScg\" \\\n -o \"$temp_dir/base.exr\" || exit 1\n\n# Process gain map (Y) - Convert from Rec709 curve to Linear\necho \"Processing gain map...\"\noiiotool \"$input_folder/input_hdrgainmap_50.tiff\" \\\n --ch Y \\\n --chnames gainmap.Y \\\n --resize \"${width}x${height}\" \\\n --colorconfig studio-config-v1.0.0_aces-v1.3_ocio-v2.1.ocio \\\n --ocionamedtransform \"Rec.709 - Curve\" \\\n -o \"$temp_dir/gainmap.exr\" || exit 1\n\n# Process depth (Y)\necho \"Processing depth map...\"\noiiotool \"$input_folder/input_depth_0.tiff\" \\\n --ch Y \\\n --chnames depth.Y \\\n --resize \"${width}x${height}\" \\\n -o \"$temp_dir/depth.exr\" || exit 1\n\n# Process all mattes (Y)\necho \"Processing mattes...\"\nfor matte in \"$input_folder\"/input_*matte_*.tiff; do\n if [ -f \"$matte\" ]; then\n name=$(basename \"$matte\" .tiff)\n # Clean up the matte name to be more Nuke-friendly\n clean_name=$(echo \"$name\" | sed 's/input_//' | sed 's/matte_//')\n echo \"Processing matte: $clean_name\"\n oiiotool \"$matte\" \\\n --ch Y \\\n --chnames \"mattes.$clean_name.Y\" \\\n --resize \"${width}x${height}\" \\\n -o \"$temp_dir/$clean_name.exr\" || exit 1\n else\n echo \"Warning: No matte files found matching pattern: $matte\"\n fi\ndone\n\n# Apply HDR formula: hdr_rgb = sdr_rgb * (1.0 + (headroom - 1.0) * gainmap)\necho \"Applying HDR formula...\"\n# Create 3-channel gainmap by duplicating Y to RGB\noiiotool \"$temp_dir/gainmap.exr\" \\\n --ch gainmap.Y,gainmap.Y,gainmap.Y \\\n --chnames R,G,B \\\n -o \"$temp_dir/gainmap_rgb.exr\" || exit 1\n\n# Calculate HDR: first multiply gainmap by (headroom - 1.0)\noiiotool \"$temp_dir/gainmap_rgb.exr\" \\\n --mulc \"$(echo \"$headroom - 1.0\" | bc -l)\" \\\n --addc 1.0 \\\n -o \"$temp_dir/gainmap_scaled.exr\" || exit 1\n\n# Then multiply base image by scaled gainmap\noiiotool \"$temp_dir/base.exr\" \\\n \"$temp_dir/gainmap_scaled.exr\" \\\n --mul \\\n --chnames R,G,B \\\n -o \"$temp_dir/hdr_base.exr\" || exit 1\n\n# Create final EXR\necho \"Creating final multilayer EXR...\"\n\n# First, create with HDR as main RGB\noiiotool \"$temp_dir/hdr_base.exr\" \\\n --ch R,G,B \\\n -o \"$temp_dir/final.exr\" || exit 1\n\n# Add SDR layer\noiiotool \"$temp_dir/final.exr\" \"$temp_dir/base.exr\" \\\n --ch sdr.R,sdr.G,sdr.B \\\n --siappend \\\n -o \"$temp_dir/final.exr\" || exit 1\n\n# Add gainmap layer (using the RGB version we created earlier)\noiiotool \"$temp_dir/final.exr\" \"$temp_dir/gainmap_rgb.exr\" \\\n --ch R,G,B \\\n --chnames gainmap.R,gainmap.G,gainmap.B \\\n --siappend \\\n -o \"$temp_dir/final.exr\" || exit 1\n\n# Add depth layer\noiiotool \"$temp_dir/final.exr\" \"$temp_dir/depth.exr\" \\\n --ch depth.Y \\\n --siappend \\\n -o \"$temp_dir/final.exr\" || exit 1\n\n# Add matte layers\nfor m in \"$temp_dir\"/semantic*.exr; do\n if [ -f \"$m\" ]; then\n clean_name=$(basename \"$m\" .exr)\n oiiotool \"$temp_dir/final.exr\" \"$m\" \\\n --ch \"mattes.$clean_name.Y\" \\\n --siappend \\\n -o \"$temp_dir/final.exr\" || exit 1\n fi\ndone\n\n# Move to final destination\nmv \"$temp_dir/final.exr\" \"$output_path\"\n\n# Clean up temporary files\nrm -rf \"$temp_dir\"\n\necho \"Successfully merged TIFFs into: $output_path\" " }, { "path": "requirements.txt", "content": "Pillow>=10.0.0\npillow-heif>=0.13.0\nnumpy>=1.24.0\ndefusedxml>=0.7.1 " }, { "path": "studio-config-v1.0.0_aces-v1.3_ocio-v2.1.ocio", "content": "ocio_profile_version: 2.1\n\nenvironment:\n {}\nsearch_path: \"\"\nstrictparsing: true\nluma: [0.2126, 0.7152, 0.0722]\nname: studio-config-v1.0.0_aces-v1.3_ocio-v2.1\ndescription: |\n Academy Color Encoding System - Studio Config [COLORSPACES v1.0.0] [ACES v1.3] [OCIO v2.1]\n ------------------------------------------------------------------------------------------\n \n This \"OpenColorIO\" config is geared toward studios requiring a config that includes a wide variety of camera colorspaces, displays and looks.\n \n Generated with \"OpenColorIO-Config-ACES\" v1.0.0 on the 2022/10/26 at 05:59.\n\nroles:\n aces_interchange: ACES2065-1\n cie_xyz_d65_interchange: CIE-XYZ-D65\n color_picking: sRGB - Texture\n color_timing: ACEScct\n compositing_log: ACEScct\n data: Raw\n matte_paint: sRGB - Texture\n scene_linear: ACEScg\n texture_paint: ACEScct\n\nfile_rules:\n - ! {name: Default, colorspace: ACES2065-1}\n\nshared_views:\n - ! {name: ACES 1.0 - SDR Video, view_transform: ACES 1.0 - SDR Video, display_colorspace: }\n - ! {name: ACES 1.0 - SDR Video (D60 sim on D65), view_transform: ACES 1.0 - SDR Video (D60 sim on D65), display_colorspace: }\n - ! {name: ACES 1.1 - SDR Video (P3 lim), view_transform: ACES 1.1 - SDR Video (P3 lim), display_colorspace: }\n - ! {name: ACES 1.1 - SDR Video (Rec.709 lim), view_transform: ACES 1.1 - SDR Video (Rec.709 lim), display_colorspace: }\n - ! {name: ACES 1.1 - HDR Video (1000 nits & Rec.2020 lim), view_transform: ACES 1.1 - HDR Video (1000 nits & Rec.2020 lim), display_colorspace: }\n - ! {name: ACES 1.1 - HDR Video (2000 nits & Rec.2020 lim), view_transform: ACES 1.1 - HDR Video (2000 nits & Rec.2020 lim), display_colorspace: }\n - ! {name: ACES 1.1 - HDR Video (4000 nits & Rec.2020 lim), view_transform: ACES 1.1 - HDR Video (4000 nits & Rec.2020 lim), display_colorspace: }\n - ! {name: ACES 1.1 - HDR Video (1000 nits & P3 lim), view_transform: ACES 1.1 - HDR Video (1000 nits & P3 lim), display_colorspace: }\n - ! {name: ACES 1.1 - HDR Video (2000 nits & P3 lim), view_transform: ACES 1.1 - HDR Video (2000 nits & P3 lim), display_colorspace: }\n - ! {name: ACES 1.1 - HDR Video (4000 nits & P3 lim), view_transform: ACES 1.1 - HDR Video (4000 nits & P3 lim), display_colorspace: }\n - ! {name: ACES 1.0 - SDR Cinema, view_transform: ACES 1.0 - SDR Cinema, display_colorspace: }\n - ! {name: ACES 1.1 - SDR Cinema (D60 sim on D65), view_transform: ACES 1.1 - SDR Cinema (D60 sim on D65), display_colorspace: }\n - ! {name: ACES 1.1 - SDR Cinema (Rec.709 lim), view_transform: ACES 1.1 - SDR Cinema (Rec.709 lim), display_colorspace: }\n - ! {name: ACES 1.0 - SDR Cinema (D60 sim on DCI), view_transform: ACES 1.0 - SDR Cinema (D60 sim on DCI), display_colorspace: }\n - ! {name: ACES 1.1 - SDR Cinema (D65 sim on DCI), view_transform: ACES 1.1 - SDR Cinema (D65 sim on DCI), display_colorspace: }\n - ! {name: ACES 1.1 - HDR Cinema (108 nits & P3 lim), view_transform: ACES 1.1 - HDR Cinema (108 nits & P3 lim), display_colorspace: }\n - ! {name: Un-tone-mapped, view_transform: Un-tone-mapped, display_colorspace: }\n\ndisplays:\n sRGB - Display:\n - ! {name: Raw, colorspace: Raw}\n - ! [ACES 1.0 - SDR Video, ACES 1.0 - SDR Video (D60 sim on D65), Un-tone-mapped]\n Rec.1886 Rec.709 - Display:\n - ! {name: Raw, colorspace: Raw}\n - ! [ACES 1.0 - SDR Video, ACES 1.0 - SDR Video (D60 sim on D65), Un-tone-mapped]\n Rec.1886 Rec.2020 - Display:\n - ! {name: Raw, colorspace: Raw}\n - ! [ACES 1.0 - SDR Video, ACES 1.1 - SDR Video (P3 lim), ACES 1.1 - SDR Video (Rec.709 lim), Un-tone-mapped]\n Rec.2100-HLG - Display:\n - ! {name: Raw, colorspace: Raw}\n - ! [ACES 1.1 - HDR Video (1000 nits & Rec.2020 lim), Un-tone-mapped]\n Rec.2100-PQ - Display:\n - ! {name: Raw, colorspace: Raw}\n - ! [ACES 1.1 - HDR Video (1000 nits & Rec.2020 lim), ACES 1.1 - HDR Video (2000 nits & Rec.2020 lim), ACES 1.1 - HDR Video (4000 nits & Rec.2020 lim), Un-tone-mapped]\n ST2084-P3-D65 - Display:\n - ! {name: Raw, colorspace: Raw}\n - ! [ACES 1.1 - HDR Video (1000 nits & P3 lim), ACES 1.1 - HDR Video (2000 nits & P3 lim), ACES 1.1 - HDR Video (4000 nits & P3 lim), ACES 1.1 - HDR Cinema (108 nits & P3 lim), Un-tone-mapped]\n P3-D60 - Display:\n - ! {name: Raw, colorspace: Raw}\n - ! [ACES 1.0 - SDR Cinema, Un-tone-mapped]\n P3-D65 - Display:\n - ! {name: Raw, colorspace: Raw}\n - ! [ACES 1.0 - SDR Cinema, ACES 1.1 - SDR Cinema (D60 sim on D65), ACES 1.1 - SDR Cinema (Rec.709 lim), Un-tone-mapped]\n P3-DCI - Display:\n - ! {name: Raw, colorspace: Raw}\n - ! [ACES 1.0 - SDR Cinema (D60 sim on DCI), ACES 1.1 - SDR Cinema (D65 sim on DCI), Un-tone-mapped]\n\nactive_displays: [sRGB - Display, Rec.1886 Rec.709 - Display, Rec.1886 Rec.2020 - Display, Rec.2100-HLG - Display, Rec.2100-PQ - Display, ST2084-P3-D65 - Display, P3-D60 - Display, P3-D65 - Display, P3-DCI - Display]\nactive_views: [ACES 1.0 - SDR Video, ACES 1.0 - SDR Video (D60 sim on D65), ACES 1.1 - SDR Video (P3 lim), ACES 1.1 - SDR Video (Rec.709 lim), ACES 1.1 - HDR Video (1000 nits & Rec.2020 lim), ACES 1.1 - HDR Video (2000 nits & Rec.2020 lim), ACES 1.1 - HDR Video (4000 nits & Rec.2020 lim), ACES 1.1 - HDR Video (1000 nits & P3 lim), ACES 1.1 - HDR Video (2000 nits & P3 lim), ACES 1.1 - HDR Video (4000 nits & P3 lim), ACES 1.0 - SDR Cinema, ACES 1.1 - SDR Cinema (D60 sim on D65), ACES 1.1 - SDR Cinema (Rec.709 lim), ACES 1.0 - SDR Cinema (D60 sim on DCI), ACES 1.1 - SDR Cinema (D65 sim on DCI), ACES 1.1 - HDR Cinema (108 nits & P3 lim), Un-tone-mapped, Raw]\ninactive_colorspaces: [CIE-XYZ-D65, sRGB - Display, Rec.1886 Rec.709 - Display, Rec.1886 Rec.2020 - Display, sRGB - Display, Rec.1886 Rec.709 - Display, Rec.1886 Rec.2020 - Display, Rec.1886 Rec.2020 - Display, Rec.2100-HLG - Display, Rec.2100-PQ - Display, Rec.2100-PQ - Display, Rec.2100-PQ - Display, ST2084-P3-D65 - Display, ST2084-P3-D65 - Display, ST2084-P3-D65 - Display, P3-D60 - Display, P3-D65 - Display, P3-D65 - Display, P3-D65 - Display, P3-DCI - Display, P3-DCI - Display, ST2084-P3-D65 - Display]\n\nlooks:\n - !\n name: ACES 1.3 Reference Gamut Compression\n process_space: ACES2065-1\n description: |\n LMT (applied in ACES2065-1) to compress scene-referred values from common cameras into the AP1 gamut\n \n ACEStransformID: urn:ampas:aces:transformId:v1.5:LMT.Academy.GamutCompress.a1.3.0\n transform: ! {style: ACES-LMT - ACES 1.3 Reference Gamut Compression}\n\n\ndefault_view_transform: Un-tone-mapped\n\nview_transforms:\n - !\n name: ACES 1.0 - SDR Video\n description: |\n Component of ACES Output Transforms for SDR D65 video\n \n ACEStransformID: urn:ampas:aces:transformId:v1.5:ODT.Academy.RGBmonitor_100nits_dim.a1.0.3\n ACEStransformID: urn:ampas:aces:transformId:v1.5:ODT.Academy.Rec709_100nits_dim.a1.0.3\n ACEStransformID: urn:ampas:aces:transformId:v1.5:ODT.Academy.Rec2020_100nits_dim.a1.0.3\n from_scene_reference: ! {style: ACES-OUTPUT - ACES2065-1_to_CIE-XYZ-D65 - SDR-VIDEO_1.0}\n\n - !\n name: ACES 1.0 - SDR Video (D60 sim on D65)\n description: |\n Component of ACES Output Transforms for SDR D65 video simulating D60 white\n \n ACEStransformID: urn:ampas:aces:transformId:v1.5:ODT.Academy.RGBmonitor_D60sim_100nits_dim.a1.0.3\n ACEStransformID: urn:ampas:aces:transformId:v1.5:ODT.Academy.Rec709_D60sim_100nits_dim.a1.0.3\n from_scene_reference: ! {style: ACES-OUTPUT - ACES2065-1_to_CIE-XYZ-D65 - SDR-VIDEO-D60sim-D65_1.0}\n\n - !\n name: ACES 1.1 - SDR Video (P3 lim)\n description: |\n Component of ACES Output Transforms for SDR D65 video\n \n ACEStransformID: urn:ampas:aces:transformId:v1.5:ODT.Academy.Rec2020_P3D65limited_100nits_dim.a1.1.0\n from_scene_reference: ! {style: ACES-OUTPUT - ACES2065-1_to_CIE-XYZ-D65 - SDR-VIDEO-P3lim_1.1}\n\n - !\n name: ACES 1.1 - SDR Video (Rec.709 lim)\n description: |\n Component of ACES Output Transforms for SDR D65 video\n \n ACEStransformID: urn:ampas:aces:transformId:v1.5:ODT.Academy.Rec2020_Rec709limited_100nits_dim.a1.1.0\n from_scene_reference: ! {style: ACES-OUTPUT - ACES2065-1_to_CIE-XYZ-D65 - SDR-VIDEO-REC709lim_1.1}\n\n - !\n name: ACES 1.1 - HDR Video (1000 nits & Rec.2020 lim)\n description: |\n Component of ACES Output Transforms for 1000 nit HDR D65 video\n \n ACEStransformID: urn:ampas:aces:transformId:v1.5:RRTODT.Academy.Rec2020_1000nits_15nits_HLG.a1.1.0\n ACEStransformID: urn:ampas:aces:transformId:v1.5:RRTODT.Academy.Rec2020_1000nits_15nits_ST2084.a1.1.0\n from_scene_reference: ! {style: ACES-OUTPUT - ACES2065-1_to_CIE-XYZ-D65 - HDR-VIDEO-1000nit-15nit-REC2020lim_1.1}\n\n - !\n name: ACES 1.1 - HDR Video (2000 nits & Rec.2020 lim)\n description: |\n Component of ACES Output Transforms for 2000 nit HDR D65 video\n \n ACEStransformID: urn:ampas:aces:transformId:v1.5:RRTODT.Academy.Rec2020_2000nits_15nits_ST2084.a1.1.0\n from_scene_reference: ! {style: ACES-OUTPUT - ACES2065-1_to_CIE-XYZ-D65 - HDR-VIDEO-2000nit-15nit-REC2020lim_1.1}\n\n - !\n name: ACES 1.1 - HDR Video (4000 nits & Rec.2020 lim)\n description: |\n Component of ACES Output Transforms for 4000 nit HDR D65 video\n \n ACEStransformID: urn:ampas:aces:transformId:v1.5:RRTODT.Academy.Rec2020_4000nits_15nits_ST2084.a1.1.0\n from_scene_reference: ! {style: ACES-OUTPUT - ACES2065-1_to_CIE-XYZ-D65 - HDR-VIDEO-4000nit-15nit-REC2020lim_1.1}\n\n - !\n name: ACES 1.1 - HDR Video (1000 nits & P3 lim)\n description: |\n Component of ACES Output Transforms for 1000 nit HDR D65 video\n \n ACEStransformID: urn:ampas:aces:transformId:v1.5:RRTODT.Academy.P3D65_1000nits_15nits_ST2084.a1.1.0\n from_scene_reference: ! {style: ACES-OUTPUT - ACES2065-1_to_CIE-XYZ-D65 - HDR-VIDEO-1000nit-15nit-P3lim_1.1}\n\n - !\n name: ACES 1.1 - HDR Video (2000 nits & P3 lim)\n description: |\n Component of ACES Output Transforms for 2000 nit HDR D65 video\n \n ACEStransformID: urn:ampas:aces:transformId:v1.5:RRTODT.Academy.P3D65_2000nits_15nits_ST2084.a1.1.0\n from_scene_reference: ! {style: ACES-OUTPUT - ACES2065-1_to_CIE-XYZ-D65 - HDR-VIDEO-2000nit-15nit-P3lim_1.1}\n\n - !\n name: ACES 1.1 - HDR Video (4000 nits & P3 lim)\n description: |\n Component of ACES Output Transforms for 4000 nit HDR D65 video\n \n ACEStransformID: urn:ampas:aces:transformId:v1.5:RRTODT.Academy.P3D65_4000nits_15nits_ST2084.a1.1.0\n from_scene_reference: ! {style: ACES-OUTPUT - ACES2065-1_to_CIE-XYZ-D65 - HDR-VIDEO-4000nit-15nit-P3lim_1.1}\n\n - !\n name: ACES 1.0 - SDR Cinema\n description: |\n Component of ACES Output Transforms for SDR cinema\n \n ACEStransformID: urn:ampas:aces:transformId:v1.5:ODT.Academy.P3D60_48nits.a1.0.3\n ACEStransformID: urn:ampas:aces:transformId:v1.5:ODT.Academy.P3D65_48nits.a1.1.0\n from_scene_reference: ! {style: ACES-OUTPUT - ACES2065-1_to_CIE-XYZ-D65 - SDR-CINEMA_1.0}\n\n - !\n name: ACES 1.1 - SDR Cinema (D60 sim on D65)\n description: |\n Component of ACES Output Transforms for SDR D65 cinema simulating D60 white\n \n ACEStransformID: urn:ampas:aces:transformId:v1.5:ODT.Academy.P3D65_D60sim_48nits.a1.1.0\n from_scene_reference: ! {style: ACES-OUTPUT - ACES2065-1_to_CIE-XYZ-D65 - SDR-CINEMA-D60sim-D65_1.1}\n\n - !\n name: ACES 1.1 - SDR Cinema (Rec.709 lim)\n description: |\n Component of ACES Output Transforms for SDR cinema\n \n ACEStransformID: urn:ampas:aces:transformId:v1.5:ODT.Academy.P3D65_Rec709limited_48nits.a1.1.0\n from_scene_reference: ! {style: ACES-OUTPUT - ACES2065-1_to_CIE-XYZ-D65 - SDR-CINEMA-REC709lim_1.1}\n\n - !\n name: ACES 1.0 - SDR Cinema (D60 sim on DCI)\n description: |\n Component of ACES Output Transforms for SDR DCI cinema simulating D60 white\n \n ACEStransformID: urn:ampas:aces:transformId:v1.5:ODT.Academy.P3DCI_48nits.a1.0.3\n from_scene_reference: ! {style: ACES-OUTPUT - ACES2065-1_to_CIE-XYZ-D65 - SDR-CINEMA-D60sim-DCI_1.0}\n\n - !\n name: ACES 1.1 - SDR Cinema (D65 sim on DCI)\n description: |\n Component of ACES Output Transforms for SDR DCI cinema simulating D65 white\n \n ACEStransformID: urn:ampas:aces:transformId:v1.5:ODT.Academy.P3DCI_D65sim_48nits.a1.1.0\n from_scene_reference: ! {style: ACES-OUTPUT - ACES2065-1_to_CIE-XYZ-D65 - SDR-CINEMA-D65sim-DCI_1.1}\n\n - !\n name: ACES 1.1 - HDR Cinema (108 nits & P3 lim)\n description: |\n Component of ACES Output Transforms for 108 nit HDR D65 cinema\n \n ACEStransformID: urn:ampas:aces:transformId:v1.5:RRTODT.Academy.P3D65_108nits_7point2nits_ST2084.a1.1.0\n from_scene_reference: ! {style: ACES-OUTPUT - ACES2065-1_to_CIE-XYZ-D65 - HDR-CINEMA-108nit-7.2nit-P3lim_1.1}\n\n - !\n name: Un-tone-mapped\n from_scene_reference: ! {style: UTILITY - ACES-AP0_to_CIE-XYZ-D65_BFD}\n\ndisplay_colorspaces:\n - !\n name: CIE-XYZ-D65\n aliases: [cie_xyz_d65]\n family: \"\"\n equalitygroup: \"\"\n bitdepth: 32f\n description: The \"CIE XYZ (D65)\" display connection colorspace.\n isdata: false\n allocation: uniform\n\n - !\n name: sRGB - Display\n aliases: [srgb_display]\n family: Display\n equalitygroup: \"\"\n bitdepth: 32f\n description: Convert CIE XYZ (D65 white) to sRGB (piecewise EOTF)\n isdata: false\n categories: [file-io]\n encoding: sdr-video\n allocation: uniform\n from_display_reference: ! {style: DISPLAY - CIE-XYZ-D65_to_sRGB}\n\n - !\n name: Rec.1886 Rec.709 - Display\n aliases: [rec1886_rec709_display]\n family: Display\n equalitygroup: \"\"\n bitdepth: 32f\n description: Convert CIE XYZ (D65 white) to Rec.1886/Rec.709 (HD video)\n isdata: false\n categories: [file-io]\n encoding: sdr-video\n allocation: uniform\n from_display_reference: ! {style: DISPLAY - CIE-XYZ-D65_to_REC.1886-REC.709}\n\n - !\n name: Rec.1886 Rec.2020 - Display\n aliases: [rec1886_rec2020_display]\n family: Display\n equalitygroup: \"\"\n bitdepth: 32f\n description: Convert CIE XYZ (D65 white) to Rec.1886/Rec.2020 (UHD video)\n isdata: false\n categories: [file-io]\n encoding: sdr-video\n allocation: uniform\n from_display_reference: ! {style: DISPLAY - CIE-XYZ-D65_to_REC.1886-REC.2020}\n\n - !\n name: Rec.2100-HLG - Display\n aliases: [rec2100_hlg_display]\n family: Display\n equalitygroup: \"\"\n bitdepth: 32f\n description: Convert CIE XYZ (D65 white) to Rec.2100-HLG, 1000 nit\n isdata: false\n categories: [file-io]\n encoding: hdr-video\n allocation: uniform\n from_display_reference: ! {style: DISPLAY - CIE-XYZ-D65_to_REC.2100-HLG-1000nit}\n\n - !\n name: Rec.2100-PQ - Display\n aliases: [rec2100_pq_display]\n family: Display\n equalitygroup: \"\"\n bitdepth: 32f\n description: Convert CIE XYZ (D65 white) to Rec.2100-PQ\n isdata: false\n categories: [file-io]\n encoding: hdr-video\n allocation: uniform\n from_display_reference: ! {style: DISPLAY - CIE-XYZ-D65_to_REC.2100-PQ}\n\n - !\n name: ST2084-P3-D65 - Display\n aliases: [st2084_p3d65_display]\n family: Display\n equalitygroup: \"\"\n bitdepth: 32f\n description: Convert CIE XYZ (D65 white) to ST-2084 (PQ), P3-D65 primaries\n isdata: false\n categories: [file-io]\n encoding: hdr-video\n allocation: uniform\n from_display_reference: ! {style: DISPLAY - CIE-XYZ-D65_to_ST2084-P3-D65}\n\n - !\n name: P3-D60 - Display\n aliases: [p3d60_display]\n family: Display\n equalitygroup: \"\"\n bitdepth: 32f\n description: Convert CIE XYZ (D65 white) to Gamma 2.6, P3-D60 (Bradford adaptation)\n isdata: false\n categories: [file-io]\n encoding: sdr-video\n allocation: uniform\n from_display_reference: ! {style: DISPLAY - CIE-XYZ-D65_to_G2.6-P3-D60-BFD}\n\n - !\n name: P3-D65 - Display\n aliases: [p3d65_display]\n family: Display\n equalitygroup: \"\"\n bitdepth: 32f\n description: Convert CIE XYZ (D65 white) to Gamma 2.6, P3-D65\n isdata: false\n categories: [file-io]\n encoding: sdr-video\n allocation: uniform\n from_display_reference: ! {style: DISPLAY - CIE-XYZ-D65_to_G2.6-P3-D65}\n\n - !\n name: P3-DCI - Display\n aliases: [p3_dci_display]\n family: Display\n equalitygroup: \"\"\n bitdepth: 32f\n description: Convert CIE XYZ (D65 white) to Gamma 2.6, P3-DCI (DCI white with Bradford adaptation)\n isdata: false\n categories: [file-io]\n encoding: sdr-video\n allocation: uniform\n from_display_reference: ! {style: DISPLAY - CIE-XYZ-D65_to_G2.6-P3-DCI-BFD}\n\ncolorspaces:\n - !\n name: ACES2065-1\n aliases: [aces2065_1, ACES - ACES2065-1, lin_ap0]\n family: ACES\n equalitygroup: \"\"\n bitdepth: 32f\n description: The \"Academy Color Encoding System\" reference colorspace.\n isdata: false\n categories: [file-io]\n encoding: scene-linear\n allocation: uniform\n\n - !\n name: ACEScc\n aliases: [ACES - ACEScc, acescc_ap1]\n family: ACES\n equalitygroup: \"\"\n bitdepth: 32f\n description: |\n Convert ACEScc to ACES2065-1\n \n ACEStransformID: urn:ampas:aces:transformId:v1.5:ACEScsc.Academy.ACEScc_to_ACES.a1.0.3\n isdata: false\n categories: [file-io]\n encoding: log\n allocation: uniform\n to_scene_reference: ! {style: ACEScc_to_ACES2065-1}\n\n - !\n name: ACEScct\n aliases: [ACES - ACEScct, acescct_ap1]\n family: ACES\n equalitygroup: \"\"\n bitdepth: 32f\n description: |\n Convert ACEScct to ACES2065-1\n \n ACEStransformID: urn:ampas:aces:transformId:v1.5:ACEScsc.Academy.ACEScct_to_ACES.a1.0.3\n isdata: false\n categories: [file-io, working-space]\n encoding: log\n allocation: uniform\n to_scene_reference: ! {style: ACEScct_to_ACES2065-1}\n\n - !\n name: ACEScg\n aliases: [ACES - ACEScg, lin_ap1]\n family: ACES\n equalitygroup: \"\"\n bitdepth: 32f\n description: |\n Convert ACEScg to ACES2065-1\n \n ACEStransformID: urn:ampas:aces:transformId:v1.5:ACEScsc.Academy.ACEScg_to_ACES.a1.0.3\n isdata: false\n categories: [file-io, working-space]\n encoding: scene-linear\n allocation: uniform\n to_scene_reference: ! {style: ACEScg_to_ACES2065-1}\n\n - !\n name: ADX10\n aliases: [Input - ADX - ADX10]\n family: ACES\n equalitygroup: \"\"\n bitdepth: 32f\n description: |\n Convert ADX10 to ACES2065-1\n \n ACEStransformID: urn:ampas:aces:transformId:v1.5:ACEScsc.Academy.ADX10_to_ACES.a1.0.3\n isdata: false\n categories: [file-io]\n encoding: log\n allocation: uniform\n to_scene_reference: ! {style: ADX10_to_ACES2065-1}\n\n - !\n name: ADX16\n aliases: [Input - ADX - ADX16]\n family: ACES\n equalitygroup: \"\"\n bitdepth: 32f\n description: |\n Convert ADX16 to ACES2065-1\n \n ACEStransformID: urn:ampas:aces:transformId:v1.5:ACEScsc.Academy.ADX16_to_ACES.a1.0.3\n isdata: false\n categories: [file-io]\n encoding: log\n allocation: uniform\n to_scene_reference: ! {style: ADX16_to_ACES2065-1}\n\n - !\n name: Linear ARRI Wide Gamut 3\n aliases: [lin_arri_wide_gamut_3, Input - ARRI - Linear - ALEXA Wide Gamut, lin_alexawide]\n family: Input/ARRI\n equalitygroup: \"\"\n bitdepth: 32f\n description: |\n Convert Linear ARRI Wide Gamut 3 to ACES2065-1\n \n CLFtransformID: urn:aswf:ocio:transformId:1.0:ARRI:Input:Linear_ARRI_Wide_Gamut_3_to_ACES2065-1:1.0\n isdata: false\n categories: [file-io]\n encoding: scene-linear\n allocation: uniform\n to_scene_reference: !\n name: Linear ARRI Wide Gamut 3 to ACES2065-1\n children:\n - ! {matrix: [0.680205505106279, 0.236136601606481, 0.0836578932872399, 0, 0.0854149797421404, 1.01747087860704, -0.102885858349182, 0, 0.00205652166929683, -0.0625625003847921, 1.0605059787155, 0, 0, 0, 0, 1]}\n\n - !\n name: ARRI LogC3 (EI800)\n aliases: [arri_logc3_ei800, Input - ARRI - V3 LogC (EI800) - Wide Gamut, logc3ei800_alexawide]\n family: Input/ARRI\n equalitygroup: \"\"\n bitdepth: 32f\n description: |\n Convert ARRI LogC3 (EI800) to ACES2065-1\n \n CLFtransformID: urn:aswf:ocio:transformId:1.0:ARRI:Input:ARRI_LogC3_EI800_to_ACES2065-1:1.0\n isdata: false\n categories: [file-io]\n encoding: log\n allocation: uniform\n to_scene_reference: !\n name: ARRI LogC3 (EI800) to ACES2065-1\n children:\n - ! {base: 10, log_side_slope: 0.247189638318671, log_side_offset: 0.385536998692443, lin_side_slope: 5.55555555555556, lin_side_offset: 0.0522722750251688, lin_side_break: 0.0105909904954696, direction: inverse}\n - ! {matrix: [0.680205505106279, 0.236136601606481, 0.0836578932872399, 0, 0.0854149797421404, 1.01747087860704, -0.102885858349182, 0, 0.00205652166929683, -0.0625625003847921, 1.0605059787155, 0, 0, 0, 0, 1]}\n\n - !\n name: Linear ARRI Wide Gamut 4\n aliases: [lin_arri_wide_gamut_4, lin_awg4]\n family: Input/ARRI\n equalitygroup: \"\"\n bitdepth: 32f\n description: |\n Convert Linear ARRI Wide Gamut 4 to ACES2065-1\n \n CLFtransformID: urn:aswf:ocio:transformId:1.0:ARRI:Input:Linear_ARRI_Wide_Gamut_4_to_ACES2065-1:1.0\n isdata: false\n categories: [file-io]\n encoding: scene-linear\n allocation: uniform\n to_scene_reference: !\n name: Linear ARRI Wide Gamut 4 to ACES2065-1\n children:\n - ! {matrix: [0.750957362824734, 0.144422786709757, 0.104619850465509, 0, 0.000821837079380207, 1.007397584885, -0.00821942196438358, 0, -0.000499952143533471, -0.000854177231436971, 1.00135412937497, 0, 0, 0, 0, 1]}\n\n - !\n name: ARRI LogC4\n aliases: [arri_logc4]\n family: Input/ARRI\n equalitygroup: \"\"\n bitdepth: 32f\n description: |\n Convert ARRI LogC4 to ACES2065-1\n \n CLFtransformID: urn:aswf:ocio:transformId:1.0:ARRI:Input:ARRI_LogC4_to_ACES2065-1:1.0\n isdata: false\n categories: [file-io]\n encoding: log\n allocation: uniform\n to_scene_reference: !\n name: ARRI LogC4 to ACES2065-1\n children:\n - ! {log_side_slope: 0.0647954196341293, log_side_offset: -0.295908392682586, lin_side_slope: 2231.82630906769, lin_side_offset: 64, lin_side_break: -0.0180569961199113, direction: inverse}\n - ! {matrix: [0.750957362824734, 0.144422786709757, 0.104619850465509, 0, 0.000821837079380207, 1.007397584885, -0.00821942196438358, 0, -0.000499952143533471, -0.000854177231436971, 1.00135412937497, 0, 0, 0, 0, 1]}\n\n - !\n name: BMDFilm WideGamut Gen5\n aliases: [bmdfilm_widegamut_gen5]\n family: Input/BlackmagicDesign\n equalitygroup: \"\"\n bitdepth: 32f\n description: |\n Convert Blackmagic Film Wide Gamut (Gen 5) to ACES2065-1\n \n CLFtransformID: urn:aswf:ocio:transformId:1.0:BlackmagicDesign:Input:BMDFilm_WideGamut_Gen5_to_ACES2065-1:1.0\n isdata: false\n categories: [file-io]\n encoding: log\n allocation: uniform\n to_scene_reference: !\n name: Blackmagic Film Wide Gamut (Gen 5) to ACES2065-1\n children:\n - ! {base: 2.71828182845905, log_side_slope: 0.0869287606549122, log_side_offset: 0.530013339229194, lin_side_offset: 0.00549407243225781, lin_side_break: 0.005, direction: inverse}\n - ! {matrix: [0.647091325580708, 0.242595385134207, 0.110313289285085, 0, 0.0651915997328519, 1.02504756760476, -0.0902391673376125, 0, -0.0275570729194699, -0.0805887097177784, 1.10814578263725, 0, 0, 0, 0, 1]}\n\n - !\n name: DaVinci Intermediate WideGamut\n aliases: [davinci_intermediate_widegamut]\n family: Input/BlackmagicDesign\n equalitygroup: \"\"\n bitdepth: 32f\n description: |\n Convert DaVinci Intermediate Wide Gamut to ACES2065-1\n \n CLFtransformID: urn:aswf:ocio:transformId:1.0:BlackmagicDesign:Input:DaVinci_Intermediate_WideGamut_to_ACES2065-1:1.0\n isdata: false\n categories: [file-io]\n encoding: log\n allocation: uniform\n to_scene_reference: !\n name: DaVinci Intermediate Wide Gamut to ACES2065-1\n children:\n - ! {log_side_slope: 0.07329248, log_side_offset: 0.51304736, lin_side_offset: 0.0075, lin_side_break: 0.00262409, linear_slope: 10.44426855, direction: inverse}\n - ! {matrix: [0.748270290272981, 0.167694659554328, 0.0840350501726906, 0, 0.0208421234689102, 1.11190474268894, -0.132746866157851, 0, -0.0915122574225729, -0.127746712807307, 1.21925897022988, 0, 0, 0, 0, 1]}\n\n - !\n name: Linear BMD WideGamut Gen5\n aliases: [lin_bmd_widegamut_gen5]\n family: Input/BlackmagicDesign\n equalitygroup: \"\"\n bitdepth: 32f\n description: |\n Convert Linear Blackmagic Wide Gamut (Gen 5) to ACES2065-1\n \n CLFtransformID: urn:aswf:ocio:transformId:1.0:BlackmagicDesign:Input:Linear_BMD_WideGamut_Gen5_to_ACES2065-1:1.0\n isdata: false\n categories: [file-io]\n encoding: scene-linear\n allocation: uniform\n to_scene_reference: !\n name: Linear Blackmagic Wide Gamut (Gen 5) to ACES2065-1\n children:\n - ! {matrix: [0.647091325580708, 0.242595385134207, 0.110313289285085, 0, 0.0651915997328519, 1.02504756760476, -0.0902391673376125, 0, -0.0275570729194699, -0.0805887097177784, 1.10814578263725, 0, 0, 0, 0, 1]}\n\n - !\n name: Linear DaVinci WideGamut\n aliases: [lin_davinci_widegamut]\n family: Input/BlackmagicDesign\n equalitygroup: \"\"\n bitdepth: 32f\n description: |\n Convert Linear DaVinci Wide Gamut to ACES2065-1\n \n CLFtransformID: urn:aswf:ocio:transformId:1.0:BlackmagicDesign:Input:Linear_DaVinci_WideGamut_to_ACES2065-1:1.0\n isdata: false\n categories: [file-io]\n encoding: scene-linear\n allocation: uniform\n to_scene_reference: !\n name: Linear DaVinci Wide Gamut to ACES2065-1\n children:\n - ! {matrix: [0.748270290272981, 0.167694659554328, 0.0840350501726906, 0, 0.0208421234689102, 1.11190474268894, -0.132746866157851, 0, -0.0915122574225729, -0.127746712807307, 1.21925897022988, 0, 0, 0, 0, 1]}\n\n - !\n name: CanonLog3 CinemaGamut D55\n aliases: [canonlog3_cinemagamut_d55, Input - Canon - Canon-Log3 - Cinema Gamut Daylight, canonlog3_cgamutday]\n family: Input/Canon\n equalitygroup: \"\"\n bitdepth: 32f\n description: Convert Canon Log 3 Cinema Gamut to ACES2065-1\n isdata: false\n categories: [file-io]\n encoding: log\n allocation: uniform\n to_scene_reference: ! {style: CANON_CLOG3-CGAMUT_to_ACES2065-1}\n\n - !\n name: Linear CinemaGamut D55\n aliases: [lin_cinemagamut_d55, Input - Canon - Linear - Canon Cinema Gamut Daylight, lin_canoncgamutday]\n family: Input/Canon\n equalitygroup: \"\"\n bitdepth: 32f\n description: |\n Convert Linear Canon Cinema Gamut (Daylight) to ACES2065-1\n \n CLFtransformID: urn:aswf:ocio:transformId:1.0:Canon:Input:Linear-CinemaGamut-D55_to_ACES2065-1:1.0\n isdata: false\n categories: [file-io]\n encoding: scene-linear\n allocation: uniform\n to_scene_reference: !\n name: Linear Canon Cinema Gamut (Daylight) to ACES2065-1\n children:\n - ! {matrix: [0.763064454775734, 0.14902116113706, 0.0879143840872056, 0, 0.00365745670512393, 1.10696038037622, -0.110617837081339, 0, -0.0094077940457189, -0.218383304989987, 1.22779109903571, 0, 0, 0, 0, 1]}\n\n - !\n name: Linear V-Gamut\n aliases: [lin_vgamut, Input - Panasonic - Linear - V-Gamut]\n family: Input/Panasonic\n equalitygroup: \"\"\n bitdepth: 32f\n description: |\n Convert Linear Panasonic V-Gamut to ACES2065-1\n \n CLFtransformID: urn:aswf:ocio:transformId:1.0:Panasonic:Input:Linear_VGamut_to_ACES2065-1:1.0\n isdata: false\n categories: [file-io]\n encoding: scene-linear\n allocation: uniform\n to_scene_reference: !\n name: Linear Panasonic V-Gamut to ACES2065-1\n children:\n - ! {matrix: [0.72461670413153, 0.166915288193706, 0.108468007674764, 0, 0.021390245413146, 0.984908155703054, -0.00629840111620089, 0, -0.00923556287076561, -0.00105690563900513, 1.01029246850977, 0, 0, 0, 0, 1]}\n\n - !\n name: V-Log V-Gamut\n aliases: [vlog_vgamut, Input - Panasonic - V-Log - V-Gamut]\n family: Input/Panasonic\n equalitygroup: \"\"\n bitdepth: 32f\n description: |\n Convert Panasonic V-Log - V-Gamut to ACES2065-1\n \n CLFtransformID: urn:aswf:ocio:transformId:1.0:Panasonic:Input:VLog_VGamut_to_ACES2065-1:1.0\n isdata: false\n categories: [file-io]\n encoding: log\n allocation: uniform\n to_scene_reference: !\n name: Panasonic V-Log - V-Gamut to ACES2065-1\n children:\n - ! {base: 10, log_side_slope: 0.241514, log_side_offset: 0.598206, lin_side_offset: 0.00873, lin_side_break: 0.01, direction: inverse}\n - ! {matrix: [0.72461670413153, 0.166915288193706, 0.108468007674764, 0, 0.021390245413146, 0.984908155703054, -0.00629840111620089, 0, -0.00923556287076561, -0.00105690563900513, 1.01029246850977, 0, 0, 0, 0, 1]}\n\n - !\n name: Linear REDWideGamutRGB\n aliases: [lin_redwidegamutrgb, Input - RED - Linear - REDWideGamutRGB, lin_rwg]\n family: Input/RED\n equalitygroup: \"\"\n bitdepth: 32f\n description: |\n Convert Linear REDWideGamutRGB to ACES2065-1\n \n CLFtransformID: urn:aswf:ocio:transformId:1.0:RED:Input:Linear_REDWideGamutRGB_to_ACES2065-1:1.0\n isdata: false\n categories: [file-io]\n encoding: scene-linear\n allocation: uniform\n to_scene_reference: !\n name: Linear REDWideGamutRGB to ACES2065-1\n children:\n - ! {matrix: [0.785058804068092, 0.0838587565440846, 0.131082439387823, 0, 0.0231738348454756, 1.08789754919233, -0.111071384037806, 0, -0.0737604353682082, -0.314590072290208, 1.38835050765842, 0, 0, 0, 0, 1]}\n\n - !\n name: Log3G10 REDWideGamutRGB\n aliases: [log3g10_redwidegamutrgb, Input - RED - REDLog3G10 - REDWideGamutRGB, rl3g10_rwg]\n family: Input/RED\n equalitygroup: \"\"\n bitdepth: 32f\n description: |\n Convert RED Log3G10 REDWideGamutRGB to ACES2065-1\n \n CLFtransformID: urn:aswf:ocio:transformId:1.0:RED:Input:Log3G10_REDWideGamutRGB_to_ACES2065-1:1.0\n isdata: false\n categories: [file-io]\n encoding: log\n allocation: uniform\n to_scene_reference: !\n name: RED Log3G10 REDWideGamutRGB to ACES2065-1\n children:\n - ! {base: 10, log_side_slope: 0.224282, lin_side_slope: 155.975327, lin_side_offset: 2.55975327, lin_side_break: -0.01, direction: inverse}\n - ! {matrix: [0.785058804068092, 0.0838587565440846, 0.131082439387823, 0, 0.0231738348454756, 1.08789754919233, -0.111071384037806, 0, -0.0737604353682082, -0.314590072290208, 1.38835050765842, 0, 0, 0, 0, 1]}\n\n - !\n name: Linear S-Gamut3\n aliases: [lin_sgamut3, Input - Sony - Linear - S-Gamut3]\n family: Input/Sony\n equalitygroup: \"\"\n bitdepth: 32f\n description: |\n Convert Linear S-Gamut3 to ACES2065-1\n \n CLFtransformID: urn:aswf:ocio:transformId:1.0:Sony:Input:Linear_SGamut3_to_ACES2065-1:1.0\n isdata: false\n categories: [file-io]\n encoding: scene-linear\n allocation: uniform\n to_scene_reference: !\n name: Linear S-Gamut3 to ACES2065-1\n children:\n - ! {matrix: [0.75298259539984, 0.143370216235557, 0.103647188364603, 0, 0.0217076974414429, 1.01531883550528, -0.0370265329467195, 0, -0.00941605274963355, 0.00337041785882367, 1.00604563489081, 0, 0, 0, 0, 1]}\n\n - !\n name: Linear S-Gamut3.Cine\n aliases: [lin_sgamut3cine, Input - Sony - Linear - S-Gamut3.Cine]\n family: Input/Sony\n equalitygroup: \"\"\n bitdepth: 32f\n description: |\n Convert Linear S-Gamut3.Cine to ACES2065-1\n \n CLFtransformID: urn:aswf:ocio:transformId:1.0:Sony:Input:Linear_SGamut3Cine_to_ACES2065-1:1.0\n isdata: false\n categories: [file-io]\n encoding: scene-linear\n allocation: uniform\n to_scene_reference: !\n name: Linear S-Gamut3.Cine to ACES2065-1\n children:\n - ! {matrix: [0.638788667185978, 0.272351433711262, 0.0888598991027595, 0, -0.00391590602528224, 1.0880732308974, -0.0841573248721177, 0, -0.0299072021239151, -0.0264325799101947, 1.05633978203411, 0, 0, 0, 0, 1]}\n\n - !\n name: Linear Venice S-Gamut3\n aliases: [lin_venice_sgamut3, Input - Sony - Linear - Venice S-Gamut3]\n family: Input/Sony\n equalitygroup: \"\"\n bitdepth: 32f\n description: |\n Convert Linear Venice S-Gamut3 to ACES2065-1\n \n CLFtransformID: urn:aswf:ocio:transformId:1.0:Sony:Input:Linear_Venice_SGamut3_to_ACES2065-1:1.0\n isdata: false\n categories: [file-io]\n encoding: scene-linear\n allocation: uniform\n to_scene_reference: !\n name: Linear Venice S-Gamut3 to ACES2065-1\n children:\n - ! {matrix: [0.793329741146434, 0.0890786256206771, 0.117591633232888, 0, 0.0155810585252582, 1.03271230692988, -0.0482933654551394, 0, -0.0188647477991488, 0.0127694120973433, 1.0060953357018, 0, 0, 0, 0, 1]}\n\n - !\n name: Linear Venice S-Gamut3.Cine\n aliases: [lin_venice_sgamut3cine, Input - Sony - Linear - Venice S-Gamut3.Cine]\n family: Input/Sony\n equalitygroup: \"\"\n bitdepth: 32f\n description: |\n Convert Linear Venice S-Gamut3.Cine to ACES2065-1\n \n CLFtransformID: urn:aswf:ocio:transformId:1.0:Sony:Input:Linear_Venice_SGamut3Cine_to_ACES2065-1:1.0\n isdata: false\n categories: [file-io]\n encoding: scene-linear\n allocation: uniform\n to_scene_reference: !\n name: Linear Venice S-Gamut3.Cine to ACES2065-1\n children:\n - ! {matrix: [0.674257092126512, 0.220571735923397, 0.10517117195009, 0, -0.00931360607857167, 1.10595886142466, -0.0966452553460855, 0, -0.0382090673002312, -0.017938376600236, 1.05614744390047, 0, 0, 0, 0, 1]}\n\n - !\n name: S-Log3 S-Gamut3\n aliases: [slog3_sgamut3, Input - Sony - S-Log3 - S-Gamut3]\n family: Input/Sony\n equalitygroup: \"\"\n bitdepth: 32f\n description: |\n Convert Sony S-Log3 S-Gamut3 to ACES2065-1\n \n CLFtransformID: urn:aswf:ocio:transformId:1.0:Sony:Input:SLog3_SGamut3_to_ACES2065-1:1.0\n isdata: false\n categories: [file-io]\n encoding: log\n allocation: uniform\n to_scene_reference: !\n name: Sony S-Log3 S-Gamut3 to ACES2065-1\n children:\n - ! {base: 10, log_side_slope: 0.255620723362659, log_side_offset: 0.410557184750733, lin_side_slope: 5.26315789473684, lin_side_offset: 0.0526315789473684, lin_side_break: 0.01125, linear_slope: 6.62194371177582, direction: inverse}\n - ! {matrix: [0.75298259539984, 0.143370216235557, 0.103647188364603, 0, 0.0217076974414429, 1.01531883550528, -0.0370265329467195, 0, -0.00941605274963355, 0.00337041785882367, 1.00604563489081, 0, 0, 0, 0, 1]}\n\n - !\n name: S-Log3 S-Gamut3.Cine\n aliases: [slog3_sgamut3cine, Input - Sony - S-Log3 - S-Gamut3.Cine, slog3_sgamutcine]\n family: Input/Sony\n equalitygroup: \"\"\n bitdepth: 32f\n description: |\n Convert Sony S-Log3 S-Gamut3.Cine to ACES2065-1\n \n CLFtransformID: urn:aswf:ocio:transformId:1.0:Sony:Input:SLog3_SGamut3Cine_to_ACES2065-1:1.0\n isdata: false\n categories: [file-io]\n encoding: log\n allocation: uniform\n to_scene_reference: !\n name: Sony S-Log3 S-Gamut3.Cine to ACES2065-1\n children:\n - ! {base: 10, log_side_slope: 0.255620723362659, log_side_offset: 0.410557184750733, lin_side_slope: 5.26315789473684, lin_side_offset: 0.0526315789473684, lin_side_break: 0.01125, linear_slope: 6.62194371177582, direction: inverse}\n - ! {matrix: [0.638788667185978, 0.272351433711262, 0.0888598991027595, 0, -0.00391590602528224, 1.0880732308974, -0.0841573248721177, 0, -0.0299072021239151, -0.0264325799101947, 1.05633978203411, 0, 0, 0, 0, 1]}\n\n - !\n name: S-Log3 Venice S-Gamut3\n aliases: [slog3_venice_sgamut3, Input - Sony - S-Log3 - Venice S-Gamut3]\n family: Input/Sony\n equalitygroup: \"\"\n bitdepth: 32f\n description: |\n Convert Sony S-Log3 Venice S-Gamut3 to ACES2065-1\n \n CLFtransformID: urn:aswf:ocio:transformId:1.0:Sony:Input:SLog3_Venice_SGamut3_to_ACES2065-1:1.0\n isdata: false\n categories: [file-io]\n encoding: log\n allocation: uniform\n to_scene_reference: !\n name: Sony S-Log3 Venice S-Gamut3 to ACES2065-1\n children:\n - ! {base: 10, log_side_slope: 0.255620723362659, log_side_offset: 0.410557184750733, lin_side_slope: 5.26315789473684, lin_side_offset: 0.0526315789473684, lin_side_break: 0.01125, linear_slope: 6.62194371177582, direction: inverse}\n - ! {matrix: [0.793329741146434, 0.089078625620677, 0.117591633232888, 0, 0.0155810585252582, 1.03271230692988, -0.0482933654551394, 0, -0.0188647477991488, 0.0127694120973433, 1.00609533570181, 0, 0, 0, 0, 1]}\n\n - !\n name: S-Log3 Venice S-Gamut3.Cine\n aliases: [slog3_venice_sgamut3cine, Input - Sony - S-Log3 - Venice S-Gamut3.Cine, slog3_venice_sgamutcine]\n family: Input/Sony\n equalitygroup: \"\"\n bitdepth: 32f\n description: |\n Convert Sony S-Log3 Venice S-Gamut3.Cine to ACES2065-1\n \n CLFtransformID: urn:aswf:ocio:transformId:1.0:Sony:Input:SLog3_Venice_SGamut3Cine_to_ACES2065-1:1.0\n isdata: false\n categories: [file-io]\n encoding: log\n allocation: uniform\n to_scene_reference: !\n name: Sony S-Log3 Venice S-Gamut3.Cine to ACES2065-1\n children:\n - ! {base: 10, log_side_slope: 0.255620723362659, log_side_offset: 0.410557184750733, lin_side_slope: 5.26315789473684, lin_side_offset: 0.0526315789473684, lin_side_break: 0.01125, linear_slope: 6.62194371177582, direction: inverse}\n - ! {matrix: [0.674257092126512, 0.220571735923397, 0.10517117195009, 0, -0.00931360607857167, 1.10595886142466, -0.0966452553460855, 0, -0.0382090673002312, -0.017938376600236, 1.05614744390047, 0, 0, 0, 0, 1]}\n\n - !\n name: Camera Rec.709\n aliases: [camera_rec709, Utility - Rec.709 - Camera, rec709_camera]\n family: Utility/ITU\n equalitygroup: \"\"\n bitdepth: 32f\n description: |\n Convert ACES2065-1 to Rec.709 camera OETF Rec.709 primaries, D65 white point\n \n CLFtransformID: urn:aswf:ocio:transformId:1.0:ITU:Utility:AP0_to_Camera_Rec709:1.0\n isdata: false\n categories: [file-io]\n encoding: sdr-video\n allocation: uniform\n from_scene_reference: !\n name: AP0 to Camera Rec.709\n children:\n - ! {matrix: [2.52168618674388, -1.13413098823972, -0.387555198504164, 0, -0.276479914229922, 1.37271908766826, -0.096239173438334, 0, -0.0153780649660342, -0.152975335867399, 1.16835340083343, 0, 0, 0, 0, 1]}\n - ! {gamma: 2.22222222222222, offset: 0.099, direction: inverse}\n\n - !\n name: Linear P3-D65\n aliases: [lin_p3d65, Utility - Linear - P3-D65]\n family: Utility\n equalitygroup: \"\"\n bitdepth: 32f\n description: |\n Convert ACES2065-1 to linear P3 primaries, D65 white point\n \n CLFtransformID: urn:aswf:ocio:transformId:1.0:OCIO:Utility:AP0_to_Linear_P3-D65:1.0\n isdata: false\n categories: [file-io, working-space]\n encoding: scene-linear\n allocation: uniform\n from_scene_reference: !\n name: AP0 to Linear P3-D65\n children:\n - ! {matrix: [2.02490528596679, -0.689069761034766, -0.335835524932019, 0, -0.183597032256178, 1.28950620775902, -0.105909175502841, 0, 0.00905856112234766, -0.0592796840575522, 1.0502211229352, 0, 0, 0, 0, 1]}\n\n - !\n name: Linear Rec.2020\n aliases: [lin_rec2020, Utility - Linear - Rec.2020]\n family: Utility\n equalitygroup: \"\"\n bitdepth: 32f\n description: |\n Convert ACES2065-1 to linear Rec.2020 primaries, D65 white point\n \n CLFtransformID: urn:aswf:ocio:transformId:1.0:OCIO:Utility:AP0_to_Linear_Rec2020:1.0\n isdata: false\n categories: [file-io]\n encoding: scene-linear\n allocation: uniform\n from_scene_reference: !\n name: AP0 to Linear Rec.2020\n children:\n - ! {matrix: [1.49040952054172, -0.26617091926613, -0.224238601275593, 0, -0.0801674998722558, 1.18216712109757, -0.10199962122531, 0, 0.00322763119162216, -0.0347764757450576, 1.03154884455344, 0, 0, 0, 0, 1]}\n\n - !\n name: Linear Rec.709 (sRGB)\n aliases: [lin_rec709_srgb, Utility - Linear - Rec.709, lin_rec709, lin_srgb, Utility - Linear - sRGB]\n family: Utility\n equalitygroup: \"\"\n bitdepth: 32f\n description: |\n Convert ACES2065-1 to linear Rec.709 primaries, D65 white point\n \n CLFtransformID: urn:aswf:ocio:transformId:1.0:OCIO:Utility:AP0_to_Linear_Rec709:1.0\n isdata: false\n categories: [file-io, working-space]\n encoding: scene-linear\n allocation: uniform\n from_scene_reference: !\n name: AP0 to Linear Rec.709 (sRGB)\n children:\n - ! {matrix: [2.52168618674388, -1.13413098823972, -0.387555198504164, 0, -0.276479914229922, 1.37271908766826, -0.096239173438334, 0, -0.0153780649660342, -0.152975335867399, 1.16835340083343, 0, 0, 0, 0, 1]}\n\n - !\n name: Gamma 1.8 Rec.709 - Texture\n aliases: [g18_rec709_tx, Utility - Gamma 1.8 - Rec.709 - Texture, g18_rec709]\n family: Utility\n equalitygroup: \"\"\n bitdepth: 32f\n description: |\n Convert ACES2065-1 to 1.8 gamma-corrected Rec.709 primaries, D65 white point\n \n CLFtransformID: urn:aswf:ocio:transformId:1.0:OCIO:Utility:AP0_to_Gamma1.8_Rec709-Texture:1.0\n isdata: false\n categories: [file-io]\n encoding: sdr-video\n allocation: uniform\n from_scene_reference: !\n name: AP0 to Gamma 1.8 Rec.709 - Texture\n children:\n - ! {matrix: [2.52168618674388, -1.13413098823972, -0.387555198504164, 0, -0.276479914229922, 1.37271908766826, -0.096239173438334, 0, -0.0153780649660342, -0.152975335867399, 1.16835340083343, 0, 0, 0, 0, 1]}\n - ! {value: 1.8, style: pass_thru, direction: inverse}\n\n - !\n name: Gamma 2.2 AP1 - Texture\n aliases: [g22_ap1_tx, g22_ap1]\n family: Utility\n equalitygroup: \"\"\n bitdepth: 32f\n description: |\n Convert ACES2065-1 to 2.2 gamma-corrected AP1 primaries, D60 white point\n \n CLFtransformID: urn:aswf:ocio:transformId:1.0:OCIO:Utility:AP0_to_Gamma2.2_AP1-Texture:1.0\n isdata: false\n categories: [file-io]\n encoding: sdr-video\n allocation: uniform\n from_scene_reference: !\n name: AP0 to Gamma 2.2 AP1 - Texture\n children:\n - ! {matrix: [1.45143931614567, -0.23651074689374, -0.214928569251925, 0, -0.0765537733960206, 1.17622969983357, -0.0996759264375522, 0, 0.00831614842569772, -0.00603244979102102, 0.997716301365323, 0, 0, 0, 0, 1]}\n - ! {value: 2.2, style: pass_thru, direction: inverse}\n\n - !\n name: Gamma 2.2 Rec.709 - Texture\n aliases: [g22_rec709_tx, Utility - Gamma 2.2 - Rec.709 - Texture, g22_rec709]\n family: Utility\n equalitygroup: \"\"\n bitdepth: 32f\n description: |\n Convert ACES2065-1 to 2.2 gamma-corrected Rec.709 primaries, D65 white point\n \n CLFtransformID: urn:aswf:ocio:transformId:1.0:OCIO:Utility:AP0_to_Gamma2.2_Rec709-Texture:1.0\n isdata: false\n categories: [file-io]\n encoding: sdr-video\n allocation: uniform\n from_scene_reference: !\n name: AP0 to Gamma 2.2 Rec.709 - Texture\n children:\n - ! {matrix: [2.52168618674388, -1.13413098823972, -0.387555198504164, 0, -0.276479914229922, 1.37271908766826, -0.096239173438334, 0, -0.0153780649660342, -0.152975335867399, 1.16835340083343, 0, 0, 0, 0, 1]}\n - ! {value: 2.2, style: pass_thru, direction: inverse}\n\n - !\n name: Gamma 2.4 Rec.709 - Texture\n aliases: [g24_rec709_tx, g24_rec709, rec709_display, Utility - Rec.709 - Display]\n family: Utility\n equalitygroup: \"\"\n bitdepth: 32f\n description: |\n Convert ACES2065-1 to 2.4 gamma-corrected Rec.709 primaries, D65 white point\n \n CLFtransformID: urn:aswf:ocio:transformId:1.0:OCIO:Utility:AP0_to_Gamma2.4_Rec709-Texture:1.0\n isdata: false\n categories: [file-io]\n encoding: sdr-video\n allocation: uniform\n from_scene_reference: !\n name: AP0 to Gamma 2.4 Rec.709 - Texture\n children:\n - ! {matrix: [2.52168618674388, -1.13413098823972, -0.387555198504164, 0, -0.276479914229922, 1.37271908766826, -0.096239173438334, 0, -0.0153780649660342, -0.152975335867399, 1.16835340083343, 0, 0, 0, 0, 1]}\n - ! {value: 2.4, style: pass_thru, direction: inverse}\n\n - !\n name: sRGB Encoded AP1 - Texture\n aliases: [srgb_encoded_ap1_tx, srgb_ap1]\n family: Utility\n equalitygroup: \"\"\n bitdepth: 32f\n description: |\n Convert ACES2065-1 to sRGB Encoded AP1 primaries, D60 white point\n \n CLFtransformID: urn:aswf:ocio:transformId:1.0:OCIO:Utility:AP0_to_sRGB_Encoded_AP1-Texture:1.0\n isdata: false\n categories: [file-io]\n encoding: sdr-video\n allocation: uniform\n from_scene_reference: !\n name: AP0 to sRGB Encoded AP1 - Texture\n children:\n - ! {matrix: [1.45143931614567, -0.23651074689374, -0.214928569251925, 0, -0.0765537733960206, 1.17622969983357, -0.0996759264375522, 0, 0.00831614842569772, -0.00603244979102102, 0.997716301365323, 0, 0, 0, 0, 1]}\n - ! {gamma: 2.4, offset: 0.055, direction: inverse}\n\n - !\n name: sRGB - Texture\n aliases: [srgb_tx, Utility - sRGB - Texture, srgb_texture, Input - Generic - sRGB - Texture]\n family: Utility\n equalitygroup: \"\"\n bitdepth: 32f\n description: |\n Convert ACES2065-1 to sRGB\n \n CLFtransformID: urn:aswf:ocio:transformId:1.0:OCIO:Utility:AP0_to_sRGB-Texture:1.0\n isdata: false\n categories: [file-io]\n allocation: uniform\n from_scene_reference: !\n name: AP0 to sRGB Rec.709\n children:\n - ! {matrix: [2.52168618674388, -1.13413098823972, -0.387555198504164, 0, -0.276479914229922, 1.37271908766826, -0.096239173438334, 0, -0.0153780649660342, -0.152975335867399, 1.16835340083343, 0, 0, 0, 0, 1]}\n - ! {gamma: 2.4, offset: 0.055, direction: inverse}\n\n - !\n name: Raw\n aliases: [Utility - Raw]\n family: Utility\n equalitygroup: \"\"\n bitdepth: 32f\n description: The utility \"Raw\" colorspace.\n isdata: true\n categories: [file-io]\n allocation: uniform\n\nnamed_transforms:\n - !\n name: ARRI LogC3 - Curve (EI800)\n aliases: [arri_logc3_crv_ei800, Input - ARRI - Curve - V3 LogC (EI800), crv_logc3ei800]\n description: |\n Convert ARRI LogC3 Curve (EI800) to Relative Scene Linear\n \n CLFtransformID: urn:aswf:ocio:transformId:1.0:ARRI:Input:ARRI_LogC3_Curve_EI800_to_Linear:1.0\n family: Input/ARRI\n categories: [file-io]\n encoding: log\n transform: !\n name: ARRI LogC3 Curve (EI800) to Relative Scene Linear\n children:\n - ! {base: 10, log_side_slope: 0.247189638318671, log_side_offset: 0.385536998692443, lin_side_slope: 5.55555555555556, lin_side_offset: 0.0522722750251688, lin_side_break: 0.0105909904954696, direction: inverse}\n\n - !\n name: ARRI LogC4 - Curve\n aliases: [arri_logc4_crv]\n description: |\n Convert ARRI LogC4 Curve to Relative Scene Linear\n \n CLFtransformID: urn:aswf:ocio:transformId:1.0:ARRI:Input:ARRI_LogC4_Curve_to_Linear:1.0\n family: Input/ARRI\n categories: [file-io]\n encoding: log\n transform: !\n name: ARRI LogC4 Curve to Relative Scene Linear\n children:\n - ! {log_side_slope: 0.0647954196341293, log_side_offset: -0.295908392682586, lin_side_slope: 2231.82630906769, lin_side_offset: 64, lin_side_break: -0.0180569961199113, direction: inverse}\n\n - !\n name: BMDFilm Gen5 Log - Curve\n aliases: [bmdfilm_gen5_log_crv]\n description: |\n Convert Blackmagic Film (Gen 5) Log to Blackmagic Film (Gen 5) Linear\n \n CLFtransformID: urn:aswf:ocio:transformId:1.0:BlackmagicDesign:Input:BMDFilm_Gen5_Log-Curve_to_Linear:1.0\n family: Input/BlackmagicDesign\n categories: [file-io]\n encoding: log\n transform: !\n name: Blackmagic Film (Gen 5) Log to Linear Curve\n children:\n - ! {base: 2.71828182845905, log_side_slope: 0.0869287606549122, log_side_offset: 0.530013339229194, lin_side_offset: 0.00549407243225781, lin_side_break: 0.005, direction: inverse}\n\n - !\n name: DaVinci Intermediate Log - Curve\n aliases: [davinci_intermediate_log_crv]\n description: |\n Convert DaVinci Intermediate Log to DaVinci Intermediate Linear\n \n CLFtransformID: urn:aswf:ocio:transformId:1.0:BlackmagicDesign:Input:DaVinci_Intermediate_Log-Curve_to_Linear:1.0\n family: Input/BlackmagicDesign\n categories: [file-io]\n encoding: log\n transform: !\n name: DaVinci Intermediate Log to Linear Curve\n children:\n - ! {log_side_slope: 0.07329248, log_side_offset: 0.51304736, lin_side_offset: 0.0075, lin_side_break: 0.00262409, linear_slope: 10.44426855, direction: inverse}\n\n - !\n name: V-Log - Curve\n aliases: [vlog_crv, Input - Panasonic - Curve - V-Log, crv_vlog]\n description: |\n Convert Panasonic V-Log Log (arbitrary primaries) to Panasonic V-Log Linear (arbitrary primaries)\n \n CLFtransformID: urn:aswf:ocio:transformId:1.0:Panasonic:Input:VLog-Curve_to_Linear:1.0\n family: Input/Panasonic\n categories: [file-io]\n encoding: log\n transform: !\n name: Panasonic V-Log Log to Linear Curve\n children:\n - ! {base: 10, log_side_slope: 0.241514, log_side_offset: 0.598206, lin_side_offset: 0.00873, lin_side_break: 0.01, direction: inverse}\n\n - !\n name: Log3G10 - Curve\n aliases: [log3g10_crv, Input - RED - Curve - REDLog3G10, crv_rl3g10]\n description: |\n Convert RED Log3G10 Log (arbitrary primaries) to RED Log3G10 Linear (arbitrary primaries)\n \n CLFtransformID: urn:aswf:ocio:transformId:1.0:RED:Input:Log3G10-Curve_to_Linear:1.0\n family: Input/RED\n categories: [file-io]\n encoding: log\n transform: !\n name: RED Log3G10 Log to Linear Curve\n children:\n - ! {base: 10, log_side_slope: 0.224282, lin_side_slope: 155.975327, lin_side_offset: 2.55975327, lin_side_break: -0.01, direction: inverse}\n\n - !\n name: S-Log3 - Curve\n aliases: [slog3_crv, Input - Sony - Curve - S-Log3, crv_slog3]\n description: |\n Convert S-Log3 Log (arbitrary primaries) to S-Log3 Linear (arbitrary primaries)\n \n CLFtransformID: urn:aswf:ocio:transformId:1.0:Sony:Input:SLog3-Curve_to_Linear:1.0\n family: Input/Sony\n categories: [file-io]\n encoding: log\n transform: !\n name: S-Log3 Log to Linear Curve\n children:\n - ! {base: 10, log_side_slope: 0.255620723362659, log_side_offset: 0.410557184750733, lin_side_slope: 5.26315789473684, lin_side_offset: 0.0526315789473684, lin_side_break: 0.01125, linear_slope: 6.62194371177582, direction: inverse}\n\n - !\n name: Rec.1886 - Curve\n aliases: [rec1886_crv, Utility - Curve - Rec.1886, crv_rec1886]\n description: |\n Convert generic linear RGB to generic gamma-corrected RGB\n \n CLFtransformID: urn:aswf:ocio:transformId:1.0:OCIO:Utility:Linear_to_Rec1886-Curve:1.0\n family: Utility\n categories: [file-io]\n encoding: sdr-video\n inverse_transform: !\n name: Linear to Rec.1886\n children:\n - ! {value: 2.4, style: pass_thru, direction: inverse}\n\n - !\n name: Rec.709 - Curve\n aliases: [rec709_crv, Utility - Curve - Rec.709, crv_rec709]\n description: |\n Convert generic linear RGB to generic gamma-corrected RGB\n \n CLFtransformID: urn:aswf:ocio:transformId:1.0:ITU:Utility:Linear_to_Rec709-Curve:1.0\n family: Utility/ITU\n categories: [file-io]\n encoding: sdr-video\n inverse_transform: !\n name: Linear to Rec.709\n children:\n - ! {gamma: 2.22222222222222, offset: 0.099, direction: inverse}\n\n - !\n name: sRGB - Curve\n aliases: [srgb_crv, Utility - Curve - sRGB, crv_srgb]\n description: |\n Convert generic linear RGB to generic gamma-corrected RGB\n \n CLFtransformID: urn:aswf:ocio:transformId:1.0:OCIO:Utility:Linear_to_sRGB-Curve:1.0\n family: Utility\n categories: [file-io]\n encoding: sdr-video\n inverse_transform: !\n name: Linear to sRGB\n children:\n - ! {gamma: 2.4, offset: 0.055, direction: inverse}\n\n - !\n name: ST-2084 - Curve\n aliases: [st_2084_crv]\n description: Convert linear nits/100 to SMPTE ST-2084 (PQ) full-range\n family: Utility\n categories: [file-io]\n encoding: hdr-video\n inverse_transform: ! {style: CURVE - LINEAR_to_ST-2084}\n" } ]